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AH-E235B-MC

January 1980

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Document:	CZDMSB0 M8203 M8203 STATIC DIAG. 2 JAN 1980 bw
Order Number:	AH-E235B-MC
Revision:	000
Pages:	222
Original Filename:	CZDMSB0__M8203__M8203_STATIC_DIAG._2__AH-E235B-MC__JAN_1980_gray.pdf

OCR Text

M8203 STATIC DIAG. # 2

CZDMSBO

AH-E235B-MC

JAN 1980

2
FICHE1 OF

MADE IN USA

copvmicHT 1980

20020

M8203 STATIC DIAG. # 2

CZDMSBO

AH-E235B-MC

copvriGHT 1980

_FICHE2OF2

~——

JAN 1980

=0%D020

MADEINUSA

CJDMSB MB203 STATIC

il
il sl
ol
ol
i

VNN
= OO0~y 0

PROGRAM DOCUMENT

DIAu #/

MACRO v03.01 12=SEP=79 13:20:11 PAGE 1

o FAKAE BRI
N
NN

SEQ

.REM 3

IDENTIFICATION

PRODUCT (ODE:

AC=-E234B-M(

PRODUCT NAME:

(ZDMSBO MB203 STATIC

PRODUCT DATE:

OCTOBER 1979

MAINTAINER:

DIAGNOSTIC ENGINEERING

:
AUTHOR

DAVID HOf FMAN

THE

allso

INFORMATION

DIAG #/

THIS DOCUMENT

SUBJECT

C(HANGE

WITHOUT

NOTICE
AND
SHOULD
NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL
EQUIPMENT CCRPORATION.
DIGITAL EQUIPMENT CORPORAT!ON ASSUMES NO
RESPONSIBILITY FOR ANY ERRORS

THAT MAY APPEAR

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

THE

AFFILIATED

COMPANIES.

(C)

FOLLOWING ARE

DIGITAL

DEC

THE
USE
SUPPLIED

IN THIS DOCUMENT.

OR
BY

RELIABILITY
DIGITAL
OR

1979 BY DIGITAL EQUIPMENT CORPORAT]ION

TRADEMARKS OF

PDP

DECUS

DIGITAL EQUIPMENT CORPORATION:

UNIBUS

DECTAPE

MAS SBUS

OF
TS

(ZDMSB MB203 STATIC DIAG #2

TS AN OO NP N
8
LA
44

5
46

50
N
52
53
54
SS
56
57

SEQ

CONTENTS

1.0 INTRODUCTION
2.0 HARDWARE REQUIREMENTS
2.0 PRELIMINARY PROGRAM REQUIREMENTS

=O Q0NN
Wh -

PROGRAM DOCUMENT

MACRO v03.01 12-SEP=79 13:20:11 PAGE 2

4.0 GENERAL PROGRAM (ONSIDERATIONS
4.1
4.2
4. 3
4.4
4.5
4.6
4.7
4.8

DIAGNOSTIC SUPERVISOR
EXECUTION TIME
XXDP+
ACT/SLIDE
APT
MEMORY MANAGEMENT
MEMORY PARITY OPTION
ERROR LOGGING

5.0 PROGRAM LOAD MEDIA

6.0 OPERATING INSTRUCTIONS
6.1 LOADING AND STARTING PROCEDURES
6.1.1 LOADING PROCEDURES
.1.2 STARTING PROCEDURES

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
2.2 INITIAL DIALOGUE
6.3.1.1

TESTS SWITCH

v.3.1.2 PASS SWITCH
6.3.1.3 FLAGS SWITCH
6.3.1.4 END OF PASS SWIT(H
6.3.1.5 EFFECT OF START COMMAND
6.3.2 RESTART COMMAND
6.3.2.1 TESTS, PASS, AND FLAG SWITCHES
6.3.2.2 UNITS SWITCH
6.3.2.3 EFFECT OF RESTART COMMAND
6.3.3 CONTINUE COMMAND

6.3.3.1 PASS SWITCH

6.3.3.2 FLAGS SWITCH
6.3.3.3 EFFECT OF CONTINUE

6.3.4 PROCEED

6.3.4.1

COMMAND

FLAGS SWITCH

6.3.4.2 EFFECT OF

PROCEED COMMAND

6.3.5 ADD COMMAND
6.3.5.1 UNITS SWITCH
6.3.5.2 EFFECT OF ADD COMMAND
6.3.6 DROP COMMAND
6.3.6.1 UNITS SWITCH
6.3.6.2 EFFECT OF DROP (OMMAND
6.3.7 PRINT COMMAND
6.3.7.1 EFFECT OF PRINT COMMAND

(JDMSE MB203 STATIC DIAG #2
PROGRAM DOCUMENT

MACRO v03.01

b 1

12=SEP=79 13:20:11 PAGE 2-1

SEQ

6. 3. 8 0 I S PLAV COMMAND
6 . 8.1 UNITS SWIT(H

58
59
60
61

3 8. 2 EFFECT OF DISPLAY {OMMAND
6.3.
F
A G? COMMAND
9
3.
FL
6.
6 e Je 9
EFFECT OF FLAGS COMMAND
10
3.
6.
0 2 F L A GS COMMAND
3. 1
EFFECT OF ZFLAGS COMMAND
6 .3.10.1

62
63

6. 3. 11 CON TROL CHARACTERS
6. L 1 2 HARDWARE PARAMETERS
6. 3. 1 3 SOF TWARE PARAME TERS
6.3. 1 & EXTENDED DISCUSSION OF
7.0 DEVICE

INFORMATION TABLES

8.0 TEST DESCRIPTIONS
8.1 DATA PATTERNS USED
.0 ERROR
6.1

INFORMATION

ERROR REPORTING

P-TABLE

DIALOGUE

—d

wld

B NN = OO0

N w2

PROGRAM DOCUMENT

3
E
12-SEP=79 13:20:17 PAGE 3

SEQ

1.0 INTRODUCTION

THE

MB203

SINGLE=LINE

SYNCHRONOUS LINE UNIT MODULE

wH]ICH SUPPORTS BOTHY (HARACTER ~ORIENTED (DDCMP, BSC,
ETC.)
AND
BIT=-ORIENTED (SDLC, HDLC, ETC.) PROTOCOLS, AND WHICH IS

CURRENTLY EMPLOYED IN THE DMP-11
THE PURPOSE OF

OF ALL M8203 LOGIC
FOLLOWING

DDCMP

MULTIDROP

THIS PROGRAM IS TO PERFORM DIAGNOSTIC

FUNCTIONS

RELATIVELY

STATIC

WILL BE PERFORMED:

PROJECT.

TESTING

MANNER.

THE

LINE UNIT REGISTER

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

SEQUENCING AND DATA BUFFERING AND
STATIC
OPERATIONS
IN
CHARACTER AND BIT-STUFFING MODES.
IN ADDITION DATA MESSAGES
WILL BE SENT AT SPEEDS OF 2400 BAUD
TO
1
MEGABAUD,
WITH
LOOPBACK
IN
THE
WUSYRT,
ON THE LINE UNIT AT TTL LEVEL, OR
THROUGH AN EXTERNAL

INTERFACE SELECTED.

TEST

CONNECTOR

WITH

THE
STATIC
LOGIC
TESTS
WILL
TROUBLESHOOTING CAPABILITIES, SUCH
AS

SWITCH

ERRORS.

OPTIONS,

AND

ABILITY

SPECIFIC

MODEM

PROVIDE
EXTENSIVE
TIGHT
SCOPE
LOOPS,

'1LOCK'' ONTO INTERMITTENT

IN ADDITION TESTS WILL BE DESIGNED

AND

STRUCTURED

THE

DIAGNOSTIC

TO
ACHIEVE
REPLACEMENT OF

MAXIMUM
FAULT
RESOLUTION
AND
FACILITATE
THE SMALLEST FIELD REPLACEABLE UNIT.

THIS

WILL

PROGRAM

SUPERVISOR
THE

DESIGN

AND

WILL

IMPLEMENTED

CONFORM

ngséal‘l))ETHE PROGRAM WILL BE
L

USING

A STRUCTURED PROGRAMMING APPROA(CH.

THROUGH DIALOGUE WITH

THE

SUPERVISOR

BECAUSE

(STANDALONE

COMPATIBLE WITH ACT, APT,

OPERATOR,

THE

PROGRAM

WwILL

XXDP+,

ALLOW

MODIFICATION
OF
DEVICE PARAMETERS, SUCH AS UNIBUS ADDRESS,
VECTOR ADDRESSES AND
DEVICE
PRIORITY.
IN
ADDITION,
THE
OPERATOR
CAN
SPECIFY
PARTICULAR
TESTS
TO
BE
RUN AND A
VARIETY OF LOOPING, RUNNING, AND REPORTING MODES.
DEVICE ERRORS WILL BE REPORTED AS THEY
OCCUR.
THE
REPORT
WILL
INCLUDE
A
TEST
NUMBER AND DESCRIPTION OF THE ERROR,
?82?53?2 BAD
TEST
DATA,
AND
APPLICABLE
DEVICE
REGISTER

2.0 HARDWARE REQUIREMENTS
THE
FOLLOWING
LOGIC TESTS:

HARDWARE

IS REQUIRED TC RUN THE MB8203 STATIC

PDP-11/04,05,10,20,30,34,35.40,45,50,60, OR 70
16K MEMORY

CONSOLE

TERMINAL

DMC=11 OR KMC=-11 M]CROPROCESSOR

| CZDMSB MB8203 STATI( DIAG #2

MACRO v03.01

(ZDMSB M8203% STATI( DIAG #2

PROGRAM DOCUMENT

58
59
60

MA(RO vO03.01

1
F
PAGE 3=1

12=SEP=79 13:20:11

SEQ

M8203 LINE UNIT AND BCO8S-1 CABLFE AND BERG (ONNEC(TORS
H3254 AND H3255 TEST
wiLL BE SKIPPED)

CONNECTORS

(IF NOT PRESENT,

SOME

TESTS

3.0 PREL IMINARY PROGRAM REQUIREMENTS
THIS

ORDER

PROGRAM

TEST

RUN

OPERATES

THE

LINE

MICROPROCESSOR

DIAGNOSTIC

MICROPROCESSOR

MODULE

SHOULD

FIRST,

THE MB8203 STATIC LOGIC

AND

MIiCROPROCESSOR

INIT.

AND

ANY

FOR

THIS

SUBSYSTEM

FAULTS

SHOULD BE

REPAIRED,

TESTS.

EXTENSIVELY

REASON,

FUNCTIONAL

FOUND

PRIOR

THE

TESTS

THE

TO RUNNING

4.0 GENERAL PROGRAM (CONSIDERAT]ONS
4.7

DIAGNOSTIC

SUPERVISOR

THIS PROGRAM

COMPATIBLE

PROGRAM wILiL

NOT

WITH

THE

STANDALONE

DIAGNOSTIC

SUPERVISOR,
AND
MUST
BE LOADED TO BE CO-RESIDENT WITH THE
SUPERVISOR, OR BE PREVIOUSLY COMBINED
WITH
THE
SUPERVISOR
AND
LOADED
AS A SINGLE FILE.
IN EITHER CAStE, THE COMBINED
EXCEED

16K OF

MEMORY.

4.2 EXECUTION TIME
THE

MAXIMUM TIME

REQUIRED

TO RUN

THE

M8203

UNDER

XXDP+,

IS ABOUT 45 SECONDS PER PASS FOR EACH UNIT.

STATIC

LOGIC

TESTS

4.3 XXDP+
THIS

PROGRAM

MAY

LOADED

AND MAY BE

RUN

DUMP MODE OR CHAIN MODE.
4.4

ACT/SLIDE

THIS PROGRAM MAY BE

IN DUMP MODE

LOADED UNDER ACT

SLIDE

AND MAY BE

RUN

OR CHAIN MODE.

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

THE APT SYSTEM
SCRIPT MODE.

(INCLUDING

4.5 MEMORY MANAGEMENT

MEMORY MANAGEMENT

IS NOT UTILIZED

INSTALLED,

4.7 MEMORY

PARITY OPTION

THIS PROGRAM.

IS DISABLED BY THE PROGRAM.

PARJTY

DISABLED BY

MEMORY

THE PROGRAM,

SEQ

INSTALLED,

MEMORY

PARITY TRAPS ARE

4.8 ERROR LOGGING

THE

THE END OF EACH PASS ON ALL UNITS,
CUMULATIVE

RESTART

TOTAL NUMBER OF

THE PROGRAM PRINTS OUT

ERRORS

SINCE

FROM

PAPER

THE LAST

START OR

COMMAND.

5.0 PROGRAM LOAD MEDIA
THIS

PROGRAM

(AN

LOADED

TAPE

USING

THE

ABSOLUTE LOADER OR FROM ACT, SLIDE, OR APT SYSTEMS, CR
FROM
ANY
MEDIA
SUPPORTED
BY
XXDP+.
WHEN USING THE PAPER TAPE
ABSOLUTE
LOADER,
THE
PROGRAM
SHOULD
BE
LOADED
FIRST,
FOLLOWED BY

THE DIAGNOSTIC

SUPERVISOR.

WHEN USING XXDP+,

DIAGNOSTIC SUPERVISOR SHOULD BE LOADED
THE

DIAGNOSTIC

FIRST,

PROGRAM.

THE

FOLLOWED

6.0 OPERATING INSTRUCTIONS
6.1

LOADING AND STARTING PROCEDURES

6.1.7

LOADING PROCEDURES

THIS

PROGRAM

MAY

LOADED

FROM

PAPER

TAPE

USING

THE

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

6.1.2 STARTING PROCEDURES
THE

PROGRAM

PROCEDURES

STARTS

TO START

THE

6.1.3 STEPS FOR QUICK

LOCATION

PROGRAM.

200.

USE

STANDARD

LOAD AND START

DEC

WD SIMPLE EXECUTION

THE DIAGNOSTIC CAN BE EXECUTED STANDALONE UNDER XXDP+,
READING THE REMAINDER OF THIS DOCUMENT, AS FOLLOWS:
DIAGNOSTIC

USING RUN COMMAND

WITHOUT

B) RECEIVE DIAGNOSTIC SUPERVISOR IDENTIFICATION AND PROMPT
ENTER STA<CR>
ANSWER HARDWARE AND SOF TWARE QUESTIONS
halaal
e Xy

ol el
) e
D
B
D
)
i ol
D il
i
D
)
D e
e
D e
d i
)
i
-

S NN NWNINNWNNN

PONUNIMNLADPONINVND
— s o S

Oog\lgmflwmdsngOmwaeooa\JOw

PROGRAM DOCUMENT

6 1
MACRO v03.01 12-SEP=79 13:20:11 PAGE 3-2

(JDMSB MB8203 STATIC DIAG #2

GET END OF

PASS MESSAGES OR ERROR MESSAGES

TO END EXECUTION,

6.2 INITIAL DIALOGUE

ENTER

CONTROL/C

(DRS=(>)

(ZDMSE MB203 STATIC DIAG #2

PROGRAM DOCUMENT
172
173
174
175
176

177
178

179
180
181

e
d h

182

MACRO v03.01

12-SEP=79 13:20:11 PAGE 3-3

AFTER THE PROGRAM AND

PROGRAM |S STARTED,

THE

SEQ

SUPERVISOR ARE LOADED AND THE

FOLLOWING

IDENTIFICATION

TYPED

THE

DRS LOADED

DIAG. RUN-TIME SERVICES
(2DMS-B-0

mM8203 STATIC LOGIC TESTS = PART 2 OF 2
b’;” IS M8203
>

THE

OPERATOR

THEN RESPONDS BY

TYPING ONE

OR MORE

COMMANDS DESCRIBED IN THE FOLLOWING SECTION 6.3.

DETAILED

INFORMATION, REFER TO THE DIAGNOSTI C

FUNCTIONAL

SPECIFICATION).

(FOR MORE

SUPERVISOR

6.3 PROGRAM OFT]ONS
6.3.1

START COMMAND

ARRARARAAARARRARRAAARAAAAAARAAARAAARAAAAARRAARARARR
R AR AR RS

STA(RT) /TESTS:<TEST=LIST>/PASS:<PASS=CNT>/FLAGS:
<FLAG=LIST>/EOP:<INCR>
AERARRERARAARAAARARARRAAA
AR AR R EARARARAARARAAAAAN IR AR RPN

6.3.1.1

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

<TEST=-LIST> IS A SEQUENCE OF DECIMAL NUMBERS (1:2
RANGES

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

ETC.)

THAT SPECIFY THE

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

Lole JRNTe NV FSOV

—

)

SIS LN IS TN N1 N1,V

220

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

SWITCHES,

THE ANGLE BRACKETS <> ARE

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

PUNCTUATICN

TYPED BY

THE

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

OF PASSES.
DIAGNOSTIC

IS A DECIMAL NUMBER

INDICATING

THE

DESIRED NUMBER

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

THE DEFAULT IS NON-ENDING EXECUTION.
IN THIS CASE EXIT FROM
THE
PROGRAM IS ACCOMPLISHED EITHER BY TYPING A CONTROL/C OR

BY OCCURANCE OF AN ERROR WITH THE HALT ON FRROR
?EILY‘.OF

(TDHg EX%Y

IS A RETURN TO COMMAND MODE.

FLAG

BEING

SEE EXAMPLE

(ZDMSB MB203 STATIC DIAG #¢

PROGRAM DOCUMENT

[NLNTNLNLNINTNTLSTN)

BIFREI2E

229

MACRO v03.01

E
12=SEP=79 13:20:11 PAGE 3-4

SEQ

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

IS A SEQUENCE OF

TLEMENTS OF

THE

FORM

<FLAG>,

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

ONE OF THE FOLLOWING VALUES:
HOE

IER
IBE
IXE

HALT ON ERROR, CAUSING COMMAND MODE TO BE
ENTERED WHEN AN ERROR IS ENCOUNTERED
LOOP ON ERROR, CAUSING THE DIAGNOSTIC TO LOOP
CONTINUOUSLY WITHIN THE SMALLEST DEF INED BLOCK
OF CODING (SEGMENT, SUBTEST, OR TEST) CONTAINING THE ERROR
INHIBIT ERROR REPORTING
INHIBIT BASIC ERROR REPORTS
INHIBIT EXTENDED ERROR REPORTS

PNT

PRINT NUMBER OF

LOE

PRI

DIRECT ALL MESSAGES

BOE
UAM

THE

PRINTER

BELL ON ERROR
RUN IN UNATTENDED MODE, BYPASSING MANUAL
INTERVENTION TESTS
INHIBIT STATISTICAL REPORTS
INHIBIT DROPPING OF UNITS BY DIAGNOSTIC
LOOP ON TEST

ISR
IDU
LOT
ARE

TO A LINE

TEST BEING EXECUTED

FLAGS NAMED OR EQUATED

CLEARED.

A FLAG NOT

E::é?é? éSzN?TcGIVEN ALL

TO 1

ARE

SPECIFIED

FLAGS ARE

SET,

THOSE

EQUATED

IS CLEARED.

CLEARED.

SEE

[IF

THE

FLAGS

EXAMPLE

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

IS A DECIMAL

PASSES) IT
PRINTED.

NUMBER

INDICATING HOW OFTEN

IS DESIRED
THAT
THE
DEFAULT
IS

EXAMPLE AT END OF 6.3.1.5.

6.3.1.5 EFFECT OF

THE
AT

(IN

TERMS OF

END
OF
PASS
MESSAGE
THE END OF EVERY PASS.

BE
SEE

START COMMAND

THE EFFECT OF THE START COMMAND IS TO INITIATE THE
HARDWARE
PARAMETER
DIALOGUE,
THE
SOFTWARE
PARAMETER DIALOGUE, AND
THEN

THE

DIAGNOSTIC

TESTS

THEMSELVES.

THE HARDWARE PARAMETER DIALOGUE COMMENCES WITH THE
QUESTION
"#
UNITS?""
TO
WHICH
THE
OPERATOR REPLIES WITH A DECIMAL

NUMBER N FROM 1 TO 16.

THE TERM ‘UNIT'' REFERS TO THE

DEVICE

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

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

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

WILL

THE RESPONSE RADIX

POSED ONCE).

(D FOR

EACH QUESTION

DECIMAL,

FOR

IS FOLLOWED BY

BINARY,

FOR

(ZDMSB MB203 STATIC DIAG #¢

PROGRAM DOCUMENT

286
287

MACRO v03.01

12=-SEP=79 13:20:11 PAGE 3-5

OCTAL,
L
FOR
YES/NO)
AFTER THE PARENTHESES.

SEC

IN PARENTHESES AND THE DEFAULT

VALUE

FOLLOWING THE HARDWARE QUESTIONS ARE THE SOF TWARE
QUESTIONS
TO
BUILD
THE SOF TWARE TABLES, WHICH DEFINE THE MODE (QUICK

VERIFY ETC.)

THAT THE DIAGNOSTIC wILL EXECUTE

IN.

WHEN THE QUESTION "% UNITS?'' IS ANSWERED, MEMORY STORAGE
ALLOCATED

FOR

THE

P-TABLES, AND IF

THERE

IS NOT ENOUGH TO

ACCOMMODATE THEM THE MESSAGE ‘“‘TOO MANY UNITS'® IS ISSUED.
IN
}‘gé? ACASEN}?E DIAGNOSTIC MUST BE EXECUTED MORE THAN ONCE TO
.

:
EXAMPLE

STA/TESTS:1:2=4:6:8=10/PASS:3/FLAGS: !ER:HOE=1:UAM:
L OE
THIS COMMAND WILL

CONSISTING

ALL UNITS.

d
e

NOWNSH WO

W IN NN NN NN

335

307

THERE

SAYING <FLAG=1>.

A COMMAND

OTHER

CAUSE

THREE PASSES TO BE MADE,

EACH

PASS

TESTS 1,2,3,4,6.8,9, AND 10 EXECUTED AGAINST

PREVIOUSLY
SET.
THREE LETTERS ARE

IS NO DIFFERENCE BETWEEN SAYING <FLAG> AND

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

START

C(LEAR

NOTE
THAT ON ALL
SCANNED.

FLAG

COMMANDS ONLY

THAT
THE

WAS

FIRST

6.3.2 RESTART COMMAND
AR AR

A R RN RN R

AR R R AR R RRNRINRR AR

RRR AR AR IR

RR S ®

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

<FLAG=LIST>/UNITS:<UNIT=LIST>

(2233332223333

23323322332323233323323233 2222222222202

RRRRR

318

6.3.2.1

TESTS, PASS, AND FLAGS SWITCHES

<TEST~LiST>, <PASS=(CNT>, AND <FLAG=LIST> ARE AS [N THE
COMMAND.

START

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

IS A SEQUENCE OF

DECIMAL NUMBERS

(0,7

ETC.)

RANGES
OF DECIMAL NUMBERS (0-5, 8-10 ETC.) THAT SPECIFY THE
UNITS 10 BE TESTED.
THE NUMBERS ARE
SEPARATED BY
(OLONS.
THE
NUMBERS MAY
RANGE
FROM 0 THRU N-1 (N IS THE NUMBER OF

UNITS SPECIFIED IN THE PREVIOUS START COMMAND).
THE
NUMBER
INDICATES
THE
POSITION OF
THE
P-TABLE
AS
THE DATA WAS
ENTERED DURING THE HARDWARE DIAGLOGUE.
THE UNITS WHICH ARE
SELECTED MUST
NOT
HAVE
BEEN DROPPED BY THE DROP COMMAND.
SEE THE DISCUSSION OF ADD AND DROP COMMANDS BELOW.
DEFAULT
é(S,flLC‘)D TEST ALL UNITS WHICH HAVE NOT BEEN DROPPED BY A DROP

6.3.2.3 EFFECT OF RESTART COMMAND

(ZDMSB MB2C3 STATIC DIAG #¢

PROGRAM DOCUMENT

MACRO vC3.01

.1
K
12-SEP=79 13:20:11 PAGE 3-6

SEQ

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

HAVE BEEN ONE) ARE USED,

THE

UNITS

SWITCH

GIVES

INSTEAD OF NEW

ONES

BEING

BUILT.

THE ABI'ITY TO SELECT A SUBSET OF

THESE.
THE SOFTWARE DIALOGUE MAY UPTIONALLY
BE
REEXECUTED
(OPERATOR
WILL
BE
ASKED).
THE
COMMAND CAN BE USED AFTER

COMMAND MODE HAS BEEN REENTERED IN ANY OF THE

THREE

NORMAL

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

THE

OPERATOR.

6.3.3 CONTINUE COMMAND
(2222222222232

222322232220RR

R Rttt
A

S
: <FLAG=LIST>
CON{TINUE) /PASS : <PASS=CNT/FLAG
AXREAR AR TR ARAR LA ARAA AR AARAARAAAAARAAAAAAAARAA
AR
AR A AR AR

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

SAME AS

IN START

THE UNSATISFIED PASS=CNT

IF NONE REMAINS,

COMMAND,

BUT

THE

DEFAULT

FROM THE PREVIOUS START OR RESTART.

THE DEFAULT IS NON-ENDING EXECUTION.

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

SAME

FLAGS RETAIN THEIR

IN START COMMAND, BUT UNSPECIFIED

CURRENT VALUE.

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

6.3.4 PROCEED COMMAND
AR AR AR AR AT A AR AR AR A AR AR AR AR

A A ARAR AR AR AR R AR

RA AR R AR

PRO(CCEED)
/FLAGS : <FLAG=LIST>
AR AR AR P ARAA AR A A A AR AR AR A AR

AR AARNAAAAARRRRRAA AR AR R

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

THE

START

FLAGS RETAIN THEIR CURRENT VALUE.

6.3.4.2 EFFECT OF PROCEED COMMAND

(OMMAND,

BUT UNSPECIFIED

(ZDMSB MB203 STATIC DIAG #¢

PROGRAM DOCUMENT
400
401
402

403

404

405

406

407

408

409
410
411
412

413

L14

415

416

e
MACRO v03.01 12-SEP=-79 13:20:11 PAGE 3-7
PROCEED MUST FOLLOW A START, RESTART, OR CONTINUE.
FOLLOWING
THE
ERROR
CALL.
PARAME TERS MAY BE ALTERED.

NOTE THAT ALTHOUGH THE CHAINABLE IMAGE CAN BE EXECUTED ON
16K

MACHINE,

THE

<UNIT=LIST> IS AS

440
441
442

443

ORIGINAL

LARGE MACHINE, THE
EXACT
UPDATE UTILITY IS USED.

426
427
428
429
430
431
432
433
434
435
436
438
439

NEITHER HARDWARE NOR SOF TWARE

NOTE THAT IF THE MESSAGE '‘TOO MANY UNITS'' IS ISSUED, TWO OR
%g AE??ENI%QAGES MUST BE CREATED (WITH DIFFERENT NAMES) TO

6.3.5 ADD COMMAND

437

COMMAND

MODE MUST HAVE BEEN ENTERED VIA A HALT ON ERROR.
THE EFFECT
OF THE
COMMAND
IS
TO BEGIN EXECUTION AT
THE
LOCATION

417
418
419
420
421
422
423

424
425

SEQ

(2233232222322

CCI

SIZE

CREATION MUST BE DONE ON A

BEING

2222220222222

DEPENDENT

WHICH

2Rttt

ADD/UNITS:<UNIT=LIST>
AARA AN AR AR AR AR AAAARAARARARRARAAARAAAAAAARARCAA
AR R AR RN

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

6.3.5.2 EFFECT OF ADD COMMAND
THE

UNITS

SPECIFIED

ARE ADDED

TO THE

TEST SEQUENCE.

EACH

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

6.3.6 DROP COMMAND
AR AR

AR AR AR AR

R R R RN

R AR

P AR AR

R R AN

SR RN

R AR RN AR

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

AR AR AR AR

AAR AR RAARAARAARARAAR AR

A AR AR R A AR

44,

445

446

447
448
449
450
451
452
453
454
455
456

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

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

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

(OMMAND

(ZDMSB MB8203 STATIC DIAG #2

PROGRAM DOCUMENT
457
458

MACRO v03.01 12-SEP=79 13:20:11 PAGE 3-8

459

6.3.7 PRINT COMMAND

462

PRI (NT)

:g?

SEQ

2222222232333 332233323232322323333332333332232333323233233232322232223]

(.63

(1222222222333 32323233232332232323233232333333322332232323223232322322222232223}

464

465

l‘.gc;

6.3.7.1 EFFECT OF PRINT COMMAND

468

THE

2;(1)

STATISTICAL REPORTING) FLAG IS CLEARED.

469

TOTAL

NUMBER

START OR RESTART COMMAND

472

ERRORS

FOR EACH UNIT SINCE THE LAST

ARE

PRINTED.

THE

ISR

(INMIBIT

2;‘3'

6.3.8 DISPLAY COMMAND

L?S

122232323232 233333333333232333332333333332332233333332323332222223220%32}

476

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

&77

478
479

22(1)

22%

484

2%2
487

AR AN

)

A AR R

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

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

IS AS

IN THE

RESTART

COMMAND.

6.3.8.2 EFFECT OF DISPLAY COMMAND
THE

HARDWARE

P-TABLES FOR ALL UNITS UNDER TEST ARE PRINTED

488

OUT IN THE FORMAT IN WHICH THEY

490

DESIGNATED.

232

6.3.9 FLAGS COMMAND

495

AR AR AR AR AR AR AR AN AR AR A AN AR A A AR AR AR AR

RN RN AR AR

AR AR

AR R TR R R R RN

489

491
492

496

497

498
499

THAT

WERE

DROPPED

FLA(GS)

THE

AR RR AR AR R AR AR AR AR R AR AR AR

28(1)

6.3.9.1 EFFECT OF FLAGS COMMAND

28'%

THE

504
282

6.3.10 ZFLAGS COMMAND

507

508

509

510

CURRENT SETTINGS OF

AR A

ZFL (AGS)

AN AR R

A AN

WERE

ENTERED.

ANY

UNITS

A AR AR

OPERATOR ‘DROP'' COMMAND ARE SO

ALL FLAGS ARE PRINTED.

AN AR R AR AR R RN

AN AR AN RAN SRR RN RN NR AR

2233233233 2232333233332322333323232333333333333232323323333332233322222 2]

g};

6.3.10.1 EFFECT OF ZFLAGS COMMAND

513

ALL FLAGS ARE CLEARED.

(ZDMSB M8203 STATIC DIAG #2

PROGRAM DOCUMENT

MACRO v03.01 12-SEP=79 13:20:11 PAGE 3-9

6.3.117

SEQ

(ONTROL CHARACTERS

A CONTROL C

(C)

ENTERED

DURING THE EXECUTION OF

DIAGNOSTIC CAUSES A RETURN TO COMMAND MODE.
A CONTROL Z

(Z) ENTERED DURING ONE

THE

THREE

OPERATOR

DIALOGUES- HARD (ORE QUESTIONS (SEE 6.2) ,HARDWARE DIALOGUE
(SEE 6.3.1.5), OR SOFTWARE DIALOGUE (SEE 6.3.1.5) CAUSES THE
DEFAULTS TO BE TAKEN FOR THE REMAINDER OF THAT DIALOGUE.

A CONTROL O (0)

CAUSES

ALL

ENTERED DURING THE EXECUTION OF A DIAGNOSTIC

TELETYPE

OUTPUT

SURPRESSED

FOR

THE

REMAINDER
OF
THE
DIAGNOSTIC
OR UNTIL ANOTHER O IS TYPED,
WHICH RESTORES NORMAL TELETYPE OUTPUT.

6.3.12 HARDWARE PARAMETERS
THE FOLLOWING 8 QUESTIONS WILL BE ASKED ON A START
THE

VALUE

LOCATED

DEFAULT VALUE THAT
RE SPONSE.

TO THE LEFT OF

WILL

DEVICE CSR ADDRESS

TAKEN

(0)

160170?

C(ARRIAGE

THIS IS THE ADDRESS AT WHICH THE CSR REGISTERS

THE

UNIBUS.

THE

ALLOWABLE

DEVICE VECTOR ADDRESS :

RANGE

(OCTAL), AND THE DEFAULT VALUE IS 160170.

THIS

THE ADDRESS OF

THE

THIS

DEVICE PRIORITY LEVEL
IS THE

INPUT

MB203 SWITCH PACK #1

THIS
IS
THE
EXPECTED
WHICH RESIDES IN
INBUS

(SELQ) RESIDE

160000-177776

INTERRUPT VECTOR FOR THIS

000-674

(OCTAL),

AND

THE

(0) 5 ?

CPU PRIORITY AT WHICH THE

THIS DEVICE WILL BE EXECUTED.
AND THE DEFAULT VALUE IS 5.

IS THE

RETURN

(0) 300 ?

DEVICE.
THE ALLOWABLE RANGE IS
DEFAULT VALUE IS 300.
3.

COMMAND.

THE QUESTION MARK

INTERRUPT HANDLERS OF

THE ALLOWABLE RANGE

(REG 11)
CONTENT
REG
11.

0-7,

(0) 0 ?

(OCTAL) OF SWITCH PACK #1,
THE
ALLOWABLE
RANGE
IS

000-053, AND THE DEFAULT VALUE IS 000.

MB203 SWITCH PACK #2 (REG 15)

THIS
1S
THE
EXPECTED
WHICH RESIDES IN
INBUS

CONTENT
REG
15.

(0) 0 ?

(OCTAL) OF SWITCH PACK #2,
THE
ALLOWABLE
RANGE
IS

000-377, AND THE DEFAULT VALUE IS 000.

MB8203 SWITCH PACK #3 (REG 16)

(0) 0 ?

(ZDMSB MB8203 STATIC DIAG #2

PROGRAM DOCUMENT

571

B 2
MACRO v03.01 12-SEP=79 13:20:11 PAGE 3-10
THIS
IS
THE
EXPECTED
WHICH RESIDES IN
INBUS

CONTENT
REG
16.

SEQ

(OCTAL) OF SWITCH PACK #3,
THE
ALLOWABLE
RANGE
IS

000-377, AND THE DEFAULT VALUE IS 000.
7.

TURNAROUND

TYPE -

(0=H3254RH3255,
:

(0)

1=CABLE, 2=MOD LOC,

3=MOD REM, &=NONE)

THIS INDICATOR TELLS THE PROGRAM WHETHER
TEST
CONNECTOR(S)
wILL BE MOUNTED SO THAT CERTAIN TESTS CAN BE RUN IN EXTERNAL

LOOPBACK MODE.
DEFAULT VALUE

THE ALLOWABLE ANSWERS ARE 0-4,
THE
IS 0.
O MEANS THAT THE H3254 AND HSZSS TEST

CONNECTORS WILL BE USED.

WILL

1 MEANS THAT

EXTERNAL

TURNAROUND

PROVIDED AT THE FAR END OF A CABLE ATTACHED TO THE

J1 OR J2 CONNECTOR.
2 MEANS THAT MODEM LOCAL LOOPBACK WILL
BE
USED,
AND 3 MEANS
THAT MODEM REMOTE LOOPBACK WILL BE

USED.
& MEANS THAT NO EXTERNAL TURNAROUND WII.L BE PROVIDED.
WHEN
O
IS
SELECTED,
ALL TESTS WILL BE RUN, AND IF 1=4 IS
SELECTED, CERTAIN TESTS CANNOT BE RUN, AND THE PROGRAM W!LL
TYPE

THE

NUMBER(S)

TEST(S)

PLEASE SELECT BAUD RATE;

TO BE

SKIPPED.

TYPE

'0' FOR 2.4K:

'1' FOR 4.8K:

*2' FOR 9.6K: '3' FOR 19.2K; '4' FOR S6K: 'S' FOR 250K:
'6' FOR SOOK: OR '7' FOR 1 MEG BAUD :

THIS

THE BAUD RATE WHICH

ZHEFBgZ(;g‘.OTHE ALLOWABLE RANGE

SELECTED

IS 0-7,

(0)

IN THE

SWITCH PACK

AND THE DEFAULT VALUE

6.3.13 SOF TWARE PARAMETERS
FOUR
SOFTWARE
PARAMETER
QUESTIONS
ARE ASKED BY THE M8203
?(EAICIJSII‘IgGIC TESTS PROGRAM, PART 2. THESE QUESTIONS ARE
THE
z

DESIRED TO MOUNT TEST CONNECTOR(S)

IS
N?

THE OPERATOR ANSWERS

THE

QUESTION

AND

INFORM THE OPERATOR

INSTALL

PROGRAM

MAN.

INTERVEN.

(L)

WILL

LATER

PAUSE BEFORE

WITH

(YES),

THE

APPROPRIATE

TEST

TESTING EACH LOGICAL UNIT

THE

CONNECTOR(S)
ON
THAT
UNIT,
AND THEN PROCEED TO TEST THAT
UNIT.
IF THE OPERATOR ANSWERS N (NO) TO THE ABOVE QUESTION,
THE
PROGRAM
WILL
PERFORM
TESTING
ON
ALL
UNITS WITHOUT
ALLOWING MANUAL INTERVENTION BETWEEN UNITS.
IN
THIS
CASE,
ALL

TEST CONNECTOR(S)

ON ALL UNITS

TO RUNNING THE PROGRAM.

SHOULD BE

INSTALLED PRIOR

SHOULD SWITCH PACK AND AX3-15 PRINTOUT BE ALLOWED (L) N

IF
THE
OPERATOR
ANSWERS
YES,
THE PROGRAM WILL ALLOW_THE
PRINTOUT OF SWITCH PACKS 1-3 AND MODEM INTERFACE REG
AX3-15
ON ANY
PASS IN WHICH THE CORRESPONDING TESTS ARE RUN.
THE
DEFAULT IS NO, WHICH ONLY ALLOWS THE PRINTOUT ON
THE
FIRST
PASS AFTER LOADING,

THE

TESTS ARE

RUN.

(ZDMSB MB203 STATIC DIAG #2
PROGRAM DOCUMENT

A
MACRO v03.01 12-SEP=79 13:20:11 PAGE 3-11

SHOULD SWITCH PACK

SEQ

TESTS BE ALLOWED

(L) N ?

IF
THE
OPERATOR ANSWERS
YES,
THE PROGRAM WILL ALLOW THE
READING AND COMPARISON OF SWIT(H PACKS 1-3 TO VALUES ENTERED
INTO
THE
HARDWARE
P-TABLE
FOR
THIS UNIT,
IF
THE
CORRESPONDING TEST IS RUN.
IF ALLOWED, SWITCH PACK
ERRORS
:E”L‘L
BE REPORTED.
THE DEFAULT IS NO, AND THE TESTS ARE NOT

8"’

MSG TIMER VALUE (0=177777), 0 = LONGEST TIME-OUT :

THIS
VALUE
TIME-QOUT IN

CONTROLS
THE
A
NUMBER
OF

DURATION OF THE RECEIVER MESSAGE
TESTS
WHICH
SEND
AND
RECEIVE

MESSAGES
ON
THE
VARIOUS MODEM
INTERFACES
LOOPBACK.
THE SMALLER THE VALUE, THE
LONGER
(UP TU SEVERAL SECONDS).

(0O)

THE DEFAULT

IS 0.

WITH EXTERNAL
THE
TIME-OUT

6.3.146 EXTENDED DISCUSSION OF P-TABLE DIALOGUE
THE
FULL CAPABILITY OF THE HARDWARE DIALOGUE IS REVEALED 8Y
THE FOLLOWING DISCUSSION OF WHAT HAPPENS INTERNALLY.

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

ANSWERED

(WITH

THE

SLOTS

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

ON THE FIRST TRIP THRU THE QUESTIONS, ALL OF

THE

LESS THAN N EXPLICIT VALUES

ALL

THE

P-TABLES ARE FILLED.

THE OPERATOR TYPES

RESPONSE

PARTICULAR

QUESTION, THESE VALUES ARE PLACED IN THE P-TABLES (ONE VALUE
GOING INTO THE PROPER SLOT OF EACH
P-TASBLE
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
THE ROLE

AN
EXPLICIT VALUE IN ANY OF ITS SLOTS NOW ASSUMES
THAT TABLE NUMBER ONE PLAYED IN THE FIRST TRIP.

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

IN GIVING A
STRING OF VALUES, COMMAS WITHOUT INTERVENING
VALUES MAY BE USED TO INDICATE
A
REPETITION
OF
THE
LAST

NAMED VALUE.

A
STRING
OF
VALUES MAY BE
GIVEN AS
A RANGE (6-10 FOR
EXAMPLE). IF THE VALUES REPRESENT PURE NUMERICAL DATA,
THIS
SAMPLE
RANGE
TRANSLATES
TO
THE
STRING 6,7,8,9.10
(AN
INCREMENT OF 1). IF THE VALUES
ARE
ADDRESSES,
THE
SAMPLE
RANGE TRANSLATES TO THE STRING 6,8,10 (AN INCREMENT OF 2).

(ZDMSB MB203 STATIC DIAG #2

PROGRAM DOCUMENT

MACRO v03.01 12-SEP=79 13:20:11 PAGE 3-12

St@

685
686

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

690

THE NUMBER 75 FOR ALL 16 TABLES.

687
688
689

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

691

THE

SECOND

PARAMETER

LET THE DESIRED VALUE

EQUAL

THE

UNIT

FOR

NUMBER

692
693

(0,1,2.....,15) EXCEPT FOR UNIT 12, WHICH SHOULD RECEIVE
THE
VALUE
11.
LET THE DESIRED VALUE FOR THE THIRD PARAMETER BE

ggg

THE

LAST 9 UNITS.

ggg

THE

FOLLOWING DIALOGUE WOULD ACCOMPLISH THIS GOAL:

699

&# UNITS (D) ? 16

696

THE NUMBER 76 FOR THE FIRST 7 UNITS AND THE NUMBER

700
701

<QUESTION 1> ? 7S

702

<QUESTION 2> ? 0=6

704

<QUESTION 3> ? 76

705

706

UNIT 7

708

<QUESTION 2> ? 7-11,,13-15

707

;(1)3

<QUESTION 3> ? 77

711
712

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

713
;}45.

IN
TABLES O THRU 6 AND A CONSTANT & IN TABLES 7 THRU 15.
SLOT THREE RECEIVES A CONSTANT 76 IN ALL 16 TABLES.

716

THE SECOND TIME THRU THE SERIES,

717

GOING TO BE AFFECTED

719

THE

718

724

725
726
727
728
729
730
731
732
733
734
735

FOR

UNIT O

703

720
721
722
723

(NOTE

TABLES 7 THRU THE END

THAT THIS PIECE OF

PRINTED OUT FOR THE THE OPERATOR IN THE FORM
=

BY A
THRU
GETS
GETS

BEGINNING

EACH SERIES).

QUESTION 1

ARE

INFORMATION IS

‘UNIT

Xxx''

IS RESPONDED

<CR>, SO SLOT ONE STAYS AT CONSTANT
75
IN
TABLES
7
15, SINCE NO NEW EXPLICIT VALUES ARE TYPED IN.
SLOT TWO
THE VALUES 7.8,9.10.11 IN TABLES 7
THRU
11,
AND
AN 11 IN SLOT 12, AND GETS THE VALUES 13,14,15 IN

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

THRU 15.

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

(ZDMSB MB8203 STATIC DIAG #2

WWROrRUrRONU

RO RO

il il il

il sl

—-S»om\gwbwm—agomVombwm-aoom\a()mbwm-

PROGRAM DOCUMENT

,
«

MACRO v03.01

.
8
12-SEP=79 13:20:11 PAGE 4

SEQ

7.0 DEVICE

INFORMATION TABLES

2223222322233

2323232223222322222 2282222222220ttt
ll
)

* MAINTENANCE REGISTER = BSEL1

"Q'Q"".".‘.Q"Qt.'tt..Q.t.tQ'QQ.tQ.tttt.tQ..'t.'....."'...'t\Q'Q."...Qt"'

RUN
MCLR

= BIT7
= BIT6

STEPLU

= BIT4

ROMO
ROM]
STEPMP

= BIT?
= BIT1
= BITO

LULOOP

= BIT3

ii2 2232222223222 222222ttt
RERR
iRl Rl
Rl RS

* OBUS REG 10 - TRANSMITTER BUFFER

"t'.'."".filtt'..'Qfi...t.'..QQQ"fi.t".ttt."ttlfi.'t.t.Q..'..t'."."!'.."‘..

= BIT?7

TX6
X5
X4

= BIT6
= BITS
= BIT4

TM2
TM1
X0

= BIT?
= BIM
= BITO

= BIT3

"Q.Q'Q.Q.Q't"..t."'Qttt"ttfifi.Q"Q.".tt."Q.'ttttht'.Q'tt"fitt..."'.".'.'

+ 0BUS REG 11

.".‘..‘Q"t"'fi"..l"‘t't.'."ttt.t!t"lit.‘it"tt"QQ'.Q"'.'Q'.""Q.t‘t".'

0C
GOAH
ABORT

= BIT?7
= BIT3
= BIT?

SOM

= BITO

EOM
S

= BIT1

2322223323322

22323323232323233222

* 0BUS REG 12

22222

RRRR SRRttt
l IR 2

"t'.fi"'."'.t""t“l.fit"t.'"Qttttlt'ttfi!"'t.tttllQl..’i'tt"."t"'t'.tfi't

BPOLL

LULP

= BIT7

= BITé

= BITS

""ttt'tt't't't'ttt"ttt'ttfittttt"'!t'!'tll'tQtt'tttttt'."tt.!ttt'.atl.t't'tt

* 0BUS REG 13
"."‘iQ'tttt"tt'tttt.tt.tti.-ttt'."!Qit"t'"t'Qt'tttt'l'.ttt'.t"t"t't.t"t

POLL
DTR

= BIT7
= BIT6

SELFR

= BITS

MAINT1
MAINT?
SELSBY

= BIT3
= BITZ2
= BIT1

HDX

= BIT4

(ZDMSB MB203 STATIC DIAG #2

PROGRAM DOCUMENT

MACRO v03.01

12=SEP=79 13:20:11 PAGE 4=

SEQ

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

* OBUS REG 14

:"tQt'.'..'t'"t."fit't"fittt.t'.'Q'tt'.tt.Q.t'Q.t."'.."'t"...t"..t"'t'tfi

TXEN

DISSI

RDAX

= BIT6

= BITS

= BIT4

WAX

= BIT3

AX2
AX

= BIM
= BITC

ENAX

= BIT?

:ttt't"'t'ttttt..'QQt.ntt'tQtl'ttQt'ltttQQQttt'tttttt.t-.tttttttflfittttttQ.Qt"

* 0BUS REG 17

:.."t.t't"t't"t'tt.‘t.Q".Qtnt...ttt.l.t.."QQQQ.t.tQtt'tt'.tt'.t't'.tt'..'t

(RC2
CRCT
IDLE

SECA
STRIP
RDALL
IERR
DDCMP
S

=
=
=
=
=

BIT7
BITé
BITS

BIT4
BIT3
= BIT?
= BIT]
= BITO

223222322222323233233222332332322322222
2222
22222
2RSSl

* 1BUS REG 10 - RECEIVER BUFFER

;!..Q"t'..'."'.fi"'..tl't"t.t."...Q.Q.Qtt...QQ.Q'..Q.'Q"'.'..Q'QQ'..t"..'

RX7

= BIT7

RX6

= BITé

RX4

= BIT4

RXS

= BITS

RX3
RX2

= BIT3
= BIT?

RX0

= BITO

RX1

= BIT1

;tttttittt'itttntttttttn0t'tntatttatttttttntn.'tttnttttnnn'ttttnntttt't"'.ttt'

* [BUS REG 11
;."'Q.‘.fi.'.'fi‘.'ttl.t"...tttt“t...tfl...tttt...‘.t.‘Q."'Qt"."'ttt"t""'

= BIT7

OACT

= BIT6

ORDY

= BIT4

Sw3

Sw2
Sw1
SwO
UNRR

= BITS

=
=
=
=

BIT3
BIT2
BIT
BITO

CRARARAARARAAN AR AAARRARARAARTRARAR AR AAARR AR R A AARRRFARARR R R A RN RN RARNR TR R AR

* IBUS REG 12

R IR RSN

;'tlttttnttttttntt.ttttt.t"ttntttntqtttt.t'tttttttt'at.ttt't'.t.tt't.tt.'tt'tt

IC
IACT
LULP
IRDY
OVRR

RAB
EBLK

= BIT7
= BITé
= BITS
=
=
=
=

BIT4
BIT3
BIT2
BIM

NPy
—
O NOWNEWN
=000
gfi&&flwuwsgwmmmwwwmm
— s bNN
dD

D ol

D i

il il

)

D ol el

)

PROGRAM DOCUMENT

139

MATRO v03.01

6 2
12=SEP=79 13:20:11 PAGE 4=2

BC{

+ IBUS REG 13
2232223232322

2222222222222 2222222222222

2222 2222222222222

RING
DTR
RTS

= 8IT17
= BIT6
= BITS

MODR
(S

=
=
=
=

HDX

STRY
CARR

22332

2322222222332 222232333

* IBUS REG 14
TXEN

RDAX

2222232322222 222l
R
Rl
Rl
Rl

2222222222222 222222222ttt
Rl
ARl Rl RSl

= BIT6

= BITS

= BIT4

= BIT3

AX2
AX1

= 8IT1
= BITO

222222ttt

= BIT7

WAX

ENAX

BII3
BIT?
BIT]
BITO

2322223223232

DISSI

22222222

22222l

= BIT4

READY

= BITO

2223233222222

SEQ

——

(ZDMSB MB8203 STATIC DIAG #2

= BIT?2

3223222323323 323222223223R22222222l
Rt
R R ARl
Rl Rl R AR S

* IBUS REG 17

CRERRARRRAARARAARARRAE AP AARARAARR AR ARARA AR RAAARAAR AR AAAAAR PR ANR AR RRRE TR RRR R TR R RN

SIGR

SIGQ
TXDATA
OCOR

= BIT3

TESTMD
= BIT?
MCLK
= BIT

= BITO

:.'..".'Q"'Qtt""QQQ't"."""'ltfi.fi.fit"'tt'."'.'fit.'t"'t"t"fitt.tt'.tt

* AXO-15 = USYRT REG O

—

ol ol

DDCMP

)

——h

gmu\mmmmmmm
V00NN
S WA —

ICIR

= BIT?7

= BIT6
= BITS
= BIT4

(READ ONLY)

;".'...Q'.'*'...t"Q.I..'ttti....tfit't.fit"."'t'ttt'fi"'.'!..'Q.""Q""."Q

RX7

RX6

RXS

RX4

RX3
RX2
RX1
RX0

= BIT7

= BIT6

= BITS

= BIT4

=
=
=
=

BIT3
BITZ2
BIT1
BITO

.-Qtttttt'ttt!tt.ttt'tttt"tttttttt.tttttttttnttttttttttt"tttao.'Q'tnttgtnantat

* AXO-16 = USYRT REG 1

(READ ONLY)

;".'.""'.""'tt'.t.t".fi“'tt""...."'l.!.ttt'.t!t.t.".'t't.!.'l"-""'

RERR
ASB(Z2
ASBC1

ASB(C

= BIT7
= BITé6
= BITS
= B]T4

CZDMSB MB8203 STATIC DIAG #2

PROGRAM DOCUMENT

SELBTRIRRRETEEI oo ~N;V
S

il ikl
il
D
ol
il
il
il
il
il el
i cal
il
)
D
—

NNNNN

il -

172
173

194

MACRO v03.01

12-SEP=79 13:20:11 PAGE 4=3

ROR
RABT
REOM
RSOM

SEQ

= BIT3
= BIT2
= BIT1

= BITO

CERRARRARNAARARRAAAARAARARRAPAARNAAAR
AR EARRRTAANARRR AN ARNARAA R RARRRN AT RN
RS

* AX1=15 = USYRT REG 2

;.'.'Q."'......'.QQ‘Qlt".'.t.Q'l.'i.'..'.'.'.Q'..'...'..'..Q..'.'..'.Q..."

TX7

TX6

TX5
TX4

TX3

X2
X1
X0

= BIT7

= BIT6

= BITS
= BIT4

= BIT3

= BIT?
= BIT]
= BITO

CRARARAARARAAAARAAAAARAAAAAAARARAAARAAARARARAARAAARAARARARARARR
AR TR R R RAR R TR R R

* AX1=16 = USYRT REG 3

;..t'.tt't'ttfit"'fitfl'fi"t"'t'.tQ'QQ"tt"t.'QQQQtQ"".".....'.QQ..tQ"Q'.

TERR
TXGA
TXAB
TEOM

TSOM

=
=
=
=

BIT?7
BIT3
BIT2
BIT

= BITO

CRAR AT R AR A AR A AR AAAAA A ARRRAAR A ARARARRAAREAARARAR

* AX2-15 = USYRT REG 4
CRARRA R AR

SYN7

= BIT7

SYNS

= BITS

SYN6

VelRNTe
NV, F WL

it —l

el el

AS LNV LN LN LWTN [ N1V

) —b

210

220

SYN4
SYN3
SYN2
SYN1
SYNO
SYNCH

ARAA R AR A AR

A A AR R

AR RRARRARARA

AR AR RRAARARRARAARAAARRA AR RAAR SR AR

AR ARAN TR

A AR

AR AR AR R AR

=
=
=
=
=
=

BIT4
BIT3
BITZ
BIT1
BITO
226

CHARRARAR A AR AARAR AR A AR AR AR RARAR AR A AR A TR A RAARARRAAARARA R AR RARRARRCR

AR AR

CRARRA AR AR AR

AR RN RN AR

RA AR R AR R A AR AR AR R RN

APA
DD(
STR
SEC

=
=
=
=

CRCTY2

= BIT?

CRCTY1
CRCTYO

XY7

(328CC

R ARNRARRAR AR

RA R

TR AR

= BIT3

= BIT
= BITO

CRRRA R A AR A AR R AR AR AR AR A AR AR

CRERRAAR

R AR R AR AR R AR

RA R

BIT7
BIT6
BITS
BIT4

+ AX3-15 = USYRT REG 6

1422

RS R

= BITé

* AX2=16 = USYRT REG S

IDL

R R R

AR A AR R

A AR AR AR AR RN R

= BIT?

= BIT6

= BITS

RAA AT R AR AR AT RRARPTPRAATRRRNT P AARRARR

AR AR

RN R

AR AR AR AR R ARRRRRR AR

R R AR TR R

AR R

R R R RN

P R RN RN

(ZDMSB MB203 STATIC DIAG #2

PROGRAM DOCUMENT

MACRO v03.01

F ¥
12-SEP=79 13:20:11 PAGE 4=4

=
=
=
=
=

SEQ

BIT4
BIT3
BIT?
BITI

229
230
23
232

v3s
INTGRL
(32ENB
oP

236

.'Q"'.t."t"ttt.'t'ttttt!t.t..tttttt..t..Q'!QttQ!Qtt.t'.Qt."t'.t'tt'tt’..t.

237

* AX3=16 = USYRT REG 7

233
g%g

238

239

TEST
AX315U

BITO
= 1422'XYZ!(C32B(C!Vv35!INTGRL
' OP

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

TXLEN2

= BIT7

24
242

TXLENO
RXLEN2

= BITS
= BIT?2

244
245
24€
247
248
249

RXLENO

= BITO

240

243

TXLEN1

RXLENT

= BIT6

= BIT1

(ZDMSB MB8203 STATIC DIAG #¢

PROGRAM DOCUMENT

J &
MACRO v03.01 12-SEP=79 13:20:11 PAGE 5

SEQ

8.0 TEST DESCRIPTIONS

¢
7

2 2222332322332 3333233333233 3233323323233 32323322323223222222322222222222222RRRRRl Rl
TEST

= BIT

STUFFING TEST

» THE DEVICE IS ENABLED FOR TRANSMIT AND RECEIVE, AND A MESSAGE IS

* WHICH REQUIRE BIT STUFFING

13
4
15

17
18

19
20

22
23
24
25
26
27

« INITIATED IN BIT MODE . TWO LEADING FLAGS ARE SENT,
» FOLLOWED BY ALL SIXTEEN CHARS IN DATA PATTERN S. THIS PATTERN
* CONSISTS OF CHARACTERS WHICH REQUIRE NO BIT STUFFING AND CHARACTERS
» ADJACENT CHARACTERS.
*» BY THE RECEIVER,

»
.

ALL

INDIVIDUALLY AND

IN COMBINATION WITH

16 CHARACTERS ARE READ AND COMPARED

PATTERN S = 000.017.036,074,170,360,037,076,174,370,077,176,374,
177.376.377

;.Q't"'.'t.fit"'t'.'tfi.i‘fit.t‘..Q.'.t'tfitQ‘t""t'.t"ttfittt"..Q'Q'.l

"'.t‘tt'QQt"l'.'tQ.t'tfi.t'tfifil.'ti't'tfi"i"fi'i'Q.fi.t"'."t."i't'.ttt

TEST 2 = RCV OVERRUN ERROR SET AND CLEAR TEST
*

30
31
%
33
34
22

*
«
«
*

IN THIS TEST, A
IN THE FIRST, A
RECEIVER IS NOT
OVERRUN TO SET.

RCV OVERRUN ERROR IS FORCED IN EACH OF 2 SUBTESTS.
MESSAGE IS INITIATED, 64 001 CHARS ARE SENT, AND THE
SERVICED IN RESPONSE TO THE USYRT RCV FLAG, WHICH CAUSES RCV
THEN, A CHECK IS MADE TO INSURE THAT OVRR IS NOT

« CLEARED BY THE LINE UNiT READING THE USYRT STATUS.
* THEN, IC IS SET TO CLEAR THE ERROR, AND THIS IS VERIFIED.

37
b

*
«

IN THE SECOND SUBTEST, RCY OVRUN IS FORCED AGAIN, AND A MASTER CLEAR
IS ISSUED TO CLEAR THE ERROR, AND THIS IS VERIFIED.

.'Qfiitttt.t'tttittttitlfiifit.i*.tl’.tittt"t'k'Q"'t'.fittt'ifi't.tttt'tt"

40
41

42
43
44

AR AR AR

AR AR AR AR AR R AR AR AR AR KRR AR AR AR AR R AR AR AR R AR AR AR R AR RS R AR

TEST 3 - ABORT SEQUENCE TEST

48
49
50
51
52

*»
+
»
»
«

54
55
gg

* ALSO, CHECK FOR IACT = 0. THEN, CHECK THAT RAB
* IS CLEARED BY READING THE USYRT STATUS, TRANSMITTING A NEW MSG,
* RECEIVING THE FIRST CHAR (003) AND CHECKING FOR RAB CLEARED.

SET BIT MODE, CRC, AND ENABLE THE DEVICE FOR
TRANSMIT AND RECEIVE. SEND 2 FLAGS AND 4 DATA CHARS (001).
AS THE FIRST DATA CHAR IS BEING TRANSMITTED,
SET THE ABORT BIT (REG 11).
ON THE RECEIVER SIDE, CHECK FOR RECEPTION OF THE FIRST DATA CHAR

* AND THEN THE SETTING OF RAB AND REOM A CHAR TIME LATER.

R E

(ZDMSB M8203 STATIC DIAG #2

REPEAT THE ABOVE
THIS CLEARS RAR.

SEQUENCE,

SET

SEQ
IC, AND CHECK

THAT

PROGRAM DOCUMENT

MACRO v03.01 12-SEP=79 13:20:11 PAGE 5-1

REPEAT THE ABOVE SEQUENCE,
CLEARS RAB.

ISSUE MASTER CLEAR, CHECK THAT THIS

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

;tt't'It't"".'t.fi*fltit!'tt'ttt"lQ'ttQ.."tQ't‘Qt'.’.""tt.'.'.t.tt.

IDLE FLAGS

TEST

%
%

TEST 4 - ABORT AND

TRANSMIT THE SAME ABORT SEQUENCE AS IN THE PREVIOUS TEST, BUT
WITH THE IDLE BIT SET. CHECK THAT FLAGS ARE SENT AND RECEIVED
(NOT ABORT CHARACTERS) BY VERIFYING THAT RAB DOES
NOT SET, AND THAT THE MESSAGE TERMINATES WITH EBLK = 1.

:..tt.tt't"tttQfiit.'.'.'.t'..t.Q'Q.'QQ....ti'i".'t"'.'tt't...tt'Q..t

:tt.ititttt'tt'ttttttttfi.'tfit.!*t"'.t.'tfi‘t"t."t.'tfi..t"'t"t"t."

TEST 5 = TRANSMITTER UNDERRUN ERROR,

IDLE ABORT (CHARS, BIT MODE

*
*
~
*

A MESSAGE IS INITIATED IN BIT MODE, 4 001 CHARS ARE SENT, AND THE TRANSMITTER
IS NCT SERVICED IN RESPONSE TO THE LAST TX FLAG, WHICH CAUSES TX
UNDERRUN ERROR TO SET. ON THE RECEIVER SIDE, CHECK THAT THE DATA
CHAR IS RECEIVED, AND THAT 8 CYCLES LATER THE RAB BIT SETS, AND
THE DEVICE

IDLES ABORT

C(HARACTERS.

:ttl'tttQtfi"tt'itttfi'ttt"tti"fiififii.i.fi'QQ'Q.Q'QQ".'.QQ"'.'Q‘QQ'Qtt

:tt"'Q‘t.t'ttttfi.ttt'.tl.itt!t.'fit'.tittt.tttt'tt.tt't!t.t."t.'fitt"'

TEST 6 = RECEIVER DISABLE

TEST

TRANSMIT AND RECEIVE

ARE

ENABLED

IN BIT MODE,

AND 2 FLAGS

* ARE SENT, FOLLOWED BY 5 252 DATA (HARS. AFTER THE SECOND DATA (HAR HAS BEGUN
*

TO BE

THEN,
THE

RECEIVED,

SET.

THE PROGRAM CHECKS THAT A USYRT RCV FLAG IS NOT GENERATED,

RECEIVER DATA PATH

STOPS OPERATING

IN THE MIDDLE

THE

CHAR.

AND

;tt'ttlttt'tt'tt't'.t.fifi'ti't'itttfitl'fi""'.'tt't't't!Qt.."t"t'l""

el ——h —

:tttQtt.ttttfii"fi'tt'.fifi".tfiit.t"tt'.t"'tfi'.tt.'.i'.t.'.t..""'t"'

—

S\
R R g

l\wN-‘O%g\l

106

TEST

7 = ASSEMBLED BIT

COUNT

TEST

THE

FOLLOWING SEQUENCE

IS PERFORMED 8 TIMES,

EACH TIME USING A

%8
%
%
%

SEQ

g};gERENT TX CHAR LENGTH (FROM 2 TO 8 BITS) AND A RCV CHAR LENGTH = 8
A MESSAGE

IS INITIATED IN BIT MODE,

NO CRC.

2 FLAGS ARE SENT, FOLLOWED BY 3 000 DATA CHARACTERS AND A

TERMINATING FLAG. AFTER THE RECEIVER HAS RECEIVED THE MESSAGE, AX0-16
IS READ TO RETRIEVE THE ASSEMBLED BIT COUNT. THIS COUNT IS CHECKED TO INSURE
THAT

IS CORRECT FOR THE

TX CHAR LENGTH USED IN THAT TRANSMISSION.

;Qttttt't.!Qt'tQ't"'t.tt't.fi'Q.Qtfi"...!"'Qt...'.t.'t."".t.t""...

:'t"t.ttttt"'t'fi.tt".tt".fi!"."t.'l.fit.'."'..."t"'.’.."'t't'..

TEST 8 - SECONDARY STATION ADDRESS BIT

i
e
d e
i
D

TEST

3
3

WWNWN

D o

D el ol

D i

D ol

AONINUNVNINOPONONUN
= ==

PROGRAM DOCUMENT

L &
MACRO v03.01 12-SEP=79 13:20:11 PAGE 5-2

(ZDMSB MB8203 STATIC DIAG #2

» FIRST, A MASTER CLEAR IS ISSUED.

THEN,

THE LINE UNIT iS PLACED IN

« BIT MODE, AND THE SECA BIT (REG 17) IS SET.
* 2 FLAGS ARE SENT, FOLLOWED BY 252, 000, AND A TERMiNATING FLAG.
« THEN, THE RECEIVER IS CHECKED TO MAKE
* RECEIVED.

SURE

THAT NO DATA CHARS ARE

« NEXT, THE SECONDARY STATION ADDRESS BITS IN AX2-15 ARE LOADED
« WITH THE FIRST WORD OF DATA PATTERN T . 2 FLAGS ARE SENT,
* FOLLOWED BY THE FIRST WORD OF DATA PATTERN T, A 000 CHAR.

}zg

« ADDRESS IS RCV'D AS THE FIRST DATA CHAR, FOLLOWED BY 000.

—

)

140
141

* AND A TERMINATING FLAG.
* THEN, THE RCV'D DATA IS CHECKED TO MAKE SURE

THAT THE SEC STATION

144
145

« THEN, THE SUBTEST
* DATA PATTERN T,

147

:t'tttiQt.fitfi't'tt.fififi*fi*t'tfififi't'"fifi"fi.'fi'fi'.'t"fiti"..'t.."fi""t

146

148
149
150
151
152
153

IS REPEATED FOR EACH OF

THE REMAINING WORDS OF

PATTERN T = 000,125,252,176,177

:t't'tfit*tttttt'fitttttttt"ttfi'tfi'fit'fifi.ttt""tt"fifitfitfi"ttttt'..'.Qt

TEST 9 - RDALL

(ALL PARTIES ADDRESS)

BIT

TEST

156
157
158
159
160
161

«
«
*+
«
*
*

FIRST, A MASTER CLEAR IS ISSUED. THEN,
BIT MODE, AND THE SECA BIT IS SET..

164

*»

IS REC'D AS THE FIRST DATA CHAR.

162
163
165

THE LINE UNIT

IS PLACED IN

2 FLAGS ARE SENT, FOLLOWED BY 377. 125, AND A TERMINATING FLAG.
THEN, THE RECEIVER IS CHECKED TO MAKE SURE THAT NO DATA CHARS ARE

RECEIVED.
NEXT, THE RDALL BIT

IN REG 17 IS SET TO 1.

2 FLAGS

* ARE SENT, FOLLOWED BY 377, 125, AND A TERMINATING FLAG.
* THEN, THE REC'D DATA IS CHECKED TO MAKE SURE THAT 377
FOLLOWED BY 125.

:.tttt'ttttt.ttti.tt.ifitttt'fifittttttt't.‘i".'il.'Q.'ttt!tt't'.t."t"t

166

167
168
169
170
1?1

:t..'.tt.t"t""ttt'ifil'.‘titt.t.t'i"'.t'tt."t'til"."'t.'fi.'...t't.

(ZDMSB MB8203 STATIC DIAG #2

PROGRAM DOCUMENT

172

173

MACRO v03.01 12-SEP-79 13:20:11 PAGE 5-3

SEQ

TEST 10 = INSERT ERROR (IERR) BIT TEST = CHAR MODE, NO CRC

174
175
176

* THE LINE UNIT IS PLACED IN DDCMP MODE WITH NO ERROR DETECTION, AND 2
* SYNCHS, A 000 CHAR, A 377 CHAR, AND 2 SYNCHS ARE LOADED INTO THE
» TRANSMITTER SILO. THEN THE LU IS CLOCKED UNTIL THE 2ND BIT OF THE 000

178

* THEN CLEARED.

177

179
180
181
182

183

* CHAR IS ABOUT TO BE SENT AND THE IERR BIT IS SET FOR A CLOCK TIME AND

IN THE SAME WAY, IERR IS SET PRIOR TO THE SENDING OF

THE 4TH

* AND STH BITS OF THE 000 CHAR. IT IS ALSO SET FOR THE SENDING OF THE FIRST
« 4 BITS OF THE 377 CHAR. THE PROGRAM READS THE FIRST RCV'D CHAR FROM AXO
* AND CHECKS IT TO BE 032, AND READS THE 2ND CHAR AND CHECKS IT TO BE 377.
« THEN, A MASTER CLEAR IS DONE TO IDLE THE DEVICE.

:Qtt'Qtt'tt't"t'fi'ittfi...'fifl.l't."t'..t.'tt'.Q'QtQ'tQQ'.Q.QQ.'QQ'Q.Q.Q".Q".

184
185
186
189

:'t"t'Q.Qt.*it'ifififi".Qfitt'fi't!fi'lt'..."".'Q‘Q"t.t'.tt"t'.'"t..'..t't't"

}g?

TEST 11 = SWITCH PACK PRINTOUT AND TEST
*

192
193

* - READ AND PRINT SWITCH PACK
1 :
* THE PROGRAM READS REG 11 AND PRINTS THE CONTENTS.

195

~ THE EXPECTED VALUE

194

}gg

IF DESIRED BY THE OPERATOR,

* (AS INDICATED IN THE SOFTWARE P-TABLE), THE PROGRAM WILL THEN COMPARE IT TO
(GIVEN IN THE HARDWARE P-TABLE).

« SWITCHES ARE IN BITS 1,2.3.5.

THE

198

199
200
201
ggg

* = READ AND PRINT SWITCH PACK

*
*
*~
~
*

2 :

THE PROGRAM READS REG 15 AND PRINTS THE CONTENTS. IF DESIRED BY THE OPERATOR,
(AS INDICATED IN THE SOFTWARE P-TABLE), THE PROGRAM WILL THEN COMPARE IT TO
THE EXPECTED VALUE (GIVEN IN THE HARDWARE P-TABLE). THE
SWITCHES ARE IN BITS 0-7.

204
205
206

* - READ AND PRINT SWITCH PACK 3 :
* THE PROGRAM READS REG 16 AND PRINTS THE CONTENTS. IF DESIRED BY THE OPERATOR,
« (AS INDICATED IN THE SOF TWARE P-TABLE), THE PROGRAM WILL THEN COMPARE IT TO

208

« SWITCHES ARE IN BITS 0-7.

207

209

« THE EXPECTED VALUE

(GIVEN IN THE HARDWARE P-TABLE).

THE

'ttttttt'fit"ttttiiiifitfitt&ififitlt'ttttttt!.ttt'fi!fit'tQ"'t.tt""'tt't'tt"""

b ad el wb o

O~
B W) =

LS LSS LAS LS LN N 1,8

210

219
220

221

222
223
224
225
226
227

228

:tttt"ttfit.t'tttttttttfi't'QtfittfiQfi!'.tttt.tittt.ittt.tt.t"tttttt."'.t.'ti'.'

TEST 12 - REG AX3-15 PRINTOUT
*

* IN THIS TEST, REG AX3-15 IS READ AND THE CONTENTS PRINTED OUT IF DESIRED BY
* THE OPERATOR, AS INDICATED IN THE SOFTWARE P-TABLE. THE DEFAULT IS TO NOT
* PRINT THE REG.

"t'.ttttttfittt.Qt.ttt"t'.fifi'.ilt.!.."t"tttQ..t".Q'Q""t"t.."'tt"tl'.t'

;Qtt.'.tt'tttt"'.fi""t'tt..i.tt'.!t't.....Qt.filfi.lt.tl'.t"'.'!ltt'."!t'."t

TEST 13 - CRC GENERATION TEST

RN
¥R

SEQ

IS SENT IN DDCMP MODE WITH CRC-16 SELECTED =

2 SYNCHS, 000, 125, 252, 377, 000, AND 2 SYNCHS, USING LULOOP AND STEPLU
TO CLOCK THE DATA.
AT THE END OF THE MESSAGE THE
PROGRAM CHECKS FOR BCC = 1 (IN REG 12) INDICATING NO ERROR.

= CRC=CCITT = 1°'S PRESET:

THE ABOVE SUBTEST IS PERFORMED IN BIT MODE WITH CRC=CCITT=1°'S SELECTED. AT
THE END OF THE MESSAGE THE PROGRAM (CHECKS FOR BCC = O, INDICATING NO ERROR.

:
= CRC=16, CHAR MODE
THE FOLLOWING MESSAGE

= CRC=CCITT = 0'S PRESET:

THE ABOVE SUBTEST IS PERFORMED IN BIT MODE WITH CRC-CCITT-0'S SELECTED. AT
THE END OF THE MESSAGE THE PROGRAM (CHECKS FOR BCC = O, INDICATING NO ERROR.

2223333222333 3222322322323 3323333

2333333333232 23223333323232233222323222222222223220
0202

:tt..t'tt'....'..tttfi.fiifitfitt.'.t.'ttlt"'t"t'."..'.t'tfi..i"'.t"..i't.'tt"

= CRC=16. CHAR MODE :
THE FOLLOWING MESSAGE IS SENT IN DDCMP MODE, WITH CRC-16 SELECTED -

2 SYNCHS, 000, 125, 252, 377, 000, AND 2 SYNCHS, USING LULOOP AND STEPLU

TO CLOCK THE DATA. JUST BEFORE THE FIRST BIT OF THE LAST 000 CHAR IS SENT,
THE IERR BIT IS SET IN REG 17 TO CAUSE A 1 TO BE SENT, INTRODUCING A DATA
E\zR%éG‘;T THE END OF THE MESSAGE, THE PROGRAM CHECKS FOR BCC = O, INDICATING

TEST 14 = CRC ERROR DETECTION TEST

= CRC=CCITT = 1°'S PRESET :
THE ABOVE

TEST IS PERFORMED IN BIT MODE WITH CRC-CCITT-1'S SELECTED.

END OF THE MESSAGE, THE PROGRAM CHECKS FOR BCC = 1,

INDICATING AN ERROR.

THE

= CRC=CCITT - 0'S PRESET :

THE ABOVE TEST IS PERFORMED IN BIT MODE WITH CRC-CCITT-0'S SELECTED. AT THE

END OF THE MESSAGE,

THE PROGRAM CHECKS FOR BCC = 1,

INDICATING AN ERROR.

AR AR AR AR AR AR AR AR A R AR A AR AR R AR AR A AR A AR AAARARARAARAAAAAAAARA AR

AR AR

;tttt"tfitt't'ttttttt!ifitt'tii'tttfi'*fit'fi!ttt'ttfitt'itt!‘ti't'tt'tttii."'t-"'

SUBTEST 1 = TEST OF CORRECT ODD VRC PARITY GENERATION :
THE LINE UNIT IS PLACED IN CHAR MODE, WITH ODD VRC AND 7-BIT CHARS SELECTED.
THE DATA CHARS IN PATTERN Q ARE TRANSMITTED, AND AS THE 8TH BIT (PARITY BIT)
OF EACH DATA CHAR IS SENT THE PROGRAM CHECKS TXDATA FOR THE PROPER STATE.
FOR THE FIRST 4 CHARS IN PATTERN Q THE PARITY BIT SHOULD = 1 AND FOR THE
LAST 4 CHARS IT SHOULD = 0.

TEST 15 = VRC PARITY GENERATION TEST

(ZDMSB MB203 STATIC DIAG #2

PROGRAM DOCUMENT

N 2
MACRO v03.01 12-SEP=79 13:20:11 PAGE 5-4

SUBTEST 2 = TEST OF CORRECT EVEN VRC PARITY GENERATION :

THE LINE UNIT IS PLACED IN CHAR MODE, WITH EVEN VRC AND 7-BIT CHARS SELECTED.
THE DATA CHARS IN PATTERN Q ARE TRANSMITTED, AND AS THE 8TH BIT (PARITY _ . T)

(ZDMSB MB203 STATIC DIAG #2

PROGRAM DOCUMENT

286
2’87

ggg
291

292
293
29%
295
296

MACRO vO3. 01

B 3
12-SEP=79 13:20:11 PAGE 5-5

SEQ

* OF EACH DATA (CHAR IS SENT THE PROGRAM (HECKS TXDATA FOR THE PROPER STATE.
* FOR THE FIRST & CHARS [N PATTERN Q THE PARITY BIT SHOULD = O AND FOR THE
* LAST & CHARS IT SHOULD = 1.

DATA PATTERN Q@ = 000,120,125,137,040,052.057,177

L
R TR

297

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

299
300
301
302
303
304
305
306

.
* SUBTEST 1 - FORCING OF BCC USING ODD VAC
*+ THE LINE UNIT IS PLACED IN CHAR MODE WITH ODD VRC AND 7-BIT CHARS SELECTED.
* THE FIRST 8 DATA CHARS IN PATTERN R ARE TRANSMITTED NORMALLY, BUT THE OTHER
* 7 CHARS ARE TRANSMITTED WITH BIT O STUCK AT 1 (USING IERR BIT). THE PROGRAM
*» CHECKS FOR BCC = O AFTER EACH OF THE FIRST 8 CHARS ARE RECEIVED (INDICATING
* NO ERROR) AND CHECKS FOR BCC = 1 AFTER EAC:' OF THE REMAINING 7 CHARS ARE
* RECEIVED (INDICATING AN ERROR).

308
309

* SUBTEST 2 - FORCING OF BCC USING EVEN VRC
* THE LINE UNIT IS PLACED IN CHAR MODE WITH EVEN VRC AND 7-BIT CHARS SELECTED.

298

310
311
312
313
314

TEST

16 = VRC ERROR DETECTION TEST

*
*
*
*+

THE FIRST 8 DATA CHARS IN PATTERN R ARE TRANSMITTED NORMALLY, BUT THE OTHER
7 CHARS ARE TRANSMITTED WITH BIT O STUCK AT 1 (USING IERR BIT). THE PROGRAM
CHECKS FOR BCC = O AFTER EACH OF THE FIRST 8 CHARS ARE RECEIVED (INDICATING
NO ERROR) AND CHECKS FOR BCC = 1 AFTER EACH OF THE REMAINING 7 CHARS ARE

* RECEIVED

(INDICATING AN ERROR).

3]8

DATA PATTERN R = 000.100.120,124.164.172,176.177.000.100,120,12.
164,

;"Q!'tttt't..tttt'ttt'.;'.l....i.'.!tt.ttttfi'..t'i'.."'...'.t"Q.'.'Qt.'."t'

319

320
221
322
323

32‘

:tttt'tt't.QQ..t'ttt!Q.fiiitfitti..fit'l'..fi't"'tt'.'t't..'t""tl"l'.'t.'tt'Q't

325

TEST

17 - INTEGRAL MODEM INTERFACE

TEST - CHAR MODE,

CRC

327
328

* THE INTEGRAL MODEM IS SELECTED BY THE PROGRAM IN AX3-15, AND A
* MESSAGE IS TRANSMITTED, RECEIVED, AND CHECKED USING A TURNAROUND CONNECTOR

331

* UNIT INDICATES THAT NO EXTERNAL TURNAROUND IS PROVIDED, THE TEST WILL BE

329
330
332

333

334
335
336
337
338
339

* ON THE LINE UNIT OR AT THE CABLE. THE MESSAGE CONSISTS OF
* 5 SYNCHS, 000,125,252,377,000, AND 1 SYNCH. IF THE P-TABLE FOR THE CURRENT
*+ SKIPPED FOR THAT UNIT.

:"Q.t".t"..'ttt"fiti."'fi.....fi'.."t't."t't'."tt".t..'."""'.ttt"Qt"

:..ttt'fitl!tQ.t.'.fit."'t"'tfit'tt't.t.tt..'fitfi.fi.'t‘Q.'.'..Q."Q.'ttt"""."

342

TEST
-

18 = V.35 MODEM INTERFACE

TEST - CHAR MODE,

CRC

* THE V.35 MODEM INTERFACE IS SELECTED BY THE PROGRAM IN AX3-15, AND A

(ZDMSB MB203 STATIC DIAG #2

PROGRAM DOCUMENT

343
344
345
346
3,7
348
349

350
351
352
353
354,
SSS

MACRO v03.01

c 3
12-SEP-79 13:20:11 PAGE 5-6

SEQ

*» MESSAGE IS TRANSMITTED, RECEIVED, AND CHECKED USING A TURNAROUND CONNECTOR
« ON THE LINE UNIT OR AT THE MODEM SIDE OF THE CABLE,
* OR A MODEM TEST MODE, THE MESSAGE CONSISTS OF
* § SYNCHS, 000,125,252,377,000, AND 1 SYNCH. IF THE P-TABLE FOR THE CURRENT
« UNIT INDICATES THAT NO EXTERNAL TURNAROUND IS PROVIDED, THE TEST WILL BE
+ SKIPPED FOR THAT UNIT.

.'t'ttit.'.."".".."'Q..'..t.'..'Q'..'..'..".tQQ"Q."QQ...Q.'.......'."'Q.

;'.tt.Q.t'ttt't'.l't't..'.'."t..'...fiQQ.!"QQ't.fi..'..'.t't""'.""'t't.'."

ggg

TEST 19 = RS 232C AND RS 423 MODEM INTERFACE TEST = CHAR MODE, CRC

358
359

* THE RS232C
RS423 (XYZ) MODEM INTERFACE IS SELECTED BY THE PROGRAM IN
* AX3-15, AND A MESSAGE IS TRANSMITTED, RECEIVED, AND CHECKED USING A TURN-

;t.tt'tttQ'fitQtt.'fifi't."fi!'.tt"fitfifitQ‘*."QQ'Qfit".'t.'t'..'.'."'t'fi"!t"t'

360
361
362
363
364

366
367
368
369
370
371

* AROUND CONNECTOR ON THE LINE UNIT OR AT THE MODEM SIDE OF THE CABLE,
* OR A MODEM TEST MODE. THE MESSAGE CONSISTS
* OF 5 SYNCHS, 000,125,252.377,000, AND 1 SYNCH. IF THE
» P-TABLE FOR THE CURRENT UNIT INDICATES THAT NO EXTERNAL TURNAROUND IS
« PROVIDED, THE TEST WILL BE SKIPPED FOR THAT UNIT.

"ttt'ttfitt't.t"tt'.t'fit't'l.'fifitttfit!.t'.fit."."'.QQ‘Q'QQ'.."'."Q‘.'Q.'Q.'.

372

374,

375
376
377
378
379

380
381

382
383
384
385
386
387

TEST 20 - RS 422 MODEM INTERFACE

391
392
393

CRC

* THE RS 422 MODEM INTERFACE IS SELECTED BY THE PROGRAM IN AX3-15, AND A
*
*
*
*
*+

MESSAGE IS TRANSMITTED, RECEIVED, AND CHECKED USING A TURNAROUND CONNECTOR
ON THE LINE UNIT OR AT THE MODEM SIDE OF THE CABLE,
OR A MODEM TEST MODE. THE MESSAGE CONSISTS OF
5 SYNCHS, 000,125,252,377,000, AND 1 SYNCH. IF THE P-TABLE FOR THE CURRENT
UNIT INDICATES THAT NO EXTERNAL TURNAROUND IS PROVIDED, THE TEST WILL BE

*+ SKIPPED FOR THAT UNIT.

"".tttitfit.*ttfittt.fitt.Qfi"'.fififitt't'tti"iiQ'tfil"tt'fi'..t""‘t'ti.i'."."t

"Q.l"QtQtt"'tQfifitt..fi'itt'.fii'..i'fi"".'.t.""ti"tt'.t..'..'t."'tt

3333

390

TEST - CHAR MODE,

TEST 21

= HALF=DUPLEX BIT

(HALF

DUPX)

TEST

* THIS TEST VERIFIES THAT SETTING HALF=-DUPLEX BIT IN REG 13 DOES NOT INHIBIT
+ LOADING OF THE USYRT TRANSMITTER FROM THE TRANSMITTER SILO.
* A MASTER CLFAR IS ISSUED, DDCMP MODE IS ENTERED, AND THE HALF DUPX
* BIT IN REG 13 IS SET. A MESSAGE IS LOADED INTO THE TX SILO

394

* CONSISTING OF 2 SYNCHS, 000,125,252,377,000, AND 2 MORE SYNCHS.

39¢

* BE UNLOADED (ALL CHARS SHOULD HAVE BEEN REMOVED) AND THE RECEIVER

395

397

398

« THE LINE UNIT IS THEN CLOCKED EXTENSIVELY, AND THE TX SILO IS CHECKED TO
+

1S MONITORED TO INSURE THAT NO RCV FLAGS ARE GENERATED.

"tttt'tt't.'ttttttlt'.ttt"fifii.t.'tt'.t.ifi.'.'.‘i."t.t.!t!.tfi'!.".t"

(ZDMSB MB8203 STATIC DIAG #2

PROGRAM DOCUMENT

MACRO v03.01

12=SEP=79 13:20:11 PAGE 5-7

SEQ

400

401

402

403

437
438
439

440
441
442

»
%
»
»
»

IN HDX,

CHAR MODE,

WITH NO ERROR DETECTION,

AND

RECEIVER NEVER BECOMES ACTIVE,

IS SET.

BECAUSE

THE

RCV CLOCK

INHIBITED

;tt.'t'tQt'tt*tfit'tt'hfi.t"'ttttt‘QQlfitittt'"t"fi'fi"'.'t'."’tt.."'.".t"t't

;'t.tt!ttttttt'tt.tfitttt.tififiQtfifit'fitt'ttfit.tt'.Qttt"t!"t.""t'.tt..'

THIS

TEST WILL BE RUN ONLY

THE P-TABLE

THE H3254 AND H3255 TEST CONNECTORS ARE
BE SKIPPED FOR THE UNIT.
THE

FOR THIS UNIT

INSTALLED.

INDICATES

OTHERWISE,

THE

THAT

TEST WILL

FOLLOWING SUBTESTS ARE PERFORMED
:

- A MASTER CLEAR IS DONE AND REG 13 IS READ AND CHECKED FOR INITIALIZED
STATE, WITH LULOOP SET TO 1. THEN, LULOOP IS CLEARED AND REG 13 IS READ
AND CHECKED FOR THE PROPER STATE, WITH LULOOP CLEARED.

REG 13 IS THEN LOADED WITH 0'S. AND READ AND CHECKED FOR THE
INITIALIZED STATE.
REG 17 IS THEN READ AND CHECKED FOR INITIALIZED STATE.

TEST 23 = INTERACTION OF MODEM CONTROL BITS

RUN IS SET

IN BSEL1, AND REG 13 IS READ AND CHECKED FOR RING SE1.

POLL IS SET IN REG 13,

AND REG 17 IS READ AND CHECKED FOR SIGQ SET.

BPOLL IS SET IN REG_12, ONLY TO_LIGHT THE LED FOR THIS SIGNAL.

DTR IS SET IN REG 13, AND REG 13 IS READ AND CHECKED FOR DTR AND MODR SET.
SELFR IS SET IN REG_13, AND REG_17 IS READ AND CHECKED FOR SIGR SET.

424
425
426
427
428
429
430
431
432
433
434
435
436

THE

HDX IS SET IN REG 13, AND REG 13 IS READ AND CHECKED FOR HDX SET.
MAINT1 IS SET IN REG 13, AND REG 17 IS READ AND CHECKED FOR TEST MCDE SET.
SELSBY IS SET IN REG 13, AND REG 13 IS READ AND CHECKED FOR STBY SET.

423

THAT

SENDS A MESSAGE

WHEN THE HDX BIT

419
420
421
422

TEST

THE SILOS DISABLED. THE MSG CONSISTS OF 2 SYNCHS AND 2 000 CHARS.
THE DATA IS SENT WITH LULOOP SET FOR TTL DATA LOOPBACK. THE PROGRAM CHE(KS

418

THIS

A MASTER CLEAR IS DONE, 2 TSOM'S ARE LOADED ITNO THE TX SILO,

ik
412
413
414
415
416
417

TEST 22 = HALF=DUPLEX RCV DISABLED TEST WITH SILOS DISABLED

THE LINE

UNIT IS CLOCKED UNTIL THE TRANSMITTER IS ACTIVE, AND REG 13 IS READ AND

407
408
405
410

;t.'.".tt"'ltt.'t'fi.'.tt...t.t.tfi.Qtttttt.'.l'."fi".'..Qt"'."'.t"'Q.'.'Q

CHECKED FOR RTS,

404
405
406

AR A AR

A R A AR

(S,

A A

CARR SET.

R A A AR A AR R R AR AR AR AR AR AR AR AR AR AR R AR

AR A AR

443

444
445
446

;'tit"tt'tt'ttt"'i.Qfi"".'t'tfi"tt.flifi"'.'.t"'titti."'tttt"t'tt'

TEST 24 - DATA TEST - BIT MODE, NO ERR DET

447
448
449
450
451
452
453
454
455
456

A MESSAGE

INITIATED

IN BIT-STUFF MODE, WITH ERROR DETECTION

INHIBITED. THE MESSAGE CONSISTS OF 5 FLAGS, PAT A REPEATED 2 TIMES,
AND 2 FLAGS. IF THE H3254 AND H3255 TEST CONNECTORS ARE INSTALLED,
THE

TEST WILL BE RUN WITH THE V.35

IF EXTERNAL

INTERFACE

SELECTED.

TURNAROUND [S PROVIDED ON A PARTICULAR INTERFACE,

TEST WILL BE RUN ON THAT

INTERFACE.

THERE

IS NO EXTERNAL

THE

TURNAROUND,

THE

(ZDMSB M8203 STATIC DIAG #2

PROGRAM DOCUMENT

E 3
MACRO v03.01 12-SEP=-79 13:20:11 PAGE 5-8

457

*«

460

» 8-BIT

458
459
461

«
B

SEQ

TEST WILL NOT BE RUN

PATTERN A = 125,252.,000,377,001,002, 004 010,020,040,100,200,376,
375.373.367.357.337.277.1
CHARACTERS ARE USED.

:t'ttt'tQttttttQt.tt'Qt.'tttt!t.tttttttttt.l't.tt.t.tt'tttt'tit'tt..'tt

462
463
464

465
466

467

;ttt'tt'tfit.tttt'fittt'.."!tt'tt"tt't'tltt"ttttttt't'ttfi'ttQtttt.tt't

22%

TEST 25 = DATA TEST = (HAR MODE, NO ERR DET

470

* A MESSAGE

472
473

* AND 2 SYNCHS. IF THE H3254 AND H3255 TEST CONNECTORS ARE
« THE TEST WILL BE RUN WITH THE V.35 INTERFACE SELECTED.

471

IS INITIATED

IN CHAR MODE,

WITH ERROR DETECTION

» INHIBITED. THE MESSAGE CONSISTS OF 5 SYNCHS, PAT A REPEATED 2 TIMES,
INSTALLED,

474
475
476
477

*
*
=
*

[F EXTERNAL TURNAROUND IS PROVIDED ON A PARTICULAR INTERFACE, THE
TEST WILL BE RUN 0~ THAT INTERFACE. IF THERE IS NO EXTERNAL TURNAROUND,
TEST WILL NOT BE
R
PATTERN A = 125, 252 000,377.,001,002,004,010,020,040,100,200,376,

479

8-BIT

4L78

480

481
482
483
484
4LES

486

375.373.367.357.337.277.177

CHARACTERS ARE USED.

:'tttitt*ttQtltttttttttttit"ttitt!ttt'fi'tttQt'ttttl'tttt'tttfi.tt'ttQit

:ttttttttttt.tttttttt.tt'ttttfittt'tttltttt*fi'tttttttt't'ttt..’ttlt'tttt

2gg

TEST 26 - DATA TEST - BIT MODE,

* A MESSAGE

491
492
493

* AND 2 FLAGS. IF THE H3254 AND H3255 TEST CONNECTORS ARE INSTALLED,
* THE TEST WILL BE RUN WITH THE V.35 INTERFACE SELECTED.
* IF EXTERNAL TURNAROUND IS PROVIDED ON A PARTICULAR INTERFACE, THE

495
496
497
498

* TEST WILL NOT BE RUN.
*
PATTERN A = 125,252.000,377.,001,002, 004 010,020,040,100,¢200,376,
*
375.373.367.357.337.277.1
+ 8-BIT CHARACTERS ARE USED.

494

499

500
501
502
503
504

SOS

289

« DETECTION.

IS INITIATED

CRC=CCITT=1

489

490

IN BIT-STUFF MODE, WITH CRC=CCITT=1

ERROR

THE MESSAGE (ONSISTS OF S FLAGS, PAT A REPEATED 2 TIMES,

TEST WILL BE RUN ON THAT

INTERFACE.

THERE

IS NO EXTERNAL

TURNAROUND,

THE

:ttt'tttttttttttttlttttttttttttt"titttttt.ttttt"ttttt't'nn't'ttt!'t'.

;t.tttt.t'tfitttttttttttttittttttttlttttt.ttttttltt-tttt'tt'tt'tt'tttttt

TEST

27 - DATA TEST = BIT MODE,

CRC=CCITT=0

508
509
510

* A MESSAGE IS INITIATED IN BIT-STUFF MODE, WITH CRC-CCITT=0 ERROR
« DETECTION. THE MESSAGE CONSISTS OF S FLAGS, PAT A REPEATED 2 TIMES,
* AND 2 FLAGS. IF THE H3254 AND H3¢255 TEST CONNECTORS ARE INSTALLED,

512
513

* [F EXTERNAL TURNAROUND IS PROVIDED ON A PARTICULAR INTERFACE, THE
* TEST WILL BE RUN ON THAT INTERFACE. [F THERE IS NO EXTERNAL TURNAROUND,

511

THE

* THE TEST WILL BE RUN WITH THE V.35 INTERFACE SELECTED.

YHE

(ZDMSB MB203 STATIC DIAG #2

PROGRAM DOCUMENT

MACRO v03.07 1¢=SEP=79 13:20:11 PAGE 5-9

514

« TEST WILL NOT BE
R

516

515

§17

518

519
520
521
5§22
523
52‘

SEQ

PATTERN A = 125 252 000,377.001.,002, 004 010,020,040,100,200,376,

375.373.367.357.337.277.1

+ 8-BIT CHARACTERS ARE USED.

‘-Qthtt.ttttttt'.tt.tttttt'tt'ttt'tttt.t'tltttt"QQ..Q".'.'Q'Q'QQQQQ'Q.

:ntt.t"tt'tttt"tttttl*t'ttt'.!tn.ttttttttt'ttttntt.nt't't‘tttttt.tt"

252

TEST 28 - DATA TEST - (+HAR MODE, CR(C=16

527

« A MESSAGE IS INITIATED IN CHAR MODE,

525
530

«+ AND 2 SYNCHS. IF THE H3254 AND H3255 TEST CONNECTORS ARE INSTALLED,
« THE TEST WILL BE RUN WITH THE V.35 INTERFACE SELECTED.

528

531
532
533

534
535
536

537

WITH CRC=16 ERROR

* DETECTION. THE MESSAGE CONSISTS OF 5 SYNCHS, PAT A REPEATED 2 TIMES,
« IF EXTERNAL TURNAROUND IS PROVIDED ON A PARTICULAR INTERFACE, THE
~ TEST WILL BE RUN o~ THAT INTERFACE. IF THERE IS NO EXTERNAL TURNAROUND,
~ TEST WILL NOT BE
R

THE

»
PATTERN A = 125, 252 000,377.001.002,004,010,020,040,100,200,376,
.
375.373.367.357.337,277.177
« 8-BIT (HARACTERS ARE USED.

;"t'-t'tttttttt'tttt'tttt't.ttttttttt.tttt.ttttttt'tt.'t'tttl"ttt'ttn

538
5§39

540
541
842

543

.-t'.'..tt"tttt'ttfil'tttttt'tt‘t!tQ.Qttt..tltt.t'tt'.tt't'.t.tttttttttt

2&.

546

547
548
549
550
591
552
553
554
555
556

557
558
5§59
560
561
502

TEST

«~

~
*
«
~
*
*
«
.
*

5¢7
568
569
570

A MESSAGE

DATA

TEST

INITIATED

CHAR

MODE,

ODD

IN CHAR MODE,

VRC

WITH ODD VRC ERROR DETECTION

SELECTED. THE MESSAGE CONSISTS OF S SYNCHS, PAT A REPEATED 2 TIMES,
AND 2 SYNCHS. IF THE H3254 AND H3255 TEST CONNECTORS ARE INSTALLED,
THE TEST WILL BE RUN WITH THE V.35 INTERFACE SELECTED.
IF EXTERNAL TURNAROUND IS PROVIDED ON A PARTICULAR INTERFACE, THE
TEST WILL BE RUN ON THAT INTERFACE. IF THERE IS NO EXTERNAL TURNAROUUND,
TEST WILL NOT BE RUN.
PATTERN A = 125,252.000,377.001.002, ooa 010.020,040,100,200,376,
375.373.367.357.337.277.
7-B]T CHARACTERS ARE USED (HI BIT OF A PATTERN CHAR ]S NOT USED).

THE

:Qttttttttttttt.ttttttttittttttttttt'tltttttt!..ttt.tltl'lt‘tt't"tl"t

'-t'tttttttt't'ttttttttttttttttQtt!tttfitttttttt.'ttiQt'ttfitn"ttlt".t't

ggz
565
566

TEST 30 - DATA TEST - CHAR MODE, EVEN VRC(
* A MESSAGE
« SELECTED.

IS INITIATED IN CHAR MODE, WITH EVEN VRC ERROR DETECTION
THE MESSAGE CONSISTS OF S SYNCHS, PAT A REPEATED 2 TIMES,
« AND 2 SYNCHS. IF THE H3254 AND H3255 TEST CONNECTORS ARE INSTALLED.

« THE TEST WILL BE RUN WITH THE V.35 INTERFACE SELECTED.
* |F EXTERNAL TURNAROUND IS PROVIDED ON A PARTICULAR INTERFACE, THE
*

TEST WILL BE RUN ON THAT

INTERFACE.

THERE

IS NG EXTERNAL

TURNAROUND,

THE

(JDMSB M8203 STATIC DIAG #2

PROGRAM DOCUMENT

G 3
MACRO v03.01 12-SEP=79 13:20:11 PAGE 5-10

SEQ

571
§72

«
«

§74

« 7-BIT CHARACTERS ARE USED.
R

AR AR AR

(Wi BIT OF ‘A PATTERN CHAR [S NOT USED).

5§73
57%

576
577
578
576
S80
SR1

TEST WwILL NOT BE
PATTERN A = 125 252 000,377,001,002. 004 010,020,040,100,200,376,

375,373.367.357,337,277.,17

gg%

AP AR AR AR AR

AR AR

AR RN

AR AR AR AN R

RN AR AR R AR RN IR R RN RN RN A AR R RAR R AR RN A RO RO RS

R R

AR AR AR AR R AR AR AR AR AR

TEST 31 - CONTIGUOUS ONES IN SEC.

RN RN A

RN R AR R

STA. ADRS. MODE, BIT MODE

S84

= [N THIS TEST, A MESSAGE CONSISTING OF S ONES CHARS (377 0OCT)

586

* FOR THIS LINE = 377. THE PROGRAM (HECKS FOR CORRECT RECEPTION OF

585

587
S88
589

590

591

|S SENT IN SECONDARY STATION ADDRESS MODE, WITH THE STATION ADRS

= THE FIRST CHARACTER (STATION ADDRESS) AND THE REMAINING 4
* ONES CHARACTERS (DATA). THIS TEST EXERCISES THE SECONDARY STATION
* ADDRESS LOGIC, AND CHECKS THAT THE SEC. STA. ADRS. CAN BE BIT=STUFFED

* AND TRANSMITTED AND RECEIVED CORRECTLY.
AR AR

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

R AR AN AR R AR RN R

RN AR

RN AR R RN RN

R RN

592

€33

594
595
596

567

IR R A AR R AR

ggg

TEST

A AR A A AR AR AR AR R AR AR AR AR AR AR A AR A AR R AR R AR A AR AR

32 - DDCMP MESSAGE

R AR

TEST - (CHAR MODE

600
601
602
603

* [N THIS TEST, THREE USYRT MESSAGES ARE SENT TO SIMULATE A DDCMP HEADER,
* DDCMP DATA MESSAGE, AND THE START OF A NEW DDCMP HEADER.
* FIRST, THE DATA IN PATTERN A IS TRANSMITTED AND RECEIVED
« AND THEN CRC (CRC=16) IS SENT, FOLLOWED BY THE LATA IN PATTERN A

605
606

* SENT WITH ITS CORRESPONDING CRC.
«
PATTERN
A = 125,252,000,377,001, 002 004 010,020,040,100,200, 376,

608

604

607

609

* AGAIN AND THE CRC ON THAT DATA, AND FINALLY THE DATA IN "MSG1'' IS

375.373.367.357.337.,277

MSG1 = SYNCH,SYNCH,SYNCH,SYNCH, 000, 125 252 377.,SYNCH, SYNCH

615

8.1

DATA PATTERNS USED

617
618
619
620

exvax DATA PATTERN A wxwne
PATA:

610
611
612
613
614
616

621
622
623
624
625
626
627

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

BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
.BYTE

125
252
000
377
001
002
004

RN R RS R

(ZDMSB MB203 STATIC DIAG #2

MACRO v03.01

12=SEP=79 13:20:11

PROGRAM DOCUMENT

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

628
629
630
631
632
633
€34
635

010
020
040
100
200
376
375
373
367
357
337
277
177

ssxax DATA PATTERN Q sxwes
PATQ:
.BYTE
000

.BYTE
BYTE
BYTE
.BYTE
BYTE
.BYTE
.BYTE

120
125
137
040
052
057
177

sxxxx DATA PATTERN R ##x%»
PATR:
BYTE
000

BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE

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

.BYTE
S22 2;

PATS:

DATA

100
129
124
164
172
176

177
000
100
120
124
164
172
176

PATTERN

.BYTE

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

000

017
036
074
170
360
037
076
174
370
077
176
374
177
376

PAGE

wswen

S=11

SEQ

(ZDMSB MB203 STATIC DIAG #2

PROGRAM DOCUMENT

MATRO v03.01

685

BYTE

687

savws

688
689

PATT:

690
€91
69?2

693

654
€95

I 3
12<SEP=79 13:20:11 PAGE 5-12

DATA

377

PATTERN

BYTE
BYTE
BYTE
BYTE
BYTE

000
125
252
176
177

sneae

SEQ

(ZDMSB MB203 STATIC DIAG #2

PROGRAM DOCUMENT
-

MACRO v03.01

12=SEP=79 13:20:11 PAGE 6

SEQ

(ZDMSB MB8203 STATIC DIAG #2

T
——

OO OB
W =O VB NN
W —

PROGRAM DOCUMENT

K 3
(RO v03.01 12-SEP=79 13:20:11 PAGE 7

9.0 ERROR
9.1

SEQ

INFORMATION

ERROR REPORTING

ERRORS ARE REPORTED BY THE PROGRAM AS
THEY
OCCUR
(IF
NOT
INHIBITED). THE REPORT CONFORMS TO THE DIAGNOSTIC SUPERVISOR
ERROR REPORT FORMAT, AND CONSISTS OF A DESCRIPTION OF
THE
ERROR,

THE

CALL,
DEVICE
INFORMATION.

TEST

NUMBER,

ADDRESS,

AND

SUBTEST

BASIC

NUMBER,

AND

PC OF

THE ERROR

EXTENDED

ERROR

THE FOLLOWING EXAMPLE PROVIDES A TYPICAL ERROR REPORT, WHICH

DESCRIBES AN '‘IRDY NOT SET'' ERROR, AND PROVIDES
THE

ERROR

CALL

?%L{QG IT,

AND

THE

PC OF

THE CALL

TO THE

THE

PC_

THE FAILING REGISTER NAME, AND DEVICE REGISTER

CZDMS DVC FTL ERR 00017 ON UNIT 00 TST 034 SusB 000 PC:

IRDY NOT SET
PC OF SUBR CALL:

160170

INBUS/0UTBUS REG 12

LINE UNIT INBUS REGS:
REG10
REG11
REG12

000

120

REG14

024

006210

030044

DEVICE CSR ADDRESS :
FAILING REG:

SUBROUTINE

000

REG15S

377

REG13

257

REG16

377

REG17

035

LINE UNIT EXTENDED REGS:
AX0-15
AX0-16 Ax1-15
AXx1-16

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
TO RUNNING THE TEST, THE ABOVE ERROR WOULD

HAVE BEEN REPORTED

IN THE

FOLLOWING SHORTENED FORM

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

IRDY NOT SET
PC OF SUBR CALL:

030044

DEVICE CSR ADDRESS :
FAILING REG:

160170

INBUS/OUTBUS REG 12

(ZDMSB MB8203 STATIC DIAG #2

)

OOV NN
WA =

PROGRAM DOCUMENT

MACRO v03.01

12=SEP=79 13:20:11 PAGE 8

SEQ

(ZDMSB MB203 STATIC TESTS #2

PROGRAM DOCUMENT

]

002000

MACRO v03.01 12-SEP=-79 13:20:11 PAGE 9

SEQ

TITLE CZDMSB MB203 STATI(C TESTS #2

.=2000

13
14

15
16
17

113 002000

JMCALL

SVC

BGNMOD

LUZMOD

Sv(

: INITIALIZE SUPERVISOR MA(CROS

20
2
22

23
S§ 002000
26

000001

$LSTIN= 1

29
30

000001
000001

SVCINS= 1
SVCTST= 1

3]
32
_;,Z

000001

000001
000001
000001

$LSTTAG= 1

Sv(sSuB= 1
SVCGBL= 1
SVCTAG= 1

: LIST INSTRUCTIONS, SHIFTED RIGHT
: LIST TEST TAGS, SHIFTED RIGHT

: LIST SUBTEST TAGS, SHIFTED RIGHT
: LIST GLOBAL TAGS, SHIFTED RIGHT
: LIST OTHER TAGS, SHIFTED RIGHT

CHANGE THE VALUES OF

SYMBOLS TO BE MINUS-ONE TO NOT LIST THE EXPANSIONS.

:
:

THE SVC...

SYMBOLS TO BE ZERO IF YOU WISH

TO ALIGN THE MACRO CALLS AND THEIR EXPANSIONS.

CHANGE THE SYMBOLS AT ANY POINT IN YOUR PROGRAM.

CHANGE THE

YOU MAY

CZDMSE MB203 STATIC TESTS #2

PROGRAM HEADER

}

N 3
MACRO v03.01 12-SEP-79 13:20:11 PAGE 10
.SBTTL

SEQ

PROGRAM HEALER

D4t

: THE PROGRAM HEADER IS THE INTERFACE BETWEEN

g 002000

THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.

POINTER BGNSW,BGNSF T ,BGNAU,BGNDU

10
11
12

24883398544 332858833088443328088330088330808832380939285559935592332558%335044%3]
3
IF ANY OPTIONAL POINTERS ARE TO BE USED IN THE 'HEADER'‘, CHANGE
:
"POINTER" T0 CWTAIN THE CMRECT ARGUMENTS.
IF ALL (PTIWL

TERS ARE TO BE
U

HANGE ‘POINTER'' TO BE 'POIN

ALL''

zzzzzzxzzzzzuzzzzzzuzzzzzzizzzzzuzzxzxxzzzzzxzxzzuzzxzzzzzzzxzzzzuzzzzzzzzzz

17 002000

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

HEADER

103
132
104
115
123
000
000
000
102

060

002012

000000

002014

000055

002016

036344

002020

037306

002022

002226

002024

002256

002026

037756

002030

000000

002032

000000

002034

000000

002036

000000

002040

002124

002042

000000

002044

000000

002014

002016

002020
002022
002024

002026
002030
002032
002034

002036

002040
002042
002044

002046

(ZDMS,B,0,45..0

LSNAME
::

LSREV::

L$DEPO::
LSUNIT::
LSTIML::
LSHPCP::

L$SPCP: :
LSHPTP::
LSSPTP: :

LSLADP::
LSSTA::
L$CO::
LSDTYP: :

LSAPT::
LS$DTP::
L$PRIO::
LSENVI]::
LSEXPT::

LASCII
LASCII
LASCII
LASCII
LASCII
BYTE
BYTE
BYTE

/C/
72/
/D/
/M/
/S/
O
0
O

ASCI1

/B/

LASCII

70/

.WORD

4S.

.WORD

LSHARD

.WORD

LS$SOFT

.WORD

LSHW

.WORD

L$SW

.WORD

LSLAST

WORD

.WORD

LSDISPATCH

.WORD

(ZDMSB W%ESTANC TESTS #2

PROGRAM

002046
002050
002050
002051
002052
002052
002054
002056
002056
002060
002060
002062
002062
002064
002064
002066
002066
002070
002070
002072
002072
002074
002074
002076
002076
002100

LSREPP: :

000000

LSEXP4: :

J0000C

LSEXPS::

00000C

LSAUT::

023136

LSDUT: :

023054

LSLUN: :

000000

LSDESP: :

003170

022020

002106
002110

023052

LSLOAD: :
LSETP::

002110
002112
002112

022772

002114
002116
002116

000000

“ 002120

000000

002120

LSDEVP: :

003162

002104

002114

L$SPC::

000000

002106

LSES::

000000
000000

002102

SEQ

LSMREV: :

003
003

104035

002104

000000

002100

002102

MACRO v03.01 12-SEP=79 13:20:11 PAGE 10-1

LSICP::
L$CCP::
LSACP::
LSPRT::

022012

LSTEST::
LSDLY::

000000

LSHIME: :

.WORD

.BYTE
BYTE

CSREVISION
(SEDIT

.WORD
LWORD

O
O

.WORD

LSDVTYP

.WORD

LSAU

.WORD

LSDU

.WORD

LSDESC

EMT

ESLOAD

.WORD

LSINIT

.WORD

LS$CLEAN

.WORD

LSAUTO

.WORD

LSPROT

.WORD

ZZZZZZ!ZZZZ!I!Z!ZX2211!111112!111111ZXXZ!1111121112212122111211122111111111%1%121

1ZX121111111211112111111111122XX2221!ZZZXZZZXXZXZX!ZZZZZZ2212211111121211211121’(1

25
26
27
28
29
3C

.EVEN

CHANGE

THE 'HEADER'' TO CONTAIN THE PROPER ARGUMEN

(ZDMSB M8203 STATIC TESTS #2

DISPAT(H TABLE

MACRO v03.01

12-SEP-79 13:20:17 PAGE 11

.SBTTL

SEQ

DISPATCH TABLE

SIITIIIIITITIIT 7T 77777 7707777777777 77777777777777777777777777770777777777777
5/ THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.

;/ 1T IS USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST.
SIITIIIIIITI T

II I

777777077700 7770777777777777777777777777777771777777777777

DISPATCH 32

000040

.WORD
LSDISPAT(CH::
.WORD

023140

14
T3

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WCRD

TS
T6
17
T8
T9
T10
T

.WORD

115

. WORD

.WORD

.WORD
.WORD

a a9 aa—

NV NE Lo}

.WORD
.WORD
WORD
WORD
.WORD
. WORD

(e ele . RNTe

.WORD
.WORD

.WORD

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

034704
035074
035260
035444
035556

T2
713

T14

rMné

117
T18

T19
120
121
T22
123
124

125
126
127
128
129
730
T31
132

IZZZX!!X!!ZZZXXZXZZXZXX111111121ZZX!!ZZZZIZIZZIZZZXX112112212ZXXZZZZZZXZZXZZZZZZZ

CHANGE THE ARGUMENT OF ‘DISPATCH'' TO BE THE

NUMBER OF

HARDWARE

TESTS

IN YOUR PROGRAM.

IZZZXZZ2ZZZIXZZZXZIZZIZXZZX!1Z2112XZZ!11!!222ZIZXZZZZIZZZZZZZIZZZZZZZZZZZZZZZZZZZ

(ZDMSB M8203 STATIC TESTS #2

DEFAULT HARDWARE P-TABLE

MACRO v03.01 12-SEP=79 13:20:11 PAGE 12

SEQ

.SBTTL

3
4
S
6

IIIIIITITI 7777777777777 77777777777777777777777777777777777/777/77777777777777
:/ THE DEFAULT HARDWARE P-TABLE CONTAINS DEFAULT VALUES OF
;/ THE TEST~DEVICE PARAMETERS.
THE STRUCTURE OF THIS TABLE
:/ 1S IDENTICAL TO THE STRUCTURE OF THE RUN~TIME °-TABLE.

DEFAULT HARDWARE P-TABLE

IS0

9 002224

BGNHW

DFPTRL

002224
00222¢
10 002226

000013

11 002226
12 002230
13 002232
14 002234

000007
160170
000300
005000

.WORD
.WORD
.WORD
.WORD

7
160170
300
5000

16 002240
17 002242
18 002244

000056
000000
000000

.WORD
.WORD
.WORD

056
000
000

5‘1? 002252

000001

.WORD

15 002236

19 002246
20 002250
23 002254
24
25

26
27
’8

002254

000003

000000
000004

7777777777777 7777777777777777/77777777777777777777777

LSHW::
DFPTBL::

.WORD

.WORD
.WORD

FNDHW

0
4

:MICROPROCESSOR
;DMC11 OR KMC11
;DMC11 OR KMC11
:DMC11 OR KMC11

.WORD

L10000=L$HW/2

TYPE = M8207
CSR UNIBUS ADDRESS
INTERRUPT VECTCR
INTERRUPT PRIORITY LEVEL = 5

JLINE UNIT = M8203

;SWITCH PACK #1 (REG 11)
;SWITCH PACK #2 (REG 15)
;SWITCH PACK #3 (REG 16)

JH32548H3255 USED
:BAUD RATE = S6 K

JRUN SWITCH ON MICROPROCESSOR IS ON

L10000:

(ZDMSB MB203 STATIC TESTS #2

SOF TWARE P=TABLE

.SBTTL

IIIIIIIITI7

;/ PARAMETERS THAT CAN BE CHANGED BY THE OPERATOR.

002256
002256
002256
002260
002262

002264

S
n

NS W20
SOVONOE

"\_\'\J—A-a—a-.

THE

SOFTWARE P-TABLE
7777777777 777777777777777777777777777777/777777777777777777

SOFTWARE P-TABLE

CONTAINS

THE VALUES OF

THE PROGRAM

/L1177 7707777777777777777777777777777777/7777/77//77777777/77777777

8 002254
002254

;‘

SEQ

:l?
4

10
11
1¢

Tt &
MACRC v03.01 12=SEP=79 13:20:11 PAGE 13

002266

BGNSW

000004

000000
000000
000000

000000

SFPTRL

LSSW::
SFPTBL::
MIFLAG:
PRNFLG:
SWIFLG:

TCOUNT:

.WORD
.WORD
.WORD

.WORD

ENDSW

0
0
0

; =1
;=1
; =1

.WORD

L10001=L$5w/2

IF MAN. INTERVENTION DESIRED, =0 IF NOT
IF SW PACK AND AX3=15 PRINTOUT ALLOWED ALWAYS
IF SWITCH PACK VERIFICATION TEST SHOULD BE RUN
JINITIAL MSG TIME-OUT VALUE (O=LONGEST TIME-OUT)

L10001:

(ZDMSB M8203 STATIC
P-TABLE

OO NONE
W —=O 000 NN
W —

SOF TWARE

TESTS #2

1 Z=SEP=79 13:20:11 PAGE

MACRO v03.01

SEQ

.SBTTL

GLOBAL

P77 777777777772777777777777777777777777777777/777777777777777777777
THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES THAT
ARE USED IN MORE THAN ONE TEST.
A A
R AR E A L G
bl did e iddddidddiassdisdtidddiddadeddd

,/
-

20 002266

EQUATES SECTION

EQUALS

; BIT DIFINITIONS
BIT15==
BIT14==
BIT13==
BIT12==
BIT11==
BIT10==
BIT09==
BIT08==
BITC7==
BITO6==
BIT05==
BIT04==
BIT03==
BIT02==
BITQ1==
BIT00==

100000
40000
20000
10000
4000
2000
1000
400
200
10C
40
20
10
4
2
1

BIT9==
BIT8==
BIT7==
BIT6==
BITS5==
BiT4==
BIT3==
BIT2==
BIT1==
81T0==

8IT09
BIT08
BITO07
BIT06
BIT0S
BIT04
BIT03
BITQZ
BIT01
BITO00

; EVENI FLAG_DEFINITIONS

;

EF32:EF17 RESERVED FOR SUPERVISOR TC PROGRAM (OMMUNICATION

EF .START==

EF .RESTART==
EF.CONTINUE==

32.

31
30

;

START

(OMMAND WAS

[SSUED

. RESTART (OMMAND WAS [SSUED
. C(ONTINUE COMMAND WAS [SSUED

(ZDMSB MB203 STATIC TESTS #2
GLOBAL EQUATES SECTION

000035

000034

MACRO v03.01

12=SEP=79 13:20:11 PAGE

EF .NEW==
EF .PWR==

14-1

29.
28.

SEQ

; A NEW PASS HAS BEEN STARTED
: A POWER=FA]L/POWER=UP QCCURRED

* PRIORITY LEVEL DEFINITIONS
000340
000300
000240
000200
000140
000100
000040
000000

PR107 ez $40

PR106==
PRI0S==
PRI0L==
PRID3==
PRI0Z2==
PRIQT==
PRIO0==

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
2
24
25
26
27
28
29
20
31
32
33
34
35
36
37
38
39
40
41
42
43
s
45

100000

EvlL==
LOT==

ADR==

IDU==
ISR==
UAM==
BOE==
PNT==

PR]==

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

HOE==

4
10

40
100
200
400

1000

2000

4000
10000
20000
40000

100000

';.t't'.'Qt'.tt'..'t.lfi.i‘..fi..t.".ll'.'.'l't'...tttt'."'.'.t"'.'."'

% PROGRAM EVENT FLAG DEF INITIONS

;:.'lt"t.t..."..tltt..t't'tt.lttt...‘Q"l.Qi".""‘t"'tt..‘tt't".'.

AR R AR A AR AR R AR AARARAAARAAARAAARAAARARAAAAAARAARAR
AR ERAARN SRR SRR
RR AR R
AR IR TR

“* MAINTENANCE REGISTER =- BSELT

;;.'t‘."'."'fi".'Q"'.t".fi.'t"t.i.tQfi.t't'fl.".t.'fi.tt'."'.'.'.l"'"'.Q..!

000200
000100
000020
000010
000004
000002
000001

RUN

= BIT?7

MCLR

= BIT6

LULOOP

= BIT3

STEPLU

= BIT4

ROMO

= BITZ2

STEPMP

= BITO

ROM]

= BIT

';.t.t'.."".'tt.'."..'I'..fi"...'...t"!..Qt.'.'tt'..tt't'lt'tt"'i.t.l.""t

"% 0BUS REG 10 - TRANSMITTER BUFFER

;;."'t.tifi!".."fi.‘.‘t'.'......".t'.."'.tt.'t."'..t."......t't."'..‘"Qt‘

LZDMSB MB820% STATIC TESTS #2

GLOBAL EQUATES SECTION

MACRO v03.01

12=SEP=79 13:20:11 PAGE 14=2

TM7
TX6

TX4

TM3
TM2
X1
TM0

SEQ

= BIT7

= BIT6

= BITS

= BIT4

= BIT3
= BIT?2

= BITI
= BITO

AR RARRRARAARAAAAANCAAAARAARRFIAAAARAAARAARAAARAARAA
AR ARG ARAARRAARRRRIARRATERRRR RIS

“* 0BUS REG 11

;:Q'."Q'."QQQ..Q.'.....'Q.t'QQ.'t..t.'.'t"'."'.t'......'.Q.'t.".'.".."'.'

59
60

000200
000010

00001

0C
GOAH
ABORT
EOM
SOM

=
=
=
=
=

BIT7
BIT3
BIT2
BIT
BITO

:t....'...‘."'fit.fit...tt'.tl.‘..'..."t'....'..".".'l'"'.'Q't."..'.'."".

68
€9
70

000200
000100
000040

—

:+ 0BUS REG 12
;'..."""'...Qfi.‘Q'O't.'.fittfi..'t.t.t.lQ....t.t"..Qfi".“t.'...t."'.."t..Q

C
BPOLL
LULP

= BIT7
= BIT6
= BITS

';!t't‘t‘fi'ttt"'t.t...t."'t.Q'.tflfi.QQ"..tt'tt..fi'.'..'.'.."'t".t'.".".."

“* 0BUS REG 13

;;tt.""."...t...."t't't.'..lQt.'t...tttQ.Q'.Q.".t...t'"..."Q'.'Qtfi".'.‘.

000200
000100

POLL
DTR

= BIT?
= BIT6

78
79

000020
000010

HDX

= BIT4

000002

75
76

SELFR

MAINT]1
MAINT?
SELSBY

= BITS

= BIT3
= BIT?
= BIT1

:°t".'."fi.fi"..'.Q..'..tt'fi.tl.'..fi""."t"lt'.'.'.‘.‘t-.'tt."..!.."‘."t.

*» 0BUS REG 14

;;'t."..."t'.."'tit.'t"!t.t'tQ...".'Q."."!.'..l".'t.t'.t'l...'.""'.".

000100

000020
000010

000001

TXEN

= BIT6

RDAX

= BIT4

DISS!

WAX
ENAX
AX?
AX1

= BITS
=
=
=
=

BIT3
BIT?
BIT1
BITO

‘;..'Q"Q.""tfi.'..fifit.....'..'.fitt..t.tt."..'tt"tt.tt."t."'t'..."l""'.'

“* 0BUS REG 17

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

000200
000100

000020
000010
000004
000002

CRC2
CRC1
IDLE

= BIT?7
= BIT6
= BITS

STRIP

= BIT3

IERR

= BIT

SECA

RDALL

= BIT4

= BIT?

(ZDMSB M8203 STATIC TESTS #2
GLOBAL EQUATES SECTION
104
105
106

000001

DDCMP

000020

RX4

114

000004

RX?2

116

000001

RX0

110
11

000100
000040

113

000010

115

117

000002

118
119

120
121
122
123
124
125
126
127
128
129

140
141
142

145
146

147

= BIT6

RXS

= BITS

= BIT4

RX3

= BIT3

= BIT2

RX1

= BIT1

= BITO

2222223222222

322 2222222222322 2222222222222ttt
ARl R

:Q."'..‘."".tttt..t"'.'t‘tt't.'.l....‘...t'.".."t".'.‘...'.'.'.t'..-'t.l

000200
000100

000040
000020
000010
000004
000002
000001

0cC

OACT

Sw3

ORDY

Swe
SW1
SWO
UNRR

= BIT?7

= BIT6

= BITS

= BIT4

=
=
=
=

BIT3
BIT?
BIT
BITO

2223223233223

.* IBUS REG 12

000200
000100
000040
000020
000010
000004
000002
000001

2332223223322

= BIT6

RAB

= BIT?2

EBLK
BCC

RSl

2222222222222 222ttt
Rl

= BIT?7

IACT

LULP
IRDY
OVRR

2332323 2222882222222

= BITS
= BIT4
= BIT3

= BIT1
= BITO

';".."".".itt."‘Q.ttt..tfl'Qtfittt't..tt""."..‘Q..‘.'.t""."t""'.'t"'

“* IBUS REG 13

';'."'."t.tt..t.'l'.'fi'.'t.t..fl.ltfi'fi.'.t't.'.'t.""..'.'t"l."'l'fi.'.'..'t.

000200
000100

000040

148
149
150
151
152
153
154
155
156

000020
000010
000004
000002
000001

158
159
160

000100
000040
000020

157

= BITO

-» IBUS REG 11

143

144

= BIT7

RX6

130

131
132
133
134
135
136
137
138
139

SEQ

::."QQ.'...".'Q.’Q.Q'...'...'..Q.Q.'t"tt'............'."'..'..Q.".".QQ"'.

RX7

112

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

000200

109

12=SEP=79 13:20:11 PAGE 14-3

‘% IBUS REG 10 - RECEIVER BUFFER

107

108

MACRO v03.01

RING
DTR
RTS

= BIT?7
= BIT6
= BITS

MODR
€S
STBY
CARR

=
=
=
=

HDX

= BIT4

B8IT3
BIT2
BITI
BITO

:;tt'tfittttttttttttttttQtttttttt.tt.-ttt-tntttt't'n.t.ttntttfitttttfihtt'tttttt't'

;* IBUS REG 14
AR

000200

AR RA R AR AR R AR R A AR

READY
TXEN

= BIT7
= BIT6

RDAX

= BIT4

DISSI

= BITS

R R AR AR AR R RR RN RARARRRA

R AR AR TR ARR R RN RAR RN RN AR

AR IR RN

(ZDMSB M8203 STATIC TESTS #2
GLOBAL EQUATES SECTION
161
162
163

164

165

000010
000001

166

MACRO v03.07

J 4
12=SEP=79 13:20:11 PAGE 14=4

WAX
ENAX
AX2
AX1

ZRRRREREBIIIA

S il
D
il
i
il ol
il
il

= BITI
= BITO

222222332322322332332222222332322223332222
2222322222222
222222222222
R R}

SIGR

= BIT7

SI1GQ

= BITé

ICIR

= BIT3

DDCMP

= BITO

TESTMD
MCLK

174

= BIT3
= BIT?2

'.Qtttt'.tttttt.'tttItt"'.t..tt.'tt.Qt'ttt.'tlQ't'Q't".ttt.'.'t'tt".'.'..'

TXDATA
OCOR

‘* IBUS REG 17

167
168

SEQ

= BITS
= BIT4

= BITZ2
= BIT

. "'...".'ifi‘t.*i.fifi..'.t'..t.ttt'tt'.ttt..'l.lt'fi"'t..t."'.'Q.'..QQQ'.Q'Q"

‘% AX0=15 = USYRT REG O (READ ONLY)

;'t'i'.t't"fi't't"'fi'fil""t.'.'t'.'tfi..t.'tit't.tfi'i"'tt"tt't.'.t.."i."t..

000200
000100

000020
000010
000001

RX7
RX6
RX5
RX4
RX3
RX2
RX1
RX0

=
=
=
=
=
=
=
=

BIT7
BIT6
BITS
BIT4
BIT3
BIT2
BIT
BITO

;:"'.'tt'tiittfififi"fi'.Q'.'t""ttt.tt"tQ't'.t.'.t't'..'ttt..t.'.i.t."t't't't'

;* AXO-16 = USYRT REG 7

(READ ONLY)

;;i"tifi".t'..fi".'titt'..Qttfitit..ttt'tt't‘Q'Qt.'t.t"t.."t.i'Qttt".t't'.t.t

000200
000100

RERR
ASBC2
ASBC1
ASBCO
ROR
RABT
REOM
RSOM

=
=
=
=
=
=
=
=

BIT?7
BITé
BITS
BIT4
BIT3
BIT?
BIT1
BITO

fit't"tt*ttilitt.ttfit'Q'tilfi.fifi.t.tt'tt‘..!Qttltttttt't'l..ttt"".tttt't".

i* AX1-15 = USYRT REG 2
; 1232233232323

= BIT6

TX4

= BIT4

X2
X1
TX0

. B

n S wWh =

)

LSLSTLSLN
LNV 1,N ]

210

323222323332332323223222222R

= BIT7

2222

222

= BITS

= BIT3

= BIT2
= BIT1
= BITO

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

;% AX1=16 = USYRT REG 3

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

000200

TERR

BIT?

(ZDMSB M8203 STATIC TESTS #2

GLOBAL EQUATES SECTION

218
219
220
221
222
223
224
225
226
227
228
229
230
231
232
233
234
235
236
237
238
239
240
241
242
243
244

245
246
247

248
249
250

251
252
253
254
255
256
257
258
259
260
261
262
263
264

265
266
267
268
269
270
271
272

273

000010
000004
000002
000001

MACRO v03.01

12-SEP=79 13:20:11 PAGE 14=5

TXGA
TXAB
TEOM
TSOM

=
=
=
=

SEQ

BIT3
BIT?
BIT]
BITO

‘;'Q"t"t.""."'Qtfi.t".'l'Q.tQQQ'..QQt..QQQ.QQQ"Q'..t.t..tt.t...."""..

*%x AX2-15 = USYRT REG &

:;.fi't.t.t".'t't"'.Q.Q"Q.Qt.tt.t.'.'fit"...t...t'QQ."Q'..'.Q."QQ'Q"'.".

000200
000100
000040
000020
000010
000004
000002
000001
000226

= BIT7

SYN7
SYNG

= BITé

SYN4
SYN3
SYN2
SYN1
SYNO
SYNCH

=
=
=
=
=
=

SYNS

= BITS

BIT4
BIT3
BIT?
BIT1
BITO
226

2233232222222

3232222222222 2222222222232
2R
2Rl

*% AX2-16 = USYRT REG S

;;‘.t'..ittt.t"fifi'tt'.t.t'tfitt't.ifitt"fi.'tt't.'tt'tfitfitt't'it."!""tttQQQ'

000200
000100
000040
000020
000010
000004
000002
000001

APA
DDC

= BIT?7
= BITé

SEC

= BIT4

CRCTY2
CRCTYT

= BIT2
= BIT1

= BITS

STR
1DL

CRCTYO

= BIT3

= BITO

::t"i'.fi'.fi""'.'.'fii'IQ'Q’Q'.I'tt'.fit.'.'fit'tt‘..Q.ttt".".fi*it.t.t"t.'fit

% AX3-15 - USYRT REG 6

::Qtfifi"".fi"fi‘."'tfifi'ttlt'.tt'fi!...*'.iQ‘.'fiQ.'fi'*fi"Q"Qttt'ttt"'fi"'i't'

000200
000100
000040
000020
000010
000004
000002
000001
000372

1422

XYZ

= BIT?7

= BITé

(32BCC
v35

= BITS
= BIT4

(32ENB
OP

= BIT2
- BIT1

INTGRL

TEST
AX315U
A

= BIT3

= BITO
= 1422!XYZ!C32BCC!V35!INTGRL
!OP

3333222323322

‘% AX3-16 - USYRT REG 7

2222202222

2R RRRRRRRRRRRRR2

2R}

:;‘ittit't.'t.tt*"fi"'fl"".t.fi'tt!t.l!tttitfi.'.ttt.t.tt‘.t...'.'.'QI'..'.'!

000200
000100
000040
000004
000002
000001

TXLEN2

TXLEN1

TXLENO
RXLENZ2

RXLEN1
RXLENO

= BIT?7

= BIT6é

=
=
=
=

BITS
BIT?
BIT1
BITO

(ZDMSB M82C3 STATIC TESTS #2

GLOBAL EQUATES SECTION
275

276

282
283
284
285
286

AR AR

AR R AR AR

RF R AR

SEQ

R AR AR AR

AR R R AR AR AR AR AR AR

:* TX CONTROL BITS DEFINED ON WORD BASIS

277

278
279
280
281

MACRO Vv03.01 12-SEP=79 13:20:11 PAGE 14-6

004000
002000
001000
000400

TXGOA
TXABT
TXEOM
TXSOM

AR AR AR R

R R

R AR AR AR AR R

288

;* RCV CONTROL BITS DEFINED ON WORD BASIS

289

294
295
296
297

004000
002000
001000
000400

R AR R AR R

A AR AR AR

ARRR AR AR

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

RXOVR
RXABT
RXEBL
RXBCC

R A AR AR AR AN AR R AR

AR AR

AR R AR AR AR

RN R AR AR AR R AR RN RN R

299

;~ ADDRESS EQUATES FOR REGISTER STORAGE TABLE (LUREG:)

301
302
303
304
305
306
307
308
309
310
311
312
313
314
315
;1'9

AR AR
AR

AR AR AR

AR AR

LURT0
LUR11
LURT12
LUR13
LUR14
LUR1S
LUR16
LUR17
AX0.15
AX0.16
AX1.15
AX1.16
AX2.15
AX2.16
AX3.15
AX3.16

= LUREG+0
= LUREG+?2
= LUREG+4
= LUREG+6
= LUREG+10
= LUREG+12
= LUREG+14
= LUREG+16
= LUREG+20
= LUREG+22
= LUREG+24
= LUREG+26
= LUREG+30
= LUREG+32
= LUREG+34
= LUREG+36

100000

(HPCHK

= BIT15

324

160000

BCCCHK

= BIT1S

327

100000

TCCHEK

= BIT1S

ggg

328
329
330

100000

(RCCHK

= BIT15

AR AR

R AR AR

AR AN AR AR AR AR AR AR

002266
002270
002272
002274
002276
002300
002302
002304
002306
002310
002312
002314
002316
002320
002322
002324

318
319
320
321

R AR AR AR AN

AR AN

AR R AR R AR R AR NN

AR
IR

RN AR RN

= BIT11
= BIT10
= BIT9
= BIT8

298

200

AR AR R AR TR AR R

= BITI
= BIT10
= BIT9
= BIT8

287

290
291
292
293

R AR R

AR AR AR AR AR KRR AR RN R
AR AR AR AR

sLINE UNIT IBUS REG
sLINE UNIT IBUS REG
sLINE UNIT IBUS REG
JLINE UNIT IBUS REG
sLINE UNIT IBUS REG
sLINE UNIT IBUS REG
sLINE UNIT IBUS REG
;LINE UNIT IBUS REG
;USYRT REG 0
;JUSYRT REG 1
sUSYRT REG 2
;USYRT REG 3
JUSYRT REG 4
:USYRT REG 5
JUSYRT REG 6
:USYRT REG 7

AR RN RN AR

10
11
12
13
14
15
16
17

AR AR AR

AR AR AR AR

AR AR R AR R R AR AR
R AR RN AR RA

AR AR

(ZDMSB MB203 STATIC TESTS #2

GLOBAL EQUATES SECTION

MACRO v03.01

12-SEP=79 13:20:11 PAGE 14-7

SEQ

R AR A AR AR AR R AR AAR AR AARRNARAARRARRNRARRARAAAAARANAARAARAARAAARAAARARAAAARR
AR

“« MICROINSTRUCTION DEF INITIONS

:.Q.'..t.'t"fi"!."t.t"t.'ifi.'Q.....'...Q..i...'...'.Q'....".'Q'.'..Q.'.'....

336
337

342
343

021C00
122000

000001
000002

MV 10X
MVIXO

021000
122000

;exsxs

ERROR]

RRDYTO
WRDYTO

= BITO
= BIT1

BIT

:MOVE
*MOVE

FLAG

DEF INITIONS

IBUS TO 0BUS*
IBUS* TO OBUS

wwess

(ZDMSB MB8203 STATIC TESTS #2

GLOBAL DATA SECTION

.SBTTL

SEQ

MACRO v03.01 12-SEP=79 13:20:11 PAGE 15

GLOBAL DATA SECTION

2
3

SIIITIIITTTIITTT I I 77 77777777777 7777777777777777777777777777777777777777777777

THE GLOBAL DATA SECTION CONTAINS DATA THAT ARE USED
IN MORE THAN ONE

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

6
7

::fitQQtt"'t.t'tfifit'.t't.'.fil.'..t.'tfi".'t."t..t.'QQ't..'.t"'.'.l"t.'."'

;* STORAGE FOR DEVICE REGISTERS

E 002266

LUREG

:t"'t'fit'fit‘t."tttil'.Q'tttttt'...l..Q.QQ'..'.Q."'Q'tttttt.'t..."'..

AR RRR

;st

.BLKW

R AR

RRRRARRRARRRRARR A SRR

AR RRARRARRARRARRRRRRRRRRA
AR R RS

16.

;% MISCELLANEOUS STORAGE

:Qttfitttfi.t'fitfi'i..t.'tttt".fittttQttt...fi..t....'.....'t.t't't.'....t't

002326
002330
002332
002334

000000
000000
000000
000000

SCRACH:
LOGDEV:
PSTACK:
PRIOR:

.WORD
.WORD
.WORD
.WORD

23 002342
24 002344
25 002346
26 002350
27 002352
28 002354
29 002356
30 002360
31 002362
32 002364
33 002366
34 002370
35 002372
36 002374
37 002376
38 002400
39 002402

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

ERRFLG:
TIMFLG:
RETADR:
REDBYT:
WRIBYT:
RAX15:
RAX16:
WAX15:
WAX16:
REGNUM:
AXNUM:
GOODAT:
BADDAT:
LOADAT:
FRSTIM:
FRSPAS:
STARES:

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

43 002412
44 002414
45 002416
46 002420
47 002422
48 002424

000000
000000
000000
000000
000000
(00000
000000

TXWORD:
RXWORD:
DISILO:
CHPTYP:
MODINT:
SAVLEN:
DEVMAP:

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

000000

UNIT:

20 002336
g} 002340

40 002404
41 002406
42 002410

49 00242¢

50 002430

51 002432
g% 002434

000000
000000

000000
000000
000000

000000

55 002436
56 002440
57 002442

SUBRPC:
INTFLG:

SAVE4:
SAVE6:
ERROR1:

DEVPTR:
TSTNUM:

.WORD
.WORD

.WORD
.WORD
.WORD

.WORD

.WORD
.WORD

JRRRARARRR

160170
160171

FPCSR
BSEL1:
BSEL4:

.WORD
.WORD

(elelolelelelelelelelololalolelalalolololololololololsloleleseleolelslels)]

16
17
18
19

;GEN'L PURPOSE SCRATCH WORD
;LOGICAL DEVICE NUMBER

;CONTAINS BASE LEVEL PROGRAM STACK POINTER
;CPU PRIORITY FOR PRINTOUT
;PC OF SUBR CALL FOR ERROR REPCRTS
s INTERRUPT RECEIVED FLAGS
; BIT O FOR TX, BIT 1 FOR RCV
: SUBROUTINE ERROR FLAG
;EVENT TIME-OUT 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 15
;LO BYTE CONTAINS BYTE READ FROM REG 16
;LO BYTE CONTAINS BYTE TO LOAD INTO REG 15
;LO BYTE CONTAINS BYTE TO LOAD INTO REG 16
:NUMBER (10-17)
OF LINE UNIT REG BEING TESTED
:NUMBER (0-7) OF EXTENDED REG BYTE BEING TESTED
:STORAGE FOR EXPECTED DATA
:STORAGE FOR ACTUAL DATA
;CONTAINS TEST DATA LOADED INTO REG
;FLAG=0 IF PROGRAM JUST LOADED
sFLAG=0 IF FIRST PASS AFTER LOAD
;FLAG=0 IF FIRST TIME THRU AFTER STA OR RES
:SAVE LOC & HERE (ERROR TRAP VECTOR)
;SAVE LOC 6 HERE (ERROR TRAP VECTOR)
:SUBR ERROR BIT FLAGS (DEF'D IN GLOBAL EQUATES)
;BITS 0-11 CONTAIN DATA TO LOAD INTO TX SILO

;BITS 0-11 CONTAIN DATA READ FROM RCV SILO
;CONTAINS CURRENT STATE OF DISSI IN BIT 5
;USYRT CHIP TYPE, =0 FOR SIG, ELSE =1
sMODEM INTERFACE SELECTION

sSAVED TX AND RCV_CHAR LENGTHS
;BIT MAP OF ACTIVE DEVICES
;DEVICE MAP BIT POINTER

sCONTAINS UNIT NUMBER (1 TO N)

sCONTAINS TEST NUMBER FOR SOME TESTS

ClRRENT DEVICE PARAMETERS

160170

160171

#ataawanwannsn

;POINTER TO MICROPROCESSOR (SR'S
:POINTER TO BSEL1

(ZDMSB MB8203 STATIC TESTS #2

GLOBAL DATA SECTION

58 002442
59 002444
60 002446
61 002450
62 002452
63 002454
64 002456
65 002460
66 002462
2; 002464
69
70
71
72
73
74

160174
160176
000300
000304
000240
000000
000000
000000
000000
000004

002466
002467
002470

000
000
000

75 002473

000

;g 002475

000

002471
002472

76 002474

80 002476

000
000

B 5
MACRO v03.01 12-SEP=79 13:20:11 PAGE 15-1
SEL4:
SEL6:
MPIVEC:
MPOVEC:
MPRIOR:
LUSWIT1:
LUSWIZ2:
LUSWI3:
TSTCON:
BDRATE:

.WORD

160174
160176
300
304
240
0
0
0
0
4

BYTE
.BYTE

0
0

BYTE

.BYTE

BYTE

:BAUC RATE

s;swxx

GEN'L PURPOSE

.WORD

O
O
O
O
O

REGO:

.WORD

SCRATCH STORAGE

ww#ww

81 002500

000000

REG1-

83 002504
84 002506
85 002510
86 002512
gg 002514

000000
000000
00000C
000000
000000

REG3:
REG4 :
REGS:
REG6:
REG7:

.WJORD
WORD
.WORD
.WORD
.WORD

s;exxx

SCRATCH STORAGE FOR MESSAGE REPORTING

82 002502

90 002516
91 002520
92 002522
93 002524
94 002526
95 002530
9% 002532
gg 002534

000000

000000
000000
000000
000000
000000
000000
000000
000000

100 002536

101 002536

102 002537
103 002540
104 002541

105 002542

000

UPBITS:

056
000
257

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

O
O
O
O
O
O
0
O

}}? 002546

200

112

BYTE

000

:MASK FOR REG 10

.BYTE

100

:MASK FOR REG 14

.BYTE
.BYTE
.BYTE

100

377
377
306

114 002547

TMPO :
TTMMP1 :
TMP2:
TMP3:
TMP4 :
TMPS :
TMP6 :
TMP7:

.WORD

swxws

sesxwwx INBUS LU REG BIT MASKS FOR UNPREDICTABLE BITS #wwss

106 002543
107 002544
}83 002545

113 002547

REGZ2:

.BYTE
.BYTE
BYTE

R14NRW:

.BYTE

056
000
257
377
377
306

200

:MASK FOR REG 11
:MASK FOR REG 12
:MASK FOR REG 13

:MASK FOR REG 15
:MASK FOR REG 16
:MASK FOR REG 17

:REG 14 NON-R/W BITS

swxxwx MASKS FOR EXTENDED REGISTER NON-READ/WRITE BITS sawss

377

ANBITS:

.BYTE

377

;POINTER TO SEL4
:POINTER TC SEL6
:MICROPROCESSOR INPUT INTERRUPT VECTOR
:MICROPROCESSOR OUTPUT INTERRUPT VECTOR
:MICROPROCESSOR DEVICE PRIORITY
SLINE UNIT SWITCH PACK #1
JLINE UNIT SWITCH PACK #2
sLINE UNIT SWITCH PACK #3
:TEST CONNECTOR INCICATOR

;exxxx STORAGE FOR DATA READ IN ADDRESS TESTS wawew
REDDAT: .BYTtL
0
.BYTE
0
.BYTE
0

000

000000

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

SEQ

:MASK FOR AXD)=15

CZ0MSB MB8203 STATIC TESTS #2

GLOBAL DATA SECTION
115 002550
116 002551
117 002552
118 002553
119 002554

120 002555
121 002556

122
123
124 002557
125 002557

126 002560
127 002561
128 000562
129 002563
130 002564
131 002565
132 002566
133 002567
134 002570
135 002571
136 002572
137 002573
138 002574
139 002575
140 002576
141

002577

142 002600
143 002601
144 002602
145

377
000
360
000
000
004
030

;exxxx DATA PATTERN

125
252
000
377
001
002
004
010
020
040
100
200
376
375
373
367

PATA:

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

BYTE
BYTE
.BYTE
BYTE
BYTE
BYTE
.BYTE
.BYTE

357

337
277
177

159
160
161
162
163
164
165

000
120
125
137
040
052
057

PATR:

;exxxx
PATR:

.BYTE

.BYTE
.BYTE
BYTE
.BYTE
BYTE
BYTE
BYTE

s MASK

;MASK
A

trnnn

txwxx

*xnww

twxwxex

000
000
040
100
220
000
000
051

000

120
125
137
040
052
057
177

DATA PATTERN
BYTE
000

.BYTE
BYTE

s MASK
;s MASK
s MASK
s MASK

001
002
004
010
020
040
100
200
376
375
373
367
357
337
277
177

;xxxxx DATA PATTERN

PATQ:

177

000
100
120

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

s MASK

125
252
000
377

;xxxxx DATA PATTERN

000

168
169 002623
170 002624
171 002625

BYTE
BYTE
.BYTE
BYTE
.BYTE
BYTE
BYTE

004
030

147 002603
148 002603

}g? 002622

C
5
12-SEP=79 13:20:11 PAGE 15-2

377
000
360
000
000

146

002613
002614
002615
002616
002617
002620
002621

MACRO v03.01

100
120

SEQ

AX0=16
AX1=15
AX1-16
AX2-15
AX2-16
Ax3-15
AX3-16

(ZDMSB M8203 STATIC TESTS #2

GLOBAL DATA SECTION
172 002626

173 002627
174 002630
175 002631
176
177
178
179
180
181
182
183
184

185
186
187
188
189
190
191
192
193

002632
002633
002634
002635
002636
002637
002640
002641

177
006
100
120
124
164
172
176

194 002652

174

198 002656

199 002657

200 002660

.BYTE
.BYTE
BYTE
.BYTE
.BYTE
BYIE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
BYTE

164
172
176

000
017
036
074
170
360
037

195 002653
196 002654
197 002655

D
5
12=SfF=79 13:20:11 PAGE 15-3

124

002642
002643
002644
002645
002646
002647
002650

002651

MACRO v03.01

124
164
172
176
177
000
100
120
124
164
172
176

;#xxxx DATA PATTERN

PATS:

BYTE

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

076

370
077
176
374

177

376

208 002666

177

mxwnn

sxnnn

017
036
074
170
360
037
076
174
370
077
176
374
177
376
S77

1¢o
252
176
V7

:
ENDPAT
.EVEN

) — —

—

LSLASHSLVLS
LLN)

000

;xxxxx DATA PATTERN
PATT:
BYTE
000

.BYTE
BYTE
.BYTE
.BYTE

SEQ

—

s*«x

219 002670

000400

224 002702
225 002704
226 002706
227 002710
228 002712

000377
000000
00
O
00

MSG1:

TEST MESSAGES TO BE TRANSMITTED
TXSOM

LA A4

(ZDMSB M8203 STATIC TESTS #2

GLOBAL DATA SECTION

MACRO V03.01 12-SEP=79 13:20:11 PAGE 15-4

5233 002714

001000

231 002716
232 002720
233 002722
234 002724
235 002726

000400
000400
000000
000377
001000

MSG2:

238 002732
239 002734
240 002736
241 002740
242 002742
243 002744

000001
000001
000001
000001
002000
000400

mMsG3:

245 002750
246 002752
247 002754
248 002756
249 002760
250

000003
000003
000003
(000003
000003

gg? 002730

244 002746

251
252
253
254
255
256 00276¢
257
258

259
260
261
262

263
264
265

SEQ

TXEOM

001000

000400

TXSOM
TXSOM
000
377
TXEOM

TXEOM

001
001
001
001
TXABT
TXSOM

TXSOM

003
003
003
003
003

;**~ RECEIVED DATA BUFFER
RCVBUF: .BLKW
64.

(64.

WORDS)

ww=

(ZOMSB M8203 STATIC

GLOBAL

TEXT SECTION

TESTS #2

MACRO v03.01

12-SEP-79 13:20:11 PAGE

.SBTTL

¢
3

SEQ

GLOBAL TEXT SECTION

;X1121111!112!11112!11111112221!1111211!112!121XZI!ZZZ!!ZZZIZZZZ!ZZZ!ZZZZZZZZZ
THE GLOBAL

TEXT

SECTION CONTAINS FORMAT

STATEMENTS,

MESSAGES, AND ASCII INFORMATION THAT ARE USED IN

X
MORE THAN ONE TEST.
0224245442444 08284044020%0228%0%022820%0%43%0%0%4028%8%8%40%8%0%%0%8%0%%8%4s

)
7

8
9

R R AR AR AR AR A AR AR A AR AR A AAARAAAAARAAARAAAAAAAARARRAAR
AR AR AR AR AR R

‘% NAMES OF DEVICES SUPPORTED BY PROGRAM

;;"'t'Qtl"t.".tt'.fi't".flQ"t".'ttt_'tQ't.'ttt.t.'n"."t.t.t.t'..."'..QQQ

DEVTYP

12 003162

003162
002162
0C3165

115
060

070
063

<MB203>

:
LSDVTYP:
.ASCIZ

062
000

/MB8203/

.EVEN

";tt't.'ttt""tttt'ti"t't'tQQ.QQtt.tfi.fi"...fi."..Q'.QQ'Q..QQ'Q'Q'...".....'.

";t...tt'-tttttttt'tt.t.tt.'tQit‘.Qt..t"t"'Ql.Q'Q.t't..'.""....t.'t'....."'

17 003170
003170
003170
003173
003176
00320°
003204
003207
003212
003215
003220
003223
003226
003231
003234

s«

TITLE

PROGRAM

DESCRIPT
115
060
123
124
040
107
040
123
040
120
124
040
040

070
063
124
m
114
m
124
124
055
101
040
117
062

28
30
31

32
33

.ASCIZ

/M8203 STATIC LOGIC

.EVEN

18
19

20
21
22
23
25
26

* FORMAT STATEMENTS USED IN PRINT CALLS
SRR
AR AN AR AR A AR AR A A AR XA RX A XA A AR A AA R AR R AR A A RA AR AR A AR A AL RA A% %
INSERT THE FORMAT STATEMENTS USED IN THE VARIOUS PRINT CALLS.
uS E THE ._ASCIZ STATEMENT.
.
2232233032323 8232383233338 383 2030880308808 8RR 8032080803809 833252388 980444

CZDOMSB M8203 STATI(C TESTS #2

GLOBAL

SUBROUTINES

6 3
MACRO v03.07 12-SEP=79 13:20:11 PAGE 17

SEQ

}

.SBTTL

5
¢

SIIIIIIIIIIIIITIITITTIITITII1TT1FTTITTT171710771707077077700770170000001010017)1)

GLOBAL SUBROUTINES

THE GLOBAL SUBROUTINES ARE CALLED BY MORE THAN ONE TEST

10
11

.".t."".'tt..i'..'.Qtt"'..'..'..'....Q.Q'.Q."..Q'.Qt.'."..t.'.t"'..."...'

“x STPCLK = THIS SUBROUTINE FORCES THE DMC11 DR KMC11 MICROPROCESSOR TO

15 003240
16 0032640

152777

000006

152777
142777

000007
000007

17 003246

017677

20 003270

062716

18 003254
19 003262

EXECUTE AN INSTRUCTION WHICH IS PASSED IN THE WORD FOLLOWING THE CALL.

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

g; 003274 000207

000000
000002

177172

STPCLK:

177170

BISB

#ROMO'!ROMI,@BSEL1

BISB
BICB

#ROMO!ROMI'STEPMP,aBSEL1
AROMO!ROMI!STEPMP,@BSEL1

MOV

177156
177150

ADD

RTS

23
24
25
26

;SET ROMO,

ROMI BITS

a(SP) ,aSEL6

:PUT INSTRUCTION INTO SEL6

#2,(SP)

:FIX UP RETURN PC

IN BSEL]

;SET ROMO, ROMI, STEPMP IN BSEL1
:CLEAR ROMO, ROMI, STEPMP IN BSEL1

*RETURN

"'!."'.".Qtt.t'tttt'tttQt.'.tt't..".".tt..tt.".'Q"t"t"....t."'t.'.'."'

ix MSTCLR = THIS SUBROUTINE

30 003276

MSTCLR:

31 003276 010146
32 003300
33 003306

112777
142777

000100
000300

34 003314 012701 000024
35 003320 000240
36 003322

005301

38 003326

152777

000010

005037

002424

37 003324

001375

39 003334

072601

41 003342

000207

40 003336

ISSUES A MASTER CLEAR AND SETS LULOOP

"IQtt'tt.t'.t.tt.t".'".""...'QQ."....Q'.!Q'.'.'Q‘.Q'QQ."Q"t..'ttt'."."t

177132
177124

2%:

MOV

:SAVE R1

#20. R

;INITIALIZE STALL COUNTER
:STALL IN LOOP FOR SEVERAL MiCRO-SEC

AMCLR,@BSEL1
:SET MASTER CLEAR BIT
ARUN'MCLR,aBSEL1 ;CLEAR RUN AND MCLR BITS

DEC

BISB

#LULOOP,aBSEL1

MOV
NOP
BrE

177104

R1,=(SP)

MOVB
BICB

MOV
(LR

RTS

;SET LU LOOP

(SP)+ ,R1

*RESTORE R1

*RETURN

SAVLEN

:CLEAR SAVED CHAR LENGTH FROM SETUP

‘7

'tttt."i.ttt".t"'..tt".'.!'...".Qfi".'..'.Q.t.'.'.'..t"'.".'..0".'."Q'

:+ READLYU = THIS SUBROUTINE FORCES

52 003344

DMC11

OR KMC11

MiCROPROCESSOR

NUMBER

1S PASSED

MOV
MOV

R1,=(SP)
REGNUM,R1

IN REGNUM,

INTO REDBYT.

'ttitt.".tt'fi.'ttfittt".t'tt..t"fii'."'..'fi'.'t.t"‘".Qfi't'i't..t.t'.'.t"t.'

53 003344
54 003346

010146
013701

57 003356

006301

55 003352
56 003354

THE

TO EXECUTE AN INSTRUCTION WHICH READS THE LINE UNIT REG WHOSE

006301
006301

READLU:

002364

ASL
ASL
ASL

R1
R1
R1

:SAVE R1
SGET LINE UNIT REG NUMBER

*SHIFT INTO SOURCE BITS 4=7

58 003360
59 003362

60 003366
61 003372
62 003376
63 003402
64 003404
65 003412

66 003416

67 003420

TESTS #2

006301
052701

052701
010137
004737
000000
117737
105037
012601

MACRO v03.01

ASL

000004

;SET DESTINATION = BSEL4

R1,2%
PC,STPCLK

sSET INSTRUCTION AS SUBROUTINE
JEXECUTE MOVE INSTRUCTION

0
@BSEL4 ,REDBYT

002350

sSET REST OF MOVE INSTRUCTION

ARGUMENT

REDBYT+1

;INSTRUCTION GOES HERE
;GET LU REG CONTENTS INTO REDBYT
;CLR HI BYTE OF STORAGE

;RETURN

(SP)+ ,R1

000207

SEQ

R1
#4 ,R1

#MVIOX,R1

(021000
003402
003240

177032
002351

12-SEP=79 13:20:11 PAGE 17-1

;RESTORE R1

:'Q.QQ'.'.t.l'tt..'..'..QQ..QQQ.QQ'Qt.'.".Q..'QQ...'...Q...'Q"'Q.."..."QQ".

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

:t'tt.".'.'....'.."Q..."t.'..Q.Q"..'.Q....'i..t.'.'fi...Q..'.'Q.'Q..l....Qtt'

79 003422

80
81
82
83
84
85
86

003424
003430
003434
003440
003444
003450
003456

88 003464
89 003466

010146

013701
052701
052701
010137
105037
113777
004737
000000
012601
000207

WRITLU:

002364
000100
122000
003462
002353
002352
003240

MOV
MOV

R1,=-(SP)
REGNUM,R1

;SAVE R1
JGET LINE UNIT REG NUMBER

BIS
MOV
CLRB
MOVB

#MVIXO0,R1
R1,2%
WRIBYT+1
WRIBYT ,aBSEL4

;SET REST OF MOVE INSTRUCTION
JSET INSTRUCTION AS SUBROUTINE ARGUMENT
;CLR HI BYTE OF STORAGE
;LOAD BYTE INTO BSEL4

BIS

176764
2%:

JSR
.WORD

MOV
RTS

#100,R1

PC,STPCLK
O

(SP)+ R

;SET SOURCE = BSEL4

JEXECUTE MOVE

INSTRUCTION

;RESTORE R1

JRETURN

AR AR A AR R AR A AR ARAR I A AAACRRARAARARAARAARARAAARAAARARARARAARARAARRN
PR AR AR R SRR
R

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

;'ttt't.tlt'fi'.ti.tt'tfi."tfi.t"itttt'.t'tifil'fitl"'t"tt.lQtt"..'tt.'.'.'!.l"

100 003472
102 003502
103 003510
104 003514

106 003522

107 003526

09 003536

01
013746
012701
012737
004737

002364

002266

113721

00001C
003344
002350

005237

002364

023727

012637

GETREG: MOV

002364

000020

3%:

R1,-(SP)

;SAVE R1

#LUR10,R1
#10,REGNUM

JINIT POINTER TO REG STORAGE TABLE
;INIT LU REG NO. TO 10

MOV

REGNUM, - (SP)

JSR

PC,READLU

MOV
MOV
MOvVB
CLRB
INC

(MP

BLT

MCV
MOV
RTS

s SAVE CURRENT REG NO.

JREAD A LINE UNIT REG

REDBYT, (R1)+
(R1)+
REGNUM

;PUT BYTE READ INTO TABLE
;CLEAR UPPER BYTE OF TABLE ENTRY
s INCREMENT REG NO.

;BR IF NOT

REGNUM, #20

(SP)+ ,REGNUM
(SP)+ R1

sSEE IF ALL REGS READ YET
JRESTORE CURRENT REG NO.
JRESTORE R1
;RETURN

——

(ZDMSB M8203 STATI(C
GLOBAL SUBROUTINES

(ZDMSB M8203 STATI(C TESTS #2

GLOBAL SUBROUTINES

MACRO v03.01

115
1

5
I
12-SEP=79 13:20:11 PAGE 17-2

‘!19

120

118
119

;* LOOPIN = THIS SUBROUTINE PLACES THE MICROPROCESSOR IN A LOOP ON AN
.
INSTRUCTION, BY MOVING THE INSTRUCTION FROM THE WORD FOLLOWING THE

121

INTO SEL6, AND SETTING RUN AND ROMI IN BSEL1.

WITH THE MICROPROCESSOR STUCK IN THE LOOP, AND IF

BSEL1, OR CALL SUBROUTINE MSTCLR TO DO THIS.

1264

123

125 003546

126 003546

003554
003562
003570
003574

152777

017677
152777
06271¢
000207

000006

000000
000206
000002

176664

LOOPIN:

176662
176650

136

CALL

THE SUBROUTINE RETURNS

122

127
128
129
130
131
132
133
134
135

SEQ

IT IS DESIRED TO

TERMINATE THE LOOP, THE PDP-11 PROGRAM MUST CLEAR THE RUN BIT IN

BISB

MOV
BISB
ADD
RTS

#ROMO !ROM] ,aBSEL1

;SET ROMO, ROMI BITS iN BSEL1

a(SP) ,aSEL6
;PUT MICROINSTRUCTION INTO SEL6
#RUN'!ROMO'ROM] ,@BSELT ;SET RUN, ROMO, ROMI IN BSEL1
#2,(SP)
;FIX UP RETURN P(C
PC
JRETURN WITH MICRCPROCESSOR STUCK IN SINGLE
.
INSTRUCTION LOOP

137

R
R e R

138

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

139
140
141

e
M
s

142

143 003576

010146

144 003600

013746

002364

146 003612
147 003620

012737
113737

000014
002366

145 003604

148 003626
149 003632

150 003640
151 003646
152 003652

153 003654
154 003660
155 003666
156 003670
157 003672
158 003674

159 003702
160 003704
161 003712
162 003716
163 003724
164 003730
165 003736
166 003742
167 003750
168 003754
169 003760
170 003762
17

IS PASSED IN BITS 1,2 OF AXNUM ON ENTRY, AND RETURNS THE BYTES READ IN
RAX15 AND RAX16. IF THE LINE UNIT DOFS NOT RESPOND WITH READY IN REG 14,
RRDYTO BIT IS SET IN ERRORT ON RETURN.

042737

006237
152737

053737
004737
005001

004737
132737
001006

005201
001370
052737

24
012737
004737
113737
105037
012737
004737
113737
105037
012637
012601
000207

READAX: MOV

000001

002410

002352
000024

002352

002416
003422
003344
000200

MOV
BIC

002364
002352

002350

000001

002410

000015
003344
002350
002355
000016
003344
002350
002357
002364

002364

6%:

002354

002364
002356
12%:

#RRDYTO,ERROR1

;CLEAR ERROR BIT

;STORE CURRENT REG NO.

#14 ,REGNUM
AXNUM,WRIBYT

BIS
JSR

DISILO,WRIRYT
PC,WRITLU

;SET PROPER STATE OF DISSI BIT
sSET RDAX AND ENAX IN REG 14

JSR
BITB
BNE

PC ,READLU
#READY ,REDBYT
9%

JREAD REG 14
;SEE IF READY BIT SET
;BR IF READY SET

BR
MOV
JSR
MOvB
CLRB
MOV
JSR
MOVB
CLRB
MOV
MOV

12%
#15 ,REGNUM
PC ,READLU
REDBYT ,RAX15
RAX15+1
#16 ,REGNUM
PC,READLU
REDBYT ,RAX16
RAX16+1
(SP) + ,REGNUM
(SP)+,R1

CLR

INC
BNE
BIS

9%:

;SAVE R1

REGNUM, - (SP)

MOV
MOVB
ASR
BISB

002352

R1,-(SP)

RTS

;SET LU REG NO. = 14
;SET UP AX REG NO. BITS

WRIBYT
#RDAX!ENAX WRIBYT ;SET UP BITS TO LOAD
R1

R1
6%
#RRDYTO,ERRORT1

INTO REG 14

JINIT TIMER

IN REG 14 YET

;INCR TIMER
;BR IF TIMER DIDN'T TIME OUT YET
;SET ERROR FLAG FOR TIME OUT ON READ RDY

;BR 70 RETURN
;SET REG NO. = 15
;READ REG 15
;STORE REG AX-15
;CLR HI BYTE OF STORAGE
;SET REG NO. = 16
sREAD REG 16
;STORE REG AX-16
sCLR H]I BYTE OF STORAGE
JRESTORE CURRENT REG NO.
;RESTORE R1
sRETURN

(ZDMSB M8203 STATIC TESTS #2

GLOBAL SUBROUTINES

J 5
MACRO v03.01 12-SEP=79 13:20:11 PAGE 17-3

SEQ

172

1%
175

:t"Q'.t"'t't."..'t.'l."Qt'lttt."...t..tt..Q.Q"tttt..t.t'.ttn"tt...t.'ttt.

176
177
178

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

180

;tttt'Qttt't..ttttt.tttt'ttttt.ttt'..t.'.t.ttltttttt't.'t'tt..t.'tt'.tt'.t'.tt.‘

179

181 003764
182 003766
183 003772

010146
013746

002364

042737

000002

002410

004006
004014
004020
004026

113737
006237
053737
004737

002366
002352
002416
003422

002352

190 004040
191 004044

105037
113737

002361
002360

105037
113737

002363
002362

184 004000 012737 000014

185
186
187
188

189 004032

192 004052
193 004056
194 004062
195 004066

012737 000015

004737 003422
005237 002364

196 004074 004737 003422
197 004100 012737 000014
198 004106

113737

002366

152737

000014

199 004114

006237

201 00412()

053737

203 004140

005001

200 004120
202 004134

004737

002352

002416

003422

204 004142 004737 003344
205 004146

206 004154

207 004156

132737

001005

000200

WRITAX: MOV
MOV

002364

002352

002364

002352

CLRB
MOVB

JSR
INC

JSR
MOV

MOVB

002350

214
215
216
217

“SET REG NO. = 15

WAX15+1
WAX15,WRIBYT

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

WAX16+1
WAX16,WRIBYT

*CLR HI BYTE OF STORAGE
-SET UP BYTE TO WRITE INTO REG 16

PC,WRITLU
RE GNUM

PC.WRITLU
#14 ,REGNUM

AXNUM.WRIBYT

*WRITE BYTE INTO REG 15
*SET REG NO. = 16

*WRITE BYTE INTO REG 16
*SET REG NO. = 14
:-SET AX REG NO. BITS

DISILO,WRIBYT

;SET PROPER STATE OF DISSI BIT

“INIT PROGRAM TIMER

CLR

JSR

BITB

BNE

9% :

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

BIS

INC

002410

:SET AX REG NO. BITS

WRIBYT

JSR

6% :

#15 REGNUM

:CLEAR ERROR BIT

ASR

BISB

002352

*SET LU REG NO. = 14

AXNUM,WRIBYT
WwRIBYT
DISILO,WRIBYT
PC,WRITLU

002352

#14 ,REGNUM

MOVB
ASR
BIS
JSR
CLRB
MOVB

002352

;SAVE R1
;SAVE CURRENT REG NO.

MJIRDYTO,ERRORT

MOV

002364

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

BIC

MOV

005201

208 004160 001370
209 004162 052737 000002
210 004170 012637 002364
211 004174 012601
51% 004176 000207

IS SET IN ERROR1 ON RETURN.

BNE
BIS
MOV
MOV
RTS

#ENAX'WAX,WRIBYT :SET UP BITS TO LOAD INTO REG 14
PC,WRITLU

PC ,READLU

WREADY,REDBYT

:SET ENAX AND WAX IN REG 14

*READ REG 14

:SEE IF READY BIT SET IN REG 14 YET

*BR IF READY SET

6$
#WRDYTO,ERROR1
(SP)+,REGNUM
(SP)+ ,R1
PC

*BR IF TIMER DIDN'T TIME OUT YET
;SET ERROR FLAG BIT FOR TIME OUT ON WRITE RDY
-RESTORE CURRENT REG NO.
:RESTORE R1
*RETURN

*INCR TIMER

218

tttttlt'tttttttttttttttttti.tttt'tt!tttttttttQt'ti.it.ttt'ttt".ttIttttt'ttttt'

219

“+ GETALL - THIS SUBROUTINE READS THE LINE UNIT REGS 10=17 AND THE EXTENDED

221

AR AR

220

004200
223 004202

010146
013746

002366

225 004214

032737

000001

224 0046206 012737 015164
226 004222

001403

002516

208 006232

004737

003470

RN AR AR

AR AR AR RN AR AR AR AR AR AR AR

RN A R R AR AR AR

GETALL: MOV
MOV

R1,-(SP)
AXMH -(SP)

:SAVE R1
;SAVE CURRENT AX REG BYTE NO.

BIT

#8170, AXNUM

“SEE IF LO OR HI BYTE

MOV

002366

227 004224 012737 015167 002516

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

BEQ

1%:

MOV
JSR

#DHS , TMPO
1$

#DH6 , TMPO

PC,GETREG

*SET AX LO BYTE NO.
*BR IF LO BYTE

“SET AX HI BYTE NO.

“READ AND STORE REGS 10-17

AR R AR RN

R RN

CZDMSB MB8203 STATIC TESTS #2

GLOBAL SUBROUTINES

229 004236

230 004244

231 004250
232 004254
233 004260
234 004264
235 004266
236 004272
237 004274
238 004302
239 004310

240 004312

241 004316
242 004320

243 004326
gz‘so 004332

142777

000010

005037
004737
113721
105021
113721
105021
062737
023727

002366
003576
002354

012701

002761

012637

012601
013737

006237
000207

002306

BICB

#LULOOP,@BSELT

;CLEAR LULOOP

002366
000010

(LR
JSR
MOVB
CLRB
mMovBe
CLRB
ADD
cMP

AXNUM
PC ,READAX
RAX15,(R1)+
(R1)+
RAX16, (R1)+
(R1)+
#2 , AXNUM
AXNUM, #10

;INIT AX REG BYTE NO. TO 0
JREAD 2 AX REG BYTES
;PUT LO BYTE READ INTO TABLE
;CLEAR UPPER BYTE OF TABLE ENTRY
:PUT HI BYTE READ INTO TABLE
;CLEAR UPPER BYTE OF TABLE ENTRY
:INCR AX REG BYTE NO.
;SEE IF ALL REGS READ YET

MOV

(SP) + ,AXNUM

JRESTORE CURRENT AX REG BYTE NO.

MOV

3%:

BLT

002366
002366

002520

SEQ

176174

002356

000002
002366

MACRO v03.01 12-SEP=79 13:20:11 PAGE 17-4

MOV
MoV

002520

ASR
RTS

#AX0.15,R1

(SP) + ,R1
AXNUM, TMP1

TMP1
PC

2INIT POINTER TO REG STORAGE TABLE

:BR IF NOT

;RESTORE R1

;GET EXTENDED REG NO. FOR PRINTOUT
;RETURN

246
247
250

;*'fiQtttQ't'tt'..'.fifil.fi't!t.'fi..i.'.'..fi.Qi"fi."'t.!'l‘!.i't".'.t.'*'.""'t..

251
252

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

ggz

lc\i PASSED IN BIT C (ORDY) AND BIT 1

;.
s

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

255
256
857

LL.

(OCOR) OF THE WORD FOLLOWING THE

.‘t.tt't‘.Q**.'Q*fi'.tt'tttt'..tt‘fitlfi.."fiit't'fifi"...'.fitt"'tt.'t".".""'t"

258 004334
259 004340
260 004344
261 004350
262 004352
263 004360
264 004366
265 004374
266 004400
267 004406
268 004410
269 004416
270 004420
271

272 004424

004424

004426
004430
004432

273 004434
274 004436
275 004444
276 004446
277
278 004452

004452

004454
004456

013746
013746
005737
001006
016637
162737
012737
004737
032776
001413
132737
001022
004737

002364
002336
002336

000004
000004
000011
003344
000001

002336
002336
002364

000020

002350

)

OSIRDY: MOV
MOV
TST
BNE

1%:

000004

004200

104455

000010
013313

004200

3%
#ORDY ,REDBYT

JSR

PC,GETALL

ERRDF

7,EM7 ,ERR4

;REPORT ORDY NOT_SET

000007
013276
016350

000020

4 (SP) ,SUBRPC
#4 ,SUBRP(
#11,REGNUM
PC,READLU
#B1T0,a4 (SP)

BEQ
BITB

BNE

104455

000451
132737
001407
004737

MOV
SuB
MOV
JSR
BIT

REGNUM, - (SP)
SUBRPC,~(SP)
SUBRP(
18

002350

BR
16%
BITB
#ORDY ,REDBYT
BEQ
9%
JSR
PC,GETALL
;REPORT ORDY NOT CLEARED

3%:

ERRDF

8,EM8,ERR4

;SAVE LU REG NO.

;SEE IF THIS IS A NESTED CALL
:BR IF YES
;GET PC OF SUBROUTINE CALL
;SET REG NO. TO 1
;READ REG 11
;GET EXPECTED STATE OF ORDY
;BR_IF EXPECTED ORDY = 0
;SEE IF ORDY = 1
;BR_IF ORDY = 1
;GET REGS FOR PRINTOUT

TRAP

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

.WORD
.WORD
.WORD

TRAP

.WORD
.WORD

CSERDF

7
EM?7
ERR4

CSERDF

8
EMS8

CZDMSB MB203 STATIC TESTS #2

GLOBAL SUBROUTINES

004460

016350

281 004472

004737

283 004504

001413

279 004462
280 004464

282 004476
284 004506
285 004514
286 004516
287
288 004522

004522

004524
004526
004530

000436
012737

000017

002364

132776

000002
000020

132737
001031
004737

292 004544

004737

294 004550

132737
001416

004550
004552
004554

104455
000012
013351

295 004560
296 004566
297 004572
298 004576
299 004600
300 004606
301 004612
%g 004616

016637
013706
013746
000407
062766
012637
012637
000207

004556

;TAKE ERROR RETURN
;SET REG NO. =_17

000004

8178

#BIT1,a4(SP)

sGET EXPECTED STATE OF OCOR

002350

BITB
BNE
JSR

#0OCOR REDBYT
208
PC,GETALL

004200

G%:

JSR

016350

000020

BEQ

002350

12%:

BITB
BEQ

sBR IF EXPECTED OCOR = 0

;SEE IF OCOR
= 1
BR IF OCOR
= 1
;GET REGS FOR PRINTOUT

TRAP

16%

;TAKE ERROR RETURN

PC.GETALL

;GET REGS FOR PRINTOUT

#OCOR,REDBYT
208

JSR

000002
002332
002346

002364

16%:

000002
002336
002364

000004

20%:
23%:

ERRDF

10,EM1G,ERRS

MOV
MOV
MOV
BR
ADD
MOV
MOV
RTS

2(SP) ,REGNUM
PSTACK,SP
RETADR,=(SP)
23%
#2,4(SP)
(SP) +,SUBRP(
(SP) + ,REGNUM
PC

210

RN R

CSERDF

.WORD
.WORD
.WORD

9
EM9
ERR4

TRAP
.WORD
.WORD

CSERDF
1C
EM10

sSEE IF OCOR = 0
:BR IF OCOR = 0

;sREPORT OCOR NOT CLEARED

304
305
306
307
308

311 004620
312 004622
313 004626
314 004630
315 004632
;‘1'9 004634

12%

ERR4

;READ LU REG 17

;REPORY OCOR NOT SET
ERRDF
9,EM9_ERR4

004200

309

PC,READLU

.WORD

16$
#17 ,REGNUM

104455

000412

293

003344

SEQ

BR
MOV

000011
013334
016350

289 004532

290 004534
291 004542

L 3
MACRO v03.01 12-SEP=79 13:20:11 PAGE 17-5

.WORD

JRESTORE LU REG NO.
JRESTORE STACK POINTER TO BASE LEVEL
sFIX ERROR RETURN PC

ERR4

;FIX UP ERROR-FREE RETURN PC

JRESTORE LU REG NO.
sRETURN

;* WAITS50 = THIS SUBROUTINE STALLS FOR AT LEAST 50 MICRO-SEC, AND THEN RETURNS.
010146
012701

005301
001376
012601
000207

000310

R AR R RER R RN R

WAITS50: MOV
MOV

3%:

DEC
BNE
MOV
RTS

R1,-(SP)
#200. ,R1
R1
3$
(SP)+,R1
PC

RN R AR

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

RN AR RN R R

:SAVE R1
sINIT COUNTER

sDECREMENT COUNTER
BR IF NOT DONE YET
;RESTORE R1
;RETURN

318
319
320

321

322

P
T T
Y

224

323

325 004636
326 004640

;% STALL = THIS SUBROUTINE STALLS FOR ABOUT A MICRO-SEC.

000240
000240

STALL:

AR AR

NOP
NOP

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

R AR AR AR RN R RN R RN RN AR

(CZDMSB MB8203 STATIC TESTS #2

GLOBAL SUBROUTINES

327 004642
328 004644

MACRO v03.01 12-SEP=79 13:20:11 PAGE 17-6

000240
000207

NOP
RTS

SEQ

'.'tt'"."t'.......'.'t".....Q.Q'fi".'i...'...."QQ.QQ."'Q.Q.-.QQ'...Q."."

i* LDTXSI = THIS SUBROUTINE LOADS THE TX SILO (REGS 10,11) WITH THE DATA PASSED
IN BITS 0=11 OF TXWORD.
:

ttt't.ttt"t'ttt.Q'.t.tt'fit.'t.t.t."'.l'fi'Q'.Qfi'l.tt't'.'t"'.Qi.t't'Q.'t.'t..

338 004646
339 004652
004660
004666
342 004674

013746

(DTXSI: MOV
BIC
MOovB

344 004706

345 004714
346 004720
347 004724

;SAVE LU REG NO.
s CLEAR UNUSED BITS
#11 ,REGNUM
;SET REG NO. = 11
TXWORD+1,WRIBYT ;SET DATA TO BE WRITTEN INTO REG 11
PC,WRITLU
;LOAD DATA INTO REG 11
#10,REGNUM
;SET REG NO. = 10
TXWORD, WRIBYT
;SET DATA TO BE WRITTEN INTO REG 10
PC,WRITLU
;LOAD DATA INTO REG 10
;§p>+.nsc~un
sRESTORE LU REG NO.
REGNUM, - (SP)

#170000, TXWORD

sRETURN

SRR A A R AR R A AR AN AR AN

AR AR AAAARAAARRAAAARAAA AN AR RA AR AAARAAARAA AR AR

AR A AR AR AR AR

;* STPLU = THIS SUBROUTINE CLOCKS THE LINE UNIT FOR THE NO. OF CYCLES PASSED
i
IN BITS 0-14 OF THE WORD FOLLOWING THE CALL.
i
IF BIT 15 = 1, A CHECK IS MADE TO DETERMINE IF THE USYRT CHIP TYPE
P
REQUIRES DECREMENTING THE NO. OF CYCLES BY 1.

;'t'.*t'..Q..'ttfi.'.ltfi*'."fi*t..ifi.*fi*tfi'.fi*'t*.'..Q.t'."'t.tt..t't".'t".tt'

010146
017601
001426

§TPLU:

100006

175456
175450

2s:
38:

175436

373 005010
374 005012
375 005020
376 005022

R1,=(SP)
82(sP) .R1
6$
2%

:SAVE R!
*GET DESIRED NO. OF CYCLES
*IF DESIRED CYCLES
= 0, RETURN
*BR IF CHIP TYPE CHECK NOT NECESSARY

TST

CHPTYP

*SEE

BIC

042701

005737
001401
005301
152777

MOV
MOV
BEQ
BPL

000002

68:

#B1T15,R1

*CLEAR FLAG BIT

IF SIG USYRT

BEQ
DEC
BISB
BISB

2%
R1
#LULOOP,@BSEL1
#STEPLU.@BSEL1

BICB
JSR
DEC
BNE

#STEPLU,@BSEL1
PC.STALL
R1
3

:CLEAR THE STEPLU BIT (CLOCK THE RECEIVER)
STALL
*DECREMENT CYCLE COUNTER
*BR IF NOT DONE YET

MOV

(SP)+,R1

*RESTORE R1

JSR

ADD

RTS

PC,STALL

#2,2(SP)
PC

‘BR IF YES
*DECREMENT CYCLE COUNT
:SET LU LOOP BIT
:SET THE STEPLU BIT (CLOCK THE TRANSMITTER)
*STALL

*FIX UP RETURN PC
*RETURN

:ttttt.Ittttttttttiti.tt"ittfl‘fittfi.t.tl.'ttt.ttt'!tt.t'i'..'Q'.t!..t..tt'.'tt'

;% OACTIV = THIS SUBROUTINE CHECKS FOR THE PROPER STATE OF OACT

(REG 11) AND

CZDMSB MB8203 STATIC TESTS #2

GLOBAL SUBROUTINES

MACRO v(C3.01 12-SEP=79 13:20:11 PAGE 17-7

384
385

SFQ

REPORTS AN ERROR IF IT IS NOT PROPERLY SET TO THE STATE OF BIT O IN THE
WORD FOLLOWING THE CALL.

.'ltt"Qt...’.".'.fi'.."t"'...'Q.Q.'....Q...t."t.."..t.'."......"..'.'Q".Q

387 005024
388 005030
389 005034
390 005040
391 005042
392 005050
393 005056
394 005064
395 005070

013746
013746
005737
001006
016637
162737
012737
004737
032776

002364
002336
002336

000001

000004

397 005100
398 005106

132737
001031

000100

002350

396 005076

399 005110
400

401 005114

005114

005116
005120
005122
402 005124
403 005126
404 005134
405 005136

406

407 005142

005142

001413
004737

000004
000011
003344

002336

002336
002364

004200

REGNUM, - (SP)
SUBRPC,=(SP)
SUBRP(
1%
4 (SP) ,SUBRPC
#4 , SUBRPC
#11,REGNUM
PC,READLU
#BIT0,34(SP)

BIiS
BNE

#OACT ,REDBYT
9%

ERRDF

11,EM11,ERR4

BEQ

000013
013372
016350
000412
132737
001416
004737

000100

002350

004200

3$%:

414 005204
2}2 005210

012637
000207

062766
012637

000002
002332
002346

002364

6%:

000002
002336

000004

9%:

002364

BR
BITB
BEQ
JSR

6%
#OACT ,REDBYT

ERRDF

12,EM12,ERR4

9%
PC,GETALL

:REPORT OACT NOT CLEARED

104455

000014
013407
016350
016637
013706
013746
000407

JSR
PC,GETALL
;REPORT OACT NOT SET

104455

005144
005146
005150
408 005152
409 005160
410 005164
411 005170

412 005172
413 005200

000004

OACTIV: MOV
MOV
TST
BNE
MOV
SuB
18%:
MOV
JSR
BIT

12%:

MOV
MOV
MOV
BR
ADD
MOV
MOV

RTS

2(SP) ,REGNUM
PSTACK,SP
RETADR,=(SP)
128
#2,4(SP)
(SP) +,SUBRP(
(SP) + ,REGNUM

;SAVE LU REG NO.
;SEE IF THIS IS A NESTED CALL
;BR IF YES

;GET PC OF SUBROUTINE CALL
;SET REG NO. = 11

;READ REG 11

;GET EXPECTED STATE OF OQACT
;BR _IF EXPECTED OACT = 0

;SEE IF OACT =1
:BR IF OACT
= 1

;GET REGS FOR PRINTOUT

TRAP

;TAKE ERROR RETURN
;SEE IF OACT = 0
:BR_IF OACT = 0
;GET REGS FOR PRINTOUT

CSERDF

LWORD
.WORD
.WORD

11
EM11
ERR4

TRAP

CSERDF

.WORD
.WORD
.WORD

JRESTORE LU REG NO.
;JRESTORE PROGRAM STACK TO BASE LEVEL
sFIX UP ERROR RETURN PC

12
EM12
ERR4

;FIX UP ERROR-FREE RETURN PC

JRESTORE LU REG NO.
sRETURN

417

418

420
421

SRR AR A A A AR A A A AR A AR A AARAAAARAA AR

622

424
425
426
427
428

i
*
«
:*
o

‘30

'ttt".ttfitfittt.ttttttfittt'ti..ttitl‘"..t.itl.tiit.t'ltitttt..t"'t.'t!tt"t'

423

429

431 005212

432 005214

010146

013746

002364

RAARRAAAAAAAAAAARRAAAARAAAR AR AR AR

AR AR AR

INITRN = THIS SUBROUTINE INITIATES TRANSMISSION OF A MESSAGE, BY DOING A

MASTER CLEAR, LLOADING AX2-15 AND REG 17 WITH THE DATA PASSED IN THE 2

WORDS FOLLOWING THE CALL, LOADING 2 SOM CHARS INTO THE TX SILO, AND
CLOCKING THE LINE UNIT UNTIL THE FIRST SYNCH OR FLAG HAS BEEN SERIALIZED
IN THE USYRT. THE PROGRAM MONITORS ORDY,OCOR, AND OACT FOR VALID STATES,
THROUGHOUT THE PROCESS.
IF THE SUBROUTINE DETECTS AN ERROR, A RETURN IS MADE TO THE TEST, AT THE

ADDRESS CONTAINED IN RETADR.

INITRN: MOV

MOV

R1,-(SP)

REGNUM, = (SP)

;SAVE R1

:SAVE LU REG NO.

(ZDMSB MB8203 STATIC TESTS #2

GLOBAL SUBROUTINES

433 005220
434 005224
435 005232
436 005240
437 005244
438 005250
439 005252
440 005256

013746
016637
162737

002366
000006

004737

MACRO v03.01

MOV
MOV
SuB

002336
002336

JSR
JSR
1

JSR
0

002366
002360
002412
002412

441 005260
4462 005266
443 005274
444 005302
445 005310
446 005314
447 005320
448 005326
449 005334

MOV
MovB
MOV
MOovB
(LR
JSR

002364
000006
002352

002364

175024
175016

;SAVE AX BYTE NO.

#4 , SUBRP(
PC ,MSTCLR
PC,OSIRDY

;GET PC OF SUBR CALL
;ISSUE A MASTER (LEAR

PC,OACTIV

;CHK OACT=0

#4 , AXNUM

;SET AX BYTE NO. = 4 FOR AX?2
;SET DATA BYTE TO LOAD INTO AX2-15

26(SP) ,WAX15S

#TXSOM, TXWORD

WAX15, TXWORD
WAX16

PC,WRITAX

#17 ,REGNUM

96(SP) .WRIBYT

PC,WRITLU
PC.LDTXSI
PC.LDTXS]

;CHK FOR OACT = 0

JINIT CYCLE COUNTER
;SET LU REG NO. = 11
;SET LINE UNIT LOOP BIT
;SET CLOCK BIT
;STALL FOR MICRO-SEC
;READ REG 11
;SEE IF OACT = 1 YET
;BR IF QACT = 1
;CLEAR CLOCK BIT
;STALL FOR A MICRO-SEC
sINCR CYCLE COUNT

R1,43
63

PC,OACTIV

002420
174704

#17 ,REGNUM
CHPTYP
PC ,READLU

#0COR,REDBYT
12%

#1,CHPTYP
#STEPLU,@BSEL1
PC,STALL
PC,OSIRDY

12%:

000006

002336

RTS

:LOAD AXZ2
;SET REG NO. = 17
;INCR POINTER TO NEXT DATA BYTE
;SET DATA BYTE TO LOAD INTO REG 17
:LOAD REG 17
;LOAD THE SILO WITH SOM CHAR

PC,OACTIV

#STEPLU,QBSEL1
PC,STALL
R1

002350

;SET SYNCH (CHAR

PC.OSIRDY

PC,STALL
PC,READLU
gsOACT,REDBVT

9%:

;SET TSOM BIT

;LOAD ANOTHER SOM INTO SILO
;WAIT FOR DATA TO RIPPLE
:CHK ORDY=1, OCOR=1

#LULOOP ,@BSEL1
#STEPLU,@BSEL1

174770

;CHECK ORDY=1, OCOR=0

PC.WAITSO

#11 ,REGNUM

6%:

SEQ

= (SP)
AXNUM,

6(SP) ,SUBRP(

#2,6(SP)

002350

002364

12-SEP=79 13:20:11 PAGE 17-8

#2,6(SP)
(SP)+ ,AXNUM
(SP) + ,REGNUM
(SP)+,R1
SUBRP(

;SEE IF 3 CYCLES DONE YET

;BR IF NOT

;CHK FOR CACT =1

;SET REG NO. = 17

;CLEAR USYRT CHIP INDICATOR

;READ REG 17
;CHK FOR OCOR CLEARED YET
;BR IF YES = IT IS SIG CHIP

sSET INDICATOR FOR OTHER CHIP TYPE
;CLEAR CLOCK BIT
;STALL FOR MICRC-SEC
;CHK FOR ORDY = 1, OCOR = 0
JFIY UP RETURN PC

JRESTORE AX BYTE NO.
JRESTORE LU REG NO.
:RESTORE R1

;CLEAR SUBR CALL PC
;RETURN

(ZDMSB MB8203 STATIC TESTS #2

GLOBAL SUBROUTINES

MACRO v03.01 12-SEP=79 13:20:11 PAGE 17-9

SEQ

490
491

492
493
‘%

.."'Q.....t"'.."..fi"'t'....t.'.fi.'..'.t"..'QQ'.Q..".QQQQQ'.Q..'.'Q."".

495

497
498
499

c®
ad
:®

496

500

501

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 = 1, A CHK IS MADE TO
DETERMINE IF THE USYRT CHIP TYPE REQUIRES DECREMENTING THE NO. OF CYCLES

BY 1. THE PROGRAM (HECKS FOR VALID STATES OF ORDY,

o
s

IF AN FRROR IS DETECTED, A RETURN IS MADE TO THE TEST, AT THE ADDRESS
CONTAINED IN RETADR.

OCOR, AND OACT THROUGHOUT THE PROCESS.

505 005574

506 005576

507 005600
508 005606
509 005614
510 005622
511 205626
512 005632
513 005640
514 005642
515 005646

516 005650

517 005652
518 005656

519 005662
520 005664
521 005666
522 005672

523 005674

005676
005700
005704
005706

528 005712
529 005714
530 005716
531 005720
532 005724
533 005726
534 005734
535 005740
536 005742
g%g 005744

010146

010246

016637
162737
017637
004737
004737
062766
005001
017602
005702

100006

042702
005737

001401
005302
004737
000001

AR AR AR AR AR AR A AR A AR AR

TXCHAR: MOV

000004
000004
000004
004646
004620
000002

MOV

002336
002336
002412

MOV
SUB
MOV
JSR
JSR
ADD
CLR
MOV

000004

TST

BPL

100000
002420

BIC
TST

005024

BEQ
DEC
JSR
1

9%:

020102

001410
004737
000003
004737

000001
005201
000763
004737
000001
062766
005037
012602
012601
000207

CMP

BEQ
JSR
3
JSR

004334
004726

004334
000002
002336

INITIATES TRANSMISSION OF A CHARACTER, BY LOADING

THE TX SILO WITH DATA PASSED IN BITS 0-11 OF THE WORD FOLLOWING THE CALL

502
503

524
525
526
527

TXCHAR - THIS SUBROUTINE

12%:
000004

1
INC
BR
JSR
1
ADD
CLR
MOV
MOV
RTS

AAAAAARRAAAAAAAAAAARAAARAARAAAAAAAAA R AR CRAR R

R1,=(SP)

R2,=(SP)

4 (SP) ,SUBRPC
#4 , SUBRP(
@4 (SP) ,TXWORD
PC,LDTXSI
PC,WAITS0
l2 4(SP)

;SAVE R1

:SAVE R2
;GET PC OF SUBR CALL
;GET DATA TO BE TRANSMITTED

;LOAD THE TX SILO WITH THE DATA
;WAIT FOR DATA TO RIPPLE DOWN SILO
; INCR POINTER
JINIT CYCLE COUNT
;GET DESIRED NO. OF CYCLES
;SEE IF CHIP TYPE (HK SHOULD BE MADE
;BR _IF NOT

9%
R2
PC,OACTIV

;BR IF YES
;DECREMENT NO. OF
;CHK OACT = 1

M(SP) .R2
R2

#81T15,R2
CHPTYP

;CLEAR FLAG BIT
;SEE IF SIG USYRT

CYCLES

R1,R2

;SEE IF REQUIRED CYCLES DONE YET

PC,STPLU

;STEP LU ONE CYCLE

R?
9%
PC,OSIRDY

;INCR CYCLE COUNT

#2,4(SP)
SUBRP(
(SP)+,R2
(SP)+ ,R1
PC

JFIX UP RETURN P(
" ;CLEAR SUBR (CALL PC
JRESTORE R2
JRESTORE R1
JRETURN

12%
PC,OSIRDY

AR AR,

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

;CHK ORDY=1, OCOR=0

539

540
541
542
543

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

544
545
546

;%
:*
;e

ISIRDY = THIS SUBROUTINE CHECKS FOR THE PROPER STATES OF ICIR (REG 17)
AND IRDY (REG 12) 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

(ZDMSB M8203 STATIC TESTS #2

GLOBAL SUBROUTINES

MACRO v03.01

547
548

i
oTM

S50

549
551 005746
552 005752
553 005756
554 005762
555 005764
556 005772
557 006000
558
559 006012
560 006020
561 006022

562 006030
563 006032

564
565 006036
006036
006040
006042
006044

013746
013746
005737
001006
016637
162737
012737
004737
032776
001413
132737

001022

004737

566 006046

104455
070021
(1343C
016350
000451

568 006056
569 006060

001407
004737

571 006064
006064
006066
006070
006072

104455
000022
013445
016350

567 006050
570

572 006074
573 006076

574 006104
575 006110

132737

000436
012737

576 006116
577 006120
578 006126
579 006130

004737
132776
001413
132737
001031
004737

581 006134
006134
006136
006140
006142
582 006144
583 006146
584 006154

104455
000023
013466
016350
000412
132737
00141

587 006162
006162
006164
006166
006170

104455
000024
013503
016350

580

585 006156
586

00473

002364
002336
002336

000004
000004
000012
003344
000002

002336
002336
002364

000020

002350

000004

004200

000020
:
004200

000017

003344
000001

000010

004200

IN RETADR.

AR AR R

ISIRDY: MOV
MOV
TST
BNE
MOV
SuB
1%:
MOV
JSR
BIT

BEQ
BITB

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

3%:

9%:

000004

:BR IF IRDY = 1

BI1B
IRDY NOT

3%
#IRDY ,REDBYT
PC,GETALL

9%
PC,GETALL
CLEARED

18,EM18,ERR4

BR
MOV

16%
#17 ,REGNUM

BEQ
BITB
BNE
JSR

002350

16%

#IRPDY ,REDBYT

ERRDF

JSR
BIiTB

PC,READLU
#B1T0,a4 (SP)

12%
#ICIR,REDBYT
20%
PC,GETALL

JREPORT ICIR NOT SET

002350

12%:

AR AR

BEQ
JSR

R AR AR R AR

TO THE

;SAVE LU REG NO.

BNE

JREPORT

002364

SEQ

REGNUM, - (SP)
SUBRP(,=(SP)
SUBRP(
1%
4 (SP) ,SUBRP(
#4 ,SUBRP(
#12 ,REGNUM
PC,READLU
#MIT1,a4(SP)

JREPORT IRDY NOT SET
ERRDF
17,EM17 ,ERR4

002350

CALL.
IF AN ERROR OCCURS, A RETURN IS MADE

JSR

004200

000010

12-SEP=79 13:20:11 PAGE 17-10

ERRDF

19,EM19,ERRS

BR
BITB
BEQ

16%
#ICIR,REDBYT
20%

ERRDF

20,EM20,ERR4

JSR
PC,GETALL
;REPORT ICIR NOT CLEAR D

TEST AT THE ADDRESS
AR R AN

AR AR

R AR

JSEE IF THIS IS A NESTED CALL
;BR IF YES

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

;TAKE ERROR EXIT

TRAP
.WORD
.WORD
.WORD

(SERDF
17
EM17
ERR4

TRAP
.WORD
.WORD
.WORD

CS$ERDF
18
EM18
ERR4

TRAP
.WORD
.WORD
.WORD

(SERDF
19
EM19
ERR4

TRAF
.WORD
.WORD
.WORD

(SERDF
20
EM20
ERR4

;SEE IF IRDY = 0

‘BR IF IRDY = 0
;GET REGS FOR PRINTOUT

;TAKE ERROR RETURN
JSET REG NO. = 17
;READ REG 17
;GET EXPECTED STATE OF

ICIR

BR IF EXPECTED ICIR
= C
JSEE IF ICIR
= 1
‘BR IF ICIR =
;GET REGS FORRINTOUT

;TAKE ERROR RETURN
JSEE IF ICIR= 0
:BR IF ICIR= 0

;GET REGS FOR PRINTOUT

(ZDMSB M8203 STATIC TESTS #2

GLOBAL SUBROUTINES

588 006172

589 006200
590 006204

591 006210

016637

013706
013746

000407

168%:

MOV

2(SP) ,REGNUM

000004

20$:

BR
ADD

#2,4(SP)

;FIX UP ERROR-FREE RETURN P(

(SP)+.REGNUM

;RESTORE LU REG NO.

000002

594 006226

012637

002364

ggg 006230

000207

SEQ

002364

002332
002346

062766

012637

000002

592 006212

593 006220

MACRO v03.01 12-SEP=79 13:20:11 PAGE 17-11

002336

23%:

MOV
MOV

MOV

RTS

PSTACK, SP
RETADR,=(SP)

23%

(SP)+,SUBRP(

JRESTORE LU REG NO.

:RESTORE STACK POINTER TO BASE LEVEL
:FIX ERROR RETURN P(

JRETURN

597

598
569
600
601

;t""Q't"'.'fi"fi'.‘fl.."...'Qttfi't..'..t"'..t"tQ.'t.'."."'.""."'..Q"'Q

602
603

*» JACTIV = THIS SUBROUTINE CHECKS FOR THE PROPER STATE OF IACT (REG 12) AND
.
REPORTS AN ERROR IF IT IS NOT PROPERLY SET TO THE STATE OF BIT O IN THE

604
605
606

.
i+
i+

607

TO THE

TEST AT THE ADDRESS IN

.'t"'Q".fi'.t'.'Qt.t't..fi..tfifitfi‘.tfi'.'fi."'Qfii'.'t.ttt'ttfifit."tfiQ’.'Q‘Q'.."Q'

608 006232

013746

002364

610 006242

005737

002336

612 006250

016637

609 006236
611 006246

613 006256

013746

001006

006322
006322
006324
006326
006330

623 006332

624 006334
625 006342
626 006344
627
628 006350
006350
006352
006354
006356

001413
132737
001031
004737

000412
132737

001416
004737
104455
000026
013541
016350

016637

634 006406
635 006412

012637
012637

636 006416

002364

002336

000001

000004

000100

002350

004200

104455
000025
013524
016350

629 006360

630 006366
631 006372
632 006376
633 006400

000012
003344

032776

006304
006306
006314
006316

002336

004737

616 006276

615 006272

013706
013746
000407
062766
000207

000100

002350

004200

;SAVE LU REG NO.

TST

SUBRP(

;SEE IF

MOV

4(SP) ,SUBRP(

MOV

#12 ,REGNUM

BNE

1%:

SUB

JSR

BIT

SUBRP(,=(SP)
18

3$:

BR
BITB

6%:

000002
002336
002364

000004

9%:
12%:

MOV

PC,READLU

:READ REG 12

#81T0.a4 (SP)

6%
AIACT,REDBYT

2(SP) ,REGNUM

MOV
MOV
BR
ADD

PSTACK, SP
RETADR,=(SP)
12%
#2,4(SP)

RTS

MOV
MOV

THIS IS A NESTED CALL

YES

;GET PC OF

BEQ
9%
JSR
PC,GETALL
;REPORT TACT NOT CLEARED
ERRDF
22,EM22,ERR&

002364

:BR IF

#4 , SUBRP(

BEQ
38
BITB
AWIACT,REDBYT
BNE
9%
JSR
PC,GETALL
;REPORT IACT NOT SET
ERRDF
21,EM21,ERR4

000002

002332
002346

REGNUM,=-(SP)

MOV

000004

012737

IACTIV: MOV

002336

162737

614 006264

617
618
619
620
621
622

WORD FOLLOWING THE CALL.
IF AN ERROR OCCURS, A RETURN IS MADE
RETADR.

(SP)+,SUBRP(
(SP)+.REGNUM

SUBR CALL

;SET REG NO. = 12

JGET EXPECTED STATE GF

IACT

:BR IF EXPECTED IACT = 0
:SEE IF IACT = 1
:BR IF JACT = 1
;GET REGS FOR PRINTOUT

;TAKE ERROR EXIT
:SEE IF IACT = 0

TRAP
.WORD
.WORD
.WORD

(SERDF
21
EM21
ERR4

TRAP
.WORD
.WORD

CSERDF
22
EM?2?
ERR&

;BR IF JACT = 0
*GET REGS FOR PRINTOUT

JRESTORE LU REG NO.

.WORD

*RESTORE PROGRAM STACK TO BASE LEVEL
:FIX UP ERROR RETURN P(

;FIX UP ERROR-FREE RETURN PC
;RESTORE LU REG NO.
JRETURN

(ZDMSB MB203 STATIC TESTS #2

GLOBAL SUBROUTINES

MACRO v03.01

12-SEP=79 13:20:11 PAGE

SE@

17-12

AR R AR A AR AR AR R AR R A AR A A AR AR R AR AR AR AR RA AR RAAA AR AR RAARRANAAARARARRR

AR AR AR

;* RSEOM = THIS SUBROUTINE CHECKS FOR THE PROPER STATES OF RSOM AND REOM [N
;% AXO=16, AND REPORTS AN ERROR IF EITHER IS NOT SET TO THE STATE PASSED IN BITS
;* 0,7, RESPECTIVELY, OF

THE WORD FOLLOWING THE CALL.

.* IF AN ERROR OCCURS, A RETURN IS MADE TO THE TEST AT THE ADDRESS IN RETADR.
2233232232332 323223322232

013746
013746
005737
001006
016637
162737
012737
004737
032776
001413
132737

001022
004737

002366
002336
002336

RSEQOM:

000004
000004
000001
003576
000001

002336
002336
002366

000001

002356

1%:

004200

000035
013603
017540
000444

132737

001407
004737

004200

669 006546

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

BNE
MOV
SUB
MOV
JSR

000002

000004

000002

002356

004200

1%
4 (SP) ,SUBRP(
#4 ,SUBRP(
#1,AXNUM

PC,READAX

#B1T0,a4 (SP)
3%
#RSOM,RAX
16
9%
PC,GETALL
SET

ERRDF

28,EM?8.ERR6

;REPORT

RSOM NOT

CiEARED

BR
BITB
BEQ
BITB

16%
#81T1,94 (SP)
12%
#REOM,RAX16

JSR

PC,GETALL

ERRDF

31,EM31,ERR6

BNE

;REPORT REGM NOT

20%

SET

iRttt

FOR AX0-16

;READ AX0
;GET EXPECTED STATE OF RSOM
;BR IF EXPECTED RSOM = 0
;SEE IF RSOM = 1
;BR IF RSOM = 1
;GET REGS FOR PRINTOUT
TRAP

;TAKE

ERROR EXIT

.WORD
.WORD
.WORD

R3S

o0
—

000002

004200

002356

12%:

JSR

16%
#REOM_ RAX16
20%
PC,GETALL

;REPORT REOM NOT CLEARED

(SERD*®

29
EM29
ERR6

;SEE IF RSOM = 0
;BR IF RSOM = 0O
;GET REGS FOR PRINTOUT
TRAF

;TAKE ERROR RETURN
;GET EXPECTED STATE OF REOM

CS$ERDF

.WORD
.WORD
.WORD

28
EM?28
ERRE

TRAP

CSERDF

;BR IF EXPECTED REOM = 0
;SEE IF REOM = 1
;BR [F REOM = 1
;GET REGS FOR PRINTOUT

.WORD
.WORD

BR
BITR
BEQ

JGET PC OF SUBR CALL

;SET AX BYTE NO.

29,EM29,ERR6

JSR

BR
BITB
BEQ

9%:

SUBRP(,~(SP)

16%
H#RSOM,RAX16
9%
PC,GETALL

3%:

104455

000034
013562
017540
000431

SUBRP(

JREPORT RSOM NOT

002356

TST

MOV

ERRDF

000001

;SAVE AX BYTE NO.

BITB
BNE
JSR

104455

2222322222

- (SP)
AXNUM,

BIT
BEQ

000004

2222322022222

MOV

; TAKE ERROR RETURN
JSEE IF REOM = 0

JBR IF REOM = 0

JGET REGS FOR PRINTOUT

.WORD

31
EM31

ERR6E

(ZDMSB M8203 STATI(C TESTS #2

GLOBAL SUBROUTINES

006624

ERRDF

104455

000036
013620
017540
016637
013706
013746
000407
062766
012637
012637
000207

MACRO v03.01 12-SEP=79 13:20:11 PAGE 17-13

SEQ

30,EM30,ERRE

TRAP

.WORD

.WORD
000002

002332
002346

002366

16%:

MOV

20%:
23%:

CRR

JRESTORE AX BYTE NO.

g%;ADR,-(SP)

;FIX ERROR RETURN P(

MOV

PSTACK,SP

ADD
MOV
MCvV
RTS

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

Bngv

000002
002336
002366

2(SP) ,AXNUM

.WORD

CSERDF

30
EM30

ERR6E

JRESTORE STACK POINTER TO BASE LEVEL
sFIX UP ERROR-FREE RETURN PC(
JRESTORE AX BYTE NO.
sRETURN

A AR AR A AR AR AAAAAAAARAARAARAAAARARAAAAAARAARAARAARARAAAAAAAARAAATAARRAR
TR
TR RS

©* RDRXSI = THIS SUBROUTINE READS THE RCV SILO (REGS 10,12) AND RETURNS THE
e

SILO ENTRY IN BITS 0-11 OF RXWORD.

."!Q..tQQ'.'..".'.'...fi"'t."Qfit."fi."...".t"..'t.'."'tl't't'.'.'.'Q...'QQ

006672
006676

013746

002364

003344
002350

006710
006716
006724

1700C0

000010
003344
002350
002364

006732
005736

006744
006750

002364

RDRXSI: MOV

MOV
JSR
MOvB

002415
002414
002364

BIC

MOV
JSR
MOVB
MOV

002414

RTS

REGNUM, - (SP)

;SAVE LU REG NO.

#170000 ,RXWORD

;CLEAR UNUSED BITS

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

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

:tt'.'tttt.'tttfitltt'fitt."'i..'.QQ'.'.."""Q"tt!'i'.'ttttt'..Qt'tt.'..t'"Qt

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

"tt't".tt't't'tt"ttt"tittfit.'lfil.."'.Qi"t..'t"t.ttt"'ttt.t'ttt'tl'tt't.tfi

724 006752
725 006754

726 006756

727 006762
728
729
730
731

006770
006776
007004
007006

732 007012

733 007016
734 007022

010146
010346
013746
016637
162737

RCVIST:

002364

000004
000012
000006
000003
000006

002336
002336
002364

MOV

R1,-(SP)

MOV

6(SP)
, SUBRP(

MOV
MOV

SUB

MOV

CLR
MOV
ADD
ST
BEG

R3.-(SP)
REGNUM,-(SP)

:SAVE

*SAVE R3
:SAVE LU REG NO.

#4 , SUBRP(

:GET PC OF SUBROUTINE CALL

R1
96(SP) .R3
#3,R3

“INIT CYCLE COUNT TO 0
“GET CYCLE COUNT LIMIT

#12,RE GNUM
26 (SP)
8%

“SET LU REG NO. = 12

:SEE IF DESIRED CYCLES = O
‘BR IF YES

(2DMSB M8203 STATIC TESTS #2

GLOBAL SUBROUTINES
735 007024
736 007030
737 007032

7641 007046
742 007052
743 007054
744 007060
745 007062
746 007066
747 007074
748 007076

004737

006232

004737
000001
004737
000000
004737

005746

0000C0

000001
004737

750 007102
751 007106
752 007110
753 007114
754 007116
755 007122

007130
007132
007136
007140
007146
007152
007154

765
766
767
768
769
770
771
772
773
774
775
776
777
778
779
780
781

007162

PC,ISIRDY

JCHK FOR ICIR = 1,

PC ,RSEOM

;CHK RSOM = 0, REOM = 0 IN AX0-16

PC,STPLU

;CLOCK LU FOR 1 CYCLE

JSR
INC

:E.HAITSO

JALLOW SILO DATA TO RIPPLE
s INCREMENT CYCLE COUNT

BITB

;iRDY,REDBYT

JSR

6%:

004620

8%:

0
JSR
]

JSR

002350

BNE
(MP
BLT
JSR

PC ,READLU

R1,.R3

PC,ISIRDY

;READ REG 12
JSEE IF IRDY = 1 YET
;BR IF IRDY = 1
sSEE IF LIMIT EXCEEDED
;BR IF NOT YET
JCHK FOR ICIR = 1,

IRDY =1

005746

R1,a6(SP)
12%

PC,ISIRDY

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

006232

JSR

PC,IACTIV

;CHK FOR JACT =1

005746

JSR

PC,ISIRDY

;CHK FOR ICIR = 1,

ADD
MOV
MOV
MOV

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

;FIX UP RETURN PC

000002
002364

000006

002336

CLR

RTS

IRDY = 0

(MP
BGE
JSR

9%:

JRESTORE

IRDY =1

LU REG NO.

;RESTORE R3
JRESTORE R1

;CLEAR SUBR CALL PC
sRETURN

A AR AR A A AN R AP A AR AR AR AR AR AARAAARAAARARAARARAAAARAAAAARAAAAAARARARA
A AR R AN
A AR

:* STPERR - THIS SUBROUTINE LOADS THE CONTENTS OF THE FIRST WORD FOLLOWING THE
.

T
- %

007164
007170
007176
007204
007212
782 007216
783 007224

784 007:32

785
786
787
788
789

;CHK FOR JACT = 0

000006

764 007156

PC,IACTIV

0
JSR

005746

756 007124

757
758
759
760
761
762
763

JSR

004726

000020

SEQ

00642(C

003344

749 007100

MACRO v03.01 12=SEP=79 13:20:11 PAGE 19-16

007236
007240
007246
007252
007260

;g? 007264

013746
012737
017637
152737

002364
002352
002352

004737
062766
017637
004737

002352
000002
002364

000002

AR A A A

AR AR A AR AR AR

STPERR: MOV

MOV
MOV

BISB
JSR
ADD

000002
007236

000000

CALL INTO REG 17, AND SETS THE IERR BIT, AND CLOCKS THE LINE UNIT
THE NO. OF CYCLES PASSED IN THE 2ND WORD FOLLOWING THE CALL. THEN,
IT RESTORES REG 17 TO ITS ORIGINAL CONTENTS, CLEARING THE IERR BIT.

FOR

MOV

3%:

JSR
.WORD
BI(B
JSR
ADD
MOV
RTS

A AR RARAAAARARAAAARAAARAARAAAARARARRAAARAARAARARA
R AR R RA SRR TR R

REGNUM,
- (SP)

#17 ,REGNUM
a2 (SP) ,WRIBYT
#1ERR,WRIBYT
PC,WRITLU
#2,2(SP)

al2(SP),3%

PC,STPLU
O
#1ERR,WRIBYT
PC,WRITLU
#2,2(SP)
(SP)
+ ,REGNUM
PC

;SAVE LU REG NO.

;SET LU REG NO. = 17

;SET IERR BIT IN REG 17
; INCREMENT SUBR ARGUMENT POINTER
;GET DESIRED NO. OF CYCLES
;CLOCK LU FOR DESIRED NO. CF CYCLES
:NO. OF CYCLES GOES HERE

:CLEAR IERR BiT IN REG 17
JFIX UP RETURN PC
JRESTORE LU REG NO.
JRETURN

(ZDMSB M8203 STATIC TESTS #2

GLOBAL

SUBROUTINES

MACRO v03.01 1¢=SEP=79 13:20:11 PAGE 17-15

792
793
794
795

SEQ

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

797
798
799

* (KDATA = THIS SUBROUTINE READS THE RCV SILO AND COMPARES THE SILO ENTRY
.
T0 BITS 0-11 OF THE FIRST WORD FOLLOWING THE CALL. IF THERE IS A
Te
MISMATCH, THE ERROR 1S REPORTED AND A RETURN IS MADE TO THE TEST AT

801

800

802
803
w

ADDRESS CONTAINED IN RETADR.

IF BIT 15 = O IN THE FIRST WORD

i
i

BIT 8). IF THERE ARE NO ERRORS, THE LINE UNIT IS CLOCKED FOR THE
NUMBER OF CYCLES PASSED IN THE SECOND WORD FOLLOWING THE CALL.

THE

FOLLOWING THE CALL, THE SUBROUTINE WILL NOT CHECK THE BCC BIT (SiLO

"'tt.'tQQt'..Qi'Q.l'..Qfi'.Q...t.t...Q.Q.fi.l't..tt'.'.'.."Q.Q.Q'Q..Qi"'..l"tt.-

805 007266
806 007270
807 007274
808 007302
809 007310

010146
013746
016637
162737
017601

811 007320
812 007324
813 007332
814 007334
815 007340
816 007346
817 007352
818 007354
819 007360
820 007364
821 007370
822 007376
823 007404
824 007410
825 007416
826 007420
827
828 007424
007424

004737
023727
001005
042701
042737
120137
001445
005037
110137
005037
113737
012737
004737
132737
001410
004737

007430
007432
829 007434
830 007440
831 007446
832
833 007452
007452
007454
007456
007460
834 007462
835 007466
836 007470
837 007476
838 007502
839 007504
840 007510

014533
016350
000137
012737
004737

810 007314 042701

007426

002364
000004
000004
000004

002336
002336

170000

006672
002424

000200
000200
002414
002370
002370
002372
002414
000011
003344
000001

BIC

000347
002414

002372
002364
002350

004200

104455
000066

104455
000042
013656
020650
000137
000301
012737
120137
001002
000137
005037

(KDATA: MOV
MOV
MOV
SuB
MOV

R1,=(SP)
REGNUM,-(SP)
4 (SP)
, SUBRP(
#4, SUBRP(
8 (SP) ,R1

#170000,R1

:SAVE R1
:SAVE LU REG NO.

:GET PC OF SUBR CALL
*GET EXPECTED SILO ENTRY

:CLEAR UNUSED BITS FOR COMPARE

JSR
PC ,RDRXS |
:READ RCV SILO
cMP
SAVLEN, #TXLEN2 ! TXLENT ! TXLENO'RXLEN2 'RXLENT 'RXLENO
BNE
43
:BR IF CHAR LENGTH NOT = 7
BIC
#B177.R1
‘MASK OFF 8TH BIT
BIC
#8177 .RXWORD
4:
(MPB
R1,RXWORD
; COMPARE EXPECTED BITS 0-7 TO ACTUAL
BEG
63
‘BR IF MATCH
CLR
GOODAT
MOVB
R1,GOODAT
:GET EXPECTED DATA
CLR
BADDAT
MOVB
RXWORD,BADDAT
;GET ACTUAL DATA
MOV
#11,REGNUM
:SET REG NO, = 11
JSR
PC,READLU
READ REG 11
BITB
WUNRR,REDBYT
:SEE IF TX UNDERRUN ERROR
BEQ
5%
:BR IF NOT,TO REPORT DATA ERROR
JSR
PC,GETALL
*GET REGS FOR PRINTOUT
;REPORT TX UNDERRUN ERROR
ERRDF
54 ,EMS4, ERR4
TRAP

.WORD
.WORD

(SERDF
54
EMS&
ERRé4

TRAP
.WORD
.WORD
.WORD

CSERDF
34
EM34
ERR8

.WORD

010116
000010
004200

002364

010116

000012
002415
010072
002370

002364

JMP
368
MOV
#10 , RE GNUM
JSR
PC, GE TALL
:REPORT RCV'D DATA M]SCOMPARE
ERRDF
34 ,EM34,ERRS

S5$:

¢s:

7$:

JMP
SWAB
MOV
(MPB
BNE
JMP
(LR

368
RI

#12 ,RE GNUM
R1,RXWORD*1
7$
22%
GOODAT

:TAKE ERROR EXIT
:SET REG NO. = 10
*GET REGS FOR PRINTOUT

:TAKE ERROR EXIT

;SET LU REG NO. FOR ERROR REPORTS
:COMPARE EXPECTED SILO BITS 8-11 TO ACTUAL
‘BR IF MISMAT(H
* CONT INUE

(ZDMS8 MB8203 STATIC TESTS #2

GLOBAL SUBROUTINES

841 007514
842 007520
843 007526
844 007532
845 007540
846 007542
847 007546
848 007550
849 007556
850 007560

110137
005037
113737
032776
001433
132701
001014
132737
001424
004737

852 007564
007564

104455

851

007566
007570
007572
853 007574

854 007600
855 007606
856 007610
857
858 007614
007614

007616
007620

007622
859 007624
860 007630

861 007630
862 007636
863 007636
864 007644
865 007646
866
867 007652
007652

007654
007656
007660
868 007662
869 007666
870 007674
871 007676
872
873 007702
007702
007704
007706
007710
874 007712
875 007716
876 007716
877 007722
878 007724
879 007732
880 007734
881

000043
013704
020650
000137
132737
001010
004737

002370
002372
002415
10000C

002372
000004

000001

002415

004200

010116
000001

MACRO v03.01 12=SEP=79 13:20:11 PAGE 17-16
MOVB
CLR
MOVB
BIT
BEQ
BITB
BNE
BITB
BEQ
JSR

R1,GOODAT
BADDAT
RXWORD+1,BADDAT
#BCCCHK,
34 (SP)
108
#BCC,RI
8%
#BCC,RXWORD+1
108
PC, GE TALL

ERRDF

35,EM35,ERRS

:REPORT BCC NOT CLEARED

002475

004200

104455

JMP
BITB
aNE
JSR
:REPORT BCC NOT
ERRDF

8$:

368
#BCC,RXWORD+1
108
PC, GETALL
SET
36,EM36,ERR8

132701
001014
132737
001424
004737
104455
000045
013740
020650
000137
132737
001010
004737

104455
000046
013761
020650
000137

132701
001014
132737
001424
004737

010116

108

000002
000002

002415

004200

;SET ACTUAL DATA
:SEE IF BCC SHOULD BE [GNORED
‘BR IF YES
*SEE IF EXPECTED BIT = 1
‘BR IF YES
:SEE IF ACTUAL BIT = 0
‘BR IF YES
“GET REGS FOR PRINTOUT
TRAP

:TAKE ERROR EXIT
:SEE IF ACTUAL BIT = 1
‘BR IF YES
*GET REGS FOR PRINTOUT

010116
000002

002415

004200

010116

004200

368

:TAKE ERROR EXIT

BITE
BNE
BITB
BEQ
JSR

#EBLK.R
128
#EBLK,RXWORD+1
14$
PC,GETALL

:SEE IF EXPECTED BIT = 1
‘BR IF YES
:SEE IF ACTUAL BIT = 0
‘BR IF YES
*GET REGS FOR PRINTOUT

JMP
368
BITB
WEBLK,RXWORD+1
BNE
148
JSR
PC,GETALL
;REPORT EBLK NOT SET
ERRDF
38,EM38,ERRS
12%:

148:

000004
000004

JMP

:REPORT EBLK NOT CLEARED
ERRDF
37,EM37,ERRS

002415

:TAKE ERROR EXIT
-SEE IF ACTUAL BIT = 1
‘BR IF YES
*GET REGS FOR PRINTOUT

36$

:TAKE ERROR EXIT

BITB
BNE
BITB
BEQ
JSR

#RAB.RI
168
#RAB,RXWORD+1
18%
PC,GETALL

:SEE IF EXPECTED BIT = 1
‘BR IF YES
:SEE IF ACTUAL BIT = 0
‘BR IF YES
*GET REGS FOR PRINTOUT

JREPORT RAB NOT CLEARED

;SET EXPECTED DATA

000044
013724

020650
000137

SEQ

(SERDF

.WORD
WORD
_WORD

35
EM3S
ERR8

TRAP

CSERDF

.WORD
.WORD
WORD

36
EM36
ERRS

TRAP
.WORD
WORD
WORD

CS$ERDF
37
EM37
ERRS

TRAP
.WORD
"WORD
'WORD

CSERDF
38
EM38
ERR8

(ZDMSB MB203 STATIC TESTS #2

GLOBAL SUBROUTINES

882 007740
007740
007742
007744
007746
883 007750
884 007754

885 007762
886 007764
887
888 007770
007770
007772
007774
007776
889 010000
890 010004

891 010004
892 010010

893 010012
894 010020

g95 010022
96
897 010026
010026
010030
010032
010034
898 010036

104455

ERRDF

39,EM39,ERRS8

JMP
BITB
BNE

36%
#RAB ,RXWORD+1
18%

010116
000004

002415

004200

16%:

JSR

;REPORT RAB NOT

ERRDF

104455

014016
020650

CSERDF

EM4O

010116

132701
001014
132737
001424
004737

000010

18%:

002415

004200

JMP

36%

;TAKE ERROR EXIT

BITB
BNE
BITB
BEQ

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

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

ERRDF

41,EM41,ERRS8

JSR
PC,GETALL
;REPORT OVRR NOT CLEARED

104455

ERR8

CSERDF

000051
014032

010116
000010

002415

20%:

JMP
BITB
BNE
JSR

sREPORT OVRR NOT

010116
000002
000004
004726

000004
010112

012637
000207

000002
002364

002336

22%:

24%:
36%:

002364
002332
002346

cuh e

b e

elelelelelelelelelolelele]

—h o

elelelelelelelelelelele]le]

40,EM40,ERRS

000137

-9

§83858
b
i
i
i
i
D

NOWVSWN=O

il o

PC,GETALL
SET

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

000059

ERRDF

00000000

CSERDF
39
EM39
ERR8

000047
013776

004200

918

MACRO v03.01 12-SEP=79 13:20:11 PAGE 17-17

000004

38%:
40%:

36%
#OVRR ,RXWORD+1
22%
PC,GETALL
SET

;TAKE

EM4T
ERR8

ERROR EXIT

sSEE IF ACTUAL BIT =1
;BR IF YES
JGET REGS FOR PRINTOUT

42 ,EM42,ERRS8

TRAP

.WORD
.WORD
.WORD

JMP

36%

;TAKE ERROR EXIT

ADD
MOV
JSR

#2,4(SP)
@4 (SP) ,24%
SC.STPLU

s INCR SUBROUTINE ARGUMENT POINTER
;GET DESIRED CYCLE COUNT
;CLOCK LU FOR DESIRED CYCLES

38%

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

MOV
MOV
MOV

BR
ADD

MOV
MOV
CLR
RTS

(SP) ,REGNUM
PSTACK,SP
RETADR,=(SP)

40%
#2,4(SP)

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

;RESTORE PROGRAM STACK TO BASE LEVEL
;FIX UP ERROR RETURN P(

JFIX UP ERROR-FREE RETURN PC
JRESTORE

LU REG MO.

JRESTORE R1

;CLEAR SUBROUTINE PC
JRETURN

CSERDF
42
EM&L2

ERR8

(ZDMSB MB8203 STATIC TESTS #2

GLOBAL SUBROUTINES

MACRO v03.01 12-SEP=79 13:20:11 PAGE 17-18

923

SEQ

gss

.'Qtt'tt"'Qt"...Q.ttt'.."Qtttt.t.t.t.t.."..t.t.t'..tQ..Q.Q....Q'QQ..."'..Q'Q

927

926

:* LODATA = THIS SUBROUTINE LOADS THE TRANSMITTER SILO WITH S SOM'S, THE DATA

928

929

930

931 010156

010146

934 010164
935 010170
936 010172

004737
000400
000005

010720

938 010200

012704

002762

939 010204

940 010210

941 010214
942 010220
943 010224

010446

012701

000002

012703

002557

005037

112337
013724

004737

947 010240
948 010242

68 :

002412
002412

004646

950 010256
951 010262

004737
004737

004646
004646

954 010272
955 010274
956
957
958
959
960

012601
000207

;LOAD 5 SOM'S INTO Tx SILO

MOV

#2.R1

;INIT COUNTER

MOV

#PATA RS

“GET POINTER TO DATA PATTERN

MOV

CLR

MOVR
MOV

R& ,=(SP)

#RCVBUF R&
TXWORD

R3.#PATR

“SEE IF AT END OF PATTERN A YET

BLO
DEC

68
R1

MOV

#TXEOM, TXWORD

MOV
MOV

MOV
RTS

;GET POINTER TO RCV BUF

;GET A DATA (CHAR
;LOAD A DATA CHAR INTO RCV BUF

PC,LDTXSI

JSR
JSR

:SAVE Ré&

(R3) +, TXWORD
TXWORD, (R4) +

JSR

BNE
BIS

177776

949 010250 012737 001000 002412

952 010266 012604
953 010270 012603

PC,LODSIL

CMP

103765
005301

100400

;SAVE R1
:SAVE R3

JSR
TXSOM
5

002412

001361
052764

R1,=-(SP)
R3,-(SP)

MOV

94 010230 020327 002603

945 010234
946 010236

THE

EXPECTED DATA FOR LATER COMPARISON.

LODATA: MOV
MOV

010346

937 010174

IN ADDITION,

.'lQQ.'t."'..'l.".t.'.tt'.fl..QQ.Q‘Q.QQQQQ..'..'Q..'..QQ'.t't.'.'.."..."'tt."

932 010160

933 010162

IN PATTERN A REPEATED 2 TIMES (40 CHARS), AND 2 EOM'S.

DATA CHARS ARE ALSO LOADED INTO THE RECEIVED MSG BUFFER (RCVBUF:), AS

;LOAD DATA CHAR INTO TX SILO
*BR IF NOT YET
;DECREMENT COUNTER

3%
BR IF NOT DONE YET
#CRCCHK'RXBCC, -2(R4) ;SET UP TO CHK BCC = 1 ON LAST DATA (HAR
PC,LDTXSI
PC,ILDTXSI

:LOAD AN EOM INTO TX SILO
;LOAD ANOTHER EOM

(SP)+ ,R1
PC

;RESTORE R1
*RE TURN

(SP)+,R&
(SP)+.R3

*RESTORE R&
*RESTORE R3

ttttttti.t'tttttttttttttt.tt'ttt.tt'ttlttttttltttlt'tt'ltttti't"l'ttttt'tt'nt

962
963
964

:* SETUP = THIS SUBROUTINE LOADS THE FIRST WORD AFTER THE CALL INTO AX2-15
.'
(SYNCH CHAR), LOADS THE SECOND WORD AFTER THE CALL INTO REG 17
o%
LOADS THE THIRD WORD INTO AX3-=15, AND LOADS THE FOURTH WORD INTO AX3-16.

966 010276 013746 002366
967 010302 013746 002364
968 010306 012737 000004
969 010314 017637 000004

SETUP:

972 010332

"ttttttttttttttttttt'ttttttttQtttttfitttttttttt'tttttttttttit'ttttttttttttttt"tt

002366
002360

MOV
MOV
MOV
MOV

AXNUM, - (SP)
REGNUM, - (SP)
#4 , AXNUM
34 (SP) ,WAX15

012737 000017

002364

MOV

#17 ,REGNUM

974 010346 017637 000004
975 010354 004737 003422
976 010360 012737 000006

002352

002366

MOV
JSR
MOV

@4 (SP) ,WRIBYT
PC.WRITLU
#6 . AXNUM

002360

MOV

34 (SP) ,WAX15

970 010322
971 010326

005037
004737

002362
003764

973 010340

062766

000002

977 010366

062766

000002

979 010402

062766

000002

978 010374

017637 000004

000004

000004
000004

CLR
JSR

ADD

ADD
ADD

:SAVE AX BYTE NO.
*SAVE LU REG NO.
*SET AX BYTE NO. FOR AX2

WAX16
PC ,WRITAX

:SET SYNCH CHAR IN AX2-15, CLEAR AXZ2-16

#2.4(SP)

“INCREMENT ARGUMENT POINTER

#2,4(SP)
#2,4(SP)

“SET LU REG NO. = 17

:LOAD REG 17
*SET AX BYTE NO. FOR AX3

; INCREMENT ARGUMENT POINTER
s INCREMENT ARGUMENT POINTER

(ZDMSB M8203 STATIC TESTS #2

GLOBAL SUBROUTINES

980 010410
981 010416

017637
013737

000004
002362

983 010432

004737

003764

985 010444
986 010452
987 010456
988 010462

062766
012637
012637
005037

982 010424

984 010436

989 010466

990
991
992

142777

152777

000207

000010

000002
002364
002366
002336

MACRO v03.01 12-SEP-79 13:20:11 PAGE 19-19

SEQ

002362
002424

172006

84 (SP) ,WAX16
WAX16,SAVLEN

JSTORE TX AND RCV CHAR LENGTHS

JSR

PC,WR]TAX

;LOAD AX3-15, AX3-16

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

sFIX RETURN PC
JRESTORE LU REG NO
RESTORE AX BYTE NO
;CLEAR SUBROUTINE PC STORAGE

BICB

171774

000004

MOV
MOV

#LULOOP,aBSELT1

BISB

#LULOOP,aBSELT

RTS

ADD
MOV
MOV
CLR

;CLEAR LULOOP

;SET LULOOP

*RETURN

995

999
1000 010470
1001 010472

010146
010246

R
LODMSG: MOV
MOV

1003 010500
1004 010506

062766
017602

996
997
998

1002 010474

1005 010512

1006 010520

1007 010524
1008 010530

1009 010532
1010 010534

1011 010540

1012 010542

}8}2 010544

;% LODMSG - THIS SUBROUTINE LOADS THE NO. OF WORDS PASSED IN THE SECOND WORD
."
FOLLOWING THE CALL FROM THE MSG BUFFER WHOSE ADDRESS IS IN THE FIRST
i
WORD FOLLOWING THE CALL, INTO THE TRANSMITTER SILO.

017601

000004

062766

000002

012137

004737
005302

001372
004737
012602

000002
000004

002412

000004
000004

004646

MOV

24 (SP) ,R1

ADD

#2,4(SP)

ADD
MOV

6%:

MOV
JSR
DEC

BNE
JSR

004620

MOV

012601

MOV

000207

e T T
R1,-(SP)
R?.-(SP)

RTS

#2,4(SP)
84 (SP) ,R2
(R1)+, TXWORD

TT
;SAVE R1
.'SAVE R2

JGET MSG POINTER INTO R1

s INCR ARG POINTER
;GET WORD COUNT INTO RZ
JFIX UP RETURN PC

;GET NEXT MSG WORD

PC.LDTXSI
R2

;LOAD A WORD INTO TX SILO
;DECR COUNT

(SP)+,R2

;RESTORE RZ2

6%
PC,WAITS0
(SP)+ ,R1

:BR IF NOT DONE YET
;WAIT FOR SILO TO RIPPLE
JRESTORE R1

sRETURN

1015
1016

1017
1018
1019
1020
1021

R
;% LDBYTS = THIS SUBROUTINE LOADS THE NO. OF BYTES PASSED IN THE SECOND WORD
R
FOLLOWING THE CALL FROM THE MSG BUFFER WHOSE ADDRESS IS IN THE FIRST

1024

1022
1023

e
i

1025 010546
1026 010550
1027 010552
1028 010556
1029 010564
1030 010570
1031 010576
1032 010602

010146
010246
017601
062766
017602
062766
112137
105037

1036 010616

004737

1033 010606
1034 010612
1035 010614

004737
005302
001370

000004

000002
000004
000002
002412
002413
004646

004620

000004
000004

WORD FOLLOWING THE CALL, INTO THE LOW BYTE OF THE TX SILO. FOR EACH
BYTE LOADED, A O IS LOADED INTO THE HI 4 BITS OF THF TX SILO.
Lt

LDBYTS: MOV
MOV
MOV
ADD
MOV
ADD
6%:
MOVB
CLRB
JSR
DEC
BNE

JSR

R1,-(SP)
R2,-(SP)
@4 (SP) ,R1
#2,4(SP)
@4 (SP) ,R2
#2,4(SP)
(R1)+,TXWORD
TXWORD+1

;SAVE R1
:SAVE R2
;GET DATA POINTER INTO R1
;INCR ARGUMENT POINTER
:GET BYTE COUNT INTO RZ2
JFIX UP RETURN PC
;GET NEXT DATA BYTE
;CLEAR HI BYTE

PC,WAITS50

JWAIT FOR SILO TO RIPPLE

PC,LDTXSI
R2
6%

;LOAD A SILO ENTRY
;DECR BYTE COUNT
BR IF NOT DONE YET

(ZDMSB M8203 STATIC TESTS #2

GLOBAL SUBROUTINES
1037 010622
1038 010624
1039 010626

MACRO v03.01 12-SEP=79 13:20:11 PAGE 19-20

SEQ

012602
012601
000207

MOV
MOV
RTS

(SP)+,R2
(SP)+ ,R1

JRESTORE R2

;RESTORE R1

;RETURN

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

;* LDMSG1 = THIS SUBROUTINE LOADS THE TRANSMITTER SILO WITH MSG1,
x
x

THE DATA CHARS INTO THE RCV MSG BUFFER
FOR LATER COMPARISON.

AND LOADS
(RCVBUF:), AS EXPECTED DATA

:tt'.fitlt'..'tQt....fi!..t't.tl..'Q'..t...t"t..t't.t'.t.t.t.'.t....t'.'......'..

LDMSG1: MOV

010146

R1,=-(SP)

:SAVE R1

:LOAD MSG1 INTO TX SILO (WITH 2 SOM'S, 1 EOM)

010720

MOV
JSR

010470

JSR -

PC.LODMSG

8.
MOV
MOV
MOV
CMP
BLO
BIS
MOV

#MSG1 +4 ,R1
:GET POINTER TO MSG1
#RCVBUF ,R2
*GET POINTER TO MSG BUF
(R1)+, (R2)+
:LOAD A CHAR INTO MSG BUF
R1,MM5G"+14.
:SEE IF DID LAST DATA CHAR YET
3$
:BR IF NOT
#CRCCHK|RXBCC,=2(R2) :SET EXPECTED BCC
#160, (R2)+
:LOAD HI CRC BYTE

MOV
MOV

(SP)+,R¢
(SP)+.R1

IXSOm

002674
002762

38:

002706
100400

000160
000034

177776

MOV

1068 010716

RTS

R2.=(SP)
PC.LODSIL

*SAVE R2
*LOAD 3 SOM'S INTO TX SILO

#034 . (RZ) +

:LOAD LO CRC BYTE

*RETURN

*RESTORE R2
*RESTORE R1

ttt'.'tQtttfl'.t.!'iQ.Q.tt"tt'tt'.tt.Q'l'tt.ttiltfi.."tiii'itt'Qt't..'fi."'t.tt

‘x LODSIL = THIS SUBROUTINE REPEATEDLY LOADS THE DATA PASSED IN THE FIRST WORD

x
i

FOLLOWING THE CALL INTO THE TX SILO, FOR THE NO. OF TIMES PASSED IN THE
SECOND WORD FOLLOWING THE CALL.

;ttt'*.tti't'ti'*.ttttttti'fi'tfitt..'fittfi't'..*fittt!ttttttt.'t""t.!t..tt.'.t."

lelelelelelelels)

232338ER8RER"&

1079 010720
1080 010722
1 010730
10736

10750

010146

000002
000002
000002
004646
004620
000002

002412
000002

{ODSIL: MOV
38:

000002

MOV
ADD
MOV
JSR
DEC
BNE
JSR
ADD
MOV
RTS

R1,=-(SP)

:SAVE R1

*RETURN

22(SP)
, TXWORD
#2,2(SP)
82(SP) ,R1
PC,LDTXSI
R1
38
PC,WAITSO
#2.2(SP)
(SP)+.R1

:GET DATA
:INCR ARGUMENT POINTER
*GET COUNT
*LOAD WORD INTO TX SILO
*DECR COUNT
*BR IF NOT ALL LOADED YET
ALLOW SILO DATA TO RIPPLE
*FIX UP RETURN PC
*RESTORE R1

(ZDMSB MB8203 STATIC TESTS #2

GLOBAL

SUBROUTINES

8 7
MACRO v03.01 12-SEP=79 13:20:11 PAGE 17-21

SE@

183‘5.

R R AR AR AR AR AN AR A AR AR R RN AR AR R AR AN AN AR AR AN R AR AR RN R AR RN RN R RN RR NP o

1101
1102

e
o®

1096
1097
1098
1099
110C

;* (KLPBK = THIS SUBROUTINE DETERMINES IF THE TEST CALLING IT CAN BE RUN. THE
o
TEST PASSES THE DESIRED MODEM INTERFACE TYPE IN THE WORD FOLLOWING THE
e
CALL, AND IF THE PROPER EXTERNAL LOOPBACK HAS BEEN PROVIDED BY THE
e
OPERATOR FOR THAT INTERFACE, AND IF THE BAUD RATE IS CORRECT, A NORM:L
o>
RETURN IS MADE TO RUN THE TEST. IF NOT, A RETURN IS MADE TO THE TEST,

1103
1104

AT THE ADDRESS IN RETADR (RETADR CONTAINS THE TEST EXIT ADDRESS,
THE TEST GETS SKIPPED).

o
Jw

IF BIT 15 IS SET IN THE WORD FOLLOWING THE CALL, THE TEST WILL NOT
BE RUN UNLESS THE H3254 AND H3255 TEST CONNECTORS ARE INSTALLED. IF THE

3535}3 IN MODINT. IF NECESSARY, THE SUBROUTINE WILL SET MAINTT, MAINTZ,

1108
1109

ox
o*

IF THE PROGRAM PASSES '0' IN THE WORD FOLLOWING THE CALL, THE SUBROUTINE
WILL ATTEMPT TO RUN WHICHEVER MODEM INTERFACE IS SELECTED BY CABLE,

1112

RN AR

1105

}}89

1110
1111

A
*

1113 010770

013746

1114 010774

013746

1116 011002
1117 011010

016637
162737

1115 011000

1118
1119
1120
1121
1122
1123
1124

TEST IS TO BE RUN,

011016
011024
011032
011034
011040
011042

1125 011046

1126 011054
1127 011056

1128 011064
stg 017072

010246

012737
032776
001405
005737
001074
000137

023727
001466
142777

012737
004737

002364

CKLPBK:

002366

000006
000004

000333
100000

002336
002336

002422
000006

002462

012074

002462

000004

000010
000006

171354
002366

003576

H%}
027627
001422

1136 011114

001512

1137 011116
1138 011124

1139 011126

1740 011132

1741 011140
1142 011142

‘sz 011146
1145

000006

000010

027627

000006

000020

027627

000006

000200

000137

011426

001002

027627

001002
000137

000137

1146 011152

005737

1149 011166
1150 011170

002405
042737

1147 011156
1148 011160

AR AR A A

MOV

AN AR A AR AR AR AR AR AR AR AR AR

REGNUM, - (SP)

;SAVE REG NO.

R2,-(SP)

;SAVE R2

MOV

AXMH.-(SP)

MOV
SuB

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

MOV
BIT
BEQ
TST
BNE
JMP
;IF NO EXTERNAL

CMP

BEQ
BICB

MOV
JSR

IF SUCCESSFUL,
IN MODINT.

THE

SELECTED

INTERFACE WILL

ARA R AR AN AR AR AR RN AR AR

RN RN A

;SAVE AX BYTE NO.

;GET PC OF SUBR CALL
#1622'XYZ'V3S!INTGRL'OP!'TEST
,MODINT ;INIT MODEM SELECT BITS
#TCCHEK ,@6(SP)
:SEE IF H3254.5 CHECK IS DESIRED
1%
;BR IF NOT
TSTCON
JSEE IF H3254,5 INSTALLED
7%
;BR IF NOT, TO SKIP TEST
32%
;BR TO RUN TEST
LPBK, SKIP TEST

TSTCON, 44

;SEE IF NO LPBK

#6 , AXNUM
PC ,READAX

;SET AX BYTE NO.
;READ AX3-15

7%
#LULOOP,aBSELT1

;BR IF NO LPBK,
;CLEAR LULOOP

TO SKIP TEST

FOR AX3-15

;x=x SFE IF AN INTERFACE 1S REQUESTED =«

1133 011076
1134 011104

1135 011106

SWITCH, OR TEST CONNECTOR.
BE PASSED BACK TO THE TEST

MOV

1$:

THE SUBROUTINE RETURNS THE MODEM SELECT BITS FOR

001050
023727

000006

000100

011462

2%:

002462

4%:

:SEE

000010

002422

;SEE IF INTEGRAL MODEM REQUESTED
BR IF INTGRL MODEM REQUESTED

BEQ

10%

;BR IF V.35 REQUESTED

5%:

*SEE IF V.35 REQUESTED

@6 (SP) #1422

JMP

148

;422 REQUESTED

3%
17%

;BR IF XYZ NOT REQUESTED
;XYZ REQUESTED

’%

CMP

a6 (SP) ,AXY2

JMP

21%

BNE
JMP
IF

a6 (SP) ,Av35

CMP

BNE

3s:

000004

96(SP) ,#INTGRL
43

CMP

011554

002464

CMP
BEQ

INYEGRAL MODEM CAN BE

TST

BNE
CMP

BLT
BIC

TSTCON

8%
BDRATE ,#4

6%
#INTGRL ,MODINT

;SEE IF 422 REQUESTED

BR IF 422 NOT REQUESTED

“SEE IF XYZ REQUESTED

JNONE REQUESTED, FIND AN INTERFACE TO TEST
RUN

;SEE

IF H3254 AND H3255 USED

BR IF NOT
;SEE IF BAUD RATE

> OR
= S6kK
BR IF BAUD RATE TOO SLOW FOR
;ASSERT INTEGRAL MODEM

INTGRL MCDM

(ZDMSB M8203 STATIC

GLOBAL SUBROUTINES
ed

1151 011176
115¢
B
115% 011202

1154 011202
1155 011210
1156 011212

1157

011212
011216
011222
011224
011226

1158 011232
1159 011232
1160 011240
1161 011242

011242
011246
011252
011256
011260
011262

1162 011266
1163 011274
1164 011300
1165 011306
1166
1167 011310
1168 011310
1169 011316
1170 011320

011320
011324
011330
011332
011334

1171 011340
1172
1173
1174 011342
1175 011350

1176 011352

1177 011356
1178 011360
1179 011366
1180 011374
1181 011400
1182 011406
1183 011410

1184
1185
1186
1187
1188
1189
1190
1191

011416
011422

011426
011432
011434
011442

TESTS #2

020137

012074

023727
001026

002402

012746
012746
010600

013127
000001

062706

00C004

023727
001012

002402

013746
012746
012746
0106C0

002434
013076

104417

MACRO v03.01

A%
12-SEP=79 13:20:11 PAGE

JMP

CMP
BNE

PRINTF

SEQ

;GO TO RUN TEST

41
STARES

JSEE IF THIS IS FIRST PASS SINCE STA OR RES

INCORRECT''

40%
HFMT25

;BR

IF NOT,

TO SKIP PRINTING

MOV
MCV
MOV

TRAP
ADD

%gRINT "'TEST XX NOT RUN''

000001

CMP

BNE

PRINTF

41
STARES

40%

#FMT19,TSTNUM

;SEE IF

000006

40%:

002354

RS :

#EMI1
25 ,-(SP)
#1,-(SP)

SP,RO
CSPNTF

#4,SP

THIS IS FIRST PASS SINCE STA OR RES

;BR IF NOT,

TO SKIP PRINTING

MOV
MOV
MOV
MOV

000002

000006
002346
012102
000010

328

é:RINT "BAUD RATE
000001

17=22

TRAP
ADD

TSTNUM, -(SP)
#FEMT19,-(SP)
#2,-(SP)

SP,RO
CSPNTF

#6,SP

JMP
BIT
BNE

33%
#INTGRL ,RAX15
5%

JSET TEST EXIT ADDRESS FOR ERRORS
;GO TO SKIP TEST
;SEE IF INTEGRAL MODEM IS SELECTED
:;BR IF YES, TO CHECK BAUD RATE

CMP

41
STARES

;SEE IF THIS IS FIRST PASS SINCE STA OR RES

MOV

RETADR,6(SP)

6§RINT 'MODEM INTERFACE NOT SELECTED''

023727
001363

002402

012746
012746
010600

013157
000001

062706
000734

000004

032737
001357
005737
001010
012737
042737

000200

104417

000001

BNE

PRINTF

002354

;SEE IF v.35 CAN BE RUN
10%:

002462
000004
000020
011656
000020

002352
002422

11%:

002354

12%:

000020
011652
011310

002422
13%:

BIT

#1422 ,RAX15

TST

TSTCON

BNE

MOV

12%

MMAINTZ2 ,WRIBYT

BIC
JMP

INT
#V35,MOD
42%

BEQ
BIC

13%
INT
#V35,M0D

JMP

BIT

JMP

#v35,RAX15

27%

sSEE IF 422 CAN BE RUN

002462
00020C
011652

40%

#FMT26

14%:

002422

15%:

TST

TSTCON

BIC

#1422 ,MODINT

BNE

JMP

16%

27%

;BR IF NOT, TO SKIP PRINTING

;GO TO PRINT "‘TEST NOT RUN''

MOV
MOV
MOV
TRAP
ADD

;SEE IF 422 IS SELECTED
‘BR IF YES, TO SKIP TEST

“SEE IF H3254 AND H3255 USED

‘BR IF H3254 AND H3255 NOT USED
;SET MAINT2 FOR MANUFACTURING TEST CONN.

:ASSERT V.35

;GO SET DTR AND RUN THE TEST
:SEE IF v.35 IS SELECTED
:BR IF NOT

;ASSERT V.35

;GO SET DTR AND RUN THE TEST
JWRONG INTRFCE, GO SKIP TEST

sSEE IF H3254 AND H3255 USED
:BR IF NOT
;ASSERT 422
;GO TO RUN TEST

HFMT26,-(SP)
#1,-(SP)

SP,RO
CSPNTF

#4,SP

(ZDMSB M8203 STATIC TESTS #2

GLOBAL SUBROUTINES
1192 011446

1193 011454

1194
1195
1196
1197
1198
1199
1200
1201
1202

032737

000200

MACRC Vv03.01
002354

011310

011462
011470
011472
011476
011504
011506
1203 011512
1204 011520

000200

002354

011310
000100

002354

18%:

011310
002464

000004

19%:

002422

20%:

1206 011526

1207
1208
1209
1210

1211
1212
1213

011534
011540
011542
011550

1226
1227
1228
1229
1230
1231
1232
1233
1234

000004
011656

011564
011570
011576
011600
011604
011612
011614

011632
011640
011642
011646

011160
000020

002354

22%:

011342
000200

002354

23%:

011434
002462

011512
011310

BNE
MOV
JMP

27%
MMAINTZ ,WRIBYT
42%

25%:
26%:

TSTCON

SEQ

;SEE IF 422 1S SELECTED
;IF YES, GO ASSERT 422 AND RUN TEST
;WRONG INTRFCE, GO SKIP TEST
;SEE IF 422 IS SELECTED
:BR IF NOT
;WRONG INTRFCE, GO SKIP TEST
;SEE IF XYZ IS SELECTED
:BR IF YES
;WRONG INTRFCE, GO SKIP TEST

*SEE IF BAUD RATE < OR
= 56K
:BR IF YES
;BAUD RATE TOO FAST FOR XYZ
;ASSERT XYZ

;SEE IF H3254,5 BEING USED

;BR IF NOT

;GO SET MAINTZ2 FOR MANUFACTURING TEST CONN.

INTERFACE REQUESTED = FIND ONE TO TEST w#«

BIT
BEQ
JMP
BIT
BEQ
JMP
BIT
BEQ
JMP

#INTGRL ,RAX15
22%
5%
#V35,RAX15
23%
10%
#1422 ,RAX15
24%
15%

BNE
JMP
BIT
BEQ
JMP
JMP

25%
1%
#XYZ ,RAX1S
26%
19%
9%

TST

TSTCON

;SEE IF INTEGRAL MODEM SELECTED
:BR IF NOT

;SEE IF INTEGRAL MODEM CAN BE RUN
;SEE IF v.35 SELECTED
;BR IF NOT
;GO SEE IF V.35 CAN BE RUN
;SEE IF 422 SELECTED
;BR IF NOT
;GO ASSERT AND RUN 422
;SEE IF H3254 AND H3255 USED
;BR IF NOT
;GO ASSERT AND RUN V.35 BY DEFAULT
;SEE IF XYZ SELECTED
;BR IF NOT
:GO SEE IF XYZ CAN BE RUN
;GO SKIP TEST

s*+~ SET MAINTT OR MAINTZ2 IF NEEDED, AND SET DTR w«x

002352
000013
002462

1247 011740

004200

1246 011736

24%:

002354

JMP
(MP
BLE
JMP
BIC

9%
#XYZ ,RAX1S
19%
9%
, #4
BDRATE
20%
6%
#XYZ ,MOD INT

TST

002352

21%:

#1422 ,RAX1S
18%

BIT
BEQ
JMP
BIT
BNE

17%:

002354

011652
1235 011656
1236 011664
1237 011672
1238 011674
1239 011702
1240 011706
1241 011714
1242 011720
1243 011724
1244 011732
1245 011734
1248

;SEE IF XYZ CAN BE RUN

000010

011360
000100

JMP

JRER

1214 011554
1215 011562
1216
1217
1218
1219
1220
1221
1222

011202
000100
002462

#1422 ,RAXTS
15%

BIT
BNE

16$%:

011456

1205 011522

12<SEP=79 13:20:11 PAGE 17=23

000010
003422
000017
000000
003344
000004

2;%7 MAINT1

002364
000002

42%:

002352

MOV
CMP
BNE

28%:

LOCAL LOOPBACK DESIRED

WRIBYT

#13,REGNUM
TSTCON,
42
29%

AMAINT1,WRIBYT

MOV
MOV

#17. REGNUM
#0,R2

JSR
BITB

BNE

INC

BNE
JREPORT

MOVB
JSR

002364

002350

CLR

PC,WRITLU

PC .READLU
#TESTMD,REDBYT

318

28%

;INIT DATA TO BE_WRITTEN
:SET REG NO. = 13

:SEE IF MODEM LOCAL LPBK DESIRED
;BR IF NOT, TO CHK REMOTE LPBK

:SET MAINT1 IN REG 13
;SET REG NO. = 17
;INIT TIMER
;READ REG 17
;SEE IF TEST MODE BIT SET IN REG 17 YET
;BR IF YES, TO SET DTR

-INCREHENT TIMER
:BR IF NO TIME-OUT YET
JGET 'REGS FOR PRINTOUT

PC,GETALL
JSR
YEST MODE NOT SET BY MAINTI

(ZDMSB M8203 STATIC TESTS #2

GLOBAL SUBROUTINES
1249 011744

011744
011746
011750
011752

104455
000064
014443
016350

MACRO v03.01

1250 011754

000137

011232

1252 011760
1253 011766
1254 011770
1255 011776

023727
001032
112737
004737

002462

000003

000004

002352

002364

1258 012014

004737

000017
000900
003344

000004

002350

1251

1256 012002
1257 012010
1259 01202C

1260 012026
1261 012030
1262 012032
1263 012034
1264

1265 012040

012737
012702
132737

001012
005202
001370

004737

003422

004200

012040
012042
012044
012046
;Sb? 012050

104455
000065
014477
016350
000137

011232

1268 012054

012737

000013

}g;? 012070

004737

003422

1269 012062
1272

15;2 012074

1275
1276
1277
1278
1279
1280
1281
1282
1283
1284
1285
1286

012102
012104
012110
012114
012122
012126

152737

062766
012602
012637
012637
152777
005037
000207

000100

000002

002366
002364
000010
002336

£
E
12-SEP=79 13:20:11 PAGE 17-24

002752

000006

170316

ERRDF

52.EM52,ERRS

JMP

;BR TO SKIP TEST

(MP
BNE
MOVB
JSR

TSTCON,#3
318
AMAINTZ ,WRIBYT
PC URITLU

;SEE IF MODEM REMOTE LPBK DESIRED
BR IF NOT, TO SET DTR

PC.READLU

sREAD REG 17

TRAP
.WORD
.WORD
.WORD

(S$ERDF
52
EMS?2
ERR4

:SET MAINT? IF REMOTE LOOPBA(CK DESIRED

29S

30%:

MOV
MOV

#17 ,REGNUM
#0, R2

JSR

BITB

#TESTMD ,REDBYT

BNE
INC
BNE
JREPORT

002364

SEQ

31%
R2
30%

:SET REG NO. = 17
JINIT TIMER

;SEE IF TEST MODE BIT SET IN REG 17 YET

;BR IF YES, TO SET DTR
;s INCREMENT TIMER
;BR IF NO TIME-QUT YET

JSR
PC,GETALL
:GET REGS FOR PRINTOUT
TEST MODE NOT SET BY MAINT?

ERRDF

53,EMS53,ERR4

EY DTRJMP

MOV

#13 ,REGNUM

JSR

PC,WRITLU

BISR

;x** BRANCH HERE

32%:

;SET MAINT2 IN REG 13

ADD

TRAP
.WORD
.WORD
.WORD

;BR TO SKIP TEST

;SET REG NO. = 13

#DTR,WRIBYT
TO RUN TEST

#2,6(SP)

CSERDF
53
EMS3
ERR&4

;SET DTR BIT

;LOAD REG 13
wwx

TO BE WRITTEN

;s INCREMENT RETURN ADRS

;x*% BRANCH HERE TO SKIP TEST ==«
33%:
MOV
(SP)+,R2
JRESTORE R?2
MOV
(SP) + ,AXNUM
JRESTORE AX BYTE NO.
MOV
(SP) + ,REGNUM
:RESTORE LU REG NO.
BISB
#LULOOP,@BSELT
;SET LULOOP
CLR
SUBRP(
;CLEAR SUBROUTINE CALL
RTS
PC
;JRETURN

1287

Re
e

1288
1289
1290

;*
.'

CHKABT = THIS SUBROUTINE READS AX0-16 AND CHECKS FOR RAB, REOM SET. IF
EITHER IS NOT SET, A RETURN IS MADE TO THE TEST, AT THE ADDRESS

AR AR AR R

;TM

1291

1292
1293
1294
1295
1296

012130
012134
012142
012150
012154

1297 012160

013746
016637
162737
(05037
004737

032737

(002366
000002
000004
002366
003576

000004

002336
002336

002356

CONTAINED IN RETADR

(HKABT: MOV
MOV
SuB
(LR
JSR

BIT

AR R AR AR AR A

R R AR AR R AR R AR

AXNUM, - (SP)
2(SP) ,SUBRP(
#4 ,SUBRP(
AXNUM
PC ,READAX

#RABT ,RAX16

AR R

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

;SAVE AX BYTE NO.
;GET PC OF SUBROUTINE
;SET AXO ADDRESS
JREAD REG AX0

;CHK FOR RAB SFT

CALL

R RN RN R RN RN RN

(ZDMSB M8203 STATI( TESTS #2

GLOBAL SUBROUTINES

1298 012166

1299 012170

1300

1301 012174

012174
012176
012200
012202

001007

004737

000002

1305 012216

004737

004200

1306

-y

09 012236
012242
012246
012250
012254
ONAR
NS NN =O

D
D
D
B od e

012222
012224
012226
012230

08 01223.

NN NANNNNNNNWNW

1307 012222

JSR

001015

104455
000037
013641
017540

011637
013706
013746
000402
012637
000207

002356

¢6%:
:REPORT

002366

8%:

002366

9% :
16%.

002332
002346

PC,GETALL

:REPORT RAB NOT SET

104455
000050
014016
017540

000412
032737

12=-SEP=79 13:20:11 PAGE 17-25

BNE

004200

1302 012204
1303 012206
1304 012214

MACRO v03.01

ERRDF

40,EM40,ERRS

b
BIT

8%
#REOM,RAX 16

JSR

PC,GETALL

ERRDF

31,FEM31,ERRG

3NE

REOM NOT

MOV

MOV
MOV
i
MOV
RTS

SET

(SP) ,AXNUM

PSTACK,SP
RETADR,=(SP)
16%
(SP) +,AXNUM
P(

SEQ

;BR [F RAB SET

JGET REGS FOR PRINTOUT

TRAP
.WORD
.WORD
.WORD

($ERDF
40
EM4O
ERR6

TRAP
.WORD
.WORD
.WORD

(SERDF
31
EM31
ERR6

:CHK FOR REOM SET

:BR

REOM SET

:GET REGS FOR PRINTOUT

:RESTORE AX BYTE NO.

JRESTORE STACK POINTER TO BASE LEVEL
;FIX ERROR RETURN P(
:RESTORE AX BYTE NO.
:RETURN

(ZDMSB M8203 STATIC
GLOBAL ERROR REPORT

TESTS #2
SECTION

MACRO v03.01

LSBTTL

2
5

SEQ

GLOBAL ERROR REPORT SECTION

SIIITIIIITIIIIZTIIIT
7777777777077 777777777777 777777777777777777i77
o 4
THE GLOBAL ERROR REPORT SECTION CONTAINS ERROR MESSAGES

3s
THAT ARE USED IN MORE THAN ONE TEST.
SIITIITIIIIITIIIIT
777777777077 7707077777 77777777707 777777777777777777

FMT1:

LASCIZ

/XTRO6IN/

FMT?2:

LASCIZ

/AINRAFAILING REG:

FMT3:

LASCIZ

/%AEXPECTED:

FMT4:

LASCIZ

/ANZTINZTAN/

117

FMTS:

LASCIZ

/%03%S5%03%SSX03%S5%03%N/

066
000
116

012274
012277

m
116

114
107
105
040

012271

101

106

012302
012305

122
072

012313
012316
012321
012324
012327
012332
012335
012340
012343
012346
012351
12 012352
012355
012360
012363

130
103
104
045
045
045
103
101
040
063
000
045
124
045
116

120
124
072
117
123
101
124
114
045
045

012370
012373
012376
012401
012404
012407
012412

045
045
045
045
045
045
045

123
117
123
117
123
117
116

012310

13 012365

045

101

116
045
124
000

= B

124

117
116
045

QO ~ b

045

012261
012264
10 012266

EEESRSRGE=0s 45

9 012256

NO=—=wn

12-SEP=79 13:20:11 PAGE

XO3X¥SSTAACTUAL:

101

14 012415

045

123

FMT6:

LASCIZ

/%S54%03%S5%03%S5%03%S5%03%N/

15 012450

045

124

FMT7:

LASCIZ

/ATRO2AN/

FMTS8:

LASCI?

/%AEXTENDED REG AXZ01%A=%TAN/

012420
012423
012426
012431
012434
012437
012442
012445

012453

01245¢€

16 012460

012463

012466

012471

045
045
045
045
045
045
045
045

117
123
117
123
117
123
117
116

117

062

045

101

116

130

116

104

000
124
104

040

%03%IN/

O NN—=NIWNO

/%AP({

FMT11:

LASCIZ
/%AREG %02%A LOADED WITH:
Z03%N/

FMT12:

LASCIZ
/%AMB203 Sw PA(CK #1
11)
X0 SAN/

FMT13:

LASCIZ

/%AMB203 SW PA(K #2 (REG 15)
Z03%N/

FMT14:;

LASCIZ
/%AMB203 Sw PACK #3

%03%N/

S ANOWOWN

=DONON)

LASCIZ

ONNIN)
=

e
B
R
e e e ]
= =N OMNN
=N

FMT10:

—>

[0 QW IV IV. Tan]

RIRa3

NO =-00
Say—=n

.- ZRRR

/T IN/

LASCIZ

Koo

FMTO:

< Hro

040

22923388

VWO
NN = N
—

R&¥o
RRINSZo250 RRZISSRR
o=
VNS WhC O 383
—
&

—

R
KSR Rorn& IR RRR&ESR ROn&IR
SNEIRRRR
- NWOWnWNWNO —=nO O—=NWOWm VNGO —=unOoO O—=NWOwWm SZER < REBCANEE &»

12705

Sa
o

—0N

—

w-+
MM

MACRO v03.01 12=SEP=79 13:20:11 PAGE 181

SUBR CALL:

SEQ

%06IN/

(REG

(REG 16)

(ZDMSB M8203 STATIC TESTS #2

GLOBAL ERROR REPORT SECTION

R
MACRO v03.01 1¢=SEP=7% 13:20:11 PAGE 18<-2

012740
012743
012746
012751
012754
012757

040
040
105
1
(&0
045

043
050
107
066
075
117

063
122
040
051
040
063

23 012765
012770
012773
012776

045
117
115
116

101
104
040
124

115
105
111
105

012762

013001
013006
013007
013012
013015
013020
013023
013026
013031
2 01303
013037
013042
013045
013050
013053
013056
013061
013064
013067
013072
013075
25013076
013101
013104
013107
013112
013115
013120
013123
013126
26 013127
013132
013135
013140
013143
013146
013151
013154
27 013157
013162
013165
013170
1) e R
013176
013201
013206

045

122
103
122
040
130
061
040
045
045
045
101
122
105
103
101
101
123
045
045
054
000
045
101
123
045
045
116
040
116
000
045
101
125
12
105
116
122
103
045
101
106
040
N
106
105
117

116

000

FMT1S:

LASCIZ

/%AMODEM [NTERFACE REG (AX3=15)

FMI18:

.ASCIZ

/ANZAFOR DEVICE AT ADRS

106
105
105
050
063
065
075
117
116
116
106
040
126
105
124
104
040
117

101
040
107
101
055
051
040
063
000
045
117
104
111
040
040
122
040
066

116
124
124
104
101
117
122
045

045
105
040
062
040
124
125
116

FMI19:

.ASCIZ

/AINZATEST

116
102
104
101
040
103
122
124
116
115
105
111
R
101
040
1264

045
101
040
124
111
117
105
000
045
117
115
116

FMI2S:

.ASCIZ

/AINZABAUD RATE

FMI26:

.ASCIZ

/ANXAMODEM INTERFACE NOT

101
045

SEQ

= R03IN/

Z206%A ,%N/.

040
116

103
116
040

ZD2%A NOT RUNIN/

INCORRECT/

SELECTED/

(2DMSB MB8203 STATI(C TESTS #2

GLOBAL ERROR REPORT SECTION

MACRO v03.01

013207
013212
013215

123
105
105

105
103
104

114
124
000

013223
013226
012231
013234

040
124
116
111

122

105

107

132
040
040
124
114

105
102
115
040
122

105
115
103
120
105
122
040
124
105

28
29
30
31 013220

013237
013242
013245
013250
013253
013256
32 013257
013262
013265
013270
013273
33 013276
013301
013304
013307
013312
34 013313
013316
013321
013324
013327
013332
35 013334
013337
013342
013345
013350
36 013351
013354
013357
013362
013365
013370
37 013372
013375
013400
013403
013406
38 013407
013412
013415
013420

m
104
131
123
103
000
122
040
123
115
122
117
i3
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

013433

131

013423
013426
39 013430

101
104
111

1¢=SEP=79 13:20:11 PAGE 18<3

EM?:

LASCIZ

/REG NOT

107
m
117
101
000
104
116
040
124

EM3:

LASCIZ

/REG M]SCOMPARE
/

EM7:

LASCIZ

/ORDY NOT SET/

122
040
124
114
12
000
103
040
124
105

104
116
040
105
105

EMS8:

LASCIZ

/0RDY NOT

CLEARED/

117
116
040
124

EMS9:

LASCIZ

/0COR NOT

SET/

103
04C
124
114
122
000
101
040
124
105

117
116
040
105
105

EM10:

_ASCIZ

/0COR NOT

CLEARED/

103
116
040
124

EM11:

_AS(CIZ

/0ACT NOT

SET/

101
040
124
114

103
116
040
105
105

EM12:

.ASCIZ

/0ACT NOT

CLEARED/

106

EM17:

_ASCIZ

/IRDY NOT

SET/

116
040
m
101

122
000
122
040

117
in
124
114

116

INITIALIZED BY MST

SEQ

(LR/

(ZDMSB M8203 STATIC TESTS #2
GLOBAL ERROR REPORT SECTION

013436
013441
013444

117
123
000

124
105

040
124

013450

131

040

122

104

124
114
122
000

040
105
105

122

040

116

111
122

40 013445

MACRO v03.01

013453
013456
013461
013464

013466

013471

111

117
103
107
104
117

116

.ASCIZ

/ICIR NOT CLEARED/

103

EM2i:

.ASCIZ

/IACT NGT SET/

EM22:

.ASCIZ

/IACT NOT CLEARED/

117

EM28:

.ASCIZ

/RSOM NOT CLEARED/

117

EM29:

.ASCIZ

/RSOM NOT SET/

EM30:

.ASCIZ

/REOM NOT CLEARED/

117

EM31:

.ASCIZ

/REOM NOT SET/

126

EM34:

.ASCIZ

/RCV'D DATA MISCOMPARE/

040
126
105

116
040
124

107
040

103
116

103

013555
013560
45 013562
013565
013570

013573

013576
013601
46 013603

101

124

040

101
1046
122
115
117

122
000
123
040
124

105

107
104
122

122
000

114

123

105

116
040
105
105

013606
013611
013614
013617

115
117
123
000

040
124
105

116
040
124

013623

115

040

105

117

124
114

040
105

47 013620

122

013626
013631

17
103

013637

1046

000

013644
013647
013652
013655

115
117
123
000

040
124
105

013661
013664
013667

047
104
101

104
101
040

013634
48 013641

49 013656

107

122

122
105

103

SET/

040
105
105

117

103

/ICIR NOT

EM20:

124
117
123

013552

.ASCIZ

111
116

013527
013532
013535

013547

EM19:

040
124

117
103
107
104

000
111
126

/IRDY NOT CLEARED/

124
105

103
040
124
114
122
000

013540
44 013541
013544

.ASCIZ

111

117
123
000

EM18:

103

013474
013477
013502
42 013503
013506
013511
013514
013517
013522
43 013524

K 7
12-SEP=79 13:20:11 PAGE 18-4

116
105

116
040
124

040
124
115

SEQ

(ZDMSB M8203 STATIC TESTS # 2

GLOBAL ERROR REPORT SECTION

013672
013675
013700
013703
50 013704
013707
013712
013715
013720
013723
51 013724
013727
013732
013735

111
117
101
000
102
040
124
114
122
000
102
040
124
105

013743

113

L 7
MACRO v03.01 12-SEP=79 13:20:11 PAGE 18-5

123
115
122

103
120
105

103
116
040
105
105

103
117
103
107
104

EM3S:

.ASCIZ

/BCC NOT CLEARED/

103
117
123
000
114

EM36:

.ASCIZ

/BCC NOT SET/

105

103
116
040
124
102

EM37:

.ASCIZ

/EBLK NCT CLEARED/

117
103
101
104
105

124
114
122
000
102

040
105
105

EM38:

.ASCIZ

/EBLK NOT SET/

013767
013772
013775
54 013776
014001
014004

117
123
000
122
040
124

124
105

040
124

101
116
040

102
117
103

EM39:

.ASCIZ

/RAB NOT CLEARED/

014012
014015
55 014016
014021
014024
014027
56 014032
014035

122
000
122
040
124
105
117
122

105

104

101
116
040
124
126
040

102
117
123
000
122
116

EM40:

.ASCIZ

/RAB NOT SET/

EM41:

.ASCIZ

/OVRR NOT CLEARED/

014043
014046
014051
57 014053
014056
014061
014064
014067
58 014070

103
101
104
117
122
117
123
000
123

114
122
000
126
040
124
105

105
105

122
116
040
124

EM42:

.ASCIZ

/OVRR NOT SET/

127

040

EM43:

.ASCIZ

/SW PACK #1

014076
014101
014104
014107
014112
59 014115
014120
014123
014126

113
061
116
122
103
123
120

040
040
103
122
124
127
101
040
040

043
117
117
105
000
040
103
043
117

EM44:

.ASCIZ

/SW PACK #2 INCORRECT/

52 013740

013746
013751
013754
013757
53 013761

013764

014007

014040

014073

113

114

117

120

113

062

040

105

124

1071

116

114

116

101

040

103

INCORRECT/

SEQ

(ZDMSB M8203 STATIC TESTS # 2

GLOBAL ERROR REPORT SECTION

014131
014134
014137
60 014142
014145
014150

014153

014156
014161
014164
61 014167
014172
014175
014200
014203
014206
014211
014214
014217
62 014222
014225
014230
014233
014236
014241
014244
014247
014252
63 014255
014260
014263
014266
014271
014274
014277

014302
014305

116
122
103
123
120
113

063

116
122
103
122
040
114
116
040
105
105
102
111
101
105
040
124
117
124
116
122
103
117
040
103
101
124
102
040

124
105

64 014310
014313
014316
014321
014324
014327
014332
014335
014340
014343
014346
65 014347
014352
014355
014360

117
040
103
101
124
102
040
124
114
122
000
105
116
122
120

014366
014371
014374
014377

040
124
117
123

014363

111

MACRO v03.01 12-SEP=79 13:20:11 PAGE 18-6

103
122
124
127
101
040

117
105
000
040
103
043

103
122
124
103
123
117
117
103
101
104
131
103
123
115
102
040
125
040
103
122
124
104
126
040
122
131
111
116

117
105
000
126
111
040
124
114
122
040
040
000
123
102
111
103
116
111
117
105
000
104
122
120
111
040
124
117

104
126
040
122
131
111
116
040
105
105

EM4S:

.ASCIZ

/SW PACK #3 INCORRECT/

EM46:

.ASCIZ

/RCV SILO NOT CLEARED BY IC/

EM47:

.ASCIZ

/ASSEMB BIT COUNT INCORRECT/

EM48:

.ASCIZ

/0DD VRC PARITY BIT NOT SET/

104
122
120
111
040
124
117
103
101
104

EM49:

.ASCIZ

/0DD VRC PARITY BIT NOT CLEARED/

126
040
103
101

105
126
040
122

EMSO:

.ASCIZ

/EVEN VRC PARITY BIT NOT SET/

102
040
124
105

111
116
040
124

040

040
124

124

111

123
000

131

SEQ

CZDMSB MB8203 STATIC TESTS # 2

GLOBAL ERROR REPORT SECTION

N 7
MACRO v03.01 12-SEP=79 13:20:11 PAGE 18-7

014402
66 014403
014406
014411
014414
014417
014422
014425

000
105
116
122
120
111
040
124

126
040
103
101
124
102
040

105
126
040
122
131
111
116

014433
014436

103
101

114
122

105
105

014430

117

014441
67 014443
014446
014451
014454
014457
014462
0144€5
014470
014473
014476
68 014477
014502
014505
014510
014513
014516
014521
014524

104
124
124
117
040
124
105
102
115
116
000
124
124
117
040
124
105
102
115

014532
69 014533
014536
014541
014544
014547
014552

000
124
125
105
125
105
117

014560

040

71 014571

122

014527

70 014555

014563
014566

116

104

124

EMS1:

.ASCIZ

/EVEN VRC PARITY BIT NOT CLEARED/

040

000
105
040
104
116
040
124
131
101
124

123
115
105
117
123
040
040
111
061

EMS2:

.ASCIZ

/TEST MODE NOT SET BY MAINT1/

105
040
104
116
040
124
131
101

123
115
105
117
123
040
040
111

EMS3:

.ASCIZ

/TEST MODE NOT SET BY MAINT2/

130
116
122
116
122
122

040
104
122
040
122
000

EMS4:

.ASCIZ

/TX UNDERRUN ERROR/

116

117

EMSS:

.ASCIZ

/DTR NOT SET/

124

062

122

124
105

040
124

123
000

014574
014577
014602
014605

107
117
123
000

040
124
105

116

116
040
124

EMS6:

.ASCIZ

/RING NOT SET/

074611
014614
014617
014622
73 014623
014626
014631
014634

122
117
123
000
110
040
124
105

040
124
105

117

104

116
040
124

EMS7:

.ASCIZ

/MODR NOT SET/

104
116
040
124

130
117
123
000

EMS8:

.ASCIZ

/HDX NOT SET/

EMS9:

.ASCIZ

/STBY NOT SET/

72 014606

74 014637

115

123

111

124

102

SEQ

(ZDMSB MB203 STATIC TESTS #2

GLOBAL ERROR REPORT

014642
014645

014650
014653
75 014654
014657

SECTION

131
117

123
000
122
040

B 8
MACRO v03.01 12-SEP=-79 13:20:11 PAGE 18-8

040
124

116
040

124
116

123
117

EM60:

.ASCIZ

/RTS NOT SET/

123

040

EM61:

.ASCIZ

/CS NOT

101

122

EM62:

.ASCIZ

/CARR NOT

EM63:

.ASCIZ

/SIGQ NOT SET/

105

124

014662
014665

. 124
105

040
124

014673
014676
014701

116
040
124

117
123
000

014706
014711
014714
014717
78 014720

122
117
123
000
123

040
124
105

116
040
124

111

107

014726
014731
014734

117
123
000

76 014670

77 014703

014723

79 014735
014740
014743

014746
014751
80 014752

014755

014760
014763
014766
014771
81 014772
014775
015000
015003
015006
015011
82

85 015013
015016
015021
015024
015027
01503
86 015035
015040
015043
015046
015051
015054
015057
015062
87 015064

103

SEQ

123
000
124
105

SET/

121

040
124
105

040
124

123
122
117

111
040
124
105

107
116
040

EM64:

.ASCIZ

/SIGR NOT SET/

124

123

EM6S:

.ASCIZ

/RTS NOT CLEARED/

124
114
122
000
103
122
117
103
101
104

040
105
105

103
101
104

101
040
124
114
122
000

122
116
040
105
105

EM66:

.ASCIZ

/CARR NOT CLEARED/

111
125
117
102
040
107
114
105
116
040
102
040
107
072
122

116
123
125
125
122
040
111
040
111
111
125
122
123
000
105

102
057
124
123
105
000
116
125
124
116
123
105
040

DH1:

.ASCIZ

&INBUS/OUTBUS REG &

DH2:

.ASCIZ

/LINE UNIT

107

DH3:

123
000
122

040

116

SET/

124

117

INBUS REGS

g
.ASCIZ

/REGI0

REGI1

REG12

.
REGI3/

(ZDMSB MB203 STATIC TESTS #2
015067
015072

061
040

IV IV, IV, IV IV IV IV TV IV TV TV TV TV TV IV IV TW AV IV, TV, IV |

GLOBAL ERROR REPORT SECTION

061
040

Nogoommbbb&wwmm.addgos
WOV
2N WONN
20NN

.
R
Y

J—G——

[eolelolelololololalslololololalolalalelolole

015075

105

107

040
122

061
040
040

060
040
107
040

MACRO v03.01

18-9

REGIS

122

061
040
105
062
040
107
000
040

DH6:

DH7:

LASCIZ
LASCIZ
LASCIZ

/16/
/LINE

92 015224

DH8:

LASCIZ

/AX0=15

93 015263

DH9:

LASCIZ

Y
Y
N

—
N

Y
N
S
- RN

REG14

REGI6

REG17/

107

040
122

061

040
105

067

—

105
064
040

[

eolelelelele)

v NN

DHS:

Y-

——— Y—J——— Y

LASCIZ

SEQ

040

DH&:

107

12-SEP=79 13:20%11 PAGE

.EVEN

/15/

UNIT EXTENDED REGS

AX0-16

AX2=15

AX1-15

AX2-16

AXx1-16/

AX3-15

AXx3-16/

(/DMSB MB8203 STATIC TESTS #2

GLOBAL ERROR REPORT SECTION

MACRO v(3.01

D 8
12-SEP=79 13:20:11 PAGE 18-10

9%
97
98
99
100
101 015326

BGNMSG

ERR1

102 015326

PRINTB

#FMT1,#ADDR”
S ,MP(SR

015326

015326
015332
015336
015342
015346
015350
015352
103 015356
015356
104

015356

013746
012746
012746
012746

010600
104414

062706

002436
036460
012256
000003
000010

ENDMSG

SEQ

ERR1::

L10002:

104423

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

MPCSR,=(SP)
#ADDRES ,=(SP)
#FMT1,=-(SP)

TRAF

C$MSG

#3,-(SP)

SP,RO
CSPNTB

#10,SP

105

107 015360

BGNMSG

ERR?Z

108

PRINTB

#FMT1,#ADDRES ,MP(SR

013746
012746
012746
012746
010600

002436
036460
012256
000003

062706

000010

012746
012746
010600

012266
000001

062706

000004

013746
012746
012746
012746
010600

002364
015013
012450
000003

062706

000010

013746
013746
012746
012746
010600

002372
002370
012310
000003

062706

000010

012746
012746
012746

015064
015035
012352

104414

109

104414

110

104414

112

ERRZ::
MPCSR,=(SP)

#ADDRES ,-(SP)

#FMT1,-(SP)
#3,-(SP)

SP,RO
(SPNTB

PRINTB

#10,sP

BFMT?

#FMT2,-(SP)
#1,-(SP)

SP,RO
CSPNTB

PRINTB

#FMT7 ,#DH1 ,RE GNUM

#4 ,SP

REGNUM,
= (SP)

#DH1,-(SP)

#FMT7
- (SP)
#3,-(SP)

SP,R0
CSPNTB

PRINTB

#FMT3,GOODAT ,BADDAT

PRINTX

HFMTS

ADH? ,#DH3

#10,SP

BADDAT ,-(SP)
GOODAT ,=(SP)
#FMT3,-(SP)
#3,-(SP)
SP.RO
CSPNTB
#10,SP

,
- (SP)
#DH3
, = (SP)
#DHZ

REMTS
- (SP)

(ZDMSB M8203 STATIC TESTS #2

GLOBAL ERROR REPORT SECTION

015524
015530
C15532
015534

012746
010600
104415
062706

000003

015540
015544
015550
015554
015560
015564

013746
013746
013746
013746
012746
012746

002274
002272
002270
002266

113 015540

114 015600

000014

015122
012514
000002

015604

013746

002304
002302
002300

015644
015650
015654
015656
015660
015664

013746
013746
013746

012746
012746
010600
104415
062706

000006

000014

MOV
TRAP

PRINTX

#FMTS,LURT0,LURTT,LURT2,LURTS

PRINTX

#FMTO ,#DH4

L10003:

002436
036460
012256
000003

015716

012746

012266
000001

30
32

104414
062706

000004

013746

002516

012746
010600

000010

BGNMSG

ERR3

PRINTB

#FMT1 ,#ADDRES ,MP(SR

#FMT?

LUR13,=(SP)

#FMT8, TMP1, TMP(

LUR1Z2,=(SP)
LURT1,=(SP)
LURT0,=(SP)
#FMTS ,=(SP)
#5,-(SP)

SP,RO
CSPNTX

TRAP
ADD

214 ,SP

MOV

#DH4
, - (SP)

RFMTO,-(SF)
#2,-(SP)

SP,RO
CSPNTX
#6,SP

LUR17,=(SP)

LUR16,-(SP)

LUR15,=(SP)
LUR14 ,-(SP)
#FMT6,~(SP)

#5,-(SP)

SP,RO
CSPNTX

TRAP
ADD

#14,SP

TRAP

C$MSG

MOV
MOV
MOV
MOV
MOV

MP(CSR,=(SP)

ADD

#10,SP

MOV
MOV
MOV

#FMT?2 ,-(SP)
#1,-(SP)

ADD

#4 ,SP

MOV

TMP(Q ,~-(SP)

ERR3::

TRAP

PRINTB

SP,RO
CSPNTX

MOV
MOV
MOV
MOV
MOV
MOV
MOV

TRAP

PRINTR

#3,-(SP)
#10,SP

MOV
MOV
MOV
MOV
MOV
MOV
MOV

ENDMSG

ADD

MOV
MOV
TRAP
ADD

H#FMT6,LURTS,LURTS ,LURT6,LURT7

104423

013746
012746
012746
012746
010600
104414
062706

5722
726

SEQ

002276
012415
000005

015666
015672
015676
015702
015706
015710
015712

124 015716

18=11

000005

012746
012746
012746
010600
104415
062706

015630
015634
015640

E
12-SEP=79 13:20:11 PAGE

012365

015600
015604
015610
015614
015616
015620

115 015624

125

000010

MACRO v03.01

#ADDRES ,-(SP’

#FMT1 ,-(SP)
#3,-(SP)

SP.RO
(SPNTB

SP,RO
CSPNTB

(ZDMSB MB8203 STATI( TESTS #2
GLOBAL ERROR REPORT SECTION

015742
015746
015752
015756
015760
015762

013746
012746

062706

000010

015766
015772
015776
016002
016006
016010
016012

013746
013746
012746

002372
002370
012210
000003

126 015766

127 016016
016016

016022
016026
016032
016036
016040

128 016046

012746
010600
104414

012746
012746
012746
012746
010600

015064
015035
012352
000003

062706

000010

013746
013746
013746
013746
012746
012746
010600

002274
002272
002270
002266
012365
000005

062706

000014

012746
012746
012746
010600

015122
012514
000002

062706

000006

013746
013746
013746
013746
012746
012746

002304
002302
002300
002276
012415
000005

104415

129 016106

104415

130 016132

131

016172

016216

12-SEP=79 13:20:11 PAGE

8
18-17

002520
012460
000003

000010

104415

MACRO v03.01

000014
015224
015172
012352
000003

000010

SEQ
MOV
MOV
MOV
MOV

TMP1 ,-(SP)
#FMT8,-(SP)
#3,-(SP)

ADD

#10,SP

MOV
MOV
MOV
MOV

BADDAT ,=(SP)
GOODAT ,=(SP)
#FMT3,-(SP)

TRAP

PRINTB

PRINTX

#FMT3,GOODAT ,BADDAT

BFMT4 ,#DH2 ,#DH3

#FMTS,LURT0,LURTT,LURT2,LURT3

RFMTS
, #DHS

TRAP
ADD

#FMTG,LURT4,LURTS ,LURT6,LURTZ

BFMT
BDH7 ,#DHB
4

#3,-(SP)

SP,RO

CSPNTB

#10,SP

#DH3,~(SP)

ACD

#10,SP

MOV
MOV
MOV
MOV
MOV
MOV
MOV

LUR13,-(5P)
LUR12,=(SP)
LURT1,=(SP)
LUR10Q,=(SP)

TRAP
ADD

#DH2 ,~(SP)
HFMT4 ,-(SP)
#3,-(SP)

SP,RO
CSPNTX

#FMTS ,-(SP)
#5,-(SP)

SP,RO
CSPNTX

#14,SP

MOV
MOV
MOV
MOV

#DH4
- (SP)

ADD

#6,SP

MOV
MOV
MOV
MOV
MOV
MOV

LUR17,=(SP)
LUR16,=(SP)

TRAP
PRINTX

SP,RO
(SPNTB

MOV
MOV
MOV
MOV
MOV
TRAP

TRAP

PRINTX

ADD

MOV
MOV
MOV
MOV
MOV

TRAP
ADD

#FMT9 ,~-(SP)
#2,-(SP)
SP,RO
CSPNTX

LUR1S,=(SP)
(SP)
=~14
LUR

#FEMTE,=(SP)
#5,-(SP)

SP,RO
CSPNTX

#14,SP

#DH8,-(SP)

#DH7 ,-(SP)

#FMTS ,=(SP)

#3,-(SP)
SP,RO

COPNTX

810,SP

(ZDMSB M8203 STATI(C

TESTS #2

GLOBAL ERROR REPORT SECTION

132 016222

016222
016226
016232
016236
016242
016246
016252
016254
016256
133 016262

134

000014

012746
012746
012746
010600

015263
012514
000002

062706

000006

013746
013746
013746
013746
012746
012746
010600

002324
002322
002320
002316
012415
000005

062706

000014

104415

135

G 8
12-SEP=79 13:20:11 PAGE 18-13
PRINTX

013746
013746
013746
013746
012746
012746

104415

MACRO v03.01

#FMTS ,AX0.15,Ax0.16,Ax1,15
,AX1,16

PRINTX

8FMTO, ADHS

L598YE

;n—a—a_a_a_a

016350
016354
016360
016364
016366
016370
143 016374
016374
016400
016404
016410
016414
016416
016420
144 016424

016424
016430
016434
016436

013746
012746
012746
010600

002336
012521
000002

062706

000006

013746
012746
012746
012746
010600

002436
036460
012256
000003

062706

000010

012746
012746
010600

012266
000001

104414

AX1.16,=(SP)
AX1.15,=(SP)
AX0.16,=(SP)
AX0.15,=(SP)
#FMTS ,=(SP)
#5,-(SP)

ADD

#14,SP

MOV
MOV
MOV
MOV

#DH9 ,-{(SP)
#FMT9,-(SP)
#2,=(SP)

MOV
MOV
MOV
MOV
MOV
MOV
MOV

AX3.16,=(SP)
AX3.15,=(SP)
AX2.16,=(SP)
AX2.15,=(SP)

TRAP
ADD

#FMT6
15, AX2.16,AX3.15,A
,AX2.
X3.16

ENDMSG

L10004:

BGNMSG

ERR4

PRINTB

#FMT10, SUBRP(

PRINTB

#FMT1 ,#ADDRES ,MP(SR

SP,RO
CSPNTX
#6,SP

#FMT6,=(SP)
#5,-(SP)

SP,RO
CEPNTX

#14,SP

TRAP

C$MSG

MOV
MOV
MOV
MOV

SUBRP( ,~(SP)
#FMT10,-(SP)
#2,-(SP)

ERRG::

ADD
MOV
MCV
MOV
MOV
MOV

#FMT?2

SP,RO
CSPNTX

TRAP
ADD

TRAP

PRINTB

MOV
MOV
MOV
MOV
MOV
MOV
MOV

TRAP

104423

016350
016350
142 016350

SEQ

SP.RO

($PNTB
#6,SP
MP(CSR,=(SP)
#ADDRES ,-(SP)
#FMT1,-(SP)

#3,-(SP)
SP, RO
CSPNTB

TRAP
ADD

#10,SP

MOV
MOV

HEMT2 ,=(SP)
#1,-(SP)

TRAP

SP,RO
CSPNTR

(ZDMSB M8203 STATIC TESTS #2
GLOBAL ERROR REPORT SECTION
016440

062706

000004

C16444
016450
016454
016460

013746
012746
012746
012746
010600

002364
015013
012450
000003

145 016444

016464
016466

062706

016474
016500
016504
016510
016514
016516
016520

012746
012746
012746
012746
010600

016524
016530
016534
016540
016544
016550
016554
016556
016560

013746
013746
013746
013746
012746
012746
010600
062706

000014

016564
016570
016574
016600
016602
016604

012746
012746
012746
010600

015122
012514
000002

062706

000006

016610
016614
016620
016624
016630
016634
016640
016642
016644

013746
013746
013746
013746
012746
012746
010600

002304
002302
002300
002276
012415
000005

062706

000014

016650
016654
016660
016664
016670
016672
016674

012746
012746
012746
012746
010600

015224
015172
012352
000003

062706

000010

016700
016704
016710
016714

013746
013746
013746
013746

002314

147 016524

148 016564

149 016610

150 016650

151

016700

1¢=SEP=79 13:20:11 PAGE

PRINTB

18-14

#F
,#DHT
MT
,RE GNUM
7

104414

016470

1646 016474

MACRO v03.01

PRINTX

BFMT4 ADH2 ,#DH3

104415

062706

104415

PRINTX

002312
002310
002306

PRINTX

#FMTS ,LURTO,LURTT,LURT2,LURTS

HFMTG
, H#DH4

s e

SEQ
ADD

n4 ,SP

MOV
MOV
MOV
MOV
MOV

= (SP)
RE GNUM,

TRAP
ADD

#FMT6,LURT4,LURTS ,LURT6,LURT7

HFMT4 ,#DH7 ,#DHE

#FMTS AX0.15,AX0.16,AXT,15
AX1,16

CSPNTB

#10,SP

ADD

#10,SP

MOV
MOV
MOV
MOV
MOV
MOV
MOV

LUR13,-(SP)

TRAP
ADD

MOV
MOV
MOV
MOV
MOV
MOV
MOV

#FMT4 ,-(SP)

#3,-(SP)
SP,RO

CSPNTX

LUR12,=(SP)
LUR1T1,=(SP)

LUR10,=(SP)
#FMTS,-(SP)
#5,-(SP)
SP,RO
CSPNTX
#14,SP

4
, = (SP)
#DH
HFMTO ,-(SP)
#2,-(SP)
SP,RO
X
CSPNT
#6,SP

LUR17,=(SP)

LUR16,=(SP)
LUR1S,=(SP)
LURTS ,=(SP)

HFMTE,=(SP)

#5,-(SP)

SP,RO
CSPNTX

ADD

#14,SP

MOV
MOV
MOV
MOV
MOV

#DHB ,-(SP)

TRAP

PRINTX

#EMT? ,=(SP)

#3,-(5P)
SP.RO

#DH3,-(SP)
#DH2 ,~(SP)

TRAP

PRINTX

#DH1 = (SP)

MOV
MOV
MOV
MOV
MOV
TRAP

MOV
MOV
MOV
MOV
PRINTX

#DH7 ,-(SP)

RFMTS ,-(SP)
#3,-(SP)

SP,RO
COPNTX

ADD

#10,SP

MOV
MOV
MOV
MOV

AX1.15,=(SP)
AXQ.16,=(SP)
AXC.15,=(SP)

AX1.16,=(SP)

GLOBAL ERROR REPORT SECTION

016720
016724
016730
016732
016734
152 016740
016740

016744
016750
016754
016756
016760
153 016764
016764
016770
016774
017000
017004
017010

017014
017016
017020
017024

017024

017026
017026
017026
01702%
017032
017036
017042
017046
017050
017052
162 017056

012746
012746
010600
104415

MACRO v03.01

I
12=SEP=79 13:20:11 PAGE

18-=15§

012365
000005

062706

000014

012746
012746
012746
010600

015263
012514
000002

HFMTS ,=(SP)

#5,-(5P)

SP,RO
CSPNTX

PRINTX

164

#14,SP

#FMTO, #DHY

#DHY ,~(SP)
#FMTS,-(SP)
#2,-(SP)

SP,RO

CSPNTX
#6,SP

104415

06270¢

PRINTX

013746
013746
013746
013746
012746
012746
010600

RFMTE AX2. 19 ,AX2.16 ,AX3.15,Ax316
,

AXx3.16,-(SP)
Ax3.15,=(SP)
AX2.16,-(SP)

AX2.15,-(SP)
HEMT6,=(SP)

#5,-(SP)

SP,RO
CSPNTX

104415

062706

#14,SP

ENDMSG

L10005:

104423

013746
012746
012746
012746
010600

002436

BGNMSG

ERRS

PRINTH

#FMT1,#ADDRES
,MP( SR

1044174

062706
013746
013746
012746
012746
010600
062706

012746

013746
013746

C$MSG

ERRS::

MOV
MOV
MOV
MOV
MOV
PRINTB

#FMT11 ,REGNUM, LOADAT

TRAP
ADD

MOV
MOV
MOV
MOV

104414

163

PRINTB

PRINTR

BFMT?2

#FMTB,TMP1,
TMPQ

MPCSR,=(SP)

#ADDRES ,=(SP)

#FMT1 ,-(SP)
#3,-(SP)

SP,R0O
CSPNTB

#1C,SP

LOADAT ,=(SP)

REGNUM,-(SP)
#FMT11,-(SP)
#3,-(SP)

SP,RO
CSPNTB

TRAP
ADD

#10,SP

MOV
MOV
MOV

#FEMT?2 ,-(SP)
#1,-(SP)
SP,RO

TRAP
ADD

MOV
MOV

CSPNTB

84 ,SP

TMPQ ,~(SP)

TMP1,~-(SP)

e ————————

CZDMSB MB8203 STATIC TESTS #2

(ZDMSB MB8203 STATIC TESTS #2

GLOBAL ERROR REPORT SECTION

017136
017142
017146
017150

017152
165 017156
017156
017162
017166
017172
017176
017200
017202

012746
012746

013746
013746
012746
012746
010600

002372
002370
012310
000003

062706

000010

017206
017212
017216
017222
017226
017230
017232

012746
012746
012746
012746
010600

015064
015035
012352
000003

062706

000010

017236
017242
017246
017252
017256
017262
017266
017270
017272

013746
013746
013746
013746
012746
012746
010600
104415
062706

002274
002272
002270

017276
017302

012746
012746
012746
010600

015122
012514
000002

062706

000006

013746
013746
013746

002304

166 017206

167 017236

168 017276

017306
017312
017314
017316

169 017322

017322
017326
017332

104415

J 8
12=SEP=79 13:20:11 PAGE 18=16

012460
000003
000010

104414

MACRO v03.01

PRINTR

PRINTX

#FMT3,GOODAT ,BADDAT

RFEMT4 ,#DHC ,ADH3

#FMTS,LURT0,LURTT,LURT2,LURT3

PRINTX

BFMTO, #DH

#FMT6,LURTS,LURTS ,LURT6,LURT?7

171

017362
017366
017372
017376
017402
017404
017406
017412

000014

012746
012746
012746
012746
010600

015224
015172
012352
000003

062706

000010

104415

ADD

#10,SP

MOV
MOV
MOV
MOV
MOV

BADDAT ,=(SP)
GOODAT ,=(SP)
#FMT3,-(SP)
#3,-(SP)

TRAP
ADD

MOV
MOV
MOV
MOV
MOV

TRAP
ADD

PRINTX

#FMT4 ,#DH7 ,#DHS

#10,SP

#DH3,-(SP)
2,
- (SP)
#DHZ

HFMT4 ,-(SP)

#3,-(SP)

SP,RO
CSPNTX

#10,SP

LUR13,-(SP)
LURTZ2,=(SP)

LURT1,=(SP)
LUR10,-(SP)
#FMTS,-(SP)
#5,-(SP)

SP,RO
CSPNTX

MOV
MOV
MOV

, - (SP)
#DH4
#FMTS,-(SP)
#2,-(SP)

TRAP
ADD

CSPNTX

TRAP
ADD

MOV

MOV
MOV

TRAP

#FMTS AX0.15,AX0.16,AX1,15,AX1.16

SP,RO
(SPNTB

#14.,SP

MOV

PRINTX

SP,RO
CSPNTB

TRAP
ADD

MOV
MOV
MOV
MOV
MOV
MOV
MOV

012415
000005

170 017362

#FMT8,=(SP)
#3,-(SP)

MOV
MOV
MOV
MOV
MOV
MOV
MOV
PRINTX

100

MOV
MOV
MOV

TRAP

002266
012365
000005
000014

SEQ

ADD

SP,RO

#6,SP

LUR17,-(SP)
LUR16,=(SP)
LUR15,=(SP)
LUR14 ,-(SP)

H#FMTE,-(SP)
#5,-(SP)

SP,RO
CSPNTX

#14 ,SP

#DHB,~(SP)
#DH7 ,-(SP)

#FMT4 ,-(SP)
#3,-(SP)

SP,RO

CSPNTX

#10,SP

(ZDMSB MB82C3 STATIC TESTS #2

GLOBAL ERROR REPORT SECTION

017412
017416
017422
017426
017432
017436
017442
017444
017446

013746
013746
013746
013746
012746

017452
017456
017462
017466
017470
017472

012746
012746
012746

172 017452

173 017476
017476

017502
017506
017512
017516
017522
017526
017530
017532

MACRO v03.01

PRINTX

015263
012514

#FMTS ,#DHO

000002

013746
013746
013746
013746

PRINTX

HFMTE,AX2.15,AX2.16,AX3.15,AX3.16

002316
012415
000005
000014

ENDMSG

L 10006:

175
176
177
178
179
180 017540

BGNMSG

ERR6

181 017540

PRINTB

#FMT10, SUBRP(

017540

017540
017544
017550
017554
017556
017560

013746
012746
012746
010600

017564
017570
017574
017600
017604
017606
017610

013746
012746
012746
012746

017614
017620
017624
017626
017630

012746

002336
012521
000002

104414

062706

002436
036460
012256
000003
000010

012746
010600
104414

062706

012266
000001
000004

PRINTB

#FMT1,#ADDRES ,MP(SR

AX1.16,=(SP)
AX1.15,=(SP)
AX0.16,=(SP)

MOV
MOV
MOV
MOV

#DH9,~(SP)

ADD

#6,SP

MOV
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

AX3.16,-(SP)
AX3.15,-(SP)
AX2.16,=(SP)
AX2.15,-(SP)

TRAP

C$MSG

MOV
MOV
MOV
MOV

SUBRP( ,=(SP)
#FMT10,-(SP)
#2,-(SP)

TRAP
ADD

MOV
MOV
MOV
MOV

#FEMT?

AX0.15,~=(SP)

#FMTS5,-(SP)
#5,-(SP)

SP,RO
CSPNTX

#14,SP

#FMTS,-(SP)
#2,-(SP)

SP,RO
CSPNTX

#FMT6,-(SP)
#5,-(SP)

SP,RO
CSPNTX

#14,SP

ERRG6::

TRAP

PRINTB

101

MOV
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

TRAP

017536
017536

183 017614

SEQ

002314
002312

000014

174 017536

182 C17564

12-SEP=79 13:20:11 PAGE 18-17

SP,RO
CSPNTB

#6,SP

MP(SR,=(SP)
#ADDRES ,=(SP)
#FMT1,-(SP)

#3,-(SP)

SP,RO
CSPNTB

ADD

#10,SP

MOV
MOV
MOV

HFMT2 ,-(SP)
#1,-(SP)

TRAP
ADD

SP,RO
CSPNTRB

84, SP

(ZDMSB MB8203 STATIC TESTS #2

GLOBAL ERROR REPORT SECTION

184 017634

017634
017640
017644
017650
017654
017656
017660

013746
013746
012746
012746
010600
104414
062706

002516
002520
012460
000003

017664
017670
017674
017700
017704
017706
017710

012746
012746
012746
012746
010600
104415
062706

015064
015035
012352
000003

017714
017720
017724
017730
017734
017740
017744
017746
017750

013746
013746
013746
013746
012746
012746
010600
104415
062706

002274
002272
002270
002266
012365
000005

017754
017760
017764
017770
017772
017774

012746
012746
012746
010600
104415
062706

015122
012514
000002

020000
020004
020010
020014
020020
020024
020030
020032
020034

013746
013746
013746
013746
012746
012746
010600
104415
062706

002304
002302
002300
002276
012415
000005

020040
020044
020050
020054
020060
020062
020064

012746
012746
012746
012746
010600
104415
062706

015224
015172
012352
000003

020070
020074
020100
020104
020110

013746
013746
013746
013746
012746

002314
002312
002310
002306
012365

185 017664

186 017714

187 017754

188 020000

189 020040

190 020070

000010

000014

000006

000014

000010

L 8
MACRO v03.01 12-SEP=79 13:20:11 PAGE 18-18
'

PRINTB

SEQ

#FMTB,TMP1,
TMPQ

102

,
= (SP)
TMPO
TMP1 . =(SP)

#EMT8,
= (SP)

#3,-(5P)

SP.RO
CSPNTB

PRINTX

#10,5P

#EMT4 ,#DH2 ,#DH3

#DH3,~(SP)
#DH2 ,=(SP)

#FMT4 ,-(SP)

#3,-(SP)
SP,RO
CSPNTX

PRINTX

#10,SP

#FMTS5,LURT0,LURTT,LURT2,LURT3

LUR13,-(SP)
LUR12,=(SP)
LUR11,=(SP)
LUR10,=(SP)

#FMTS,-(SP)
#5,-(SP)
SP.RO

CSPNTX

PRINTX

#14,SP

#FMTO ,4#DH4

#DH4 ,-(SP)
#FMT9,-(SP)
#2,-(SP)

SP,RO
CSPNTX
#6,SP

#FMT6,LURT4,LURTS,LURT6,LURT7

LUR17 ,=(SP)
LUR16.,~(SP)

LUR1S5,-(SP)
LUR14,~(SP)

#FMT6,-(SP)
#5,-(SP)

PRINTX

#FMTS ,#DH7 ,#DHB

#FMTS5,AX0.15,AX0.16,AX1.15,AX1.16

SP,RO
CSPNTX

ADD

#14,SP

MoV

#DHB,~(SP)
#DH7 ,-(SP)

#FEMTS ,-(SP)

MOV
MOV
MOV

#3,-(SP)

ADD

#i0,SP

MOV
MOV
MOV
MOV
MOV

AX1.16,-(SP)
AX1.15,-(SP)
AX0.16,=(SP)
AX0.15,-(SP)
#FMTS
= (SP)

SP,RO
CSPNTX

(ZDMSB MB203 STATIC TESTS #2

GLOBAL ERROR REPORT SECTION

020114
020120
020122
191 020130

192 020154

193 020214
020214
194

020214

012746
010600

000005

062706

000014

012746
012746
012746

015263
012514

104415

010600
104415
062706

MACRO v03.01

M 8
12-SEP=79 13:20:11 PAGE 18-19

SEQ

MOV
MOV
PRINTX

#FMTS ,ADHO

000002

PRINTX

013746
013746
013746
013746
012746
012746

010600
104415
062706

ENDMSG

L10007:

104423

#5,-(SP)

SP,RO
CSPNTX

TRAP
ADD

#14,SP

MOV
MOV

= (SP)
#FMTS,

MOV
MOV
TRAP
ADD

HFMTE,AX2.15,AX2.16,AX3.15,AX3.16

103

#DH9, - (SP)

#2,-(5P)

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)

TRAP

CIMSG

W#FMT6,-(SP)
#5,-(SP)

SP,RO
CSPNTX

#14,SP

195
196
197

198
199 020216

013746
012746
012746
012746
010600

002436
036460
012256
000003

062706

000010

012746
012746
010600

012266
000001

062706

000004

013746
012746
012746
012746
010600

002364
015013
012450
000003

062706

000010

012746

015064
015035
012352

104414

201 020246

104414

020326

012746
012746

BGNMSG

ERR7

PRINTB

#FMT1,#ADDRES ,MPCSR

ERR7::
MPCSR,-(SP)
#ADDRES ,-(SP)
#FMT1,-(SP)

#3,-(SP)

SP,RO
CSPNTB

PRINTB

#FMT2

#10,SP
HFMT2 ,~(SP)
#1,-(SP)

SP,RO
(SPNTB

PRINTB

#FMT7 ,#DH1,RE GNUM

#4,SP

,
- (SP)
REGNUM

#DH1 ,-(SP)

#EMT?
= (SP)

#3,-(SP)

SP,RO
CSPNTB

PRINTX

#FMTL ADH? ,#DH3

#10,SP

#DH3,~(SP)
#DH2 ,~(SP)

#FEMT4
- (SP)

(ZDMSB MB203 STATIC TESTS #2

GLOBAL ERROR REPORT SECTION

020332
36

012746
010600

104415
062706

012746

012746
012746
010600
104415
062706

013746
013746
013746
013746
012746
012746
010600

207 020472

104415
062706

PRINTX

LUR13,=(SP)

#FMTS,-(SP)

000014

015122
012514
000002
000006

002304
002302
002300
002276
012415
000005
000014

062706

000010

013746
013746
013746
013746
012746
012746
010600
062706

000014

012746
012746
012746
010600

015263
012514
000002

062706

000006

104415

#10,SP

LURT1,=(SP)
LUR10,=(SP)

015224
015172
012352
000003

104415

#FMTS,LURT0,LURTT,LURT2,LURT3

LUR12,=(SP)

012746
012746
012746
012746
010600
104415

020572
020576
020600
020602
210 020606

SP,RO
CSPNTX

104415

013746
013746
013746
013746
012746
012746
010600

104
#3,-(SP)

000003

062706

205 020406

N 8
MACRO v03.01 12-SEP=79 13:20:11 PAGE 18-20

CSPNTX

PRINTX

#FMTS ,#DH4

PRINTX

#FMT6,LURT4,LURTS ,LURT6,LURT7Z

#14,SP

- (SP)
#DH4
#FMT9,-(SP)
#2,-(SP)
SP,RO
CSPNTX
#6,SP

LUR17,-(SP)
LUR16.,-(SP)
LUR15,=(SP)
LUR14 ,=(SP)

#FMT6,-(SP)

#5,-(SP)

SP,RO
CSPNTX

PRINTX

#FMT4 ,#DH7 ,#DH8

#14,SP

#DH8,~(SP)
#DH7 ,-(SP)

#FMTS
- (SP)
#3,-(SP)

CSPNTX

PRINTX

#FMTS5 ,AX0.15,AX0.16,AX1.15
,AX1.16

#10,sP

AX1.16,-(SP)
AX1.15,-(SP)
AX0.16,-(SP)

AX0.15,-(SP)
#FMTS,-(SP)
#5,-(SP)
SP,RO
CSPNTX

PRINTX

#FMTS ,#DHO

#14,SP

#DH9 , - (SP)

#FMTS, ~(SP)
#2,-(SP)

PRINTX

HFMT6 AX2.15,AX2.16,AX3.15
,AX3.16

SP,RO
CSPNTX
#6,SP

(ZDMSB MB8203 STATIC TESTS #2

GLOBAL ERROR REPORT SECTION

020606
020612

MACRO v03.01

B 9
12-SEP=79 13:20:11 PAGE 18-21

SEQ

013746
013746
013746
013746
012746
012746

MOV
MOV
MOV
MOV
MOV
MOV
MOV

010600
104415

TRAP

062706

ENDMSG

L10010:

104423

013746
012746
012746
010600

002336
012521
000002

062706

000006

013746
012746
012746
012746
010600

002436
036460
012256
000003

062706

000010

012746

012266
000001

104414

219 020674
020704
020710
020714
020716
020720
220 020724
020724
020730
020734
020736
020740
221 020744
020744
020750
020754
020760
020764
020766
020770
222 020774
020774
21000
021004
021010
021014
021016
021020

223 021024

104414

000004

013746
012746
012746
012746
010600
104414
062706

002364
015013
012450
000003

013746
013746
012746
012746
010600

002372
002370
012310
000003

062706

000010

104414

000010

BGNMSG

ERR8

PRINTB

#FMT10, SUBRP(

PRINTB

#FMT1 ,#ADDRES ,MP(SR

105

AX3.16,=(SP)
AX3.15,=(SP)
AX2.16,=(SP)
AX2.15,=(SP)

#FMT6,-(SP)
#S5,-(SP)

SP,RO
CSPNTX

ADD

#14,SP

TRAP

($MSG

MOV
MOV
MOV
MOV

SUBRP( ,=(SP)
#FMT10,-(SP)
#2,-(SP)

ERRS8::

TRAP
ADD

SP,RO
(SPNTB

#6,SP

MPCSR,~(SP)
#ADDRES ,-(SP)
#FMT1,-(SP)

#3,-(SP)

SP.,RO
CSPNTB

PRINTR

#FMT?

#10,SP

HFMT?2 ,-(SP)
#1,-(SP)

SP,RO
CSPNTB

PRINTR

#FMT7 ,#DH1 ,RE GNUM

#4 ,SP

= (SP)
REGNUM,

#DH1,-(SP)

#FMT?
.- (SP)
#3,-(SP)

SP.RO
CSPNTB

PFINTE

#FMT3,GOODAT ,BADDAT

#10,SP

BADDAT ,~(SP)
GOODAT ,=(SP)
#FMT3, =-(SP)
#3,-(SP)

SP,RO
(SPNTB

PRINTX

#FM
, #DHZ
T4
,#DH3

#10,5P

(ZDMSB MB203 STATI(C TESTS #2

GLOBAL ERROR REPORT SECTION

021024

RUSRIRRSER

)
il
S caclh
i

225 02

224 021054

226 021140

227 021200

228 021230

012746
012746
012746
012746
010600

013746
013746
013746
013746
012746
012746

002274
002272
002270
002266
012365
000005

104415
062706

021304

015122
012514
000002
000006

013746
013746
013746
013746
012746
012746
010600
104415
062706

002304
002302
002300
002276
012415
000005

012746
012746
012746
012746
010600
104415
062706

015224
015172
012352
000003

013746
013746
013746
013746
012746
012746
010600

002314
002312

062706

000014

012746
012746
012746
010600

015263
012514
000002

104415

229 021270
021270
021274
021300

000014

000010

SEQ

MOV
MOV
MOV
MOV
MOV

015035
012352
000003
000010

012746
012746
012746
010600

_
c
9
12-SEP=79 13:20:11 PAGE 18=22

015064

104415
062706

010600
104415
062706

MACRO v03.01

PRINTX

#FMTS,LURT0,LURTT,LURTZ,LURT3

TRAP
ADD

MOV
MOV
MOV
MOV
MOV
MOV
TRAP

PRINTX

HFMTG ,4DH4

ADD

106

#DH3,~(SP)
#DHZ ,=(SP)

RFMT4 ,=(SP)

#3,-(SP)
SP,RO

CSPNTX

#10,SP

LUR13,=(SP)
LUR1Z2,=(SP)
LUR11,=(SP)
LUR10Q,=(SP)

#EMTS,=(SP)
#5,-(SP)

SP,RO
CSPNTX

#14,SP

4
= (SP)
#DH
#FMTY,-(SP)

#2,-(SP)
SP,RO

CSPNTX

PRINTX

#6,SP

#FMT6,LURT4,LURTS5,LURT6,LURT7

LUR17,=(SP)
LUR16,-(SP)

LUR1S5,-(SP)

LUR1T4 ,=(SP)
#FMTE,=(SP)

#5,-(SP)

SP,RO
CSPNTX

PRINTX

#14.,SP

HFMTS ,ADH7 ,#DH8

#DH8 ,~(SP)

#DH7 ,-(SP)

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

CSPNTX

PRINTX

#FMTS AX0.15,Ax0.16 ,AX1.15,AX1.16

PRINTX

#FMTO ,4DHY

#10,SP

ADD

AX1.16,-(S°P)
AX1.15,-(SP)
AX0.16,=(SP)
AX0.15,-(SP)
#FMTS,-(SP)
#5,-(SP)
SP,RO
CSPNTX
#14,SP

#DHS ,~(SF)

#FMTS ~(SP)
#2,-(SP)

SP,RQ

(ZDMSB MB203 STATIC TESTS #2

GLOBAL ERROR REPORT SECTION

021306

021310
230 021314
021314
021320
021324
021330
021334
021340
021344
021346

021350
231 021354
021354
021354
232
233
234
235
236
237 021356
021356
238 021356

021356

021362
021366
021372
021376
021400
021402
239 021406
021406
021412
021416
021420
021422
240 021426
021426
021432
021436
021442
021446
021450
021452
241 021456
021456
021462
021466
021472
021476
021500
021502

242 021506
021506

021512
021516
021522

104415

062706

000006

0137246
013746
013746
013746
012746
012746
010600
104415

002324
002322
002320
002316
012415
000005

062706

012746
012746
012746
010600
104414
062706

PRINTX

002436

D 9
12-SEP=79 13:20:11 PAGE 18-23

#FMTE,AX2.15,A%2.
6 ,AX3.15,Ax3.16

L10011:

;
BGNMSG

ERR10

PRINTR

#FMT1,#ADDRES ,MP(CSR

012746
012746
010600
104414
062706

012266
000001

013746
013746
012746
012746
010600
104414
062706

002516
002520
012460
000003

012746
012746
012746
012746
010600
104415
062706

015064
015035
012352
000003

013746
013746
013746
013746

002274
002272
002270
002266

000004

000010

PRINTR

#FM12

PRINTB

#FMT8,TMP1,TMP)

PRINTX

#FMT4 ,4#DH2 ,A#DH3

PRINTX

#FMTS,LUR10,LURT1,LURT2,LURTS

107

CSPNTX

ADD

#6,SP

MOV
MOV
MOV
MOV
MOV
MOV
MOV
TRAP

AX3.16,=(SP)
AX3.15,=(SP)
AX2.16,=(SP)
AX2.15,=(SP)
HFMTE,-(SP)
#5,-(SP)
SP,RO
CSPNTX

TRAP

CIMSG

MOV

MP(SR,=-(SP)

MOV
MOV
MOV
TRAP
ADD

HFMT2 ,=(SP)
#1,-(SP)
SP,RO
($PNTB
#4,SP

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

TTMTMMPQ,~(SP)
TMP1,-(SP)
#FMT8,-(SP)
#3,-(SP)
SP.RO
($PNTB
#10,SP

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

#DH3,~(SP)
#DHZ2 ,~(SP)
HFMT4 ,~-(SP)
#3,-(SP)
SP,RO
CSPNTX
#10,SP

MOV
MOV
MOV
MOV

LUR13,=(SP)
LUR1?2,=(SP)
LURTT,=(SP)
LUR10,=(SP)

ADD

ENDMSG

036460
012256
000003
000010

SEQ

TRAP

000014

1044273

013746

MACRO v03.01

#14,SP

ERR10::
MOV
MOV
MOV
MOV
TRAP
ADD

#ADDRES ,~(SP)
#FMT1,=(SP)
#3,-(SP)
5P.RO
CSPNTB
#10,SP

(ZDMSB M8203 STATIC TESTS #2

GLOBAL ERROR REPORT SECTION

021526
021532
021536
021540
021542
263 021546
021546
021552
021556
021562
021564
021566
244 021572
021572
021576
021602
021606
021612
021616

021622
021624
021625
245 021632
021632
021636
021642
027646
021652
021654
021656

2466 021662
021662
021666
021672
021676
021702
021706
021712
021714
021716
247 021722
021722
021726
021732
021740
021742
248 021746
021745
021752
021756
021762
021766
021772
021776
022000
022002

012746
012746
010600
104415
062706

012365
000005

012746
012746
012746
010600
104415
062706

015122
012514
000002

013746
013746
013746
013746
012746
012746

002304
002302
002300
002276
012415
©00005

010600
104415
062706

000014

000006

000014

012746
012746
012746
012746
010600
104415
062706

015224
015172
012352
000003

013746
013746
013746
013746
012746
012746
010600
104415
062706

002314
002312
002310
002306
012365
000005

012746
012746
012746
010600
104415
062706

015263
012514
000002

013746
(13746
013746
013746
012746
012746
010600
104415
062706

002324
002322
002320
002316
012415
000005

000010

000014

000006

000014

9
E
MACRO v03.01 12-SEP=79 13:20:11 PAGE 18=24

108

#FMTS,=(SP)
#5,-(SP)

SP,RO
CSPNTX

PRINTX

#14,5P

REMTG, #DHS

= (SP)
#D,H4

#FMT9,-(SP)
#2,-(SP)

SP,RO
CSPNTX

PRINTX

#FMT6,LURTS,LURTS,LURT6,LURTZ

LUR17,=(SP)
LUR16,=(SP)

LUR1S,=(SP)
LUR14 ,=(SP)

#FMT6,-(SP)
#5,-(SP)

SP,RO
CSPNTX

PRINTX

#14,SP

HFMT4 ,#DH7 ,#DHE

8
, - (SP)
#DH
#DH7 ,-(SP)

RFEMTS ,-(SP)

#3,-(SP)
SP,RO
X
CSPNT

PRINTX

#FMTS AX0.75,AX0.16,Ax1.15,AX1.16

AX1.16,=(SP)
AX1.15,=(SP)
AX0.16,=(SP)
AX0.15,-(SP)

#FMTS ,-(SP)
#5,-(SP)

SP.RO
CSPNTX

PRINTX

#14,SP

#FMTO ,#DHO

#DH9 ,~(SP)

#FMTS, -(SP)
#2,-(SP)

PRINTX

BFMTE,AX2.15,AX2.
16 ,AX3.15,Ax3.16

ADD

SP,RO
CSPNTX

#6,SP

AX3.16,=(SP)
AX3.15.=(SP)
AX2.16,=(SP)
AX2.15.=(SP)

#FMT6,
= (SP)

#5,-(SP)

TRAP
ADD

SP.RQ
CSPNTX

#14,5P

(ZDMSB M8203 STATI(

GLOBAL ERROR REPORT

249 022006
022006
022006
250
251
252
253
254

TESTS #2

SECTION

MACRO v03.01

1¢=SEP=79 13:20:11 PAGE
ENDMSG

104423

18-25

SEQ

L10012:

TRAP

109

CIMSG

(ZDMSB MB203 STATI(

REPORT

WO ~NO
N Ar0 =
<O

]

TESTS #2

CODING SECTION

MACRO v03.01

1¢=SEP=79 13:20:11

SBTTL

PAGE

SE@

110

REPORT CODING SECTION

SIIIITIIIII777777777777/7777777777777777777777777777777777777777

s/ THE REPORT CODING SECTION CONTAINS THE
;/ "PRINTS'' CALLS THAT GENERATE STATISTICAL REPORTS.

SIIIIIIIITTI 7777777777770 077770777777 77771777777777777777777

022010
022010

BGNRPT

022010

ENDRPT

022010
022010

104425
.EVEN

LSRPT::

L10013:

TRAP

CSRPT

(ZDMSE MB202 STATI( TESTS #2

LOAD DEVICE PROTECTION TABLE

MACRO v03.01

12=SEP=79 13:20:11 PAGE 20

SE@

;

LSRTTL

SIIIILIIIIIIITTT I ITT2IAIIE 7770007000 707F00770705700000000000077777477001777

€

IIIITIIIII I

4
S

LOAD DEVICE PROTECTION TABLE

:/ THIS TABLE IDENTIFIES THE LOAD DEVICE
>/ PROTECTED FROM TESTING, IF DESIRED.
I

TO THE

SUPERVISOR,

SO THAT

7777777777777 777777777777 7777777777770727777777777777777777

8 022012

BGNPROT

022012
9 022012

177777

.WORD

:DON'T (HK (SR ADRS

11 022016

177777

LWORD

SDON'T (HX DRIVE NC.

10 022014

Ji‘ 022020
14

18§

177777

.WORD

ENDPROT

[T (AN BE

:DON'T

(HK MASSBUS UNIT NO.

LSPROT
:;

MACRO v03.01

9
I
1¢-SEP=79 13:20:11 PAGE 21

SEQ

TESTS #2

.SBTTL

INITIALIZE SECTION

SI1I11I777777777777777777777777777777/777/777/777/777/777777/7/7/77777777
s/ THE INITIALIZE SECTION CONTAINS THE CODING THAT |S PERFORMED
;/ AT THE BEGINNING OF THE TEST SEQUENCE ON THE NEXT UNIT.
STIVLIATTIIEET TN LLATTILEL LTSV LA TL LA TALLL L PSP
R
T

BGNINIT

022020
022020
022020

~
n

n
n

——

=3 VONOVNEWNN—=0OO0

O~y
VNI WMh =

(ZDMSB MB20% STATI(
INITIALIZE SECTION

23 022110
25 022116
022116
022122
26 022124
022124
28 022126
022126
022132
29 022134
022134

31 022136
022136
022142
32 022144
022144
34 022146
022146
022152
35 022154
022154
36 022156
37 022160
%g 022160
40 022164
41 022170
42 022170

43 022176
44 022202

010637
005037
005037
005037
005037
005037
005737
001007
013737
013737

002332
002336
002416
002420
002410
002424
002376
000004
000006

002404
002406

013737
013737
012737

002404
002406
000001

000004
000006
002376

012700

000040

000406

104447

MOV
CLR
CLR
(LR
(LR
CLR
TST

104447

FRSTIM

;BR IF NOT

MOV
MOV
BR
MOV
MOV
MOV

a4, SAVES
gzé.SAVEb

.SAVE ERROR

SAVES ,a#é
SAVEG, a#6
#1,FRSTIM

JRESTORE ERROR TRAP VECTOR

READEF

#EF .START

TRAP VECTOR

JMARK. FLAG FOR NEXT
YES

:SEE I¥ PROGRAM JUST STARTED, BR [F

READEF

000037

TIME

THROUGH

;SEE

#EF .RESTART

STARST

000035

THIS IS A NEW PASS,
READEF
#EF .NEW

;SEE IF
000036

000416

005037

002426

012737
005237
005237

177777

002400
002402

YES

NEWST

PROGRAM WAS

READEF

JUST

B(S

STARST

MOV

#EF _.RESTART
RO

TRAP

(SREFG

BCS

STARST

MOV

#EF _NEW, RO

STARST:

CONTINUED

BCS

NEWST

#EF .CONT INUE

BCOMPLETE

103556

002402

#EF .START
RO

TRAP

BCOMPLETE

005037

MOV

TRAP

STARST

BCOMPLETE

103411

012700

9%
:

;CLEAR USYRT CHIP TYPE INDICATOR
;CLEAR ERROR FLAGS
;CLEAR CHAR LENGTH FROM SETUP
;SEE IF FIRST TIME THROUGH AFTER LOAD

;SEE IF PROGRAM JUST RESTARTED, BR IF YES

103411

012700

6%:

;SAVE BASE-LEVEL STACK POINTER
;CLEAR SUBR (CALL PC
;CLEAR CURRENT STATE OF DISSI

SP ,PSTA(CK
SUBRP(
DISILO
CHPTYP
ERROR1
SAVLEN

BCOMPLETE

103415

012700

BNE

LSINIT::

GE TPRM

CLR

STARES

(LR

DE VMAP

MOV
INC
INC

#-1,L0GDEV
FRSPAS
STARES

;CLEAR DEVICE maP
002330

NEWST

(SREFG

#EF . CONTINUE
RO
CSREFG

ENDIT

CSREFG

ENDIT

;CLEAR FLAG TO SHOW JUST HAD STA OR RES

JRESET LOGICAL DEVICE TO -1
s INCREMENT NO. OF PASSES AFTER LOAD
s INCREMENT NO.

PASSES SINCE

STA OR RES

(ZDMSB M8203 STATIC TESTS #2
INITIALIZE

SECTION

45 022206

012737

000001

002430

47
48 022214
49 022214
50 022220
51 022226

005237
023737
002360

002330
002330

002012

013700

002330

52 022230
022230

53 022240
022240
54 022242
55 022246
56 022250
57 022256
58 022262
59 022266
60 022272
61 022276
62 022302
63 022306
64 022314
65 022320
66 022326
67 022332
68 022336
69 022344

104442

103403

006337

002446

002450
000004
002452

78 022400
79 022404

005737
001442

81 022406
02240¢

104450

83 022410
022410

103412

87 022434
88 022436
89

002430

002436
002440
002440
002442
000004
002444

011137

022426
86 022432
022432

BCOMPLETE

002430
002430

75 022374

#3110,DEVPTR

MOV

002454
002456
002460
002462
002464

002256

ASL

002426

SEQ

113

JINIT DEVICE MAP BIT POINTER

; GET UNIBUS ADDRESS, VECTOR, PRIORITY LEVEL, SWITCH PACKS, TEST
;
CONNECTOR INFORMATICN FOR THIS LOGICAL DEVICE
GE TPRM:
LOGDEV
INC
s INCREMENT LOGICAL DEVICE NUMBER
LOGDEV,LSUNIT
CMP
;SEE IF MAXIMUM UNIT NO. EXCEEDED
NEWST
BGE
;BR IF YES
LOGDEV,R1
GPHARD
JGET P=TABLE POINTER INTO R1

010001

70 022350
71 022354

85 022412
022412
022416
022422
022424

Y
g
12=-SEP=79 13:20:11 PAGE 21-1

MACRO v03.01

108:

GE TPRM

ASL
ADD
MOV

DEVPTR
#2,R1
(R1) ,MPCSR
(R1) ,BSEL1

DEVPTR,DEVMAP

MOV
INC
MOV

BSEL1
(R1),SEL4

MOV

(R1)+,SEL6

;

108

;SKIP THIS DEVICE
;SET BIT FOR THIS DEVICE IN DEVICE MAP
;SHIFT DEVICE MAP BIT POINTER
s INCREMENT R1 PAST MICROPROCESSOR TYPE

;STORE POINTER TO MICROPROCESSOR CSR'S

;JGET POINTER TO BSEL1

(MAINTENANCE REGISTER)

ADD

#6,SELE

;STORE POINTER TO SEL6
;GET MICROPROCESSOR INPUT INTRPT VECTOR

ADD

#4 ,MPOVEC

MOV
MOV

(R1)+,LUSWIZ
(R1)+,LUSWI3

;GET MICROPROCESSOR OUTPUT INTRPT VECTOR
;GET MICROPROCESSOR DEVICE PRIORITY
: INCREMENT R1 PAST LU TYPE
JGET LU SWITCH PACK #1

(R1) ,MPIVEC
(R1)
+ ,MPOVEC

MOV
ADD
MOV

;SEE

BCS

;GET POINTER TO SEL4

MOV
MOV

002450

RO,R1

#6,SELG

ADD

002444

;BR IF DEVICE AVAILABLE
;SHIFT DEVICE MAP BIT POINTER

DEVPTR

BIS

002442

108

LOGDEV ,RO
C$GPHRD

MOV
TRAP
MOV

(R1)+ ,MPRIOR
#2 ,R1
(R1)+,LUSWI

:GET LU SWITCH PACK #2
:GET LU SWITCH PACK #3

sGET TEST CONNECTOR INDICATOR
;GET BAUD RATE
IF MANUAL INTERVENTION DESIRED BETWEEN UNITS FOR INSTALLATION OR REMOVAL
MOV
MOV

(R1)+,TSTCON
(R1) ,BDRATE

TEST CONNECTORS, BR IF NOT
TST

MIFLAG

22%

BEQ

JSEE IF MANUAL INTERVENTION ALLOWED BY SUPERVISOR
MANUAL

TRAP

;BR IF ALLOWED

BCOMPLETE

JPRINT MSG

000004

THAT OPERATOR

PRINTF

022514
000001

18%

#FMT16

INTERVENTION

IS NOT

ALLOWED

18%:

;TYPE

BREAK

B8R
"'INSTALL

JHANG UNTIL

“C

TYPED

16%
TEST

CONNECTOR(S)

ON UNIT

ADRS

XXxXxx"'

18%

MOV
MOV
MOV

#FEMT16,-(SP)
#1,-(SP)

ADD

84, SP

TRAP

($BRK

TRAP

16%:

CSMAN]

SP,RO
CSPNTF

(ZDMSB M8203 STATIC TESTS #2
INITIALIZE SECTION

90 022436
022436

013746

002436

022446
022452
022454

012746
010600
104417

000002

022442

022456
91 022462

92 022466

93
94 022466
022466

012746

062706
005037

000404

022502
022510
022512
022512
022512
022512
- 022512

023727
001366

95
96
97
98
99

101

102 022565

045

103 022636

022641
022644

SEQ

#FMT17.MP(SR

022636
000006
(€02502

20%:

CLR

MOV

MP(SR,=(SP)

MOV
MOV
TRAP

#2,-(SP)
SP,RO
CSPNTF

ADD

REG2

:ASK OPERATOR TO '‘TYPE <Y> <(R> WHEN READY TO PROCEED'
GMANIL
TYPEY,REGZ2.,1,NO

002502

000001
22%:
ENDIT:

(MP
BNE

10000%:

REGZ,#1
20%

ENDINIT

L10015:

116

045

101

124

115
125
040
124
126
124
116
123
117
101
117
104
116

131
040
116
117
103
136
040
122
124
120
103
104
116

120
103
124
114
040
103
074
076
117
122
105
072
000

108
117
122
055
050
051
103
040
040
117
105
045

101
123

11
124

116
101

116

101
101
111
105
105
111
040
040
124
114
127
041

045

FMT16:

.ASCII

/%NZAMANUAL

LASCIZ

/%ATYPE

(*C)

. WORD
.WORD
.WORD
"WORD

REGZ2
T$CODE
TYPEY
1

TRAP

CSINIT

<CR> TO PROCEED: 2N/

FMT17:

.ASCIZ

/%INYAINSTALL

TEST CONNECTOR(S) ON UNIT AT ADRS

#6,SP

C SGMAN

INTERVENTION IS NOT ALLOWED'ZIN/

CONTROL=C

FEMT17,=(SP)

TRAP

[S13

101
116
114
116
122
116
117
111
116
040
114
105
045

045

114

MOV

104411
045

022570
022573
022576
022601
022604
022607
022612
022615
022620
022623
022626
022631
022634

002502
000120
022725
000001

022514

022517
022522
022525
022530
022533
022536
022541
022544
022547
022552
022555
022560
022563

PRINTF

104443

022470

022472
022474
022476
022500
022502

MACRO v03.01 12-SEP=79 13:20:11 PAGE 21-2

XO&IN/

10000%

o
—a

S3&SK

104 022725

MACRO V03.01

[

12=SEP=79 13:20:11 PAGE 21-3

SEQ

et Ot
O

—_— = NNVO
=
=
SRR
NNVOOONON =NWORO WV

QOH

§ ?O—a—‘—a—o.a—n——a—a—a—a—a
J\?NNN—‘N—‘O—'NN—'

022647
022652

H S INNWNVINS
S

(ZDMSB MB8203 STATIC TESTS #2
INITIALIZE SECTION

045
TYPEY:

.EVEN

LASCIZ

/TYPE

<Y><(R> WHEN READY

10 PROCEED /

115

CZDMSB M8203 STATIC TESTS #2

AUTO DROP UNIT

SECTION

MACRO v03.C1

OOV

WA=

.SBTTL

SEQ

116

AUTO DROP UNIT SECTION

SITIIIITITIITITI T
7777777777777 7777777777777 77777777777777777777777777777777777
;/ THE ~.TO DROP CODING DETERMINES WHETHER OR NOT THE DEVICE WHOSE P-TABLE

;/ WAS ST OBTAINED IS READY FOR TESTING, AND IT IS DROPPED IF NOT READY.

SIIIITITITIII I

022772
022772

012700

000340

023000
023006
823014

012737
012737
005777

023022
000340
157416

0 23022
0

062706

000004
002330

18 023034
19 023042

013700
104451

013737
013737

023026
023032

023050

T 7777777770777 7777707777777 77777 7777777777777 7777777717777777777

BGNAUTO

022772
022772

Mm99
12-SEP=79 13:20:11 PAGE 22

104461

002404
002406

;ESTABLISH PRIORITY = 7
SETPRI #PRIO7
000004
000006

MOV
MOV

TST
BR

#6S N6
#PRI07 ,a46

LSAUTO::

MOV
#PRI107 ,RO
TRAP
($SPR]
;SET UP NON=-EXISTENT MEMORY ERROR TRAP VECTOR

aMP(CSR
9%

;ADDRESS SELO
;TAKE THIS BRANCH IF DEVICE RESPONDS

ADD
DODU

#4 ,SP
LOGDEV

JCLEAN UP THE STACK POINTER
;DROP THIS UNIT FROM TESTING

MOV

SAVES4 ,a#é

JRESTORE ERRUR TRAP VECTOR

;COME HERE IF DEVICE CSR IS NON-EXISTENT

6%:

000004

000006

9%:

MOV

ENDAUTO

SAVEG, a#6

L10016:

MOV
TRAP

LOGDEV ,RO
C$DODU

TRAP

(SAUTO

(ZDMSB MB203 STATIC TESTS #2

CLEANUP CODING SECTION

N9
MACRO v03.01 12-SEP=79 12:20:11 PAGE 23
.SBTTL

SIIIITIIITTTTI 77777777777 7777777777777777777777777777777777777/177777

:/ AT THE END OF

(;

CLEANUP CODING SECTION

THE CLEANUP CODING SECTION CONTAINS THE

BGNCLN

10
11 023052

ENDCLN

° 023052

(o X9, F XU N}

THE

CODING THAT

TEST SEQUENCE ON A PARTICULAR UNIT

IS PERFORMED

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

8 023052

——

117

12
“

SEQ

023052
023052

104412

LSCLEAN: :

L10017:

TRAP

(SCLEAN

OOV
=

—

NV
wWwnh =

—

o8
g

2%(?}3&1( TESTS #2

3 000 O

b
b
b

—

B 10
12-SEP=79 13:20:11 PAGE 24

.SBTTL

SEQ

118

DROP UNIT SECTION

SIIIIIIIITIIITII ST 2077707077707 70070070770777077707777777777777/77777777777777
:/ THE DROP=UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE

;/ TO NO LONGER BE TESTED.

SIIIIIIIIILII LI L2177 7 7770700707000 07000000007070777077070770777777777777777

023054
023054

BGNDU

023054
023054

104433

023056
023056
023062

013746
012746

023066
023072
023074
023076
023102
023102
023102

MACRO v03.01

023104
023107
023112
023115
023120
023123
023126
023131
023134

012746
010600
104417
062706

;ISSUE UNIBUS RESET TO CLEAN UP
BRESET
:PRINT

002330
023104

"UNIT

XX DROPPED'’

PRINTF

#FMT27,LOGDEV

000002

000006

116
125
124
104
101
122
120
045

ENDDU

045
116
040
062
040
117
105
116

FMT27:

.EVEN

_ASCIZ

TRAP

CSRESET

MOV
MOV

LOGDEV,=-(SP)
#FMT27,-(SP)

TRAP

($DU

MOV
MOV
TRAP
ADD

L10020:

104453

045
101
111
045
045
104
120
104
000

L$DU::

/%INXAUNIT ZD2XA DROPPEDZIN/

#2,-(SP)
SP,RO
CSPNTF
#6,SP

CIDMSB MB203 STATI( TESTS #2

ADD UNIT

SECTION

MACRO v03.01

C 10

12-SEP=79 13:20:11 PAGE 25

.SBTTL

SIIIIIITIILLIII

(9
g

TO BE

(A)

ENDAU

023136

" 023136

THE CODING THAT CAUSES A DEVICE

TESTED FOR THE FIRST TIME, OR (B) RESUMED IN TESTING.

2/ "EF.AUNIT'' IS SET, THE UNIT WILL BE TESTED AS A NEW UNIT.
SIIIILIIIIIII I LI 7770070250707 0 0000007700777 77777770777Fill7777/777

10 023136

T2 7777700070777 7707770777707777777777707777777777/777

THE ADD=UNIT SECTION CONTAINS

BGNAU

119

ADD UNIT SECTION

9 023136

SEQ

104452

IFf

LSAU::
L10021:

TRAP

($AL

(ZDMSB M8203 STATIC
TESTS

MACRO v03.01

CrR AR

2
B
B

%
N,
e

%
%

1EST 1 = BIT STUFFING TEST

DEVICE

IS ENABLED FOR

FOLLOWED BY ALL

CONSISTS OF

23 023152
24 023154
023156

112137

004737
000000
000000
020127
103767
111137

052737
004737
000000
000000
004737

023262
005212

MOV

002346

003276

PC,INITRN

PATS
16.

002412

MOV

#TXEOM,
T XWORD

{gg

JSR
JSR

6%:

8%:

002661

023256
001000
007266

A A A AR AR AR

CRC2!CRC1
JSR
PC,LDBYTS

002642
023226
007266

IN DATA PATTERN S.

THIS PATTERN

CHARACTERS WHICH REQUIRE NO BIT STUFFING AND CHARACTERS

#24% ,RETADR

688

010546
001000
004646
004646
004726

AND A MESSAGE

PATTERN S = 000,017,036,074,170,360,037,076,174,370,077,176,374,
177,376,377

BGNTST
012737
004737
000000
000300
004737
002642
000020
012737
004737
004737
004737
000300
012701

TRANSMIT AND RECEIVE,

TWO LEADING FLAGS ARE SENT,

WHICH REQUIRE BIT STUFFING INDIVIDUALLY AND IN COMBINATION WITH
ADJACENT CHARACTERS. ALL 16 CHARACTERS ARE READ AND COMPARED
BY THE RECEIVER.

21 023140
22 023146

SIXTEEN CHARS

AR AR T A AR A A A AR AR AR

023140
023140

120

R AR AR AR R A ARARNARAAARAARAAAAARARRAAAAAARAARARAAA
AR AR AR AR AR
AN AR RAR RS

INITIATED IN BIT MODE

THE

SEQ

HARDWARE TESTS

"SBTTL

e T
[

D 10
12-SEP=79 13:20:11 PAGE 26

.SBTTL

e e

OOV NN
WA =O Yoo NN
S win —

HARDWARE

TESTS #2

023256
12%:

24%:

ENDTST

104401

MOV

MOVB
JSR
6U0RD'

AR AARRARAARTARAARAAAARAAA
R AR A AR
R

¥l

:SET TEST EXIT ADRS FOR ERRCRS
;JMST CLR,

LOAD 2 SOM'S

;BIiT MODE, NO ERR DETECTION
;LOAD PAT S INTO TX SILO

PC,LDTXSI
PC,LDTXSI

;LOAD 2 EOM'S INTO TX SILO

PC,STPLU

:CLK MORE

THAN ENTIRE MSG

#PATS ,R1

;INIT PAT

S POINTER

(R1)+,8%
PC,CKDATA
0

;CHK A RCV'D CHAR

CMP
BLO
MOVB
BIS
JSR

R1,#PATS+15.
6%
(R1),12%
#RXEBL ,12%

;SEE IF 15 CHARS CHECKED YFT
;BR IF NOT YET

6U0RD

PC,CKDATA
0

JSR

PC,MSTCLR

s ISSUE MASTER CLEAR TO CLEAN UP

;GET SET TO CHK EBLK = 1

;CHK LAST CHAR AND EBLK =

L10022:

TRAP

""....t...'...t"...'.‘..'..fi.'fl'.‘...'..Q.'....."...Q'..'."".'...Q.'

.SBTTL

TEST 2 = RCV OVERRUN ERROR SET AND CLEAR TEST

CSETST

(ZDMSB MB203 STATIC TESTS #2

SET

AND

CLEAR

TEST

P
L

%
%
%

T
IO
I
L

023636

70 023276

IS NOT SERVICED IN RESPONSE

THEN,

IS SET

TO THE USYRT RCV FLAG, WHICH CAUSES RCV

TO CLEAR THE ERROR,

AND

004737
000226
000311
004737
000001
000100
004737
000030

THIS

AR AR AR AR AR AR AR R ARAR YRR AARTAAARAAARARAA AR

MOV

002346
;

71 023302

RECEIVER

BGNTST
012737

IS VERIFIED.

CAUSE OVRR,

IC TO CLEAR

AR AR

JSET TEST EXIT ADRS FOR ERR

#24% ,RETADR
SET

RRA A AR AR

005212

JSR
SYNCH

PC,INITRN

010720

JSk

PC,LODSIL

;DDCMP, NO ERR DET
;LOAD 64 001 CHARS INTO Tx SILO

JSR

PC,RCVIST

;JCLOCK UNTIL FIRST DATA (HAR R(CV'D

PC,STPLU

;CLOCK UNTIL 59 MORE RCV'D

PC,LODSIL

;LOAD 60 MORE INTO TXx SILC

PC,STPLU

;CLK 8 MORE TIMES TO FORCE UNDERRUN

#64. R

JREAD AND (HK 64 CHARS FROM RCV SILO

JSR

R1
6%
PC,CKDATA

;READ CHAR, CHK OVRK = 1

JSR

PC,CKDATA

JREAD CHAR, (HK OVRR STILL

MOV
MOV
JSR

;SET REG NO. = 12

JSR

#12 ,REGNUM
#1C,WRIBYT
PC,WRITLU
PC,RDRXSI
#OVRR ,RXWURD +1
8$
PC,GETALL

ERRDF

41,EM4T ERR7

CRC2!CRC1!STRIP!DDCMP

001
64.

006752

24.
JSR
472,
JSR

004726
010720

001
60.

004726

JSR
64.

000100
007266

6%:

007266

000012
000200
003422
006672
000010
004200

MOV
JSR

001
0
DEC
BNE

3001

007266

gOO?

002364
002352
002415

JSR

BITB
BEQ

PC,CKDATA

JREPORT OVRR NOT CLEARED

;MST

CLR,

LOAD 2 SOM'S

;SET IC TO CLEAR RCVR
;READ RCV SILO

;CHK FOR OVRR CLEARED
;BR IF OVRR CLEARED
;GET REGS FOR PRINTOUT
TRAP

.WORD

106 023460

121

IN THE SECOND SUBTEST, RCV OVRUN IS FORCED AGAIN, AND A MASTER (LEAR
IS ISSUED TO CLEAR THE ERROR, AND THIS IS VERIFIED.

65 023270
023270
66 023270

SEQ

OVERRUN TO SET. THEN, A CHECK IS MADE TO INSURE THAT OVRR IS NOT
CLEARED BY THE LINE UNIT READING THE USYRT STATUS.

s+
;*

E 10
12=SEP=79 13:20:11 PAGE 26-1

IN THIS TEST, A RCV OVERRUN ERROR IS FORCED IN EACH OF 2 SUBTESTS,
IN THE FIRST, A MESSAGE IS INITIATED, 64 001 CHARS ARE SENT, AND THE

2 = RCV OVERRUN FRROR

TEST

MACRO v03.01

249

- WORD

(SERDF

EM4T
ERR7

(ZDMSB M8203 STATI(C TESTS #2

MACRO v03.01

TEST 2 = RCV OVERRUN ERROR SET AND CLEAR TEST

12=SEP=79 13:20:11 PAGE 26-2

SEQ

}85 023462

8%:

}?g

: CAUSE OVRR, SET MST CLR TO CLEAR IT

111
112
113
114
115
116
117
118
119
120
121

023462
023466
023470
023472
023476
023500
023502
023506
023510
023514
023516

004737
000226
000371

123 023524
124 023526

000074
004737

122 023522

125 023532
126 023534
127 023540
128 023544
129 023546
130 023550

131 023552
132 023554
133 023560
134
135
136
137
138
139
140
141
142
143

023562
023564
023570
023572
023574
023602
023606
023612

023620
023622

004737

000001
000100
004737
000030
004737
000730
004737
000001
000100
012701
004737
000001
000000
005301

001372
004737
004001

000010
004737
004001
000010
012737
004737
004737
132737
001406
004737

005212

010720

JSR
PC,INITRN
SYNCH
CRC2!CRCY1!STRIP'DDCMP
JSR
PC,LODSIL
001
64
.
JSR
PC,RCVIST
24.
JSR
PC,STPLU
472.
JSR
PC,LODSIL

004726

60.
JSR

010720
006752
004726

000100
007266

023626
023630
023632
023634

146 023636
147 023642

023642

148
149
150

191
152

023642

64
.
MOV
JSR
001
0
DEC

9% :

8.
JSR
4001
8.
MOV
JSR
JSR
BITB
BEQ
JSR

007266
'
000012
003276
006672
000010

002364

002415

004200
:REPORT

104455
000051
014032
020216
004737

003276

24%:
ENDTST

LOAD 2 SOM'S

:DDCMP, NO ERR DET
:LOAD 64 001 CHARS

INTO TX SILO

;CLOCK UNTIL

FIRST DATA (HAR RCV'D

;CLOCK UNTIL

S9 MORE RCV'D

;LOAD 60 MORE

INTO Tx SILO

PC,STPLU

:(LK 8 MORE

TIMES TO FORCE UNDERRUN

#64. R
P(,CKDATA

:READ AND (HK 64 CHARS FROM RCV SILO

BNE
JSR
4001

007266

144

145 023626

001

JMST CLR,

122

OVRR NOT

“$
PC,CKDATA

;READ CHAR, (HK OVRR = 1

PC,CKDATA

:READ CHAR,

#12 ,REGNUM
PC,MSTCLR
PC,RDRXS]
#OVRR ,RXWORD+1
24%
PC,GETALL

;SET REG NO. = 12
:1SSUE MASTER CLEAR
;READ RCV SILO
;(CHK FOR OVRR CLEARED
:BR IF OVRR CLEARED
:GET REGS FOR PRINTOUT

(CHK OVRR STILL

CLEARED

ERRDF

41,EM41,ERR7

JSR

PC,MSTCLR

;ISSUE

CLEAN UP MST

(LR

CSERDF
41
EM41
ERR7

TRAP

CSETST

L10023:

104401

TRAP
.WORD
.WORD
.WORD

153

",'tt'tt'tttfi..ttt..'.tttttttt.tl"t'l'.Q'tt.tt.'tt't.lt..'.'."'t".l"'

]gé

LSBTTL

156

1587

TEST

SET BIT MODE,

3 - ABORT SEQUENCE
CRC, AND ENABLE

TEST

THE DEVICE

FOR

;* TRANSMIT AND RECEIVE. SEND 2 FILAGS AND & DATA (HARS (001,

(ZDMSB MB203 STA? 1C TESTS #2
= ABOR? SEQUENCE TEST
TEST 3 -

G 10

MACRO v03.01 12=SEP=79 13:20:11 PAGE 26-3

SEQ

158
159
160

;* AS THE FIRST DATA (HAR S BEING TRANSMITTED,
:» SET THE ABORT BIT (REG 11).
:* ON THE RECEIVER SIDE, CHECK FOR RECEPTION OF

163
102

:* IS CLEARED BY READING THE USYRT STATUS, TRANSMITTING A NEW MSG,
:* RECEIVING THE FIRST CHAR (003) AND CHECKING FOR RAB CLEARED.

166

;* REPEAT

THE ABOVE

SEQUENCE,

SET

169

;* REPEAT

THE

SEQUENCE,

ISSUE MASTER CLEAR,

161
162

THE FIRST DATA (HAR

;* AND THEN THE SETTING OF RAB AND REOM A (HAR TIME
:* ALSO, CHECK FOR IACT = 0. THEN, CHECK THAT RAR

}gg

;* THIS CLEARS RAB.

:* CLEARS RAR.

?;?

ABOVE

I{,

AND (CHECK

123

LATER.

THAT
(HECK

THAT

THIS

172

:-’-'t!tt..tttt"'ttt.t'.tttt.'.Q.Q"'t'.'..'ttttt.t't.'Qt."'t"'.t..nt"

173 023644

BGNTST

023644
};é 023644

};9

178 023652
179 023656

012737

0264174

004737
000000

005212

004737
002732
000014

010470

180 023660

000000

184
185
186
187
188
189
190
191
192
193

004737
000060
004737
000001
000010
004737
003001
000000
004737
000000

181 023662
182 023666
183 0¢3670

194
195
196
197
}83

023672
023676
023700
023704
023706
023710
023714
023716
023720
023724

023726
023732
023734
023740
023742

004737
000060
004737
000003
000000

007246
006232

006752

213 024002

004737

006752
007266
007266

PC,INITRN

;MST

JSR
MSG3
12.

PC,LODMSG

JSR
48.
JSR
003
0

007266

010470

JSR
000

JSR
PC,RCVIST
48.
JSR
PC,CKDATA
001
8.
JSR
PC,CKDATA
RXABT 'RXEBL '001
0
JSR
PC,IACTIV
0

007266

005212

#24% ,RETADR

000

;

004737
000000
000000
004737
002732
000014
004737
000060
004737
000001
000010

MOV

; CAUSE ABORT, START NEW MSG TO CLEAR IT

006752

58?

202 023744
203 023750
204 023752
205 023754
206 023760
207 023762
208 023764
209 023770
210 023772
211 023776
212 024000

002346

T3::
:SET TEST EXIT ADRS FOR ERRORS

CAUSE ABORT,

JSR
000
000
JSR
MSG3
1.
JSR
48.
JSR
001
8.
JSR

CLR,

LOAD 2 SOM'S

;BIT MODE,
;LOAD MSG

CRC

INTO

SILO

;CLK AND RCV FIRST DATA (HAR

;CHK CHR = 001,

(LK ABORT (HAR

;CHK FOR RAB,

EBLK, AND 001

:CHK FOR

= 0

JACT

PC,RCVIST

;CLK AND RCV NEW MSG

PC,CKDATA

:CHK CHAR = 003

SET

TO CLEAR

CHAR

PC,INITRN

;MST CLR, LOAD 2 SOM'S

PC,LODMSG

;BIT MODE, CRC
;LOAD MSG INTO TXx SILO

PC,RCVIST

;CLK AND RCV FIRST DATA (HAR

PC,CKDATA

:CHK (HR = 001, (LK ABORT (HAR

PC,(KDATA

;(HK FOR RAB,

EBLK,

AND 001

(HAK

(ZDMSB M8203 STATI(C TESTS #2
TEST 3 - ABORT SEQUENCE TEST

003001
000000
012737
012737
004737
004737

MACRC v03.01

H 10

12-SEP=79 13:20:11 PAGE 26-4

SEQ

124

SXABTIRXEBL!OO1

002364
002352

222 024046

#72 ,REGNUM
#1C.WRIRYT

JSR

PC .RDRXS ]

JSR

002415

132737

MOV
MOV
BITB
BEQ
JSR

8%:

= 12

PC,WRITLU

sSET

WRAB,RXWORD+1
8%
PC,GETALL

:(HK FOR RAB CLEARED
*BR IF RAB CLEARED
“GET REGS FOR PRINTOUT

:REPORT RAB NCT CLEARED
39,EM39,ERR7
ERRDF

224 024052
024052
024054
024056
024060
225 024062
226 024064

;SET REG NO.

TO CLEAR RCVR

*READ RCV SILO

(SERDF
39

TRAP

.WORD
-WORD
- WORD

CSERDF
39
EM39
ERR7

TRAP

(SETST

.WORD
- WORD
- WORD

24%

TRAP

“CAUSE ABORT, ISSUE MASTER CLEAR TO CLEAR IT
230 024064
024070
232 024072
233 024074
234 024100
235 024102
236 024104
237 024110
238 024112
239 024116
240 024120
024122
242 024126
243 024130
244 024132
245 024140
246 026144
247 024150
248 024156
249 024160
024164
024164
024166
024170
024172

252 024174

3 024200
024200
024200

005212

338

PC, INITRN

:MST

010470

000
JSR
?363

PC,LODMSG

:BIT MODE, CRC
*LOAD MSG INTO TX SILO

006752

igé

PC,RCVIST

:CLK AND RCV FIRST DATA CHAR

007266

58$

PC,CKDATA

;CHK CHR = 001, CLK ABORT (HAR

007266

8.
JSR
PC,CKDATA
8XABT!RXEBL!001

;CHK FOR RAB, EBLK, AND 007

002364

MOV
JSR

#12 ,REGNUM
PC,MSTCLR

:SET REG NO. = 12
“ISSUE MASTER CLEAR

002415

BITR
BEQ

ARAB.RXWORD+1
248

:CLK FOR RAB CLEARED
‘BR IF RAB CLEARED

000012
003276
006672
000004
004200

003276

JSR

;REPORT

AT
ENDTST

PC .RDRXS

JSR

RAB NOT

ERRDF

JSR

PC.GETALL
CLEARED

CLR,

LOAD 2 SOM'S

CHAR

*READ RCV SILO

“GET REGS FOR PRINTOUT

39,EM39,ERR7

PC,MSTCLR

;ISSUE MST

CLR

TO CLEAN UP

L10024:

."'.....'....."'..'........".‘.'...‘..'..'..'."..'...'......‘..'....'l

"SRTT|

TEST 4 - ABORT AND

IDLE

FLAGS

TEST

(ZDMSB MB203 STATIC
TEST & = ABORT

261
262
263
264
265
266
267 026202
024202
268 024202
269 024210
270 024214
271 024216
272 024220
273 024224
274 024226

AND

TESTS #2

IDLE FLAGS

MACRO v03.01

TEST

110
12-SEP=79 13:20:11 PAGE 26-5

SEQ@

125

* TRANSMIT THE SAME ABORT SEQUENCE AS IN THE PREVIOUS TEST, BUT
;* WITH THE IDLE BIT SET. CHECK THAT FLAGS ARE SENT AND RECEIVED
;* (NCT ABORT CHAR-CTERS) BY VERIFYING THAT RAB DOES

;* NOT SET, AND THAT THE MESSAGE TERMINATES WITH EBLK = 1.
AR

AR A A AR AR

BGNTST
012737
004737

024256
005212

002346

MOV
JSR

000
IDLE

010470

275 (24230
276 024234
277 024236

006752

003276

24%:

ENDTST

PC,INITRN

;SET TEST EXIT ADRS FOR ERRORS

JMST CLR, LOAD 2 SOM'S

PC.LODMSG

;BIT MODE, NO ERROR DET
sLOAD MSG INTO TX SILO

PCLRCVIST

;CLK AND RCV FIRST DATA (HAR

JSR

PC.CKDATA

;(HK (HR = 001, CLK FLAG (HAR

001
8.

007266

#24% ,RETADR

JSR
MSG3
5

JSR
48,

007266

278 024242
279 024244
280 024246
281 024252
282 024254
283 024256
284 024262
024262
024262
285
286
287

AR AR AR AN AR RAAARAAARAAARTARAAARRARAAAAAARAAAAATAARARRRAA
R

PC,CKDATA
JSR
8XE8L!001

;(HK RAB = 0, EBLK = 1

JSR

s ISSUE MASTER (LEAR

PC,MSTCLR

L10025:

TRAP

(SETST

'"QQ.Q.tQ.Qtfiit'Qt.Q.fitltt"fi.."t'.'t'..’t'.t'.tt'fi".......'t't't‘Q'..

TEST 5 = TRANSMITTER UNDERRUN ERROR, IDLE ABORT (HARS, BIT MODf

TSRTTL
. %

:* A MESSAGE IS INITIATED IN BIT MODE, 4 001 CHARS ARE SENT, AND THE TRANSMITTER
;* IS NOT SERVICED IN RESPONSE TO THE LAST TX FLAG, WHICH CAUSES TX
;* UNDERRUN ERROR TO SET. ON THE RECEIVER SIDE, CHECK THAT THE DATA

;* (HAR IS RECE!VED, AND THAT 8 CYCLES LATER THE RAB BIT SETS, AND
;* THE DEVICE IDLES ABORT (HARACTERS.

'"'Q""'."t".'tt'ti!"'.i'ttfi...t'.'..Q.Q."t.'..t'tt't.t.tt""t.'.i

299 024264
024264
300 024264
301 024272
302 024276
303 024300
304 024302
305 024310

306 024314

BGNTST

012737
004737
000000

024346
005212

002346

000100
10720

002416

TS::
TEST EXIT ADRS FOR ERRORS
CLR, LOAD 2 SOM'S

MOV
JSR

#24% ,RETADR
PC,INITRN

JSET
JMST

MOV
JSR

#TXEN,DISILO
PC,LODSIL

JSET TX ENB TO KEEP RTS HIGH
:LOAD 4 001 CHARS INTO Tx SILO

PC,RCVIST

;CLK AND RCV FIRST

P(,C(KDATA

;(HK DATA = 001, CLOCK ABORT (HAR

PC,CKDATA

;(HK FOR RAB,

000
000
oo
4

006752

007266
007266

JSR
48.
JSR

001

JSR

EBLK,

CHAR

AND 001

(HAR

(ZDMSB MB8203 STATIC TESTS #2
TEST

MACRO v03.01

S = TRANSMITTER UNDERRUN ERROR,

314 024342
315 024344
316 024346
317 024352
024352
024352

218
319
320
321
322

003001
000000
004737

IDLE

003276

J 10
12-SEP=79 13:20:11 PAGE 26-6

ABORT

24%:
ENDTST

(HARS,

SEQ

BIT MOD

RXABT !RXEBL ! 001
0
JSR
PC ,MSTCLR

126

;ISSUE MASTER (LEAR

L10026:

104401

TRAP

323

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

;Sg

.SBTTL

326
327
328
329

«
»
«~
*

TEST 6 - RECEIVER DISABLE

TEST

TRANSMIT AND RECEIVE ARE ENABLED IN BIT MODE, AND 2 FLAGS
ARE SENT, FOLLOWED BY S5 252 DATA (HARS. AFTER THE SECOND DATA (HAR HAS BEGUN
TO BE RECEIVED, IC IS SET.
THEN, THE PROGRAM CHECKS THAT A USYRT RCV FLAG 15 NOT GENERATED, AND

330

"+ THE RECEIVER DATA PATH STOPS OPERATING IN THE MIDDLE OF THE CHAR.

332 024354
024354
333 024354
334 024362
335 024366
336 024370
337 024372
338 024376
339 024400
340 024402
341 024406
342 024410
343 024414
344 024416
345 024424
346 024432
347 024436
348 024442
349 024444
350 024450
351 024452
352 024456
353 024462
354 024466
355 024472
356 024474
357 024502
358 024504
359 024510
360 024512
361 024520
362 024526
363
364 024532
024532
024534

BGNTST

331

C$ETST

""'""".."'.......’..‘...'.'.fi.".."...".‘..'............'..."..’.

024536

012737
004737
000000
000000
004737
000252
000005
004737
000060
004737
000004
012737
012737
004737
004737
000000
004737
000001
005037
005037
004737
105737
001404
012737
000406
105737
001414
012737
113737
004737

104455
000056
014167

024542
005212

002346

010720

006752
004726
000012
000200
003422
006232

002364
002352

005746

002370
002372
006672
002414
000010

002364

002415
000012
002414
004200

002364
002372

MOV
#24% ,RETADR
JSR
PC,INITRN
000
000
JSR
PC,LODSIL
252
5
JSR
PC,RCVIST
48.
JSR
PC,STPLU
4
MOV
#12 ,REGNUM
MOV
#I1C,WRIBYT
JSR
PC,WRITLU
JSR
PC,IACTIV
0
JSR
PC,ISIRDY
1
CLR
GOODAT
CLR
BADDAT
JSR
PC,RDRXSI
TSTR
RXWORD
BEQ
2
MOV
#10,REGNUM
BR
12%
9%:
TSTB
RXWORD+1
BEQ
24%
MOV
#12 ,REGNUM
12%:
MOVB
RXWORD ,BADDAT
JSR
PC,GETALL
JREPORT RCV SILO NOT CLEARED BY
ERRDF
46 ,EM46,ERR?

T6::
JSET TEST EXIT ADRS FOR ERRORS
JMST CLR, LOAD 2 SOM'S

;BIT MODE, CRC
;LOAD S5 252 (CHARS

;CLK AND RCV FIRST DATA (HAR
;CLK TO MIDDLE OF 2ND (CHAR
;SET REG NO.

= 12

JSET IC IN REG 12
:CHK JACT =0
;CHK ICIR =1,

IRDY = 0

;SET EXPECTED DATA = 0
JREAD RCV SILO
;SEE IF SILO BITS 0=-7 = 000
:BR IF YES
;SET REG NO. = 10

;SEE IF SILO BITS 8-11 = 000
;BR IF YES
JSET REG NO. = 12
;GET ACTUAL DATA
:GET REGS FOR PRINTOUT
IC
TRAP
.WORD
.WORD

CSERDF
46
EM4E

(2DMSB M8203 STATIC TESTS #2
TEST 6 - RECEIVER DISABLE

024540
365 024542
366 024546
024546
024546

015360
004737

TEST

MACRO v03.01

K 10
12=SEP=79 13:20:11 PAGE 26-7

003276

ENDTST

JSR

L10027:

104401

SRR

AR AR AR TR AR AR AR AR AR

384 024550

400
401
402
403
404
405
406
407
408
409
410
411
412
413
414
415
416
417

024640
024646
024654
024660
024666
024672
024700
024704
024706
024714
024720
024722
024726
024734
024736
024740
024744
024746

l‘!lllll

PR TR IR IRTR

SBTTL

024550
385 024550
386 024556
387 024562
388 024564
389 024566
390 024572
391 024576
392 024602
393 024604
394 026606
395 024610
396 024612
397 024620
398 024626
399 024632

s ISSUE MASTER CLEAR TO CLEAN UP

PC,MSTCLR

025306
005212

000014
000140
003422

000140
000012
000040
003422
002360
00000
003764

THE FOLLOWING SEQUENCE

IS PERFORMED 8 TIMES, EACH TIME USING A

A MESSAGE

IN BIT MODE,

g{;gERENT TX CHAR LENGTH (FROM 2 TO 8 BITS) AND A RCV CHAR LENGTH = 8
IS

INITIATED

NO CRC.

2 FLAGS ARE SENT, FOLLOWED BY 3 000 DATA CHARACTERS AND A

At i

2SR

MOV

2222222022222

222220222

2222

Y7t

MOV

#TXLEN1 R

JSET INITIAL TX LENGTH TO 2 BITS

688

PC,SETUP

;PROGRAM

JSR

PC,INITRN

PC,MSTCLR

;FIND OUT WHICH USYRT CHIP

;ISSUE MASTER CLEAR
THE

USYRT

MOV
JSR
MOV

JSET REG NO. = 14
#TXEN'DISS]I WRIBYT
PC,WRITLU
JSET TXEN AND DISSI IN REG 14
#TXEN!DISSI.DISILO
;SET DISABLE SILO FLAG

MOVB

#LULP ,WRIBYT

MOVB
JSR
CLR

#TSOM, WAX16
PC,WRITAX
R4

;LOAD SOM (HAR
JINIT COUNTER

PC,STPLU

;CLOCK LU FOR A CYCLE

MOV

JSR
MOV
CLRB

002362

7%:

;SET TEST EXIT ADRS FOR ERRORS

CRC2!CRC
000
000
MOV
#14 ,REGNUM

002366

#24% ,RETADR

6SR

002416
002364
002352

002350

002364
002352

003344
000100

CSETST

6%:

002364

004726

TRAP

TEST 7 - ASSEMBLED BIT COUNT TEST

000011

ERR2

TERMINATING FLAG. AFTER THE RECEIVER HAS RECEIVED THE MESSAGE, AX0-16
IS READ TO RETRIEVE THE ASSEMBLED BIT COUNT. THIS COUNT IS CHECKED TO INSURE
THAT IT IS CORRECT FOR THE TX CHAR LENGTH USED IN THAT TRANSMISSION.

002346

000100
003276
010276

.WORD

AR A AR AR RA A AR AR R AR AAARAARARARRAARAA R AR AR

BGNTST

012737
004737
000000
000000
012701
004737
004737

127

SEQ

MOV
{SR

JSR

#12 ,REGNUM

;SET LU REG NO.

PC,WRITLU
#2 ,AXNUM
WAX15

;SET LULP IN REG 12
;SET AX BYTE NO. = 2

#11 ,REGNUM
PC ,READLU

;READ REG 11

BR IF NOT

000004

BITB
BNE
INC
CMP

#OACT ,REDBYT
10%
R4
R4 44

004200

JSR

PC,GETALL

BLT

;SET REG NO.

= 12

= 11

JSEE IF OACT SET YET
BR IF OACT SET
;s INCR COUNTER
SEE IF COUNT TOO BIG
JGET REGS FOR PRINTOUT

RRRR

MACRO v03.01
(ZDMSB M8203 STATIC TESTS #2
TEST 7 = ASSEMBLED BIT COUNT TEST
418

419 024752

024752
024754
024756
024760

420 024762
421 024766
622 024772

423 024776
424 025000
425 025004
426 025010
427 025014
428 025016
429 025022
430 025026
431 025030

;REPORT OACT NOT

ERRDF

104455

025306
003764
004726

447 025134

TRAP

24%
PC,WRITAX

.WORD
. WORD
.WORD

PC,STPLU

;LOAD ANOTHER SOM (HAR
;LK FIRST FLAG

002362
003764

004726

CLRB
JSR
éSR

WAX 16
PC,WRITAX
PC,STPLU

;CLK SECOND FLAG

003764
004726

JSR
gSR

PC,WRITAX
PC,STPLU

MOV
MOV
JSR
MOV
CLRB

#6, AXNUM
R1,WAX16
PC.WRITAX
#2 ,AXNUM
WAX 16

BEQ
MOvB

5%
#TEOM,WAX16

000006

002362
003764
000002
002362
002420

002366
002366

TST

002362

5%:

000002
003764
000001

003576
000002

002356

002370
002370

;CLK FIRST 000 CHAR

;SET AX BYTE NO. FOR AX 3

;GET TX CHAR LENGTH
;sSET TX CHAR LENGTH

;SET AX BYTE NO. = 2

;SEE IF SIG USYRT
:BR IF YES
;SET TEOM WITH LAST DATA (HAR

:LOAD 3RD 000 CHAR
:CLK 2ND 000 CHAR

16%:

JSR
MOV

PC,WRITAX
#1,AXNUM

;LOAD AN EOM CHAR
;SET AX BYTE NO.

12%:

JSR

PC ,READAX

MOvVB
CLR

#TEOM, WAX16
R3

#REOM,RAX16
14%
PC,STPLU

;READ AXO0
1
;CHK FOR REOM
:BR IF YES
;CLOCK LU FOR A CYCLE

INC
CMP
BLT
JSP

R3
R3,419.
12%
PC,GETALL

s INCR COUNT
;SEE IF COUNT T00 BIG
;BR IF NOT
:GET REGS FOR PRINTOUT

ERRDF

31,EM31,ERR10

;REPORT REOM NOT

14%:

CHPTYP

BITB
BNE
#SR

000023

002356
000217

PC,WRITAX
PC,STPLU

_SET

CSERDF
31

EM31
ERR10

BR
MOV
BIC

24%
RAX16,R2
#217 ,R2

JGET AXO=16 CONTENTS

(MPB
BEQ
MOV

RZ.R1
9%
R1,GOODAT

;CHK FOR CORRECT ASSEMB BIT COUNT
:BR IF MATCH
sSET EXPECTED DATA

ROL

ASR

GOODAT

EM1]
ERR7

;LOAD SECOND 000 CHAR

;SEE IF SIG USYRT
;BR IF NOT

002362
002366

CHPTYP

CSERDF

;LOAD FIRST 000 CHAR

16%

TST

004726

004200

JSR
éSR

BNE

025174
025176
025200
025202

459 025204
460 025206
461 025212
462 025216
463 025220
464 025222
465 025224
466 025230

JMP
JSR

128

SET

11,EM11,ERR7

gSR

10%:

002420

448 025136
449 025142
450 025150
451 025152
452 025156
453 025160
454 025162
455 025166
456 025170
457
458 025174

SEQ

000013
013372

000002
003764
004726

446 025126

L 10
1¢=SEP=79 13:20:11 PAGE 26-8

JMASK OFF

ALL BUT ASSEMB BIT

COUNT

(ZDMSB MB8203 STATIC TESTS #2
TEST

7 = ASSEMBLED BIT

467 025234
468 025242
469 025250
470

471 025254
025254
025256
025260

025262

472 025264
473 025266
474 025270
475 025272
476 025276
477 025302
478 025306
479 025312
480 025316
481

025316
025316

152737
013737
004737

COUNT

M 10

MACRO v03.01 12-SEP=79 13:20:11 PAGE 26-9

000002
002356
004200

002370
002372

BISB
MOV
JSR

#REOM, GOODAT
RAX16 ,BADDAT
PC.GETALL

ERRDF

47 ,EM47,ERR3

BR
TST
BEQ
ADD
BIC
JMP
(LR
JSR

24%
R1
24%
#TXLENO,R1
#400,R1
6%
DISILO
PC,MSTCLR

;REPORT ASSEMB BIT COUNT

104455
000057
014222
015666

000410
005701
001406
062701
042701
000137
005037
004737

SEQ

TEST

9%:

000040
000400
024572
002416
003276

24%:

ENDTST

sSET ACTUAL DATA
.GET REGS FOR PRINTOUT

INCORRECT

;SEE IF ALL DONE YET
;BR IF YES
JINCR TX LENGTH
;MASK OFF OVERFLOW IF
;PROCEED

TRAP
WORD
.WORD
.WORD

CSERDF
47
EM47
ERR3

TRAP

CSETST

8 BITS

; ISSUE MASTER CLR TO CLEAN UP

L10030:

104401

482
483
484
485

129

486

.'.'ttttttfi.tQttt."Qtfitttt'QitQt'fiQ'fitltfititt'fi"'.fi't.ti.titt...'....'.'

22;

.SBTTL

TEST 8 - SECONDARY STATION ADDRESS BIT TEST

- %

489
490
491
492

;%
;%
;*
;*

495
496

;% NEXT, THE SECONDARY STATION ADDRESS BITS IN AX2-15 ARE LOADED
;% WITH THE FIRST WORD OF DATA PATTERN T . 2 FLAGS ARE SENT,

498
499

;* AND A TERMINATING FLAG.
;% THEN, THE RCV'D DATA IS CHECKED TO MAKE SURE THAT THE SEC STATION

232

FIRST, A MASTER CLEAR IS ISSUED. THEN, THE LINE UNIT IS PLACED IN
BIT MODE, AND THE SECA BIT (REG 17) IS SET.
2 FLAGS ARE SENT, FOLLOWED BY 252, 000, AND A TERMINATING FLAG.
THEN, THE RECEIVER IS CHECKED TO MAKE SURE THAT NO DATA (CHARS ARE

;* RECEIVED.
.

497

;* FOLLOWED BY THE FIRST WORD OF DATA PATTERN T, A 000 CHAR,

28?

;% ADDRESS IS RCV'D AS THE FIRST DATA CHAR, FOLLOWED BY 000.

502
503
504

;* THEN, THE SUBTEST IS REPEATED FOR EACH OF
;* DATA PATTERN T,
:*
PATTERN T = 000,125,252.176,177

506 025320
507 025320

BGNTST

ggg

; SEND MSG WITH INVALID SEC STA ADRS

SOS

510 025320
025320
025320
511 025322
512 025330
513 025334
514 025336

THE REMAINING WORDS OF

":t..Ql'tfit'ttflt'.'fi'tt..t't.tfi.'.."t".Q..t.ttlltt..'ttt.ttttt'.tt'.'t

T8::

BGNSUB
104402
012737
004737
000000
000020

025420
005212

002346

MOV
JSR
000
SECA

78.1:

#3% ,RETADR
PC,INITRN

;SET
sMST
;SEC
;BIT

TRAP
SUBTEST EXIT ADRS FOR ERRORS
CLR, LOAD 2 SOM'S
ADRS = 000
MODE, CRC, SEC ADRS MODE

($8SUB

(ZDMSB MB203 STATIC TESTS #2

N 10

MACRO v03.01 12-SEP=79 13:20:11 PAGE 26-10

TEST B = SECONDARY STATION ADDRESS BIT

515 025340

004737

010720

004737

010720

516 025344
517 025346

000252
000001

519 025354
520 025356
521 025360
522 025364
523 025366
524 025370
525 025374
526 025376
527 025402
528 025404
29 025410
530 025412
531 025416

000000
000001
004737
001000
000002
004737
000060
004737
000000
004737
000010
004737
000000

518 025350

532 025420
533 025420

025420

- 025420

JSR

PC,LODSIL

;LOAD 252 INTO X SILO

JSR

PC,LODSIL

;LOAD 000 DATA INTO TX SILO

PC,LODSIL

;LOAD 2 EOM'S INTQ TX SILO

PC,STPLU

;TRANSMIT THE MSG

PC,IACTIV

:CHK IACT = 0

PC,STPLU

:CLOCK 8 MORE CYCLES

PC,IACTIV

:CHK IACT = 0

252
1

010720
004726

006232
004726
006232
3%:

000
1
JSR
TXEOM
2
JSR
48.
JSR
0
JSR
8.
JSR
0
ENDSUB

130
¢

L10032:

104403

2%2

SEC

TEST

TRAP

($E SUB

TRAP

($8SUB

; SEND nsc S WITH VALID sec ADRS S FROM PAT T

537 025422
538 025426
539 025426
025426

012701

540 025430

012737

025540

542 025442
543 025446
544 025452
545 025456
546 025460
547 025462
548 025466
549 025470
550 025472
551 025476
552 025500
553 025502
554 025506
555 025510
556 025512

111137
111137
004737
000000
000020
004737
000000
000001
004737
000000
000001
004737
001000
000002
(04737

025466
025524
005212

559 025524
560 025526

000000
000011

025426

541 025436

557 025516
558 025520

561 025530
562 025534
563 025536
564 025540
565 025540

025540
025540

104402

111137

000060
004737

004737
101000
900000

104403

002662

025456

010720

Al1:

002346

5%:
6% :

010720
006752
9% :

007266
24%:

#PATT ,R1

SINIT oArA PATTERN POINTER

BGNSUB

18.2:

MOV

#24% ,RETADR

;SET SUBTEST EXIT ADRS FOR ERRORS

MOVB
MOVR
JSR
.WORD
SECA
JSR
LWORD
1
JSR
000
1
JSR
TXEOM

(R1),6%
(R1),9%
PC,INITRN
O

:SET FIRST DATA CHAR
:SET EXPECTED DATA CHAR
:MST CLR, LOAD 2 SOM'S
5
:BIT MODE, CRC, SEC ADRS MODE
:LOAD 1ST DATA CHAR INTO TX SILO

MOVAR

010720

007266

nov

(R1),5%

PC,LODSIL
O
PC,LODSIL

:LOAD A 000 CHAR INTO TX SILO

PC,LODSIL

:LOAD 2 EOM'S INTO Tx SILO

JSR
PC,RCV1ST
48.
JSR
PC,CKDATA
.WORD
O
9.
43R
PC,CKDATA
CRCCHK 'RXEBL ' 000
0
ENDSUB

:SET SEC ADRS

:CLOCK AND RCV FIRST DATA CHAR
:CHK FOR CORRECT RCV'D SEC STA ADRS

:READ AND CHK 000 CHAR, EBLK=1, B(C(=0

L10033:

TRAP

C $E SUB

(ZDMSB M8203 STATIC TESTS #2

B 11
MACRO v03.01 12-SEP=79 13:20:11 PAGE 26-11

SEQ

TEST 8 - SECONDARY STATION ADDRESS BIT TEST
566 025542
567 025544
568 025550
569 025552
570 025556
025556
7 025556

005201
020127
103726
004737

002667
003276

ENDTST

INC
(MP
BLO
JSR

R1
R1,#ENDPAT
A1l
PC,MSTCLR

:INCR PATTERN POINTER
;SEE IF ALL DONE YET
;BR IF NO
:1SSUE MASTER (LEAR

L10031:

104401

572
573
574
575

131

TRAP

576

;,"t'tittttQttttttttt.n..'.'t..tttQtttt..t.'.t"tfitt'lQttit.t"tt..tt't'

g;g

.SBTTL

579
580
581
582
583
584
585
586
587

:*
;*
:*
;%
s~
;%
;*
:*
:*

589 025560

BGNTST

gg;

;

588

594 025562

104402

012737

025660

004737

010720

004737
000000
000020

599 025604
600 025606
601 025610
602 025614
603 025616
604 025620
605 025624
606 025626

000377
000001
004737
000125
000001
004737
001000
000002

608 025634
609 025636
610 025642
611 025644
612 025650
613 025652
614 025656
615 025660
616 025660
025660

000060
004737
000000
004737
000010
004737
000000

607 025630

FIRST, A MASTER CLEAR IS ISSUED. THEN, THE LINE UNIT IS PLACED IN
BIT MODE, AND THE SECA BIT IS SET.
2 FLAGS ARE SENT, FOLLOWED BY 377, 125, AND A TERMINATING FLAG.
THEN, THE RECEIVER IS CHECKED TO MAKE SURE THAT NO DATA (CHARS ARE
RECEIVED.
NEXT, THE RDALL BIT IN REG 17 IS SET TO 1. 2 FLAGS
ARE SENT, FOLLOWED BY 377, 125, AND A TERMINATING FLAG.
THEN, THE REC'D DATA IS CHECKED TO MAKE SURE THAT 377
IS REC'D AS THE FIRST DATA (CHAR, FOLLOWED BY 125.

16::

SET SEC ADR = 000, SEND ADR = 377, WITH RDALL = 0
BGNSUB

595 025570
596 025574
597 025576

598 025600

(ALL PARTIES ADDRESS) BIT TEST

;;ttttttttttt.ttttfitfi.'tt.ttfitttltt'fittttfil'tt.fitluttttt!tt'!tt'tttt.t‘t

90 025560

593 025560
025560
025560

TEST 9 - RDALL

CSETST

004737

005212

002346

MOV

#3% ,RETADR

JSR

PC,LODPSIL

JSR
000
SECA
377
1
JSR
125
1
JSR
TXEOM
2

010720
010720

004726

JSR

006232
004726
006232
3%:

19.1:

48.
JSR
0
JSR
8.
JSR
0

ENDSUR

PC,INITRN

TRAP

:SET SUBTEST EXIT ADRS FOR ERRORS

;MST CLR, LOAD 2 s0M'S
;SEC ADRS = 000
;BIT MODE, CRC, SEC ADRS MODE

JLOAD 377

INTO TX SILO

PC,LODSIL

.
:LOAD 125 DATA INTO TXx SILC

PC,LODSIL

;LOAD 2 EOM'S INTO Tx SILO

PC,STPLU

:TRANSMIT THE MSG

PC,IACTIV

;CHK JACT = 0

PC,STPLU

;CLOCK 8 MORE CYCLES

PC,IACT]V

;CHK JACT = 0

L10035:

C$BSUB

(ZDMSB M8203 STATIC
TEST

9 - RDALL

I4
618

025660

(ALL

TESTS #2

MACRO v03.01

PARTIES ADDRESS)

BIT

TEST

cn
12-SEP=79 13:20:11 PAGE 26-12

104403

619

620 025662
025662
025662
621 025664
622 025672
623 025676
624 025700
625 025702
626 025706
627 025710
628 025712
629 025716
630 025720

631 025722
632 025726
633 025730

h34 025732
635 025736
636 025740
637 025744
638 025746
639 025750
640 025754
641 025756
642 025760
643 025760
025760
025760
644 025762
025762
025762

SEQ

BGNSUB
104402

012737
004737
000000
000024
004737
000377

882;?8

004737
000125

010720

004737
001000
000002
004737

010720

002346

19.2:

MOV

#24$ ,RE TADR

§§§

PC,LODSIL

JSR
PC,INITRN
000
SECA!RDALL

010720

TRAP

($ESUB

TRAP

($BSUB

:SET SUBTEST EXIT ADRS FOR ERRORS
‘MST CLR, LOAD 2 SOM'S
*SEC ADRS = 000
*BIT MODE,
“LOAD

CRC,

15T DATA

SEC ADRS MODE,

"HAR

RDALL

INTO TX SILO

PC,LODSIL

:LOAD A 125 CHAR

JSR

PC.LODSIL

:LOAD 2 EOM'S INTO TX SILO

006752

zgn

PC,RCVIST

:CLOCK AND RCV FIRST DATA CHAR

004737
000377

007266

§§§

PC,CKDATA

SCHK FOR 377 CHAR RCV'D

004737

007266

8.
JSR

PC,CKDATA

:READ AND CHK 125 CHAR, EBLK=1, B(C(=0

000010

101125
000000

132

#gg

INTO TX SILO

ngOM

6RCCHK!RXEBL!12S

24%:

104403

ENDSUB

L10036:

ENDTST

L10034:

1064401

22223323323 333

"SBTTL

($ESUB

TRAP

CSETST

33 232323323332323233233232323332333333333333233233333323222%0]

TEST 10 - INSERT ERROR (IERR) BIT TEST = CHAR MODE, NO CRC

- %

“*»
“x
“+
“»
“+
“*
“»

2332333323233

TRAP

THE LINE UNIT IS PLACED IN DDCMP MODE WITH NO ERROR DETECTION, AND 2
SYNCHS, A 000 CHAR, A 377 CHAR, AND 2 SYNCHS ARE LOADED INTO THE

TRANSMITTER SILO. THEN, THE LU IS CLOCKED UNTIL THE 2ND BIT OF THE 000

CHAR IS ABOUT TO BE SENT AND THE IERR BIT IS SET FOR A CLOCK TIME AND
THEN CLEARED. IN THE SAME WAY, IERR IS SET PRIOR TO THE SENDING OF THE 4TH

AND STH BITS OF THE 000 CHAR. IT IS ALSO SET FOR THE SENDING OF THE FIRST
4 BITS OF THE 377 CHAR. THE PROGRAM READS THE FIRST RCV'D CHAR FROM AX0
“+ AND CHECKS IT TO BE 032, AND READS THE 2ND CHAR AND CHECKS IT TO BE 377.
*

THEN,

A MASTER CLEAR

663 025764
025764
664 025764
665 025772

BGNTST
012737

004737

026112
005212

002346

MOV
JSR

2222

IS DONE

#15% ,RETADR
PC,INITRN

I[DLE

THE

DEVICE.

2R RRRARRRRRRRRRRRRRRRRR
R Rl RN

T10::

;SET TEST EXIT ADDRESS FOR ERRORS
;LOAD 2 SOM'S, CLOCK THEM INTO USYRT

(ZDMSB MB8203 STATIC TESTS #2
INSERT ERROR

700
701
702
703
704
705
706
707
708
709
710
711
712

100021

004737

SYNCH
STRIP!DDCMP
JSR
PC,LODMSG
256204

010470

JSR
PC,STPLU
CHPCHK '17.

004726
007164

004726

4SR

PC,STPLU

:CLOCK LU UNTIL 4TH BIT OF 000 CHAR

007164

JSR

PC,STPERR

:SET

004726

ésn

PC.STPLU

:CLOCK LU UNTIL 1ST BIT OF

JSR

PC,STPERR

:SET

006752

%gn

PC,RCVIST

:CLOCK AND RCV 1ST CHAR

00726€

5%3

PC,CKDATA

;READ AND COMPARE 1ST CHAR TO 032

007266

8.
JSR

PC,CKDATA

:READ AND COMPARE 2ND CHAR TO 377

JSR

PC,MSTCLR

:ISSUE MASTER CLEAR

003276

zrnxpsoocnp

377

15%:

ENDTST

IERR 1

CYCLE

IERR FOR 2 CYCLES

377 CHAR

JERR FOR &4 CYCLES

*377 CHAR

TO CLEAN UP

L10037:

104401

TRAP

CSETST

""i"'t"tttttt'fittttttttt‘.t'tt.Qtfiltttt"'t'tti""t.tt"..'.tittlt".'t.'t"'

SBTTL
-

TEST

= SWITCH PACK PRINTOUT AND TEST

;* = READ AND PRINT SWITCH PACK #1
;*

THE PROGRAM READS REG 11 AND PRINTS THE CONTENTS. IF DESIRED BY THE OPERATOR,
(AS INDICATED IN THE SOFTWARE P-TABLE), THE PROGRAM WILL THEN COMPARE [T TO
THE EXPECTED VALUE (GIVEN_IN THE HARDWARE P-TABLE). THE

SWITCHES ARE IN BITS 1,2.3.5.

- READ AND PRINT SWITCH PACK #2

THE PROGRAM READS REG 15 AND PRINTS THE
(AS INDICATED IN THE SOFTWARE P-TABLE),

713

(GIVEN IN THE

= READ AND PRINT SWITCH PACK #3

715
716

EXPECTED VALUE

SWITCHES ARE

THE

714

717
718
719
720

;CLOCK LU UNTIL 2ND BIT OF 000 CHAR
:SET

Sraxpzoocnp

133

;:LOAD MSG INTO TX SILO

PC,STPERR

?TRIP'DDCMP

007164

000377
000000
004737

SEQ

JSR

689 026076
690 026100
691 026102
692 026106
693 026110
694 026112
695 026116
026116
026116
696
697
698
699

000226
000011
004737
002722
000004
004737

D 11
12-SEP=79 13:20:11 PAGE 26-13

TEST = CHAR MODE, NO CRC

666 025776
667 026000
668 026002
669 026006
670 026010
671 026012
672 026016
673 026020
674 026024
675 026026
676 026030
677 026034
678 026036
679 026042
680 026044
681 026046
682 026052
683 026054

(IERR) BIT

SN
s
s,

10 =

LR B

TEST

MACRO v03.01

CONTENTS. IF DESIRED BY THE OPERATOR,
THE PROGRAM WILL THEN COMPARE !T TO

HARDWARE

IN BITS 0-7.

THE PROGRAM READS REG 16 AND PRINTS

THE

P-TABLE).

CONTENTS.

THE

DESIRED BY

(AS INDICATED IN THE SOF TWARE P-TABLE), THE PROGRAM WILL
THE EXPECTED VALUE (GIVEN IN THE HARDWARE P-TABLE). THE

SWITCHES ARE

IN BITS 0-7

THE OPERATOR,

THEN COMPARE

(ZDMSB M8203 STATI(C
TEST

TESTS #2

MACRO v03.01

= SWITCH PACK PRINTOUT AND TEST

724
725
726 026120

003276
000011
003344
000321
002400

733 026156

JSR

MOV

#11,REGNUM

002350
000001

BICB

#321,REDBYT

PRNF LG

JSR

CMP
BEQ
3%:

:PRINT

013746
012746
012746
010600
104417
062706

002436
013034
000002

026210
026214
026220
026224
026226
026230

013746

002350
012611
000002

BEQ
DEVICE

PRINTF

PC ,READLU

FRSPAS, #1
3¢

TRAP

:ISSUE MASTER CLEAR
:SET LU REG NO. = 11
:READ LU REG 11
:MASK OFF

SEEI£F

000006

NON=-SWITCH BITS

JSEE IF PRINTOUT
:BR IF NOT

IS ALI.OWED ON ALL

#FMT18_MP(SR

104407

MP(CSR,=(SP)

MOV
MOV

#e .- (SP)
SP,RO

4%:

002350

002454

002454
002350
004200

002370
00237¢

TST

SWIFLG

REDBYT,LUSWI1

JSEE

TEST

:BR IF NOT

CSPNTF
#6,SP

MOV
MOV

REDBYT,=(SP)
#FMT12,-(SP)

TRAP
ADD

IS ALLOWED

;COMPARE SWITCHES TO EXPECTED
‘BR IF MATCH
SET EXPECTED DATA
REDBYT ,BADDAT
SET ACTUAL DATA
PC,GETALL
JSR
GET REGS FOR PRINTOUT
;REPORT SUITCH PACK #1 INCORRECT
43,EM43 ERR?
ERRDF

#FMT18,-(SP)

TRAP
ADD

MOV
MOV

#2,-(SP)
SP.,RO
CSPNTF
#6,SP

6%
LUSWI1,GOODAT

TRAP

.WORD
.WORD
.WORD

L10041:

753
754 026304

MOV

#FMT12 ,REDBYT

6%:

749 026302
750 026302

PASSES

ADDRESS

JPRINT SWITCH PACK #1
PRINTF

($8SUB

ég FIRST PASS AFTER LOAD

MOV

000006
002262

740 026234
741 026240
762 026242
743 026250
744 026252
745 026260
746 026266
77
748 026272

PC,MSTCLR

002364

002260

026164
026170
026174
026200
026202
026204

026304
026304

SWITCH PACK #1

BGNSUB

026122
026126
026134
026140
026146
026154

738
739 026210

AR RARNAARAAAAARARRRARTRANRARARAANATAAARTARAAAAARANAAN
AR AARARARRAARARR AR RARA AR R AR

READ AND PRINT

026120
026120

734 026162
735 026164
736
737 026164

134

SEQ

BGNTST

722 026120
026120
723

727
728
729
730
731
732

EN
1¢=SEP=79 13:20:11 PAGE 26-14

(SERDF

43
EM43
ERRZ

(ZDMSB M8203 STATIC TESTS #2
TEST

MACRO v03.01

= SWITCH PACK PRINTOUT AND TEST

755 026306

004737

003276

757 026320

004737

003344

759 026332

001403

756 026312

758 026324

760 026334
1 026340
762 026342
763 026342

012737

023727

005737
001412

026342
026346
026352
026356
026360
026362

013746
012746
012746
(10600
104417
062706

767 026402

001414

764 026366
765 026372
766 026374

768 026404

769 026412

770 026420
771
772 026424

026424
026426
026430
026432

773 026434

005737
001420
123737

JSR

;JREAD LU REG 15

#15 REGNUM

002400

000001

(MP

FRSPAS ,#1

BEQ

002260
3%:

002350
012655
000002
000006
002262

SWIFLG
6%
REDBYT,LUSWI2

;SEE IF TEST IS ALLOWED
:BR IF NOT
;COMPARE SWITCHES TO EXPECTED

LUSWIZ2,GOODAT

SET EXPECTED DATA

002370

MOV

004737

004200

BEQ

MOV

6%:

JSR

REDBYT ,BADDAT
PC,GETALL

SWITCH PACK #2 INCORRECT
ERRDF
44 ,EM44 ERR?

779 026440
780 026444
781 026+52

026456
026464
026466
026472

786 026474
787 026474

104402

004737
012737
004737

023727
001403
005737
001412

003276
000016
003344

002400

000001

002260
3%:

013746
012746
012746
010600
104417
062706
005737

002350
012721
000002

790 026526
791 02653%

123737
001414

002350

001420

002364

000006
002262

002460

PRINTF

#FMT14 ,REDRYT

TST
BEQ

SWIFLG
6%

CMP
BEQ
7ST
BEQ

CMPK
BEQ

FRSPAS , 41
3%
PRNF LG
48

REDRYT,LUSWIZ
6%

TRAP
.WORD
.WORD
.WORD

CSERDF
44
EM44
ERRZ

TRAP

($ESUB

TRAP

($BSUB

SET ACTUAL DATA

DESIRED

T11.3
PC,MSTCLR
#16 ,REGNUM
PC ,READLU

REDBY7 ,=(SP)
#FMT13,-(SP)
#2,-(SP)
SP,RO
CSPNTF
#6,SP

:GET REGS FOR PRINTOUT

L10042:

JSR
MOV
JSR

MOV
MOV
MOV
MOV
TRAP
ADD

MATCH

BGNSUB

026474
026500
026504
026510
026512
026514
788 026520

789 026524

104403

778 026436

026436

;SEE IF PRINTOUT IS ALLOWED ON ALL PASSES
:BR IF NOT

ENDSUB

READ AND PRINT SWITCH PACK #3,

026436

YES

#FMT13,REDRYT

002456

104455
000054
014115
015360

:BR IF

PRINTF

013737

:REPORT

:SEE IF IN FIRST PASS AFTER LOAD

PRNFLG
4%

002456

002372

135

:SET LU REG NO, = 15

TST
BEQ

002350

4%:

;;g

782
783
784
785

PC ,READLU

MOV

TST
BEQ
(MPR

013737

:1SSUE MASTER CLEAR

002364

JSR

SEQ

PC MSTCLR

000015

774 026434

026434
e 026434

F11

12=SEP=79 13:20:11 PAGE 26-15

:ISSUE MASTER CLEAR
;SET LU REG NO. = 16
;READ LU REG 16

:SEE IF IN FIRST PASS AFTER LOAD
‘BR IF YES
:SEE IF PRINTOUT IS ALLOWED ON ALL PASSES
*BR IF NOT

JSEE IF TEST IS ALLOWED
*BR IF NOT
:(OMPARE SWITCHES TO EXPECTED

BR IF MATCH

MOV
MOV
MOV
MOV
TRAP
ADD

REDBYT,=(SP)
#EMT1L ,=(SP)
#2,-(SP)
SP,RO
(SPNTF
#6,SP

MACRO v03.01
(ZDMSB MB8203 STATI(C TESTS #2
TEST 11 = SWITCH PACK PRINTOUT AND TEST

794 026552
795
796 026556

026556
026560
026562
026564
797 026566
026566
026566
026566
026570
026570
026570

013737
013737
004737

002460
002350
004200

002370
002372
JREPORT

REDBYT ,BADDAT
PC,GETALL

JSR
SWITCH PACK #3 INCORRECT
45 ,EMLS ERR?
ERRDF

136

SEQ

JSET EXPECTED DATA
JSET ACTUAL DATA
JGET REGS FOR PRINTOUT
TRAP

CSERDF

EMLS
ERR?

6£%:
104403

T
I
GOODA
SW
LU3,

MOV
MOV

gl\
WLV, ]
oo

793 026544

2288

792 026536

6 1
12-SEP=79 13:20:11 PAGE 26-16

ENDSUB

L10043:

ENDTST

L 10040:

104407

TRAP

($ESUB

TRAP

(SETST

'."t'Q'."t'..fi..lt."..."..fi'..'...i.QQQQ.Q..'.Q..Q.t.t"..."t.."'t..'...".

TSRTTL

TEST

12 = REG AX3-15 PRINTOUT

- %

i* IN THIS TEST, REG AX3=15 IS READ AND THE CONTENTS PRINTED OUT IF DESIRED BY
;*
;*

THE OPERATOR, AS
PRINT THE REG.

INDICATED

THE

SOF TWARE

P-TABLE.

THE

DEFAULT

TO NOT

CCARNRRAARARNATAAARAAARAAAAAAARNATAAAAARAANAAARAARRAAAAAAARRRARRARAA
TR
ARAARRART RS RARR RO

026572
026572
026572
026576
026604

026612
026616
026624
026626
026632
026634

823 026634
026634

824
825

BGNTST

004737
142777

012737
004737
023727
001403
005737
001424

003276

000010
000006

003576
002400

;1SSUE MASTER CLEAR

MOV
JSR

#6, AXNUM
PC ,READAX

JSET AX BYTE NO. FOR AXx3-15

;READ AX3-15,AX3-16

ISt

PRNFLG

“SEE IF PRINTOUT IS ALLOWED ON ALL PASSES

BI(B

000001

CMP
BEQ

002260
3%:

BEQ

#LULOOP ,aBSEL1
FRSPAS ,#1
3%

A 3

;CLEAR LULOOP

:SEE IF FIRST PASS AFTER LOAD
:BR IF NOT

;BR IF NOT

;PRINT DEVICE ADDRESS
013746

PRINTF

002436
013034
000002
000006

#FMT18_MP(SR

MP(SR,=(SP)
#FMT18,~(SP)

#2,-(SP)

JPRINT AX3-15
PRINir

002354
012765
000002
C00C06

827 026704

PC.MSTCLR

153634

002366

13d:¢

JSR

SP.RO
CSPNTF
#6,SP

#FMT1S ,RAXTS

RAX15,=(SP)
#FMT15,=-(SP)

#2.,-(SP)

SP.RO
CSPNTF

#é,SP

(%:

ENDTST

(ZDMSB M8203 STATI( TESTS #2

TEST 12 = REG AX3=15 PRINTOUT

828
829
830
831
832

026704
026704

H 11

MACRO v03.01 12=SEP=79 13:20:11 PAGE 26-17

SEQ
L10044:

104401

137

TRAP

CSETST

833

'-.-'t'ttttt.l"."'lt.ttt"'Qt.lt..."'t'.'t'tttQQQQ'QQtnttt"t"tt.t't'..t"'.t!

ggé

LSBTTL

TEST

13 = CRC GENERATION TEST

- %

836
837
838
839

;*
;*
;*
:*

842
843

;% = CRC=CCITT = 1'S PRESET:
;* THE ABOVE SUBTEST IS PERFORMED [N BIT MODE WITH CRC=CCITT=1'S SELECTED. AT

846
847
848

:* = CRC=CCITT = 0'S PRESET:
:* THE ABOVE SUBTEST IS PERFORMED IN BIT MODE WITH CRC=CCITT=0'S SELECTED. AT
;* THE END OF THE MESSAGE THE PROGRAM (CHECKS FOR BCC = 0, INDICATING NO ERROR.

850 026706

BGNTST

851
Sg%

A
: CRC 16, (HAR MODE

32?

:* PROGRAM (CHECKS FOR BCC

gzg

8‘9

THE END OF

THE MESSAGE

THE

(IN REG 12)

INDICATING NO ERROR.

PROGRAM (HECKS FOR BCC

= 0O,

INDICATING NO ERROR.

.':tttttttt"t.tttt'tttttttt.'ttttttttttttttt.ttt.lt'ttttt.'tttttttt.'tt'.tfitttt'

026706

854
855
856
857
858
859
860

026706
026714
026720
026724
026726
026730
026732

012737
004737
004737
000226
000011
000000
000000

862
863
864
865

026740
026742
026744
026750

002670
000011
004737
000136

861 026734

866 026752

867 026756
868 026760
869 026762
870 026766
871 026770
872 026772
873 026776
874 027000
875 027002
876 027006
877 027010

878 027012

879 027016

880 027020
881

= (RC=16, CHAR MODE
:
THE FOLLOWING MESSAGE IS SENT IN DDCMP MODE WITH CRC=16 SELECTED 2 SYNCHS, 000, 125, 252, 377, 000, AND 2 SYNCHS, USING LULOOP AND STEPLU
TO CLOCK THE DATA,
AT THE END OF THE MESSAGE THE

004737

000000
000000
004737
000125
000000
004737
000252
000000
004737
000377
000000

004737
100400

027236
003276
010276

010470
004726

007266
007266
007266
007266

(007266

002346

T13::

MOV
#24% ,RETADR
JSR
PC,MSTCLR
JSR
PC,SETUP
SYNCH
STRIP!DDCMP
000
000

JSR

MSG!
9.
JSR
94,

JSR

000
0
JSR
125
0
JSR
252
0
JSR
377
0

JSR

;SET TEST EXIT ADDRESS FOR ERRORS
:ISSUE MASTER CLEAR
:PROGRAM THE USYRT

P(C,LODMSG

;LOAD MSG INTO Tx SILO

PC,STPLU

:CLOCK THE MSG

P(C,CKDATA

:READ AND COMPARE (HAR TO 000

PC,CKDATA

:READ AND (OMPARE (HAR TQ 125

PC,CKDATA

:READ AND COMPARE (HAR TQ 252

PC,CKDATA

:READ AND (OMPARE

P(C,CKDATA

:READ AND C(OMPARE (HAR TO 000, (MK B(C

6Rccux:400

(HAR TQ 377

(ZDMSB M8203 STATIC TESTS #2
TEST 13 = CRC GENERATION TEST

885
886
887
888
889

027022
027026
027032
027034
027036

MACRO v03.01

12=-SEP=79 13:20:11

PAGE

26-18

SEQ

003276
010276

PC,MSTCLR
PC,SETUP

s ISSUE MASTER CLEAR

010470

P(,LODMSG

;LOAD MSG INTO Tx SILO

004726

PC,STPLU

;CLOCK THE MSG

007266

PC,CKDATA

JREAD AND

COMPARE

(HAR T0 000

PC,CKDATA

JREAD AND

COMPARE

(HAR T0 125

PC,CKDATA

JREAD

AND

(OMPARE

(HAR

TO 252

PC,CKDATA

JREAD

AND

(OMPARE

(HAR

007266
007266
007266

007266

JSR
125
0
JSR
252
0
JSR

377
0

P(C,CKDATA
JSR
6RCCHK!1000

;PROGRAM

THE

USYRT

377

JREAD AND (OMPARE (HAR TO 000, (Hk BCC = 0

003276
010276

000100

938 027224

JSR
JSR
000

PC,MSTCLR
PC,SETUP

s ISSUE MASTER CLEAR

JSR
MSG1

PC,LODMSG

;LOAD MSG INTO TXx SILO

CRC1
000
000

138

;PROGRAM

THE

USYRT

004737
002670

010470

004737
000146
004737

004726

PC,STPLU

;CLOCK THE MSG

007266

PC,CKDATA

JREAD AND (COMPARE (HAR 10 000

004737
000125
000000
004737
000252
000000
004737
000377
000000

007266

PC.CKDATA

;READ AND (COMPARE (HAR T0 125

007266

P(,CKDATA

;JREAD

007266

PC,(KDATA

JREAD AND COMPARE (kAR

AND

COMPARE

(HAR

TO 252

377

(ZDMSB M8203 STATI(C TESTS #2
TEST 13 = CRC GENERATION TEST

939 027226
940 027232
941 027234
942
943 027236
944 027242
027242
027242

004737
101000

MACRO v03.01

J 11
12-SEP=79 13:20:11 PAGE 26-19
JSR

007266

PC,CKDATA

:READ AND (OMPARE

PC,MSTCLR

;1SSUE MASTER CLEAR TO CLEAN UP

CRCCHK¢ 1000

139

(HAR 0 00G, (HK B(( = 0

000000

004737

SEQ

003276

24%:
ENDTST

JSR

L10045:

104401

2222222323233 33

serrL

2222323322322

8,8,

2N
B

LN,

%
%

2222222222222 22222222

]

FOLLOWING MESSAGE

2 SYNCHS, 000,

[S SENT

IN DDCMP MODE,

WITH (RC-16 SELECTED -

125, 252, 377, 000, AND 2 SYNCHS, USING LULOOP AND STEPLU

TO CLOCK THE DATA. JUST BEFORE THE FIRST BIT OF THE LAST 000 CHAR IS SENT,
THE IERR BIT IS SET IN REG 17 TO CAUSE A 1 TO BE SENT, INTRODUCING A DATA
i:RggéoaT THE END OF THE MESSAGE, THE PROGRAM (HECKS FOR BCC = O, INDICATING

=~ CRC=CCITT = 1'S PRESET
THC ABOVE

END OF

TEST

IS PERFORMED

THE MESSAGE,

IN BIT MODE

WITH CRC=CCITT=1'S

THE PROGRAM (CHECKS FOR BCC = 1,

SELECTED. AT THE
INDICATING AN ERROR.

970
971
972

027244
027244

973 027244
974 027252
975 027256
976 027260
977 027262
978 027266

979 027270
980 027272
981 027276
982 027300
983 027302
984 027306
985 027310
986 027314
987 027316
988 027320
989 027324
990 027326

991 027332

992 027334

= CRC=CCITT - O'S PRESET :
THE ABOVE TEST IS PERFORMED IN BIT MODE WITH CRC=CCITT-0'S SELECTED. AT THE
END OF THE MESSAGE, THE PROGRAM (HECKS FOR BCC = 1, INDICATING AN ERROR.

fi'ttlt'.tttttt.'ttttlfi"'fitt't’..fiQ'!..itifi'.Qt...ttt'..t't't"."fi".."t"'Q

[v o LI

DR TR T 1

2233

TEST 14 - CRC ERROR DETECTION TEST

i+ = CRC-16, CHAR MODE
THE

2232233222223

CSETST

TRAP

GNTST

T14:;

* CRC 16, CHAR MODE
027640
005212
005574

002346

MOV

gszc

YNCH

#24$ ,RETADR

PC,INITRN

STRIP'DDCMP
338
PC, TXCHAR

CHPCHK
' 8.

sSET

TEST EXIT ADRS FOR ERRORS

SLOAD 2 SOM'S, CLOCK THEM INTO THE USYRT
:LOAD 000 CHAR,

1ST

SYNCH

010470

JSR
ZSG1+6

P(,LODMSG

:LOAD MSG INTO TX SILO

004726

ésa

PC,STPLU

;CLOCK LINE UNIT UNTIL

007164

JSR

PC,STPERR

:MAKE 1ST BIT = 1 INSTEAD OF 0

004726

éSR

PC,STPLU

sCLOCK REST OF

007266

53§

PC,CKDATA

:READ AND COMPARE CHAR TO 001 (INTENDED ERROR)

?YRIP!DDCMP

1ST BIT OF Q00 CHAR

MESSAGE

(ZDMSB MB8203 STATIC TESTS #2
TEST

MACRO v03.01

14 = CRC FRROR DETECTION TEST

993 027336
99 027342
995 027344
99 027346
997 027352
998 027354
999 027356
1000 027362
1001 027364
1002 027366

10C3 027372
1004 027374
1005

004737
000125
000000
004737
000252
000000
004737
000377
000000
004737

100000
000000

007266

007266
007266

SEQ

PC,CKDATA

;READ AND COMPARE (HAR 10 125

PC,CKDATA

;READ AND COMPARE (HAR 10 252

PC,CKDATA

;READ AND COMPARE CMAR T0 377

P(,CKDATA
CRCCHK
! 000
0

;

1007

;READ AND COMPARE

(HAR TO 000,

140

(4K B(C = 0

Ot
e

: CRC=CCITT=1'S PRESET, BIT MODE

1009 027376

1010 027402
1011 027404
1012 027406
1013 027412
1014 027414
1015 027416
1016 027422
1017 027424
1018 027426
1019 027432
1020 027434
1021 027440
1022 027442
1023 027444
1024 027450
1025 027452
1026 027456
1027 027460
1028 027462
1029 027466
1030 027470
1031 027472
1032 027476
1033 027500
1034 027502
1035 027506

1036 027510
1037 027512
1038 027516
1039 027520
1040

004737

000000
000000
004737
000000
100010
004737
002676
000006
004737
000010
004737
000000
000001
004737
000122
004737
000001
000000
004737
000125
000000
004737
000252
000000
004737
000377

000000
004737
101400

005212
005574
010470
004726

007164
004726
007266
007266

007266
007266
007266

000000

JSR

PC,INITRN

:LOAD 2 SOM'S,

000
000
JSR
PC, TXCHAR
000
CHPCHK
! 8.
JSR
PC.LODMSG
MSG1+6
6
JSR
PC,STPLU
8.
JSR
PC,STPERR
000
1
ISR
PC,STPLU
82.
JSR
PC,CKDATA
001
0
JSR
PC,CKDATA
125
0
JSR
PC,CKDATA
252
0
JSR
PC,CKDATA
377

:LOAD 000 CHAR,
:LOAD MSG

:MAKE

1049 027540

100010

INTO TX SILO

1ST BIT = 1

1ST BIT OF

000 CHAR

INSTEAD OF 0

;CLOCK REST OF MESSAGE
;READ AND COMPARE

CHAR TO 001

;READ AND (OMPARE

(HAR TO 125

(INTENDED ERROR)

:READ AND COMPARE CHAR TO 252
;READ AND COMPARE (HAR TO 377
;READ AND COMPARE

* CRC=CCITT=0'S PRESET, BIT MODE
004737
000000
000100
004737
000000

TX 1ST FLAG

;CLOCK LINE UNIT UNTIL

0
JSR
PC,CKDATA
CRCCHK
! 1400

1042
027522
027526
027530
027532
027536

CLOCK THEM INTO THE USYRT

(HAR TO 000,

CHK BCC

1041

1044
1045
1046
1047
1048

JSR
125
0
JSR
252
0
JSR
377
0
JSR

007266

1006

K 11

12=SEP=79 13:20:11 PAGE 26-20

005212
005574

JSR
000
CRC1
JSR
000

——

PC,INITRN

;LOAD 2 SOM'S,

PC, TXCHAR

:LOAD 000 CHAR,

CHPCHK
! 8.

CLOCK THEM INTO THE USYRT
TX 1ST FLAG

(ZDMSB MB8203 STATIC TESTS #2
TEST

L 1
MACRO v03.01 12-SEP=79 13:20:11 PAGE 26-21

SEQ

14 = CRC ERROR DETECTION TEST

1050 027542

004737

010470

1053 027552
1054 027556
1055 027560

004737
000010
004737

004726

1051 027546
1052 027550

1056 027564
1057 027566
1058 027570
1059 027574
1060 027576
1061 027602
1062 027604
1063 027606
1064 027612
1065 027614

1066 027616
1067 027622
1068 027624

1069 027626
1070 027632
1071 027634
1072 027636
1073 027642
}8;2 027644
1076 027646
1077 027652
1078

027652
027652

1079
1080
1081
1082

002676
000006

000100
000001
004737
000122
004737
000001
000000
004737
000125
000000

007266
007266
007266

004737
000377
000000
004737
101400
000000

007266

004737

003276

000000

PC,LODMSG

;LOAD MSG INTO X SILC

JSR
8.
JSR

PC,STPLU

JCLOCK LINE UNIT UNTIL 1ST BIT OF 000 (CHAR

PC,STPERR

JMAKE

PC,STPLU

;CLOCK REST OF MESSAGE

PC,CKDATA

;READ AND COMPARE (HAR TO 001

PC,CKDATA

;READ AND (OMPARE (CHAR TO 125

PC,CKDATA

;READ AND (COMPARE (CHAR TO 252

JSR
PC,CKDATA
377
0
JSR
PC,CKDATA
CRCCHK '1400
0

JREAD AND COMPARE (HAR TO 377

JSR

; ISSUE MASTER CLEAR TC CLEAN UP

CRCT
1
JSR
82.
JSR
001
0
JSR
125

004726

004737
000252

JSR

MSG1+6
6

007164

JSR
252

007266

24%:
ENDTST

1ST BIT = 1

JREAD AND COMPARE

PC,MSTCLR

INSTEAD OF 0

}832

.SBTTL

(INTENDED ERROR)

(CHAR TO 000,

L10046:

104401

1083

147

R AR AR AR AR AR AR

(Hk BCC =

TRAP

CSETST

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

R AR

TEST 15 = VRC PARITY GENERATION TEST

- %

1086
1087
1088
1089
1090
}83;

;%
;%
;%
;%
;*
;*

SUBTEST 1 - TEST OF CORRECT ODD VRC PARITY GENERATION :
THE LINE UNIT IS PLACED IN CHAR MODE, WITH ODD VRC AND 7-BIT CHARS SELECTED.
THE DATA CHARS IN PATTERN Q ARE TRANSMITTED, AND AS THE 8TH BIT (PARITY BIT)
OF EACH DATA CHAR IS SENT THE PROGRAM CHECKS TXDATA FOR THE PROPER STATE.
FOR THE FIRST 4 CHARS IN PATTERN Q THE PARITY BIT SHOULD = 1 AND FOR THE
LAST & (CHARS IT SHOULD = 0.

1093

;% SUBTEST 2 - TEST OF CORRECT EVEN VRC PARITY GENERATION :

1100

1094
1095
1096
1097
}838

;%
;*
;%
;*
;%

THE LINE UNIT IS PLACED IN CHAR MODE, WITH EVEN VRC AND 7-BIT CHARS SELECTED.
THE DATA CHARS IN PATTERN Q ARE TRANSMITTED, AND AS THE 8TH BIT (PARITY BIT)
OF EACH DATA CHAR IS SENT THE PROGRAM CHECKS TXDATA FOR THE PROPER STATE.
FOR THE FIRST 4 CHARS IN PATTERN Q THE PARITY BIT SHOULD = O AND FOR THE
LAST & CHARS IT SHOULD = 1.

1101

DATA PATTERN Q@ = 000,120,125,137,040,052,057,177

1102 027654

BGNTST

1103

027654

S BN E S S

T15::

(ZDMSB MB8203 STATIC TESTS #2

MACRO v03.01

fg)

[+ ¥ N =To P 3 o&REN

002360
000347
003764
004726

ONFY

jelolelelels)

jololalele]
CROORORRRR NN
NNNNY
IVIIIIIIY
:l.\l\l\lg;

NN
= = D DD gD o
w&mrwwdsgmwombwwdgomwo\nbwwaos

—
—
R
R
U
I

WWWWWWW

MOV

002364

MOV

BGNSUB

002346

MOV

532

142

030022
030024
030026
30

104455
000060
014255
020216

030032

104410
000040
132737
001410

2%:

003344

1139 030036
1140 030044
1141 030046

002350

030052
030054
030056

030064

1145 030066
1146 030072

004737

002734

PC,STPLU

;CLOCK 2ND SYNCH

CLR

;INIT CHAR COUNT

JSR

PC,READLU

:READ REG 17

BITB
BNE

WTXDATA,REDBYT
6$

:SEE IF PARITY BIT IS SET
*BR IF YES

ESCAPE

002350

4$:

000010

PC.,GETALL

CSERDF
48
EM48
ERR7

TRAP

CSE SCAPE
L10050-.

;:LOAD 2 EOM'S INTO TX SILO

SCLOCK A CHAR

“INCR CHAR COUNT
“SEE IF 4 CHARS CLKD YET
‘BR IF YES

“GET REGS FOR PRINTOUT

48,EM48,ERR7

6% :

BITB
BEQ
JSR

WTXDATA,REDBYT
6$
PC,GETALL

ERRDF

49 ,EM49,ERR7

ESCAPE

SUB

CMP

R1,48.

BLT

.WORD
-WORD
-WORD

SUB

;REPORT ODD VRC PARITY BIT NOT

104410

020127

gsn

R1
R1, 44
4%

*LOAD DATA INTO TX SILO

:REPORT ODD VRC PARITY BIT NOT SET

104455
000061
014310
020216
000010

SCLOCK FIRST SYNCH

PC,STPLU

TRAP

:CHAR MODE, ODD VRC

PC.STPLU

ésn

($8SUB

LOAD 2 SOM'S

WAX15
#TXLEN2 ! TXLENT ! TXLENO 'RXLEN2 'RXLENT 'RXLENO , WAX 16
PC,WRITAX
;SET TX AND RCV LENGTHS = 7

ERRDF

004200

“MST CLR,

2
CLR
MOV
JSR

JSR

004200

000040

PC,INITRN

TRAP

SSET SUBTEST EXIT ADDRESS FOR ERRORS

PC,LODSIL

INC
CMP
BGT

000004
000040

#8$ ,RE TADR

JSR

gsn

004726
005201
020127
003014
132737
001024
004737

715.1:

PC,LDBYTS

TXEOM

002362

;SET AX BYTE NO. FOR AX3

*SET REG NO. = 17

JSR

gAro

004726

027776
030000
030004
030006
030014
030016

#6 ,AXNUM

#17 ,REGNUM

CRC1!STRIP!DDCMP

010720

—Y Y
———
Y
W
Y
p— G
Y
Y
W
W
TY
TN

030074
005212

002366

010546

W
Y
N

g——
R
———
P

000006
000017

U
IR

T O
N

SEQ

: TEST ODD VRC GENERATION

(olele
8\08\[’?

d e —d
—

—_— =

TEST 15 = VRC PARITY GENERATION TEST

12-SEP=79 13:20:11 PAGE 26-22

;SEE IF PARITY BIT IS CLEARED
‘BR IF YES
“GET REGS FOR PRINTOUT

.WORD

CLEARED

TRAP

SSEE IF ALL (HARS TESTED YET
‘BR IF NOT

CSERDF

.WORD
-WORD
-WORD

TRAPD

CSESCAPE
L10050~.

EM49

ERR7

(ZDMSB MB203 STATIC TESTS #2

MACRO v03.01 12-SEP=79 13:20:11 PAGE 26-23

SEQ

TEST 15 = VRC PARITY GENERATION TEST
1147 030074
1148 030074

8$:

030074

ENDSUB

L10050:

”wowm41mw3
};39

1152 030076

1153 030104

1154 030112

030112
030112

1155 030114
1156 030122
1157 030126

1158 030130

1159 030132
1160 030136
1161 030140
1162 030142
1163 030146
1164 030150
1165 030152
1166 030156
1167 030164
1168 030170
1169 030174
1170 030176
1171 030202
1172 030204
1173 030206
1174 030212
1175 030214
1176 030220
1177 030222
1178 030226
1179 030230
1180 030236
1181 030240
1182
1183 030244

012737

104402

030316
005212

004737
002613
000010
004737
001000
000002
005037
012737
004737
004737
000010
004737
000010
005001
004737
000010
004737
005201
020127
0030714
132737
001424
004737

010546

000211

104455
000063
014403
020216

030254
030256
1185 030260

104410
000040
132737

1186 030266
1187 030270
1188

001010
004737

030274
030276
030300
030302

104455
000062

1189 030274

000017

012737
004737
000026

030244
030246
030250
030252

1184 030254

000006

014347
020216

010720
002360
000347
003764
004726

MOV

BGNSUB

002346

MOV
JSR
026

004726
003344

000004
002350

004200

002350

($E SUB

TRAP

($8SUB

TRAP
.WORD
-WORD
-WORD

CSERDF
51
EMS1
ERR7

TRAP
.WORD

L10051~-.

;SET AX BYTE NO. FOR AX3

“SET REG NO. = 17

115.2:
#18% ,RETADR
PC,INITRN

;SET SUBTEST EXIT ADRS FOR ERRORS
JMST CLR, LOAD 2 SOM'S

;CHAR MODE, EVEN VRC

JSR
PC.LDBYTS
*LOAD DATA INTO TX SILO
PATQ
8.
JSR
PC,LODSIL
;LOAD 2 EOM'S INTO TX SILO
TXEOM
2
CLR
WAX1S
MOV
HTXLEN2 ! TXLENT ' TXLENO'RXLENZ
'RXLENT 'RXLENO,WAX16
JSR
PC,WRITAX
JSET TX AND RCV LENGTHS = 7
JSR
PC,STPLU
JCLOCK FIRST SYNCH
8.
JSR
PC.STPLU
;CLOCK 2ND SYNCH
8.
CLR
R1
SINIT CHAR COUNT
12%:
JSR
PC,STPLU
SCLOCK A CHAR
8.
JSR
PC ,READLU
:READ REG 17
INC
R1
*INCR CHAR COUNT
CMP
R1,44
“SEE IF 4 CHARS CLKD YET
BGT
14$
*BR IF YES
BITB
A#TXDATA,REDBYT
:SEE IF PARITY BIT IS CLEARED
BEQ
16%
‘BR IF YES
JSR
PC,GETALL
;GET REGS FOR PRINTOUT
;REPORT EVEN VRC PARITY BIT NOT CLEARED
ERRDF
51,EMS1,ERR7

ESCAPE

000040

#6 ,AXNUM

#17 ,REGNUM

CRC2!STRIP'!DDCMP

004726

000040

MOV

002364

002362

TRAP

TEST EVEN VRC GENERATION

002366

143

14%:

SUB

BITB

WTXDATA,REDBYT

ERRDF

50,EMS0,ERR7

;SEE

IF PARITY BIT IS SET

CSE SCAPE

BNE
16$
‘BR IF YES
JSR
PC,GETALL
;GET REGS FOR PRINTOUT
:REPORT EVEN VRC PARITY BIT NOT SET

TRAP
.WORD
-WORD
- WORD

CSERDF
50

EMS0

ERR7

(2DMSB M8203 STATI(C TESTS #2
TEST

MACRO v03.01

15 = VRC PARITY GENERATION TEST

1190 030304

1191
1192
1193
1194

030304
0303085

030310
030314
030316
030316

030316
030316

104410
000010
020127
002734

104403

1195 030320

004737

030324
030224

104401

1196 030324

1197

000010

B 12
12-SEP=79 13:20:11 PAGE 26-24

16%:
18%:

003276

SUB

CMP
BLT

R1,48.
12%

;SEE IF ALL
:BR IF NOT

CHARS

TESTED YET

ENDSUB

ENDTST

1198
1199
1200
1201

ESCAPE

SEQ

JSR

L10051:
PC,MSTCLR

:ISSUE MASTER CLEAR TO CLEAN UP

L10047:

144

TRAP
.WORD

C$E SCAPE
(10051~-.

TRAP

C$ESUB

TRAP

CSETST

1202

";'t'tttttt.'t'ttt'tttt.ttttttlttttttttttttlfitt.tttttttfitttt'tfitxtttttfittfit'tttt

}582

.SBTTL

TEST 16 - VRC ERROR DETECTION TEST

1205
1206

;* SUBTEST 1 - FORCING OF BCC USING ODD VRC
;* THE LINE UNIT IS PLACED IN CHAR MODE WITH ODD VRC AND 7-BIT CHARS SELECTED.

1208
1209

;% 7 CHARS ARE TRANSMITTED WITH BIT O STUCK AT 1 (USING IERR BIT). THE PROGRAM
;% CHECKS FOR BCC = 0 AFTER EACH OF THE FIRST 8 CHARS ARE RECEIVED (INDICATING

;g;;

;% RECEIVED (INDICATING AN ERROR).

1207

1210

THE

FIRST 8 DATA CHARS

:* NO ERROR)

IN PATTERN R ARE

AND CHECKS FOR BCC

TRANSMITTED NORMALLY, BUT

AFTER EACH OF

THE

THE OTHER

REMAINING 7 CHARS ARE

- %

1213
1214
1215
1216
1217
1218

;*
;%
:*
;=
:*
:*

;g;g

SUBTEST 2 - FORCING OF BCC USING EVEN VRC
THE LINE UNIT IS PLACED IN CHAR MODE WITH EVEN VRC AND 7-8BIT CHARS SELECTED.
THE FIRST 8 DATA CHARS IN PATTERN R ARE TRANSMITTED NORMALLY, BUT THE OTHER
7 CHARS ARE TRANSMITTED WITH BIT O STUCK AT 1 (USING IERR BIT). THE PROGRAM
CHECKS FOR BCC = O AFTER EACH OF THE FIRST 8 CHARS ARE RECEIVED (INDICATING
NO ERROR) AND CHECKS FOR BCC = 1 AFTER EACH OF THE REMAINING 7 CHARS ARE

:* RECEIVED (INDICATING AN ERROR).
]

1221

1223

.""t'i"'fi't'."fl".'...'t"'.‘t.'t'tfi.'t."."...""iQI'Q"""..'.'."":l"t

1222

1224 030326

1225

172.176.

BGNTST

030326

T16::
T

}559

; TEST ODD VRC ERROR DETECTION

1228 030326

1229 030334

1230 030342
1231
1232
1233
1234

DATA PATTERN R = 000,100.,120.,124,164,172,176.,177.000,100,120.,124,164,

030342
030342

012737

104402

030344
030352
030356
030360

012737
004737
000026
000111

1237 030370

000001

1235 030362
1236 030366

004737
900400

000006

000012
030562
005212
010720

002366

002364

002346

MOV

BGNSUB

#6 ,AXNUM

#12 ,REGNUM

:SET REG NO.

FOR AX3

T16.1:

MOV
#108 ,RETADR
JSR
PC,INITRN
026
CRC1!STRIP'DDCMP
JSR
TXSOM

:SET AX BYTE NO.

PC,LODSIL

TRAP

:SET SUBTEST EXIT ADRS FOR ERRORS
:MST CLR, LOAD 2 SOM'S
:CHAR MODE, ODD VRC

:LOAD A THIRD SOM INTO TX SILO

C$RSUB

MACRO v03.01
(ZDMSB M8203 STATIC TESTS #2
TEST 16 = VRC ERROR DETECTION TEST

1238 030372

1239 030376
1240 030400
1241 030402
1242 030406
1243 030410
1244 030412
1245 030416
1246 030424
1247 030432

004737
002623
000017
004737

1249 030442
1250 030444
1251 030450
1252 030454
1253 030456
1254 030460
1255 030464
1256 030466
1257 030470
1258 030472
1259 030476
1260 030500
1261 03C504
1262 030510
1263 030514
1264 030520
1265 030522
1266 030524
1267 030526

000007
007164

1278
1279

030562
030562

1280
1281 030564
1282 030572
1283 030600
030600
030600
1284 030602
1285 030610

1286 030614

1287 030616
1288 030620
1289 030624

1290 030626

3%:

;LOAD DATA INTO TXx BUFFER

15.
JSR
ngOM

PC,LODSIL

;LOAD 2 EOM'S INTO TXx SILC

CLR

WAX15

000010
002623
030520
007266

030552

JSET TX AND RCV LENGTHS = 7

;CLOCK 1ST 8 (CHARS, WITH NO ERRORS

JINIT COUNTER FOR LAST 7 CHARS
JASSERT

IERR BIT FOR

TIME

;CLOCK REST OF (HAR

DEC
BNE

R1
3%

;DECR COUNTER
;BR IF NOT DONE TRANSMITTING YET

5¢:

MOV
MOV
MOvVB

#8..R1
#PATR,R3
(R3)+,6%

;INIT COUNTER FOR ERROR-FREE CHARS
JINIT DATA PATTERN POINTER
;GET AN EXPECTED DATA (HAR

6%:

SCCCHKEOOO

8%:
9%:

005301
001365

;STORE LENGTH 7

PC,STPLU

{2R

10%:

PC,STPLU

JSR

PC,CKDATA

DEC
BNE
MOV
MOvB
BIS

R1
5%
#7 ,R1
(R3)+,9%
#81T70,9%

JSR

;CLOCK 2 TERMINATING SYNCHS

;GO CHECK CHAR, (HK B(C=0

;DECR COUNTER
;BR IF NOT DONE YET
JINIT COUNTER FOR ERROR CHARS
;GET EXPECTED DATA (HAR

JEXPECT ERROR BIT O SET

PC,CKDATA

;CHECK DATA, (HK B(CC=1

R1
8%

;DECR COUNTER

8CCCHK!RXBCC!OOO

DEC
BNE

145

ATXLENZ ! TXLENT ! TXLENO!RXLENZ
!RXLENT !RXLENO,WAX 16

MOV
WAX16,SAVLEN
PC,WRITAX
JSR
PC,STPLU
JSR
88.
#7 ,R1
MOV
PC,STPERR
JSR
gRC1!STRIPEDDCMP
%SR

004726

000007
030552
000001
007266

PC,LDBYTS

MOV

004726

1268 030530

030534
030540
030546
030552
030554
030556
030560
030562
030562

002367
002424

SEQ

JSR

PATR

010720
002360
000347
002362
003764
004726

1248 030436

1269
1270
1271
1272
1273
1274
1275
1276
1277

010546

c 12
12-SEP=79 13:20:11 PAGE 26-25

;BR IF NOT DONE YET

ENDSUB

L10053:

104403

TRAP

($ESUB

TRAP

($8SUB

: TEST EVEN VRC ERROR DETECTION
* -

012737
012737

002366
002364

104402

012737
004737

000026
000211
004737
000400
000001

002346

010720

MOV
MOV
BGNSUB

#6, AXNUM
#12 ,REGNUM

MOV

#30% ,RETADR

JSR

116.2:
PC,INITRN

;SET SUBTEST EXIT ADRS FOR ERRORS
JMST CLR, LOAD 2 SOM'S

PC,LODSIL

;CHAR MODE, EVEN VRC
;LOAD A THIRD SOM INTO TX SILO

026
CRC2!STRIP!DDCMP
JSR

;XSOH

;SET AX BYTE NO. FOR AX3
;SET REG NO.

(ZDMSB M8203 STATIC TESTS #2
TEST

MACRO v03.01

16 - VRC ERROR DETECTION TEST

004737
002623
000017
004737

WWWWWWW WWW WWWWWWWWWWW
n
F
VNN
WN=O

005037
012737

010546
010720
002360
000347
002362
003764

000007
007164

20
21
22
23

8888

BES

NNNN

jolelele]

030762
030764
030766
030772
030776
iy

1
1

25 031010
26 031012
27 031014
28 031016
29 031020
30 031020
031020
031020

WWW

031026
031026

HTXLENZ ! TXLENT! TXLENO!RXLENZ
!RXLENT !RXLENO,WAX16

JSR

PC,STPLU

JINIT COUNTER FOR LAST 7 CHARS
JASSERT IERR BIT FOR 1 TIME

%SR

PC,STPLU

;CLOCK REST OF CHAR

DEC
BNE

R1
23%

;DECR COUNTER
;BR IF NOT DONE TRANSMITTING YET

25%:

MOV
MOV
MOvB

#8. .R1
#PATR,R3
(R3)+,26%

;INIT COUNTER FOR ERROR=FREE (HARS
JINIT DATA PATTERN POINTER
;GET EXPECTED DATA CHAR

26%:

8CCCHK!000

88.
MOV

PC,STPERR
JSR
gRC?!SIRIP!DDCMP

#2'?

002623
030756
007266

031010

28%:
29%.

30%:

003276

WAX15

MGV

#7 ,R1

23%:

ENDTST

146

PC.STPLY

JSR

DEC
BNE
MOV
MOvB
BIS

PC,CKDATA

;CHK DATA, (HECK BCC=0

R1
25%
#7 ,R1

;DECR COUNTER
;BR IF NOT DONE YET
JINIT COUNTER FOR ERROR (HARS
;GET EXPECTED DATA (HAR

(R3)+,29%
#B8170,29%

JSR

PC,CKDATA

;SET EXPECTED ERROR BIT O
:CHK DATA, (HK B((C=1

R1
28%

;DECR COUNTER
;BR IF NOT DONE YET

SCCCHK!RXBCCIOOO

DEC
BNE

;CLOCK 2 TERMINATING SYNCHS

ENDSUB

L10054:
PC,MSTCLR

JSR

;ISSUE MASTER CLEAR TO CLEAN UP

L10052:

TRAP

C$ESUB

TRAP

CSETST

W
—= OO0

D il
il
—

"°'...ttitt.t.t't.!..lit't'lfi.tt"".fitt..."ifi'.Q"t"ltit"tl"""."Q'."t'.

RERY W

D il

)

1321 031022
1332 031026

;LOAD 2 EOM'S INTO TX SILO

;STORE LENGTH 7
JSET TX AND RCV LENGTHS = 7
;CLOCK 1ST 8 (CHARS, WITH NO ERRORS

000010

000007
031010
000001
007266

PC,LODSIL

WAX16,SAVLEN
PC,WRITAX

004726
030742

15.
JSR

MOV
JSR

;

1
1
1

;LOAD DATA INTO Tx RUFFER

CLR

004726

]

PC,LDBYTS

EXEOM

002362
002424

SEQ

JSR

PATR

004726

FRSEIROREE 3

001000
000002

D 12
12=SEP=79 13:20:11 PAGE 26-26

"SBRTTL

TEST

17 -

INTEGRAL MODEM INTERFACE

TEST - (CHAR MODE,

(RC

i« THE INTEGRAL MODEM IS SELECTED BY THE PROGRAM IN AX3-15, AND A

;* MESSAGE [S TRANSMITTED, RECEIVED, AND CHECKED USING A TURNAROUND CONNECTOR
;* ON THE LINE UNIT OR AT THE CABLE. THE MESSAGE CONSISTS OFf

(ZDMSB M8203 STATIC TESTS #2
TEST

17 -

INTEGRAL MODEM

E 12
MACRO v03.01 12-SEP=79 13:20:11 PAGE 26-27

INTERFACE

TEST = CHAR MODE,

1344

:* 5 SYNCHS, 000,125,252,377,000, AND

1345
1346
1347
1348 031030

031030

1349 031030

012737

000021

002434

MOV

031074

MOV

151326

SYNCH
STRIP'!DDCMP
.WORD
O
000
JSR
PC,LDMSG1
BICB
#LULOOP,aBSEL1
MOV
#12 ,REGNUM
MOV
#RCVBUF ,R3
MOV
TCOUNT ,R2
JSR
PC,READLU
BITR
#IRDY ,REDBYT

012737
004737
004737

031310
003276
010770

1354 031056

012737

000323

1355 031064

000010

004737

1356
1357
1358
1359
1360
1361
1362
1363
1364
1365
1366

031070
031072
031074
031076
031100
031104
031112
031120
031124
031130
031134

000226
000011
000000
000000
004737
142777
012737
012703
013702
004737
132737

1368
1369
1370
1371
1372

031144
031146
031150

005202
001370
004737

1367 031142

1373
1374
1375
1376

031154

031154
031156
031160
031162
031164
031166
031172
031176

1377 031200
1378 031202

001011

104455
000021
013430
020216
000451

012337
004737
000000

1379
1380
1381
1382
1383
1384
1385

031206
031210
031214
031220
031222
031226
031230

000000
020327
103746
004737
004737
000000
004737
000001
012737

1387
1388
1389
1390
1391
1392

031242
031250
031256
031260
031266
031274

042737
023727
001414
012737
013737
004737

1386 0312

1393
1394 031300

031300

1 SYNCH.

147

THE P=-TABLE FOR THE CURRENT

:* UNIT INDICATES THAT NO EXTERNAL TURNAROUND IS PROVIDED, THE TEST WILL BE
;* SKIPPED FOR THAT UNIT.
AR
AR AR AR R AR R R R AR R R R AR AR AR AR RR AR AR R AR AR RN AR RRR AR R IR AR AR R AR R AR R AR R RN
BGNTST

1350 031036
1351 031044
1352 031050

1353 031054

SEQ

(RC

004737

104455

010276

002346

MOV
JSR
JSR

INTGRL

JSR

6%:

010630
000010

000012
002762
002264

003344
002020

002364

002350

9%:
10%:

BNE

#17.,TSTNUM

#24% ,RETADR
PC,MSTCLR
PC,CKLPBK

Y1713

TEST NO.

:SET TEST EXIT ADDRESS FOR ERRORS
;ISSUE MASTER (CLEAR
;CHECK LOOPBACK =

SEE IF TEST SHOULD BE RUN

#1422/XY2!'V35'0P TEST,68 ;SET UP TO SELECT INTEGRAL MODEM
PC,SETUP

12%

INC
RC
BNE
10%
JSR
PC,GETALL
;REPORT IRDY NOT SET
ERRDF
17 ,EM17 ,ERR?7

004200

;SET

:PROGRAM THE USYRT

;LOAD MSG INTO TX SILO AND RCV'D DATA BUF
;CLEAR LULOOP, CLOCK MSG
;SET LU REG NO. = 12
:GET POINTER TO RCV MSG BUF
JINIT TIMER

;READ REG 12
;SEE IF IRDY IS SET
:BR

YES

YET

s INCREMENT TIMER
;BR IF NO TIME-QUT YET
:GET REGS FOR PRINTOUT

TRAP
.WORD
.WORD
.WORD

,
031176
007266

12%:

16%:

003000
004620
005024
006232
000013

002364

000232
002350

002350
000000

000000
002350

002370
002372

003344

004200

BR
MOV
JSR
0
0
CMP
BLO
JSR
JSR
0
JSR
1
MOV

JSR

BIC
CMP
BEQ
MOV
MOV
JSR

24%
(R3)+,16%
PC,CKDATA

JESCAPE

R3,ARCVBUF+14.
9%
PC,WAITS0
PC,0ACTIV

:SEE IF ALL CHARS CHECKED YET
:BR IF NOT YET
;STALL FOR S5C MICRO-SEC
;CHECK OACT =0

PC,IACTIV

;CHECK

#13 ,REGNUM

;SET REG NO.

PC, READLU

TO END OF

TEST

CSERDF
17
EM17
ERR7

;COMPARE RCV'D DATA (HAR TO EXPECTED

JACT STILL =1

:READ REG 13

= 13

’RING'HDX MODR
! STBY ,REDBYT
sCLR UNUSED BITS
REDBYT ,#0
CHECK REG 13 FOR 000 (MODEM SIGNALS SHOULD BE
24%
BR IF CLEARED
#0,GOODAT
;SET EXPECTED DATA
= 0
REDBYT ,BADDAT
:SET ACTUAL DATA
PC,GETALL
;GET REGS FOR PRINTOUT

JREPORT REG M]ISCOMPARE
ERRDF
3,EM3,ERR?

TRAF

CSERDF

CLEARED)

(ZDMSB M8203 STATIC TESTS #2
MACRO v03.01 12=SEP=79 13:20:11
TEST 17 < INTEGRAL MODEM INTERFACE TEST = (MAR MODE, (RC

031302
0
0

1395 0

000003
013257
015666

L10055:

.WORD
. WORD
.WORD

3
EM3
ERR3

TRAP

(SETST

- TR AR AR AR R AR AR AR A RARAARAARARARATARAARARAARNAAIAARARARAAAAAAAARARRACRRRA AR ARG

"SBTTL

1404

1405
1406

1407

1408
1409
1610

1412
1413 031312

031312

031312
031320
031326
031332

1418 031336
1419 031340
1420 031346
1421 031352
1422 031354
1423 031356
1424
1425 031362
1426 031370
1427 031376
1428 031402
1429 031410
1430 031412
1431
1432 031426
1433
1434 031432

18 = v.35 MODEM INTERFACE

TEST

- (HAR MODE,

(RC

THE V.35 MODEM INTERFACE IS SELECTED BY THE PROGRAM IN AXx3-15, AND A
MESSAGE IS TRANSMITTED, RECEIVED, AND CHECKED USING A TURNAROUND CONNECTOR

ON THE LINE UNIT OR AT THE MODEM SIDE OF THE CABLE,
OR A MODEM TEST MODE. THE MESSAGE CONSISTS OF
5 SYNCHS, 000,125,252,377,000, AND 1 SYNCH. IF THE P-TABLE

THE

FOR THE CURRENT
TEST

WILL

> CRRA AR A AR A AR AR AR A AR AR AR AR AR R AARAAARARAAAAAAAARAAAARARAAAAARAARARARA SRR AT

BGNTST
0 12737
012737
004737
004737
000020
012737
004737

002434
002346

MOV

#18.,TSTNUM

JSR
JSR

PC ,MSTCLR
PC,CKLPBK

000313
010276

031356

MOV

v35

JSR

6$%:

000010

151050

000013
003344
000001

002364

000000

002370
002372

002350
004200

002350

013702

000010
010630

150766

000012
002762
002264

002364

.WORD

0C0
BI(B
MOV
JSR

150754

e N

d S

#24% ,RETADR

sSET TEST NO.
JSET TEST EXIT ADDRESS FOR ERRORS
;ISSUE MASTER CLEAR
;CHECK LOOPBACK SEE IF TEST SHOULD BE RUN
.

#1422 XYZ!INTGRL!OP!TEST,6% :SET UP TO SELECT V35
PC,SETUP

;PROGRAM

THE

USYRT

SYNCH
STRIP!DDCMP

BITB
BEQ
MOV
MOV
JSR
;JREPORT CARRIER
ERRDF

8%:

TIR:;

000022
031562
003276
010770

031432
031434
031436
031440
031442
031444
031452
031456
031464
031472
031476

TEST

;% UNIT INDICATES THAT NO EXTERNAL TURNAROUND IS PROVIDED,
;* SKIPPED FOR THAT UNIT.

1411

1435
1436
1437
1438
1439
1440
1447

148

SEQ

104407

1400
1401
1402
1403

1414
1415
1416
1417

PAGE 26-28

ENDTST

1367
1398

24%:

1396 0

0
0

BISB
JSR
BI(B
MOV
MOV
MOV

#LULOOP ,@BSEL 1
#13,REGNUM
PC,READLU

#CARR ,REDBYT
8%
#000, GOODAT
REDBYT ,BADDAT
PC,GETALL
NOT CLEARED
66,EM66,ERR7

24%

#LULOOP ,@BSEL 1
PC,LDMSG]
#LULOOP,@BSEL
!
#12 ,REGNUM
#R(VBUF ,R3
TCOUNT ,R2

;CLEAR LULOOP

sSET LU REG_NO. = 13
;READ REG 13
;CHECK FOR CARRIER FALSELY SET
;BR IF NOT SET
JSET EXPECTED DATA
JSET ACTUAL DATA
;GET REGS FOR PRINTOUT
TRAP

.WORD
. WORD
. WORD

;SET LULOOP AGAIN

CSERDF

;LOAD MSG INTO TX SILO AND RCV'D DATA BUF
;CLEAR LULOOP, CLOCK MSG
:SET LU REG NO. = 12
JGET POINTER TQ R(V MSG BUF
JINIT TIMER

(ZDMSB MB203 STATI( TESTS #2
TEST 18 = v.35 MODEM INTERFACE
1442 031502
1463 031506

004737
132737

1445 031516
1446 031520

005202
001370

1444 031514

1447 031522

1449 031526

031526
031530
031532
031534

1450
1451
1452
1453

031536
031540
031544
031556

001011

004737

000411
012337
004737
000000

000000
020327
103746

031562
031562

104401

1459

TEST

002350

G 12
1¢=SEP=79 13:20:11 PAGE 26-29

CHAR MCDE,

10%

JSR
BITB

PC ,READLU
#IRDY,REDBYT

INC

JSR

PC,GETALL

FRRDF

17 ,EM17 ,ERR7

12%

BNE

004200

;REPORT

SEQ

149

(CRC

BNE

106455
000021
013430
020216

1454 031552
1455 031554
1456 031560

1457 031562
1458 031562

Q03344
000020

MACRO v03.01

‘BR IF YES
: INCREMENT

108

[RDY NOT

;READ REG 12
:SEE IF IRDY IS SET

YET

TIMER

:BR IF NO TIME-QUT YET

*GET REGS FOR PRINTOUT

SET

TRAP

(;ERDF
1

.WORD

12%:
‘ca

031550
007266

63%:

003000

24%:
ENDTST

JESCAPE TO END OF TEST

264%

MOV
6SR

(R3)+,16%
PC,CKDATA

0
(MP
BLO

:(OMPARE RCV'D DATA (HAR

R3,#RCVRUF+14,
9%

EM17
ERR7

.WORD
.WORD
TO EXPECTED

;SEF IF ALL CHARS CHECKED YET
;BR [F NOT YET

L10056:

TRAP

(SETST

1460

1461

1462
1463
1464

".'"'.lt'fi"""".'.""...'...."."'...".'..'...'"...'Q'.'Q.'..'.'........‘

1466

1465

.SBTTL

1467

19 = RS 232C AND RS 423 MODEM INTERFACE

TEST = (CHAR MODE,

CRC

;* THE RS232C & RS423 (XYZ) MODEM INTERFACE IS SELECTED BY THE PROGRAM [N
;% AX3-15, AND A MESSAGE

1468
1469
1470
1471

031564

031564
031572
031600
031604
031610
031612
031620
031624
031626
031630
031632
031634
031640

1489 031646

1490 031654
1491 031660

IS TRANSMITTED, RECEIVED,

AND CHECKED USING & TURN-

;* AROUND CONNECTOR ON THE LINE UNIT OR AT THE MODEM SIDE OF
;* OR A MODEM TEST MODE. THE MESSAGE CONSISTS
;* OF 5 SYNCHS, 000,125,252.377,000, AND 1 SYNCH. IF THE

1472
1473
1474
1475 031564

1476
1477
1478
1479
1480
1481
1482
1483
1484
1485
1486
1487
1488

TEST

;*
;*

P=-TABLE FOR THE CURRENT UNIT INDICATES
PROVIDED, THE TEST WILL BE SKIPPED FOR

THAT NO EXTERNAL
THAT UNIT.

THE CABLE.,

TURNAROUND

""t"t"".'..‘t'.'fi'..‘"'Q.".Q.'.'.'.'."t"."'....‘!'.t".."t".fi..."'.'Q

BGNTST
012
012
004
004

37
37
37
37

000
012737
012

004737
000226
000011
000000

000000
004737
142777
012737
012703
013702

000023
031744
003276
010770

002434
00234¢€

000233
010276

031630

010630
000010
000012

002762
002264

150572
002364

T19::

MOV
MOV
JSR

#19. ,TSTNUM
#24% ,RETADR
PC,MSTCLR

MOV

#14622'V3S!INTGRL'!OP'TEST,6% ;SET UP TO SELECT xv7
:PROGRAM THE USYRT

JSR
PC,SETUP
SYNCH
STRIP!DDCMP
bggRD
0

JSR
BICB
MOV
MOV

PC,LDMSG1
#LULOOP,aBSEL1
#12 ,REGNUM
#RCVBUF ,R3
TCOUNT ,R2

;LOAD MSG INTO TX SILO AND R(CV'D DATA BUF
;CLEAR LULOOP, CLOCK MSG
JSET LU REG NO. = 12
:GET POINTER TO R(V MSG BUF
JINIT TIMER

JSR
XyZ

9%:

MOV

PC,CKLPBK

;SET TEST NO.
;SET TEST EXIT ADDRESS FOR ERRORS
;ISSUE MASTER CLEAR
;CHECK LOOPBA(CK =
SEE IF TEST SHOULD BE RUN

H 12

(ZDMSB M8203 STATIC TESTS #2
MACRO Vv03.01 12=SEP=79 13:20:11 PAGE 26-=30
TEST 19 = RS 232C AND RS 423 MODEM INTERFACE TEST = (HAR MODE,
1492
1493
1494
1495

031664
031670
031676
031700

004737
132737
001011
005202

003344
000020

1497 031704

004737

004200

1496 031702
1498

1499 031710

031710
031712
031714
031716

001370

000411

1502 031726

004737

007266

1505 031736

020327

003000

031722

1503 031732
1504 031734
1506 031742
1507 031744
1508 031744

031744

1509
1510

031744

10%:

JSR
BITR
BNE

012337
000000
000000
103746

INC

PC,READLU
#IRDY ,REDBYT
12%
R2

;READ REG 12
;SEE IF IRDY [S SET
:BR IF YES

JSR

PC,GETALL

;GET REGS FOR PRINTOUT

ERRDF

17 ,EM17 ,ERR7

Eizt

26%

;ESCAPE TO END OF TEST

JSR

PC,(CKDATA

:COMPARE RCV'D DATA CHAR TO EXPECTED

(MP

R3,ARCVRBUF+14,

BNE
;REPORT

104455
000021
013430
020216

1500 031720

1501

002350

031732

12%:

108

[RDY NOT

MOV

16%:

SET

(R3)+,16%

0
0

BLO

26%:
ENDTST

SE@

;INCREMENT

150

YET

TIMER

JBR [F NO TIME-OUT YET

;SEF

:BR

TRAP
.WORD
.WORD
.WORD

CS$ERDF
17
EM17
ERR7

[F ALL CHARS CHECKED YET

NOT

YET

L10057:

104401

TRAP

(SETST

1511

1512

1513
15]4

'-’-tttt'tt'.fit.'t.t.tttttt"ltfitttt.Qtttttttlttt'tttt.ttfittttltt..'tt.Qtt'tt..'Qt

;2;2

LSRTTL

1517

1520
1521
1522
1523

;* OR A MODEM TEST MODE. THE MESSAGE CONSISTS OF
;* 5 SYNCHS, 000,125,252.377.,000, AND 1 SYNCH. IF THE P-TABLE FOR THE CURRENT
;* UNIT INDJCATES THAT NO EXTERNAL TURNAROUND [S PROVIDED, THE TEST WILL BE
;% SKIPPED FOR THAT UNIT.

1518
1519

THE RS 422 MODEM INTERFACE

TEST

- (HAR MODE,

1525 031746

031746

012737
012737

000024
032126

1529
1530
1531
1532
1533

031766
031772
031774
032002
032006

004737
000200
012737
004737
000226

010770

1535 032012

000000

1534 032010

1536 032014

032016
032022
032030
032036
032042

004737

003276

000133
010276

002434
002346

004737
142777
012737
(012703
013702

AR AR R R AR AR AR AR AR

6£%:
010630
000010
000012
0027672
002264

MOY
MOV

#20.,TSTNUM
#24% ,RETADR

JSR
142¢
MOV
JSR
SYNCH

PC,CKLPBK

JSR

:
032012

000011

000000

R A AR AR R AN AR

150410
002364
%

PC,MSTCLR

TURNAROUND CONNECTOR

RN AR T AR A AA TR AN RARA R RARR RSSO AR

BGNTST

1526 031746
1527 031754

1528 031762

(RC

IS SELECTED BY THE PROGRAM [N Ax3-15, AND A

;* MESSAGE IS TRANSMITTED, RECEIVED, AND CHECKED USING A
;* ON THE LINE UNIT OR AT THE MODEM SIDE OF THE CABLE,

1524

1537
1538
1539
1540
1541

TEST 20 = RS 422 MODEM INTERFACE

R RN

120::

JSET TEST NO.
JSET TEST EXIT ADDRESS FOR ERRORS

;ISSUE MASTER CLEAR

sCHECK LOOPBACK 2
SEE IF TEST SHOULD BE RUN
#xyZ'v3S!INTGRL !OP!TEST,68 ;SET UP TO SELECT 4272
PC,SETUP
:PROGRAM THE USYRT

STRIP!DDCMP

LWORD

JSR
BICB
MOV
MOV
MOy

PC,LDMSGT
#LJLOOP,aBSELT
#12 ,REGNUM
#R(VBUF ,R3
TCOUNT ,R?2

000

;LOAD MSG INTO TX SILO AND RCV'D DATA HuF
;CLEAR LULOOP, CLOCK MSG
JSET LU REG NO. = 12
JGET POINTER TM2 R(CV MSG BuUF
JINIT TIMER

R NN,

MACRO v03.01 12=SEP=79 13:20:11
TESTS #2
TEST 20 = RS 422 MODEM INTERFACE TEST = (HAR MODE, C(RC

(ZDMSB M8203 STATIC

1542 03204¢

1543 032052
1544 032060

1545 032062

1546 032064
1547 032066
1548

1549 032072

032072
032074
032076
032100

1550 032102

1551

032104

1552 032110
1553 032114

1554 032116

1555
1556
1557
1558

032120
032124
032126
032126

032126
032126

004737
132737
001011

003344
000020

002350

108 :

005202

001370
004737

004200

JSR

103746

£EQ

JSCE If

;BR

IRDY IS SET YET

YES

s INCREMENT TIMER
JBR IF NO TIME-OUT YET
JGET REGS FOR PRINTOIT

PC,GETALL

17,EM17,ERR7

ERRDF

JREAD REG 12

PC,READLU
#IRDY ,REDBYT
128
R2
10%

:REPORT IRDY NOT SET

104455

000021
013430
020216
000411
012337
004737
000000
000000
020327

JSR
BITR
BNE
INC
BNE

112
PAGE 26-31

($FRDF

TRAP

. WORD

032114

12%:

007266

16$:

003000
24%:
ENDTST

24%

JESCAPE

JSR
8

PC,CKDATA

;COMPARE RCV'D DATA (HAR TO EXPECTED

cMP
BLO

R3,#RCVBUF
+14.
9%

;SEE IF ALL CHARS CHECKED YET
;BR IF NOT YET

MOV

(R3)+,16%

TO END OF

. WwORD
.WORD

TEST

L100€0:

104401

Em?7
FRR7

TRAP

(SETST

'"Q""."Q.t't.'fi"'..i.'ttil'tl"t...‘.'fi".t‘.l'.flt.fi..t.l.."..l"t.

"SRTTL

THIS

TEST 21

TEST VERIFIES

LOADING OF

THAT

THE USYRT

A MASTER CLEAR

= HALF-DUPLEX BIT

(HALF

DUPX)

TEST

SETTING HALF-DUPLEX BIT

TRANSMITTER FROM THE

ISSUED,

DDCMP MODE

IN REG 13 DOES NOT

TRANSMITTER SILO.

IS ENTERED,

AND

THE

HALF

INHIBIT

DUPX

BIT IN REG 13 IS SET. A MESSAGE IS LOADED INTO THE TX SILO
CONSISTING OF 2 SYNCHS, 000,125,252,377,000, AND 2 MORE SYNCHS.
THE

LINE UNIT

THEN CLOCKED EXTENSIVELY,

AND

THE

SILO

(CHECKED

BE UNLOADED (ALL CHARS SHOULD HAVE BEEN REMOVED) AND THE RECEIVER
IS MONITORED TO INSURE THAT NO RCY FLAGS ARE GENERATED.

"tttt.fi.t'.t'ttt!'t'.lt't'.ttQti"'t"it't.""!..'t"'.'.'..'t."'.'t'

BGNTST

1586
1587
1588
1589
1590

000011

b
-h

nro

il
cid
ald cld ca
ad
b

81 032152
82 032154
83 032162

N ViV

wab

1576 032130

032174
032176
032202
032204
032210

1591 032212

000007

032220
000013
005212

002346
002364

000020
003422
010470

002352

121

;SET TEST EXIT ADRS FOR ERRORS

MOV
MOV
JSR

#24% ,RETADR
#13,REGNUM
PC.INITRN

;SET REG NO.

MOVB
JSR
JSR
9501‘4

#HDX ,WRIBYT
PC,WRITLU
PC,LODMSG

SET HDX BIT

IN REG 13

004726

éER

PC,STPLU

;CLK MORE

004334

{sé

PC,OSIRDY

;(HK ORDY = 1, OCOR = 0

005746

JSR

PC.ISIRDY

JOHK

SYNCH
STRIP!DDCMP

JMST CLR,

LOAD 2 SOM'S

;LOAD MSG INTO Tx SILO

JCIR

THAN ENTIRE MSG

JRDY

(ZDMSB M8203 STATI(C TESTS #2
TEST 271 = HALF=DUPLEX BIT
1592 032216

1593 032220
1594 032224
032224
032224
1595

000001

004737

(HALF

J 12

MACRO vU3.01 12=SEP=79 13:20:11 PAGE 26-32
DUPX)

248:
ENDTST

003276

SEQ

TEST

JSR

PC,MSTCLR

152

;1SSUE MASTER CLEAR TO CLEAN UP

L10061:

104401

TRAP

(SETST

1596

1597
1598

1599

16m

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

1601

LSRTTL

1603
1604
1505
1606

*
*«
*»
‘s

1608

.'."tttQt.'fit't'."titt.'.t.'t.'.tttt.Q'..t'..ttfi...'.tfi'fi."..fi.t'.'t.t'.""'tt

1607

‘x

1609 032226

032226

012737

032424

1612 032240
1613 032244

004737
000226

010276

1614 032246
1615 032250
1616 032252
1617 032254
1618 032262
1619 032270
1620 032274
1621 032302
1622 032310
1623 032314
1624 032322
1625 032330
1626 032336
1627 032344
1628 032350
1629 032354
1630 032356
1631 032364
1632 032372

1633 032376

1634 032402
1635 032404

004737

000301
000000
000000
012737
112737
004737
012737
112737
004737
012737
012737
112737
112737
004737
004737
000013
112737
112737
004737

004737

000010
004737

003276

002364
002352

000000
000000
003764

002360
002362

;ggg 8%52}3

004737

006232

1640 032424
1641 032430
1642 032434

005037
004737

002416
003276

032434
032434

THE

HDX BIT

SET.

000013

104401

#24$ ,RETADR

;SET

JSR
SYNCH

P(.SETUP

*PROGRAM USYRT FOR CHAR MODE,

PC,MSTCLR

CRC2!CRC1!DDCMP
000
000
MOV
#13 REGNUM

MOVB
JSR

002364
002352

MOV
MOVB
JSR
MOV
MOV

002416
002366
002360
002362

MOVB
MOVB
JSR
JSR
11.
MOVB
MOVB
JSR
JSR
8.
JSR
JSR
1.
248:
ENDTST

CT22::

MOV

JSR

004726

003764
004726

1637 032414

WHEN

002346

000013
000020
003422
000014
000140
003422
000140
000002
000000
000001
003764
004726

004737

1636 032410

THIS TEST SENDS A MESSAGE IN HDX, CHAR MODE, WITH NO ERROR DETECTION, AND
THE SILOS DISABLED. THE MSG CONSISTS OF 2 SYNCHS AND 2 000 CHARS.
THE DATA IS SENT WITH LULOOP SET FOR TTL DATA LOOPBACK. THE PROGRAM CHECKS
THAT THE RECEIVER NEVER BECOMES ACTIVE, BECAUSE THE RCV CLOCK IS INMIBITED

BGNTST

1610 032226

1611 032234

TEST 22 = HALF=DUPLEX RCV DISABLED TEST WITH SILOS DISABLED

#HDX,WRIBYT
PC,WRITLU

TEST EXIT ADDRESS FOR ERRORS

*1SSUE MASTER CLEAR

NO CRC

;SET LU REG NO. = 13
*SET HDX BIT IN REG 13

#14 ,REGNUM
:SET LU REG NO. = 14
ATXEN!DISSI,WRIBYT ;DISABLE SILOS
PC,WRITLU
#TXEN'DISSI,DISILO
#2 , AXNUM
;SET AX BYTE NO FOR AXI

#000,WAX15
#TSOM,WAX16
PC,WRITAX
PC.STPLU

*SET TSOM IN USYRT

#000,WAX15
#000.WAX16
PC,WR] TAX

:LOAD FIRST 000 DATA CHAR

PC.STPLU

;CLOCK SECOND SYNCH

PC,WR] TAX
PC.STPLU

:LOAD SECOND 000 CHAR
*CLOCK FIRST 000 CHAR OUT

PC,IACTIV

:CHK FOR IACT = O (RECEIVER NOT ACTIVE)

(LR
JSR

DISILO
PC,MSTCLR

;CLEAR DISABLE SILO FLAG
:1SSUE MASTER CLEAR TO CLEAN UP

;CLOCK FIRST SYNCH OUT
INTO USYRT

L10062:

TRAP

(SETST

(2DMSB M8203 STATIC TESTS #2

MACRO v03.01

K 12
12-SEP=79 13:20:11 PAGE 26-33

SEQ

TEST 22 = HALF=DUPLEX RCV DISABLED TEST WITH SILOS DISABLED

153

1644

1645

1646

1647
16{,8

'-.-tt.ttttt't.'tt't't.'tt'Qtt.'Qtt'ttt'.t't't'fiit'...tt.'.t't'tt"ttt.'.t.

}ggg

"SBRTTL
-

1651

1652

TEST 23 = INTERACTION OF MODEM CONTROL BITS

THIS

TEST WILL BE RUN ONLY

THE P-TABLE

FOR THIS UNIT

INDICATES

“* H3254 AND H3255 TEST CONNECTORS ARE INSTALLED. OTHERWISE,

1653

THAT

THE

THE TEST WILL SE

;* SKIPPED FOR THE UNIT.

1654
1655
1656
1657

“« THE FOLLOWING SUBTESTS ARE PERFORMED:
“» = A MASTER CLEAR IS DONE AND REG 13 1S READ AND CHECKED FOR INITIALIZED
i*
STATE, WITH LULOOP SET TO 1. THEN, LULOOP IS CLEARED AND REG 13 IS READ
I*
AND CHECKED FOR THE PROPER STATE, WITH LULOOP CLEARED.

Lo}

}628

1660
1661
1662

i»
REG 17 IS THEN READ AND CHECKED FOR INITIALIZED STATE.
“+« = RUN IS SET IN BSEL1, AND REG 13 IS READ AND CHECKED FOR RING SET.
“« - POLL IS SET IN REG 13, AND REG 17 IS READ AND CHECKED FOR SIGQ SET.

1663

“x - BPOLL IS SET IN REG 12, ONLY TO LIGHT THE LED FOR THIS SIGNAL.

1664
1665
1666
1667
1668

“x
“«
“»
“»
i%

1669
1670
1671

=
=
=
-

DTR IS SET IN REG 13, AND REG 13 IS READ AND CHECKED FOR DTR AND MODR SET.
SELFR IS SET IN REG 13, AND REG 17 IS READ AND CHECKED FOR SIGR SET.
HDX IS SET IN REG 13, AND REG 13 IS READ AND CHECKED FOR HDX SET.
MAINT1 IS SET IN REG 13, AND REG 17 IS READ AND CHECKED FOR TEST MODE SET.
SELSBY IS SET IN REG 13, AND REG 13 IS READ AND CHECKED FOR STBY SET.

i%» = A MASTER CLEAR IS DONE, 2 TSOM'S ARE LOADED INTO THE TX SILO, THE LINE
o
UNIT IS CLOCKED UNTIL THE TRANSMITTER IS ACTIVE, AND REG 13 IS READ AND
o ¥
CHECKED FOR RTS, CS, CARR SET.

1672

;"Qtt.ttttttttttttttttttttltttttt.tttt't'tttttt"ttttt't'tttttt.fitttt'fi.QQ'Q.Q

1673 032436
1674
1675
1676
1677
1678
1679

ggngs IS THEN LOADED WITH 0'S, AND READ AND CHECKED FOR THE INITIALIZED

032436

032436
032444
032452
032456

BGNTST
012737
012737
004737
100000

000027
033736
010770

002434
002346

MOV
MOV
JSR
TCCHEK

#23. , TSTNUM
#A12 ,RETADR
PC,CKLPBK

J—

;gg?

1682 032460

104402
004737

1685 032474
1686 032500

004737
023727

1687 032506
1688 032510

012737
001416
012737

003276

000013
003344
002350
000210

002364
000210
002370

1689 032516 013737 002350 002372

1690 032524
1691
1692 032530

032530
032532
032534
32536
032

1693 032540

:SET TEST NO.
;SET TEST EXIT ADRS FOR ERRORS
;SEE IF H3254.5 INSTALLED = SKIP TEST
s

004737

104455
000003
013257
015360

004200

123.1
PC,MSTCLR

JSR
CMP

PC ,READLU
*READ REG 13
REDBYT ,#RING 'MODR
;CHECK REG 13 FOR INIT'D STATE

BEQ
MOV

MOV

#15 REGNUM

($BSUB

*SET REG NO. = 13

6$
:BR IF REG 13 INIT'D
#RING 'MODR, GOODAT
SSET EXPECTED DATA

REDBYT,BADDAT
:SET ACTUAL DATA

3%
JSR
PC,GETALL
;REPORT REG M]SCOMPARE
ERRDF
3,EM3,ERR2

ESCAPE

;ISSUE MASTER CLEAR

TRAP

JSR

MOV

IF NOT

e S

DO MASTER CLEAR, CHK REGS 13,17 FOR INITIALIZED STATES
BGNSUB

032460
032460
1683 032462

1684 032466

123::

SUB

“GET REGS FOR PRINTOUT

TRAP
.WORD
"WORD
.WORD

CSERDF
3
EM3
ERR2

(ZDMSB_M8203 STATIC TESTS #2
TEST 23 =

INTERACTION OF

032540
032542

MODEM CONTROL BITS

032552
032556
032564
032566
032574
032602

147666

000010
003344
002350

000000

000000
002350

002370
002372

004200

032606

032606
032610
032612
032614

6%:

BEQ

002352
003422
003344
002350

o
W
n

W
n

8%:

000000

000000
002350

002370

000017
003344
000002
002350

002364

000051
002350

002370
002372

9%:

002350
000051

032734
032734
032734

MOV
JSR

BIC

BEQ

10%:

032732
032732

CLR

JSR
JSR
BEQ
MOV
MOV

002372

W
n

o
o

—

e e
R
e R
e
R
e I

NNNNNNNNNNNY ~
NN
LG am LD
aaa

Bl
—

NSNNN
oo
VIS W

— o

ESCAPE

08 032644
09 032646

SEQ

MOV
MOV
BR

#LULOOP,@BSEL1

;CLEAR LULOOP

#0,GOODAT
REDBYT,BADDAT
PC,GETALL

;GET EXPECTED DATA
:GET ACTUAL DATA
:GET REGS FOR PRINTOUT

PC,READLU
REDBYT ,#0
8%

TRAP

($ESCAPE
L10064=.

TRAP

CSERDF
2
EM2
ERR?2

.WORD

;READ REG 13
sCHECK FOR INITIALIZED STATE
:BR IF OK

INITIALIZED BY MASTER (CLEAR
2.,EM2 ERR2

.WORD
.WORD
.WORD

SuB

TRAP

WRIBYT
PC,WRITLU
PC,READLU

;SET DATA = 0 TO BE WRITTEN
;LOAD 0'S INTO REG 13
;READ REG 13

#000, GOODAT
REDBYT ,BADDAT
3%
#17 ,REGNUM
PC ,READLU
#MCLK ,REDBYT

sSET EXPECTED DATA
;SET ACTUAL DATA
;GO PRINT ERROR
:SET REG NO. = 17
;READ REG 17
: IGNORE MCLK BIT

REDBYT ,#000
9%

154

.WORD

CS$ESCAPE

L 10064~.

;CHECK FOR REG 13 CLEARED
;BR IF CLEARED

REDBYT ,#TXDATA!ICIR!DDCMP ;CHK REG 17 FOR INIT'D STATE
10%

;BR IF REG 17 INITIALIZED

:GO REPORT ERROR

#TXDATA! ICIR!DDCMP,GOODAT ;SET EXPECTED DATA
REDBYT ,BADDAT
;SET ACTUAL DATA

ENDSUB

L10064:

C$ESUB

BGNSUB

1727 032736

033010
033010

BICB
JSR

MOV
MOV
JSR
;REPORT REG NOT
ERRDF

1703 032616

032742
032746
032754
032762
032770
032774
033002
033004

L 12
12-SEP=79 13:20:11 PAGE 26-34

104410

1694 032544

1695
1696
1697
1698
1699
1700
1701
1702

MACRO v03.01

JSR

1
112777
01

002364

132737

002350

147464
147456

CLRB
MOvB
MOVB
MOV

PC,MSTCLR

aBSEL1
#RUN,@BSEL1
#LULOOP,@BSEL1
#13 ,REGNUM

JSR
BITB
BNE
JSR

PC ,READLU
#RING,REDBYT
9%
PC,GETALL

ERRDF

56 ,EMS6,ERR7

:REPORT RING NOT

($8SUB

;ISSUE MASTER CLEAR
;CLEAR LULOOP
;SET RUN BIT IN BSEL1

CLEAR RUN, SET %ULOOP

SET

TRAP

CSERDF

(ZDMSB M8203 STATIC TESTS #2
TEST 23 -

INTERACTION OF MODEM CONTROL

033012
033014
033016

000070
014571
020216

033020
033022

104410
000002

1738 033020

1739 033024
1740 033024

033024

1741

MACRO v03.01 12-SEP=79 13:20:11 PAGE 26-35

033024

ESCAPE

98:

1745 033026

033026
033026

104402

1746 033030

004737

1748 033042
1749 033050

012737
004737

000013
003422

1751
1752
1753
1754

004737
132737
001006
004737

003344
000100

1747 033034

1750 033054

033062
033066
033074
033076

1755
1756 033102

033102
033104
033106
033110

1757 033112
1758 033112

033112

EMRE 1

112737

012737

003276

033114
033114

L10065:

——--

:ISSUE MASTER CLEAR

#13,REGNUM
PCWRITLU

;SET REG NO. = 13
:SET POLL IN REG_13

PC,READLU
#SIGQ,REDBYT
6$
PC,GETALL

:READ REG 17
:SEE IF SIGQ = 1
:BR IF SIGQ = 1
*GET REGS FOR PRINTOUT

#POLL,WRIBYT

000017

002364

MOV

#17 ,REGNUM

MOV
JSR

JSR
BITR
BNE
JSR

002350

004200

;REPORT S1GQ NOT SET
ERRDF
63 ,EM63,ERR7

6$:

112737
004737

012737

ENDSUB

L10066:
e

000012

000100
003422

002364

123.4:

JSR

PC,MSTCLR

:ISSUE MASTER CLEAR

MOVB
JSR

#BPOLL,WRIBYT
PC,WRITLU

:SET BPOLL

MOV

002352

ENDSUB

#12 ,REGNUM

;

033144
033144

L10067:
A

BGNSUB

104402

TRAP

(SESUB

TRAP

($BSUB

TRAP
.WORD
.WORD
.WORD

(SERDF
63
EM63
ERR7

TRAP

(SESUB

-—-

TRAP

($8SUB

TRAP

(SESUB

IN LU REG 12

——

: SET DTR IN REG 13, CHECK FOR DTR AND MODR SET IN REG 13

1773 033144

(SESCAPE
[ 10065-.

*SET LU REG NO. = 12

104403

TRAP
.WORD

:SET REG NO, = 17

: SET BPOLL IN REG 12, TO LIGHT LED ONLY

003276

56
EMS6
ERR?7

BGNSUB

104402

.WORD
.WORD
.WORD

—mmmeemeeeeees

PC,MSTCLR

MOVB

002364

155

-—-123.3:

002352

1766 033130
1767 033136

033142
033142

BGNSUB

CHK FOR SIGQ SET IN REG 17

104403

004737

1768 033142

IN REG 13,

000200

104455
000077
014720
020216

1764 033116

1765 033122

SET POLL

JSR

1763 033114

1769
1770

ENDSUB

O
S
..

1743

176}

SUB

104403

1742

1759

SEQ

BITS

123.5:

——

TRAP

($B8SUB

(ZDMSB MB8203 STATIC TESTS #2

MACRO v03.01

TEST 23 = INTERACTION OF MODEM CONTROL BITS
1774 033146

_—

778

JSR

162777

147240

BICB

#LULOOP,aBSEL1

002350

BITB
BNE
JSR

#DTR,REDBYT
63
PC,GETALL

004737

MOVB
JSR
JSR

:REPORT DTR NOT

785 033220

ERRDF

033220

1 787
1 788
1 789
1
1
1

033230
033232

ESCAPE

104410

000010

002350

004200

033260
033260

6$:

BITB
BNE
JSR

020216

12%:

SEQ

156

:ISSUE MASTER CLEAR

*SET REG NO. = 13

#DTR!'MAINT2,WRIBYT
PC,WRITLU
;SET DTR IN REG 13
PC ,READLU

SET

(ALSO SET MAINT2 FOR MANUFACT. TEST CONN.)

:CLEAR LULOOP

*READ REG 13

“SEE IF DTR = 1
‘BR IF DTR = 1
“GET REGS FOR PRINTOUT

55,EMSS,ERR7

TRAP

SUB

WMODR,REDBYT
128
PC,GETALL

:REPORT MODR NOT SET
57.EMS7,ERR7
ERRDF

033250
033250
033252

1792 033260
1793 033260

014555
020216

033234
033242
033244

033254
033256

#15 REGNUM

112737

7
783 033214
784

1786 033230

PC MSTCLR

MOV

002364
002352

~oR

004737
012737

WWW
WWW

779 033172
780 033200
7

1775 033152
1776 033160
777 033166

N 12
12-SEP=79 13:20:11 PAGE 26-36

55
EMSS
ERR7

TRAP

CSESCAPE

.WORD

:SEE IF MODR = 1
*BR IF MODR = 1

(SERDF

.WORD
.WORD
_WORD

L 10070-.

“GET REGS FOR PRINTOUT
TRAP

ENDSUB

L10070:

104403

(SERDF

.WORD
"WORD
"WORD

57
EMS7
ERR7

TRAP

(SESUB

TRAP

($BSUB

> SET SELFR IN REG 13, CHK FOR SIGR SET IN REG 17
033262

BGNSUB

003276
000040
000013
003422
000017
003344
000200
004200

002352
002364

1810 033346
1811 033346

033346

PC.MSTCLR
#SELFR,WRIBYT

:ISSUE MASTER CLEAR

MOV

#17 ,REGNUM

*SET REG NO. = 17

JSR
BITB
BNE

002350
;REPORT

104455

000100
014735
020216

JSR
MOVB

MOV
JSR

002364

6%:

123.6:

JSR

SIGR NOT

ERRDF

#13 ,REGNUM
PC,WRITLU

:SET REG NO. = 13
*SET SELFR IN REG 13

PC ,READLU
#SIGR,REDBYT
6$

*READ REG 17
:SEE IF SIGR = 1
*BR IF SIGR = 1

PC,GETALL
SET

“GET REGS FOR PRINTOUT

64 ,EM64 ,ERR7

TRAP

.WORD
.WORD
"WORD

ENDSUB

L10071:

CSERDF

64
EM64
ERR7

CZDMSB _M8203 STATI( TESTS #2

B 13
MACRO v03.01 12-SEP=79 13:20:11 PAGE 26-37

SEQ

TEST 23 - INTERACTION OF MODEM CONTROL BITS
1812
1813

033346

104403

TRAP
SET HDX IN REG 13,

1816 033350

033350
033350

1817 033352
1818 033356

104402

003276
000020

004737
004737

003422
003344

1822 033402
1823 033410

132737
001006
004737

1824 033412
1825
1826 033416

033416
033420
033422
033424

1827 033426
1828 033426
033426

033426

004737
112737

012737

1820 033372
1821 033376

000013

000020

002352

002364

004200

104455
000072
014623
020216

PC,WRITLU
PC.READLU

“SET HDX IN REG 13
“READ REG 13

#13,REGNUM

;SET REG NO.

#HDX,REDBYT
6$

“SEE IF HDX = 1
‘BR IF HDX = 1

SET MAINT1

033430

104402

142777

000010

146746

033472
033476
033504
033506
033512

033512
033514
033516
033520

1846 033522

1847 033522
033522
033522

i e —————— s

CHK FOR TEST MODE SET

i e

IN REG 17

BGNSUB

1839 033464

1838 033456

012737

004737
132737
001006
004737

104455
000064
014443
020216

000017

002364

003344
000004

002350

004200

PC,MSTCLR
#MAINTT,WRIBYT
#13,REGNUM
PC,WRITLU

:ISSUE MASTER CLEAR

BICB

#LULOOP,aBSEL1

:CLEAR LULOOP

#17 ,REGNUM

SET

ENDSUB

SELSBY

IN REG

;
£10073:

13,

TRAP

C$ESUR
i

TRAP

($BSUB

TRAP
.WORD
.WORD
.WORD

CSERDF
52
EMS2
ERR7

TRAP

(SESUR

*SET REG NO. = 17

104403
R
*

(SERDF
58
EMS8
ERR7

:SET REG NO. = 13
“SET MAINT1 IN REG 13

JSR
PC ,READLU
*READ REG 17
BITB
ATESTMD,REDBYT
-SEE IF TESTMD = 1
BNE
68
*BR IF TESTMD = 1
JSR
PC,GETALL
“GET REGS FOR PRINTOUT
;REPORT TEST MODE NOT SET BY MAINT1
ERRDF
52,EMS2,ERR7

6%:

TRAP
.WORD
.WORD
.WORD

123.8

JSR
MOVB
MOV
JSR

MOV

($8SUB

“GET REGS FOR PRINTOUT

L10072:

IN REG 13,

TRAP

= 13

ENDSUB

s etussseccnmttma

002352
002364

1851

JSR
JSR

104403

003276
000010
000013
003422

1849
1850

:ISSUE MASTER CLEAR

BITB
BNE

6%
:

004737
112737
012737
004737

1848

PC,MSTCLR
#HDX,WRIBYT

JSR
PC.GETALL
;REPORT HDX NOT SET
ERRDF
58 ,EMS8,ERR7

033432
033436
033444
033452

1840
1841
1842
1843
1844
1845

123.7

JSR
MOVB

MOV

002350

}ggg

1833 033430
033430

CHK FOR HDX SET IN REG 13

BGNSUB

1819 033364

1834
1835
1836
1837

($ESUB

sccsssssccccnccmttmste
s ssst s s
e e
e
e e e e

}g;g

1829
30

157

CHK FOR STBY SET

IN REG

e
e e

CZDMSB M8203 STATIC TESTS #2
TEST 23 -~

INTERACTION OF

MACRO v03.01

MODEM CONTROL BITS

c 13

12-SEP=79 13:20:11 PAGE 26-38

1852 033524

158

BGNSUBR

003276
000002

1856
1857
1858
1859
1860
1861
1862

SEQ

000013
003422
003344

033546
033552
033556
033564
033566

000002

JSR

002352

002364

004200

033572
033572
033574
033576

6%:

#13 ,REGNUM

;SET REG NO.

#SELSBY ,WRIBYT

JSR
JSR

PC,WRITLU
PC ,READLU

BITB
BNE
;REPORT

. ISSUE MASTER CLEAR

MOVB

MOV

002350

PC ,MSTCLR

JSR

#STBY ,REDBYT
6%

STBY NOT

ERRDF

PC,GETALL
SET

TRAP

($8SUB

TRAP

.WORD
.WORD
.WORD

CSERDF
59
EMS9
ERR7

TRAP

C$ESUB

JSET SELSBY_IN REG 13
;READ REG 13

;SEE IF STBY
;BR IF STBY =
;GET REGS FOR PRINTOUT

59,EMS59,ERR7

ENDSUB

: DO MASTER CLEAR, LOAD 2 TSOM'S INTO Tx SILO, CLOCK TRANSMITTER UNTIL ACTIVE,
;

CHECK FOR RTS, (S,

CARR SET IN REG 13

BGNSUB

1870

005212

1873
1874
1875
1876
1877
1878
1879

000013
003344
000040

1880

1881
1882
1883
1885

1886

002364

004200
104455

000075
014670
020216
104410

000026

;SET REG NO.

BITB
BNE
JSR

#RTS ,REDBYT
6%
PC,GETALL

;SEE IF RTS = 1
;BR IF RTS = 1
JGET REGS FOR PRINTOUT

ERRDF

60,EM60,ERR7

PC ,READLU

SET

;READ REG 13

TRAP

.WORD
.WORD

ESCAPE

104410

104455

#13 ,REGNUM

JREPORT RTS NOT

000074
014654
020216

000056
132737
001010
004737

000
000
MOV

JMST CLR, LOAD SOM'S, (LK TRANSMITTER

JSR

002350

TRAP

PC,INITRN

JSR

000004

004200

002350

6%:
JREPORT

SUB

BITB
BNE

#(CS REDBYT
9%

(S NOT

SET

JSR

ERRDF

ESCAPE

PC,GETALL

61,EM61,ERR7

SUB

TRAP

+SEE IF € S =
:BR IF CS =1
:GET REGS FOR PRINTOUT

.WORD

TRAP

. WORD
.WORD
TRAP

.WORD

CSERDF
60
EM60
ERR7
(SESCAPE
L10075-.

CSERDF
61
EM61
ERR7
CSE SCAPE

L10075~.

(ZDMSB M8203 STATIC TESTS #2
TEST 23 =

INTERACTION OF MODEM CONTROL BITS

1887 033710
1888 033716
1889 033720
1890

1891

033724
033724
033726

033730
033732

1892 033734
1893 033734

132737
001006
004737

104403

1895 033736
1896 033736

004737

033742
033742

104401

1897 033742

000001

002350

004200

D 13
12-SEP=79 13:20:11 PAGE 26-39

9%:
sREPORT

104455
000076
014703
020216

033734
8% 033734

1898
1899

MACRO v03.01

128:

ENDTST

1900
1901
1902

#CARR ,REDBYT
12%

ERRDF

62 ,EM62 ,ERR7

JSR
PC,GETALL
CARR NOT SET

JSR

JGET REGS FOR PRINTOUT

L10075:

PC,MSTCLR

159

;SEE IF CARR = 1
;BR IF CARR = 1

ENDSUB

A12:

003276

BIT8
BNE

SEQ

TRAP
.WORD
.WORD
.WORD

CSERDF
62
EM62
ERR7

TRAP

($ESUB

TRAP

CSETST

. ISSUE MASTER CLEAR TO CLEAN UP

L10063:

1903

;;!tt.t'ttttt'ttt!t'ttfitttt'tnttttttttt.ttt!ttt!t'tt.itfifl'tt..ttt..'ttt'

138‘5’

.SBTTL

TEST 24 - DATA TEST - BIT MODE, NO ERR DET

. %

1906
1907
1908
1909
1910
1911
1912
1913
1914
1915

;% A MESSAGE IS INITIATED IN BIT=-STUFF MODE, WITH ERROR DETECTION
;* INHIBITED. THE MESSAGE CONSISTS OF 5 FLAGS, PAT A REPEATED 2 TIMES,
;% AND 2 FLAGS. IF THE H3254 AND H3255 TEST CONNECTORS ARE INSTALLED,
;* THE TEST WILL BE RUN WITH THE V.35 INTERFACE SELECTED.
;% IF EXTERNAL TURNAROUND IS PROVIDED ON A PARTICULAR INTERFACE, THE
;* TEST WILL BE RUN ON THAT INTERFACE. IF THERE IS NO EXTERNAL TURNAROUND,
;* TEST WILL NOT BE RUN.
;*
PATTERN A = 125,252,000,377,001,002,004,010,020,040,100,200,376,
i*
375,373,367,357,337,277,177
;% 8-BIT CHARACTERS ARE USED.

1917 033744

BGNTST

1916

033744

1918 033744
1919 033752

1920 033760
1921 033764
1922 033770
1923 033772
1924 034000
1925 034004
1926 034006
1927 034010
1928 034012
1929 034014
1930 034020
1931 034026
1932 034034

1923 034042
1934 034046

012737
012737

004737
004737
000000
013737
004737
000000
000300
000000
000000
004737
012737
142777

012737

012703
013702

000030
034132

002434
002346

002422
010276

034010

003276
010770

6%:

010156
001177
000010
000012

002762
002264

003100
146404
002364

9%:

AR AR AR R AR AR AR AR AR AR R AR R A AR AR AR AR AR AR AR AR NN R AR AR AR R

MOV
MOV

#24. ,TSTNUM
#24% ,RETADR

sSET
JSET

MOV

#12 ,REGNUM

JSET LU REG NO.

AR R RN RN R

R AR R AR

T24::

TEST NO.
TEST EXIT ADDRESS FOR ERRORS

JSR
PC,MSTCLR
s ISSUE MASTER CLEAR
JSR
PC,CKLPBK
;CHECK LOOPBACK, GET MODEM SELECTION
0
MOV
MODINT , 6%
;SET MODEM SELECTION
JSR
PC,SETUP
;PROGRAM THE USYRT
000
CRC2!CRC1
;BIT MODE, NO ERR DET
.WORD
O
JMODEM SELECTION GOES HERE
000
JSR
PC,LODATA
;LOAD MSG INTO TX SILO AND RCV'D DATA BUF
MOV
#RXEBL
!177 ,RCVBUF +78. ; SET LAST DATA (HAR IN BUFFER
BI(B
#LULOOP,@BSEL1
;CLEAR LULOOP, CLOCK MSG
MOV
MOV

#RCVBUF ,R3
TCOUNT ,R2

sGET POINTER TO RCV MSG BUF
JINIT TIMER

THE

TEST

24 - DATA TEST

1935
1936
1937
1938
1939
1940
1941
1942

034052
034056
034064
034066
034070
034072
034076

034076
034100
034102
034104

- BIT MODE,

004737
132737
001011
005202
001370
004737

000411
012337
004737
000000
000000
020327
103746

034132

104401

1952
1953
1954
1955
1956

NO ERR DET

002350

004200

104455
000021
013430
020276

1943 034106
1944 034110
1945 034114
1946 034120
1947 034122
1948 034124
1949 034130
1950 034132
1951 034132

034132

003344
000020

MACRO v03.01

034120
007266

£ 13

12=SEP=79 13:20:11 PAGE 26-40

108:

JSR
PC,READLU
BITR
#IRDY ,REDBYT
BNE
12%
INC
R2
BNE
108
JSR
PC,GETALL
;REPORT IRDY NOT SET
ERRDF
17 ,EM17 ,ERR7

12%:
16%:

9003102
24%:
ENDTST

BR
MOV

JSR
0
0
(MP
BLO

SEQ

160

JREAD REG 12
JSEE IF IRDY IS SET YET
:BR IF YES
;s INCREMENT TIMER
BR IF NO TIME-QUT YET
;GET REGS FOR PRINTOUT

TO END OF

TRAP
.WORD
.WORD
.WORD

24%
(R3)+,16%

JESCAPE

TEST

PC,CKDATA

;COMPARE RCV'D DATA (HAR TO EXPECTED

R3,#RCVBUF+8C.
9%

;SEE IF ALL CHARS CHECKED YET
:BR IF NOT YET

L10076:

TRAP

CSERDF
17
EM17
ERR7

(SETST

1957

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

:ggg

SBYTL

1960

.‘ A MESSAGE

1962
1943
1964
1965

;% AND 2 SYNCHS. IF THE H3254 AND H3255 TEST CONNELTORS ARE INSTALLED,
« THE TEST WILL BE RUN WITH THE V.35 INTERFACE SELECTED.
* [F EXTERNAL TURNAROUND IS PROVIDED ON A PARTICULAR INTERFACE, THE
;* TEST WILL BE RIN (W THAT INTERFACE. IF THERE IS NO EXTERNAL TURNAROUND,

1961

—————————————————————

(ZDMSB M8203 STATIC TESTS #2

TEST 25 - DATA TEST - CHAR MODE, NO ERR DET
IS

INITIATED

IN CHAR MODE,

WITH ERROR DETECTION

;* INHIBITED. THE MESSAGE CONSISTS OF B SYNCHS, PAT A REPEATED 2 TIMES,

1966
1967

;»
;*

1968

1969

TEST WILL NOT BE
R
PATTERN A = 125, 252 000,377.001,002,004,010,020,040,100,290, 376,

375,373,367,357, 337 277,177

;* 8-BIT

1970

CHARACTERS ARE USED

1971 034134

034134

012737
012737

1981

013737
004737
000226
000311
000000

034200

1982 034202
1983 034204

1984 034210

BGNTST

1972 034134
1973 034142

1974 034150
1975 034154
1976 034160
1977 034162
1978 034170
1979 034174
1980 034176

004737
004737

000000

000000
004737

012737

000031
034322

002434
002346

MOV
MOV

002422
010276

034200

MOV
MOD INT,6%
JSR
PC,SETUP
SYNCH
CRC2!CRCY1!STRIP!DDCMP
.WORD
O

003276
010770

JSR
JSR

010156

000177

003100

000
JSR

MOV

#25.,TSTNUM
#24% ,RETADR
PC ,MSTCLR
PC,CKLPBK

PC,LODATA

T TRy

125::

;SET TEST NO.
JSET TEST EXIT ADDRESS FOR ERRORS

s ISSUE MASTER CLEAR
;CHECK LOOPBACK, GET MODEM SELECTION
:SET MODEM SELECTION
;PROGRAM THE USYRT
;CHAR MODE, NO ERR DET
;MODEM SELECTION GOES HERE

;LOAD MSG INTO TX SILO AND RCV'D DATA BuUF

2177 LRCVBUF +78., ;SET LAST DATA (HAR [N BUFFER

THE

(ZDMSB MB203 STATIC TESTS #2
TEST

25 - DATA TEST

1985 034216

142777

000010

012703

002762

1986 034224

012737

1988 034236

013702

1987 034232
1989
1990
1991
1992
1993
1994
1995
1996

034242
034246
034254
034256
034260
034262

034266
034266

004737
132737
00101
005202
001370
004737

034270
034272
034274
1997 034276
1998 034300

104455
000021
013430
020216
000411
012337

2000 034310

000000

1999 034304

004737

2001 034312

000000

2003 034320

103746

2002 034314

2004 034322
2005 034322

034322

2006
2007
2008
2009
2010

034322

MACRO v03.01

= (HAR MODE, NO ERR DET

020327

000012

146214

002364

002264

003344
000020

12=SEP=79 13:20:11

002350

004200

034310
007266

#LULOOP ,aBSEL1

;CLEAR LULGCOP,

MOV

#RCVBUF ,R3

JGET POINTER TO RCV MSG BUF

MOV

10%:

#12 ,REGNUM

TCOUNT ,R2

JSR
PC ,READLU
BITB
#IRDY ,REDBYT
BNE
12%
INC
R2
BNE
108
JSR
PC,GETALL
JREPORT [RDY NOT SET
ERRDF
17,EM17 ,ERRY

12%:

BR
MOV

16%:

JSR

003102

(MP

24%:
ENDTST

SEQ

BICB

MOV

9%:

F 13
PAGE 26=41

BLO

;SET LU REG NO.

CLOCK MSG

JINIT TIMER

JREAD REG 12
;SEE IF IRDY IS SET YET
sBR IF YES
s INCREMENT TIMER
JBR IF NO TIME-OUT YET
;GET REGS FOR PRINTOUT

TRAP
.WORD

.WORD
.WORD

2649
(R3)+,16%

JESCAPE

TO END OF

PC,CKDATA

;COMPARE

RCV'D DATA (HAR

R3,#RCVBUF
+80.

,SEE IF ALL CHARS (HECKED YET

161

TEST

TO EXPECTED

L10077:

TRAP

2011

R
R

228;'%

.SBTTL

2014
2015
2016
2017

*
*
*
*+

2020

« TEST WILL NOT BE RUN.

*
«

2021

A MESSAGE IS INITIATED IN BIT-STUFF MODE, WITH CRC-CCITT-1 ERROR
DETECTION. THE MESSAGE CONSISTS OF S FLAGS, PAT A REPEATED 2 TIMES,
AND 2 FLAGS. IF THE H3254 AND H3255 TEST CONNECTORS ARE INSTALLED,
THE TEST WILL BE RUN WITH THE V.35 INTERFACE SELECTED.

|F EXTERNAL TURNAROUND IS PROVIDED ON A PARTICULAR INTERFACE, THE
TEST WILL BE RUN ON THAT INTERFACE. IF THERE IS NO EXTERNAL TURNAROUND,
PATTERN A = 125,252.000,377,001,002,004,010,020,040,100,200,376,

.
375,373,367,357,337,277,177
;* 8=-BIT (HARACTERS ARE USED.

2025 034324

BGNTST

034324
2026 034324

2027 034332
2028 034340
2029 034344
2030 034350

2031 034352
2032 034360
2033 034364
2034 034366

012737
012737
004737
004737

000032
034512
003276
010770

002434
002346

MOV
MOV
JSR
JSR

#26.,TSTNUM
#24% ,RETADR
PC,MSTCLR
PC,CKLPBK

Td6::
JSET TEST NO.
JSET TEST EXIT ADDRESS FOR ERRORS
;ISSUE MASTER CLEAR
JCHECK LOOPBACK, GET MODEM SELECTION

013737
004737

002422
010276

034370

MOV
JSR

MOD INT 6%
PC,SETUP

;SET MODEM SELECTION
;PROGRAM THE USYRT

000000

000000
000000

C$ETST

TEST 26 - DATA TEST - BIT MODE, CRC-CCITT=-1

2022
2023
2024

EM17
ERR7

;BR IF NOT YET

104401

2018
2019

C$ERDF
17

000
000

:BIT MODE CRC=((]TT="

THE

MACRO v03.01
TEST 26 - DATA TEST = BIT MODE, CRC=CCITT=]

(ZDMSB M820S STAT[C TESTS #2

2035 034370
2036 034372
2037 034374
2038 034400
2039 03440¢
2040 034414
2041 034422
2042 034426
2043 034432
2044 034436
2045 034444
2046 034446
2047 034450
2048 034452
2050 034456
034456
034460
034462
034464
2051 034466
2052 034470
2053 034474

G 13

12=SEP=79 13:20:11 PAGE 26-42

6£8:
010156

101177

688“”

146024
002364

002350

004737

103746

PC,LODATA

-LOAD MSG INTO TX SILO AND RCV'D DATA BUF

#LULOOP,3BSELT
#12 ,REGNUM
#RCVBUF ,R3

;CLEAR LULOOP, CLOCK MSG
:SET LU REG NO. = 12
“GET POINTER TO RCV MSG BUF

BITR

#1RDY ,REDBYT

“SEE

JSR

PC,GETALL

MOV

#CRCCHK 'RXEBL ! 177 ,RCVBUF+78. ;SET LAST DATA (HAR IN RUFFER

MOV
JSR

TCOUNT ,R2
PC ,READLU

BNE
INC
BNE

12%
R2
108

ERRDF

034500
007266

8R
MOV

12%:
N

003102
26%:

SINIT
:READ REG 12

TIMER

IRDY IS SET YET

‘BR IF YES
s INCREMENT TIMER
“BR IF NO TIME-OUT YET
*GET REGS FOR PRINTOUT

:KEPORT IRDY NOT SET

104455
000021

013430
020216
000411
012337
004737
000000
000000
020327

:MODEM SELECTION GOES HERE

BI(R
MOV
MOV

9%
108 :

162

JSR

003100

SEQ

17.EM17,ERR7

TRAP

248
(R3)+,16%

:ESCAPE

5SR

PC,CKDATA

0
CMP
BLO

R3,#RCVBUF+80.

TO END OF

L.WORD
.WORD
.WORD

TEST

C$ERDF

17
EM17
ERR7

:COMPARE RCV'D DATA (HAR TO EXPECTED

:SEE

ALL

CHARS CHECKED YET

SBR IF NOT YET

ENDTST

L10100:

104401

TRAP

CSETST

'-"...!...t.t.'.t!tt..ttt'.'..'Qtttl'.it'ifit'i't'.ttttQQ'.'it't't".'."'

"SBTTL

TEST 27 = DATA TEST - BIT MODE,

CRC=CCITT=0

- &

i« A MESSAGE IS INITIATED IN BIT=STUFF MODE, WITH CRC=CCITT=0 ERROR
:* DETECTION. THE MESSAGE CONSISTS OF S FLAGS, PAT A REPEATED 2 TIMES,

:* AND 2 FLAGS.

TEST WILL

IF THE H3254 AND H3255 TEST CONNECTORS ARE INSTALLED,

c«

THE

:*
:+

IF EXTERNAL TURMAROUND IS PROVIDED ON A PARTICULAR INTERFACE, THE
TEST WILL BE RUN ON THAT INTERFACE. IF THERE IS NO EXTERNAL TURNAROUND,

RUN WITH

THE

V.35

INTERFACE

SELECTED.

;* TEST WILL NOT BE RUN.

2078
2079 034514
034514

2080 034514
2081 034522
2082 034530
2083 034534
2084 034540

PATTERN A =

125,252.000,377.001.002.004,010,020,040,100,200,376,

375,373,367.,357,337,277,177
;.
i+ 8-B]T (HARACTERS ARE USED.

.-;"Q.!t.".l...."t.t..t"tt.'ttt...Qttt.t'.....t'..'.ttt.t't"tl.t'l"

BGNTST

0024 %4
002346

127::

MOV
MOV

#27. . TSTNUM
#24% RETADR

:SET TEST NO.
“SET TEST EXIT ADDRESS FOR ERRORS

JSR

P( , CKLPBK

:CHECK LOOPBACK, GET MODEM SELECTION

JSR

r
Vv

PCMSTCLR

*1SSUE MASTER CLEAR

THE

_——

(ZDMSB MB203 STATIC TESTS #2

H13

MACRC v03.01 12-SEP=79 13:20:11 PAGE 26=43

SEQ

TEST 27 - DATA TEST - BIT MODE, CRC=CCITT=0

2085 034542

2086 034550
2087 034554

013737

004737

000000

2088 034556

000100

2092 034570

012737

2089 034550
2090 034562
2091 034564

2093 034576
2094 034604
2095 034612
2096 034616
2097 034622
2098 034626
2099 034634
2100 034636
2101 034640
2102 034642
2103

2104 034646
034646
034650

034652
034654
2105 034656
2106 034660
2107 034664
2108 034670

2109 034672

2110
2111
2112
2113

2114
2115
2116

034674
034700
034702
034702
034702
034702

000000
000000
004737

142777
012737
012703
013702
004737
132737
001011
005202
001370
004737
104455
000021
013430
020216
000411

002422

010276

MOV

010156

101177

000010
000012
002762
002264
003344
000020

003100
145634
002364

002350

020327
103746

003102

(R(1T

.WORD
000
JSR

MOV

16$:

;BIT MODE, CRC=CCITT=0

;MODEM SELECTION GOES HERE

PC,LODATA

:LOAD MSG _INTO TX SILO AND R(CV'D DATA BUF

#CRCCHK 'RXEBL ! 177 ,RCVBUF+78. :SET LAST DATA (HAR [N BUFFER

ERRDF

17 ,EM17 ,ERR7

24%

MOV
JSR
0

(R3)+,16%
PC,CKDATA

(MP
BLO

R3,#RCVBUF
+80.
9%

24%:
ENDTST

2117
2118

;PROGRAM THE USYRT

BI(B
#LULOOP,@BSELT
MOV
#12 ,REGNUM
MOV
#RCVBUF ,R3
9%:
MOV
TCOUNT ,R2
108:
JSR
PC ,READLU
BITR
#IRDY ,REDBYT
BNE
12%
INC
R2
BNE
108
JSR
PC,GETALL
;REPORT [RDY NOT SET

12%:

‘
1044017

;SET MODEM SELECTION

PC,SETUP

000

004200

034670
007266

MOD INT 6%

JSR

5%:

012337
004737
000000
000000

034560

;CLEAR LULOOP, CLOCK MSG
sSET LU REG NO. = 12
;GET POINTER TO RCV MSG BUF
JINIT TIMER
;READ REG 12
;SEE IF IRDY IS SET YET
JBR IF YES
s INCREMENT TIMER
:BR IF NO TIME-QUT YET
JGET REGS FOR PRINTOUT

JESCAPE

TO END OF

TRAP
.WORD
.WORD
.WORD

TEST

SEE IF ALL CHARS (HECKED YET
JBR IF NOT YET
L10101:

R AR AR R AR AR AR AR AR F AR

(SERDF
17
EM17
ERR7

:COMPARE RCV'D DATA (HAR TO EXPECTED

2119

S}S?

.SBTTL

2122

;* A MESSAGE IS INITIATED IN CHAR MODE,

2124
2125
2126
2127
2128

:*
;*
;*
;*
;*

2123

163

TRAP

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

CSETST

RN RS

TEST 28 - DATA TEST - (HAR MODE, CRC-16
WITH CRC-16 ERROR

“« DETECTION. THE MESSAGE CONSISTS OF 5 SYNCHS, PAT A REPEATED 2 TIMES,

2129

2130

213

AND 2 SYNCHS. IF THE H3254 AND H3255 TEST CONNECTORS ARE INSTALLED,
THE TEST WILL BE RUN WITH THE V.35 INTERFACE SELECTED.
IF EXTERNAL TURNAROUND IS PROVIDED ON A PARTICULAR INTERFACE, THE
TEST WILL BE RUN ON THAT INTERFACE. IF THERE IS NO EXTERNAL TURNAROUND,
TEST WILL NOT BE RUN.
PATTERN A =

;* 8-BIT

2132

125,252,000,377,001,002,004,010,020,040,100,200,376,

375,373,367,357,337,277,177

CHARACTERS ARE USED.

R R

2133 034704

034704

2134 034704

BONTST

012737

000034

002434

MOV

28.,TSTNUM

JSET

TEST NO.

128::

THE

012737
004737
004737
000000
013737
004737

113

12=SEP=79 13:20:11 PAGE 26-44
MOV
JSR

#24% ,RETADR
PC,MSTCLR

JSET TEST EXIT ADDRESS FOR ERRORS
s ISSUE MASTER (LEAR

002422
010276

MOV

MODINT, 6%

;SET MODEM SELECTION

6SR

—

000010
000012

004200

2157
2158 035036
035036
035040
035042

035044
2159 035046
2160 035050
2161 035054

035060
007266

2162 035060

2163 035062
2164 035064
2165 035070
2166 035072
2167 035072
035072
035072
2168
2169

020327
103746

PC,SETUP

;PROGRAM THE

JSR

PC,LODATA

; LOAD MSG_INTO TX SILO AND RCV'D DATA BUF

#CRCCHK 'RXBCC ! 177 ,RCVBUF +78. ;sSET LAST DATA (HAR [N BUFFER
#LULOOP,aBSELT

MOV

#12 ,REGNUM

MOV

TCOUNT ,R2

#RCVBUF ,R3

JSR
BITB

BNE
INC
BNE
JREPORT

12%:
o

JSR

IRDY

ERRDF

NOT

BR
MOV

éSR
CMP

24%:

BLO

;CLEAR LULOOP, CLOCK MSG

*SET LU REG NO. = 12

;GET POINTER TO RCV MSG BUF
JINIT TIMER

PC ,READLU
#IRDY ,REDBYT

;READ REG 12
;SEE IF IRDY

PC,GETALL

;GET REGS FOR PRINTOUT

12%
R2
108

003102

1SYRT

;MODEM SELECTION GOES HERE

MOV

108:

GET MODEM SELECTION

BI(B
9% :

164

688RD

MOV

100577

000020

sCHECK LOOPBACK,

SYNCH
STRIP!DDCMP

010156

002762
002264
003344

PC,CKLPRK

JSR

6%:

2144 034752
2145 034754
2146
034760
2147 034766
2148 034774
2149 035002
2150 035006
2151 035012
2152 035016
2153 035024
2154 035026
2155 035030
2156 035032

SEQ

035072
003276
010770

el e

rrororsrIrONrRNY S

(%]

HACRO1V03.01
MB203 STATIC TESTS #2
28 - DATA TEST - (HAR MODE,

SET

YET

;BR IF YES
s INCREMENT TIMER
sBR IF NO TIME-OUT YET

SET

17 ,EM17 ,ERR?7

TRAP

24%
(R3)+,16%

JESCAPE

PC,CKDATA

;COMPARE RCV'D DATA (HAR TQ EXPECTED

R3,#RCVBUF
+80.

SEE

JBR

TO END OF

.WORD
.WORD
.WORD

ALL

TEST

C$ERDF

17
EM17
ERR7

CHARS C(HECKED YET

[F NOT YET

ENDTST

L10102:

104401

TRAP

C$cTST

2170

2184
2185

*>»
R
%

3
B
%

LR
R

2181
2182
2183

2180

2179

2176
2177
2178

.SBTTL

2175

""'.'tt...'.'...Q.t'...i.'t.fi'.tfi..'.‘.t"".....‘.'Q'!."tl'-.Q‘l't."t

2171
2172
2173
2174

TEST 29 - DATA TEST - (HAR MODE, ODD VRC

A MESSAGE

INITIATED

IN CHAR MODE,

WITH ODD VRC

ERROR DETECTION

SELECTED. THE MESSAGE CONSISTS OF 5 SYNCHS, PAT A REPEATED 2 TIMES,
AND 2 SYNCHS. IF THE H3254 AND H3255 TEST CONNECTORS ARE INSTALLED,

THE TEST WILL BE RUN WITH THE V.35 INTERFACE SELECTED.
IF

EXTERNAL

TEST WILL

TURNAROUND IS PROVIDED ON A PARTICULAR INTERFA(E,
RUN ON

THAT

INTERFACE.

THERE

IS NO EXTERNAL

THE

TURNAROUND,

TEST WILL NOT EBE RUN
PATTERN A = 12 .252.000,377,001,002, 004 010,020,040,100,200,376,

1
75,37%,367,357,337,277

7=BI1T CHARACYERS ARE USED.

(HI BIT OF A PAYTERN CHAR IS NOT USED).

THE

(ZDMSB M8203 STATI(C TESTS #2
TEST

29 = DATA TEST = (HAR MODE,

MACRO v03.01
0pD VRC

J 13

12=SEP=79 13:20:11 PAGE 26=45

SEQ

165

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

BGNTST

000035
035256
003276
010770

002434
002346

MOV
MOV

#29.,TSTNUM
#24% ,RETADR

JSET TEST NO.
JSET TEST EXIT ADDRESS FOR ERRORS

002422
010276

035140

MOV

MODINT 6%

:SET MODEM SELECTION

JSR
6SR

010156

2222
2223
2224
2225
2226
2227
2228
2229
2230
2231
2232

2233
223
2235

035256
035256

PC,SETUP

002364

007266

020327
103745

003102

USYRT

BI(B

RLULOOP.GBSEL1

:CLEAR LULOOP,

MOV

#RCVBUF ,R3

:GET POINTER TO RCV MSG BUF

MOV
9% :
10%:

#12 ,REGNUM

MOV
JSR

BITBR

#IRDY ,REDBYT

JSR

PC,GETALL

BNE
INC
BNE

12%:

CLOCK MSG

;SET LU REG NO. = 12

TCOUNT ,R2
PC,READLU

JINIT
;READ REG 12

TIMER

:SEE IF IRDY IS SET YET

12%
R2
10%

sREFORT IRDY NOT SET
17 ,EM17 ,ERR7
ERRDF

035244

;PROGRAM THE

;MODEM SELECTION GOES HERE
TXLENZ'TXLENT'TXLENO'RKLEN?'RXLEN1'RXLCNO
JSR
PC,LODATA
;LOAD MSG INTO TX SILO AND RCV'D DATA BUF

035222
035224
035226

2212 035230
2213 035232
2214 035236
2215 035240
2216 035244
2217 035246
2218 035250
2219 035254
2220 035256
2221 035256

;ISSUE MASTER CLEAR
;CHECK LOOPBACK, GET MODEM SELECTION

CRC1!STRIP!DDCMP
.WORD
O

145267

002350

PC,MSTCLR
PC,CKLPRK

532

6%:

2200 035150
2201 035156
2202 035164
2203 035170
2204 035174
2205 035200
2206 035206
2207 035210
2208 035212
2209 035214
2210
2211 035220
035220

129::

;BR IF YES
;INCREMENT TIMER
JBR [F NO TIME-OUT YET
|

JGET REGS FOR PRINTOUT
TRAP

243

;ESCAPE

INC
JSR

R3
PC,CKDATA

: INCREMENT POINTER
:COMPARE RCV'D DATA CHAR

(MP

R3,#R(VBUF+80.

MOVR

(R3)+,16%

16%:

gCCCHK

26%:

BLO

TO END OF

.WORD
.WORD
.WORD

TEST

(SERDF

17
EM17
ERR7

:GET AN EXPECTED DATA BYTE

SFE

TO EXPECTED

ALL CHARS (HECKED YET

‘BR IF NOT YET

ENDTST

L10103:

104401

TRAP

($ETST

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

.SBTTL

TEST 30 - DATA TEST = CHAR MODE, EVEN VRC

- %

;* A MESSAGE IS INITIATED IN CHAR MODE, WITH EVEN VRC ERROR DETECTION

;* SELECTED. THE MESSAGE CONSISTS OF 5 SYNCHS, PAT A REPEATED 2 TIMES,
;* AND 2 SYNCHS. IF THE H3254 AND H3255 TEST CONNECTORS ARE INSTALLED,
;%
;*

THE TEST WILL B RUN WITH THE V.35 INTERFACE SELECTED.
IF EXTERNAL TURNAROUND IS PROVIDED ON A PARTICULAR INTERFACE,

;* TEST WILL BE RUN ON THAT INTERFACE.

THERE

IS NO EXTERNAL

THE

TURNAROUND, THE

(ZDMSB M8203 STATI(C TESTS #2

K13
MACRO Vv(C3.01 12-SEP=79 13:20:11 PAGE 26-46

SEQ

TEST 30 - DATA TEST = (HAR MODE, EVEN VRC

223%6

;* TEST WILL NOT BE RUN.

2238

2237

2239

2241 035260
035260
2242 035260
2243 035266
2244 035274
2245 035300
2246 035304
2247 035306
2248 035314
2249 035320
2250 035322
2251 035324
2252 035326
2253 035330
2254 035334
255 035342
2256 035350
2257 035354
2258 035360
2259 035364
2260 035372
2261
2262
2263
2264
2265

035374
035376
035400

035404
035404
035406
035410
035412
2266 035414
2267 035416
2268 035422
2269 035424
2270 035430
2271 035432
2272 035434

2273 035440
2274 035442
2275 035442

0354472

2276
2277
2278
2279
2280

PATTERN A = 125 252,000,377,001, 002 004 010,020,040,100,200, 376,

375.373.367.357.337.277

;% 7-BIT (HARAC(TERS ARE USED

2240

035442

005202
001370
004737

104455
000021
013430
020216
000412
112337
005203
004737
100000
000000
020327

103745

000036
035442
003276
010770

002434
002346

002422
010276

035324

6%:
010156
000010
000012
002762
002264
003344
000020

004200

035430
007266
4
003102

14507%
002364

002350

(HI BIT OF A PATTERN CHAR S NOT USED).

R 2 2R3
222222222 3 2223
It I Iz
Iz
I I T Y]

BGNTST

012737
012737
004737
004737
000000
013737
004737
000026
000211
000000
000347
004737
142777
012737
012703
0i3702
004737
132737
001011

166

9%:
10%:

130::
MOV
#30.,TSTNUM
JSET TEST NO.
MOV
#24% ,RETADR
JSET TEST EXIT ADDRESS FOR ERRORS
JSR
PC,MSTCLR
;s ISSUE MASTER CLEAR
JSR
PC,CKLPBK
;CHECK LOOPBACK, GET MODEM SELECTION
0
MOV
MODINT,6%
;SET MODEM SELECTION
JSR
PC,SETUP
;PROGRAM THE USYRT
026
CRC2!STRIP!DDCMP
.WORD
0
;MODEM SELECTION GOES HERE
TXLENZ'TXLEN1'TXLENO'RXLEN?'RXLENT'RXLENO
JSR
PC.LODATA
;LOAD MSG INTO TX SILO AND RCV'D DATA BUF
BICB
'LULOOP.QBSEL1
;CLEAR LULOOP, CLGCK MSG
MOV
#12 ,REGNUM
;SET LU REG NO. = 12
MOV
#RCVBUF ,R3
;GET POINTER TO RCV MSG BUF
MOV
TCOUNT ,R2
JINIT TIMER
JSR
PC,READLU
;JREAD REG 12
BITB
#IRDY ,REDBYT
;SEE IF IRDY IS SET YET
BNE
12%
;BR IF YES

INC
R2
BNE
108
JSR
PC,GETALL
JREPORT IRDY NOT SET
ERRDF
17 ,EM17 ,ERR7

12%:
16%:

24%:
ENDTST

104401

BR
MOVB
INC
JSR
BCCCHK
0
CMP
BLO

s INCREMENT TIMER
JBR IF NO TIME-OUT YET
.GET REGS FOR PRINTOUT

TRAP
.WORD
.WORD
.WORD

CSERDF
17
EM17
ERR7

TRAP

CRETST

249
(R3)+,16%
R3
PC,CKDATA

JESCAPE TO END OF TEST
JGET AN EXPECTED DATA (HAR
;s INCREMENT POINTER
;COMPARE RCV'D DATA (CHAR TO EXPECTED

R3,#RCVBUF+80.
9%

;SEE IF ALL CHARS CHECKED YET
;BR IF NOT YET

L10104:

2281

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

Sgg%

.SBTITL

2284
2285

;* IN THIS TEST, A MESSAGE CONSISTING OF S ONES CHAKS (377 OCT)
;% IS SENT IN SECONDARY STATION ADDRESS MODE, WITH THE STATION ADRS

TEST 31 - CONTIGUOUS ONES IN SEC. STA. ADRS. MODE, BIT MODE

L 13

MACRO v03.01 12-SEP=79 13:20:11
TEST 31 - CONTIGUOUS ONES IN SEC. STA. ADRS. MODE, BIT MODE

2286
2287
2288
2289
2290
2291
2292 035444
035444
2293 035444
229 035452
2295 035456
2296 035460
2297 035462
2298 035466
2299 035470
2300 035472
2301 035476
2302 035500
2303 035502
2304 035506
2305 035510
2306 035514
2307 035516
2308 035520
2309 035524
2310 035530
2311 035532
2312 025534
2313 035536
2314 035540
2315 035544
2316 035546
2317 035550
2318 035554
035554
035554
2379
2320
2321
2322
2323

;% FOR THIS LINE = 377.

i»

THE FIRST

CHARACTER

SEQ

PAGE 2647

(ZDMSB M8203 STATIC TESTS #2

167

THE PROGRAM CMECKS FOR CORRECT RECEPTION OF

(STATION ADDRESS)

AND THE REMAINING &

i+ ONES CHARACTERS (DATA). THIS TEST EXERCISES THE SECONDARY STATION
*» ADDRESS L OGIC, AND CHECKS THAT THE SEC. STA. ADRS. CAN BE BIT=STUFFED
“« AND TRANSMITTED AND RECEIVED CORRECTLY.

;:Qtifilfitttt'.tt".fi.'.fi'"'.tfi....fi'.'.t'.lt"..t..'."t'.t.ttt".'t.t'

8GNTST

012737

035550
005212

002346

MOV

#24$,RETADR

i;g

PC,INITRN

;SET TEST EXIT ADDRESS FOR ERRORS
*MST CLR, LOAD 2 SOM'S

§§§

CRC2!CRC1!SECA

PC,LODSIL

:BIT MODE,

PC,LODSIL

;LOAD 2 EOM'S INTO TX SILO

004726

428

PC,STPLU

:CLOCK MORE

007266

JSR

PC,CKDATA

:RCV SEC ADRS = 377

MOV

#3,R1

:RCV 3 MORE 377 CHARS

BNE
#§§7

R1
6%
PC,CKDATA

:RCV LAST

0
JSR

PC MSTCLR

;ISSUE MASTER CLEAR TO CLEAN UP

010720
010720

gxeom

877

000003
007266

JSR

37
0
DEC

007266

003276

PC . CKDATA

24%:

ENDTST

NO ERROR DET, SEC ADR MODE

*LOAD5 377-CHARS INTO TX SILO

THAN ENTIRE MSG

377 CHAR,

CHK EBLK =

L1010S:

TRAP

(SETST

';'t'ttt..t.ttt'.ttt'ttfitQt.tQt!t.tttt.ii'fi.tl"..'.tQt.lt.tt"...t..t.t

TEST 32 - DDCMP MESSAGE

IN THIS TEST,

TEST - CHAR MODE

THREE USYRT MESSAGES ARE SENT TO SIMULATE A DDCMP HEADER,

DDCMP DATA MESSAGE, AND THE START OF A NEW DDCMP HEADER.
FIRST, THE DATA IN PATTERN A IS TRANSMITTED AND RECEIVED
AND THEN CRC (CRC=16) IS SENT, FOLLOWED BY THE DATA IN PATTERN A
AGAIN AND THE CRC ON THAT DATA AND FINALLY THE DATA IN "MSG1'' IS
SENT WITH ITS CORRESPONDING CRC

PATTERN A = 125,252,000.377, 001, 002 004.010,020,040,100,200,376,
375.373.367.357.337.277.177

MSG1 = SYNCH.SYNCH.SYNCH.SYNCH,000, 125 252.377.000,SYNCH, SYNCH

AlAR
RRR
R0 RRRRRRRRRRR R
]

BGNTST

2337 035556
9 35556
2338 035556

e
D

)

"SRTTL

012737

036334

002346

MOV

#24% ,RETADR

JSET

132::
TEST EXIT ADRS FOR ERRORS

CZDMSB MB8203 STATIC TESTS #2
TEST 32 - DDCMP MESSAGE

2339
2340
2341
2342 035564
2343 035570
2344 035572
2345 035574
2346 035600
2347 035602
2348 035604
2349 035610
2350 035612
2351 035614
2352 035620
2353 035622
2354 035624
2355 035630
2356 035632
2357 035634
2358 035640
2359 035642
2360 035644
2361 035650
2362 035652
2363 035654
2364 035660
2365 035662
2366 035670
2367 035674
2368 035702
2369 035704
2370
2371 035710
035710
035712
035714
035716
2372 035720
2373 035724
2374 035730
2375 035732
2376 035736
2377 035742
2378 035744
2379 035750
2380 035756
2381 035760
2382
2383 035764
035764
035766
035770
035772
2384 035774
2385 035776
2386 036000
2387

MACRO v03.01

TEST = (HAR MODE

M3
12-SEP=79 13:20:11 PAGE 26-48

: TRANSMIT AND RCV ENTIRE MSG
005212

JSR

010546

gi?A

SYNCH

STRIP!DDCMP

;MST CLR, LOAD 2 SOM'S

PC.LDBYTS

;LOAD 20 WORDS OF

JSR
}XEOH

PC,LODSIL

;LOAD AN EOM INTO TX SILO

01054¢

gS?A

PC.LDBYTS

;LOAD 20 WORDS OF

010720

20.
JSR

PC,LODSIL

;LOAD 1

010720

JSR

PC.LODSIL

;LOAD 3 SOM'S INTO TXx SILO

010470

JSR
??61

PC.LODMSG

;LOAD MSG1

004726

#gg

PC,STPLU

;CLOCK HDR MSG AND (RC

MOV
JSR

#13 ,REGNUM
PC ,READLU

;SET REG. NO.
;READ REG 13

20.

010720

000013
003344
000040

{XEOM

;XSGH

002364

002350

004200

BIT
BNE
JSR

;REPORT RTS NOT

ERRDF

#RTS REDBYT
2%
PC,GETALL
SET

PAT A INTO Tx SILO

EOM INTO TX SILO

INTO TX SILO
CHARS

= 13

;SEE IF RTS SET
;BR IF RTS SET
JGET REGS FOR PRINTOUT

60,EM60,ERR7

036334
004726

2%:

JMP
#22

24%
PC,STPLU

SJEXIT TEST
;CLK DATA MSG AND FIRST CRC (HAR

000040
004726

4%:

MOV
4SR

#32.,R3
PC,STPLU

;SET COUNTER FOR CHECKING RTS
;CLOCK LINE UNIT FOR 1 CYCLE

PC,READLU

;READ REG 13

003344
000040
004200

000
005303
001356

PC,INITRN

JSR

002350

BIT
BNE
JSR

#RTS ,REDBYT
5%
PC,GETALL

ERRDF

60,EM60,ERR7

;JREPORT RTS NOT

BR
DEC
BNE

SET

24%
R3
4%

TRAP

CS$ERDF
60
EM60
ERR7

TRAP

CSERDF
60
EM60
ERR7

. WORD
.WORD
.WORD

;CHK FOR RTS SET
;BR IF RTS SET
;GET REGS FOR PRINTOUT

. WORD
.WORD
.WORD

;DECR COUNTER
;JBR IF NOT DONE

YET

CZDMSB M8203 STATIC TESTS #2
TEST 32 - DDCMP MESSAGE

N13
MACRO v03.01 12-SEP=79 13:20:11 PAGE 26-49

2388

2390 036002
2391 036006
2392 036012
2393 036016
2394 036020
2395 036022
2396 036026
2397 036030
2398 036034
2399 036036
2400 036040
2401 036044
2402 036046
2403 036050
2404 036054
2405 036056
26406 035060
2407 036064

012701
112137
004737
000000
000000
020127
103767
004737
100277
000000
004737
100577
000000
004737
000156
000000
004737
000236

002557
036016
007266

8%:

002601
007266
007266

007266
007266

004737

000000
000000
020127
103767
004737
100277
000000
004737
100577
000000
004737
000156
000000
004737

000236

002557
036104

9% :

007266

12%:

002601
007266
007266
007266
007266

000012
000200
003422

004737
000150
004737

004726

032737

2444

:READ AND CHK LAST CHAR, B(C(=1

:READ AND CHK HI CRC BYTE
:READ AND CHK LO CRC BYTE

#PATA,R1
(R1)+,12%

JSR

P(,CKDATA

LWORD
0
0
(MP
R1,#PATR=2
BLO
9%
JSR
PC,CKDATA
CRCCHK
! 277
0
JSR
PC,CKDATA
CRCCHK 'RXBCC!177
0
JSR
PC,CKDATA
156
0
JSR
PC,CKDATA

:INIT PATTERN A POINTER
:GET AN EXPECTED CHAR

:READ AND CHK A CHAR

:SEE IF CHKING NEXT=TO=LAST CHAR YET
:BR IF NOT YET
:READ AND CHK CHAR, B(C=0
:READ AND CHK LAST CHAR, B(C(=1
:READ AND CHK HI CRC BYTE
:READ AND CHK LO CRC BYTE

012737
112737
004737

2641 036216

2443 036226

:SEE IF CHKING NEXT=TO=-LAST (HAR YET
:BR IF NOT YET
:READ AND CHK CHAR, B(CC=0

: CLOCK 3RD MESSAGE ('MSG1'' DATA)

012737

26442 036224

MOV
MOVB

236

000000

2437 036176

2438 036204
2439 036210
2440 036212

:INIT PATTERN A POINTE
:GET AN EXPECTED CHAR
:READ AND CHK A (CHAR

: READ AND CHK DATA MSG AND CRC

52;%
2434 036156
2435 036164
2436 036172

MOV
#PATA,R1
MOVR
(R1)+,8%
JSR
PC,CKDATA
LWORD
O
0
(MP
R1,#PATR=2
BLO
7%
JSR
PC,CKDATA
CRCCHK
! 277
0
JSR
PC,CKDATA
CRCCHK 'RXBCC'177
0
JSR
PC,CKDATA
156
0
JSR
PC,CKDATA
236

52}?

012701
112137

READ AND CHK HEADER AND CRC(

7%:

rR s
2412 036070
2413 036074
2414 036100
2415 036104
2416 036106
2417 036110
26418 036114
2419 036116
2420 036122
2421 036124
2422 036126
2423 036132
2424 036134
2425 036136
24626 036142
2427 036144
2428 036146
2429 036152
52%? 036154

SEQ

TEST = (HAR MODE

001407

004737

000013
003344

000040

002364
002352

002364

MOV
MOVB
JSR

#12 ,REGNUM
#1C,WRIBYT
PC,WRITLU

:SET REG NO. = 12
:SET IC TO CLEAR RECEIVER FOR NEW MSG

JSR
104.
JSR

PC,STPLU

:CLOCK THE REST OF MSG

MOV

002350

BIT

JSR

JREPORT

RTS

;RESTORE REG NO. TO 13

PC ,READLU

:READ REG 13

14%

:BR IF RTS CLEARED

#RTS ,REDBYT

BEQ

004200

#15 , REGNUM

PC,GETALL
NOT

CLEARED

:SEE

IF RTS

IS CLEARED

:GET REGS FOR PRINTOQUT

169

(ZDMSB MB8203 STATIC TESTS #2
TEST 32 - DDCMP MESSAGE

2445 036232

036232

036234
036236
036240
522(75 036242

TEST = (HAR MODE

ERRDF

000101
014752
020216
000434

2453 036254
2654 036260
24655 036262
2456 036264
2457 036270
2458 036272

2459 036274

2460 036300
2461 036302
2662 036304
2463 036310
2464 036312
2465 036314
2466 036320
2467 036322
2468 036324
24669 036330
2470 036332
2471 036334
2472 036340

036340

2475
2476
24677

SEQ

65,EM65,ERR?

170

TRAP

.WORD
.WORD
.WORD

24%

(SERDF

65
EM6ES
ERR7

:READ AND CHECK 3RD MESSAGE AND CRC

2450 036244
2451 036250
2452 036252

2474

B 14

12-SEP=79 13:20:11 PAGE 26-50

104455

gzzg

2473

MACRO v03.01

036340

004737
000000
000000
004737
000125
000000
004737
000252
000000

004737

100377
000000
004737
100400
000000
004737
000160
000000
004737
000034
000000
004737
104401

007266

14%:

007266
007266

PC,CKDATA

JREAD AND (HECK 000 DATA (HAR

JSR
125
0

PC,CKDATA

:READ AND CHECK 125 DATA (HAR

P(,CKDATA

:
:READ AND (CHECK 252 DATA (HAR

JSR

P(C,CKDATA

;READ .AND CHECK 377 DATA (HAR, AND B((=0

JSR
252
0

007266
007266
007266
007266
003276

JSR
000
0

24%:
ENDTST

CRCCHK
! 377
0
JSR
PC,CKDATA
CRCCHK 'RXBCC ' 000
0
:
JSR
PC,CKDATA
160
0
JSR
PC,CKDATA
034
0
JSR
PC,MSTCLR

;READ AND (HECK 000 DATA (HAR, AND B((=1
:READ AND (HK HI

CRC BYTE

:READ AND (HK LO CRC BYTE
:1SSUE MASTER CLEAR TO CLEAN UP

L10106:

TRAP

($ETST

(ZDMSB MB8203 STATIC TESTS #2

HARDWARE

MACRO v03.01

PARAME TER CODING SECTION

}

C 14
12-SEP=79 13:20:11 PAGE 27

.SBTTL

SEQ

171

HARDWARE PARAMETER CODING SECTION

S
€

SIIIIIIIIIIIIIII I IL 2727000077077 770000707070707707770077777777771717777777
;/ THE HARDWARE PARAMETER CODING SECTION CONTAINS MACROS

;/ MACROS ARE NOT EXECUTED AS MACHINF

;/ THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.

S
10
1"
11%

THE

INSTRUCTIONS BUT ARE

;/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE
:/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
:/

WITH

THE

OPERATOR.

SIIIIIIIITIIIIII 7777770

14 036342

036342
. 036344

16 036344

000046

036344
036346
036350
036352

001031
036460
160000
177776

036354
036356
036362
036362
18 036364
036364
036366
036370
036372
036374

002031
036506
000000
000674

036376
036400
036402
036404
036406
20 036410
036410
036412
036414
036416
036420
21 036422
036422
036424
036426
036430
036432
22 036434
036434
036436
036440
036442

005032
036570
000377
000000
000056

17 036354

19 036376

036444

003032
036537
007000
000004
000007

006032
036631
000377
000000
000377
007032
036672
000377

000000
000377
010032
036733
000007
000000

000004

1017717777777
70 0000000770770 007007777177777177717

BGNHRD

L$HARD: :
GPRMA

ADDRES,2.0,160000,177776,YES

GPRMA

VECTOR,4,0,0,674,YES

GPRMD

PRIRTY,6,0,7000,4,7,YES

GPRMD

SWPA(1,12,0,377,0,056,YES

GPRMD

SWPA(C?2,14,0,377,0,377,YES

GPRMD

SWPA(3,16,0,377,0,377,YES

GPRMD

L OOPBK,20,0,7,0,4,YES

.WORD L10107=L$HARD/?2

.WORD
.WORD
.WORD
.WORD

T$CODE
ADDRES
TSLOL IM
TSHILIM

.WORD
.WORD
.WORD
.WORD

TSCODE
VECTOR
TSLOLIM
TSHILIM

.WORD
.WORD
.WORD
LWORD
. WORD

TS$CODE
PRIRTY
7000
TSLOLIM
TSHILIM

.WORD
.WORD
.WORD
.WORD
.WORD

T$CODE
SWPAC(1
377
TSLOLIM
TSHILIM

.WORD
.WORD
.WORD
.WORD
.WORD

TSCODE
SWPA(?
377
TSLOLIM
TSHILIM

.WORD
.WORD
.WORD
.WORD
.WORD

TSCODE
SWPA(3
377
T$I 0L IM
TSHILIM

.WORD
.WORD
.WORD
WORD

TSCODE
LOOPBK
7
TSLOLIM

"WORD TSHIL IM

(ZDMSB M8203 STATIC TESTS #2

HARDWARE

PARAMETER

23 036446
036446
036450
036452
036454
" 036456

D 14

MACRO v03.01 12-SEP=79 13:20:11 PAGE 27-1

SEQ

CODING SECTION

GPRMD

011032
037050
000007
000000
000007

25 036460

BAUDRT,22,0,7.0,7.,YES

.WORD
.WORD
.WORD
.WORD
.WORD

ENDHRD

- 036460
27 036460

L10107:
104

105

126

ADDRES:

.ASCIZ

/DEVICE (SR ADDRESS

: /

036463
036466
036471
036474

m
040
122
104

103
103
040
104

105
123
101
122

03650¢
036505
28 036506
036511
036514
036517
036522
036525
036530
036533
036536

040
000
104
m
040
103
122
104
105
040
000

072

040

105
103
126
124
040
104
123
072

126
105
105
117
101
122
123
040

VECTOR: .ASCIZ

/DEVICE VECTOR ADDRESS : /

036542
036545
036550
036553
036556
036561
036564
036567

117
040
M
m
040
126
040
000

105

103
120
117
124
114
105
072

126

105
122
122
13
105
114
040

PRIRTY:

_ASCIZ

/DEVICE PRIORITY LEVEL

036573
036576
036601
036604
036607
036612
036615
036620
036623
036626

060
123
124
040
103
043
050
107
061
072

063
127
103
120
113
061
122
040
051
040

070

062

SWPA(C1:

_ASCIZ

/M8203 SWITCH PACK #1

(REG 11)

036634
036637
036642
036645
036650
036653
036656
036661

060
123
124
040
103
043
050
107

063
127
103
120
113
062
122
040

070

062

SWPA(2:

.ASCIZ

/MB203 SWITCH PA(CK #2 (REG 15)

036477

29 036537

30 036570

31 036631

105

104

115

118

123

040
m
110
101
040
040
105
061
040
000
040
11
110
101
040
040
105
061

.EVEN

172

TS$CODE
BAUDRT
7
TSLOLIM
TSHILIM

(ZDMSB MB8202 STATIC TESTS #2

HARDWARE

PARAMETER

036664
036667
32 036672
036675
036700
036703
036706
036711
036714
036717
036722
036725
036730
33 036733
036736
036741
036744
036747
036752
036755
34 036756
036761
036764
036767
036772

037033
037036
037041

037044
037047
35 037050
037053
037056
037061
037064
037067
037072
037075
037100

037103
037106
037111
037114
037117
037122
037125
037130

MACRO v03.01

CODING SECTION

065
072
115
060
123
124
040
103
043
050
107
066
072
124
116
117
104
131
040

012
059
110
065
110
065

054
075
116

040
000
120
101
040
114
124
101
040
124
040

120
047
040
122
056

073
061
106

051
040
070
063
127
103
120
113
063
122
040
051
040
125
101
~ 3
040
120
055

040
000
062
040
m
110
101
04C
040
105
061
040
000
122
122
116
124
105
015

060
063
064
063
065

075
062
046
062
054

040
116
105

064
117
051

114
123
123
105
040
12%
122
105
124

105
105
105
103
102
104
101
073
131

072

105
060
106
040
064

040
047
117

E 14
12-SEP=79 13:20:11 PAGE 27-2

SEQ@

SWPA(C3:

.ASCIZ

/M8203 SWITCH PACK #3

LOUPBK:

.ASCII

/TURNARCUND

LASCIZ

/(0=H32548M3255,

,ASCII

/PLEASE

TYPE

(REG 16)

173

=/<15><12>

1=CABLE,

2=MOD LOC,

3=MOD REM, &4=NONE)

040

040
047
117
062
113
047
040
122

BAUDRT:

SELECT BAUD RATE;

TYPE

'0'

FOR 2.4K;

'1'

FOR 4.8K;/<15><12>

CZDMSB MB203 STATI(

MACRC v03.01

PARAMETER CODING SECTION

064

113

012
062

12=SEP=79 13:20:11 PAGE 27-3

SEQ

106

LASCIT

/2"

FOR 9.6K;

'3'

FOR 19.2x;

ASCIZ

FOR S00k;

OR *7'

'4' FOR Sek;

040
066
040
047
117

061
062
040
047
117

106

040
060
040
040

—_OO
-

106

N NWWM
NI NP WR

065
073
065
040
060
015
066

047
117

061
105

102
104

040

174

056
073

Q= —

037207
037212
037215
037220
037223
037226
037231
37 037234
037237
037242
037245
037250
037253
037256
037261
037264
037267
037272
037275
037300

040

35?3?§

037133
037136
037141
36 037143
037146
037151
037154
037157
037162
037165
037170
037173
037176
037201
037204

rRNO VMO

HARDWARE

TESTS #2

LEVEN

FOR 1 MEG BAUD

'S'

FOR 250K;/<15><12>

(ZDMSB MB203 STATI(C

SOF TWARE

PARAME TER

TESTS #2

MACRO v03.01

(ODING SECTION

}

.SBTTL

SEQ

175

SOFTWARE PARAMETER CODING SECTION

SIIIILIIILIIIIIIIII
7770000007007 20 0077700070777 77707000777777007007777

;/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE

5
6

THE SOF TWARE PARAMETER CODING SECTION CONTAINS MACROS
THAT ARE USED BY THE SUPERVISCR TO BUILD P-TABLES.
THE

INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.

037304
037306

15 037306

037306
037310
037312
16 037314
037314
037316
037320
17 037322
037322
037324
037326
18 037330
037330
037332
03733
037336
o 037340

LI IIII

L 7720770071011 17 7117177

BGNSFT

(00016

L$SOFT::

000130
037342
000001
001130
(037430
000001
002130
037513
000001
003C32
037560
177777
000000
177777

20 037342

GPRML

ISMANI,O0,1,YES

GPRML

ISPRNT ,2,1,YES

GPRML

ISWPAK
,4 ,1,YES

GPRMD

TIMCNT,6,0,177777,0,177777,YES

ENDSFT

24 037342

L10110:

22 037342
037345
037350
037353
037356
037361
037364
037367

11
115
056
116
122
116
104
m

123
107
040
124
126
056
105
122

0640
116
111
108
105
040
123
105

037375
037400
037403
037406
037411
037414
037417
037422
037425

117
117
124
108
040
116
103
122
051

040
125
040
123
103
116
124
050
040

115
116
124
124
117
105
117
123
000

0327372

THE

SUPERVISOR TO ESTABLISH COMMUNICATIONS

:/ WITH THE OPERAIOR.
IIIILIIIIITIIITIIIIL 7D LTSI I

13 037304
'

./
;/

;/ MACROS ALLOW THE

10
}}

G 14
12-SEP=79 13:20:11 PAGE 28

104

040

124

ISMANI:

.ASCIZ

/1S MAN.

INTERVEN. DESIRED TO MOUNT

.WORD L10110=L$SOFT/2

.WORD
.WORD
.WORD

TSCODE
ISMANI
1

.WORD
.WORD
.WORD

TS$(ODE
[SPRNT
1

.WORD
.WORD
.WORD

TS$CODE
|SWPAK
1

.WORD
.WORD
.WORD
.WORD
.WORD

TS$SCODE
TIMCNT
177777
TSLOL
M
TSHILIM

.EVEN

TEST (ONNECTOR(S)

?o_a_aoo.a_a_a_a_a_.-._a
R

SEQ

/SHOULD SWITCH PACK AND AX3=15 PRINTOUT BE

[ SWPAK:

LASCI?Z

/SHOULD

TIMCNT:

LASCIZ

/MSG TIMER VALUE

ALLOWED /

d e e (O

LASCIZ

176

SWITCH PACK

TESTS BE

ALLOWED

e e e e e

CO=O—=0ONW

N=FfOWNO
O —-O

NN OSROWNO
W

882:?:?:§

N OOWO
=D ~OWNWKN

)

H 14
12=-SEP=79 13:20:11 PAGE 28-1

ISPRNT:

O YWV
O DN

067

037477
037502
037505
037510
037513
037516
037521
037524
037527
037532
037535
037540
037543
037546
0375951
037554
037557
25 037560
037563
037566
037571
037574
037577
037602
037605
037610
037613
037616
037621
037624
037627
037632
037635
037640
037643

2Son o 38R RoZZRom
5:?9:95::253§*****“

23 037430
037433
037436
037441
037444
037447
037452
037455
037460
037463
037466
037471
037474

OzACRO v03.01

,g—

SOF TWARE

TE S ! S
PARAME TER (JD I NG

v
S NO = -arOrY
nNO =NONVO
=200 =
WNANANOWNE YNONBR OO N—=ON=0WOW-N

(ZDMSB M8203 STATIC

EVEN

(0=177777),

0 = LONGEST

TIME-OUT

(ZDMSB MB8203 STATIC TESTS #2
SOF TWARE

PARAMETER

(ODING SECTION
:

36 037644
37
38 037744
36 037746

4? 037750

MACRO v03.01

;enenns

PAT(H:

037744
000240
000240

PAT(H

AKEA

FOR

DERUG

SEQ

weenan

.=.+100
NOP
NOP

000240

T 14

12=SEP=79 13:20:11 PAGE 8-/

NOP

."."'..'...'....'...‘.'...........

42
43
L4

42 037752

t NDMOD

47 037752

037752
037754
037756

LASTAD
000000
000000

000001

LSLAST::

.ENL

.EVEN
.WORD
.WORD

177

(ZDMSB MB203 STATIC TESTS #2

SYMBOL

MACRO v03.01

TABLE

J 14
12-SEP=79 13:20:11 PAGE 28-3

SEQ

ABORT = 000004

BSEL4

Q02442

($RCBU= 000007

EMLO

014016

ADR
= 000020 G
ANBITS 002547

(HKABT 012130
(HPCHK= 100000

CSRESE= 000033
C$REVI= 000003

EM&2
EM43

074053
014070

ADDRES

(036460

CARR

= 000001

EM41T

APA
= 000200
ASBCO = 000020
ASBC1 = 000040

(HPTYP
CKDATA
(kLPBK

ASSEMB= 000010

CRCTYO= 000001

AX0.15= 002306
AX0.16= 002310
AX1
= 000001

CRCTY2= 000004
CRC1
= 000100
CRC2
= 000200

€32BCC= 000040
C32ENB= 000004
oDC
= 000100

EMS0
EM51
EMS2

DEVMAP
DEVPTR
DFPTBL
DH1

002426
002430
002226 G
015013

EMS4
EM55
EM56
EMS7

DH3
DH4
DHS
DH6

015064
015122
015164
015167

ASBC2 = 000100
AXNUM

002420
007266
010770

CSREFG= 000047

CRCCHK= 100000

002366

CRCTY1= 000002

AX1.15= 002312

= 000004

AX1.16=
Ax2
=
AX2.15=
AX2.16=

002314
000002
002316
002320

C$AU
=
C$AUTO=
($BRK =
($8SEG=

000052
000061
000022
000004

AX3.16=
AX315U=
Al
A12

002324
000372
025426
033736

C$CEFG=
C$CLCK=
C$CLEA=
C$CLOS=

000045
000062
000012
Q00035

BAUDRT

037050

AX3.15= 002322

BADCAT

BCC
=
BCCCHK=
BDRATE
BITO =
BITOO =
BITO1 =

c$8suUB= 000002

002372

C$CLP1= 000006

000001
100009
002464
000001 G
000001 G
000002 G

BITO2 = 000004 G
BITO3 = 000010 G
BIT04
BITOS
BITO6
BITO7
BITO8
BITO9
BIT1
BIT10
BIT11
BIT12

BIT13
BIT14
BIT15
BIT2
BIT3
BIT4
BITS
BIT6
BIT7
BIT8
BIT9
BOE
BPOLL
BSELT

=
=
=
=
=
=
=
=
=
=

=
=
=
=
=
=
=
=
=
=
=
=
=

000020
000040
000100
000200
000400
001000
000002
002000
004000
010000

020000
040000
100000
000004
000010
000020
000040
000100
000200
000400
001000
000400
000100
002440

G
G
G
G
G
G
G
G
G
G

G
G
G
G
G
G
G
G
G
G
G
G

C$CVEC= 000036

CSRFLA= 000021
CSRPT = 000025
C$SEFG= 000046

EM&4
EM&S
EM46

C$SVEC= 000037

EM48

C$SPRI= 000041

C$TPRI= 000013

DDCMP = 000001

DH?2

DH7

DH8

015035

015172

015224

CSDCLN=
C$DODU=
CSDRPT=
C$DU =
CSEDIT=
CSERDF=

000044
000051
000024
000053
000003
000055

DH9
DIAGMC=
DISILO
DISSI =
DTR
=
EBLK
=

015263
000000
002416
000040
000100
000002

(SERSF=
C$ERSO=
C$ESCA=
C$ESEG=
C$ESuUB=
CSETST=
CSEXIT=
C$GETB=
C$GE Tw=
CSGMAN=

000054
000057
000010
000005
000003
000001
000032
000026
000027
000043

EF .PWR=
EF .RES=
EF.STA=
EM10
EM11
EM12
EM17
EM18
EM19
EM2

000034 G
000037 G
000040 G
013351
013372
013407
013430
013445
013466
013220
013503
013524
013541
013562
013603
013257
013620
013641
013656
013704
013724
013740
013761
013776

C$ERHR= 000056
C$ERRO= 000060

C$GPHR=
C$GPLO=
C$GPRI=
C$INIT=
C$INLP=
CSMANI=
CSMEM =
C$MSG =
CS$OPEN=
C$PNTB=
CSPNTF=
C$PNTS=
C$PNTX=
($QIC =

000030
000040
000011
000020
000050
000031
000023
000034
000014
000017
000016
000015
000377

EF.CON= 000036 G
EF .NEW= 000035 G

EM20
EM21
EM22
EM28
EM29
EM3
EM30
EM31
EM34
EM35
EM36
EM37
EM38
EM39

EM4L7

FMT26
FMT27
FMT3

013157
023104
012310

FMT4

012450
012460
012514

FRSPAS

FRSTIM
F$AU =
F$AUTO=
F$BGN =

F$DU
=
FSEND =
F $SHARD=
F$HW
=

FSINIT=

014735

00240C

002376
000015
000020
000040
000016
000041
000004
000013

F$JMP = 000050

014752
014772
013276
013313
013334
= 000004

022512
002667

000002
002347
002410
015326
021356
015360
015666
016350
017026
017540
020216
020650
000004
002100
000035
012256
012521
012552
012611
012655
012721
012765
022514
022636

012415

F$CLEA= 000007

014720

EOM
=
ERRFLG
ERRORT
ERR1
ERRIC
ERR2
ERR3
ERR4
ERRS
ERR6
ERR7
ERRS
EVL
=
ESEND =
ESLOAD=
FMT1
FMT10
FMT11
FMT12
FMT13
FMT14
FMT1S
FMT16
FMI17

FMT7
FMT8
FMT9

014477

014637
014654
014670
014703

EM63

012352

012365

FMT6

014623

012266
013127

FMTS

014310

014533
014555
014571
014606

EMS9
EM60
EM61
EM62

ENDIT
ENDPAT

014115
014142
014167

FMTZ
FMTZ25

014347
014403
014443

EMS8

EM65
EM66
EM7
EM8
EM9
ENAX

013076

014255

EMS53

013034

FMT19

014222

EM4L9

EM6E4

FMT18

014032

FSMOD =
FSMSG =
F$PROT=
F$PWR =
FSRPT =
F$SEG =

000011
000021
000017
000012
000003

F$SuB =
F$SW =
F$TEST=
GETALL
GETPRM
GETREG
GOAH =
GOODAT
GSCNTO=
GSDELM=

000002
000014
000001
004200
022214
003470
000010
002370
000200
000372

F$SOFT= 000005
F$SRV = 000010

G
G
G
6
G
G
G
G
G
G

GSDISP= 000003
GSEXCP= 000400
GSHILI= 000002
GS$LOLI= 000001
GSNO = 000000
GSOFFS= 0004
GSOFSI= 000376
GSPRMA= 000001
GSPRMD= 000002
GSPRML
=
GSRADA= 000140
GSRADB= 000000
GSRADD= 000040
G$RADL= 000120

178

(=)
—
x

nonnn

osbU =
O$ERRT=
O$GNSW=
O$POIN=
0$SETU=
PATA

PATB

000001
0C0001
000000
002557

002603

PRIRTY
PRIOO =
PRIOT =
PRIO2 =
PRIO3 =
PRI0O4 =
PRIOS =
PRIO6 =
PRIO7 =
PRNFLG
PSTACK
RAB
=
RABT
=
RAX15
RAX16
RCVBUF
RCVIST

000040
000100
000140
000200
000240
000300
000340
002260
002332
000004
000004
002354
002356
002762
006752

RDAX
=
RDRXSI
READAX
READLU
READY =
REDBYT
REDDAT
RE GNUM

000020
006672
003576
003344
000200
002350
002466
2364

REGO

—

000001

PATCH
037644
PATQ
002613
PATR
002623
PATS
002642
PATT
002662
PNT
= 001000 G
POLL
= 000200

2
000001
000000
000001

(036537
000000 G

002476

REG]
REG2

002500
002502

REG4
REGS
REG6
REG7
REOM
=
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002506
002510
002512
002514
2
000200
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031310

179

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= 002000
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077

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033742
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j=lelelolelelolels
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031562
031744
032126
032224
032434

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33888 RRRRRR S
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P
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alalalalalalalalalalalal

002062

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o0
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L$PROT
L$PRT

L$CO
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L$DISP
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L$DUT
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LSENVI
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LSHIME
L SHPCP
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LSINIT
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LSAPT
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LSAUT
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) —ld

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3
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—l ——l —d

LUR14
LUR1S
LUR16
LUR17
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LUSWI2

[lalalalalalalalalalnialalalalalalalalalalnlalalalalalalnlalalalnialalalalalalalalal

nuwnn

—

LUR12
LUR13

LSREPP
LSREV
LSRPT
T
LSSOF
LS$SPC
LSSPCP
LS$SPTP
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i g

000010 G

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LOT
LULOOP
LULP
LUREG
LURTO
LUR1

-l

000020
000004

MACRO v03.071

—

TABLE

e, R

(ZDMSB MB203 STATIC TESTS #2

SYMBOL

K 14
12-SEP-79 13:20:11 PAGE 28-4

ROMI
ROMO
KOR

002504

=
= 000004
= 000010

G
G
G
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. ABS.

037756
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ERRORS DETECTED:

100000
002264
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000200
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002524
002526
002530
002532
002534
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002462
002434

T$ARGC=
T$CODE=
TSERRN=
TSEXCP=
T$FLAG=
T$GMAN=
TSHILI=
TSLAST=
T$LOLI=
T$LSYM=
TSLTNO=
TSNEST=
TSNNSO =
TSNS1 =
T$NS2 =
T$PTNU=
T$SAVL=
T$SEGL=
T$SUBN=
T$TAGL=
T$TAGN=

TSTEMP= 000000
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001

VIRTUAL MEMORY USED:

21865 WORDS

DYNAMIC MEMORY AVAILABLE FOR

( B6 PAGES)

69 PAGES

000002
003032
000101
000000
000040
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177777
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010000
000040
177777
000000
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000000
177777
177777
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177777
010111

(ZDMSB.BIC,(ZDMSB.SEQ/{/N:TOC=SV(34R.MLB,(ZDMSK.P11

T
T10

T11
T11.1
T11.2
111.3

T12
T13
T14
T15
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T16
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116.2
117
T18
T19
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120
121
122
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123.10
123.2
123.3
123.4
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024202
024264

024354

17
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78.2
19
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025560
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025320

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UNIT
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002536
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000010
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002362

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X$FALS=
X$OFFS=

000100
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[(alalalalalalalalalalalalalalal

XS
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= 000010
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033262
033350
033430
033524
033744
034134
034324
034514
034704
035074
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035260
035444
035556

180

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SLSTIN= 000001
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(2}

002516
002520
002522

000020
000040
000100
000200
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X3
X4

= 000004

(ATl

TMPQ
TMP1
TMP2
TMP3
TMP4
TMP5
TMP6
TMP7
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=
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TCOUNT
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000010

000002
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000010
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123.6
123.7
123.8
123.9
124
125
126
127
128
129
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130
31
132

SWw0
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SYN3 =
SYN4
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SYN7 =
SSLSYM=

T$TSTM= 177777
T$TSTS=
T$$SAU =
T$SAUT=
T$SCLE=
T$SDU =
T$SHAR=
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000000
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000020
000040
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002444
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004636
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000020
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007164
004726

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SVCINS=
sv(suB=
SVCTAG=
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000010
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000040
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000200
000400
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STEPMP=
STPCLK
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SUBRPC

000001
000040
000200
002000
00
001000
000001
000002
000004
004000
002414
000001
000002
000004
000010
000020
000040
000100
000200
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002404
002406
002424

TXAB
=
TXABT =
TXCHAR
TXDATA=
TXEN
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TXLEN1=
TXLEN2=
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TXWORD
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00008 olelele]

RSOM =
RTS
=
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RXBCC =
RXEBL =
RXLENO=
RXLEN1=
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RXWORD
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=
RX1
=
RX2
=
RX3
=
RX4
=
RXS
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Rx6
=
RX7
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R14NRW
SAVES
SAVE6S
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STRIP = 000

STR

RRDYTO= 000001
RSEOM
006420

SEQ

TABLE

puiiy

SYMBOL

12-SEP=79 13:20:11 PAGE 28-5

o lelelolelolelelelelsls]
-y —-y—-y
~n W
jololelele

MACRO v03.01

(ZDMSB M8203 STATIC TESTS #2

MACRD v03.01
(ZDMSB MB203 STATI(C TESTS #2
CROSS REFERENCE TABLE (CREF v01-0S )

18-108

18-123

18-143

18-161

18-182

18-200

18-219

18-238

27=16

27=27#

17=240*
17=,28%

17-242
17-<77+

18-246

noN
WWW
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1
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PSP

d
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d
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AX2
AX2.15
AX2.16
AX3.15
AX3.16
AX315U

—

AX1

ASSEMB

AX1.15

181

ASB(?2

AX0.15
AX0.16

SEQ

26-568
26-B95#

gwwwo«xwo NN

Al
A12
ABORT
ADDRES
ADR
ANBITS
APA
ASBCO
ASB(C1

9-27#
9-28#

ooonooonb?mbmwo
[
A |
(U
— e e
d e d —d e N =

SLSTIN
SLSTTA

M 14

12-SEP=79 13:20:11 PAGE S-1

17-238
17=:14

AXNUM

BADDAT

18-111

BAUDRT
BCC
BCCCHK
BDRATE

BITO

26-<28*

26=-A10*

26-A18+

26==25

26-F16

14-104
14-269

14-116
14-342

18-222

26-<81*
26=352+

26=al4*
26=361+

17-433
17-<92

17=441+
17=-<95+

17-484+
17-=08+

26-468+

26=745+

26=-769+

14-140
17-266

14-188

14-200

17-656

21=45

BITOO
BITO1
BITO2

BITO3
BITO4
BITOS

14-62

14-81
14=245

14-91
14-257

14=325

14=-327
14-80
14=244

14-90
14-256

14-232

14=61

14=231

17-363

14=114

14-127
17-282

14-139
17-559

14-151
17-670

14-163

14-175

14-187

14=126

14-138

14-150

14-162

14=174

14-186

MACRO Vv03.0?
(ZDMSB MB203 STATIC TESTS #2
(ROSS REFERENCE TABLE (CREF v01-05 )
BIT3
BIT4

BITS
BIT6

BIT7

|BIT8
BIT9

BOE
BPOLL

BSEL1

BSEL4

C$CEFG
CSCLCK
CSCLEA
C$CLOS
C$CLPT
CS$CVEC
C$DCLN

CSERHR
CS$ERRO
CSERSF
C$ERSO
CSESCA
CSESEG
($ESUB
CSETST

CSEXIT
($GETB
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14=204
14=197
14=208
14-208

14=20#

14207
14=20#
14=194
14-204
14-193
14=20#
14=20#
14=20#
14-69#
15-56#
17=461*

26->88+
26=F 5S4«

15-57#
9-18#
9-18#
9-18#
9-18#
9-18#

26-A4S

9-18#
9-18#
9-18#
9-18#
9-18#
9-184
9-18#
9-18#
9-18#
9-18#
9-18#
9-18#
17-668
17-<65

26-;37
26-A85
26-F11
9-18#
9-18#
9-18#
9-18#
9-184
9-18#
9-184

26-A58
9-18#

26-:77
26-E67
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9-18#
9-18#
9-18#

14-39

14-60

14-209
14-38

14-229
1449
14-228
14-37

14-241
14-48

14-36
14-205
14-281

14=47
14=217
14-293

14-206

14-280

26~-A66
17=16»

17466

14-227

SEQ

182

1479
14-243
14-88

14~89
14=255
14=100

14=101

14=113

164-125

14=137

14-149

14=161

164-173

14-185

14=112

14=124

14-136

14=148

14=160

14=172

14-184

14-196

14-87

14-99

14=111

14-123

14-135

14=147

14=159

14-171

14-183

14-195

14-86
14-265
14-75
14=251

14-98

14-110

14-122

14=134

14=146

14-158

14-170

14-182

14-97
14=264

14-109

14=121
17-815

14-133

14=145

14=157

14-169

14-181

17-33«
17=;27*

17-38+
17=<79*

17<229+

14-253
14-69
14-240
14-59
14-226

14-266
14=76
14-252
14-68
14-239

17=19«
17-982+

17=32+

17-814

14-292

17-18+
17=479

17=126+

21-61+
26=(31+

26-814+
26~(85+

17=367+
26==61+
26=D39»

26=>25+
26=D93+

26=>36+
26=E47

26=>38+

C6=-A26

17-128+

17-368+

17=370+

26=A28+

26=-A29

26=A30+

26=A79+

21-60+
26-B39+

26-539
26-A73

26-593
26-A98

26=620
26-B1§

26-726
26-B33

26=754
26-B52

26-778
26-B69

26-.08

26=:54

26-<30

26-<83

26-a82

17-278
17-682
17-=07

17-288
17-828

17-294
17-833

17-401
17-852

17-858

17-407

17-565
17-867

17-571
17-873

17-581
17-882
26-458

17-587
17-888

17-622
17-897

17-628
17-903

26-238+

26-994+

17-64

17-85+

25-10
22-20

14-230
14-78
14-254
14-77

N 14

12=SEP=79 13:20:11 PAGE S=2

17-984*

17=460+

26=F 00+

21-86

26=510
26-A63

23-1n

22-17
24-13

10«17
17=272
17-676
17-=01
26=:43
26-A91
26-F 65

26-145
26-=72
26-B45
26=-H45

26=224
26=-=94
26-B62

26=->34

26-364
26=->49
26-BBS

26-419
26=>99
26-B91

26=;44

26~-.90

26-293

26~-A03

26-A38

26-565
26-A93
26-147

26-643
26-B28
26-284
26->58
26=H72

26-750
26-B47
26-317

26=774
26-864
26-366
26-758

26-798
26-B93

26-,;83
26-B09
26=G71

26~-=32
26~F75

26-105
26-.89
26-B26
26-G83

26-208

26-251

26-879

26~480
26=294

26-749
26-(42

26=471
26=-292
26~(96

26-A86

26-B80

26-B86

26-:48

26-:94

26-570
26-4?

26=-644
26-897

26-748
26-A02
26-D50

26772
26-A37
26-E04

26=<77

26~=30

26=A21

26-A40

26-695
26=(51

26=799
26-D05

26-827
26-D59

26-944
26-E13

(ZDMSB MB203 STATIC TESTS #2
MACRO v03.01
CROSS REFERENCE TABLE (CREF v01-0S )
(SGPHR
($GPLO
C$GPRI
CSINIT
CSINLP
CSMANI
CSMEM
%‘HSGN

CSPNTB
E§2x¥g
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9-18#
9-18#
9-18#
9-18#
9-18#4
9-18#
9-18#
g-}g:

CKLPBK
CRC1

CRC2

CRCCHK

CRCTYC
CRCTYT1
CRCTY2
CS
PDC
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21-99
21-81

18-154

18-174

18-193

18-211

18-231

18-249

9-18#

18-102

18-108

18-109

18-110

18-111

18-i23

18-124

18-125

18-126

18-142
18-201

18-202

18-143

18-144

g—}g:

17=;56

17=-;61

17-;70

21-85

21-90

24-12

26=-737

26-739

26-763

26-787

26-823

26-825

9-184#

18-112

18-113

18-114

18-115

18-127

21-25S

21-28

21=-31

21=34

18-161
18-220

18-147
18-173
18-208
18-244

9-18#

9-18#
9-18#
9-18#
G-18#

C32BCC
C32ENB
CARR
CHKABT
CHPCHK
CHIPTYP
CKDATA

21-52

18-135

CSRESE
CSREVI
CSRFLA
CSRPT

CS$TPRI

183

18-116

9-18#

C$SEFG
C$SPRI
C$SVEC

cEo

18-103

CSRDBU

(SREFG

B 15
12-SEP=79 13:20:11 PAGE 5-3

9-18¢

9-18#
9-18¢
9-18#

9-18#

14=253#
14-256#
14=-152#
17-<92#
14=322#8
15-46#4
17-805#
26-238
26-872
26=993
26=<63
26-F69

18-162
18-221

18-148
18-185
18-209
18-245

9-18#
10-17

18-163
18-222

18-149
18-186
18-210
18-245

24=10

18-164
18-238

18-150
18-187
18-223
18-247

18-165
18-239

18-151
18-188
18-224
18-248

18-181
18-240

18-182

18-183

18-184

18-200

18-218

18-145

18-219

18-152
18-189
18-225

18-153
18-190
18-226

18-128

18-129
18-166
18-191
18-227

18-167
18-192
18-228

18-130

18-i131

18-132

18-133

18-134

18-146

18-168
18-203
18-229

18-169
18-204
18-230

18-170
18-205
18-241

18-171
18-206
18-242

18-172
18-207
18-243

19-11
22-10

14-25%
26->28

26-B87

26-672
17-364
26-35
26-241
26-875
26-996
26-<71
26-GOS5S

26=979
17=474«
26-42
26-277
26-878
26-999
26==16
26-G09

26=:14
17-478«
26-86
26-280
26-896
26-:02
26==24
26-G14&

26-:49
17-518
26-91
26-310
26-899
26-:25
26==75
26-G92

21=13«
26-94
26-313
26-902
26-:28
26=>52
26-G97

26-436
26-127
26-558
26-905
26-:31
26=702
26-HOQ

26=442
26-132
26-561
26-908
26=:34
26=752
26~-H03

26-135
26-636
26-927
26-:37
26=(C45
26-H06

26-186
26-639
26-930
26-:60
26~-(99
26=H14

26-189
26-688
26-93%
26=:63
26-DS3
26~H19

26-196
26-691
26-9
26-:66
26-E07
26-H22

26-210
26-866
26-939
26-:69
26-E61
26~H2S5

26-213
26-869
26-990
26-:72
26~F15S
26~HZ28

17=;13#8
14-98%¢
26-D88
14-978

26-=52
26-24
26-E96
26-24

26=>17
26-72
26-F96
26-72

26~=>79
26=113

26=229
26=393

26=a76
26=919

26-(21
26=:46

26=(75
26-:56

26-D29
26~;12

26-D83
26-<34

26-E37
26-<52

26-E91
26-a14

26-F4(S
26-(26

26-(80

26=113

26-393

26-:;58

26-<B87

26-=05

26-@14&

26-(26

26-(80

26-FS0

26~F9%6

26-G98
14-2464
14-245#
14=2444
14=-1504
14-2404
14=1048
gg-:gé

26-HO01

26-H20

26-H23

26-H60

26-H63

26-D92

26-E&46b

26-679
26-734

26-684
26=?81

26-858
26=al4

26-976
26-A15

26-986
26-A17

26-;12
26-~(B0

26~;58
26-E42

26-<3%%
26-E9%6

26=H50

14=325#

26-HS53

17-948

26-HS56

17-:63

26-HS59

26~562

26-H62

26-640

26-H6S

26-879

26-H68

26-909

26-940

26-:03

26~:38

26-:73

26-D38

26-R81
14=-1768
gg-ggz

26-72
26==05

26=113
26==57

26-667
26=>22

26-674
26=>84

ORyOVNeT—&—o~oNVVI[oaM—ON\—o——OeNVNNNx-N]
‘OL000iO|O0[~o=1!5)O]NI0MULN“O]UOMO\@N©VIG(amoUU[aaoOAeLLo0TGsaVQlGO0iUUoglVei0goVlLL]0QeNL)03~~]]—N«[——-]~((~v#3&»N])
ovAo00a0AaI0NadOaCMDON0DM0ONNO4e)AONNoSOAOARNOA—OANNMOw vL ~A)) INTNNGOOITNIONARNAON—AMNNIoFOO~A[OMJNFTAONNNIO~aT[|0NOIONOMO)MAVgOMNo0MLMMON0——NwUN0nIu0NLOn0——iTO0.OAeN0NNO—MT0Ir0——F—0TL—0eWI-0—T0—0OOOW4~V]U [—i o)w>o—
O[a|)V] ON[«i— G—U0eE—L0r=a 0U0LG—000 — o-~ -Q

3< o -a

o[VTLa[=yNUO<YaiYaRYWaayVaa) UeLN|oaxRNIoAeAwOMrA0NOnNeMARIOcNMBE -—NO(er—yITeB2—0rOr4NHMW—sOaUrs¢TOrAaNM—ANrMNS—E“‘&"‘2fiy"“V4’7‘“O“’N£—I1“‘T8R2«%EO4R1~7—39M73 BeaNOni—uN4Vgn~0] -Na0oe—~O—y

——

—NN 7 ® I ~ 0 =Y —r—r — VN o

T= o-[Va—0gV~IVa —@]ONA—Vge—qr—g TraNMolny ONoMyY 5o[-—a—¥] U)1LI1ToaNY -o[a—¥] T)y ~oNO])@w~oz -a—0~|o3l

wmwa

—

“wJ

o—

5 o

e
v [S)]

(a¥] 0 w w @

[

)

NO v O v

MACRO v03.01
(ZDMSB M8203 STATI(C TESTS #2
CROSS REFERENCE TABLE (CREF v01-0S )

EM60
EM61
EME2

EM63

EM64
EM6ES
EM66

EM?7
EM8
EMS

ENAX
ENDIT
ENDPAT
EOM
ERR1

ERR10
ERR2
ERR3
ERR4

ERRS

ERRG

ERR7

ERR8

ERRFLG

ERROR1
EVL
F $AU

FSAUTO
F $BGN

18-81#4
17=272
17-278
17-288
14=90#

21-35

152104

14-624
18-101#
18-237#
18-107#
18-122#
17=272
17=-<65
18-160#
17-662
18-199#

26845

26~A85
26-A37
26-A91
26-B26
26-B62

26~G71

26-G83

18-34#
18-35#
14-1624

17=-149

17-200

26-458
26-364
26-471

26-748
26=-=94

26-772

26=-796

26-A02

17-294

17-401

17-565

26-B79
26-8B85
26-891
26-A56
26-B09
26=-H45
26=>34
18-33#

21-984
26=567

17-278
18-1414

17-668

17-288

17-676

17-682

17-=01

26=749
26-D5S0

26-105
26-A37
26-E04
17-852

26-224
26-A85
26-F11

26-251
26-A91
26-F 65

15-23#
15=42#

26=145
26-A56
26-E58
17-858

17-145+

17-158+

17-183»

17209+

17-833

14=-20%
9-18#
9-18#
9-18#

22-8

26-332
26-593
26=774

FSCLEA
F$DU
F SEND

18-67#
18-68#
18-654

26~:38
26-<83%
26-a42
26-A63
26-B33
26-D05
26-H72
9-18#
9-18#
9-18
9-18

21-99
26=147

17-867

18-107

25-9
26-480
26-620
26-798

26-a8¢

26-A73

26-852
26-D79
28-45
9-18

9-24
24=13
26-173

17-873

18-1804

26-;37
26-B26
26~-G83
17-888

17=-571

17-581

17-587

17-622

17628

17-828

17=-<49

26=;453
26-R45
26=H45

26-,83
26~-B62

26~ 89
26-B79

26==72
26-B85

26=>34

26=>4G
26=(42

26=>99
26-(96

17-903

18=217#

18-237

19-9

17-897

18-217

26-F41

284

26-891

21-8

26-:77
26-<30
26-758
26~A40

26-284
26=570
26-750
26=;02
26=-<30
26=?76
26~A4S

26-317
26~-593
26=754
26~:08
26-<83

26-B16
26-C17
26~F92

26-A58
26833
26=C71
26~G37

9-18
18-211

9-18
18-231

9-18
19-11

26-253
26=-539
26-726
26-969
26-<24
26=225
26~-A38
26-B11
26-893

26-267
26~565
26~726

ne&H
—.A_A
oM OO0

EMS3
EMS4
EMSS
EMS6
EMS7
EMS8
EMS9

17-<49
17-<65
17-828
18-70#
18-71#
18-72#
18-73#
18=74#
18-75#
18764
18=77#
18-78%
18-79#
18-80#

185

nOn)
—

EMS2

D 15
=5

1¢-SEP=79 13:20:11 PAGE

26-B16
26-897
26=F75

26-65
26-284

26-65
26=299

26-147
26=299

(ZDMSB MB203 STATIC TESTS #2

CROSS REFERENCE

F $MOD
F $MSG

FSPROT
F $PWR
FSRPT
F$SEG
F$SOFT
F$SRV
F$SUB

FESW
FSTEST

(CREF

26-332
26-533
26=620
26=726
26-812
26~:77
26-;94

26-366
26=539
26=620
26=726
26-812
26-;02
26=:9

26-366
26-539
26-643
26=750
26-812
26-;02
26=:96

26-384
26-565
26643
26=75C
26-827
26-;02
26=:96

26-384
26=565
26-644
26-=754
26-827
26-;08
26=<24

26-384
26-570
26-644
26=754
26-850
26-;08
26=<2%4

26-480
26-570
26-663
26-774
26-850
26~:38
26-<24

26-480
26-~589
26-663
26-774
256-850
26~-;44
26-<30

26=>13
26=276
26=293
26=A63
26-B28
26-B93

26=>58
26=?76
26-A03
26-A68
26-B28
26-B93

26=>58
26-794
26-A21
26-A68
26-B33
26-B97

26=>75
26-?94
26=-A21
26-A73
26-B33
26-B97

26=>75
26-a09
26-Al6
26-A73
26-B47
26-(C17

26=>75
26-309
26-A26
26-AB6
26-B47
26-C17

26=708
26-a09
26-A38
26-A93
26-BS52
26-C17

26-708
26-d42
26-A40
26-A93
26-B52
26-(C51

26=725
26-a42
26-A40
26-A98
26-B64
26-CS1

26=725
26-973
26-A4S5
26-A98
26-B64
26=C71

26-725
26-a73
26-A4S5
26-B11
26-B69
26-C71

26-758
26~373
26-AS8
26-8B11
26-B69
26-(C71

9-18#
9-18#
9-18#
9-18#

27=14
12-9
21-8

27=25
12-23
21-99

9=24
18-101
18-217
20-8

28-45
18-103
18-23%1
20-12

18-122

18-135

18-14!

18-154

18-160

18-174

18-180

18-193

18-199

26=774
26-A40
26-B64

26-778
26-A45
26-B69

26=D2S
26-E67
26=-G18

9-18#
9-18#
18-211
9-18#
O-18#

26-<B3

26-D25
26-E87
26-G18

26-D25
26-E87
26-G37

26-=30

26-DS59
26-EB7
26=G37

26==30

26-DS59
26-F21
26=G37

1
1

26==32

26=D79
26~F21
26=H72

26-=32

26-L79
26-F41
26=H72

6~=48

26=D79
26-F41
27-=25

26-=48

26-E13
26~F41
28-20

26~-=48

26-E13
26-F75
28-45

26-=96

26-L33
26-F75

26-E33
26~F92

19-11

28-13

28-20

26-510

26-533

26-539

26-565

26-593

26-616

26-620

26-643

26-726

26-750

26-754

52:33?

26-A63

26-A68

26-A73

26-A93

26-A98

26-B11

26-B16

26-B28

26-R33

26-B47

26-B52

26-798
9-184
9-18¢

26-480
26=:77
26=794
26-E67

26-;08

18-10#

17=:56
17-:70

24=12
18-11#
18-12#

26-;54

26-:;94

26=<30

26-<77

26-<83

13-8
26-20

13-15
26-46

26-65

26=147

26-173

26-253

26-267

18-108
18-181

18-123
18-218

18-143

18-161

18-182

18-200

26-506
26=;02
26-a09
26-EB7

18-25#

18-24#

26-;48

26=570
26=:96
26-a42
26-F21

26-589
26-<24
26=a73
26-F41

26-737

26-823

18-109

18-124

18-144

24=154
18-111
18-112

18-126

18-26#
18-27#

18=-127

26-644
26-=32
26-B97
26-F75

26-663
26==48
26-C17
26~F92

26-695
26-=96
26=CS51
26-G18

26-=30

26-a82

26-284

26-299

18-219

18-238

26-722
26=>13
26=C71
26-G37

26=799
26->58
26-D0S
26-H72

1B-163

18-18%

18-201

18-220

18-239

18-146

18-150

18-166

18-170

18-185

26-812
26~->75
26-D2S5

18-189

26-A21

26=506
26-589
26-695
26-778
26-944
26~-:48
26=<77
26=>13
26=?76
26-a82
26-A63
26-B16
26-B86
26-D05S
26-E67
26-F92

2b==

19-9

17=-:61

FMTS

26-<83

9-18#
9-18#
9-184#
9-18#
9-184

FMT19

FMT27
FMT3

186

26=332
26-533
26=616
26=722
26-799
26=:77
26-;90

18-102
18-142
18-162
26-739
26-763
26-787
26-825
21-101#
21-103#

FMT25S
FMT26

SEQ

26=332
26=510
26616
26=722
26=799
26=969
26-;84

18-9#
18-18#
18-19#
18-20#
18-21#
18-22#
18-23#
21-85
21-90

FMT?2

)

26=317
26-510
26=593
26=722
26-798
26=969
26-:;54

FMT1
FMT10
FMT11
FMT12
FMT13
FMT14
FMT1S5
FMT16
FMT17

FMT18

v01-05

E 15
12-SEP=79 13:20:11 PAGE S-6

26=317
26=506
26=593
26=695
26=798
26=969
26=;54

26=<77

F $HARD
F SHW
FSINIT
FSIMP

TABLE

MACRO v03.01

26-A26

26-317

26-332

26-850
26-725
26-D79

26-366
26=944
26-758
26-E13

26~-384
26-969
26=276
26-E33

18-203

18-207

18-223

18-227

26-827
26~708
26-DS59

FRSTIM

GSCNTO
GSDELM
GSDISP
GSEXCP
GSHILI
GSLOLI
GSNO
GSOFF
S
GSOFSI
GSPRMA
GSPRMD
GSPRML
GSRADA
GSRADB
GSRADD
GSRADL
GSRADO
GSXFER
GSYES
GETALL

N
S

(RO

MWW
YHNO

= S —

00 00 0o 0o 0o 0o Co 00 Co

DN
N

FRSPAS

—

FMTO9

._a‘\m_a._a_ar{)_aw._nm

FMT7
FMT8

—

FMT6

NolV, IV, |

FMTS

au»anqnncnco T
b bo L ‘\
EN1 ¥ 4
LPR

MACRO v03.01
(ZDMSB M8203 STATI( TESTS #2
CROSS REFERENCE TABLE (CREF v01-05 )

21-94

F 15
12-SEP=79 13:20:11 PAGE 5-7

SEQ

187

18-128

18-132

18=147

18-151

18-167

18=171

18-186

18-190

18-204

18-208

18-224

18-228

18-130

18-134

18=149

18-153

18-169

18-173

18-188

18-192

18-206

18=210

18-226

18-230

18-145
18-164
18-129

18-202
18-184
18-133

18-221

18=240
18-148

18-152

18-168

18-172

18-187

18-191

18-205

18-209

18-225

18-229

26~731
21=23+

26-758

26-782

26-817

27=22
27=22

28-15
28-15

28-16
28-16

28-17

28-18

21-94
21-%4
27-16
27-18

27=16
27-16

27=19
27=19

27-20
27=20

27=21
27=21

27-19

27=22

2723

28-18

21-94
27-16

28-15
27=17

28-16
27-18

28-17
27-19

27-20

27=22

27-23

28-18

27=-16

27-17

27-18

27-19

27-20

27=22

27=23

28-15

28-16

28-18

26-103
26-.87
26-B24
26-G81

26=143
26=-=70
26=B43
26-H43

26-222
26-=92
26-860

26=362
26=>47
26-R83

26=417
26=->97
26-R89

26-456
26=247
26=-(40

26-469
26=-a90
26=(94

26=770
26~-A35
26-£02

26-794%
26~A54
26-E56

17-840+

17-841+

18-111

18-165

18-222

26=351+

26=465+

26=4L66+

26=467

26=744+

18-1414

18-1544

18=160#

18=1744

18=-180#

18-1534

18-199«4

21-94

17=270
17-674

17-<99
26-;41
26-A89

27=17

28-15

17=276
17-680
17-=08

21-48#

26-;81
26-807
26-G69
21-55

17-818+

17-819+

26-F63

17-228

26-792+

26==90+

14-148#
10-9

26-=87

25-9#
22-8#
23-8#
24L-8#
27=25#

25-104
22=20#
23-11#
24=134

9-24

9=24k
18-103#

10-19

21-8#

21-99#

18-101#
18-217#

18-23%314

20-8#
16-9#

19-118

17-286
17-826

26=>30+
26-282
11-10

17-292
17-831

26-a88*
26-a18
16=24

17-563
17-865

17-399
17-850

26=A17*

26-298+
26-R18

18=122#

18-1354

17-569
17-871

17-579
17-880

17-585
17-886

28-17

17-626
17-901

28-18

17-660
17=-<47

(ZDMSB MB203 STATIC TESTS #2
MACRO v03.01
CROSS REFERENCE TABLE (CREF v01-05 )
I$SEG

I$SETU
[$SFT
[$SRV
1$SUB

[$TST

9-18#4

26-663
26==48
26-B33
9-18#

9-18#
9-18#

26~539
26=-6434
26-778

26— L84
26=<77#
26-a82#
26-AS8
26-A98
26-B4L7#
26-C71
9-18#

26=253#
26-366
26=570#
26=722#

26=>13#
26=?76
26-A4S
26=CS51»
26-E13
14
26=F4L
14-251#
14-1344
17-608#
14204

14-68#
14-173#
14=243%
14-99#
14=20#
14-204
14-103#
17=431#

ISIRDY
1 SMAN|
ISPRNT
ISR
] SWPAK
IXE

J$ IMP
LSACP
L SAPT

26=65
26=726
26=>75
26-B69

26=173
26=754
26=225
26=C17

26=267
26-778
26=276
26=(71

26299
26-812
26-209
26=D25

26-332
26-850
26-73
26=D79

26-384
26-969

26-65
26=565

26-173
26=565#
26722
26-798#4

26-299

26-332
26-593
26=750

26-E33
26-F754

26=267
26-565#
26-726
26-798#4
26~ 84
26==304
26-A214
26-A634
26-B11#
26-Bb64a
26-E87
26-464
26-284
26-3844
26-620
26-799
26=-965#
246~<83
26=->75
26=7944
26-B16
26=D05S
26-E334
26-F92

26-192

26-347

26=217
26-A15

c6-345
26-A17

26=111
26~-:09

26-178
26=:44

26=29Q2
26-;10

17-:33

17=-:50

17=:64

SEQ

265=593
26=<30
26-A98

26=620
26-<83
26-R16

26=510#
26=-6164
26=7544
26~-,;08#
26-<30
26=276
26=A4L0#
26-A86
26-833
26-B93

26=533#
26=-620#
26=7744
26=;44
26=<77
26-a73
26-A45
26-A934
26-B47
26-893#

26-533#
26-643
26=7744
c6=;48

26=1474#
26=317#
26=510
26-695
26-827#

26=1734
26-332
26-570
26-695#

26-253
263324
26=5704
26=722
26~-850#
26~ 964
26=->13
26=7584
26-A26
26~C51
26=D794
26=F41
26=H72#

26-E33

26=510
26-,08
26=-A45
26=F&41

26=539
26=;54
26=-A63
26-F92

26-384
26=593#
26=750#4
26-969

26=510
26-6164
26=754
26-.08

26-282

188

26-589

28-13#

26=944
26~ ;964

INTFLG
INTGRL
IRDY

26~20

G 15
12-SEP=79 13:20 :11 PAGE S-8

26622

15=21#
14=255#
14-1364

26-F 59

17=-551#

28-15
28-16

14=20%

28-17
14=20#

9-184

10-17#
10=-17#

26-663
26~798

26=:54
26-<83#
26-A03
26-AS8#
26-811
26-852#4
26-D79
26=204
26=267
26-3664
26-58%%4
26-754
26=-9444
26=<24N
26->58#
26=794
26-A73
26-C71
26-E13n
26-F 754
17-:18

17=-624
17=756

26-98

17-583

17-786

26~-70
26-974
17-:18

26=:54m

26==30
26-A21
26-A63
26-B11#

26-B64

c6-E33
26=46
26=2674
26-384
26-593
26-778
26-969
26-<30
26=->58#

26=7944
26-A98
26=C71#
17-:37

26=:944

26=<24

26=725
26-A40
26-A734
26-B28#

c6=<77#

26=->13
26=A264
26-A68#
26-B28
26-B6#
26-G37
26-65#
26-299
26=480#
26-644H
26-812
26=:774
26=-=32#
26-208#
26-a4?2
26-R69
26-D25
26-E67R
26-G18#

17-<20

26=1474
26-317
26=506#
26-6634
26-827
26-;024
26=-=484
26=725
26-a4 2N
26-B97#
26-D59
26-E87#
26=-G37
26-=54

26-609

26-613

26-=83

26=230
26~-,56

26=269
26=-<32

26=301
26=<85

26=-334
26=279

26~386
26=-B70

26=512
26-F 94

26-544
26=G42

26-595

17=<14

26=-=53
26=743

26=>19

26=>81
26=(90

26=-731
26=D44

26-D98

26=£52

26=F 05

17=:97

17=:74

17-567

17=746

26==66

2€=>43

26->9%

17=750

17=754

17=758

26=-349

26=29

26-B86

26=(36

26-a82
26-A4L5#
26-A93#
26-B47#
26=C17

(ZDMSB MB203 STATIC

TESTS #2

(ROSS REFERENCE

TABLE

L $AU
L SAUT
L$AUTO
LSCCP

25=Ya

LSDEPD
L$DESC
L $DE SP
L$DEVP
LSDISP
LSDLY
LSDTP
LSDTYP
L DU
L $DUT
LSDVTY
LSEF
LSENVI

LSETP

LSEXPT

L SE XP4

LSEXPS
L $HARD

LSHIME
L SHPCP
LSHPTP
L SHW
LSICP
LSINIT
L$LADP
LSLAST
L$LOAD
LSLUN

10-17

10=-17#
10-17#
10-17
10=-17#

vO1-05

22-8#

2%-ba4
16=17#

11-8#

10-17#
10=17#

10=77

24L=Ew

10=17
10-17#
10=-17#

16=12%

10=17#

10-17#

10-17#
10-17#
10-17#
10=-17
10-17#
10=-17#
10-17#
10-17
10=-17#
10-17
10-17#
10-17
10=-17#
10-17#
10-17#
10-17#
10-17#
10-17
10-17#
10=-17#
10-17#
19-9#

27=14

27=148

12-9

1058

LS$CLEA
L$CO

10=17
10=-17#
10=17
10=17#
10-17
10=-17#
10=-17#

((REF

21-8#

28=-4L74

20-84

28-13

28-13#

13-84

18-154#

MACRO v03.01
)

$=9

1¢=SEP=79 13:20:11 PAGE

SEQ

189

(ZDMSB MB203 STATI(

g:
e

8 S8SSSS28 3838383838
W WO
ONOWVES
NN = 3 NOVWN—-O
N

) o
i

g
g

il o

CROSS REFERENCE

e
—

i
el
i —
D
i
il sailh cunll

rrrrmeraerT P

Py )

—

)

26-;38
°26-:84
26-=32#
26-<77#
26-=30#
26-=96#
26->58#
26-?08#
26-758#
26=794#
26-242#
26-B97#

)

L10050
L10051
L10052
L10053
L10054
L10055
L1005€6
L10057
L10060
L10061
L10062
L10063

10047

10064
10065
10066
10067
10070
10071
10072

}0073

1
1
1 0077

(CREF

vO1=0S

18=1744

0046

L10035
L10036
110037
L10040
0041
2
3

TABLE

MAC
0 v03.01

18-193#
18=211#
18-231#
18-249#
19-11#

21-954
22=20#
23-11#
24-134
25104
26464
26=147#
26=253#
26=2844
26=317#
26-366#
26-480#
26=570#
26-533#
26-565#
26-644#
26-616#
26-643#
26-695#
26-79%#
26~750#
26=774w
26-798#
26-827#
26-944n
26-:774#

L10032
L10033
L10034

TESTS #2

26-; 964

26-293
26-A38
26-A58#
26-A68#
26-A86
26-8B11#
26-B28#

26=;44
26~-:90

26b=; 454
26=; 944

26-A03
26-AL0#

26=AC 14

26-A93%

26-B474
26-886
26-D05#

s
H=RG

)

I 15
12=SEP=79 13:20:11 PAGE S=10

SEQ

190

J 15
12-SEP=79 13:20:11 PAGE S=11

MACRO v03.01
CZDMSB M8203 STATIC TESTS #2
CROSS REFERENCE TABLE (CREF v01=05 )
26=D59#
26-E13#
c6=E67R
26=F214
CO=F75#
26~-G18#
26=H72#
27=14
28-13

LODMSG

17=:25#
17-:50%
17-338#
15-36#
17-931#
17=:00#

LODSIL

17-934

LOE
LOGDEV
LOOPBK
LOOPIN
LOT

14=20#
15-17#

27=22

LULOOP

14-3%%

LULP
LUR10
LUR11
LUR12

14=-70#
14-3014
14-302#
14-303#
14-304#
14-305#
14=3064
14-307#
14=-308#
14-301
14-315
15-63#
15-64#
15-65#
14-79#
14-804
14=-175#
14=37#
13-10#
15=47#
14-149%
15-55#

LuUSwIZ2
3
LUSWI

MAINT1
MAINT?

MCLK
MCLR
MIFLAG

MOD INT
MODR
PSR

MPIVE(
MPOVEC
MPR]OR
MSG1
MSG2

MSG3

MSTCLR

17=950

17-951

17=:07

17=:33

17-:83

26=29

26=30

26-(83
26-181

26=-D91
26-233

26=E45
26=272

26-E99
26-668

26=F53
26-861

26-891

26=922

26-980

26=:15

26=:50

26-284

17=:79%4

26-80
26625

26=114
26-628

26=121
26=-631

26=-305

26=;62

26=337

26=515
26=<35

26=<41

26-518

26=521
26-<88

26=547
26=<94

26-550
26-F97

21=49+

21=52

22=17

24=12

17-<79

26-814

26==61
26~E47

26=>25
26=F00

26=>36
26-F 54

26=->38

18-224

18-242

14-311

14-312

14-313

14-314

26-601
26=G5¢4

26=;16

26-823

15-60#
15=-61#
15-62#
15-219#
15=231#
15-238#
17-30#

26-D39

I
|
U
U
wrororornorn nony
O S S
o S AN norO

—

bmmm?mmmm

ailh aalh

26-A79
il

18-113
18-128
18-128
18-128
18-130
18-130
18-130
18-130
14-303
15-11#

ny -

17-460

17229

26=-2%4
26=401

26-D93

17=<06*

26-(23

26=(77

26-D31

26-D85

26-E39

26-£93

26=F4&7

18-108

18-161

18-182

18-200

18-219

18-238

21=59+

21-90

22-13

26-737

26=569

26=69%

wald cud wnl
i
o
i

)

—
.

—
—

—

b s wuid il
it

il
il st

17=:90*

—

17=;50+

14-310

26->88

Q=244

aonoummo'ooooooo
|
o
wNNNgN'\)N—'

17=125#
14=20%

x\oooomc.noooooo

LUSWI

17=943

17=452

LUR1?7

LUREG

26=G51

LUR1S
LUR1S
LURT6E

26=645

LUR13

26=553
26-G00

26=<91

26=237

R
Dk 2E A
O OO NN\

LU2MOD

26~G60

26-<38

~ R

LDTXSI
LOADAT
LODATA

191

26=-:13
26=->37

LDMSG1

—a

LDBYTS

0o Co 0o Co 0o Oo Co Co

10100
L10101
L10102
10103
L10104
L10105
L10106
L10107
L10110

SEQ

26=742
26=766
26=790
26-B35
17-<09
17-33

26-286

21-68+
17-:58

26-862

26-892

26=923

26-981

26=:16

26=:51

26-285

26=G61

26~206
26=45

26-273
26-146

26=245

26=252

26-283

26=316

26=365

26=390

26=479

MACRO v03.01
(20MSB M8203 STATIC TESTS #2
CROSS REFERENCE TABLE (CREF v01-0S )

26=755
26=793
26=(74
14-337#

21-32

9-18#
9-18#
9-18#
9-18#
9-18#
9-18#
9-18#
9-18#

17-60
17-82
21=41#
10-17
10-7#

9-18#
14=122#

]
W=~
~

10=17

4L 3

10-17
10-74

28-47

17-403
17-456

'925'°~
£oeP -y

o~
N

26-G95

(¥,]

26-885
26=A27
26=-£90

26=916
26=AL6
26=F &4

10=-7#

10=-74

10=-7#

10=-17

17-464

26=412

26=-943
26=A64
26=G17

26=:76
26-A74
26=H71

26=;95
26=A99

26=-=31
26-B17

26==51
26-834

25=>16
26-B53

26=>78
26-B96

17-<00

17=-<14

17=<17

17=-<20

17=-<26

17-=03

26-449
26=556
26=755
26~E49

26-460
26-634
26=C30
26-E64

26-468
26-686

10-i7
10-17

17=274
17-454
17-893
26-G46

26-;60

26=<61

26-33

—_—

26-D82

26-855
26-283
26-t 36

192

10-17

17-290

374
o4

26-813
26=a41

SEQ

21-51

17-;18

bmmmm?mmb
~N &]
-t AN

—_A.J—J—jf\)—l—l—l—l—-l

17-387#
14-55#
14=-172#
14=257#

26-779
26=all
26-D28

K 15
12=-SEP=79 13:20:11 PAGE S$=12

17=471

17-476

26==54

17-481
17-899

26=GS2
26=-H17

17=521

26--81

26=->19

26->81

26=731

17-531

26-289

17-912

17-=09

21=10+

17-:81

17=:92

17-,97

17=52S§

26=101
26=-G90

26-<92
26-38

26-=14

26=141
26=H12

14-75#4

PRIO3

PRIOS
PRI07

PRIOR
PRIRTY
PRNFLG
PSTACK
R14NRW
RAB
RABT

22-10

22-12

27294
26-733

26-760

26-784

26-819
17-630

17-684

17-878

17-884

26=220

26=247

17-163+

17-233

17=-;64

17=-,;74

17=167+

17-235

17-658

26508

17-296

17-876
17=-<97

17-409

RAX15

17-162*

RAX16
RCVIST
RCVBUF

26-76

26-117

26-(87
26=F72
26-624

26-D02

RDALL

RDAX

17=-166*

17-938

14=160#

17-:59

17=149

17-589

26=194
26-=78
26=n41

26->40
26=D56

17=672

26=236
26=>55
26=D92+

17-678

26=275
26=>90
26=D95

17=-<97

26~-308
26-205
26=E10

26-340
26=240
26-E4b*

26-(33
26~FQ02

26~(48
26-F18

MACRO v03.01
CZDMSB MB203 STATIC TESTS #2
CROSS REFERENCE TABLE (CREF v01-0S )
RDRXSI
READAX
READLU

READY

REDBYT

REDDAT

REGO
REG1
REG?
REG3
REG4
REGS
REG6
REG?7

RE GNUM

17=700#
17=143%
17=52#
17-702

26=>27
26-857

14=157#
15=26#
17=464

26=412
26~ 85
26=A07
26-881

15-70#
15-80#
15-81#
15-82#
15-83#
15-84#
15-85#
15-86#
15-87#

5=-32#

17-811
17232
17-103
17-706

26=>42
26-874

17-154
17-64+
17-476

26=>92
26-(35
17-205
17-65+
17=561

2191+

21-94

17-54
17-189+
17-393x
17-614+
17-822+
18-110

17-80
17-193«
17-408+
17-629+
17-830«
18-145

26-408+
26=278+
26-B838+

26=728+
26-a17%
26-B55+

17=297
26-385+
26=>77%

26=511«
26=227x

17=145
17-739
17-658

17-158

RX0
RX1
RX2
RX3
RX4
RX5
RX6
RX7

RXABT
RXBCC
RXEBL

14-2924

26-G67

26-190

26-214

17=154
17=577

17=162
17-583

17=-166
17-618

17=205
17=624

17-268
17-703

17-274
17-707

17-284
17=746
26-793

17-290
17-824

26=-D44

26=41

26-190

17=204
17-<58

26-763
26=>28
26-A33
26-D98

17=2€5

17-281

17-394

26-766
26->31

26=A52
26-E5?2

26=769
26->43
26-A81
26-F0S

26-787
26->93

17=107
17=264+
17=459
17=705«
17=967

17=109=
17=280*
17=473
17=708«
17-972%

17=144
17=295%
17-485x*
17=726
17-986%

26=97*
26=;53
26=-A31~
26=D40*

26-138+
26=<29%
26-A4L8*
26-D94*

17-913
26-664*
26=C 19

26=854+
26=(73

26=H01
26=314

26=H23
26=562

17=-,62

26=216*
26-<82+*
26=AS50*
26-E48*

17-463

26=790
26-743
26-8B05
26=G67

17=475

<6-286
26-B22
26-G79

17-558

26=H40

26-;33

26-289
26-B41
26=H41

26=FO1

26=A75+
26-F55+

26=356+
26=>26*
26-801+
26-G65*

26=973
26=D27+

26=21*
26=;09+
26=-D81»

26=66+
26=;55+
26-E 35«

26=174x
26=<31+
26-E89+

26-H63
26=640

26-30

26=D38

26=D9¢

17-=10

1
26-H4

26=242
26-<72
26-214

26-314
26==25
26-242

17=574

17615

26==65
26-821

26-=86
26-B40

17-397
17-<43

17=-403
17=-<59

26~-:39
26=-296
26-858

17-164*
17=340+
17=573+
17=777
17-<40*

17-126
17-126

17-128

17-:63

—

26=,29
26-A80
26-G78

26=745
26==91
26-A18

17-664

26-875

17-948

26-781
26=A51
26=G66

26-A33

RRDYTO
RSEOM
RSOM
RTS
RUN

17-33
14-188#
14-187#
14-186#
14=-185#
14-184#
14-183#
14-182#
14-181#

26=757
26-A32
26-F58

17-631
26=594+
26-a10+

26-86
17-18
17-18

17-16
17-16

26-395
26=D97

26=729
26-A13
26=F04

26=;75

26-D43

26=411
26-A06
26-E51

17-410

26-=87

193

26-353
26-816

17-678

RING
ROM]

SEQ

26=246
26=448

17=-<96
17=165
17-<42
26-a85

| 7-655
17-153
17=745

26-739
26==87*
26=AT4»
26-C36

17-672

REOM

RERR
RE TADR

26-219

26=100

26=730+
26-=66
26~A10
26-R87

L 15

12-SEP=79 13:20:11 PAGE S-13

26-:79
26=-399
26-R75

17-182
17-346+
17=-594+
17-789+
17-<68+

26=396+
26=>89+
26-8B19+
26-H37+
26=268+
26=<84+
26=F4 3

26-300+
26==50+
26=F 93+

(ZDMSB MB203 STATIC
CROSS REFERENCE

RXLENO
RXLENI
RXLENZ2
RXOVR

RXWORD

SSLSYM

SAVE4
SAVEG
SAVLEN
SCRACH
SEC
SECA
SEL4
SEL6
SELFR
SELSBY
SETUP

14=-265#
14=268#4
142674
14=2904
15=444
17-884
9-18#

21-94
26=480#
26=:774
26=-A4L0#
26-E67H

15-404
15=41#
15-48#
15-16#
14=2424
14-100#
15-58#
15-5%#
14=77#
14-81#

TESTS #2

TABLE

(CREF

MACRO v03.01

v01-0S

)

M 15
12-SEP=79 13:20 :11 PAGE S-14

26=:;20
26-:20
26=;20

26-;66
26-;66
26-;66

26=<45
26=<45
26=<45

26-<98
26-<98
26-<98

17=704+
17-899
13-154
21-944

17-707+
26-101
18-103#
21-99%4

17-815+
26-141

26-220

26-247

26,944
26-A68F

26~;964
26-A934

26-8B114
26=H724

23-114
26-6434
26=-=304
26-B28#
27=25#

24=134
26=644M
26==324
26-B474

17-981+

21-15+

26=<46*

26=<99x

26=546

26597

26-624

26-F 96

17=127*

21-64+

21-65+

26-856

26-886

26=917

265654
26~F754
17-812

26-5704

26-G184
22-18
22-19

17-816

18-135#

26==55

26-E£98
26-£98
26-E98
17-821

18-1544

26-F52
26-F52
26-F52
17-837

26-354

18-1744

28-20#4

26=>20

SEQ

26->82

17-843

17-848

17-854

17-863

17-869

17-878

19-11#

21-94

26-358

26-361

26=464
26=7504
26=>58#
26-B934

26=1474
26=774A
26=208#
26-RS7#

26=253#
26=798#
26--758#
26=C51#

26=2844
26-799%
26=7944
26=D05#

26=317#
26-827#
26=a42n
26=D59%#

26-732

26=a12

26~(24

26-(78

26-D32

18-193#

18<2114

18-231#

18-249#

26-3664
4
26=944
26=-A21#
26-E13#

26-D86

SFPTBL
SIGQ
SIGR
STALL
STARES
STARST
STBY
STEPLU
STEPMP
STPCLK
STPERR
STPLU

26=426
26-983
26-<58

STR
STRIP

26-<52
17487+
17-649
17-<80*

N
— e

b —a s
==

2
2

D
onilh ol gl _'o_a—n_o_a
NNNN
WS NN

VETET

HNONNN

— D

YT ooon?o T

—

NNNN

—
A L e
P

ONNN
NNNN

o?o
T

wonc.:oo
9
U
OC.)O ?

—_—

N ===

Q0
— —b
— e o

NP b i wd
b osib i oid

OOO? SH| 0000]

OO
—d
e d

P\
e
— e

lolelele]
f})O‘OOO
— e d
QD =

OC000D
— — —a
NNNN

—2 s —2 —2

(= lelele) TWOOO

P\ b
b
e
e
— e

—_——

\4\rvg=\Q8~Q\rw

SVCINS

SVCGBL

?wonTTTY
A
it

SUBRP(

ee‘aIraeraRVIeIo]R[UG0GU0G0QUDRUclqUlalv1.11.88m8&88-8.89.12.22.‘45.55.%6
—r—=P====(=PP-==(=(=P(=PPg(o(@=RQ=NSG(R=SGPRSG=RS(G=((R=S=IG(RoS(Pe((osP(PIs(o=Gogo=P==e=-=====Oeeee

—0e1wr—2—703NrvD1e05I—vo¢NG=e]0r2I|7Glr0—(M7&a0=¥0]r2%Geo0=89OGv02%0=r60=2&O0=Dr870=3o4e0=D|26=l01IN]N8NI]Iln30*OVV¥Ne20—YssVN“%SO**Nsi7*AssN*31Ws6WNAN1HVECOOCN0NOAGOO91NMNN5GAOENN11%VOANONM78MAO2NMNI183VNOM8OA9N~O02NVA17F811ONGUM.“OAN21“11NA3%7AU1N5N1I"~10ADNN1SN8GN8N7N888N0AN0822oMIN&8DO8NE8e899—r101m282r2e0r2e2r44e%NSo5TSoSoN5%o6%o%
aGGOr—~0..00—m00G—00NrGG—G00OI00Ge—O0N0ee00——IDDGa—O0Mre0000—G—000a—OrdO00aT—000aTNDO0r0M00N0TODD—000rDO000TDDDN—ANNAOIrNSP—ONNSNrCNATN—NANre~SN—TNArNRNSe—NTNNrSSNeN—SSARPNNMSeINNNPUNOOTPNANSUN UPAN0PJMNCNOPNAOeACNNTU0NNTPAJONNDPANeNT)Ae—PNAAeeNTANNI0ITNAeIN0\NAA—ITTIAARSTMNARANPN0IAPAOONTNBIANeRINMeDTNRANeRTNA=eRIMN=NIeTOUOMOe0NOe[O0=O(NO0POLON0Or
0WUNo.A—sJUL4t—pM0—o.i—M4C0NiJ.MRBMI1e..OTO’fTo1i=EfAi1mT-fNATTVRrl1MV«nO3.7YN—lA7.Y“e=Rl.74YOl71y0NRON71v=S——OON17q7~Re0lRo q1UPl7q7Pl7MqOOP1PRTlNcaO7el7DNP4aMOPlOp1q7MTPlM7BNqeOPlra7NeTIl7OSMPNNRTPOyVCPe7PNPIN.7eB7PlWqPeNePln.NI7eW7ePRlLd.—lyV7=T=e.7PNlYRIq7IOPle7qeTA7AlYIqe7IPRlT*7.NO]7AelG(Yq'e7OlP]~L7eNe8RP1ee8TePe8e1TB8eFoP8e-~F1e8eP—8e~18A=ePNl8rTL—A18—eTN8T8eN8eP
1111—1cl.ql111111111111111111 28%175128286232873273610517289012345 ARIN28%17W5O—N1MANMIAUNM2UO~=0OI80OMN~2NONIMO NO—AVIOMOUMOIMTOM—O eTP1%1188OVl89*sr‘—18r2—re2r“—Ir5r5r%6 —0=TeI[RABFrt

G00000G00 QD00 «++— vv—~—

MACRO v03.01
(ZDMSB M8203 STATI(C TESTS #2
CROSS REFERENCE TABLE (CREF vO1-05 )
N 15
12-SEP=79 13:20:11 PAGE S-15
SEQ

195

SL3dY4

ge=£8888888

N~—ON——ONrOA—O—N—O—N—AOAN———oF—o3—OO—<JoD<FN(TUoMYn—n—i(nUTM—n=onT=o©PTOef0TNGI0Ge0INPIeOeITAeNeIT2eSTUMITeUMeTMUeeMMMT—UeMMNeMeI0TOONTeONeVOAT3M—o

oNeO¢NeOT—T—Oe¢—rT—e—0ey—i—S—eT—(F—NV—OUTM~—e—Ii——itO—N—eIe—lMiTO——N—iD—O=Oerl—iTN—OiTT—N—eOe=M—I—eTNOO—N=eOe-tO=ReOi=—ATNe—IN=I—MTIeTWTNAeUeITMeNSeEBSe

53‘5678901234234567890123312224445““788990112
OA"6GO—OGI8OA4ORNOV000y|NVNeyG0=8G01——lA0O0D0ON|oy8G=6G—G1lA0OONT|0oVNG6ANGG—qlPOO0O|No8—~G=GG6-Nl0OOOOA1e0OGGlG—G-NPeAO0OyA1NeOO8OGl8—GG|P3NIU 0Oqe0RODG—4GG|0OlOO1V86GNGG—=—A|O0ON-0Re8GG—GWGo|NOOO0I1N8G0GGeN—6Glg0OODO01UoSO—TY—NG—G6NlPO|O0OIOO01oTO8N0GoGMG60l|ONOOOVO01IoS3GG8GOl6TN|OOOTUeo8VILN0—PGG08GlGAPVO0OtONNyoO0InGAo6eGGloOeNN0OOOANOUo8NVG8oGiNGlM6OMOOT0sO—AGGAlGnCVOMN8nNoGG6GAONenOOO01NnN—eAINNGGlGN6P!POiOOOOIIsnnU8u6GGGeBdIIOO0nOnMsnVNO6iGGGlMUROO0OTnTnsN86MGoaGCeedB0OOOInnn—e8NGGGG0NR0POOONOno8TnIIGGIG36nde0UlO0OOOONasLTTTnBG6GGPRdOOO0Ns8T3G0GGlAePN01OOO1.NaTGeGNG6APTRIRdOOOO0Is8GGBGeGlTPO0OIOTUaTAnGGC6RTPed0OOOIOa8T6NATOGu8GGOOReMTNd0OONIe6eGGG8TP—TNOO0OINe8IGGG67eleRT0OOTaITNGGG8edP00OOIRTs8UIN6GnAGGTPRdOO0MTToIGGneeGA3dOO0T8eM6GGGRAeTPOO0IMTl8MM6GGeGeR0OOMs8MSCuG8eR6G0MTdNN0OOOMsM8&eGuGGeR8ATRR dL)O0RM8M8oGGRIGMTP60OOpTV8uMG6GdMeGRl0OIpM8MeTGeGGe6NdOO0Ns8MMA8GGGleRPO0ODIMMe8GGGl€M6ePIMOO0OU8oGGGGlPTM6OOOURIo8eo8GeMGGAlRNOO0o8GGeGIG—6elTR0OO8eGIGGGeP60OO—I8o38GGGrePR0OOMrp8—aG8GG6Pd0OOCo88GGGlGPeO0Os8TG6GGlNeP—ROO0UUNsI8GGGl6ePOO08se36GGGelT0OOOM8VVM6GGGseP0OOOWWL8—GQ—NoGeoaM0O0t0
(ZDMSB MB203 STATIC TESTS #2

(ROSS REFERENCE

Ta8LE

(CREF

v01-05

MACRO v03.01

)

B 16
12-SEP=79 13:20:11 PAGE S-16
SEQ
196

OMSNniNTonMU—NiMOAnoiOnTNn 5345678901234234567890123123“5%“789012 tfTFeig=—¢-G€O0(PO=goeY= rF§(efP=Tog¢v£s—m—==O0TP -N1.'1111111111111111111111111111O—NoONSTIMnNnNrPnNMOAnOINOUM CMYDONVOUNTIVnMO—0OnR0YNnOVRNn0NOMn0 0OFGr—3oAUMNIyR0
4

37DO81O823~&48TN5%6UMI87MF&88=9%O0WO91—92O%0DR012ON%3W%4F1005¥%UM07%8=O@9I1O01=8Q19O20NR31O223O4210526S27M28M29
oOOOy0O00O\NOOTNTO<TFCNUIMNIVM)——O—B—O—O0—OG00OOAN77NOO=ONODOD—OIOIGR0OG0G—O0NGO0IG~NOEGO00AG0OTGGOONG0OoGG0OUGGDOoM0uGOo0eGu—00eG—0MMAAM\A\~
1 1'1!1 1 1 1 1 1 1 1 12 2 2

8A8AR4LO0UoYtO40—0GNo0t8O6—G80o00tNR4T6G6eo00O—Dt8RLGGeo00YTt40AGSeo90ORtO186eAo0No0t4L"G6eAoo00t148F=6G6NoO0tLAFGA0o0t48LN6GUP00oOt4MAA0o0t88G6=N0o0t4P—6AA0o0tN18Y6A—00Oot4ROW6GGO0o0t148A6GR00otOeR86G00otE48oTAGA00l4e86AO0048A6eG00OQSG66GD0000Q8oS6GAO00ERo=6A6003Q8oAGA800So=6G500OQ866L8G0o0OOBAAG008Q8No6GG000LeAoA00Q8F66oGo00IBU=66O00Q8LeA6€o00MeoGG000Q8LA—6=00SBG6OA00Q8GAAO0oT06=GO600Q8—N6O6o006R6o0OODQZ8=RA6A00G6V6=00BZQ8o=GDAG00?=GGWT00Z8=GBGTO00?Q0BN=G66T00VZ8G=3GN80O0O56BAA00Q860A6G6T00OQN5=06€GT00?85=66FG00ZM0=G6U3000Q8N6G=G00OZQ=G6650300%8M66==0G300Q8G6600Q8T= oPR00O
083%ONDrBAUI—m I5083RDOAWN—Uvr~tOy 0G@TAO0aArm—C10RON2r3O‘O—405O06rO%I07O—08V90Er008CI93O—M01=2N4IN5O671T89 -.BUNL I0G683OA(UWR-—\ a6GA83&02ODNC1LTG68A0Oe(UIDC\DCOD "NOTMOIaUrPN—~lO0OrMeNO"(UITWaVOO)N eT=o

e e 00TT TTT T

MACRO v03.01
(ZDMSB MB8203 STATIC TESTS #2
(ROSS REFERENCE TABLE (CREF v01-0S )
c 16
12-SEP=79 13:20:11 PAGE S-17

fFT—-0GCOeUL

r—vONr—Ir—Vr—

SEQ
197

(ZDMSB M8203 STATIC TESTS #2
CROSS REFERENCE

TABLE

(CREF

D 16

MACRO v03.01 12-SEP-79 13:20:11 PAGE S-18

v01-0S

18-230
18-230
18-231
18-238
18-239
18-240
18-240
18-247
18-242
18-242
18-243
18-244
18-244
18-245

18-230
18-230
18-231
18-238
18-239
18-240
18-240
18-241
18-242
18-242
18-243
18-244
18-244
18-245

18-230
18-230
18-238
18-238
18-239
18-240
18-240
18-241
18-242
18-242
18-243
18-244
18-244
18-245

18-248

18-245
18-246
18-246
18-247
18-248

21-25

21=25S

21=25

24=-12

24-12

21-29
21-34
21-52
21-85
21-86
21-90
21-94
22=10
23-11
25-10
26=105
26=147
26=224
26=253
26-364
26=419
26=-458
26=471
26-539
26-620
26=737
26=737

26=739
26=748
26=763
26=763
26=774
26-787
26796
26-823
26-823

26=-825
26=:77
26=;37
26=;43

21-29
21-34
21-52
21-85
21-9G
21-90
21-94
22-10
23-11

26-46
26-105
26=147
26-251
26-253
26-364
26=419
26-458
26-471
26-565
26-620
26=737
26=737

26=739
26-748B
26-763
26-763
26=774
26-787
26-796
26-823
26-823
26-B25
26=:77
26-;3726-:43

21-29
21-34
21-53
21-85
21-90
21-90
21-94
22-10
241

18-230
18-230

18-238

18-239

18-240
18-241
18-241
18-242
18-242
18-243
18-244
18-244
18-245
18-245
18-246
18-246
18-247

18-230
18-230
18-238
18-238
18-239
18-240
18-241
18-241
18-242
18-242
18-243
1B-c44
18-244
18-245

18-246
18-246
18-247
18-247
18-248

21=25

21-26

24-12

18-248
18-248

21-31
21-34
21-53
21-85
21-90
21-90
21-94
22-10
24-10

26-46
26-145
26=224
26=251
26-284
26-364
26-419
26-458
26-480
26-565
26-643
26=737
26=737

26-763
26-772
26=774
26-787
26-796
26-823
26-823

26-763
26=772
26-778
26-787
26-796
26-823
26-823

26-825
26-:77
26-;37
26-'43

18-230
18-230
18-238
18-238
18-239
18-240
18-241
18-241
18-242
18-242
18-¢243
18-244
18-244
18-245

18-245
18-246
18-247
1B-247
18-248

26-46
26=145
26=147
26=251
26-284
26-364
26=419
26-458
26-471
26565
26-643
26-=737
26=737

26-739
26-748

SEQ

)

26=739
26-748

26-825
26-:08
26-;37
26=:4%

18-248

21-31
21-35
21-53
21-85
21-90
21-90
21-94
22-17
24-10
26=105
26=145
26224
26=251
26-28B4
26-364
26~4i9
26-458
26-480
26~=570
26-643
26-=737
26=739

26~739
26748

26-763
26=772
26-778
26-787
26-796
26-823
26-825

26825
26-;08
26-;38
26=:43

18-248

21-31
21-35
21-81
21-85
21-90
21-94
21-94
22-17
24-12

26-105
26=145
26-224
26-251
26-317
26-364
26=419
26-471
26-480
26=570
26-644
26=737
26-739

26=739
26-748
26-763
26=772
26-778
26-787
26-796
26-823
26-825

26-825
26-;08
26-:38
26-:43%

18-230
18-230

18-238
18-238

18-239

18-240
18-241
18-241
18-242
18-242
18-243
18-244
18-244
18-245
18-246
18-246
18-247
18-247
18-248
18-248

21=26

21-31
21-35
21-81
21-85
21-90
21-94
21-94
22-17
24-12

24=12

26-105
26=145
26-224
26-251
26-317
26-366
26-419
26-471
26-510
26-570
26-644
26=737
26-739

26-739
26-750
26-763
26=772
26-787
26-787
26-796
26-823
26-825
26-825
26-;37
26-:38
26-:43

198

18-230
18-230
18-238
18-238
18-239
18-240
18-241
18-241
18-242
18-242
18-243
18-244
18-244
18-245

18-230
18-530
18-238
18-239
18-239
18-240
18-241
18-241
18-242
18-243
18-243
18-244
18-244
18-245

18-230
18-230
18-238
18-239
18-240
18-240
18-241
18-242
18-242
18-243
18-243
18-244
18-244
18-245

18-230
18-230
18-238
18-239
18-240
18-240
18-241
18-242
18-24¢2
18-243
18-243
18-244
18-244
18-245

18-249

18-248
18-249

18-249

19-11

18-246
18-246
18-247
18-247
18-248

18-246
18-246
18-247
18-248

21=26

21-28

24-12

24=12

21-31
21-52
21-81
21-85
21-90
21-94
21-94
22-17
24-12

21-31
21-52
21-83
21-85
21-90
21-94
21-94
22-17
24=12

18-246
18-246
18-247
18-248
18-248

21-28

21-32
21-52
21-83
21-85
21-%0
21-94
21-99
22-17
24-12

24-13

18-246
18-246
18-247
18-248
18-248

21-28

24-13

21-32
21-52
21-83
21-85
21-90
21-94
21-99
22-20
2412

21-32
21-52
21-85
21-85
21-90
21-94
21-99
22-20
24-12

26-105
26-145
26-224
26-251
26-317
26-366
26-458
26-471
26-510
26-593
26-644
26=737
26-739

26~-105
26-145
26-224
26=251
26-364
26-366
26-458
26-471
26-510
26-593
26695
26-737
26-739

26-105
26-145
26-224
26-251
26-364
26-419
26-458
26=471
26-533
26-593
26-695
26-737
26-739

26-105
26-145
26-224
26-251
26-364
26-419
26-458
26=471
26-533
26-616
26-695
26-737
26-739

26-10S
26-145
26-224
26-251
26-364
26-419
26-458
26-471
26-533
26-616
26-726
26-737
26-739

26-763
26=77¢
26-787
26-787
26-796
26-823
26-825

26-763
26~=772
26-787
26-787
26-798
26-823
26-825

26-763
26-772
26-787
26~787
26~798
26-823
26-825

26~763
26-772
26-~787
26~796
26-798
2¢-823
26-825

26-763
26-772
26-787
26-796
26~799
26-823
26-825

26=739
26=750

26-825
26~;37
26-;38
26-:43

26-748
26-=750

26-827
26-;37
26-:;38
26-:44

26-748
26-754

26-827
26~-;37
26-:38
26-:44

26-748
26-754

26-827
26-;37
26~;43
26-:44

26-~748
26-754

26-944
26-.;37
26-.;43
26-~:44

(ZDMSB M8203 STATIC TESTS #2
CROSS REFERENCE

v01-05

)

26-:4B
26-:83
26-:89

26-:48
26-:83
26-:89

26-:54
06-:83
26-:89

26-:;54
26-:84
26-:89

26-;54
26-:84
26-:89

26-a82

26~392

26-292

26~a92

26~392

26293
26=A02
26=A26
26-A38
26-A56
26=A63

26-ABS
26-A91
26=A98
26811
26826
26=B45
26-B62
26=B64
26-B79
26-B8S
26891
26897
26=C51
26=-(9%
26=D50
C6-EQ04
26-E58
26=F11
26=F65
26=G71
26-G83

26-H45
27-16

27=-17
27-18
27-19
27-20

27=21

SVCTAG

(CREF

E 16
12-SEP=79 13:20:11 PAGE S-19

26=:48
26=:83
26-:89

26=:94
26-<83
26==72
26==94
26=>34
26=>49
26=>99
26=249

SVCSUB

TABL:

MACRO v03.01

27=22
27=23
27=25
28-15
28-17
28-18
28-47
9-18#
26=-A26
9-18#

21-94

26-:94
26-=30
26==72
26-=94
26=>34
26=>49
26=>99
26=749

26=:;94
26-=30
26==72
26==94
26=>34
26=>58
26=>99
26-249

26-293
26-A02
26-A26
26-A38
26-A56
26-A63

26-293
26-A02
26-A37
26-A38
26-A56
26-A68

26-H4S

26-A85
26-A91
26-A98
26=B11
26-B26
26-B4S
26=B62
26-B69
26879
26-8B85
26-891
26-B97
26-C51
26-D0S
26-DS50
26-E04
26-ES8
26=F11
26-F6S5S
26=G71
26-G83
27-16

27=-17
27-18
27-19
27-20

27=21

27=22
27=23
2725
28-16
28-17
28-18
28-47
9-314
26-A45
9-334

21-99

26-A85
26-A91
26-B09
26-B11
26-B26
26-B4S
26-B62
26-B69
26-B80
26-B85
26-B91
26~(42
26~=(51
26-D05
26-DS9
26-EQ4
26-ES8
26=F11
26-F65
26=G71
26-GB3
27-16

27-17
27-18
27-19
27-20

2721

27=22
27-23
27-25
28-16
28-17
28-18
28-47
26-510
26-A63
12-23

22-20

26=:96
26-=30
26~=72
26==96
26=>34
26=>58
26=708
26-749
26-293
26-A02
26-A37
26-A38
26-A56
26-A68

26-ABS
26-A91
26-B09
26-B16
26-B26
26845
26-B62
26-B69
26-B80
26-B85
26-B91
26-(42
26-(96
26-D0S
26-DS9
26-E13
26-ES8
26=F11
26-F65
26=G71
26-G83

26=H45
27=16

26=:96
26-=32
26==72
26==96
26=>49
26=>58
26=?08
26-?58
26-a93
26-A03
26-A37
26-A38
26-AS56
26-A68

26-A85
26-A91
26-B09
26-B16
26-B28
26-B4S
26-B62
26-B79
26-B80
26-B8S
26-B91
26-(42
26=(96
26-D50
26-D59
26-E13
26-E67
26=F11
26=F65
26~G71
26-GB3

26-H45
27-16

26=;96
26-=32
26~=94
26==96
26=>49
26=>99
26=708
26-?58

26-H45

26=-H72

26-A85
26-A91
26-B09
26-B16
26-B28
26-B4S
26-B62
26-B79
26-B80
26-B85
26-B91
26-(42
26=(96
26-D50
26-E04
26-E13
26-E67
26-F21
26-F6S5
26-G71
26-G83
27-16

27-17

27=-21

27-21

27=21

27=22
27=23
28-13
28-16
28-17
28-18
28-47
26-539
26-A73
13-15

23-1

27=22
27-23
28-13
28-16
28-17
28-18
26-593
26-A98
18-103

24=-13

26-a892

26-A02
26-A03
26-A37
26-A40
26-A56
26-A73

27-17

27-18
27-19
27-20

26=<30
26-=32
26-=94
26->34
26=>49
26=>99
26=749
26-758

26-a93
26-A03
26-A37
26-A38
26-A56
26-A73

27-17

27-18
27-19
27-20

26-;83
6-:84
26-:89

27-18
27-19
27-20
2722
27=23
28-13
28-16
28-18
28-18
26-62 0
26-B16
18-116

25-10

26-A86
26-A91
26-B09
26-B26
26-B28
26-B4S5S
26-B62
26-B79
26-B80
26-B86
26-B91
26-C42
26-C96
26-DSO0
26-EQ4
26-t58
26-E67
26-F21
26=F75
26~G71
26-G83
27-16

2
2
2
2

2
2
2
2
2
28~
6
26-B33
18-135

26=46

26-:;83
06-:84
26-:89

26=<30
26-=72
26-=94
26=>34
26=>49
26=>99
26=749
26-?794
26-392

SE@

26-:;83
26-:84
26=:90

26-:83
06-:84
26-:90

26-a92

26~d92

26=<30
26-=72
26-=94
26=>34
26=>49
26=>99
26=749
26794

26-A02
26-A03
26-A37
26-A40
26-A56
26-A73

26-A02
26-A03
26-A37
26-A40
26-A56
26-A85

26-H72

26=-H72

26-A86
26-A91
26-B09
26-B26
26-B33
26-B4S
26-B62
26-B79
26-B80
26-B86
26-B91
26-(42
26-(96
26-D50
26-EQ04&
26-ES8
26-F11
26-F21
26-F75
26-G71
26-G83
27-16

26-A86
26-A91
26-8B09
26-B26
26-B33
26-B47
26-B62
26-B79
26-B85
26-B86
26891
26-C42
26-(9%6
26-DS0
26-EQ4
26-ES8
26-F11
26-F65
26-F75
26~-G71
26-H4S5
27-16

26=<77
26-=72
26-=94
26=>34
26=>49
26=>99
26=749
26~794

26-:;83
26-:89
26=:90

26-:;83
26-:89
26-:90

26-892

<6392

26=<77
26-=72
26-=94
26->34
26=>49
26->99
26=749
26~a42

26-A02
26-A03
26-A37
26-A4S5S
26~-A56
26-A85

26-A02
26-A21
26-A37
26-A4S
26-A58
26-A85

27-14

27=14

26-A86
26-A91
26-B09
26-B26
26-B33
26-B47
26-B62
26-B79
26-B8S
26-B86
26-B91
26-(42
26~-(9%
26-D50
26-EQ4
26-ES58
26-F11
26-F65
26-G18
26-G71
26-H4S
27-16

199

26=<77
26~-=72
26-=94
26->34
26=>49
26->99
26-749
26-d42
26-A(02
26-A21
26-A37
26-A4S
26-A58
26-A85

26-AB6
26-A93
26-8B09
26-B26
26-B45
26-B47
26-B62
26-8B79
26-8B85
26-8B86
26-893
26-C42
26-(9%
26-D50
26-EQ4
26-ES8
26~F11
26-F65
26~G18
26-G83
26-H4S =

26-A86
26-A93
26-8B09
26-B26
26-B4S5
26-8BS52
26-B62
26-B79
26-8B85
26-8B86
26-893
26-(4&2
26~(96
26-D5S0
26-E04
26-ES8
26~F11
26~F65
26-G18
26-G83
26~H4S

27-17

27-14

27-21

27=21

27=-21

28-15

28-18
28-20

28-18
28-47

28-17
28-18
28-47

26-754
26-B52
18-154

26-778
26-B69
18-174

26-;08

26-:;54

26-<30

26~-<83

26-147

26-253

18-193

26-284

18-211

26-317

18-2%

26-366

18-249

26-480

19-11

26=533

MACRO v03.01
(ZDMSB %8203 STATIC TESTS #2
(ROSS REFERENCE TABLE (CREF v01-0S )

26=774

26-208
26-B97

26-798
26-758
26=(51

26=799
26=794
26=-D05

26=944
26=A21
26-E13

26=:77
26=A40
26-E67

26=;48
26-AS8
26=F21

26=267
26=->13
26=C37

26=299
26=>75

26-332
26=225

26-384
26=276

26=506
26=-a09

26-663
26=C17

26=722
26=(71

26-812
26-D25

26-857

26=975

26==56

26=>21

26->8%

26-233

26=-780

26-a13

26=(79

26-E41

18-1224

18-135

18-1414

18-154

18=-1604

18-174

18-180#

18-193

18-1994

18-211

26=-593#
26=;544

26=-6204

26=643
26-;94

26-750
26-<77
26-A734
26-B93

26=7544
26-<834
26-A86

26-1734
26-6634

26~2674

26-284

26-317
26-827
26~-708
26~-D59

26-332#
26-850#
26=7254
26=D79#

10-17
17-:614

26-=32
26-B47
28-20
26=173
26=-=48
26=F92

ooanmqooomoo

—
ol —h
-l
ol
il
il

‘O\J\J\W‘;W"m—‘
LR
r

wld ni®
e
i
i
el cnld
o

0-17

POPNONON)
= —= =2 OO

1
1
1
1
1
1
1
1

00 0o GO 00 00 00 00 00 ~J

r _
xR

—

AARLRRAA

PONOUNON)
— — —o
O NN STV o (o ]

— —
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b
ol

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il ol
il

POPON)
= — = = O
Q0 ~\NWN
S PO GO
R
3
xR

000G
Q0 G0 GO

—d —D
o
e
ed
D

NONUNS
= = = 2O
0
QO "NV
NO 00 —
u
R
3

il sl

mmmm?mmm
1
L

el-

~
|

ild wild vaeld

e -

10-17

now

oo~
[
Iro
NO

nonrO

26=799
26->58

26-A634
26-R80

g\l\h\hwf\)of\)—'
X
x

sl sl

il vl

cualh waiD

oad

f\)NN—-‘-—‘—'—‘OO.

mmmm(f)mmm\l
LI
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cd cnid
=
wilh cuid and cnld
il
i

£$9
Q0 NWNYWNMILWN
O
r
X

k@
i
D
e
i
D
e
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AONVN)
= = —2 =2 O\

mmmm?mmmw
L
L
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wnd
D e
e
e
i
i
e
b

mgbmgmomo\

saalh cil
el cailh o
st
b sl

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mmmm?mmm\l
[
|
LI
A
|

1
1
1

il el sl ol

18-102

18-}

10-17
10-17#

26-:90
26-A58
26-B69#

Qo 00 00 QO OO Qo OO o
'

13-8

26=20#
265064
26-;02#
26=-a05#
26-E87#

T'$ARG(

26-750
26=>58
26-893

26-A40
26-B52#

anld

T$$SW

TS$STES

26-695
26==96
26-B64

26-644

19-9#

28-13
26=-5104
26-;08#
26-A03
26-B16#

can

T$$SOF
T$$SUB

20-8#

T$$PRO

TSSRPT

T$EMSG

12-9
21-84
18-101#
18-217#

TSSHW
T$SINI

il cih wnld

T$SHAR

26=666

mmmm?mmm

T$SCLE
T$$DU

26=112

TS$SAU
TS$SAUT

26-G43
25-9#
22-8#
23-84
24L-84
27-14

26-788

ld vl

SYNCH

26=764

SYN7

26=740
27=304
27-31#4
27=32#4

26=643
26=-=30
26-B28
27-25
26-65
26=<24
26=F 41

il aald wald

SYNS

SYN6

9-30#
26=969
26-E 33

26~616
26=<77
26-811
26=H72
26=20

SYN3

SYNG

14233
14=232#
14=2314
142304
14=229#
14=-228#
142274
14=226#

SYNO
SYN1
SYN2

27=19
27-20
27-21

moucmw

SWPA(C3

14=1264#
14-125#
14123
13=-12#

POPNORND
=

SWPAC1
SWPA(2

14-127#

)

Sw3

SWIFLG

9-18#

N
e

SWO
Sw1
SwW2

26=570
26~;96
26-493
26-G18

26-850
26=D79

Q0 0o 0o Oo Co 0o

SVCTST

26=565
26=;94
26-A68
26-F 75

12=-SEP=79 13:20:11 PAGE S$=20

NR0aWC%2TAo65oN%T2O.—N[MeIO\DTeOMNMNOOI—TO—VNIVN&ONOIVMIOVIRINTIODNOVNOI&P=R»OTRO®rOO0—&Nr—ONI&N¥NMI2MIYINMTIMTINzTO

Ns)—RBToOlaoNBlyoIlaMnoLBolVV“ToVoVua”(¥N0e9b31346&®¥8R¥”''9u3“”’“—MIN‘y®oOr”O'“N=ey—=4BbMNu”NI®rdbRIMuReON¥4bOTMIhbs3sN_rrNOoOgrbbNI¥—kbT=t3M&3IN&N4u3¥
NYOOPeN~M||UNINMSRONOAONORNGTeNO00WNNN)MIMNNNW—OoNNATOWMIoVWNY0MNLUoIWUO10Oo0OTSYVI.ettt
0OOTMVoWNV|YAW¥e—TWlTNYGS0TRMNOYAeV1OOWGDA2OVYGGeDOOOADOGe2NGGYDOGWOeNVCGGeAOOV2YANOGGeLO3OGCGeOOVGGeDOOO4GeGD0OO“YOGGeCO0O4TAGGeOO0O‘RGGo0OO5YGCeGOOO3GG0OO8OCeAGOO0GG3eOO00CTGGeIO0OOGeG3O0O0GGe‘OOOeCGG40OO06eGG‘O0OOGG—4O00GG5OONTGG850OOWGG5,OONGG46OOGTNGGO6OIGAGCOO6GGTOOM6GGOO7aGoGYOON7ETGGOO7TGGJOO8eIGGOO8IGGkeOO8MGG0tOO8MGTGOO09MNGQGD00
~|LMvNUNWO—(UN~LDVWNTAWMIOOGOO0GAO0GN0A00NGO0G0Ge0GeGeOGeOGeOGOGOeGOeeeGOGOA0GOGOG0TeOGTOGOGGG0

&UONO=-e0O=NOn—UoA08V—IvOVNyTC0yLVAV=MW8&0UNOVT—BNOI8—VSO(IN8—NNU=MOUTUMO8—NNUO0O~CM~M~AAIIUNNe8—NWLUnON8UNe—hOY8N.BTOTQIONU0gDOMN8UNNMNAO0M—NI8N—OMN80AAeeeIYNOTIe=IIOV8WI—IONA8NIION8GeISNN0INON8UGOt8NVIOGVMONIG8OR:3VIGC0O8GI—ONM(TD8TNGTVONNUGeT08OVGTT0ONS®LeNO»D8CVTPMWGeT8OTS=eG3e&TeORGeTee8OOW5eGeTTDOO3reeGeT8O40TeGeTO4eeeG8TTOO04tGeeeTT0O42G8TeTOTVO—N5eOeGIT—-ON5NGN~TToTONOs06eeDToTONOeGToPON6OT1GeeTeTOC6I7=eGeTTIO6I=GNTTTOOV7MeeeGTTTOWNMN8®e§eTTT7IIG=e¥eTO89M=IGeePTeOO87=CTO8MMG®eTO87IMUoeRLeO9MoUM0
.4 wo
(ZDMSB MB203 STATIC TESTS #2
MACRO v03.01
(ROSS REFERENCE TABLE (CREF v01-0S )

’

= w<4

oRNTrS¥dGz ON3I01T9!M222O1‘4‘582M047258788bxLir&R3dgy 0GACODNPTOVWMN0 —=NATey~0GCADOWMN—AWNNTLEsoeDtylbr&Bxt3NI-TeP xR&r¥eB¢ eLUAP.N=OI—0NeNNNN-ION~INOUIOUNIOINTVOoAMTNMNINOOIOoU0OROIOOM—r e.LUD0—UOIPe-O~NVO

12-SEP=79 13:20:11 PAGE S=21

G 16
SEQ

201

26=364#
26=;37#4
26=>4L9#
26-AB8S#
26-885#
TSEXCP
T$FLAG

TSGMAN

TOHIL
I

TSLAST

T$LOLI

T$LSYM

26=F11#
27-16

2723
26~ 38
26=-a93#

26-B86#
9-18#

27-16
27=23

9-18#

27=16
27-23

9-18
21-99

26=570

T$L TWO
TENEST

26=:96
26-A93
26-G18
28-47#
9-18#
13-15

18-116

18-154

18-193

18-231

19-11

21-99

23-11
25-10
26=147
26-284
26-366
26-510
26-570
26-620
26-695
26-754
26=799
26-944
26-;08

TABLE

(CREF

MACRO v03.01 12-SEP=79 13:20:11 PAGE 5922

v01-0S

26=419#4
26=;434
26=>99#
26=A91%4
26-B91#
c6=F65#
27=17
28-18
20~ 38#
26-A03#

28-18#
26=;44
26-A03#

27=-16#
27=23
28=47#
27164
27=23

27=17
28-18

22-20
26-616
26=<77
26=B11
26=-H72

26=419
26=;43

26=->99

26=-A91
26=891
26=F65
27-16#4
27=23#
26~ 384
26-A03

26-B864

9-18#

9-24
13-15

18-116
18-154
18-193

26-4L58~
26~,83#4
26=7494
26-B0%#

26=471
26-.89
26=-292
26826
26-(96
26-G83
27-18#4

26=4714
26-;89%#
26=-a924
26-B264
26=C96#

6=, 44M
20-A38

27=17#
28-18#

27-17
28-18

23-11
26-643

12-23

SEQ

)

26=-AS6#4
26-B79#
26-ES8#

26=;37
26=>49
26-A85
26-R85
26=F11

27214

27=22

27=228

26~;904
26-880

26=;904
26-R80#

26=293
26-B80#

26-a93#

27=204

27=21

27=21#

27=22

27=22#

27=20#

27=21

27=21»

26-G83#
27=19

26=7484
26==724
26=-A02#
26-B454
26=D504
26=H4L5#
27-20

26=772
26==94
26-A37
26-B62
26-E04

26=7724
26==944
26=-A374
26-B62#
26=-E04n

26-796
26=>34
26=-A56
26-879
26-E58

27=204

27=21

26=; 44N

26-A38#4

26~ 84
26-A384

26-;84m
26-A86

26~ 844
26-A86#4

26=-.90
26-A86#

27-18

27-184

27=16

27-19#4

27-20

27=17#

27-18

27-18#

27=19

27=194

27=20

24=-13
26644
26-=32
26-B47
28-20

25-10
26-695
26=-=96
26-B64

18-135

18-154

28-18#4
13-15

9-244
13-154

18-116#4

18-231
19-11

21-99
23-11
25-10
26-147
26284
26~366
26=510
26-570
26-620
26-695
26-754

26=C42#
26=G71#
27-18

18-103

18-116

26=46
26=-750
26->58
26-R93

26=147
26=774
26-208
26-B97

18-174

26-284
26=799
26-294
26-D05

18-211

19-11

12=23#
18-103#
18-135#4

13-8
18-107
18-141

13-8#
18-107#
18-141#
18-180#
18-217#
19-9#

18=1744

18-2114

26-242M
26-A40
26~A68

26=D254

27=22#

26-565
26~-:94
26-A68
26-F75

26-799
26-944

26=D05#

26-R86

26-480
26=:77
26-A40
26-E67

26=-(17
26-D25

18=231

26=7964

26=>344

26~366
26=944
26=-A21
26-E13

26=;96

26-<83
26=-=96
26-208
26=794
26-a82
26-AL5
26-A73
26-B16
26-852
26-897
26=D05

202

26-748
26==72
26-A02
26-845
26=D50
26=H45
27=19#

26-458
26-,83
26=249
26-8B09
26-(42
26=G71
27=17#»

WSONO

CROSS REFERENCE

TESTS #2

nN
PNOND) = b
[«8 o
NO@Q@@O'\J
]
11\
i
i
n moomm—-—n—a—no
~o
W
NOOMnN
=

(ZDMSB M8203 STATIC

2
26=CS1a
26=D55#

18-180#

T$PTNU

TS$SAVL

T'$SEGL
T$SUBN

T$TAGL

T$TAGN

26=>13
26=C71m
26=G37#

26=510#
26=,;08#
26-A63#
9-18#
9-18#
9-18#
9-18#

26-53%#
26-754
26=;54#
26=-a73#
26-A73
26869
9-18#
9-18%

18-122

18-217

21-8#
26=20
26-332

26-53%%
26-722
26-850

26=; 544
26=->13

26=-a73
26-A63#
26-852
26=D79
TSTEMP

26-F92#

11-8

11-8
11-8

11-8
11-8#

11-8#
12=23#
18-193#

21-94#
26-4L6N
26=533#
26=750#

28=45

22-20
26-284
26-799
26->58

26-D05S
26-H72
26-533

26-.48

26-A68

26-G18
27=25

26-G18#4
27=25#

13-8#
18-19%9#

23-8#
26=29%5#
26-812#
26=>75#
26=D25#
27=-144
26-53%#
26=:54m
26-A734

26=20#
26-58%#
26=754m
26=<24H
26-a82
26-A73#
26-B69

26-65#4
26-593
26-778
26=-<30

12-9
18-122#
18=217

12-9
18-141

26-a82
26-A98
26-B6#

22-8
26=20#
26-332
26-589
26=722#
26-850
26-<24
26=->134
26=-273
26-A73
26-852#
26-D79
26-G37

26=F41
26=G37
28-13

26-E33
26=F41
26-G37
28-13

18=101#
18=217#4

18-103
18-231

26-E33

13-15
18-211

26=774H

26-E334
26=F4 14
26=G374

26=-E67
26=F 75
26=H72
28-20

26=E67
26=F75
26=H7?2
28-20

26-E67
26=F75
26=H72
28-20

18-107#

18-116
18-249

18=122#
19-94

18-135
19-11

28-13#

18-2374

26-827
26=208
26-D59
27=25
26=565
26=:94
26-A93

24-84
26=332%
26-850#
26=7254
26=D79#
28-134
26-593#4
26=-<30#
26=-A984

24-13
26=366
26=944
26-758
26-E13
28-20
26=616
26~<77

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26=2674
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26-A26
26-A98%#
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26-3324
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18-107#
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26=754#
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26-A4L54
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18-101

18-101#

20-8
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26-663
26-778#
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26-778#

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18-180
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203

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26=G18
27=25
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22-8#
26=2674#
26=7224

TENS2

(CREF

Lilgghdis

TSNSO
TENST

TABLE

MACRO v03.01 12=SEP=79 13:20:11 PAGé 5923

[
e e e e e )
NOODOD
— b =
I
1

(ROSS REFERENCE

TESTS #2

Rele

(ZDMSB MB8203 STATIC

20~12#
24=134
263664
26=6444
26-944%

20-12
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26-F 75
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25-9#
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17-581
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17-628
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18-152
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28-164
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26-A034
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18-135
18-161
18-181
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18-221
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26-F11
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27-194

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26-811
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26==32
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26==30#4
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26=299
26-589
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26=;44
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26-A68
26-880
26-E13
27-16
27-18#
27=21
27=23
28-16
28-18#
26=20
26=2994
26-585#
26-812#
26=-<24#
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26-A73
26=D25#
26-F92

v01=0S

T$TSTM

9-18#

(CREF

TETEST

26~ 38#
26=<778
26=794#
26=-AS8#
26-B64LH
26=DSo#
27-16
27-18#
27=20#
27=23
28-16
28-18#

TABLE

J 1

MACRO v03.01 12-SEP=79 13:20:11 PAGE SEZL

—

(ROSS REFERENCE

TESTS #2

22-10
26-253

26-F4 14

26-F 924

26=2674
26=>134
26=G37#

2
26=3324
26=2254

26~-384#
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26-593
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26-A73
26-852
26-D05S
26-H45
26=506#

26=-a094

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27=17#
27-20
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28-15
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28-18

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26-A58 |
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28-16
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26-299
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26-812
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18-173

18-193
18-219
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21-31
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26-A91
26-869
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26=--4LBA

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26=-a09#
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14=1744

17=;19

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28-254
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17=242+

26->91

26=241

26=(34

26=-=54

2(1->19
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26=->81

26=731

17=227+

18-125
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11-8

26=(17#
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26=D25#
26=D79#
26-E33#
26-E87#
26-173#
48
26-F1
92#
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26=-G37#
26=2674
26=295#
26-332#
26-3844
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11-8
11-8
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T16.1
116.2

—

116

K 16
1¢=SEP=79 13:20:11 PAGE 5=25

26-(88

26=D&2

26=D9%6

26-€50

26-F03

26=F57

PeR—

MACRO vO3.01
(ZDMSB MB203 STATIC TESTS #2
(ROSS REFERENCE TABLE (CREF v01=05 )

MACRO Vv03.01
(ZDMSB M8203 STATIC TESTS #2
CROSS REFERENCE TABLE (CREF vO1-05 )

26=405

TSOM
TSTCON

17=;21
17-;61
14=212#
14=211#
14=210#
14-205#
14-208#
14=-207#
14<2064#
14=205#

TSTNUM
TM0
TM1

TM2
TM3

TX4
XS
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TMX7

TXAB
TXABT
TXCHAR
TXDATA
TXEN
TXEOM

14=-171#
14-86#
142804

TXGA
TXGOA
TXLENO
TXLEN1

14-218#
14=278#
14=266#
14-265#

WAX

WAX15

WAX16

iy
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UNIT
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15-43#
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26=>76*

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26-:12
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26=-A17
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26-304

9-18#

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14=259

26-397
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206

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17=-<00

17=-<06

17-9$71

WRITLU

17=<07

17=:46
26=>14»

17-85
17=341»

WRITAX

17-.88

17=,25

26-.20

142644
142814

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TXWORD

17=:76

26=49¢

15=227

26~-;63

n -2 ——any

TXLEN2

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26-=977
26-;33

26=-226

L 16
12=SEP=79 13:20:11 PAGE S=26

17=445%

17-983

17-192

26=397x

26=401+

26=782+

26-a18+

26=al1*

*
26=A04

26=A4LT7*

26=-A66*

26=A76*

17=199+
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26-B00+

26-406

26-421

26=425

26-428

26-433

26-439

26-445

26-;21

26-;67

26=<47

17-196

17-202

17-342

17-345

17-450

17-781

17-787

17-975

17-<39

17-<5S

26-783

26-a19

26=-a22

26-A05

26-A49

17=<26

26-=54

26=>19

26->80

26=231

26-A67

26=A77

26-B02

(ZDMSB MB8203 STATIC TESTS #2
CROSS REFERENCE

BCOMPL
BERROR

1-15#
1-19#

BGNAUT
BGNCLN

1-31#
1-35#

BGNHRD

1-55#

“ONIND

1-77#

BGNAU

BGNDU
BGNHW

BGNMOD

BGNMSG
BGNPRO
BGNPTA
BGNRPT
BGNSEG
BGNSET
BGNSFT
BGNSRV
BGNSUB

BGNSW
BGNTST

BNERRO

BREAK

BRESET
CKLOOP
CLOCK
CLOSE
CLRVEC
COMMEN
DELAY
DESCRI
DEVIYP
DISPAT
DISPLA
DOCLN

DODU
DORPT
ENDAU

ENDAUT
ENDCLN
ENDCOM
ENDDU
ENDHRD

ENDHW
ENDINI
ENDMOD
ENDMSG
ENDPRO
ENDPTA
ENDRPT
ENDSEG
ENDSET

TABLE

(CREF

vO1-0S

9-184
9-18#4

21-26

9-184¢
9-184

22-8
23-8

1-23#

9-184

1=47%

9-184

1-66#

G-184

MACRO v03.01 12-SEP=79 13:20:11 PAGE M=1

SEQ

)

21=29

21-32

21-35

21-53

21-83

18-107

18-122

18-141

18-160

18-180

18-199

18-217

18-237

207

25-9

24-8

9-184

27-14

9-184#

21-8

1-98#
1-106#
1-114#
1-144#
1-152#
1-161#
1-182#
1-193#
1-201#
26-A26
1-225#
1-236#

9-184
9-184#
9-18#
9-18#
9-18#
9-18#
9-184
9-18#
9-18#
26-A45
9-184#
9-18%4

18-101
20-8

26-510
26-A63
13-8
26-20

26-539
26-A73

26-593
26-A98

26-620
26-B16

26-726
26-B33

26-754
26-B52

26-778
26-B69

26-;08

26-:;54

26-<30

26-<83

26-a82

26-65

26=173

26=267

26-299

26-332

26-384

26-506

26-589

26-663

26-722

26-812

26=D79

26-E33

26-EB7

26-F41

26-F92

26-G37

1-270#

9-18#

1-278¢
1-282#
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1=-292#
1-296#
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1-317#
1-341#
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9-18#
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9-18%
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9-18#
9-18#4
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18=174

18-193

18-211

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18=24S

1-85#

26-'850

1-2744

1=
1-3854
1-3854

1-401#
1-413#
1-425#4
1-4414
1-453#

1-4654
1-475#
1-487#
1-500#
1-512¢#
1-520#
1-529#
1-541#
1-5554#

9-18#

26-969
9-184#

9-184
9-18#
9-18¢

9-18#¢
9-18#¢
9-184
9-184¢
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9-184¢
9-18#
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9-18#4
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12-9

9-24

19-9
28-13

26-;02

26-<24

26-=48

26=>13

26->75

26=225

26-?76

26-a09

26-973

21-86
24-10

16-17
16-12
11-8

22-17
25-10
22-20
23-11

24-13
27-25
12-23
21-99
28-45
18-103
20-12

19-11

18-116

18-135

18-154

26-C17

26=(71

26~D25

EIDHSB MB203 STATIC TESTS #2
MACRO v03.01
ROSS REFERENCE TABLE (CREF v01-05 )
1-568+4

SEQ

208

9-18#

0
C
a
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0
8
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N
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N N — 0oy o o N ==

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olelololelelolooleloletLNTM«TaVH]SLalas7#

ENDSFT
ENDSRV
ENDSUB

8 1
12-SEP=79 13:20:11 PAGE M=?

ENDSW
ENDTST

EQUALS
£ RRDF

16264

26-944
26-€13

1-6420
1-714#
17-662
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9-18#

26-796

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£ RRHRD
ERROR
ERRSF
ERRSOF
ERRTBL
ESCAPE
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9-184

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GETBYT

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28-18#4

18-108#
18-113
18-124#
18-128#
132
144

(ZDMSB MB203 STATIC TESTS #2
(ROSS REFERENCE TABLE

18-192
18-203
18-207
18-210#
18-223

18-192
18-203#
18-207
18-218
18-223

18-192
18-204
18-207#
18-218#
18-2234

18-192
18-204
18-208
18-219
18-224

18-192#
18-204
18-208
18-219
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18-230
18-242
18-245#

18-230
18-242
18-246

18-230#
18-242
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18-238
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18-238
18-2424
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18-238#4
18-243
18-2464

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MEDEFA

MSENDE

MSERRI

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MSEXCP
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MSGEN

1-B&7#

SEQ

(CREF v01-05 )

18-191#
18-203
18-206#
18-210
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18-226

MSDATA

C 1
MACRO v03.01 12-SEP=79 13:20:11 PAGE M-3

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18-241
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26-A384
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26-AB6H#
27-18

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28-18

10-17

28-18#
19-11#

26-796#
26->34#
26-A56#
26879«
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28-18

10-17

SEQ

RRR

e®

POMY — —2 = —> = 3
alavle
1. 1. JV]
i
i
3
2
s
N — =2

SRR

10-17#
10-17#»
10-17#
13-8
18-107#
18-174#
18-237#

10-17#
10-17#
10-17#
1318-107
18-174
18-237

2 —3

10-17#
10-17#
10-174
12-234
18-103#
18-160#
18-231#

—

10=17#
10-17#
10-17#
12-23
18-103
18-160
18-231

10=17#
10-17#
10-17#
12-9#
18-101#
18-154#
18-217#

<
o

10=17#
10-174
10-17#
12-5#
18-101
18-154
18-217

(CREF v01-05 )

CROSS REFERENCE TABLE

Goru
L
H

MACRO v03.01 12-SEP-79

PAGE M=4

N ———2
22—
MN) G0 Co Co N

(ZDMSB MB203 STATIC TESTS #2

13:20 :11

26-812#
26~;08#

13-15#4

18-116#4
18-249#

18-135#4
19-114

25-104
26-480#
26-695#
26=:774

TTTTTT VEPVPYTOT
—t D) e d
b
gcnoo NNNNNN
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LR
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—— —

O
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Dadad
b adad

P
T
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b
L

Ruan

NNNNNN

n
~nN

2 \O) =\ =

TTTTTT VEPVPTTOT

COC000
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b d d e e e d
N =
S

U
iy
i

Buan

y— p— p—"—'\
RS

11|

RARRARY

2se
r
NE
QOO0 00 — = —d —d ed b
DNV NNN

O
b b —d b
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d cod ek

= 00 = = b e b

b b

TYTT?

P\
b o e
V0000
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I

= ONNNNN

N =2 = —d =2 3 =2
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tF 11 1
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b e e e

d e

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000

e e o o

d o
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e

d d

d D e

HeEO00000

11-8

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10-17
10-17
10-17
10-17
10-17#
10-17#
10-17#

10-17
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10-17#
10-17#

11-8

10-17
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10-17#
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11-8

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10-17
10-17#
10-17#
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11-8

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10-17#
10-17#
11-8

22-84

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11-8

10-17
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10-17#
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10-17#
11-8

22-8

e d d

21-84
28-47#
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08-47
10-17

20-8#
28-13#
9-18%

10-17
10-17
10-17#
10-17#
10-17#
16-12#
18-180#

[
Q000 ~— = —d —d e ek b
NNNNNNN

20-8
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10-17
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16-12
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= =000 0000

10-17
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13-84
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10-17
10-17
10-17#
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10-17#
13-8
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26-:904

10-17

10-17
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10-17#
10-17#
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= —=OO0O00O000
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NERASAAN

1-C38¢
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e e e o e

MSGENB
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26-a09#
26=A4LS5H
268114
26-B65#
26=D25#
26-F21#
27-144

4w44‘45565374030—1e'1e1"tn2"ne2y2ee2V3O*]»A3VN@”Ty%&8U5M8D78ANO1N2®%VO“R5NO%yNu-y/”?
Nr1xUHnmi1&Ln3rn1&)-NU—1L'rN1—N1NN1‘RMN&1""’MN1I1O1’NO1&yNeA‘&NRIU*"_MT.M.3*&.rv&V..%AN8*Or.OkNVs&O8D.ON8ONOMRNO4YUVR5X&OUD=RIVU%\O&&WNRN&TO-OO0bRUO3yyULU
T4G—:e0c¢4n—Al0|.—G0l¢n4G—.Ol4—G¢O.T—G|O4l—GT1O5|—TG1eO1—GTeO5—GTeO1'—GSO5R=G!O1—GUO11MG-1yOM1GOM1=!GUNO1G0!1=GO1LGaeOVI2g—GVO1)=GL1A0Y2&G1PAO!=GaOn2t1!Gh0¥bG=0t13-G01LG01t3&0T0&t13!0T10|P760D|12‘N|R3N=6sLY5V0sN7RRTNV8N9ARN%*ANT»6NGA07NWGTUO0A6QNG=DO0ANTAToN0ATN%1%A|RN702TO82RNN=4A=4NNI5”352T7eIU
©a00088888-]8888D00D00D—e=ONNANNANNNNNNNNNNNANNNNN

AcG0T
AOlGAC00O1AGG00OO3AGG0OO7GGGOOOGAG0OO7GGGOOOGGAOO076GGGOOO7GGGOOOGGOOO7GGGOOO7GGGOOOGGGOOO7GGGOOO7GAGO0OGGOOO7GGGOOO7GGGO007GGG0OO0GGGOOO741G0G0O7.GG0O|GG0071)0G0|GG0081T0G60l6GT08O60G6G700G0680607D0008D7NN\—- NA87NANN87NAN87NAR87NAN87ANAAN78NSNN7A8NAN7N8A8NWAAVNNe88—AAN8AN8AOUN88OUeAN88=e=
GG.q.—A—.-iO0.lll0G——ee0..aq100—eeU.RllG—0LOOl66.—GGeOO=677|G—ANO71A—G!0077M.—GGeOO7GG—-UOO7771LAGG—TOO.—GGP7OO77N-GG—e7N.OOG—G7TO770.PG=G1NOO'GG—77DO1—7GGU7OO.NA7G=G’7OOL-GG7OO.7=GGN7OON7.0GG70O7=GG710AO&GG7ePTOO17G1G=7O07N07GeeT10RR7eN=GGT0O71N88GeGe.0O80GeT00:88RG16TNe080y=6G0108866T8DDA100SD8816G8T0DN0=0N1DD88To=8ITT RTR88R8NAO]TA888TRNP&=T88N8T&=RR¥=888TUI=888ANTT888NPT888PkTTNr%¥88IT8TTrRe88e8TLATN888INIT¥ URPeO888T8eeIoY888TU
MACRO v03.01
(ZDMSB MB203 STATIC TESTS #2
CROSS REFERENCE TABLE (CREF v01-05 )
i

12-SEP=-79 13:20:11 PAGE M-5

R'=¥aSBR3 SVrANTr—Orn—Or—MnODMO0MIMONTR®T OrNrM4CO4TA4—ONMW4rON5—5Nr—LR|&xb5yk3l e.RUI N&RGy .UR9%LI2QG24uAI]5=eTOD0lV5N’nOrMSTNVrO—r7iO—OYVnOVOWOOCIO_kBR®&xbTsy 8%2824sI:15'1111111V81151111611 e.RUIB%8y[oVYa8]TeR"t8I)V1 -PUILSe|‘5N~CG0e:N.l.ql—q%lql.l1t1O1-111111V1111y11 ”9%6@O7NWTGMN26OA=n0M=7nUOMN0N .872l’“6”)y31s4y5.9&”7?y”8s1_9l70b1u?2s3ny“1w

-—

SEQ
21

R*%E23

.WTqO'&TlTQ&WqORN*rl0TSNqOQ.B'WlTVT&4.0TN.|OT-I1o0V3.V|T&O&Lo1.N.oO-V3’N&.1LO.kBR13.V—Nr.NI.—L.R1Nr.1N—..xNN1&RLYI3..LNo1.NrLN..L1NNLo..P1N..1RNM1..PR2MB..NN2bO..I2..2g&e2G.2G]G0G.20'BQR302.38LLg2A.NO&G2O.GVOS2O.N2N.NPNR2N.DESO2S©.O2.V2OP&O3RQ2P.%3VRL
¢AAPTbCRGGTO—IT—000O0IV0TT00GGOGMTN0VOO0II6IG0AGGGVODFOO0OOTITTGGGGAGBOO0OO0WVOIIb6GGN0GGGN0OO0OOTIRITGGGGGN8OOOOOTIVP=GG6GIGG60OOOOOOMNRAbGGGGG83O0OOOr6GGGGGV—0OOO0OOMr6G=GGGG00IO0OOO0NN—y-GGGbGGT03OOOOONGGGGGP0I0R6OOOOOINBG=AGGGaG008OYNOOOONO]IGGGGO6(T000AOOOONANMG=[GGGGO06MOOO0OVM0IR=N=LGbGGGGAOOOOOYTI0GLGGGYG00W6AMOOOOONYMNyG=GGOGG0L006OOOOOAOGINGGGG6L00OOOOOAMNG—GGGG000A6OOOOEOOIPG8GGGG0NO0OOOOOG=IGGGeGT006OtOOOOGGGGG8000OO0OOOONG=GGGG60TIOOOOOTO6GG==MGGGogT0OOOOOOo~O=GaGGGGo00OOOOON0NO6=OGG==GGoGI0OOOO0=eGS0GGGG801OOOOOOOGGGG0GoPP03OOOOOOORND GG=GGGo06POOOOOOLo—GGaGGGoo00OOOOOO00M=GGGGG6oOP1OOOOOD00GoGG8GGoT10OOOOOG—O9AGGGeGoT16OOOOO0NLO=eGGGG6GTOTO0OOOOO60eG6GoGGo\P0OOOOOO88O6GGGGGoPTO0OOOOGLGGGGGooo003OOOOO888O0eGGGGRGooo60OOOOOGGGGG5oGoLOPO0OO0O—O88OGGGGGoGorLP3O0OOOOV—6GaLGeGGooP8dDOOOOOr80GGGGGooP3DOOO—OOG06GGGGNOTPTP6OOOOO8NL-VeGG0GGG0ooo7OOOODNOGGGGeeGeARNP6NOOOOON8N5eGGGGGNoMTP07OOOOONNeGG=GoGooNG6OOOON8LG3GNGoGGooOPN0OOOOO7NGGG0OGGooOOOOO8ON8OeGGGGGoo6OOOOO5GIOOG=oGGeGG0oMMOOOOOON8eGGGMGeGoo60OOOOM0OEMLGGGe6GeoGOOOO0OOG8GOeGGGGooWP3OOOOOVOhGEGeeoT GGG08O0O0OOOV8O0Ooe@GG0aGoVVDO0000
TreReee e-3e SR‘iYR%N
N =R NxRy B b3 R

g =g

MACRO v03.01
(ZDMSB MB203 STATIC TESTS #2
(ROSS REFERENCE TABLE (CREF v01-05 )

sSRy
9T

12-SEP=79 13:20:11 PAGE M=-6

SEQ

212

B®3'R»

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CZDMSB MB82(3 STATIC TESTS #2
(ROSS REFERENCE
18-247
18248

21=25
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21-52#
21-85#4

21904

22-10
24=12
25104
26=145
26=224R
26-2538
26=366
26=458
26=4718
26=5934¢
26=737
26=739
26=7488
26=7638
26=778
26-796
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26-A93
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26833
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26-891
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26=-D59
26-E58
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C6=F6SH
26=-G71#
26=-HLSH
27=17

TABLE

213

MACRO v03.01 12-SEP=-79 13:20 :11 PAGE M-7

(CREF v01-05 )

1B=247
18-248

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26-284
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18-248
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21-31
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21-85

MACRO v03.01 12-SEP=79 13:20 :11 PAGE TMM-8
(ZDMSB MB203 STATIC TESTS #2
(ROSS REFERENCE TABLE (CREF v01-05 )

28-184

27-21
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(ZDMSB MB203 STATIC TESTS #2

(ROSS REFERENCE TABLE

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MACRO v03.01

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215

12-SEP=79 13:20 :11 PAGE M=%

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XB—--(o——=—XN[UMWaVa]aNdV]meD.a(TylD®VOaMU¥lONqYDelTeoAcDelN.le-'IB.RJNBln.aIBlINV1o*eIrIB10M0B1030r&01RN60.T6Mlo80ctNrl81OC8Oe08O10O8B18N9G183001O060G1o060CA16OG&6D138\818Ab184=82‘284283‘05-6565306o06kXo6386&b6366o’6)b3
CZDMSB M8203 STATIC TESTS #2

CROSS REFERENCE TABLE

M$RAD
|

MSRNRO
MSSETS

MSRBRO

(CREF v01-05 )

MACRO v03.01 12-SEP=-79 13:20:11 PAGE M-11

¥'s&

SEQ

'’-,¥N1 4o14414444444qflqlquQQQQQQQQQ.444 NPe-—yM888o88888888888888888888816678PeU®R*b"&®Br3‘'NeT-—cGAyO0Nv0D.LTv.u.u.:.u.u.l.u.u...-.u.-.1411..1144QQQQQQQQQQQ soGN0Ov]\14714444141141411AQYQQQQQQQQQQ.444T46CO80046rM—r7C5NoNN57NIM6E=&*‘'®TPeVO—O1P4111114411114V12.QQQZQQZQQQQQAJWT0LIBRotGN C714Y4Y4Y4V4YTVY11V11V11.TET
N*®

217

e’i

L 3
(ZDMSB MB203 STATIC TESTS #2
MACRO v03.01 12-SEP=79 13:20C:11 PAGE M-12
CROSS REFERENCE TABLE (CREF v01-05 )

20-8
26-65
26=510
26=726
26=;08

20-8#
26~65#
26~510#
26-726M
26~;08#

21-8
26~173
26-539
26-754
26~;54

21-84
26~1738
26-5394
26-754M
26~,54F

22-8
26-267
26-589
26-~778
26-<24

22-8#4
26-267A
26-5894
26-7784
26-<24N

23-8
26-299
26-593
26-812
26-<30

23-84
26-299
26-5934
26-8124
26-<30#

24-8
26-332
26-620
26-850
26-<B83

24-84
26-3324
26-620#
26-850#
26~<B3¥

26~F41

26~F41N

26-F92

26-F924

26-G37

26-G37&

27-14

27-144

28-13

28-13#

18-115#

17-272
17-676
17-:61
18-109
18-116
18-129
18-142
18-149
18-162

17-288
17-828
17-;70
18-110
18-123
18-130
18-143
18-150
18-163

17-294
17-833
17=-;70#
18-110#
18-1234
18-130#
18-1434
18-150#
18-1634

17-401
17-852
17-<49
18-111
18-124
18-131
18-144
18-151
18-164

17-407
17-858
17-<65
18-111#
18-124#
18-1314
18-1444
18-151#
18-164#

17-565
17-867
17-=01
18-112
18-125
18-132
18-145
18-152
18-165

17-571
17-873
17-=07
18-112#
18-125#
18-132#
18-145#4
18-152#
18-1654

17-581
17-882
18-102
18-113
18-126
18-133
18-146
18-153
18-166

18-2214

18-169
18-182
18-189
18-202
18-209
18-222

17-278
17-682
17-;61#
18-109#
18-116#
18-129#
18-1424
18-1494
18-162#

26-B16
26-B6LH
26-(42
26~E67M

26-B16#

26-B26

26-828

26-B28#

26-B33

26-8B33¢

26897
26-E58

26-A68
26-B11#
26-B64
26-BI7H
26-E67

26-C51
26-F11

26-C514
26-F21

26-C96
26-F214

26-DO5S
26-F65

26-DO5#
26-F75

26-D50
26~F75#

26-845
26-B86
26-D59
26-G18

26-8B47
26-BBo#
26-D5%
26-G18#

1-C29%
17-6624

9-18¢
17-668#

17-2724
17-6764

17-278¢
17-6824

17-2884
17-8284

17-2944
17-8334

17-4014
17-8524

17-407#
17-8584

17-5654
17-8674

17-5714
17-8734

17-581#
17-8824

18-1134
181334

18-1144
18-1344

18-1154
18-135#4

18-1164
18-1424

18-1234
18-1434

18-1244
18-1444

18-125#4
18-1454

18-1264
18-1464

18-127#4
18-147#

18-1284
18-1484

18-129#
18-14

18-173#
18-1934
182194
18-2394

18-174#
18-200#
18-2204
18-2404

18-181#4
18-201#4
18-2214
18-2414

18-182#4
18-202#
18-2224
18-2428

18-1834
18-203#
18-2234
18-2438

18-184#
18-204#
18-2244
18-244#

18-185#4
18-2054
18-225#4
18-2454

18-1864
18-2064
18-2264
18B-2464

18-187#
18-207#
18-227#
18-247#

18-1884
18-208#4
18-2284
18-2484

18-18
18-209#
18-229#
18-24#

1-A334
1-C33¢
17-662
17=;56
18-108

18-115

18-128
18-135
18-148
18-161
18-168
18-181
18-188
18-201
18-208

18-221

26811

MSTLAB

18-153#

9-18#
9-18%
17668
17=;56#
18-108#

18-128#
18-1354
18-148#
18-161#
18-168#
18-181#
18-188#
18-201#
18-208#

18-154#

18-161#4

18-169#
18-182#
18-189%%
18-202#
18-209#
18-222#4

18-162#

18-170
18-183
18-190
18-203
18-210
18-223

18-163#

18-170#
18-1834
18-190#
18-203#
18-210#
18-2234

18-164#

18-171
18-184
18-191
18-204
18-217
18-224

18-165#

18-1714
18-184#
18-1914
18-204#
18-2114
18-2244

18-

18-172
18-185
18-192
18-205
18-218
18-225

18-167#

18-172#
18-1854
18-192#
18-205#
18-218¢
18-225#

18-1684

25-9
26-384
26-663
26-969
26-=48

18-173
18-186
18-193
18-206
18-219
18-226

18-165#

DT
S

MESTAR
MSSVC

SEQ

(ZDMSB MB203 STATIC TESTS #2

MACRO v03.01 12-SEP-79 13:20:11 PAGE M-13

SEQ

CROSS REFERENCE TABLE (CREF v01-05 )

21-314
24=128
26=6190
26~695H
26=79M
26~;84N
26=>49M
26=-A268

METSTL

219

21-344
24=138
26-4588
26-7268
26~B234
26~:8BM
26->588
26-A37K

21-52¢
25-10W
26~4714
26-737H
26-8254
26~:908
26>
26~-A3BN

21-814
26-46N
26-4B0F
26-73W
206-B278
26948
26-7088
206-ALON

21-854
26-1054
26-5104
26~748F
26-944K
26~:96F
2062494
26-A4L5H

21-864
26-145K
26-5334
26~7504
26=:77H
26-<308
26-758F
26-ASEN

21-904
206-147K
26-5398
26-754M
26~;088
26-<778
26-794N
26-ASBN

2194k
262248
26-5654
26-763M
26-:378
26~<B3N
26~42N
206-A63K

21-99%
26-251F
26-570
26-7728
26~:388
26~-=30
26-3828
26-AGBN

22-104
26-253M
26-5934
26-774
26=:43N
26-=324
26-3928
26-A7

22-174
26-284N
26-616#
26-778M
26~:44N
26~=728
26~-393N4
26-A85#

22-204
26-3178
26~6204
26-7878
26-:488
26~=94N
26~A02F
56-A860

23-11#
26-364#
26~6434
26-7964
26~;544
26~=96#
26-A03#
26-A9;‘

24~10#
26-3664

1-C214

9-18¢

17-272

17=272@

17-272M

17-278

172784

17-278#

17-288

17-288¢

17-2884

17-294

17-294#

18-102
18-113
18-126
18-133

18-102#
18-1134
18-126#

18-103
18-114
18-127
18-134

18-103#
18-114#4
18-127#
18-134#

18-108
18-115
18-128
18-135

18-108#
18-1154
18-128#
18-1354

18-109
18-116
18-129
18-142

18-1094
18-116#4
18-129#
18-1424

18-110
18-123
18-130

18-110#
18-123¢
18-130#
18-1434

18-111
18-124
18-131
18-144

18-1114
18-124#
18-1314#
18-144#

18-112
18-125
18-1

18-112#
18-125#
18-132#
18-145#

18-154
18-167
18-174
18-187
18-200
18-207

18-1544
18-167#
18-174#
18-187#
18-200#
18-207#

18-161
18-168
18-181
18-188
18-201
18-208

18-1614
18-168#
18-181#
18-188#
18-201#
18-208#

18-162
18-169
18-182
18-189
18-202
18-209

18-162#4
18-169%#
18-1824
18-189#
18-202#
18-209#

18-163#
18-170#
18-183#
18-190#
18-203#
18-210#4

18-164
18-171
18-184
18-191
18-204
18-211

18-164#
18-171#
18-184#
18-191#
1818-211#

18-165
18-172
18-185
18-192
18-205
18-218

18-165#4
18-172#
18-185#
18-192#
18-205#
18-218#

18-2274

18-230#

18-231

18-231#

18-238

18-238#

18146

18-153
18-166
18-173
18-186
18-193
18-206

18-1334
18-146#4
18-153#
18-166#

18-173#

18-147

18-1474

18-219

18-186#
18-193#
18-206#
18-219#4

18-226#4

18-227

26-364
26=480
26616
26=739
26=774
26-823¢
26-:38
26-;84
26=<778
26==96K
26749
26-393
26-A38
26-AGBH

26-3644
264804
26-6164
206~739
26-774K
206-825
26~:384
26~:;84N
26-<83
26->34
206-74M
26-a934
26~A73

26~
26-510
26-620
26~748

2€-778
26-8254
26-:43
26-;89
26~<834
20->34M
26-74
26-A02
26=A40
26-A73N

26~74BF
26~778#
26-827
26-:438
~3
26-=
20->34M
26-758
26-A02F
26~A40N
26-A85

26-B334
2686

206845
26-B79

26-B4SN
26-B7

26-B45H
26-B79%

26-D50

26-D50#

18-226

26-A98#4

26-E67#

26-F11

18-220

26-B09¥

26-D50#

26~F11#

18-220#

6~
26~-510#

26-B09%

26-D59

26-F11#4

18-148

18-221

18-228

r
26-533
664
26-748F

18-1484

18-2214

18-2284

18-149

18-222

18-229

18-149#

18-143
18-150
18-163
18-170

18-183

18-222#

18-190
18-203
18-210
18-223

18-229#4

18-230

18-150#

18-223#

18-151

18-224

18-151#

18-145
18-152

18-224#4

18-225

26-471
26~5704
26~-726
26-772

26-4718
26-593
26~737
26~7728
2679
26~:374
:

26~471#
26~593#
26-737#
26~7724

26-A37
26~
26-A93

26~=94#
26-708
N
26-A37H
26~-A638
26-A934¢

26~=96
26~708#
26-3N
26~A37#
26~A68
26-A98

26-8914

26-891#

26~ES8N

26-E67

26-787
26-8B27K
26-:4
26-:89%
26-=304
206->49
26-7584
26-A02#4
26~A45
206-A85H

26419
26-5334
6-64
26-750
26-787K
26-944
26=:44
26~
26-=32
26->4M
26-794
26-A03
26-A45H
26-AB5H

26-419K
26-539
26644
26~750M
26-796
26-944M
26-:44K
26~
26-=328
26->49
=7948
26-A03F
26-A56
26-AB6

26~419F
265398
206-644N
26-754
26-796#
26-:77
26~:48
26~;
26~=72
26->58
26-342
26-A21
26-A56K
206-ABGH

26~458
26-565
26-695
26-754K
26-7964
26~:77TK
26~:4BF
26=:944
26~=72M
26->S584
26~4oN
26~A214
26-AS6K
26-A91

26-4588
26-565#4
26-69SH
26~763
26~798
26-:08
26~:54
26~
206~-=72M
26->99
26-aB2
26-A26
26-A58
26-A91A

206~4588
26~570
26-726
26-7634
26~798#
26~:084
26~:544
:
26-:=94
26->9M
26-a8H
26-A26#
26-A5S84
26-A914

20-B47
26-8B80

26-B47K
26-8804

26-B52
26-885

26-B52K
26-B85#

26-B62
26-8B854

26-B62N

26-B6oN
6

26-B64
26891

26-ES8

26-ESBH

26-B11

26-D594

26-F21

26-B114

26-EQ04

26~F21#

26-8B16

26-EQ4H

26~F65

26-B16#

26-EQ4H

26-F654

26-826

26-E13

26~F65#

26-8B264

26-E134

26~F75

26-B26#

26~F75#

26-7984
26-;834
26~>34LN
26-A21#
26-A93#4

26-:37
26~:83
26-<30
26~=94#
26->9M

26-828

26-G18

26-828#¢

26~G18#

18-152#

18-225#4

26~:37#
:

26-833

26~G71

MACRO v03.01
3 STATIC TESTS #2
ROSS REFERENCE TABLE (CREF v01-05 )
4

12-SEP=79 13:20:11 PAGE M-14

SEQ

220

GGDD0OCOC0COCO00CCOOYGCOOCCOOCGoOONN.. —6VO&OrN1—O=7NOAN7N7NOAV7N—Ne7—6N=ONA6VNOA6NONVAO6NVON6NONA6ONNO7NN

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