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AH-F832B-MC

June 1980

225 pages

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Document:	CZDMIB0 DMR11,DMP11 DMR-11 FCTL DIAG JUN 1980 bw
Order Number:	AH-F832B-MC
Revision:	000
Pages:	225
Original Filename:	CZDMIB0__DMR11,DMP11__DMR-11_FCTL_DIAG__AH-F832B-MC__JUN_1980_gray.pdf

OCR Text

DIAG
FCTNL
-il
DHR'II,D”PIID"R
CZDMIBO

“:
AVN;H
C
BZB-M
RH-%S
EICHE (150F 2
HADE IN UsA
COPYRIGH T®

aTRTaIRITEm
auBnoEy

11 FCTNL
IBO

DIAG

AH-FB32B-MC
EIGHE P OF" 2

——

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 1

SEQ

PROGRAM DOCUMENT

NLIST TOC

.REM @

IDENTIF ICATION

PRODUCT CODE:

AC=-F830B-MC

PRODUCT NAME:

CZDMIBO

PRODUCT DATE:

APRIL 1980

MAINTAINER:

DIAGNOSTIC ENGINEERING

AUTHOR :

MIKE O'CONNOR

DMR-11

FCTNL DIAG

22
23

THE INFORMATION IN THIS DOCUMENT IS

SUBJECT

CHANGE WITHOUT

NOTICE

NO RESPONSIBILITY IS ASSUMEC

3‘3

AFFILIATED COMPANIES.

28
233

AND

SHOULD

NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL

EQUIPMENT CORPORATION.
DIGITAL EQUIPMENT CORPORATION ASSUMES NO
RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT.
FOR

SOF TWARE ON EQUIPMENT THAT IS NOT

THE

USE

SUPPLIED BY

RELIABILITY

DIGITAL

THE FOLLOWING ARE TRADEMARKS OF DIGITAL EQUIPMENT CORPORATION:

DIGITAL

DEC

PDP

DECUS

UNIBUS

DECTAPE

MASSBUS

OR ITS

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE 2

CONTENTS

1.0 INTRODUCTION

2.0 HARDWARE REQUIREMENTS
3.0 PRELIMINARY PROGRAM REQUIREMENTS

4.0 GENERAL PROGRAM CONSIDERATIONS
4.1 DIAGNOSTIC SUPERVISOR
4.2 EXECUTION TIME

3 XXDP+
ACT/SLIDE

4 .4
.

APT

4.6 MEMORY MANAGEMENT
4.7 MEMORY PARITY OPTION
4.8 ERROR LOGGING

5.0 PROGRAM LOAD MEDIA
6.0 OPERATING INSTRUCTIONS
6.7 LOADING AND STARTING PROCEDURES
6.1.1 LOADINC PROCEDURES

WODWWO
WW
VWWWGWWWDWMMWW
.
°
o D .
s Mo
DY
P+l
N=—= OO
wVwwno aaouuu
o Fe o
C*
&
8
—do
o
»
N = = NN —
nN

6.1.2 STARTING PROCEDURES
6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
6.2 INITIAL DIALOGUE
6.3 PROGRAM OPTIONS
6.3.1 START COMMAND
X

—

€

w
w

;vu\u

END OF PASS SWITCH
EFFECT OF START COMMAND
T_COMMAND

--.m-afim-anw-amu
m

Y —

S _SWITCH
CT OF ADD COMMAND

m-—4
owm

m—

C OMMAND
FLAGS SWITCH
EFFECT OF PROCEED COMMAND

gwu

PASS SWITCH
F LAGS SWITCH
E FFECT OF CONTINUE COMMAND

maom

W
W
W
W

FLAGS SWITCH

TESTS, PASS, AND FLAG SWITCHES
UNITS SWITCH
E FFECT OF RESTART COMMAND
NUE COMMAND

o
o

1.1 TESTS SWITCH

[ L

TR
)

OVONOVNHWN
=OVO N NS WA =

PROGRAM DOCUMENT

SWITCH

TDOF DROP COMMAND

FFECT OF PRINT COMMAND

SEQ

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23~APR-80 08:29:31 PAGE 2-

PROGRAM DOCUMENT

60
6]

62
63

67
gg

6.3.8 DISPLAY COMMAND

6.3.8.1 UNITS SWITCH

6.3.8.2 EFFECT OF DISPLAY COMMAND

6.3.9 FLAGS COMMAND

6.3.9.1 EFFECT OF FLAGS COMMAND
6.3.10_ZFLAGS COMMAND
6.3.10.1 EFFECT OF ZFLAGS COMMAND

6.3.11

6.3.12

CONTROL CHARACTERS

DWARE PARAMETERS

6.3.13 SOF TWARE PARAMETERS
6.3.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE

;(1)

7.0 DEVICE INFORMATION TABLES

8.0 TEST DESCRIPTIONS

74
75

9.0 ERROR INFORMATION
9.1 ERROR REPORTING

SEQ

HEE

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 3

SEQ

1.0 INTRODUCTION
THIS
PROGRAM
WILL
BE
IMPLEMENTED
USING
THE
DIAGNOSTIC
SUPERVISOR
AND
A STRUCTURED PROGRAMMING APPROACH.
BECAUSE
THE
DESIGN
WILL
CONFORM
TO
THE
SUPERVISOR
(STANDALONE
XfifiSéE’}léETHE PROGRAM WILL BE COMPATIBLE WITH ACT, APT, XXDP+,

—

d e

OV NN

d o

WA =O 000NN
WN) —

PROGRAM DOCUMENT

THROUGH DIALOGUE WITH THE OPERATOR, THE PROGRAM
WILL
ALLOW
MODIFICATION
OF
DEVICF PARAMETERS, SUCH AS UNIBUS ADDRESS,
VECTOR ADDRESSES AND
TUST CONFIGURATION.
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,
g&?fl%fl’g BAD
TEST
DATA,
AND
APPLICABLE
DEVICE
REGISTER

2.0 HARDWARE REQUIREMENTS
THE
FOLLOWING
HARDWARE
DIAGNOSTIC TESTS:

IS REQUIRED TO RUN THE DMR-11

FUNCTIONAL

PDP-11/04,05,10,20,30,34,35,40,45,50,60, OR 70
16K _MEMORY
CONSOLE TERMINAL
DMR-11

3.0 PRELIMINARY PROGRAM REQUIREMENTS
IT IS ADVISED THAT THE STATIC DIAGNOSTICS BE RUN BEFORE THESE FUNCTIONAL
%zg???&cs.
IT IS ASSUMED THAT THE PROCESSOR IS IN PROPER WORKING
ENSURE THAT THE SWITCH 1 AT LOCATION E-85 ON THE M8207 IS ON.
IF THIS
SWITCH IS OFF, THE MAINTENANCE BITS IN BSEL1 CAN'T BE USED AND CERTAIN
TESTS WILL BE NOT BE CORRECTLY RUN.
WHEN CHOSING A CABLE TEST CONNECTION, ENSURE

THAT THE SWITCH PACK

E-39 ON THE M8203 IS PROPERLY SET UP FOR THE DESIRED INTERFACE.

IF CHOSING TEST CONFIGURATION OPTIONS 1-4, IT IS NOT NECESSARY TO
SELECT THE INTERFACE: HOWEVER THE BAUD RATE MUST BE CORRECT.
FOR
EXAMPLE IF IT IS DESIRED TO RUN CONFIGURATION 3 (H3255-EIA), IT IS
NOT NECESSARY TO HAVE SWITCH 7 OF THE SWITCH PACK IN THE OFF POSITION.
IT IS, HOWEVER, NECESSARY TO HAVE THE BAUD RATE SELETCTED TO BE

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 3-1

SEQ

PROGRAM DOCUMENT

WITHIN THE EIA RANGE.

NOTE THAT A MANUFACTURING=ONLY PATCH IS REQUIRED TO RUN WHEN USING THE

FLAG WORD 'MANUF' TO A NON-ZERO VALUE.

SPECIAL MANUFACTURING TEST CONNECTORS.

THIS PATCH WILL CHANGE THE

WHEN THE FLAG IS NON-ZERO, THE

MAINTENANCE BIT IS SET BY A MODEM WRITE COMMAND IF THE V.35 OR EIA

66
gg

4.0 GENERAL PROGRAM CONSIDERATIONS

69
;g)

4.1 DIAGNOSTIC SUPERVISOR

ONBOARD CONNECTORS ARE USED.

72
73
74
75
;g

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

78
gg

4.2 EXECUTION TIME

THIS
PROGRAM
IS
COMPATIBLE WITH THE STANDALONE DIAGNOSTIC
SUPERVISOR, AND MUST BE LOADED TO BE
CO-RESIDENT WITH
THE
SUPERVISOR,
OR BE
PREVIOUSLY COMBINED WITH THE SUPERVISOR

DMR BAUD RATE.

11/70 WITH CACHE AND DMR AT 2.4K

88
89
3(1)
92

COMBINED

EXECUTION TIME IS DEPENDENT ON THE PROCESSOR SPEED AND THE

g%
85
g(;

THE

EXAMPLES OF EXECUTION TIME

11/70 WITHOUT CACHE AND DMR AT 2.4K
11/34 AND DMR AT 2.4K

4 AND 1/2 MINUTES

5 AND 1/2 MINUTES
10 MINUTES

4.3 XXDP+
THIS PROGRAM MAY BE LOADED UNDER XXDP+, AND

DUMP MODE OR CHAIN MODE.

MAY

RUN

4.4 ACT/SLIDE

THIS PROGRAM MAY BE LOADED UNDER ACT OR SLIDE AND MAY BE RUN

101
102
103

4.5 APT

—n—n—a_.—n—ls—l—n_a—l
—h b il e =D
(elele)

188

IN DUMP MODE OR CHAIN MODE.

THIS PROGRAM MAY BE LOADED
BY
THE
APT
SYSTEM
APT=RD) AND RUN IN PROGRAM MODE OR SCRIPT MODE.

(INCLUDING

4.6 MEMORY MANAGEMENT

IF MEMORY MANAGEMENT IS AVAILABLE,

FUNCTIONAL DIAGNOSTIC.

4.7 MEMORY PARITY OPTION

IT IS USED BY CERTAIN TESTS IN THIS

g 1

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 3-2

SEQ

ONOVN
S W= O 000~V
WA
—

D wsl i
)
D i il il
i
il W
sl il s

MEMORY

PARITY

TRAPS

ARE

4.8 ERROR LOGGING
AT THE END OF EACH PASS ON ALL UNITS, THE PROGRAM PRINTS OUT
THE CUMULATIVE TOTAL NUMBER OF ERRORS SINCE THE LAST START OR
RESTART COMMAND.

5.0 PROGRAM LOAD MEDIA
THIS PROGRAM
CAN BE
LOADED
FROM
PAPER
TAPE
USING
THE
ABSOLUTE
LOADER OR FROM ACT, SLIDE, OR APT SYSTEMS, OR FROM
ANY MEDIA SUPPORTED BY XXDP+.
WHEN
USING
THE
PAPER
TAPE
ABSOLUTE
LOADER,
THE
PROGRAM SHOULD BE
LOADED
FIRST,
FOLLOWED BY THE DIAGNOSTIC SUPERVISOR.
WHEN USING XXDP+, THE
DIAGNOSTIC
SUPERVISOR
SHOULD
BE LOADED FIRST, FOLLOWED BY

6.0 OPERATING INSTRUCTIONS

D i cl

D il il il i

IF PARITY MEMORY
IS
INSTALLED,
DISABLED BY THE PROGRAM.

THE DIAGNOSTIC PROGRAM.

6.1 LOADING AND STARTING PROCEDURES

142

6.1.1 LOADING PROCEDURES

co~NONNESWN—=O

i aslh o

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

i il ol i

PROGRAM DOCUMENT

6.1.2 STARTING PROCEDURES
THE
PROGRAM
STARTS
AT
LOCATION
PROCEDURES TO START THE PROGRAM.

200.

USE

STANDARD

DEC

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
THE
DIAGNOSTIC
CAN
BE EXECUTED STANDALONE UNDER XXDP+,
WITHOUT READING THE REMAINDER OF THIS DOCUMENT, AS FOLLOWS:

A) LOAD AND START DIAGNOSTIC USING RUN COMMAND

B)
()
D)
E)
F)

RECEIVE DIAGNOSTIC SUPERVISOR IDENTIFICATION AND PROMPT (DRS=(>)
ENTER STA<CR>
ANSWER HARDWARE AND SOF TWARE QUESTIONS
GET END OF PASS MESSAGES OR ERROR MESSAGES
TO END EXECUTION, ENTER CONTROL/C

6.2 INITIAL DIALOGUE

" R

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO VO03.01 23-APR-80 08:29:31 PAGE 3-3

SEQ

PROGRAM DOCUMENT

172

173
1;?

AFTER THE PROGRAM AND THE SUPERVISOR ARE LOADED AND THE PROGRAM
IS STARTED, THE FOLLOWING IDENTIFICATION IS TYPED :

DRS LOADED
DIAG. RUN-TIME SERVICES

179
180
181

DR>
THE OPERATOR THEN PROCEEDS BY TYPING ONE OR MORE OF THE
COMMANDS DESCRIBED IN THE FOLLOWING SECTION 6.3. (FOR MORE
DETAILED INFORMATION, REFER TO THE DIAGNOSTIC SUPERVISOR
FUNCTIONAL SPECIFICATION).

6.3 PROGRAM OPTIONS
6.3.1 START COMMAND
LA

) —d

oo —

205

206

207
.,
S?g

—

)

—d

) —d

ESHSTSTS1AST
AN 1N

[0 "RNTo
MW, B Y WII,N)

211

219
220
221
222
223

53{.5

226
227
228

s sttt
2222222222223 2228222202

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

LA RS SRR

)

D e

RECSS GBS YRERIC2EZRIRRRAR

176
};g

6.3.1.1

sl sttt
2222 2222323222222

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

<TEST=LIST>

A SEQUENCE OF DECIMAL NUMBERS

(1:2 ETC.)

RANGES OF DECIMAL NUMBERS (1-5:8-10 ETC.) THAT
SPECIFY
THE
TESTS
TO BE EXECUTED.
THE NUMBERS ARE SEPARATED BY COLONS.
THE NUMBERS RANGE FROM 1 TO THE LARGEST TEST NUMBER
IN
THE
DIAGNOSTIC.
THEY MAY BE SPECIFIED IN ANY ORDER.
TESTS WILL

BE EXECUTED IN NUMERICAL ORDER REGARDLESS OF

SPECIFICATION.

THE

DEFAULT

THE

ORDER

TO EXECUTE ALL TESTS.

THIS AND ALL SWITCHES, THE ANGLE BRACKETS <> ARE PUNCTUATION
USED
IN THE DEFINITION ONLY, AND ARE NOT TO BE TYPED BY THE
OPERATOR.
SEE EXAMPLE AT END OF 6.3.1.5.

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

IS A DECIMAL NUMBER INDICATING THE DESIRED NUMBER

OF
PASSES.
A PASS IS DEFINED AS THE EXECUTION OF THE FULL
DIAGNOSTIC (ALL SELECTED TESTS) AGAINST ALL UNITS SUBMITTED.
THE DEFAULT IS NON-ENDING EXECUTION.
IN THIS CASE EXIT FROM
THE PROGRAM IS ACCOMPLISHED EITHER BY TYPING A CONTROL/C
OR

BY OCCURANCE OF AN ERROR WITH THE HALT ON ERROR FLAG BEING
SET.
THE EXIT IS A RETURN TO COMMAND MODE.
SEE EXAMPLE AT
END OF 6.3.1.5.

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

<FLAG-LIST>
IS A SEQUENCE OF ELEMENTS OF THE FORM <FLAG>,
<FLAG=1>, OR <FLAG=0>, SEPARATED BY COLONS, WHERE <FLAG> HAS
ONE OF THE FOLLOWING VALUES:

CZDMIBO DMR=-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 34

SEQ

PROGRAM DOCUMENT

229
230
231
232
233

HOE
LOE

234

OF CODING (SEGMENT, SUBTEST, OR TEST) CONTAIN-

235

236
237

IER
IBE

238

239

252
253
%gg
256
257
258
259
260
261
%2%

264

s
Sgg

268

269
270
271
272
273
274
275
276

IXE

INHIBIT EXTENDED ERROR REPORTS

PNT
BOE
UAM

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

ISR
IDU

LOT

g’f?
251

ING THE ERROR

INHIBIT ERROR REPORTING
INHIBIT BASIC ERROR REPORTS

PRI ~ DIRECT ALL MESSAGES TO A LINE PRINTER

240
241
242
243
244
245

248
249
250

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 DEFINED BLOCK

LOOP ON TEST

THE
FLAGS NAMED OR EQUATED TO 1 ARE SET, THOSE EQUATED TO 0
ARE CLEARED.
A FLAG NOT SPECIFIED IS CLEARED.
IF THE FLAGS
SWITCH
IS NOT GIVEN ALL FLAGS ARE CLEARED.
SEE EXAMPLE AT
END OF 6.3.1.5.
6.3.1.4 END OF PASS SWITCH (/EOP:<INCR>)
<INCR> IS A DECIMAL NUMBER INDICATING HOW OFTEN (IN TERMS OF
PASSES)
IT
IS DESIRED THAT THE END OF PASS MESSAGE BE
PRINTED.
THE DEFAULT IS AT THE END OF
EVERY PASS.
SEE
EXAMPLE AT END OF 6.3.1.5.

6.3.1.5 EFFECT OF START COMMAND

THE

EFFECT OF THE START COMMAND IS TO INITIATE THE HARDWARE

PARAMETER DIALOGUE, THE
SOFTWARE
PARAMETER
THEN THE DIAGNOSTIC TESTS THEMSELVES.

THE

DIALOGUE,

AND

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

277
278
279

WHICH CASE THE SERIES OF QUESTIONS WILL BE POSED N TIMES) OR
BY GIVING N VALUES, SEPARATED BY COMMAS, TO EACH QUESTION
(SERIES WILL BE POSED ONCE).
EACH QUESTION IS FOLLOWED BY

281

OCTAL, L FOR YES/NO) IN PARENTHESES AND

284

FOLLOWING

280

Sgg
285

THE

RESPONSE

RADIX

AFTER THE PARENTHESES.

FOR_

DECIMAL,

B FOR BINARY, O FOR
THE

DEFAULT

VALUE

THE HARDWARE QUESTIONS ARE THE SOF TWARE QUESTIONS

TO BUILD THE SOFTWARE TABLES, WHICH DEFINE THE

MODE

(QU!CK

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE 3-5

SEQ

PROGRAM DOCUMENT

286
287
288
289
290
291

VERIFY ETC.)

THAT THE DIAGNOSTIC WILL EXECUTE IN.

WHEN
THE QUESTION '# UNITS?'' IS ANSWERED, MEMORY STORAGE IS
ALLOCATED FOR THE P-TABLES, AND IF THERE IS
NOT
ENOUGH
TO
ACCOMMODATE THEM THE MESSAGE ‘‘TOO MANY UNITS'' IS ISSUED.
;?é? XCEEUW%DIAGNOSTIC MUST BE EXECUTED MORE THAN ONCE

IN
TO

:
EXAMPLE

STA/TESTS:1:2-4:6:8-10/PASS:3/FLAGS: IER:HOE=1:UAM: LOE
THIS
COMMAND
WILL CAUSE THREE PASSES TO BE MADE, EACH PASS
CONSISTING OF TESTS 1,2,3,4,6,8,9, AND 10 EXECUTED AGAINST

ALL UNITS.

THERE

IS NO DIFFERENCE BETWEEN SAYING <FLAG> AND

SAYING <FLAG=1>. THE NOTATION <FLAG=0> IS MEANINGFUL ONLY ON
A
COMMAND
OTHER
THAN
START
TO
CLEAR
A
FLAG
THAT WAS
PREVIOUSLY SET.
NOTE THAT ON ALL
THREE LETTERS ARE SCANNED.

COMMANDS

ONLY

THE

FIRST

6.3.2 RESTART COMMAND
LA

SRR

dd sttt
22322 232232222228

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

b cd
d
b
—

coONONWNS
W

WWWWWW

312

319

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

e Lt

6.3.2.1 TESTS, PASS, AND FLAGS SWITCHES
<TEST=LIST>,

COMMAND.

<PASS-CNT>,

AND <FLAG-LIST> ARE AS

IN THE

START

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

A SEQUENCE OF DECIMAL NUMBERS

(0,1

ETC.)

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

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

6.3.2.3 EFFECT OF RESTART COMMAND
THE
RESTART
COMMAND DIFFERS FROM THE START COMMAND IN THAT
THE P-TABLES FROM THE PREVIOUS
START
COMMAND
(THERE
MUST
HAVE
BEEN
ONE)
ARE USED, INSTEAD OF NEW ONES BEING BUILT.
THE UNITS SWITCH GIVES THE ABILITY TO
SELECT
A
SUBSET
OF
THESE.
THE
SOFTWARE DIALOGUE MAY OPTIONALLY BE REEXECUTED

K
.1
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 3-6

SEC

PROGRAM DOCUMENT

(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
LA

SRR

2222223

232822222

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

SRRl

st sttt
2222223222222 23222

6.3.3.1 PASS SWITCH (/PASS:<PASS=CNT>)
<PASS=CNT> IS SAME AS IN START COMMAND, BUT THE
DEFAULT
IS
THE UNSATISFIED PASS=CNT FROM THE PREVIOUS START OR RESTART.

IF NONE REMAINS,

THE DEFAULT IS NON-ENDING EXECUTION.

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

C(COMMAND,

BUT

UNSPECIFIED

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
LER AR

32222222282)

PRO(CEED) /FLAGS : <FLAG-LIST>
LA

332222223223222222

6.3.4.1 FLAGS SWITCH (/FLAGS:<FLAG=LIST>)
<FLAG-LIST> IS AS IN
THE
START
FLAGS RETAIN THEIR CURRENT VALUE.

COMMAND,

BUT

UNSPECIFIED

6.3.4.2 EFFECT OF PROCEED COMMAND
PROCEED

MUST FOLLOW A START, RESTART, OR CONTINUE.

COMMAND

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

NEITHER

HARDWARE

NOR

SOF TWARE

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 3-7

SEQ

PROGRAM DOCUMENT

400
401
402
282

6.3.5 ADD COMMAND

405

AR AR

406

ADD/UNITS:<UNIT=LIST>

408
409
2}?

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

2}%

<UNIT=LIST> IS AS IN THE RESTART COMMAND.

407

414

R RN

AR AR

AR AR R AR

A AR AR

R AR AR

AR RN AR

R AR AREA AR

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

A AR RRRN

2}2

6.3.5.2 EFFECT OF ADD COMMAND

417
418
419

THE UNITS SPECIFIED ARE ADDED TO THE
TEST
SEQUENCE.
FEACH
UNIT
MUST
HAVE
A
P-TABLE
IN MEMORY
DUE
TO AN EARLIER
HARDWARE DIALOGUE.
THIS
COMMAND
MUST
BE
FOLLOWED
BY
A

421

THE ADD COMMAND IS

420

RESTART

CONTINUE.

THE UNITS SWITCH MUST BE SPECIFIED.

MEANINGFUL

422
423
424
252

6.3.6 DROP COMMAND

427
428

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

PREVIOUSLY DROPPED.

429

AR AR

430
431

AR A

ONLY

FOR

A A A AR AR AR AR

AR R AR ARRA AR RN AR

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

2_;;?

<UNIT=LIST> IS AS IN THE RESTART COMMAND.

436

439

440

441

22%

THAT

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

2;%

2%5

UNITS

WERE

AR
S R

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
COMMAND .

THE

UNITS

SWITCH MUST BE ENTERED.

START

THIS COMMAND

MUST BE FOLLOWED BY A RESTART OR A CONTINUE COMMAND.

444

222
447

448

449
450
451

6.3.7 PRINT COMMAND
AR
PRI(NT)

A AR A AR

A AN AR AR AR A AR AR AR NNRANARARRANRSE

R 2222202033322 32222213

22%

6.3.7.1 EFFECT OF PRINT COMMAND

454
455
456

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

SINCE
THE
LAST
THE ISR (INHIBIT

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO VO03.)1 23-APR-80 08:29:31 PAGE 3-8

SEQ

PROGRAM DOCUMENT

457
458
223

6.3.8 DISPLAY COMMAND

461

RN AR AR

462

A AR AR

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

463

AR AR AR A AR AR AR RN AR

e T

Yy I

229

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

228

CUNIT=LIST> IS AS IN THE RESTART COMMAND.

470

2;}

473

474
475
476
477

RN RN

et 22222222322

6.3.8.2 EFFECT OF DISPLAY COMMAND

THE HARDWARE P-TABLES FOR ALL UNITS UNDER TEST

ARE

PRINTED

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

478

25’6

6.3.9 FLAGS COMMAND

481

tt!*tttttttfittttt*tttttttt'ttt"titifittt*ttlttttttttttt!'lt

482

FLA{GS)

484
485
2367,

6.3.9.1 EFFECT OF FLAGS COMMAND

233

THE CURRENT SETTINGS OF ALL FLAGS ARE PRINTED.

490
23}

6.3.10 ZFLAGS COMMAND

493

L2222 22 s s

49,
495
496
497
233

ZFL (AGS)
tt'ttttttttttttttttttittttttttlttt*tttfitt.tttttfittttttttttt

483

28(1)

tttttttttttttttttttttttttttt'ttttttt'tttttttttttt"ttttt.tt

222222222223 22222223222222222222222222,

6.3.10.1 EFFECT OF ZFLAGS COMMAND

ALL FLAGS ARE CLEARED.

502
ggz

6.3.11

505
389

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

508
509

A CONTROL Z (Z) ENTERED DURING ONE OF THE THREE OPERATOR
DIALOGUES- HARD CORE QUESTIONS (SEE 6.2) ,HARDWARE DIALOGUE

g}}

DEFAULTS TO BE TAKEN FOR THE REMAINDER OF THAT DIALOGUE.

513

A CONTROL O (0) ENTERED DURING THE EXECUTION OF A DIAGNOSTIC

510

CONTROL

CHARACTERS

(SEE 6.3.1.5), OR SOFTWARE DIALOGUE (SEE 6.3.1.5) CAUSES THE

N 1
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE 3-9

$£80

PROGRAM DOCUMENT

514
515

CAUSES
ALL
TELETYPE
OUTPUT
TO BE
SURPRESSED FOR
THE
REMAINDER OF THE DIAGNOSTIC OR UNTIL ANOTHER 0O IS
TYPED,

WHICH RESTORES NORMAL TELETYPE G.7PUT.

3‘1'9

518
2128

6.3.12 HARDWARE PARAMETERS

521
522
523
gg’;

THE
FOLLOWING 3 QUESTIONS WILL BE ASKED ON A START COMMAND.
THE VALUE LOCATED TO THE LEFT OF THE QUESTION MARK
IS
THE
DEFAULT VALUE
THAT WILL BE
TAKEN ON A CARRIAGE RETURN
RESPONSE .

ggg

528
529
g;?

THIS IS THE ADDRESS AT WHICH THE CSR REGISTERS (SELO) RESIDE
ON
~THE
UNIBUS.
THE
ALLOWABLE
RANGE
IS
160000-177776
(OCTAL), AND THE DEFAULT VALUE IS 160070.

ggg

534

(SR ADDRESS:

(0)

VECTOR ADDRESS:

1600707

(0) 300 ?

THIS IS THE ADDRESS OF THE INPUT INTERRUPT VECTOR

535
ggg

DEVICE.
THE ALLOWABLE
DEFAULT VALUE IS 300.

538

539
540

541

542

THIS

TEST CONFIGURATION -

0 = INTERNAL (NO CONNECTOR)
1 = H3254 - v.35
(NOTE:

3 = H3255 - RS232(/423

MODE 1-4 ALLOWS
PROGRAM INTERFACE SELECTION)

5 = CABLE AND SW PACK INTERFACE SELECTED
(V.35-H3250, INTEGRAL-BC55A-10, RS232C-H325, RS$423/422-H3251)

546
547

* SELECT THE FOLLOWING ONLY IF THE MODEM SUPPORTS LOOPBACK *
6 = LOCAL LOOP

548
glsog

558

FOR

IS 000-674 (OCTAL), AND THE

4 = H3255 - RS422

544
545

ggg

RANGE

2 = H3254 - INTEGRAL

543

»)
552
553
554
555

7 = REMOTE LOOP
0
5°?

THIS QUESTION WILL COVER ALL THE POSSIBLE TEST CONFIGURATIONS.
THE DEFAULT IS FOR ACTUAL CABLE LOOPBACK (5).
CONFIGURATION 0
WILL ENABLE LINE UNIT (TTL) LOOPBACK.
IF THIS IS SELECTED NO
CABLES OR CONNECTORS SHOULD BE CONNECTED.
CONFIGURATIONS 1-4
WILL SELECT THE INTERFACE REGARDLESS OF THE SWITCH SETTING AS

LONG AS THE PROPER BAUD RATE IS SELECTED (I.E. EIA = 2.4K=19.2K).

ggg

6.3.13 SOF TWARE PARAMETERS

561

THE ONLY SOF TWARE PARAMETER QUESTION ASKED BY THE DIAGNOSITC

ggz

SOF TWARE “HUNG'' CONDITIONS.

565
ggg

SELECTABLE PROGRAM LOOP_TIME-OUT VARIABLE
[REFER TO LISTING 6.3.13]
(MAX=5; MIN=1)

568

THERE ARE TWO FACTORS THAT SHOULD BE CONSIDERED WHEN ANSWERING

562

569
570

CONCERNS A SOF TWARE TIMEOUT VARIABLE THAT IS USED TO PREVENT

THIS VARIABLE IS A VALUE FORM 1-5.
(0)

THIS QUESTION.
THE FIRST IS PROCESSOR SPEED;
PROCESSOR THE HIGHER THE VARIABLE SHOULD BE.

S ?

THE FASTER THE
THE SECOND IS

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 3-10

SEQ

PROGRAM DOCUMENT

BAUD RATE;

THE SLOWER THE DMR BAUD RATE THE HIGHER THE VARAIBLE

SHOULD BE.

FOR EXAMPLE:

11/70 WITH CACHE AND DMR AT 1 MEG.:
11/34 AND DMR AT 56K:
2

11740 AND DMR AT 2.4K:

THE DEFAULT IS 5.
THIS WILL COVER THE WORST CASE
WITH CACHE AND THE DMR AT 2.4K).

(I1.E.

11/70

6.3.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE
THE
FULL CAPABILITY OF THE HARDWARE DIALOGUE IS REVEALED BY
THE FOLLOWING DISCUSSION OF WHAT HAPPENS INTERNALLY.
AS SOON AS THE QUESTION ‘# UNITS?''
IS
ANSWERED
(WITH
THE
NUMBER
N,
SAY)
SPACE IN CORE IS ALLOCATED FOR N P-TABLES.
ALL OF THE P-TABLES ARE OF THE SAME FORMAT, AND THERE
IS
A

ONE-TO

ONE

CORRESPONDENCE

BETWEEN

THE HARDWARE PARAMETER

QUESTIONS AND THE SLOTS IN THE P-TABLE FORMAT.

ON THE FIRST TRIP THRU THE QUESTIONS, ALL OF

THE

LESS THAN N EXPLICIT VALUES

ALL

THE

P-TABLES ARE FILLED.

SLOTS

THE OPERATOR TYPES IN

RESPONSE

PARTICULAR

QUESTION, THESE VALUES ARE PLACED IN THE P-TABLES (ONE VALUE
GOING INTO THE PROPER SLOT OF EACH P-TABLE
BEGINNING WITH
THE
FIRST P-TABLE) UNTIL THE STRING OF VALUES IS EXHAUSTED.
THE LAST VALUE IN THE STRING BECOMES THE NEW DEFAULT AND
IS
USED TO FILL THAT SLOT IN THE REMAINING P-TABLES.

ON SUBSEQUENT TRIPS THRU THE QUESTIONS, THE SAME PROCESS IS
CARRIED OUT, EXCEPT THAT THE EARLIEST P-TABLE
NOT
TO HAVE

RECEIVED
AN
EXPLICIT VALUE IN ANY OF ITS SLOTS NOW ASSUMES
THE ROLE THAT TABLE NUMBER ONE PLAYED IN THE FIRST TRIP.
THE SERIES OF QUESTIONS
IS
REISSUED
UNTIL
AT
LEAST
ONE
QUESTION HAS RECEIVED N EXPLICIT VALUES FROM THE OPERATOR.

IN GIVING A STRING OF VALUES, COMMAS WITHOUT INTERVENING
VALUSSVFAMLLY’EBE USED TO INDICATE
A REPETITION OF
THE
LAST
A

STRING

EXAMPLE).

SAMPLE

VALUES

MAY

GIVEN

TRANSLATES

THE

A RANGE

(6=10 FOR

IF THE VALUES REPRESENT PURE NUMERICAL DATA,

RANGE

STRING

6.7.8.9.10

THIS

(AN

INCREMENT OF 1). IF THE VALUES ARE
ADDRESSES.
THE
SAMPLE
RANGE TRANSLATES TO THE STRING 6.8,10 (AN INCREMENT OF 2).

NOW LET
US
SEE
HOW WE
COULD
USE THESE CAPABILITIES TO
CONSTRUCT A SET OF P-TABLES.
ASSUME THAT WE HAVE 16 UNITS,
AND THAT THERE ARE THREE HARDWARE PARAMETERS FOR EACH (THREE
SLOTS IN
THE
P-TABLE,
THREE
HARDWARE
QUESTIONS
IN
THE
DIALOGUE).
_LET THE DESIRED VALUE FOR THE FIRST PARAMETER BE
THE NUMBER 75 FOR ALL 16 TABLES.
LET THE DESIRED VALUE
FOR
THE
SECOND
PARAMETER
BE
EQUAL
TO
THE
UNIT
NUMBER

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 3-11

PROGRAM DOCUMENT

629
630

VALUE 11. LET THE DESIRED VALUE FOR THE THIRD PARAMETER BE
THE NUMBER 76 FOR THE FIRST 7 UNITS AND THE NUMBER 77 FOR

2.'?;‘3'

THE FOLLOWING DIALOGUE WOULD ACCOMPLISH THIS GOAL:

gg;

635

THE LAST 9 UNITS.

# UNITS (D) ? 16

636

UNIT O

638

<QUESTION 2> ? 0-6

641

UNIT 7

644

<QUESTION 3> ? 77

637

639
640

642
643

<QUESTION 1> ?2 75

<QUESTION 3> ? 76

<QUESTION 1> ?
<QUESTION 2> ? 7-11,,13=15

SEQ

SEQ@

DOCUMENT

NNV

gD aaaa

=S OVONOVNHWN=O VNS W

—

s TM
o

DMR=11 FUNCTIONAL TESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE 4

THE

FIRST

TIME THE SERIES IS ASKED,

SLOT ONE RECEIVES A 75

IN ALL 16 TABLES.
SLOT TWO RECEIVES THE VALUES 0,1,2.....6
IN TABLES O THRU 6 AND A CONSTANT 6 IN TABLES 7 THRU 15.
SLOT THREE RECEIVES A CONSTANT 76 IN ALL 16 TABLES.
THE SECOND TIME THRU THE SERIES, TABLES 7 THRU THE END

ARE

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

PRINTED OUT FOR THE THE OPERATOR IN THE FORM
‘UNIT
Xx'' AT
THE
BEGINNING
OF EACH SERIES).
QUESTION_1 IS RESPONDED TO
BY A <CR>, SO SLOT ONE STAYS AT CONSTANT
75
IN
TABLES
7

THRU 15, SINCE NO NEW EXPLICIT VALUES ARE TYPED IN.
SLOT TwO
GETS THE VALUES 7,8,9,10,11 IN TABLES 7 THRU 11,
AND
GETS AN 11 IN SLOT 12, AND GETS THE VALUES 13,14,15 IN

}3265?513 THRU 15. SLOT THREE GETS THE VALUE 77 IN TABLES 7

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

!
mm

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAG

PROGRAM DOCUMENT

SEQ

2
2

7.0 DEVICE INFORMATION TABLES

SEE THE GLOBAL EQUATES SECTION FOR DEVICE CSR BIT DEFINITIONS

8.0 TEST DESCRIPTIONS

AR AR AR

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

TEST 1

AR RA AR

= DMR-11

:* VERIFY THAT ADDRESSING THE 4 UNIBUS CSRS DOES NOT CAUSE A NON-

15
16
17
18

:*
;*
;*
:*

;* EXISTENT MEMORY TRAP.
b

THE DMR IS AN NPR DEVICE RESIDING ON A UNIBUS.
COMMUNICATION
BETWEEN THE MAIN CPU AND THE DMR IS ACCOMPLISHED THROUGH A
SET OF FOUR 16-BIT UNIBUS CONTROL AND STATUS REGISTERS (CSRS).

THE FOUR REGISTERS ARE ASSIGNED ADDRESSES IN THE 1/0 PAGE

:* FLOATING ADDRESS SPACE: 76XXX0 = 76XXX6
%

21
22
23
24

:*
:*
;*
:*

NOTE: THIS TEST IS REDUNDANT IN THAT STATIC LOGIC TESTS SHOULD
HAVE BEEN RUN BEFORE THESE FREE-RUNNING TESTS WERE STARTED, AND
THEY SHOULD HAVE DETECTED ANY CSR ADDRESSING PROBLEMS.
BUT JUST IN CASE THOSE STATIC TESTS AREN'T RUN, WE'LL BE SAFE.

SRR

26
27

A A A A A AR A AR

29
30

A A

A AR

AR AR AR

:* CONTAINS THE ROM NUMBER.

;* CRC/CCITT WORD FOR THE ROM.

LOCATION

CHIP NO.

$®

EO1

:®
;*
:®

EO3
E02
EO4

s
P %

BYTE

THE 2ND BYTE

ADDRESS RANGE

LOwW
HIGH
LOW

0000 - 1777
0000 - 1777
2000 - 3777

LOW

4000 - 5777

HIGH

E14

THE

THE 1ST

CHIP ADDRESS RANGE

0
1
2

EOS

THE 3RD AND 4TH BYTES CONTAIN A NEGATIVE

AR AR AN R AR RN AR RARANRRAARRAAR AR

:* OF THESE BYTES CONTAINS THE ASCII VERSION NUMBER.

AR AR N RN N RRA RN R AR

:* LAST 4 BYTES CONTAIN INFORMATION ABOUT THE ROM TO CHECK.

AR A AR

s
TEST 2 = DMR-11
:* ROM CRC/CCITT = CHECK ROM POSITION AND CALCULATE CRC/CCITT.

37
39

AR A AR AN AR

HIGH

2000 - 3777

4000 - 5777

44
45
46

:-nm-nt.nttt-ttt IMPORTANT !'!1111111T1 kA
A A AR R AR R AR
R
AR AR AR
:* FOR THIS TEST TO RUN CORRECTLY, ENSURE THAT SWITCH 1 AT LOCATION
;* E8S ON THE M8207 IS ON.
IF THIS SWITCH IS OFF, BSEL1 WILL BE

SRR

49
50

51
52
53
54

:* LOCKED OUT AND THE MAINTENANCE FEATURES WILL NOT BE ENABLED.

o
:*

:®
:®
i
:®

MR. w AR SR S

A AR

A A

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

A AR AR AR AR RN

SUBTEST 1 = ON THE FIRST PASS PRINT THE VERSION # IN EACH ROM
SUBTEST 2 = GENERATE THE CRC-CCITT IN EACH ROM AND COMPARE T
IT AGAINST THE CRC BLASTED IN THE ROM
SUBTEST 3 - COMPARE THE ROM # BLASTED IN THE ROM AGAINST THE
EXPECTED ROM #.
s

I3 22233233222323222222222%

—

| CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 6

SEQ

PROGRAM DOCUMENT

.'t'l"Q"tttt'fii"'tfi""t"'"t""fi.‘.Q'.t.'Q.'t"tt"'..t"."t't't"'

TEST 3 - DMR=-11

i MASTER CLEAR

8
9
10

:* THE MASTER CLEAR WILL CAUSE THE DIAGNOSTIC MICROTESTS 70 BE
:* RUN WHEN THE MICRODIAGNOSTIC BIT (BIT 13 IN SELO) IS CORRECTLY
:* SET OR CLEARED.
BECAUSE THE RUNNING OF MICROTESTS DEPENDS ON THE

6
7

:* THIS TEST WILL ISSUE 2 MASTER CLEARS.
EACH CALL TO THE MASTER
;% CLEAR ROUTINE WILL ENSURE THAT THE RUN BIT WILL BE SET.
ALSO

1
12
13

:* CLEARING OF BIT 13 WILL RESULT IN THE RUNNING OF MICROTESTS.

:* BIT 13 ONLY ON EVERY OTHER MASTER CLEAR) THE SOF TWARE BIT.

16
17
18
19

20
21
22
23

:* EXCLUSIVE OR OF THE
HARDWARE SWITCH 10 ON E134 OF THE M8203 AND
:* THE MICRODIAGNOSTIC BIT, WE CAN'T KNOW WHETHER THE SETTING OR

:* THEREFORE THE MASTER CLEAR SUBROUTINE WILL TOGGLE

:*
:*
:*
i

;%
;%
:*
:*

(I.E.

SET

THIS WILL ENSURE THAT REGARDLESS OF THE POSITION OF THE
HARDWARE SWITCH, MICROTESTS WILL BE RUN EVERY OTHER MASTER CLEAR.
WHEN RUNNING THiS TEST, WE EXPECT TO ADD THE RESULTS OF BSEL3
AFTER EACH MASTER CLEAR.

BSEL3 = 100
-~ "MICROTESTS DISABLED
BSEL3 = 200
- MICROTESTS RUN SUCCESFULLY
IF THE RESULT OF THE 2 MASTER CLEARS IS NOT 300, AN ERROR IS
REPORTED.

- %

:* ADDITIONALLY THIS ROUTINE WILL REPORT WHENEVER THE RESULT OF

i+ BSELSIS

THIS WILL MEAN THAT THE DEVICE IS NOT A DMR

. %

28
29
30

:'tt'*;fi;ttitttfi'fi.Qttt't't"".'fi..tifitt'."..'.t.*"".t.tt't't.".t.

.'ttti'.t'*t.'t'li.l"Qt't""t'..t..fi".Q."Qtt..."*f"t"'.tt.'."l't

TEST 4 - DMR-11

BASE IN COMMANDS

. %

39
40
41

42
43

46
47

P
i
:*
i
i

SUBTEST 1

=~ ISSUE A BASE IN

SUBTEST 2

THE MICROCODE SCRATCH PAD 7 AND THAT THE DDCMP
MESSAGE VARIABLES ARE PROPERLY INITIALIZED.
= ISSUE A BASE IN
=
DMC MODE.

DMR MODE.

ENSURE THAT THE DMR MODE BIT (BIT 4) IS SET IN

ENSURE THAT THE DMC MODE BIT (BIT 4) IS CLEAR IN
THE MICROCODE SCRATCH PAD 7 AND THAT THE DDCMP

MESSAGE VARIABLES ARE PROPERLY INITIALIZED.

. %

:'t.'ttt'it.t'tl’ttttt."it""tt".""..."t'ii"'fi".t.t'l"t.t.i""t

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE 7

SEQ

PROGRAM DOCUMENT

"ii"‘.*"fi"'.tfi"..""Q"'..'.'.".fi"'.."'.'"".'.."'.""".'

." DMR COMMANDS

5
6

;*
i

SUBTEST 1

:®
;*
i
.%

15
1‘
19

20
21
22
23

S‘SO

;*
;¥
;*

i
oW
;¥

32
33

SUBTEST 2

SUBTEST 3
SUBTEST &

=~ é?#T?(S)LSé?TJ HALF DUPLEX.

ENSURE THAT THE HALF DUPLEX

=~ CONTROL IN, MAINTENANCE MODE.
ENSURE THAT MAINT. MODE
BIT IS SET IN SCRATCH PAD 7.
-~ CONTROL IN USING SELECTED LOOPBACK.
ISSUE A CONTROL IN

USING THE USER SELECTED LOOPBACK.
IF THE LOOPBACK IS
NOT CORRECT, DMR RUN MODE ACKNOWLEDGE WILL NOT BE
RECEIVED.

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

35
%9

TEST 6 - DMR-11

CONTROL IN COMMAND TEST =
SUBTEST 1
= CONTROL IN, FULL DUPLEX, DD(MP MODE.
ENSURE THAT
THE HALF-DUPLEX BIT IS CLEAR IN THE MODEM STATUS WORD,
ALSO ENSURE THAT DDCMP MODE BIT IS SET IN SCRATCH PAD 7.

i*
i*

3‘

;*
;*
on
i*
t

29
30
31

45
46

.lQ'.""t".'**'fi*fi."""t'*fit'.'*"'"'*"QQ'Q"."'tt"t".fi'fi"'.

26
27
28

42
43

= SET REP/SEL TIMER VALUE AND SET THE DMR THRESHOLD
VALUES.
CHECK THAT THE VALUES ARE CORRECT IN
THE BASE TABLE AFTER HALTING THE DMR.

. %

SUBTEST 2

39
40

:'t'*"t*'"fi'**.'fi"""t'*"..".'*.‘...".'"".'*"'.""'.*'.""

=~ ISSUE AN ENABLE EXTENDED ERROR COMMAND AND CHECK THAT
THE EXT. ENABLE BIT IS SET IS SCRATCH PAD 13.
THEN

%SéfIE.EREXTENDED ERROR AND CHECK THAT THE ENABLE BIT

9
10
11

TEST 5 = DMR-11

..**"".'tfit‘fi*"."""""'*"*"*"""..'.**"‘Q"'ti."‘."'.t"

3
TEST 7 = DMR-11
." MODEM WRITE COMMAND
;*

SUBTEST 1

= WRITE DATA PATTERNS INTO THC MODEM WRITE REGISTER.

SUBTEST 2

= ATTEMPT TO WRITE BOTH THE HALF=DUPLEX BIT AND THE

s
i*

i*
i

ix
. &

ENSURE THAT ON THE NEXT MODEM READ THAT THE
MICROCODE RETURNS THE PATTERN WRITTEN INTO BSEL6.

RTS HOLD BIT.
THE MICROCODE SHOULD NOT ALLOW THIS
TO HAPPEN.
WHEN READING THE MODEM STATUS, ONLY
THE HALF-DUPLEX SHOULD BE SET.

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

CZDMIBO DMR=11

FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 8

SEQ

PROGRAM DOCUMENT

5
6
7

9
10

'tt'tt't'tttt'ttttttQttt't'tt'tttttQtttttttttttttttttt.t't'..'tt'ttttt

i
i

1T
i*

SUBTEST 1

TEST 8 = DMR-11

= TRANSMIT A BUFFER THREE

TIMES WIHOUT ASSIGNING A

RECEIVE BUFFER.
BY ASSIGNING A NO BUFFER THRESHOLD
OF THREE, ENSURE THAT A NO BUFFER ERROR IS RECEIVED
SUBTEST 2

AFTER THE THIRD THRANSMiSSION.

=~ TRANSMIT A BUFFER WITHOUT A RECEIVE BUFFER.

ASSIGN THE NAKS THRESHOLD OF 3 AND A NO BUFFER
THRESHOLD OF 7.
CHECK THAT THE NAKS ERROR COUNT IS
THREE AFTER SHUTDOWN.

-tttttQtttttttt'tttnttt"ttt'tttt'tt.tttttttttt'tttttttttttttt'ttt't"

H
17

18
19

20
21
22
23

3‘5’

.ttttttttttttttttttttttt'tt'tttttttit'ttttttttttttttttttttttttttttttt'

i*
TEST 9 - DMR=-11
;% NON-EXISTENT MEMORY (NXM) ERROR CHECK

;* PERFORM DMR
;* REPORTED IN
;* SUBTEST 1
;*
SUBTEST 2

SUBTEST 3

COMMANDS USING NXM ADDRESSES: VERIFY THAT NXM ERROR IS
EACH OF THE FOLLOWING SUBTESTS:
- BASE IN RESUME COMMAND
- BASE TABLE ADDRESS IS NXM
= BA/CC IN RECEIVE COMMAND -~ BA/CC IN ADDRESS IS NXM

BA/CC IN TRANSMIT COMMAND - BA/CC IN ADDRESS IS NXM

26
27

:lttt*tttttttt'tttttttttttttttttttttttttttttttttttttttttttttttttttfittt

,ttttttttttttttttttttttttttttttttttt'tt.t*tttttttttttt'tfittttttt'tttt'

28
gg

32
332

i*
TEST
10 = DMR-11
3 TIME OUT - FORCE A TIMEOUT AND VERIFY THAT THE ERROR IS REPORTED

:tttt'tttttttttttttttt'tt'tttttttttttttttttt*ttttttttttrtttttt'ttttt't

36
37

.tttttttttttttttitttttttttttttttttttttttttittttttttttttttt".ttit"ttt

. %

TEST 11 - DMR=11

MESSAGE TOO LONG - TRANSMIT A MESSAGE THAT IS TOO LONG FOR THE

RECEIVE BUFFER AND VERIFY THAT THE ‘'TOO LONG' ERROR IS RECEIVED.

:tttttn'ttttt.tttttttttttttttttttttttttt.tttt"ttttttttQtttttt."tttt'

—

23-APR-E0 08:29:31 PAGE 9

SEQ

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01
PROGRAM DOCUMENT

TEST 12 = DMR-11

PROCEDURE ERRORS -

;*
;*

A PROCEDURE ERROR:
SUBTEST 1
- A SECOND BASE IN COMMAND

THE FOLLOWING SHOULD CAUSE THE DMR=11

;*
;*
;*
;*

SUBTEST
SUBTEST
SUBTEST
SUBTEST

2
3
4
5

=~
=~
=~
=

TO HALT AND RESPOND WITH

A CONTROL IN BEFORE A BASE IN
A BA/CC IN BEFORE A BASE IN
A BA/CC IN RCV WITH A BUFFER LENGTH OF 0
A BA/CC IN XMIT. WITH A BUFFER LENGTH OF 0

R AR AR AR R AR AR RN

AR RR RN ARARRR AR AR

A AR R

R
R
I

:®

TEST 13 - DMR-11

;* FREE RUNNING FLAG MODE DATA TEST
;* TRANSMIT A MESSAGE AND VERIFY THE RCCEIVED DATA IS CORRECT.

s* IN THIS TEST NO INTERRUPTS ARE USED AND THE LINE UNIT IS IN
;% INTERNAL (TTL) LOOPBACK.
THIS TEST IS THE FIRST TEST IN WHICH

:* THE DMR IS USED IN A DATA TRANSMISSION MODE.
ML

s eI
2223223
l
2222222222222 23

SRNA ON NN

AU AU AU AU AU RO AU A

)

D o

S BN A R oD OV

S R

N
N L N W AN N

:t.ttttttttttttttttttttt'tttttttit'ttt.fifitttt'tttttttt.t'ttt'ttt'ttt't

o®
TEST
14 - DMR-11
;* IN THIS TEST - SEE IF WE HAVE MEMORY MANAGEMENT, IF SO SEE IF WE

;* HAVE

THE MEMORY TO CHECK BITS 16 & 17 IN SEL6.

THIS WILL ALLOW

;* US TO TRANSFER DATA USING THOSE EXTENDED ADDRESSING BITS. AS IN

d ngg 13 THE TEST IS NON-INTERRUPT AND INTERNAL (TTL) LOOPBACK IS

20 U

]

2222222222233

22222222222222222%;

p—

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 10

SEQ

PROGRAM DOCUMENT

R
R

22332

2322222222222%3

TEST 15 = DMR-11

IS SELECTED

L34

;* IN THIS TEST THE DMR WiLL TRANSMIT AND RECEIVE 7 BUFFERS.

DURING THE

;* TEST THE DMR WILL BE HALTED AND RESTARTED BY A BASE=IN RESUME
;* FOLLOWING MANNER

BASE IN
CONTROL IN

L ]

IN RESUME

IN THE

IN RESUME
E IN RESUME

IN RESUME

2 BA/CC IN T

"
&

1 BA/CC zN

8.8, 8,8, 8,8,

IN RESUME

2 BA/CC IN
2 BA/CC IN

IN RESUME

2 BA/CC IN

BASE IN RESUME
2 BA/CC IN TRANSMIT
B
BASE IN RESUME

*
*

BA/CC

HALT

IN TRANSMIT

BASE IN RESUME

ALL BA/CC QUTS RECEIVES AND TRANSMITS WILL BE ACCOUNTED FOR AND
THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST
THE RECEIVE/TRANSMIT TABLE.

*
o

*
*

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS.
THIS
SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
SEVEN RECEIVE AND SEVEN TRANSMIT BUFFERS.
THE ROUTINE WILL

®*
®
*

ATTEMPT TO USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING
HIERARCHY
:
A. IF THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.

*
*

Ed
*

* LR

BAS E

2 BA/CC IN RECEIVE

N
T
e I

VO NN

D e

;* RESUME BASE IN - DMC MODE
;* *x
WILL NOT RUN IF MODEM LOOPBACK

W= OV~

NS W

AR R

IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER
THAN 2K BYTES, USE THAT MEMORY
IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE
THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

T332

322223222

2222223222222%5

CZDMIBO DMR-11 FLNCTIWL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE "

PROGRAM DOCUMENT

SEQ

'tt""'."Q"Qt"...""'."'Q.t..'.t.'...'.'Q'.t""'.t""'...".'.

;% RESUME BASE

TEST 16 = DMR=11

IN - DMR MODE

5
6

:* IN THIS TEST THE DMR WILL TRANSMIT AND RECEIVE 7 BUFFERS. DURING THE
i+ TEST THE DMR WILL BE HALTED AND RESTARTED BY A BASE-IN RESUME IN THE

% FOLLOWING MANNER

BASE IN

9
10
11
12

i
i
i
i

14
15
16
17
18
19

i
i
i
x

HALT
2 BA/CC
HALT
1 BA/CC

i
P
i
i
x

HALT
=
BASE IN RESUME
2 BA/CC IN TRANSMIT
HALT
=
BASE IN RESUME

HALT

20
21
22
23
24

i
i

CONTROL IN
HALT
-

BASE IN RESUME

2 BA/CC IN RECEIVE

HALT
=
BASE IN RESUME
2 BA/CC IN RECEIVE

HALT
2 BA/CC
HALT
2 BA/CC

=
BASE
IN RECEIVE
=
BASE
IN RECEIVE

IN RESUME

=
BASE IN RESUME
IN TRANSMIT
=
BASE IN RESUME
IN TRANSMIT

1 BA/CC IN TRANSMIT
=

BASE IN RESUME

- %

34
35
36
37
38

i
i
e

29
30
33

39
40

e
i
t

i
i

ALL BA/CC OUTS RECEIVES AND TRANSMITS WILL BE ACCOUNTED FOR AND

THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST
THE RECEIVE/TRANSMIT TABLE.

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE SBUFFS.

THIS

SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF

SEVEN RECEIVE AND SEVEN TRANSMIT BUFFERS.
HIERARCHY:

THE ROUTINE WILL

ATTEMPT TO USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING

IF THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.

THAN 2K BYTES, USE THAT MEMORY
IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE

B. IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER
THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

- %

‘4

.'Q'fi"fi!t'tt'.'Q.l‘"ti""".I’..Q.'..'.'.tt"'..l""-.'.'t.t."."..

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 12

SEQ

PROGRAM DOCUMENT

R R R A A R

R R AR AR AR AR AR R AR

TEST 17 = DMR-11

AR AR

+* INTERRUPT DRIVEN EXERCISE

;* IN THIS TEST 64 BUFFERS WILL BE TRANSMITTED AND RECEIVED
. %

;* ALL BA/CC OUTS RECEIVES AND TRANSMITS WILL BE ACCOUNTED FOR AND

1(9)

;* THE RECEIVE/TRANSMIT TABLE.

:®

RR A

;* THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST
. %

12
13

:®
;"

16
17

ol
;e

}‘So

18
19

5(1)
22

26
27

c®
s

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS.

THIS

SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
64 RECEIVE AND 64 TRANSMIT BUFFERS.
THE ROUTINE WILL

QIE%EH;O USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING
A.
B.

IF
IF

THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER

THAN 2K BYTES, USE THAT MEMORY
IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE

THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

:-tttt'tttttttttttttttttttittttttttttttttfitttttttittttttt'tttttttttt'tt

SRR

AR AR AR AR A AR A AR A AR A AR R AR AN AR AN AR R AN RARA R

x
TEST
;* LARGE MESSAGE

18 = DMR=11

;* IN THIS MODE TRANSMIT AND RECEIVE 1 LARGE BUFFER

;* THE BA/CC OUT RECEIVE AND TRANSMIT WILL BE ACCOUNTED FOR AND

:* THE RECEIVE/TRANSMIT TABLE.

. %

:* THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST
. %

36
%g

:®
;e

39
40
41
42

o
e

:®

e
o

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS.

THIS

SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF

ONE RECEIVE AND ONE TRANSMIT BUFFER. THE ROUTINE WILL
QIE%EH;O USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING
A.
B.
C.

IF THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER
THAN 2K BYTES, USE THAT MEMORY
IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE

:®

:-tttttttttttttttttttfittttttttttttttttttttttttttttttttttttttttttt.ttttt

. %

THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 1%

SEQ

RN AR RN

RRA

AR RS

)
I
I

TR I

d
e

AR IR AR RN RAR

. ®

*
*

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE SBUFFS.
THIS
SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
ONE RECEIVE AND ONE TRANSMIT BUFFER.
THE ROUTINE WILL
QH%E'JO USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING

*
*

B.
C

e
—

AR AR

;* THE BA/CC OUT RECEIVE AND TRANSMIT WILL BE ACCOUNTED FOR AND
;* THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST
;* THE RECEIVE/TRANSMIT TABLE.

= V00 NN

AR AR AR AR RAR

;*
TEST 19 - DMR-11
;* MAINTENANCE MODE OPERATION

NN = O 000 NN 8 (il =

PROGRAM DOCUMENT

*
*

* LR

SRR

THERE

IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.

IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER

THAN 2K BYTES, USE THAT MEMORY

IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE
THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

gttt

Rttt

Ittt

2222223222232 22223

9.0 ERROR INFORMATION

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

DESCRIBES

"'IRDY

NOT SET'' ERROR, AND PROVIDES THE PC OF

THE ERROR CALL AND THE PC OF
THE
CALL
TO
THE
SUBROUTINE
gg:%g‘%'s«i IT, THE FAILING REGISTER NAME, AND DEVICE REGISTER

CZDMR DVC FTL ERR 00002 ON UNIT 00 TST 006 SuB 000 PC:
TIME OUT
ERROR IN SUBROUTINE CALLED AT PC: 036174
STATUS OF BUFFERS
NUMBER OF BUFFERS: 7
BUFFER SIZE: 2048
IN = RCV ASSIGNED:
7
XMIT ASSIGNED:
7
OUT = RCV RETURNED:
0
XMIT RETURNED:
0
DMR RUN ACKNOWLEDGMENT NOT RECEIVED
(CHECK INTERFACE, BAUD AND TURNAROUND)

016210

ALL THE MESSAGES IN THE DIAGNOSTIC USE BASIC MESSAGE CALLS.
THEREFORE THE INHIBIT EXTENDED ERROR FLAG WILL HAVE NO

EFFECT ON THE MESSAGE OUTPUT.
INHIBIT THE ERROR MESSAGES.

THE INHIBIT BASIC MESSAGES WILL

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGEN 15-1

PROGRAM DOCUMENT

SEQ

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 14

PROGRAM DOCUMENT

002000

.TITLE CZDMIBO DMR-11

.=2000

FUNCTIONAL TESTS

12
13
14

.MCALL

119 002000

SvC

19 002000

SVC

; INITIALIZE SUPERVISOR MACROS

BGNMOD

000001

SLSTIN=

LIST INSTRUCTIONS

24
25
26
27
gg

000001
000001
000001
000001
000001

SVCINS=
SVCTST=
svcsuB=
SVCGBL=
SVCTAG=

1
1
1
1
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

3
32

;2 002000

000001

SLSTTAG=

3
:

CHANGE THE VALUES OF THE SVC... SYMBOLS TO BE ZERO IF YOU WISH

TO ALIGN THE MACRO CALLS AND THEIR EXPANSIONS.
CHANGE THE
SYMBOLS TO BE MINUS=ONE TO NOT LIST THE EXPANSIONS.
YOU MAY

CHANGE THE SYMBOLS AT ANY POINT IN YOUR PROGRAM.

POINTER BGNSW,BGNDU,BGNSFT

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 15

SEQ

.SBTTL

PROGRAM HEADER

B N800, %8,

= OV~
W=

—_

PROGRAM HEADER

THE PROGRAM HEADER MACRO CHARACTERIZES THIS DIAGNOSTIC. THE
HEADER MACRO'S ARGUMENTS ARE FILE NAME, RELEASE LEVEL, PATCH
DISPOSITION OF THE MOST RECENT PATCH, MAXIMUM TEST TIME IN SEC.,
AND THE TYPE OF DIAGNOSTIC (0-SEQUENTIAL, 1-EXERCISER).
THESE
ARGUMENTS ARE IN RESPECTIVE ORDER.

HEADER (CZDMI,A,0,600.,0

LSNAME
: :

LSDEPO::

LSUNIT::

LSTIML::

LASCII

/A/

LASCII

/0/

.WORD
.WORD

600.

.WORD

L$HARD

.WORD

T
LSSOF

.WORD

LSHW

.WORD

LSSW

.WORD

LSLAST

.WORD

. WORD

.WORD

LSDISPATCH

.WORD

".BYTE

CSREVISION
CSEDIT

:
LSHPCP:
LSSPCP::

LSHPTP::
LSSPTP::

LSLADP::

LSSTA::
L$CO::

LSDTYP::

LSAPT::
LSDTP::

LSPRIO::

LSENVI::

LSEXP1::
003
003

/C/
/7/
/D/
M/
/1/

.BYTE

LSREV::

LSMREV:

LASCII
.ASCII
LASCII
.ASCII
LASCII

.BYTE

D 3
CZDMIBO DHR-1; FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 15=1

PROGRAM HEADE

LSEF::

LSSPC::
LSDEVP::

LSDVTYP

LSREPP::

LSEXP4::

LSEXPS::

000000

L$DU

:
LSLUN:

000009

LSDESP::

010242

:
LSLOAD:

104035

LSETP::

000000

LSICP::

020552

LSCCP::

022156

:
LSACP:

022066

LSPRT::

020544

LSTEST::

000000

LEDLY::

000000

::
LSHIME

000000

-d

NUREY O oory

:
L$DUT:

023724

LSAUT::

.EVEN

LSDESC
EMT

ESLOAD
0

LSINIT

LSCLEAN
LSAUTO

LSPROT

p—

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 16

DISPATCH TABLE
1

.SBTTL

DISPATCH TABLE

SITITTITIIIITIITII777 077700077777 7727777777777777777777777770777777777777717777

s/ 1T 1S USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST.

:/ THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.

OVO~NONO

8 002122
002122
002124
002124
002126
002130
002132
002134
002136
002140
002142
002144
002146
002150
002152
002154
002156
002160
002162
002164
002166
002170

SEQ

SIVITTITTIIIITI07207777 0000077777707 777777777777720777707707777777777777777777

000023
024004
024322
(25636
025770
027046
030260
031040
031462
032164
032676
033100
033260
034164
034714
036460
036564
036632
036702
036752

DISPATCH 19

.WORD
LSDISPATCH: :
WORD
.WORD

.WORD
WORD
WORD
.WORD

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

19
T1
T2
T3
T4
TS
T6
17
T8
T9
T10
T11
T12
T13
T14
T15
T16
T17
T18
T19

—

OV~
NS W=

CZDMIBO DMR-11 FLN'YIML TESTS MACRO v03.01 23-aAPR-80 08:29:31 PAGE 17
DEFAULT HARDWARE
F -TABLE

.SBTTL

il
cndd anll

DEFAULT HARDWARE P-TABLE

/ BELOW ARE NOT USED IN THIS DIAGNOSTIC BUT ARE INCLUDED TO AGREE WITH
/ M8207 & MB8203 DIAGNOSTIC P-TABLES.

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

BGNHW

DFPTBL

LSHW::

.WORD

DFPTBL::

ONO
VIS W=

) csil an

////////////////////////////////////////////////////////////////////////////
/ THE DEFAULT HARDWARE P-TABLE CONTAINS DEFAULT VALUES OF
/ THE TEST-DEVICE PARAMETERS.
+*NOTE = MANY OF THE P-TABLE VALUES LISTED

000013

SEQ

000000
160070

.WORD

.WORD
. WORD

.WORD
. WORD
.WORD
.WORD

.WORD
.WORD

002222

ENDHW

160070
300

000
000
000
5
0
0

s **NOT USED = MICROPROCESSOR TYPE

:DMR11 CSR_UNIBUS ADDRESS DEFAULT
;DMR11 INTERRUPT VECTOR DEFAULT
s **NOT USED = PRIORITY LEVEL
s **NOT USED = LINE UNIT
s **NOT USED = SWITCH PACK #1 (REG 11)
s **NOT USED = SWITCH PACK #2 (REG 15)
s **NOT USED = SWITCH PACK #3 (REG 16)

: CABLE TURNAROUND (DEFAULT = CABLE(5))
s **NOT USED - BAUD RATE
: **NOT USED = RUN SWITCH

L10000:

L10000=L$HW/2

CZOMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01
| DEFAULT SOF TWARE P-TABLE

23-APR-80 08:29:31 PAGE 18

SEQ

.SBTTL DEFAULT SOF TWARE P-TABLE

SIITITIIII I

:/ PARAMETERS THAT CAN BE CHANGED BY THE OPERATOR.

8 00222
002222

0 002224
1

2 002226
002226

—

e e

N UrES

—

)

002224
9 002224

AL I LI LI II 1T A1 1 1010101011110 1017111101010100401010107

;7' THE SOF TWARE P=TABLE CONTAINS THE VALUE OF

THE PROGRAM

SIIIITIIIITITIIITIITIITT1T1117000771717171717171711111111111111112111111111

BGNSW

000001

SFPTAL

LSSW: :
SFPTBL::

:
00005

SPEED:

ENDSW

.WORD

:PROCESSOR SPEED VARIABLE USED

:TO ALTER THE WAIT VARIABLES.

£10001:

WORD

L 10001-L8$5W/2

|CZDHIBO DMR=11 FUNCTIONAL TESTS MACRG v03.01 23-APR-80 08:29:31 PAGE 19
O~y
NS WRY =

IGLOBAL EQUATES SECTION

.SBTTL

SEQ

GLOBAL EQUATES SECTION

SIIIITTTTTIITIT 777777777070 77777777777777777777777777777777777777777777777777

THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES THAT

3/
ARE USED IN MORE THAN ONE TEST.
SIIIILIIIITIITIIII17771710117077700777701077107017700000707007000070711710010171

002226

EQUALS

; BIT DIFINITIONS

BIT15== 100000

BIT14==
BIT13==
BIT12==
BIT11==
BIT10==
BIT09==
BIT08==

40000
20000
10000
4000
2000
1000
400

BIT07== 200
BITO06== 100
BITO5== 40

BITO4==
BIMO3==
BIT02==
BIT01==
BITO00==

20
10
4
2
1

BIT9==
BIT8==
BIT7==
BITé==
BIT5==

BIT09
BITO8
BIT07
BIT06
BITO05

BIT3==
BIT2==
BIT1==
BITO==

BIT03
BIT02
BITO1
BIT00

BIT4==

BIT04

* EVENT FLAG DEF INITIONS
*
000040
000037

000035
000034

EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM (OMMUNICATION

EF .START==

32,

: START COMMAND WAS ISSUED

EF.CONTINUE==
EF .NEW==

30.
29.

. CONTINUE COMMAND WAS ISSUED
. A NEW PASS HAS BEEN STARTED

EF .RESTART==

EF .PWR==

31.

28.

; PRIORITY LEVEL DEFINITIONS
000340
000240
000200
000140
000100

PRIO7==
PRIO6==
PRI0S==
PRIO4==

PRIO

340
300
240
200

140

; RESTART COMMAND WAS ISSUED

: A POWER-FAIL/POWER-UP OCCURRED

‘

| CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 19-1

SEQ

|GLOBAL EQUATES SECTION

000040
000000

PRIOT== 40
PRI100== 0

‘OPERATOR FLAG BITS
000004
000010
000020
000040
000100
000200

|
|

000400
001000

002000
004000
010000
020000
040000
100000

Ev==
LOT==
ADR==
1DU==
ISR==
UAM==

BOE ==
PNT==

PRI==
IXE==
IBE==
IER==
LOE==
HOE==

:" LE AR

4
10
20
40
100
200

400
1000

2000
4000
10000
20000
40000
100000

s s

17
18
19
20

100000

040000

020000

45
46

20000

000200
000100
000040
000020
000010
000004
000002

Sw07=
SWw06=
SW0S=
SW04=
SW03=
SW02=
Swol=

200
100
40
20
10
4
2

Swi3=

100000

10000
4000
2000
1000

000001

40000

SWi2=
swil=
SW10=
SW09=

40
41
42

sw15=

SWis=

010000
004000
002000
001000

000400

32
33
34
35
36
37
38
39

1222223222233 2222222223222222222322231

:SWITCH REGISTER OPTIONS

22
23
24
25
26
27
28

'."'t't"fi.tfit.’."fifi'.*"Q'ttt...'t'i".t"'t't.'t.tt*fi.fi"'ttfi".'.t

12
14

SW08=

SW00=

400

'Qfi.fi'l"t'filtttttfit.tt""'ttlt'.'ttt'tfitttttttt'i!'tt.t'.'ti"'t"tt

100000
040000
020000
010000
004000
002000

001000
000400

000200

000100

000040

“1CSR AND STAUS WORD DEF INITIONS
::SELO (CSR) - BSELO/BSEL]
RUN=
BIT1S
SET_IF RUNNING
MCLR=
BIT14
:MASTER CLEAR OF
MDIAG= BIT13
:CSR MAINTENANCE
STLU=
BIT12
:CSR MAINTENANCE
LPLU=
BITI
:CSR MAINTENANCE
ROMO=
BIT10
:CSR MAINTENANCE
ROMI=
STUP=

BIT9
BITS

RDI=

BIT7

IESET=

RAl=

BIT6

BITS

PROCESSOR AND LINE UNIT
- ENABLE MICRODIAGNOSTICS
- STEP LINE UNIT
- LINE UNIT LOOP

:CSR MAINTENANCE
:CSR MAINTENANCE - USED WITH LOOP LU

:WHEN ASSERTED, XMITTER SHIFTS; CLEAR, REC. SHIFTS
:CSR - DMR11 READY RESPONSE

:CSR - INTERRUPT ENABLE

INPUT = DMR11

INTERRUPTS

:CPU WHEN RDI SET IN RESPONSE TO RQl BEING SET.
:CSR = REQUEST IN

| CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 19-2

SEQ

| GLOBAL EQUATES SECTION

i
|

47
48

000020

IECLR=

BIT4

2(1)

000004

RCv=

BIT2

000200
000100

RDO=
IEO=

020000

BASEUP= BIT13

C10000

RES=

BIT12

'SEL6 = CONTROL OUT = RESPONSE TO DMR MODE BASE
TABLE UPDATE COMMAND.
SEL6 = BASE IN == WHEN SET CAUSES

010000

CTS=

BIT12

.SEL6 = CONTROL OUT = CTS FAILED

'
i

53
gg
56

57
58
59

60
61
62
63
64
65
66
67
68
69
70

4
72
73
74
75
76
77
78
79

80
81
8%

:;SEL2 - BSEL2/BSEL3

;:SEL6 = BSEL6/BSEL7

004000

SECN=

002000
002009
001000
000400
000522

HDX=
(D=
HALTC=
MAINT=
DMR=

000400
000200
000100
000100
000040
000020
000010
000010

000004
000004
000002
000001

BIT7
BITé

BITN

BIT10
BIT10
BIT9
BIT8
IT8'122

NXM=
BIT8
STREC= BIT7
DISCON= BIT6
DTR=
BITé
DMRRUN= BITS
TOLONG= BIT4
MAINT1= BIT3
MNTREC= BIT3

NOBFR= BITZ2
MAINT2= BIT?
TOUT=
BIT1
NAKS=
BITO
LA R SRR

gf;

ettt

000000
000001

BACCT=
CNTRL=

92
93
94

000003
000004
000005

BASEI= 3
BACCR= &
WMODEM= 5

95
96
97
98
99
100

101
102
103

; (DMR RUN MODE ONLY)

;CSR =

IF O, TRANSMIT

000002

000006
000007
000010
000011
000012
000013

; INPUT (SELD)
0
1

HLT=

EXERR=
DXERR=
pDMC=_
UPDATE=
TIMER=
THRESH=

7
10
11
12
13

IF 1, RECEIVE

;SEL2 = DMR11 SETS TO INDICATE DATA READY FOR OUTPUT
;SEL2 = SET TO ENABLE DMR11 TO INTERRUPT WHEN RDO

RESUMPTION OF OPERATION

;SEL6 = CONTROL IN == START TIME (3 SEC IF SET
1 SEC IF CLEAR)
;SEL6 = HALF-DUPLEX & CLEAR FOR FULL=DUPLEX
;SEL6 = CONTROL OUT = CD GLITCHED
;SEL6 = EXTENDED CONTROL OUT = HALT COMPLETED
:SEL6 - DDCMP MAINTENANCE DURING CONTROL IN
:SEL6 - BASE IN == SET FOR DMR11 MODE
:

:
:

122 IS THE DMR PASSWORD FOR BSEL6 AND
BIT8 SETS THE DMR MODE BIT IN BSEL7
sSEL6 = CONTROL OUT = NON EXISTENT MEMORY

;SEL6 = CONTROL OUT - START RECEIVED
:SEL6 = CONTROL OUT - DISCONNECT
i
;SEL6 = MODEM WRITE - DATA TERMINAL READY
:SEL6 = CONTROL OUT = DMR RUN MODE
;SEL6 = CONTROL OUT - MESSAGE TOO LONG
;SEL6 - MODEM WRITE - LOCAL MODEM LOOPBACK
;SEL6 = CONTROL OUT ~ MAINTENANCE MSG. RECEIVED
:SEL6 = CONTROL OUT - NO BUFFER

;SEL6 - MODEM WRITE - REMOTE MODEM LOOPBACK
:SEL6 = CONTROL OUT - TIME OUT
;SEL6 = CONTROL CUT = NAKS THRESHOLD EXCEEDED
ittt

..DDC"P COMMANDS - BITS O & 1 IN SELO AND SEL?2

88
89
90
91

;CSR = INTERRUPT ENABLE INPUT - DMR11 INTERRUPTS
;CPU WHEN RDI CLEARS IN RESPONSE TO RQI BEING CLEAR.

2222222222222222220

;BUF ADDRESS AND CHARACTER COUNT TRANSMIT
sCONTROL COMMAND (IN OR OUT)

sHALT COMMAND

;BASE IN COMMAND
;BUF ADDRESS AND CHARACTER COUNT RECEIVE
;WRITE MODEM STATUS REGISTER

;ENABLE EXTENDED ERROR NOTIFICATION
sDISABLE EXTENDED ERROR NOTIFICATION
sDESELECT DMC LINE MODE
;REQUEST BASE TABLE UPDATE
:SET REP/SELECT TIMER VALUE
;SET THE FOLLOWING THRESHOLDS:

;NAKS RECVD
sNAKS SENT
sREP/SEL

CZDMIBO DMR=-11 FW%}X(NAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 19-3
| GLOBAL EQUATES SEC ON

SEQ

BB
NWNWWWWNWWWW
NNV
D s aasaeaa
-a-a_na.a_a—a-a_a—a_hd.a.a-a_a_ha.a-a_a—hd_a.4_a_a-n_a-a_a—hd-aE;_aE;—J
-‘c)‘fig‘qgnfifiduuv-‘E;Qh”‘Uo“fl‘\U“U-‘Choon\“’\fl:flN"U—JC£3é%‘JSLflsE

RRAM=

:NO BUFFER
;READ M8207 RAM (0-377)

INTER=

:WRITE INTERFACE IN AX3-15

RMODEM= 17

:READ MODEM STATUS (=NOP)

;OUTPUT (SEL2)
CMD=
7
MR

NOTE: CNTRL IS USED FOR SEL?2
; ** MASK USED TO CLEAR COMMAND BITS 0=2 *+

AR RSttt Rt ittt
122222232 222223

; ;BASE TABLE OFFSETS

;NOTE:

THE OFFSETS FOR BASE+3.-BASE+10 WERE

s INTENTIONALLY NOT LABELLED, BECAUSE THOSE LOCATIONS
:MUST NOT BE CHANGED IN ORDER TO BE DMC COMPATIBLE.

=
=
A
T=
X=
PRETIM=
THIL=

Gl
45
46
55
60

ISP7=
ISP13=

72
76

THIL=
TH3L=
TH4L=

;THE LABELS BELOW CORRESPOND WITH THOSE USED IN THE
DHR HICROCODE.
= MESSAGE RECEIVED
= MESSAGE TRANSMITTED
#A = MESSAGE ACKNOWLEDGED
:#T = NEXT MESSAGE TO BE TRANSMITTED
:#X - LAST COMPLETED TRANSMISSION
:PROGRAMMABLE REP/SEL TIMER VALUE.
s THRESHOLD LEVEL = NAKS RECEIVED .

42
43

62
64
66

s THRESHOLD LEVEL = NAKS SENT.
s THRESHOLD LEVEL = REP SENT.
: THRESHOLD LEVEL = NO BUFFER AVAILABLE.

: IMAGE OF SCRATCH PAD 7
: IMAGE OF SCRATCH PAD 13

221322232222222222222%;

s INSTRUCTION DEFINITIONS
000207

RETURN=207
LA

;RETURN FROM SuB.

Rt itIl
t
I
2222222232222222
t
2223

HISC EQUATES

000006
000007

000012

LLOOP=
RLOOP=

CR=
LF=

6
7

15
12

JSR PC]

sLOCAL MODEM LOOPBACK
;REMOTE MODEM LOOPBACK.

sASCII CARRIAGE RETURN
;ASCII LINE FEED

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 20
GLOBAL DATA SECTION

SEQ

.SBTTL

GLOBAL DATA SECTION

Ny,

SIIIIIITI11717077771777107717117777711171771111111771171117111110111011111177

:DMR11 VECTOR AND REGISTER INDIRECT POINTERS

000000
000000
000000
000000
000000
000000

DMRVEC:
DMTVEC:
CSR:
SEL2:
SEL4:
SEL6:

002232

SELO=

20
002232
21 002242 000000
22
002234
23 002244 000000
24
002236
25 002246 000000
26
002240
27 002250

BSELO=
BSEL1:
BSEL2=
BSEL3:
BSEL4=
BSELS:
BSEL6=

000000

BSEL7:

000000
000000
000000

WIYPE:
DMTURN:
MICRO:

42
43
44 002262
45
46 002264
47 002266

48 002270
50
51
52 002272
53 002274
54 002276
55 002300
56 002302
57

(SR

:DMR11 RECEIVER INTERRUPT VECTOR
:DMR11_TRANSMITTER INT. VECTOR
:POINTER TO DMR11 CONTROL STATUS REGISTER
:POINTER TO DMR11 CONTROL OUT REGISTER (SEL 2)
:POINTER TO DMR11 PORT REGISTER (SEL 4)
:POINTER TO DMR11 PORT REGISTER (SEL 6)

:CSR IS SELO

:LOW BYTE OF CSR

.WORD

:POINTER TO DMR11 CSR HIGH BYTE

.WORD

:POINTER TO SEL2 HIGH BYTE

.WORD

:POINTER TO SEL4 HIGH BYTE

.WORD

:POINTER TO SEL6 HIGH BYTE

SEL2

SEL4

SEL6

:LOW BYTE OF SEL2

:LOW BYTE OF SEL4

:LOW BYTE OF SEL6

.WORD
.WORD
.WORD

0
0
O

:MICROPROCESSOR TYPE
:TURN AROUND TYPE (0~7)
:MICRODIAGNOSTICS (IF 1(YES) = ENABLED)

tl‘tl’.tt'ttttt'tttttt’tit'ttttttifitfifitt.ttt.tttfitt'tttttttt*ttttt'tttt.

37
41 002260

(SR

0
0
0
0
O
0

:;OTHER HARDWARE PARAME TERS

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

1 i't.tttttttt.tfifittt'tt't'ttttitl‘tfitQtfi..ttt'ti*titt.'t'fittttt"'ttt't

30
32 002252
33 002254
34 002256

IN MORE THAN ONE TEST.

ttttttttitl‘tt"tt*ttt't'tttti..tttt*ttii.tfitt'.tt'!ttt."ttttt*'l"*'

13 002226
14 002230
15 002232
16 002234
17 002236
18 002240

THE GLOBAL DATA SECTION CONTAINS DATA THAT ARE USED

:PROGRAM CONTROL PARAMETERS
000000

DMRFLG:

.WORD

000000

INFACE:

.WORD

000000
000000

FRSTIM:
FRSPAS:

.WORD
.WORD

0
0

000000

000000
000000
000000
000000
000000

STARES: .WORD

START:
RESUME:
DMCMDE:
MNTMDE:
MMANAG:

.WORD
.WORD
.WORD
.WORD
.WORD

0
0
0
0
0

:FLAG_SET WHEN DMR MODE IS REQUESTED IN

:THE BASE IN COMMAND.
USED TO FLAG THAT
:A DMR MODE ACKNOWLEDGE IS EXPECTED.
:FLAG TO ALLOW CHANGE OF INTERFACE TYPE
:BY WRITING AX3-15.
FLAG SET/CLEARED IN INIT.
:FLAG=0 IF PROGRAM JUST LOADED
:FLAG=0 IF FIRST PASS AFTER LOAD

:FLAG=0 IF 1ST TIME THRU AFTER STA OR RES

:FOLLOWING PARAMETERS ARE USED IN THE
: INTERRUPT TESTS (TESTS 15-19):
:FLAG SET WHEN A CONTROL IN HAS BEEN ISSUED.
:FLAG SET WHEN A BASE IN WITH RESUME DESIRED.
:FLAG SET WHEN A BASE IN WITH DMC MODE DESIRED
:FLAG SET WHEN MAINTENANCE MODE IS DESIRED.
:FLAG RETURNED IN THE SUBROUTINE SBUFFS
IMMANAG=1, MEMORY MANAGED BUFFERS USED

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 20-1
GLOBAL DATA SECTION
58
59 002304

000000

AX3:

.WORD

62
63
64

69
70 002310
7
72

;BIT PATTERN TO WRITE INTO AX3=15, WHEN

;1T 1S REQUESTED TO ALLOW INTERFACE
;SELECTION, (TEST CONFIGURATION 1-4)
:BITO = TEST BIT (MUST BE SET TO ALLOW SELECT)

:BIT4 = v,35
:BIT7 = RS422
:FLAG SET WHEN IT IS NECESSARY TO WRITE
MODEM MAINTENANCE BITS (MAINTENANCE 1 & 2)
:BIT6 = Fia

000000

WMAINT:

.WORD

(00000

MANUF:

.WORD

:THIS FLAG IS SET OR CLEARED IN THE INIT CODE.
sewxensx MANUFACTURING USE ONLY #aswxss
:THIS WORD MAY BE PATCHED TO A NON ZERO WHEN
:MANUFACTURING SPECIAL TEST CONNECTORS ARE

:USED.

THIS WILL ALLOW MAINTENANCE BITS

:TO BE SET.

2
77

78
79
80
81 002312
82
83 002314
84

:BIT3 = INTEGRAL MODEM

66
67 002306
68

SEQ

::I'ttttl’tttt'ttttttttt"'t"'t"l.Q'..Q..."Q."t*.ti."Q..'.'.t."."..'

:PROGRAM VARIABLES

:WORD1-WORD3 VALUES DETERMINED IN INIT
:CODE_DEPENDING ON THE BAUD RATE.

000000

WAIT1:

.WORD

000000

WAIT2:

.WORD

85 002316
86 002320
87 002322
88 002324

000000
000000
000000
000000

WAIT3:
.WORD
WAIT4:
.WORD
BUFSIZ: .WORD
BUFNUM: .WORD

O
O
0
0

:VALUE FOR TIMEOUT COUNTER USED IN SINOUT.
:WORD USED AS OUTER LOOP COUNTER IN SINOUT.
: CALCULATED BUFFER SIZE IN BYTES.
:# OF RECEIVE & TRANSMIT BUFFERS.
THIS

91 002326
92 002330
93 002332
9 002334

000000
000000
000000
000000

INRCV:
INXMIT:
OUTRCV:
OUTXMT:

O
0
O
O

:COUNTER
:COUNTER
:COUNTER
:COUNTER

97
98 002336
99 002340
100 002342
101 002344

.WORD
.WORD
.WORD
.WORD

102 002346
103
104 002350

:* MISCELLANEOUS STORAGE
TEMP:TM
.WORD
0
SAVE:
.WORD
0
FLAG:
.WORD
0
SFLAG:
.WORD
0
SKIP:
.WORD
0

000000

NXMFLG:

.WORD

106 002352

000000

INFLAG:

.WORD

000000

OUTFLG:

.WORD

000000

RESFLG:

.WORD

000000

ERRFLG:

.WORD

109 002354
110
111 002356
112
113 002360
114

:VALUE FOR TIMEQUT COUNTER USED IN SMSCLR

AND SCLRQI SUBROUTINES.

:VARIABLE IS USED IN THE SUBROUTINE SBUFFS
FOR
FOR
FOR
FOR

# OF
# OF
# OF
# OF

BA/CC
BA/CC
BA/CC
BA/CC

IN RECEIVES.
IN TRANSMITS.
OUT RECEIVES.
OUT TRANSMITS.

::tttttttttttttttt*ttttt""ttt't..ttittfittfit.t.t'tt"'t.tttttil‘tttt"Q

000000
000000
000000
000000
000000

}85

:VALUE FOR TIMEOUT COUNTER

:USED IN SWAIT SUBROUT INE

:SCRATCH WORD USED FOR MISC. STORAGE IN SUB.
:SCRATCH WORD USED FOR MISC. STORAGE IN SUB.
:SCRATCH WORD USED FOR MISC. FLAG IN SUB.
:FLAG USED IN TEST 15 FOR LOOP CONTROL.
:FLAG USED IN TEST 7 TO MARK WHETHER TO SKIP
:A PORTION OF THE TEST.
:FLAG USED TO MARK THAT THE DMR ADDRESS IS NXM
:FLAG USED IN INISR TO FLAG WHEN ALL THE

:BA/CC INS HAVE BEEN DONE.

;FLAG USED IN OUTISR TO FLAG WHEN ALL THE
:BA/CC OUTS HAVE BEEN DONE.
:FLAG USED IN IN ISR TO FLAG THAT THE RESUME
:COMMAND HAS JUST BEEN ISSUED.
:FLAG USED IN THE WAIT SUBROUTINES (SWAIT
: & SCLRQI)

TO RETURN ERROR CONDITON (SEC)

N 3
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 20-2

GLOBAL DATA SECTION

115
116

‘%112 002362

000000

LAST:

WORD

119 002364
120 002366
121 002370
122 002372

000000
000000
000000
000000

ERROR:
LOGDEV:
PSTACK:
SUBRPC:

.WORD
.WORD
.WORD
.WORD

O
0
O
O

}sz 002374

000000

NESTPC: .WORD

125 002376
126
127

000000

CLRNO:

.WORD

000000
000000
000000
000000
000000
000000

LOCRC:
HICRC:
LOWORD:
HIWORD:
ROMADR:
CHIPNO:

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

O
O
O
O
O
O

128
129
130 002400
131 002402
132 002404
133 002406
134 002410
135 002412

136

137
138
139
140
141
142

MR
MR

.EVEN
R

AR AR A

Attt

;WORD USED TO STORE LAST COMMAND PROCESSED IN
sTHE INPUT INTERRUPT ROUTINE.
sERROR STORAGE
sLOGICAL DEVICE NUMBER
;CONTAINS BASE LEVEL PROGRAM SP
;PC OF SUBR CALL FOR ERROR REPORTS
sFLAG TO NOTIFY WHEN A SUBR IS NESTED
s IN ANOTHER SUBROUTINE (WHEN SET)

ddddd

sTHIS WORD IS INCREMENTED DURING EACH MASTER

THIS WILL ALLOW EVERY OTHER MASTER
;CLEAR.
;CLEAR TO RUN THE MICRO TESTS.

sROM CHECK VARAIBLES
sCRC STORAGE FOR LOW BYTE CHIP
:CRC STORAGE FOR HIGH BYTE CHIP
;TEMP. WORD CONTAINING 2 CONSECUTIVE LOW BYTES
;TEMP. WORD CONTAINING 2 CONSECUTIVE HI BYTES
;POINTER TO ROM ADDRESS.
;CHIP NUMBER BEING CHECKED.

gt gttt
It
222222223 2822222227
ittt

222322222222323222222%;

s sBUFFER AREA
:
** CCITT PSUEDO-RANDOM TEST PATTERN #+
THE FOLLOWING 32 WORDS TRANSLATE INTO A
512 BIT PATTERN

143

THAT WAS GENERATED ACCORDING TO CCITT RECOMMENDATION V.52.
THIS
PATTERN WAS GENERATED BY A 9 BIT SHIFT REGISTER (INITIALIZED
AS 1S) WHOSE 5TH AND 9TH BITS ARE XORED.
THIS XOR RESULT IS SHIFTED

144
145
146

INTO THE 1ST BIT OF THE REGISTER AS THE REGISTER IS SHIFTED RIGHT.
THE 9TH BIT (OR BIT SHIFTED OUT) IS SHIFTED INTO THE BIT PATTERN.
NOTE: CCITT RECOMMENDED 511 BITS, I'VE EXTENDED THIS BY 1 BIT TO END

147

148
149
150 002414

151 002414
152 002422
153 002430
154 002436
155 002444
156 002452
157
158
159 002474
160 002502
}2} 002510

177603
047321
143325
014116
105025
111523
137642
135015
052012
151172
166632

157427
163715
142304
052
123754
143531
730
053627
165044
016741

031011
105221
040041
172334
111337
145064
063617
026575
070071
031605

163

$CCITT:

ON A WORD BOUNDARY.

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

177603,157427,031011
047321,163715,105221
143325,142304,040041
014116,052606,172334
105025,123754,111337
111523,030030, 145064
137642,143531,063617
135015,066730,026575
052012,053627,070071
151172,165044,031605
166632,016741

.'"ittt'tttt't.tttfi.tittttlttttt'.tt.t*t.ttttt.t'tt..Q'it'ittttttttttttt'

}2‘;

;; TRANSMIT BUFFER (SMALL)

166 002514

167

168 002516

002521
002524
002527

0060000

000044
101

104
107
112

102

105
110
113

103

106
m
114

TFLAG:

.WORD

TBUF:

.ASCIZ

/ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789/

TCOUNT= 36.

;FLAG FOR STATUS OF TRANSMIT BUFFER

: CHARACTER COUNT OF TBUF

CISEY

R
3

’

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 20—3

SEQ

GLOBAL DATA SECTION

002532
002535
002540
002543
002546
002551
002554
002557
002562

169

115
120
123
126
131
061
064
067
000

i
172

116
121
124
127
132
062
065
070

117
122
125
130
N60
063
066
071
.EVEN
::ttttitttfittttttttt't'tttt'tttt"ttttttttttt'tttttntttt't'ttttt'tttt't

;;z

:; RECEIVE BUFFER (SMALL)

000000
000044

RFLAG:
.WORD
RCOUNT= 36.
RBUF:
.BLKB

D o}

ERRACLSBRIRARAT2SY

D i

175 002564
76
77 002566
78

S
n

D o
D o

BASE:
MR

d )
D
d e

;FLAG FOR STATUS
;CHARACTER COUNT
:36. BYTE BUFFER
:TO MARK THE END

38.

eIl

*% BASE TABLE

.BLKB
R

256.

OF RECEIVE BUFFER
OF RBUF
+ 2 BYTES USED
OF THE RECEIVE BUFFER

232223222222222222222222

:MICROPROCESSOR MEMORY ALLUCATION
et

223232232223222222222222222

:: TRANSMIT AND RECEIVE BUFFER POINTERS

003234

XMTBUF: .BLKW

128.

003634

RCVBUF: .BLKW

128.

.EVEN

;POINTERS TO TRANSMIT BUFFERS (UP TO 64)
;1 WORD FOR ADDRESS AND 1 WORD FOR CHAR. COUNT
;POINTERS TO RECEIVE BUFFERS (UP TO 64).

L
Y L
R
T
I

;: BUFFER AREA (LARGE)

e e
—

BIGBUF:

.BLKB

4000

;MAX BUFFER

(2K BYTES)

C &
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 21

GLOBAL DATA SECTION
1

2
3

SEQ

CZDMIBO DMR=TT FUNUTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 22

SEQ

GLOBAL TEXT SECTION

}

.SBTTL

GLOBAL TEXT SECTION

xzzzzxzzxzxxxzxzzzzxxzzxzzxzzzxzzzzxzxzxzzzzzzzzzxxxzzzzzzzzzxzxzzxzzzzzzzzzz

2383883883883 083083888838383388833833833333438338338838333333348334444%4%4%444

:§

THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,

MESEAGES azg Agcxl INFORMATION THAT ARE USED IN

"Qtttttt"tt't't.tt'tttt'ttt"tttttttttt.tt't'tttttttttt'tttt'tt'ttttitt"."

;* NAMES OF DEVICES SUPPORTED BY PROGRAM

13 010234
010234
010234
010237

"ttttttt'tttttttittQtfittttttttttttttttttt'tfi.'.t.tti.tt'tt.tttt.tttt.tttt..t'

DEVTYP

104
061

115
061

<DMR11>

LSDVTYP::
ASCIZ

122
000

.EVEN

. tttttttttttttttttttt'ttt't'tt.'ttttttttttttt'ttttttttt'ttt.'ttt'ttt""tt'tt"

,- TITLE OF PROGRAM

' tQtttt'Qttttltt.ttttt"'ttt""'t.'.ttt..'ttttttt!'t'tttt'ttt."tttttttt!'.ttt

18 010242

010242

010242
010245
010250
010253
010256
010261
010264
010267

DESCRIPT

104

055
040
116
111
101
124
124

115

061
106
103
117
114
105
123

<DMR-11 FUNCTIONAL

TESTS>

122

061
125
124
116
040
123
000

25
32
33
34
35

LSDESC::

.ASCIZ

20
52

/DMR11/

;

FORMAT STATEMENTS USED IN PRINT CALLS

/DMR=-11 FUNCTIONAL T

CZDHIBO DMR-11

3
FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 23

SEQ

N_ LI
R Y BN WN
-= O QOO S W) l“!'.".lNN
N=TNNOVN

GL(BAL SUBROUTINES

.SBTTL

GLOBAL SUBROUTINES

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

THE GLOBAL SUBROUTINES ARE CALLED BY MORE THAN ONE

TEST

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

2232222222222

MACROS = THERE ARE 2 BASIC TYPES OF MACROS USED
1. NORMAL MACRO

2. DMR11 FWCTIM MACROS = THESE MACROS MAY

BE _NOTHING MORE THAN A CALL TO A SUBROUTINE,
BUT THEY ARE DISTINCT DMR FUNCTIONS WHICH CAN
DISTINGUISHED BY THE IN-LINE MACRO NAME.

A A

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

AR AR AR AR R AR A AR AR AR AR R AR TR AR AR AR AR

"CALL MACRO - CALL ROUTINE
= JSR PC, ROUTINE
R

(NOTE:

RETURN IS

AR R AR AN

CALL
ROUTIN
B, RCUTIN
ROUTINE: ## MISSING ROUTINE-EXPANSION ABORT ##

.ENDC
JSR
.ENDM

PC.ROUTIN

AR A

AR A A

A AR AR A A A AR AR R

AR AR AR AR AR AR RN AR AR AR

AR AR

"WAIT $FLAG MACRO - THIS MACRO INTERPUTS THE SFLAG AS RDI, RQI OR RDO.
IF RDI OR RDO, THE SUBROUTINE CALLED WILL WAIT UNTIL
THE RESPECTIVE BIT IS SET.

IF RQI,

THE SUBROUTINE

CALLED WILL CLEAR RQI AND WAIT UNTIL RDI

R
L

EQUATED TO A RTS PC)

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

.MACRO
.IF
SI’E“;?T‘

‘-

IS CLEARED.

AR R eIt
22232222222 R

.MACRO WAIT
.NLIST
.LIST ME
.LIST
.IF
.ERROR
CMEXIT
-ENDC
IF
Jézoc

JSR
s

LIF

JSR

$FLAG

sunsx MACRO EXPANSION wxw«

B, $FLAG
FLAG
;## MISSING FLAG FOR WAIT = EXPANSION ABORT ##
IDN $FLAG,RQI
PC, $CLRQ]

IDN $FLAG,RDI

PC, SWAIT
LWORD
0

IDN $FLAG,RDO

PC, SWAIT
.WORD

;CLEAR RQI AND WAIT FOR IT TO BE CLEARED.

:CALL WAIT ROUTINE
:FLAG THAT WE'RE WAITING FOR RDI

:CALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDO

F
4
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 23-1

SEQ

GLOBAL SUBROUTINES

ENDC

NLIST ME

66
67

68
69
70
71
72
73
74

75
76

JRRRN

22T

.ENDM
A

s e e 2222222222222

; CLEAR MACRO = THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE

AR A

.MACRO

NLIST
LIST ME
LLIST

JSR

$MSCLR SUBROUT INE

R R

CLEAR

PC, SMSCLR

.NLIST ME
.ENDM

R R

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

suxxx MACRO EXPANSION *xxw
;ISSUE A DMR MASTER CLEAR

SRR

222

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 24

SEQ

| GLOBAL SUBROUTINES

i
i

222222228 2222322232223

2
3

BASEIN MACRO = THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE
3
$BASE
IN SUBROUTINE (WITH DEFAULT ARGUMENTS

6
7
8
9
10
1"

.WORD

BASE

17
18
19

JSR

.ENDC

23
glso

.NLIST ME
.ENDM

.MACRO

47
28

.WORD

;DMR-11 MODE

DMR

PC, S$BASEI
.WORD
$A
.WORD
$B

.WORD

sBASE TABLE ADDRESS

sCALL BASE IN ROUTINE
sMAINTENANCE MODE BITS TO SET IN BSEL1
;BASE TABLE ADDRESS

s MODE

IRRKK

222

A AR AR R R AR R R AN R AR A AN AR A AR AR AR RRRR

$CNTIN SUBROUTINE (WITH DEFAULT ARGUMENTS
IF ARGUMENTS NOT GIVEN)

CNTRIN

.IF

.WORD

.NLIST

sxxxx MACRO EXPANSION wxxx

A A AR

AR RS

sCALL BASE IN ROUTINE WITH DEFAULTS
sSET LINE UNIT LOOP

3
:

AR RA AR

; CNTRIN MACRO = THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE

31
32

AR AR AR RN

PC, $BASEI
.WORD
LPLU

37
38
39

AR R AR R AR AR AR

26
27
28

$A,$B,$C

JSR

.MACRO BASEIN
NLIST
LIST ME
A1 ST

12
13

IF ARGUMENTS NOT GIVEN)

R AR AR R

A AR AR AR A AR AR AR AR R AR AR T AN AR AAAR AR R AR AR AR AR

.LIST ME
:

JL1ST

JSR

JSR
.ENDC

sxxxx MACRO EXPANSION *xww

PC, SCNTIN

sCALL CONTROL

PC, SCNTIN

sCALL CONTROL IN ROUTINE

.WORD

NLIST ME
.ENDM

IN ROUTINE WITH DEFAULT

sSEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.

;SEL6 - (DUPLEX, MODE)

IRKFR

ok kR

| CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 25

SEQ

AR R

ARt

atddd

: DMRIN MACRO =
:

Al d

ad ettt
eI
222222222222

.MACRO
DMRIN
NLIST
CLIST ME
LIST

I§§§?$

D e

"ENDC

—d

JSR

s a2
22222222}

$DMRIN SUBROUT INE

THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE

NVONOWNSWN—=OVO
N NS W -

GLOBAL SUBROUTINES

$A,$8,$C

;exxx MACRO EXPANSION *w##

DMRIN; ## MISSING ARGUMENTS-EXPANSION ABORT ##

IF
el

PC, S$DMRIN
.WORD
$A
8
$8
WORD
0

;NO SEL4

.ENDC

.WORD

;SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)

WORD

:NO SEL6

.ENDC

.WORD

;SEL6 VALUE (OR BITS TO SET IN BSEL6)

$B
$C

;CALL DMR MODE INPUT ROUTINE
*INPUT COMMAND

;i.t!

NLIST ME

L2 2 3 1

::t't'tlltt'tt'ttttttttt"t'ttfilitt'tttQfit.'fi't'tttt.tttt"ti'tfittt".t

: SHUTDN MACRO = THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE

$HALT

SUBROUTINE

.MACRO
SHUTDN
NLIST
.LIST ME
LLIST

JSR

PC,

S$HALT

suxxx MACRO EXPANSION w*xwxw

:DMR HALT ROUTINE.
IxERR

NLIST ME
.ENDM

TMTM

—

l(ZZ!)"HEO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGEI 26&

SEQ

GLOBAL SUBROUTINES
1

2
3

; BACCIR MACRO =
:

AR A

.MACRO
.NLIST

9
10
1
12
13
14
}g

.LIST
.IF

]

.WORD

JSR

34
35

AR AR

:
:

.IF

JSR

AR AR

sRECEIVE BUFFER

;RECEIVE CHARACTER COUNT

;BA BITS 16/17 AND CHAR. COUNT

222

R AR AR AR AR

A AR AR R AR AR AR A RA AR AR A AR A ARR

THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE

$BACC SUBROUTINE (WITH DEFAULT ARGUMENIS
IF ARGUMENTS NOT GIVEN)
A

BACCIT

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

-ENDC

suxxt MACRO EXPANSION wxwx

AR AN

‘

.WORD
.WORD

RQI!BACCT
:BA/CC_IN TRANSMIT COMMAND
TBUF
s TRANSMIT BUFFER ADDRESS

PC, $BACC

:CALL BA/CC IN ROUTINE WITH DEFAULTS

.WORD

;TRANSMIT CHARACTER COUNT

TCOUNT

PC, $BACC

:CALL BA/CC IN ROUTINE

.WORD
.WORD

;BUFFER ADDRESS BITS 0-15
;BA BITS 16 & 17 AND CHAR.

.WORD

NLIST ME

.ENDM

$A.$8

.LIST

.LIST ME

RA R

IRRRR

AR AR AR

.MACRO
.NLIST

45
46
47

RBUF

AR AR AR

JSR

Lby

R AR AR AR RN AR AR AR

suxsx MACRO EXPANSION w#wxw

RCOUNT

.WORD

: BACCIT MACRO -

39
40

R AN RN R

PC, $BACC
;CALL BA/CC IN ROUTINE
.WORD
RQI!BACCR
;BA/CC IN RECEIVE COMMAND
.WORD
$A
;BUFFER ADDRESS BITS 0-15

NLIST ME
.ENDM

32
33

AR AR AR AR

PC, $BACC
;CALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI!BACCR
sBA/CC IN RECEIVE COMMAND

23
24

$A.$B

JSR

29
30

BACCIR

-ENDC

AR RN RN

IF ARGUMENTS NOT GIVEN)

20
2]

R AR R AR

.LIST ME

17
18
19

AR AR

THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE
$B8ACC SUBROUTINE (WITH DEFAULT ARGUMENTS

AR AR A AR

6
7

RQI!BACCT

$A
$B

IERRN

;BA/CC IN TRANSMIT COMMAND

222

COUNT

d D
D
) —d
d e
e
—

OVONOVNLAWN=OV~NTTVNS
W —

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE 28
GLOBAL SUBROUTINES
LA

AR S

AL SRR

Al
Ad

SEQ

st
st

eIl

2223222222322222%3

222222222322222%;

SUBROUTINE SWAIT
FUNCTION =

TO WAIT FOR RDI TO BE SET IN SELO
OR RDO TO BE SET IN SELZ2

CALLING FORMAT:

NESTING LEVEL

JSR
PC,
SWAIT
.WORD
FLAG
(MACRO CALL == WAIT RDI)
= MAY BE CALLED FROM ANOTHER SUBROUT INE

ENTRY CONDITIONS = FLAG

WAIT FOR RDO

NESTPC= 1

ROUTINE NESTED WITHIN ANOTHER
SUBROUTINE.

=0
=
WAIT FOR RDI
WAIT1 = DELAY COUNTER (DETERMINED IN INIT.)

EXIT CONDITIONS

ROUTINE NOT NESTED.

= EITHER RDI OR RDO BIT SET AS EXPECTED
OR (ERROR CONDITONS

1. RDI OR RDC SET, aur NOT THE EXPECTED ONE
THE USER WILL BE INFORMED.
HOWEVER,
THIS WILL NOT NECESSARILY BE AN ERROR.

2. BIT NOT SET BEFORE DELAY EXPIRED.

THIS WILL RESULT IN A HARD ERROR MESSAGE
AND THE CARRY BIT WILL BE SET.
THE CARRY
BIT SET FLAG THE ERROR CONDITION.

REGISTERS DESTROYED - RESTORED
'ttttttttttfitttttt!'ttttttttt'ttttt"ttt'...ittttt'.ttt."tt'.'.tttt't

37 010272
38 010272
39 010276

40 010302
41 010304
42 010310

43 010316

44 010316
45 010324

46
47 010330
48 010332

2(9) 010334

51 010340

55 010350
56 010352
57 010360

005037
005737
001005
011637

002360
002374

162737

002372
000004

017637
062716

000000
000002

010046
010146
013701

002372

108

002336

002312

005000

408

000200

171664

000200

171652

CLR
TST

BNE
MOV
su8
MOV

308

032777
001034
032777
001062

SUAIT

gttt

ittt

ERRFLG
NESTPC

2122222222233 2222222223z22;

:CLEAR ERROR FLAG
;1S THIS NESTED IN ANOTHER SUBROUTINE?

108
(SP) , SUBRPC
#4 ,SUBRPC

sYES = USE THE SUBRPC ALREADY CALCULATED.
sSAVE PC _AFTER THE CALL TO SWAIT.
;BACKUP TO THE PC OF THE ACTUAL CALL

a(SP) ,TEMP

;GET THE FLAG FOR RDI OR RDO

ADD

#2,(SP)

MOV
MOV
MOV

RO,-(SP)
R1,=(SP)
WAIT1,R1

:SAVE RO
:SAVE R1
:DELAY COUNTER DETERMINED BY BAUD RATE

s INNER LOOP COUNT OF DELAY COUNTER

BIT
BNE

#RDO,@SEL2
60%

;1S THE RDO BIT SET IN SEL2?
:YES = EXIT BIT CHECK LOOP.

BNE

70%

BIT

#RD1 ,aSELO

:INC THE PC LEFT ON THE STACK TO POINT

:PAST THE FLAG ARGUMENT

; (DETERMINED IN INIT ROUTINE).

;1S THE RDI BIT SET IN SELO?

JYES = EXIT

K 4
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 28-1

GLOBAL SUBROUTINES

58 010362
10362

BREAK

DEC
BNE
DELAY

000001

SEQ

sCALL SUPERVISOR = ALLOW CONSOLETAx;ERRUPT.
RO
40%
1

C$BRK

;LOOP UNTIL RO RETURNS TO 0
;DELAY 100 MICROSECONDS

#1,(PC)+

ESDLY.’PC)o
96(PC)
ZEQ(PC)

002116

177772
177756

62
63 010420
64 010422
65 010424

DEC
BNE
ERRDF

002360
60%:

002336
000001

76 010510

010510
010512
010514

012746
012746
010600
104414
062706
032777
001422
104455
000011
020174
015126
005237
000413

000004
000001

171526

005737
001410

002336

012746
012746
010600

010645
000001

70%:

.WORD

:SET ERROR FLAG
sBRANCH TO COMMON EXIT.

TST

TEMP

CMP
BEQ

#CNTRL ,ERROR
1008

sWERE WE WAITING FOR THE RDO FLAG?
;YES - OK, EXIT.
;1S THIS CONTROL OUT ERROR EXPECTED?

BIT
BEQ
ERRDF

002360

TRAP
.WORD
.WORD

ERRFLG
1008

1008

PRINTB #FMS1

010604
000001

:TIME OUT ERROR

INC
BR

BNE

002364

R1
308
1,EMG1,ERRG2

;BETWEEN LOOPS.
sREPEAT UNTIL MAXIMUM LOOP SATISFIED.

INC
BR
TST

BEQ

PRINTB

#CNTRL ,@SEL2
100$
9,EMG9,ERRG2

EMG1
ERRGZ

#FMS1,-(SP)

21S THIS A CONTROL OUT?
sNO NEED TO CHECK ERROR CODES.
sUNEXPECTED CONTROL OUT.
.WORD
.WORD

:SET ERROR FLAG.

TEMP

sWERE WE WAITING FOR THE RDI FLAG?
JYES = Ok, EXIT
sRECEIVED AN RDI, WHEN WAITING FORVRDO

#FMS2

gSERDF

:IF YES, DON'T REPORT THE FOLLOWING ERRORS.

sRECEIVED AN RDO, WHEN WAITING FOR RDI

ERRFLG
1008

1008

=20

#FMS2,~-(SP)

#1,-(SP)

SP.RO
CSPNTB

104414
062706

002374
002372

:
1008

#4 ,SP
TST

NESTPC

CLR

SUBRP(

BNE
105%:

105%

sWAS THIS NESTED IN ANOTHER SUBROUTINE?

:1F YES - LEAVE THE SUBROUTINE PC ALONE
:CLEAR THE PC

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 282
GLOBAL SUBROUTINES

88 010566
89 010570
90 010572
91 010576
92 010600
93 010602
gg 010602

012601
012600
005737
001401
000261
000207

96 010604
010607
010612
010615
010620
010623
010626
010631
010634
010637
010642

045
101
117
105
127
116
130
103
116
122
045

116
122
040
124
110
040
120
124
107
104
116

111
105
127
116
130
103
116
122

040
124
110
040
120
124
107
104

97 010645
010650

045
101

010703

045

010653
010656
010661
010664
010667
010672
010675
010700

002360

1108:
045
104
123
040
105
105
105
111
040
111
000

116
122

045
104

116

000

123
040
105
105
105
1M
040
117

MOV
MOV
TST
BEQ
SEC

(SP)+,R1
(SP)+,R0
ERRFLG
1108

SEQ

sRESTORE R1
sRESTORE RO
;WAS THERE AN ERROR (CARRY CLEARED ON TST)
sIF NOT, RETURN WITH CARRY CLEAR
:SET CARRY.

RETURN

FMS1:

.ASCIZ

/%NXARDO SET WHEN EXPECTING RDIXN/

FMS2:

.ASCIZ

/%NXARDI SET WHEN EXPECTING RDOXN/

;

CZDMIBC DMR=11 FUNCTIONAL TESTS MACRO VO03.01 23-APR-80 08:29:31 PAGE 29
GLOBAL SUBROUTINES
1

SEQ

::Qt'tt'.'tttt'.tfi'!."'t""'Qt"ttt.ttt.t.tt't..t.'t.'t.'.."t'.'i"'

:;tt'tt"ttttt'.""t.t".""..'.t..'tt."...""tttt.."'..tt".t.t'.

3
g

:
:

67:

8
18

3
:

CALLING FORMAT:

%12

NESTING LEVEL

ENTRY CONDITIONS = WAIT2 = DELAY COUNTER (DETERMINED IN INIT. ROUTINE)

14
15

SUBROUTINE S$CLRQI

FUNCTION =

:
3

TO CLEAR RQI AND WAIT FOR RDI TO BE CLEARED
JSR

PC,
$CLRQI
(MACRC CALL == WAIT RQI)

= MAY BE NESTED WITHIN ANOTHER SUBROUT INE
NESTPC= 1

ROUTINE NESTED WITHIN ANOTHER
SUBROUT
INE .

1¢
19

3
3

:';tt'ttt.'t.t*tl’tttttt'ttl‘t"tt'ttt.tti.tttltfitfit.'t"t."ttfit't't"t.t

EXIT CONDITIONS = 1. NON ERROR, DMR READY TO RECEIVE THE NEXT COMMAND
2. ERROR IF RDI DOES NOT CLEAR BEFORE THE

DELAY ROUTINE EXPIRES. AN ERROR MESSAGE WILL

OCCUR.

005037
042777
005737
001005
011637
162737

37 010740
38 010742
39 010744

010046
010146
013701

41 010750

2% 8}8;;(3

005000

44 010752
45 010760

032777
001427

46 010762
010762
47 010764

48 010766
49 010770
010770

010774
010776
011002
011004
011010
011012

ALSO A CARRY BIT WILL BE SET TO FLAG

THE ERROR FOR THE USER.

REGISTERS DESTROYED - RESTORED

;:tittttfitttttttt'ttttttttttttfittttt.tttifitttt'tt.tttttt.tt.t'."ttfitt.

29 010706
30 010706
31 010712
32 010720
33 010724
34 010726
gg 8}8;2(2)

ROUTINE NOT NESTED.

002360
000040
002374

002372
000004

171312

002372

108

002314
12%:
000200

171252

CLR
BIC
TST
BNE
MOV
suB

ERRFLG
#RQ] ,9SELO
NESTPC
108
(SP) ,SUBRPC
#4 ,SUBRPC

;CLEAR ERROR FLAG
JREQUEST INPUT CLEAR
;1S THIS NESTED IN ANOTHER SUBROUTINE?
sYES = USE SUBRPC CALCULATED
;SAVE THE PC AFTER THE CALL TO SWAIT.
;BACKUP TO THE PC OF THE ACTUAL CALL.

MOV
MOV
MOV

RO,-(SP)
R1,-(SP)
WAITZ2.R1

;SAVE RO
:SAVE R1
sGET THE DELAY COUNTER (DETERMINED BY

CLR

s INNER LOOP COUNT

BIT
BEQ

#RDI ,aSELO
3Cs

;IS THE RD] BIT CLEAR IN SELO?
JYES = EXIT

BREAK

104422

005300

DEC

001371

012727
000000
013727
000000
005367
001375
005367

$CLRQ]:

000001
002116

177772

177756

BNE
DELAY

208
1

;BAUD RATE IN INIT ROUTINE)

sCALL SUPERVISOR = ALLOW CONSOLE INTERRUPT.
TRAP
C$8RK

sLOOP UNTIL RO RETURNS TO 0

;DELAY 100 MICROSECONDS

MOV
.WORD
MOV
.WORD
DEC
BNE
DEC

#1,(PC)+
O
LSDLY, (PC)+
O
-6(PC)
.~4
-22(PC)

N &
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 29-1

GLOBAL SUBROUTINES

i
sl il el
i
b i
il
s
s
)
i
b

FEER ObNNObOO#

C11032

[elelelelelelelelelelelele]

LBERERISBLLRURY

001367
005301
001352

DEC
BNE
ERRDF

104455
000001
020052

015126
005237

002360

002374
002372

012601
012600
005737
001401
000261
000207

30%:

:
408

002360
50%:

R1
12%
1,EMG1,ERRG2

;TIME OUT ERROR

ERRFLG

;SET ERROR FLAG

TST

NESTPC
40%
SUBRP(

;WAS THIS A NESTED ROUTINE?
:IF _YES = LEAVE THE SUBRPC ALONE
:CLEAR THE PC

(SP) +,R1
(SP)+ R0
ERRFLG

sRESTORE RO

MOV
TST
BEQ
SEC
RETURN

508

BNE

.=20

TRAP

CSERDF

JREPEAT UNTIL MAXIMUM LOOP SATISFIED.

INC

CLR

SEQ

WORD
.WORD
.WORD

1
EMG
ERRG2

sRESTORE R1

:WAS THERE AN ERROR? (CARRY CLEARED ON TST)
sIF NOT = RETURN WITH CARRY CLEAR

:SET CARRY.

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 30
GLOBAL SUBROUTINES
1

SEQ

P R
AR R AR AR N
AR AR AR R RN RRR AN ANRANRANRA AR RAR

3
g

:
:

CALLING FORMAT:

NESTING LEVEL

;

ENTRY CONDITIONS = WAIT2 = DELAY COUNTER (DETERMINED BY INIT. ROUTINE)

TESTS BEING RUN ON EVERY OTHER MASTER CLEAR

FUNCTION =

15
16
17
18
19

AR AR

AN AR

AR AR AR

AR AR RRR AN RANA AR

ANA AR

RRNRR

SUBROUTINE S$MSCLR

:
:
:
:
:

TO PERFORM A MASTER CLEAR FOR THE DMR11
JSR

PC,

SMSCLR

(MACRO CALL == CLEAR)

= MAY ONLY BE CALLED FROM IN-LINE CODE (TEST,
SUBTEST OR TEST SEGMENT)

CLRNO = EVEN OR ODD COUNT.
THE ACTUAL # IS NOT
SIGNIFICANT, HOWEVER IF BIT O IS SET
THEN THE MICROTEST IS SET ALONG WITH
THE MASTER CLEAR. THIS ROUTINE WILL INCR.
THE VALUE.
THIS WILL RESULT IN THE MICRO

;

E.'tttttttttt'tttttttttt'tttttttttttttttttttttttttttt.tttttt'ttttttttttt

23
24
25

29
g?

011637
162737
010046
010146

002372
000004

2% 011106

105077

171132

44 011112

000240

45 011114
46 011116

000240
000240

55
56 011150

57 011150

NOTE :

032737

001004
012777

012777
000240

THERE IS A PATCH AREA TO ALLOW THESE DIAGNOSTICS
TO RUN ON A M8206 (INSTEAD OF M8207).
SHOULD BE FOR DEVELOPMENT USE ONLY.

$MSCLR:
002372

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

(SP) , SUBRPC
#4 ,SUBRPC
RO,=(SP)
R1,-(SP)

sSAVE PC AFTER THE CALL TO SWAIT.
;BACKUP TO THE PC OF THE ACTUAL CALL
:SAVE RO
:SAVE R1

CLRB

aBSEL3

;CLEAR BSEL3

NOP

040000

171072

060000

171062

BIT

8s:

AR RN ANNANARNRRANRARR RN

s** PATCH AREA FOR 8206 IF NEEDED =+
;CLR a#SEL6 -~

NOP

002376

RA AR AARRAANAAAAARR AR

MoV
SuB
MOV
MOV

NOP
NOP
000001

THIS

REGISTERS DESTROYED - RESTORED

000240

35 Q1114 00403

54 011142

BIT IS NOT SET.

36 011070
37 011070
38 011074
39 011102
2? 011104

48
49 011122
50 011130
51 011132

2. IF RUN BIT NOT SET BEFORE DELAY TIMEOUT, ERROR
WILL RESULT.
ADDITONALLY THE ERROR MESSAGE WILL
RELAY THE RESULTS OF THE MICROTESTS IF THE RUN

H
:

47 011120

EXIT CONDITIONS = 1. NO ERROR = DMR11 MICROPROCESSOR INITIALIZED

:
:
.

JRRARARRRRRRARANRNRANAARNRARRARRRNRN

#8170, CLRNO

;1S THIS AN ODD MASTER CLEAR.

BNE
MOV

7%
#MCLR,aSELO

MOV

#MCLR!MDIAG,@SELO ;ISSUE THE MASTER CLEAR AND TOGGLE

NOP

:IF YES - BR
:ISSUE A MASTER CLEAR.

:MICRO TEST SWITCH.
y

R A AR AR AR AN RN AR NANRRR RN

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 30~1

SEQ

GLOBAL SUBROUT INES

58 011152
59 011154

60 011156

62 011160
63 011164

64
65 011170
66 011170
67 011172
68 011172
69 011200
70 011202
011202
71 011204
72 011206
73 011210
011210
011214
011216
011222
011226
011230
011232
011236

000240
000240
000240

005237
013701

032777
001025

005301
001352

011252
77 011254
78 011254
79 011256
80 011260

015242

g; 011264

002376
002314
108:
100000

171032

20%:

104422
005300
001371
012727
000009
013727
000000
005367
001375
005367
001367

005037
000207

SRR

NA RN AR

RARARRN AR

CLRNO
WAITZ2,R1

s INCR WORD (CHANGE ODD TO EVEN ETC.)
;GET THE # OF 100 MICRO SECOND DELAYS

CLR

s INNER LOOP COUNT

BIT
BNE
BREAK

#RUN,QSELO
40%

DEC
BNE

RO
208

;1S THE RUN BIT SET IN SELO?
JYES = EXIT
sCALL SUPERVISOR = ALLOW CONSOLE INTERRUPT.
TRAP
C$BRK
sLOOP UNTIL RO RETURNS TO 0

;TO WAIT BEFORE EXITING THE ROUTINE.

;DELAY 100 MICROSECONDS

R1
108
1,EMG1,ERRG3

JREPEAT UNTIL MAX LOOP SATISFIED.

002116
177772

177756
DEC
BNE
ERRDF

408:

002372

ARRR RN RNN

INC
MOV

DELAY

000001

104455
000001
020052
012601
012600

s** PATCH AREA FOR 8206 IF NEEDED #+
;MOV #RUN,Q¥SELO -

NOP

005000

74 011240
75 011242
76 011244

011244
011246
011250

NOP
NOP

;REPORT RUN NOT SET

MOV
.WORD
MoV
.WORD
DEC
BNE
DEC
BNE

#1,(PC)+
O
LSDLY, (PC)+
0
=6(PC)
.~4
=22(PC)
.=20

TRAP
.WORD
.WORD

CSERDF
1
EMG1

.WORD

MOV
MOV

CLR
RETURN

(SP)+,R1
(SP)+,RO

SUBRP(

;RESTORE R1
sRESTORE RO
;TIDY UP SUBRPC

ERRG3

D .5
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 31

SEQ

=OVO YO NS iny—~

GLOBAL SUBROUTINES

e AR
MR

R A

A
A

ARttt

A A AR AR AR AR AR AR AR AR AR AR AR AR AR AR
i

222222222

SUBROUTINE $BASEI
FUNCTION =

TO PERFORM A BASE IN COMMAND

CALLING FORMAT :

D i

JSR
PC,
$BASE]
.WORD A (SELO MAINTENANCE BITS)
.WORD B (SEL4 - ADDRESS)
.WORD C (SEL6 = MODE AND/OR RESUME)
(MACRO CALL =- BASEIN OR BASEIN A,B.()

)

N3 VO NN

NESTING LEVEL

= MAY ONLY BE CALLED FROM IN-LINE CODE (TEST,
SUBTEST OR TEST SEGMENT)

— o

ENTRY CONDITIONS = A
MAINTENANCE BITS (I.E. LINE UNIT LOOP BACK)
B = BASE TABLE ADDRESS (SEL4)
C = MODE + RESUME (SEL6)

INFACE = 0
1

EXIT CONDITIONS - 1.

= NO INTERFACE WRITE REQUIRED
= WRITE INTERFACE (AX3-15)

IF NO ERROR - DMR11 BASE TABLE ASSIGNED

2. IF IN DMR MODE, AND INTERFACE WRITE REQUESTED
WRITE REQUESTED AX3-15.

3. TIMEOUT ERRORS ARE DETECTED IN WAIT SUBROUTINES.

DMRFLG = =1

DMR MODE REQUESTED (USED IN CONTROL IN
ROUTINE)

DMC MODE OR RESUME REQUESTED.

REGISTERS DESTROYED - RESTORED
AR

FEQRERKR &

-t

wviun

[« L,FF Nl

At
Rt

" MoV

suB

et
it

(SP) , SUBRPC
#4 ,SUBRPC

010272

PC, SWAIT

.WORD

170664

170654

1122122322222 22322322222233

sSAVE PC AFTER THE CALL TO SWAIT.
;BACKUP TO THE PC OF THE ACTUAL CALL

s¥xxx MACRO EXPANSION wwxw

sCALL WAIT ROUTINE

sFLAG THAT WE'RE WAITING FOR RDI
JRRRN

170672

I3 22222223222232323222222222]

eIl

#ROI!BA;EI.&SELO s ISSUE THE BASE IN COMMAND.
#1 ,NESTPC
sFLAG THAT THE NEXT SUBROUTINE IS NESTED.
RDI
sWAIT FOR RDI

D e

e Qo Qi Qo Qi
— e ) ) - e

170724
002374

w
m

28 &R

S-S PS
P
b
— — b b

000043
000001

— —b

002372

002372
000004

elelelelelelelelele B <le BN olele

N=OVNONWN

o
\h\h\.fll\sl\l\b fi (O3]

108:

L2
2 3

108

:IF NO ERROR, RDI SET - PROCEED

#6, (SP)

;CORRECT STACK FOR ERROR EXIT

a(SP) ,aSELO
#2,(SP)
a(SP) ,aSEL4
#2,(SP)
a(SP) ,aSEL6

sSET ANY MAINTENANCE BITS
s INC. POINTER.
sSET UP BASE ADDRESS
:INC. POINTER AGAIN
sSET _UP RESUME BIT AND THE HIGH 2 BITS

308

JEXIT

:OF THE BASE TABLE ADDRESS

108

—

————— -

| CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 31-1

SEQ

GLOBAL SUBROUTINES

53 011364
54 011370

062716

000002

ADD
WAIT

#2,(SP)
RQi

:INC. POINTER AGAIN (SHOULD BE AT RETURN PC)
:CLEAR RQ] AND WAIT FOR RDI TO CLEAR

011370

004737

010706

JSR

PC, $CLRQI

:CLEAR RG] AND WAIT FOR iT TO BE CLEARED.

BERROR

308

:IF ERROR, EXIT

CMPB

#122,aBSEL6

;WAS THIS A DMR BASE IN?

BIT

WRES ,SEL6

:1S THIS A RESUME?

CLR
BR

DMRFLG
308

:CLEAR DMR FLAG (NO DMR RUN ACKNOWLEDGE).
*SKIP = TO END

MOV

#-1,DMRFLG

;FLAG THAT DMR MODE WAS REQUESTED.

CMP

#CNTRL,ERROR

011374

103445
122777

000122

170634

032777

010000

170624

61 011416 005037
62 011422 000432

002260

64 011424

012737

177777

002260

67 011440

022737 000001

002364

56 011376

57 011404

001004

58 011406

23 8”2}2 001403

65 011432
66 011436

‘s

69 011446
70 011450

005737
001424

001004

000200

170554

112777
L

000055

011466 004737
011472 000000
75 011474

011474

76 011476
77

002262

032777

;} 8”223 001014

73 011460
74 011466

103405

113777

010272

002304

BNE

o
168:

004737
005037

82 011520

000207

EXPANSION

BNE

158

168

INFACE
30$

005037

002372

BCS

:IF NOT, PROCEED

:1S AN INTERFACE WRITE REQUIRED?
:IF NOT = SKIP TO END

:ARE WE EXPECTING AN ERROR (IN TEST THAT

:FORCES AN ERROR)

17$

*IF NOT PROCEED

308

:IF YES - DON'T BOTHER CHANGING THE INTERFACE.

#RDO,SELO

170544

MOVB
WAIT

#RQI'INTER,3BSELO ;1SSUE WRITE INTERFACE COMMAND.
RDI
:WAIT FOR RDI

JSR

PC, SWAIT
.WORD
0

*CALL WAIT ROUTINE
:FLAG THAT WE'RE WAITING FOR RDI

BERROR

308

:IF ERROR, BR TO END.

MOVB

AX3,aBSEL7

WAIT

ROl

;WRITE_AX3-15. INTERFACE SELECTED
:BY AX3 DETERMINED IN INIT. CODE.

JSR

PC, $CLRQI

170544

BNE

308
:

CLR

RE TURN

308

:IF NOT, CLEAR DMR FLAG (DMC MODE)

BIT

010706
002374

we#w

tt'.

:1F EXPECTING AN ERROR = IS RDO SET

;xxxx

MACRO

EXPANSION

.2 2 2

NESTPC

SUBRP(

##x%

L 2 2 24

BCS

308

:CLEAR RQI AND WAIT FOR RDI TO CLEAR.
;xxax MACRO EXPANSION wxxw

:CLEAR RQI AND WAIT FOR IT TO BE CLEARED.
*Ahhk

79 011510
80 011510

81 011514

BEQ

TST
BEQ

78 011504
011504

MACRO

"fit

55 011374

63 011424

;exsx

:CLEAR THE NEST FLAG

:TIDY UP SUBRPC

1 3 2 24

F
5
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 32
N
e
I
s T L
Sy
n dgomwombww—'oowwo«mbwm-‘
BEURARUNR LEIBURRRN n

LA
ML

SEQ

GLOBAL SUBROUTINES

ettt eIt
I
T
222222222

ARt

2222

280

SUBROUTINE $CNTIN
FUNCTION =

TO PERFORM A CONTROL IN COMMAND

CALLING FORMAT:

JSR
PC,
SCNTIN
.WORD A (SEL6 = MAINTENANCE MODE & HDX)
(MACRO CALL == CNTRIN OR
CNTRIN A)

NESTING LEVEL

- MAY ONLY BE CALLED FROM IN-LINE CODE (TEST,
SUBTEST OR TEST SEGMENT)

ENTRY CONDITIONS = DMRFLG

EXIT CONDITIONS = 1.

EXPECT_CONTROL OUT IF

IN DMR MODE

NO CONTROL OUT, IN DMC MODE OR RESUME.

IF NO ERROR - DMR11

CONTROL IN PERFORMED

2. TIMEOUTS REPORTED IN WAIT SUBROUTINES
3. IF THIS IS A DMR MODE START UP CONTROL IN,
THIS ROUTINE WILL WAIT FOR A CONTROL

OUT = DMR RUN.

NOT RECEIVED,

IF THIS CONTROL OUT IS

THIS WILL RESULT IN AN ERROR

MESSAGE AND A REMINDER TO CHECK THE BAUD RATE,
INTERFACE AND TURNAROUND (PROBABLE REASON).

REGISTERS DESTROYED
MR

011522
011522

$CNTIN:

R
L

st
st

011526

011637
162737

002372
000004

002372

MOV
SUB

011542

012737

000001

002374

MOV

011550
011554

004737
000000

010272

011534

011550

40 011556

011556

112777

103003

000041

41 011560
42 011564

062716
000463

000002

44 011566
45 011574

017677
062716

000000
000002

47 (11606

001402

43 011566

46 011600

23 8”2}2

032777

005037

000400

002260

50 011614
011614

004737

010706

170470

1$:

170432

223332323232223222232222222322]

(SP) , SUBRPC
#4, SUBROC

12222222323232222222223

;SAVE PC FROM WHERE THIS SUBR. WAS CALLED.
:BACKUP TO PC OF ACTUAL CALL

MOVB

#RQI+CNTRL,aBSELO ;SET UP CONTROL IN COMMAND

WAIT

RDI

:WAIT FOR SETTING OF RDI

PC., SWAIT
.WORD
O

*CALL WAIT ROUTINE
:FLAG THAT WE'RE WAITING FOR RDI

JSR

170444

ittt

#1 ,NESTPC

:FLAG THAT THE NEXT SUBROUTINE IS NESTED.

sxxxx MACRO EXPANSION *#ww
*AhkA%

L 2 2 8 4

BNERROR 1%

:IF NO ERROR - PROCEED

ADD
BR

#2,(SP)
208§

:CORRECT RETURN ADDRESS
:ERROR = EXIT

MOV
ADD

a(SP) ,aSEL6
#2.(SP)

:SET MODE DESIRED
:INC. RETURN PC LEFT ON STACK.

:IF NOT, LEAVE DMRFLG AS IS.

BIT

AMAINT ,@SEL6

CLR

DMRFLG

WAIT

RQI

JSR

PC, $CLROQI

BEQ

BCC

:WAS MAINTENANCE MODE REQUESTED?

:CLEAR FLAG = NO RUN MODE CONTROL OUT.
:CLEAR RQI AND WAIT FOR RDI TO CLEAR

sxxxx MACRO EXPANSION sww»

:CLEAR RQI AND WAIT FOR IT TO BE CLEARED.

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 32-1

SEQ

GLOBAL SUBROUTINES

51 011620
52 011624
53 011626
56 011632

005737
001443
005037

011632
011636

004737
000001

55 011640
011640
56 011642
011642
011&/6
011652

011654
011656
57 011662
58 011664
59 011664
60 011672
61 011674
011674
011676
011700
011702

62 011704

63 011706
64 011706
65 011714
66 011716
011716
011720
011722
67 011724

002260

002260
010272

012746
012746
010600
104414
062706
000421

011746
000001

032777
001005

000001

000004

:
170342

000410

000040

170324

71 011734
72 011740
;2 011744

005037
005037
000207

002374
002372

75 011746
011751
011754

045
115
122

101
122
125

104
040
116

103
126

105
105

76 012015

7$:

108:

104455
000011
020174
015126

000207

012001
012004
012007
012012

040
113
127
104
105
040
124

101
116
114
107
116
116
040

045

045
101

105
1
104

JSR

PC, SWAIT
WORD
1

sCALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDO

#FMS3

15%

BIT
BNE
ERRDF

#CNTRL ,@SEL?2
10$
8,EMG8,ERRG2

‘

042777

011765
011770
011773
011776

;WAS DMR MODE REQUE
:-D ON BASE IN?
:BR_IF NOT (DMC MODE
;CLEAR DMR RUN MODE FLAG
sEXPECT RDO TO BE SET
s*%xx MACRO EXPANSION #wwx
*hkkk

L2
2 2

;IF NO ERROR - PROCEED

BCC
;PRINT RUN ACKNOWLEDGE NOT RECEIVED.
MOV
MOV
MoV

68 011726
98 8”;:252

011757
011762

DMRFLG
20%
DMRFLG
RDO

PRINTB

104455
000010
020130
015126

032777
001004

LA 22

TST
BEQ
CLR
WAIT

BNERROR 7%

103011

170300

15%:
208

FMS3:

TRAP
ADD

;DID WE RECEIVE A CONTROL OUT?
:IF YES = PROCEED.
JEXPECTED CONTROL OUT NOT RECEIVED.
TRAP
.WORD"
.WORD
.WORD

15%

BIT
BNE
ERRDF

#DMRRUN ,@SEL6
15%
9,EMG9,ERRG2

;WAS THE DMR RUN MODE BIT SET?
:BR IF OK.
sWRONG CONTROL OUT RECEIVED.

BIC

#RDO!CMD,aSEL2

;CLEAR RDO AND THE COMMAND BITS

CLR
CLR
RETURN

NESTPC
SUBRP(

;CLEAR THE NEST FLAG
;CLEAR PC

_ASCII

/XADMR RUN ACKNOWLEDGMENT NOT RECEIVEDIN/

.ASCIZ

/XA(CHECK INTERFACE, BAUD AND TURNAROUND
XN/
)

103
117
105
115
124
117
122

116

050

TRAP
.WORD
.WORD
.WORD

7%
#FMS3,-(SP)
#1,-(SP)
SP,RO

CSPNTB
#4 ,SP

CSERDF
8
EMGS8
ERRGZ2

CSERDF
9
EMG9Y
ERRGZ

H 5

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO VO03.01 23-APR=-80 08:29:31 PAGE 32-2

GLOBAL SUBROUTINES

012020
012023
012026

012031

012034
012037
012042
012045
012050
012053
012056
012061 012064
012067

103
103
11

105

101054
101
040
104
125
101
125
051
000

110
113
116

105
040
124

- 103
040
125
101
040
122
122
116
045

105
102
104
116
124
116
117
104
116

122

106

.EVEN

SEQ

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 33

SEQ

OOV NONHWN
= OV
Y NS Ny =

GLOBAL SUBROUTINES

AL A

AR A

AR R

Rttt d

ittt

eIt

ettt

222222222322}

T332

22232222223

SUBROUTINE $DMRIN
FUNCTION =

TO PERFORM A DMR MODE

CALLING FORMAT:

INPUT COMMAND

———

JSR
PC,
$DMRIN
WORD
(
D
.WORD
B
.WORD
(
(MACRO CALL == DMRIN A,B.()

NESTING LEVEL

= MAY BE CALLED FROM IN-LINE CODE (TEST,
SUBTEST OR TEST SEGMENT) OR FROM THE $LOOP

SUBROUT INE

ENTRY CONDITIONS = MUST BE IN DMR MODE

FOR ALL COMMANDS EXCEPT WRI TE MODEM

B = SEL4
{ = SEL6

FOR l‘gDEM WRITE
C
NESTPC

BITS TO CLEAR IN SEL6
BITS TO SET IN SEL6
1 = SUBROUTINE NESTED WITHIN ANOTHER SUB.

0 = SUBROUTINE NOT NESTED.

EXIT CONDITIONS = IF NO ERROR - DMR11 MODE INPUT COMMAND PERFORMED.
REGISTERS DESTROYED

002372
002340
170106

012737

002374
000001

48 012150

AR R

170074

002374

ARl

ettt

l;lg STPC

(SP) , SUBRPC

1%:

004737
000000

010272

49 012156

012637

002374

103003

062716
000433

000004

223223232223232222222222;

eIl I111222322232232222222223222222

#4 ,SUBRPC

a(SP) ,SAVE
a(SP) ,aBSELO
#2,(SP)
#RQ] ,3SELO
NESTPC,-(SP)
#1 ,NESTPC
RDI

012150
012154
50 0

$DMRIN:

002374
002372

PC,

SWAIT

.WORD

;1S THIS SUBROUTINE NESTED?
:1F YES = DON'T CHANGE
SUBRPC.
sSAVE PC FROM WHERE THIS SUBR. WAS CALLED.
;BACKUP TO PC OF ACTUAL CALL
:SAVE DMR INPUT COMMAND

sSET UP DMR INPUT COMMAND.
s INC RETURN PC LEFT ON STACK.
:REQUEST INPUT.
:SAVE THE CURRENT NEST FLAG.
sUSE THE FLAG TO SHOW THE WAIT

:ROUTINE IS NESTED.
sWAIT FOR SETTING OF RDI

sxxxx MACRO EXPANSION #wxx

sCALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RD!
sRkRk

LA 22

(SP)+ NESTPC

sRESTORE THE ORIGINAL NEST FLAG.
:IF NO ERROR, OK - PROCEED.

#4,

JUPDATE RETURN ADDRESS.
;ERROR EXIT.

10§

(SP)

BCC

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 33-1

SEQ

GLOBAL SUBROUTINES

53 012172

57
58 012210
59 012214
60

122737
001413
017677

062716

017677

000005

002349

000000

170026

000002
000000

170016

062716
000412

000002

047677
062716
057677
062716

000000
000002
000000
000002

69 012254

012254

004737

170002

5%:

6%:

CMPB
BEQ
MOV

a(SP) ,@SEL4

ADD
MOov

#2,(SP)
a(SP) ,aSEL6

ADD
BR

#2,(SP)

BIC

7%:

010706

a(SP) ,aSEL6

;1S THIS A MODEM WRITE?
;IF YES = SET/CLEAR BITS.
:PASS VALUE FOR SEL4

(VALUE.

IF ANY,

:PASS VALUE FOR SEL6 (VALUE,

IF ANY,

:DEPENDS ON THE DMR COMMAND)
sINC. RETURN PC LEFT ON STACK.
:DEPENDS ON THE DMR COMMAND)
sINC. RETURN PC LEFT ON STACK.

BIS

a(SP) ,aSEL6

#2,(SP)

:CLEAR MODEM BITS
sINC. RETURN PC LEFT ON STACK
;SET MODEM BITS
sINC. RETURN PC LEFT ON STACK.

WAIT

RQI

sCLEAR RQI AND WAIT FOR RDI TO CLEAR

JSR

PC,

ADD

167770

ngODEH.SAVE

ADD

#2, (SP)

$CLRQI

s*xxx MACRO EXPANSION w#wx

;CLEAR RQI AND WAIT FOR IT TO BE CLEARED.
*hAR%k

002374
73 012266
74 012272
75 012272
76 012276
77
78
79
80

002372
002340

10%:

15%:

TST

CLR
CLR
RETURN

L2
2 2

NESTPC
15%
SUBRPC

;WAS THIS ROUTINE NESTED?
:BR _IF YES
:CLEAR PC

SAVE

JRESTORE TEMP VALUE

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 34
GLOBAL SUBROUTINES
1

SEQ

. ttttttt't'ttttttttttt"'t'ttttltfit't'tttttttt'tttttttttttttfit.t.ttttt

' tt'ttttt'tttttt'ttt.'ttt"t'*ttt'tti'tt.tttt""tt.tt."t'ttt'ttt'.'t

SUBROUTINE

FUNCTION =

CALLING FORMAT:

$BACC

TO PERFORM A BUFFER ADDRESS/CHARACTER

COUNT IN COMMAND

JSR

.WORD SELé

$BACC

.WORD

*BA BITS 16 & 17 AND

(MACRO CALL =- BACCIT

17
}g

:
:

NESTING LEVEL

5(1)

ENTRY CONDITIONS -

EXIT CONDITIONS - IF NO ERROR - DMR11 BA/CC COMMAND IN PERFORMED

:.tttttttttttttttttttttttt"'*ttfittfittlttttttttt'itttititt.tttttttttt"

.WORD

;

29 012300

011637
162737

002372
000004

33 012320
3% 012324

062716
012737

000002
000001

012332
012336

004737
000000

010272

35 012332

36 012340

012340

SEL6

:BA/CC IN COMMAND
:BUFFER ADDRESS

:CHARACTER COUNT
OR

OR (MACRO CALL =-- BACCIR

BACCIT A.B)

BACCIR A.B)

= MAY ONLY BE CALLED FROM IN-LINE CODE (TEST,
SUBTEST OR TEST SEGMENT)

REGISTERS DESTROYED - NOT AFFECTED

..tttttttlttttttttttt"t't't"ttttttttttttt'ttttfitttttt'tttttttiitt'.!t

30 012300
31 012304

32 012312

SEL&4

117677

000000

$BACC

002372

MOV
SUB

(SP) , SUBRPC
#4 , SUBRPC

;SAVE PC FROM WHERE THIS SUBR. WAS CALLED.
*BACKUP TO PC OF ACTUAL CALL

002374

ADD
MOV

#2,(SP)
#1 NESTPC
RDI

:INC POINTER ON STACK
:FLAG THAT THE NEXT SUBROUTINE IS NESTED.

*WAIT FOR SETTING OF RDI

JSR

PC, SWAIT
.WORD
0

*CALL WAIT ROUTINE
:FLAG THAT WE'RE WAITING FOR RDI

167712

MOVB

WAIT

a(SP),aBSELO

:SET UP BA/CC COMMAND IN (TRANSMIT OR RECEIVE)

sxxxx MACRO EXPANSION w##
2

103003

2331

3 23

BNERROR 108

*IF NO ERROR - PROCEED

ADD
BR

#4, (SP)
208

;CORRECT STACK FOR ERROR EXIT.
SEXIT

MOV
ADD
MOV

a(SP) ,aSEL4
#2, (SP)
a(SP) ,aSEL6

:SET BUFFER ADDRESS
*INC POINTER ON STACK
.-gflstq(,eg{;;n COUNT AND BUFFER ADDRESS

BCC

108

37 012342
38 012346

062716
000414

000004

40 012350
41 012356
2% 012362

017677
062716
017677

000000
000002
000000

44 012370

062716

000002

ADD

#2,(SP)

*INC POINTER ON STACK

012374

004737

010706

JSR

PC, $CLRQI

*CLEAR RQI AND WAIT FOR IT TO BE CLEARED.

NESTPC

g
;:CLEAR THE NEST FLAG

39 012350

45 012374

46 012400
47 012400

005037

49 012410

000207

48 012404

005037

002374

002372

167660

108
:

167650

WAIT

20%:

ROl

*CLEAR RQI AND WAIT FOR RDI TO CLEAR
iasxx MACRO EXPANSION wxw
332

CLR

RE TURN

SUBRP(

*CLEAR PC

12
2 31

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 35

SEQ

GLOBAL SUBROUTINES
1

AL AR ARt ittt
1222223222222

2
3
g

3
3

CALLING FORMAT:

'%12

NESTING LEVEL

ENTRY CONDITIONS = SHOULD BE DONE AFTER PROPER SHUTDOWN

}(S,

LSRR ARttt

1322222222223

SUBROUTINE $ERROR
FUNCTION =

eIt

TO CHECK THE FIRST 8. BASE TABLE ERROR COUNTS

FOR NON-ZERO VALUES.
JSR

PC,

$ERROR

= CAN BE NESTED WITHIN ANOTHER ROUTINE
NESTPC = 1 - SUBROUTINE NESTED WITHIN ANOTHER SUB.

= 0 - SUBROUTINE NOT NESTED.

20
512

:
:

;:*tttttttttttttttttttttttttttttttttttitttttttttttttttttttttttttttfitttt

25 012412
26 012412
27 012416
28 012420
29 012424

31 012432
32 012432
33 012434
34 012436
35 8}%22%
37 012446
38 012450
39 012452
40 012454
41 012456
42 012460
43 012462

44 012470
45 012472
46 012474
47 012476

48 012500
49 012500
50 012504
51
52
53 012506
54 012506
012506
012510
012512

EXIT CONDITIONS = IF ANY NON-ZERO VALUE FOUND IN THE BASE TABLE A

SOFT ERROR IS DECLARED.

REGISTERS DESTROYED = RESTORED

:;ttttttttt*tttttt*ttttt"ttttttt'ttttttttitttttttttttttitttttttt'ttt't

005737
001005
011637
162737

010046
010146
012700
012701

$ERROR

002374

002372
000004

002372

108:
002637
000006

208

105720
001016
005301

001374
122010
001012
022737
001403
105710
001004
000407
122710
2

000022

000001

002114

25%:

30%:
104457
000005
012536

TST
BNE
MOV
SuB

NESTPC
108
(SP) ,SUBRPC
#4,SUBRPC

MOV
MOV
MOV
MOV

RO,-(SP)
R1,-(SP)
#BASE+3,R0
#6. .R1

:SAVE RO
2SAVE R1
;POINTER TO ACTUAL BASE TABLE COUNTS.
sCHECK THE 6 NAK BYTES IN THE TABLE

TSTB
BNE
DEC

(RO) +
308
R1

;1S THE NAK COUNT NON-ZERO?
sIF YES = REPORT SOFT ERROR
;LOOP UNTIL DONE.

BNE
CMPB
BNE
CMP
BEQ
TSTB
BNE
BR

208
(R0O)+, (RO)
308
#18. . LSTEST
25%
(RO)
308
408

CMPB
BGE

#1,(RO)
40%

ERRSOFT 5,EMS3,ERRG4

;IS THIS ROUTINE NESTED?
:BR IF YES (PC ALREADY SAVED)
;SAVE PC AFTER THt CALL TO SWAIT.
;BACKUP TO THE PC OF THE ACTUAL CALL

sTHE INSTRUCTION AFTER THE CALL.

sARE THE REPS THE SAME?
:IF NOT = REPORT ERROR.
;1S THIS TEST 18 (LARGE BUFFER TEST)
;IF YES = ALLOW 1 REP
;IF NOT TEST 18 = REPORT IF ‘NON ZERO.
;IF ZERO - OK.

;IS THE REP 0 OR 1?
sIF YES - OK (WE ALLOW 1 REP BECAUSE
sIN TEST 18 AT LOW BAUD RATES 1 REP IS
JEXPECTED.)

JREPORT SOFT ERROR

TRAP
WORD
.WORD

CSERSOFT
5§
EMS3

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 35-1

GLOBAL SUBROUTINES

012514
55 01 2516
56 012516
57 012522
58 012524
59 012530
60 012530
61 012532
gg 012534

012601
012600
000207

64 012536
012541

105
117

005737
001002
005037

012544
012547

040
040
123

012560

114

012552
012555

015522

124

40%:

002374
002372

122
122

45%:

122
123

m
102
105

116
101
040

105

000

101

EMS3:

SEQ

.WORD
TST
BNE
LR

NESTPC
45%
SUBRP(

;1S THE ROUTINE NESTED?
:BR IF YES
;CLEAR SAVED PC

MOV
MOV
RETURN

(SP)+,R1
(SP)+,RO

;RESTORE R1
;RESTORE RO
.

.ASCIZ

/ERRORS IN BASE TABLE/

102

.EVEN

ERRG4

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGEN 3§

SEQ

A
R

R AR AR

A AR

AR AR AR

AR AR AR AR AR AR AR AR AR

AR AR AR AR AN

O N 8 in) =

GLOBAL SUBROUTINES

SUBROUTINE SHALT

ENTRY CONDITIONS = NONE

L
L

EXIT CONDITIONS

= DMR SHUTDOWN

REGISTERS

= NO EFFECT

M
2 2 LA

A A A

dddd

A A

A AR A A

AR AR

ittt

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

ittt

iii

23222%

;

] e

)

V00 YONV N WN =2 OOV 00

FUNCTION = TO SHUTDOWN THE DMR11

22 012610
23 012616
012616
012622

105077
012737

004737
000000

002372

000001

002374

167424

167426

010272

MOV
SuB
MOvB
CLRB
MOV
WAIT

(SP) , SUBRP(
#4 ,SUBRPC
#RQI'HLT,@SELO
aSEL2
#1,NESTPC

JSR

PC, SWAIT

RDI

WORD

sSAVE THE PC WHEN THE SUBROUTINE WAS CALLED.
sBACK UP TO THE ADDRESS OF THE ACTUAL CALL.
;ISSUE A HALT
;CLEAR ANY OUTPUT PENDING
sFLAG THAT THE NEXT SUBROUTINE IS NESTED.
;WAIT FOR RDI
s*xxx MACRO EXPANSION *#xx
sCALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDI
SRk kK

24 012624
012624
25 012626

103430

012626

004737

010706

103425

012634
012640

004737
000001
103421

032777
001005

010272

000001

167362

104455
000004
012726
015126
000410

032777
001004
104455

000004
012726

ki k*

BERROR

20%

:IF ERROR, EXIT

WAIT

RQI

;CLEAR RQI AND WAIT FOR RDI TO CLEAR

JSR

PC, $CLRQI

s*xxx MACRO EXPANSION »#xx
;CLEAR RQI AND WAIT FOR IT TO BE CLEARED.

BERROR

20%

:IF ERROR, EXIT

WAIT

RDO

;WAIT FOR RDO

JSR

PC, SWAIT
WORD
1

BERROR.

20%

:IF ERROR, EXIT

BIT

#CNTRL ,@SEL2

;IS THIS A CONTROL OUT?

ERRDF

& ,EMS4,ERRG2

:ERROR

sRRR%

26 012632
012632
27 012634

28 012642

002372
000004
00004

—

011637
162737
112777

BNE

108

BCS

L2
3 44

BCS

001000

167344

208

BIT
BNE

#HALTC ,@SEL6
208

ERRDF

&4 ,EMS4 ,ERRG?

208

sxxxx MACRO EXPANSION #x%x
sCALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDO

s Rkk%k

b2
2 34

BCS

208

:IF YES - PROCEED

TRAP

WORD
.WORD

208

.WORD

CSERDF

4
EMS4

ERRGZ2

;1S THE DMR HALTED?
;IF YES = EXIT

sERROR = NOT EXPECTED CONTROL OUT.
TRAP
WORD
.WORD

CSERDF
4
EMS4

B 6
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 37-1

GLOBAL SUBROUTINES

012704
37 012706
38 012706
39 012714

015126

042777
005037

000207
002374

40 012720

005037

002372

43 012726
012731
012734
012737
012742

123
124
127
105
117

110
104
116
122
122

ll:;- 012724

000207

167320

20$:

.WORD

BIC
CLR

EMS4:

#RDO'!CMD,@SEL2

CLR

NESTPC
SUBRP(

_ASCIZ

/SHUTDOWN ERROR/

RETURN
125
117
040
122
000

SEQ

.EVEN

;CLEAR RDO AND COMMAND BITS.

;CLEAR THE NEST FLAG
;CLEAR THE PC.

ERRGZ

C 6
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 38

SEQ

NS iy -

GLOBAL SUBROUTINES

R RRTR TR TR

OV
D o

R R

Al d

A A AR AR

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

ittt

2222822222;

SUBROUTINE $ROMO
FUNCTION = TO READ THE CONTENTS OF

THE ROM

ENTRY CONDITIONS = ROMADR

ROM ADDRESS

EXIT CONDITIONS

= BSEL6

CONTENTS OF ROM ADDRESS

REGISTERS

= NO EFFECT

V0O YO

R
AR

—

)

012746
012746
012752
20 012760
012766

30 013032
3
32
33 013040
34
35 013046
%9 013054
38 013062
39

40 013064
41

005077
113777

052777
012777

052777
042777
042737
153737
052777
013777

167260
002411
001000

121053

AR AR A

$ROMO:
167254
167244
167244

167230

dd ittt
T332 22222222222223
d

BIS
BIC
8IC
BISB
BIS
MOV

167164

BIS

042777

167156
167150

BIC
BIS

000207
100000

CLR
MOvB
BIS
MOV

052777
052777

@SELO

ROMADR+1,@SEL2
#ROM] ,aSELO

#121053,3SEL6

#STUP,ASELO

eIt 22222323222222222222%;

JINIT

:SET HIGH BYTE OF ROM ADDRESS
:ENABLE SEL6 TO BE USED AS MAINTENANCE REG.

:SET UP MICROINSTRUCTION TO

*MOVE IBUS* 2 TO 0BUS* 13
:(0BUS* 13 IS A SHADOW REGISTER FOR
:BITS 8-11 OF THE PC)

:CLOCK THE INSTRUCTION

#RO
| STUP,3SELO”
MI ; CLEAR

#377,1%

;CLEAR ADDRESS FIELD OF BRANCH INST.

#ROM] ,3SELO

*ENABLE SEL6

ROMADR, 18
18.3SEL6

#STUP,SELO

*ADD ADDRESS OF BRANCH.

*SET UP MICROINSTRUCTION TO

*BRANCH IMMEDIATELY TO PC. BRANCH IS
:NECESSARY TO TRANSFER PC SHADOW REG TO PC

:CLOCK THE INSTRUCTION
*ROM PC = ROM ADDRESS

#ROM]I
' STUP,aSELO” : CLEAR

#ROMO, 3SELO

RETURN

1%:

100000

;CLOCK IN A MAINTENANCE ROM OUT

*ROM CONTENTS ARE NOW IN SEL6.

sMICRO INSTRUCTION OPCODE FOR IMMEDIATE
:BRANCH (ROM ADDRESS IS ADDED INTO BITS 0-7)

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGED 38

SEQ

R
S

A A

AR A A AR A AR AR

AR R

AR AR

A AR AR

AR AR AR AR

RN AR RS

SUBROUTINE $LOOP
FUNCTION = TO ISSUE AN EXTENDED CONTROL

IN TO SET

UP THE MODEM LOOPBACK DESIRED BY THE USER.

ENTRY CONDITIONS =

EXIT CONDITIONS

D e

FERRUKLEERNRRRAUNNS VNS
WN= OV~
NS
-

GLOBAL SUBROUTINES

REGISTERS

NOT DESTROYED

— o

WMAINT = 0 - DON'T WRITE MAINT. BITS
WMAINT = 1 = SET BITS
(WMAINT SET IN INIT CODE)
DMCMDE = 0 - DMR MODE
DMTURN = TURN AROUND CONNECTOR

002372

46 013176
47 013176
48 013202

ég 013206

000010

AR R

002372
002254
013172
013174
108:

AR AR AR AR A AR AR

AR AR AR AR

RN N

Al eI
I
2222323232322222223

TST

DMCMDE

TST
BEQ

WMAINT
308

BNE

002306

WNONY
=

002276

fluC)NLhMUJ\SbUEg

YOS S

WWWWWWWWW

={elelelelelelelelelelele)

MOV
SuB
CMP
BNE
MOV
MOV
BR

;1S THE DMR IN DMC MODE?

308

sIF SO, EXIT (CAN'T DC DMR MODE INPUT)

(SP) , SUBRP(
#4 ,SUBRPC
#LLOOP,DMTURN
108
#MAINTZ2,100%
#MAINT1,1018
208

:SAVE THE PC AFTER THE CALL TO $LOOP
;BACKUP TO THE PC OF THE ACTUAL CALL.
;IS LOCAL MODEM LOOPBACK DESIRED?
:IF NOT = PROCEED.
sENSURE REMOTE LOOPBACK IS CLEAR.
;SET MAINT BIT FOR LOCAL LOOPBACK

;D0 WE NEED 70 WRITE THE MAINTENANCE BITS?
:IF NOT = EXIT.

012737
012737

000010
000004

013172
013174

MOV
MOV

#MAINT1,1008
#MAINT2,101%

sIN ALL OTHER LOOPBACK CONFIGURATIONS
sSET MAINTENANCE 2 (CONFIG. TYPE 1,3.7)
sENSURE REMOTE LOOPBACK IS CLEAR.
sSET MAINT BIT FOR REMOTE LOOPBACK

012737

000001

002374

MOV
CALL

#1 ,NESTPC
$DMRIN

;FLAG THAT THE NEXT SUBROUTINE IS NESTED.
;DMR MODE INPUT COMMAND

000005
000000
000000

005037
005037
000207

.WORD
.WORD

.WORD

002374
002372

CLR

RETURN

NESTPC

SUBRP(

WMODEM
0

;WRITE MODEM COMMAND
;BITS TO CLEAR IN MODEM REGISTER

;BITS TO SET IN MODEM REGISTER
;CLEAR THE NEST FLAG

:CLEAR PC.

E 6
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 40

SEQ

GLOBAL SUBROUTINES
“

' tQ't't".'t"tttt.t't"""tt.t.'fi'ttt.'.tt.'Q.QQ.'Q"Q.QQ.Q".'..Q'Q

. t."t'Qt'ttt't't".t"tt't"'t.tt't.tt.'.'t.'..'.tt't..t'.""'."'Qt

3
I§

3
:

6
7

:
:

9
10
n

3
:
3

%lg

CALL

- JSR

]'9

NESTING LEVEL

= CALLED ONLY BY TESTS

]"8)

ENTRY CONDITIONS = BUFNUM = # OF RCV & XMIT BUFFERS

20
21
22

:
3
8

EXIT CONDITIONS

24
25

:
3

233

011637
162737
005037

002372
000004
002350

012746
012746
012746
012746
104437
062706
005737

000340
023714
000004
000003

005737

001143

2-;. 013266

023727

46 013274

002537

48 013304
013304
013310

1. IF MEMORY MANAGED, 32Kk - 48k
2. FREE MEMORY, IF FIJRE THAN 4K BYTES.
3. IF 2 OR 3 NOT POSSIBLE, DEFAULT &K

DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

012737

012700
104441

000010
177572

002350

002120

003000

000001

002302

000340

16-20

= MMANAG = 1
MEMORY MANAGEMENT USED
MMANAG = 0 MEMORY MANAGEMENT NOT USED
RCVBUF
= ADDRESS OF RECEIVE BUFFER (VIRTUAL)

(HARACTER COUNT

RCVBUF+4
= ADDRESS OF NEXT RECEIVE BUFFER
(UP TO 64 ADDRESSES AND COUNTS)

XMTBUF

ADDRESS OF TRANSMIT BUFFER (VIRTUAL)

(UP TO 64 ADDRESSES AND COUNTS)

REGISTERS

= NOT DESTROYED

t.t'."t..."..Q."."""'.Qt.'..'....."."..'.."......'.t'...""
'Q'....'tt..'.....t."""'..Q...t'....'.....t.".'."..'..'Q.."'..'

SBUFrS

002372

PC,$BUFFS

RCVBUF+2

32
33

47 013276

THREE BUFFER AREAS:

42
43 013264

FUNCTION = TO DETERMINE BUFFERS FOR TEST iS5 = 19.
THIS
SUBROUTINE WILL USE ONE OF THE FOLLOWING

SUBROUTINE $BUFFS

34 013210
35 013210
36 013214
37 013222
38 013226
013226
013232
013236
013242
013246
013250
39 013254
40 013260

MOV
SuB
CLR
SETVEC

TST
TST

(SP) ,SUBRPC
;SAVE PC AFTER THE CALL TO SBUFFS
#4 ,SUBRPC
JBACKUP TO THE PC OF THE CALL.
NXMF LG
#4 ANOXMEM #PRI0O7 :SET UP TRAP & (WILL SET FLAG FOR NXM)
MOV
#PR107,-(SP)
MOV
#NOXMEM,
- (SP)
MOV
86 ,~(SP)
MOV
#3,-(SP)
TRAP
CSSVEC
ADD
#10,SP
177572
;ADDRESS MEMORY MANAGEMENT REG
NXMF LG
;IS THE FLAG STILL CLEARED?

BNE

sIF THERE IS NO MEMORY MANAGEMENT.
BR TO USE NON-MEMORY MANAG. BUFFERS.

(MP

BLT

MOV

SETPR]

JNOTE:

308

LSHIMEM, #3000
308

#1 ,MMANAG

#PR]IO7

THE FLAG WILL BE SET BY THE

TRAP

ggflr;e;;sa;)l.usr 48K WORDS? (16K WORDS

.'IF NOT, USE NON-MEMORY MANAG. BUFFERS.

sFLAG THAT MEMORY MANAGEMENT

IS USED

JMAKE SURE WE ARE IN KERNEL MODE.
MOV
TRAP

;SETTING PRI SHOULD SHOULD ALSO CLEAR

#PR]07,RO
C$SPR]

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 40-1
GLOBAL SUBROUTINES

50
51 013312
52 013316
53 013322
%g 013322

012701
012700

172300
000010

012721

077406

#172300,R1

108:

012761

;WRITE BITS FOR THE FOLLOWING PAGE DESCRIPTION
sREAD/WRITE ACCESS. 128. BLOCK PAGE LENGTH.

#2200.10(R1)

#2400.12(R1)
#2600.14(R1)
#7600.16(R1)

#256.

000001

012701
012702

000040
002414

177572

15%:
16%:

012224
005737
001050
005301
001372
005303
001364
012701

#77406, (R1)+

,R3

002350

060000

120000
000001

—

N
O

d D

) e

jelelelelelelelelelele]

—

FIRAV28ER
LR

95 013512

022737
001004
012737
000515
012737

003234

;WRITE

R3
158
#20000,R1
(R4)+
NXMF LG

;DO TH INNER LOOP 32. TIMES

;DO THE OUTER LOOP 256. TIMES
;COUNTER TO CLEAR THE NEXT 8K WORDS

;CLEAR VIRTUAL ADDRESS 120000 - 157776
;DOES AN NXM TRAP OCCUR?

:TURN OFF MEMORY MANAGEMENT

#120000, RCVBUF

037777

002322

#37777 ,BUFS1Z

000007

002324

004000

002322
002322

;PHYSICAL ADDRESS 200000 - 237776
;FLAG WILL BE SET IF WE ADDRESS NXM.
sIF NXM - DON'T USE MEMORY MANAGEMENT
.

17
177572

#1 ,BUFNUM

000374

TEST PATTERN

;IF SO DON'T USE MEMORY MANAGEMENT.

#60000 , XMTBUF

208

608

#7 ,BUF NUM

;VIRTUAL ADDRESS OF XMIT BUFFER
:VIRTUAL ADDRESS OF RCV. BUFFER
;1S THERE ONLY 1 XMIT & RECEIVE BUFFER?

:IF NOT, BR

;EACH BUFFER IS 16K BYTES

#4000,BUFS1Z

JARE THERE 7 XMIT & RECEIVE (14 TOTAL BUFFER)?
;IF NOT = MUST BE 64 BUFFERS
;EACH BUFFER IS 2k BYTES

#376 ,BUFSIZ

;EACH BUFFER IS 254. BYTES.

21%

21%:

;ADDRESS FOR 32. WORD TEST PATTERN.

298

003634
002324

20%:

;:PAR 7, ADDRS 160000 - 677776 (1/0 PAGE)

1)
2)
3)
&)

(R2)+,(R4)+

177572

(BUFFER PAGE
(BUFFER PAGE
(BUFFER PAGE
(BUFFER PAGE

sCOUNTER FOR INNER LOOP OF TEST PATTERN

#$CCITT,R2

29%

002350

:PAR
2, ADDRS 40000 = 57776
;PAR
3, ADDRS 200000 - 217776
:PAR &, ADDRS 220000 = 237776
:PAR 5, ADDRS 240000 - 257776
;PAR 6, ADDRS 260000 = 277776

#32. .R1

R1
16%

17%:

ADDRESS OF KERNEL PAR 0
ADDRS
'PAR 1. ADDRS
20000
- 37776

#1,am177572

NXMFLG

020000

JWRITE ALL PDRS.

;COUNTER FOR OUTER LOOP OF TEST PATTERN
sUSE _VIRTUAL ADDRESS TO MAP TO PAR 5
;GENERATE A TEST PATTERN IN THE 1ST 8K WORDS
-+ VIRTUAL ADDRESS 60000 - 111776
:ENABLE MEMORY MANAGEMENT

#60000, R4

012737

;BITS 14 & 15
;GET ADDRESS OF KERNEL PDR REG 0.

;WRITE PDR REG 0=7.

#2000,6(R1)

012703
012704

#8. RO

.. RO
108
- 0172340 R1
(R1)
#200,2(R1)
#4004 (R1)

000002

CFN

60%

G 6
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 40-2

SEQ

SUBROUT INES

000511

005037

177572

0V5037

002302

012700

000004

021227

003406
010237
011209
042700
000405

f
&
PN

-bd

o 00000000 o000

i e

—

13646

CLR

aH177572

:TURN OFF MEMORY MANAGEMENT

CLR
CLRVEC

MMANAG

;FLAG THAT MEMORY MANAGEMENT NOT USED.
;RESTORE TRAP 4.

002000

MP
BLE

003234

000001

003234
003634

003634

000001

002324

000007

002324

358

R2, XMTBUF

;FIND THE FREE MEMORY AVAILABLE BETWEEN

355:

40%:

468
-

47%:

010137

002322
000002

002322

042737
006200
010001
013702

000001

002322

003234

012703
012704

002414
000040

BIC

50%:

51%:
PEC
BE

#4 R0
C$CVEC
CSMEM

RO.R2

;THE DIAGNOSTIC AND THE DRS (SUPERVISOR).
;1S THERE AT LEAST 1K WORDS? (NOTE: CONTENTS
:OF THE RETURNED ADDRESS OF THE START OF FREE
;MEMORY CONTAIN THE AMOUNT OF AVATLABLE MEM.)

;IF NOT AT LEAST 1K, USE DEFAULT HJUFFER.

#3170.RO

;USE THE FREE MEMORY BUFFER.
;SAVE THE WORD SIZE OF THE BUFFER.
;START WITH AN EVEN # OF WORDS.

F
, XMTBUF
#81GBU
#2000,R0

sUSE THE DEFAULT BUFFER (1ST HALF FOR XMIT).
;1K WORD SIZE.

XMTBUF ,RCVBUF
RO,RCVBUF
RO,R1
#1 ,BUFNUM
473
#7 ,BUFNUM
45%
R1
R1
R1
47%

sCALCULATE THE RECEIVE BUFFER ADDRESS
;AS STARTING IN THE 2ND HALF OF THE BUFFER.
sBUFFER SIZE IN WORDS.
;ARE WE SETTING UP 1 RECEIVE AND XMIT BUFFER?
:IF YES = R1 = BYTE_SIZE FOR BOTH BUFFERS.
JARE WE SETTING UP 7 RCV & 7 XMIT BUFFERS?
:1F NOT WE MUST NEED 64 RCV & 64 XMIT BUFFERS.

408

45%:

000007

012312

aR2,#2000

aR2,RO

013737

162737

MOV
TRAP

TRAP

003234

140 013712
141 013716
142 013716
143 013720
144 013722
145 013724
146 013724

MOV

004234
002000

Ufig‘
dg 8K
-l

b —_—

g b

60%

MEMORY

012737
012700

—

13654

W WW
~N NN

i i i o
b e
D
)
D i
s e
i i
i
i
i
i e
b

30%:

104431
010002

SEIFRRUKLEYBNRRRUN
NS S Iao

104436

29%:

;R1

= # BYTES IN THE BUFFERS/8

#7.R%

:DIVIDE BYTES BY 128.

R1
R&
46%

:SHIFT RIGHT 7 TIMES

R1,BUFSIZ
#2 ,BUFSIZ

;SAVE THE BUFFER SIZE IN BYTES.
;ADJUST BUFFER SIZE BECAUSE WE
;WILL ADJUST BUFFER STARTING ADDRESS.
sENSURE WE START WITH AN EVEN # OF BYTES.
:# OF WORDS IN ALL XMIT BUFFERS.

#1,BUFSIZ

RO
RO,R1
XMTBUF ,R2

:SAVE # OF WORDS IN ALLSRCV BUFFERS.

sADDRESS OF START OF XMIT

BUFFERS.

#SCCITT ,R3

sADDRESS OF TEST PATTERN
:# OF WORDS IN THE TEST PATTERN.

(R3)+,(R2)
RO

;WRITE TEST PATTERN INTO ALL XMIT BUFFERS.
JARE ALL THE XMIT BUFFERS WRITTEN?

55%

:IF YES PROCEED.

----‘““

—

]

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 40-3

SEQ

| GLOBAL SUBROUT INES
o

i
ol

005304
001373
000766
003634

55%:
56%:

DEC
BNE

MOV

RCVBUF ,R2

;ADDRESS OF PECEIVE BUFFERS

(R2)+

;CLEAR ALL RECEIVE BUFFERS.

-l

i ol

013702

51%
508

sCONTINUE WITH TEST PATTERN TILL DONE.
;START AT BEGINNING OF

TEST PATTERN.

—

013700
012701
013702

003634
003634
002324

010021
013721
063709

002322
002322

012703

003234
003234
002324
000004

010021
013711

002322

608%:

RCVBUF ,RO
#RCVBUF ,R1

;ADDRESS OF RECEIVE BUFFER
;TABLE ADDRESS OF RCV BUFFER POINTERS.
:# OF RCV. BUFFERS.

RO, (R1)+
BUFSIZ,(R1)+
BUFSIZ,RO

;SAVE THE RECEIVE BUFFER ADDRESS
;SAVE THE BUFFER SIZE
sCALCULATE THE NEXT BUFFER ADDRESS.
s CHANGE EVEN ADDRESS TO ODD & ODD TO EVEN.
s CALCULATE ALL THE BUFFER ADDRESSES.

XMTBUF ,RO

sADDRESS OF TRANSMIT BUFFERS
;TABLE OF XMIT BUFFER POINYERS.
JHOF XMIT BUFFERS.

BUFNUM,R2

65%:

14052

D e

D i i

oo
W

d D

d D il

D el ol

D D

56%

#XMTBUF
,R1

BUFNUM,R2

70%:

— D ) D D D D e
=2
—_—

72%:

000004

005302
001357

005037
005037
000207

;R3 IS USED TO VARY THE CHARACTER COUNT.

RO, (R1)+
BUFSIZ, (R1)

sSAVE THE XMIT BUFFER ADDRESS.
;SAVE THE BUFFER SIZE.
:VARY THE BUFFER SIZE
;CALCULATE THE NEXT BUFFER ADDRESS
s CHANGE THE CHARACTER_COUNT VARIABLE.
;1S THE CONTENTS OF R3 ODD
sIF YES, DON'T ADJUST BUFFER ADDRESS.
s CHANGE EVEN TO ODD ETC.

BUFSIZ,.RO
R3
#BITO,R3
72%
RO

000001

012703

#4 ,R3

R3,(R1)+

002322

D
D i
) D
—

160 013772
1 013774

EEEEEE BBVRGRLC2EBBIRRR R2BIIIFANINIITELE
SRR

{

75%:

R3
75%
#4,R3

JWHAT IS R3.

sCALCULATE ALL THE XMIT BUFFERS.

NXMF LG
SUBRP(

sRESTORE FLAG USED

70%

002350
002372

RE TURN

sCONTINUE UNTIL R3 = =1
JRE-INIT. THE R3 VARIABLE AGAIN.

:CLEAR PC.

IN TRAP VECTOR.

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 41

SEQ

GLOBAL SUBROUTINES
1

::tttt't'lttt'.tttttt""""tt't.tt'ttttttt.tt"'t"t'.tti'.t.."""'

:;"'ttttttttttttttttttt'tt'ttt.ttttt'ttttttt'tttQtt.'ttttttt'tt""'.t

3
‘§

3
.

FUNCTION = TO MANAGE THE INTERRUPT FROM BASE IN

G
10
1
12

3
3
:
:

ENTRY CONDITIONS = BUFNUM = # OF RCV AND XMIT BUFFERS
ALL BUFFERS SET UP IN
THE $BUFFS SUBROUTINE.
WAIT3
= # OF OUTER LOOP TIMEOUT COUNTERS.
THIS VALUE IS DETERMINED BY THE BAUD

EXIT CONDITIONS

REGISTERS

- RO - RS DESTROYED

;

TO BA/CC OUT IN THE INTERRUPT TESTS 15-19

RATE IN THE INIT. SECTION OF CODE.

20
21

22 014142
23 014142
24 014146
25 014154
26 014162
27 014170
28 014176

;'-ttttttttt'.tt'ttttttttttttt*tttttttttttttttittttttttttttttt'tt'.ttttt.
:;tttttttttttttttttittttttttttttttttttttt'ttttttttttttfitttttitttttttttt

011637
162737
012737
013737
013737
013737

002372

013737
005037
005037
005037

1
002324
002324
002324
002324
002352
002354
002272

012702
012703
012704
012705

003634
003234
003634
003234

012700
104441

000200

40 014254
2} 8}25%

013737
112777

002316
000143

43 014270
44 014274
45 014274

012701

001000

29 014204
30 014212
31 014216
32 014222
33
34 014226
35 014232
36 014236
37 014242
38 014246
014246
014252
9

SUBROUTINE SINOUT

014274

$INOUT:

002372
002374
002326
002330
002332
002334

002320
165742

108
:

104422

MOV
SuB
MOV
MOV
MOV
MOV

(SP) ,SUBRPC

MOV
CLR
CLR
CLR

MOV
MOV
MOV
MOV
SETPRI

#RCVBUF ,R2
#XMTBUF ,R3
#RCVBUF ,R4
#XMTBUF ,RS
#PRIO&

MOV
MOVB

;DMR TO INTERRUPT AT LEVEL S
WAIT3,WAITS
sTIMEOUT COUNTER DETERMINED BY BAUD RATE.
#IFSET!RQI !BASEI,aBSELO ;FIRST COMMAND - BASE IN.

MOV

#1000,R1

BREAK

49 014276

50 014302
51 014304
52 014310
53 014312
54 014312

;# OF BA/CC OUT TRANSMITS
;CLEAR INPUT BA/CC FLAG
;CLEAR OUTPUT BA/CC FLAG
sCLEAR FLAG TO SHOW START UP NOT DONE (SET
;AFTER CONTROL IN)
sADDR OF RCV. BUFFER TABLE (FOR INPUT)
sADDR OF XMIT BUFFER TABLE (FOR INPUT)
sADDR OF RCV. BUFFER TABLE (OUTPUT CHECKING)
sADDR OF XMIT BUFFER TABLE (DUTPUT CHECKING)
sSET THE PRIORITY TO LEVEL & TO ALLOW THE
MOV
#PR104 RO
TRAP
C$SPRI]

;INNER LOOP COUNTER
;OPERATOR INTERRUPT ENABLE.
s(NOTE:

005737

001403
005737
001026

CALL TO

TRAP

C$8RK

sTHE SUPERVISOR TO ALLOW CONSOLE INTERRUPT

sSAVE THE PC AFTER THE CALL TO SLOOP
;BACKUP TO THE PC OF THE ACTUAL CALL.
sFLAG THAT ANY SUBROUTINE USED WILL BE NESTED.
;# OF BA/CC IN RECEIVES
;# OF BA/CC IN TRANSMITS
;# OF BA/CC OUT RECEIVES

#4 ,SUBRPC
#1 ,NESTPC
BUFNUM, INRCV
BUFNUM, INXMIT
BUFNUM,OUTRCY
BUFNUM,OUTXMT
INFLAG
OUTFLG
START

002352

TST

002354
12%:

INFLAG

INFLAG AND OUTFLG SET IN THE INTERRUPT

;SERVICE ROUTINES)

JARE THE INPUTS DONE?

BEQ
TST
BNE

12%
OUTFLG
20%

;IF NOT KEEP CHECKING.
sARE THE OUTPUTS DONE?
JIF YES EXIT WAIT LOOP.

DELAY

;JWAIT 100 MICROSECONDS.

(INISR DONE?)

(OUTISR DONE?)

6
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 41-1

SEQ

GLOBAL SUBROUTINES

014312

012727

000001

MOV

#1,(PC)+

014320
014324

013727
000000

002116

MOV
WORD

LSDLY, (PC)+
0

BNE
DEC
BNE

e
222(PC)

014316

014326

014332
014334
014340

55 014342

56 014344

57 014346

58 014352

000000

005367

001375
005367
001367

177772

005301

001353

005337

001346

62 014364

000453

65 014366
66 014372
67 014376
68 014402

012700
012701
013702
005737

003634
003234
002324
002302

;? 8}22}2

012737

000001

72 014416
73 014420
75 014426

69 014406

74 014422

76 014426

77 014430

78 014434
79 014436
80 014442
81 014442
014442
014444
014446

014450

82 014452

83 014454
84 014454

85 014456

;CONTINUE IN LOOP UNTIL R1 = 0.

DEC

WAIT4

;:DECREMENT OUTER LOOP COUNTER

ERRDF

2,EMG2,ERRG1

BNE

108

608

SEXIT

MOV
MOV
MOV
TST

#RCVBUF ,RO
#XMTBUF .R1
BUFNUM, R2
MMANAG

;RECEIVE BUFFER POINTER TABLE ADDRESS.
*TRANSMIT BUFFERS
:# OF RCV. AND XMIT- BUFFERS.
:ARE THE BUFFERS MEMORY MANAGED?

MOV

#1,a4177572

:TURN ON MEMORY MANAGEMENT

012003
012104

MOV
MOV

(RO)+,R3
(R1)+.Ré

;ADDRESS OF A RECEIVE BUFFER.
*ADDRESS OF A TRANSMIT BUFFER.

022021

CMP

(ROY+, (R1)+

*ARE THE CHARACTER COUNTS THE SAME?

001403

177572

BEQ

011005

001412

005737

001402
005037

MOV
BEQ

002302
177572

418:

000420

458%:

122324

001005

88 014464

005302

aR0,RS
458

MMANAG

ERRDF

12,EMG12,ERRG10

BR
.

408

TST

BEQ
CLR

104455
000014
020277
016216

005305

CMPB

BNE

DEC

418
aw177572

:CHECK ALL THE CHARACTERS

:CHECK ALL THE BUFFERS.

001353
000411

BNE
B8R

408
608

92 014472

005737

MMANAG

93 014476
315. 8}22840

00140
005037

177572

508:
=

BEQ
CLR

:1S MEMORY MANAGEMENT TURNED ON?

:IF NOT = SKIP TURN OFF.
*TURN OFF MEMORY MANAGEMENT.

89 014466
90 014470

002302

*IF YES - PROCEED.

;ARE THE CHARACTERS THE SAME?

458

DEC

518
177572

CSERDF
2
EMG2
ERRG1

*CHARACTER COUNT.

(R3)+,(R&)+

BNE

.=20

*IF YES = PROCEED.

CEXIT

508

-6(PC)

608

001374

91 014472

TRAP
.WORD
.WORD
.WORD

;ALSO PRINT # OF BUFFERS NOT COMPLETE.

208 :

:IF NOT DONE - GO THROUGH INNER LOOP AGAIN.

-TIMEOUT MESSAGE.

86 014460

87 014462

DEC

BNE

002320

104455
000002
020063
014620

22 014366

DEC

177756

59 014354
014354
014356
014360
014362

L.WORD

TRAP
LWORD
.WORD
.WORD

:IF NOT = ERROR EXIT

;1S MEMORY MANAGEMENT TURNED ON?

*IF NOT = SKIP TURN OFF.
:TURN OFF MEMORY MANAGEMENT.

CSERDF
12
EMG12
ERRG10

6
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 41<2

SEQ

GLOBAL SUBROUTINES

9 014504

ERRDF

014504 104455

014506
014510
014512
97 014514

98 014514

99 014520
}8? 8}225%

000017
020377
016302

005737
001402
005037

102 014526
103 014534

042777
042777

}82 014550

003011

104 014542

022737

608
:

002302
177572
000120
000100

000021

S
165476
165472

002114

15,EMG15,ERRG12

.WORD
.WORD
.WORD

TST

MMANAG

BIC
BIC

#IESET!IECLR,@SELO ;DISABLE BOTH INPUT INTERRUPTS
#1E0,ASEL2
:DISABLE OUTPUT INTERRUPT

BEQ
CLR

CMP

BGT

61$
177572

#17. LSTEST
62%

107

(CSERDF

15
EMG15
ERRG12

;1S MEMORY MANAGEMENT TURNED ON?

:IF NOT = SKIP TURN OFF.
:TURN OFF MEMORY MANAGEMENT.

:1S THIS TEST 17, 18 OR 19 ?

-%T?or - SHUTDOWN.

:DOING AN UPDATE IN TESTS 17 = 19, ALLOWS

108
109

:THE USER TO CHECK OUT REMOTE LOOPBACK BETER.
:A SHUTDOWN WHEN TESTING THE REMOTE LOOPBACK.

110
111 014552

014552

014556
014560
014562

004737

000011
000000
000000

012070

014564
014570

004737
000001

113 014572

000402

114 014574
115 014574

014574
116 014600
117 014600

014600

014604
118 014606

119 014612

}5? 014616

DMRIN

UPDATE

:WOULD CAUSE THE CONNECTION TO BE DROPPED.
:DO A DMR UPDATE.

JSR

PC, SDMRIN

:CALL DMR MODE INPUT ROUT INE

WAIT

RDO

JSR

PC, SWAIT
JWORD
1

.WORD
.WORD
.WORD

UPDATE
0
0

;xxxx MACRO EXPANSION #wx#

:INPUT COMMAND
:NO SEL4
:NO SEL6
.'t"l’

112 014564

122
123
124
125
126
127

TRAP

010272

628:

638

SHUTDN

004737

012564

JSR

:CALL WAIT ROUTINE
:FLAG THAT WE'RE WAITING FOR RDO
*hhkkn

012700

104441
005037

005037

000207

000340
002374

002372

SETPRI
CLR

CLR

RE TURN

L 2 2 24

;SHUT DOWN THE DMR

PC, SHALT

;xxxx MACRO EXPANSION s#ws

:DMR HALT ROUTINE.

"tttt

63$:

L2 2 24

*WAIT FOR RDO
;exxx MACRO EXPANSION #x##

#PRIO7
NESTPC

SUBRP(

8 24

:RETURN PROCESSOR PRIORITY TO 7
;CLEAR NESTED FLAG.

*CLEAR PC.

MOV

TRAP

#PR107,RO
($SPRI

CZDMIBO DMR=17 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 42
GLOBAL ERROR REPORT REPORT SECTION

SEQ

1
2

.SBTTL
GLOBAL ERROR REPORT REPORT SECTION
SIIITTTITITIT7777777777777777777777777777777777777777777777777777727777277277777

4
2

3/
THAT ARE USED IN MORE THAN ONE TEST.
;////////éCé{‘////////////////////////////////////////////////////////////////

7
8 014620

BGNMSG

014620

9 014620

014620
014624
014630
014634
014636
014640

013746
012746
(12746
010600
104414
062706

014654
014660
014664

017746
017745
012746
012746
010600
104414
062706

10 014644
014644
014650

014666
014670
11 014674

014674
014700
014704
014710
014714
014716
014720

017746
017746
012746
012746
010600
104414
062706

014726
014736
014734
014740
014742
014744
13 014750
014750
014754
014760
014764
014766
014770

013746
012746
012746
010600
104414
062706

12 014724

14 014774
15 015000

16 015004
17 015010
18 015014
19 015022

20 015030
21 015036
22 015044
015044
015050

013746
012746
012746
010600
104414
062706

005437
005437

002372
016420
000002

000006
165364
165356
016334
000003
000010

165340
165332
016366
000003
000010

002324
017603
000002
000006
002322
017663
000002
000006
002326
002330

005437
005437
063737
063737

002332
002334
002324
002324

013746
013746

002330
002326

063737
063737

}

002324
002324

THE GLOBAL ERROR REPORT SECTION CONTAINS ERROR MESSAGES

ERRG1
#FMG3, SUBRPC

PRINTB

#FMG1,aSELO,@SEL2 ;PRINT SELO AND SEL2 CONTENTS.

002332
002334

;PC THAT SUBROUTINE WAS CALLED.

MOV
MOV
MOV
MOV
TRAP
ADD

SUBRPC ,=(SP)
#FMG3,-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,SP

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

@SEL2.,~-(SP)
@SELO,-(SP)
#FMG1,-(SP)
#3,-(SP)
SP.RO
CSPNTB
#10,SP

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

@SEL6,-(SP)
aSEL4 .~ (SP)
#FMG2 ,~(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP

MOV
MOV
MOV
MOV
TRAP
ADD

BUFNUM,~(SP)
#FMG21,-(SP)
#2,-(SP)
SP.RO
C$PNTB
#6,SP

MOV
MOV
MOV
MOV
TRAP
ADD

BUFSIZ,-(SP)
#FMG22,-(SP)
#2.,-(SP)
SP.RO
CSPNTB
#6,SP

MOV
MOV

INXMIT,~-(SP)
INRCV,=(SP)

PRINTB

#FMG2,QSEL4,SEL6 ;PRINT SEL4 AND SEL2 CONTENTS.

PRINTB

#FMG21,BUFNUM

;# OF BUFFERS

PRINTB

#FMG22,.BUFSIZ

:BUFFER SIZE

INRCV
INXMIT

:NEGATE BUFFER VALUES

NEG
NEG

002326
002330

ERRG1::

PRINTB

NEG
NEG
ADD
ADD

ADD
ADD
PRINTB

OUTRCV
OUTXMT
BUFNUM, INRCV
BUFNUM, INXMIT

;CALCULATE BUFFERS ASSIGNED.

BUFNUM,OUTRCV
;CALCULATE BUFFERS RECEIVED.
BUFNUM,QUTXMT
#FMG23, INRCV, INXMIT

M
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 42GLOBAL ERROR REPORT REPORT SECTION

015054
015060
015064
015066
015070
23 015074
015074
015100
015104
015110
015114
015116
015120
24 015124
015124
2% 015124
26
27 015126
015126
28 015126

29 015132
30 015134
015134
015140

015144
015150
015152
015154
31 015160
32 015160
015160
015164
015170
015174
015200
015202
015204
33 015210
015210
015214
015220
015224
015230
015232
015234
34 015240
015240
3 015240
36 015242
015242
37 015242
38 015246
39 015250
015250
015254

012746
012746
010600
104414
062706

017710
000003

013746
013746
012746
012746
010600
104414
062706

002334
002332
017771
000003

000010

PRINTB

#FMG24 ,OUTRCV,OUTXMT

ENDMSG

005737
001412

002372

013746 002372
012746 016420
012746 000002
010600
104414
062706:- 000006
017746
017746
012746
012746
010600
104414
062706
017746
017746
012746
012746
010600
104414
062706

165050
165042
016334
000003
000010

PRINTB

165024
165016
016366
000003

000010

ERRGZ2
TST
BEQ
PRINTB

108:

SUBRP(
108
#FMG3, SUBRPC

002372

013746
012746

002372
016420

ERRGZ2::
;1S THE ERROR IN A SUBROUTINE?
:IF NOT, DON'T PRINT SUBR. PC
:PC THAT SUBROUTINE WAS CALLED.

#FMG2,@SEL4 ,@SEL6 ;PRINT SEL4 AND SEL2 CONTENTS.

L10003:

104423

005737
001412

MOov
MOV
MOV
TRAP
ADD

#FMG23,~(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

OUTXMT ,=(SP)
OUTRCV, =(SP)
#FMG24 ,-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP

TRAP

CSMSG

MOv
MOV
MOV
MOV
TRAP
ADD

SUBRPC ,=(SP)
#FMG3,-(SP)
#2,-(SP)

#FMG1,3SELO,@SEL2 ;PRINT SELO AND SEL2 CONTENTS.

ENDMSG

BGNMSG

L10002:

104423

BGNMSG

SEQ

ERRG3
TST
BEQ
PRINTB

SUBRP(
108
#FMG3, SUBRPC

ERRG3: :
;1S THE ERROR IN A SUBROUTINE?
:IF NOT, DON'T PRINT SUBR. PC
:PC THAT SUBROUTINE WAS CALLED.

SP.RO
CSPNTB
#6,SP

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

CSPNTB
#10,SP

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

@SEL6,~(SP)
@SEL4,~(SP)
#FEMG2,~(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP

TRAP

C$MSG

MOV
MOV

SUBRPC ,~(SP)
#FMG3,~(SP)

@SEL2,- SP)
@SELO,-(SP)

#FMG1,-(SP)
#3,-(SP)

SP.RO

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 42-2

GLOBAL ERROR REPORT REPORT SECTION

015260
015264
015266

015270
40 015274
41 015274

015274
015300
015304
015310
015314
015316
015320

42 015326
43 015332
44 015334
45 015342
46 015344

015344
015350
015354
015356

015360
47 015364
48 015366
49 015366

50 015374
51 015376
015376
015402
015406
015410
015412
52 015416
53 015420
54 015420
015420
015424
015430
015432
015434
55 015440
56 015442
57 015442
15446

59 015450
, 015450
015454
015460
015462
015464
60 015470
61 015470
62 015476
63 015500
015500
015504

012746
010600
104414

000002

062706

000006

017746
017746
012746
012746
010600
104414
062706

164734
164726
016334
000003

032777
001043
122777
001011

012745
012746
010600
104414

000010

#1,3B8SEL3

012746
012746
010600
104414
062706

016523
000001

000004

105777

164576

012746
012746
010600
104414
062706

164650

12%:

000004
15%:

208:

012746

017554

000001

HFMG4

308

CMPB
BNE

PRINTB

#2,aBSEL3
158
#FMG5

308

PRINTB

#FMGS5

;DID LINE UNIT MICRO. FAIL?

sLINE UNIT FAILED.

sNO RUN = MASTER CLEAR FAILED.

#FMGS5,-(SP)
#1,-(SP)

#4,SP

308
TSTB

aBSEL3

PRINTB

#FMG19

;1S BSEL3 STILL 0?

:IF NOT - SEE IF MICRODIAG. RUN.
:DEVICE IS NOT DMR (DMC?)

#FMG19,-(SP)
#1,-(SP)
SP.RO

CSPNTB

000004
000100

128

PRINTB

;IS THE RUN BIT SET
:IF RUN SET, CHECK.
;DID CF:* MICRO. FAIL?
sIF NOT SEE IF LU FAILED.
:CPU MICRO. FAILED.

#3,-(5P)
SP,RO
CSPNTB
#10,5P

SP.RO
CSPNTB

017531
000001

122777
001010

012746

20%

016472
000001

016523
000001

@SEL2,=(SP)
@SELO,~(SP)
#FMG1,-(SP)

164702

012746
012746
010600
104414
062706
000440

001010

#FMG1,3SELO,QSEL2 ;PRINT SELO AND SEL2 CONTENTS.

000001

000002

000427

PRINTB

#RUN,QSELO

122777

001011

108:

SP,RO
CSPNTB
#6,SP

164700

000004

78
#2,-(SP)

100000

062706
000455

SEQ

164546

25%

#4,SP
CMPB
BNE

PRINTB

#100,aBSEL3

sWERE MICRODIAGNOSTICS DISABLE?

#FMG20

sMICRODIAGNOSTICS DISABLED

308

#FMG20,~(SP)
SP)
e

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 42-3

SEQ

GLOBAL ERROR REPORT REPORT SECTION

015510
015512
015514

64 015520
65 015520

015520

% 015520

67
68 015522
015522
69 015522

70 015526
71 015530

015530
015534
015540
015544
015546

010600
104414
062706

BGNMSG

005737

002372

013746
012746
012746
010600
104414

002372
016420
000002

(001412

015570
015572
015576
015600
015604
015610
015614
015616
015620

005046
153716
005046
153716
012746
012746
010600
104414
062706

79 015624
80 015624

81 015630
82 015632
83 015636
84 015640
85 015640
015640
015642
015646
015650
015654
015660
015664
015666

015670

86 015674
87 015674
88 015700
89 015702
90 015706

30%:
ENDMSG

062706

000006

105737

002637

105737
001416

002642

001003

105737
001003

105737
001416

005046
153716
005046
153716
012746

012746
010600
104414
062706
105737
001003
105737
001416

ERRG4

TST

BEQ
PRINTB

10%:
‘
11%:

002642

SUBRPC

108
#FMG3,SUBRPC

;IF NOT, DON'T PRINT SUBR. PC
sPC THAT SUBROUTINE WAS CALLED.

TSTB

BASE+3

TSTB
BEQ

BASE+6
12%

PRINTB

#FMG7,<B,BASE+3>,<B,BASE+6>

CNE

11%

‘

12%:

002644
13%:

TSTB
BNE
TSTB
BEQ

BASE+5
13%

PRINTB

#FMG8,<B,BASE+5>,<B,BASE+8.>

002641

016666

002643

MOV
MOV
MOV
MOV
TRAP

SUBRPC ,~(SP)
#FMG3,~(SP)
#2,-(SP)
SP,RO
CSPNTB

ADD

#6,SP

CLR
BISB
CLR
BISB
MOV
MOV
MOV
TRAP
ADD

-(SP)
BASE+6, (SP)
-(SP)
BASE+3, (SP)
#FMG7 ,-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP

CLR
BISB
CLR
BISB

-(SP)
BASE+8., (SP)
-(SP)
BASE+5, (SP)

MOV
MOV
TRAP
ADD

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

MOV

000003

002640

CIMSG

BASE+8.
14%

002644

000010

TRAP

JONLY PRINT NON-ZERO VALUES

000003

002641

SP,RO
CSPNTB
#4,SP

ERRG4: :
;IS THE ERROR IN A SUBROUTINE?

002637
016615

700010

MOV
TRAP
ADD
L10004:

104423

15550
72 015554
73 015554
74 015560
75 015562
76 015566

77 015570
78 015570

000004

14%:

TSTB
BNE
TSTB
BEQ

BASE +4
15%
BASE+7
16$%

#FMG8,-(SP)

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 42-4

SEQ

GLOBAL ERROR REPORT REPORT SECTION

91 015710
92 015710
015710
015712
015716
015720

015724
015730
01573

015736
015740
93 015744
9% 015744

95 015750

96 015752
97 015756
98 015760

99 015760

15%:

005046
153716
005046
153716

012746
012746
01

#FMG9,<B,BASE +4>,<B,BASE+7>

002643
002640

016737
000003

104414
062706

000010

105737

002646

105737
001416

002645

001003

PRINTB

CLR
BISB
CLR
BISB

-(SP)
BASE+7,(SP)
-(SP)
BASE+4,(SP)

TRAP
ADD

CSPNTB
#10,5P

CLR
BISB
CLR
BISB

-(SP)
BASE+9.,(SP)
-(SP)
BASE+10.,(SP)

MOV
MOV
MOV
168:

TSTB

BASE+10.

TSTB
BEQ

BASE+9.
208

BNE
17$:

17%

#FMG9,
= (SP)
#3,-(SP)
SP.RO

PRINTB #FMG10,<B,BASE+10.>,<B,BASE+9.>

015760
015762
015766

005045
153716
005046

015774
016000
016004

012746
012746
01

017010
000003

MOV
MOV
MOV

#FMG10,-(SP)
#3,-(SP)
SP.RO

016010

062706

000010

ADD

#10,SP

TRAP

CSMSG

MOV
MOV
MOV
TRAP
ADD

#FMG12,~(SP)
#1,-(SP)
SP.RO
CSPNTB
#4,SP

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

@SEL6,~(SP)
aSEL4.~(SP)
#FMG15,-(SP)
#3,-(SP)
SP.RO
CSPNTB
#10,SP

MOV
MOV
MOV
MOV

<2(R4) ,~(SP)
#FMG15
. ~(SP)
#2,-(SP)
SP.RO
CSPNTB
#6,SP

015770

016006

100 016014
101 016014

016014

- 016014

153716

104414

002645
002646

BGNMSG

016016

016016
016022
016026
016030
016032

012746
012746
01
104414
062706

016036
016042
016046
016052
016056
016060
016062

017746
017746
012746
012746
01
104414
062706

016066
016072
016076
016102
016104
016106

016446
012746
012746
010600
104414
062706

107 016036

108 016066

208
:
ENDMSG

L10005:

104423

103
104
105 016016

106 016016

TRAP

017100
000001

000004

164176
164170
017131
3
000010
177776
017261
000002
000006

ERRG7
PRINTB

#FMG12

:BA/CC OUT RECV

PRINTB

#FMG13,3SEL4,aSEL6 :ACTUAL BA/CC

PRINTB

#FMG15,-2(R&)

;EXPECTED BA/CC

CSPNTB

ERRG7::

TRAP
ADD

|
|
|
|

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 42-5

SEQ

GLOBAL ERROR REPORT REPORT SECTION

109 016112

016112
. 016112

ENDMSG

111 016114

016114
112 016114

BGNMSG

016114
016120
016124

012746
012746
010600

017046
000001

016130

062706

000004

016134
016140
016144
016150
016154

017746
017746
012746
012746
010600

164100
164072
017131
000003

016160

062706 -000010

016164
016170
016174
016200
016204

016546
016546
012746
012746
010600

177776
177774
017205
000003

016210

062706

000010

016126
113 016134

016156

114 016164

016206

115 016214

016214

- 016214

L10006:

104423

104414

ERRGS

PRINTB

#FMG11

;BA/CC OUT XMIT

(SMSG

MOV
MOV
MOV

#FMG11_ =(SP)
#1,-(SP)
SP.RO

ADD

#4,SP

MOV
MOV
MOV
MOV
MOV

ASEL6,~(SP)
aSEL4 .~ (SP)
#FMG13,-(SP)
#3,-(SP)
SP,RO

ADD

#10,SP

MOV
MOV
MOV
MOV
MOV

=2(RS) ,~(SP)
=4 (R5) .=(SP)
#FMG14
.~ (SP)
#3,-(SP)
SP.RO

ADD

#10,SP

TRAP

(SMSG

MOV
MOV
MOV
MOV
MOV

<2(R1) ,=(SP)
-2(R0) .=(SP)
#FMG16.~(SP)
#3,-(SP)
SP.RO

ERRGS::

#FMG13,aSEL4,@SEL6

;ACTUAL BA/CC

104414

TRAP

PRINTB

TRAP

PRINTB

#FMG14,-4(RS) ,-2(R5)

:EXPECTED BA/CC

TRAP

ENDMSG

L10007:

104423

CSPNTB

117

118 016216

BGNMSG

016216

119 016216

016216
016222
016226
016232
016236

016240
016242
120 016246
016246
s 016246

016146
016046
012746
012746
010600
104414
062706

BGNMSG

016250

016250
016254
016260
016264
016270

016146
016046
012746
012746
010600

177774
177774
017367
000003

016274

062706

000010

016272

ENDMSG

104414

#FMG16,=2(R0),=2(R1)

;RCV CC & XMIT CC

ERRG10: :

L10010:

104423

122 016250

123 016250

PRINTB

177776
177776
017310
000003
000010

ERRG10

ERRG11

PRINTB

TRAP
ADD

CSPNTB
#10,SP

TRAP

CSMSG

MOV
MOV
MOV
MOV
MOV

-4(R1) ,~(SP)
=4 (R0) .~(SP)
#FMG17.~(SP)
#3,-(SP)
SP.RO

ADD

#10,SP

ERRG11::

#FMG17,-4(R0),-4(R1) :RCV BUFFER & XMIT BUFFER

TRAP

CSPNTB

CZDMIBO DMR=17 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 42-6

SEQ

| GLOBAL ERROR REPORT REPORT SECTION
i

126 016300

ENDMSG

L10011:

104423

BGNMSG

005303
005304

ERRG12

DEC

PRINTB

R4
#FMG18,R3,R4

ONReEaxn2uE
4+NN
NOO=NOR
2 2NOO
WNONNIN WO
W = NN O
VWS S SO =

2g>ununnl~ewu
-flOwncnner*!

RRRRR TREXR
2222

139

jelelelelelelelelelelelelolelelele]

138 016

114

062

101
114

123
064

040
066
040
040
066
000
040
066
040
114

103

114

040
040
072
117
116

FMG1:

LASCIZ

/%ASELO: X06%A SELZ2: X062IN/

FMG2:

LASCIZ

/XASEL&4: %Z06%A SEL6: X06XN/

FMG3:

.ASCIZ

/XAERROR IN SUBROUTINE CALLED AT PC: %06%N/

066

m
123
122
124

116

L10012:

045
045
123

040
040
102
125

101
122

105
117

105

101

105

101
120
040

066
000

R4 ,=(SP)

TRAP
ADD

045
045

MOV
MOV
MOV
MOV
MOV

sBACKUP TO TRANSMIT ADDRESS

;PRINT OUT ADDRESS

045
045
123

040
066
000

CSMSG

ERRG12::

ENDMSG

123
060

TRAP

sBACKUP TO RECEIVE ADDRESS

017442
000003

107
114

TRAP

R3,-(SP)

#FMG18,-(SP)
#3,-(SP)

SP,RO

A
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 42-7

SEQ

GLOBAL ERROR REPORT REPORT SECTION
140 016472

|
|

016475
016500
016503
016506
016511
016514
016517

045

/%ANO RUN - MASTER CLEAR FAILEDIN/

FMG7:

.ASCIZ

/%ANAKS-NO BUFFER

RCV: %D3%A SENT: %D3IN/

FMG8:

.ASCIZ

/XANAKS-BAD DATA

RCV:

045
17
125
055

104
040
116
040

116
122
040
115

000

.ASCIZ

116

016553

016671
016674
016677
016702
016705
016710
016713
016716
016721
016724
016727
016732
016735

FMG6:

045

040
11

144 016666

/%ALU.

104

016542
016545

016570
016573
016576
016601
016604
016607
016612
143 016615
016620
016623
016626
016631
016634
016637
016642
016645
016650
016653
016656
016661
016664

.ASCIZ

124

142 016554
016557
016562
016565

FMGS:

123

122

016550

114

105

016534

/¥%ACPU MICROTEST FAILEDIN/

040
103

016537

.ASCIZ

056
111

000
045

FMG4:

125
115

016522
016523

016526
016531

103

125
117
17
123
106
114
045

:
141

101

120
115
122
105
040
11
104

101

106
114

040
103
124
134
101
105
4l

101
105

101
105
103
101
106
114
045
045
101
055
040
106
122
122
072
104
101
105
072
106
116

123
122
174
122
101
105
16
101
113
116
102
106
040
103
040
063
040
116
040
063
000

124
040
105
040
111
104
000
116
123
117
125
105
040
126
045
045
123
124
045
045

101
055
104
101
040
122
072
106
101
105
072
106
116

113
102
040
124
040
103
040
063
040
116
040
063

12
107
104
101
040
126
045
045
123
124
045
045

045

101

MICROTEST FAILEDIN/

116

XD3XA SENT:

%D3IN/

| CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO VO03.01 23-APR-80 08:29:31 PAGE 42-8

SEQ

'GLOBAL ERROR REPORT REPORT SECTION
|

145 016737

016764

072

040

016772

101

040

017003

|
|
|
|
|
'

|
l

016742
016745
016750
016753
016756
016761
016767

045

101
055
104
105
105
122
104

016775
017000

105
072

017006

116

101

116

FMG9:

.ASCIZ

/X%ANAKS=BAD HEADER RCV:

FMG10:

.ASCIZ

/%AREPS=RCV: %D3%A SENT: X¥D3IN/

130
124

FMG11:

.ASCIZ

/XAXMIT BACC OUT COMMANDIN/

122

FMG12:

.ASCIZ

/XARCV BACC OUT COMMANDIN/

113
102
040
101
122
103

123
101
110
104
040
126

063

045

116
040

123

124
045

063

045

146 017010

. 045

101

122

017040

045

147 017046
017051

045
115

148 017100

045

-0t

108

017013
017016
017021
017024
017027
017032
017035

105
055
126
045
045
123
124

120
122
072
104
101
105
072

123
103
040
063
040
116
040

045

116

000

040
103
117
040
115
116
116

102
103
125
103
115
104
000

101
040
124
117
101
045

103
102
103
125

126
101
040
124

040
103
117
040

017122
017125
017130

115
104
000

101
045

116
116

017134
017137
017142
017145
017150
017153
017156
017161
017164
017167
017172

103
101
040
104
056
117
101
103
101
103
116

124
114
040
104
040
066
040
124
114
117
124

101

125
040
101
122
045
045
101
125
040
125
040

065
000

045

017043

017054
017057
017062
017065
017070
017073
017076
017103
017106
017111
017114

149 017131

017175

017200
017203

045

040
104
116

104

101
111

101

117

040

%D3IN/

045

104

000

X¥D3%A SENT:

063

115

045

FMG13:

.ASCIZ

/%AACTUAL

ADDR.

X06%A ACTUAL COUNT

%DSN/

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 42-9

GLOBAL ERROR REPORT REPORT SECTION

150 017205

045

017216
017221
017226
017227
017232
017235
017240
017243
017246
017251
017254
017257

104
104
056
117
101
130
103
1064
117
126
1064
116

017210
017213

151 017261
017264
017267
017272
017275
017300
017303
017306
152 017310
017313
017316
017321

017324
017327
017332
017335
0173420
017343
01736
017351
01788
017357
017362
017365
153 017367
017372
017375
017400
017403
017406
017411
017414
0176417
017422
017425
017430
017433
017436
017441

154 017442

017445
017450

130
103

045
130
103
104
106
056
117
116
045
103
103
122

103
116
045
045
130
126
110

05
117
124
104

116
045
103

102
106
040
040
066
040
111
102
106
040
040
066
000 -

045

101
040

101

120
1264

040
106
040
066
040
120
126
040
125
040
065
000

101
120
126
040
104
040
066
000
101
126
110
056

SEQ

105

FMG14:

.ASCIZ

/XAEXPECTED ADDR.

105
105
105
101
122
045
045

FMG15:

.ASCIZ

/XAEXPECTED ADDR. X06%N/

122
040
101
040

FMG16:

.ASCIZ

:
/%ARCV CHAR. COUNT %DSXA XMIT CHAR. COUNT %DSXN/

105
105

%06%A EXPECTED COUNT ¥DSIN/

101
122
045
045
105
105
105
103
116
045
045

117
126
104
101
115
040
101
040
135
040
065
000
101
12
125
105
101
045
045
130
124
125
105
101
045
045

122
040

FMG17:

.ASCIZ

:
/%ARCV BUFFER AT %06%A XMIT BUFFER AT Z%06%N/

106
122
124
117
101
115
040
106
122
124.
117
116

101

104

FMG18:

.ASCIZ

/XADATA DIFFERS AT RCV ADDR. %06%A AND XMIT ADDR. XO6XIN/

126
104

125
040
065
040
111
103
122
103
116
045
045

101
1

)

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 42-10

GLOBAL ERROR REPORT REPORT SECTION

SEQ

017453
017456
017461
017464
017467
017472
017475
017500
017503
017506
017511
017514
017517
017522
017525
017530
155 017531
017534
017537
017542
017545
017550
017553
156 017554
017557
017562
017565
017570
017573
017576
017601
157 017603
017606
017611
017614
017617
017622
017625
017630
017633
017636
017641
017644
017647
017652
017655
017660

106
122
101
122
040
104
040
066
040
104
115
040
104
040
066
000
045
105
103
116
040
122
000
045
111
117
123
104
101
105
116
045
124
125
117
102
106
123
116
116
102
040
040
106
122
045
045

106
123
124
103
10
122
045
045
101
040
111
101
122
045
045

105
040
040
126
104
056
117
101
116
130
124
104
056
117
116

101
126

FMG19:

.ASCIZ

/%ADEVICE NOT DMRIN/

105
117
104
045

104
1

040
124
115
116

101
103
124
124
m
102
104
000

115
122
105
040
123
114
045

FMG20:

.ASCIZ

/XAMICROTEST DISABLEDZN/

101
101
123

FMG21:

.ASCIZ

/XASTATUS OF BUFFERS ZNXANUMBER OF BUFFERS:ZD3ZN/

106
125
105
040
045
125
105
117
102
106
123

123
124
040

104
116

040
106
122
045
101
115
122
106
125
105
072

063
000

017666
017671
017674
017677
017702
017705
159 017710
017713
017716

125
105
123
105
045
045
045
116
055

106
122
111
072
104
116
101
040
040

FMG22:

.ASCIZ

/XABUFFER SIZE: XD5IN/

FMG23:

L.ASCIZ

/X%AIN

158 017663

045

101

102

106
040
132
040
065
000
111
040
122

= RCV ASSIGNED:XD3XA

XMIT ASSIGNED:ZD3ZN/

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 42-11
GLOBAL ERROR REPORT REPORT SECTION

017721
017724
017727
017732
017735
017740
017743
017746
017751
017754
017757
017762
017765
017770

SEQ

103
101
1
105
045
045
040
115
040
123
116
072
063
000

126
123
107
104
104
101
040
11
101
11
105
045
045

017774
017777
020002
020005
020010
020013
020016
020021
020024
020027
020032
020035
020040
020043
020046
020051

125
055
103
122
125
105
045
G45
040
115
040
124
116
072
063
000

124
040
126
105
122
104
104
101
040
m
122
125
105
045
045

040
122
040
124
116
072
063
040
130
124
105
122
104
104
116

117

FMG24:

.ASCIZ

/%AOUT = RCV RETURNED:%D3%A

163 020052

124

115

EMG1:

.ASCIZ

/TIME OUT/

EMG2:

.ASCIZ

/TIME OUT - DURING INTERRUPT EXERCISE/

EMG8:

.ASCIZ

/EXPECTED CONTROL OUT = NOT RECEIVED/

160 017771

162

020055
020060
164 020063
020066
020071
020074
020077
020102
020105
020110
020713
020116
020121
020124
020127
165 020130
020133
020136
020141
020144
020147
020152
020155

045

105
125
124
105
125
055
125
116
11
105
125
040
105
11
000
105
105
105
103
124
114
125
055

101

040
123
116
072
N63
040
130
124
123
107
104
104
116

040
124
m
040
124
040
122
107
116
122
120
105
122
123

117
000
115
117
040
104
1M1
040
124
122
124
130
103
105

130
103
104
117
122
040
124
040

120
124
040
116
117
117
040
116

XMIT RETURNED:X%D3IN/

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 42-12

SEQ

GLOBAL ERROR REPORT REPORT SECTION

020160
020163
020166
020171

117
122
105
105

126
105
111
104

040
103
126
000

020177
020202
020205
020210
020213
020216
020221

130
103
104
117
122
040
124

120
124
040
116
117
117
000

105
105
103
124
114
125

020231
02023
020237

055
125
111

040
114
120

166 020174

167 020223
020226

020262
020245

02025

125

105
117

105
115

122
122

040
111

105

EMG9:

.ASCIZ

/UNEXPECTED CONTROL OUT/

122
040
115
12
114
130
124

EMG10:

L.ASCIZ

/ERROR = MULTIPLE XMITS/

106

EMG11:

_.ASCIZ

/BUFFER ADDRESS ERROR/

101

EMG12:

.ASCIZ

/CHARACTER COUNT ERROR/

123

000

106
040
104
123
105
117

105
101
122
123
122
122

122
104
105
040
122
000

101
105
103
116
105
117

103
122
117
124
122
122

168 020252

102

169 020277

103

020255
020260
020263
020266
020271
0202764

116

125

110

020302
020305
020310
020313
020316
020321
020326

122
124
040
125
040
122
000

020330
020333
020336
02031
020344
020347
020352
171 020353
020356
020361
020
020367
020372
020375

117
055
125
111
105
103
000
122
105
105
105
122
104
101

122
040
114
120
040
126

040
115
12
114
122
123

122

EMG13:

.ASCIZ

/ERROR - MULTIPLE RCVS/

105
111
104
130
101
101
000

103
126
040
12
040
124

EMG14:

.ASCIZ

/RECEIVED EXTRA DATA/

020402
020405
020410

101
122
122

040
122
000

101

124

105
117

EMG1S:

.ASCIZ

/DATA ERROR/

130
103

116

120
124

105

EMG16:

.ASCIZ

/UNEXPECTED WALT RECEIVED/

170 020325

172 020377

173 020412

020415
020420

105

104

125

122

105
105

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 42-13

GLOBAL ERROR REPORT REPORT SECTION

020423
020426
020431
020434
020437
020442

174 020443
020446
020451
020454
020457
020462
20465

104
101
040
103
126
000

040
114
122
105
105

110
124
105
11
104

103
124
114
116
122
114
040

117
122
040
040
117
105
055

116
117
11
120
102
115
040

116

105

000

122
125
122
040
124
122
124

111
123
104
m
105
125
000

117
040
117
116
122
120

020470
020473
020476
020501
020504
020507

1
11
105
125
040
125

175 020515

123

020512

176

020520
020523
020526
020531
020534
020537
020542

116
116
122
120
122
124

120

EMG17:

.ASCIZ

/CONTROL IN PROBLEM = IN INTERRUPT ROUTINE/

EMG18:

L.ASCIZ

/SPURIOUS RDO INTERRUPT/

040
124
122
124
117
1M
125

.EVEN

SEQ

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 44

VNV

.SBTTL

SEQ

LOAD DEVICE PROTECTION TABLE

SITIITII
7070000007077
ITIT
77777777777777
TTII
7777777777777777777777777777
ITI2
77
:/ THIS TABLE IDENTIFIES THE LOAD DEVICE TO THE SUPERVISOR, SO THAT IT CAN BE
:/ PROTECTED FROM TESTING. IF DESIRED.
SIITTTTT
7070070000077
ITTI
777777770777777
ITII
777777777777777717777717177271
III7
7

020544
020544
&~
~

e
P S
—

WN=OOY

OO
VIS WN =

LOAD DEVICE PROTECTION TABLE

020546
020550
020552

BGNPROT
177777

177777
177777

WORD

WORD
WORD

ENDPROT

LSPROT: :
=1

=1
=1

;DON'T CHECK CSR ADDRESS

;DON'T CHECK MASSBUS UNIT NUMBER
;DON'T CHECK DRIVE NUMBER

o BN To AW, I YV [\N B

N 7
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 45
INITIALIZE SECTION
.SBTTL

SEQ

INITIALIZE SECTION

SIITIITTTT
070700077777 77777777777777
TITTI
77777727777777
IIITI
777777777
7

s/ THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED

:/ AT THE BEGINNING OF

THE TEST SEQUENCE ON THE NEXT UNIT

SI1I111777777777777771717711777177777777777111717777171717171717171717
020552

BGNINIT

° 020552

LSINIT::
SETPRI

MOV
TRAP

SUBRPC
ERROR
RE SUME
DMCMDE
CLRNO

CLR

NXMFLG

BNE
MOV

1%
#1 ,FRSTIM
FRSPAS

CLRVEC

sENSURE VECTOR & IS IN NORMAL ST%S.

CLR

SP,PSTACK

FRSTIM

TRAP
READEF

000040

000037

000035

000036

00
35 020702
36

021610

;89 020706

002270

37 020706

40 020712

STARST:
NEWST:

#PR107
RO

CLR
CLR
CLR
CLR
CLR
TST

1%:

sSET DIAGNOSTIC PRIORITY = 7

C$SPRI
:STORE BASE LEVEL PROGRAM STACK POINTER
;CLEAR STORAGE WORD FOR SUBROUTINE PC CALL
:CLEAR ERROR FLAGS
;CLEAR FLAG USED TO ALLOW BASE IN - RESUME.
sCLEAR FLAG USED TO INDICATE DMC MODE
sCLEAR WORD USED TO RUN MICRO TESTS ON
;EVERY OTHER MASTER CLEAR.
;FLAG USED TO MARK A NXM DMR ADDRESS.
;1S THIS THE TIME THROUGH AFTER LOAD?
:IF NOT - ERROR TRAP VECTOR ALREADY SAVED
sFLAG THAT WE'VE BEEN THRU THE 1ST TIME
sCLEAR COUNTER FOR # OF PASSES AFTER LOAD

MOV

002264

#PRIO7

#EF .START

;1S THIS JUST STARTED?

BCOMPLETE STARST

:IF YES = BRANCH.

READEF

;IS THIS A RESTART ?

#EF .RESTART

BCOMPLETE STARST

:IF YES = BRANCH.

READEF

;1S THIS A NEW PASS?

#EF .NEW

BCOMPLETE NEWST

:1F YES = BRANCH

READEF

;IS THIS A CONTINUATION?

#EF . CONT INUE

#4 RO
CSCVEC

MOV
TRAP

#EF .START RO

BCS

STARST

MOV

#EF .RESTART
RO

BCS

STARST

MOV

#EF .NEW RO

TRAP

MOV
TRAP

BNCOMPLETE GETPRM

:IF NOT = GET PARAMETERS

JMP

END

;OTHERWISE = DON'T INITIALIZE.

CLR

STARES

;CLEAR THE FLAG TO SHOW START/RESTART.

CSREFG

NEWST

#EF . CONTINUE .RO
CSREFG
GETPRM

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE42-1

SEQ

INITIALIZE SECTION

41 020712

012737
00

177777
002266
002270

002366
002366

002366
GETPRM:

MoV
INC
INC

002012
GPHARD

002366

#-1,LOGDEV
FRSPAS
STARES

sINITIALIZE LOGICAL UNIT M’BER
“:INCREMENT # OF PASSES AFTER
L
s INCREMENT # OF PASSES SINCE STARY/RESTART

LOGDEV
LOGDEV,LSUNIT

sNEXT LOGICAL UNIT TO BE TESTED
;1S THE MAXIMUM UNIT # EXCEEDED?
;IF _YES = DO A NEW START
;GET THE P-TABLE POINTER INTO R1

NEWST

LOGDEV ,R1

BNCOMPLETE

002252

MOV
MOV
BIT
BEQ
BIC

000007

) =D

D
d

SRERKNSRES o~

D
)
D e e
D ed
D

oleleolelolelelelelelelele]

_a_n_._a-a—n-s::-n-n

D
d
—

GETPRM

(R1)+,WTYPE
(R1) RO

#7 RO

103
#7. (R1)

MOV
TRAP

MOV

:IF NOT AVAILABLE, GET THE NEXT g?%
sMICROPROCESSOR TYPE

:IF NOT = OK (76XXX0)
SMAKE IT 76XXX0
#FINIT1,(R1)
RO ;; INFORM THE USER

012746
012746
010600

021612
000003

062706

000010

ADD

011137

002232
002242
002242
002234
000002
002244
000003
002236
000004
002246
000005
002240
000006
002250
000007

TRAP

108:

(R1),CSR

;CSR ADDRESS

BSEL1
(R1) ,SEL2
#2,SEL2
(R1) ,BSEL3
#3 ,BSEL3
(R1) ,SEL4

sHIGH BYTE ADDRESS OF CSR

(R1) ,BSELY

002234
002244

002236
002246

(R1),SEL6

#7 BSEL7
(R1).RO

;HIGH BYTE OF SEL6
:GET VECTOR
:DOES THIS VECTOR END IN NON-ZERO?
:IF NOT = OK (XX0)
IMAKE IT XXO

PRINTB

#7.(R1)
#FINIT2, (R1),RO : INFORM THE USER

MOV

RO,=(SP)

MOV

#FINiT2,-(SP)

MOV

021705
000003

002226

002230

11$%:

MOV
MOV

(R1) ,DMRVEC
(R1) ,DMTVEC

;RCV. VECTOR
s TRANSMIT VECTOR

(R1) ,=(SP)

MOV

#3,-(SP)

TRAP

CSPNTB

MOV

000010

CSPNTB

;HIGH BYTE OF SEL4

002250

000007

#10,SP

;PORT REG (SEL 4) ADDRESS

;PORT REG (SEL 6) ADDRESS

#7.RO
11$

RO,=(SP)
(R1) ,-(SP)
#FINIT1,-(SP)
#3,-(SP)
SP,RO

;HIGH BYTE OF SELZ2

#6.,S
EL6

000007

GETPRM

;CONTROL OUT REGISTER ADDRESS

002240

(R1)+,BSEL7

LOGDEV ,RO
CS$GPHRD
RO.R1

:SAVE THE ADDRESS
;DOES THIS DEVICE ADDRESS END IN NON-ZERO?

MOV
MOV
MOV
MOV

104414

JITEAFTRERZS

PRINTB

SP.RO

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGEC 42-2

SEQ

INITIALIZE SECTION

80 021202
81 021204

82 021210

83
84

011100
105060

105060

MoV
CLRB

000003
000007

CLRB

(R1),RO
3(RO)
7(RO)

sRCV. VECTOR
sCLEAR HI BYTE OF PSW FOR RCV. VECTOR.
sCLEAR HI BYTE OF PSW FOR XMIT. VECTOR.

sTHIS WILL ENSURE THAT WE DON'T PICK
;UP ANY UNEXPECTED BITS IN PROCESSORS

sWHICH USE BITS 11-15 OF THE PSW.

87
gg 021214

:1F BIT 11 IS SET IN AN 11/70 ANOTHER

062737

000004

002230

ADD

#4 ,DMTVEC

:REGISTER SET MAY BE USED.
:ADJUST XMIT VECTOR
;SET UP ISRS FOR DMR.

g‘

2
93 021222
021222
021226

STESTS 15-19.
SETVEC

DMRVEC,#INISR,#PRIOS

;INPUT ISR

SETVEC

DMTVEC,#OUTISR,#PRIOS

;OUTPUT ISR

INTERRUPTS ENABLED IN

021232
021236
021242
021244

012746
012746
013746
012746
104437
062706

021250
021254
021260
021264
021270
. 021272

012746
012746
013746
012746
104437
062706

000010

96 021276
gg 021302

062701
012137

000014
002254

ADD
MOV

#14 ,R1
(R1)+,DMTURN

JINCR. P-TABLE POINTER.
: TURNAROUND

013700

002224

MOV

SPEED.RO

;GET THE SOFTWARE P-TABLE VALUE GIVEN
*BY THE USER

012701

000002

94 021250

99
100 021306
101
102
103
104 021312
105 021312

106 021316

012702

000240
022174
002226
000003
000010

000240
023256
002230
000003

138:

000012

#PRI0S,~(SP)
#INISR.=(SP)
DMRVEC
. =(SP)
#3,-(SP)
CSSVEC
#10,SP

MOV
MOV
MOV
MOV
TRAP
ADD

#PRI0S,~(SP)
#OUTISR,~(SP)
DMTVEC ,=(SP)
#3,-(SP)
CSSVEC
#10,5P

MOV

#10. .R2

#2 .R1

:GET FIRST TIMER VALUE

ASL
ASL
DEC
BNE

R1
R2
RO
148

: TIMER VALUES X 2
; DEC SPEED VARIABLE
: CONTINUE UNTIL DONE INCREASING WAIT VALUES

R1,WAIT1
R1
R1
R1,WAIT2

:SAVE TIMER VALUE FOR SWAIT
*HALF THAT VALUE
*HALF IT AGAIN.
:EGXSOL{TESSVALUE FOR SMSCLR AND $CLRQI

:GET SECOND TIMER VALUE

107 021322
108 021322
109 021324
110 621326
}}} 021330

006301
006302
005300
001374

113 021332
114 021336
115 021340
}}9 021342

010137
006201
006201
010137

002312
002314

MOV
ASR
ASR
MOV

}}g 021346

010237

002316

MOV

R2,WAIT3

:TIMER VALUE FOR SINOUT SUBROUTINE.

120
121 021352
122

012737

000333

002304

MOV

#333,AX3

022737

000001

002254

cMP

#1,DMTURN

:CHECK TURNAROUND
.
:MASK FOR AX3=15 = BIT CLEARED WILL
*BE THE INTERFACE SELECTED.

123 021360
124 021366

001004

148:

MOV

MOV
MOV
MOV
MOV
TRAP
ADD

BNE

208

*1S V.35 REQUESTED?
*IF NOT - CONTINUE

INITIALIZE SECTION

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01

MNNNNBNNNNNN

—

s £He

o888

21376

o~
&
o

g\h\.fl
oo

21466
21466

022737
001004
042737
000417

000002

002254

000010

002304

022737
001004
042737
000407

000003

002254

000100

002304

000004

002254

000200

002304

012737
000404

000001

002262

005037
005037

002262
002304

022737

001430
022737
001424

N
N

208:

22%:

25%:

:
308
35%:
40%:

9:31 p

’

#BIT4 ,AX3

sSELECT v.35

CMP
BNE
8IC

#2 ,DMTURN

;1S INTEGRAL REQUESTED?
:IF NOT = CONTINUE.

308

22%

#BIT3,AX3
308

:SELECT INTEGRAL MODEM.

#3,DMTURN

;1S EIA REQUESTED?
sIF NOT = CONTINUE.
:SELECT EIA(XYZ).

CMP
BNE
BIC

#4 ,DMTURN

35%
#BIT7 ,AX3

;1S RS422 REQUESTED?
sIF NOT, DON'T ALLOW INTERFACE CHANGE.
;SELECT RSé422.

MGV
BR

#1,INFACE
408

;SET FLAG THAT ALLOWS INTERFACE CHANGE.

CLR
CLR

AX3

INFACE

;CLEAR FLAG = NO INTERFACE CHANGE.

CMP
BNE
BIC
BR

258
#BIT6,AX3
308

42%

;CLEAR AX3 BITS

AR AR AR A AN AR AN AR AR AR AAA AR AR AN

002254

000003

002254

002254
000007

002254

000001

002270

#1 ,DMTURN
45%
#3,DMTURN

42%:

BN
PRINTB

022000
000001

AR AN AN AR

AR AN AR

ARARA

IS
;IF
;1S
IF
IS
;

45%

THIS EIA WITH SPECIAL CONNECTOR?

#6 ,DMTURN

#FINIT3

AN AR

sIF YES = SET WRITE MAINT. BIT
IF YES = SET WRITE MAINT. BIT

#1,STARES

R AN

THIS V.35 WITH SPECIAL CONNECTOR?

458

458
#7 ,DMTURN
508

:1S THIS A SPECIAL MANUFACTURING TEST CON.?
:IF NOT = SET MAINT BIT ONLY FOR MODEM LOOP

000001

SEQ

BIC
BR

MANUF

10600
104414

80 08:29:31 PAGE 45-3

SRR

wi
wv

-l

o
N

—t

012746
812746

JIBEAEGR

23-APR-

002310

022737

o
N

WN =

002304

005737
001410

021512
21514

000020

THIS LOCAL LOOP?
YES = SET WRITE MAINT. BIT.
THIS REMOTE LOOP?
NOT = CLEAR MAINT. BIT FLAG
THIS THE FIRST PASS?
IF_NOT = SKIP MESSAGE

;WARN TO USE ONLY TESTS 17-19

#FINIT3,-(SP)
#1,-(SP)

SP,RO
CSPNTB

062706

012737
000402

#4 ,SP

002306

45%:

50%:

005037

END:
ENDINIT
— - O
e A A1

—

1440

042737
000427

(e N1
N]

o o [elelelelolololeleloleloleleleleleTe)
NN

wviwnw
-aan_n_a_n-a-D_A_n-n—n_a_._._a—l_a_a—l—l_a—l—l_a_a-a_n..a_n_.
o
De de De d
VO~ FARURLE
B IEGRESLEGEYENRUKLEYRY N
o

5 021370

FINIT1:

MOV

#1,WMAINT

sSET FLAG TO WRITE MODEM MAINTENANCE BITS.

CLR

WMAINT

sCLEAR FLAG = DON'T WRITE MAINT. 1 0R 2.

END

L10014:
.ASCIZ

TRAP

CSINIT

/%Ax* WARNING - WILL ASSUME DMR ADDRESS Z06%A (NOT XObZA)ZN/

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGEE 4g-4

SEQ

INITIALIZE SECTION

021623
021626
021631
021634
021637
021642
021645
021650
021653
021656
021661
021664
021667
021672
021675
021700
021703

173 021705

021710
021713
021716
021721
021724
021727
021732
021735
021740
021743
021746
021751
021754
021757
021762
021765
021770
021773
021776

174 022000

175
176

022003
022
022011
022014
022017
022022
022025
022030
022033
022036
022041
022044
022047
022052
022055
2060
022063

18
040
127
114
123
115
104
040
104
123
045
045
050
124
117
101
116

116
107
055
040
m
114
040
101
123
125
105
- ——040
115
122
101
104
122
105
123
040
117
066
101
040
116
117
040
045
066
045
051
045
000

052
101
1m
040
127
114
123
115
104
040
103
122
045
045
050
124
117
101
116

040
122
116
055
1M
040
123
105
115
126
124
040
117
101
116
040
063
051
000

052
1)
040
115
105
117
102
113
123
124
124
061
055
071
116
040
045

040
124
122
117
040
117
101
040
105
105
123
067
040
040
114
052
116

045

101

052

FINIT2:

.ASCIZ

/%Ax* WARNING - WILL ASSUME DMR VECTOR

052

FINIT3:

_ASCIZ

/%Ax* WITH REMOTE LOOPBACK USE TESTS 17 = 19 ONLY **XN/

127
116
107
040
114
101
125
040
122
105
117
040
063
040
117
045
045
045
127
110
105
124
114
120
103
125
040
123
040
040
061
117
131
052
000

.EVEN

X03%A (NOT X03%A)2N/

——

F
8
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 45-5
INITIALIZE SECTION

B33

177

S——

—

SEQ

G 8
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 46

SEQ

NOAVnSs
W
=

AUTO DROP UNIT SECTION

.SBTTL

AUTO DROP UNIT SECTION

SITITIIITIIITIII777777707777777777777777777777777777777777777777777777777777
:/ THE AUTO DROP CODING DETERMINES WHETHER OR NOT THE DEVICE WHOSE P-TABLE
:/ WAS JUST OBTAINED IS READY FOR TESTING, AND IT IS DROPPED IF NOT READY.
SITITTITTITITIITI 7777770077707 777777777777777777777277777777777777777777177777

BGNAUTO

022066
022072
022076
022102
022106
022110
022114
022120

012746
(12746
012746
012746
104437
062706
005037
005777

000004
000003

#4 ,ANOXMEM, #PRIO7 ;SET UP NON -EXISTENT MEMORY TRAP VECTOR.
MOV
#PR107 ,-(SP)
MOV
#NOXMEM,
- (SP)
MOV
#4,=(SP)

MOV

000010
002350

CLR
TST

160106

‘

LSAUTO::
SETVEC

000340
023714

b clh o

= OO NN
NN =

TRAP
ADD

NXMF LG
aCSR

#3,-(SP)

CSSVEC
“#10,SP

;CLEAR FLAG THAT WILL BE SET IF NXM OCCURS.
sREFERENCE MEMORY ADDRESS FOR THE DEVICE
:TO SEE IF IT EXISTS.
L

R LTI

; IF THE DEVICE DOESN'T EXIST THE RESULTANT TRAP TO VECTOR 04 WILL
; CAUSE THE DEVICE TO BE DROPPED (SEE INTERRUPT ROUTINE ‘'DROP04').
; OTHERWISE THE MEMORY REFERENCE IS UNEVENTFUL AND THE DEViCE IS READY.

AR el
2212222222233 2222222223212

n
F

o
AY)
N

CLRVEC

000004
002350
24 022140
022140
022144

25 022146

022146
26 022150
27 022154
28 022154
022154
022154

013700
104451
104444
005037

104461

TST

BEQ
DODU

002366

#4
NXMFLG

1%
LOGDEV

DOCLN

002350

1%:
ENDAUTO

CLR

JRETURN VECTOR 04 TO NORMAL STATE

MOV

#4 RO

MOV
TRAP

LOGDEV,.RO
C$DODU

TRAP

CSDCLN

TRAP

CSAUTO

TRAP

;DID NXM OCCUR?
sIF NOT EXIT

sDROP THE DEVICE

;DO CLEAN UP - FORCE BACK TO INIT CODE.
NXMFLG

C$CVEC

:RESTORE FLAG.

L10015:

_H
8

VB WN=O

_—d
e

.SBTTL

SEQ

CLEANUP CODING SECTION

SIITTTIITTTI77777777700777777777777777777777777777777777777777777777777717777
;/
THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED AT THE

END OF THE TEST SEQUENCE ON A PARTICULAR UNIT.

THIS SECTION IS REQUIRED

022156
022156
022162
85%}6733
022172
022172
022172

BGNCLN

-—

:/
EVEN IF IT IS A NULL CLEANUP
SIITITTITITITIITI77777
07770777877 7777777777777777777777777777777777777777777177
o
n
N

VNV
WN =

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 47
CLEANUP CODING SECTION

005737
(01003
012777

002350
040000

160040

108

LSCLEAN::

TST
BNE
MOV

NXMFLG
108
#MCLR,QSELO

ENDCLN
104412

;WAS THERE A NXM ERROR?
;IF YES = SKIP MASTER CLEAR.
;ISSUE A MASTER CLEAR.
~

L10016:

TRAP

CSCLEAN

CRO v03.01 23-APR-80 08:29:31 PAGE 48
CZDMIBO DMR=11 FUNCTIONAL T
GLOBAL INTERRUPT HANDLING ROUTINES

GLOBAL INTERRUPT HANDL ING ROUTINES

SIIIITITIII I

7777777707700 7777777777077777077777777777777777777777777

s/ THE INTERRUPT HANDLING SECTION CONTAINS CODING REQUIRED TO USE
;/ THE

°'SETVEC' MACRO.

NOTE EVERY INTERRUPT ROUTINE SHOULD SAVE

:/ AND RESTORE RO.

SIIITTITITIIIIII 7727770700707 00770777707777777777777777777717777717777177

022174

BGNSRV

160026
177760
000200

Ng—d_a_n.a_a_...a—n—-_a
SLOVONOVSWNN=O

WVISWND -

.SBTTL

SEQ

022216

MOV
MOV
MOV
BIC

BIT
BNE
JMP

160014

022730

022220

INISR

;SAVE RO
;SAVE R1
;SAVE THE CONTROL IN COMMAND.
;CLEAR ALL BUT THE COMMAND BITS (0-3)

: ISSUE NEXT INPUT COMMAND.

#RDI ,aSELO
1%

;1S RDI SET
;IF YES = PROCESS INPUT COMMAND.

: PROCESS INPUT COMMAND
.

:tt.Q.ttt.'t"""""..ttt'..tt".'ttttt'.".tit't'.""t""'.ttt'.

1%:

cMP

gg:CCR.N

;IS THIS A RCvV. BA/CC?

CMP

#BACCT ,R1

;IS THIS A XMIT. BA/CC?

CMP

#BASE ] ,R1

CMP

#CNTRL ,R1 -

CMP

#WMODEM R

CMP

#HLT ,R1

BEQ

000003

BEQ

000001
31 022254
32 022260
33 022262
34 022266
35 022270
36 022274
37 022276
02227

BEQ

000005

BEQ
CMP
BEQ

000015
000002

BEQ
ERRDF

40 022310

308

20%

15%

108
#INTER,R
5%

70%
17,EMG17 ,ERRGZ

708

:BR IF VYES.

:BR IF YES.

;1S THIS A BASE IN?
:BR IF YES.

;1S THIS A CONTROL IN?
:BR IF VYES.

;IS THIS A WRITE MODEM?

;BR IF YES.
;IS THIS AN INTERFACE WRITE.
:BR IF YES.

;IS THIS A HALT?

JEXIT = IF YES (NOTHING 70O SET UP)
;PROBLEM IF IT'S NOT ONE OF THE ABOVE.
:

SEXIT

TRAP
.WORD

.WORD
.WORD

5%:

41
42

50 022320
51
52

RO,=(SP)
R1,-(SP)
@SELO,R1
#177760,R1

.'tt'tttt"t.t"t"'"t...t'.'.t'.'t't.ttt't..tt't"t"'.t't."".".'

22 022224

43
44 022310
45
46
47 022316
48
49

: INPUT INTERRUPT SERVICE}:%;ME

* WRITE AX3-15
113777

002304

157732

000561

MOVB

AX3,aBSEL7

70%

10%:

MODEM WRITE

:WRITE NECESSARY AX3-15 INTERFACE.

*AX3 HAS BEEN DETERMINED IN THE INIT
. CODE.

%;ERDF

EMG17
ERRG2

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:-29: 31 PAGE43-1

GLOBAL INTERRUPT HANDLING ROUTINES

53
54 022320

55 022326
56 022330

S7 022336

58 022344
59 022346
60 022346
61 022354
62 022362

22 022364

022737
001007
042777

052777
000546

042777
052777
000537

000006

002254

000004

157702

000110
000010
000104

157A74

157664
157656

11%:

15%:

005737
001404

002300

000400

71 022402
72 022402

012777
000530
005077

157632

;IS. 022410

000525

157640
17%:

20%:

012777

002634

80 022416
81 022422
82 022424
83 022432
84 022434
85 022434
86 022440
87 022440
88 022444
89 022446
90 022454

005737
001004
012777
000402

002276

005077

157600
.
002272

005737
001004
052777
000406
052777
012737

000522

157620

157606
22%:
23%:

000100

157560

010000
177777

157554
002356

96 022472
97 022472
98 022476
99 022500

24%:

25%:

002254

}8? 8%52(1)8

005737
001004
052777

000465

004000

157524

‘%8% 022510

042777

004000

157514

}8’; 022516

000461

—

106

109 022520

lDTR!MINTI.iSELb sSET MAINTENANCE 1 BIT AND DTR.

BIC
BIS
BR

#MAINTT ,@SEL6
;ENSURE LOCAL LOOPBACK IS CLEAR.
#DTR'MAINT2,3SEL6 :SET MAINTENANCE 2 BIT AND DTR.
708
:CLEAR RQI

MOV
BR

MNTMDE
17%

#MAINT ,QSEL6
708

IS MAINTENANCE MODE REQUESTED
BR IF NOT

CLR

@SEL6

JFULL DUPLEX = NON-MAINT. MODE.

MOV

#BASE ,aSEL4

;BASE TABLE ADDRESS.

TST
BNE
MOV
BR

DMCMDE
22%
#DMR,aSEL6
23%

;JARE WE IN DMC MODE?
:BR IF YES
;DMR MODE.
;CHECK LOOPBACK.

CLR

aSEL6

;DMC MODE

TST
BNE
BIZ
BR

START
24%
#1EO,@SEL2
-5s

;IS THIS THE FIRST BASE IN?
;IF NOT = SET RESUME.
O\I FIRST BASE IN SET RDO INT.ENABLE.

BIS
MOV

#RES ,aSEL6
#-1,RESFLG

;SET RESUME
sFLAG THAT THIS IS A BASE IN RESUME COMMAND

708

REQUEST MAINT. MODE

TST
BNE
BIS

DMTURN
27%
#LPLU,QSELO

;1S INTERNAL LOOPACK REQUESTED?
BR IF NOT - CLEAR LU LOOP
sSET THE LINE UNIT LOOPBACK BIT

BIC

#LPLU,@SELO

:E%&)LINE UNIT LOOPBACK (CONNECTOR OR

708

;CLEAR RQ]I AND EXIT

708

;BA/CC IN RCV
29%:

;(THIS WILL BE USED LATER IN THIS ISR TO
sDECIDE WHAT THE NEXT COMMAND WILL BE)

107

108

;1S LOCAL MODEM LOOPBACK DESIRED?
*BR IF NOT
ENSURE REMOTE LOOPBACK IS CLEAR.

;BASE IN

;‘8’ 022410

708

TST
BEQ

91 022456
92 022456
93 022464

100

:CONTROL IN

67 022364
68 022370

73 022406

#LLOOP ,DMTURN
11%
#MAINT2 ,@SEL6-

BIS

69 022372
70 022400

.
CMP
BNE
BIC

SEQ

;CLEAR RQI AND EXIT.

K 8
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 48-2

GLOBAL INTERRUPT HANDLING ROUTINES

005337
01227
012277
000406

022524
30

D e

SELERRUKLEEBNRRRUN
NS S Iarr o=

110 022520

002326

DEC
MOV
MOV
BR

157506
157504

D
D D i

005737

002302

052777

040000

022566
022570
022574

010246
017702
042777

157442
160000

022602
022606
022612
022614
022620
022622

042702

017777

022630
022632
0 022632

000412

D d d i

002330
157470

D cd D e

D e

) D

) i

001441

—d

141 022636
142 022640
143
144 022646
145 022650
146 022650
147
148 022656
149 022656

0 022660

WA
=

022662

sDECREMENT COUNTER
sRCV BUFFER _ADDRESS
sRCV CHARACTER COUNT

020000

022702
001004
052777

040000

052777

060000

S
~N

»H

TST

MMANAG

BIS

#BIT14,3SEL6

sARE THE BUFFERS MEMORY MANAGED?
s IF NOT SKIP CONVERTING VIRTUAL ADDR
:TO PHYSICAL ADDR.
sSET BIT 16 OF PHSICAL ADDRESS (I.E.
:VIRTUAL ADDR 60000 = PHYSICAL ADDR 200000

#160000,aSEL4

157434

#17777 .R2
#60000.R2
448
#100000,R2
418

157406

012602
000400

012601
012600
052777
042777
000002

#BIT13,3SEL4

44$

41%:

#120000,R2
42%
#BIT14,3SEL4

157370

157360

000020
000040

708

R2,=(SP)
aSEL4,R2

448

42%:

70%:

sSAVE R2 (NEXT RCV BUFFER ADDRESS)

;SAVE THE VIRTUAL ADDRESS.
sCLEAR BITS CORRESPONDING TO THE PAGE #
:IN THE VIRTUAL ADDRESS.
sSAVE ONLY THE PAGE # IN THE SAVED ADDR.
;1S THIS PAGE 3?
:IF YES, PHYSICAL ADDRESS CALCULATED
;1S THIS PAGE 4?
:IF NOT SEE IF IT'S PAGE 4 OR 5
sSET BIT FOR PHYSICAL ADDR (I.E. VIRTUAL

;ADDR 100000 = PHYSICAL ADDR. 220000

;1S THIS PAGE 4?
:IF NOT, MUST BE PAGE 5.
sSET BIT FOR PHYSICAL ADDR (I.E. VIRTUAL

;ADDR 120000 = PHYSICAL ADDR. 240000

#BIT14!BIT13,@SEL4 ;SET BIT FOR PHYSICAL ADDR (I.E. VIRTUAL

;ADDR 140000 = PHYSICAL ADDR. 260000

44%:

002276

—

157452

000403

005737
00101

sDECREMENT COUNTER
sXMIT BUFFER ADDRESS.
sXMIT CHARACTER COUNT.

BEQ

120000

6 022666
7 022672

INXMIT
(R3)+,3SEL4
(R3)+,3SEL6

100000

002362

o
N
N

40%:

DEC
MOv
MOV

060000

010137

022674
022676

:
308

157466

4 022662

& wi RER3Z ele

101

*BA/CC IN XMIT
005337
012377
012377

-na-a-a-n—n—a-a-a-a-a-n-a_a_a_n.a
vivvwnwnwng vivywvonawng

INRCV
(R2) +,aSEL4
(R2)+,aSEL6
408

SEQ

(SP)+,R2
708

sRESTORE R2 (NEXT RCV BUFFER ADDRESS)

MOV

R1,LAST

TST

DMCMDE

MOV

(SP)+,R1
(SP)+,R0

sSAVE THE INPUT COMMAND (USED
:TO DETERMINE NEXT INPUT COMMAND)
sARE WE IN DMC MODE?
sIF YES = DON'T USE IECLR
sNOTE: INTERRUPT CAPABILITY FOR RQI
sCLEAR IS ONLY AVAILABLE IN DMR MODE.

BIS
BIC
RTI

80%

#1ECLR,@SELO

#RQI ,@SELO

;CLEAR RQI AND EXIT

sRESTORE R1
sRESTORE RO

sSET INTERRUPT ENABLE FOR RDI CLEAR.
:CLEAR RQI = INT. GENERATED WHEN RDI
s CLEARS IN RESPONSE.
;RETURN AND WAIT FOR RQI CLEAR INTERRUPT,

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 4£8-3

GLOBAL INTERRUPT HANDLING ROUTINES

167 022716

168 022716
169 022724

042777

000020

157306

80%:

BIC
CALL

1?0

#1ECLR,3SELO
$CLRQI

SEQ

102

sENSURE INTERRUPT ENABLE FOR RDI CLEAR IS CLR.
sCLEAR RQI AND WAIT FOR RDI TO CLEAR.

:ttttttttttt'ttttttttttttttttfitttttttttttttt't'ttttttttttttt"'tt.ttt

17{.

:'ttt!ttttttttttttttttttttt.tttttttt.ttttttttttttttttttttttttt.'ttt.tt

};%

; RDI CLEAR = DETERMINE NEXT INPUT COMMAND.

175 022730
176 022730
177 022736
178 022740
179 022744
180 022746
181 022752

022737
001015
005737
001541
005737
001403

}gz 855;28

001133

182 022754

185 022762
186 022770
187 022772
188 022772
189 022776

190

191 023000
192 023006
193 023010
194 023016
195 023020
196 023022
197 023022
198 023026
199 023030
200 023034

201
202 023036

203 023044
204 023046
205 023046
206 023052
207 023054
208 023062
209 023064
210 023064
211 023070
212 023072
213 023076

214 023104
215 023106
216 023106
217 023112
218 023114
219 023120
220 023122
221 023130
222 023132
223 023136

000002

002362

002274
002352

005737

002354

112777
000527

000143

005737
001032

002276

022737
001405
022737
001413
000421

000003

002362

000015

002362

005737

002262

001407
005737
001004

002272

112777

000155

000501

005737
001404
112777
000472

002306

005737
001006
005237
112777
000461

002272

005737
001424
005737
001415
032737
001411
005737

002326

001004

000145

002272
000141

157242
1108:

115%:

117%:

157150
1308
:

157126

1508
:

002274
000001

002356

002326

#HLT ,LAST
1108
RESUME
1708
INFLAG
106$

JWAS THE LAST COMMAND A HALT?
:IF NOT = PROCEED.
JARE WE TESTING RESUME?
sIF NOT, DON'T ISSUE ANOTHER COMMAND.
; INPUT BUFFER DONE?
;IF NOT, BASE IN.

BNE

1708

sIF YES, DON'T ISSUE ANOTHER COMMAND.

TST

157166

CMP
BNE
TST
BEQ
TST
BEQ

OUTFLG

sOUTPUT BUFFER DONE?

MOov8
BR

#IESET'!RQI !BASEI,@SELO ;ISSUE A BASE IN.
1708
JEXIT
.

TST
BNE

DMCMDE
1308

CMP
BEQ
CMP
BEQ
BR

#BASEI ,LAST
1158
#INTER,LAST
117%
1308

TST

INFACE

BEQ
TST
BNE

117%
START
117%

sARE WE IN DMC MODE?
;IF YES - DON'T BOTHER CHECKING MODEM

SWRITE AND AX3-15 WRITE COMMANDS

;sWAS THE LAST COMMAND A BASE IN ?
;IF YES - SEE IF INTER. OR M. WRITE IS NEEDED?
*WAS THE LAST COMMAND AN AX3-15 WRITE?
;KEEP CHECKING FOR NEXT COMMAND.

;IS AN AX3-15 WRITE NEEDED?

*BR IF NOT
;WAS CONTROL IN ISSUED?
sIF YES = NO NEED TO REWRITE AX3-15. THIS

MOVB

*SHOULD HAVE BEEN DONE ON THE 1ST BASE IN.
#IESET'ROI'INTER @BSELO ;ISSUE AN AX3-15 WRITE COMMAND.

TST
BEQ
MOVB
BR

WMAINT
JWRITE MAINT 1 OR 2?
1308
:IF NOT = SKIP WRITE MODEM COMMAND.
#1ESET'RQI 'WMODEM, aBSELO ;ISSUE A MODEM WRITE COMMAND
1708

TST
BNE
INC
MOVB
BR

START
JWAS A CONTROL IN ISSUED?
1508
s IF YES - SKIP
START
SSET
#IESET'RQI'CNTRL SSELO ISSUE A CONTROL IN
1708

TST
BEQ
TST
BEQ
BIT
BEQ
TST

INRCYV
160%
RE SUME
153%
#8170, INRCV
1538
RESFLG

BNE

1708

152%

JARE ALL THE BA/CC IN RCVS DONE?
sIF YES - BR TO SEE IF XMITS DONE.
;IS A TEST OF RESUME REQUESTED?
;BR IF NOT.
;1S THIS AN ODD COUNT?
*BR
IF NOT.
sWAS THE LAST COMMAND A BASE IN RESUME?

:IF YES, ISSUE BA/CC

m 8
CZDMIBO DMR-11 FUNCTIONAL T ESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 48<4

SE@

GLOBAL INTERRUPT HANDLING ROUTINES

103

JHALT = TO TEST RESUME.
NCTE: THIS WILL
:0CCUR ONLY WHEN RESUME IS REQUESTED,
;FOLLOWING EVERY OTHER BA/(C

228 023140
229 023146
230 023150
231 023150
232 023154
233 023154

242 023210
243 023214

248 023216
249 023224
250 023226
251 023226
252
023232
255 023242

256 023242
257
258 023250
259 023250
26? 023252

112777
000440

000142

005037

002356

112777

000144

005737
001424
005737
001415
032737
001411
005737

002330

000432

157064
152%:
157050

153%:
160%:

002274
000001

002330

112777
000411

000142

005037

002356

112777
000403

000140

156772

012737

177777

002352

157006
162%:

163%:
1658%:
1708:

012601
012600

(NEVER FOLLOWING A RESUME)

f%ggET'ROI'HLT.iBSELOSHALT IT

CLR

RESFLG

MOVB

q;ngT!RQI!BACCR.aBSELO sISSUE A BA/CC IN RCV. COMMAND.

TST
BEQ
TST
BEQ

INXMIT
165%

RE SUME
163$
#BITO, INXMIT
163%

BEQ
TST
BNE

002356

: COMMAND

MOVB

RESFLG

162%

s CLEAR FLAG.

sARE ALL THE BA/CC IN XMITS DONE?
;IF YES, SET THE FLAG

:1S
:BR
:1S
:BR

A TEST OF RESUME REQUESTED?
IF NOT.
THIS AN ODD COUNT?
IF NOT.

:WAS THE LAST COMMAND A BASE IN RESUME?

:IF YES, ISSUE BA/CC

MOVB

SHALT ="TO TEST RESU E.
NOTE: THIS WILL
sOCCUR ONLY WHEN RESUME IS REQUESTED,
cFOLLOWING EVERY OTHER BA/CC
:COMMAND
(NEVER FOLLOWING A RESUME)
f%ggET'RQI'HLTLABSELO ;HALT IT

CLR

RESFLG

MOvB

f%ggET!ROI!BACCT.aBSELO sISSUE A BA/CC IN XMIT COMMAND.

MOV

#-1,INFLAG

MOV
MOV

(SP)+,R0O

(SP)+ ,R1

;CLEAR BASE IN RESUME FLAG.

;FLAG THAT ALL BA/CC INS DONE.
JRESTORE R1

JRESTORE RO

ENDSRV

L10017:

000002
MLt

et s

BGNSRV

010046
032777
001006

000200

104455
000022

023276
273 023300

020515
015126
000137

023652

156746

RTI

gt itt
222223 2323233232222
t
222222227
s

ittt

OUTISR

sOUTPUT INTERRUPT SERVICE ROUTINE

MOv
BIT
BNE

RO,=(SP)
#RDO,@SEL2

ERRDF

18,EMG18,ERRG2
.

JMP

I3 22222322232223222222113;

60%

:SAVE RO
;1S THE RDO OUT BIT SET?

:
OUTISR:

:1F YES - OK TO PROCEED.

:OTHERWISE REPORT SPURIOUS INTERRUPT

TRAP
.WORD
.WORD
.WORD

CSERDF
18
EMG18
ERRGZ

N 8
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 48<5

GLOBAL INTERRUPT HANDLING ROUTINES

274 023304
75 023304

276 023312
277
023314

023322

279 023324
280 "23332

23334

282 023340
283 023340
023340
023342
023344
023346

284 023350

285 023352

286 023352

032777

001436
032777

001013
032777
001407

000001

156722

001000

156716

000040

156706

000137 023702

288 023360 005737

002354

291 023
292 023372

002274

001403

289 8;3364 001132

0234

005737
001143

297 023410

005737 002302

300
301

302 023424

303 023426
023426
023430
023432
023434

304 023436

305 023440
023440

001452
032777

;

040000

000505

042777

140000

156564

309 023456

042777

311 023464

005702

313 023470

052777

060000

022702
001004

020000

314 023476

315 023500

316 023500
317 023504

318 023506

001004
21

(52777

160000

100000

156572

218:

ERRDF

9,EMG9,ERRG2

;UNEXPECTED CONTROL OUT.

658

;EXIT ROUTINE

INFLAG

:ARE ms mpurs DONE?

TST

OUTFLG

:ARE ms ourpurs DONE?

ST
BNE

RE SUME
658

;1S A RESUME REQUESTED?
:IF YES - OK, BR TO EXIT

ERRDF

16.EMG16

;ERROR = UNEXPECTED HALT.

JMP

608

MMANAG

BNE

156522

408
#BIT14,2SEL6

218

11,EMG11,ERRG2

CSERDF
9
EMG9
ERRG2

TRAP
.WORD
.WORD

CSERDF
16
EMG16

*BR IF

:IF YES = ALL DONE, EXIT

WORD

;ARE THE BUFFERS MEMORY MANAGED?

*(1.E. BUFFER SHOULD BE IN PHYSICAL
*ADDRESS RANGE: 200000 - 277776)

*PROCEED - IF BIT SET.

TRAP
LWORD
.WORD
.WORD

mns'snu ASEL6 cu.m THE EXTENDED ADDRESS BITS.

aSEL4 ,R2

;SAVE BITS 0-15 OF THE PHYSICAL ADDRESS.

BIC

017777 R2

BIS

#60000,8SEL4

:SET BITS FOR PAGE 3.

cMP
BNE

pgoooo.nz
238

;1S THIS PAGE 4?
:1IF NOT = KEEP CHECKING

BIS

#160000,3SEL4

22%

408

#100000,@SEL4

:IF NOT = NO NEED TO DETERMINE PHYS. ADDR.
:1S BIT 16 OF THE PHYSICAL ADDR SET?

BIC

BNE
22%:

608

TRAP
WORD
.WORD
.WORD

608

BIC

156540

158

:IS THIS DMR RUN MODE ACKNOWLEDGE?
:IF NOT = REPORT ERROR

B8R
MOV

156552

:IF IT IS = SEE IF WE SHOULD RESUME.
SEXIT

ERRDF

104455
000013
020252
015126

108

104

:IF NOT = PROCESS BA/CC OUT
:IS THIS CONTROL OUT A HALT?

65$

JMP

BEQ
BIT

156614

;IS THIS A CONTROL OUT

208
WHALTC,@SEL6

#DMRRUN,@SEL6
108

BNE

308 023452 042702 017777

312 023466

208
:

001005

307 023446 017702

310

#CNTRL,@SEL2

BIT
BEQ

BEQ

104455
000020
020412

000137 023652

298 023414
299 023416

108:

168:

295 023404

296 023410

78:

554

002352

293 023374
294 023374
023374
023376
023400

BNE

104455
000011
020174
015126

005737

287 023356

BIT

BEQ
BIT

SEQ

*SAVE
ONLY PAGE ADDRESS BITS.
:CLEAR PAGE ADDRESS BITS IN SEL4

*DETERMINE PAGE # FOR VIRTUAL ADDRESS.

*IS THIS PAGE 3?

*IF NOT CHECK FOR OTHER PAGES

:SET BITS FOR PAGE 4.

CSERDF
11
EMG11
ERRG2

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE

GLOBAL INTERRUPT MANDLING ROUTINES
319 023514

000412

23%:

022702
001004
052777
000403

040000

120000

156504

052777

140000

156474

032777

000004

156464

40%:

156454

41%:

156434

BEQ
ERRDF

104455
000014
020277
016114
000415

005337
022477
001406

50%:

002332

156406

DEC
BEQ
ERRDF

104455

005737
001011
005737
001006

362 023712
023712

24$

;1S THIS PAGE 5?
sIF _NOT = MUST BE PAGE 6
sSET BITS FOR PAGE 5.

#140000,aSEL4

;SET BITS FOR PAGE 6.

#RCV,QSEL2
508
OUTXMT
(R5)+,aSEL4
413
(RS)+
11.,EMG11,ERRGS

;1S THIS A RECV. BUFFER?
:IF YES - PROCESS THE BUFFER.
sDECREMENT BA/CC OUT XMIT.

;1S THE XMIT BUFFER ADDRESS CORRECT?
:IF YES = PROCEED.
s INCR. POINTER FOR ERROR MESSAGE.
;IF NOT = ERROR

TRAP

51%:

156366

60%:

002334
002332

60%

sEXIT ROUTINE

(R5)+,aSEL6
60%
12,EMG12,ERRG8

;1S THE CHAR., COUNT CORRECT?
sIF OK = EXIT ROUTINE.
;IF NOT = ERROR

TRAP

CSERDF

.WORD
.WORD
.WORD

JEXIT

OUTRCV
(R4)+,aSELS

sDECREMENT BA/CC OUT RCV
:1S THE RCV BUFFER ADDRESS CORRECT?
:IF OK = PROCEED

518

11,EMG11,ERRG?7

042777
012737

000100
177777

156340
002354

042777
012600

000207

156324

61%:

aon

;
ENDSRV

(R4)+

60%

@SEL6, (R4) +

TST

OUTXMT

.WORD
.WORD
.WORD

;UPDATE POINTER
sEXIT ROUTINE

sCHANGE THE CHARACTER COUNT TO WHAT

;WAS RECEIVED.

sHAVE ALL THE XMITS BEEN DONE?
sIF NOT, CONTINUE
:HAVE ALL THE RECEIVES BEEN DONE?

TST

65%
OUTRCV

65%

:IF NOT, CONTINUE

BIC
MOV

#1E0,ASEL2
#-1,0UTFLG

;CLEAR THE OUTPUT INTERRUPT
;FLAG AS DONE.

BIC

#RDO! CMD,aSEL?2
(SP)+ RO

sRESTORE RO

;CLEAR THE RDO BIT.

L10020:

CSERDF

11
EMG11
ERRG8

60$

MOV

BNE

105

.WORD
.WORD
.WORD

TRAP

TST

017724

SEQ

40%

#120000,SEL4
408

24$:

48~
GE 48-6

#40000,R2

002334

022577
001422

12
EMG12
ERRG8

%%ERDF

EMG11
ERRG7

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 48-7
GLOBAL INTERRUPT HANDLING ROUTINES

3 023712

000002

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

:'."..".""'.."'."".".'.....'.'..'"..............."'.....'..

366
367 023714

BGNSRV

%8 023714

371 023722
023722
) 023722
373

106

RTI

“S

%673 023714

SEQ

012737

000001

002350

NOXMEM
MOV

NOXMEM: :
#1 _NXMFLG

;sSET FLAG IF MEMORY ADDRESSED IS NON-EXISTENT.

ENDSRV

(00002

L10021:

RTI

D 9
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 49

SEQ

DROP UNIT SECTION

107

.SBTTL

SITTITTTITTIIITI77777070
077077777777 777777777777777777777777777777777774777777

s/ TO NO LONGER BE TESTED.

8 023724
5 023724

BGNDU

:/ THE DROP-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE

SITTTITTITIIIITI7777 777077707777 7777777777777777777777777077777727772777717

10 023724

023724

104433

023726
023732
023736
023742
023744
12 023746

013746
012746
012746
010600
104417
062705

11 023726

13 023752
023752
% 023752

104453

15
16 023754

045

DROP UNIT SECTION

023757
023762
023765
023770
023773
023776
024001

LSDU: :
BRESET

PRINTF

002366
023754
000002
000006

- -

‘

s ISSUE UNIBUS RESET TO CLEAN UP

#FMDROP,LOGDEV

ENDDU

101
1
045
045
104
120
104

116

125
124
104
101
122
120
000

045

116
040
062
040
117
105

FMDROP:

TRAP

CSRESET

MOV
MOV
MOV
MOV
TRAP
ADD

LOGDEV,=(SP)
#FMDROP ,~(SP)
#2,-(SP)
SP,RO
CSPNTF
#6,SP

TRAP

C$bU

L10022:

.ASCIZ

/ANXAUNIT XD2%A DROPPED/

.
.EVEN

CZDMIBC DMR=11 FUNCT I ONAL }ESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 51
TEST 1 = DMR (SR VER I FICAT

SEQ

108

=O V0NN
W) —

%00, 8%

B
BN BE
BN BE IF BN BN BN
A

W 80 %5 00 %0008

e
d
d

D
nd

%, 8,008,

AL AL SR

VO NN

Attt

T332 22222322222222

TEST 1 = DMR-11
VERIFY THAT ADDRESSING THE 4 UNIBUS CSRS DOES NOT CAUSE A NON-

EXISTENT MEMORY TRAP.

THE DMR IS AN NPR DEVICE RESIDING ON A UNIBUS.

COMMUNICATION

BETWEEN THE MAIN CPU AND THE DMR IS ACCOMPLISHED THROUGH A
SET OF FOUR 16=BIT UNIBUS CONTROL AND STATUS REGISTERS (CSRS).
THE FOUR REGISTERS ARE ASSIGNED ADDRESSES IN THE
FLOATING ADDRESS SPACE: 76XXX0 = 76XXX6

1/0 PAGE

NOTE: THIS TEST IS REDUNDANT IN THAT STATIC LOGIC TESTS SHOULD
HAVE BEEN RUN BEFORE THESE FREE-RUNNING TESTS WERE STARTED, AND
THEY SHOULD HAVE DETECTED ANY CSR ADDRESSING PROBLEMS .

;* BUT JUST IN CASE THOSE STATIC TESTS AREN'T RUN, WE'LL BE SAFE.

Itt't.ttti't.ttt'ttt't"t't't'tit.tfi."tttt.'ti't.'.'.tt.*'.t'.t't't.

BGNTST
¥iz::

Y
2

TEST 1 = DMR CSR VERIFICATION

%08,

SBTTL

012746
012746
012746
012746
104437
062706
005037
005001

SETVEC

000340

024126
000004
000003

#4 #LOCATE ,#PRI0O7 ;SET UP NON -EXISTENT MEMORY TRAP VECTOR.
MOV
#PR107,-(SP)
MOV
#LOCATE ,-(SP)
MOV
#4,-(SP)

MOV

000010
002350

(LR
CLR

NXMFLG
R1

TRAP
ADD

’
;FLAG USED IN THE TRAP ROUTINE.
sUSE REGISTER TO REMEMBER WHICH OF

;4 CSRS WE ARE ADDRESSING.
T

#3,~-(SP)

CSSVEC
#10,SP

THE

R T

; IF ADDRESSING ANY ONE OF THE CSRS RESULTS IN A TRAP TO VECTOR 04, THE TRAP
: WILL REPORT THE ERROR (SEE INTERRUPT ROUTINE ‘LOCATE').
OTHERWISE THE
MEMORY REFERENCE

IS UNEVENTFUL AND THE DEVICE

IS READY FOR FURTHER TESTS

..t'tt.ttt'tt'fi'tti.."tttt"".tt.t'.'..tttt!tttQtt't'tt't'tt

'tfi'.'tttttt"

32 024040
33 024044
34 024050
35 024054

156166

TST

. 00000 2
156160
000004
156152
000006
156144
002350

MOV

TST
MOV

aSEL2
#4 ,R1

MOV

#6,R1

TST

@SEL4

TST
TST

aSEL6
NXMFL G

DODU

LOGDEV

BEQ

002366

@SELO

#2,R1

10%

000004

108

sTEST THE CSR AT 76XXX2
sSAVE THE OFFSET OF THE NEXT CSR
sTEST THE CSR AT 76XXX4
:SAVE THE OFFSET OF THE NEXT CSR
sTEST THE CSR AT 76XXX6
:WAS THERE A TRAP?

:IF NOT - EXIT.

:DROP THE DEVICE

MOV

TRAP

DOCLN

002350

sTEST THE CSR AT 76XXX0

;SAVE THE OFFSET OF THE NEXT CSR

;DO CLEAN UP - FORCE BACK TO INIT CODE.
TRAP

CLR

NXMF LG

JRESTORE

CLRVEC

;RETURN VECTOR 04 TO NORMAL STATE
MOV

THE FLAG.

TRAP

LOGDEV.RO
C$DODU
CSDCLN

#4 RO

CSCVEC

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 51-1

TEST 1

SEQ

- DMR (SR VERIFICATION

46
47 024124

024124
8 024124

ENDTST

L10023:

104401

109

TRAP

CSETST

50 024126
024126
51 024126
52 024130

gz 024134

55 024136

024144
56 024146
57 024152
58 024152

024152
024156
024160
024164
024170
024172
024174

BGNSRV

010046

005737
001006

002350

104455
000006

016146
010146
012746
012746
010600

002350

108

;IF

MOV
TST
BNE

NXMFLG

ERRDF

6,EMTO

sHAVE WE HAD AT LEAST 1 PREVIOUS TRAP?

YES, DON'T BOTHER DECLARING ANOTHER

;DEVICE FATAL ERROR
JNON=-EXISTENT DEVICE ERROR

.WORD
.WORD
.WORD

NXMFLG

sSET THE FLAG

PRINTX

#FMTO,R1,CSR(R1)

;PRINT THE CSR THAT DOESN'T RESPOND.
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
;RESTORE RO

024242
000003

(SP)+,R0

ENDSRV

) OWVWVNWN
= WH 20NN NWN =W

— e O SN WO
O VoY

NS ON=NH=a/r0owWwnnon
NN

Bl TM D Lo T I R R ey
S8R 202—.—.—.—:
&~ NNON%OJ\NNONNON

L10024:

"~ 104

TRAP

INC

000010

—O
SoONRISSNARIFLRRR NN
=O =N

024314

10%:

002232

024202
- 024202

024237
63 024242
024245

RO,=(SP)

s INTERRUPT SERVICE ROUTINE
LOCATE::
;SAVE RO

024204

000000
005237

59 024200
60 024202

62 024204
024207
024212
024215
0246220
024223
024226
024231
024234

LOCATE

RTI

EMTO:

.ASCIZ

/CSR ADDRESSING ERROR = TRAP &/

FMTO:

LASCIZ

/%S3%ACSR (SELZD1%XA) AT Z06XA DOES NOT RESPONDXN/

CSERDF
6
EMTO
0

CSR(R1) ,=(SP)

R1,=(SP)
#FMTO,-(SP)

#3,-(SP)
SP,RO

CSPNTX

#10,SP

G 9

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR=-80 08:29:31 PAGE 51=2
TEST

= DMR CSR VERIF ICATION

024317

045

116

000

.EVEN

SEQ

110

—agomwombum—'oomwomrwm—-

DMR=11 FUNCTIONAL TESTS MACRO V03.01
~ ROM CHECK

23-APR-80 08:29:31

PAGE 53

SE@

TEST 2 = ROM CHECK

.SBTTL

A2
2222 2] LA A

e I8

TEST 2 = DMR-11

. %

;* ROM CRC/CCITT = CHECK ROM POSITION AND CALCULATE CRC/CCITT.
THE
LAST & BYTES CONTAIN INFORMATION ABOUT THE ROM TO CHECK.
THE 1ST
;* OF THESE BYTES CONTAINS THE ASCII VERSION NUMBER.
THE 2ND BYTE
* %
CONTAINS THE ROM NUMBER.
THE 3RD AND 4TH BYTES CONTAIN A NEGATIVE
;* CRC/CCITT WORD FOR THE ROM.
*

LOCATION

CHIP NO.

E04
EO1

2
3

EO03
EOQ2

*
“

0
1

EOS
E1%

*
*
*

CHIP ADDRESS RANGE
BYTE
ADDRESS RANGE

0000 - 1777
0000 - 1777

LOW

4000 - 5777
4000 - 5777

LOwW
HIGH

o
5

x* wakknnknknwwwnrx

LOW
HIGH

HIGH

[MPORTANT

!!!1111T1TTTH]

2000 - 3777
2000 - 3777

gaaaatrkakht
kA Ak A AR AR AR A AR ARk

:* FOR THIS TEST TO RUN CORRECTLY, ENSURE THAT SWITCH 1 AT LOCATION
;* EBS ON THE M8207 IS ON.

IF THIS SWITCH IS OFF, BSEL1 WILL BE
:* LOCKED OUT AND THE MAINTENANCE FEATURES WILL NOT BE ENABLED.
SRR

A A

AR AR AR A AR

A AR

AR AR

AR R AR AR AR AN AN R AR

SUBTEST 1 = ON THE FIRST PASS PRINT THE VERSION # iN EACH ROM
SUBTEST 2 = GENERATE THE CRC-CCITT IN EACH ROM AND COMPARE IT
IT AGAINST THE CRC BLASTED IN THE ROM
SUBTEST 3 = COMPARE THE ROM # BLASTED IN THE ROM AGAINST THE
EXPECTED ROM #.

:'
;t

32 024322
024322
33 024322
024322

BGNTST

022737
001061

37 024334
38 024336
39 024342

005004
012705
012737

41 024374

104402

013746
012746
012746
010600

024414
024420

000001

000001
001774

002270

SRl st
2222222223232222 22

T2::

cMP
BNE

#1,STARES
5%

CLR

PRINTB

002366
025276
000002

#1,RS
#1774 ,ROMADR

#FMT1.LOGDEV

TRAP

($8suB

;1S THIS THE FIRST PASS?
sIF NOT = SKIP THIS SUBROUTINE.
;GET VERSION # FROM EACH ROM AND PRINT IT OUT
;# OF THE 1ST ROM
;# OF NEXT ROM
sADDRESS OF BYTE CONTAINING # IN ROMS 0 & 1
sMICROCODE VERSION

LOGDEV,~(SP)

#FMT1,-(SP)

#2,-(SP)

SP.RO
CSPNTB

1%:

025632
025634
012746
010546

12.1:

MOV
MOV

002410

104414
062706

42 024374
43 024400
2? 024406
46 024414

BGNSUB

024322
34 024324
;2 024332

40 024350

#6,SP
CALL
MOVB
MOVB

@BSEL7.REV2

PRINTB

#FMT2,R4,#REV1.RS,#REV2

SROMO
@BSEL6,REV]

;GET ROM CONTENTS.
sSAVE THE ASCII REVISION # OF THE ROM
sSAVE THE REV. # OF THE NEXT ROM
:PRINT

MOV
MOV

#REVZ,~(SP)
RS.-(SP)

CZDMIBO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 53-1
' TEST 2 = ROM CHECK
i

024422

012746
010446
012746
012746
0 0600

025632

062706

000014

022705

000005

104414

4
48 024450
49 024454
50 024456
51 024462

TRAP
ADD

CMP
BEQ

024476

ADD
ADD
ADD

002410

55 024476
56 024476
» 024476

#5.R5

czéoo ROMADR

:ADDRESS OF BYTES CONTAINING NEXT ROM REV #S.

#2 .R4
#2 RS

L10026:

BGNSUB

002410
177777

002400

\77777

002402

001000

10%:

(SPNTB
#14,SP

;ARE WE DONE?
;IF YES = EXIT
s INCR. ROM NUMBERS

104403

002342

#REV1,=(SP)
R4 ,=(SP)
#FMT2 ,=-(SP)
#5,-(SP)
SP,RO

5%:
ENDSUB

58
59 024500
024500
104402
024500
60 024502 005037
61
62 024506 005004
63
64
65 024510 005037
56
67 024514
6% 024514 012737
6
70 024522 1012737
;1 024530 012701

112

MOV
MOV
MOV
MOV
MOV

025345
000005

000002
000002
002000

52 024466
22 024474

SE@

12.28
CLR

FLAG

CLR

ROMADR

MOV

#-1,LOCRC

MOV
MOV

#-1_,HICRC
#1000,R1

TRAP

C$ESUB

TRAP

cs8suB

;USE THE FLAG TO MARK WHEN AN ERRDF
sHAS BEEN DETECTED IN THIS TEST.
sSTART CRC CHECK WITH ROM 0

;R4 IS THE ROM #.

THE LOCATION FOR THE

ROM IS CONTAINED IN THE TABLE 'ROMLOC".
;BEGIN AT ROM ADDRESS 0

sINITIALIZE CRC WORD FOR THE LOW BYTE
s CALCULATION.

sINIT. CRC WORD FOR THE HIGH BYTE.
sCOUNTER FOR LOOP TO READ THE ROM CONTENTS

:AND CALCULATE THE CRC = THE COUNTER IS 512.,

:BECAUSE 2 ADDRESS LOCATIONS ARE READ FOR EACH

sPASS

(I.E.

THE ROMS ARE

1K X 8 BITS)

: BECAUSE A ROM OUT WILL OUTPUT THE ROM CONTENTS (I.E. 16 BITS)
:

80 024534
81 024534
82 024540
83 024546
84 024554
85 024560
86 024564
gg 024572
89
90 024600
91 024604
92 024606

:
208
117737
117737

005237

155474
155476

002410

002404
002406

117737
117737

155450
155452

002405
002407

002410

THIS ROUTINE WILL CALCULATE/CHECK THE CRC 2 ROMS AT A TIME.
$ROMO
aBSEL6, LOWORD

;GET THE ROM CONTENTS
sSAVE THE LOW BYTE OF THE ROM CONTENTS.
@aBSEL7 ,HIWORD
;SAVE THE HIGH BYTE OF THE ROM CONTENTS.
ROMADR
s INCREMENT THE ROM ADDRESS POINTER
$ROMO
sGET _THE CONTENTS OF THE NEXT ROM ADDRESS
aBSEL6,LOWORD+1 sSAVE THE NEXT LOW BYTE.
@BSEL7 ,HIWORD+1 sSAVE THE NEXT HIGH BYTE.
sNOTE: AT THIS POINT LOWORD IS A WORD WHICH
sHAS 2 CONSECUTIVE LOW BYTES OF ROM CONTENTS.
ROMADR
; INCREMENT THE ROM ADDRESS POINTER
R1
JARE WE FINISHED WITH THESE 2 ROMS?
40%
:IF YES, CHECK CRC

J 9
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 53-2

TEST 2 = ROM CHECK

93
94
95

113

: CRC/CCITT CALCULATION = CONVERT THE WORD (LOWORD & HIWORD) TO
;

012703

000020

25%:

002400
002404

olelolele]

97 024610
98 024614
99 024614
00 024616
024622

MOV
BIC

30%:
e e e e e e e

002402
002406

o
n
N
~N

102011

102010

002402

102010

002402

cLC

Bv(C

102010

012702
043702
042737
050237

MOV '
ROR
ROR

002400

002402

35%:

024716

40%:

A SERIAL STREAM FOR CALCULATION.

#16..R3
LOCRC
LOWORD

30%

;16 BITS TO CONSIDER
:CLEAR THE CARRY

*ROTATE BITO INTO THE CARRY BIT
:ROTATE BITO INTO C AND THE OLD C INTO BIT1S

;ARE THE BITS 15 & BITS 0 THE SAME?
;IF YES (V IS CLEAR), DON'T DO THE CRC
¢NOTE: V IS THE EXCLUSIVE OR OF BITO & BIT1S.

#102010,R2
LOCRC,R2

sCRC/CCITT POLYNOMIAL

ROR
ROR

HICRC
HIWORD

sROTATE BIT 0 INTO C
sROTATE OLD C INTO BIT15

Bv(

35%

MOV
BIC

sCRC/CCITT POLYNOMIAL

BIC
BIS

#102010,R2
HICRC,R2
#102010,HICRC
R2.HICRC

DEC
BNE
BR

R3
25%
208

;DO ALL 16 BITS

BIC
BIS
CLC

#102010,LOCRC
R2.,LOCRC
;CLEAR THE CARRY

;
(SIGN) & BITO INTO C

;ARE THE BITS 0 OF HICRC & HIWORD THE SAME?
:IF YES (V IS CLEAR), DON'T DO THE CRC.
sNOTE: V IS THE EXCLUSIVE OR OF BITO & BIT1S.

;GET THE CONTENTS OF THE NEXT 2 ROM ADDRESSES.

: AT THIS POINT WE'VE READ THE CONTENTS AND CALCULATED THE CRC FOR

SE@

WWWWWWW

: 2 ROM ROMS (ONE LOW BYTE & ONE HIGH BYTE). ALSO WE'VE READ THE
: CRC BLASTED INTO THE LAST 2 BYTES OF THE ROM (IN LOWORD/HIWORD)
005137
023737

002400
002400

001427
005737

002342

001007
012737

0
139 024756

140 024756

024774

000001

com

002404

cMP

BEQ

002342

508

;COMPLEMENT THE CALCULATED CRC .

;1S THE CRC IN ROM THE SAME AS THE
s CALCULATED CRC?

:IF YES - CHECK THE HIGH BYTE CRC (NEXT ROM)

FLAG

:HAS AN ERRDF ALREADY BEEN DECLARED (REMEMBER

BNE
MOV

418
#1,FLAG

:IF YES, DON'T BOTHER WITH ANOTHER ERRDF.
:FLAG_THAT ERRDF HAS BEEN DETECTED.

7,EMT1

:WE'RE IN A LOOP)

:ROM ERROR

TRAP

.WORD
WORD

000000
013746
013746
010446
012746
012746

LOCRC, LOWORD

TST

ERRDF

104455
000007
025564

LOCRC

41%:

002404
002400
025422
000004

PRINTB

CSERDF

EMT1

.WORD

MOV
MOV
MOV

LOWORD ,~(SP)
LOCRC ,=(SP)
R4 ,=(SP)

#FMT3,R4,LOCRC,LOWORD

MOV

#FMT3,-(SP)

#4,-(SP)

K 9
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 53-3

SEQ

TEST 2 = ROM CHECK

025000
025002
025004
141 025010
142 025010
143 025012
144 025016
145 025024
146 025026
147
148 025032
149 025034
150 025042

025042
025044
025046
025050
151 025052
152 025052
025052
25056
025062
025064
025070
025074
025076
025100

153 025104
154 025104
155 025110
156 025112
157 025114

}gg 025120

160 025120
025120

11 025120

010600
104414
062706

5204

005137
023737
001427
005737
001007
012737

000012
002402
002402

50%:

163 025126
164 025130
}22 852}25

167 025140
168 025144
169
170 025150
171 025152
172 025152

173

174 025156
175 025156
176 025162
177 025164
178 025166

INC

BNE
MOV
ERRDF

51%
#1,FLAG
7,EMT1

CcoM
CMP
BEQ
TST

002406

002342
000001

002342

104455
000007
025564
000000

013746
013746
010446
012746
012746
010600
104414
062706

002406
002402

022704
001403
002204
000137

000005

HICRC
HICRC,HIWORD
60%
FLAG

s COMPLEMENT THE CALCULATED CRC FOR THE HI BYTE
sROM CRC AND CALCULATED CRC THE SAME?
;IF YES = CHECK THE ROM LOCATIONS.
sHAS AN ERRDF ALREADY BEEN DECLARED (REMEMBER
sWE'RE IN A LOOP)
sIF YES, DON'T BOTHER WITH ANOTHER ERRDF.
;FLAG THAT ERRDF HAS BEEN DETECTED.
sROM ERROR
:
TRAP
CSERDF
WORD
7

PRINTB

#FMT3 R4 ,HICRC,HIWORD

CMP
BEQ
INC
JMP

#5,R4
70%
R4
108

025422
000004
000012

608
:

024514

70%:

L10027:

104403
BGNSUB

005037
005004
012737

001775

117701

155070

002342

000402

117701
042701
020104
001427
005737

155072
177760
002342

002410

108

15%:
17%:

.WORD

EMT1

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

HIWORD ,~(SP)
HICRC,=(SP)
R4 ,=(SP)
#FMT3,-(SP)
#4 ,-(SP)
SP,RO
CSPNTB
#12,SP

;IF WE'VE DONE ROMS 0-5, WE'RE DONE.
SEXIT WHEN DONE
;CHECK THE NEXT ROM.

ENDSUB

104402

SP,RO
C$PNTB
#12,5P

;INCR ROM #

.WORD

51%:

162 025122

025122
025122

MOov
TRAP
ADD

114

12.3:

TRAP

CSESULB

TRAP

cs8suB

CLR
CLR
MOV

FLAG
R4
#1775 ,ROMADR

;CLEAR FLAG
;BEGIN AT ROM 0
sADDRESS OF BYTE CONTAINING ROM #

CALL
MOvB

$ROMO
aBSEL6,R1

17%

sGET ROM CONTENTS
sSAVE THE CONTENTS OF THE LOW BYTE
;FOR ROMS 0,2.4

MovB

@BSEL7.R1

sSAVE THE CONTENTS OF THE HIGH BYTE

BIC
CMP
BEQ
TST

#*C17,R1
R1,R4
208
FLAG

sCONVERT THE ASCII BYTE TO AN OCTAL WORD.
;1S THIS THE EXPECTED ROM #
:IF YES - OK.
;HAS AN ERRDF ALREADY BEEN DECLARED (REMEMBER

;FOR ROMS 1,3,5

L 9
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 53-4

SEQ

TEST 2 = ROM CHEC K

001007
012737

025210
183 025212

184 025212

000001

002342

104455
000007
025604
000000

010446
010146
05046
156416

012746
012746
010600

104414
062705

BNE
MOV
ERRDF

18%

#1,FLAG

7.EMT2

sWE'RE IN A LOOP)

sIF YES, DON'T BOTHER WITH ANOTHER ERRDF.

sFLAG THAT ERRDF HAS BEEN DETECTED.

;ROM ERROR

TRAP

gSERDF

.WORD

EMT2
0

MOV
MoV
CLR
BISB
MOV
MOV
MOV
TRAP
ADD

R4 ,=(SP)
R1,=(SP)
=(SP)
ROMLOC (R4) , (SP)

.WORD

18%:

.WORD

PRINTB

#FMT4 ,<B,ROMLOC(R4)>,R1,R4

025623
025506
000004
000012

022704
001410
005204
032704
001334

000005

062737
000723

002000

20%:

000001
002410

:
308

¢
BEQ
INC
BIT
BNE

#5,R4

;DID WE FINISH THE LAST ROM?

sPOINT TO THE NEXT ROM #

15%

sIF YES GO BACK AND READ THE HIGH BYTE

ADD

18200.RWDR

;INCR. ADDRESS POINTER TO NEXT ROM #.

115

308

#BITO R4

HFMT4 ,~(SP)
#4,-(SP)

SP,RO

CSPNTB

#12,SP

;IF YES = SKIP TO THE END

;1S THIS AN ODD #

ENDSUB

025272
025272

L10030:

}96
97 025274

L10025:

FMT1:

LASCIZ

/ANXAMICROCODE REVISION IN UNITZD3%A:
XN/

FMT2:

LASCI2Z

/%AROMXZD2XA - REV. XTINZAROMXD2XA - REV. XTIN/

NDWES N =

— e d d e b D e 2 O
=00 8!\)'\)—‘—.-"\)0—.—;:\

--'NOwWnunwuniunn

=00 =0O

) b -

e e wd

RNINRES -

Og—l
NV
ownoc=

b
-

nBWnWONONON Www

RRRR -t
N O

364
025367
025372

——d
et
b

199 025345

SROR

025301
025304
025307

p—s

— e
—d

198 025276

VSOOIV
=N <00 =<=0ONNVION

ENDTST

025274
025274

TRAP

CSESUB

TRAP

CSETST

M9
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 53-5

SEQ

TEST 2 = ROM CHECK

025375
025400
025403
025406
025411
025414
025417
200 025422
025425
025430
025433
025436
025441
025444
025447
025452
025455
025460
025463
025466
025471
025474
025477

025502
025505
201 025506
025511
025514
025517
025522
025525
025530
025533
025536
025541
025544
025547
025552
025555
025560
025563

122
045
045
055
105
040
045
045
117
104
101
103
103
124
040
103
045
045
049
103
116

117
104
101
040
126
045
116
101
115
062
072
101
125
105
103
040
117
101
103
040
040

115
062
040
122
n56
124
000
122
045
045
040
114
101
104
122
075
066
040
122
111
122

066
000
045
045
045
11
122
040
061
040
110
114
102
122
040
061
051

045

116

117
075

203 025564
025567
025572
025575
025600
025603
204 025604
025607
025612
025615
205 025

055
1
040
122
000
114
101
117

103

206 025623
207 025626

115
045

101
104
101
123
117
045
045
050
117
104
105
117
045
045
045

_ASCIZ

/%AROMZD2%A: CALCUATED CRC =%06%A

105
062
040
040
115
104
101
123
125
040
040
115
104
101
116

FMT4:

LASCIZ

/%AEXD2%A IS ROM XD1%A (SHOULD BE ROM %D1%A) XN/

CRC IN ROM =X06%N/

040
117

103
124
105
117

103
124
122
122

103

EMT1:

.ASCIZ

/CRC-CCITT ERROR/

103
111
040

EMT2:

.ASCIZ

/LOCATION ERROR/

117

117
124
116
122
122

000

003
001

002
005

004
016

ROMLOC:

.BYTE 3,2.4.1,5,14.
pn

105

122

FMT3:

122

.EV

;ROM 0 = ROM LOCATION 3 ETC.

116

N 9
CZOMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE S53-6

TEST 2 = ROM CHECK

208 025632
5?8 025634
211
212

000000
000000

REVI:
REV2:

.WORD
.WORD

O
O

sASCII VALUE OF THE REV. NUMBER
sASCII VALUE OF THE REV. NUMBER

SEQ

117

8 10

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 54

SEQ

on\aovmww—'goon NOWV S WA = O 000NN S NN =

TEST 3 = MASTER CLEAR AND MICROTEST

.SBTTL

N
B
N
N
AR BE BN BN BNBRI

IR B

BN I

NN N

e
T Y p—y

025636

025670
36 025674
37 025676
38 025676
39 025702
025702
40
41 025706

025706
025710

222

222222222222

TEST 3 = DMR-11

222.

MASTER CLEAR
THIS TEST WILL ISSUE 2 MASTER CLEARS.
EACH CALL TO THE MASTER
CLEAR ROUTINE WILL ENSURE THAT THE RUN BIT WILL BE SET.
ALSO
THE MASTER CLEAR WILL CAUSE THE DIAGNOSTIC MICROTESTS TO BE
RUN WHEN THE MICRODIAGNOSTIC BIT (BIT 13 IN SELO) IS CORRECTLY
SET OR CLEARED.
BECAUSE THE RUNNING OF MICROTESTS DEPENDS ON THE
EXCLUSIVE OR OF THE HARDWARE SWITCH 10 ON E134 OF THE M8203 AND
THE MICRODIAGNOSTIC BIT, WE CAN'T KNOW WHETHER THE SETTING OR

CLEARING OF BIT 13 WILL RESULT IN THE RUNNING OF MICROTESTS.
THEREFORE THE MASTER CLEAR SUBROUTINE WILL TOGGLE (I.E.

SET

BIT 13 ONLY ON EVERY OTHER MASTER CLEAR) THE SOF TWARE BIT.

THIS WILL ENSURE THAT REGARDLESS OF THE POSITION OF THE
HARDWARE SWITCH, MICROTESTS WILL BE RUN EVERY OTHER MASTER CLEAR.
WHEN RUNNING THIS TEST, WE EXPECT TO ADD THE RESULTS OF BSEL3
AFTER EACH MASTER CLEAR.

BSEL3 = 100
BSEL3 = 200

=
=

MICROTESTS DISABLED
MICROTESTS RUN SUCCESFULLY

II!EP(TJ:':;EQESULT OF THE 2 MASTER CLEARS IS NOT 300, AN ERROR IS

ADDITIONALLY THIS ROUTINE WILL REPORT WHENEVER THE RESULT OF

BSEL3 IS 0.
(I.E. DMC)

THIS WILL MEAN THAT THE DEVICE IS NOT A DMR

BGNTST

30 025636

31
32 025642
025642
025644
33 025646
34 025652
35 025654
025654
025660
025664
025666

LAt

:'ttt'Etttttttttttttti*tt"ttitt*ttt'tfitt."tttttt'tfi"fi.t"tt'ttttttfi

29 025636

025636

TEST 3 = MASTER CLEAR AND MICROTEST

118

CLEAR
004737

011070

JSR

sMACRO FOR MASTER CLEAR
PC, SMSCLR

sxnxx MACRO EXPANSION #wxxx

;ISSUE A DMR MASTER CLEAR

:tit'

104410
000072
105777
001011

ESCAPE
154372

012746
012746
010600
104414
062706
000420

017531
000001

117701

154342

004737

011070

000004
1%:

TST

TSTB
BNE
FRINTB

aBSEL3
1%
#FMG19

MOVB
CLEAR

aBSEL3.R1

JSR

PC, SMSCLR

ESCAPE

TST

L2 2 24

:IF ERROR, BR TO TEST END.
;1S THERE A DMR RESPONSE?
sREPORT DEVICE NCT DMR.

TRAP
.WORD

CSESCAPE
L10031-.

MOV
MOV
MOV
TRAP
ADD

#FMG19,-(SP)
#1,-(SP)
SP,RO
CSPNTB
#4 ,SP

sSAVE THE RESULT OF THE FIRST MASTER CLEAR.
sMASTER CLEAR AGAIN.

sxxxx MACRO EXPANSION #wxx

;ISSUE A DMR MASTER CLEAR

;tt*t

104410
000026

L2 2

:IF ERROR, BR TO TEST END.

TRAP
.WORD

CSESCAPE
L10031-.

c 10

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 54=1

SEQ

TEST 3 = MASTER CLEAR AND MICROTEST

42 025712
43 025716
Lh

117702
060102

154326

mMovae
ADD

aBSEL3,R2
R1.R2

;SAVE THE RESULTS OF THE SECOND MASTER CLEAR
:ADD THE RESULTS OF THE 2 CLEARS
:NOTE:

ONE SHOULD BE 100
= MICRO TESTS NOT

;ENABLED AND ONE SHOULD BE 200
- MICRO TESTS

47 025720
48 025724
49 025726

122702
001404

025726
025730
025732
025734
50 025736
51 025736

104455
000003
025740
015242

52 025736

104401

53 025740
025743
025746

115
122
105

025736

119

025751
025754
025757
025762
025765

040
124
117
114
105

000300

CMPB
BEQ
ERRDF

#300,R2
5%
3,EMT3,ERRG3

sSUCCESFULLY RUN,

:WAS THE MICROTEST COMPLETED?
;IF YES = 0K
sMICROTEST NOT COMPLETED

5%:
ENDTST

m
117
123

116
040
115
105
104

103
124
124
117
103
120
124
000

EMT3:

i
_ASCIZ

.EVEN

/MICROTEST NOT COMPLETED/

L10031:

TRAP
.WORD
.WORD
.WORD

CSERDF
3
EMT3
ERRG3

TRAP

CSETST

010

(ZDHIEO DMR=17 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 56

SEQ

'TEST 4 = BASE IN COMMAND

120

LSBTTL

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

TEST & - BASE IN COMMAND
TEST & = DMR=-11

BASE IN COMMANDS

12
13

3®
$€..

}’g

025770

025772

104402
004737

026002
026006
026010
026012

004737
000000
002634
000522

011070

DMC MODE.

MESSAGE VARIABLES ARE PROPERLY INITIALIZED.

JSR

011266

T4::

104410
000226

026020

004737

012564

27 026024
28

132737

000020

BASEIN

0,BASE.DMR

JSR

$BASE |
UOR
0
.WORD
BASE
.WORD
DMR

002726

104455
000024
026466

TRAP

c$8sSuUB

sISSUE A DMR MASTER CLEAR
L 2

2 3 3

sIF ERROR, BR TO TEST END

TRAP
CSESCAPE
.WORD
L10032-.
JBASE IN COMMAND WITH NO MINTENANCE
;sBASE=BASE TABLE ADDRESS, AND DMR-11 MODE

sexxx MACRO EXPANSION wxww

.'CALL BASE IN ROUTINE
sMAINTENANCE MODE BITS TO SET IN BSEL1
;BASE TABLE ADDRESS
;MODE
1 33 31

TST

;IF ERROR, BR TO TEST END

PC, SHALT

sDMR HALT ROUTINE.

SHUTDN

001004

000000

TST

JSR

T4.1:

sxnwxx MACRO EXPANSION wxx«

PC, SMSCLR

ESCAPE

JMACRO FOR MASTER CLEAR COMMAND

:'.'fi

25 026014
026014
026016
26 026020

026042

THE DDCMP

ENSURE THAT THE DMC MODE BIT (BIT 4) IS CLEAR IN
THE MICROCODE SCRATCH PAD 7 AND THAT THE DDCMP

CLEAR

32 026044
33

= ISSUE A BASE

:....

104410
000244

31 026034
026034
026036
026040

DMR MODE.

MESSAGE VARIABLES ARE PROPERLY INITIALIZED.

BGNSUB

20
21 025776
025776
026000
22
23 026002

29
30 026032

:"..'.t..".'.....""."""....'..'...'.."'....’.'.'.".""'.'.".
BGNTST

18 025770
19 025772

ENSURE THAT THE DMR MODE BIT (BIT 4) IS SET IN

]

16
17 025770

SUBTEST 2

025770
025770

=~ ISSUE A BASE

THE MICROCODE SCRATCH PAD 7 AND THAT

10
1"

SUBTEST 1

TRAP
.WORD

CSESCAPE
L10032-.

saxxx MACRO EXPANSION mwnw
""

1 3331

BITB

#MIT4 ,BASE+ISP7 SEE IF THE DMR MODE BIT IS SET IN THE
om SCRATCH PAD REGISTER 7 (BASE TABLE

BNE
ERRDF

108
20,EMT4

sLOCATION CONTAINS AN IMAGE OF SP7)
OK IF SET - BR

TRAP
.WORD
.WORD
.WORD

10%:
sCHECK MESSAGE EXCHANGE VALUES

;IN THE BASE TABLE.

CSERDF
20
EMT4

‘

CZDMIBO DMR=-11 FUNCTIONAL
| TEST & - BASE IN C
|

35 026044
36

105737

TESTS MACRO V03.01

002676

TSTB

BNE

002677

£10

PAGE

BASE+R

TSTB

002701

20%:

WA (MESSAGE ACKNOWLEDGED)

;

(LAST MESSAGE

TRANSMITTED)

T4.2:

CLEAR
JSR

;MACRO FOR MASTER CLEAR COMMAND

PC,

SMSCLR

TST

20
EMTS
ERRT1

TRAP

CSESUB

TRAP

csB8suB

;ISSUE A DMR MASTER CLEAR
1 2

2 31

;IF ERROR, BR TO TEST END

TRAP

.WORD

026130
026134
026136
026140

011266

BASEIN

0.BASE.O

JSR

PC, SBASEI

.WORD
- WORD
WORD

ESCAPE

104410

000100

004737
132737

001404
104455

000024
026561

BASE

TST

012564
000020

JSR

002726

sxnxx MACRO EXPANSION #xwxx

;CALL BASE IN ROUTINE
JMAINTENANCE MODE BITS TO SET IN BSEL1
;BASE TABLE ADDRESS
;MODE

:.fi"

SHALT

BEQ
ERRDF

231

TRAP

;DMR HALT ROUTINE.

2 3

#BIT4 ,BASE+ISP7 JSEE IF THE DMR MODE BIT IS CLEAR IN THE
10%

20,EMT6

CSESCAPE

L10032-.

sxxxx MACRO EXPANSION #xxx
:t"'

"BITB

1 2

.WORD

PC,

CSESCAPE

L10032~.

;BASE IN COMMAND WITH NO MAINTENANCE
sAND DMC MODE.

;IF ERROR, BR TO TEST END

SHUTDN

CSERDF

.WORD
.WORD
.WORD

sewnxx MACRO EXPANSION wwxw
:'."

ESCAPE

= 0?

TRAP

BGNSUB

011070

121

= 0?

L10033:

52
53 026124
026124
026126
54
55
56 026130

60 026152
61
62
63 026160
64 026162
026162
026164
026166

;

104403

026120

026146

SEQ

20,EMT5 ERRT1

104455
000024
026513
026246

50 026116
026116
026116
51 026120

57
58 026142
026142
026144
59 026146

sERROR IF NON ZERO
; MT (NEXT MESSAGE # TRANSMITTED) = 1?
;ERROR IF NOT EQUAL TO 1.

002702

026112
47 026114
48 026114
026114
026114

561

: WR (MESSAGE RECEIVED) = 0?
;ERROR IF NON ZERO
; WN (MESSAGE TRANSMITTED) = 0?
cERROR IF NON ZERO

002700
000001

23-APR=80 08:29:31

;DMR SCRATCH PAD REGISTER 7 (BASETABLE
;LOCATION CONTAINS AN IMAGE OF SP7)
;0K IF CLEAR = BR
TRAP

.WORD
.WORD

CSERDF

20
EMT6

- -

—

F 10
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 56-2

& - BASE
T
'T TES
t
|

026170
65 026172
66
67
68 026172
98 026176

000000

105737

sCHECK MESSAGE EXCHANGE VALUES
IN THE BASE TABLE.
#R (MESSAGE RECEIVED)
= 0?
ERROR IF NON ZERO
#N (MESSAGE TRANSMITTED)
= 0?
ERROR IF NON ZERO

002676
002677

000001

: WA (MESSAGE ACKNOWLEDGED)
= 0?
;ERROR IF NON ZERO

002701

20%:

82
83 026244
026244
026244
84
85 026246

;

AT (NEXT MESSAGE # TRANSMITTED)

;ERROR IF NOT EQUAL TO 1.

002702

104455
000024
026513
026246

(LAST MESSAGE

30%:

L10034:

ENDTST

L10032:

104401

BGNMSG

005046
153716

012746
012746
010600

002676

ERRT1
TSTB
BEQ

PRINTB

BASE+R
;IS AR
= 0?
1%
OK - IF ZERO
#FMTS,<B,BASE+R> :PRINT #R

92 026310
026310

002677

97 026344

TSTB

BEQ

PRINTB

BASE+N
2$

ERRT1::

IS = 0?

OK - IF ZERO
#FMT6,<B, BASE*N> ;PRINT AN

=(SP)

002636
026656
000002

93 026336

96 026342

CSETST

CSPNTB
#6,SP

BASE+2, (SP)
HEMT6,~(SP)

#2,-(SP)

SP,RO
CSPNTB
#6,SP

2%:

95 026336

TRAP

SP.RO

062706
105737

C$ESUB

=(SP)
BASE+R, (SP)
HFEMTS5,-(SP)
#2,-(SP)

002676
026625
000002

104414

001413

TRANSMITTED)
= 0?

CSERDF
20
EMTS
ERRT1

104403

001413

= 1?

20,EMTS ERRT1

ENDSUB

105737

122

.WORD

10%:

002700

80 026242

SEQ

IN COMMAND

002700

TSTB

BEQ
PRINTB

BASE +A

;IS KA = 0?

;0K - IF ZERO
#FMT7,<B,BASE+A> ;PRINT #A

|
G 10
| CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 56-3

| TEST 4 = BASE IN COMMAND

|
x

026344
026346
026352
026356
026362
026364
026366
98 026372

99 026372
100 026400
101 026402
026402

026404
026410
026414
026420
026422
026424
102 026430

103 026430
104 026434
105 026436
026436

026440
026444
026450
026454

005046
153716
012746
012746
010600
104414
062706
122737
001413
005046

153716
012746
012746
010600
104414
062706
105737
001413

002700
026707
000002

;

000006
000001

002701

109 026466

000006

48:

002702

(LR
BISB
MOV
MOV
MOV
TRAP
ADD

=(SP)
BASE+A, (SP)
WFMT7,>(SP)
#2,-(5P)
SP.RO
CSPNTB
#6,SP

#1,BASE+T
IS AT = 12
48
10K = IF ONE
#FMT8,<B,BASE+T> ;PRINT #T

TSTB
BEQ
PRINTB

BASE+X
;1S #X = 07
5%
10K = IF ZERO
#FMT9,<B,BASE+X> ;PRINT #X

=(SP)

BISB
MOV
MOV
MOV
TRAP
ADD

BASE+T,(SP)
WFMT8,(SP)
#2,-(5P)
SP.RO
C$PNTB
#6,SP

-(SP)
BASE+X, (SP)
AEMT9,(SP)
#2,-(5P)
SP.RO

002702
027003
000002

CLR
BISB
MOV
MOV
MOV

062706

000006

ADD

#6,SP

TRAP

CSMSG

TRAP

5%
:
ENDMSG

L10035:

104423
104

115

122

EMT4:

.ASCIZ

/DMR MODE BIT NOT SET/

103

EMTS:

.ASCIZ

/DDCMP MESSAGE VARIABLE(S) NOT CORRECT/

040
104
102
040
124
105

115
105
111
116
040
124

117
040
124
117
123
000

026516026521
02652¢.
026527
026532
026535
026540
026543
026546
026551
02655
026557

115
15
123
105
101
101
105
051
117
103
122
124

120
105
101
040
122
102
050
040
124
117
105
000

040
123
107
126
111
114
123
116
040
122
103

026564
026567

040
104

115
105

117
040

111 026561

CMPB
BEQ
PRINTB

123

CLR

026471-.
= 026474
026477
026502
026505
026510

110 026513

002701
026740
000002

107 026464

026464
o 026464

38:

sEQ

005046
153716
012746
012746
010600

026456 104414

026460
106 026464

104

106

104

115

103

CSPNTB

EMT6:

.ASCIZ

/DMC MODE - DMR MODE BIT NOT CLEARED/

H 10
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 56=4

TEST 4 - BASE

026572

055

026614
026617
12 026622

040
105
105

113 026625

045

026575
026600
026603
26606
026611

026630
026633
026636
026641

040

115
115
105
m
116

122
117
040
124
117

122
115
056
103

114
122
000

101

043

040
123
040
126

051
040
063
009
045
116
115
056
115
051
040
063
000

026712
026715
026720
026723
026726
026731
026734
026737

101
115
056
103
040
040
063
000

040
123
040
113
040
045
045

026743
026746
026751
026754
026757
026762
026765
026770
026773
026776
027001

124
116
124
123
124
130
124
040
075
104
116

-040
105
040
107
117
115
051
040
040
063
000

027006
027011
027014
027017
027022
027025
027030

130
114
124
117
114
105
130

040
101
040
115
105
104
115

116 026740

117 027003

045

.ASCIZ

7X%A#R (MSG. RCVD) = %D3IN/

101
040
123
040
1
040
045
045

043
050
107
130
124
075
104
116

FMT6:

LASCIZ

/X%A#N (MSG. XMIT) = %D3AN/

043

FMT7:

_ASCIZ

/%A#A (MSG. ACK)

043

FMT8:

_ASCIZ

/X%A#T

_ASCIZ

/%A#X (LAST COMPLETED XMIT) = %D3IN/

101

FMT5:

075
104
116

101

045

050
107
122
104

040
045
045

101

045

104
040
104
102
040
124

103
101
104

026644
026647
026652
026655
114 026656
026661
026664
026667
026672
026675
026700
026703
026706

115 026707

SEQ

IN COMMAND

050
107
101
051
075
104
116
050
130
115
040
040
m
040
040
045
045
043

050
123
103
120
124
040
m

FMT9:

= ZD3IN/

(NEXT MSG TO XMIT)

= XD3AN/

124

110
(ZDMIBO DMR=17 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 56=5
027033

027036
027041
027044

IN COMMAND

126

075
104
116

8252

TEST & - BASE

04 0
04 5
04 5
.EVEN

SEQ

125

J
0
23-APR-80 08:29:31 PAGE S

=11

FUNCTIONAL TESTS MACRO v03.01
EST
< DMR COMMANDS
VIS NN = O 000NN
S NN —

SEQ

126

TEST 5 = DMR COMMANDS

.SBTTL

:'."'.tt."t't......"."""'Q.'ttt."..".'."tttt..lt.t..l'."..t'

. TEST 5 = DMR-11

IS
S
I
R
T
T
I

- ISSUE AN ENABLE EXTENDED ERROR COMMAND AND (HECK THAT

SUBTEST 2

IS _CLEAR.
= SET REP/SEL TIMER VALUE AND SET THE DMR THRESHOLD
VALUES.
CHECK THAT THE VALUES ARE CORRECT IN

SR A A

—d

UBTEST 1

THE EXT. ENABLE BIT IS SET IS SCRATCH PAD 13.
THEN
DISABLE EXTENDED ERROR AND CHECK THAT THE ENABLE BIT

THE BASE TABLE AFTER HALTING THE DMR.

b
el e

LRB BB BNB BNA

* %

BGNTST

A A

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

AR R AR AR AR

104402

027050

004737

18 027050

12.1:
CLEAR

011070

TS5::

BGNSUB

027

JSR

sMACRO FOR MASTER CLEAR COMMAND

PC., SMSCLR

TRAP

(s8suB

sxxxx MACRO EXPANSION wwxx

;ISSUE A DMR MASTER CLEAR
;"'Q

L 2

2 4

20 027054
027054
027056
21
22 027060
027060
027064
027066
027070

23
24 027072
027072
027074
25 027076

027076

ESCAPE

104410

TST

~sIF ERROR, BR TO TEST END

000330

.WORD

BASEIN

004737

011266

JSR

002634
000522

sBASE IN COMMAND WITH
PC, SBASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR

ESCAPE

104410

000312

012070

TST

;CALL BASE IN ROUTINE WITH DEFAULTS
sSET LINE UNIT LOOP
;BASE TABLE ADDRESS

:DMR-11 MODE

JSR

PC, SDMRIN
.WORD
EXERR

ESCAPE

000274

004737

0
O

TST

SHUTDN

012564

TRAP

;ENABLE EXTENDED ERROR NOTIFICATION
sevxx MACRO EXPANSION wwxx
;CALL DMR MODE INPUT ROUTINE
; INPUT COMMAND
:NO SEL4
sNO SEL6
LA
2 2

;IF ERROR, BR TO TEST END

JHALT THE DMR

JSR

PC, SHALT

ESCAPE

TST

TRAP

.WORD

CSESCAPE
L10036~

TRAP

CSESCAPE

s*xxx MACRO EXPANSION #w»s

:DMR HALT ROUTINE.
:t'tt

104410

LA
2 2

.WORD

EXERR

:t'tt.

104410

LINE UNIT LOOP,

:IF ERROR, BR TO TEST END

DMRIN

WORD
.WORD

CSESCAPE

L10036~.

sxxxx MACRO EXPANSION wwx«

;tttt

004737

TRAP

LA 2 2

:IF ERROR, BR TO TEST END

K 10
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 57-1

SEQ

TEST 5 = DMR COMMANDS

027122
%? 027124

000264

132737

000001

002732

BITB

001005

34
35 027146
36 027146
027146
027152
027154
027156

BNE
ERRDF

104455
000030
027716
000000
000430

004737
004000
002634
010522

.WORD
L10036~.
#81T0,BASE+ISP13 ;CHECK EXT ENABLE BIT IN THE BASE TABLE.
s IMAGE OF SCRATCH PAD 13.
108
;BIT SET = OK.
24 ,EMT7
;ERROR EXT ENABLE CLEAR
TRAP

10%:

011266

WORD
.WORD
.WORD

208
BASEIN

LPLU,BASE ,RES!DMR ;BASE IN COMMAND WITH RESUME SET.

JSR

PC, $BASEI
.WORD
LPLU
.WORD - BASE
.WORD
RES!DMR

027160
027164
027166
027170

012070

DMRIN

DXERR

JSR

PC, SDMRIN
.WORD
DXERR

.WORD
.WORD

R RR

O
O

sxwxx MACRO EXPANSION ww=x
sCALL DMR MODE INPUT ROUTINE
;INPUT COMMAND

:NO SEL4
;NO SEL6
s RRRR

027172
027174

41 027176

027176
42 027202

027202
027204

43 027206
44

000212

004737

012564

JSR

ESCAPE

132737

027220

000030
027716
000000

000001

002732

104455

LA
2 2

:IF ERROR, BR TO TEST END

SHUTDN

104410

000202
001404

47 027226
48 027226

TST

.WwORD

sHALT THE DMR

PC, SHALT
TST

50 027230
027230
027230
51 027232
027232

CSESCAPE

L10036~.

L2 2 2

:IF ERROR, BR TO TEST END.

TRAP

WORD

CSESCAPE

L10036~.

BITB

#BITO,BASE+ISP13 ;CHECK EXT ENABLE BIT IN THE BASE TABLE.

BEQ
ERRDF

20%

24 ,EMT7

:IMAGE OF SCRATCH PAD 13.
;IF CLEAR 0K

JERROR EXT ENABLE SET

TRAP

20%:

ENDSUB

L10037:

104403

TRAP

sxnxx MACRO EXPANSION wwaw
:DMR HALT ROUTINE.
;.tfi'

45 027214
46 027216

027216

ESCAPE

104410

L2
2 3

;DISABLE EXTENDED ERROR NOTIFICATION.

40 027172

CSERDF

24
EMT7
0

sx%xx MACRO EXPANSION #wxs
sCALL BASE IN ROUTINE
sMAINTENANCE MODE BITS TO SET IN BSEL1
;BASE TABLE ADDRESS
;MODE
s

37
38 027160

127

CSERDF

.WORD
.WORD
.WORD

24
EMT?7
O

TRAP

CSESUB

TRAP

C$B8SUB

BGNSUB

15.2:

104402

CLEAR

004737

011070

JSR

JMACRO FOR MASTER CLEAR COMMAND

PC,

S$MSCLR

sevxx MACRO EXPANSION wwxs
;ISSUE A DMR MASTER CLEAR
:ttt'

LA 2

L
10

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 57-2

SEQ

TEST 5 = DMR COMMANDS

52
53 027236
027236
5 027240

ESCAPE

104410
000146

55 027242

027242
027246
027250
027252
56
57 027254
027254
027256
58 027260
027260
027264
027266
027270
59
60 027272
027272
61 027274

TST

;IF ERROR, BR TO TEST END

BASE IN

004737
004000
002634
000522

011266

JSR

sBASE IN COMMAND WITH

004737
000012
000000
000054

012070

PC, SBASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR

L2
2 2

TST

;IF ERROR, BR TO TEST END

DMRIN

TIMER,0,54

;SET REP/SELECT TIMER VALUE

JSR

PC, SDMRIN
.WORD
TIMER
.WORD
0
.WORD
54

:CALL DMR MODE INPUT ROUTINE
;INPUT COMMAND
sSEL4 VALUE (OR BITS TO CLEAR IN BSEL6)
sSEL6 VALUE (OR BITS TO SET IN BSEL6)

TRAP
.WORD

CSESCAPE
L10036~.

sanxx MACRO EXPANSION #wx#w

TST

L2
2 2]

;IF ERROR, BR TO TEST END

TRAP
.WORD

CSESCAPE
L10036~.

sSET THRESHOLD VALUES AS FOLLOWS:

63
64
65

:BSEL4 = NAKS RECEIVED (3)
:BSELS = NAKS TRANSMITTED (13)
:5SEL6 = REP/SEL SENT (15)

67 027276

027276
027302
027304
027306
68
69 027310
027310

027312
70 027314
'

LINE UNIT LOOP,

ESCAPE

CSE SCAPE
L10036~.

sCALL BASE IN ROUTINE WITH DEFAULTS
sSET LINE UNIT LOOP
;BASE TABLE ADDRESS
;DMR-11 MODE

sRkkk

104410
000112

TRAP
.WORD

sanwx MACRO EXPANSION #wws

sRRRR

104410
000130

128

027314

71 027320
027320

004737
000013
005403
002015

THRESH,5403,2015

JSR

PC, SDMRIN
.WORD
THRESH
.WORD
5403
.WORD
2015

;BSEL7 = NO BUFFFER (4)

sxnxx MACRO EXPANSION #wx%x

:CALL DMR MODE INPUT ROUTINE
;INPUT COMMAND
sSEL4 VALUE (OR BITS TO CLEAR IN BSEL6)
sSEL6 VALUE (OR BITS TO SET IN BSEL6)
shkRk

ESCAPE

104410
000074
004737

TST

SHUTDN
012564

L2
2 3

;IF ERROR, BR TO TEST END

;HALT THE DMR

027322
72 027324
73 027332

75 027342
76 027344
77 027352

001014
122737
001010

122737

000054

002711

000015

002720

000003

002714

TRAP
.WORD

CSESCAPE
L10036~.

B HACRO EXPANSION #ww+

JSR

PC, SHALT

ESCAPE

TST

CMPB
BNE

TRAP
.WORD
#54 ,BASE+PRETIM ;CHECK REP/SEL TIME IN BASE TABLE.
108
:IF NOT 54, BR TO ERROR.

;DMR HALT ROUTINE.
*hhhk

104410
000064
122737
001020

74 027334

012070

DMRIN

CMPB

BNE
(MPB
BNE

#15,BASE+TH3L

108
#3 BASE+THIL
108

L2
2 2]

:IF ERROR, BR TO TEST END

:CHECK REP.

THRESH.

IN BASE TABLE.

:IF NOT 15, BR TO ERROR.
:CHECK NAK RCVD. THRESH. IN BASE TABLE.
:IF NOT 3, BR TO ERROR.

M 10
CZDMIBO DMR-11 FLNCT%CNAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 57-3
TEST 5 - DMR C

78 027354

122737

000013

002716

80 027364

122737

000004

002722

79 027362 001004

81 027372

82 027374
83 027374
027374
027376
027400
027402
84 027404
85 027404

027404

001404

027404
86 027406

104403

027406

104401

027406

88 027410
027410
89 027410

017746
017746
012746
012746
010600

152620
152612
016334
000003

027434

062706

000010

90 027440
027440
027442

005046
153716

012746
012746
010600

030004
000002

027462

062706

000006

92 027474
93 027476
027476
027500

001413

1 027466

104414

122737 000054
005
153716

027504
027510
027514

012746
012746
01

= gg;ggg

027516

95 027524

96 027532
97 027534
027534
027536

027542
027
027552
027554

027556

ERRDF

24 ,EMT8,ERRT3

208

*IF NOT 13, BR TO ERROR

-CHECK NO BUF. THRESH. IN BASE TABLE.

“IF &4, ALL CHECKS OK - EXIT

L10040:
L10036:
ERRT3

PRINTB

#FMG1,@SELO,@SEL2 ;PRINT SELO AND SEL2

TRAP
.WORD
"WORD
.WORD

CSERDF
24
EMT8
ERRT3

TRAP

CSESUB

TRAP

CSETST

MOV
MOV
MOV
MOV
MOV

ASEL2,~(SP)
aSELO.~(SP)
#FMG].= (SP)
#3,-(5P)
SP.RO

ADD

#10,SP

MOV
MOV
MOV

#FMT11,-(SP)
#2,-(SP)
SP.RO

ADD

#6,SP

CLR
BISB

-(SP)
BASE+PRETIM, (SP)

ERRT3::

TRAP

PRINTB

002732

027446
027452
027456

027460

#4,BASE+TH4L

CMPB

BEQ
PRINTB

CSPNTB

#FMT11,<B,BASE+ISP13> :PRINT OUT THE IMAGE OF SCRATCH PAD 15.
CLR
-(SP)
BISB
BASE+ISP13,
(SP)

TRAP

002711

129

;CHECK NAK
sem THRESH. IN BASE TABLE.

ENDTST

BGNMSG

104414

(MPB

108

208
:
ENDSUB

027410
027414
027420
027424
027430
027432

#13.BASE+TH2L

BEQ

10%:

104455
000030
027747
027410

(MPB

BNE

SEQ

csz. LBASE+PRETIM ;IS REP/SEL TIME OK?

CSPNTB

1%
‘BR
IF OK
#FMT12,<B,BASE+PRETIM> :PRINT IT OUT.

002711

030035
000002

MOV
MOV
MOV

062706

000006

ADD

#6,SP

122737

000003

005046
153716

002714

CLR
BISB

-(SP)
BASE+THIL,(SP)

104414

001413

012746
012746
010600
104414

062706

TRAP

002714

(MPB

BEQ
PRINTB

#3,BASE+THIL

mmz -(SP)
#2,-(SP)
SP.RO
CSPNTB

;IS NAK RCVD OK?

2$
*BR IF OK.
#FMT13,<B,BASE+THIL> :PRINT IT OUT

030072
000002

"oV
"0V
MOV

000006

ADD

TRAP

#FMT13,-(5P)
#2,-(5P)
SP.RO
CSPNTB

#6.SP

N 10
CZDMIBO DMR-11 FUNCTéONAL TESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE 57-4

TEST S < DMR C

98 027562
99 027562

000013

100 027570
101 027572

002716

gl3.BASE*TH2L

;1S N?K SENT 0OK?
;BR IF
OK.

#FMT14 ,<B,BASE+TH2L> ;PRINT IT OUT

02757

=(SP)

002716
030127
000002

, (SP)
BASE+TH2L
#FMT14,-(SP)
#2,-(SP)

SP,RO
CSPNTB
#6,SP

000006
000015

012746
012745
010600

Z;S.BASE*TH3L

;1S REP LEVEL OKk?
;BR IF
OK.
#FMT15,<B,BASE+TH3L> ;PRINT IT OUT

=(SP)

002720
030164
000002

BASE+TH3L
, (SP)
#FMT15,-(SP)

104414

062706
122737
001413

005046
153716

012746
012746
010600

#4 ,BASE +TH4L
PRINTB

;1S NO BUFFER LEVEL OK?

;BRI F 0K .

#FMT16,<B,BASE+TH4L> ;PRINT IT OUT

=(SP)
BASE +TH4L , (SP)

002722
030221
000002

#FMT16,-(SP)
#2,-(SP)
SP.RO

CSPNTB

104414

062706

#6,SP

L10041:

SHhowWorn~NIneSs

/EXT. ERROR BIT INCORRECT/

NWVONWNMOOONN

..A—a—a-no_n?_n—l
—_—
3 ?—A—A-—l—l
N
NNOHRO—=ON

.ASCIZ

/DMR MODE

—_ O =N

N
NO =NV

_—

N?O—'N-‘O—‘—‘ on

d—l—d—l-—l-—.—.?-‘

027777

~n
~n

115 027747

RS =2828332=R

-t O

— ) ) — — RO

104423

INPUT COMMAND ERROR/

TRAP

CSMSG

B 1
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 57-5
TEST 5 = DMR C OMMANDS

116 030002

122

000

117 0

045

101

030007
030012
030015
030020
030023
030026
030031
030034

115
105
106
120
063
040
063
000

101
040
040
040
040
045
045

111

107
317
122
061
075
104
116

FMT11:

LASCIZ

/%AIMAGE OF SP 13 = %D3%N/

030040
030043
030046
030051
030054
030057
030062
30065
030070
119 030072
030075
030100
030103
030106
030111
030114
030117
030122
030125
120 030127
030132
030135
030140
030143
030146
030151
030154
030157
030162

105
123
040
115
126
125
075
104
116
045
101
122
104
110
123
114
075
104
116
045
101
123
124
11C
123
114
075
104
116

101

120
105
124
105
101
105
040
063
000
101
113
103
040
122
110
104
040
063
000
101
113
105
040
122
110
104
040
063
000

122

FMT12:

.ASCIZ

/%AREP-SEL TIME VALUE = XD3%N/

116

FMT13:

LASCIZ

/%ANAK RCVD THRESHOLD = XD3%N/

116
040
116
124
105
117
040
045
045

FMT14:

LASCIZ

/%ANAK SENT THRESHOLD = XD3%N/

FMT15:

.ASCIZ

/%AREP SENT THRESHOLD = %D32N/

123
124
110
123
114
075
104
116
045
117
125
105

105
040
122
110
104
040
063
000
101
040
106
122

122
040
116
124
105
117

116
102
106
040

FMT16:

.ASCIZ

/%ANO BUFFER THRESHOLD = XD3XN/

118 030035

121 030164
030167

030172
030175
030200
030203
030206
030211
030214
030217
122 030221
030224
030227
030232

030235
030240

045

045
105

124
105

101
120

110
123

055
114
111
040
114
040
045
045

040
126
124
105

117
040

045
045

040
045
045

122
110

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 57-6
TEST 5 = DMR COMMANDS

030243
030246
030251
030254

117
040
045
045

114
075
104
116

SEQ

104
040
063
000

124
125

—

132

D 1
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE E 58

SEQ

IN COMMAND

—

TEST 6 = CONTROL

DO NO NS WN = OO 00 NN N IS W

LSBTTL

133

TEST 6 = CONTROL IN COMMAND

.'t""t'Q".Q..".'t.""'"".Qfi't".'.t't'."tt.."."'."t'.'."."

3
;%

o
o*

d e

= CONTROL IN, FULL DUPLEX, DDCMP MODE.

SUBTEST 2

=~ g?#T?(s)Lsé?. HALF DUPLEX.

ENSURE THAT THE HALF DUPLEX

=~ CONTROL IN, MAINTENANCE MODE.

SUBTEST 4

= CONTROL IN USING SELECTED LOOPBACK.

ENSURE THAT

THE HALF-DUPLEX BIT IS CLEAR IN THE MODEM STATUS WORD,
ALSO ENSURE THAT DDCMP MODE BIT IS SET IN SCRATCH PAD 7.

SUBTEST 3

e
o

SUBTEST 1

TEST 6 = DMR-11
(ONTROL IN COMMAND TEST =

ENSURE THAT MAINT. MODE

BIT IS SET IN SCRATCH PAD 7.

ISSUE A CONTROL IN

USING THE USER SELECTED LOOPBACK.
IF THE LOOPBACK IS
NOT CORRECT, DMR RUN MODE ACKNOWLEDGE WILL NOT BE

RECEIVED.

—d

- %
- %

:"l't..t.t.tl’!t‘l'.'.Qt"""t"tt'..'t...".'.""li"'."t'.'.""'.

BGNTST

i HF

BGNSUB

22 030262
030262
23
24 030266
030266
030270
25 030272

030272
030276

030300
030302

26
27 030304
030304
030306
28 030310

030310
. +* 030314

32 030330
030330
030334

T6.1:

104402

004737

CLEAR
011070

JSR

sMACRO FOR MASTER CLEAR
PC, $MSCLR

ESCAPE

004737
004 000

TST

BASEIN
011266

JSR

sxnxx MACRO EXPANSION #xxx

002634
000522

L2 2

;IF ERROR, BR TO TEST END.

ESCAPE

000366

004737
000000

052777
004737
000000

TST

000057
010272

JSR

151702

.WORD

PC, SCNTIN
WORD
O

1 3

8. 81

;IF ERROR, BR TO TEST END.
)

TRAP

sCALL CONTROL IN ROUTINE WITH DEFAULT
sSEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.
:t'.'

1 3331

TST

BIS

.WORD
#RQ] 'RMODEM,@SELO ;SET RQI AND READ MODEM COMMAND

JSR

RDI

PC, SWAIT
.WORD
O

CSESCAPE

L10042-.

sexxx MACRO EXPANSION *xxx

ESCAPE

WAIT

CSESCAPE

L10042-.

sCALL BASE IN ROUTINE WITH DEFAULTS
sSET LINE UNIT LOOP
;BASE TABLE ADDRESS
;DMR-11 MODE

WORD
sMACRO FOR CONTROL IN (FULL DUPLEX)

CNTRIN

011522

TRAP

saxxx MACRO EXPANSION wwxxx

:'fi't

104410

;MACRO FOR BASE IN COMMAND

PC, $BASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR

C$B8SuUB

;ISSUE A DMR MASTER CLEAR
".Qfi.

104410
000404

TRAP

sIF ERROR, BR TO TEST END.

JWAIT FOR RD]I TO BE SET
sxvxx MACRO EXPANSION #xxx
JCALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDI

TRAP

CSESCAPE

L10042-.

—

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 58-1

SEQ

TEST 6 = CONTROL IN C

33 030336
030346
030352
36 030356
37 030356

030356

032777
001404

000020

151672

104455
000025
030676
000000

004737

BIT
BEQ
ERRDF

39 030366
030366
030370

40 030372
41 033400
42 030402

030402
030404
030406
0304
43 030412

108:

010706

030416
030422
030424
030426

21,EMT9

*ERROR HDX BIT SET

108

WAIT

RQI

JSR

PC,

S$CLRQI

SHUTDN

004737

012564

;0K = IF BIT CLEAR

104419
000304

132737
001004

000020

002726

104455
000025
030726
000000

PC, SHALT

52 030442
53 030450
030450
030454

3 3

ESCAPE

*DMR HALT ROUTINE.

L 2

2 1

*IF ERROR, EXIT.

TRAP

ggin.mssusw ;1S THE DDCMP RUN BIT SET

21,EMT10

.WORD

CSESCAPE

L10042-.

IN IMAGE OF SP 7.

:ERROR DDCMP RUN BIT NOT SET
TRAP

20%:

ENDSUB

L10043:

104403

CSERDF

.WORD
.WwORD
"WORD

21
EMT10
0

TRAP

(SESUB

TRAP

($8SUB

BGNSUB

T16.2:

104402

004737
004000
002634
010522

BASEIN

011266

JSR

LPLU,BASE ,RES!DMR ;BASE IN WITH RESUME.
sxxxx MACRO EXPANSION wxw#
PC, $BASEI
sCALL BASE IN ROUTINE
.WORD
LPLU
sMAINTENANCE MODE BITS TO SET
.WORD
BASE
;BASE TABLE ADDRESS
.WORD
RES!DMR ;MODE

004737
002000

011522

CNTRIN

HDX

JSR

PC, SCNTIN
.WORD
HDX

104410
000234
052777
004737
000000

ESCAPE

000057
010272

151562

BIS

WAIT

JSR

TST

IN BSEL1

LA
2 2

sCONTROL IN COMMAND WITH HDX.
sxxxx MACRO EXPANSION wwwxs
sCALL CONTROL IN ROUTINE
;SEL6 - (DUPLEX, MODE)
;fi..t

030436

L 2

*HALT DMR

JSR

BITB
BNE
ERRDF

(SERDF

21
EMT9
O

iexxx MACRO EXPANSION #w#w

s Rk kK

030430
030434

TRAP

:CLEAR RQI AND WAIT FOR RDI TO CLEAR.
iwaxsx MACRO EXPANSION wewns
*CLEAR RQ] AND WAIT FOR IT TO BE CLEARED.

:Qfi"

46 030414

030414

1S THE HDX BIT SET IN MODEM STATUS REG?

;t't'

44 030412

s 030412

L2
2 2]

#BIT4,QSELL

LWORD
.WORD
"WORD

38 030362
030362

*hhR%

134

L2 2 2

:IF ERROR, BR TO TEST END.

TRAP

.WORD

#RQI !RMODEM,QSELO ;SET RQI AND READ MODEM COMMAND
RDI
;WAIT FOR RD] TO BE SET
sxxxx MACRO EXPANSION »awe
PC, SWAIT
sCALL WAIT ROUTINE

.WORD

;FLAG THAT WE'RE WAITING FOR RDI

CSESCAPE

L10042-.

F 11

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 58-2

SEQ

TEST 6 = CONTROL. IN C

;."Q

56 030456
55 030464
56 030466
030466
030470
030472
030474
57 030476
58 030476

032777
001004

030476

004737

000020

151552
'

BIT
BNE
ERRDF

104455
000025
030754
000000

108:

#BIT4,QSELS
108

21 ,EMT1

SHUTDN

012564

JSR

62 030504
030504
030504
63 030506
030506

004737

PC, SHALT

;DMR HALT ROUTINE.

L10044:

16.3:

JSR

JMACRO FOR MASTER CLEAR
PC,

SMSCLR

104410
000160

030516
030522
030524
030526

004737
004000
002634
000522

ESCAPE

TST

JSR

030534
030540

004737
000400

011522

PC, $BASEI
.WORD
LPLU
.WORD
BASE
DMR
.WORD
TST

104410
000130

030546

004737

. WORD

MAINT

sMACRO FOR CONTROL IN (MAINT. MODE)

JSR

PC, SCNTIN
MAINT
.WORD

sCALL CONTROL IN ROUTINE
;SEL6 - (DUPLEX, MODE)

TST

JSR

74 030556

104410
000120

132737

ESCAPE
000002

002726

BITB

:IF ERROR, BR TO TEST END.

SHUTDN
SHALT

TST

TRAP

.WORD

JHALT
PC,

C$ESCAPE

L10042-.

sxxxx MACRO EXPANSION #wx«

($ESCAPE

L10042-.

srxxx MACRO EXPANSION #xwe

;DMR HALT ROUTINE.
;tt..

73 030552
030552
030554

TRAP

CNTRIN

ESCAPE

012564

CSESCAPE
L10042-.

.WORD

LA
2 2

;IF ERROR, BR TO TEST END.

030542
030544
72 030546

TRAP

;CALL BASE IN ROUTINE WITH DEFAULTS
sSET LINE UNIT LOOP
;BASE TABLE ADDRESS
:DMR-11 MODE

2 2
i

70
71 030542

cs8suB

L2 2 21

sMACRO FOR BASE IN COMMAND

AR
N

ESCAPE

TRAP

s*xxnx MACRO EXPANSION wwx«

104410
000142

($ESUB

sxwxx MACRO EXPANSION wnnw

;IF ERROR, BR TO TEST END.

BASE IN

011266

TRAP

sISSUE A DMR MASTER CLEAR
;"..

65 030512
030512
030514
66 030516

C?ERDF
2
EMT11
0

L2 2 3]

ENDSUB

CLEAR
011070

.WORD
.WORD
.WORD

JHALT THE DMR.

BGNSUB
104402

TRAP

sexnx MACRO EXPANSION #aw=

104403

67
68 030530
030530
030532
69 030534

L2 2 2

;1S THE HDX BIT SET IN MODEM STATUS REG?
;0K = IF BIT SET
;ERROR HDX BIT CLEAR.

:.'..

59
60 030502
030502
61 030502

135

;IF

LA A 24

ERROR, BR TO TEST END.

#B1T1,BASE+ISP7 ;IS THE MAINTENANCE BIT SET

CSE SCAPE
. WORD
L10042-.
IN IMAGE OF SP 7.
TRAP

G 11
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE 58-3

TEST 6 = CONTROL

75 030564 001004
76 030566

030566
030570
030572
030574

104455
000025
031010
000000

030576
o 030576

104403

77 030576
78 030576

SEQ

IN COMMAND

BNE

ERRDF

108

21,EMT12

;ERROR = MAINT. BIT NOT SET.

.
108
ENDSUB

80 030600

L10045:

BGNSUB

030600

T6.4:

- 030600 - 104402

82 030602
030602

CLEAR
004737

011070

JSR

104410
000064

87 030620
88 030626

052737
000403

004000

030642

2 8338‘6332

042737

004000

030642

89 030630

92 030636

93 030642 000000
9% 030644
95 030646
9% 030650
030650
030652
97 030654

18:

104410
000012

030664
030670

004737
000000

101 030664

PC, SMSCLR

030672

e 030672

030674

BIS
BR

#LPLU, 1008
28

BIC

#LPLU, 1008

;CLEAR LINE UNIT LOOPBACK.

CALL

S$BASEI

:BASE IN COMMAND.

ESCAPE

.WORD
.WORD
TST

CALL

SLOOP

TRAP
CSESCAPE
.WORD
L 10042-.
;EXTENDED DMR COMMAND TO SET MAINT. BITS

TST

“1F THE USER REQUESTED IT.
:IF ERROR, BR TO TEST END.

ESCAPE

.WORD

BASE
DMR

CNTRIN

011522

JSR

030674

ENDTST

104401

CSESCAPE
L10042-.

L3
2 24

;1S INTERNAL LOOPBACK REQUESTED?
*IF NOT, BR

ENDSUB

104
105
106 030674

TRAP
’

*ISSUE A DMR MASTER CLEAR

DMTURN
1$

104403

($BSUB

—

;ewxx MACRO EXPANSION *#ws

*SET LINE UNIT LOOPBACK.

:MAINTENANCE BITS (L. U. LOOPBACK?)
:BASE TABLE ADDRESS.
:DMR MODE.
:IF ERROR, BR TO TEST END.

:IF NEEDED. THIS WILL ALLOW MODEM LOOPBACK
TRAP
.WORD

:MACRO FOR CONTROL IN (FULL DUPLEX)

PC, $CNTIN
.WORD
0

CSESCAPE
L 10042-.

ixwax MACRO EXPANSION ##w+

:CALL CONTROL IN ROUTINE WITH DEFAULT
:SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.
kRN

102 030672

TRAP

TST
BNE

104410
000022

030660
030662

(SESUB

;IF ERROR, BR TO TEST END.

9
100 030660

TRAP

TST

1008 :

002634
000522

CSERDF
21
EMT12
0

ESCAPE

85 030612 005737 002254
86 030616 001004

TRAP
JWORD
.WORD
.WORD

:MACRO FOR MASTER CLEAR
Rk h

83
84 030606
030606
030610

136

1 2

2 34

L10046:

L10042:

TRAP

CSESUB

6.4

TRAP

CSETST

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 58-4
TEST 6 = CONTROL

107

108 030676

WV S W

<
i

anlh
e

. -

mee

- -

ceasaa

EMT10:

.ASCIZ

/DDCMP RUN BIT NOT SET/

130

EMT11:

L.ASCIZ

/HDX BIT NOT SET WHEN IN HDX/

111

EMT12:

.ASCIZ

/MAINT. MODE BIT NOT SET/

040
116
MM
116
040
124

030757
030762
030765
030770
030773
030776
031001
031004
031007

049
124
117
123
040
105
1M
110
000

104

102
040
124
105
127
116
- 116
104

031013
031016
031021
031024
031027
031032
031035

116
040
104
102
040
124
105

124
115
105
m
116
040
124

101

103

120
125
102
040
124
105

115

/HDX BIT SET WHEN IN FDX/

115
122
040
124
117
123
000
110

.ASCIZ

030731
030734
030737
030742
030745
030750
030753

104

EMT9:

111
123
040
105
1m
106
000

104

SEQ

130

102
040
124
110
040
040
130

111 031010

104

040
124
105
127
116
116
104

110 030754

-l

110

030701
030704
030707
030712
030715
030720
030723

109 030726

IN COMMAND

m
116
040
124
110
040
040
130
056
117
040
124
117
123
000

.EVEN

—

o Gody can

K aand

137
a

e =y

bt
e

|
I N
' CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 59
|

SEQ

TEST 7 = MODEM WRITE COMMAND

138

|
i
!

4
S
6
[4
8
9
10

e
TEST 7 = DMR=11
:* MODEM WRITE COMMAND
;* SUBTEST 1
= WRITE DATA PATTERNS INTO THE MODEM WRITE REGISTER.
o
ENSURE THAT ON THE NEXT MODEM READ THAT THE
..
MICROCODE RETURNS THE PATTERN WRITTEN INTO BSEL6.
:*
SUBTEST 2 = ATTEMPT TO WRITE BOTH THE HALF-DUPLEX BIT AND THE
e
RTS HOLD BIT.
THE MICROCODE SHOULD NOT ALLOW THIS

1‘

:'.'..'......".."...""..""......'....'.."'.'....".'.'.'.".'...

15 031040

BGNTST

{

!
|

LSBTTL

TEST 7 = MODEM WRITE COMMAND

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

TO HAPPEN.

WHEN READING THE MODEM STATUS, .ONLY

THE HALF-DUPLEX SHOULD BE SET.

]

.- 031040

17 031040

031040

BGNSUB

031040

104402

031042

004737

18 031042

031046
031050
21 031052

104470
000232

031052
031056
031060
031062

004737
004000
002634
000522

22
23 031064

031064

011070

000214

25 031070

012701

26 031074

27 031100

012702

28 031100

012237

30 031110
31 031112
32 031114
33 031116

000005
000377
000000

29 031104

031116

004737

JMACRO FOR MASTER CLEAR

JSR

PC, SMSCLR

ESCAPE

TST

011266

JSR

ESCAPE

000005

MOV

031304

108%:

031114

012070

104410

000162

35 031122
36 031130

052777

000057

031130
031134

004737
000000

010272

MOV

JSR

15%:

- 031120

MOV

ESCAPE

TRAP

($BSUB

TRAP
LWORD

CSESCAPE
L10047~-.

sunne MACRO EXPANSION nwnnw

;ISSUE A DMR MASTER CLEAR
i

L2 23]

;IF ERROR, BR TO TEST END.

BASE IN

104410

2 031066

17.1:
CLEAR

20 031046

17::

;BASE IN COMMAND.

;ennn MACRO EXPANSION wnwe

PC, SBASE!
.WORD
LPLU
.WORD
BASE
.WORD
DMR

;CALL BASE IN ROUTINE WITH DEFAULTS
JSET LINE UNIT LOOP
;BASE TABLE ADDRESS
:DMR-11 MODE

TST

;IF ERROR, BR TO TEST END.

"‘...

L2 2

TRAP

.WORD

#5,R1

#MODEM ,R2

;COUNTER

JPATTERN TO WRITE INTO MODEM

(<2)+,15%

;WRITE PATTERN

.WORD
.WORD
.WORD
TST

;WRITE MODEM COMMNAD
JCLEAR ALL BITS IN BSEL6
;SET THE BITS IN BSEL6 (FROM PATTERN)
;IF ERROR, BR TO TEST END.

PC,$SDMRIN

WMODEM
377
O

;ISSUE DMR MODE COMMAND

TRAP

LWORD

151102

BIS
WAIT

JSR

C$ESCAPE

L10047-

#RQ] 'RMODEM,QSELO ;SET RQ] AND READ MTMMODEM (OMMAND
RDI
JWAIT FOR RD] TO BE SET.
;enexx MACRO EXPANSION swoee
PC, SWAIT
JCALL WAIT ROUTINE
LWORD
O
JFLAG THAT WE'RF WAITING FOR RD!

CSESCAPE

L10047-

—

J 1N

'CZDMIRO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 23-APR=80 08:29:31 PAG E 59-1

SEQ

(TEST 7 ~ MODEM WRITE C OMMAND
|
i

LA R A

37 031136

ESCAPE

104410

LA A2

;IF ERROR, EXIT TEST,

TRAP

000142

127737
001406
013703

.WORD

151072

031114

CMPB
BEQ
MOV
ERRDF

031114

104455

000026
031350
C31316

25%:

44 031166

031166

004737

aBSELE, 158
25%
158,R3
22,EMT13,ERRT2

RQI

010706

PC,

$CLRQI

031174
46 031176

47 031200
48 031202
49

TST

104410

000106
005301
001337

;SAVE THE PATTERN FOR THE ERROR MESSAGE.
;WRITE MODEM ERROR
TRAP
CSERDF
.WORD
22
.WORD
EMT13
.WORD
ERRTZ2
;CLEAR RQ] AND WAIT FOR RDI TO CLEAR.
suxxx MACRO EXPANSION swxx
;CLEAR RQI AND WAIT FOR IT TO BE CLEARED.

50 031202
51
52 031204
031204

031204

53
54 031206

031206
031212
031214
031216
55
56 031220
031220
031222
57 031224
58 031232

031232
031236
59 031240
60
61 031244
62 031252
63 031254

;DECREMENT

108

30¢%:

AARR

;IF ERROR, EXIT TEST.

L10050:

BGNSUB

7.2:

104402

000060
052777

004737
000000

DMRIN

WMODEM, 377,21

JSR

PC, SDMRIN
.WORD
WMODEM

.WORD
.WCRD

ESCAPE

104410

000057

151000

010272

122777

($ESUB

TRAP

($85uUB

SATTEMPT TO WRITE MODEM HDX AND RTS.
;INPUT COMMAND

377

;SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)

JRRRR

TST

;SEL6 VALUE

(OR BITS TO SET IN BSEL6)
L

:IF ERROR, BR TO END.

TRAP

.WORD

JSR

ESCAPE

TST

WAIT

WORD

:IF

ERROR,

(2237

EXIT TEST.

TRAP

LWORD

000020

000021

150766

(MPB

#20,aBSEL6

MOV

#21,R3

BEQ

108

CS$E SCAPE

L10047-.

;FLAG THAT WE'RE WAITING FOR RDI

000040
001406
012703

TRAP

#RQI !RMODEM,QSELO ;SET RQI AND READ MODEM COMMAND.
RDI
;WAIT FOR RD] TO BE SET
sexxx MACRO EXPANSION #xwx
PC, SWAIT
sCALL WAIT ROUTINE

BIS

CSESCAPE

L10047-.

sexxx MACRO EXPANSION #xnw
sCALL DMR MODE INPUT ROUTINE

JRRRR

104410

.WORD

COUNTER

104403

012070

TRAP

sCONTINUE UNTIL ALL 5 PATTERNS TRIED.

ENDSUB

004737
000005
000377
000021

CSESCAPE

L10047-.

;DID THE MICROCODE COPY THE BITS?
sIF YES CONTINUE

IRRRR

45 031172
031172

139

;IS ONLY HDX SET?

;IF YES = OK

;SAVE THE PATTERN FOR THE ERROR MESSAGE
.

CSESCAPE

L10047~.

K 11

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO VO03.01 23-APR-80 08:29:31 PAGE 59-2
TEST 7 - MODEM WRITE COMMAND

64 031260
031260
031262
031264
031266
65 031270
66 031270
031270

104455
000026
031350
031316

004737

108:
010706

ERRDF

22,EMT13,ERRT2

WAIT

RQl

JSR

031274

70031300

71 031302
031302

PC, $CLROI

iwxxx MACRO EXPANSION #w#*

:CLEAR RQI AND WAIT FOR IT TO BE CLEARED.
2

004737

012564

JSR

PC, SHALT

;xxxx MACRO EXPANSION *###

*DMR HALT ROUTINE.

ENDSUB

ENDTST

73 031304
. 031312

000000
000252

000376
000357

0000017

75 031316

031316

031316
031320
031324
031326
031332
031336
031340
031342

005046
157716
010346
012746
012746
010600
104414
062706

031346
= 031346

104423

79
80 031350

127

MODEM:

.WORD

BGNMSG

ERRT2

000010

122

#FMT19,R3,<B,aBSEL6>

83 031374
031377

045
122

101
117

ENDMSG

111

040
104
040
122
040

EMT13:

.EVEN

040
040
105
072

127
124

m
102
114
040

FMT19:

_ASCIZ

CSESUB

TRAP

CSETST

ERRT2::

CLR
BISB
MOV
MOV
MOV
MOV
TRAP
ADD
L10052:

.ASCIZ

TRAP

0,376,1,252,357 ;PATTERN TO WRITE INTO MODEM

031374
000003

105
117
115
122
122

105
116
123
066

150714

124
115
105
105
117
000

031402
031405
031410
031413

L10047:

PRINTB

031353
031356
031361
031364
031367
031372

1 2

L10051:

104403
104401

77 031346

L2
2 24

SHUTDN

. 031302

76 031316

(CSERDF
22
EMT13
ERRT2

;CLEAR RQI AND WAIT FOR RDI TO CLEAR.
~

;t't'

3
69 031300
031300

140

TRAP
JWORD
.WORD
-WORD

67 031274

SEQ

-(SP)
QBSEL6, (SP)
R3.-(SP)
#FMT19,-(SP)
#3,-(SP)
SP.RO
(C$SPNTB
#10,SP

TRAP

/WRITE MODEM ERROR /

/X%AWROTE IN BSEL6: X03%A

MODEM FORMAT IN BSEL6: X03XIN/

(SMSG

%0 O
N—rONOeO~rTONF0~mTOeO rIMmr=
]aeLTN-Nllao\l—laeIllgaeAllgaeolNOlaeVlgoalSlNoOalleGMlaNeOlGla—ePloa~lNGlealNO= Pls
SIIBIOMOWN NNNREIO T N NTO
OOMONINN
No O o=WNSA—INOrAN=ro
L1
: CZDMIBO DMR=-11 FUNCT IONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PA GE 59-3

|
i

TEST 7 - MODEM WRITE COMMAND

OIT—NOr—~
.EVEN

SEQ
141

MmN
CZDMIBO DMR-17 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 60

SEQ

TEST 8 = NO BUFFER ERROR

.SBTTL
S

suBT EST 1

SUBTEST 2

AL AR

AR sl

222223222222 232222322%;

TEST 8 = DMR-11

= TRANSMIT A BUFFER THREE TIMES WIHOUT ASSIGNING A
RECEIVE BUFFER.
BY ASSIGNING A NO BUFFER THRESHOLD

OF THREE

IR 2R B

BF I

AR EAE A

142

ENSURE THAT A NO BUFFER ERROR IS RECEIVED

AFTER THE THIRD THRANSMISSION

= TRANSMIT A BUFFER WITHOUT A RECEIVE BUFFER.

ASSIGN THE NAKS THRESHOLD OF 3 AND A NO BUFFER
THRESHOLD OF 7.
CHECK THAT THE NAKS ERROR COUNT IS
THREE AFTER SHUTDOWN.

ittt

I IT22322223222222322322222;

BGNTST

18::

BGNSUB

16 031464

031464

78.1:

104402

004737

CLEAR

011070

JSR

:MACRO FOR MASTER CLEAR

PC, SMSCLR

ESCAPE

031470
031472

19 031474

TST

031474
031500
031502
031504

011266

JSR

;MACRO FOR BASE IN COMMAND

PC, SBASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR

ESCAPE

031512
031516

011522

TST

.WORD

MAINT

JSR

PC, SCNTIN
.WORD
MAINT

TRAP

;MACRO FOR CONTROL IN (FULL DUPLEX AND MAINT)

TST

1 3331

:IF ERROR, BR TO TEST END.

TRAP

:SET THRESHOLDS:
:NAKS RCVD = 377
:NAKS SENT = 377
:REP SENT = 377

031524
031530
031532

004737
000013
177777

012070

NO BUFFER = 3

DMRIN

THRESH,177777.1777

JSR

PC, SDMRIN
.WORD
THRESH

.WORD

(CSESCAPE

L10053-.

sxxxx MACRO EXPANSION *aww
:CALL CONTROL IN ROUTINE
:SEL6 = (DUPLEX, MODE)

.WORD

31 031524

CSESCAPE

L10053-.

2 3 1

.WORD

CNTRIN

ESCAPE

031520
031522

L 2

:IF ERROR, BR TO TEST END.

:tttt

23
24 031520

TRAP

sxnsx MACRO EXPANSION xxww
;CALL BASE IN ROUTINE WITH DEFAULTS
:SET LINE UNIT LOOP
:BASE TABLE ADDRESS
:DMR-11 MODE

;tt't

20
21 031506
031506
031510
22 031512

1 3.3 3 1

:IF ERROR, BR TO TEST END.

BASEIN

($8SUB

;xxxx MACRO EXPANSION ##ww
:ISSUE A DMR MASTER CLEAR

;tttt

17
18 031470

TRAP

177777

sexxx MACRO EXPANSION *wws
;CALL DMR MODE INPUT ROUTINE
:INPUT COMMAND

:SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)

CSESCAPE

L10053-.

N 11
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAG 60-1

SEQ

TEST 8 - NO BUFFER ERROR

031534

001777

.WORD

*hkRR

ESCAPE

000003

031546
031552
031554
031556

1%:

012300

WAIT

010272

032777
001005

000207

150430

000001

150420

104455
000010
020130
015126
000410

57 031664
031664
031666
58 031670

3 ]

#3,R0

TRAP

. WORD

sSET UP A COUNTER
sBA/CC _IN COMMAND FOR TRANSMIT

RDO

sWAIT FOR RDO TO BE SET

s*xxx MACRO EXPANSION #wx*x

PC, SWAIT
WORD
1

;FLAG THAT WE'RE WAITING FOR RDO

ESCAPE

TST

:IF RDO NOT SET, BR TO TEST END.

BIT
BNE
ERRDF

000004

150402

20%:

BIT
BNE
ERRDF

sCALL WAIT ROUTINE

L2
3 24

TRAP

RO
108

;DEC COUNTER
:TRANSMIT FOR 3 TIMES.
sCLEAR BACC OUT TRANSMIT.
: TRANSMIT AGAIN

#CNTRL ,@SEL2

:IS THIS A CONTROL 0OUT?
:IF YES, PROCEED.
sEXPECTED CONTROL OUT NOT RECEIV?D.

#RDO'!CMD,aSEL2
1%

208
8.EMG8,ERRG2

.WORD
-WORD
.WORD

308

SEXIT

#NOBFR,QSEL6

;IS THE NO BUFFER FLAG SET?
:IF YES = OK, PROCEED.
:WE'RE NOT GETTING EXPECTED RESUL,';AP

308
9.EMG9,ERRG2

.WORD
-WORD
.WORD

015126

042777

000207

004737
000001

010272

150356

30%:

s (EITHER CONTROL OUT OR NOBUF /NAKS)
BIC
WAIT

#RDO!CMD ,aSEL2
RDO

JSR

PC, SWAIT
1
WORD

ESCAPE

TST

:CLEAR _CONTROL OUT
;EXPECT ANOTHER BACC OuT.

saxxx MACRO EXPANSION *xxx

sCALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDO
*hhkk&

000207

150336

BIC

CSESCAPE

L10053-.

**" MACRO EXPANSION wxx=
PC, $BAC C
CALL BA/CC IN ROUTINE WITH DEFAULTS
ROI'BACC
-WORD
:BA/CC_IN TRANSMIT COMMAND
.WORD
TBUF
:TRANSMIT BUFFER ADDRESS
.WORD
TCOUNT
s TRANSMIT CHARACTER COUNT

RAP

104455
000011
020174

031656
031662

JSR

DEC
BEQ
BIC

108:

L 2

:IF ERROR, BR TO TEST END.

shk k%

032777
001004

53
54 031650
55 031650
56 031656

BACCIT

TST

:nttt

031560
031564

48 031626

MOV

JSR

37
38 031560

031622
031624

;SEL6 VALUE (OR BITS TO SET IN BSEL6)
.

32
33 031536
031536
031540
34 031542
35 031546
36 031546

39 031566
031566
031570
40 031572
41 031574
42 031576
43 031604
44 031606
45 031606
46 031614
47 031616
031616
031620

1777

143

#RCMD
DO
,aSEL2
!

:IF ERROR, BR TO END.
sCLEAR BACC OurT.

Ak k%

TRAP

.WORD

CSESCAPE

L10053~.

CSERDF
8
EMG8
ERRG2

CSERDF
9
EMGY
ERRG2

B 12

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 60-2

SEQ

TEST 8 = NO BUFFER ERROR

59 031676
031676
60 031702
61 031702
031702
” 031702

SHUTDN
004737

012564

JSR

031704

031706

004737

031712

031716
031722
031724
031726

004737
004000
002634
000522

031734
031740
71
72 031742

031742
5 031744

18.2:
CLEAR

011070

JSR
ESCAPE

104410

000174

£
69 031730
031730
031732
70 031734

L2 2 23

L10054:

:MACRO FOR MASTER CLEAR
PC, SMSCLR
TST

BASEIN
011266

JSR

ESCAPE

004737
000000

TST

CNTRIN

011522

JSR

PC, $CNTIN
.WORD
0

ESCAPE

TST

74
75
76

($8SUB

TRAP

.WORD

CSESCAPE

L10053-.

;xxxx MACRO EXPANSION ##x#

:CALL BASE IN ROUTINE WITH DEFAULTS
:SET LINE UNIT LOOP
:BASE TABLE ADDRESS
:DMR=11 MODE
12 2 31

:IF ERROR, BR TO TEST END.

TRAP
.WORD
:MACRO FOR CONTROL IN (FULL DUPLEX)

CSESCAPE
L10053~.

ixxxx MACRO EXPANSION wx#w

:CALL CONTROL IN ROUTINE WITH DEFAULT
:SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.
:*fiit

104410
000144

TRAP

L2 2 3 3

;IF ERROR, BR TO TEST END.

:tfitfi

104410
000156

CSESUB

:ISSUE A DMR MASTER CLEAR

:MACRO FOR BASE IN COMMAND
PC, SBASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR

TRAP

;xxxx MACRO EXPANSION **##
;tttt

031714

67 031716

:DMR HALT ROUTINE.

:tfi"

BGNSUB
104402

65
66 031712

PC, SHALT

;xxxx MACRO EXPANSION ##ws

104403

031704

64 031706

;HALT DMR

508:
ENDSUB

63 031704

144

12 231

;IF ERROR, BR TO TEST END.

TRAP
.WORD

CSESCAPE
L10053-.

;SET THRESHOLDS:
:NAKS RCVD = 3
:NAKS SENT = 3

78
79 031746

031746
031752
031754
031756
80
81 031760
031760
031762

004737
000013
001403
003777

012070

:REP SENT = 377

DMRIN

THRESH,1403,3777

JSR

PC, SDMRIN
.WORD
THRESH
.WORD
1403
.WORD
3777

*NO BUFFER = 7

;xxax MACRO EXPANSION w#ww

:CALL DMR MODE INPUT ROUTINE
:INPUT COMMAND
:SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)
:SEL6 VALUE (OR BITS TO SET IN BSEL6)
:tfitt

104410
000126

ESCAPE

TST

L 2

2 21

:IF ERROR, BR TO TEST END.

TRAP
.WORD

CSESCAPE
10053~

c 12

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-E0 08:29:31 PAGE 60-3
TEST 8 = NO BUFFER ERROR

BACCIT

82 031764
031764
031770
031772
031774

004737
000040
002516
000044

012300

JSR

PC, $BACC

sanxx MACRO EXPANSION #w#ww

:CALL BA/CC IN ROUTINE WITH DEFAULTS

.WORD

RQI'BACCT

.WORD

TCOUNT

TBUF

:BA/CC IN TRANSMIT COMMAND

:TRANSMIT BUFFER ADDRESS

:TRANSMIT CHARACTER COUNT

:tttt

:
108

031776
032002

010272

85 032004

WAIT

RDO

JSR

PC, SWAIT
WORD
1

ESCAPE

000001

150216

BIT
BNE
ERRDF

208

032777
001004

000004

150200

104455
000011
020174
015126

TST

#CNTRL.@SEL2
208
8,EMG8,ERRG2

012564

97 032056
98 032064
99 032066
100 032074
101 032076

123727
001004
123727

002637

000003

002642

000003

001404

;WAIT FOR RDO TO BE SET
sxxxe MACRO EXPANSION w###

*CALL WAIT ROUTINE
:FLAG THAT WE'RE WAITING FOR RDO
:tttt

104455

2 3]

;IF RDO NOT SET, BR TO TEST END.

:IS THIS
A CONTROL OUT?
:IF YES, PROCEED.
:EXPECTED CONTROL OUT NOT RECEIVED.

TRAP

.WORD
.WORD
.WORD

JEXIT

BIT
BNE
ERRDF

#NOBFR,ASEL6
308
9,EMG9,ERRG2

;IS THE NO BUFFER FLAG SET?
:IF YES = 0K, PROCEED.
-WE'RE NOT GETTING EXPECTED RESULT

TRAP

.WORD
.WORD
.WORD
; (EITHER CONTROL OUT OR NOBUF /NAKS)

JSR

PC, SHALT

C(MPB
BNE
CMPB
BEQ

BASE+3,43
358
BASE+6,#3
408

ERRDF

23,EMT20,ERRT4

104401

ENDTST

CSERDF

8
EMGS
ERRG2

CSERDF

*DMR HALT ROUTINE.

L2 3

3 3

:NAKS REC. = NO BUFFER = 3?
*IF NOT ERROR
*NAKS SENT = NO BUFFER = 3?
:IF OK = SKIP.
TRAP

L10055:

L10053:

CSERDF

.WORD
.WORD

23
EMT20

TRAP

(CSESUB

TRAP

CSETST

.WORD

40%:
ENDSUB

CSESCAPE

L10053-.

saxxx MACRO EXPANSION ##ww

000027
032150
032112

104403

TRAP

.WORD

:ttit

1 2

30%

SHUTDN

004737

1 22 3 4

032052

145

:BA/CC IN COMMAND FOR TRANSMIT

.WORD

83 031776
84 031776

S
95 032052
96 032052

SEQ

ERRT4

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 60-4

SEQ

TEST 8 ~ NO BUFFER ERROR

108
109 032112

BGNMSG

032112

110 032112

032112
032114
032120
032122
032126
032132
032136
032140
032142

005046
153716
005046
153716
012746
012746
010600
104414
(62706

032146
12 032146

104423

113 032150

116

032161

122

111 032146

1
n

wvi s

032153
032156

123
12

ERRT4
PRINTB

W#FMG7,<B,BASE+3>,<B,BASE+6>

ERRT4::

002642
002637
016615
000003

000010

101

040°
000

ENDMSG

113

105
117

EMT20:

146

CLR
BISB
CLR
BISB
MOV
MOV
MOV
TRAP
ADD

-(SP)
BASE
+6, (SP)
-(SP)
BASE+3. (SF)
#FMG7 ,-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP

TRAP

CSMSG

L10056:
.ASCIZ

.EVEN

/NAKS ERROR/

CZMIBQ DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 1

SEQ

TEST'9'~ NON-EXISTENT MEMORY ERROR

147

LSBTTL

.'i."'."'.'.."...."""""'."...'......'..'..'...'."..."""...

TEST 9 = NON-EXISTENT MEMORY ERROR

5
6

TEST 9 = DMR=11

;% NON=-EXISTENT MEMORY (NXM) ERROR CHECK
;* PERFORM DMR COMMANDS USING NXM ADDRESSES VERIFY THAT NXM ERROR IS

;* REPORTED IN EACH OF

SUBTEST 1

BASE IN RESUME COMMAND
- BASE TABLE ADDRESS IS NXM

SUBTEST 3

BA/CC IN TRANSMIT COMMAND- BA/CC IN ADDRESS IS NXM

1(1)
!

THE FOLLOWING SUBTEST

;s*

SUBTEST 2

BA/CC IN RECEIVE COMMAND
- BA/CC IN ADDRESS IS NXM

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

13 032164

BGNTST

032164

14 032164

032164

15 032166

032166
16
17 032172

032172
032174

18 032176

032176
032202
032204
032206

19::

BGNSUB

104402
004737

T19.1:
CLEAR

011070

JSR

JMASTER CLEAR MACRO

PC, SMSCLR

ESCAPE

004737
004000
002634
000522

TST

011266

JSR

PC, $BASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR

20 032210
032210
032212
21 032214

032214
22 032220
032220
032222
23 032224

g‘s'

ESCAPE

104410
000462
004737
104410
000452

012737

000001

28
29 032244

004737
000000
160000

011266

002364

L2 221

;IF ERROR, BR TO TEST END

HALT

PC, SHALT
TST

CSESCAPE
L10057~-.

sCALL BASE IN ROUTINE WITH DEFAULTS
sSET LINE UNIT LOOP
:BASE TABLE ADDRESS
*DMR-11 MODE

TRAP
.WORD

CSESCAPE
L10057-.

TRAP
WORD

CSESCAPE
L10057-.

saxxx MACRO EXPANSION ®w=x

;DMR HALT ROUTINE.
*RARN

27 032232

032242

JSR
ESCAPE

032232
032236
032240

TST

SHUTDN

012564

L2 2

JBASE IN COMMAND - DMR MODE
saxxx MACRO EXPANSION wwnw

..'..

TRAP
.WORD

;ISSUE A DMR MASTER CLEAR

;IF ERROR, BR TO TEST END

BASE IN

cs$8suB

sxxnx MACRO EXPANSION wwwx
:'.'Q

104410
000500

TRAP

L2
2 21

;IF ERROR, BR TO TEST END.

MOV

#CNTRL ,ERROR

BASEIN

;BASE IN RESUME COMMAND WITH NXM BASE TABLE.
0,160000,B1T15'BIT14'RES!DMR

JSR

150522

$BASE |
UOR
0
.WORD
160000

.WORD

sTHIS FLAG WILL INMIBIT CONTROL OUT

;ERROR REPORTING - BECAUSE WE EXPECT ONE.

sannx MACRO EXPANSION wwns

.‘CALL BASE IN ROUTINE
JMAINTENANCE MODE BITS TO SET IN BSEL1
,BASE TABLE ADDRESS
BIT15'BIT14'RES'DMR
s MODE
'."

WAIT

RDO

TRREN

JWAIT FOR RDO TO BE SET
srexx MACRO EXPANSION www»

F 12

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 61- 1

SEQ

' TEST 9 = NON-EXISTENT MEMORY ERROR

032244
03225C

004737
000001

010272

30 032252

032777

000001

|
:

32 032262
032262

;

:
|

{

,
'

032260

032264
032266
032270
33 032272
34 032274

35 032274

36 032302

37 032304
032304
032306

032310
032312

38 032314
39 032314
40 032322
41 032326
032326
42 032326
43 032330
032330
032330
44 032332

032332
45
46 032336

032336
032340

47 032342

032342

032346
032350
032352
48
49 032354

;

001005

104455
000010
020130
015126
000410
032777

001004

000400

104455
000011

‘

PC, SWAI
.WORD
1

sCALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDO

BIT

#CNTRL ,@SEL?2

;IS THERE A CONTROL OUT REPORTED ?

ERRDF

8,EMG8,ERRG2

JEXPECTED CONTROL OUT

208

JEXIT

BIT

A#NXM,QSEL6

;IS THE NXM FLAG SET?

ERRDF

9,EMGY,ERRG2

JUNEXPECTED CONTROL OUT RECEIVED

147754

147736

BNE

108:

BNE

020174
015125

042777
005037

JSR

000207
002364

147712

108

208

Rk hw

:IF

104402

004737

ENDSUB

BIC
CLR

#RDO!CMD,aSEL2
ERROR

011070

19.2:

JSR
ESCAPE

104410
000334

;MACRO FOR MASTER CLEAR

PC, SMSCLR

004737

004000
002634
000522

TST

011266

JSR

ESCAPE

.WORD
.WORD
.WORD

LPLU
BASE
DMR

TST

JSR

PC, SCNTIN
.WORD
O

iwxws

000304

TRAP

($8suB

TRAP
.WORD

CSESCAPE
L10057-.

ESCAPE

L2
2 2

MACRO

EXPANSION

sSET LINE UNIT LOOP
;BASE TABLE ADDRESS
;DMR-11 MODE

*xxs

L3
2 2

:IF ERROR, BR TO TEST END.

TST

CSESCAPE
L10057-.

sxwxx MACRO EXPANSION #xwe

sCALL CONTROL IN ROUTINE WITH DEFAULT
;SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.
*hhkAR

104410

C$ESUB

TRAP
.WORD
sMACRO FOR CONTROL IN (FULL DUPLEX)

CNTRIN

011522

TRAP

EMGY
ERRGZ2

;CALL BASE IN ROUTINE WITH DEFAULTS

sRNRN

004737
000000

;ISSUE A DMR MASTER CLEAR

sMACRO FOR BASE IN (OMMAND

PC, $BASE]

CSERDF

sxnxx MACRO EXPANSION ##xx

:IF ERROR, BR TO TEST END.

BASE IN
,

TRAP
.WORD

;CLEAR RDO AND THE COMMAND BITS
;ALLOW ERROR REPORTING

L10060:

CLEAR

CSERDF
8
EMG8
ERRGZ2

;IF YES = ERROR REPORTED CORRECTLY

SRERR

032360
032364

032370

TRAP
.WORD
_WORD
.WORD

BGNSUB

104410
000316

032366

YES, PROCEED.

104403

032354
032356
50 032360

52 032366

L2 22

.WORD
.WORD

208%:

148

L 2 2 2]

;iF ERROR, BR TO TEST END.

TRAP

.WORD

CSESCAPE

L10057-,

’

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 61-2

SEQ

' TEST 9 = NON-EXISTENT MEMORY ERROR

53 032372
54
55
56
57 032400

012737

032400
032404
032406
032410

004737
000044

000001

002364

MOV

012300

032412
032416
032420
032422

012300

62 032432
63 032440

64 032442

032442
032444

65 032452
66 032454
67 032454
68 032462
69 032464

032464
032466
032470
o 032472

71 032474
72 032474

73 032502

764 032506

032506
032506

75
76 032510

032510
032510

77 032512

032512
78

160000,B1T15! sml.'ncoum

JSR

C, $BACC

'CALL BA/CC IN ROUTINE

.WORD

:BUFFER ADDRESS BITS 0-15

JSR

sennx MACRO EXPANSION wwwsw

.UORD

RQI 'BACCR

.WORD

BIT15'BIT14'RCOUNT

160000

sBA/CC IN RECEIVE COMMAND

.'"'.

;BA BITS 16/17 AND CHAR. COUNT
(23 21

;BA/CC IN XMIT

PC,

$BACC

.WORD

.WORD
.WORD

sawxx MACRO EXPANSION wwwx
sCALL BA/CC IN ROUTINE WITH DEFAULTS

RQ]I 'BACCT
TBUF
TCOUNT

;BA/CC IN TRANSMIT COMMAND

;TRANSMIT BUFFER ADDRESS
;TRANSMIT CHARACTER COUNT

.‘...'

60
61 032424

032424
032430

CONTROL OUT ERROR REPORTING AGAIN.

BA/CC IN REC. COMMAND WITH NXM
DR = 760000 AND A CHARACTER COUNT
= 3.

BACCIT

004737
000040
002516
000044

;INMIBIT

BACCIR

160044

58
59 032412

#CNTRL,ERROR

004737
000001

032777
001005

010272

WAIT

RDO

JSR

PC,

147574

104455

;WAIT FOR RDO
sexxx MACRO EXPANSION wxx=
;CALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDO

147556

;1S THERE A CONTROL OUT REPORTED ?

ERRDF

8,EMG8,ERRG?2

JEXPECTED CONTROL OUT

BIT
ERRDF

104455
000011

3 3

#CNTRL ,@SEL2

108

20%
000400

(L 22

BIT

000010
020130
015126
000410

032777
001004

SWAIT

.WORD

L 22 21

:'..'

000001

:IF YES, PROCEED.

TRAP

.WORD
.WORD
.WORD

JEXIT

ANXM,ASEL6

20%
9,EMG9,ERRG2

TRAP

000207

002364

147532

ENDSUB

8IC
(LR

#RDO!CMD,aSEL2

ERROR

CSERDF

8
EMG8
ERRGZ2

;IS THE NXM FLAG SET?

;IF YES - ERROR REPORTED CORRECTLY
UNEXPECTED CONTROL OUT RECEIVED

020174
015126
042777
005037

149

;CLEAR RDO AND THE

CSERDF

.WORD
.WORD
. WORD

9
EMG9
ERRGZ

TRAP

C$ESUB

TRAP

($BSUB

COMMAND BITS.

;ENABLE ERROR REPORTING

L10061:

104403

BGNSUB

19.3:

104402

CLEAR

004737

011070

JSR

PC,

SMSCLR

;MACRO FOR MASTER CLEAR
Juenxx MACRO EXPANSION w=xxx
;ISSUE A DMR MASTER CLEAR

:i..'

LA A2}

CZDMIBO DMR=11

FUNCTIONAL

TESTS MACRO v03.01

TEST 9 < NON-EXISTENT MEMORY ERROR

79 032516

032516
032520
80 032522
032522
032526
032530

|
|

¢
,
|

032532

ESCAPE

104410
000154
004737
004000
002634

011266

JSR

000522

104410
000136

032540
032544

004737
000000

83 032540

ESCAPE

;MACRO FOR BASE IN COMMAND

PC, $BASE]
.WORD
.WORD
.WORD

LPLU
BASE
DMR

TST

011522

JSR

|
|

2550
86 032552

. 032546

032552

032556
032560
032562

87
88 032564
032564
032566
gg 032570

ESCAPE

104410

000124

004737

4
002566
000044

104410
0001
012737

ESCAPE

000001

002364

PC, SCNTIN
.WORD
O

032610

TST

MOV

;SET LINE UNIT LOOP
;BASE TABLE ADDRESS
:DMR-11 MODE

9 032616

,
|
;
i

98 032626
032626
032630
032632

L2 2

ERROR, BR TO TEST END.

TRAP

CSESCAPE

L10057-.

sexxx MACRO EXPANSION ##ww
;CALL CONTROL IN ROUTINE WITH DEFAULT
;SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.
;IF

L 2.2 3

ERROR, BR TO TEST END.

TRAP

.WORD

;BA/CC IN RCV

CSESCAPE

L10057-.

sxxxx MACRO EXPANSION ##ww
PC, $BACC
;CALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQ]'BACCR
;BA/CC IN RECEIVE COMMAND
.WORD
RBUF
;RECEIVE BUFFER
.WORD
RCOUNT
;RECEIVE CHARACTER COUNT

TST

;IF

#CNTRL ,ERROR

13231

ERROR, BR TO TEST END.

;INHIBIT

TRAP

.WORD

CSESCAPE

L10057-.

CONTROL OUT ERROR REPORTING AGAIN.

BACCIT

004737
000040
160000
140001

012300

JSR

004737

000001

:ADDRESS (760000) AND A CHAR. COUNT = 1

160000,BIT15!81T14!1
;a%xx MACRO EXPANSION w##w

PC,

$BACC

.WORD

.WORD
.WORD

010272

WAIT

RDO

JSR

PC.,

IN ROUTINE

:BA/CC

IN TRANSMIT COMMAND

160000
;BUFFER ADDRESS BITS 0-15
BIT15!BIT14!1
;BA BITS 16 & 17 AND CHAR.
:.t.t

SWAIT

LWORD

:CALL BA/CC

RQI:!BACCT

032777

001005

104455
000010
020130

000001

147410
.

BIT

BNE

ERRDF

#CNTRL ,@SEL?2
108

8.EMG8 ,ERRG2

L2 2 2

COUNT

;WAIT FOR RDO TO BE SET.
sxxxx MACRO EXPANSION #xwx
sCALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDO
:.t'.

97 032624

CS$ESCAPE

L10057-.

;BA/CC_IN XMIT COMMAND WITH NXM BUFFER

9%
95 032610

032614

JSR

.WORD

;CALL BASE IN ROUTINE WITH DEFAULTS

;tttt

91
92
93 032576

032576
032602
032604
032606

TRAP

.WORD
;sMACRO FOR CONTROL IN (FULL DUPLEX)

BACCIR

012300

150

sexex MACRO EXPANSION w#wx=

;IF

CNTRIN

85 032546

| ===

ERROR, BR TO TEST END.

:Qttt

;1F

SEQ

:t't'

82 032534
032534
032536

|
|
!

ISt

BASE IN

H 12
23-APR-80 08:29:31 PAGE 61-3

LA S

;1S THERE A CONTROL OUT REPORTED ?

:IF

YES, PROCEED.

JEXPECTED CONTROL OuT

TRAP

.WORD
.WORD

CSERDF

8
EMG8

CZOMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 614

SEQ

'TEST 9 = NON-EXISTENT MEMORY ERROR

032634

100 032640
101 032640

102 032646
103 032650

032650
032652
032654
032656
1
32660
105 032660
106 032666
107 032672

108 032672

015126
000410
032777
001004

VR W=

— -l
o

e
T ey

147372

104455
000011
020174
015126
042777

CO05037

000207
002364

147346

20%

BIT
BNE
ERRDF

#NXM,QSEL6
20%
9,EMGY,ERRGZ

;IF YES = ERROR REPORTED CORRECTLY

ENDSUB

ENDTST

104401

20%:

104403

109 032674

032674
032674

000400

10%:

.WORD

JEXIT

CLR

#RDO
! CMD,aSEL2
ERROR

ERRGZ

;IS THE NXM FLAG SET?

JUNEXPECTED CONTROL OUT RECEIVED

TRAP

.WORD
.WORD
.WORD

BIC

151

CSERDF
9

EMGY
ERRG2

;CLEAR RDO AND THE COMMAND BITS.
;DON'T INHIBIT CONTROL OUT ERRORS
L10062:

L10057:

TRAP

C$SESUB

TRAP

CSETST

J12

|CZDMIBO DMR=11

FUNCTIONAL TESTS MACRO VO3.01 23-APR-80 08:29:31 PAGE 63

LSBTTL

't'tt.ttt"""*tlt."tt""'."tt....."ttl".'t.".'tt.t.'tt""".

SEQ

'TEST 10 = TIME OUT ERROR

TEST 10 = TIME OUT ERROR

152

TEST

10 = DMR=11

i* TIME OUT = FORCE A TIMEOUT AND VERIFY THAT THE ERROR IS REPORTED

.tt'l't"'Qttt'tttltt.tttttttt'ttt.'Qttttt'Q't'tttt'tttttt!t'.ti'.t'.'

8 032676
032676
9 032676

032676
10
11 032702

032702
032704

12 032706

032706
032712
032714
032716

BGNTST

T10::

CLEAR

004737

011070

JSR

;MACRO FOR MASTER CLEAR

PC, $MSCLR

saxxx MACRO EXPANSION *xww

:ISSUE A DMR MASTER CLEAR
‘R

ESCAPE

104410
000172
004737
004000
002634
000522

JSR

;IF ERROR, BR TO TEST END.

PC., $BASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR

sxxxx MACRO EXPANSION *xww
:CALL BASE IN ROUTINE WITH DEFAULTS
-SET LINE UNIT LOOP
:BASE TABLE ADDRESS
:DMR-11 MODE

;MACRO FOR BASE IN COMMAND

;tttt

14
15
16
17

19 032720
032720
032724

032726
032730
20
21 032732
032732
032734
22 032736
032736
032742
032744
032746

23
24 032750
032750
032752
25 032754

032754
032760

004737
000013

012070

THRESH,177777, 177401

JSR

PC. SDMRIN
.WORD
THRESH

.WORD
.WORD

ESCAPE

004737
000012
000000
000001

012070

177777
177401

TST

DMRIN

TIMER.0.1

JSR

PC, SDMRIN
.WORD
TIMER
.WORD
O
.WORD
1

ESCAPE

004737
000000

TST

CNTRIN
011522

JSR

3 ]

sxxxx MACRO EXPANSION sx##

:SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)
:SEL6 VALUE (OR BITS TO SET IN BSEL6)
2

PC, SCNTIN
.WORD
0

13 228 1

:IF ERROR, BR TO TEST END

TRAP
CSESCAPE
WORD
L10063-.
;SET REP/SEL TIMER TO MINIMUM (100 nsscs>

sexxx MACRO EXPANSION www#

:CALL DMR MODE INPUT ROUTINE
:INPUT COMMAND
:SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)
:SEL6 VALUE (OR BITS TO SET IN BSEL6)
:ttt.

104410
000124

CSESCAPE
L10063-.

*CALL DMR MODE INPUT RGUTINE
:INPUT COMMAND
.

104410
000142

L 2

TRAP
.WORD

:SET THRESHOLD VALUES AS FOLLOWS:
:BSEL4 = NAKS RECEIVED (377)
:BSELS = NAKS TRANSMITTED (377)
BSEL6 = REP/SEL SENT (1)
EL7 = NO BUFFFER (377)

DMRIN
177777
177401

L2
8 3]

TST

BASE IN

011266

L3 2

:IF ERROR, BR TO TEST END.

TRAP
.WORD
;MACRO FOR CONTROL IN (FULL DUPLEX)
sexxx MACRO EXPANSION wwws

CSESCAPE
L 10063~.

:CALL CONTROL IN ROUTINE WITH DEFAULT
;SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.
:..I.

LA A2

K 12

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 60-1

SEQ

TEST 10 = TIME OUT ERROR

26
27 032762
032762
- 032764

104410
000112

30 032766
032766
032772
032774
032776

004737
000005
000000
000020

012070

ESCAPE

TST

DMRIN

WMODEM,0,BIT4

JSR

PC, SDMRIN
.WORD
WMODEM
.WORD
0
.WORD
BIT4

;IF ERROR, BR TO TEST END.

32 033000
033000
033004
033006
033010
33
34 033012
033012
033014
35 033016

033016
033022
36 033024
033024
033026
37 033030

38 033036

39 033040
033040
033042
033044
033046

40 033050

41 033052

42 033052

43 033060

44 033062

004737
000040
002515
000044

004737
000001

;USE WRITE MODEM COMMAND TO SET HALF DUPLEX.

:CALL DMR MODE INPUT ROUTINE
;INPUT COMMAND
:SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)
:SEL6 VALUE (OR BITS TO SET IN BSEL6)
L2 2 24

;BA/CC IN XMIT BUFFER

;xxxx MACRO EXPANSION #wew

PC, $BACC
:CALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI'BACCT
;BA/CC IN TRANSMIT COMMAND
.WORD
TBUF
;TRANSMIT BUFFER ADDRESS
.WORD
TCOUNT
:TRANSMIT CHARACTER COUNT

ESCAPE

010272

TST

104410
000050
032777

001005

000001

147176

000410

032777

001004

020174
015126

033072

004737

000002

147160

108:

TRAP
.WORD

CSESCAPE
L10063~.

TRAP
.WORD

CSESCAPE
L10063-.

TRAP
.WORD
-WORD
.WORD

CSERDF
8
EMG8
ERRG2

TRAP

CSERDF

WAIT

RDO

:WAIT FOR THE READY OUT.

JSR

PC, SWAIT
JWORD
1

:CALL WAIT ROUTINE
:FLAG THAT WE'RE WAITING FOR RDO

ESCAPE

TST

:IF ERROR, EXIT.

BIT

#CNTRL,@SEL2

ERRDF

8,EMG8,ERRG2

BNE

104455
000010
020130
015126

1 2

:IF ERROR, EXIT

;xxxx MACRO EXPANSION #xxw

033066
033070
45 033072
46 033072

033076

JSR

104410
000062

104455

47
48 033076

012300

108

L2
2 8

;IS THIS A CONTROL OUT

:1F YES, PROCEED.

:EXPECTED A CONTROL OUT.

208

SEXIT

BIT

#TOUT,aSEL6

:WAS THE TIME OUT REPORTED?

ERRDF

9,EMG9,ERRG2

:UNEXPECTED ERROR.

BNE

208

:IF YES, EXIT

.WORD

208:

012564

.WORD
.WORD
SHUTDN

JSR

CSESCAPE
L10063~.

;xxxx MACRO EXPANSION *#ws

:'I’t'

033062

033064

BACCIT

TRAP
.WORD

:BLIND THE RECEIVER BY GOING INTO HDX.

;ttt.

153

PC, SHALT

;exxx MACRO EXPANSION *ax»

:DMR HALT ROUTINE.

;..tt

1 2

ENDTST

L10063:

EMG9
ERRG2

L 12

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 62-2
TEST 10 = TIME OUT ERROR

033076

104401

SEQ

TRAP

154

CSETST

Mm12
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 64

SEQ

TEST 11 - MESSAGE TOO LONG ERROR

155

}

.SBTTL

:'fi..*"t'fit.*.""fi'.'.t""'.fi".'."'.*"fi.‘fi.i"'..""'."t""'.

i®

TEST 11 - MESSAGE TOO LONG ERROR
TEST 11 = DMR-11

MESSAGE TOO LONG = TRANSMIT A MESSAGE THAT IS TOO LONG FOR THE

RECEIVE BUFFER AND VERIFY THAT THE ''TOO LONG'®' ERROR IS RECEIVED.

- %

;'tttt"*"fi"'fit'ttQ"'fi't"Q*'...t."..'."."'.fi'*""'t't"'."'..

9 033100

BGNTST

033100

10 033100

033100
1
12 033104
033104

033106
13 033110

033110
033114
033116
033120

CLEAR

04737

011070

JSR

PC, SMSCLR

ESCAPE

004737
004000
002634
000522

TST

BASEIN

033122
033124

16 033126

033126
033132
17
18 033134

033134

011266

JSR

004737
000000

PC, $BASE!
.WORD
LPLU
.WORD
BASE
.WORD
DMR

ESCAPE

104410

033140
033144
033146
033150

004737
000044
002566
000022

25 033172

JSR

012300

000001

002364

TST

;IF ERROR, BR TO TEST END.

TRAP
WORD

CSESCAPE
L10064~-.

sxxxx MACRO EXPANSION *nwx

;sCALL CONTROL IN ROUTINE WITH DEFAULT
sSEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.
1 32 23

BACCIR

RBUF,RCOUNT/2

WORD
L10064~-.
;SET UP THC RECEIVE BUFFER WITH 1/2 BU®. SPACE

JSR

PC, $BACC
sCALL BA/CC IN ROUTINE
.WORD
RQI'BACCR
sBA/CC IN RECEIVE COMMAND
.WORD
RBUF
;BUFFER ADDRESS BITS 0-15
.WORD
RCOUNT/2
;BA BITS 16/17 AND CHAR. COUNT

JSR

108:

L8
2 24

;MACRO FOR CONTROL IN (FULL DUPLEX)

PC, S$CNTIN
WORD
O

CSESCAPE
L10064~-.

;IF ERROR, BR TO TEST END.

MOV

012300

TRAP
WORD

TST

BACCIT

004737
000040
002516
000044

8 1

sCALL BASE IN ROUTINE WITH DEFAULTS
sSET LINE UNIT LOOP
;BASE TABLE ADDRESS
:DMR-11 MODE

#CNTRL ,ERROR

TRAP

CSESCAPE

sxxxx MACRO EXPANSION *xxx

:"fi'

012737

sxxxx MACRO EXPANSION #xxx

:fi*fi*

CNTRIN

011522

1 3

;IF ERROR, BR TO TEST END.

:fi*.fi

000120

033160
033164
033166
033170

ESCAPE

104410
000132

033136
19 033140

20
21 033152
22
23
24 033160

:ISSUE A DMR MASTER CLEAR

sMACRO FOR BASE IN COMMAND

14
15 033122

saxxx MACRO EXPANSION *xwxw

:*t*i

104410
000150

T11::

;MACRO FOR MASTER CLEAR

L3 2 3

sTHIS FLAG WILL DISABLE ANY CONTROL OUT ERROR
JREPORTING BECAUSE WE ARE INTENTIONALLY
sCAUSING ONE IN THIS TEST.
;BA/CC IN XMIT COMMAND
saxxx MACRO EXPANSION wxxx

PC, $BACC
;CALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI'BACCT
:BA/CC IN TRANSMIT COMMAND
.WORD
TBUF
;TRANSMIT BUFFER ADDRESS
.WORD
TCOUNT ;TRANSMIT CHARACTER COUNT
2

2331

133 81

N 12
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 64~1

SEQ

TEST 11 = MESSAGE TOO LONG ERROR

26 033172
033172
033176
27 833200

004737
000001
104410

032777
001004

033244

104455
000011
020174
015126

033252

000001

147022

104455
00010
020130
015126
000410

32 033226
33 033226
34 033234

37
38 033246
39 033246
40 033252

RDO

JSR

PC, SWAIT
LWORD
1

ESCAPE

TST

BIT
BNE
ERRDF

#CNTRL ,@SEL2

sWAIT FOR RDO TO BE SET
sxxxx MACRO EXPANSION #wws

sCALL WAIT ROUTINE
sFLAG THAT WE'RE WAITING FOR RDO
Tawan

000054
032777
001005

31 033224

010272

WAIT

005037

004737

000020

147004

20%:

30%:

;IF RDO NOT SET, BR TO TEST END.

TRAP
.WORD

CSESCAPE
L10064~.

TRAP
.WORD
.WORD
.WORD

CSERDF
8
EMG8
ERRG2

208
8,EMG8,ERRG2

;IS THIS A CONTROL OUT?
;IF _YES, PROCEED
JEXPECTED CONTROL OUT.

40%

SEXIT

BIT
BNE

#TOLONG,QSEL6

40%

:IS THE TOO LONG BIT SET?
sIF YES, TEST OK = FINISH UP.

ERRDF

9.EMG9.ERRG2

sWE'RE NOT GETTING EXPECTED RESULT

TRAP

.WORD
.WORD
.WORD

002364

40%:

012564

CLR
SHUTDN

ERROR

JSR

PC,

SHALT

156

CSERDF
9

EMGY
ERRGZ2

;RESTORE ERROR FLAG TO NORMAL STATE.

sHALT THE DMR.
sx%xx MACRO EXPANSION %%«

;DMR HALT ROUTINE.
AN

41
42

43
44 033256

033256
033256

ENDTST
104401

L10064:

TRAP

CSETST

8 13

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 me 65

SEQ

TEST 12 - PROCEDURE ERRORS

.SBTTL

157

TEST 12 = PROCEDURE ERRORS

-'ttttttttttttttttttt't'ttt'tttttt'tttttttttt.tttttt't't't.tntt'tttttt

4
5
6
7

8
9

i
;*
:*
;*

TEST 12 - DMR-11
PROCEDURE ERRORS THE FOLLOWING SHOULD CAUSE THE DMR=11
A PROCEDURE ERROR

;*
:*

SUBTEST 3
SUBTEST 4

;*
;*

10
1

SUBTEST 1
SUBTEST 2

14
15 033260

t
. tttttttttttttfittttttt'tttttttttttttttttttttttt'ttttttttttt*ttttttttt
BGNTST
T12::
BGNSUB
T12.1:

033260
16 033260
033260
- 033260

104402

A BA/CC IN XMIT. WITH A BUFFER LENGTH OF 0

TRAP

18 033262
033262

A sscouo BASE IN COMMAND
A CONTROL IN BEFORE A BASE IN
A BA/CC IN BEFORE A BASE IN
A BA/CC IN RCV WITH A BUFFER LENGTH
OF 0

}%-

- %

SUBTEST 5

TO HALT AND RESPOND WITH

CLEAR
004737

011070

JSR

PC, SMSCLR

;MASTER CLEAR MACRO
sxxxx MACRO EXPANSION ###%
;ISSUE A DMR MASTER CLEAR
;tttt

20 033266

033266
033272
033274
033276
21
22 033300
23
b
25 033306
033306
033312
033314

033316

BASEIN

004737
004000
002634
000522

011266

JSR

012737

000001

002364

28 033326
033326
033330

29 033332
30 033340
31 033342
033342
033344

MOV

011266

JSR

000522

004737
000001

sxxxx MACRO EXPANSION #xxx

PC, S$BASE]
.WORD
LPLU
.WORD
BASE

sCALL BASE IN ROUTINE WITH DEFAULTS
2SET LINE UNIT LOOP
;BASE TABLE ADDRESS

DMR

sxxxx MACRO EXPANSION #x#x

:DMR-11 MODE
;tttt

032777

001005

RDO

;WAIT FOR RDO TO BE SET

JSR

PC, SWAIT
WORD
1

;CALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDO

104455
000010

ESCAPE

000001

146674

L3 2 334

WAIT

sxxxx MACRO EXPANSION #wxwxs

lttt

104410
000632

L322

sTHIS FLAG WILL DISABLE ANY CONTROL OUT ERROR
sREPORTING BECAUSE WE ARE INTENTIONALLY
;CAUSING ONE IN THIS TEST.
;SECOND BASE IN

.WORD

010272

2. 84

#CNTRL ,ERROR

BASEIN
004737
004000
002634

1 2

;CALL BASE IN ROUTINE WITH DEFAULTS
sSET LINE UNIT LOOP
;BASE TABLE ADDRESS
:DMR-11 MODE

IhRRK

26
27 033320

033320
033324

PC, $BASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR

BIT

BNE

ERRDF

C$8sUB

TST

#CNTRL ,@SEL2
108
8,EMG8,ERRG2

1 3.2 3 3

*IF RDO NOT SET, BR TO TEST END.

;IS THIS A CONTROL QUT?

TRAP
WORD

CSESCAPE
L10065-.

TRAP
.WORD

CSERDF
8

;IF YES, PRGCEED.

JEXPECTED CONTROL OUT

c 13
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR=80 08:29:31 PAGE 63-1
TEST 12 - PROCEDURE ERRORS

033346
033350

020130
015126

34 033354

032777

> 8%%%?% 000410
35 033362 001004
36 033364
033364

033366
033370
> 8%%;2

104455
000011
020174
015126

38 033374

042777

39 033402

40 033406

033406

4 033406

005037

001000

000207

002364

146456

43 033410

033412

.WORD
-WORD

158

EXIT

BIT

#HALTC,@SEL6

;IS THE HALT - PROCEDURE ERROR BIT SET?

ERRDF

9,EMG9,ERRG2

BIC

#RDO!CMD,@SEL2

BNE

ENDSUB

CLR

15$

ERROR

UNEXPECTED CONTROL OUT RECEIVED

104402

004737

011070

JSR

46 033416
47

49 033424

50
51
52
53 033430

033430
033434

012737
005037

000001

002364

MOV

002260

CLR

004737
000000

011522

JSR

PC, SMSCLR

56 033444
033444
033446
57 033450

58 033456

59 033460
033460
033462
033464
033466

004737
000001

010272

104410
000514
032777

001005

000001

146556

104455
000010
020130
015126

108:

112.2:

TRAP

($8SUB

#CNTRL,ERROR

;THIS FLAG WILL DISABLE ANY CONTROL OUT ERROR

:CAUSING ONE IN THIS TEST.

DMRFLG

PC, SCNTIN
.WORD
0

:REPORTING BECAUSE WE ARE INTENTIONALLY

:CLEAR FLAG THAT IS SET IN BASEIN IN ORDER

:TO FLAG THAT A CONTROL OUT-DMR RUN MODE
:COMMAND IS EXPECTED (THIS FLAG WAS SET IN
:THE PREVIOUS SUBTEST BASEIN)
*CONTROL IN
;xexx MACRO EXPANSION waew

:CALL CONTROL IN ROUTINE WITH DEFAULT
:SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.

RDO

L3 2 24

:WAIT FOR RDO TO BE SET
;xxxx

MACRO EXPANSION

*#ws

JSR

PC, SWAIT
WORD
1

ESCAPE

TST

:IF RDO NOT SET, BR TO TEST END.

BIT

#CNTRL,@SEL2

:
;IS THIS A CONTROL OUT?

ERRDF

8,EMG8,ERRG2

:EXPECTED CONTROL OUT

SEXIT

BNE

CSESUB

:ISSUE A DMR MASTER CLEAR

:CALL WAIT ROUTINE
:FLAG THAT WE'RE WAITING FOR RDO
t.'fi

60 033470 000410

61 033472

WAIT

TRAP

;xxxx MACRO EXPANSION *#ww

t*fit

CSERDF
9
EMG9
ERRG2

:MASTER CLEAR MACRO

CNTRIN

54
55 033436
033436
033442

L10066:

‘

:fi“tt

TRAP
WORD
.WORD
-WORD

;CLEAR RDO AND THE COMMAND BITS

*RESTORE FLAG

BGNSUB
CLEAR

EMGS
ERRG2

:IF_YES - ERROR REPORTED CORRECTLY

104403

44 033412

158

146632

42 033410

033410

SEQ

108

1 2

TRAP
.WORD

CSESCAPE
L10065-.

TRAP
.WORD
.WORD
.WORD

CSERDF
8
EMG8
ERRG2

*IF YES = PROCEED.

D13

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 65-2
TEST 12 - PROCEDURE ERRORS

62 033472
63 033500
64 033502
033502
033504
033506
033510
65 033512
66 033512
67 033520
68 033524
033524
69 033524
70 033526
033526
,, 033526

032777
001004

001000

146540

104455
000011
020174
015126
042777
005037

000207
002364

146514

158:
ENDSUB

WHALTC,@SEL6
158
9,EMG9,ERRG2

;IS THE HALT - PROCEDURE ERROR BIT SET?
:IF_YES = ERROR REPORTED CORRECTLY
:UNEXPECTED CONTROL OUT RECEIVED
TRAP
.WORD
WORD
WORD

BIC
CLR

WRDO!CMD,@SEL2
ERROR

:CLEAR RDO AND THE COMMAND BITS.
:RESTORE FLAG

CLEAR

74 033534

75
76

012737

000001

JSR
002364

MOV

77 033542
033542
033546
033550
033552

PC, SMSCLR

012300

JSR

80 033562
033562
033564
81 033566
82 033574
83 033576
033576
033600
033602
033604
033606

85 033610

86 033610
87 033616
88 033620
033620
033622
033624

WAIT
004737
000001

010272

JSR

ESCAPE

000001

146440

104455
000010
020130
015126
000410
032777
001004

104455
000011
020174

BIT
BNE
ERRDF

L2 2 2

sTHIS FLAG WILL DISABLE ANY CONTROL OUT ERROR

:REPORTING BECAUSE WE ARE INTENTIONALLY
:CAUSING ONE IN THIS TEST.

:BA/CC_IN RCV. COMMAND

iaxas MACRO EXPANSION waww

PC, $BACC
:CALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI'BACCR
:BA/CC_IN RECEIVE COMMAND
.WORD
RBUF
sRECEIVE BUFFER
.WORD
RCOUNT
:RECEIVE CHARACTER COUNT

RDO
PC, SWAIT
WORD
1

L2 2 2 1

:WAIT FOR RDO TO BE SET

iwxxx MACRO EXPANSION *xw

:CALL WAIT ROUTINE
:FLAG THAT WE'RE WAITING FOR RDO
L3
2 3

TST

:IF RDO NOT SET, BR TO TEST END.

MCNTRL,®SEL2
108
8,EMG8,ERRG2

;IS THIS A CONTROL OUT?
*IF YES - PROCEED.
:EXPECTED CONTROL OUT

001000

146422

108:

($8SUB

:ISSUE A DMR MASTER CLEAR

kAR

104410
000376
032777
001005

TRAP
sxxxx MACRO EXPANSION *#x«

:ttfi.

78
79 033554

033554
033560

#CNTRL ,ERROR

BACCIR
004737
000044
002566
000044

CSESUB

;MASTER CLEAR MACRO
:tttt

TRAP
112.3:

104402

011070

CSERDF
9
EMGY
ERRG2

L10067:

BGNSUB

004737

159

BIT
BNE
ERRDF

104403

72 033530

033530

SEQ

158

BIT
BNE
ERRDF

WHALTC,@SEL6
158
9,EMG9,ERRG2

SEXIT

TRAP
.WORD

CSESCAPE
L10065-.

TRAP
.WORD
WORD
"WORD

CSERDF
8
EMGS
ERRG2

;IS THE HALT - PROCEDURE ERROR BIT SET?
:IF_YES - ERROR REPORTED CORRECTLY
:UNEXPECTED -CONTROL OUT RECEIVED
TRAP
CSERDF
.WMORD
9
.WORD
EMG9Y

E 13

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 65-3

SEQ

TEST 12 - PROCEDURE ERRORS

033626
89 033630
90 033630
91 033636
92 033642

033642

3 033642

015126
042777
005037

000207
002364

146376

104402

033646

004737

96
97 033652

033652
033654
98 033656
033656
033662
033664
033666

99
100 033670
033670

004737
004000
002634
000522

033674
033700
033702

004737
000044
002566

102
103 033706

033706
033710

104 033712
105

011266

ESCAPE

JSR

012737

000001

004737
000040
002516
000000

012300

002364

004737
000001

010272

c$8SuUB

TRAP
.WORD

CSESCAPE
L10065-.

2 ]

sxnxxx MACRO EXPANSION wxww

PC, $BASEI]
.WORD
LPLU
.WORD
BASE

;CALL BASE IN ROUTINE WITH DEFAULTS
sSET LINE UNIT LOOP
;BASE TABLE ADDRESS
;DMR-11 MODE

DMR

TST

L 2

2 2 ]

;IF ERROR, EXIT.

TRAP
.WORD
JASSIGN A BA/CC IN RECEIVE BUFFER

CSESCAPE
L10065~-.

suwxx MACRO EXPANSION wxx=

PC, $BACC
sCALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI !BACCR
;BA/CC IN RECEIVE COMMAND
.WORD
RBUF
;RECEIVE BUFFER
RCOUNT

:RECEIVE CHARACTER COUNT

TST

1 2

221

;IF ERROR, EXIT.

TRAP
LWORD

MOV

#CNTRL ,ERROR

BACLIT

TBUF,0

JSR

PC, $BACC
s CALL BA/CC IN ROUTINE
.WORD
RQJ!BACCT
sBA/CC IN TRANSMIT COMMAND
.WORD
TBUF
;BUFFER ADDRESS BITS 0-15
WORD
O
;BA BITS 16 € 17 AND CHAR. COUNT

WAIT

RDO

JSR

PC, SWAIT
.WORD
1

CSESCAPE
L10065-.

sTHIS FLAG WILL DISABLE ANY CONTROL OUT
sERROR REPORTING BECAUSE WE ARE INTENTIONALLY

;CAUSING ONE.

sASSIGN A BA/CC IN XMIT BUFFER LENGTH = 0.
sxxxx MACRO EXPANSION wwxww

:....

108
109 033732

;IF ERROR, EXIT.

:'."

ESCAPE

L 2

;BASE IN COMMAND

'WORD

106

033732
033736

TST

BACCIR

000044

104410
000252

TRAP

s ISSUE A DMR MASTER CLEAR

BASE IN

JSR

012300

C$ESUB

suxxx MACRO EXPANSION #wxw=

PC, SMSCLR

.WORD

107 033720

033720
033724
033726
033730

JMASTER CLEAR

:..'.

033672

033704

JSR

TRAP

T12.4:

ESCAPE

104410
000305

ERRGZ2

L10070:

CLEAR

011070

.WORD
;CLEAR RDO AND THE COMMAND BITS.
JRESTORE FLAG

:...'

104410
000270

101 033674

#RDO!CMD,aSEL2
ERROR

BGNSUB

033644

95 033646

BIC
CLR
ErOSUB

104403

94 033644

033644

15%:

160

L3 2

JWAIT FOR RDO TO BE SET

sxxxx MACRO EXPANSION *#xx
sCALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDO
:'.tt

LA 2

F13

CZDMIBO DMR=-11 FUNCTIONAL TESTS MACRO VO03.01 23-APR-80 08:29:31 PAGE 65-4

SEQ

TEST 12 - PROCEDURE ERRORS

110 033740

033740
033742

111 033744

104410
000220

032777

112 033752

001005

033754
033756
033760
033762

104455
000010
020130
015126

113 033754

114 033764

115 033766

116 033766

117 033774

118 033776

033776
034000
034002
034004

119 034006
120 034006

121 034014

122 034020

034020

5 034020

000001

032777

001004

001000

146244

104455
000011
020174
015125
042777

005037

000207

002364

146220

034024

004737

034030
034032

128 034034
034024

034040
034042
034044
129
130 034046
034046

034050

131 034052
132
133
134 034060

#CNTRL,@SEL2

;IS THIS A CONTROL OUT?

ERRDF

8,EMG8,ERRG2

:EXPECTED CONTROL OUT

SEXIT

108:

BIT

#HALTC,DSEL6

;IS THE HALT - PROCEDURE ERROR BIT SET?

ERRDF

9,EMG9,ERRG2

:UNEXPECTED CONTROL OUT RECEIVED

BIC

#RDO! CMD,@SEL2

BNE

158:

CLR

108

15%

ERROR

011070

ESCAPE

104410
000130

‘

004737

004000
002634
000522

TST

011266

JSR

.WORD
.WORD
.WORD

LPLU
BASE
DMR

004737
000044

034070

000000

002566

ESCAPE
000001

012300

002364

TST

CSERDF
9
EMG9
ERRG2

TRAP

CSESUB

TRAP

($BSUB

TRAP
.WORD

CSESCAPE
L10065-.

;xxxx MACRO EXPANSION ##ws
ARk %

:BASE IN COMMAND

PC, $BASE]

TRAP
.WORD
.WORD
.WORD

:ISSUE A DMR MASTER CLEAR

iaxxx

MACRO

EXPANSION

CALL BASE IN ROUTINE WITH DEFAULTS

:SET LINE UNIT LOOP
:BASE TABLE ADDRESS
:DMR-11 MODE
:tttt

104410
000112
012737

L10071:

:IF ERROR, EX.T.

BASEIN

CSERDF
8
EMG8
ERRG2

;CLEAR RDO AND THE COMMAND BITS.

;MASTER CLEAR

PC, SMSCLR

TRAP
.WORD
.WORD
.WORD

:RESTORE FLAG

112.5:
JSR

(SESCAPE
L10065-.

:IF_YES - ERROR REPORTED CORRECTLY

CLEAR

TRAP
.WORD

:IF YES = PROCEED.

:ttl‘t

034060
034064
034066

BIT

BNE

BGNSUB

104402

126
127 034030

:IF RDO NOT SET, BR TO TEST END.

104403

034022

125 034024

TST

ENDSUB

124 034022

034022

ESCAPE
146262

000410

161

L2 3 3

:IF ERROR, EXIT.

TRAP
CSESCAPE
.WORD _ L10065-.
;THIS FLAG WILL DISABLE ANY CONTROL OUT
:ERROR REPORTING BECAUSE WE ARE INTENTIONALLY
:CAUSING ONE.
:ASSIGN A BA/CC IN REC. BUFFER LENGTH = 0

MOV

#CNTRL,ERROR

BACCIR

RBUF,0

JSR

PC, $BACC
:CALL BA/CC IN ROUTINE
.WORD
RQI!BACCR
:BA/CC IN RECEIVE COMMAND
.WORD

.WORD

;xxxx MACRO EXPANSION *#ww

RBUF

;BUFFER ADDRESS BITS 0-15

;BA BITS 16/17 AND CHAR. COUNT

G 13

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 65-5

SEQ

TEST 12 - PROCEDURE ERRORS

SRRk

135
136 034072

034072
034076

004737
000001

010272

WAIT

RDO

JSR

PC,

ESCAPE

TST

SWAIT

.WORD

LA
2 2

;WAIT FOR RDO TO BE SET
sx%xx MACRO EXPANSION #w*x

sCALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDO

;t.fi.

104410
000060

032777
001005

146122

BIT
BNE
ERRDF

104455
000010
020130
015126
000410

032777 001000
001004

034144

146 034146
147 034146
148 034154

146104

;IF RDO NOT SET, BR TO TEST END.

#CNTRL ,@SEL?2

108

8.EMG8,ERRG2

;1S THIS A CONTROL OUT?
:IF YES = PROCEED.
;EXPECTED CONTROL OUT

000207
002364

146060

ENDSUB

151 034162

L10065=-.

TRAP
.WORD
.WORD
.WORD

CSERDF
8
EMGS8
ERRGZ

SEXIT

BIT

#HALTC,QSEL6

;1S THE HALT - PROCEDURE ERROR BIT SET?
sIF _YES = ERROR REPORTED CORRECTLY
sUNEXPECTED CONTROL OUT RECEIVED

15%
9.EMG9,ERRG2

BIC
CLR

#RCMD
DO
,aSEL
!
2
ERROR

CSESCAPE

.WORD

15%

015126

042777
005037

TRAP

ERRDF

104403

034162
034162

LA 2 2

‘

000001

162

TRAP

.WORD
.WORD
.WORD

CSERDF
9
EMG9
ERRGZ2

TRAP

C$ESUB

:CLEAR RDO AND THE COMMAND BITS.
;RESTORE FLAG

L10072:

ENDTST
104401

L10065:

CSETST

f""

H13

| CZDMIBQ DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 67
<=OVONO"VISWN
=

TEST 13 - DATA TEST

.SBTTL
SRR

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

AR RN

TEST 13 - DMR-11

N T

. %

;* FREE RUNNING FLAG MODE DATA TEST

TRANSMIT A MESSAGE AND VERIFY THE RECEIVED DATA IS CORRECT.

;* IN THIS TEST NO INTERRUPTS ARE USED AND THE LINE UNIT IS IN
;* INTERNAL (TTL) LOOPBACK.
THIS TEST IS THE FIRST TEST IN WHICH

—

;* THE DMR IS USED IN A DATA TRANSMISSION MODE.

A A

A A AR AR AR A AR AR

A AR AR AR

BGNTST

—_—— ) D

ONOWVSWN

MOV
ADD

RCOUNT ,RO
#2.,R0O

012701

002566

MOV

#RBUF ,R1

sUSED FOR DELIMITOR
;ADDRESS OF RECEIVE BUFFER

CLRB
DEC
BNE

(R1)+
RO
108

;CLEAR A BYTE IN THE BUFFER
sCONTINUE = UNTIL ENTIRE BUFFER DONE

002514
002564

CLR
CLR
CLEAR

TFLAG
RFLAG

;CLEAR TRANSMIT FLAG
;CLEAR RECEIVER FLAG
sMACRO FOR MASTER CLEAR

011070

JSR

PC,

10%:

23 034216
034216

SMSCLR

;BYTE COUNT FOR RECEIVE BUFFER

;2 ADDITIONAL BYTES AT END OF BUFFER ARE

sxxxx MACRO EXPANSION wxwx

;ISSUE A DMR MASTER CLEAR

SRRk k

. 03427¢€

005737
001004
052737
000403

002254
004000

042737

004000

000000
002634
000522

43 034306

034256

;1S INTERNAL LOOPBACK DESIRED?
:IF NOT, CLEAR INTERNAL LOOPBACK.
sSET LINE UNIT LOOPBACK.

034256

BIC

#LPLU,100%

;CLEAR LINE UNIT LOOPBACK.

CALL

$BASE
|
WORD

;BASE IN COMMAND.
sMAINTENANCE BITS (LINE UNIT LOOP)
;BASE TABLE ADDRESS
:DMR_MODE
:IF ERROR, BR TO TEST END.

.WORD
.WORD
TST

0
BASE
DMR

CSESCAPE

L10073-.

.WORD

CALL
ESCAPE

$LOOP

;DMR COMMAND TO SET MAINT. BITS
:IF ERROR, BR TO TEST END.

TST

TRAP

.WORD

CNTRIN

737
00000

TRAP
.WOR

TRAP

42 034300

034300
034304

:IF ERROR, BR TO TEST END.

DMTURN
1%
#LPLU, 1008
12%

ESCAPE

104410
000424

TST

LA
2 24

TST
BNE
BIS
BR

100%:

&HO

38
39 034270
40 034274
034274

ESCAPE

%%dR

27 034232
28 034234
29 034242
30 034244
31 034244
32 034252
33 034252
3% 034256

104410
000466

T13::

000044
000002

105021

24
25 034222
034222
034224
26 034226

AR R AR AR

C13700
062700

163

SEQ

’TEST 13 - DATA TEST

011522

JSR

sMACRO FOR CONTROL IN (FULL DUPLEX)
PC, SCNTIN

.WORD

s*xxx MACRO EXPANSION #xx=

sCALL CONTROL IN ROUTINE WITH DEFAULT
;SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.
JRRkR

ESCAPE

TST

L2
2 2

:IF ERROR, BR TO TEST END.

113

' CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO VO03.01 23-APR-80 08:29:31 PAGE 67-1

SEQ

TEST 13 = DATA TEST

034306
" 034310

104410
000402

TRAP
.WORD

45 034312
034312

034316
034320
034322

BACCIR
004737

000044
002566
000044

012300

JSR

PC, $BACC
.WORD
.WORD
.WORD

sxxxx MACRO EXPANSION www#

;CALL BA/CC IN ROUTINE WITH DEFAULTS

RQI'BACCR
:BA/CC IN RECEIVE COMMAND
RBUF
;JRECEIVE BUFFER
RCOUNT
;RECEIVE CHARACTER COUNT
:tttt

034324
@ 034326

ESCAPE

104410
000364

49 034330

034330
034334
034336
034340

TST

BACCIT

004737
000040
002516
000044

012300

JSR

ESCAPE

104410
000346

53 034346
54 034346
034346
034352
55 034354

034354
56 034356
57 034364
58 034366
034
034370
034372
034374
59 034376
60 034400

61 034400
2% 034406

20%:
004737
000001

010272

000001

104455
000011
020174
015126
000541
032777
001035

000004

215'
66 034410
67 034414
68 034416

034416
034420
034422
034424
69 034426

145650

145626

2 314

TRAP
.WORD

;BUFFER ADDRESS/CHARACTER COUNT XMIT.
sxxxx MACRO EXPANSION #wx%w

CSESCAPE
L10073~-.
IN

PC, $BACC
;CALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI'BACCT
:BA/CC IN TRANSMIT COMMAND
.WORD
TBUF
;TRANSMIT BUFFER ADDRESS
.WORD
TCOUNT
;TRANSMIT CHARACTER COUNT
TST

L 2

2 2 3

;IF ERROR (I.E. RDI NOT SET), ESCAPE
TRAP
.WORD

WAIT

RDO

:WAIT FOR RDO

JSR

PC, SWAIT
WORD
1

;CALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDO

BERROR

52%

;IF ERROR = RDO NOT SET, END TEST

BIT
BEQ
ERRDF

#CNTRL ,@SEL2
25%
9,EMG9,ERRG2

;IS THIS A CONTROL OUT COMMAND ?
:IF NOT - PROCEED
*UNEXPECTED CONTROL OUT RECEIVED

CSESCAPE

L10073-.

sxxxx MACRO EXPANSION #x#w
a2

103552
032777
001405

1 3

;IF ERROR (I.E. RDI NOT SET), ESCAPE

:tttt

51 034342
034342
- 034344

CSESCAPE

L10073-.

;BUFFER ADDRESS/CHARACTER COUNT REC. IN

47 034324

164

L 2

3 1

BCS

TRAP
.WORD
.WORD
.WORD

52%

BIT
BNE

#RCV,aSEL2
40%

:TRANSMIT OR RECEIVE ?
;BR FOR RECEIVE

TFLAG
308
10,EMG10,ERRG2

IS THIS THF FIRST TRANSMIT DONE?
:YES
- OF
:ERROR MU. IPLE TRANSMITS

52%

CSERDF

EMGY
ERRGZ2

:CHECK TRANSMIT
005737
001405

104455
000012
020223
015126
000525

002514

TST
BEQ
ERRDF

52%

TRAP
.WORD
.WORD
.WORD

CSERDF

EMG10
ERRG2

J 13

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 67-2
TEST 13 - DATA TEST
71 034430

012737

72 034436
73 034444

022777
001405

034446
034450
034452
034454

104455
000013
020252
015126

74 034446

177777

002516

002514

145572

75 034456 000511

76 034460
77 034460
78 034466
79 034470
034470
034472
034474
034476
80 034500

022777
001470

000044

145552

84 034502
85 034502
86 034506
87 034510
034510

034512
034514
034516

005737
001405

408:

002564

177777
002566

002564
145500

418:

104455
000013
020252
015126

9% 034550 000454

95 034552
9 034552
97 034560
98 034562
034562

328:

104455
000015
020325
015126

012737
022777
001405

022777
001405

000044

145460

438:

104455
034564 000014
034566 020277
034570 015126

99 034572 000443

100 034574
101 034574

102 034600
103 034604
104 03461

105 034610
106 034612

012700
012701
012702
122122
001011

ERRDF

11,EMG11,ERRG2

#TB0F,aSEL4
328

528

CMP
BEQ
ERRCF

ATCOUNT,@SEL6
508
12,.EMG12,ERRG2

528

165

:FLAG THAT TRANSMIT CHECK IS DONE.

-TRANSMIT BUFFER ADDRESS CORRECT?
*YES - PROCEED
:BUFFER ADDRESS ERROR

;COUNT CORRECT ?
*YES - PROCEED
;CHARACTER COUNT ERROR

TRAP
WORD
WORD
.WORD

CSERDF
11
EMG11
ERRG2

TRAP
WORD
WORD
WORD

CSERDF
12
EMG12
ERRG2
.

:CHECK RECEIVE

88 034520 000470

89 034522
90 034522
91 034530
92 034536
93 034540
034540
034542
034544
034546

#=1,TFLAG

C(MP
BEQ

104455
000014
020277
015126
000500

MOV

SEQ

000044
002516
002566

448:

458:

IST
BEQ
ERRDF

RFLAG
418
13,EMG13,ERRG2

528

MoV
(M
BEQ
ERRDF

#-1,RFLAG
#RBUF,@SEL4
43%
11,EMG11,ERRG2

528

C(MP
BEQ
ERRDF

A#RCOUNT,@SEL6
44%
12,EMG12,ERRG2

528

MOV
MOV
MOV

#RCOUNT,RO
HTBUF ,Ri
HRBUF .R2

(MPB
BNE

(RD)+,(R2)+
468

;IS THIS THE FIRST RECEIVE DONE ?
*YES - PROCEED
;MULTIPLE RECEIVES
|
TRAP

.WORD
“WORD
WORD

;FLAG THAT RECEIVE CHECK HAS REEN DONE.
IS THE RECEIVE BUFFER ADDRESS CORRECT?
:YES = PROCEED
;BUFFER ADDRESS ERROR

TRAP
JWORD

;IS THE BUFFER COUNT CORRECT?
;YES - PROCEED
:CHARACTER COUNT ERROR

CSERDF
13
EMG13
ERRG2

CSERDF
11

WORD
WORD

EMG11
ERRG2

TRAP
WORD
WORD
WORD

CSERDF
12
EMG12
ERRGZ

:SET UP FOR DATA CHECK (CHARCATER COUNT)
:GOOD DATA POINTER
*RECEIVE DATA POINTER
;IS THE DATA THE SAME ?
:1F NOT, BRANCH TO DATA ERROR MESSAGE

K 13
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 67=3
TEST 13 = DATA TEST

005300
001374
005712

DEC
BNE
TST

001412

BEQ
ERRDF

104455

000016
020353
015126
000422

46%:

000213
002564

034346
002514

034346

B3R

e
e

ERRDF

145356

aR2

;THIS SHOULD BE 0 = REMEMBER WE CLEARED

50%

;1F OK = PROCEED
:RECEIVED EXTRA DATA

BIC

TST

51%:

52%:

012564

;2 EXTRA BYTES DURING BUFFER INIT.

14 ,EMG14 ,ERRG2

15.EMG15,ERRG2

TRAP

BNE
JMP
TST

BNE
JMP

14
EMG14
ERRGZ2

TRAP

CSERDF

15
EMG15
ERRGZ

CHECK DONE

#RDO+RCV+CMD,aSEL2 ;CLEAR RDO, RCV & COMMMAND BITS (0,1)
RFLAG
;IS THE RECEIVE DONE 7 (IF DONE., FLAG = -1)
51%
:YES - SEE IF TRANSMIT DONE

208

TFLAG

52%
208

:NO - GO BACK AND DO IT.

;IS THE TRANSMIT DONE ?

:YES = BR TO SHUTDOWN
INO - DO IT

: SHUTDOWN DMR
PC, SHALT

s*xxx MACRO EXPANSION wxxx

:DMR HALT ROUTINE.
*hkhkkN

CALL

CSERDF

WORD
.WORD
.WORD

SHUTDN

JSR

:DATA ERROR

52%

TRANSMIT OR RECEIVE

50%:

166

sCONTINUE CHECKING UNTIL DONE WITH BUFFER.

52%

BR
;

WN=O Voo~

000017
020377
015126
000415

NN
== a

104455

RO
45%

SEQ

$ERROR

LA
2 2

;CHECK BASE TABLE AND REPORT ANY SOFT ERRORS

ENDTST
104401

L10073:

TRAP

CSETST

L 13

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 68

SEQ

TEST 14 - EXTENDED ADDRESSING DATA TEST

167

SBTTL

.'it*"*.tt'.'t"'.'"'""""'.'tt'....Q""'Qt.'.'..fi.i".'t'."...i

TEST

14 = DMR-11

s* IN THIS TEST - SEE IF WE HAVE MEMORY MANAGEMENT, IF SO SEE IF WE

6
7
g

s* HAVE THE MEMORY TO CHECK BITS 16 & 17 IN SEL6.
THIS WILL ALLOW
;* US TO TRANSFER DATA USING THOSE EXTENDED ADDRESSING BITS. AS IN
i ngg 13 THE TEST IS NON-INTERRUPT AND INTERNAL (TTL) LOOPBACK IS
.'

1
1?

:'*'l"'*'*'.*fi.i'"**.fit"'t"t*""..t.*'t..'.*'.'*t'.'fi..t.fit.'.t'i"i

12 034714

TEST 14 - EXTENDED ADDRESSING DATA TEST

BGNTST

034714

15 034714

034714
034720
034724
034730
034734
034736

16 034742
17 034746
18 034752

034752
034756
19 034760
22 034764
23 034766
24 034772
25 034776
26
27
28
29 034776
30 035004
31 035006
32 035012
33 035012
035012
035016

012746
012746
012745

012746
104437
062706

000340
023714
000004

000010

002350
177572

012700
104436
005737

000004

023727
002002
000137

002350
036336

002126

36 035020
gg 8%28%8

012701
012700

172300
000010

39 035030

012721

41 035034
42 035036
43 035040

005300
001374
012701

44 035044
45 035046
46 035054

005011
012761
012761

108%:

002200

036336

000340

SETVEC

flu"NOXHEH.#PRIO? ;SET UP TRAP VECTOR 4

CLR
TST
CLRVEC

002350

012700
104441

LSB

;JENABLE LOCAL BLOCK = NFZ=DED BECAUSE OF
:USE

OF SYMBOLIC LABELS 'RSEL4'' ETC.

000003

005037
005737

001404
005037
000137

T14::

.ENABL

15%:

NXMFLG
aw177572
#4

MOV
MOV
MOV
MOV
TRAP
ADD

#PR107,-(SP)
#NOXMEM,
- (SP)
#4,-(SP)

MOV
TRAP

#4 RO
CSCVEC

sCLEAR FLAG - SET IF TRAP TO 4.
;ADDRESS MEMORY MANAGEMENT REGISTER.
JRESTORE TRAP VECTOR 4.

#3,-(SP)
C$SVEC
#10,SP

TST

NXMF LG

BEQ
CLR
JMP

108
NXMFLG
85%

sNOTE: THE FLAG WILL BE SET BY TRAP 4
;IF THERE IS NO MEMORY MANAGEMENT.
sIF FLAG IS CLEARED, PROCEED WITH TEST.
;RESTORE FLAG
SEXIT = CAN'T TEST WITHOUT MEM. MANAG.

CMP
BGE
JMP

LSHIMEM, #2200
15%
85%

JNOTE: LSHIMEM IS SIZE OF TOTAL MEMORY IN
sPAGE ADDRESS REGISTER FORM - DETERMINED BY
;BY DIAGNOSTIC SUPERVISOR AT STARTUP.
;DO WE HAVE ENOUGH MEMORY TO ADDRESS BIT 16?
;IF YES = PROCEED WITH TEST
;IF NOT = EXIT

SETPRI

#PRI07

;MAKE SURE WE ARE IN KERNEL MODE.

;IS THE FLAG STILL CLEARED?

MOV
TRAP

#PR107 RO
C$SPRI]

sSETTING PRI SHOULD ALSO CLEAR BITS 14 &15
MOV
MOV

#172300,R1
#8. .RO

077406

MOV

#774606, ‘R1)+

172340

DEC
BNE
MOV

RO
208
#172340,R1

000200
000400

208

000002
000004

CLR
MOV
MOV

(R1)
#200,2(R1)
#400,4(R1)

sIN PSW WHICH PLACES PROCESSOR IN KERNEL MODE.

sGET ADDRESS OF KERNEL PDR REG 0
;GOING TO WRITE PDR REG 0-7

sWRITE BITS FOR THE FOLLOWING PAGE DESCRIPTION

sREAD/WRITE ACCESS, 128. BLOCK PAGE LENGTH.
JWRITE ALL PDRS

;GET
;PAR
;PAR
;PAR

ADDRESS OF KERNAL PAR 0
0, ADDRS
0 - 17776
1, ADDRS 20000 - 37776
2, ADDRS 40000 - 57776

Mm13

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 68-1

SEQ

TEST 14 ~ EXTENDED ADDRESSING DATA TEST

47 035062
48 035070
49 035076
50 035104

51 035112
52
53 035120
gg 035124

56
57 035130
58 035134

035134
035140
035144

035150

035154
035156
59 035162
60 035170
61 035170
62 035174
63 035200
gg 035200
66 035202
67 035206
68 035210
69 035212
70 035214
71 035216
72 035220

73 035224
;g 035224

76 035226

77 035232
78 035234

012761

012761
012703
012704

#600,6(R

#1000,13
004000
007600

012746
012746
012746
012746

000340
023714
000004
000003

062706
012737

000010
000001

012701
012702

000040
002414

104437

012224
005737

80 035240
81 035240

#64. ,R3

#120000,R4

NXMF LG

177572

21%:

;COUNTER FOR OUTER LOOP OF TEST PATTERN GEN.
sUSE_VIRTUAL ADDRESS TO MAP TO PAR 5

;GENERATE A TEST PATTERN IN THE 1ST 4K
;BYTES OF PAR 5 (VIRTUAL ADDR 120000 - 127776)
ENSURE FLAG IS CLEARED

(WILL SET FLAG)
MOV
#PRIO7,-(SP)

22%:

sCOUNTER FOR INNER LOOP OF TEST PATTERN GEN.
sADDRESS FOR 32. WORD TEST PATTERN

(R2)+,(R4)+

sWRITE TEST PATTERN INTO 4K BYTES
: (PHYSICAL ADDRESS 200000 - 207776)
:NXM TRAP 4?
;IF YES = EXIT
:DO THE INNER LOOP 32. TIMES

NXMFLG

DEC

24%:

CLR
CLRVEC
TST
BEQ
ERRDF

PRINTB

CSSVEC

#10,SP

,3200R1
#SCCITT,R2

(R4)+

002350

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

;ENABLE MEMORY MANAGEMENT

243

23%:

ADD

#NOXMEM, - (SP)

#1,a4177572

004000

036376
000002

17776

177776 (1/0 PAGE)

TRAP

223

002350

= 217776

MOV
MOV

R3
218
#4000,R1

000004

77776

MOV

NXMFLG

177572

ADDRS 200000

#4 , ANOXMEM, #PRIOY
:;SET UP TRAP VECTOR 4

002350

79 035236

:PAR 5,

= 117776

.PAR 7. ADDRS 160000

120000

002350

60000

:PAR 6. ADDRS 400000

00001
00001

000100

005037

;PAR 3, ADDRS

:PAR &, ADDRS 100000

168

248
R]

;DO THE OUTER LOOP 128. TIMES
;COUNTER TO CLEAR THE NEXT 4K BYTES.
;CLEAR OUT THE ENTIRE PAR
s (PHYSICAL ADDRESS 210000 - 217776)
INXM TRAP 4?
sIF YES = EXIT

23%
aH177572

NXMFLG

25%

19,EMT22

HFMT25
R4

sTURN OFF MEMORY MANAGEMENT

sRESTORE TRAP 4 TO SUPERVISOR

;WAS THIS AN ERROR EXIT
:IF NOT, PROCEED.

MOV
TRAP

#4 RO
CSCVEC

TRAP

CSERDF

.WORD
.WORD
WORD

19
EMT22
O

MOV
MOV
MOV
MOv
TRAP

R4 ,=(SP)
#FMT25,~(SP)
#2,-(SP)
SP.RO
CSPNTB

N 13
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 68<2

SEQ

TEST 14 - EXTENDED ADDRESSING DATA TEST

035306

87 035312

88 035316

062706

000006

000137 036336

258:

89 035316

035316

004737

JMP

85$

CLEAR

011070

JSR

104410
001012

93 035326 005737 002254
9% 035332 001004
95 035334

052737

004000

035356

% 8.;3352

042737

004000

035356

100 035352
101 035356
102 035360
103 035362
104
035364

000000
002634
000522

% 8%23322 000403

035364
- 035366

106 035370
107 035374

035374
- 035376

104410
000750

104410
000740

109 035400
035400
035404

110 035406
035406
1qq 035410

011522

PC, SMSCLR

CSESCAPE
10074~

:ISSUE A DMR MASTER CLEAR

L2 2 23

TST

:IF ERROR, BR TO TEST END.

TST
BNE

DMTURN
308

;1S INTERNAL LOOPBACK DESIRED?
:1F NOT, CLEAR INTERNAL LOOPBACK.

BIS

#LPLU, 1008

BIC

#LPLU, 1008

;CLEAR LINE UNIT LGOPBACK.

CALL

ESCAPE

S$BASEI
.WORD
.WORD
.WORD
TST

:BASE IN COMMAND.
:MAINTENANCE BITS (LINE UNIT LOOP)
:BASE TABLE ADDRESS
:DMR MODE
:IF ERROR, BR TO TEST END.

CALL
ESCAPE

$LOOP
TST

32%

0
BASE
DMR

:SET LINE UNIT LOOPBACK.

:DMR COMMAND TO SET MAINT. BITS
:IF ERROR, BR TO TEST END.

TRAP
.WORD

CSESCAPE
L10074~.

TRAP
LWORD

CSESCAPE
10074~

:MACRO FOR CONTROL IN (FULL DUPLEX)
;xxxx MACRO EXPANSION #wxs

JSR

PC, SCNTIN
.WORD
0

:CALL CONTROL IN ROUTINE WITH DEFAULT
:SEL6 - FULL DUPLEX, RUN MODE, 1 SEC START.

ESCAPE

TST

:IF ERROR, BR TO TEST END.

;CLEAR TRANSMIT FLAG
:CLEAR RECEIVE FLAG
:CLEAR SECOND LOOP FLAG
:IF SFLAG = 0, THEN THIS IS A TEST OF BIT 16

titfi

104410
000726

TRAP
JWORD

:MACRO FOR MASTER CLEAR

CNTRIN
004737
000000

#6,SP

ESCAPE

1008 :

ADD

iewwx MACRO EXPANSION #w#ws
:Q'tt

90
91 035322
035322
035324

L2 2

TRAP
.WORD

112 035412
113 035416
114 035422
115

005037
005037
005037

002514
002564
002344

CLR
CLR
CLR

TFLAG
RFLAG
SFLAG

117 035426
118 035434

012737 010000 035462
012737 050000 035464

MOV
MOV

#10000,RSEL4
:RECEIVE BUFFER ADDRESS (BITS 0-15)
#B81T14110000,RSEL6 ;REC BUFFER ADDR BIT 16 SET AND 4K

035500

CLR

TSEL4

116

119
120 035442

121 035446
122
123 035454

124 035454

;
005037

012737 050000

358:

125 03"

000044

127 035464

000000

126 035462

035502

000000

RSEL4:

RSEL6:

169

CSESCAPE
L10074~.

:IF SFLAG = =1, THEN THIS IS A TEST OF BIT 17

:BYTE RECEIVE CHARACTER COUNT
TRANSMIT BUFFER ADDRESS (BITS 0-15)

MOV

#B17T14110000, TSEL6 :XMIT BUFFER ADDR BIT 16 SET AND 4K

CALL

$BACC

:BYTE XMIT CHARACTER COUNT

;ISSUE THE BUFFER ADDR/ CHAR COUNT COMMAND

.WORD

RQI'BACCR

JWORD

;COMMAND FOR BA/CC IN RECEIVE

:BUFFER ADDRESS BITS 0-15

:BUFFER ADDR BIT 16 + CHAR. COUNT

B 14

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 68-3

SEQ

TEST 14 -~ EXTENDED ADDRESSING DATA TEST

128 035466
035466
035470

ESCAPE

104410

TRAP

WORD

CALL

TSELG:
TSELG:

104410

000630

004737
000001

v
v

seaw

40%:

010272

ESCAPE

$BACC

.WORD
WORD
WORD

TST

O
O

sCOMMAND FOR BA/CC IN TRANSMIT

;BUFFER ADDRESS BITS 0-15
BUFFER ADDR BIT 16 + CHAR. COUNT

:IF ERROR, END TEST

104419
000616

032777

001406

WAIT

RDO

JSR

PC, SWAIT
WORD
1

000001

036326

032777

000004

104455
000012
020223
015126
000137

012737
023777
001406

144504

BIT
BEQ
ERRDF

144460

50%:

002514

036326
177777

035500

002514

55%:

144422

000013
020252
015126
000137

036326

023777

035502

104455
000014
020277

1 3

3 31

IF RDO NOT SET BEFORE TIMEOUT, END TEST
TRAP
CSESCAPE

144400

50%

9.,EMG9,ERRG2

;1S THIS A CONTROL OUT COMMAND?

JUNEXPECTED CONTROL OUT.

SJEXIT

BIT

#RCV,aSEL2

;IS THIS A TRANSMIT OR RECEIVE?

TST

TFLAG

;IS THIS THE 1ST TRANSMIT DONE

60%

55%
10,EMG10,ERRG2

;IF YES, PROCEED
MULTIPLE TRANSMITS

80%

JEXIT

MOV

#-1,TFLAG
TSEL4,9SELS

;FLAG THAT THE TRANSMIT IS DONE.
;1S THE BUFFER ADDRESS CORRECT?

11.EMG11,ERRG2

BUFFER ADDRESS ERROR

JMP

80%

CMP
BEQ
ERRDF

70%
12.EMG12,ERRG2

TSEL6,QSEL6

TRAP

CSERDF

.WORD
.WORD
.WORD

9
EMG9
ERRGZ2

TRAP

CSERDF

;BR FOR RECEIVE

JMP

56%

L10074~-.

NO - PROCEED

80%

BEQ
ERRDF

56%:

#CNTRL ,@SEL2

L10074~-,

sCALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDO

JMP

BEQ
ERRDF

104455

001502

TST

CSESCAPE

JWAIT FOR RDO TO BE SET
sxxxx MACRO EXPANSION wwxwx

WORD

000011
020174
015126
000137
001040
005737
001406

TRAP

WORD

ESCAPE

CSESCAPE

L10074~.

;ISSUE THE BUFFER ADDR/ CHAR COUNT COMMAND

RQI'BACCT

tttt

104455

142 035542
143 035546
144 035546
145 035554
146 035556
147 035562
148 035564

;IF ERROR, END TEST

000646
000040
000000
000000

137 035516
035516
035520
38

TST

170

.WORD
WORD
-WORD

10
EMG10
ERRGZ2

TRAP

CSERDF

;IF OK, PROCEED WITH CHECK.

SEXIT

WORD
.WORD
.WORD

11
EMG11
ERRGZ2

;1S THE CHAR. COUNT CORRECT?

;IF OK, PROCEED
CHARACTER COUNT ERROR = OR EXT MEM PROBLEM
TRAP

WORD
.WORD

CSERDF

12
EMG12

C 14
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR~80 08:29:31 PAGE 68-4

SEQ

TEST 14 < EXTENDED ADDRESSING DATA TEST

015126
000137

005737
001406

036326

60$%:

002564

104455

000015
020325
015126
000137

036326

012737
023777

177777
035462

001405

002564

61%:

144322

000013
020252
015126
000577
035464

144302

104455
000014
020277
015126

62%:

63%:

002344

JEXIT

TST
BEQ
ERRDF

RFLAG

;1S THIS THE 1ST RECEIVE DONE
;IF YES, PROCEED
*MULTIPLE RECEIVES

61%
13,EMG13,ERRG2

JMP

80%

JEXIT

MOV

#-1,RFLAG

;FLAG THAT THE.RECEIVE

BEQ
ERRDF

62%

CMP
BEQ
ERRDF

RSEL4 ,@SEL4
11,EMG11,ERRG2

JEXIT

RSEL6,QSEL6

;1S THE CHAR. COUNT CORRECT?
;IF OK, PROCEED
*CHARACTER COUNT ERROR

63%

12,EMG12,ERRG2

SFLAG

65$

#4000,R0
#120000,R1

012702
000406

130000

#130000,R2
663

012700
012701
012702

010000

012737

000001

104455

65%:

140000

022122
001003
005300
001374
000407

000017
020377
015126
000530

ERRGZ2

TRAP

CSERDF

177572

66%:

67%:

68%:

#10000,R0

13
EMG13

.WORD

ERRGZ

TRAP

CSERDF

WORD
.WORD
.WORD

11
EMG11
ERRGZ2

TRAP

CSERDF

-WORD
.WORD
.WORD

004000
120000

005037

.WORD

IS DONE.

;1S THE BUFFER ADDRESS CORRECT?
;IF OK, PROCEED WITH CHECK.
:BUFFER ADDRESS ERROR

80%

012700

012701

$EEEE

BCRRREC2EBRTRRRERZEIIII

80%

WORD
.WORD

104455

023777
001404

JMP

171

12
EMG12
ERRGZ2

sWHICH EXTENDED ADDRESS ARE WE CHECKING?
;BR FOR BIT 17 CHECK
sIN THE TEST OF BIT 16 WE SENT 4K BYTES
;THE XMIT BUFFER BEGAN AT THIS VIRTUAL ADDR
sWHICH WILL MAP TO 200000

:THE REC BUF. MAPS TO 210000

;GO COMPARE THE XMIT AND REC BUFFERS

#120000,R1

#140000.R2

;IN THE TEST OF BIT 17 WE SENT 8K BYTES
sTHE XMIT BUFFER MAPS TO 200000
:THE REC BUF. MAPS TO 400000

#1,a4177572

s TURN MEMORY MANAGEMENT BACK ON.

(R1)+,(R2)+
6

;1S THE DATA THE SAME?
:IF NOT THERE IS A DATA ERROR.
;CHECK ENTIRE BUFFER
:IF DATA OK, PROCEED WITH TEST.

a#177572

15,EMG15,ERRG2

: TURN MEMORY MANAGEMENT OFF.

;DATA ERROR

TRAP

CSERDF

.WORD
.WORD

EMG15
ERRGZ

.WORD

80%

JEXIT

D 14

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 68-5
TEST 14 < EXTENDED ADDRESSING DATA TEST

200 036046
201 036046

202 036052

005037

042777

000213

203 036060
204 036064
205 036066
206 036072
207 036072
208 036076
209 036100
210 036104
211 036104
g}% 036110

005737
01106

002344

214 036112
215 036120
216 036126
217 036130

012737
023727
002477
005037

177777
002120

5“:3 036134

005737
001002
000137

177572

005737
001002
000137

005037

002564

70%:

144154

035510

718:

002514
035510

72%:

002344
004200

002514
002564

TST
BNE
JMP

TST

aH177572

TURN MEMORY MANAGEMENT OFF.

RFLAG
71%
408

;IS THE RECEIVE DONE ? (IF DONE, FLAG = =1)
:YES = SEE IF TRANSMIT DONE
.
:NO - GO BACK AND DO IT.

#RDO+RCV+CMD, GSELZ :CLEAR RDO, RCV & COMMMAND BITS (0,1)

TFLAG

;1S THE TRANSMIT DONE ?

72%
408

:YES = SEE _IF THERE IS MORE
:NO = DO IT

TST
8NE

SFLAG
80s

JHAVE WE ALREADY TESTED BIT 17
;IF SO = END OF TEST

MOV
cMP
BLT
CLR

#-1,SFLAG
LSHIMEM, #4200
80%
TFLAG

;FLAG SO WE DON'T COME THIS WAY AGAIN.
;IS THERE ENOUGH MEMORY TO TEST BIT 17?
:IF NOT - END OF TEST.
;CLEAR FLAGS FOR NEXT TEST

RFLAG

:SET UP_TO TEST BIT 17, IF THERE IS ENOUGH MEMORY,
:THIS TEST WILL TRANSMIT 8Kk BYTES STARTING AT PHYSICAL ADDRESS 200000
;7O PHYSICAL ADDRESS 400000.
THE TRANSMITTED BUFFER STILL CONTAINS

:THE TEST PATTERN GENERATED IN THE BIT 16 TEST.

225 036140
226 036144
227
228 036152
229 036156

005037
012737

035462
120000

035464

CLR
MOV

005037
012737

035500
060000

035502

CLR
MOV

RSEL4
sRECEIVE BUFFER ADDRESS (BITS 0-15)
#BIT15!20000,RSEL6 ;REC BUFFER ADDR BIT 17 SET AND 8K
BYTE RECEIVE CHARACTER COUNT
TSEL4
TRANSMIT BUFFER ADDRESS (BITS 0-15)
#B1T14'20000, TSEL6 :XMIT BUFFER ADDR BIT 16 SET AND 8K

231 036164

232 036170

012701

012704

010000

MOV

#10000,R1

#140000, R4

235 036200

005037

002350

CLR

NXMFL G

036200
036204
036210
036214
036220
036222
5;9 8%%%2

012746
012746
012746
012746
104437
062706
012737

000340
023714
000004
000003

238 036234
239 036236
240 036242
241 036244
242 036246
243 036250
244 036250
245 036254
036254
036260
246 036262
247 036266
248 036270

005024
005737
001002
005300
001372

230

233
234 036174

172

BNE
JMP

CLR

220
221
222

552

CLR

BIC

SE@

140000

000010
000001

177572

012700
104436
005737
001002
000137

000004

002350
035454

:VIRTUAL ADDRESS THAT WILL MAP INTO PAR 6
UITH THE PHYSICAL ADDRESS 400000
NSURE FLAG IS CLEAR

SETVEC #4,ANOXMEM, #PRIO?;SET UP TRAP TO VECTOR 4 (WILL SET FLAG)
)

177572

002350

005037

:BYTE XMIT CHARACTER COUNT

:COUNTER TO CLEAR 8K BYTES

75%:

MOV

#1,a8177572

;TURN ON MEMORY MANAGEMENT

CLR
TST
BNE
DEC
BNE

(R4)+
NXMFLG
75%
RO
74%

;CLEAR 400000 - 417776
;DOES A NXM TRAP 4 OCCUR?
;IF YES, EXIT

CLR
CLRVEC

an177572
#4

s TURN OFF MEMORY MANAGEMENT
JRESTORE TRAP 4

NXMFLG
76%
35%

;WAS THIS AN ERROR EXIT?
:IF YES = REPORT ERROR
sSTART THE SECOND TEST

TST
BNE
JMP

MOV
MOV
MOV
MOV
TRAP
ADD

#PRI07,-(SP)
#NOXMEM, - (SP)
#4,~(SP)
#3,-(SP)
CS$SVEC
#10,sP

MOV
TRAP

#4 RO
CSCVEC

E 14

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 68-6

seQ@

TEST 14 - EXTENDED ADDRESSING DATA TEST

249 036274
250 036274

036274
036276
036300
036302
251 036304
036304
036306
036312
036316
036320
036322
252 036326
253 036326
_

036326

76$:

104455
000023
036340
000000
010446
012746
012746
010600
104414
(62706

004737

560

19,EMT22

PRINTB

#FMT25,R4

036376
000002
000006

80%:

012564

SHUTDN

85%:
ENDTST

103
047
101
122
123
130
116
104
105
122
045
105
122
-101
122
123
117
040
105
116
040
123
116
055
122
040
116

116
040
104
123
105
105
105
115
117
000
115
117
040
104
123
045
045
117
040
124
105
117
040
124
120
045

MOV
MOov
MOV
MOov
TRAP
ADD

R4 ,=(SP)
#FMT25,~(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,SP

MACRO

EXPANSION

#w#x

PC, SHALT

;DPMR HALT ROUTINE.

CALL

$ERROR

;CHECK BASE TABLE AND REPORT ANY SOFT ERRORS

.DSABL

LSB

;DISABLE LOCAL SYMBOL BLOCK

L2
2 2 ]

L10074:

101
124
104
105
040
124
104
040
115
131
101
115
131
104
105
040
066
104
123
117
122
120
104
040
101
064
000

CSERDF
19
EMT22
O

JSR

104401

261 036340
036343
036346
036351
036354
036357
036362
036865
036370
036373
262 036376
036401
036404 <
036407 .
036412
036415
036420
036423
036426
036431
036434
036437
036442
036445
036450
036453
036456
263

TRAP
.WORD
.WORD
.WORD

s SHUTDOWN DMR
sxexx
*hRhRw

Sgg 036332

256 036336
257
258 036336
036336
036336

ERRDF

173

TRAP

EMT22:

.ASCIZ

/CAN'T ADDRESS EXTENDED MEMORY/

FMT25:

_ASCIZ

/XAMEMORY ADDRESS %06% DOES NOT RESPOND - iRAP 4XN/

.EVEN

CSETST

F 14
%gDHIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 70
ST 15 <= DMC MODE (RESUME) INTERRUPT TEST

SEQ

174

.SBTTL

:ttttt'ttttt'ttttttQtttttt!t"t't'tttttt.t"'tttt'tt.t"t"'t'tt"ttn'

TEST 15 = DMC MODE (RESUME) INTERRUPT TEST

TEST 15 = DMR-11

;* RESUME BASE IN - DMC MODE

;% »»

\WILL NOT RUN IF MODEM LOOPBACK IS SELECTED

;* IN THIS TEST THE DMR WILL TRANSMIT AND RECEIVE 7 BUFFERS.

8
9
10
1

DURING THE

;% TEST THE DMR WILL BE HALTED AND RESTARTED BY A BASE=IN RESUME IN THE
;* FOLLOWING MANNER:
s
BASE IN
i*
CONTROL IN

HALT

BASE IN RESUME

13
14
15
16

e
;*
i*
o

2 BA/CC
HALT
2 BA/CC
HALT

IN RECEIVE
BASE IN RESU'E
IN RECEIVE
BASE IN RESUME

HALT

BASE IN RESUME

HALT

BASE IN RESUME

22
23
24

I*
i*
i*

HALT
BASE IN RESUME
2 BA/CC IN TRANSMIT
HALT
~
BASE IN RESUME

26
27

i
i

HALT
BASE IN RESUME
1 BA/CC IN TRANSMIT

2 BA/CC IN RECEIVE.
1 BA/CC IN RECEIVE

2 BA/CC IN TRANSMIT

HALT

BASE IN RESUME

- %

30
31

i*
ix

i*
o %

ALL BA/CC OUTS RECEIVES AND TRANSMITS WILL BE ACCOUNTED FOR AND
THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST

THE RECEIVE/TRANSMIT TABLE.

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS.

THIS

SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF

SEVEN RECEIVE AND SEVEN TRANSMIT BUFFERS.

THE ROUTINE WILL

ATTEMPT TO USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING

HIERARCHY:

39
40

i*
*

45
46 036460

:-tttttttttttttttttttt"ttt'ttttttttttttfitt'ttttt'tt.ttttt'tttttt'ttttt
BGNTST

A.
B.

036460

47 036460
48

49 036464
50
51 036466

52 036474
53 036502
§§ 036510

56 036514

005737

002306

001036

012737
012737
012737
005037

000007
000001
000001
002300

002324
002274
002276

IF THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER
THAN 2K BYTES, USE THAT MEMORY

IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE

THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

T1S5::

TST

WMAINT

BNE

408

MOV
MOV
MOV
CLR

#7 ,BUF NUM

#1,RE SUME
#1,DMCMDE
MNTMDE

;FLAG SET TO REQUEST USE OF RESUME.
sFLAG SET TO REQUEST DMC MODE.
JFLAG NOT TO REQUEST MAINTENANCE MODE.

CALL

$BUFFS

;DETERMINE 7 RCV &

;DO WE NEED TO WRITE MODEM
sMAINTENACE 1 OR 2?

;IF YES WE CAN'T RUN THIS TEST
s(NOTE: CAN'T WRITE MODEM IN DMC MODE)
8 OF RCV & XMIT BUFFERS.

7 XMIT BUFFERS

G 14

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 70-1
TEST 15 - DMC MODE (RESUME) INTERRUPT TEST

57
58 036520

036520
59
60 036524
036524
61 036526

CLEAR

004737

011070

JSR
ESCAPE

65
66 036542
036542
036544
67 036546

036546
68 036552
036552
036554
69
70
71

PC, $MSCLR
TST

;ISSUE A DMR MASTER CLEAR

004737
004000
002634
000522

;IF ERROR, EXIT TEST

011266

JSR

PC, $BASE!
.WORD
LPLU
.WORD
BASE
.WORD
DMR

ESCAPE

104410
000016

TST

SHUTDN
012564

JSR

;CALL BASE IN ROUTINE WITH DEFAULTS
sSET _LINE UNIT LOOP
;BASE TABLE ADDRESS
:DMR-11 MODE

ESCAPE

74 036556
75
%
77
78

CALL

79
g?

L2 2

:IF ERROR, EXIT TEST

TRAP
.WORD

JHALT

PC, SHALT
TST

$INOUT

CSESCAPE
L10075-.

sxxxx MACRO EXPANSION #x=x

;DMR HALT ROUTINE.
* ek kK

104410
000006

CSESCAPE
L10075-.

saxxx MACRO EXPANSION #wxx

:tttl’

004737

L A2

;ISSUE A DMR MODE BASEIN
;IN DMR MODE, IF A INTERFACE IS REQUIRED
;TO BE WRITTEN = IT WILL BE DONE.

BASEIN

LA
2 2

:IF ERROR, EXIT TEST.

TRAP
CSESCAPE
.WORD
L10075~.
;AFTER SETTING INTERFACE OR LOOPBACK MAINT.
;(CAN'T BE DONE IN DMC MODE), START IN
;DMC MODE.
:THIS ROUTINE WILL MANAGE ALL THE DMR
:COMMANDS ISSUED IN THE INTERRUPT ROUTINES
: (FROM BASE IN UNTIL SHUT DOWN).
BESIDES
;CONTROLLING THE SOFTWARE TIMEOUT, THIS
;ROUTINE WILL ALSO CHECK THAT BUFFER

sCHARACTER COUNTS AND ADDRESSES ARE CORRECT
JAND THAT THE DATA IS CORRECT IN THOSE BUFFERS

82 036562
83 036562

036562

- 036562

sMASTER CLEAR

TRAP
.WORD

62
63
64 036530

036530
036534
036536
036540

175

sxxxx MACRO EXPANSION #w#w
*RARR

104410
000034

SEQ

408%:
ENDTST
104401

L10075:

TRAP

CSETST

H14

CZDMIBO DMR-17

FUNCTIONAL TESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE 71

LSBTTL

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

TEST

16 - DMR MODE

(RESUME)

INTERRUPT

S
6
7
8
9
10
11
12
13

;*
s*
;*
;*
;>
i
o*
c®
M

14
15
16
17
18
19
20

Hd
o
o
o

21
22

o
o
M
B
o

24
25
26

s
o*
20

- 23

. %

:®

30
g;

TEST 16 = DMR MODE

(RESUME)

176

INTERRUPT TEST

TEST 16 = DMR-11

RESUME BASE IN - DMR MODE
IN THIS TEST THE DMR WILL TRANSMIT AND RECEIVE 7 BUFFERS. DURING THE
TEST THE DMR WILL BE HALTED AND RESTARTED BY A BASE=IN RESUME IN THE
FOLLOWING MANNER:
BASE IN
CONTROL IN
HALT
BASE IN RESUME
2 BA/CC IN RECEIVE
HALT
BASE IN RESUME

SEQ

TEST

M
o

2 BA/CC
HALT
2 BA/CC
HALT
1 BA/CC
HALT
2 BA/CC

IN
IN
IN
IN

HALT

BASE IN RESUME

HALT

BASE IN RESUME

RECEIVE
BASE
RECEIVE
BASE

IN RESUME
IN RESUME

RECEIVE
BASE IN RESUME
TRANSMIT
HALT
BASE IN RESUME
2 BA/CC IN TRANSMIT

2 BA/CC IN TRANSMIT
HALT
BASE IN RESUME
1 BA/CC IN TRANSMIT
ALL BA/CC OUTS RECEIVES AND TRANSMITS WILL BE ACCOUNTED FOR AND

THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST
THE RECEIVE/TRANSMIT TABLE.

- &

o®

37
38
39
40
41

e
o*
M
i*
ot

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS.

SEVEN RECEIVE AND SEVEN TRANSMIT BUFFERS.

THE ROUTINE WILL

ATTEMPT TO USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING

HIERARCHY:
A. IF THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
B. IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER
C.

THIS

SUBROUTINE WILL DETERMINE THE ADORESS AND CHARACTER COUNT OF

THAN 2K BYTES, USE THAT MEMORY
IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE

THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

‘S

.'."Q!"Q.'."'t'.*t."""tit"flfi.'it."""fi.fi"t'..'.'.'.""""-'

46 036564

BGNTST

036564

47 036564 012737
48 036572 012737
49 036600. 005037
2(1) 036604 005037

000007
000001
002276
002300

002324
002274

MOV
MOV
CLR
CLR

#7 ,BUFNUM
#1 ,RE SUME
DMCMDE
MNTMDE

;# OF
sFLAG
;sFLAG
sFLAG

g% 036610

CALL

$BUFF S

;DETERMINE 7 RCV &

54 036614

CLEAR

036614

004737

011070

JSR

T16::

RCV & XMIT BUFFERS.
SET TO REQUEST USE OF RESUME.
CLEARED - DMR MODE.
NOT TO REQUEST MAINTENANCE MODE.

7 XMIT BUFFERS

JMASTER CLEAR

PC, SMSCLR

swxxx MACRO EXPANSION s#ww

sISSUE A DMR MASTER CLEAR

1 14

CZDMIBO DMR=-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 71-1
TEST 16 = DMR MODE (RESUME) INTERRUPT TEST
;'t.'

55
56 036620
036620
57 036622

ESCAPE

104410
000006

TST

SEQ

177

LA 22

;IF ERROR, EXIT TEST

TRAP
.WORD

58 036624

CALL

$INOUT

CSESCAPE
L10076-.

;THIS ROUTINE WILL MANAGE ALL THE DMR

s COMMANDS ISSUED IN THE INTERRUPT ROUTINES

: (FROM BASE IN UNTIL SHUT DOWN).

BESIDES

sCONTROLLING THE SOF TWARE TIMEOUT,

63
gg

; CHARACTER COUNTS AND ADDRESSES ARE CORRECT
;AND THAT THE DATA IS CORRECT IN THOSE BUFFERS

THIS

;ROUTINE WILL ALSO CHECK THAT BUFFER

67
68 036630

036630

ENDTST

104401

L10076:

TRAP

CSETST

J 14

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 72

SEQ

INTERRUPT EXERCISE

OVONOWVHWN=O
VOO N IS WWN) -

TEST 17 - DMR MODE

.SBTTL
TR

SRR

178

TEST 17 = DMR MODE INTERRUPT EXERCISE

AR AR AR AR AR AR R

A RN R TR AR AR AR AR RRR

RN RN RN AR AR AR AR

TEST 17 = DMR-11
* INTERRUPT DRIVEN EXERCISE
;* IN THIS TEST 64 BUFFERS WILL BE TRANSMITTED AND RECEIVED

i* ALL BA/CC OUTS RECEIVES AND TRANSMITS WILL BE ACCOUNTED FOR AND

:* THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST

D e

*» THE RECEIVE/TRANSMIT TABLE.
. %

) ek

e
iw
ix
P

.- %

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE SBUFFS.
THIS
SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
64 RECEIVE AND 64 TRANSMIT BUFFERS.
THE ROUTINE WILL
a}gszzzfl;o USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING
:

—

‘e
ix
I
ix

A.
B.
C.

IF THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER
THAN 2K BYTES, USE THAT MEMORY
IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE

THE

. %

2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

:‘ttt't"Qtitttttfit'fi'tt"'t'i"tifi.'itt't'*tt'.!tt.t.!..'t.""..ttti.t

BGNTST

012737

000100

005037
005037
005037

002274
002276
002300

002324

MOV

#64 . ,BUFNUM

:# OF RCV & XMIT BUFFERS.

CLR
CLR
CLR

RE SUME
DMCMDE
MNTMDE

:FLAG CLEARED IN ORDER NOT TO USE RESUME.
*FLAG CLEARED TO ALLOW DMR MODE.
*FLAG NOT TO REQUEST MAINTENANCE MODE.

CALL

$BUFFS

:DETERMINE 64 RCV &

CLEAR

036660

011070

JSR

:MASTER CLEAR
PC, SMSCLR

twxxx MACRO EXPANSION #%#w

:ISSUE A DMR MASTER CLEAR

:i't'

34
35 036664
036664

ESCAPE

64 XMIT BUFFERS

TST

:1F

L2 2

8 1

ERROR, EXIT TEST
TRAP

036666

.WORD

36
37 036670

ENDTST
104401

CALL

SINOUT

CALL

SERROR

CSESCAPE

L10077-.

;THIS ROUTINE WILL MANAGE ALL THE DMR

*COMMANDS ISSUED IN THE INTERRUPT ROUTINES
:(FROM BASE IN UNTIL SHUT DOWN). BESIDES
:CONTROLLING THE SOF TWARE TIMEOUT, THIS
*ROUTINE WILL ALSO CHECK THAT BUFFER
*CHARACTER COUNTS AND ADDRESSES ARE CORRECT
*AND THAT THE DATA IS CORRECT IN THOSE BUFFERS
;CHECK BASE TABLE FOR SOFT ERRORS

L10077:

TRAP

CSETST

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 73

SEQ

TEST 18 = DMR MODE LARGE MESSAGE

179

.SBTTL

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

TEST 18 - DMR MODE LARGE MESSAGE

:* LARGE MESSAGE

TEST

18 - DMR=11

i+ THE BA/CC OUT RECEIVE AND TRANSMIT WILL BE ACCOUNTED FOR AND

i» THE RECEIVE/TRANSMIT TABLE.

IN THIS MODE TRANSMIT AND RECEIVE

LARGE BUFFER

:* THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST
'*e

12
13
14
15

i
i
i
e

16
17
18
19

i
i
i
e

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS.
THIS
SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF

ONE RECEIVE AND ONE TRANSMIT BUFFER.
THE ROUTINE WILL
ATTEMPT TO USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING
HIERARCHY
:
A. IF THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
B. IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER
THAN 2K BYTES, USE THAT MEMORY

e
. %

IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE

THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

'ttfit*tltt*'tt‘tttt't"it"t'tfii'...tt'i'"tttt‘ttt'ti*tt".*..tt.tt't

24 036702
55 036702

BGNTST

T18::

26 036702

012737

000001

28 036710
29 036714
30 036720

005037
005037
005037

002274
002276
002300

00232

MOV

#1,BUFNUM

:# OF RCV & XMIT BUFFERS.

CLR
CLR
CLR

RESUME
DMCMDE
MNTMDE

:FLAG CLEARED IN ORDER NOT TO USE RESUME.
:FLAG CLEARED TO ALLOW DMR MODE.
:FLAG NOT TO REQUEST MAINTENANCE MODE.

32 036724

CALL

SBUFFS

:DETERMINE 1 RCV &

34 036730

CLEAR

036730
35
36 036734
036734
, 036736

38 036740
39

004737

011070

JSR

;MASTER CLEAR

PC, SMSCLR

ESCAPE

CALL

TST

S$INOUT

L2 2

:IF ERROR, EXIT TEST

TRAP
.WORD

(SESCAPE
L10100-.

:THIS ROUTINE WILL MANAGE ALL THE DMR
:COMMANDS ISSUED IN THE INTERRUPT ROUTINES
:CONTROLLING THE SOF TWARE TIMEOUT,

42
43

BESIDES
THIS

:ROUTINE WILL ALSO CHECK THAT BUFFER
:CHARACTER COUNTS AND ADDRESSES ARE CORRECT

:ISSUE A DMR MASTER CLEAR

: (FROM BASE IN UNTIL SHUT DOWN).

46 036744
47
48
49

;xxxx MACRO EXPANSION ##%#
;ttfit

104410
000012

1 XMIT BUFFER

:AND THAT THE DATA IS CORRECT IN THOSE BUFFERS
CALL

SERROR

:CHECK BASE TABLE FOR SOFT ERRORS
NOTE: NORMALLY ANY NON-ZERQ ERROR COUNT IS
:REPORTED; HOWEVER IN THIS TEST A REP COUNT
:OF 1 IS ALLOWED, BECAUSE AT LOW BAUD RATES

:WE WOULD EXPECT 1 REP.

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 73-1

SEQ

TEST 18 ~ DMR MODE LARGE MESSAGE

52
53 036750
036750
5 036750

ENDTST
104401

L10100:

TRAP

180

CSETST

M 14

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 74
TEST 19 = DMR MAINTENANCE MODE MESSAGE

}

WA= O Y00 NS WA =

181

TEST 19 = DMR MAINTENANCE MODE MESSAGE
sl st
I
22222232233
t
2323222322232222
t
311
Y

TEST 19 = DMR=11

;* MAINTENANCE MODE OPERATION
. %

;* THE BA/CC OUT RECEIVE AND TRANSMIT WILL BE ACCOUNTED FOR AND
;* THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST
;* THE RECEIVE/TRANSMIT TABLE.
i*
i
THE BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS.
THIS
o
SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
i
ONE RECEIVE AND ONE TRANSMIT BUFFER.
THE ROUTINE WILL

o¥

.« %

a;gsz;{:”;o USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING
:

e
A
;e
N

NN8
=00V

1
1
1
1

.SBTTL

SEQ

A.
B.
C.

BGNTST

Slso 036752

012737

000001

26 036760

005037

002274

gg 036770

012737

000001

27 036764

THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

Ettttttt*ttttttttttttttttttttttittttttttttttfittttttittttttttt'tttttttt

23 036752

036752

IF THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER
THAN 2K BYTES, USE THAT MEMORY
IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE

005037

002276

002324

MOV
CLR

T19

#1 ,BUFNUM

;# OF RCY & XMIT BUFFERS.

RE SUME

;DON'T ALLOW RESUME

CLR

DMCMDE

#1 ,MNTMDE

sFLAG SET TO REQUEST MAINTENANCE MODE.

%? 036776

CALL

$BUFFS

sDETERMINE 1 RCV &

32 037002

CLEAR

037002
33
34 037006
037006
3 037010

004737

002300

MOV

011070

JSR

ESCAPE

104410
000012

CALL

PC, SMSCLR

TST

$INOUT

;IF ERROR, EXIT TEST

TRAP
.WORD

CSESCAPE
L10101~-.

sTHIS ROUTINE WILL MANAGE ALL THE DMR
;s COMMANDS ISSUED IN THE INTERRUPT ROUTINES

BESIDES

;CONTROLLING THE SOF TWARE TIMEOUT, THIS
JROUTINE WILL ALSO CHECK THAT BUFFER
sCHARACTER COUNTS AND ADDRESSES ARE CORRECT

sAND THAT THE DATA IS CORRECT IN THOSE BUFFERS

zg 037016

CALL

47 037022

sxxxx MACRO EXPANSION #xxw

sISSUE A DMR MASTER CLEAR

s (FROM BASE IN UNTIL SHUT DOWN).

39
40
41

1 XMIT BUFFER

JMASTER CLEAR
IRRRR

36 037012
37

037022
8 037022

;FLAG CLEARED TO ALLOW DMR MODE.

ENDTST

104401

$ERROR

;sCHECK BASE TABLE FOR SOFT ERRORS

L10101:

TRAP

CSETST

N 14

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 74~1
TEST 19 = DMR MAINTENANCE MODE MESSAGE

SEQ

182

B 15

CZDMIBO DMR-1" FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 75
¢

HARDWARE PARAM:ZTER CODING SECTION

.SBTTL

‘

SEQ

183

HARDWARE PARAMETER CODING SECTION

"*'*""'t'.*"'.'..".*"‘.'"'.Qfi""...'."..."'.'t."'fi.".'.'i"'

5
6

;
s
;s
;
;
;

7
8
o
10

12
13 037024
037024
" 037026
15 037026

L$HARD: :

037036
037040
037042
037044
17 037046
037046
037050

002031
037076
000000
000776

- 037056

BGNHRD

000015

001031
037069
160000
177776

037052
037054

MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE
MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
WITH THE OPERATOR.

.""'*fi‘t'.*tfi'.*l‘t"""""'t.'***"."fi.*t'*..'.fi*'.'fi'fi'.fi"".*"'

037026
037030
037032
037034

16 037036

THE HARDWARE PARAMETER CODING SECTION CONTAINS MACROS
THAT ARE USED BY THER SUPERVISOR TO BUILD P-TABLES.
THE

GPRMA

GPRMD

0370032
037117

P1,2,0,160000,177776,YES

P2,4,0,0,776,YES

P3,20,0,7.0,7.YES

000007
000000

000007

ENDHRD

5 037060

L10102:
103

123

037063
037066

040
104

037074

040

000

037104
037107

040
104

101
122

037115

040

037122
037125

037133

037071

22 037076
037101
037112

23 037117

037130

037136
037141

037144
24 037145

123

101
122

122

104
105

123

072

105
117

103
12?

123

072

124
117

105
040
116

123
103
106

122

101

126
124

123

124

1M1

11
040

012
040

.WORD
.WORD
.WORD
.WORD

T$CODE
P1
TSLOLIM
TSHILIM

.WORD
.WORD
.WORD
.WORD

TS$CODE
P2
TSLOLIM
TSHILIM

.WORD
.WORD

T$CODE
P3

.WORD

TSHILIM

WORD
.WORD

19 037060

21 037060

.WORD L10102-L$HARD/2

000

107

P1:

.ASCIZ

/CSR ADDRESS: /

P2:

.ASCIZ

/VECTOR ADDRESS: /

P3:

LASCII

/TEST CONFIGURATION =/<CR><LF>

LASCII

104
105

125
124

117
055

116
015

040

060

0 = INTERNAL (NO CONNECTOR)/<CR><LF>

7
TSLOLIM

C 15

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 75-1

SEQ

HARDWARE PARAMETER CODING SECTION

037150
037153
037156
037161
037164

037167
037172
037175
037200
037203
25 037204
037207
037212
037215
037220
037223
037226
037231
037234
037237
037242
037245
037250
037253
037256
037261
037264
26 037265
037270
037273
037276
037301
037304
037307
037312
037315
037320
037323
037326
037331
037334
037337
037342
037345
037350
27 037352
037355
037360
037363
037366
037371
037374
037377
037402
037405
28
29 037406

040
m
105
101
050

040
116
103
122
012
040
040
110
065
055
056
040
040
059
124
040
117
040
064
114
127
012
040
040
110
065
055
116
107
114
040
117
101
11
105
101
040
114
124
116
015
040
075
063
065
040
062
103
062
012
040

075
116
122
114
116

184

040
124
116
040
117

103
116
124
051

117
105
117
015

040
075
063
064
040
063
040
040
116
105
040
104
061
040
114
123

061
040
062
040
126
065
040
040
117
072
115
105
055
101
117
015

ASCII

1 = H3254 - v.35

(NOTE:

040
075
063

062
040
062
040
111
105
101
040
122
122
040
124
106
105
105
103
117

LASCII

2 = H3254 - INTEGRAL

PROGRAM INTERFACE SELECTION)/

040
040
110
065
055

LASCII

040
124
122
040
120
107
115
116
122
103
123
105
11
051
012
063
040
062
040
122

063
057
063

123
062
064
015

040

064

MODE 1-4 ALLOWS/<CR><LF>

<CR><LF>/

3 = H3255 - RS232(/<57>/423/<CR><LF>

LASCII

/4 = H3255 = RS422/<CR><LF>

D15

CZDMIBO DMR-11 FUNCTI

CRO v03.01 23-APR-80 08:29:31 PAG E 75-2

HARDWARE PARAMETER

sEQ

185

037411

LASCII

5 = CABLE AND SW PACK INTERFACE SELECTED/<CR><LF>

LASCII

/ RS232C-H325, RS423/<57>/422-H3251)/<CR><LF>

LASCII

/= SELECT THE FOLLOWING ONLY IF

AN WO WO
oo NUVWNWWN

€

b cnb b e

b cal il el

) b

KR = OONON
= —=NIN) =

105

(vV.35-H3250,

INTEGRAL-BC55A-10,/

Rom
b
d
e
e
e
e
—

ON=00O=r0Orn

037655

— v

—d — — —d

040

- et ON
R
O
VIOON = NO\ NNV OWnWN

126

THE MODEM SUPPORTS LOOPBACK */

CZDMIBO DMR-17 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 75-3

HARDWARE PARAMETER CODING SECTION

037660
037663
037666
037671
037674
037677
037702
037705
34 037710
037713
037716
037721
037724
037727
037732

117
115
125
117
123
117
102
113
015
040
075
117
114
117
015

104
040
120
122
040
117
101
040
012
066
040
103
040
117
012

040
122
117

075
105
124

35 037734

040

037750
037753
037756

040
117
012

037737
037742
037745

105
123
120
124
114
120
103
052
040
040
114
101
114
120

040

067

114
120
000

117
015

040
115
105

LASCII

<CR><XLF>/

LASCIZ

.EVEN

6 = LOCAL LOOP/<CR><LF>

7 = REMOTE LOOP/<CR><LF>

SEQ

F 15

' CZDMIBO DMR=-11 FUNCTIONAL TESTS MA (RO v03.01 23-APR-80 08:29:31 PAGE 76

SEQ

| SOF TWARE PARAMETER CODING SECTION

|
|

}

.SBTTL

SOF TWARE PARAMETER CODING SECTION

‘

3 LR A

SRl sttt

THE_SOF TWARE PARAMETER CODING SECTION CONTAINS MACROS

MACROS ARE NOT EXECUTED AS MACHINE

;

8
9
10

:
:
:

12
13 037760

037760
" 037762

‘

15 037762
037762

037764

037766
037770
% 037772

T222222222333222222222222332111

THAT ARE USED BY THER SUPERVISOR TO BUILD P-TABLES.

INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE
MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
WITH THE OPERATOR.

BGNSFT

000005

LSSOFT::
GPRMD

000032

§1,0,0,7.1,5,YES

.WORD L10103-L$SOFT/2

.WORD

037774

.WORD

000007
000001
000005

WORD
.WORD
.WORD

ENDSFT

L10103:
123

105

114

105
101
105
122
122

103
102
040
117
101

117
124
105
125

120
11
055
124
101
101
105

122
102
015

040
123
116
066
056
135
040
101
065
115
075
040

122
105
124
114
124
107
056
061
040
050
130
073
111
061
000

105
122
117
11
111
040
063
063
040
115
075
040
116
051

040016

040

040035
040040
040043
040046
20 040047
040052
040055
0060
040063
040066
040071
040074
040077
040102
040105
040110
040113
040116
040121

126
1M
114
012
133
106
040

040021
040024
040027
040032

THE

INSTRUCTIONS BUT ARE

g .
037777
040002
040005
040010
040013

"'t'fi*'t'l‘"..'..."Q'"'""".Qfi..'.Qfi'tfi""".fi.""'."."..!..'.'

17 037774

19 037774

187

114

124
114
120
107
115

.EVEN

LASCII

/SELECTABLE PROGRAM LOOP TIME=-OUT VARIABLE/<CR><LF>

.ASCIZ

/[REFER TO LISTING 6.3.13]

117

040
115
117
040

(MAX=5; MIN=1) /

T$CODE

7
TSLOLIM
TSHILIM

(CZDMIBO DMR=11

FUNCTIONAL

TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 761

SEQ

SOF TWARE PARAMETER CODING SECTION

21
22
23
P 040124
25
26 040224
27 040226
28 040230

29
30 040232
31
32 040232

.EVEN
JRERRRR AR

040224
000240
000240
000240

AR AR

PATCH

AREA

(2232

2 222222222222

PAT(CH:

NOP
NOP
NOP

"tttt.'t't'.t.tti'..'."'."t'.t.."..'.'Q.t."'.Q..l"lt.'."..'."."

ENDMOD

LASTAD

000000
000000

188

000001

LSLAST::
.END

.EVEN
.WORD
.WORD

0
O

————

H 15

‘CZDHIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 76=2
| SYMBOL TABLE

= 000044

C$BRK = 000022

AX3

002

BASE

002634

BASEI = 000003
BASEUP= 020000
BIGBUF
004234
BITO = 000001
BITO0 = 000001
BITO1 = 000002
BIT02 = 000004
BITO3 = 000010
BITO4 = 000020
BITOS = 000040
BIT06 = 000100
BITO7 = 000200
BITO8 = 000400
BITO9 = 001000
BIT1
= 000002
BIT10 = 002000
BIT11 = 004000
BIT12 = 010000
BIT13 = 020000
BIT14 = 040000
BIT1S = 100000
BIT2 = 000004
BIT3 = 000010
BIT4 = 000020
BITS = 000040
BIT6 = 000100
BIT7 = 000200
BIT8 = 000400
BIT9 = 001000
BOE
= 000400
BSELO = 002232
BSEL1
002242
BSEL2 = 002234
BSEL3
002244
BSEL4 = 002236
BSELS
002246
BSEL6 = 002240

BSEL7
002250
BUFNUM 002324
BUFSIZ 002322
cD
= 002000
CHIPNO 002412
CLRNO
002376
= 000007
M0
CNTRL = 000001
CR
= 000015
CSR
002232
CTS
= 010000
C$AU = 000052
C$SAUTO= 000061

(alalalalalalalalalalalalalalalalalalalalalalnialalala)

BACCR =
BACCT = 000000

DMRFLG
DMRRUN=
DMRVEC
DMTURN
DMTVEC
DTR
=
DXERR =
EF .CON=
EF .NEW=
EF .PWR=
EF .RES=
EF .STA=
EMG1
EMG10
EMG11
EMG12
EMG13
EMG14
EMG1S
EMG16
EMG17
EMG18
EMG2

EMGS8

EMG9
EMS3
EMS4
EMTO
EMT1
EMT10
EMT11
EMT12
EMT13
EMT?
EMT20
EMT22
EMT3
EMT4
EMTS
EMT6
EMT7

EMTS8

EMT9
END
ERRFLG
ERRG1
ERRG10
ERRG11
ERRG12
ERRG2
ERRG3
ERRG4
ERRG?
ERRG8
ERROR
ERRT1
ERRT2

002260
000040
002226
002254
002230
000100
000007
000036
000035
000034
000037
000040
020052
020223
020252
020277
020325
020353
020377
020412
020443
020515
020063

ERRT3

ERRT4

EVL
=
EXERR =

027410 G
032112 G

027747
030676
021610
002360
014620
016216
016250

016302
015126
015242
015522
016016
016114
002364
026246
031316

FRSTIM 002264
F$AU
= 000015
FSAuiu- 000020
FSCLEA- 000007
F$DU
= 000016
FSEND = 000041
F $HARD= 000004
F $HW
000013
FSINIT=
000006
F$JMP = 000050
F$MOD = 000000
F$MSG = 000011
F$PROT= 000021
FSPWR
= 000017
FSRPT = 000012
F$SEG = 000003
F$SOFT= 000005
F$SRV = 000010

000002
000014

FSTEST= 000001

GETPRM
GSCNTO=
GSDELM=
GS$DISP=
GSEXCP=
GSHILI=

020130

020174
012536
012726
024204
025564
030726
030754
031010
031350
025604
032150
036340
025740
026466
026513
026561
027716

189

F$BGN = 000040

(aIalalAT~)

|ADR_
= 000020
ASSEMB= 000010

SEQ

G$LOL1=
FMGS5

020730
000200
000372
000003
000400
000002

GSOFFSGSOFS1= 000376

FMG7
FMS1

FMS2
FMS3
FMTO
FMT1
FMT11
FMT12
FMT13
FMT14
FMT15
FMT16
FMT19
FMT2
FMT25
FMT3

HALTC
HDX
HELP
HICRC

HIWORD
HLT
HOE
IBE
IDU
IECLR
IEO
IER

FMT4
FMTS
FMT6

FMT?7
FMT8
FMT9

FRSPAS

0
002266

001000
002000

000000
002402
002406

IESET = 0001
INFACE 002262
INFLAG 002352

(21T

026244

SEQ

NOXMEM 023714
NM
=
NXMFLG
OUTFLG
OUTISR
OUTRCV
OUTXMT

RENa)

020712
022730

SAVE

OSAPTS=

NAK
S
NESTP(
NEWST
NEXT

100000

NOBFR = 000004

[alalalalalalalal~

~N
»

026114

g8
N=ONOWVSWN=ONO
NS =ON

3338333833888388888

WNWIANNINDPNONONINONON)
= b el e b et 2

— —— — —
D —d —
d —d
D
d
D
) ——d
)
d

002040 G
2034
023724 G
002072 G
010234 G
002052 G
002044 G

LSDTP
LSDTYP
L$DU
LSOUT
LSOVTY
LSEF
LSENVI

002102
002046
002064
002066
037026
002120

L£10005

LAST
002362
LF
= 000012
LLOOP = 000006
LOCATE
024126 G
LOCRC
002400
LOE
= 040000 G
LOGDEV 002366
LOT
= 000010 G
LOWORD 002404
LPLU = 004
LSACP
002110 G
LSAPT
002036 G
LSAUT
002070 G
LSAUTO 022066 G
LSCCP
002106 G
LSCLEA 022156 G
L$CO
002032 G
LSDEPO 002011 G
LSDESC 010242 G
LSDESP 002076 G
LSDEVP 002060 G
LSDISP 002124 G
LSDLY
002116 G

1JSJMP = 000167

—

= 000041

ISAUTO= 000041
ISCLN = 000041
ISOU = 000041
I$HRD = 000041
ISINIT= 000041
ISMOD = 000041
I$MSG_= 000041
I$PROT= 000040
ISPTAB= 000041
ISPWR = 000041
ISRPT = 000041
I$SEG = 000041
I$SETU= 000041
I$SFT = 000041
I$SRV = 000041
I$SUB = 000041
I$TST = 000041

LSETP
LSEXPT
LSEXP4
LSEXPS
L $HARD
LSHIME
LSHPCP
LSHPTP
LSHW
LS$ICP
LSINIT
LSLADP
LSLAST
LSLOAD
LSLUN
LSMREV
LSNAME
LSPRIO
LSPROT
LSPRT
LSREPP
LSREV
LSSOFT
L$SPC
L$SPCP
L$SPTP
LSSTA
LSSW
LSTEST

I$AU_

022174 G
002326
000015
002330
000076
000072
000100 G
004000 G

LS
L
L
U

INISR
INRCV
i INTER =
INXMIT
ISP13 =
ISP7 =
ISR
=
IXE
=

[2lalalalalalalalalalalalalalalalalalalalalalalalalalala1212)

| SYMBOL TABLE

I15

23-APR-80 08:29:31 PAGE 76-3

w
m

' CZDMIRO DMR=11 FUNCTIONAL TESTS MACRO v03.01

190

| CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 764

SEQ

| SYMBOL TABLE

| TSCODE= 000032

T$TSTM= 177777

| TSERRN= 000023
TSEXCP= 000000
TSFLAG= 000040

T$TSTS= 000001
T$$AUT= 010015
T$SCLE= 010016

TSGMAN= 000000

T$$DU = 010n22

TSHILI= 000005
TSLAST= 000001
TSLOLI= 000001
TSLSYM= 010000
TSLTNO= 000023
TSNEST= 177777
TSNSO = 000000
TSNS1 = 000005
TSNS2 = 000002
TSPTNU= 000000
T$SAVL= 177777
T$SEGL= 177777
TS$SUBN= 000000
T$TAGL= 177777
TSTAGN= 010104
TSTEMP= 000000
TSTEST= 000023

. ABS.

040236
000000

ERRORS DETECTED:

T$$SHAR= 010102
T$$HW = 010000
TSSINI= 010014
T$$MSG= 010056
T$$PRO= 010013
T$$S0F= 010103
T$$SRV= 010024
T$85UB= 010072
T$$SW = 010001
T$$TES= 010101
T1
024004 G
T10
032676 G
TM
033100 G
T12
033260 G
7T12.1
033260
T12.2
033410
T12.3
033526

112.4

T12.5
T13
T14

T15

T16
117
T18
T19
12
12.1
12.2
12.3
T3
T4
T4.1
14.2
T5
15.1
15.2
T6
T6.1

000
001

VIRTUAL MEMORY USED:
23272 WORDS
( 91 PAGES)
DYNAMIC MEMORY AVAILABLE FOR
69 PAGES
CZDMIB.BIN,DB2:CZDMIB.SEQ/C/N:TOC=#SV(34R.MLB,(ZDMIB.P11

033644

76.2

030414

= 000046

034022
034164 G
034714 G

16.3
T6.4
17

030504
030600
031040 6

XMTBUF
003234
XSALWA= 000000
X$FALS= 000040

036564
036632
036702
036752
024322
024322
024500
025122
025636
025770
025770
026116
027046
027046
027230
030260
030260

17.2
T8
78.1
18.2
T9
79.1
19.2
79.3
UAM
=
UPDATE=
WAIT1
WAITZ2
WAIT3
WAIT4
WMAINT
WMODEM=
WTYPE

031204
031462 G
031462
031704
032164 6
032164
032330
032510
000200 G
000011
002312
002314
002316
002320
002306
000005
002252

X$TRUE=
$8ACC
012300
$8ASEI
011266
$BUFFS
013210
SCCITT
002414
$CLRQI
010706
SCNTIN 011522
$OMRIN 012070
$ERROR 012412
SHALT
012564
$INOUT
014142
$LOOP
013066
$LSTIN= 000001
$SLSTTA= 000001
$MSCLR
011070
SROMO
012746
SWAIT
010272

036460 G

G
G
G
G
G

G
G
G
G

17.1

031040

X$OFF
S= 000400

K 15

;CZDHIEO DMR=11 FUNCTIONAL TESTS MACRO v03.0% 23-APR-80 08:29:31 PAGE S-1
CROSS REFERENCE TABLE

$BACC

$BASEI
$BUFFS

SCCITT
SCLRQI
SCNTIN

34-29%#

67-45
31-36#
61-27
40-34#

60-36

67-49
56-23
61-47
70-56

SDMRIN
SERROR
SHALT

20-150#
29-29#
32-34#
33-35#
35-25#
37-17#

39-41
67-132
41-115

SINOUT

41-22#

70-74

SLOOP
SLSTIN
SLSTTA
SMSCLR
SROMO
SWAIT
A
ADR
ASSEMB
AX3

BACCR
BACCT
BASE

BASEI

40-75
31-54
58-28

40-154
31-78
58-49

41-111
68-254
56-26
71-58

61-57

61-86

61-93

62-32

64-19

6424

65-77

65-107

65-134

57-36
64-13
73-32

57=55
65-20
74-30

58-25
65-25

58-47
65-98

58-66
65-128

58-92
67-33

59-21
68-100

60-19
70-64

60-67

61-18

57-25
72-45
56-59

33-69
58-101
57-38
73-46
57-28

34=45
60-22
57-58
74-44
57-41

37-25
60-70
57-67

48-169
61-50
59-29

58-37
61-83
59-54

59-44
62-25
60-31

59-66
64-16
60-79

65-53
62-19

67-42
62-22

68-109
62-30

57-70

58-38

58-58

58-72

59-67

60-59

60-96

61-21

57-51
65-72

58-22
65-95

58-63
65-125

58-82
67-23

59-18
68-89

60-16
70-58

60-64
71-54

61-15
72-33

68-62
32-50
58-69

68-106

72-37

73-38

74-36

54-30
61-77

54-39
62-9

56-19
64-10

56-51
65-18

57-18
65-44

38-17#
28-%2'

53-42
31-42

53-81
31-74

53-85
32-39

53-167
32-54

19-121#
19-8#
14-16
20-59#

19-93#
19-89%
20~-184#
42-94
56-68
56-105
57-95
59-21
65-98
19-92#

60-84

61-29

61-61

56-39

56-72

56-95

56-97

31-40

45-121%
48-233
48-253
42-73
42-99
56-72
57-30
57-99
60-67
67-35
41-41

45-125%
61-57
60-36
42-75
42-99
56-74
57-36
57-101
60-97
68-102
48-27

45-130%
61-86
60-82
42-78
48-78
56-76
57-43
57-103
60-99
70-64
48-185

48-191

19-82

30-49

40-122

40-193

19-81

58-74

19-38

19-62

19-35

48-125

56-70
57-22
57-97
60-19
65-128

19-8#

19-39

2
3

19-8#

19-37
19-36

19-84

19-8#

33-48

60-56

14-16
31-76
48-23
48-25
35-34
42-96

192

61-5¢

68-130
§7<22
h2=12
72=-31

67-39

19-8#4

68-126
56-56
61-80
71-52

58-97

IT0

60-82

39-22#
14-22#
14-23#
30-36#
61-44

60~
68-136

SEQ

(CREF v01-05 )

19-64

19-65

19-59
19-57

19-61
48-136
48-142

4B-146

34-35

37-23

37-27

61-95

62-35

6426

65-27

45-135«
6419
61-59
42-78
56-23
56-86
57-55
57-105
60-110

45-140%
65-77
61-93
42-80
56-27

45-146%
65-101
62-32
42-82
56-35

48-44
65-134
6424
42-85
56-37

41-1 2

58-32

58-53

59-36

59-58

65-55

65-79

65-109

65-136

67-54

68-125
67-49
42-87
56-41

68-131
42-89
56-43

42-92
56-56

42-92
56-60

56-88
57-72
57-107
60-110

56-90
57-74
57-109
61-18

56-92
57-76
58-25
61-47

67-45
65-107
42-85
56-39
56-95
57-78
58-40
61-80

48-220

48-240

53-189

57-30

57-43

48-299

48-306

61-27

61-57

61-93

56-97
57-80
58-47
62-12

56-99
57-90
58-66
64-13

56-101
57-N
58-74
65-20

68-118

68-121

68-229

56-103
57-93
58-94
65-25

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAG%
CROSS REFERENCE TABLE

BOE

BSELO
BSEL]
BSEL2
BSEL3
BSEL4
BSELS
BUFNUM

61-93

68-226

45125

56=27

56-60

58-33

58-40

58-54

62-30

19-72
19-68

19-73

19-74
45-140
19-71

45-135

31-73x
45-59+

32-37%

33-42*

34=32+

41-41»

48-202+

48-207+

48-213+

48-228+

42-44

42-49

42-57

42-61

45-62*

45-63~

54-33

54-38

54-42

53-82
45-71»
40-131

48-44

53-86

53-168
53-44

59-61

59-7%
53-172

41-27

41-28

70=51*
40-106*

71=47%
40-146*

29-46

30-70

41-45

53-59
61-14

53-162
61-43

46-21

n b cd e
[+
W

d
d
D
d D
d
d
d

~ —) e

29-52

48-334

57-83

CSERHR
CS$ERRO
CSERSF
C$ERSO
CSESCA

(SESEG
CSESUB

40-133

42-21
40-103+

B
? BEERRRRRNERS
b o e i
b b D

d el

grLTTLTLITITIVR

BUFSIZ

CSCEFG
CSCLCK
CSCLEA
C$CLOS
CSCLP1
CSCVEC
CSDCLN

61-57

53-43
45-70*
40-101

BSEL7

C$AU
C$AUTO
C$BRK
C$BSEG
cs8suB

61-27

4£8-306
19-79
19-78
19-76
19-75
19-54
19-53
19-67
19-66

L5-67*

BSEL6

SEQ

(CREF v01-05 )

AR
838940

BIT1S
BIT?
BIT3
BIT4
BITS
BITé
BIT?7
BIT8
BIT9

61-64
65-113
68-141

54-41
57-69
59-20
60-69
62-11
65-100
68-107

68-110

53-160

53-195

193

48-233+

48-248

48-253+

41-29

41-67

42-12

42-18

59-17

59-52

40=147~

40-149+

40-177

40-178

40-189

40-19

42-13

56-18
61-76

56-50
65-16

57-17
65-42

57-50
65-70

58-21
65-94

65-124

58-46

58-62

58-80

51-45

68-18

68-82

68-245

41-59

41-81

54-49
60-47
64-36
67-79
68-198

57-29

48-37

56-46

65-3€
67-93

57-42

57-53
58-84
61-82
65-56

67-51

76-34

59-69

M 15

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE S-3
CROSS REFERENCE TABLE (CREF VO01=05 )

60~105
5147

CSETST

71-68

61-74
5451

72-48

61-107
56-83

65-122
60-106

73-53

62-48

194

6444

65-151

67-134

59-77

60-111

42-32

42-33
42-107

D
b
—

)

d e

REREEEEEEES

d
) e
)
—

)

CSEXIT
C$GETB

70-83

61-41
53-197

SEQ

42-101

42-109

42-120

42-124

42-130

57-111

42-9
42-54

42-10
42-59
42-123
56-101

42-12
42-71
45-55

42-13
42-78
45-76

42-22
42-85
45-163
57-93

42-99
53-46
57-101

42-106

42-119

56-97

57-89

57-90

42-30

53-140
57-105

53-152

57-109

CSPNTF
CSPNTS
CSPNTX

C$QI0

CSREFG
CSRESE
CSREVI

45-33

45-10
46-10

68-33
51-21

68-15

68-58

68-235

60-42

60-55

60-58

61-39

61-72

61-105

65-38

65-56

65-90

65-120 |

32-59

37-29
64-28

48-29
65-22

48-213
65-29

48-275
65-46

60-45
65-57

60-86
65-74

61-23
65-81

61-30
65-104

75=27
51-58

75-29

75-30

75-32

75-34

75-35

76-19

71-49%

72-28+

73-29+
58-95

32-37

48-156

64-21

48-188

57-36
64-13
32-51

57-55
65-20
32-53~

58-47
65-98

65-128

67-36

60-19
70~64

45-128

45-133

45-152

45-154

45-157

48-54

wvivh

SRINEIWR % \Q‘

45-31

61-18

48-97

58-85

N 15

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 c3-APR-80 08:29:31 PAGE S<4

SEQ

CROSS REFERENCE TABLE (CREF vO1-05 )
20-14#4
19-74%8
19-96#

45-79%
48-57
57-38

14-16#
19-8#
19-8#
19-8#
19-8#
19-84

15-11
45-33
45-31

42-167#

67-68_

68-148

42-170#

67-87

68-164

42-163#

48-303
42-169#

48-334
48-339

4B8-345
67-79

67-74
67-98

67-93
68-159

68-154
68-175

68=170

41-96

42-1728

67-115

68-i98

32-61
28-76

42-165#
32-66

60-47
42-166#

60-88
48-283

61-32
60-52

61-64
60-93

61-98
61-37

62-39
61-69

37-31

37-36

37-434

53-138

53-150

53-203#

59-42

59-64

59-80#

68-85

68-250

68-261#

56-46

56-79

56-110#

57-33

57-46

57-1144

45-35

45-167

45-170#

28-66*

28-77+

28-90

29-30*

29-53+

29-61

41-81
42-122#4

42-118#

28-65
60-88
65-59
67-98

28-76
60-93
65-64
67-112

29-52
61-32
65-83
67-115

32-61
61-37
65-88
68-141

32-66
61-64
65-113
68-148

37-31
61-69
65-113
68-154

37-36
61-98
65-140
68-159

42-278
61-103
65-145
68-164

42-105#
42-111#

48-345
48-334

48-339

65-118

20-113#
41-59

RRG7
RRG8

29-52

65-145

28-38«
42-8#4

67-58

68-141

64-30
61-103

65-31
62-44

65-59
64-36

65-83
65-36

65-113
65-64

65-140
65-88

4B8-37
62-39
67-58
68-170

48-272

48-283
64-30
67-74
68-198

48-303
64-36
67-79

60-47
65-31
67-87

60-52
65-36
67-93

&~
~

42-168#
41-81

30-76

45-29

28-65_

45-94

14-16#

45-88+
48-61

195

7-68
68-175

B 16

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S-S5
CROSS REFERENCE TABLE (CREF v01-05
)
ERROR

20-119#

28-71

ERRT1
ERRT2

56-46
59-42

56-79
59-64

ERRT3

6546

57-83

65-67*

57-88#4

ERRT4
EVL
E:iSR

60-102
9-84
19-95#

60-109#

FSAUTO
FSBGN

14-16#
14-16#

46-8
14-19

47-9

58-65
=17
60-14
60~72
61-43
62-11

FSCLEA

F $DU

FSEND

31-67

65-74%

56-85#
59-75#4

45-13%

61-23%

65-104%

65-121%

61-40%

61-53+

61-73%

61-89%

61-106%

42-27

42-36

42-68

42-105

42-111

42-118

58-84
59-52
60-39
61-14
61-79
64-9

o
59-52
60-57
61-14
61-82
64-12

65-91%

48-9

58-68
59-20
60-15
60-81
61-46
62-21

46-28
42-8

48-267

58-71
59=¢3
60-15
60-85
61-49
62-24

4B8-367

58-73
59-33
60-18
60-105
=52
62-27

49-8

31-19

65-40

58-80
59-45
60-24
60-109
61-76
62-36

65-42

58-80
59-50
60-33
61-13
61-76
62-48

76-30

65-28

73-53
14-16#

74-23
47-9

74-34
47-16

764=47

75-13

76-13

14-16
14-164
48-262

14-16
14-19
48-362

14-16
42-24
48-371

14-16
42-34
49-13

53-32
53-197

49-8

14-16
14-16
47-16

53-33
54-29

49-13

53-33
54-29

51=47

58-78
59-37
60-21
60-106
61-74
62-34
65-42

65-16

14-16#4

65-131%

65-148+

64=21*%

196
64=39*

£5-22+

(5-39+

42-122 / 42-126

53-33

44-8

45-8

46-8

58-100
59-56
60-61
61-17
61-85
64-15

58-102
59-59
60-63
61-20
61-88
64-18

58-106
59-69

59-15
59-71
61-41
61-109
6444
65-94

59-17
59-75
60-69
61-43
62-8
65-15

14-16
42-130
53-32

57-25

65-16

14-16
14-16
46-28

SEQ

53-56
54-29

53-56
54-32

65-56

51-50

53-32

65-68

5=70

53-59
54-41

53-56

65-70

65-80

61-22
61-107
65-92

14-16
42-115
51-47

14-16
42-120
51-47

14-16
42-124
51-60

53-59

65-94

/
/

14-16
42-109
'51-19

53-160
56-17

53-162
56-17

53-195
56-18

14-16
45-171
53-32

53-197
56-21

FSHARD
F $HW
FSINIT
FSJMP

68-12
70-60
72-35

68-12
70-66
72-48

68-91
70-68
72-48

14-16#
14-16#4
14-16#
14-16#4

75-13
17-10
45-8

75-19
17-24
45-171

68-104
70-83
73-24

68-107
70-83
73-24

25
7-37
68-110 /68-128
71-46 // 71-46
73-24
73-36

68-134
71-46
73-53

68-137
71-56
73~53

68-258
71-68
74-23

1
68-258
71-68
74-23

70-46
72-24
74=23

70-46
72-24
74-34

68
7046
72-24
74-47

C 16S~
TESTS MACRO V03.01 23-APR-80
08:29:31 PAGE
DMIBO DMR=11 FUNCTIONAL
o ST Y. Y
CROSS REFERENCE TABLE (CREF V01=05 )
CZOM]

F $MOD
FSMSG

FSPROT
FSPWR
FSRPT
FSSEG
FSSOF
T
FSSRV

14=164
14-16#
42-120
14-164
14-164
14-16#
14-16#
14-16#

14-19

42-8

42-122
44-8

76=30
42-24

42%27

42-124

44=14

76-17 /

F$SUB

=126

42-130

48-267

48-362

7146

FINIT2
FINIT3

FLAG
FMDROP

FMG1
FMG10
FMG11
FMG12
FMG13
FMG14
FMG15
FMG16
FMG17
FMG18
FMG19

53-160
58-60
6141
65-149
53-197
61-109

72=24

53-137*

53-146

53=149«

42-137#

57-89

42-71

42-13%

54-35

42-138#

42-1414
42-1434
42-1444
42-145#

57-122#4

60-110

42-68

4£8-371

51-50
56-18
58-80
61-76

53-195
58-78
61-74

71-68

42-149#4

42-39

42-65
56=107

42-105
59-75

42-109

51-60
56-48
58-102
61-107

56-50
59-17
65-16

56-17
64-9
73-24

56-83
64-44
73-53

57-16
65-15
74=23

53-178

53-181«

57-88

42-111
60-109

42-115
60-111

42-118

56-81
59-50
65-40

57-48
59-69
65-68

57-50
60-15
65-70

57-86
65-151

58-106
67-134

59-15
68-12

59-77

53-32
61-13

FINIT

42-36
56-85

197

53-59
58-46
61-14
65-124

FESW
FSTEST

42-34

SEQ

53-163+

74=47

D 16

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S-7
CROSS REFERENCE TABLE (CREF v01-05 )
FMT19

59-76

59-83#

FMT25

68-86

68-251

FMTS

53-184

53-201#

FRSPAS
FRSTIM

20-478
20-46#

45-22%
45-19

45-42%
4521

28-61

29-49

30-73

41-54

75-15
75-15

75-15
75-17

75-16
75-16

75-16
76=15

75=17
717

76-15
76-15.

FMT2

FMT3

GSCNTO
GSDELM
GSDISP
GSEXCP

53-46

53-140

14-16#
14-16#
14164
14-16#

GSHILI
GSLOLI

14-16#
14-16#

GSOFFS
GSOFSI

14-16#
14-16#

GSNO

GSPRMA
GSPRMD

14-16#4

14-16#
14-16#

53-19%#

53-152

53-200#

14-16#4
14-16#
14-16#
14-16#
14-16#
14-16#
14-16#
14-16#
45-34

75-15

75-16

75=17

76-15

75-15
45-448

75-16
45-49

75-17

76=15

HDX

19-64#

58-49

48-277

65-34

65-62

15-13

16-10

22-26

48-176

45-1714
14-19%#
42-24M
42-124M

76-30
4L2-27H

53-32
58-62

53-33
58-80

HELP

HICRC
HIWORD
HLH(ET

I1$AU
ISAUTO
ISCLN
I1$DU
ISHRD
ISINIT
ISMOD
ISMSG

ISPROT
ISPTAB
ISPWR

ISRPT
ISSEG

19-66#

14-44

20-131#
20-133#

14-37

53-70%
53-83«

53-111*
53-87+

}:g}#

37-20

48-35

14-164
14-16#
146164
75-13#
14-16#
14-16#
14-16#4
42-1200
14-16#
14-16#
14-16#4
14-16#4
14-16#
58-21

46-8#
47-#
49-8#
75-19#
45-8#
14-19
42-8#
42-122#
8#

46-28#4
47-164
49-13#

62-8

IS$SETU

37-34

14-16#

51-19
58-46

64-9

198

68-262#

GSPRML
GSRADA
GSRADB
GSRADD
GSRADL
GSRADO
GSXFER
GSYES
CCTPRM

HALTC

SEQ

65-15

53-117
53-112«

42-126#

65-16

65-86

65-116

53-143*

53=144

53-152

48-228

53-119%
53-152

48-24(8

76=-304
L2-34A

42-364

42-65#

42-68F

42-1014

42-105#

42-1094

42-1114

42-115#4

42-118#

53-162
59-17

54-29
59-52
65-94

56=17
60-14
65-124

56-18
60-15
67-11

56-59
60-63
68-12

57-16
61-13
70-46

57-17
61-14
71-46

57-50
61-43
72=24

58-20
61-76
73-24

53-118*
53-144

42-1304

53-59
59-15

65-42

56-R35#

65-70

S56-107#

65-143

57-884

57-1114

S59=75#

S9-77#

60-1094

60-111#

CZOMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE S-8

CROSS REFERENCE TABLE

ISSFT

76=-13#

I$SUB

14164
53-162#
6-81#
58-21
58-78#
59-69
61-13
61-107#
65-684
65-149%
14-16#

ISSRV

ISTST

14-16#4

54-29
56-58

(CREF VO1=05 )

76-17#

48-9#

51-19
53-195
56814
58-21#
58-80
59-69%
61-14
61-107#
65-70
65-149%
51-19
54=29%
56-83

48-2624

53-32
53-195#
57-16
58-44
58-80#
59-69%
61-144
62-8
65-70#8
67-11
51-19#
54-32
56-834

48-2674

4B-3624

53-59#
56484
57-50#
58-60#
59-50
60-63
61-744
65-40
65-122#

53-160
56-48#
57-85
58-62
59-50#
60-63#
61-748
65-42
65-1228

53-160#
56-50
57-854
58-62#
59-50#
60-105
61-76
65-424
65-124

60-105#
61-76#
65-68
65-124#

53-162
56-81
58-20
58-78#
59-52#
60-105#
61-107
65-684
65-149

57-69
58-62
59-17
60-15

57=71
58-65
59-20
60-18

57-86
58-68
59-23
60-21

57-864
58-71
59-33
60-24

57-86#
58-73
59-37
60-33

58-20
58-80
59-45
60-39

53-59
56-18
57-27

58-20#
58-84
59-52
60-57

53-162
56-21
57=29
58-21
58-96
59-56
60-63

53-197
56-25
57-40

58-24
58-100
59-59
60-56

53-197#
56-50
57-42

58-27
58-106
59~71
60-69

S53-197#
56-53
57-50

58-30
58-106#
59-71#
60-72

65-137
67-1344
70-464

65-151
68-12
70-60
72-35
T4=47h

65-151#
68-12#
70-66

65-151# 67-11
68-91
68-104
70-68
. 70-83

72-488

67-114#
68-107
70-834
73-24

67-25
68-110
70-83%#

67-37
08-128
71-46

67-40
68-134
71-464

67-43
68-137
71-56

67-47
68-258
71-68

48-202

48-207

48-213

48-228

48-233

48-248

48-253

48-286

‘

48-110*

48-216
:
48-236

54=41
56-83#

6
65-130
67-1344
70-46
72-24
74-34

IDU
IECLR
IEO

19-47#
19-544

41-102
41-103

48-162
48-89

48-168
48-357

IESET

19-448

41-41

41-102

48-185

72=248
7447

5451
57-16

INFACE
INFLAG

20-44#
20-106#

31-65
41-30*

45-142%
41-49

45-145+
48-180

48-197
48-256*

INRCV
INTER
INXMIT
ISP13

20-91#
19-106#
20=92#
19-130#

41-26%
31-73
41-27+
57-30

42-14*
48-33
42-15%
57-43

42-18*
48-193
42-19*
57-90

42-22
48-202
42-22

ISR
IXE
JSIMP

19-84
19-8#
14-164

$AUTO
$CCP
$CLEA
$CO
$DEPO
$DESC
$DESP
$DEVP
$DISP

15-11#
15-11#
15-11#

15-11
15-11#
15-11
15-11#
15-11#
15-11
15-11#
15-11#
15-11

53-564
53-59
56-18#
56-48
57-48%
57-50
58-60
58-60#
59-17
59-17#
60-614
60-61#
61-434 6174
65-40
65408
65-944 65-122
73-24 74-23
53-32#
53-33

65-127
67136
68-258#
71-684
764=-234

$ACP
$SAPT
SAUT

S51-60#

53-56#
56-18
57-48#
58-46#
59-15
60-61
61-43
65-16#
65-94
72-24
53-32

65-1264
67-51
68-2584
71-68%
74-23

56-60

51-504

199

53-56
56=17
57-48
58-46
58-102#
60-15#
61-414
65-16
65-92#
71-46
51-478#

57-60
58-51
59-15#
60-14#

56-27

4B-3714

SEQ

53-33#
54-29
57=178
58-44H
58-102#
60-15
61-414
65-15
65-924
7046
51-47#8

57-57
58-46
59-15
60-14

19-129%

4B-367#

53-33
53-195#
57-17
58~44H
58-102
60-14
61-41
64-9
65-92
68-12
51-47

57=53
58-39
58-106#
59-71#

I1SP7

58-40

34=514
57-164

54=514
57-17

72-48
T4~47R

48-118+

58-74

72-48KF

56-1757-20

S56-17#
57-24

48-220

48-240

46-8#
47-5#
22-18#

16-84

73-248

73-36

73-53

53-160#
56-50#
57-85#
58-78
59-52

73-534

73-53#

F 16

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 59
CROSS REFERENCE TABLE (CREF v01-05
)

8338888888

NN
DD
N=ONOWVEHN=O

d e

d wd

10005

o cmd

D e

o) e

29-49

30-73

75-13
40-44

75=13#
68-29

68-215

17-10

17-10#

4154

45-84

22-13#

28-61

) o

) e
D

i o e
D

D e

D —d —d
d

e o cd

)

R
R

cnd e

D e

b e

D
D

BRR

)

ada- b d

d e —d
—d

)

&
&

) e

D i

e
) ) e e
D
i
) e
D
) D D
) )
) -

) D

) )

LSTIML
LSUNIT
L 10000
1.10001
L10002
L10003
L 10004

LSSTA
LSSW
LSTEST

L$SPCP

LSSPTP

LSHPCP
LSHPTP
L SHW
LSICP
LSINIT
LSLADP
LSLAST
LSLOAD
LSLUN
LSMREV
L SNAME
L$PRIO
LSPROT
LSPRT
LSREPP
LSREV
T
LSSOF
L$SPC

V\h‘h\h\l’l\h\h\fl\l‘\'h\h\hv\\h\fl\h\h\h\h\h
1
I
O
I
A
I
A \fl\h\h\l‘\h\l\\.fl\lfllflfl\h\h
|
L
)
]
\h\fl\l‘\.h\fl\fl\h
U

LSHARD
LSHIME

15-11#

—

LSDLY
LSDTP
LSDTYP
LSDU
LSDUT
LSOVTY
LSEF
LSENVI
LSETP
LSEXP1
LSEXP4
LSEXPS

—

45-8#

76=324

44-8#4

76-13

18-8_

35-43
45-46
17-244
18-124

76-134

18-8#

41-104

p2
-

SEQ

200

—

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE

CROSS REFERENCE TABLE (CREF v01-05 )
L10023
L10024
L10025

S1=47#
51-60#
53-197#
53-564
53-160#
53-195#

G 16
S-1

SEQ

201

54-41
56=25

564=514
56-53

56-58

56-83#

57-24

57=27

57-29

57-40

57-42

37=53

3757

57-60

57-69

57=71

57-86#

58-27

58-30

58-39

58-51

58-65

58-68

58-71

58-73

58-84

58-96

58-100

59-23

59-33

59-37

59-45

59-56

59-59

59-714

60-21

60-24

60-33

60-39

60-57

60-66

60-69

60-7¢

60-81

60-85

60-106#

61-20

61-22

61-49

61-52

61-79

61-82

61-85

61-88

61-1094

62-21
64-15
65-56

62-24
64-18
65-80

62-34
64=44H
65-100

62-36

62-484

65-103

65-110

65-127

65-130

65-137

65-1514

67-1344
68-137

68-258#

75-34

67-40
68-107

67-43
68-110

67-47
68-128

48-176
7524
48~54

48-191
75-25

48-193
75-27

75=27

75-29

75-30

75-32

53-100+

53-106

53-107+

53-108+

53-130%

53-131

53-140

45=45+

45-46

45-48

46-24

4911

5141

53-40

70-68

70-83#

75-35

58-106#

76-19

H 16

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S=11
CROSS REFERENCE TABLE (CREF v01-05 )

LOWORD
|LPLU

MAINT
MAINT1
MAINT?2
MANUF

20-132#

53-82+

48-99
61-47

32-46
39-32

53-86*

48-102
61-80
48-69

53-101+

30-5¢4

MICRO
MMANAG
MNTMDE
MNTREC

40-112+
70-54+

41-68
71=50%

56-70

56-90

MODEM
NAKS

58-47
65-98

58-66
65-128

58-87
67-28

58=90
67-31

59-21
68-95

60-19
68-98

60-67
70-64

39-37
39-38

MCLR

MDIAG

53-131
57-36

202

NESTPC

INEWST

41-92
73-30*

41-98
74-28+

48-122

48-297

29-32
35-56

31-41%
3739«

31-80+
39-40+

32-38«
39-47x

41-25%

41-118+

33-36

33-45

33-46%

33-49+

33-71

68-15
61-101

68-235

45-18+
68-57+

46=11%

4622

46=26%

47-11

48-369%
68-239

51-22+
68-246

51-39

68-235

32-71+

NOBFR
NOXMEM
NXM
NXMFLG

40204+
68-23%

68-16~*

o
NNWN—S

68-66

68-76

68-83

68-234+

15-11

48-182

4£8-288

48-358+

42-20%
42-21%

42-23
42-23

48-342%
48-330~

48-352

46-10

51-21

68-15

68-33

68-58

67-15
67-12

67-45
67-45

67-91
67-96

67-103
67-101

57-91

- N\ -

14-354

—Sed

14-35#

~NON

_——

—
F oW o8

BNY= -

LS —io.*l\\fl wviwn

OSAPTS
O0$AU
O$BGNR

40-79

48-354

57-93

45-94

40-48

41-117

45-10

56-68
64-19
61-86

56-86
65-77
64-19

56-88
65-101
65-77

' CZDMIBO DMR-17 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S=12
CROSS REFERENCE TABLE (CREF v01-05 )

RCV
| RCVBUF
RDI
RDO
RES

RESFLG
RE SUME

RETURN
REV1

REV2
RFLAG
RLOOP

19-50#
20-191#
19-43#

4£8-328
4095+

67-121

40-129+
48-14

19-53#

65-66

19-59#

20-111#
20~53#
19-135#
53=43«
5344
20=175#

20~134#
19-40#

53-184

19-35#
19-46#
48-233
64-19
19-105#
68-117%

31-40

48-253

65-77

31-73
58-31
65-101

68-168
68-173

68-225+
68-226+*

42-42
18-12#4
48-362#4

SELO

SEL2

40-172

40-173

41-34

41-36

41-65

37-38
67-121
58-47

48-269
68-202
61-27

48-360

60-42

60=55

60-58

61-39

72=27+

73-28+

74=26*

60-105#
65-151#

33-54

33-75~

29-31+
38-33«

29-44
38-35«

48-163+

28-54

68-202

61-105

65-38

70-52+

71-48+

67-122

68-113~»

68-162

68-167+*

68-218+

59-57
53-52%
38-35

53-65«

53-84+

53-90

53-192+

33-44

37-20
59-57

41-41

48-185

48-202
61-59

48-207
61-86

48-213

48-228

42-101#
51-60#
58-444

42-109#

42-1154

42-120#4

42-1248

42-130#

46-28#

58-102#
62-484

64-44H
75-19%

65-404
76-17#

45-171#
56-48#4
59-69#4
65-684

32-37
58-52
65-107

59-35

65-134

67-45

61-74#4

72-48#4

58-784
61-109#
73-534

30-68

31-47~

31-70

42-10.

32-64

64-33
68-211

68-214*

45-161

53-34

48-195

48-210

38-33

38-35

65-62

4£8-212+

48-56+
48-299
65-86

53-160#

53-1954

764=474

33-44*

42-42

59-35«
38-19«
57-89
65-29
68-144
45-64

28-74

SEL6

61-57
68-131

53-564
58-60#4
61-1074

71-68#

48-168~

60-36
67-49

48-309+

STUP

61-72

48-251+
48-291

SEL4

SFLAG
SFPTBL
SKIP
SPEED
STARES
STARST
START
STLU
STREC

203

4£8-238

4224

48-371#
57-85#4
60-106#
67-1344

57-48#%

S1
SAVE
SECN

68-144
40-164

48-242

19-142#
19-107#

SEQ

48-323«

33-59«

48-57*
48-306+
65-116

33-66*

48-61*
48-349

67-77

53-1974
58-106#

37-20*

54-514
59-50#

61-93

62-32

56-81#4
59-71#
65-924

47-13~

48-12

38-18+

38-25+
48-99+

41-103*

42-10

4241

59-57x»

60-42*

65-38%
68-202+
45-65%
48-326*

60-45

65-57

60~58+
65-81

48-78+
48-331

48-119+
51-36

36-42«
48-69*
51-38
67-96

37-34
48-72+
60-50
68-157

38-30«

48-85+

61-35

il snel

) anb

il cnll csl

sl canl) s

) il

S G
—

O‘M\h\h\.'fl\h\ll\.h\l\\h
11
1
b —d b

b el anl

d e

d o

d e

29-34+
33-73+

48-9

76-32

31-38+
37-18*
42-30

15-11
15-11
15-11
22-18
15-11
15-11
15-11

15-11
15-11
15-11_

42-105
56-85

15-11
15-11
15-11
42-111
57-88
15-11
15-11
15-1

15-11
15-11
15-11
15-11
15-11
15-11
15-11
15-11
15-11
15-11
16-8
16-8
16-8
16-8
17-10
15-11
15-11
15-11
15-11
15-11
15-11
15-11
15-11
15-11
15-11
16-8
16-8
16-8
168
18-8

—

b —d

d d e e

D D e e

)

b cnd cnd cnb cd

b e

wnd

PR Y

b wub wud

e =k e ok b wd =k
e

LW I AR

wr{,—;—n—n
[o N

22-18
28-61
28-61
28-73
28-76
28-82
29-46
29-49
29-52
30-73
30-73
30-76
31-75
32-56
30-61
30-66
35-54
37-26
37-31
40-38
0-38
40-113
41-45"
41-54
41-59
41-81

22-18
28-61
28-65
28-73
28-76
28-82
29-46
29-49
29-52
30-73
30-73
30-76
31-75
32-56
32-61
32-66
35-54
37-28
37-31
40-38
40-38
40-113
41-45
41-54
41-59
41-81

40-9
42-10
42=11
42-11
49-9
42-10
42-11
42-11

41-96
42=9

41-96
42-9

el vl s

JE s YUt S

S —_

16-8

d cd

e b

—

QT N

b o

\h\l\\h\h\{\\h\h\h

—

i
P
i
- i

OO 00 = = = =

oowmmmx.nmm\nmm
L
b d e —d —d ek

v
]
|
|
]
00 = = =d = —d ek e ok d
b d e d o o d e o
b

~ A b

O
UL

SEQ

O\n\h\h\{l\.fl\hm\n\h

(CREF v01-05 )

J16

' CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE $=13

NN
= —a
Q00—
-2

VO‘O‘O‘O‘\AU’!\{\\AU’IU\MU’I\AU’I - YIT

nnON — —d b —d
b b — — b ) —— — — —
cocon)
[
[N ¢
UL
(o Yo L= Y COOCO00 00 = = —d ed —d ed —d e —d =
— - 00O
—
D D
) )

UL
00 00 00 00 = = =

O‘O‘O‘OMM\{IMU’\I\V‘IU\U\U’Q

O‘O*\h\-fl\l\‘{i\h\ll\l’\n\h\-h
co OO 00 = = «d =k e d d ek ek =

o
|

—

o QOO0 00 = = =d e wd ed

31-37«
35-58+
42-28

o
N

41=24»

30-80*
35-29%
42-9

T O*O*O*\h\.fl\h\'ll\l!\h\.h\lflll\ll
111
L

40-36*

30-37+
3448+

sl -

45-12+
15-11

il ol wilk wnilh il el

28~42+
33-38+
39-4,8+

—

b clh

(UL
[ ]
'
b
b aub
00 C00000
= b ed e b

s el

o
[} 111
oo 00 =3 = =

)

42-71
14=274
15-11
15-11

b cal auld

2841+
32=72x
39-28+

| CROSS REFERENCE TABLE

O‘\.fl\.fl\h\h\{l\fl\h\h\h\fl
?
!
b e d e =
b anld

il cnld

15-1
15-11
17-10
44-8
76-13

il et el

and

14-16#

i cld

42-69

o
[}
0o 00 =

il aild cnd cd e

b b

20-122#
32=36+
39-27+

il asill

i anld

) cul

14-16#

anls cald

SVCINS

SVCGBL

canll

o
|
oo 00 = =

| SUBRPC

—_—

204

K 16

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S-14

42-112

42-119
42-123
42-123
42-129
42-130

42-113
42-113
42-114
42-119
42-119
42-123
42-123
42-129
42-130

42-113
42-113
42-114
42-119

42-119
42-123
42-123
42-129
45-10

42-12

42-13
42-13
42-22
42-23

42-13
42-22
42-22
42-23

42-112

42-113
42-113
42114
42-119

42-119
42-123
42-124
42-129
45-10

42-113
42-114
42-114
42-119

42-119
42-123
42-124
42-129
45-10

42-113
42-114
42-114
42-119
42-119
42-123
42-124
42-129
45-10

42-12

42-13
42-22
42-22
42-23

42-112

42-113
42-113
42-114
42-119

42-12

42424242~

ek ed

42-13
42-13
42-22
42-23

42-12

42-

45-10

PON)
= b d ed d

42-119
42-123
42-123
42-129
42-130

42-13
42-13
42-22
42-23

b e

42-113
42-113
62-114
42-115

42-12

42-12
42-13
42-22
42-23

OO W00

42-112

42-12

]

42-12
42-13
42-22
42-23

—

4212

nPNON) =

(CREF v01-05 )

o~
n

| CROSS REFERENCE TABLE

|
L 16
| CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S-15
| CROSS REFERENCE TABLE

48-272

4B8-283

4B-283

48-303
48-334
48-339
48-345
49-11

48-303
48-334
48-339
48-345
49-1

48-303
4B-334
4B-339
4B-345
49-1

48-296

49-11
51=21
51-41
51=55

48-294

49-11
51-21
51=42
51-55

4B-294

49-13
51-21
51-42
51-55

48-283

4B-294

4B8-303
4B-334
4B-339
4B-362
49-11

49-13
51=21
51-42
21=33

48-283

4B-294

48-303
4B-334
48-339
48-362
49-11

49-13
51-21
51-45
51-55

51-58
51-58
53-40
53-46
53-46
53-56
33-138

51-58
51-58
53-40
53-46
53-46
53-56
53-138

51-58
51-58
53-40
53-46
53-46
53-59
53-138

51-58
51-58
53-40
53-46
53-46
53-59
53-140

51-58
51-60
53-40
53-46
53-46
53-59
53-140

33-150
33-152

53-150
53-152

33-140

SEQ

(CREF v01-05 )

53-140

48-283

48-294

48-303
48-334
48-345
4B8-362
49-11
51-21
51-21
51=45
21=55

48-283

48-294

48-303
48-334
48-345
4B-371
49-11
31-21
51-21
51=45
51=55

51-58
51-60
53-40
53-46
53-46
33-138
53-140

51-58
51-60
53-40
53-46
53-46
53-138
53-140

53-150
53-152

48-283

4B-294

48-303
48-339
4B-345
4B8-371
49-11
51-21
51=21
51-45
51-55

53-140

53-152
53-182

53-152
53-182
53-184
53-184
54-32
54-35
54-49
56-21

51-58
53-33
53-40
53-46
53-46
53-138
53-140
53-140
53-150
53-152
53-160
53-18253-184
53-184
54-32
54-35
564-49
56-21

57-101

33-152
33-182
53-184
33-184
53-197
54-35
54-41
54-51

53-152
53-182
53-184
53-184
53-197
54-35
54-49
54-51

53-152
53-182
53-184
53-184
54-32
54-35
54-49
56-18

54=35
54-49
56-18

53-152
53-182
53-184
53-184
54-32
54-35
54-49
56-21

57-97

53-184
53-184
54-32

53-140

48-283

48-303
48-339
4B-345
48-371
49-11

48-334
48-339
48-345
49-10
49-11

48-294

4B-294

48-283
48-303

48-334
48-339
48-345
49-10
49-11

48-33%
48-339
48-345
49-10
49-11

48-33%
48-339
48-345
49-11
49-11

51-21
51=21
51=45
51=55
51-58
53-33
53-40
53-46
53-46
53-138
53-140
53-140
53-150
53-152
53-160
53-182
53-184
53-184
54-35
54-35
54=49
56-21

51-58
53-33
53-40
53-46
53-46
53-138
53-140
53-140
53-150
53-152
53-160
53-182
53-184
53-184
54-35
54=41
54=49
56-21

51-58
53-40
53-40
53-46
53-46
53-138
53-140
53-140
53150
53-152
53-162
53-182
53-184
53195
54-35
56-41
54=49
56-21

5
57-101

51-21
51-41
51-45
51-55

206

51-21
51=41
51-47
51-55

51-21
51-41
51=47
51-58

48-29
48-303

48-334
48-339
48-345
49-11
49-11

51-58
53-40
53-40
53-46
53-46
53-138
53-140
53-140
53-152
53-152
53-162
53-184
53-184
53-195
54-35
54=41
54-49
56-25

51-21
51-41
51=47
51-58

51-58
53-40
53-40
53-46
53-46
53-138
53-140
53-140
53-152
53-152
53-162
53-184
53-184
53-195
54-35
54-41
54-49
56-25

51-21
51-41
51-55
51-58
51-58
53-40
53-40
53-46
53-56
53-138
53-140
53-150
53-152
53-152 :
53-182
53-184
53-184
53-197
54-35
54-41
54-51
56-25

5
57-101

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE S-16
CROSS REFERENCE TABLE (CREF v01-05 )

57-101
37-105

57-101
57-105

57=1
57-111
58-27
58-35
58-42
-46
58-56
58-65
58-71
58-76
58-84
38-100

57-1
57-111
58-27
58-35
38-42
58-46
=

58-76
58-84
58-100

37-109
58-21
58-27
58-35
58-42
58-46
58-56
58-65
58-71
58-76
58~
58-100

57-109
58—%6
5858-35
3842
38-51
58-56
38-65
58-73
58-76
o
58-102

59-33

59-37

59-50

59-52

60-33

60-33
60-47
60-52
60-63

60-33

27-105

59-20
59-42

60-52
60-61
60-69
60-85

57-105

58-71

59-20

59-42

60-69
60-85

57-105

37-101
57-105

57-109
58-21
38~
58~
58-42
58-51
38-56
38-65
58-73
58-76
58-84
58-102

=109
8-24
38-35
58-42
58-51
58-56
-68
58-73
58-76
38-96
58-102

7-109
8-24
58~
38-3
58-42
58-51
58-56
58
58-73
58-76
58-96
58-106

59-37

59-5¢€

59-56

§9-56

59-56

60-39
60-52

60-39
7
60-52

60-39

60~
60-39

60-52

60-33
60-47
60-52

60-57

60-72
60-85

60-72
60-88

60-72
60~

57-105

57-101
57-105

57-105

59-20

57-101
57-105

57-105

59-42

57-105

39-23

59-42

7109

59-23
59-45

57-101
57-105

57-109

57-109
38-24
58-30
58-39
58-42
58-51
-68
58-73

58-78
58~
58-106

SEQ

57-101
57-105

57-109

57-109
58-58
5858-39
58-42
58-51
58-60
38-68
73
58-78
858-106

57-101
57-105

57-109
58-24
58-35
58-39
8-42
58-56
=60
-68
58-76
58-78
58-96
59-17

57-109
58-24
58-35
58-39
2
58-56

57-109

58-76
58-80
o
59-17

60-39
60-52
60-57

60-81

60-81
88

60~47
60-52
60~57
60-69
60-21

60-47
60-52
60-57
60-69
60-81
60-102
60-110
60-110
61-17

59-45

59-23

59-33

59-42
59-45

60-105
60-110
60-110
61-17

60-93
60-102
60-106
60-110
60-111
61-20

60-93
60-102
60-110
60-110
60-111
61-20

60-93
60-102
60-110
60-110
61-14
6

93
60-102
60-110
60-110
61-14

60-93
60-102
60-110
60-110
61-14

61-69
61-79
61-88
61-98
61-103

61-69
61-82
61-88
61-98
61-107

61-74
61-82
1=
61-103
61-107

61-74
61-82
161-103
61-109

61-74
61-82
61-98
61-103

61-76
61-82
61-98
61-103

61-109

61-76
61-85
-9
61-103

161-85
61-98
61-103

62-24

61-76
61-85
61-98
61-103
2%— 1

62-24

=11

62-24

61-79
61-85
)
61-103
62-11

u
62-39

»
62-39

64-15
64=27
65-31
-

64-15
64=27
64~
65-16
65-31
65~

64-15
64~
64~
65-16
65-31

62-21

61-109

=24

62-27
=36

62-27
62-39

62-39

2=34
62-39

6262-39

62~
62-39

62-39

64-12
64-18
64-30
65-28
65-31

64-12
64-18
64-30
64~
65-28
65-31

64-12
64-18
64-30
-36
65-28

64-12
64-18
64-30
-36
65-%3
-

64-12
64-27
64-30
65-31
65~

64-1;
64~
64-30
-36
65-31
65-36

64-15
64-27
64-44
65-31
65-36

64-15
64-27
64-30
=44
65-31
65-36

-44

62-44

6244

62-44

58-71
58-76

59-59

59-45

59-42

60-93
60-102
60-106
60-110
60-110
61-20

62-21

38-56

59-56

59-23

60-88
60-102
60-106
60-110
60-110
61-20

=21

57-109

57-109
58-27
58-35
58-39

59-56

3923

60-88
60-102
60-105
60-110
60-110
61-17

=21

57-101
57-105

58-100
59-17
59-33
59-42
59-45
59-59

60-88
60-93
60-105
60-110
60-110
61-17

-21

207

=11

62-44

-gg

62-44

61-79
61-85
61-98
61-103

-11

62-27

62-39

62-48

64-15
64-30
65-16

65-%1

[

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S=17
CROSS REFERENCE TABLE (CREF v01-05 )

6559
65-64
65
65
65-110
65-113
65-122

65-59
65-64
65-32
65~
65-9
-1
65-110
65-118
65-122

65-59
>
65-64
5-89
65-8
65-9
65-1
65-11
65-11
65-124

65-59
65-64
63~
65~
65-9
65-1
65-11
65-118
65-126

65-59
65-64
65-80
65-88
65-94
5-10g
65-11
5-118
65-1264

65-59
65
65-83
65-88
65-94
65-103
65-11
65-11;
65-1

65-59
]
65-64
65-83
65~
65-94
65-103
65-11
65-11
65-1

65-59
63
65~
65-89
65-9
65-103
65-11
65-119
65-1

65-59
65
65-8
»
65~
65-103
65-11
65-118

67-58
67-68
67-76
67-79
67-93
67-98_
67-112
67-115
68-15

67-58
67-68
67-74
67-87
67-93
67-98
67-112
67-115
68-15

67-58
67
67-74
67-87
67-93
67-98
67-112
67-115
1

67-58
67-68
67-79
67-87
67-93
67-98
67-112
67-115
-1

67-58
67-68
67-79
67-87
67-93
67-98
67-112
67-115
68-15

67-58
67-74
67-79
67-87
67-93
67-98
67-112
67-136
68-15

67-58
67-74
67-79
67-87
67-93
67-98
67-112
67-134
68-15

67-68
67-74
67~
67-87
67-93
67-115
67-134
68-15

67-68
67-74
67-79
67-87
7-93_
67-11
67-11
68-15
68-15

68-1
68-17
68- iS
68-235
68-250
=251

67
67-74
67-79
67-87
67-93
67-115
68~
68-1
68-3
68-58
68-85
68-86
68-91
68-107
68-128
68-141
148
=156
159
?Qs
1)
192
68-235
68-235
68-250
93:631

68-1
68-192
68~
68-235
68-250
68-251

68-175
68-198
68-235
68-245
68~
68-251

70-68
71

68-1
68-192
68-235
68-245
68-250
68-251
70-60

72-

74-47
75-15
75-17
75-17
76~15

75-1
75-1
75-17
75-19
76-15

75-1
75-1
75-1
75-19
76~15

-35
Sg
-1
7 -19
75-1
-19
76~15

57-1
65-‘8
6%-1 1
51-60
58-44

57=50
=109
53-56
58-60

5865~
4&2-115
53-160
58-78

5
63-1
42-1
g 195
8-102

68-170
68-175
68-198
68-235
68-245
68-251
68-251
70-66
71-56
72-35
74-34
75-15
75-16
75-17
76-15

68-18
68-58
68-82
68-85
68-86
68-104
68-110
68-134
68-141
68-148
68-154
68-164
68-1
68-175
68-198
68-235
68-245
68-251
68-251
70-66
71-56
-48
74-34
75-15
75-1
75-1
76-15

14-16#
39-52
14-164
46-28
56-81

14-26#
60-15
14-28¢
47-16
56-83

68-85
68-86
68-104
68-110
68-134
68-141
68-148
68-154
68-166

SVCTAG

208

65-59
65-64
65-80
65-83
65-88
5=100
65-110
65-113
65-122

68-18
68-58

SVCSUB

SEQ

76~15

76=-17

68-18
68-58

68-85
68-86
68-106
68-110
68-137
68-141
68-148
68-159
68-164

68-170
68-175
68-198
68-235
68-250
68-251
68-251
70-66
71-56
72-48
76-34
75-15
75-16
75-17

76~-15

76-17

53-33
60-63
17-24
48-262
56-107

68-18
68-58
68-82
68-85
68-86
68-104
68-110
68-137
68-141
68-148
68-159
68-164
68-170
68-175
68-198
68-235
68-%50
68-251
38:221

71-56
72-48
74-34
75-15
75-16
75-17
76~-15

76-17

53-59
61-14
18-12_
48-362
57-48

68-58
ot
68-86
68-86
68-1064
68-15;
68-1
68-141
68-154
68-159
166
68-1
68-175
68-198
68-250
68-251
68-258
70-66
71-56
74~
75-15
75-1
75-1
26~15

76-32

53-1
61-4
4 -ik
48-37
57-85

68-33
68-58
68-82

76~15

68-33
68-58
68-85
68-86
68-86_
68-107
68-1;;
68-1
68-148
68-154
68-159
68-164
68-172
68-175
68-235
68-235
68~
68-251
9&-258
0-68
71
73~
74-4
75-15
75-1;
75-1
6-15

56-1
61-76
42-34
9-13
57-86

5
65-1
42-6
51-47
57-111

68-86
68-104
68-128
68-137
68-141
68-154
68-159
68-164

68-172
68-175
68-198
68-235
68-250
68-251
68-258
70-28
71-56
73-36
74-47
75-15
75-16
75-17

76-3

68-33
68-8
68-85
68-86
68-86
68-107
68-1;’
68-1
68-148
68-154
68-159
68-1

9-3

65-127

65-64
65-68
65-83
=
65-9
65-103
65-113
65-118

65-127

68-3
68-58
5

67-74
67-79
67-87
67-93
67-11
67-11
68-15
68-15
68-58
68-58
68-85

68-9
68-107
68-1
68-141
68-148
68-154
68-159
68-1

68-9
60-1%{
68-1
68-141
68-148
68-154
68-159
68-19;

76-3;

76~32

65-70
65-83
65-9
65-103
65-113
65-118

65-127

67-68
67-74
67-79
67-87
7-98
67-11
67-11
1
68-1

68-58
68-58
68-85
68-86
68-91
68-12:
68-1
68-141
68-148
68-154
68-159
68-164

5
75-1
75-19
751
76-1;
76~1

76-25
42-1

53-197
58-106

CZDMIBO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S-18
CROSS REFERENCE TABLE (CREF v01-05 )

59-71
SVCTST

SW00
SWO1
SwW02
Sw03
SWO4
SWO5
SWo6
SwO?7
Swo8
SWO9

65-92

59-77

65-122 65-149 65-151

g -l gl6.

60-111

?-258

99-33

67-11
19-29#
19-28#
19-274
19-26#
19-25#
19-24#
19234
19-224
19-21#
19-20#

68-12

70-46

72-24

73-24

742

56-41
46-28
47-16
49-13
75-134
17-104
45-17
42-24

14-164

Sw10
Sw11
Sw12
Sw13
Sw14

19-15#
19-18#
19-17#4
19-16#
19-15#

T
TSSAUT
TSSCLE
TSSDU
TSSHAR
TSSHW
TSSINI
TSSMSG

19-122#¢
46-8#
47-9#
49-8#
75-13
17-10
45-8#
42
42-8#

sSw15

TSSSUB

TSSTES

19-144

-1

48-9%
53-33#

58-214
60-63#

42-12¢

48-262
53-56

58-44
60-105

S51-19#

1
51-47

58-24

58-27

57-164

59-20

60-57

T$SARGC

14-25#

61-79
64-12
65-130
68-107
72=248
15-1
1511

42-33
42-61N
42-63
42-788

60-61

60-105

51-19

53-32

56-74

56-99

56-101

42-34

42-364

4-59

g-l 4

1=41

b °1g

1-74

SEC

1-107

g:‘g

61-1

73-5

-48

6444

65-40

65-68

4=47

76-17

59-1

60-14

61-13

62-8

64-9

65-15

42-101

42-105#

42-109

42-1114

42-115

42-118¢

42-120

56-81

S7-178

57-48

57-50#

75-19
17-24
42278

42-126#

33-59%

58-464
61-14#

42-130

48-362
53-160

58-60
61-41 -

56-854

53-162#

58-652
61-4

42-65

42-684

53-195

S56-18¢

56-107

58-78
61-74

S7-884

58-80#
61-76#

57111

56-48

58-10
61-107

59-75#

56-50#

59-174
65-16#

55-77

59-50
65-40

60109

59-524
65-42¢
56-25

57-24

59-23

59-33

61-82
64-15
65-137
15-1
15-11#
W=

61-85
-18
65-151
68-128
72-48
15-11
15-11#
4

15-11
56
42-11

8¢

42-33¢
42-418
42-63
42-85

75-19

58~

57-20

68-110
72-35

209

42-33#
4 -log'
42-6
42-85

57-69

58-96

60-21

61-22

6?*
63~
9(7):1

42-41
42-544
42-78
42-92

60-111

59-69
6568

60-15#
65-70#

57-85

60-61
65-92

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.C. 23-APR-80 08:29:31 PAGE S-19
CROSS REFERENCE TABLE (CREF v01-05 )

42-99
42-107#
42-113
42-119
42-129
45-76

42-107

51-58
33-46
53-140#
53-184
56-9.

T$CODE
TSERRN

68-154#
TSEXCP
T$FLAG

TSGMAN
TSHILI
TSLOLI
TSLSYM

6
68-107#
70-60#
73-36
75-17#

76=15#4

75-174
42-34

76=-154
42-101

62-109

42-115

42-120

42-124

42-130

F
1
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE $=20
CROSS REFERENCE TABLE (CREF VO1-05 )

47-16
56-83
59-77
65-122

48-262
56=107
60-61
65-149

48-362
57-48
60-105
65-151

48-371
57-85
60-1
67-1

49-13
57-86
60-111
68-258

51-47
57111
1-41
0-83

51-60
58-44
61-74
71-68

53-56
58-60
61-107
72-48

‘160
5078
61-1
73-5

53-195
58-102
62-48
76=47

53-197
58-106
64=44
75-19

54-51
59-50
65-40
76-17

56-48
59-69
65-68

14164
18-12

14-19
18-12

16-19
18-12

14-19%
18-124

17-10
42-8

17-10
42-;6

17-10#
42-22'

17-24
42-24

1724
42-24

17-24#
42-248

18-8
42-27

18-8#
42-278 |

42-109
& -1;8
42-1
63=171
47-16

42-109
42-1
42-1
45-171
47-16

42-109#
42-1
42-1
45-171¢
47164

42-111
42-122
44-8
46-8
9

42-111
42-122

42-111#
42-122#

46-8

44
46-8#

49-84¢
51-23
53

49-13
g‘l-gg

49-13
S}:60
59

42-109
42-1
42-1
45171
47-16
362

49-134
S;:?g’o
5

51-19
53-32
53-160

=
g

&
g

&
¢

56174
56-81#

5
56-83

-29

42~

42-105
42-118
42-126
45-8
47-9
48-267

42-105#
42-118%
4%-126'
45-8#
47-94
4LB-267#

51-47
53-33
33-162
54-51

51-47
53-33
53162
54-51
56-50

51-47
53-334
53-162¢
54-51
56~5

S51-47#
53-56
53-195
54=514
56-81

53-195

53-195#

59-71
60-15

60-106

56-107
57-50
57-111

58-46
58-80
59-17

59-71
60-15

56-107
57-504
57-111

58-464

59-17#

59-71
60-15#

57-16
57-85
58-20

7-16#
57-85#
58-20#

38-102

58-102

58-102#

59-50

59-714
60-61

60-106#

62-48
65-16
65-70
65-126
67-136

62-48
65-16
65-70
65-126
67-134

72-48

62-48
65-16#4
65-70#
65-124#
67-134
70-83
72-48

14-19#
17-10#
62-1114

76-30
17-24
42-115

18-8#4
42-1188¢
ot
-

53-33#

58-214
60-63#
65-96#

14-16#4
14-16#4
14-16#
14-16#4

53-56

59-75#
67-11#
75-134
33-59#

5617
56-81

57-16
57-85
58-20

60-106

47-16
53-197
59-71
65-151
74-47

56-17
56-81

49-8
51-50
53-56

56-107#
57-85
57-111#

60-106

47-M
53-324
59-15#
65-15#
74=238

49-8
51-50
53-56

39-5

59-75
60-61

59-5

59-75
1

60-109

-4
65-40
65-92
65-149
67-134#
70-834
72-484

65-40
=92
65-149
-12
71-46
73-24

-9
65-40
65-92
65-149
68-12
71-46
73-24

18-12
42-120
48-262
4=51

42-84
42-122K

42-24
42-124
4856-83

59-77
67-134
75-19

53-160

48-2674
56-17#
60-14#
68-1 %:
76-1
53-162#

60-106
68-258
76-17
53-195

58-44
60-105
65-122

58-46#
61-14#
65-124#

58-60
61-41
65-149

58-65:
61-4

58-78
61-74

§1-}gl

53-32¢

53-33

53-334

56-18#

56-50

56~50

56=504

59-50#

59-75#
60-61#4

42-65

53-197

42-65

53-197

56-18
56-83

57-17
57-86
58-21

59-5

58
58-106
59-

58-62
58-106

59-

42-65

49-13
51-60
53-59%
53-197

56-18#
56-8

42-654

53-197#

56-83#

57-88
58-44

59-524

59-69

#
58-106

960-63#

58-78
58-106#

6444

65-15
65-68
65-122
67-11

65-15

65-15#

65-122
67-11

65-122#
67-11#

72-24
74-23

72=244
76=234

42-101
45-171
51-47
57-111

42-105#4
46-8#4
51-50#
58-20#

42-109
46-28
51-60
58-106

65-122
65-151¢
-25
71-68%4
73-534

42-278
42-126#

42-34
42-130

42-364
44~B#
49-8#
S57-16#4

42-65
44-14
49-13
-

42-684
45-84
S51-19%
57-88#

56-50#

53-59

g!-?g

57-164

59-174
65-16#

56-81

59-50
65-40

59-15#4

59-65#

61-13#4

65-42N
65-96#
65-151
68-258
1
73-53

56-48

57-48#
57-88#
58-44#

61-13

6444
65-42
65-94
65-151
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1-68
73-53

58-10
61-10

56-48#
>

61-13

64-44
65-42
65-94
65-151
68-258
1
o

S6-184¢

59-15

51-19#
53-32#4
53-160#

60-14
60-105

65-408
65-924
65-149%
12¢
1-464
24N

61-109
71-68

58-78
59-15

42-68#

59-778
60-105

60-111

58-80#
61-76#

56-85

57-48
57-88
58-44

60-111

61-13¢
71-464

51-19
53-32
53-160

57-48
57-86#
58-44

60-111

48-371
56-107
60-111
70-83

56-48

42-68

S7-174
58-214

1094

48-367#
56-85#
60-109#
70-46#

42-68

42~

42-105
42-118
42-126
458
47-9
4B-267

42-36

42-101#
42-115#
42-124
44=144
46-284
4B-202M

59-17

TSPTNU
TSSAVL
TSSEGL
TSSUBN

42-348

42-101
42-115
42-124
44-14
46~28
4B-262

58-80

TSNS2

42-34

42-101
42-115
42-124
44-14
46-28
48-262

56-107
57-50
57111

TSNSO
TSNST

42-34

42-101
62-115
42-126
44-14
46-28
4B8-262

42-34

TSNEST

46-28
5681
59-71
%2:25’

SEQ

60-111#

62-8#
72-244
57-174

59-52¢
65-42¢

62
0

62-48
72-48
57-48

60-14
60-105

64-#
73-24#
57-504#

60-14#
60~105#

6444
73-53
57-85

59-69
65-68

60-15#
65-70#

60-61
65-92

53-162#
57-50

54-29%
57-50

S6-17#
|
58-20#

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE $=-21
CROSS REFERENCE TABLE (CREF VO1-05 )
-

58-21

58-21#

61-14

65-42

61-14#

614

70468

95-42

714N

14-164

59=17#4 59-%

65424

72-264

58-46

61-4

59-5

9;:;2,

58-464
5&-6;
39-5¢2¢ 60-144
60-1

Sfi-bg
60-1

Sl-bil

58~
60-8

65-94

65-124

“-8r

448-260

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61-76

65-94

61-76#4

B3 S 835, 4.%1?56 43-126 ‘&w P
Co-BF
479
479"
{5-on
.

49-8

49-B#

56-184

51-19

56-50
57-50#
57-88
58-608
59-75
50-75
109# 81-13
-8

56~508

57-50

59-5o¢

80-109

S &h
Pa-25
16-8
168
168

ER
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16-8
168
168

16-8¢
16-84
dewe
172
421000 42-115

53-162

S1-19#

53-162

$1-50

33-162¢

61-13
649

S°
57-88¢
58-80
80-164
61-13¢
64=9

61-14
6A-9

168
16-8
168

16-8
168
16-8

16-8
16-8
16-8

57-88

59-75#

36-85

$8-20
60-14

377-§3
2-111
58-60

§7§7571118
S8-608

-3

60-39

60-39F

60-57

60-57#

60-61

6161
6185

61418
olgw

6146
6188

61468
1gar

6149
61-107

64-O7H
65-9
65-150#

4ok
97,
65-137

€4
S9rr
65-137#

»
¢-10g
6€5-149

60-85
62-27

64-37
65-92
65-130

643

TSTEST 14-164

50-6o

S¢

62-27#

GruM
51-19

359-71

60-105

GT
51-19

89-

262
$3-160

60-105¢ 60-106
62-

GIuT

102

§9-

0-21

61498
El-lo7w

61€1-109

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65-149¢

6
65103
65-151

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76-174

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gl g3 g
71-46 71=468 72-24 72-24

92-2“

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3718
1978

80-61#

60-106#

168
1300

48-2628
53-1600

50-60

1
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16-8¢
42-1208
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47-16¥
S338-31#
36-107%
87
387
58-51#

58-78#

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16-8¢
16-8¢
181
42-TiSe 42120
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47-16
53-56
356-31
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57-48
57-86
58-51

58-78

57-168
358-21
59-17
60-15#
6143
6€5-16

i
il
76-130

46288
S1-60#
54-51#
56-83¢
57-428
57-85#
58-44f

57-42
57-85

7-16
58-21
59-15#
60-15
6143
65-158

v 5 0
713
s
%

46-28
51-60
54-51

16-8
168
168

53-50#

16-8¢
e
$2-109

7025

TSTEMP

53-50

64~

$8-067
s

59:;

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€103
€5-151#

§3-59

%:%?

61-17

6%
1

64-12

65-56
3-il0
€7~

-1

178

2.-?:%3

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1008

59-508

&0-218
60-699

61-178

61-7es
6118

64-120

1108

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59-17

TSTAGL

58-21

178

2.3:582

G 93-24
gn ot
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3-24 %:2“ 92:2§ ?2:2§

H 1
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE $=22

SEQ

CROSS REFERENCE TABLE (CREF v01-05 )
TSTSTM

14-164

37-31
42-1

42-54

42-113

56-31
56-105
57=5
57-111

56-107
57-60
58-21

59-23

59-33

14.2
15
75.1
15.2
T6
76.1

42-114
45-4B

28-73

28-76

28-82

42-22

42-23

42-24

4§-124

56=5
57-24
57-83
58-30
58-76
59-45

62-11
64-36
-

56-58
5727
57-85
58-35
58-78
5950
60-39
60-105
61-52
62-21]
=44
65-88

6-64
57-29
57-86
58-39
58-80
59-52
60-47
60-106
61-64
62-24
65-16
5-92

5
57-33
57-89
58-42
58-84
59-56
60-52
60-110
61-69
62-27
65-28
65-94

68-91

68-106

68-107

57-164

58-20#

68-86

14-16#

S1-12:

16-8

53-162#
16-8

16-8
56-18#

56=50#
16-8
57-17#
57=-50#
1 6-8
58-21#

51-15#

62-84
-9
65-15#

67-114

68-12#

71-464
72-244
73-244
74-234
53-32#4

54=294
56-17#

57-16#
58-20#

33-328

54-29K

71=468

42-33

49-123

68-85

68-12#

42-32

42-120

68-82

61-43

-8

45-93

68-58

61-41

30-70

45-76

61-107
64~27
65-70

60-18
60-85

29-5

42-119

45-55_

57-17
57-69
58-24
58-71
59-37
60-21

29-46

4
42-30

42-115

61-103
-1
65

110
16-8
T
16-8
112
16-8
T12.1
65-16#
T12.2
65-42#
T12.3
65-70#
T12.4
5-94n
T12.5
65-124#
13
16-8
T14
16-8
T15
16-8
T16
16-8
117
16-8
T18
16-8
119
16-8
12
16-8
12.1
5;:33’

T4
T4.1

40~
42-13
42-63

61-98
64-15
65-64

61-37

12.3
T3

45-33"

28-65

56-50
57-20
57=71
58-27
58-73
59-42
60-24
60-93
61-46
61-109
64-30
65-80

60-15
60-81

7-36
42-12

42-112
45-31

TSTSTS

28-58

72-24K
;

60-102

61-49

56-178

73-24M

74234

45-9%

30-76

41 gz
4&2& 128

4%-1

1
57-40
57-90
58-44
ol
59-59

n
65-31
65-97

56-83
57-42
57-93
5846
58-100
5
60-61
61-14
61-76
62-36
65-36
65-100

68-110

68-128

59-15#

60-144

60~111

61-74

213

32-56

32-61

32-66

42-39

42-41

42-46

57-46
57-97
58-5
58-102
59-69

56-92
57-48
57-101
58-56
58-106
59-71

61-17

61-79

61-20

61-82

57-50
57-105

59-17
59-76
61-22

61-85

62-39
65-40
65-103

62-44
65-42
65-110

o
65-113

68-134

68-137
70-60

68-141
0-66

68-148
70-68

61-13#

62-8#

64-94

65-15#

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE $=23

CROSS REFERENCE TABLE

58-46#
58-62#

16.4

58-80#

17.1
17.2

59-17#
59-52#

18
18.1

16-8

59-15#

16-8
60-15#

60-14#

16-8

61-13#

20~-1

60-36

18.2

60-63#4

19.1
19.2
19.3

61-14#
61-434
61-76#

TBUF

TCOUNT

TEMP

20-167#

20-984

TFLAG
THIL

20-166#
19-125#

THRESH

19-100#

TH2L
TH3L
TH4L

TIMER
TOLONG

TOUT

19-126#
19-127#
19-128¢

19-99#
19-76#

19-81#

60-36

28-44%

60-82
60-82

28-69

61-59

28-80

62-32

64=24

65-107

67-49

6772

67-102

68-112%

68-146

68-151*

68-207

68-217+

59-30

59-54

62-30

40-152

40-183

40-184

41-35

41-37

62-32

67-21*
57-7%

67-66
57-95

67=71x
57-97

67-126

57-67

60-31

60-79

62-19

68-152
68-157

68-228+
68-229+

57-78
57-74
57-80

57-58
64-33

62-42

7-99
57-103
57-107

62-22

57-101
57-105
57-109

TSEL4
TSEL6

68-120*
68-121*

UPDATE

19-98#

41-111

20-83#

29-39

30-63

45-116%

33-54

39-42

48-31

48-207

56-76

56-103

56-105

40-120*

40-125+

40-128

UAM

19-8#

68-132#
68-133#

WAIT1

20-81#

WAITS
WAITG
WMAINT

20-85#
20-B6#
20-67#

41-40
41-40%
39-25

20-32#
19-123%
14-16#
14-16#
14-16#
14-16#
20-189#

45-50+
56-43

WAIT2

WMODEM

WTYPE
X
XSALWA
XSFALS
XSOFFS
XSTRUE
XMTBUF

214

19-94#

28-49

40-94+

45-113«

45-118+
41-57«
65-166%

45-169%

48-205

64-24

70-47

67-49

67-77

41-66

16.2
16.3

SEQ

(CREF v01-05 )

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE M-1

’

CROSS REFERENCE TABLE (CREF v01-05 )

BACCIR

BACCIT
BASEIN

BGNAU

26-6#

26-32¢
24-6#
61-47 1 “19%

1-234

61-57

60-36
56-23
61-80

61-86
60-82
5656
62-12

61-59
572
64=1

61-93
57-36
65-20

146164

31-55

31-75

14-16#
14-16#

46-8
47-9
75-13

14-16#

BGNAUT
BGNCLN

1-31#
1-39%

BGNHRD

1-55#

14-16#

BGNINI
BGNMOD

1-77#
1-85#

14-16#
14-164

45-8
14-19
44-8
-

BGNDU

BGNHW

1=47#

1-66#

14-164
14-16#

BGNMSG

14-16#

BGNPRO
BGNPTA
BGNRPT
BGNSEG
BGNSET
FT

1-106#
1-114#4
1-144#
1-152#
1-161#
1-182¢

14-16#4
14-16#
14164
14-16#4
14-16#
14-16#

BNCOMP
{BNERRO

BREAK

BRESET

CALL

CKLOOP

CLEAR

1~
1-270#

1-27644
_1-278#

23-244
1 ;g‘

1-282#¢

14-16#
14-16#

65-77

62-3
57=5
65-25

65-134
6424
58-25
65-98

67-45
65-107
58-47
65-128

37-24

37-26

37-28

67-55

42-27

42-36

42-68

62-105

48-267
53-59

48-367
53-162

61-43

51-50
56-18

61-76

56-50

65-16

65-42

65-70

53-32
71-46

54-29
72-24

56=17
73-24

57-16
7423

58-20

42-8

76-13

48-9
53-33

60-67

61-18

61-27

42-111

42-118

42-122

42-126

56-85

57-88

59-75

57-17

57-50

58-21

65-94

:
58-46

65-124

58-62

58-80

59-17

59-15

60-14

61-13

62-8

64-9

65-15

14-16#

28-58

29-46

30-70

4145

33-50

34-36

48-169
68-254

53-42
70-56

53-81
70-74

53-85
71-52

53-167
71-58

58-92
72-31

58-97
72-37

67-33
72-45

67-39
73-32

67-132
73-38

68-100
73-46

68-106
74-30

57-18
65-44

57-31
65-72

58-22
65-95

58-63
65-125

58-82
67-23

59-18
68-89

60-16
70-58

60-64
71-54

61-15
72-33

67-42

68-109

14164
14-16#

14-16#

39-41
92:1‘
30

14-16#

45-34
31-43

49-10

61-14

45-49
32-40

32-55

56-51
65-18

1-286#
1-292¢
1-296#

14-16#4
14-16#4
14-16#

40-113

45-25

46-21

74-32

24=34#

58-28

1-322¢
1=317#4
1-3414

14-164#
14-16#
14-16#

60-19

60-63
18-8
51-19
70-46

56-19
64-10

1-3464

59-21

60-15
14-16#
14~16#
68-12

54-39
62-9

1-360#
25-5#4
1-3764
1-380#
1-385#4
1-389#
1-401#

67-49
58-66
70-64

17-10

54~
61-77

73-34

65-101

215

49-8

23-68¢
61-44

BGNSW
[BGNTST

59-52
1-225#
1-236#
67-11

BGNSUB

1-193#
1-201#

64-19

SEQ

14-164

14-164
41-111
14-164
14164
14-16#4
14-16#4
14-164
14-164

58-49

58-69

51-45

58-101

60-22

28-61
22-18
22-13

29-49

30-73

41-5¢4

57-25
46~25
4624

57-38
51-42
51-41

57-58

57-67

68-18

68-82

68-245

60-70

61-50

61-83

62-25

64-16

65-53

59-54

60-31

60-79

62-19

62-22

62-30

16-8

46~28
47-16

K 1
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE M-2
CROSS REFERENCE TABLE (CREF v01-05 )

1
1
1
1
1
1
1

11333333 113

1-520#
1-520#
1-541#
1-555#
1-568#
1-580#
1-596#
59-69

1-S12#

42-34

ENDPTA
ENDRPT
ENDSEG
ENDSET
ENDSFT
ENDSRV
ENDSUB

“ TENDPRO

BN &S

1-500#
60-111

BBBBEEEE

ENDMSG
B

14-164
14-164
14-164
-1
-1
1
1

42-65

42-101

42-109

42-115

SEQ

42-120

42-124

42-130

56-107

57-111

59-77

65-68

57-48

58-60
65-149

58-78

58-102

59-50

58-106

61-109

62-48

64=44

65-151

41-59

41-81
56-49
60~/
64
67-79
68-198

41-96

48-37

65-31
67-87
68-250

65-36
67-93

53-182
59-64

ERRHRD

ERRSF

ERRSOF
ERRTBL
ESCAPE

65-145
68-159

1-718#

1=-7264

1
1
1-744#

56-58
58-30

61-17

65-130

68-137

45-48
75-15
75-17
15-1

75-16
76-15

216

67-74
68-175

5631

CZDMIBO DMR-11 FUNCTIONAL TESTS MCRO V03.01 23-APR-80 08:29:31 PAGE M-3
CROSS REFERENCE TABLE (CREF v01-05
)

LASTAD
MSBYTE
MSCHEC
MSCNTO
MSCOUN

1=:47#
1-DOO#
1-E184

MSDECR

15<114

75-154

75-16

75-16#4

75-17

75=178

42-11

42-11¢

42-12

42-1

42-22

62=514

42-54

42=-54M

42-59

42-59%

42-634

14-1 o4

42-32

42-328

42-3

42-854
42-112
42-129
1~
33-152
56-97#
57-101

42-92
42-112¢
42-129
51-58#
53-152
56-101
57-101#

42-9
42-113
42-129%
53-152#
56-101#
57-105

42-924
42-113
45-55
3-408
53-184
56-105
57-105#

1-B67#

14-16¢

15-11

15-11
15-1

15-1
15-11

36814
59-714
65-92¢

1-349%

35-54

56-834
-59-77#
65-122#
14164

56-64
58-56

56644
58-56#

60-93
61-103

15-11

15-1

15-11

15-1

53-152

56-97

57-97#
68-86#
15-1

42-24N
42-124M

42-34
42-130

42348
42-130#

42-65
44~14

42-654
44=164

42-101
45-171

42-101#
451714

53-56#
56-83#
58-60#
59=77#

53-160
56-107

53-160#
53:1 074

53-195
57-48

S53-195#
57-484

53-197
57-85

53-197#
57-85#

54~51
57-86

54=514
57-86#4
5
60-111#

56-48
g;:g"

56484
gg:g;;l

47-16

59-77

61-107
65-122
72-48

75-15
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47-164

61-107#
65-122¢
72-48%4
75-154
18-12K

48-3624

56-107# 57-484
60-614 -60-105#
651494 65-1514
28-65

4B8-283
53-138

56-79
58-76

28-654

57-314

4B8-2834
53-138#

S56-79#
58-76#4

48-262

60-61

61-109
65-145
73-53

4B-262M

60-61#

61-109#
65-149
73-534

4B8-362

60-105

75-17
42-65#

75-178
42-1014

76-15
42-109%

75-164
42-34M

57-85#
60-106#
67-134#

S7-86#
60-1114
68-2584

S57-111#
61-41#
70-83#

58-44
61748
71-68F

37-36

/=364

41-59

41-59%

48-294
53-150

57-33
59-42

8-764

29-52

48-3034
53-182#
61-37%
64-304

57-46
59-64

14-16#

54-32

54-324

54-41

54=414

56-21

164

57-24

58-51
58-100
59-59

61-22

61-88

57-24M

58-51#
58-100#
59-59%

61-22¢

61-88¢

65-83

68-170
57-27
37-69
58-65
59-20

29-52¢

48-303
53-182

1-DO6#

62644

48-294M
S53-150#

57-334
39428

65-834

S57-274
57-694
58-654
59-20#

61-41

S1-47#4

61-414

76=15#4
42-115#

65-40
68-258
76~17

65-40#
68-258#
76-178#

65-68
70-83
76~30

65-68#
70-83#4
76~30#

42-1208

42-1244

42-1308

45-1714

58-604
61-10784
72-48H

58-78#
61-1098
73-538

58-102¢
62-48F
74~47M

58-106#
6h=4tl
75-19F

59-50#
65-408
76-178

59-69#
65-68#
76-304

41-8]

41-814

41-96

41-964

48-37

48-37#

30-76

30-764

32-61

32-614

32-66

32-66#

61-64#
64-364

61-69
65-31

6164
63-314

61-98
65-36

61-98#
65-36#

67-744
68-854

67-79
68-141

67798
68-1414

67-87
68-148

67-874
68-148¢

67-93
68-154

67-93#
68-154#

56-214

56-25

56-53

56~

65-884

68-1754

57~
57-71
58—62
59-

5757=-714
58-62:
59-

60-21

60-21#

61-46

61-46#

61-4

61-49%

62-21

60-111

51-47

61-64
64-36_

37-46#4
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60-184¢

62-114

64=44H
67-134#
75-19%

49-13¢

. 48-3344
54~4%

68-175

64-44
67-134
75-19

49-13

48-334
5449

60-18

62-11

48-3714

60-106#

62-484
65-151¢
74=478

75-16
42-24N

28-76

48-371

60-106

67-684
25:1 ;a‘

65-64

48-362#

60-105#

62-48
65151
7447

67-68
67-115

"61-85#

15-11

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42-12
51-5

42-24
42-124

67-584¢
25:1&2‘

61-85

15-1

56-884

42-85

18-12¢
42-120M

67-58_
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59-56#

57-93
60-110

56-88

42-85

42-108
42-123
49-114
53-140#
56-924
57-97
68-86

18-12
42-120

65-145
67-98

- 60-57#
: _61-204

57-904
60-110

42-107#
42-123
49-11
53-140
5692
57-934
60-110#

17-244
42-115K

61-37
64-30
65-88
67-74
68-85

39-56 .

42-107
42-119%
45-1634
53-140

42-51

15-11
22-13

61-324
6;-4“

60-57
61-20

42-107
=119
45~
53-140

42-30#

42-46F

15-11
15-11#

61-32
6%—44

57-20
57-20#
57=57
57-57#
58-39 - - 58-39#
5

42-78%4

42-106#
42-119
43768
33-46#
54=354
57-90
59-76#

42-30

15-11
15-11#

60-102¢
6%-390

68-15%

42-78

42-46

15-11
15-1

60-102
62-39

68-159

42-~78

42-41N

15-1
15-1

60-93#
61-103#
65-S
65-1454
67-98#4

6559

42-714

42-106
42-114
45-76
53-46
54-35
57-8%
59-76

42-23

15-1
15-1

35-544 - -37-31

482728
31-55#

15-1

42-71

42~
42-114
45-76
5
S53-184#
57-89
59-76

42-41

15-1
15-1

53-56
§6-83

14-164#
14-164

15-1

42-41

15-1
15-1

51-60#
56-81#4
58-44H
59-71#

1-E70#
1-D74#

-99
42-114
45-558
53-46
53-184
57-89
57-109#

42-228

22- W

4
42-234

15-11
15-1

51-60
56-81

61-744
65-92¢
71-684

4&2-113F¢
45-55
53-46
53-184
56-105#
57-109

42-39

76=154

42~ o
42-23

15-1
15-1

17-24
42-115

61-74
65-92
71-68

lo%:ggl

2-9

15-1
15-1

14-164
42-109%

46-284

42-33

76~15

217

15-1
15-11

1-D29#
42-109

48-272
51-55

MSESCA

15-1

75-15

59-71

MSERRI

15-1

14-16#

1-D66#F

46-28

MSDEFA
MSENDE

76-32
15-11

1-EB2#

log-g

MSDATA

14-164
14-16#
14-16#

SEQ

62-214

57-83 .
60-47

65-113

57-834
60-474

65-1134

48-339
56~31

58-35
60-52

65-118

48-330F
56=314

58-35#
60-52¢

65-118¢

68-198

68-198¢

68-250

57-40
58-24
58-71
59-33

57-40#
58-244
58-714
59-33#

57-4;
58-;3
5859-37

57-4;’
58-27#
58~
59-374

60-85
61-79

60-854
61-79%4

60-26

60-81
61-52

62-24

56=-25#

60-24#

60-81#
61-52#

62-248

60-33

62-27

68-%‘;(,)'

48-345
56-46

58-42
60-88

65-140

56-Sg

575

48-345#
S6-46#

58-42#
60-88#

65-140#

56~58#

S7-53#4
58~-30#
58-84#
59-454

60-33#

58-84
5945
60-39

60-3%

62-274

62-34

62:%

61-17
61-82

61-17#

LR
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE M-4

SEQ@

CROSS REFERENCE TABLE (CREF v01-05 )

62-36

6%-36'

64~1

64-12¢

64-15

64=15K4

6418

64-18F

64=27

64=27TH

65-28_

68-91

68-91#

68-104

68-104#

68-107

1074

68-110

98-1 104

68-1 ga

68-128#4

67-434

67-4

_1-DIOF
37=534

14-16#4
57-57M

54-32¢
S7-60K

S4~414
57-69F

65-80_
65-137

MSESCS

6
65-137#

7060

58-84#

MSEXCP
MSEXIT
IHSEXTJ

MSGEN

74-340

70-66#

14-16#
14-164

1-D18#

14-16#4

15-11
15-1
15-114
15-114
15-11#
17-24
42-24
42-105
42-126

15-11
15-11
15-114
15-11#
15-1%
17-24#
42-248
42-105#
42-126K

15-11
15-1
15-114
15-11#
15-11#
18-8
42-27
42-109
42-126

15-1
15-1
15-11#
15-114
15-11#
18-8
42278
42-109#
42-1268

48-367
51-60
53-195

4B-3674
1
53-195#

48~
53-3
53-197

48-3714

57-48
58-21

57-48¢
58-21#

57-50

59-71
60~-105

59-714
105#

1-D38#

58-102

14-16#4

58-102#

61-43

61-43¢

64-9
65-70

64~
-

58-106#

1-B77#
37-534
58-84#

14-16#4
57-574
58-964

15-11

47-16

49-8
53-33
-29

83
57-85
59-15

5977
60-109

68-12
72-48

8-9(71'
59-77#

15-1
15-1
15-11#
15-114
15-114
18-8#
42-344
42-1114
42-1304

15-11
15-1
15-11¢
15-11#
15-11#
18-12
42~
42-115
44~

4
53-334
54=294

49-13

47-164

S7-85#4
5
59-15#

48-9

54-51

56-85
7-86

59-17

59-77#8
60-109#

60-14
60-111

65-15#4
65964

65-16
63-122

61-76#

15-11
15-11
15-11#
15-11#
16~
22-13
42-65
42-118
-

15-11
15-11
15114
15-11#
17-10
22-18
&
42-120
45171

15-1
15-11
15-11#
15-11#
17-10
2-184
42-684
42-1208
45-171#

51-194
53-59#
56-17#

S51-47
53-160
1

51-474#
53-160#
1

4B-9F

4B-262

4B-2628

56-85#4
57~

56-107
-

56-107#
575

49-134
53-564
34=514

59-174

60-14#
60-111#

51-19
53-59
56-17

59-50

60-15
61-13

39-50#

65-42
65-149

68-258
73-24

68-258#
13-24#

70-46
7353

70-464
73-538

18-1
42-1
42:2
53-1

18-128
42-1208

42-24M
42-124m

53-1

42-24
42-124
332
5;-1

42-34
4248-371
53-197

42-34
42-1304
48-3714
53-197#

gl
=1314

56-107#
58-784
14

74-47

4~478

61-109#
65-14

-l.g
9 -131

54-32#4
S57-60
58-100#

54414
57-69F
59-204

56-21#
57-714
59-234

56-25#
58-24w
59-334

56-53#
S58-274
59-374

1954

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58-1 0;:

61-109
5-149

57-48
58-1 Og
10

56~58#
58-304
59-454

57-85
58-106
60-106

59-52

65-40#
65-124#

-1
68-12#4
72-484

56~107
58-78
6061

57-16
57-111

60-61
61-14

61-109#

65-40
65-124

48-267

60-154
61-134

61-109

65-16#
65-1228

60~

15-11
15-11
15-11#
15-11#
1
22-134
42-654
42-1184
-84

61-107#

61-107#
-

72-48#4

15-11
15-11
15-11#
15114
15-114
18-124
42~
42-115#
44~

61-107

65-15
65-94

61-107
65-122

72-48

76=-15#

15-11

61-76

58-60

58-734

15-1

15-11
15-1
15-114
15-114
15-11#
18-8#4
42-34
42-111
42-130

61-744

64~44h
65-9.

5
58714

76-15

61-74

64-44
65-9

58-68¢

76-15

15-1

59-754
60-106#

58-65#

73-36#

75178

9=-454

15-11

58-106

68-137

75-17

59234

15-11

59-75
60-106

68-137

58-514

15-11-

56-81#4
57-504

68-134#

58-39#

15-11

53-197#

95:1 36

S56-58#4
58-304

15-1

65-564

S56-53¢
SB-274

15-11

17-244
42-115#
47-16#4
33-56#

71-684

65-5?0

56254
58-24#

75-17

17-24
42-115
47-16

71-68

65-284

56-214
57-714

75164

14-16#4
14-164
42-109%
46-288
51-60#

61-74#
- 65-92#

65-11
67-43

75-16

1-C38#¢
1-D354
42-109

59-71

65-103#
67-40F

75-16

67-1
%—2‘#

61-764
65-92

65-103
67-40

75-15#

67-1
72-24

56-81#
b
59-714

70-68

65-100#
67=378

75-15

67-114
71-68¢

51-60

65-1
67-3

75-15

67-11
71-68

56-81

MSGETT

7066

=974
/=258

1-EO1#
1-D14#

46~

MSGENB
S

70-60#

65-9
67-25

218

57-854
58-106#
1064

62-8

48-267M

48-362

4B-3624

57-164
57-111#

57-17
58-20
58-80

57-17#

59-5¢

60-61#
61-1#

62-84

51-50
53-162

59-69

42-654 .
44=164
49-13¢
56=514

42-101
45171
51-47

65-40#
68-258#
S7-298
58-684
60-214

37=26
58-514
59-594

57278
58-654
60-184

76=1784

59-6#

60-63#
61414

62-48

42-65
44-14
49-13
54~51

57-86
57-864
59-50 - 5960-111
60-111#

51-504
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60-63
61-41

70-83#4
74=23

57-§00
58-394
59-564

75-19#

15-11
15-11#
15-11#
15-11#
17-10#
2-8#
42-101#
42-122#

70-83
74=23

67-134#

15-1

15-11
15-11#
15-11#
15-11#
17-10#
4
42-101
42-122

65-68
65-151

6540
90-2 8

75-19

60-2

63428
65-149#

=44
67-134

62-48#

65-68#
65-151#
71464
1
T4~47N

71-46
T4~47

42-101#
45-17»
S1-47#4

57-111 . 57-111#

61-41

61-414

76~

76-30#

S7-40M
58-714
60-24#

S7-428
58-73
60-334

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PA GE M-5
CROSS REFERENCE TABLE (CREF V01-05 )

60-57#
61-85#
65-804

60-664
61-88#4
65-97#
68-104#

60-694
62-114
65-100#
68-107#

60-724
6%-21#
65-103#
68-110#

60-814
62-244

65-110#
68-128#

60-85#
62-27#
65-1
68-1

61-174
344
=130
68-1374

61~
62~
65-1374
70-60#

61224
64-124
67-254
70-664

61-464
=154

67-374
70-68#

61-44

61-520

61-79% |

67-404

67-434

G7-47#
73-364

72=354

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60-39%
61-82#
65-564
67=31#

219

SEQ

22-13

22-18

42-118

15-11
15-11
15-11
15-114
15-114
15=114
42-8
42-122
48-267
60-109

15-1
15-11
15-11
15-114
15-114
15-114
42-84
42-1224
48-2674
60-109#

15-11
15-11
15-11
15-114
15-11#
16-8
42-27
42-126
48-367
75-13

15-11
15-11
15-11
15-114
15-11#

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46-84

22-134

42-1114
47-

15-114
15-11#

15 1
15 11
15 11
15 =114
11
15 -11#
15-11#
22-184
42-118#4
48-94
59-75#

28-73

22-134
28-61
28-73
28-764
2949
SN
76
31=754

22-13#4

28-76#

% 5
32580

35-544
37-31#

35-54#

41-454
41-59¢

41-54
41-5

41-9¢

42-9
42-10

NNy

-12¢
-134
-224

42-41
4%-46'
42-54
42=5
42-7

42464

—

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e e

L)
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e e

—

0-OP
83
Sues

33 B

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NOCON~N

BBBBBDDSSSD

—t b = OO

b e

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57-71#
57-83

FETiLT

vViviuviawmwaaiaawnawne

o N

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE

CROSS REFERENCE TABLE (CREF Vv01-05 )

45-93

57-904

]
]

3-108

%‘

7-9

7-97

57~

57-93

5 7]
3
b} 7-97
3 7-101#
571054

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57-89

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57-86#

57-86

57-854
W
57-93

57-85

57-978
57-101#
30-108

57-O7w
57-101#
37-109

57-834
S7-8#
37-90#

Q0
0

S7-834

221
v

SEQ

CROSS REFERENCE TABLE (CREF Vv01-05 )

]

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE M-7

57-974
57-101#
57-109

37-97%
37-105
57-109

57-97#
57-105
57-109

§7-101
57-105
57-109

ma3eLTmLAaAIR3TTSLl30LAf4IT0AaLiGdE3LaNwRoAt33eNiEsTTlSI3EefALaNEli8YIhLSIo3LhRAReIRESs0IRxiLaTTbIndLRdyBeLsyeAihwadLllmSaaaLweAddTnntmAydiTwElSmLoAaa3TtTlSY003b0n50b32ya4308n2$w6g=0o$330w3-83i0u3360w333tu358-4m3e803n455w883m3ai835c538833o84r32%8a0"83a%4n4;A

:WmeNnIwaZwmU«4mlwR”oRmSmN”nwE%aNmfw-lnm«wmwo3O$etm2-in3nmwcnmw0gN-~mmNwroymmlwimawmq&numuAOe3we”N8gsymO3enZrsRwmA1Mn,mSN11Wmss6ewASWm4sS“nm>wA“”mNfAmwiEmwI””mmwmymowUmmmSwfmiumwmmSeIMf3«lu%2Afmmi3uwu
67-934
67-11
67-11

§r-112
S&1

65-1 22

65-122#

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Sn Shn 3

%an ot :

DRst I e

7.67

IBoL3TeLLoRNtnSaTRIiSisTY GIo4RAEtRAsINLLAaE-SlDIIINElTRIiNTLLYIYLLbi32a8d)30a$iSR$3lT3iss33Aea8R3s3Kr5Ie3t80en3N0d4e0i0S0s3s0s8oTd3n0eo05a8lBTlIi3e0iBt

s 3 w—0wNrerw weew

mm #
TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE M-8
CROSS REFERENCE TABLE (CRE F
v01-05 )

CZDMIBO DMR-11 FUNCTI

SEQ

222

S7-17#
59-52#
65-42#

42-10#

46-2%#
51-60#

56-81#
58-44#
59-714
61-744
65-92#

71-68»

58-204
67-11#

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE M-9
CROSS REFERENCE TABLE (CREF Vv01-05 )

53-59%
33-182¢
36514
36=25#
56-81#
371
57-3
376
57-1054
38-214
58-51#

53-59#
53-184#
56~17
56-31#

59-15

39-15#

59-42#
59-75

MSIOSE
[MSLDRO

LO
1

59-75

58-80

59-15#

59-50#
39=754

S§-1 384
S53-197#
56=17
36-48»
56-85
S7-164
S7-46K
7-854
58-;8.
58~
58-62
59-15#

60-15#

1-AOO#
1-C42¢
45-27

14-16#4
14-16#
452784

40-48
45-29

40-484
45298

51-41
1-9714

1-32#
1-977#
18814
42-109

56-81

59-71

61-74
65-92

71-68

1-a36#

42-12

42-39

42-71

S1-6414
14-16#4

51-45

51-45#

14-16

16-164

14-16#4

46-284
S1-60#

7-24
42-115
47-16
53-56

17-244
42-115#
47-168
33-56#

59-714

58-60
59-77

14-16
14-164
14-16#
42-109%

56-81#
61-764#
65-92¢
71 684

146164

61-107
65-1 g?

72-4

14-164

28-73

42-39%

42-41

42-12¢
42-718

42-13
42-78

531404
54-29
56=17#
56-50
56-854
57-17
S7-48H
58-20
38-35#4
58-62

38~

59-1

59-5
597

60-15

51-60

MSPRIN

37-164
7-60F
57-714
57-109#
58-244
58-56#

53-S9
53-195#
56=17
5
56-85
57-1
S57-428
57-111#
58-27#

3952
S9-764

53-1504
3429
56-17#
56=50
56854
37-17
57-50
7-88
58-20
58-394
5862

58-80#
59-17

595
59-77#

53-152#
4=29
56-17#
6-50

SEQ

57-17
37-50
7-88
38-20#
58-428
38-624

53-1604
4=29
56-18
36=504
36-924
37=178
57-50
57-884
58-204#
58-44N
58-624

53-162
54-29F
56-18
56-50#
56-974
57-1784
37-504
57-884
58~
58-46
58-624

53-162
54=29F
56-18
S56-50#
56-101#
S57-174
57-5
57-8#
58-21
38-46
58-654

]

39-174

59-17#

39-52#
1

58-84#

59-52¢
60-14

59564
60-1

60-184

60-21#

60-24#
o8

60-334
60-7

60-39#
60-81#

40-113
45-31

40-1134
45-314

41-38
45-33

41-38%
45-334

41-117
45-48

68-18

68-18#

68-33

18-1
42-1
48-262
53-160

18-12¢
42-1208
a

42-24
42-124

68-33#

58-100#

68-82

53-162
54-328
36~1 g:
56-5
56-105#
57~
37=504

223

53-162#
54~35K
6-184
56~-58#
S56-107#
57-2
57-534
S7-934¢
58-21

58-21
8-46
5

38=714

59-

39=2

58-102#

58-1

53-162¢
S4~41N
56184
59-660
57-16
S57=27h
57-574
57-97#
58-214

738

53-162#
544N
56-21#4 |
56~
,
37-16 |
57-29#
S57-60#
57-101
58-21#

58-76#

59-15

59-71#
60-15

59-334

59-37#4

60-47#
60-85#

5959
60-14#

60-52#

60-14#

59-69%
60-15
60-61#
1

60-63
60-105#

41-1174
45-484

45-10
46-21

45-10#
L6-214

45-25
46-24

45-25#4
46=24n

42-101
45171
51-47
56-48

42-101#
4517
S1=47#
56484

60-57#

68-824

68-245

68-245#4

4242~
48-3714
53-1978

42-65
44-14

42-654
44=144

14-16#

61-107#
65-122#4
¢2-4%

28-7

42-13#
42-41#4

42-78%

56-107
58-78
60-61

56-107#
60-614

61-109
65-149

6514

28-

28-8

2;-2
4

S34

224

48-362
53-195

57
58-10
60-1

6%-4
9 =151
4=47
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32- g

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58-106#
60-106#

64-444
7-134#
=19
42-9

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49-13
54-51

57-86
59-50
60-111

65-40
68-258
76-17
42-10

4%-32

=59

49-13¢
54-514

57-864
59-50#
60-111#

65-40#
68-%’580
76=178
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4§-32‘
45

57-111
59-69
61-41

65-68
70-&3)
76~
42-1N

6§:33

463
3
107

S57-111#
59-65+
61-41#

65-68#
76~
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42-334

4
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42-107#