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AC-TB32A-MC

February 1984

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Document:	CNDMDA0 11-21,DMV-11 DMV11 LINE UNIT DIAG2
Order Number:	AC-TB32A-MC
Revision:	0
Pages:	164
Original Filename:	CNDMDA0__11-21,DMV-11__DMV11_LINE_UNIT_DIAG2__AH-T833A-MC__JUL_1984_bw.pdf

OCR Text

OMY¥ 11 LINE UNIT OIRGZ

CHOMOAO

e i

EToHE
By OF o

EOEOEEN

b
CNOMOAO DMV1l LINE UNIT DIAG?

MACRO M1200

22 FEB 84

15.39

PAGE

5EG 1001

.TITLE CNOMDAO DMV11l LINE UNIT DIAG?
.SBTTL PROGRAM DOCUMENT
.REM 8
IDENTIFICATION
PRODUCT

CODE
:

T832A-MC

PRODUCT NAME:

CNOMDAO DMV

PRODUCT

APRIL

DATE:

STATIC DIAGNOSTIC

ISS DIAGNOSTICS

AUTHORS :

CHRIS BRIENEN
DAVE HOFFMAN

MARSHALL

MODIFIED Bv:

JAKI BERG

9 APR-1984

PURPOSE :

THIS DIAGNOSTIC

IS DESIGNED

THE M8053 OR MBO64
THE

PART

1984

MAINTAINER:

RAY

LINE UNIT

INFORMATION

THIS

TO PERFORM STATIC

(MHEREAFTER REFERRED

DOCUMENT

SUBJECT

TO AS
TO

LOGIC

TESTS FOR

THE DMV OR DMV-11)

CMHANGE

WITHOUT

NOTICE
AND
SHOWLD
NOT BE CONSTRUED AS A COMMITMENT By DIGITAL
EQUIPMENT CORPORATION.
OIGITAL EQUIPMENT CORPORATION ASSUMES NO
RESPONSIBILITY FOR ANY

ERRORS

THAT MAY

NO RESPONSIBILITY IS ASSUMED
FOR
SOF TWARE ON EQUIPMENT TMAT IS NOT
AFFILIATED COMPANIES.

FOLLOWING

ARE

DIGITAL
DEC

AFPEAR

THE
USE
SUPPLIED

OR
By

THIS DOCUMENT.

RELIABILITY
OIGITAL
OR

1984 By DIGITAL EQUIPMENT CORPORATION

TRADEMARKS OF

PDP
DECUS

DIGITAL

EQUIPMENT

UNIBUS
DECTAPE

CORPORATION:

MASSBUS

OF
ITS

CNDMOAC DMVIL ( INE

UNIT

DTAGY

MACRO M1200

fFB 84

1%5:39

PAGE

ClL
3

5% 0002

PROGRAM DOCUMENT
a7
43

S1
Se
53

ssose

REV

ORIGINAL REL EASE

REV B:

CvDMDB => CNDMDA

S7
S8
59
60
61

MODIFICATION HISTORY

BRIENEN,

sesee

HOFFMAN,

INSTALLED OUTSTANDING PATCHES

MARSHALL

JRKT BERG

JAN 41

9 APR 84

CHANGES WERE MADt 1)
(CvDMDB
TO PRODUCE
CNDMOA
FOR THME
FALCON-PLYJS PROJECT
(S8C 11/21.),
CHANGES, MARKED BY “;J8 REV A-0", ARE:
SET TME
ODT BREAK
VECTOR (LOCATION 140) TO THE STARTING ADDRESS OF
FALCON S ODT ROM (170000 OCTAL),

CNOMDAC DMVl LINE

UNIT

DIAG?

MACRO M1200

Dl
.

tEB 84

15:39

PAGE

PROGRAM DOCUMEN
63

CONTENTS

65
66

97
98
99
100

101
102
103
104
105
106
107
108
109

~NOVN
D N -

¥}
¥
W

EXECUTION TIME
«
XXDP
ACT/SLIDE
APT
MEMORY MANAGEMENT
ERROR LOGGING

5.0 PROGRAM LOAD MEDIA
6.C OPERATING

INSTRUCTIONS
6.1 LOADING AND STARTING PROCEDURES
6.1.1 LOADING PROCEDURES
6.1.2 STARTING PROCEDURES
6.1.3 ea STEPS FOR GUICK AND SIMPLE EXECUTION e»
INITIAL DIALOGUE
PROGRAM OPTIONS

.3.1 START COMMAND
RESTART COMMAND
CONTINUE COMMAND
VRNV
WN

PROGRAM CONSIDERATIONS
DIAGNOSTIC SUPERVISOR

(P XV RV AV RV RV AV RV RO XV AV X7 NV )

91
92
93

4.0 GENERAL

80
81
82
83
84
85
86
87
88
89
90

5.0 PREL IMINARY PROGRAM REQUIREMENTS

XY R

73
74
75
76
77
78
79

2.0 HARDWARE REQUIRSMENTS

I Y

T1
72

1.0 INTRODUCTION

67
68
69
70

PROCEED COMMAND

ADD COMMAND
OROP COMMAND

PRINT COMMAND

OISPLAY COMMAND

FLAGS COMMAND

.10 ZFLAGS COMMAND
.11 CONTROL CHARACTERS
.12 HARDWARE PARAMETERS

.13 SOF TWARE PARAMETERS

.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE

7.0 TEST DESCRIPTIONS

8.0 ERROR INFORMATION
8.1 ERROR REPORTING

SEQ 0003

CNOMDAC CMv1l LINE UNIT

DIAG?

MACRO M1200

[~ FFB 84

1
15:39

PAGE

SEQ 0004

PRTMLRAM DOCUMENT

111
112

113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130

1.0

INTRODUCTION

THE

MB0S3

PROCESSOR

AND

MB064

BASED

ARE

SINGLE-LINE

COMMUNICATIONS

SYNCHRONOUS,

INTERFACES

WHICH

CAN

MICRO
SUPPORT

B0TH CHARACTER-ORIENTED (DDCMP, BSC,
ETC.) AND BIT-ORIENTED
(SOLC, HOLC, ETC.) PROTOCOLS. THE PURPOSE OF THIS PROGRAM IS
TO
PERFORM
STATIC DIAGNOSTIC
TESTING
OF
AND USYRT (BCP/BOP MODES) ON
THESE
BOARDS.

FUNCTIONS
WILL
BE
PERFORMED:
VRC/CRC
AND
ASSORTED
BOP SPECIFIC FUNCTIONS (BIT

FLAGS,

SECONDARY

STATION ADDRESSING,

THE

STATIC

LOGIC

TESTS

TROUBLESHOOTING CAPABILITIES,

ETC).

WILL

SUCH

THE
THE

VIA,
FIFO,
FOLLOWING

ERROR

DETECTION
STUFFING, ABORTS,

)

PROVIDE

TIGHT

EXTENSIVE

SCOPE

LOOPS,

SWITCH
OPTIONS,
AND
ABILITY
TO
~“LOCK” ONTO INTERMITTENT
ERRORS.
IN
ADOITION
TESTS
ARE
DESIGNED
AND
STRUCTURED
TO
ACHIEVE
MAXIMUM
FAULT
RESOLUTION
AND
FACILITATE

REPLACEMENT
THIS

PROGRAM

AND

OF
IS

THE

SMALLEST FIELD REPLACEABLE UNIT.

IMPLEMENTED

USING

THE

DIAGNOSTIC

STRUCTURED PROGRAMMING APPROACH.

BECAUSE

CONFORMS TO THE SUPERVISOR
(STANDALONE VERSION)
IS COMPATIBLE WITH ACT, APT, XXDPe., AND SLIDE.

SUPERVISOR

THE

DESIGN

THE PROGRAM

THROUGH
DIALOGUE
WITH
THE
OPERATOR, THE
PROGRAM
ALLOWS
MODIFICATION
OF DEVICE PARAMETERS, SUCH AS LSI-BUS ADDRESS,
VECTOR ADDRESSES AND
DEVICE
PRIORITY,
IN
ADDITION,
TrHE
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%Em"g BAD
TEST
DATA,
AND
APPLICABLE
DEVICE
REGISTER

2.0 HARDWARE REQUIREMENTS
THE

FOLLOWING HARDWARE

LOGIC

REQUIRED

TO RUN

THE

M8053/8064

STATIC

TESTS:

SBC-11/21.
16K WORDS OF MEMORY
CONSOLE TERMINAL

M8053 OR MB064

COMMUNICATIONS

INTERFACE

3.0 PRELIMINARY PROGRAM REQUIREMENTS
THIS

PROGRAM

(CNOMD)

STATIC DIAGNOSTICS

165

ERRORS FOUND IN THIS
THE

FINAL

LINE

UNIT

SHOUWD

TO BE

RUN (

THE

FOURTH OF

CNOMA/B/C

THE

FIVE

DMv-11

SHOWD BE RUN FIRST

PROGRAM SHOULD BE CORRECTED BEFORE RUNNING

DIAGNOSTIC

(CNDME).

CNOMDAO DMvi1l LINE

[l
UNIT

DIAGZ2

MACRO M1200

tFB 84

15:39

PAGE

SEQ GO0S

PROGRAM DOCUMENT

167
168
169
170
171
172

173
174

175
176
177

4.0 GENERAL

PROGRAM CONSIDERATIONS

4.1

DIAGNOSTIC

THIS

PROGRAM

SUPERVISOR,
SUPERVISOR,

SUPERVISOR
IS

COMPATIBLE

WITH

THE

STANDALONE

AND MUST BE LOADED TO BE
CO-RESIDENT
OR
BE
PREVIOUSLY COMBINED WITH THE

AND LOADED AS A SINGLE FILE.
1IN EITHER
PROGRAM WILL NOT EXCEED 16K OF MEMORY,

CASE,

THE

DIAGNOSTIC

WITH
THE
SUPERVISOR

COMBINED

178

179
180
181
182

183
184
185
186
187

188
189
190
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
209
210
211
212
213
214
215
216
217
218
219
220
221
222
223

4.2 EXECUTION

TIME

THE

TIME

MAXIMUM

REQUIRED

YO RUN

THIS

PROGRAM

ABOUT

SECONDS PER PASS FOR EACH UNIT.
4.3

XXDP.

THIS PROGRAM MAY

LOADED

UNDER

xxDPe.,

AND

MAY

ACT

SLIDE

RUN

OoUMP MODE OR CHAIN MOOE.
4.4

ACT/SLIDE

THIS PROGRAM MAY

BE LOADED UNDER

IN DUMP MODE OR CHAIN MOOE.

4.5

AND MAY

BE RUN

APT

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

4.6 MEMORY

THE
APT
OR SCRIPT

SYSTEM
MOOE.

(INCLUDING

MANAGEMENT

MEMORY MANAGEMENT

4.7

IS NOT

UTILIZED

IN THIS PROGRAM,

ERROR LOGGING

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

UNITS,
ERRORS

THE PROGRAM PRINTS QUT
SINCE THE LAST START OR

5.0 PROGRAM LOAD MEDIA
THIS PROGRAM

ABSOLUTE

ANY MEDIA

ABSOLUTE

CAN

LOADED

LOADER OR FROM ACT,
SUPPORTED BY

FOLLOWED BY
DIAGNOSTIC

LOADER,

THE

XXDP..

FROM

SLIDE,

PROGRAM

WHEN

PAPER

OR APT

USING

SHOULD

TAPE

USING

THE

PAPER

TAPE

SYSTEMS,

OR FROM

LOADED

FIRST,

THE DIAGNOSTIC SUPERVISOR,
WHEN USING XXDP., THE
SUPERVISOR
SHOUWD
BE LOADED FIRST, FOLLOWED BY

CNOMDAC DMv11 LINE

UNIT

DIAG?

MACRO M1200

FFB

15:39

PAGE

SEQ 0006

PROGRAM DOCUMENT

228
229
230
<31

232
233
234
235
236
237
238
239

240
241
242
243
244
245
246
247
248
249
250
251

252
253

255
256

257
258
259
260
261
262

263
265
266
267
268
269
270

DIAGNOSTIC

PROGRAM,

6.0 OPERATING INSTRUCTIONS
6.1 LOADING AND STARTING PROCEDURES
6.1.1 LOADIN, PROCEDURES
THIS PROGRAM
MAY
ABSOLUTE
LOADER,

BE
IT

LOADED
FROM
PAPER
TAPE
USING
MAY ALSO BE LOADED FROM ANY xXDP.

MEDIA. WHEN LOADED UNDER XXDP.,
WILL BE LOADED AUTOMATICALLY,

THE DIAGNOSTIC

ThE
LOAD

SUPERVISOR

6.1.2 STARTING PROCEDURES
THE
PROGRAM
PROCEDURES TO

STARTS
AT
LOCATION
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
RECEIVE DIAGNOSTIC SUPERVISOR IDENTIFICATION AND PROMPT
ENTER STA<CR»

nMmooo

227

THE

N
s

224
225
226

6.2

ANSWER HARDWARE

AND

SOF TWARE

QUESTIONS

GET END OF PASS MESSAGES OR ERROR MESSAGES
TO END EXECUTION,

ENTER

CONTROL/C

INITIAL OIALOGWE

AFTER

THE PPOGRAM AND

IS STARTED,

THE

SUPERVISOR ARE

LOADEN AND

THE PROGRAM

THE

THE FOLLOWING IDENTIFICATION IS TYIED

ORS LOADED
DIAG. RUN TIME SERVICES
CNOMD -A-0
OMV-11 LINE UNIT TESTS
bfi:IT IS M8053 OR M8064

PART 2 OF

271

272
273
274
275
276
277
278
279
280

THE

(DRS-C»)

OPERATOR

THEN PROCEEDS BY

TYPING ONE

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

FUNCTIONAL

SPECIFICATION).

6.3 PROGRAM OPTIONS

CNOMDAQ DMV11

LINE

UNIT

DIAGY

-1
MACRO M1200

22 FFB 84

15:39

PAGE 6 2

SEQ 0007

PROGRAM DOCUMENT

281
282
283
284
285
286
287
288
289
290

291
292

293
294
295
296
297
298
299
300
301
302
303

304
305
306
307
308

309
310
311
312
313
314
315
316
317
318
319
320
321
322
323
324
325
326
327
328

329

330
331
332
333
334
335
336
337

6.3.1

START COMMAND

280000000008 080800080000000000000808000000000004804040800004

STA(RT)/TESTS:<TEST LIST>/PASS: <PASS-CNT>/FLAGS:
<FLAG-LIST>/EOP:
<INCR>
0084000048008 048080004888400480488808008008400040008200804040¢08

6.3.1.1

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

<TEST-LIST>
IS
A SEQUENCE OF DECIMAL NUMBERS (1:2 ETC.) OR
RANGES OF DECIMAL NUMBERS (1 5:8 10 ETC.) THAT
SPECIFY
ThE
TESTS
71O 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.
BE EXECUTED IN NUMERICAL ORDER REGARDLESS OF
THE

SPECIFICATION.
THIS

AND

ALL

THE

SWITCHES,

OEFAULT
THE

ANGLE

TESTS WILL
ORDER
OF

TO EXECUTE ALL TESTS.

BRACKETS

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

ARE

TO BE

PUNCTUATION

TYPED BY

THE

6.3.1.2 PASS SWITCH (/PASS:<PASS CNT»>)
<PASS-CNT>

DECIMAL

NUMBER

INDICATING

THE

DESIRFD NUMBER

OF
PASSES.
A PASS IS DEFINED AS THE EXECUTION OF THE FULL
OIAGNOSTIC (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
SE"I)’.OFTO-ESEXI; IS A RETURN TO COMMAND MODE.
SEE EYAMPLE
AT
3

6.3.1.5.

6.3.1.3 FLAGS SWITCH (/FLAGS:<FLAG-LIST>)
<FLAG-LIST>
IS
A
SEQUENCE OF ELEMENTS OF
<FLAG=1>, OR <FLAG=0>, SEPARATED BY COLONS,
ONE OF THE FOLLOWING VALUES,

HOE
LOE

IER
IBE
IXE

PRI

PNT
B0E
UAM

ISR
IOU
LOi

Tt FORM <FLAG>,
WHERE <FLAG> HAS

HALT ON ERROR, CAUSING COMMAND MODE TO BE
ENTERED WHEN AN ERROR IS ENCOUNTERED
LOOP ON ERROR, CAUSING THE DIAGNOSTIC TO LOOP
CONTINUOUSLY WIiAIN THE SMALLEST DEFINED BLOCK
OF CODING (SEGMENT, SUBTEST, OR TEST) CONTAIN
ING THE ERROR
INMIBIT ERROR REPORTING
INHIBIT BASIC ERROR REPORTS
INHIBIT EXTENDED ERROR REPORTS
DIRECT

ALL

MESSAGES

LINE

PRINTER

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

LOOP ON TEST

CNOMDAC DMvil

LINE

(NI'

DIAGe

MACRU M1200

]

FFB-84

19:39

PAGE

SEQ 0008

PROGRAM DOCUMENT

338
329
340
341
342
343
344

THE
ARE

S:éTg:‘

245

368

369
370
371
372
374
375
376
377
378
379
380

NgT GIVEN ALL FLAGS ARE CLEARED.

SWITCH

PASSES)
PRINTED.

<INCR>

IS A DECIMAL NUMBER
IT
IS
DESIRED
THE DEFAWLT IS

EXAMPLE

AT END OF 6.3.1.5.

6.3.1.5 EFFECT

START

EQUATED TO 0O
IF THE FLAGS

SEE EXAMPLE AT

6.3.1.5.

6.3.1.4 END OF PASS

346
347
348
249
350
351
352
353
354
355
356
357
358
359
360
361
362
363
364
365
366

367

FLAGS NAMED OR EQUATED TO 1 ARE SET, THOSE
CLEARED.
A FLAG NOT SPECIFIED IS CLEARED.

(/EOP:<INCR>)

INODICATING HOW OFTEN (IN TERMS OF

THAT
AT THE

THE
END

END
OF

OF PASS MESSAGE BE
EVERY
PASS,
StE

COMMAND

THE
EFFECT OF THE START
PARAMETER DIALOGUE, THE

THEN

THE DIAGNOSTIC

COMMAND IS TO INITIATE THE HARDWARE
SOFTWARE
PARAMETER
DIALOGUE,
AND
TESTS THEMSELVES.

THE
HARDWARE PARAMETER DIALOGUE COMMENCES
@ UNITS?” TO WHICH THE
OPERATOR
REPLIES

WITH THE QUESTION
WITH
A
DECIMAL

NUMBER
N FROM 1 TO 16. THE TERM "UNIT” REFERS TO THE DEVICE
TO WHICH THIS SERIES OF DIAGNOSTICS IS DEDICATED.
FOLLOWING
THIS
ARE THE QUESTIONS WHEREBY THE P-TABLES THEMSELVES WILL
BE BUILT.
EACH P-TABLE IS A CORE-RESIDENT TABLE
CONTAINING
ALL

THE

HARDWARE

INFORMATION

FOR

ONE

UNIT.

THE

OPERATOR

MUST SUPPLY N (NUMBER OF UNITS) VALUES
FOR
EACH
QUESTION.
HE
MAY
DO
THIS
BY GIVING ONE ANSWER TO EACH QUESTION (IN
WHICH CASE THE SERIES OF QUESTIONS WILL BE POSED N TIMES) OR
BY
GIVING
N
VALUES, SEPARATED BY COMMAS, TO EACH QUESTION
(SERIES WILL BE POSED ONCE).
EACH QUESTION IS
FOLLOWED
BY
THE

RESPONSE

OCTAL,

AFTER

RADIX

L FOR YES/NO)

FOR

DOECIMAL,

B8 FOR BINARY,

IN PARENTHESES AND

THE

THE PARENTHESES.

FOLLOWING

THE

HARDWARE

QUESTIONS

ARE

THE

OEFAULT

SOF TWARE

O FOR

VALWE

QUESTIONS

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

(QUICK

WHEN
THE QUESTION “@ UNITS?" IS ANSWERED, MEMORY STORAGE
ALLOCATED FOR THE P-TABLES, AND IF THERE IS
NOT
ENOUGH
ACCOMMODATE THEM THE MESSAGE “TOO MANY UNITS* IS ISSUED.
THIS CASE THE DIAGNOSTIC MUST BE EXECUTED MORE THAN ONCE
TEST ALL UNITS.

IS
TO
1IN
TO

EXAMPLE:

STA/TESTS:1:2-4:6:8-10/PASS:3/FLAGS:IER:MOE=1:UAM:LOE
COMMAND

WILL

CONSISTING OF

THIS

TESTS

CAUSE

THREE

PASSES

1,2,3,4,6,8,9,

AND

TO BE

MADF,

EXECUTED

EACH PASS

AGAINST

ALL UNITS.
THERE IS NO DIFFERENCE BETWEEN SAYING <FLAG> AND
SAYING <FLAG=1>. THE NOTATION <FLAG=0> IS MEANINGFUL ONLY ON

A
COMMAND
PREVIOUSLY

OTHER
THAN
START
TO
CLEAR
SET.
NOTE THAT ON ALL COMMANDS

FLAG
THAT WAS
ONLY
THE
FIRST

CNDMDAC DMv1l

LINE

UNIT

DIAG?

MACRO M1200

2c FEB 84

15:39

PAGE -4

SEQ 0009

PROGRAM DOCUMENT

395
396
397
398
399

THREE

LETTERS

ARE

SCANNED.

6.3.2 RESTART COMMAND

400

$00000000000000000000000000000000000000000000400000008000800

401
402

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

403
404
405
406

$00000800008000000000040004400000040000000000000800008008488008

407

408
409

410

a1}
412

413
414
415

416

417
418
419
420
421
422
423
424
425
426
427
428
429
439
43]
432
433
434
435
436

437

438
439
440
441
442

443
444
445
446
aa7
448

449
450
451

<FLAG-LIST>/UNITS: ¢UNIT-LIST>

6.3.2.1

TESTS,

<TEST-LIST>,
COMMAND.

PASS,

AND FLAGS SWITCHES

<PASS-CNT>,

AND <FLAG-LIST>

ARE AS

IN THE START

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

RANGES OF

UNITS

A SEQUENCE OF DECIMAL NUMBERS (0,1 ETC.) OR

DECIMAL NUMBERS

TESTED.

(0-5,

8-10 ETC.)

THAT

SPECIFY

THE

THE NUMBERS ARE SEPARATED BY COLONS.

THE NUMBERS MAY RANGE FROM O THRU N-1
(N
IS
THE
NUMBER
OF
UNITS
SPECIFIED IN THE PHEVIOUS START COMMAND).
THE NUMBER
INDICATES THE POSITION
OF
THE
P-TABLE
AS
THE
DATA
WAS
ENTERED
OURING THE HARDWARE OIAGLOGUE.
THE UNITS WHICH ARE
SELECTED MUST NOT HAVE BEEN DROPPED
BY
THE
DROP
COMMAND.
SEE
THE DISCUSSION OF ADD AND DROP COMMANDS BELOW.
DEFAWLT
égn;gNgEST ALL UNITS WHICH HAVE NOT BEEN DROPPED By
A
DROP

6.3.2.3 EFFECT OF RESTART

COMMAND

THE
RESTART
COMMAND DIFFERS FROM THE
THE P TABLES FROM THE PREVIOUS
START
HAVE
BEEN
ONE)
ARE USED, INSTEAD OF
THE UNITS SWITCH GIVES THE ABILITY TO

THESE .

THE

START COMMAND IN THAT
COMMAND
(THERE
MUST
NEW ONES BEING BUILT.
SELECT
A
SUBSET
OF

SOFTWARE DIALOGUE MAY OPTIONALLY BE REEXECUTED

(OPERATOR WILL BE ASKED). THE
COMMAND
CAN
BE
COMMAND
MODE
HAS BEEN REENTERED IN ANY OF THE

USED
AFTER
THREE NORMAL

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

B8)
C)

6.3.3 CONTINUE COMMAND
S0208005000800000800000000400000004000040044800000000400000404

CON(TINUE )/PASS: <PASS -CNT/FLAGS: <FLAG-LIST>
B4000440000000080000000000800000000484408000000000848800008

6.3.3.1
<PASS

THE

PASS

CNT>

SWITCH (/PASS:<PASS-CNT>)
SAME

UNSATISFIED PASS-CNT

START

FROM

COMMAND,

THE

BUT

THE

START

ODEFAWLT

RESTART,

I ]
CNDMDAC DMv11

| INE

UNIT

DIAG?

MACRQ M1200

FFB 84

15:39

PAGE 6 5

SEQ 0010

PROGRAM DOCUMENT
452
453
454
455
456
45~
458
459
460
461
462
463
464
465
466

467

468
469
470
471
472
473
474
475
476
477
478
479

NONE REMAINS,

THE DEFAULT

IS NON-ENDING EXECUTION.

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

FLAGS

RETAIN

IS SAME
THEIR

START

CURRENT

COMMAND,

BUT

UNSPECIFIED

VALUE.

6.3.3.3 EFFECT OF CONTINUE COMMAND
CONTINUE

MTMMUST

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
T0O0
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
8600000000000 0004000000000000040000008060000000008000004440

PRO(CEED)/FLAGS: <FLAG-LIST>
4008000000 000000000000000000000000000000000000004000000804002

6.3.4.1 FLAGS SWITCH (/FLAGS:<FLAG-LIST>)
<FLAG-ILIST> IS AS IN
THE
FLAGS RETAIN THEIR CURRENT

START
VALUE.

COMMAND,

B8UT

UNSPECIFIED

6.3.4.2 EFFECT OF PROCEED COMMAND
PROCEED
MTMMUST FOLLOW A START, RESTART, OR CONTINUE.
COMMAND
MODE MUST HAVE BEEN ENTERED VIA A HALT ON ERROR.
THE EFFECT

THE

COMMAND

FOLLOWING THE ERROR CALL.
PARAMETERS MAY BE ALTERED.

BEGIN

EXECUTION

NEITHER

HARDWARE

THE LOCATION

NOR

SOF TWARE

6.3.5 ADD COMMAND
$00000080000088000404080000004040840000048480000000084000000404

ADD/UNITS: <UNIT-LIST»>
S800408080000000800004000000000000000040000480000004000004404

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

IS AS

IN THE RESTART

505

6.3.5.2 EFFECT

508

THE UNITS SPECIFIED ARE ADDED
UNIT
MUST
HAVE
A
P TABLE

COMMAND.

OF ADD COMMAND
TO
IN

THE
TEST
SEQUENCF.
cHCH
MEMORY
DUt
10 AN EARLIER

]
CNOMDAO DMVl LINE UNIT DIAG?

MACRO M1200

22 FFB 84

15:39

PAGE

6 6

SEQ OU11

PROGRAM DOCUMENT
509
510
511
S12
513
514
515
516
517
518
519
520
521
522
523
524
525
526
527

528
529
530
531
532
533
534
535

536

537
538
539
540
541
542
543
544
545
546
547
548
549
550
551
552
553
554
555
556
557
558
559

560

561
562

563
564
565

HARDWARE DIALOGUE.,

THIS

COMMAND

MUST

FOLLOWED

RESTART
OR
CONTINUE,
THE UNITS SWITCH MUST BE SPECIFIED.
THE ADD COMMAND IS MEANINGFUL
ONLY
FOR
UNITS
THAT
WERE
PREVIOUSLY DRUPPED.

6.3.6 DROP COMMAND
0004080000040 00400000000806040080040000000000000000000008440

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

5. %0088408808044804280880808080888488884040%4000880000

28880488

6.3.6.1 UNITS SWITCH (/UNITS:<UNIT-LIST>)
CUNIT-LIST> IS AS IN THE RESTART COMMAND.
1

6.3.6.2 EFFECT OF DROP COMMAND

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

THIS COMMAND
THE UNITS SWITCH MUST BE ENTERED.
COMMAND .
MUST BE FOLLOWED BY A RESTART OR A CONTINUE COMMAND,
6.3.7 PRINT COMMAND
0800460004 0000408088080880880040000002800000048400088448004400880

PRI(NT)

8008080080080 0800004880008004800800000800040800400800800800484

6.3.7.1 EFFECT OF PRINT COMMAND

THE TOTAL NUMBER OF ERRORS FOR

START

RESTART

COMMAND

ARE

UNIT
PRINTED.

EACH

STATISTICAL REPORTING) FLAG IS CLEARED.

THE LAST
THE ISR (INHIBIT

SINCE

6.3.8 DISPLAY COMMAND
0040000080008 00000008840000000000004000402000000048004408080800

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

20040458000 0808880408608000800000408484000304400888404000340

6.3.8.1 UNITS SWITCH (/UNITS:<UNIT-LIST>)
CUNIT-LIST> IS AS IN THE RESTART COMMAND.
6.3.8.2 EFFECT OF DISPLAY COMMAND

THE HARDWARE P-TABLES FOR ALL UNITS UNDER TEST

OUT

THE

FORMAT

ARE

IN WHICH THEY WERE ENTERED.

THAT WERE DROPPED BY THE

OPERATOR

“DROP'

COMMAND

PRINTED

ANY UNITS
ARE

CNDMDAO DMVl LINE

UNIT

DIAG?

MACRO M1200

FFB-84

15:39

PAGE

6-7

SEQ 0012

PROGRAM DOCUMENT

566
S67
568
569
570

S71
572

373

574
575

DESIGNATED.

6.3.9 FLAGS CUMMAND
8880888800408 00000880808000004028000448000000000040080584000800

FLACGS)

0888800484804 000004488000848008088454008040000440000000004800000050

6.3.9.1 EFFECT Ot

FLAGS COMMAND

THE CURRENT SETTINGS OF

ALL FLAGS ARE PRINTED.

6.3.10 ZFLAGS COMMAND
8088888888808 488848488848880800842088480408040484400000008044444

ZFL(AGS)

0888288808802 4808884888884888844800808080844000440480088044084404

6.3.10.1 EFFECT OF ZFLAGS COMMAND
ALL

FLAGS

6.3.11

ARE

CLE~RED.

CONTROL

CHARACTERS

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

CONTROL

(Z)

THE

EXECUTION OF

ENTERED DURING ONE

THE

A DIAGNOSTIC

THREE

OPERATOR

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

CAUSES

607
608
609
610
611
612
613
614
615
616

617

618
619
620
621
622

O (0)

ALL

ENTERED DURING

TELETYPE

OUTPUT

REMAINOER OF THE DiAGNOSTIC OR
WHICH RESTORES NORMAL TELETYPE

THE EXECUTION OF

A DIAGNOSTIC

SURPRESSED

{NTIL
ANOTHER
OQUTPUT.

FOR

THE

TYPED,

6.3.12 HARDWARE PARAMETERS
THE
THE

FOLLOWING 3 QUESTIONS WILL BE ASKED ON A
VALUE LOCATED TO THE LEFT OF THE QUESTION

DEFAULT

RESPONSE
.

VALUE

THAT

WILL

DEVICE CSR ADDRESS

THIS

ON
THE
(OCTAL),
2.

THE

ADDRESS

VECTOR

(0)

WHICH

LSI BUS.
THE
AND THE DEFAULT

DEVICE

TAKEN

COMMAND,
IS
THE

A CARRIAGE RETURN

160020?
THE

CSR REGISTERS

ALLOWABLE
RANGE
VALUE IS 160020.

ADDRESS

START
MARK

(0)

300

(SELO)

RESIDE

160020-177760

CAUSES

CNOMDAC DMv1l

LINE

UNI'T

DIAG?

MACRO M1200

=~ FFB B84

15:39

PAGE

Mi,

6 8
SEQ 0013

PROGRAM DOCUMENT

623

624
625
6co
627
628
629
#30
631
632
633

634
635

636
637
638
639
640
641
64?2
643
644
645
6456

647

648

649
650
651
652
653
654
655
656
657
658
659

660

661
662
663
664
665
666
667
668
669
670
671
672
673
674
675
676
677
678
679

THiS

THE

DEVICE.
DEFAULT

ADODRESS

THE
VALUE

OEVICE PRIORITY

THIS

THE

CPU PRIORITY

6.3.13 SOF TWARE
SOF TWARE

STATIC LOGIC

6.3.14
THE
THE

INPUT

INTERRUPT

RANGE

LEVEL

THIS
DEVICE
WILL BE
AND THE DEFAULT VALUE

THE

ALLOWABLE
IS 300.

(0) 4
WHICH

EXECUTED.
IS 4.

VECTOR

IS 000 674

FOR

(OCTAL ),

THIS

AND

THE

?
IME

THE

INTERRUPT
ALLOWABLE

MANDLERS
RANGE

OF
O

PARAMETERS

PARAMETER

TESTS.

QUESTIONS

EXTENOED DISCUSSION OF

FULL CAPABILITY OF THE
FOLLOWING DISCUSSION OF

APE

ASKED Br

TABLE

PART

THE

DIALOGUE

HARDWARE DIALOGUE IS REVEALED
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
ALL

THE

TRIP THRU THE QUESTIONS,
P-TABLES

ARE

FILLED.

ALL OF
THE

THE

OPERATOR

SLOTS

TYPES

LESS THAN N EXPLICIT VALUES
IN
RESPONSE
TO
A
PARTICULAR
QUESTION, THESE VALUES ARE PLACED IN THE P-TABLES (ONE VALUE
GOING INTO THE PROPER SLOT OF EACH
P-TABLE
BEGINNING
WITH
THL
FIRSY P-TABLE) UNTIL THE STRING OF VALUES IS EXHMAUSTED.
THE LAST VALUE IN THE STRING BECOMES THE NEW DEFAULT AND
IS

U3ED

TO FILL

THAT

SLOT

IN THE REMAINING P-TABLES.

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

RECEIVED
THE ROLE

AN
THAT

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

THE SERIES OF QUESTIONS
IS
REISSUED
UNTIL
QWESTION HAS RECEIVED N EXPLICIT VALUES FROM

IN
GIVING
A
STRING
VALUES MAY BE USED TO
NAMED VALUE.
A
STRING
EXAMPLE).

OF VALUES, COMMAS WITHOUT INTERVENING
INDICATE
A
REPETITION
(F
THE
LAST

OF
VALUES
MAY
BE
GIVEN
IF THE VALUES REPRESENT PURE

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

RANGE

TRANSLATES

AT
L(EAST
ONE
THE OPERATOR.

THE

THE
ARE

STRING 6,8,10

AS
A RANGE (6 10 FOR
NUMERICAL DATA,
THIS

STRING
6,7.8.9,10
(AN
ADDRESSES,
THE
SAMPLE
(AN

.NCREMENT

2).

CNDMDAC DMV11

LINE

fj‘l
UNIT

DYAGS

MACRO

M1200

FEB

15:39

PAGE

SEQ O0L14

PROGRAM DOCUMENT

680
681
682
683
684
685
686
87
688
689
690
691
692
693
694
695
696
69~
698
699
700
701
702
703
704
705

706

NOW

LET

GEE

AND

THAT

THERE

HOW

CONSTRUCT A SET OF P-TABLES.
SLOTS IN

OIALOGUE).,
THE

ARE

THE

NUMBER

LET

THREE

P-TABLE,

COUWD

HARDWARE

THREE

75 FOR

ALL

11.

LET

TABLES.

THE

FIRST

CAPABILITIES

UNITS,

PARAMETERS FOR EACH ( THREE

HARDWARE

QUESTIONS

THE

VALUE

FOR

THE FIRST PARAMETER BE

LET

THE

DESIRED

FOR

THE

THIRD PARAMETER BE

FQUAL
TO
THE
UNIT
NUMBER
12, WHICH SHOULD RECEIVE
THE

THE DESIRED VALUE

THE NUMBER 76 FOR
THE LAST 9 UNITS.

THESE

THAT WE WAVE

THE DESIRED VALUE FOR

THE
SECOND
PARAMETER
BE
(0,1,2,...,15) EXCEPT FOR UNIT

VALUE

USE

ASSUME

7 UNITS

AND

THE

NUMBER

FOR

THE FOLLOWING DIALOGUE WOULD ACCOMPLISH THIS GOAL:
@ UNITS (D)

UNIT O
<QUESTION 1>
<QUESTION 2>
<QUESTION 3>

UNIT 7
<@QUESTION 1>
<QUESTION 2>
<QUESTION 3>
THE

FIRST

2 75
2 0-6
2?2 76

?
?

7-11,,13-15
77

TIME

THE

SERIES

ASKED,

SLOT

ONE

RECEIVES

707
708

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.

711

GOING TO BE AFFECTED (NOTE

709
710
712
713
714
715

716
717

718
719

720
721
722
723
724
725

THE

SECOND TIME

THRU

THE

SERIES,

THAT

PRINTED OUT FOR THE THE OPERATOR
THE
BEGINNING
OF EACH SERIES).

BY A «CR>,
THRU

15,

TABLES

NO NEW EXPLICI(

THRU THE END

IN THE FORM
QUESTION 1

SO SLOT ONE STAYS AT CONSTANT

SINCE

THIS PIECE OF

VALUES

ARE

INFORMATION IS

~“UNIT
Xxx“
IS RESPONDED

TYPED

TABLES

IN.

SLOT

GETS THME VALUES 7,8,9.10,11 IN TABLES 7
THMRU
11,
AND
GETS AN 11 IN SLOT 12, AND GETS THE VALUES 15,14,15 IN
;&B?LUESI;SIS THRU 1S. SLOT THREE GETS THE VALUE 77 IN TABLES
THE DIALOGUE

TERMINATED WHEN

THE

SOF TWARE

RECOGNIZES

AT
TO

TwO

THA”

16 EXPLICIT VALUES MAVE BEEN GIVEN FOR AT LEAST ONE QUESTION
(NAMELY QUESTION 2).

("x

CNOMDAQ DMVl LINE UNIT'

DIAG?

MACRO M1200

[ FFB 84

15:39

PAGE

SEQ 0U1S

PROGRAM DOCUMENT

727
728
729

7.0

731

1000440000060 000400800000080000000000000000000000080000000080000080000000a0000000800

732
733
"34

TEST

SUBTEST

*35
736
737
738
739
740

TEST>

IN PATTERN Q ARE

LOADED/TRANSMITTED/READ.

CHARS SELECTED.
THE 8TH BIT

(PARITY BIT) OF EACH DATA CHAR IS SENT THE PROGRAM CHECKS TSO FOR THE PROPER
STATE. FOR THE FIRST 4 CHARS IN PATTERN Q THE PARITY BIT SHOUWLD = O, FOR THE
LAST 4 CHARACTERS IT SHOWLD = 1,
OATA PATTERN Q

750

NOTE:

= 000,003,014,060,001,007,037,177

SINCE THE ROUTINE
USYRT AS THE MSB,
B8IT ORDER.

“SERIAL“ TREATS THE FIRST BIT RECEIVED FROM THE
THE "EXPECTED BIT SEQUENCE" WILL MAVE A REVERSED

808888888800 080080800800000848000000000800000800008000000000000000000006000000080009

1008008800808 8008088000880000088408020000040¢00060200080000880000880080000000000808800¢

TEST

759
760
761
762
763
764
765
766
767
768
769

SUBTEST
THE

USYRT

<«VRC ERROR DETECTION

TEST»

- FORCING OF RERR USING 00D VRC

IS PLACED

LENGTH=7 BITS.

IN CHAR MODE

THE RECEIVER AND

WITH ODD

TWO 7 BIT CHARACTERS

(+PARITY)

VRC

AND BOTH

TRANSMITTER ARE

OATA CHARACTER IS LOADED INTO TXDB,
ARE

TXx

AND RX

THEN SYNC'D.

TO-ET

NOT

FIRST

“CHARACTER”

READ WILL

THE RX CHAR LENGTH IS CHANGED TO 6 BITS.

THEN

MAVE

CHAR

WHEN THE FIRST

TRANSMITTED,

RESULTING

STREAM WHICH THE RECEIVER WILL READ AS TWO 6 BIT CHARS (+PARITY
THE

CORRECT

PARITY;

THE

IN A

774
775

L:)ET

16 BIT

+ 2 LEFT).

SECOND

WILL

SUBTEST 2 - FORCING OF RERR USING EVEN VRC
THE USYRT IS PLACED IN CHAR MODE WITH EVEN VRC AND BOTH TX AND RX
LENGTH=7 B1TS. THE RECEIVER AND TRANSMITTER ARE THEN SYNC'D. WHEN
OATA CHARACTER IS LOADED INTO TXDB, THE RX CHAR LENGTH IS CH*
-1
TWO 7 BIT CHARACTERS (+PARITY) ARE THEN TRANSMITTED, RESULTINGL .~
STREAM WHICH THE RECEIVER WILL READ AS TWO 6 BIT CHARS (+PARITY +

770
771
772
773

776
777
778
779
780
781
782
783

GENERATION

TEST OF CORRECT ODD VRC PARITY GENERATION

THE DATA CHARS

746
747
748
749

758

<VRC PARITY

SUBTEST 2 - TEST OF CORRECT EVEN VRC PARITY GENERATION :
THE LINE UNIT IS PLACED IN CHAR MODE, WITH EVEN VRC AND 7 BIT

743
744
745

755
756
757

THE LINE UNIT IS PLACED IN CHAR MODE, WITH ODD VRC. AND 7-BIT CHARS SELECTED.
THE DATA CHARS IN PATTERN Q ARE LOADEG/TRANSMITTED/READ. AS THE 8Tm BI”
(PARITY BIT) OF EACH DATA CHAR 1S SENT THE PROGRAM CHECKS TSO FOR THE PROPER
STATE. FOR THE FIRST 4 CHARS IN PATTERN Q THE PARITY BI1 SHOUWD = |, FOR THE
LAST 4 CHARACTERS IT SHOWD - 0.

741
742

751
752
753
754

TEST DESCRIPTIONS

FIRST

“CHARACTER”

READ

WILL

HAVE

THE

CORRECT

PARITY;

THE

CHAR
THE FIRST

TO 6 BITS.

16 BIT

2 LEFT),

SECOND

WILL

100080804040 808080400404080804008880080400888800000088800008000400000000000080000008

1088800000884 0000808888888800408048884008880080000002200000080000000000080800000000

TEST

<«BCP CRC Gu ERATION/DETECTLON

TEST>

]

THIS

TEST

IS COMPOSED OF

SUBTESTS

01 EXPECTS GOOO CRC

CNDMDAY DMVIL1

LINE

({NIT

DIAG?

D
MACRO M1200

22 FEB 88

15:39

PAGE

GENERATION

AND

REPORT

SEG 0016

PROGRAM DOCUMENT
784
785
786

i¢
i¢

REPORT
RUN
AT

788

;¢

s«

787

789
790

"91
92
793
794

795
796
797
798
799

800
601
802
803
804
805
806
807
808
809
810
811
812
813
814
815
816
817
818
819

i¢

WHEN
THE

EACH

THE

MESSAGE.

SAME

SUBTEST.

ERRORS

THE CRC IS ACCEPTED AS
CHARACTER LENGTHS OF 8

CHARACTER

BOTH THE

LENGTH.

82 FORCES AN ERROP AND ONL7

GOOD. EACH IS
BITS FOR THE ENTIRITY

TRANSMITTER AND RECEIVER WILL BE SET
ERROR

LOOPING

WILL

TEXT STRINGS WILL BE LIMITED TO S CHARACTERS.

THE

710

FAILING

1088800000088 88040080800488000000400000802000000008008800000000000608086040008808080

1000880888044 0400804800800008000023008000080280080084000800008¢00000000400000040000000

i e

TEST 4

:e
;¢

s
;s
s

;¢
is
;¢
;e
s

<«BOP RX BASIC RECEIVE/FLAG RECOGNITION TEST>

THE
USYRT IS INITIALIZED FOR BOP MODE WITH TTL LOOPBACKX SELECTED.
"SECONDARY STATION ADDRESS” IS NOT USED AND NO CRC/VRC IS CALCULATED.

A PATTERN
IS TRANSMITTED AND TERMINATED FOLLOWED BY A SECOND MESSAGE.
TERMINATION
OF
THE
FIRST
MESSAGE
IS
ACCOMPLISHED
WITH
A FLAG
CHARACTER
BUT
RXE IS NOT DROPPED SO THAT THE SECOND MESSAGE CAN BE

SENT WITHOUT RE-SYNCRONIZITION. SEVERAL FLAG'S ARE IDLED BETWEEN THE
TWO MESSAGES. DURING THE SECOND MESSAGE A RECEIVER OVERRUN CONDITION
IS FORCED. THROUGHOUT THIS TEST, BASIC RECEIVER OPERATION AND TIMING
IS CHECKED. TRANSMITTED INFORMATION IS VERIFIED 8Y CHECKING THE DATA
MADE AVAILABLE AT RXDSB.

HES

1 e

TRANSMITTED

PATTERN:

FLAG FLAG

321

123

321

123 377 000 276.

000

377

101

FLAG...

FLAG

: @

i e

RECEIVED PATTERN:

123

321

0CO0

377

101

.....

321

123.

1080800800402 8000808040008004800088800800000000000020008000080000008000400080004080000

100868024480 00448000080080880808000080080880000000400800000000400000040080000000408

TEST S

<«BOP RX SECONDARY STATION ADORESSING>

;¢

THE

i¢
i
:e+
3¢

SAM = 1, APA=0, AND ECM = 7, USING SHORT MESSAGES, THE ADDRESSES
000, 125, 252, 176, AND 177 ARE CHECKED TO SEE THAT THE RECEIVER
RECOGNIZES THEM CORRECTLY. IN EACH CASE (AT EACH ADDRESS), A SERIES OF
20
DIFFERENT
MESSAGES ARE SENT TO VERIFY THAT THE USYRT WILL ONLY

USYRT

INITIALIZED FOR BOP

MODE

WITH

TTL

LEVEL

LOOPBACK,

:i¢

RESPOND

;¢
;¢
;e

TEST PATTERN: ADR 000 OCR ADR
WHERE ADR IS THE ADDRESS BEING TESTED AND OCA IS THE ONE'S
COMPLEMENT OF THAT ADDRESS.

THE

SPECIFIED

VALUE.

1088808088888 88000400800800808800880080000440880000080080800000000040080000000008

1080888080805 0480480808584006008008280000000408888008080000080000040000000000000808020

;¢
;e

TEST

<«BOP

INITIALIZE

SAM

THE

S/AR

ALL

USYRT

PARTIES

ADDRESS

TEST»>

FOR BOP MODE WITH TTL LEVEL LOOPBACK

123(0CT.),

APA

AND ECM

A SERIES OF 256 DIFFERENT SHORT MESSAGES ARE SENT TO VERIFY THAT
IEE L)JSYRT WILL ONLY RESPOND TO THE SPECIFIED VALUE AND ALSO 377 (FF
X.).

TEST

PATTERN:

ADR

000 OCA ADR

CNDMDAO DMV1l LINE UNIT

DIAG?

MACRO M1200

(2 FEB 84

15:39

PAGE

7 2

SEQ 0017

PROGRAM DOCUMENT

8al
842
843
844
84S
846
847
248
849

850

851

852
853
854
855
856

857
858
859
860
861
862
863
864
865
866
867
868
869
870
, 871
872
873
874
875
876
87~
878
879
880
881
882
883
884
885

887
888
889

14
;1

WHERE
ADR
IS
THE
ADDRESS
COMPLEMENT OF THAT ADDRESS,

BEING

TESTED

AND

OCA

IS THE ONE'S

$0000000006000000000040000000000000000000000000000000000800000040000000000800020

$080040000000000000000000000000000000000000000080000000000000008040480000000480400

;e
3e

TEST

«<BOP RX BIT

STUFFING

TEST»

THE
USYRT
IS
INITIALIZED
AND
THE FOLLOWING TEXT IS TRANSMITTED
(DELIMITED BY THE APPROPRIATE CONTROL CHARACTERS -- OF COURSE):

000,

017,

376,

177,

036,

377.

074,

170,

360,

037,

O76,

174,

370,

077,

176,

374,

;¢

NOTE

;¢

CHARACTERS.

;¢

THEY

;o
;¢

THAT

THIS

STUFFING

ALL.

ARE

PATTERN

CONSISTS

INDIVIDUALLY

BOTH

AND

CHARACTERS WHICH REQUIRE BIT

WITH

COMBINATION

ADJACENT

THERE ARE ALSC CHARACTERS WHICH REQUIRE NO BIT STUFFING

ALL 16 CHARACTERS ARE READ BY THE RECEIVER AND COMPARED AS

MADE

AVAILABLE

RXDB.

1088884800048 0084883804008088888880880880480280840484804884020080080040080000800800404800

1888080880800 0888004480808808084488404888882080020080480800880800880040800000000002

TEST 8

USYRT

;¢

CHARACTERS

;¢

REPEAT

;¢

THE

TRANSMITTER

CHARACTER(S).
THE

INITIALIZED

UNDERRUN

IDLED.

AND

FORCED

MESSAGE

WITH

IDLE

IS
=

STARTED.

THEN,

CAUSING ABORT

THE RECEIVER SHOULD BE RESET By THE ABORT

VERIFY THAT RAB/GA BIT-}l,

ABOVE

WITH

IDLE=1.

1808888800088 88000888085808008840800480800088880008480888808000800000804480000000800

1880688400488 0084800084000840884888080448088000080882840808848840008000088000004080000

TEST 9

<«BOP RX LOST RXE TEST>

USYRT

i¢

THE

:gag%gREgF

INITIALIZED

TEXT,

RXE

AND

A MESSAGE IS STARTED. WHILE IN THE

IS OROPPED AND

THE REACTION OF

THE

RECEIVER

100888888088 04080488080400480004880004480404008048800400480488488004080080000004800000040

;.“““.0.0.“““‘.“““.“‘.“..“‘..‘.““.‘."“.““...‘...“..‘.“‘.‘.

;e
HLJ

i
;¢
;¢
;¢

TEST

10 <BOP RX GA (GO-AMEAD) RECOGNITION>

A SHORT MESSAGE IS TRANSMITTED FOLLOWED BY A GA CHARACTER (INSTEAD
OF A FLAG CHARACTER). THE RECEIVER IS OBSERVED FOR PROPER HANDL ING
OF BOTH THE MESSAGE AND THE GA CHARACTER. THE RAB/GA STATUS BIT
SHOULD BE SET BY THE RECEIVER UPON RECOGNITION OF THE GA CHARACTER.

1084688080000 08488000808888880800888088880808888850888008008800004040400002000008

891

892
893
895
896
897

1088080888460 00888880808888880845888888884046048080480800888000000000088400000000400000

TEST 11 <BOP RX "ABC" TEST»>

;¢
;¢

THIS TEST IS COMPOSED OF 7 SUBTESTS
- EACH ONE CHECKING A DIFFERENT
EXPECTED VALUE IN ABC (THE 3 BIT "ASSEMBLED BIT COUNT"” FIELD WITKIN

F e
CNOMDAC OMV11 LINE UNIT DIAGE

MACRO M1200

22 FFB 84

15:39

PAGE

7 3

PROGRAM DOCUMENT

898
899
900
901
902
903

;¢
;¢
;¢
;¢
;¢
;¢

906

(000088000000 004000000000000000000000000080000
00000000000 000000004008000000000

904
205

;¢
;e

RDSR). IN EACH SUBTEST THE USYRT IS INITIALIZED AND A SMALL MESSAGE
IS STARTED. THME LAST CHARACTER IS SENT WITH ITS LENGTH BEING
SPECIFIED FIRSYT AS 1 BIT, THEN AS 2 BITS, THEN AS 3 HITS, ETC., IN THE
TRANSMITTER SIDE OF THE USYRT, IN ALL CASES THE RECEIVER IS LEFT SET
TO 8 BITS IN LENGTH AND WHEN THE FLAG CHARACTER IS DETECTED, ABC IS
CHECKED AND SHOULD MATCH TXCL. ERROR LOOPING WILL BE ON THE FAILING
SUBTEST.

SED 0012

CNDMDAO DMV1l

LINE UNI'

DIAG?

MACRO M1200

Ge?
22 FEB-84

15:39

PAGE

SEQ 0019

PROGRAM DOCUMENT
908
909
910
911
912
913
914

315

916

917

918
919
920
921
922
923
924
925
926
927
928
929
930
931
932
933
934
935
936
937
938
939
940
941
942
943
944
945
946
947
948

8.0 ERROR
8.1

INFORMATION

ERROR REPORTING

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

FOLLOWING EXAMPLE

PROVIDES

fHE

THE DEVICE REGISTER CONTENTS

DESCRIBES A

ERROR CALL

AND

CNOMB DVC FTL ERR 00001

MASTER

TYPICAL

"MASTER CLEAR FAILURE” ERROR,

CLEAR FAILURE

BSEL15
000

AND PROVIDES
:

WHICH

THE PC

ON UNIT 00 TST 002 SUB 000 PC:

THE CONTENTS OF ALL BYTE SELECT REG
BSELO
BSEL1
BSEL2
BSEL3
000
000
000
000
BSEL4
BSELS
BSEL6
BSEL7?
000
000
121
000
BSEL10
BSEL11
BSEL12
BSEL13
000
C00
000
000

BSEL14
000

ERROR REPORT,

BSEL16
000

FOR OTHER ERRORS, THE REPORT
REQUIRE ADDITIONAL DATA TO BE

021122

ARE:

BSEL17
000

MAY
BE
MORE
REPORTED.

EXTENSIVE,

AND

IF
EXTENOED
ERROR INFORMATION HAD BEEN INMIBITED USING THE
IXE FLAG PRIOR TO RUNNING THE TEST, THE
ABOVE
ERROR
WOWD

HAVE BEEN REPORTED

THE

CNDMB DOVC FTL ERR 00001

MASTER CLEAR FAILURE

FOLLOWING

ON UNIT

SHORTENED FORM

TST 002 SUB 000 PC:

021122

)
«

CNDMDAO DMV1l

GENERAL
950
951
952
953
954
955
956
357

EQUATES AND DS

963
964
965
966 002000
967
968
969 002000

970
971
972
973
974
975
976
977~
978
979
980
981
982
983

LINE UNIT

DIAGZ2

MACRO M1200

(20

FEB-8B4

15:39

PAGE

SEQ 00~0

INVOCATION & SETUP

.SBTTL GENERAL EQUATES AND DS
000000

HELP=0

;

CONTROL

: HELP=O

002000

000001
000001
000001
000001
000001
000001
000001

HELP=1

INVOCATION & SETULP

LISTING OF

HELP

INFORMATION

NO { IST

LIST

. =2000
JMCALL
SVC

SVC
; INITIALIZE

BGNMOD

LU1MOD

SLSTIN= 1
$SLSTTAG= 1
SVCINS= 1

SVCTST=
SvCsuB=
SVCGBL=
SVCTAG=

1
1
1
1

;
;
:
:
:

SUPERVISOR MACROS

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

CHANGE THE VALUES OF

THE

SVC...

SYMBOLS TO BE ZERO IF

YOU WISH

TO ALIGN THE MACRO CALLS ANC 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,

T,
CNDMDAO OMv1l

LINE

UNI'

DIAGZ2

MACRO M1200

22 FFB

15:39

PAGE

SE3 0021

PROGRAM HEADER

002007
002010
002010
002011
002011
002012
002012
002014
002014
002016
002016
002020

002020
002022
002022
002024
002024
002026
002026
002030
002030
002032
002032
002034
002034
002036
002036
002040
002040
002042
002042
002044
002044
002046
002046
002050
002050
002051
002052

.SBTTL

PROGRAM HEADER

THE
THE

PROGRAM HEADER IS THE INTERFACE BETWEEN
DIAGNOSTIC PROGRAM AND THE SUPERVISOR.

®s

985
986
987
988
989
990
991 002000
992
1000
1001 002000
002000
002000
002001
002002
002003
002004
002005
002006

POINTER BGNAU,BGNDU,ERRTBL
HEADER

103
116

CNDMD,A,0,30.,0

LSNAME
::

115
104

000

101
060
000000

000036
034100
000000

002154
000000

034356

LSREV::

L$DEPO:
;
LSUNIT::
L$TIML::

LSHPCP:
:
L$SPCP:
:
LSHPTP::

LISPTP:.
L$ILADP:
:

L$STA::
L$CO::
L$DTYP::

L$APT::

002124
000000

LS$DTP:

L$PRIO::
LS$ENVI::

000000
003
003

LS$EXPL::

LSMREV:
:
LSEF::

.ASCII /C/s
LASCII /N/
.ASCII /07
.ASCII M/
.ASCII /07
.BYTE
.BYTE
.BrTE
LASCII

/R/

.ASCII

/07

.WORD

. WORD

30.

.WORD

L $HARD

. WORD

L$HW

. WORD

.WORD

L$LAST

.WORD

. WORD

L$OISPATCH

.WORD

. WORD

.BYTE
.BYTE

CS$REVISION
CSEDIT

CNDMDAO DMvil

LINE

UNIT

DIAGe

MACRO M1200

22 FEB-84

t,Cj
15:39

PAGE

SEG 0022

PROGRAM HEADER

1002
1008
1009

002052
002054
002056
002056
002060
002060
002062
002062
002064
002064
002066
002066
002070
002070
002072
002072
002074
002074
002076
002076
002100
002100
002102
002102
002104
002104
002106
002106
002110
002110
002112
002112
002114
002114
002116
002116
002120
002120

000000
000000

.WORD
L$5PC::

000000

LS$DEVP:

003232

;
LSREPP;

000000

LSEXPAE:
;

000000

LSEXPS:
:

000000

LSAUT:

024346

L$DLT::

024342

LSLUN:
:

000000

L$DESP:
:

003252

L$SLOAD:
:

104035

LSETP:
:

002176

L$ICP::

023644

LSCCP::

024340

LSACP:
:

024214

L$PRT::

023636

LS$TEST::

000000

L$DLY::

000000

LSHIME
::

000000

.EVEN

WORD

.WORD
.WORD

LS$DVTYIP

. WORD
.WORD

.WORD
WORD

L$AU

.WORD

L$Dv

.WORD

L$DESC

EMT

ESLOAD

.WORD

LS$ERRTBL

. WORD

LS$INIY

. WOROD

L$SCLEAN

.WORD

L$AUTO

.WORD

L$PROT

. WORD

.WORD

[

CNDMDAO DMv11l LINE UNIT

DIAGe

MACRO M1200

2o FEB-84

15:39

PAGE

SEQ 0023

DISPATCH TABLE

.SBTTL

DISPATCH TABLE

1011
1012
1013 002122

SLASH

1014

;7 THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.

7
7
77//77/777770777
707
7777770772777777
807
0 0800070777777
33/ 710111

;7 IT IS USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST.

1015
1016 002122
1017
1018 002122
002122
002124
002124
002126
002130
002132
002134
002136
002140
002142
002144
002146
002150
1019

SLASH
NV

AR
DISPATCH 11.

000013
024350
025256
026070
026672
027520
030232
030730
032074
032714
033156
033420

A aiiiiiiidisisisisasssssasdsaaad
. WORD
LS$SDISPATCH::
. WORD
. WORD
.WORD
.WORD
.WORD
. WORD
. WORD
.WORD
. WORD
. WORD
.WORD

11
T1
T2
T3
T4

1S
T6
17
T8
19
T10
T11

CNOMDAQ DMV11 LINE UNIT

DEFAULT HARDWARE P

15:39

PAGE

SEQ 0024

DEFAULT HARDWARE P TABLE

$/IIIIIIIIIIILIIIIIP
L7707 77/ 7 77707707/ 007777/77770700000770007777/77/77777
:/ THE DEFAULT HARDWARE P-TABLE CONTAINS DEFAULT VAL ES OF
;/ THE TEST DEVICE PARAMETERS.
THE STRUCTURE OF THIS TABLE

;/ 1S IDENTICAL TO THE STRUCTURE OF THE RUN TIME P TABLE.

GIIILLLIII LIS

1033
1034

1035 002152
002152
002154
002154

1043

22 FEB 84

.SBTTL

1032

1041
1042

MACRO M1200

TABLE

1027
1028
1029
1030
1031

1036
1037
1038
1039
1040

DIAGe

002154
002156
002160
002162
002164
002166
002170
002172

1n44
104,
1046
1047
1048 002174
002174

BGNHW

IL L1007 7 77770800777 0070077 7000070770707 77777770707/777777777

DFPTBL

000010

LS$HW:
:

.WORD

:
DFPTBL:

.WORD
.WORD

160020
300

.WORD
.WORD
.WORD

4]
0
1

.WORD
.WORD
.WORD

4000
000
000

;OMV1i CSR UNIBUS ADDRESS
;:OMV11 INTERRUPT VECTOR
;OMV11 INTERRUPT PRIORITr LEVEL = 4
;SWITCH REG. @1 (BOOT ADDRESS)
;SWITCH REG. #2 (DDCMP ADDRESS)
;MODULE IS M8064
sH3254EH3255 USED
:BAUD RATE = 56 K
0 = 19.2 K
H
:

ENDHW

= 56 K

L10000:

L1090C-L $HW/¢

CNDMDAO DMVv11 LINE UNIT DIAG2

MACRO M1200

22 FEB 84 15:39

PAGE 13

SEQ 0025

SOF TWARE P-TABLE

SOFTWARE P-TABLE

1020

.GBTTL

1052
1053
1054
1055

$ /1117100777707 0700770777007707/77777077770000777/7/7/070/7/07777//77/7777
i/ THE SOFTWARE P-TABLE CONTAINS THE VALUES OF THE PROGRAM
:/ PARAMETERS THAT CAN BE CHANGED BY THE OPERATOR.
7101177777777 7 702777777707 70007 70070007770/ 770777707777
(/LI ILIIII

1051

1056

1057 002174

002174

1058

002176
002176

1059 002176

002176

000000

BGNSW

SFPTBL

L$SW::
SFPTBL::
ENDSW

L10001:

.WORD

1.10001-L85uW/2

LINE

UNIT

GLOBAL EQUATES SECTION
1061
1062
1063
1064
1065
1066
1067
1068
1069 002176

DIAG2

MACRO M1200

22 FEB

15:39

PAGE

EQ 007

BASIC EQUATES
.SBTTL

GLOBAL EQUATES SECTION

BASIC EQUATES

/7111177777777 77777077777777777777777777777277777777777/77777777777777772/7277777

i/
i/

THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATE> THAT
ARE USED IN MORE THAN ONE TEST.

$111111 0777707770700 8077070707700 7707077077770777777/770077/07777//77777777777777

EQUALS

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

B8IT15==
BIT14==
8IT13==
8IT12==
B8IT1l==
B8IT10==
B8IT09==
B8IT08==
BITO7==
8IT06==
B8IT05==
B8IT04==
B8IT03==
8IT02==
BITOl==
BIT00==

100000
40000
20000
10000
4000
2000
1000
400
200
100
40
20
10
4
2
1

001000
000400
000200
000100
000040
000020
000010

8IT9==
8IT8==
8IT77==
B1T6==
8ITS5==
6IT4==
B8IT3==
8IT2==
8ITl==
BITO==

BITO09
BITO8
BITO7
BITO6
BITOS
BITO4
BITO3
BITOZ2
BITO1
BITOO

000001

: EVENT FLAG DEFINITIONS

EF .RESTART ==
EF .CONTINUE ==
EF .NEW=~
EF .PWR=>

31.
30.
29.
28.

: PRIORITY LEVEL DEFINITIONS
000340
000300
000240
000200

PR1IO7==
PRIO6==
PRIOS==
PRIOA==

340
300
240
200

@
we

32.

EF ,.START ==

®e

000040
000037
000036
000035
000034

EF32:EF17 RESERVFD FOR SUPERVISOR TO PROGRAM COMMUNICATION

®e

®s

CNOMDAC DMVl

BIT POSITION IN SECOND STATUS WORD

(100000) START COMMAND WAS ISSUED

(040000) RESTART COMMAND WAS ISSUED
(020000) CONTINUE COMMAND WAS ISSUED
(010000) A NEW PASS HAS BEEN STARTED
(004000) A POWER FAIL/POWER UP OCCURRED

CNDMDAQ DMVIL LINE
SLOBAL

EQUATES

UNIT

SECTION
000140
000100
000040
000000

DIAG?

B9
MACRO M1200

2o FFB 84

15:39

PRIO3==
PRIQ2=+

PRIO1==
PRIOO=-

140
100

40
O

;OPERATOR FLAG BITS

]

001000
002000
010000
020000
040000
100000

]

%9 w27

BASIC EQUATES

000010
000020
000040
000100
000200

PAGE

EVLe=-

LOT=-

I0U» =

ADR==

ISR=~
UAM= BOE =~

PNY=+.
PRI =»

IXEe~

IBE="»

IER==
LOE =~
HOE = =

100
200
400

1000

2000

4000

10000

20000
40000
100000

1071
1072
1073
1074
1075
1076
1077
1078
1079
1080
1081
1082
1083
1084

1085
1086

1087

1088
1089
1090
1091
1092
1093
1094
1095
1096
1097
1098
1099
1100
1101
1102
1103
1104
1105
1106
1107

MACRO M1200

22-FEB-84

MAINTENANCE REGISTERS

+SBTTL

15:39

PAGE

C3
15

SEQ 002

SELN & BSELN

-- SELN £ BSELN

130000000000000000000000000000000000A000000000000000000A000000000000000888880048

:¢ MAINTENANCE REGISTER

& O

BSELO

1300000000000 000000000000000000000000000000000000040448000000000600800800000048)

000020
000001

IEQ
IEX

= BIT4
= BITO

: "INTERRUPT ENABLE OUT"
: “INTERRUPT ENABLE IN”

s BIT 7 IS ALSO USED BY THE MICROCODE.
ITS LABEL IS "RQI” WHICH STANDS FOR
s "REQUIST IN”.
IT’'S PART OF THE HANDSHAKING FOR USING THE SEL & BSEL REG’S.
+

HOWEVER,

THE MAINT.

LOOP DOES NOT MAKE USE OF

3 UNNECESSARY TO DEFINE IT HERE.

THIS BIT AND

THEREFORE

1308848008080 880488080804008804400048008008820040404004000000880080008400004080408480s

3¢ MAINTENANCE REGISTER €

BSEL1

33000008000000000840000800000000040000000000000000800004000000000008000880000880404

00C200
000100
000001
000301

RUN
MCLR
MREQ

= BIT?
= BIT6
= BITO

STRTMLOP= RUN!MCLR!MREQ

$ "RUN" & ALSO CONTROLS 6502 MICROPROCESSOR’S RDY STATE
sMASTER CLEAR
sM-LOOP ACCESS
;;INITIATE M-LOOP

3888800800000 00808000008088080408804800848088040400048008040000004000008044000008008

s+ MAINTENANCE REGISTER & 2 - BSEL2

1:80088008880880004408880040848000480400880400000000000008404800004880000000000040408

000200

MROY

= BIT?

sM-LOOP READY

188888048000 0000000600808800088800044482848¢000484080040000002¢4004000000000084084004588

s+ MAINTENANCE LOOP COMMAND DEFINITIONS
1888844888840 04040400040048080808880000800000880040000040400000004004000088000000400000

REDLOC

WRILOC
REDPAG
WRIPAG
EXECUT
DOTBMT

= 1
=
=
=
=
=

2
3
4
S
7

$READ LOC. W/IN DHV-11

---- (SEL4) ===> BSEL6

sWRITE LOC. W/IN DMV-11 --- BSEL6 ===> (SEL4)
$READ BLOCK W/IN DMV-11 --- (SEL6) ===> (SELA)
sWRITE BLOCK W/IN DMV-11 -- (SEL4) ===> (SEL6)
$SET 6502'S PC AND EXECUTE -- SEL6 ===> PC
$SET MAINTENANCE INTERRUPT DISABLE IN PROCESSOR

1STATUS --- [KB7] ==> BSEL3

CNDMDAQ® DMV1l LINE UNIT DIAG2

CNDMDAO DMV11 LINE UNIY

DIAG?

USYRT

1109
1110
1111
1112

1113

120400

1139
1140
1141
1142
1143
1144
1145
1146
1147
1148
1149
1150
1151
1152
1153
1154
1155
1156

PAGE

s
16

EQ 0079

USYRT

120400

t1* USYRT

USYRT

tUSYRT BASE

ADDRESS

A100 (MEX)

“RECEIVER DATA BUFFER‘'

READ ONLY

330008008800 000000080804808004800800480000000000000880080000004000080088000000008

120400

RDSRL

120400

s ADDRESS OF

THIS REG

1500000000000 0000000000000000000000400000000000004000000000006400008000080000008000

s¢

USYRT

"RECEIVER

STATUS"

READ

ONLY

15000000000 600000000000000000000000000008800000000000000000000000000008000000800¢

120401

ROSRH

000200
000160
000010
000004
000002
000001

RERR

ROR
RABGA
REOM

= BIT3
= BIT2
= BIT1

RXERR

= BIT1S

sRECEIVED CRC/VRC ERROR

RXOR
RXABGA

=
=

B8IT11
BIT10

tRECEIVER OVER RUN
sRECEIVED ABORT/GO AHEAD

RERCHK

BITO

$FLAG

100000
004000
002000
001000
000400
000001

ABC

RSOM

RXEOM
RXSOM

120401

s ADDRESS OF

THIS REG

817 DEFINITIONS ON BYTE BASIS
BIT

- 8176'8175'8174

= BITO

ERROR

CHECK

=
=

BIT9
BITS

sASSEMBLED BIT COUNT

sRECEIVER OVER RUN
+RECEIVED ABORT/GA CHARACTER
sRECEIVED END -OF -MESSAGE

sRECEIVED START-OF -MESSAGE

1BIT DEFINITIONS ON WORD BASIS

CHARACTER
:RECEIVED END -OF -MESSAGE
;RECEIVED START-OF -MESSAGE
TO

INVOKE

RERR CHK

IN SUBROUTINE RXCHAR

$i08080000080000080008008000800000000000000000004080000040800080400000000088480888

USYRT

“TRANSMITTER

DATA

BUFFER"

3508000040008 004800448880088048080888080000080800400000400840008808000800400800080800408

120402

TDSRL

120402

1 ADDRESS

THIS REG

§5000000080000400000000000000004000040000000000048000000480000000008000080800000028

;¢ USYRT

"TX STATUS AND CONTROL” REGISTER

1:000000000008048000000008000000004008400000000000000000080004008848000000000004008

120403

TOSRH

1157
1158
1159
1160

000200
000010
000004
000002
000001

TERR
TGA
TAB
TEOM
TSOM

«
=
=
=

1163
1164
1165

100000
004000
002000

TXERR
TXGA
TXAB

=
=
*

1161
1162

15:39

138088000000 0840804808000000040080000000000040000200000008000000008000000000000000

1115

1123
1124
1125
1125
1127
1128
1129
1130
1131
1132
1133
1134
1135
1136
1137
1138

2 F€6B 84

.SBTTL

1114

1116
1117
1118
1119
1120
1121
1122

MACRO M1200

120403

s ADDRESS

THIS REG

i1BIT DEFINITIONS ON BYTE BASIS :
BIT
BITS
BIT2
BIT1
BITO

s TRANSMITTER UNDERRUN ERROR
1 TRANSMIT GO AHEAD
: TRANSMIT ABORT
s TRANSMIT END-OF -MESSAGE
s TRANSMIT START-OF -MESSAGE

:BIT DEFINITIONS ON WORD BASIS
BIT1S
BIT11
BIT10

s TRANSMITTER UNDERRUN ERROR
s TRANSMIT GO AMEAD
$ TRANSMIT ABORT

[

CNDMDAO DMv11l LINE UNIT DIAGZ
REGISTER DEF INITIONS

1166
1167
1168
1169
1170
1171
1172
1173
1174
1175
1176
1177
1178
1179
1180
1181
1182
1183
1184
1185
1186
1187
1188
1189
1190
1191
1192
1193
1194
1195
1196
1197
1198
1199
1200
1201
1202
1203
1204
1205
1206
1207
1208
1209
1210
1211
1212
1213
1214
1215
1216
1217
1218
1219
1220
1221
1222

001000
000400

MACRO M1200

22 FEB

15:39

PAGE

SEQ 0030

USYRT
TXEOM
TXSOM

=
=

BIT9
BIT8

: TRANSMIT END OF -MESSAGE
; TRANSMIT STARY
-OF -MESSAGE

FIRNN0A0EAANAAN0EARAA0AARAAREL000000000000024000000000048000008000004800000000

"SYNC/SECONDARY ADDRESS” REGISTER

i* USYRT

138080600800 8400800004884480080840284040480880240008400800008000000008800004888008000040

120404
020226

PCSARL

SYNCH

120404

= 226

; ADDRESS OF

THIS REG

1 STANDARD SYNCH CHARACTER

130088800000 84400404840480888280488080800040088888000¢0008008440080088804000080000

;# USYRT “MODE CONTROL“

11088004688 88842082088888480¢8880008000004800000088840080004048008048400000008049

120405

PCSARH

120405

: ADDRESS OF

THIS REG

;BIT DEFINITIONS ON BYTE BASIS:
000200
000100
000020
000010
000007

APA
PROTO

STRIP
SECAD
IDLE
xvZ

=
=

=
=
=
=

BIT7?
BIT6

s "ALL PARTIES ADDPESS” ENABLE
;SPECIFIES BOP/CCP PROTOCOL --

= BOP

BITS
:STRIP EXTRA SYNC'S IN CCP MODE, SEE GA CHARS IN 80P
BIT4
: SECONDARY ADORESS MODE -- B0P MODE ONLY
BIT3
;IDLE &€ SYNC CHAR, TRANSMISSION CONTROL
BIT2!'BIT1!BITO ;CRC/PARITY SELECTION CONTROL

;BIT DEFINITIONS ON WORD BASIS:
APAD

= BIT1S

STRIPS
SECADR
IDLES
CRCOS
CRC16
NOCHK
EVRC
OVRC

=
=
=
=
=
=
=
=

o0OCMP

= BIT14

; "ALL PARTIES ADORESS"

:CODE FOR DDCMP MODE

ENABLE

BIT13
;STRIP EXTRA SYNC‘'S IN CCP MODE, SEE GA CHARS IN BOP
BIT12
s SECONDARY ADORESS MOOE -- BOP MODE ONLY
B8IT11
;IDLE &€ SYNC CHAR. TRANSMISSION CONTROL
BIT8
1CODE FOR CRC-CCITT-O SELECTION
BIT9!BIT8
;CODE FOR CRC-16 SELECTION
BIT10!BXT79!BIT8 ;CODE FOR NO ERROR CHECKING
BIT10!8IT8
1CODE FOR VRC EVEN CHECK
BIT10
;:CODE FOR VRC 000 CHECK

$10880080088000800408000000805848000080800080000000088000080000400004800480040040800

;¢

USYRT

“DATA LENGTH SELECT”

1500800880608 000000800000000500800000000008008080080000000000400040040000000004

120407

PCR

120407

; ADDRESS OF

THIS REG

sBIT DEFINITIONS:
000340
000020
000010
000007

TXDL

. BIT7!BIY6!BIT5

RXDL

= BIT2!BIT1!BITO

EXADD
EXCON

= BIT4
= BIT3

s TRANSMIT DATA LENGTH SELECTION

;EXTENDED ADDRESS FIELD
;EXTENDED CONTROL FIELD

-- NOT USED OR TESTED
-- NOT USED OR TESTED

;RECEIVER DATA LENGTH SELECTION

;0008880080488 00088080084880888884848088880880880848004000000048080800000400804002

s+« USYRT STATUS REGISTER (ADDR.

A400)

116668800 0000000808000000000000000080040000000000000000000000084004080000048000

122000

USTATR =

122000

tUSYRT STATUS REGISTER ADDRESS = A400 (HEX)

:BIT DEFINITIONS:

CNOMDAQ DMV1l LINE UNIT

DIAGZ

USYRY

1223
1224
1225
1226
1227
1228
1229
1230
1231

000200

000100

000040
000020
000010
000004
000002
000001

F 3
MACRO M1200

RDA
TBMT
RXACT
RSA
TS0
TXACT
TXU
SFR

22 FEB 84

BIT?
BIT6
BITS
8IT4
8IT3
8IT2
8IT1
8ITO

15:39

PAGE

16 2

SEQ 0031

;tRECEIVER DATA AVAILABLE
s TRANSMITTER BUFFER

EMPTY

+RECEIVER ACTIVE
sRECEIVER STATUS AVAILABLE

; TRANSMITTER SERIAL OUTPUT
; TRANSMITTER ACTIVE
: TRANSMITTER UNDERRUN

$ SYNC/FLAG RECEIVED

CNDMDAO DMVl LINE UNIT

DIAG2

6522 VIA CHIP

1233
1234
1235
1236
1237
1238
1239

1240
1241
1242

1243

1244

1245

1246
1247
1248
1249
1250
1251
1252
1253
1254
1255
1256
1257
1258
1259
1260
1261
1262
1263
1264
1265
1266
1267
1268
1269
1270
1271
1272
1273
1274
1275
1276
1277
1278
1279
1280
1281
1282
1283
1284
1285
1286
1287
1288
1289

120000

MACRO M1200

22 FEB-84

15:39

PAGE

G5
17

SEQ 0032
.SBTTL

VIA

-- 6522 VIA CHIP

120000

;sVIA BASE ADDRESS

A0OOO (HEX)

1300800040040 0000000000000004000400000000000804000000000000008000800080008880800484

:* MODEM & MAINTENANCE CONTROL

"ORB” 8 BIT PORT B

WRITE ONLY

3100880080040 40408804040048083008808004803842000800400804004800400044000040000800008

120000

VIAORB

000200
000100

NULCLK

000020
000010

DTR

00C002
000001
000000

120000

; ADDRESS OF

THIS REGISTER

BIT7

s "NULL CLK LTM

NULL

RXEN
TXEN

=
=

BITé
BITS

: "RXENL"”
s “TXENL"”

---

USYRT
USYRT

RTSND

BIT3

: "RTSND”

REQUEST

BIT1

= BIT4

HOX

= BIT2

PRESET

TTLOOP

OTRL

s "DTR”

: "HOX"

; "SELECT

BITO

: "PRESET

;OTR

HEX

AOXO

CLOCK

RECEIVER ENABLE
TRANSMITTER ENABLE

DATA TERMINAL READY
TO

HALF DUPLEX

SEND

TTL LEVEL LOOPBACK"

IS ASSERTED LOW

3008888888000 80000000480804080408004800088000080800880408200802004080808480200080008020

;¢ MODEM STATUS REGISTER

“ORA" 8 BIT PORT A

-- READ ONLY

$:8004408008408880800880880808828008840888088800288404008040000880844080808404080420¢

120001

VIAMS

120001

:ADDRESS OF

000200
000100
000040
000020
000010

RING
CARIER

=
=

BIT?
BIT6

: "RING H" - ; "CARRIER H"

TM
RCVDAT

=
=

BIT2
BIT1

000002
000001

MOMRDY
SPEED
CTS

UMAINT

THIS REGISTER

HEX

= BITS
= BIT4
= BIT3

-: “MOOEM ROY M -s “BAUD RATE SWITCH -- (19.2K/S6K)
$3"CTS H -- CLEAR TO SEND

= BITO

:"TEST MODE H” -; "RCV DATA H" - -

SELECT USYRT

INT LOOPBACK

AOX1

#eSELECT BITss

$:060000400080004000400000000000000004000808000004800000004080000000000080880004848¢

;o DATA DIRECTION FOR PORT B

“DDRB“”

-- READ/WRITE

1888805088880 808488800800844088088488080800008888800400000400840000800084808802

120002

VIADPB

i
:

120002

:ADDRESS OF

THIS REGISTER

HEX

= AOX2

ALL BITS ARE DEFINED THE SAME:
THE BIT SETTING DEFINED THE DIRECTION OF ITS RELATED B8IT IN BIT PORT B

INITIALIZED TO 377 (HEX

= FF)

-- PORT 8 IS READ/WRITE

$50088808000 884000000000 000000000000000000000000000040000048000040008440400008884

;«

DATA

DIRECTION FOR

PORT

"DDRA”

READ/WRITE

$500008000000800000008000000000008000000040000000400400000840400000000808080808080042

120003

VIADPA

s
H

120003

:ADDRESS OF

THIS REGISTER

HEX

ALL BITS ARE DEFINED THE SAME:
THE BIT SETTING DEFINED THE DIRECTION OF ITS RELATED S8IT

AOX3

IN BIT PORT A

MACRO M1200

CNOMDAO DMv11l LINE UNIT

DIAG?2

6522 VIA CHIP

1290
1291
1292
1293
1294
1295
1296
1297
1298
1299
1300
1301
1302
1303
1304
1305
1306
1307
1308
1309
1310
1311
1312
1313
1314
1315
1316
1317
1318
1319
1320
1321
1322
1323
1324
1325
1326
1327
1328
1329
1330
1331
1332
1333
1334
1335
1336
1337
1338
1339
1340
1341
1342
1343
1344
1345
1346

22 FEB-84

15:39

114
PAGE

SEQ 0037

INITIALIZED TO 001 (HEX

= O1)

-- PORT A IS READ ONLY (EXCEPT FOR

BITO WHICH ENABLES USYRT

INTERNAL LOOPBACK).

1382888000008 88080 8000880400000 00400400040044800040000088040000080000400000000400

;¢ TIMER 1 LOW ORDER (LATCH & COUNTER)

"TiL-L” € "T1C-L”

-- WRITE & READ

(000K RAAARARRARASEASA0440040440000008000000000000000080008088008000084800008

120004

VIAT1IA

i
i

120004

s ADDRESS OF

WHEN WRITING,
WHEN READING,

LOW ORDER LATCH IS LOADED.
LOW ORDER COUNTER IS READ.

THIS REGISTER

HEX

AOX4

(00 RAEA0RAREL0SA0040040800000000400000000000000004400000000600888004088040000

;¢ TIMER 1 HIGH ORDER CO'NTER & TRIGGER
i
-- WRITE & READ

“TiL-H AND TRIGGER” & "TiC-M“

$3000008084000000880008000000000000000000000000000400000400408000080404080800084400

120005

VIAT18

120005

;ADDRESS OF

THIS REGISTER

HEX

AOXS

:
:

WHEN WRITING;

HIGH ORDER LATCH IS LOADED, BOTH LOW & HIGH ORDER LATCHES
ARE LOADED INTO THE COUNTER, AND THE COUNTER IS STARTED.

WHEN READING,

THE HIGH ORDER COUNTER IS READ.

1080888840048 888888800880888048884080800000080080080480000004008404004884000808888000

TIMER

LOW ORDER LATCH

"T1L-L"

READ/WRITE

$6008000000400000000404000400080400080000000000000080000000000000084008840800008428

120006

VIAT1C

;:
¢+

120006

s ADDRESS OF

THE LOW ORDER LATCH IS READ OR LOADED.
COUNTER WHEN T1MODE (IN VIAACR) = 3

THIS REGISTER

HEX

AQX6

THIS LATCH IS USED TO LOAD THE

1588888484885 0804840048840884084888848428480048000808004484000040040404000880050200040000

;¢

TIMER

1 HIGH ORDER LATCH

“TiL-H"

READ/WRITE

§800800880088008800000840800000000000808480000044800400400400040040008000800804048800

120007

VIATID
;

;

THE

120007

:ADDRESS OF

HIGH ORDER LATCH

IS READ OR LOADED.

COUNTER WHEN T1MODE (IN VIAACR)

THIS REGISTER
THIS LATCH

= 3

HEX

IS USED

AOX7?

TO LOAD

THE

15808888088 888808484888084880848880804848800800808884000808004800000008000840000000000

TIMER

LOW

ORDER

(LATCH

COUNTER)

"T2L-L"

"T2C-L”

WRITE

& READ

1008880888808 04880884804840888884488408888808008008800800000800008008000000008000

120010

VIAT2A

120010

s ADDRESS OF

THIS REGISTER

HEX

AOX8

CNDMDAC DMVl LINE

UNIT

1382
1383
1384
1385
1386
1387
1388

1389
1390
1391
1392
1393
1394
1395
1396
1397
1398
1399

1400
1401
1402
1403

MACRO M1200

20 FFB 84

15:39

PAGE

17 2

SEG 0034

6522 VIA CHIP
¢

WHEN WRITING,

LOW ORDER LATCH

WHEN READING,

IS LOADED.

LOW ORDER COUNTER IS READ,

106880000000 000004800000000000440000000000000008004800080000000000008080402048400

;¢ TIMER 2 HIGH ORDER COUNTER & TRIGGER
HL
-- WRITE & READ

“T2L-M AND TRIGGER” & “T2C H"

§100800040080004000088000000000000400400800000084080000400000000000000000040004¢

VIATZ28

120011

:
-

120011

sADDRESS OF

WHEN WRITING;

THIS REGISTER

HEX

AOX9

HIGH ORDER LATCH IS LOADED, BOTH LOW & HIGH ORDER LATCHES
ARE

WHEN READING,

LOADED

INTO

THE

COUNTER,

AND

THE

COUNTER

STARTED.

THE HIGH ORDER COUNTER IS READ.

1000888084800 80808800044888080808808000884084008800000080008020808000004840000400

;¢ SHIFT REGISTER

”"SR"

-- READ/WRITE

11080000500 080004000000008000000000080000000000080000400808060088480000040800008

120012

VIASR

120012

;:ADDRESS OF

THIS REGISTER

SHIFTING IS CONTROLLED BY THE SETTING OF VIASRC (ACR2

HEX

AOXA

---> ACR4) IN VIAACR

1300088888808 88880480004004808808408800800800008800004800004008840400080400400008000008

;®

AUXILIARY

CONTROL

“ACR"”

READ/WRITE

21000608080 800000008080600000008000000004000044000000400800080408000840080880800808848

120013

VIAACR

120013

; ADDRESS OF

000300

TIMODE

BIT7'BIT6

;CONTROL

;8IT

;
s

O
2

;:BIT 6:
;)
i
000040

T2MODE

BITS

SRMODE

O
1

BITA4!BIT3!BIT2

THIS REGISTER

THE

MODE

TIMER

HEX

AOXB

PR7 DISABLED -- ONLY T1T70 IN VIAIFR REFLECTS TIMEOUT
P87 & T1TO REFLECT TIMEQUT

’

TIMER 1 IN ONE-SHOT MODE
TIMER 1 IN CONTINUOUS SQUARE WAVE MODE
sCONTROLS

:
s
000034

O
1

NawWN-O

1347
13438
1349
1350
1351
1352
1353
1254
1355
1356
1357
1358
1359
1360
1361
1362
1363
1364
1365
1366
1367
1368
1369
1370
1371
1372
1373
1374
1375
1376
1377
1378
1379
1380
1381

DIAGe

THE

MODE

TIMER

PULSE COUNTING MODE
INTERVAL TIMER MODE
sCONTROLS

THE MODE OF

THE

SHIFT REGISTER

SR DISABLED
SHIFT IN UNOER CONTROL OF T2, SHFT PULSES GEN'D ON (Bl
SHIFT IN AT SYS, CLOCK RATE, SHFT PULSES GEN'D ON CB1
SHIFT IN UNDER CONTROL OF EXTERNAL INPUT PULSES
SHIFT QUT FREE RUNNING RATE CONTROLLED BY T2
SHIFT QUT -- RATE CONTROLLED BY T2
PULSES ON CB1

CNDMDAO DMv1l

LINE

UNIV

DIAGZ

9
MACRO

M1200

FFB

15:39

1407
1408
1409
1410

;

1411
1412
1413
1414
1415
1416
1417
1418
1419
1420
1421
1422
1423
1424
1425
1426
1427
1428
1429
1430
1431
1432
1433
1434
1435
1436
1437
1438
1439
1440
1441
1442
1443
1444
1445
1446
1447
1448
1449
1450
1451
1452
1453
1454
1455
1456
1457

1458
1459
1460

000002
000001

6522 VIA CHIP

1404
1405

1406

PAGF

PBLENB
PALENB

=
=

SHIFT QUT

SHIFT OUT

BITIL
BITO

SYS,

UNDER

CLOCK RATE
CONTROL

:PB LATCH CONTROL
;PA LATCH CONTROL

PULSES ON (B1

PULSES APPLIED

1 ENABLES LATCH
1 ENABLES LATCH

TO CB1

1:00880888888088088048088880844888¢008888800880880848880080084804808482448004480000

;¢

PERIPHERAL

CONTROL

"PCR"”

READ/WRITE

1108084084008 0400044540042000480884800880004080020800484800400084084480808000040044808

120014

VIAPCR

120014

s ADDRESS OF

000340
00C020
000016
000001

CB82CTL
CB81CTL
CA2CTL
CA1CTL

=
=
=
=

BIT7!BIT6!BITS
BIT4
BIT3:!BIT2!BIT1
BITO

;B2
:CB1
:CA2
;CA1

MODE
MODE
MODE
MODE

THIS REGISTER

HEX

= AOXC

SELECT
SELECT
SELECT
SELECT

104880084880 004484858448888884488804848888808880800480080000044480028004480800040404000

;+ INTERRUPT FLAG REGISTER

“IFR”

-- READ ONLY

(000868800000 000800004000000004000000000000000000000000000040000000000800000400

120015

VIAIFR

120015

000200

FLGIRG

= BIT?

;ADDRESS OF

THIS REGISTER

-- HEX = AOXD

;SET WHEN P FLAG IN THIS REG.

GOES HIGH AND

:JTS CORRESPONDING BIT IN VIAIER IS SET.
:(I.E. VIAIER IS THE ENABLE REGISTER FOR THE
;FOR

THE

SETTING OF

IRQ AND

THE

ISSUEANCE OF

;AN INTERRUPT TO THE 6502 WHEN IRQ IS SET.)
000100
000040
000020
000010

000002
000001

FLGT1
FLGT2
FLGCB1
FLGCB2
FLGSR
FLGCA1
FLGCA2

=
=
=
=
=
=
=

BIT6
BITS
BIT4
BIT3
BITe
BIT1
BITO

s TIMEQUT OF TIMER 1
; TIMEOUT OF TIMER 2
sACTIVE TRANSITION OF PIN 18 (CB1)
+ACTIVE TRANSITION OF PIN 19 (CB2)
;COMPLETION OF 8 SHIFTS
;ACTIVE TRANSITION OF PIN 40 (CAl)
;ACTIVE TRANSITION OF PIN 39 (CA2)

180088846800 084488084888404448488800048888400888800048088800400000088848040440804400040

;¢

INTERRUPT

ENABLE

"IER”

READ/WRITE

1160800400000 0008800000000080000000000000004000000000004800042000080088040080000

120016

VIAIER

120016

000200

INTSC

= BIT?

;ADDRESS OF

THIS REGISTER

-- HEX

;CONTROLS THE SETTING OR CLEARING OF BITS IN

;THE REST OF IER.,
IF = O
THE OTHER BITS IN
;THIS REG., IF SET, WILL CLEAR THEIR RESPECTIVE

;BITS IN THE INT. ENAB. REG..
;RESPECTIVE BITS WILL

;

WHEN WRITING THIS REG.,

= AOXE

THE COMMENT ABOVE HOLDS.

SET,

IF = 1,

THE

'//

CNDMDAO DMV11l LINE UNIT

DIAG?

6522 VIA CHIP

DEFINITIONS

1461
1462

1463

1464
1465
1466
1467
1468
1469
1470
1471
1472

1473
1474
1475
1476
1477
1478
1479
1480
1481

MACRO M1200

FEB

15:39

PAGE

17 4

SER 003

WHEN READING

THIS REG.,

THE

CURRENT

STATE

THE

INT,

ENABLE

REG,

;

THE BIT ASSIGNMENTS ARE THE SAME AS FOR VIAIFR AS DEFINED ABOVE.

IS5 RETURNED.

3880884080842
0884002000 8440400404400 40008000088000 000000240 0484884800080004850000

i+ OUTPUT REGISTER A

"ORA'

-- READ ONLY (OR READ/WRITE UNDER CONTROL OF

“DDPA”)

$i00ASANALLLMAARAEAAAAGANIAREAAIC0AAL0A40000RK0E000000400000000008444000000040008

120017

VIAORA

;s
;
;i

120017

;sADDRESS OF

THIS REGISTER

HEX

AOXF

THIS ADDRESS ACCESSES THE SAME DATA AS "VIAMS” EXCEPT THAT NO “HANDSHAKING'
WILL TAKE PLACE (I.E. THERE IS NO CHANGE IN IRQ OR CA2 AS A RESULT OF

READING ORA

: THE BIT

THROUGH

ASSIGNMENTS

THIS

ARE

THE

ADDRESS)
SAME

AS FOR

“VIAMS”

ABOVE.

L35
CNDMDAO DMV11

LINE UNIT

DIAG2

MACRO M1200

22 FEB 84

15:39

PAGE

SEQ 0037

.SBTTL

1483
1484
1485
1486
1487

3 1008084048040 088080800888804808848880008800400800008000800800040800080400020000200

;¢

121000
121400

1502
1503
1504
1505

1506
1507
1508

SWPBOT
= 121000
SWPDDCMP = 121400

; "BOOT ADDRESS” SWITCH PACK [A200]
: "ODCMP ADDRESS"” SWITCH PACK fA300]

;MISCELLANEOUS EQUATES

1493
1494
1495

1500
1501

SWITCH PACKS

3 1804008008000 08040008800840080004804808840488808000404000040000004800004080404

1488
1489
1490
1491
1492

1496
1497
1498
1499

100000
001000

TCCHEK
RAMADR

= BIT1S
= 001000

000002
000001

EIAV3S
INTGRL

=« BIT1
= BITO

040000
001000

NCRXEN
NOLOOP

= BIT14
= BIT9

;KILL RXEN DURING “INITRN”
;KILL TTLOOP DURING “INITRN"

000200

NCTBMT

= BIT7

:DISABLE INITIAL TBMT=0 CHECK IN TXCHAR

100000

NOCRDA
NFCRDA
NCRACT

= BIT1S
= BIT14
= BIT13

;DISABLE INITIAL RDA=O CHECK IN RXCHAR
:DISABLE FINAL RDA=1 CHECK IN RXCHAR
;:DISABLE RXACT=1 CHECK AFTER CLOCKING (RXCHAR)

040000
020000

:FLAG TO REQUEST H3254,5 CHECK
:STARTING ADRS OF RAM PAGE 2 (ADRS 0200 HEX)

;SELECT V.35 OR EIA 423/232C
:SELECT INTEGRAL MODEM

114
CNOMDAO DMV11l LINE UNIT

DIAG?2

MACRO M1200

22 FEB

15:39

PAGE

SEqQ 0038

GLOBAL DATA SECTION

1780
1781
1782
1783

002204

1784 002206
1785 002206
1786 002210
1787 002210
1788 002212
1789 002212
1790 002214
1791 002214
1792 002216
1793 002216
1794 002220
1795 002220
1796 002222
1797 002222
1798 002224
1799 002224
1800 002226
1801 002230
1802 002232
1803 002234
1804 002236
1805 002240
1806 002242
1807 002244
1808
1809 002246
1810
1811
1812 002266

GLOBAL DATA SECTION

$/7/ 1117177777777 7777777777777722777777777777777777777777777777%7

i/
i/

THE GLOBAL DATA SECTION CONTAINS DATA
IN MORE THAN ONE TEST,

THAT

ARF

007 /7777/777777

/SIS
SIS
1SS
$008880800 0008088800400 88808084204084088808800088000004400008800084088400808400000

; CONTROL BLOCK FOR STACKED ERROR MESSAGES

(- -0ARAARAAIAAARASARACANEAAEANEIIANRREAREARRAAIEL0S00000000000080048000004004008
~e

ERRTBL

000000
000000
000000
00C000

ERRTYP: :

.WORD

ERRNBR: :
ERRMSG: :
ERRBLK: :

. WORD
.WORD
.WORD

L$ERRTBL
; :

0
4]
0

1308880804480 08442044004848488485858444885888008¢04048848808040580804800480000080040000

;¢ STORAGE FOR DEVICE REGISTERS

1088884844854 84488848448448448048884008588848048804080008044004880404084000000009

WSRO :
BSRO:

. WORD

BSR1:

. WORD

BSR2:
WSR6;
BSR3:
WSR10:
BSR4 :
WSR12:

.WORD

(4]

.WORD

(4]

.WORD

BSRS:

.WORD

BSR6:

. WORD

(4]

BSR7:
BSR10:
BSR11:
BSR12:
BSR13:
BSR14:
BSR1S:

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

0
0
(0]
0
0
]
4]

UREGS:

.BLKW

WSR2
:
WSR4

WSR14:

WSR16:

BSR16:
BSR17:

VREGS:

.WORD
.WORD

.BLKW

;STORAGE FOR DEVICE CSR REGISTERS

(4]
0

002202

.SBTTL

[

1768
176y
1770
1771
1772
1773
1774
1775
1776
1777
1778
1779 002176
002176
002176
002200

;THE FIRST 7 ARE FOR THE USYRT'S ACTUAL
;REGISTERS.

:REG.

THE LAST ONE

(USTATR).

IS FOR THE STATUS

;STORAGE FOR VIA REGISTERS FOR PRINTOUT

CNOMDAO DMV11l LINE UNIT

N J

DIAGe

GLOBAL DATA SECTION
$90008800804844848880800808040840000088400800838850088888400088000800000000

i» MISCELLANEOUS STORAGE

002354
002356
002360
00236
002364
002366
002370
002372
002374
002376
002400
002402
002404
002406
002410
002412
002414
002416
002420

TOATA:

.WORD

XDATA:

.WORD

GDATA:
BDATA:

SCRACH:
LOGDEV:

REGNUM:
PSTACK:
PRIOR:

,WORD
.WORD
.WORD
.WORD

_WORD
.WORD
.WORD

SUBRPC:
INTFLG:

.WORD
.WORD

ERRFLG:
TIMFLG:
RETADR:
REOBYT:
WRIBYT:
LOADAT:
GOODAT:
BADDAT:

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

FRSTIM:

SAVE4:
SAVE6:
ERRORL:
CHPTYP:
SAVLEN:
DEVMAP:
DEVPTR:
UNIT:
STARES:

TSTNUM:

.WORD

_WORD
.WORD
.WORD
_WORD
.WORD
.WORD
.MWORD
. WORD
.WORD
[ WORD

OO0O0COO0O0O0O000

8088408800208 88888888408088408408888000000880000800080508400800400080000000

002326
002330
002332
002334
002336
002340
002342
002344
002346
002350
002352

CO0O00O0O0CO00O0O0O000O00O0O0O0

1814
1815
1816
1817
1818
1819
1820
1821
1822
1823
1824
1825
1826
1827
1828
1829
1830
1831
1832
1833
1834
1835
1836
1837
1838
1839
1840
1841
1842
1843
1844
1845
1846
1847
184¢

; TEST DATA

:GOOD DATA
1BAD DATA

;EXCLUSIVE
-OR BETWEEN GOOD AND BAD DATA
;:GEN'L PURPOSE SCRATCH WORD
;:LOGICAL DEVICE NUMBER
;:CONTAINS A DEVICE REGISTER NUMBER
;CONTAINS BASE LEVEL PROGRAM STACK POINTER
sCPU PRIORITY FOR PRINTOUT
;:PC OF SUBR CALL FOR ERROR REPORTS
; INTERRUPT RECEIVED FLAGS
:
BIT O FOR Tx, BIT 1 FOR RCV
s SUBRCUTINE ERROR FLAG
;EVENT TIME-OUT FLAG
;SUBR ERROR RETURN ADDRESS
;L0 BYTE CONTAINS BYTE READ FROM LU REG

;LO BYTE CONTAINS BYTE TO LOAD INTO LU REG
;CONTAINS TEST DATA LOADED INTO REG
:STORAGE FOR EXPECTED DATA
: STORAGE FOR ACTUAL DATA

:FLAG=0

PROGRAM JUST

LOADED

:SAVE LOC 4 HERE (ERROR TRAP VECTOR)
;:SAVE LOC 6 HERE (ERROR TRAP VECTOR)
;SUBR ERR. BIT FLAGS (DEF'D IN GLOBAL EQUATES)
;USYRT CHIP TYPE,

=0 FOR SMC,

;SAVED TX AND RCV CHAR LENGTHS
:8IT MAP OF ACTIVE DEVICES

ELSE

;DEVICE MAP BIT POINTER

;sCONTAINS UNIT NO.

(1 TO N)

:FLAG TO SHOW NO. OF
:NO. OF CURRENT TEST

PASSES SINCE STA
(FOR SOME TESTS)

RES

CNOMOAMTM DMV11l LINE

UNIT

DIAG?

MACRO M1200

2. F¢B 84

15:39

PAGE

21
SEQ 0040

GLOBAL D~~Q SECTION

1872
1873
1874
187S
1876
1877
1878
1879
1880
1881
1882
1883
1884
1885
1886

1;000008000

002422
002422
002422
002424
002426
002426
002430
002432
002432
0024 34
0024 36
002436
002440
002442
002442
002444
002446
002446
002450
002452
002452
002454
002456
002456
002460

BSELO:
SELO:
MPCSR:
BSEL1L:
BSEL2:
SEL2:
BSELS:
BSELA:
SELA:
BSELS:
BSEL6:
SELG:
BSEL7:
BSEL10:
SEL10:
BSELLL:

002462
002464
002466
002470
002472
002474
002476
002500

CURRENT

DEVICF

PARAMETERS

.WORD
. WORD

160020
160021

1POINTER 10 OMv1l CSR'S
s POINTER 10 BSEL1L

.WORD
. WORD

160022
160023

sPOINTER 10 SEL2
sPOINTEP T0 BSELS

. WORD
.WORD

160024
160025

tPOINTER 10 SELA
sPOINTER 10 BSELS

. WORD

160026
160027

sPOINTER 10 SEL6
1POINTER 10 BSEL?7

. WORD
. WORD

160030
160031

1POINTER 10 SEL10
1POINTER 10 BSEL1l

.WORD
. WORD

160032
160033

+POINTER T0 5EL12
sPOINTER T0 BSEL13

SEL14:
BSEL1S:
BSEL16:
SEL16:
BSEL17:

. WORD
.WORD

160034
160035

sPOINTER 10 SEL14
sPOINTER 10 BSEL1S

. WORD
. WORD

160036
160037

1POINTER 10 SEL16
sPOINTER T0 8SEL17

MPIVEC:
MPOVEC:
MPRIOR:
LUSWIL:
LUSWIZ:

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

300
304
240

BSELL2:
SEL12:
BSEL13:
BSEL14:

BRODTYP:

TSTCON:

BORATE:

1850
1851
1852
1853
1854
1855
1856
1457
1858
1859
1860
1861
1862
1863
1864
1865
1866
1867
1868
1869
1870
1871

0
0
0
1

1OMV11 INPUT INTERRUPT VECTOR
sOMVLI1 QUTPUT INTERRUPT VECTOR
;OMv11 DEVICE PRIORITY

sLINE UNIT SWITCH PACK e}
sLINE UNIT SWITCH PACK @2

) I M8053/V.35,2°M8053/EIA

10=M8064,

$1TEST CONNECTOR INDICATOR

1BAUD RATE

0
1

=
=

56 K

19.2 K
56 K

CNDOMDAQ DMVl

LINE

UNIT

DIAG?

MACRO M1200

2. fFB 84

15:39

Ca
PAGE

29 OOA]

002502
002504
002506

002510

002512
002514

002516
002520

120400
120401
120402
120403
120404
120405
120407
122000

+TABLE OF USYRT REGISTER ADDRESSES

USYREG:

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

;eeess

STORAGE

,BLKB

08020

002532
002534
002536
002540
002542
002544
002546
002550

REGO:

GEN'L PURPOSE

002552
002554
002556
002560
002562
002564
002566
002570

;138608

SCRATCH

TMPO:

. WORD

TMPL:

TMP2:
TTMP3:

TMPA ;

TMPS:
THP6 :

TM7

.WORD

.WORD
.WORD
. WORD

. WORD
. WORD
. WORD

FOR

OOO0O0O0O0O0O0

.WORD
. WORD
. WORD

.WORD
. WORD
.WORD
. WORD

1 ADDRESS

s ADDRESS
E
s ADDRSS
s ADDRESS
s ADDRESS
: ADDRESS

120407
122000

REDDAT:

REGL:
REG2:
REG3:
REGA :
REGS:
REG6:
REG7:

E
s ADORSS

120403
120404
120405

002522

WORD

1 ADDRESS

120400
1204901
120402

OCO0O0O00O0O0OO0OVN

1888
1889
1890
1891
1892
1893
1894
1495
1896
1897
1898
1899
1900
1901
1902
1903
1904
1905
1906
1907
1908
1909
1910
1911
1912
1913
1914
1915
1916
1917
1918
1919
1920
1921
1922
1923
1924
1925
1926
1927
1928
1929
1930
1931

DATA

READ

ADDRESS

[RIAKINKKS

GLOBAL DATA SECTION

ROSRL
RDSRH
TOSRL
TOSRH
PCSARL
PCSARNH
PCR

USYRT

TESTS

STATUS REG

sesse

SCRATCH STORAGE

TORAGE

FOR MESSAGE

REPORTING

YYIY)

;esess INBUS LU REC BIT MASKS FOR UNPREDICTABLE BITS seess

002572
002572
002573
002574
002575
002576
002577
002600

UPBITS:

002601

TOSRNRW:

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

377
000
000
360
000
000
347

stMASK
s MASK
s MASK
$ MASK
;sMASK
s MASK
1 MASK

200

: TOSR NON -R/W BITS

FOR RDBR
FOR ROSR
FOR TDBR
FOR TDSR
FOR SSAR

FOR PCSAR
FOR PCR

CNDMDAC DMV LINE UNIT
DATA

DIAG?

MACRO M1200

D4
2. FEB 84

15:39

PAGE

TEST PATTERNS

1933
1934
1935
1936
1937
1938
1939
1340

002602
002602
002603
002604
002605
002606
1941 002607
1942 002610
1943 002611
1944
1945
1946 002612
1947 002612
1948 002613
1949 002614
1950 002615
1951 002616
1952 002617
1953 002620
1954 002621
1955
1956
1957 002622
1958 002622
1959 002623
1960 002624
1961 002625
1962 002626
1963 002627
1964 002630
1965 002631
1966 002632
1967 002633
1968 002634
1969 002635
1970 002636
1971 002637
1972 002640
1973 002641
1974 002642
1975 002643
1976 002644
1977 002645
1978 002646
1979 002647
1980 002650
1981
1982
1983 002651
1984 002651
1985 002652
1986 002653
1987 002654
1988 002655
1989 002656

.SBTTL

DATA

TEST PATTERNS

i9e08s DATA PATTERN € sesas

377
377
377
377
377
377
377
366

PATE

;0804s

PATF
:

;esees

PATG:

101

107

017
027

041

277
103
144

115
157
;884068

125
252
377
001
002

PATX1:

.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
DATA

secoe

PATTERN G

esess

PATTERN

.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
DATA

.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
DATA

377
377
377
377
377
377
377
366

000
000
000
000
000
000
000
110

000
001
003
004
005
007
100
101
103
104
105
107
000
017
027
041
200
277
103
144
115
157
000

PATTERN

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

125
252
000
377
001
002

sases

SER a2

CNOMDAQ DMv1l

LINE UNIT

DIAG?

MACRO M1200

(20 FEB 84

15:39

PAGE

DATA TEST PATTERNS
1990
1991
1992
1993
1994
1995
1996
1297
1998
1999
2000
2001
2002
2003
2004
2005
2006
2007
2008
2009
2010
2011
2012
2013
2014
2015
2016
2017
2018
2019
2020
2021
2622
2023
2024
2025
2026
2027
2028
2029
2030
2031
2032
2033
2034
2035
2036
2037
2038
2039
2040
2041
2042
2043
2044
2045
2046

002657
002660
002661
002662
002663
002664
002665
002666
002667
002670
002671
002672
002673
002674
002675
002676
002676
002677
002700
002701
002702
002703
002704
002705
002706
002707
002710
002711
002712
002713
002714
002715
002716
002717
002720
002721
002722
002723
002724
002725
002726
002727
002730
002731
002732
002733
002734
002735
002736

002737
002737
002740
002741

.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

004

010
€20
040

100
200
376
375
373

.BYTE
.BYTE

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

357
337
277
177
176

.BYTE

004
010
020
040
100
200
376
375
373
367

357
337
277
177
176

;as00es DATA PATTERN I ssase

PATI:

030
027
377

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

000
041
102
143
204
245
306
347
000
001
002
004
040
100
200

010
020

367
357
030
027
377

;oss4s DATA PATTERN J ¢ssass

PATY:

001

.BYTE
.BYTE
.BYTE

000
000
001

SEQ CLA?

CNDMDAO DMV11l LINE UNI'
DATA

4
DIAG?2

MACRO M1200

22 FEB-84

15:39

PAGE

SEGQ 0044

TEST PATTERNS

2047
2048
2049
2050

002742
002743
002744
002745
2051 002746
2052
2053
2054 002747
2055 002747
2056 002750
2057 002751
2058 002752
2059 002753
2060 002754
2061 002755
2062 002756
2063 002757
2064 002760
2065 002761
2066 002762
2067 002763
2068 002764
2069 002765
2070 002766
2071 002767
2072
2073
2074 002770
2075 002770
2076 002771
2077 002772
2078 002773
2679 002774
2080 002775
2081 002776
2082 002777
2083 003000
2084 003001
2085 003002
2086 003003
2087 003004
2088 003005
2089 003006
2090 003007
2091 003010

23 2

002
004
020

.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

010

002
004
020
040
010

;90884 DATA PATTERN K sssee

000
377
376
375

PATK

373
376

177
377

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

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

001
002

010
200
125
252

.BYTE
.BYTE

000
377
576
375
373
376

177
377
000
001
002
004
010
200
125
252
000

;e0088 DATA PATTERN L seess

000
017
016
015
013
016
017
017

010

012

PATL
:

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

000
017
016
015
013
016
017
017
000
001
002
004
010
000
005
012
000

CNDMDAQ DMVl LINE UNIT

MACRO M1200

G4
2, FEB

15:39

PAGE

SEQ 0045

TEST PATTERNS

2097 003013
2098 003614
2099 003015

2100
2101
2102
2103
2104
2105
2106
2157
<108

003016
003017
003020

.BYTE

003
014
060
001
007
037
177

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

;4ss8s

003021
003022
003023
003024
003025
003026
003027
003030

2109
2110
2111
2112
2113
2114 003031
2115
2116

2117
2118 003032
2119
2120
2121
2122

000
140
030

DATA

PATGB:

PATTERN

.BYTE

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

100

160

174
177

000
003
014
060
001
007
037
177

000
140
030
006
100
160
174
177

INVERTED Q@ #4ess

;: INVERTED
: INVERTED
;s INVERTED
s INVERTED
s INVERTED
: INVERTED
: INVERTED
s INVERTED

ENDPAT
:
.EVEN
;ees

RECEIVED

RCVBUF:

,BLKW

DA;: BUFFER (64.

WORDS)

XX}

8IT
BIT
BIT)
BIT)
BIT)
8IT)
8IT)

oo St

2096 003012

;e0¢40s DATA PATTERN Q s44eas

PATQ:

NNSNSNNNSNN

2093
2094
2095 003011

PNANINNINN\N

DATA

DIAG?

BIT)

CNDMDAO DMv1l LINE UNIY
GLOBAL

TEXT

DIAGZ2

MACRO M1200

,GBTTL

GLOBAL

TEXT

3 909096 05 90 96 06 06 9 0 06 95 0 0 0 05 0

.
X

SECTION
0 0 o 5 0 6 6 0 90 90 96 06 90 0 16 00 06 46 6 06 9506 95 96 06 9 06 06 959596 95 45 05 96 98 9 905 o6 96 s 96 o w5 o b s el b el ek b el e o o 0

THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,
MESSAGES, AND ASCII INFORMATION THAT ARE USED IN

: %
MORE THAN ONE TFST,
3 9599096 9 b 06 9 0 9 06 00 06 05 06 06 900 95 0 06 0 9 06 6 8 0 6 9 6 9 6 6 0506 95 95 96 9 95 95 9595 9596 95 95 95 95 950505 95 95 95 95 05 95 0 0 e oS SE S el 90 a5 eS eSS S 0 el el 9006

o132

$10000000804000000000000040000004000400000000000000000000000000000000488004488404

2133
2134
2135 N03232
003232
003232
003235
003240
003243
003246

;1 NAMES OF DEVICES SUPPORTED BY PROGRAM
$3808000000 0008000080004 0008000000000000000000000000000800400000000000080088000¢
DEVTYP
«M80S3 OR M8064>
LSDVTYP:
.ASCIZ
«MB80S3 OR M806As

115
065
117
115
066

07¢
063
122
070
064

060
040
040
060
000

.EVEN

2136
2137
2138

51088000088 0000400480000000040800440000000040040000800000000000000000008080808000¢
;s TITLE OF PROGRAM

2139

51008884800 00000008004004040000400008000000000040000000000000800000000080800000648

2140
2141
2142 003252
003252
STS

-14)

PAGE 25

SEG 004%

1
2126

2129
2130
2131

15:39

SECTION

glgg

2127
2128

22 fFEB 84

003252

PARTY 2 OF
003255
003260
003263
003266
003271
003274
003277
003302
003305
003310
003313
003316

2143
2144
2145

000012

.RADIX

104

115

126

055
040
116
125
124
105
123
040
122
062
106
000

061
114
105
116
040
123
040
120
124
040
040

061
111
040
111
124
124
055
101
040
117
063

000010

.RADIX

10.
DESCRIPT

<DMV-11 LINE UNIT

TESTS

PART 2 OF 3>
LS$DESC::

.ASCIZ

.EVEN

/DMV-11 LINE UNIT

CNDMDAO DMV1l
GLOBAL

LINE

SUBROUTINE

UNIT

DIAGe

MACRO M1200

[0 FFB 84

15:39

5EG 0047

LGSBTTL

GLOBAL

LSBTTL

....M-LOOP

216l
2162
2163
2164
2165
2166
2167
2168
2169
31;0
171

:
:
i

2160

SUBROUTINE

SECTION

MSTCIR

MASTER CLEAR AND ENTER M LOOP

H 0048808008004 2400000080808000400008800800808000800800000008400080088000000000000800

H
:
:
:
:
:
:
H

2172

2173
gl;g 003320
1
2176 003326

2177 003330
2178 003334
g%gg 003336

112777

000301

010346
012703
077301

000030

132777
001023
004737
012737

003362
003370
003376
003404
2186 003412
2187 003414
2188 003416

012737
012737
012737
012737
000261
000401
000241

2189 003420
2190
2191

177076

012603

00334¢
003346
003350
003354
003362

2192
2193

SECTION

2153
2154
2155
2156
2157
2158
2159

2181
2182
2183
2184
2185

PAGE

000207

000200

177060

004134
000301

002330

000001
000001
014115
021274

002176
002200
002202
002204

MSTCLR

MASTER CLEAR & ENTER M LOOP

CALLING SEQUENCE:
JSR
PC.MSTCLR
8CC
N$
;s IF NO ERROR OCCURED, PROCEED WITH ROUTINE
ERROR
sAN ERROR MESSAGE HAS BEEN STACKED:
PRINT IT
<ANY OTHER SPECIAL ERROR PROCESSING MAY BE DONE HERE
(I.E. CKLOOP)»
N$:

~ 8082844884008 8200404080204048004580004000408808800804000400448082400400000600000000800

MSTCLR:

MOVB

ARUN'MCLR'MREQ,aBSEL 1

1$:

MOV
MOV
S08

R3, -(SP)
024 . ,R3
R3,1$

8IT8
BNE
JSR
MOV
GTOF

&MRDY ,8BSEL2
;:0ID THE M-LOOP FINISH
Ss
;YES,
GOOD.
RETURN
PC.GETWSR
sGET BYTE SELECT REGISTERS
ARUN'MCLR'MREQ,GDATA
; IDENTIFY REQUESTED FUNCTION
EM3,ERR4
; “MROY” TIMEQUT

MOV

sWAIT FOR

S$:
9s:

THE M-LOOP

TO FINISH

THE

OPERATION

(SP).,R3

SEC
B8R
CLC
RTS

s INITIATE M-LOOP

QUEVE

"DEVICE FATAL'

ERROR ¢ 1
MOV
MOV
MOV
MOV

;SET CARRY TO INDICATE ERROR
sEXIT WITH THE "ERROR" FLAG (CARRY
sCLEAR C BIT FOR NO ERRORS

sRETURN

BIT)

o7 . EDF ,ERRTYP
21 ,ERRNBR
#EM3 ERRMSG
SERR4 ,ERRBLK
SET

CNOMDAO DMVl LINE
..M LOOP

2195
219
219’
2198
2199
2200
2201
2202
2203
2204
2205
2206
2207
2208
2209
2210
2211
2ele
2213
2214
2215
2216
2217
2218
2219
2220
2221
2222
2223
2224
2225

UNIT

DIAG?

MACRO

M1200

FEB

15:39

PAGE

14}
27

SEQ 00438

READ

.S8TTL

....M-LOOP

READ

$00808808048028088488048004800000048084000080080800000008000480000008080040000800008000

READ

THE

SPECIFIED

ADDRESS WITHIN

THE

DMv-11

(M8053)

CALLING SEQUENCE:

;

JSR
. WORD

RS,READ
<ADDRESS OF

8CcC

. WORD

ERROR
<ANY

NS$:

OTHER

: IF NO ERROR OCCURED, PROCEED WITH ROUTINE

SPECIAL

<RESUMPTION OF

:AN ERROR MESSAGE HAS BEEN STACKED:
ERROR PROCESSING MAY BE

NORMAL

DONE

HEKE

(I.E.

CKLOOP)>

PROCESSING>

1 --88080888888848640048880840080480008080000488008080080040888004040800000080008080084000

003422
003426

012577
112777

003434
003436
003442
003444

010346
012703
077301
012603

003446
003454

001023

177004
000001
000050

132777

000200

003456
003462
003470

004737
012737

003470
003476
003504
003512
2226 003520
2227 003522
2228
2229 003524
2230 003526
2231 003532
2232
2233
2234
2235

012737
012737
012737
012737
000261
000401
000241
117735
000205

176772

READ:

1%:

MOV

(RS)+,aSFL4

MOVB

OREDLOC, 8BSEL?2

MOV

R3, -(SP)

MOV
S08
MOV

:SETUP SOURCE POINTER
;TELL M-LOOP TO GIVE US THE REQUESTED DATA

#40. ,R3
R3,1¢
(SP)+,R3

iWAIT FOR THE M-LOOP TO FINISH THE OPERATION

176752

BIT8
BNE

OMROY
, 8BSEL2
St

;OID THE M-LOOP FINISH

004134
000001

002330

MOV

JSR

PC,GETWSR

GTOF

EM4,ERR4

000001
000002
014141
021274

002176
002200
002202
002204

;GET BYTE SELECT REGISTERS
s IDENTIFY REQUESTED FUNCTION
: "MRDY " TIMEOQUT
H
QUEVE “DEVICE FATAL” ERROR @ 2

176704

OREDLOC,GDATA

;YES,

GOOD.

RETURN

MOV
MOV
MOV

SEC

5%:
6%:

MOV

B8R

cLC
MOvB

ABSEL6,3(RS)

RTS

;: INDICATE AN ERROR HAS BEEN STACKED
sRETURN WITH

; INDICATE

THAT

INDICATION

“NO ERROR"

+PUT DATA WHERE CALLER WANTS IT

;RETURN

o7 .EDF ,ERRTYP
22 ,ERRNBR

9EM4 ,ERRMSG

#ERR4 ,ERRBLK

CNDMDAO DMv1l LINE UNIT
....M-LOOP

READ

1”4
DIAGR

MACRO M1200

15:39

PAGE

SEG 0049

IMMEDIATE

2237
2238
2239
2240

.SBTTL

....M-LOOP

READ IMMEDIATE

HEJ 0““.“““‘“‘“.....“““‘“““‘.“““.“‘C“““..“.“““.“"..‘00

READI

READ

IMMEDIATE

THE

SPECIFIED ADDRESS WITHIN

THE DMV-11

(M80S3)

: CALLING SEQUENCE:
;
JSR
RS,READI

2241
2242

2243
2244
2245
2246
2247
2248
2249
2250
2251
2252
2253
2254
2255
2256
2257
2258
2259
2260
2261
2262
2263
2264
2265
2266
2267
2268

22 FEB 84

:
:
:

_WORD
‘WORD
8cc

<ANY

: N$:

ERROR

<ADDRESS OF REGISTER WITHIN DMV-11>
<DESTINATION -- CONTENTS OF REG. IS PUT HERE>
NS
;IF NO ERROR OCCURED, PROCEED WITH ROUTINE
;AN ERROR MESSAGE HAS BEEN STACKED:

OTHER

SPECIAL

ERROR

PROCESSING MAY

DONE

MEKE

(I.E.

CKLOOP)>

: ~884483802008884840084080048000848080040480000408808400800088480800000000004084000
003534
003534
003540
003546
003550
003554
003556

012577
112777

176672
000001

010346
012703

000050

077301

READI

176660

MOV
MOVB

(RS)+,@SELA
OREDLOC,®BSEL2

MOV

R3, -(SP)

S08
MOV

R3,1%
(SP)+,R3

MOV

18:

012603

040. .R3

003560
003566

132777
001023

000200

176640

BITB
BNE

OMRDY.8BSEL2
Ss

003570

004737
012737

004134
000001

002330

MOV

JSR

PC.GETWSR

GTDF

EM4,ERR4

000001
000003
014141
021274

002176
002200
002202
002204

003574
003602

003602
003610
003616
003624
2269 003632
2270 003634
2271
2272 003636
2273 003640
2274 003644
2275
2276
2277
2278

012737
012737
012737
012737
000261
000401

000241
017725
000205

;WAIT

FOR

THE

M-LOOP

THE

REQUESTED DATA

TO FINISH

THE

;GET BYTE

; IDENTIFY

SELECT REGISTERS

REQUESTED FUNCTION

: "MRDY
" TIMEOUT

QUEUE

"DEVICE FATAL” ERROR & 3
MOV
MOV
MOV

SEC

S$:

cLC

MOV
RTS

68
8SEL6, (RS5)+

OPERATION

:DID THE M-LOOP FINISH
:YES.,
GOOD.
RETURN

;

B8R
176572

OREDLOC,GDATA

;SETUP SOURCE POINTER
;TELL M-LOOP TO GIVE US

MOV

;INDICATE

AN ERROR HAS BEEN STACKED

;INOICATE

“NO ERROR"

{RETURN WITH THAT INDICATION

;PUT DATA WHERE CALLER WANTS IT
:RE TURN

oT .EDF ,ERRTYP

@3 ,ERRNBR
&EM4 ,ERRMSG

SERR4 ,ERRBLK

CNDMDAO DMVi1l

LINE

....M-LOOP

WRITE

UNIT

DIAGe

2280

MACRO M1200

22 FEB 84

.SBTTL

15:39

....M LOOP

PAGE

4
29

SEG 00%0

WRITE

2281

HEJ 8850480000800 0880088008800088800¢0088000800000000088808080000080000000000000

gggg

2284

2285
2286
2287
2288
2289
2290
3391

;
;
;
;
;
:
;

2301
2302
2303

WRITE

THE

SPECIFIED DATA

INTO

THE

SPECIFIED DMV-11

ADORESS

CALLING SEQUENCE:

2532

2
2295
2296
2297 003646
2298 003652
gggg 003656

WRITE

JSR
RS.WRITE
LWORD
<ADDRESS OF REGISTER WITHIN DMV-11>
.WORD
<ADDRESS OF DATA BYTE>
BCC
NS
;IF NO ERROR OCCURED, PROCEED WITH ROUTINE
ERROR
;AN ERROR MESSAGE HAS BEEN STACKED:
PRINT IT
<ANY OTHER SPECIAL ERROR PROCESSING MAY BE DONE HEWKE
(I.E. CKLOOP)>

: N$:

WRITE:

MOV
MCVB
BR

H
HE 8884888808088 4008040800808208800088088088000088880800808858000000000000000000000

012577
113577
000404

176560
176560

(RS)+,8SFLA
®(RS).,@SEL6
MLWRI

;SETUP SOURCE POINTER
:MAKE DATA AVAILABLE TO M-LOOP
:THE REST OF THIS ROUTINE IS THE

SAME AS

"WRITEI"

i1
CNDMDAO DMv11

MooP

2305
2306
2307
2308
2309
2310
2311
2312
2313
2314
2315
2316
2317
2318
2319
2320
2321
2322
2323
2324
2325
2326
2327
2328
2329
2330
2331
2332
2333
2334
2335
2336

CINE
WRITE

UNIT

DIAGZ

MACRO M1200

oo FEB

15:39

PAGE

SEQ 00S1

IMMEDT \TE

SBTTI

....M LOOP

-- WRITE

IMMEDIATE

;00“““‘.“‘“‘.““““‘.“‘.“““““““"‘.“.““...‘.““‘..“.‘““.

WRITEI

WRITE IMMEDIATE THE SPECIFIED DATA INTO THE SPECIFIED DMV-11 ADDRESS

: CALLING SEQUENCE:
:

JSR

RS, WRITET

BCC

<ANY OTHER SPECIAL ERROR PROCESSING MAY BE DONE HEKE

:
:
:

: N$:

"WORD ‘WORD

ERROR

;IF NO ERROR OCCURED, PROCEED WITH ROUTINE
AN ERROR MESSAGE HAS BEEN STACKED:
(I.E.

PRINT IT

CKLOOP)>

; e30 0880422004002803808800048880880808848408804800000080808484000040000000000082
WRITEI:

003660
003660
003664
003670

012577
012577
112777

003676
003700
003704
003706

010346
012703
077301
012603

003710
003716
003720
003724
003732

132777
001023

004737
012737

004134

000002

002330

003732
003740
003746
003754
2337 003762
2338 003764
2339
2340 003766
2341 003770
2342
2343
2344
2345

012737
012737
012737
012737

000001
000004
014141
021274

002176
002200
002202
002204

000261
000401

000241
000205

176546
176546
000002

176530

000050

000200

MLWRI:

18:
176510

MOV
MOV
MOVB

(RS)+,@SELA
(R5)+ . 9SEL6
OWRILOC,®BSEL2

MOV

R3, -(SP)

MOV

(SP)s+,R3

MOV
508

;SETUP SOURCE POINTER
{MAKE DATA AVAILABLE TO M LOOP
;TELL M-LOOP TO WRITE THE DATA

040. .R3
RI, 14

JWAIT FOR THE M-LOOP TO FINISH THE OPERATION

BITB
BNE
JSR

OMRDY,8BSEL2
Ss
PC.GETWSR

;DID THE M-LOOP FINISH
:YES,
GOOD.
RETURN
1GET BYTE SELECT REGISTERS

GTOF

EM4,ERR4

MOV

OWRILOC.GDATA

; IDENTIFY REQUESTED FUNCTION

: "MRDY" TIMEOUT

QUEUE “DEVICE FATAL" ERROR @ 4
MOV

MOV
MOV

SEC

Ss:
6%:

MOV

B8R

cLC
RTS

;INDICATE AN ERROR MAS BEEN STACKED

RETURN WITH THAT INOICATION

: INDICATE
RETURN

“NO ERROR"

0T .EDF .ERRTYP

04 . ERRNBR
0EM4
, ERRMSG

O0ERR4 ,ERRBLK

CNOMDAO DMV11 LINE UNIT
....GETBSR

2347
2348
2349
2350
2351
2352
2353
2354
2355
2356
2357
2358
2359
2360
2361
2362
2363
2364
2365
2366
2367
2368

MACRO M1200

N4
22 FEB-84

15:39

PAGE

SEQ 0052

SELECY REGISTERS

.SBTTL
3¢

....GETBSR

GET BYTE

SELECT REGISTERS

2888888004004 0800000080488048048808088088040088008800880088040048400008000000008

GET

THE CUNTENTS OF

FUNCTION

THIS

BYTE

ALL

COLLECTS

NONE

CONTENTS

4
o0

14
o

THE

THE PURPOSE OF DISPLAY,

NONE
-

AND STATUS REGISTERS

REGISTERS FOR

EXIT CONDITIONS
REGISTERS DESTROYED

CONTROL

SUBROUTINE

SELECT

ENTRY CONDITIONS

o
00

Q000
4

4
0

Qo080

G000

¢
e

o
b
aob00
&

o0
@ 0

b
0

&
&

o0
&

]

=888 480804440088080468080082840800800800840004800000048402800888088084008840000008

117737
117737
117737
117737
117737
117737
117737
117737
117737
117737
117737
117737
117737
117737
117737
117737

2369
2370
2371
2372

2373
2374
2375
2376
2377
2378
2379
2380
2381
2382
2383
2384
2385
2386
2387
2381
238¢
2390
239
2392

GET BYTE

DIAG2

000207

176424
176420
176414
176410
176404
176400
176374
176370
176364
176360
176354
176350
176344
176340
176334
176330

002206
002210
002212
002214
002216
002220
002222
002224
002226
002230
002232

GETBSR:

017737
017737
017737
017737
017737
017737
017737
017737
000207

176262
176260
176256
176254
176252
176250
176246
176244

MOvVB

8BSELS,BSRS

MOVB

MOVB
MOV8
MOVB
MOVB
MOVB
MOVB
MOV8
MOVB
MOVB
RTS

002234

002236
002240
002242
002244

002206
002210
002212
002214
002216
002220
002222
002224

88SELO,BSRO
88SEL1,BSR1
8BSEL2,B8SR2
88SEL3,B8SR3

MOvV8

;PUT THE
;s TABLE

CURRENT CSR

VALUES

INTO

THE PRINT-QUT

8B8SELA ,BSR4

8BSEL6,BSR6

88SEL 7,B8SR7
8BSEL10,BSR10
88SEL11,B8SR11
88SEL12,BSR12
@BSEL13,B8SR13
§8SEL
14 ,8SR14
8BSEL15,8SR15
88SEL16,.8SR16
88SEL17,B8SR17
PC

.SBTTL

....GETWSR

GETWSR:

MOV

:
004134
004142
004150
004156
004164
004172
004200
004206
004214

MOvB
MOVB
MOVB
MOVB

sRETURN

TO CALLER

-- GET WORD SELECT REGISTERS

"“WORD” VERSION OF ABOVE SUBROUTINE
MOV
MOV
MOV
MOV
MOV
MOV
MOV
RTS

@SELO, WSRO

8SEL2,WSR2
9SEL4,WSR4
8SEL6,WSR6
8SEL10,WSR10
8SEL12,WSR12
8SEL14,WSR14
@SEL16,WSR16
PC

+MOVE
;:BYTE

THE 4 WORD REGISTERS
TABLE

;RETURN

TO CALLER

TO THE OTHERWISE

0
v o)

CNDMOAQ DMV11 LINE UNIT DIAGE
«v«.STUREG

STATIC

TEST

MACRO M1200

(o FEB 84

15:39

PAGE

32
SEQ 0057

SPECIFTIED USYRT REGISTER

2394

LSBTTL ,...STUREG -- STATIC TEST OF SPECIFIED USYRT REGISTER

2395

;00....‘00...000.00...0‘0“.‘..0‘0“0000“....0000‘0000000000.0.0‘00000000.0.0

gggg

1
3

gggg

2400

004232

2417 004226
2418 004232
2419 004234

003646

5:5? 004236

004537
000000
002326
103431

2422 004240
2423 004244

005037
004537

002332
003422

2425 004252

002332

2428 004256
2429 004264

123737
000241

2431 004266
2432 004270

001415

004270
004276
004304
004312
2433 004320
2434 004322
2435
2436

012737
012737
012737
012737
000261
000207

2430

010037

000000

2‘38
2439

2445

PC,.STUREG

ERROR
<ANY OTHER

N$:

STUREG:

004250

2%:

103422

2437

24‘0
2441
2442 004324
2443
2444

THE REGISTER TO GE

SPECIAL

<RESUMPTION OF

TESTED>

ERRORS>

s IF NO ERROR OCCURED, PROCEED WITH ROUTINE

tAN ERROR MESSAGE HAS BEEN STACKED:
ERROR PROCESSING MAY BE DONE HERE
(I.E.

NORMAL

PRINT IT
(XLOOP)>

PROCESSING>

;--...‘.0..‘0‘0.‘..00.“.‘.‘0“0“.“‘..‘...00‘.‘.0...0‘.‘.‘00‘.0........00...

010037

g:gg 004254

SPECIFIED USYR'Y REGISTER

2412

2424 004250

8cC

:
:

S:IO
11

g:ig 004222

JSR

2407
g:gg

THE

<"TDATA” CONTAINS THE TEST BYTE>»
<"GDATA” CONTAINS THE EXPECTED DATA>
<"REGNUM” CONTAINS REG INDEX FOR POSSIBLE

2406

TEST OF

<RO CONTAINS THE ADDRESS OF

:
H
3

2405

PERFORM A STATIC

CALLING SEQUENCE:

2401
2402
5):82

2413
2414 004216

STUREG

MOV

RO, 2%

sPUT

JSR
.MORD
. WORD
8CsS

RS, WRITE
O
TDATA
108

sWRITE IV
ssee MOOIFIED FROM ABOVE
:
tON ERROR, EXIT

CLR
JSR

BDATA
RS,.READ

sCLEAR BOTH BYTES -sREAD 1T BACK AGAIN

. WORD

B8DATA

10¢

sON ERROR,

cHP8
cLC

GDATA ,BNATA

;:DID WE READ WHAT WE WROTE?
s (THIS ISN‘'T NEEDED FOR THE ERROR TEST BUT

8EQ
GTOF

10¢
EM2S,ERR7A

MOV

. WORD

B8CS
002330

000001
000005
014347
021420

002332

RO, 48

108 :

SEC
RTS

LSBTTL

....STALL

IN 1/0 CALLS

ese

JUST

;066 MODIFIED FROM ABOVE

IN CASE....

ees

EXIT

s MUST BE CLEARED ON EXIT If NO ERROR OCCURED)
sYES, EXIT FROM SUBTEST
iREPORT READ/WRITE ERROR

002176
002200
002202
002204

SPECIFIED REGISTER'S ADDRESS

QUEUVE

sINDICATE

"DEVICE FATAL” ERROR ¢ S

MOV
MoV
MOV
MOV
THAT AN ERROR WAS DETECTED

o7 EDF ,ERRTYP
45 ,ERRNBR
SEM2S .ERRMSG
®ERR7A ERRBLK

-- DELAY FOR 10.5 MICRO-SEC'S (ON LSI-11)

1008800646040 0080804000004008800¢0008800080080000800000400000004800000000000000008
; STALL -- THIS SUBROUTINE STALLS FOR ABOUT 10.5 MICRO-SECONDS
;--..00.0‘...0““.‘0.““0‘.‘..“““‘..“.“..0......‘.“‘..0...“0.“...“.

000207

STALL:

RTS

CNDMD AR DMVIL LINE

UNLIT

DIAG?

MACRO M1200

2447

2493

SEG 0054

- LOAD IN'O THE 8 WORD STORAGE AREA (UREGS) THE CONTENTS OF

CALLING SEQUENCE
:

VARIOUS

USYRT

REGISTERS

THE

004326
004334

012737
012737

002246
120400

004342
004 346
004352
004354

005037
004537
122000
002264

002264
003422

004356
004362

005077
004537
000000
000000

2468
2469 004372
2470 004376

2494
2495
2496
2497

i1¢ GETURS

2467 004370

2471
2472
A3
2474
2475
2476
2477
2478
2479
2480
2481
2482
2483
2484
2485
2486
2487
2488
2489
2490
2491
2492

PAGE

1900000040000000000000000000000000008004000000080000000000000800000000080000008048008

2450
2451
2452
2453
2454

2466

15:39

.SBTTL

2443
2449

<455
2456
2457
2458
2459
2460
2461
2462
2463
2464
2455

(2. FEB 84

004370
004366

:ooooo.ooooaooo-.oo“oooo-oooooo-aoooooooooooooooco.ooaooooooooooooooo.ooooooo

GETURS:

3¢:

003422

S¢:

004404

005237
023727
on1772

004366
004366

004406
004414
004422

062737
023727
001355

000002

004424

000207

004366

120406

6$:

004370
120410

MOV

OUREGS, 54

+ INIT POINTER TO REG STORAGE

CLR
JSR
.WORD
.MORD

UREGS+14.
RS,READ
USTATR
UREGS-+14.

1CLEAR STORAGE WORD
tREAD THE USYRT STATUS REGISTER
$STATUS REGISTER'S ADORESS WITHIN DMV-11
$ADORESS ALLOCATED TO THAT REG. W/IN "UREGS

CLR
JSR

854
RS ,READ

tCLEAR STORAGE WORD
sREAD A LINE UNIT REG

.WMORD

1STORAGE

INC

MOV

.WORD

QUSYRT 43

s INIT POINTER

tREGISTER

TO REGISTER

TYABLE

ADORESSES

ADDRESS GOES HERE

ADRS

IN TABLE GOES TMHERE

cHP
8EQ

4% ,0USYRT+6
63

s INCREMENT REG NO.

ADD
cMP
BNE

02,54
44,0USYRT.10
34

s ADVANCE ADDRESS OF STORAGE AREA POINTER
$SEE IF ALL REGS READ YET
18R IF NOT

RTS

sRETURN

1 THIS IS NOT A VALID REGISTER ADORESS
$SO IT MUST BE BYPASSED

1608888804800 08808800800080880080008800000000888000000000000000800008000080800400008

s GETVRS: - LOAD INTO THE 16 WORD STORAGE AREA (VREGS) THE CONTENTS OF THE
1o
VARIOUS VIA REGISTERS.
;e

CALLING SEQUENCE

GETVRS:

MOV
MOV

OVREGS, 54
oVIA,&¢

+INIT POINTER TO REG STORAGE TABLE
sINIT POINTER TO REGISTER ADDRESSES

JSR

RS, READ

iREAD A VIA REG

ADD
P
BNE

02,54
45,0VIA.16.
3

1808808088888 888880080800008080000000080880800800000000000000000008800008000808040

012737
012737
005077
004537
000000
000000
005237
062737
023727
001361
000207

002266

004454
004452

003422

004452
004452

004454
120020

38
as:
Ss:
68:

CLR
.WORD
.WORD
INC

RTS

858

O
0
as

:CLEAR STORAGE WORD

IREGISTER ADORESS GOES MERE
1STORAGE ADRS IN TABLE GOES HERE
1 INCREMENT REG NO.

s INCREMENT STORAGE ADRS
sSEE IF ALL VIA REGS READ YET
18R IF NOT

sRETURN

CNOMDAQ DMv11l LINE UNIT
....INITT]

INITIALIZE

DIAG?

DY
MACHO M1200

22 FEB 84

15:39

PAGE

SEQ 005S

YIMER @1

2499

.SBTTL

2500
2501
2502
2503
2504
2505
2506
2507

.. ..INITT1

INITIALIZE

TIMER 01

10000888084 00008480000080408000000040000402880000000004040000800000000003000480000000¢
e

INITT1

INITIALIZE

TIMER 0

CALLING SEQUENCE:

e
e

JSR

R5,INITTY

.WORD
. WORD
.BYTE

©¢
Be

2K XBXB J

00
@e
S0
@

[2K2

©s

»»

.BYTE
NOTE:

BEFORE LOADING AND STARTING THE COUNTER, THE LATCH REGISTER (ACCESSED THRU
“VIAT1C”) IS LCADED.
THEN, TiL-L IS LOADED AND NEXT, T1C-H.
THIS LAST
LOAD WILL RESET THE TIMEQUT BIT AND COUNTER LOGIC.
IT IS EXPECTED AT THIS
TIME

(5/25/79)

HOWEVER,

PARAMETER

TrAT

ACCES:
THE

004502

004510
004514
004516

010146

012537
012537
111501
143701

004522
004526

010137
112501

004530
004532

106301
106301

004626
004654

INITT1:

000077
004616

THE

INTERRUPT FACILITY

TO THE

CWLING

R1,-(SP)

MOVB

(RS)+,R1

ASLB
ASLB

THE

SEQUENCE

(BIT

“IER",)

WILL

VIA CHIP WILL

CAUSE

78
(RS).,

(R5)+,104
(RS),R1

077.R1
R1,4s

R1
R1

$8UT,

THE PASSED BIT

004550
004554
004556

004537
120016
000000

003660

R5,WRITEI

24:

JSR
VIAIER
. WORD

tWRITE T0
;THE VIA'S IER
s INTERRUPT ENABLE/DISABLE

004560

004537
120013
000000

003534

RS ,READI

sREAD THE CURRENT

3s:

JSR
VIAACR
. WORD

s INTO

013701
143701
053701
010137

004566
000300
004616
004616

MOV

3¢,R1
300,R1

MOV

177,R1
100,R1

R1,2%

4% ,R1
R1,4

USING
LATCH
COUNTER
£ 7

SHOWLD CONTROL

81C8
B8IS8
MOV

8ICB
8IS

USED

THIRD

THE OPERATION.

tWE KNOW WE ARE SETTING OR CLEARING BIT 6
sTHUS, THE PASSED BIT WILL BECOME THE CONTROLLING
1BIT 7 AND WE WILL “OR” IN THE BIT WE WISH TO
1BE CONTROLLED (BIT 6).
1tFIRST, MAKE SURE ALL UNMANTED BITS ARE CLEARED
s+THEN SET BIT 6
s THE CALL WILL NOW WRITE THE APPROPRIATE VAL'XE

000177
000100
004556

004574
004600
004604

1SETUP CALL SET ACR'S BITS 6 £ 7
:NOW, GET THE BIT TO BE USED IN SETTING OR
1CLEARING BIT 6 OF "IER”
:THE PASSED BIT IS IN THE WRONG POSITION

143701
153701
010137

004570

THIS ROUTINE

$SAVE THE REGISTER WE WILL BE
sSETUP VALUE TO BE WRITTEN IN
$1SETUP VALUE TO BE WRITTEN IN
itGET € PROCESS BITS FOR ACR 6

004534
004540
004544

004566

NOT

IS GIVEN THROUGH THE

2820500480000 084000000800080000000080000408000000000000000

MCV
MOV
MOV
MOVB
8IC8

M_V

INTERRUPT ENABLE BIT

CLEAR THE ENABLE B T ("T1”) IN

1080800820880 00880004048

2551
2552
2553
2554
2555

s THE VIA'S ACR

INFORMATION

SETTING OF

3¢~

;GET

THAT

tPASS

THE

VALUE

1CLEAR THE CURRENT SETTING OF BITS 6 & 7
+SET THEM ACCORDING TO THE PASSED VALWES
NEW REG.

SETTING

APPROPRIATE

CALL

CNOMDAO DMv11l

LINE

<. JINITTY

INITIALIZE

004610
004614
004616

004537
120013
000000

003660

004620
004624
004626

004537
120006

003660

113737

004627
003660

2556
2557
2558
2559
2560
2561
2562
2563
2564
2565
2566

004630
004636
2567 004642
2568 004644
2569
2570 004646
2571 004652
2572 004654
2573
2574 04656
2575 JO4664
2576 004670
2577 004672
2578
2579
2580
2581 004674
2582 004676
2583
2584
2585 004700
2586
2567

UNI'

DIAG?2

[e
MACRC M1200

15:39

PAGE

SEQ 0056

TIMER @1

000000

004537
120007
000000

o0 FtB 84

004537
120004
00C000

003660

113737
004537
120005
000000

004655
003660

RS ,WRITEL

as:

JSR
VIAACR
.WORD

sWRITE T0
;THE VIA'S ACR
; THE NEW REGISTER

RS,WRITEI

tWRITE TO

7%:

JSR
VIATLC
.WORD

; THE

7¢+1,88

$1SETUP FOR AND
;WRITE T0
sHIGH ORDER LATCH REGESTER (T1L M)

004644

004672

MOve

;LOW ORDER LATCH REGISTER (TI1L L)
VALUE PASSED

RS,WRITEI

8s:

JSR
VIATLD
.WORD

: THE

RS,WRITEI

tWRITE

10$:

JSR
VIAT1A
. WORD

s THE

MOVB

104+1,11
RS WRITEI

;SETUP FOR AND
sWRITE TO

: THE

JSR
VIAT1B
. WORD

WAIT ARQUND FOR ANYTHING

SETTING

VALUE PASSED
T0

;LOW ORDER LATCH & COUNTER (TIL-L & T1C L)
VALUCZ PASSED

sHIGH ORDER COUNTER (T1C M) <ALSO STARTS CTR>
VALUE PASSED

TO HAPPEN

JUST

(JEST) RETURN!

012601
005205

MOV

INC

;:BUT FIRST RESTORE R1
;AND PUT RS BACK ON A WORD BOUNDRY

000205

RTS

;:NOW, RETURN

(SP)+,R1

;PASSED PARAM.

WAS

A BYTE,

NOT

(THE LAST

WORD!)

CNOMDAC DMv1l LINE UNIT
e INITTR

INITIALIZE

e
DIAGR

22 fFEB-84

15:39

PAGE

SEQ 0057

TIMER &2

2589
2590
2591
2592
2593

.SBTTL

.. . INITT2

INITIALIZE

TIMER @2

$0880888880828404408808000000080000080800088800088000000800000048800800000000000000

s¢ INITT2

INATIALIZE TIMER @ 2

CALLING SEQUENCE
:

2594

2595
2596
2597
2598
2599
2600
2601
2602
2603
2604
2605
2606
2607
2608
2609
2610
2611
2612
2613
2614
2615
2616
2617
2618
2619
2620
2621
2622
2623
2624
2625
2626
2627
2628
2629
2630
2631
2632
2633
2634
2635
2636
2637
2638
2639
2640
2641
2642
2643
2644
2645

MACRO M1200

JSR
. WORD
.BYTE

.
.
&

.BYTE

RS,INITT2
<VALUE LOADED INTO “T2L-L” & "T2C-H">
<BIT 5 WILL BE LOADED INTO "ACR”, BIT 4 WILL BE USED

TO SET OR CLEAR BIT
REGISTER ( "IEK")>

('Te") OF

THE

INTERRUPT

ENABLE

<UNUSED»

s NOTE:
.
.

FIRST

BIT AND COUNTER LOGIC.
IT IS EXPECTED AT THIS TIME (5/25/79) THAT THE
INTERRUPT FACILITY OF THE VIA CHIP WILL NOT BE USED -- HOWEVER, ACCESS

T2L-L

IS LOADED,

THE

CALLING SEQUENCE (BIT 4

(

THEN

INTERRUPT ENABLE BIT

"TZ”)

"IERH.

)

THIS

T2C-H.

IS GIVEN

SECOND LOAD WILL RESET

THROUGH

= O WILL CAUSE

THE

SECOND PARAMETER

THIS ROUTINE

TO CLEAR

THE

TIMEOUT

THE

THE ENABLE BIT

» 2888848440485 80888088808820088808004800884606400888008000008084620000040084080004008

004702
004704
004710
004712
004716
004722

010146
012537

004724
004726
004730

106301
106301
106301

111501
143701
010137
112501

005024

INITT2:

000337
005014

MOV

R1,-(SP)

{SAVE THE REGISTER WE WILL BE USING

MOVB
8IC8

(RS),R1
337.R1

;:GET & PROCESS BIT FOR ACR S

MOV

MOV
MOVB

ASLSB

ASLB
ASLB

(RS5).,10¢

R1,4%
(R5).,R1

R1
Rl

:SETUP VALUE TO BE WRITTEN IN COUNTER

;SETUP CALL TO SET OR CLEAR ACR'S BIT S

;NOW, GET THE BIT TO BE USED IN SETTING OR
;CLEARING BIT S OF "IER"
s THE PASSED BIT IS IN THE WRONG POSITION
;BUT, THE PASSED BIT SHOUWLD CONTROL THE
;OPERATION.
;WE KNOW WE ARE
s THUS,

THE

SETTING OR CLEARING BIT 5

PASSED BIT

WILL

BECOME

THE

;BIT 7 AND WE WILL “OR” IN THE BIT WE WISH TO
s1BE CONTROLLED (BIT S).

004732
004736
004742

143701
153701
010137

004746
004752
004754

004537
120016
000000

003660

004756
004762
004764

004537
120013
000000

003534

004766
004772
004776
005002

013701

143701
053701
010137

004764
000040
005014
005014

8IC8
8IS

MOV

040,R1
44 ,R1

sGET THAT VALUE
tCLEAR THE CURRENT SETTING OF BIT S
;SET IT ACCORDING TO THE PASSED VALUE

005006

004537

003660

JSR

RS ,WRITEI

tWRITE 71O

8IC8
BISB
MOV

177.R1
040,R1
R1,2¢
RS, WRITEI

2s:

JSR
VIAIER
.WORD

RS,.READI

JSR
VIAACR
.WORD

000177

004754

MOV

0
3%,R1

R1,4$

CONTROLL
ING

sFIRST,

MAKE

SURE

ALL

UNWANTED

BITS

ARE

CLEARED

;:THEN SET BIT S
s THE CALL WILL NOW WRITE THE APPROPRIATE VALUE

tWRITE TO

;THE VIA’'S IER
: INTERRUPT ENABLE/DISABLE
;READ

THE

$ INTO

3¢

CURRENT

;THE VIA'S ACR

$PASS

NEW REG.

INFORMATION

SETTING OF

SETTING

APPROPRIATE

CALL

(A
CNOMDAO DMv1l

LINE UNIT

«...INITT2

INITIALIZE

2646 005012
524; 005014

DIAGZ

MACRO M1200

(> FFB 84

15:39

PAGE

SEG 0058

TIMER &2

120013
000000

4 :

VIAACK
.WORD

R5,WRITEI

10$:

JSR
VIAT2A
.WORD

10¢+1,118$
RS, WRITEI

11%:

MOVB
JSR
VIATCB
.WORD

:THE VIA'S ACR
; THE NEW REGISTER

SETTING

2649
2650
5625
6
2653
2654
2655
gggg

005016
005022
005024

004537
120010
000000

003660

005026
005034
005040
005042

113737
004537
120011
000000

005025
003660

5628

6
2660 005044
2661 005046
3665
66
2664 005050

2665

005042

DON

WAIT

AROUND FOR ANYTHING

sWRITE TO
;:LOW ORDER LATCH & COUNTER
: THE VALUE PASSED
;SETUP FOR AND
:WRITE TO
sHIGH ORDER COUNTER
; THE VALUE PASSED

TO HAPPEN

JUST

(T2C H)

(T2t

T2C-L)

(JEST) RETURN!

012601
005205

MOV
INC

(SP)+,R1
R5

;BUT FIRST RESTORE R1
sAND PUT RS BACK ON A WORD BOUNDRY (THE
;PASSED PARAM, WAS A BYTE, NOT A WORD!)

000205

RTS

: THEN RETURN

LAST

CNDMDAQ DMVl

LINE

....RSTCHK

RESET

UNIT

DIAG?

USYRT "VERIFY

I 5

MACRO M1200

ALL

USYRT

2667

2o FEB B84

REGS & RESET

LSBTTL

15:39

PAGE

SEQ 0059

STATE

....RSTCHK

RESET USYRT/VERIFY ALL USYRT REGS 8 RESET

STATE

2668

0000000000000 00000000008000000084806480000000006400004004006000400000000404

2669

2670

gg;;

2673
ce74

H
:

2675

004537
120000
00C031
004537
120000
000030

005076
005100
005104
005112
005116
005126

005001
012702
016137
004537
000000
000000
123722
001432

2697 005130
2698 005134
2699 005140

010137
006237
005037

005120
005122

2700 005144
2701 005152
2702
2703 005160

RSTCHK;

010146
010246

005056
005062
005064
005066
005072
005074

116237
013737

003660
003660

002612
002502
003534

002342
002342
002330

002176
002200
002202
002204

2707
2708
2709
2710
2711
2712
g;%i

062701
020127
002727
000241
012602
012601
000205

000002
000020

005214
005220
005224
005226
005230
005232
005234

7%:

002330
002332

000001
000006
014046
021540

6%:

8s:

177777
005120

012737
012737
012737
012737
000261

g;gz 005212

005116

005120

005160
005166
005174
005202
2704 005210

2715

MANUALLY

ARt

RESET

THE

THEIR RESET

FAILING REGISTER

USYRT

STATE.

AND

VERIFY

THAT

ALL

AN ERROR MESSAGE

STACKED

ONE

USTYRT

REGISTERS

IDENTIFYING

ENCOUNTERED.

THE

CALLING SEQUENCE:
JSR
RS ,RSTCHK

0000808000040 80404800000080040000000000000004880404000000000000080040008060

2676
2677 005052
2678 005052
gggg 005054
2681
2682
2683
2684
2685
gGgg
6
2688
2689
2690
2691
2692
2693
2694
gggg

RSTCHK

;STACK

MOV
MOV

R1, -(SP)
R2,-(SP)

1SAVE R1
; SAVE R2

JSR
RS,WRITEI
VIAORB
DTR!RTSND 'PRESET
JSR
RS,WRITET
VIAORS
DTR!RTSND

1SET PROGRAM RESET BIT

CLR
MOV
MOV
JSR
.WORD
. WORD
cMPB
BEQ

R1
OPATF ,R2
USYREG(R1),7$
RS ,READI
0

s INIT USYRT REG ADRS PTR
;INIT DATA PATTERN POINTER
;SET USYRT READ ADDRESS
;READ A USYRT REG
;USYRT REG ADRS GOES MHERE

:BR

MOV
ASR
CLR

R1,REGNUM
REGNUM
GOATA

;SET
;:GET
;:GET

0
88,(R2).

;CLEAR PROGRAM RESET

10¢:

IN VIA ORB REG

IF MATCH
USYRT REG NO. FOR PRINTOUT
WORD OFFSET
EXPECTED DATA

MOve
-1(R2),GDATA
MOV
8¢ ,BDATA
;GET ACTUAL DATA
"USYRT NOT CLEARED BY PROGRAM RESET” MSG
GTOF
EM2,.ERR10

SEC
BR
9%

BIT

;OATA READ IS RETURNED HERE
;SEE IF REG CONTAINS EXPECTED DATA

000406

IN VIA ORB REG

ADD
oy o4
BLT
cLC
MOV
MOV
RTS

10¢
92,R1
R1,016.
6%

(SP)+,R2
(SP)+,R1
RS

QUEVE

"DEVICE FATAL” ERROR @ 6

sSET C BIT TO FLAG ERROR
s TAKE ERROR EXIT
s INCR USYRT REG ADRS PTR
;SEE IF ALL REGS READ YET
:1BR IF NOT
;#s CLEAR C BIT FOR NO ERRORS
sRESTORE Re
tRESTORE R1
;:#s RETURN

MOV
MOV
MOV
MOV

o7 EDF ,ERRTYP
06 ,ERRNBR
SEM2 ,ERRMSG
#ERR10,ERRBLK

CNDMDAO DMv1l

....RSTCHK
2717
2718
2719
2720
2721
2722
2723
2724
2725
2726
2727
2728
2729
2730
2731
2732
2733
2734
2735
2736
2737
2738
2739
2740
2741
2742
2743
2744
2745
2746
2747
2748
2749
2750
2751
2752
2753
2754
2755
2756

2757
2758
2759
2760
2761
2762
2763
2764

2765
2766
2767

LINE UNIT
RESET

DIAGR

USYRT

VERIFy

MACRO M1200

ALl

USYRT

15
22 FEB

15:39

REGS 8 RESET

PAGE

SEQG 0060

STATE

1000488484488 0400888088000880082888040400088088028002048084080080000008008008000008200

WAITSO

THIS

SUBROUTINE

STALLS FOR AT LEAST 50 MICRO-SEC,

AND

THEN RETURNS.

1060480482288 008488800000080020800008248080480400000040000880048800000000080800008020

005236
005240
005244
005246

00L o8

010146
012701
077101
012601
000207

000005

WAITSO:

MOV
MOV

R1, (SP)
5. ,R1

S08

R1,3$

MOV
RTS

s INIT COUNTER
sDELAY HERE FOR 23.8 MICRO-SEC'S
sRESTORE R1

(SP).,R1
PC

OVERHEAD

(JSR,

THEREFORE,

.SBTTL

1 SAVE R1

.. ..SETVIA

MOV,

ACTUAL

s RETURN

MOV,

TOTAL

MOV,
DELAY

& RTS) ADD UP
IS

TO 25.25 MICRO SEC'S

49.35 MICRO-SECONDS

SET UP VIA REGISTERS

1088404400008 280843880880808848008084000800088880008080002008800008000008000500000800

;# SETVIA

- SET UP THE VIA REGISTERS

R
HEd

THIS SUBROUTINE PROGRAMS THE VIA REGISTERS FOR NORMAL OPERATION,
LOADING THE DORB, DDRA, ORB, ACR, PCR, IER.

HLJ
HEd
.
X

CALLING SEQUENCE :
PC,SETVIA
JSR

808888808880 0808084880880840004080408048808040000000400880004000800804088500080048

005252
005252
005256
005260
005262
005266
005270
005272
005276
005300
005302
005306
005310
005312
005316
005320
005322
005326
005330
005332
005336
005340
005342

004537
120002
000377
004537
120003

003660

004537
120017

003660

004537

003660

000030
004537
120013
000350
004537
120014
000022
004537
120016
000177
000207

003660

003660
003660

SETVIA:

JSR

VIADPB

RS,WRITEI

377
RS,WRITEI
JSR
VIADPA
001
RS,WRITEI
JSR
VIAORA
000
RS,WRITEI
JSR
VIAORS
OTR!RTSND
R5,WRITEI
JSR
VIAACR
350
RS,WRITEI
JSR
VIAPCR
022
R5,WRITEI
JSR
VIAIER
177
RTS

;SET PORT B8 FOR OUTPUT MODE
;SET PORT A FOR INPUT MODE
; (BITO IS ONLY OUTPUT BIT)

;:DISABLE USYRT INTERNAL LOOPBACK
;INIT

PORT

;SET ACR FOR
:
:

T1 SQUARE WAVE OUTPUT MODE,
T2 ONE-SHOT OUTPUT MODE,

SYS

CLOCK

RATE

ON (CB1

;SET PCR FOR :
(CB1 NEG TRANS INPUT MODE,
H
CA2 NEG TRANS INPUT MOOE,
:
CA1 NEG TRANS INPUT MODE
:DISABLE ALL MICRO-INTRPTS
s RETURN

{

\l J
CNDMDAO DMv11l LINE UNIT

.INIDMV
2769
2770
2771
2772
2773
2774
2775
2776
2777
2778
2779
2780
2781
2782
2783
2784
2785
2786
2787
2788
2789
2790
2791
2792
2793
2794
2795
2796
2797
2798
2799
2800
2801
2802
2803
2804

DIAG2

INIT DMv (MCLR,

MACRO M1200

22 FEB 84

15:39

PAGE

SEQ 0061

VIA SETUP)

LSBTTL

....INIDMV

INIT DMV (MCLR,

VIA SETUP)

(0060000000 800000000080000040080000000800000080008800000000080000000000000040400

;¢ INIDMV - THIS SUBROUTINE INITIALIZES THE DMv-11, BY DOING A MASTER CLEAR,

1Y)

L
HLJ

ENTERING THE M-LOOP, AND PROGRAMMING THE VIA REGS FOR DEFA'LT
OPERATION.

CALLING SEQUENCE
JSR

PC,INIOMYV

100800088808 08408000008000000800000000000000000400080040000000080008008005040804800

005344
005350
005354

004737
004737
000207

INIDMV:

003320
005252

JSR
JSR

RTS

.SBTTL

PC.MSTCLR
PC,SETVIA
PC

....CKUSTS

sMASTER CLR, M-LOOP
;sPROGRAM VIA
s RETURN

-- CHECK USYRT STATUS REGISTERS

1008000808808 88808080000480000000008000088000000048800000000000004088404000080008408

;& CKUSTS - THIS SUBROUTINE CHECKS THE USYRT STATUS BY READING THE USYRT
.0
STATUS REGISTER AND COMPARING IT TO THE LOW BYTE OF THE WORD FOLLOWING

)
L

THE CALL. IF THERE IS A MISMATCH, THE SUBROUTINE STACKS THE ERROR
INFORMATION, AND SETS THE “C” BIT AND RETURNS,

(0080880800008888088000080880000000000000000000000000400404880000000000880480028

005356
005356
005362
005364
005366
005372
005374
005376
005404
005412
005416

CKUSTS:

004537
122000
000000
122537
000241
001430
012737
016537
005037
113737

003534

000007
177777
002332
005364

002342
002330

012737
012737
012737
012737
000261
005205
000205

000001

002176
002200
002292
002204

1$:

005364

002332

005424

005424
005432
005440
005446
2805 005454
2806 005456
2807 005460
2808
2809
2810
2811

015500
021540

JSR

USTATR
.WORD

cMPB
CcLC
BEQ
MOV
MOV
CLR

;STACK

MOVB

RS,.READI
0

(RS)s+,18

2
47 ,REGNUM
-1(RS5),GDATA
BDATA
14 ,BDATA

sREAD USYRT STATUS REGISTER
;SEE IF STATUS MATCHES EXPECTED
;CLEAR C BIT
1BR IF STATUS OK
:SET USYRT REG NO. FOR PRINTOUT
sGET EXPECTED DATA
;GET ACTUAL DATA

"USYRT STATUS INCORRECT” ERROR
GTOF
EM68,ERR1O

es:

SEC
INC

RTS

RS
RS

QUEVE

"DEVICE FATAL” ERROR o 7
01"

sSET C BIT FOR ERROR
;s INCREMENT RS PAST ARGUMENT
;RETURN

MOV
MOV
MOV

@71 .EDF ,ERRTYP
47 ,ERRNBR
0EM68 ,ERRMSG
QERR10,ERRBLK

7J
CNDMDAO DMv1l LINE

..CKTACT

CHECK

UNIT

DIAGZ

MACRO M1200

2823
2824
2825
2826
2827
2828
2829
2830
2831
2832
2833

.SBTTL

PAGE

SEQ 0062

... .CKTACT

-- CHECK

TRANSMITTER ACTIVE (TXACT)

1048848045084 04088400888880008880880808008808808880080048080000000002400885000805805

CKTACT

L
: ®
HLJ

THIS

SUBROUTINE

CHECKS FOR

THE

PROPER

STATE

TXACT

THE

USYRT

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

CALLING SEQUENCE

JSR

.WORD

RS, CKTACT

1080888888800 48088848448800808080480¢4800808800808880804000004000880084802004000040048048

005462
005462
005470
005474
005476
005500
005504
005506
005514

012737
004537
122000
000000
032725
001422
132737
001040

000007
003534

002342

000001

sSTACK

012737
012737
012737
012737
000261
000423
132737
001416

000001
000010
015527
021714

005562
005570
005576

012737
012737
012737
012737
000261
000401
000241
000205

000001
000011
015545
021714

000004

002176
002200
002202
002204
005476

MOV

JSR

005476

005516
005524
005532
005540
005546
005550
005552
005560

005612
005614
005616
005620

CKTACT:

1$:

005516

2834
2835
2836
2837
2838
2839 005562

2840
2841
2842
2843
2844
2845
2846
2847

15:39

TRANSMITTER ACTIVE (TXACT)

2813

2814
2815
2816
2817
2818
2819
2820
2821
2822

22 FEB 84

USTATR
. WORD

47 ,REGNUM

RS,READI
0

BIT
#BITO,(RS).
BEQ
24
81718
#TXACT, 18
BNE
3¢
' TXACT NOT SET" MSG
GTOF

EM69,ERR12

;SET REG NO.

FOR POSSIBLE

;READ USYRT STATUS

ERROR REPORT

:GET EXPECTED STATE OF TXACT
sBR IF EXPECTED TXACT = O
;SEE IF TXACT = 1
;BR IF TXACT = 1

QUEVE

“DEVICE FATAL"” ERROR ¢ 8
MOV
MOV
MOV
MOV

SEC

2%:
sSTACK

B8R
:381:)

41
OTXACT, 18

BEQ
3
“TXACT NOT CLEARED"” MSG
GTOF
EM70,.ERR12

002176

002200
002202
002204

SEC

3s:
4%

CLC
RTS

SERR12,ERRBLK

sSET C BIT TO FLAG ERROR

: TAKE ERROR EXIT
;SEE IF TXACT = O
sBR IF

TXACT

= O

QUEUVE "“DEVICE FATAL" ERROR ¢ 9
MOV

;SET C BIT

TO FLAG ERROR

: TAKE ERROR EXIT

:CLEAR C BIT FOR NO ERRORS
;RETURN

8T .€EDF ,ERRTYP

MOV

99 ,ERRNBR

MOV

SERR12,ERRBLK

MOV

o1 EOF ,ERRTYP
48 .ERRNBR
GEME69, ERRMSG

oEM70,ERRMSG

CNOMDAO DMV11

. .CKRACT
2849
2850
2851
2852
2853
2854
2855
2856
2857
2858
2859
2860
2861
2862
2863
2864
2865
2866
2867
2868
2869

DIAGZ

MACRO M1200

CHECK RECEIVER ACTVIVE

L 5
22 FEB

15:39

PAGE

SEQ 0063

(RXACT)

.SBTTL

....CKRACT

CHECK RECEIVER ACTIVE (RXACT)

1008000800000 000808408080808000000000800000000000000000000000400000008000000008

CKRACT

‘

THE

USYRT

STATUS REGISTER, AND REPORTS AN ERROR IF IT IS NOT PROPERLY
STATE OF BIT O IN THE WORD FOLLOWING THE CALL.

THIS

SUBROUTINE

CHECKS

FOR

THE

PROPER

STATE

RXACT

SET

THE

CALLING SEQUENCE

]

. WORD

JSR

RS,CKRACT

180088808000 420480000000008480008008880088888084084800000400008480880400004004000

005622
005622
005630
005634
005636
005640
005644
005646
005654

012737
004537
122000
000000
032725
001422
132737
001040

000007
003534

002342

000001

000040

005672
005700
2870 005706
2871 005710
2872 005712
2873 005720
2874
2875 005722

005722
005730
005736
005744
005752
005754
005756
005760

012737
012737
012737
012737
000261
000423

132737

001416

012737
012737
012737
012737
000261
000401
000241
000205

CKRACT:

1s:

005636

;STACK

005656
005656

2876
2877
2878
2879
2880
2881
2882
2883

LINE UNIT

000001
000012
015567
021714

000040

002176
002200
002202
002204

005636

USTATR
. WORD
8IT
BEQ
eITe
BNE

07 ,REGNUM
RS,READI

0
BITO0,(R5).
24
18
ORXACT,
3

"RXACT NOT SET” MSG
GTOF

EM71,ERR12

$SET REG NO. FOR POSSIBLE ERROR REPORT
sREAD USYRT STATUS

+GET EXPECTED STATE OF RXACT
;BR IF EXPECTED RXACT = O
:SEE IF RXACT

;BR

IF RXACT

QUEUE

“DEVICE FATAL"” ERROR @ 10

9T .EDF ,ERRTYP
410,ERRNBR
QEM71 ,ERRMSG

2%:
sSTACK

000001
000013
015605
021714

MOV
JSR

002176
002200
002202
002204

SEC
8R

BIT8B

ORXACT,
1%

3
BEQ
"RXACT NOT CLEARED” MSG
GTDF
EM72,ERRL2

;SET C BIT TO FLAG ERROR

QERR12,ERRBLK

: TAKE ERROR EXIT

:SEE IF RXACT = O
;BR IF RXACT = 0
QUEUE

;

“DEVICE FATAL” ERROR ¢ 11

o7.EDF ,ERRTYP
€11 ,ERRNBR

0EM72,ERRMSG

34:

SEC
BR
cLC

RTS

4%
RS

;:SET C BIT TO FLAG ERROR
s TAKE

ERROR

EXIT

;:CLEAR C BIT FOR NO ERRORS

;RETURN

QERR12,ERRBLK

1,
CNDMDAO DMv11l

LINE

UNIT

DIAG?

....CKTBMT

CHECK TRANSMIT BUFFER EMPTY

MACRO M1200

2o FEB 84

15:39

CHECK

2€EQ 00K4

2885

LGBTTL

2887
2688

;2 CKTBMT - THIS SUBROUTINE CHECKS FOR THE PROPER STATE OF TBMT IN THE USYRT
;e
STATUS REGISTER, AND REPORTS AN ERROR IF IT IS NOT PROPERLY SET TO THE

2886

....CKTBMT

PAGE 41

TRANSMIT BUFFER FMPTY

(80840448804 80800444845080888888880448808448808880040040080000004544000840080000004040

gggg

i 8

STATE

BIT

THE

WORD FOLLOWING

THE

CALL.

HEJ

2891
2392
2893

i*
g
i

2894

2895
2896
2897
2898
2899
2900
2901
2902
2903
2904
2905

CALLING SEQUENCE :
JSR
RS5,CKTBMT
.WORD
<BIT O IS EXPECTED VALUE OF

TBMT>

180080808488 404404088084888888088888808880888808050884888484880040048008880008005000000

005762
005762
005770
005774
005776
006000
006004
006006
006014

012737
004537
122000
000000
032725
001422
132737
001040

000007
003534

006016
006024
006032
006040

012737
012737
012737
012737

000001
000014
015627
021714

2907 006050

000423

002342

1%:

000001
000100

005776
;STACK

006016

2906 006046

2908 006052

000261

132737

2909 006060
2910
2911 006062

001416

006062

012737

2913 006114

000401

006070
006076
006104
2912 006112
2914 006116
2915 006120
2916
2917
2918
2919

012737
012737
012737
000261

000241
000205

CKTBMT:

000100

002176
002200
002202
002204
005776

2%:

000015
015644
021714

&7, REGNUM
R5,READI

o
#8IT0,(R5).
24
4TBMT, 1
3
“TBMT NOT SET” MSG
GTDF
EM73,ERR12

SEC

;STACK

000001

MOV
JSR
USTATR
.WORD
8IT
BEQ
BITB
BNE

B8R

BIT8

OTBMT, 18

BEQ
3
"TBMT NOT CLEARED” MSG
GTOF
EM74 ,ERR12

002176
002200
002202
002204

SEC

3s:
44 :

B8R

CLC
RTS

43
RS

sSET REG NO. FOR POSSIBLE ERROR REPORT
sREAD USYRT STATUS
;GET EXPECTED STATE OF TBMT
;BR IF EXPECTED TBMT = O
;SEE IF TBMT = 1
;BR IF TBMT = 1

;

QUEVE

;SET C BIT

"DEVICE FATAL” ERROR ¢ 12

TO FLAG ERROR

MOV
MOV
MOV
MOV

o7 _EOF ,ERRTYP
012 ,ERRNBR
QEM73 ,ERRMSG
#ERR12,ERRBLK

; TAKE ERROR EXIT
{SEE

;BR

;SET

TBMT

QUEVE

C BIT

= O
O

"DEVICE FATAL" ERROR ¢ 13

TO FLAG ERROR

; TAKE ERROR EXIT
sCLEAR C
;RETURN

BIT FOR NO ERRORS

MOV

MOV
MOV
MOV

47 _EDF ,ERRTYP

€13 ,ERRNBR
0EM74 ,ERRMSG
9ERR12 ,ERRBLK

CNDMDAO DMv1l
....CKRDA

LINE UNIT

DIAG2

CHECK RECEIVE

MACRO M1200

15:39

PAGE 42

SEQ 0065

DATA AVAILABLE

2921
2922
2923
2924
2355
2
6
2927
2328
2929

.SB8TTL ....CKRDA
- CHECK RECEIVE DATA AVAILABLE
1000888004008 0808840008880000840084800000880800888808800048040008408800800004048040
;s CKRDA - THIS SUBROUTINE CHECKS FOR THE PROPER STATE OF RDA IN THE USTYRT
i*
STATUS REGISTER, AND REPORTS AN ERROR IF IT IS NOT PROPERLY SET TO THE
HL
STATE OF BIT O IN THE WORD FOLLOWING THE CALL.
HEJ
;e
CALLING SEQUENCE :
X
JSR
RS, CKRDA
i*
.WORD
<BIT O IS EXPECTED VALUE OF RDA»>

2930

2931
2932
2933
2934
2935
2936
2937
2938
2939
2940
2941

22 FEB 84

1800004808480 88400488800482008008084824888888888888048084800000484000000080000000440008

006122
006122
006130
006134
006136
006140
006144
006146
006154

012737
004537
122000
000000
032725
001422
132737
001040

000007
003534

002342

006156
006164
006172
006200
006206
006210
006212
006220

012737
012737
012737
012737
000261
000423
132737
001416

000001
000016
015665
021714

002176
002200
0nN2202
002204

000200

006136

006222
006230
006236
006244
2948 006252
2949 006254

012737
012737
012737
012737
000261
000401

000001
000017
015701
021714

2951 006260
2952
2953
2954
2955

000205

1$:

000001
000200

006136
;STACK

006156

2942
2943
2944
2945
2946
2947 006222

2950 006256

000241

CKRDA:

MOV
JSR
USTATR
.WORD
8IT
BEQ
8178
BNE
"RDA NOT
GTDF

07 ,REGNUM
RS,READI
]
9BITO,(RS).
24
ORDA, 1
3
SET" MSG
EM75,.ERR]12

;SET REG NO. FOR POSSIBLE ERROR REPORT
;READ USYRT STATUS
t1GET EXPECTED STATE OF RDA
1BR IF EXPECTED RODA = O
;SEE IF RDA = 1}
;BR IF RDA = 1

2%:
sSTACK

002176
002290
002202
002204
34

SEC
B8R
at
81Te
ORDA, 1%
BEQ
3
"RDA NOT CLEARED" MSG
GTOF
EM76.ERR12

SEC
BR

RTS

CLC

QUEUE

"DEVICE FATAL’" ERROR @ 14

;SET C BIT TO FLAG ERROR
;: TAKE ERROR EXIT
;SEE IF RDA = O
:BR IF RDA = O

QUEUVE

MOV
MOV
MOV
MOV

"DEVICE FATAL” ERROR @ 1S

;SET C BIT TO FLAG ERROR
;sTAKE ERROR EXIT
sCLEAR C BIT FOR NO ERRORS
;RETURN

MOV
MOV
MOV
MOV

o7 _EOF ,ERRTYP
€14 ,ERRNBR
#EMTS ,ERRMSG
#ERR12,ERRBLK

2T .€EDF ,ERRTYP
015 ,ERRNBR
0EM76 ,ERRMSG
OERR12,.ERRBLK

CNDMDAO DMVl LINE UNIT
....CKRSA

DIAGR

MACRO M1200

2970

2971
2972
2973
2974
2975

2976
2977

2978
2979
2980
2981
2982
2983

15:39

PAGE

43
SEQ 00H4

CHECK RECEIVER STATUS AVAILABLE

2957
2958

2959
2960
2961
2962
2963
2364
2965
2966
2967
2968
2969

22 FEB 84

.S8TTL

«...CKRSA

.- CHECK RECEIVER STATUS AVAILABLE

1008048000080 004000040000000040000000000000000200080000000400000000000008000000000000

1¢ CKRSA
;e

THIS SUBROUTINE CHECKS FOR THE PROPER STATE OF RSA IN THE USTRT

STATUS REGISTER,

AND REPORTS AN ERROR

CALLING SEQUENCE
JSR

RS,CKRSA

.WORD

IS NOT PROPERLY

STATE OF BIT O IN THE WORD FOLLOWING THE CALL.

SET

TwE

1006000006000 000000006000000000000000000¢00000000000000000008000000060000000460¢

012737
004537
122000

000000
032725
001422

132737

001040

012737
012737
012737
012737
000261
000423
132737
001416

000007
003534

002342

18:

000001

000020

CKXRSA:

000020

015721
021714

000020

002176
002200
002202
002204
006276

07 ,REGNUM
RS .READI

1SET REG NO. FOR POSSIBLE ERROR REPORT
tREAD USYRT STATUS

0
MITO,(RS).
2t

1GET EXPECTED STATE OF RSA
sBR IF EXPECTED RSA » 0

BNE

;BR

B8IT8

006276

1STACK
000001

MOV
JSR
USTATR
. WORD
BIT
BEQ

"RSA NOT SET” MSG
GTOF

EM77.ERR12

SEC

24:

B8R

8ITB
BEQ

'Y ]

®RSA, 18
3

sSTACK “RSA NOT CLEARED” MSG
000001
000021
015735
021714

;1SEE IF RSA = 1
IF RSA

QUEUE

"“DEVICE FATAL” ERROR @ 16
MOV

oT _EDF ,ERRTYP

MOV
MOV

SEMT
7 ,ERRMSG
SERR12 ,ERRBLX

2 01}

GTOF

012737
012737
012737
012737
000261
000401
000241
000205

O®RSA, 18

002176
002200
002202
002204

EM78,ERR12

1SET C BIT

TO FLAG ERROR

1 TAKE ERROR EXIT
;1SEE IF RSA = O
tBR IF RSA = O

QUEVE

"“DEVICE FATAL" ERROR ¢ 17
MOV

MOV
MOV
SEC

3s:

B8R

RTS

cLC

€16 ,.ERRNBR

$1SET C BIT

TO FLAG ERROR

s TAKE ERROR EXIT

stCLEAR C BIT FOR NO ERRORS
; RETURN

MOV

/P
o7 EOF ,ERRT

€17 ,ERRNBR
SEMT78 ,ERRM G

®ERR12
. ERRBLK

CNDMOAQC DMVI1 LINE UNIT
....CKROR

DIAG?

MACRO M1200

.SBTTL

2991

3018
3019
3020
3021
3022
3023
3024

15:39

PAGE

5EQG 007

....CKROR

CHECK RECEIVER OVERRUN

1000000800860000000004000000000800000000000000000¢480000000000000080048048008080800

2993

3012
3013
3014
3015
3016
3017

. FFB

CHECK RECEIVER OVERRUN

2992

2994
2995
2996
2997
2998
2999
3000
3001
3002
3003
3004
3005
3006
3007
3008
3009
3010
3011

Ce,

;¢

CKROR

THIS

SUBROUTINE

CHECKS

FOR

THE

OCCURANCE

RECEIVER

OVERRUN

THE

L
L

USYRT RECEIVER STATUS REGISTER (RDSRH), AND REPORTS AN ERRNR IF IT IS
NOT PROPERLY SET TO THE STATE OF BIT O IN THE WORD FOLLOWING THE CALL.

;e
1
;e

CALLING SEQUENCE :
JSR
RS ,CKROR
.WORD
<BIT O IS EXPECTED VALUE OF ROR>

s e

10000000000000000000000000008000000000000000000000000080800000040080000000000080

012737
004537
120401

000000
032725
001422

132737
001040

000001
003534

002342

18%:

000001
000010

CKROR;

MOV

RS,.READI

. WORD

B8EQ

ROSRH

81T

8178
BNE

006436

001416

000001
000022
016300
021714
000010

002176
002200
002202
002204

FOR POSSIBLE ERROR REPORT

1READ RECEIVER STATUS

BIT0,(RS).

1GET EXPECTED STATE OF ROR

®ROR, 1
3

1SEE IF ROR = 1
tBR IF ROR =~ 1}

tBR IF EXPECTED ROR = O

006436

000001
000023
016331
021714

EM90,ERR12

QUEUE

“DEVICE FATAL' ERROR o 18
MOV
MoV

o1 EDF ,ERRTYP
€18 ,ERRNBR

MOV

SERR12 ,ERRBLK

4 0)")

2%:
:STACK

012737
012737
012737
012737
000261
000401
000241
000205

$SET REG NO.

;STACK "RECEIVER OVRN NOT SET” MSG
GTOF

012737
012737
012737
012737
000261
000423
132737

&1 ,REGNUM

JSR

002176
002200
002202
002204

SEC
BR
8IT8
BEQ
“ROR NOT
GTOF

SEC

BR
cLC
RTS

44
OROR, 18
3
CLEARED"” MSG
EM91,ERR]12

43
RS

1SET C BIT TC FLAG ERROR
s TAKE ERROR EXIT
1SEE IF ROR = O
iBR IF ROR = O
:

QUEUVE

iSET C BIT

"DEVICE FATAL" ERROR ¢ 19

TO FLAG ERROR

s TAKE ERROR EXIT
sCLEAR C BIT FOR NO ERRORS
sRETURN

MOV
MOV

OEMI0
, ERRMSG

o7 _EDF ,ERRTYP
019,ERRNBR

#EMI]
. ERRMSG
S#ERR12 ,ERRBLK

CNOMDAO DMVv11 LINE

....CKSEOM

UNIT

DIAGZ

MACRO M:200

22 FFB-84

15:39

D¢,

PAGE 45

SEQ 0068

CHECK RSOM, REOM

3020

.SBTTL

3027

....CKSEOM

-- CHECK RSOM,

REOM

5‘0.“‘.‘..‘.‘0‘.‘.‘....‘0‘.‘.“‘.“".0‘.“““..“0“‘0‘.00‘0‘0.0‘0“0000.00

3028
3029
3030
3031
3032
go;z

i* CKSEOM - THIS SUBROUTINE CHECKS FOR THE PROPER STATES OF RSOM, REOM IN THE
e
USYRT RECEIVER STATUS REG (RDSRH) AND REPORTS AN FRONR IF THEY ARE NOT
e
PROPERLY SET TO THE STATES OF 3ITS O,1 IN THF WORD FOLLOWING THE CALL.
e
IF THE SUBROUTINE DETECTS AN ERROR, THE ERROR INFORMATION
e
IS STACKED, AND THE C-BIT SET, WHICH LEAVES THE ERROR REPORTING AT THE
e
DISCRETION OF THE CALLING ROUTINE OR SUBROUTINE
.

3035
3036
3037

e
;e
e

[0}

3038

3039
3040
3041
3042
3043

006562
006562
006570
006574
006576

3044 006600

3045
3046
3047
3048
3049

006604
006606
006614

3051 006650
3052 006652
3053 006660

3054

012737
004537
12C401
000000

032725

001422
132737
001040

000007
003534

002342

000001

3056
3057
3058
3059
3060

3061 006734

3062
3063 006736

006576
;STACK

012737
012737
012737
012737
000261

000473
132737

001416

000001
000024
014501
021714

000001

IS VALUE OF REOM>

BIT

001040

2%:

000001
000025
014460
021714

1BR IF EXPECTED RSOM
1SEE IF RSOM = 1
:BR IF RSOM = 1

SEC
8R
BITB

BEQ

6
ORSOM, 18
3

000002

177776

000002

006576

012737
012737
012737
012737
000261

000001
000026
014537
021714

3066 006772
3067 007000

132737
001416

000002

EM28,ERR12

002176
002200
002202
002204

3%:

sSTACK

000423

1SET REG NO. FOR POSSIBLE ERROR REPORT
tREAD USYRT RECEIVER STATUS

8EQ
8IT8
BNE
“RSOM NOT SET“ MSG
GTOF
EM29,ERR12

GTOF

012737
012737
012737
012737
000261
000451
032765
001422
132737

@7 ,REGNUM
RS,READI

002176
002200
002202
002204

006576

;GET EXPECTED STATE OF RSOM

002176
002200
002202
002204

006576

MOV
JSR
RDSRH
.WORD

;STACK "RSOM NOT CLEARED” MSG

006736
006744
006752
006760
3064 006766

3065 006770

CKSEOM:

18:

000001

3055 006662

006662
006670
006676
006704
006712
006714
006716
006724
006726

BIT

;...‘.0..“.“‘.‘.““....00“0“““..““‘0“.0“‘.0.“.‘.“‘.“0“.‘..0...‘

006616

006616
006624
006632
006640
3050 006646

CALLING SEQUENCE :
JSR
RS,CKSEOM
<BIT O IS EXPECTED VALUE OF RSOM,

SEC
BR
8IT
8EQ
8IT8

BNE

“REOM NOT SET” MSG
GTOF
EM31,ERR12

SEC

4%:

6
®BIT1,-2(RS)
as
OREOM, 14

B8R

8ITB
BEQ

OREOM, 18
5%

QUEUE

"DEVICE FATAL” ERROR @ 20
MOV
o7 _EDF ,ERRT P
MOV
020, ERRNBR
MOV
#EM29 ,ERRMSG
MOV
#ERR12, ERRBLK
TO FLAG ERROR

;SET C BIT
: TAKE ERROR EXIT
{SEE IF RSOM = 0O
;BR IF RSOM = O

QUEUE

"DEVICE FATAL” ERROR @ 21

1SET C BIT TO FLAG ERROR
s TAKE ERROR EXIT
sGET EXPECTED STATE OF PEOM
1BR IF EXPECTED REOM = ¢
1SEE IF REOM = 1

MOV
MOV
MOV
MOV

T .EDF ,ERRTYP
21
. ERRNBR
#EM28 ,ERRMSG
#ERR12, ERABLK

:BR IF REOM = 1
3

QUEUE

:SET C BIT

"DEVICE FATAL"” ERROR & 22

TO FLAG ERROR

: TAKE ERROR EXIT

;SEE IF REOM = O
:BR IF REOM =« O

MOV
MOV
MOV
MOV

T EDF ,ERRIYP
022, ERRNBR
9EM31 ,ERRMSG
9ERR12, ERRBLK

CNDMDAO DMV11 CINE
....CKSEOM

- -

UNIT

DIAGZ

CHECK RSOM,

MACRO M1200

3070
3071
3072
§O73
074
3075

+STACK
012737
012737
012737
012737
000261
000401
000241
000205

15:39

PAGF

F6
45 1|

5E3 0069

REOM

3068
3069 007002
007002
007010
QV7016
007024
007032
007034
007036
007040

2. FFB 84

000001
000027
014516
021714

"REOM NOT CLEARED” MSG
GTOF
EM30,ERR12

]

002176
002200
002202
002204

S$:
6$:

SEC
B8R
CLC
RTS

64
RS

QUEUE

"DEVICE FATAL' ERROR & 23

:SET C BIT TO FLAG ERROR
; TAKE ERROR EXIT
1CLEAR C BIT FOR NO ERRORS
sRETURN

MOV
MOV
MOV
MOV

o7 .EDF ,ERRT 1P
423 ,ERRNBR
0EM30,ERRMSS
OERR12,ERRBL
¥

CNDMOAQ DMVl LINE UNIT
. .CHKTSO
3077
3078
3079
3080
3081
3082
3083
3084
3085
3086
3087
3088
3089
3090
3091
3092
3093
3094
3095
3096
3097

CHECK

[ e,

DIAG?

TRANSMIT

MACRO M1200

15:39

PAGE

SEQ 0070

SERIAL OUT BIT
LSBTTL

. ...CHKTSO

CHECK

TRANSMIT SERIAL OUT BIT

180888082 080000040082080880404800000400048000800008800080408800080484800000008000848080

:0 CHKTSO

THIS SUBROUTINE CHECKS FOR THE PROPER STATE OF

STATUS

OF BIT O IN THE WORD FOLLOWING THE CALL.

HEJ
ie
ie

CALLING SEQUENCE :
JSR
RS5,CHKTSO
. WORD
<BIT O IS EXPECTED VALUE OF

HLJ

AND

SETS

THE

“C~»

BIT

NOT

TS50 IN THE USYRT

SET

TQO

THE

STATE

TS0O»>

1008888880008 08000000004048000000080806080000804804004000008000008000080000804400804

007042
007042
007050
007054
007056
007060
007064
007066
007074

012737
004537
122000
000000
032725
001422
132737
001040

000007
003534

002342

CHKTSO:

1$:

000001

000010

007056

002176
002200
002202
002204

012737
012737
012737
012737
000261
000423

000001
000030
016422
021714

132737

000010

007056

007142
007150
007156
007164
007172
007174
007176
007200

012737
012737
012737
012737
000261
000401
000241
000205

000001
000031
016442
021714

002176
002200
002202
002204

001416

MOV
JSR
USTATR
. WORD

&7 ,REGNUM
RS,READI

1SET REG NO. FOR POSSIBLE
sREAD USYRT STATUS

8IT8

0
®BIT0,(RS).
24

e71S0,1

sGET EXPECTED STATE OF TS0
s8R IF EXPECTED TS0 = O

8IT
BEQ

SEC

B8R
2%:

“I'"VICE FATAL” ERROR @ 24

TO FLAG ERROR

MOV
MOV
MOV
MOV

o1 _EOF ,ERRTYP
024 ,ERRNBR
#EM100, ERRMSG
QERR12,ERRBLK

s TAKE ERROR EXIT

BIT8
o1S0.1¢
1SEE IF TS0 = O
BEQ
3
:BR IF TS0 = O
sese STACK "TSO NOT CLEARED” ERROR see
GTOF
EM101,ERR12

SEC

3s:

QUEVE

sSET C BIT

4% :

ERROR REPORT

;SEE IF 7SO = 1

BNE
3
:BR IF TSO
;ees STACK 7SO NOT SET” ERROR ssse
GTOF
EM100,ERR12

007076

007076
007104
007112
007120
3098 007126
007130
3100
3101 007132
3102 007140
3103
3104 007142

3105
3106
3107
3108
3109

22 FEB

B8R
CcLC

RTS

41
RS

QUEVE

sSET C BIT

"“DEVICE FATAL” ERROR ¢ 25

TO FLAG ERROR

:TAKE ERROR EXIT
sCLEAR C BIT FOR NO ERRORS
sRETURN

MOV
MOV
MOV
MOV

o7 _EDF ,ERRTYP
025, ERRNBR
0EM101 ,ERRMSG
SERR12 ,ERRBLK

CNDMDAO DMv11 LINE

....SERIAL

UNIT

READ/CHECK

DIAG2

MACRO M1200

YX CHARACTER VIA

22 FEB 84

GF,
15:39

PAGE 47

SEGQ 0071

TSO BIT

3111

.SBTTL

....SERIAL

3113
3114
3115
211?
X111
3118
3119
3120
3121

;¢
i e
:*
L
R
Y
L)
ie
L

CALLING SEQUENCE :
JSR
RS,SERIAL
.WORD
<® OF BITS TO BE READ>
. WORD
<EXPECTED VALUE OF SERIAL BIT

3112

3122

3123
3124
3125
glsg

010146
010246
010346

3128 007210
§1§9 007212

005001
012502

130
3131 007214
3132 007216

006301
004537

g{gz 007222

000001

3135
3136
3137
3138

007224
007230
007232
007234

004537
000001
103401
005201

3141 007240
3142 007242

012503
020103

3145 007246
3146 007252

010337
010137

g%zg 007236

gizz 007244

3147

007256
007264

007272
007300
3149 007306
gig? 007310
007312
007314
007316
007320

gig? 007322
3158

TX CHARACTER VIA

TSQO BIT

SERIAL - THIS SUBROUTINE SERIALLY READS/CLOCKS/CHECKS A CHARACTER FROTMM
THE TRANSMIT SERIAL OUT (TSO) BIT OF THE USYRT STATUS REGISTER,
AND STACKS MESSAGE/SETS “C" BIT IF AN INCORRECT CHARACTER IS READ.
NOTE: "EXPECTED VALUE" ARGUMENT IS ALWAYS READ RIGHT-TO-LEFT.

SERIAL:

1$:

011540

STREAM>

007042

077212

2$:

001422

012737
012737

012737
012737
000261
000401
000241
012603
012602
012601

000205

MOV
MOV
MOV

R1, -(SP)
R2, -(SP)
R3,-(SP)

1 SAVE R1
$SAVE R2 (TICKS3)
$1SAVE R3 (EXPECTED _WORD)

CLR
MOV

R1
(RS)+,R2

sCLEAR ASSEMBLED_WORD
;GET @ OF TICKS

ASL
JSR

R1
RS,STEPLU

1 SHIFT ASSEMBLED _WORD
tCLOCK USYRT ONCE

JSR
1
B8CS
INC

RS, CHKTSO

sCHECK FOR

24
R1

:BR IF TS0=0
s 7S0=1: SET LSB OF

MOV
cMP

(RS).,R3
R1,R3

;GET EXPECTED_WORD
sCOMPARE EXPECTED_ AND ASSEMBLED_WORD

MOV
MOV

R3,.GDATA
R1.BDATA

tEXPECTED _WORD => GDATA
sASSEMBLED_WORD => BDATA

GTYOF

EM106,ERR1S

So8

BEQ
002330
002332

000001
000032

016735
022030

R2,.18

TSO=1
ASSEMBLED_WORD

;LOOP UNTIL NO MORE TICKS

1BR IF CORRECT VALUE READ

;686 STACK “"TRANSMISSION ERROR" MSG sss

3148 007256

3152
3153
3154
3155

READ/CHECK

100080042048 0040840084844008840084084808800888404008040048000080840080480800040400

007202
007202
007204
007206

g‘“““‘0‘.“.“““‘“‘“““““.““‘0“.‘..“‘.“““‘.".““““...A.“

002176
002200

002202
002204

SEC

3s:

44 :

B8R

. +4

cLC
MOV
MOV
a[01")

(SP)+,R3
(SP). ,R2
(SP).,R1

RTS

QUEUVE

iSET C BIT

"“DEVICE FATAL" ERROR ¢ 26

TO FLAG ERROR

;s TAKE ERROR EXIT

;CLEAR C BIT FOR NO ERRORS
sRESTORE REGISTERS

s RETURN

MOV
MOV

o7 _EDF ,ERRTYP
926 ,ERRNBR

SEM106
. ERRMSG
S#ERR13 ,ERRBLK

CNDMDAO DMV11 LINE UNIT
... INITRN

INIT

DIAG?

MACRO M1200

TRANSMICSION OF

22 FEB 84

15:39

PAGE 48

SEQ 0072

A MESSAGE

3160

LSBTTL

3162
3163
3164
3165

xo
;e
]
HL

3167
3168
31?9
3170

;e
ie
i e

X161

... INITRN

INIT

TRANSMISSION OfF

A MESSAGE

1060880880088 000080000003488080080000400448008000804880080400000000088804000080840

3166

INITRN

HLd

3171
3172
3173

i e
HUJ
L
)
HE

3174
3175
3176

- THIS SUBROUTINE INITIATES TRANSMISSION OF A MESSAGE, BY LOADING
THE USYRT PCSARL ,H AND THE PCR WITH THE DATA PASSED IN THE 2 WORDS
FOLLOWING THE CALL ;3 LOADING AND CLOCKING 1 SOM UNTIL THE FIRST
SYNCH OR FLAG HAS BEEN SERIALIZED IN THE USYRT, THE PROGRAM MONITORS
ALL

THE

FLAGS

THE

USYRT

STATUS

THROUGHOUT

THE

PROCESS.

IF THE SUBROUTINE DETECTS AN ERROR, THE ERROR INFORMATION IS STACKED
AND THE C-BIT SET, WHMICH LEAVES THE ERROR REPORTING AT THE DISCRETION
OF THE CALLING ROUTINE OR SUBROUTINE.

CALLING SEQUENCE :
JSR
RS,INITRN
.WORD
<VALUE

TO LOAD INTO USYRT PCSARL ,H>
<VALUE TO LOAD INTO USYRT PCR (PASSED
<SPECIAL VIAORB MASKING VALUE (PASSED

.WORD

IN LO BYTE)>
IN MI BYTE)>

(1800808408040 40484448000808008800¢04088048800088808884040000000880404000000080404

3177
3178
3179
3180
3181
3182
3183
3184
3185
3186
3187
3188

007324
007324
007326
007332
007334
007336
007342
007344
007346
007352
007356
007360

010146
004537
120000
000031
004537
120000
000030
112537
004537
120404
000000

3190
3191
3192
3193
3194
3195
3196
3197
3198
3199
3200
3201
3202
3203
3204
3205
3206
3207
3208
3209

007366
007372
007374
007376
007402
007406
007414
007420
007422
007424
007430
007432
007434
007440
007442
007444
007450
007452
007454
007460

004537
120405
000000
112537
00S037
113737
004537
120407
000000
004537
120013
000200
004537
120006
000300
004537
120007
000000
004537
000110

3212 007464

013737

007620

3215 007476
3216 007502

004537
120000

003660

3189 007362

ggig 007462
ggiz 007472

112537

INITRN:
003660

003660
007360
003660
1$:

007374

003660

007422
002406
007422
003660

2%:

002406

003660

003660
003660

005356

103454

142537

007504

MOV
Ry, -(SP)
JSR
RS,WRITEI
VIAORB
RTSND!DTR'PRESET
JSR
RS,WRITEI
VIAORB
RTSND!DTR
MOVB
(RS)+,18
JSR
RS,WRITEI
PCSARL
.WORD
0

; SAVE R1
sRESET THE USYRT

JSR
PCSARH
. WORD
MOvV8
CLR
MOV8
JSR
PCR
.WORD
JSR
VIAACR
200
JSR
VIAT1C
300
JSR

;LOAD USYRT PCSARH

MOvB

(RS5)+,2%

RS,WRITEI
0
(RS).,38
SAVLEN
3¢%,SAVLEN
RS.WRITEI

;:CLEAR USYRT RESET BIT
:GET VALUE TO LOAD
sLOAD USYRT PCSARL

INTO USYRT PCSARL

;GET VALUE TO LOAD INTO PCSARH

sGET

VALUE

TO LOAD

INTO PCR

:SAVE CHAR LENGTH BITS
;LOAD USYRT PCR

0
RS,WRITEI

:SET

RS ,WRTTEI

;LOAD VIA TiL-L

ACR FOR

ONE-SHOT

RS,WRITEI

;LOAD VIA

VIAT1D
000
JSR
110

RS,CKUSTS

8CS

;CHK USYRT STATUS FOR
; TBMT = 1, 7SO = 1}

;IF ERROR,

MOV

204,13¢

JSR
VIAORB

RS,WRITEI

;SET UP USYRT

eIC8

(RS5).,13¢

MODE

TiL-H

INIT'D STATE

EXIT SUBROUTINE

SET UP DEFAULT

VIAORB PARAMETERS

;4 CLEAR ANY SPECIFIED VIAORB BITS.

CNDMDAO DMv1l LINE

UNIT

.. .. INITRN

TRANSMISGSION OF

3217
3218
3219
3220
3221
3222
3223
3224
3225
3226
3227
3228
3229
3230
3231
3232
3233
3234
3235
3236
3237
3238
3239
3240
3241
3242
3243
3244
3245
3246
3247
3248
3249

INIT

007504

000142

007506
007512
007514
007516
007522
007524
007526
007532
007534
007536
007540

007602
007604
007606
007612
007614
007616

004537
120403
000001
004537
120402
000226
004537
000000
103427
005001
004537
000001
004537
122000
00C000
132737
001010
005201
020127
002761
004537
000001
103403
004537
000001
012601
000205

007620

000142

007544
007546
007552
007554
007556
007564
007566
007570
007574
007576

DIAG?

MACRO M1200

003660
003660

PAGE

T,
48

SEQ 0077
TXEN!RXEN!TTLOOP

JSR
TDSRH
TSOM

RS, WRITEI

$}SET

RS,WRITEL

sLOAD SYNCH CHAR

RS,CKTBMT

;:CHK FOR

4
R1

;IF ERROR,

JSR

TOSRL

005762

011540

003534
007554

S5$:

000003

005702
005462

15:39

A MESSAGE

13¢:

000100

20 FEB 84

6s:
7%:

20$:

SYNCH
JSR
0
8Cs
CLR
JSR
1
JSR
USTATR
.WORD
8IT8
BNE
INC
cMP
8LT
JSR
1
8CS
JSR
1
MOV

RTS

THIS

VALUE

MIGHT

TBMT

EXIT

INTO Tx BUF
O
SUBROUTINE

RS,STEPLU

RS,READI

sREAD USYRT STATUS REG

YET

sSEE IF TBMT IS SET
;:BR

IF YES

$ INCR CYCLE COUNTER

1SEE IF 3 CYCLES DONE YET
;B8R IF LESS THAN 3 CYCLES

;GO STACK

~TBMT NOT SET' MSG

7
RS,.CKTACT

;IF ERROR, EXIT SUBROUTINE
sCHC FOR TXACT = 1

(sP).,R1

+RESTORE R1
;RETURN (IF C =

TXEN!RXEN!TTLOOP

ABOVE

TS0M IN USYRT

s INIT CYCLE COUNTER
;CLOCK LU FOR 1 CYCLE

(o]
., S
oTBMT
6
R1
R1,03
44
RS,CKTBMT

MODIFIED

WE HAD AN ERROR)

;OEFAULT VALUE FOR VIAORB:

:TX

AND RX

ON USYRT,

ASSERT

ENABLE
RTS,

DTR

CNDMDAO DMv11

LINE UNIT

..TXCHAR

TRANSMIT

DIAGR

MACRO M1200

\l"
22 FEB 84

15:39

PAGE

SEQ 0074

A CHARACTER

3251

.SBTTL

....TXCHAR

TRANSMIT A CHARACTER

3252

3880008808008 0884080800888483080000000400084.08480080004000000800040000400000000800800

3253
3254
3255
3256
3257
3258
3259
3260
261
3262
3263
3264
3265
3266
3267
3268
3269
3270
3271
3272
3273
3274
3275
3276
3277
3278
3279
3280
3281
3282
ggg}

i* TXCHAR - THIS SUBROUTINE INITIATES TRANSMISSION OF A CHAR By LOADING
i
THE USYRT TOSRL WITH THE DATA PASSED IN THE LO BYTE OF THE WORD
1o
FOLLOWING THE CALL, AND CLOCKS THE LINE UNIT WITH IHE NUMBER OF CYCLES
i
PASSED IN THE SECOND WORD FOLLOWING THE CALL. THE PROGRAM ZONTINUALL
f
i
MONITORS TBMT AND TXACT THROUGHOUT THE PROCESS.
;e
IF THE SUBROUTINE DETECTS AN ERROR, THE ERROR INFORMATION
i s
IS STACKED, AND THE C-BIT SET, WHICH LEAVES THE ERROR REPORTING AT THE
i
DISCRETION OF THE CALLING ROUTINE OR SUBROUTINE
.
1]
i
CALLING SEQUENCE :
i
JSR
R5, TXCHAR
;e
.WORD
<«DATA FOR TDSRL IN LO BYTE>
ie
.WORD
<NUMBER OF CYCLES TO CLOCK (IN LO BYTE)>
i
<SWITCH TO OISABLE INITIAL TBMT=0 CHECK (MSB IN HI BrTE)>
1088008000408 800000880480800808080004000800004800480400004040044000000000000000000002¢
TXCHAR:
MOV
R1, (SP)
; SAVE R1
MOV
R2,-(SP)
1 SAVE R2
MOV
(RS)s,1%
sGET DATA FOR TDSRL
JSR
RS,WRITEI
;:LOAD DATA INTO TDSRL
TOSRL
1%:
.WORD
O
CLR
R1
s INIT CYCLE COUNT AND CLEAR C BIT
CLR
R2
;CLEAR REQ'D CYCLE COUNT
MOvB
(R5)+,R2
:GET DESIRED NO. OF CYCLES
BEQ
64
1BR _IF NO CLOCKING DONE
38:
JSR
R5,CKTACT
;CHECK TXACT = 1
1
B8CS
64
:BR TO EXIT IF ERROR
cHP
R1,.R2
:SEE _IF REQUIRED CYCLES DONE YET
8EQ
S$
iBR IF YES

007622
007622
007624

007664

010146
010246
012537
004537
120402
000000
005001
005002
112502
001425
004537
000001
103421
020102
001414

3285 007666
gggg 007672

131527
001004

000200

sIT8
BNE

(R5),ONCTBMT
7%

s CHECK FOR “TBMT=0 CHECK" DISABLE
;¢ BR IF MSB IS NOT SET

3288
3289
3290
3291
3292
3293
3294
3295
3296
3297
3298
3299
ggg?

004537
000000
103410
004537
000001
005201
000756
004537
000001
012602
012601
005,05
00020S

005762

JSR
0
8Cs
JSR
1
INC
BR
JSR
1
MOV
MOV
INC
RTS

RS5,CKTBMT

;CHECK FOR

64
R5,STEPLUY

sBR TO EXIT IF ERROR
:CLOCK LU FOR 1 CYCLE

R1
34
RS ,CKTBMT

: INCR CYCLE COUNT
{KEEP CLOCKING
;CHIC TBMT = 1

(SP)+,R2
(SP>+,R1
RS
RS

;:RESTORE R2
:RESTORE R1
sADJUST RS FOR SANE RETURN
:RETURN (WITH C BIT = 1 IF ERROR)

3302
3303
3304

007626
007632
007636
007640
007642
007644
007646
007650
007652
007656
007660
007662

007674
007700
007702
007704
007710
007712
007714
007716
007722
007724
007726
007730
007732

007640
003660

005462

011540

005762

7%:

5%:
6$:

TBMT

= O

I¢,

CNDMDAO DMv1l

LINE

««..TXCTRL

CONTROL MESSNAGF

DIAG?

MACRO M1200

22 FEB

15:39

PAGE

SEG 0075

TRANSMISSION ( TDSRH)
LSBTTL

.. ..TXCTRL

-- CONTROL MESSAGE

TRANSMISSION ( TDSRM)

§90088400000640080400800848800000008000040000000000080000000000080040040048080048

HL
-

3306
3307
3308
3309
3310
3311
3312
3213
3314
3315
3316
3317
3318
3319
3320
3321
3322
3323
3324
3325
3326
3327
3328
3329
3330
3331
3332
3333
3334

UNIT

TXCTRL

THIS

SUBROUTINE

ALLOWS

CONTROL

MESSAGE

TRANSMISSION BY

THE USYRT TODSRH WITH THE DATA PASSED IN THE LO BYTE OF THE WORD
FOLLOWING THE CALL, AND CLOCKS THE LINE UNIT WITH IME ‘WMBER OF CYCLES
PASSED IN THE SECOND WORD FOLLOWING THE CALL. THE PROGRAM CONTINUALL
7
MONITORS TBMT AND TXACT THROUGHOUT THE PROCESS.

IF THE SUBROUTINE DETECTS AN ERROR, THE ERROR INFORMATION
IS STACKED, AND THE C-BIT SET, WHICH LEAVES THE ERROR REPORTING AT
OISCRETION OF THE CALLING ROUTINE OR SUBROUTINE
.

CALLING SEQUENCE
JSR

. WORD
. WORD

007734
007734
007736
007740
007744
007750
007752
007754
007756

007760

007762
007766
007770
3335 007772
3336 007774
3337 007776
3338 010002
3339 010004
3340 010006
3341 010012
3342 010014
3343 010016
3344 010020
3345 010024
3346 010026
3347 010030
3348 010032
3349
3350

010146
010246
012537
004537
120403
000000
005001
012502
001422
004537
000001
103416
020102
001411
004537
000000
103410
004537
000001
005201
000761
004537
000001
012602
012601
000205

RS, TXCTRL

MOV

007752
003660
2%:

005462

MOV

R2,

JSR
TOSRH

RS, WRITEIL

MOV

3s:

. WORD
CLR

(SP)

(R5).,28

(RS)+,R2

63
R5,CKTACT

;i SAVE R1

: SAVE R2
sGET DATA FOR TDSRH
1LOAD DATA INTO TDSRH

;s INIT CYCLE COUNT AND CLEAR C BIT
:GET DESIRED NO. OF CYCLES
tBR IF NO CLOCKING DONE
;CHECK TXACT = 1
;B8R TO EXIT IF ERROR
;SEE IF REQUIRED CYCLES DONE YET

005762

64
R1,R2
Ss
RS,CKTBMT

011540

63
RS5,STEPLU

sBR TG EXIT IF ERROR
sCLOCK LU FOR 1 CYCLE

005762

R1
34
RS,CKTBMT

sKEEP CLOCKING

Ss:
6%:

(SP).,R2
(SP)+,R1

1BR IF

YES

;CHECK FOR TBMT

= O

: INCR CYCLE COUNT

sCHKC TBMT = 1
;RESTORE R2

+RESTORE R1
;RETURN (WITH C BIT

ERROR)

THE

L ¢,
CNDMDAO DMVl

. .RXCHAR

LINE

UNIT

DIAG2

MACRO M1200

/0 FEB 84

15:39

PAGE

SEQ 0076

RECEIVE A CHARACTER

3352

LSBTTL

. ...RXCHAR

RECEIVE A CHARACTER

3353

8000880040800 8044004840480000048880800048800004008008000888004008480800008000880080

3354
3355
31356

i*¢ RXCHAR - THIS SUBROUTINE READS THE USYRT RDSR AND CHECKS THE CONTENTS
7Y
AGAINST THE DATA PASSED IN THE WORD FOLLOWING THE CALL.
HL
IF BITO = O IN THE SECOND WORD FOLLOWING THE CALL, THE RERR BIT IS

1358
3259
3360
3361

]
R
i8
i

3357

g§6§
6

THE EXPECTED VALUE.

THEN,

CLOCKS

THE LINE UNIT FOR THE NO. OF CYCLES PASSED IN THE THIRD WORD
FOLLOWING THE CALL. THE PROGRAM CONTINUALLY MONITORS RDA AND RXACT.
IF THE SUBROUTINE DETECTS AN ERROR, THE ERROR INFORMATION
IS STACKED, AND THE C-BIT SET, WHICH LEAVES THE ERROR REPORTING AT THE
CALLING SEQUENCE :
JSR
RS ,RXCHAR

. WORD
. WORD
.WORD

88468000080 4004400408848048048000808840808880800084088000000000400004804004048804400

3371 010034

3372 010034

010036
010040
010044
010046
010050
010054
010056

3380 010060

3381 010062
3382 010066

010074
010076
010104
010110
010114
010116
010122
010124
010126

3392 010134
3393 010136

3394

RXCHAR:

010146

010246
004537
120401
000000
004537
120400
000000

111501

042701
023727

001005
142737
142701
123701
001462
004537
122000
000000
132737
001421
012737

003534
2%:

003534

1$:
177400
002406

000200
000200
010056

000347

010056
3s:

003534
000002

010124

000007

002342

3395 010144

010144
010152
010160
010166

010174
010200
010204
010210
010214

3401 010220

3402

DISCRETION OF THE CALLING ROUTINE OR SUBROUTINE.

HL
i
HL
HE

3370

3396
3397
3398
3399
3400

HLJ
L]

3366
3367
3368
3369

3383
3384
3385
3386
3387
3388
3389
3390
3391

NOT CHECKED AGAINST

3364
3365

3373
3374
3375
3376
3377
3378
3379

i e

3403 010226

012737
012737
012737
012737

000137
005037
005037
110137
005037

113737

000001
000033
015330
021714

011274
002342
002330
002330
002332

010056

R1,-(SP)

;sSAVE R1

o]
RS,READI

;READ ROSRL

MOV
JSR
RDSRH
.WORD
JSR
RDSRL
. WORD

R2,-(SP)
RS,READI

8IC
cMP

€177400,R1
tMASK OFF UNUSED BITS
SAVLEN, #TXDL'RXDL ;SEE IF 7-BIT CHARS BEING USED

MOvV8

B8NE
8IC8B
8ICB
crPB
BEQ
JSR
USTATR
.WORD
8178

(0]

Ss:

;GET EXPECTED ROSRL

3
#BIT7,1
81IT7T7,R1
1¢,R1
64
RS,READI

;BR IF NOT 7-BIT CHARS
;CLEAR 8TH BIT FOR COMPARE

BEQ
MOV

0
eTXU,44
54
47 ,REGNUM

GTOF

EM54 ,ERR12

sSTACK

JMP
CLR
CLR
MOVB
CLR

MOVvB

208
REGNUM
GDATA
R1,GDATA
BOATA

1¢,8B0ATA

“RCV'D DATA MISCOMPARE"

GTOF

.SAVE R2
;READ RDSRH

(R5),R1

;STACK "TX UNDERRUN" ERROR

002176
002200
002202
002204

002332

MOV

EM34 ,ERR10O

s COMPARE RCV'D CHAR TO EXPECTED
:BR IF MATCH
;READ USYRT STATUS REG
;SEE IF TX UNDERRUN OCCURRED
;BR IF NOT
$SET USYRT REG NO. FOR STATUS REG

QUEUE “DEVICE FATAL" ERROR @& 27

;s TAKE ERROR EXIT
sSET USYRT REG NO. FOR RDSRL
;:SET EXPECTED DATA

sSET ACTUAL DATA
ERROR

MOV
MOV
MOV
MOV

@7 . EDF ,ERRTYP
027 ,ERRNBR
SEMS4E
, ERRMSG
#ERR12,ERRBLK

116,
UNIT

CNDMDAO DMv11l

LINE

... .RXCHAR

RECEIVE

3404
3405
3406
3407

3408
3409
3410
3411
3412
3413
3414
3415
3416
3417
3418
3419
3420
3421
3422
3423
3424

010226
010234
010242
010250
010256
010262
010266
010272
010276

012737
012737
012737
012737
000137

116501

042701

123701
001016

DIAGe2

000001
000034
014626
021540
011274
000001
177400
010046

000137
012737
005037
110137
005037
113737
012737
032765
001447

011160
000001
002330
002330
002332
010046
000001
000001

010352
010356
010360
010366

132701

000200

132737
001440

000200

6%:

002342

012737
012737
012737
012737
000137
132737
001016

010434
010442
010450
010456
010464

012737
012737
012737
012737
000137

000001
000036
014675
021714
011274

010470
010474
010476
010504

132701
001022
132737
001440

000010

002332
002342
000002

000001

000035
014654
021714
011274
000200

7¢:

010046

002176
002200
002202
002204

PAGE

SEQ 0077

010046

8%:

002176
002200
002202
002204

CLR
MOvB
CLR
MOVE

9%
:

MOV
MOV
MOV
MOV

ERROR EXIT

+MASK OFF UNUSED BITS

;COMPARE RCV'D STATUS TO EXPECTED

:1BR IF MISMATCH

s CONTINUE
$1SET USYRT REG NO. FOR RDSKH
;SET EXPECTED DATA
$SET ACTUAL DATA

ORERCHK
, 2(RS)
9

:SET REG NO. FOR PRINTOUT
sSEE IF RCV ERROR BIT SHOW
D BE
;BR IF YES

8IT8
BNE
BIT6
BEQ

ORERR,R1
8%
#RERR,2¢
9

;:SEE IF EXPECTED BIT = 1

GTOF

EM35S,ERR12

IGNORED

;BR IF YES
;SEE IF ACTUAL BIT = O

“RERR NOT CLEARED" MSG

JMP

;BR IF YES

;

QUEVE

"DEVICE FATAL" ERROR & 29
MOV
MOV

002176
002200
002202
002204

10¢:

; TAKE ERROR EXIT

204

8IT8
BNE

ORERR,2$
9

GTOF

EM36,.ERR12

“RERR NOT

:+SEE IF ACTUAL BIT
:BR IF YES

SET” MSG

QUEVE

MOV

"DEVICE FATAL” ERROR ¢ 30

204

: TAKE ERROR EXIT

BIT8
BNE

OROR,R1
104

s+SEE IF EXPECTED BIT = 1

BEQ

11%

MOV
MOV
MOV
MOV

T .EDF ,ERRTYP
030,ERRNBR

QEM36 ,ERRMSG
9ERR12,ERRBLK

;BR IF YES

sSEE IF ACTUAL BIT = O

QROR
, 28

“ROR NOT

CLEARED"

GTOF

EM16,ERR12

204
OROR, 28
11¢

0T .EDF ,ERRTYP
229 ,ERRNBR
QEM35 ,ERRMSG
QERR12,ERRBLK

= 1

JMP

JMP
BITB
BNE

47 . EDF ,ERRTYP

928 ,ERRNBR
4EM34 ,ERRMSG
AERR10,ERRBLYV

;GET RDSRH

01 ,REGNUM

BITe8

010046

; TAKE

"DEVICE FATAL"” ERROR & 28

BIT
BEQ

MOV

;s CHECK ROR BIT

s STACK

000001
000037
014327
021714
011274
000010

8IC
CMPB
BNE
JMP

20$
1(R5),R1
@177400,R1
2%,R1
74
17¢
41, REGNUM
GDATA
R1,GDATA
BDATA
2% ,BDATA

QUEUVE

MOV

;s STACK

000010

JMP
MOve

; CHECK RERR BIT

010506

010530
3438 010536
3439 010542
3440 010550

15:39

MOV

: STACK

010370
010376
010404
010412
3425 010420
3426 010424
3427 010432
3428
3429 010434

012737
012737
012737
012737
000137
132737
001016

002176
002200
002202
002204

010370

010506
010514
010522

FEB

CHARACTER

010300
010304
010312
010316
010322
010326
010334
010342
010350

001022

MACRO M1200

MSG

:BR IF

; TAKE

YES

QUEVE “DEVICE FATAL” ERROR o 31
MOV

ERROR

EXIT

:SEE IF ACTUAL BIT = 1
:BR IF YES

MOV
MOV
MOV

97 .EOF ,ERRTYP
#31,ERRNBR
9EM16, ERRMSG
®ERR12,ERRBLK

CNDMDAO DMv1l LINE UNIT
....RXCHAR

RECEIVE

DIAGE

MACRO M1200

;STACK

010552
010560
010566
010574
3443 010602

012737
012737
012737
012737
000137

000001
000040
0184265
021714
011274

3446 010612
3447 010614
3448 010622

132701
001022
132737
001440

000004

3449

000004

002176
002200
002202
002204

012737
012737
012737
012737
000137
132737
001016

000001
000041
014712
021714
011274
000004

010670
010676
010704
010712
3456 010720
3457
3458 010724
3459 010730
3460 010732

012737
012737
012737
012737
000137

000001
000042
014738
021714
011274

132701
001022
132737

000002

010046

012737
012737
012737
012737
000137
132737
001016

000001
000043
014516
021718
011274
000002

002176
002200
002202
002204

010046

3467

010046

128
4RABGA,2$
13

GTOF

EM39,ERR12

“RABGA NOT

CLEARED"

012737
012737
012737
012737
000137

000001
000044
014537
021714
011274

132701
001022

000001

002176
002200
002202
002204

;: TAKE

MSG

NP
208
;:CHECK REOM BIT
133
8IT8
OREOM,R1
BNE
14
8IT8
OREOM, 2
BEQ
15%
;:STACK “REOM NOT CLEARED"” MSG
GTOF
EM30,ERR12

{SEE IF ACTUAL BIT
;:BR IF YES

QUEUE

JMP
8IT8
BNE

20%
OREOM, 2
15$

GTOF

EM31,ERR12

QUEUE

= 0O

MOV
MOV
MOV
MOV

“DEVICE FATAL" ERROR & 34
MOV
MOV
MOV
MOV

EXPECTED BIT

;

“DEVICE FATAL“ ERROR &

YES

QUEUVE

s TAKE ERROR EXIT
;SEE IF ACTUAL BIT
;BR IF YES

QUEUVE

MOV
MOV
MOV
MOV

; TAKE

ORSOM,R1
16$

;SEE IF EXPECTED BIT
;B8R IF YES

o7 .EDF ,ERRTYP
235,ERRNBR
@EM30, ERRMSG
SERR12,ERRBLK

"DEVICE FATAL” ERROR 2 36

20%

oT .EDF ,ERRTYP
¢34 ,ERRNBR
9EMA0
, ERRMSG
#ERR12,ERRBLK

BIT

o7 EDF ,ERRTYP
833, ERRNBR
0EM39
, ERRMSG
@ERR12, ERRBLK

;:BR IF YES
;SEE IF ACTUAL

;BR

o7 .EDF ,ERRTYP
432 ,ERRNBR
#EM14 ,ERRMSG
9ERR12,ERRBL
¥

; TAKE ERROR EXIT

;

JMP
;CHECK RSOM BIT
158
8IT8
BNE

“DEVICE FATAL” ERROR & 33

;: TAKE ERROR EXIT
;SEE IF ACTUAL BIT
;:BR IF YES

;SEE

ERROR EXIT

;

14%:

“DEVICE FATAL” ERROR &
MOV
MOV
MOV
MOV

;5EE IF EXPECTED BIT
:BR IF YES

JMP
204
8ITB
ORABGA,2$
BNE
13
“RABGA NOT SET" MSG
GTOF
EM40,ERR12

;STACK "REOM NOT SET" MSG

3468 011006
011006
011014
011022
011030
3469 011036
3470
3471 011042
3472 011046

12%:
;STACK

002176
002200
002202
002204

BNE
8178
8EQ

QUEUE

002176
002200
002202
002204

3463 010742

010742
010750
010756
010764
3464 010772
3465 010776
3466 011004

SEQ 0078

"ROR NOT SET" MSG
GTOF
EM14,ERR12

JMP
20%
;CHECK RABGA BIT
11$:
8IT8
#RABGA,R1

;STACK

010624
010632
010640
010646
3451 010654
3452 010660
3453 010666
3454
3455 010670

001440

PAGE S51 2

;

010046

3450 010624

3461 010740
3462

Né,
15:39

A CHARACTER

3441
3442 010552

3444
3445 010606

22 FEB 84

MOV
MOV
MOV
MOV

ERROR EXIT

T .EDF ,ERRTYP
036, ERRNBR
9EM31
, ERRMSG
9ERR12,ERRBLK

CNOMDAO DMVl
... .RXCHAR

3473 011050
3474 011056
3475
3476 011060

LINE

UNIT

RECEIVE

132737

001440

DIAG?

000001

012737
012737
012737
012737
000137
132737
001016

000001

011124
011132
011140
011146

011154

012737
012737
012737
012737
000137

000001
000046
014501
021714
011274

011160
011164

005001

116502

000004

011166
011174
011176
011202
011204

001004
004537
000001
103433

136527

000005

011206
011210

020102
001415

011212
011220
011222
011226
011230

136527
001004
004537
000000
103421

011232
011236
011240
011242

004537
000001
005201
000751

011244
011252
011254
011260
011262

001004
004537
000001
103404

011264
011270
011272
011274
011300
011302
011304

014460
021714
011274
000001

(oo FEB 84

15:39

PAGE

3
SEQ 0079

010046

MRSOM,
24

GTDF

EM28,ERR]2

002176

002200
002202
002204

010046

16%:

002176
002200
002202
002204

000040

204
ORSOM,
24
17¢
"RSOM NOT SET” MSG
GTOF
EM29,ERR12
JMP
BITe
BNE

"DEVICE FATAL'

1 TAKE ERROR EXTT

$GEE IF ACTUAL BIT
s8R IF

YES

QUEUE

ERROR @ 37

MOV

MOV
MOV
MOV

437 ,ERRNBR
oEM28 ,ERRMSG
#ERR12,ERRBLY

"DEVICE FATAL"” ERROR @ 38

MOvBe

4(RS),R2

1GET DESIRED NO. OF CYCLES
s INIT CYCLE COUNT

18%:

eITse

S(RS),BIT5

1o
1+

CLR

000200

22%:

19%¢:

006122

308 :
20¢:
21s:

BNE
JSR

31¢
RS,CKRACT

8cCs

208

cHP

R1,R2

8IT8

S(R5),e81T77

BEQ

19¢

ERROR EXIT

IS RXACT CHECK
BR IF YES

MOV
MOV

oT _EDF ,ERRTYP
038 ,ERRNBR

MOV

12 ,ERRBLK
®ERR

TO BE

$:SEE IF REQUIRED CYCLES DONE YET

18R

1o SEE

YES

IF INITIAL RDA CHECK DESIRED

224
RS ,CKRDA

8cs

208

1BR 1O EXIT IF ERROR

fSR

RS,STEPLU

1CLOCK LU FOR 1 CYCLE

INC
BR

R1
184

s INCR CYCLE COUNT
s CONTINUE CLOCKING

8IT8

S(RS5),e81I76

IFNO

sCHC FOR RDA

= O

s+ IS FINAL RDA CHECK

BNE
JSR
1
8CS

304
RS,CKRDA

s¢ BR IF YES
;CHIK RDA = )

204

;B8R IF ERROR

ADD
CcLC

6 ,R5

sFIX UP RETURN ADRS

ADD

SEC

MOV
MOV

IF ERROR

BNE
JSR

B8R

DISABLED

SEM29,ERRMSG

;CHIKC FOR RACT »« 1
$1BR TO EXIT

TO BE SKIPPED

1SET C = O FOR NO ERROR
1 TAKE ERROR-FREE

#6,R5

tFIX

(SP)s ,R2
(SP)+,R1

sRESTORE R2
tRESTORE R1

EXIT

UP RETURN ADDRESS

1SET C BIT FOR ERROR

o7 EDF ,ERRTYP

17%:

000006

QEVE

s TAKE

006122

062705

= O

ACTUAL BIT

YES

318:

000100

JMP

011540

sSEE IF

1BR

g 01Y)

005622

000005

8lt8

178
8€EQ
$STACK “RSOM NOT CLEARED"” MSG

$STACK

136527

000241
000403
062705
000261
012602
012601

MACRO M1200

A CHARACTER

011060
011066
011074
011102
3477 011110
3478 011114
3479 011122

3480
3481 O11124

C/
CNOMDAQ DMV11

LINE

... .RXCHAR

RECEIVE

5220 011306
cl

UNIT

000205

DIAGE

MACRO M1200

> FEB 84

15:39

PAGE

51 4
S€q9 GOBO

A CHARACTER
RTS

$RETURN

CNDMDAC DMV11 LINE UNIT DIAG?2
....RCv.1SY
3523
3524
3525
3526
3527
3528
3529
3530
3531
3532
3533
3534
3535
3536
3537
3538
3539
3540
3541
3542
3543
3544
3545
3546
3547
3548
3549
3550
3551
3552
3553
3554
3555
3556
3557
3558
3559
3560
3561
3562
3563
3564
3565
3566
3567
3568
3569
3570
3571
3572
3573
3574
3575
3576
3577
3578
3579

MACRO M1200

D/
22 FEB 84

15:39

PAGE S52

. RECEIVE FIRGT CMARACTER OF MESSAGE
.SBTTL

‘

....RCV1ST

SEG

-- RECEIVE FIRST CHARACTER OF MESSAGE

1008080008040 40000004008000004808800800888000040000000600000000004000000000080000080080

t¢ RCV1IST - THIS SUBROUTINE RECEIVES THE FIRST CHAR OF A MESSAGE AND MONITORS
ie
THE STATUS OF THE RECEIVER. FIRST, A CHECK IS MADE FOR RXACT = O,
;e

RDA

se
ie

RDA = 1. THE PROGRAM CHECKS FOR TMIS TO OCCUR WITHIN 3 CYCLES AFTER
THE NO. OF CYCLES PASSED IN THE SECOND WORD FOLLOWING THE CALL.

ie
10

IS STACKED, AND THE C-BIT SET, WHICH LEAVES THE ERROR REPORTING AT THE
DISCRETION OF THE CALLING ROUTINE OR SUBROUTINE,

THE

RSA

0O,

RSOM

SUBROUTINE

DETECTS

THEN,

THE

AN ERROR,

LINE

THE

UNIT

ERROR

CLOCKED

UNTIL

INFORMATION

CALLING SEQUENCE

.WORD

JSR

RS,RCV1ST

1088400004800 0844008084008000880002808003800880400080080000000000000000000080008808000

011310
011310
011312
011314

011316

011320
011324

011330

011332
011334
011340
011342
011344
011350
011352
011354
011360
011362
011364
011370

011372
011374
011402
011404
011406
011410
011414
011416
011420
011424
011426
011432
011434
011436
011442
011444
011446
011450
011452
011454

01C146
010246
005001
012502
062702
004537
000000

103446
004537
000000
103442
004537
000000
103436
004537
000001
005201
004537
122000
000000
132737
001006
020102
002762
004537
000001
103414
020165
002004
004537
000000
103405
004537
000001
103401
000241
012602
012601
000205

RCV1ST:
MOV

R1,-(SP)

1 SAVE R1

CLR

s INIT CYCLE

MOV

MOV
ADD

000003
005622

R2, -(SP)

(R5)+,R2
93,.R2

s SAVE P2

sGET

"DOUNT

CYCLE

COUNT

JSR

RS,CKRACT

;CHC FOR RXACT

006122

8CS
gSR

6
RS,CKRDA

:BR TO EXIT IF ERROR
;CHK FOR RDA = 0

006562

8CS
gSR

6
RS ,CKSEOM

sBR TO EXIT IF ERROR
sCHK FOR RSOM = O, REOM

B8CS

iBR TO EXIT IF ERROR

INC
JSR
USTATR
. WORD
8IT8
BNE

R1
RS.READI

s INCREMENT CYCLE COUNT
;READ USYRT STATUS REG

1)
ORDA,2$
3

$SEE IF RDA SET
s8R IF YES

8LT
fSR

18
RS ,CKRDA

;BR IF NOT YET
1GO0 STACK “RDA NOT

011540

1s:

003534
000200

011372

2%:

fSR

oty o4

006122

177776

006122
005622

R1,R2

= O

sCLOCK LU FOR 1 CYCLE

YET

$sSEE IF LIMIT EXCEEDED
SET" M3G

BCS

1BR TO EXIT

BGE
gSR

44
RS ,CKRDA

s8R IF NOT
$1GO STACK "RDA NOT CLEARED" MSG

8CS

1BR TO EXIT

s8R TO EXIT IF ERROR

cHP

JSR

Ss:
6%:

RS,STEPLU

LIMIT

8cs

CLC
MOV
MOV

RTS

R1, -2(R5)

RS,CKRACT

(SP)+,R2
(SP). ,R1

$SEE

LESS

IF ERROR

THAN REQUIRED

IF ERROR

sCHK FOR RXACT

tCLEAR C BIT FOR NO ERRORS
tRESTORE R2
;RESTORE R1
sRETURN

CYCLES

(WITH C BIT

ERROR)

0081

CNDMDAO DMV11l LINE UNIY
....ENDTRN

3601
3602
3603
3604
3605
3606
3607
3608
3609
3610
3611
3612
3613
3614
3615
3616

MACRO M1200

22 FEB-84

15:39

PAGE

SEQ 0082

SHUT DOWN TRANSMITTER/RECEIVER
.SBTTL

....ENDTRN

SHUT DOWN TRANSMITTER/RECEIVER

10080800000 8000000000000000080008800000000000000000000000000000004000000000000

;¢ ENOTRN - THIS SUBROUTINE TERMINATES A MESSAGE B8v CLEARING TXEN AND RXEN,
CLOCKING THE LINE UNIT FOR THE NUMBER OF CYCLES PASSED IN THE WORD

FOLLOWING THE CALL,
RECEIVER TO BE SHUT

AND CHECKING FOR
DOWN.

THE

USYRT

TRANSMITTER AND

IF THE SUBROUTINE DETECTS AN ERROR, THE ERROR INFORMATION
IS STACKED, AND THE C-BIT SET, WHICH LEAVES THE ERROR REPORTING AT
DISCRETION OF THE CALLING ROUTINE OR SUBROUTINE.
NOTE
:

THIS ROUTINE

ASSUMES

THAT

TTLOOP SHOW
D BE

THE

ENARLED.

CALLING SEQUENCE :
RS,ENDTRN
JSR
<NO. OF CYCLES TO CLOCK>
1080050880888 08804048484048040448888480080000080080408800000040080008000008000000000208

011456
011456
011462
011466
011470
011472
011476
011500
011502
011506
011510
011512
011516
011520
011524
011526
011530
011534
011536

012537
004537
000001

011516
005462

004537
000001

005622

103422

103416
004537

ENDTRN:

005462

:GET DESIRED NO. OF CYCLES TO CLOCK
;CHK FOR TXACT

8CS
JSR

64
RS,CKRACT

t1BR IF ERROR
;CHK FOR RXACT

8CS
JSR
VIAORS

64
RS, WRITEI

003660
011540

(R5).,2%

MOV
JSR
1

2s:

005622
68

TTLOOP
JSR
.WORD
JSR
0
8CS
JSR

0
RTS

RS,CKTACT

R5,STEPLY
©

3581
3582
3583
3584
3585
3586
3587
3588
3589
3590
3591
3592
3593
3594
3595
3596
3597
3598
3599
3600

DIAG?Z

;CLEAR TXEN AND RXEN IN USYRT
; oo BUT LEAVE TTLOOP ENABLED e»

;CLOCK LU FOR DESIRED NO. OF CrCLES

RS,CKTACT

;CHK FOR TXACT

= O

64
R5,CKRACT

;BR IF ERROR
;:CHK FOR RXACT

= O

CNDMDAO DMv1l LINE UNIT
«...STEPLU
3618
3619
3620
3621
3622
3623
3624
3025
3626
3627
3628
3629
3630
3631
3632
3633
3634
3635
3636
3637

CLOCK

b/
DIAG?

THE USYRT N

MACRO M1200

22 FEB 84

15:39

PAGE

SEG 0083

TIMES

LSBTTL

.. ..STEPLYU

CLOCK

THE USYRT N TIMES

1080080404480 0400400080008040000008808040048080480040000800820480000808404000800080080

3¢

STEPLU

THIS SUBROUTINE CLOCKS
IN

THE

THE LINE UNIT FOR

WORD FOLLOWING

1 &

SET UP FOR T1 ONE-SHOT MODE, AND THE T1 LATCMES MUST BE PREVIOUSLY
TO CONTROL THE WIDTH OF THE CLOCK PULSE. ALL THAT THIS SUBROUTINE
DOES IS TO LOAD 000 INTO THE HI BYTE OF THE T1 COUNTER, FOR THE
OESIRED NUMBER OF TIMES.
JSR
.WORD

CALL.

THE

VIA

ACR MUST

CYCLES

PASSED

CALLING SEQUENCE

THE

THE NUMBER OF

PREVIOUSLY

SET

R5,STEPLU
<NUMBER OF

CYCLES

TO CLOCK>

1808880888888 88080808880880¢4008808000088008808000080080084840000004080008080200

011540
011540
011542
011544

011550
011552
011554

3638 011556

3639 011560
3640 011562
3641
3642
3643
3644
3645
3646

010146
012501
004537

120005

000000
005301
001372
012601
000205

STEPLV:
003660

1¢:

MOV
MOV
JSR
VIAT18

R1,-(SP)
(R5).,R1
RS,WRITEI

; SAVE R1
s INIT CYCLE COUNTER
:LOAD T1C-H, START COUNTER,

DEC
BNE
MOV

R1
1$
(SP)+,R1

:DECR CYCLE COUNTER
1BR IF ALL CYCLES NOT DONE
sRESTORE R1

000

RTS

;RETURN

CLOCK

YET

CYCLE

CNDMDAO DMv1l LINE UNIT

GLOBAL ERROR REPORT

DIAGR

MACRO M1200

22 FEB 84

G/
15:39

PAGE 55

5EQ 00B4

SECTION

§643

.SBTTL

3650
3651
3652
3653
3654
3055
3656
§6§;
6
3659
3660
3661
3662
3663
3664
3665
3666
3667

3717771077777 777777777277777777777277772277277277277727777777777727277777777
Y4
THE GLOBAL ERROR REPORT SECTION CONTAINS ERROR MESSAGES
Y4
THAT ARE USED IN MORE THAN ONE TEST.
$/ /1111777777777 777277777727272777277777777707777777277772/777/77702/727772777

GLOBAL ERROR REPORT

SECTION

011564

045

116

045

.NLIST
ENDEMB:

BEX
.ASCIZ

/sNuN/

011574
011631
011715
011753
012006
012013
012046
012111
012176

045
045
045
045
045
045
045
045
045

116
116
116
116
116
116
116
116
116

045
045
045
045
045
045
04S
045
045

FMT2:
FMT3:
FMT4:
FMT4A:
FMT4AB:
FMTAC:
FMTS:
FMTSA:
FMT7:

.ASCIZ
ASCIZ
LASCIZ
_ASCIZ
.ASCIZ
.ASCIZ
LASCIZ
_ASCIZ
.ASCIZ

/uNsSAFAILING REG « #TwASEL%01/
/#NsA
EXPECTED:
#03%A
ACTUAL:
®03#A
XOR:
=03/
/9NeATHE CONTENTS OF ALL®THN®T/
/#uNeS103%SS%03%S554038SS5%03/
/wNsT/
/wNsSSe#038S5#03%S5%03455%03/
/#NeA
WHEN #03#A LOADED INTO BSEL1l/
/«uNeA
ATTEMPTING "M-LOOP” FUNCTION CODE #02%A (#TeA)/
/wNSAMDIAG 0w03#A FAILED/

3669
3670
3671
3672
3673
3674
3675
3676
3677
3678
3679
3680
3681

012226
012302
012323
012342
012351
012417
012434
012466
012540
012563
012625
012704
012765

045
045
045
045
045
045
045
045
045
045
045
045
045

116
101
116
116
116
123
101
101
116
116
101
116
116

045
040
045
045
045
062
040
040
045
045
040
045
045

FMT10:
FMT10A:
FMT11:
FMT12:
FMT13:
FMT14:
FMT1S:
FMTISA:
FMT16:
FMT16A:
FMT17:
FMT17A:
FMT178:

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
_ASCIZ
_ASCIZ2
.ASCIZ
_ASCIZ
.ASCIZ
.ASCIZ
_ASCIZ
_ASCIZ
.ASCIZ

/sNsA
EXPECTED:w08%A
ACTUAL :#08%A
XOR:%08/
/#A
LSI ADDR:#08/
/#wNw08%08%08%08/
/«uNsNsT/
/wNsTe03%S524038S52%03%S2803852403%S52803/
/wS2#03%S2#03/
/#A
DETECTED IN sSTeTsA --/
/wA
DETECTED 8 TEST PATTERN ELEMENT o wD2/
/wNsTe03%S44034S%03/
/sNwTe03%SH03%S%03%S44038S8038S%03/
/#A
VALUE SENT TO NPR CONTROL REGISTER:
=03/
/«NsA
VALUE READ FROM CONTROL REGISTER:
%03/
/#NsA
LSI-11 MEMORY ADDRESS ACCESSED:w%08/

3684
3685
3686
3687
3688
3689

013120
013151
013161
013203
013262
013275

116
124
116
101
116
117

04S
045
045
105
OAS5
063

FMT19:
FMT21:
FMT22:
FMT23:
FMT24:
FMT25:

.ASCIZ
.ASCIZ
.ASCIZ
_ASCIZ
_ASCIZ
_ASCIZ

/#NSATEST #D28A NOT RUNSN/
/#TH0O6%N/
/uNeAFAILING REG: /
/#AEXPECTED: wO3#SSSAACTUAL:
/wNsTeENSTEN/
/#03%SS#03%SS5%036SSH03I%N/

3693
3694
3695
3696
3697

013423
013430
013465
013533
013565

3698 013616
3699 013662
338? 013725

045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045

124
116
116
116
116
116
1156
116

045
045
O4S
045
045

045
045
045

FMT29:
FMT30:
FMT31:
FMT32:
FMT39:
FMT40:
FMTS50:
FMTS51:

_ASCIZ
.ASCIZ
_ASCIZ
.ASCIZ
_ASCIZ
.ASCIZ
.ASCIZ
_ASCIZ

3702 014007
3703 014046

122
125

105
123

107
131

EM1:
€EM2:

011571

gggg 013040

3690 013325
3691 013360
3692 013367

3704

014115

045

115

116

123
124
101

111

000

045

064
O4S
105

103

NEWLIN:

FMTL7C:

FMT26:
FMT27:
FMT28:

EM3:

.ASCIZ

.ASCIZ
_ASCIZ
.ASCIZ

.ASCIZ
.ASCIZ

.ASCIZ

/uN/

/#NwA

sUSED TO TERMINATE ERROR MESSAGES

INFORMATION ON THE FIRST OF #DS#A ERRORS:/

#03#SSHAXOR:

sS03%N/

/#SAs03%SSE034SS8038SSH03uN/
/sTeTeN/
/wAEXTENDED REG AX#O1#A-#TeN/

/«TsN/
/«#WNeAFOR BAUD RATE SPECIFIED,/
/#NsAIMPROPER CONNECTOR TYPE SPECIFIED/
/#NeAFOR OPTION SPECIFIED,”/
/«NeATEST #D2s8A NOT RUNEN/

/wNsAFAILING RAM ADRS: #06%A (OCT )N/
/#NsARESPONDING ADRS: #03#A (OCT)uN/
/#NeAEXPECTED COUNT: sD1xA
ACTUAL COUNT:
/REG NOT INITIALTZED BY MST CLR/
/USYRT NOT INITIAL1ZED BY PROGRAM RESET/
/MICRO-DIAG.

FAILURE/

sD1sN/

L/
CNDMDAO DMvL1

LINE

UNIT

DIAG2

MACRO M1200

22 f¢B

15:39

PAGE S5

GLOBAL ERROR REPORT SECTION
3705
3706
3707
3708
3709
3710
3711
3712
3713
3714
3715

014141
014156
014206
014236
014265
014301
014327
014347
014375
014427
014460
3716 014501
3717 014516
3718 014537
3719 014554
3720 014603
3721 014626
3722 014654
3723 014675
3724 014712
3725 014734
3726 014752
3727 014773
3728 015010
3729 015035
3730 015062
3731 015107
3732 015142
3733 015175
3734 015234
3735 015270
3736 015330
3737 015352
3738 015366
3739 015406
3740 015425
3741 015500
3742 015527
3743 015545
3744 015567
3745 015605
3746 015627
3747 015644
3748 015665
3749 015701
3750 015721
3751 015735
3752 015755
3753 016011
3754 016031
3755 016055
3756 016112
3757 016141
3758 016156
3759 016172
3760 016213
3761 016233

115
116

116
122

122
122
122
122
111
111
122
122
122
122
124
124
122
122
122
122
122

117
117
123
123
123
101

117
117
105
105

124
122
122
122
122
125
124
124
122
122
124
124
122
122
122
122
122
103
103
111
115
103

103
103
103
115

122
125
125

117
117
117
117
105
116
116

123
123
105
105
130
130
103
105
105

101
101
126
126

127
127
127
123

104
104
126
126
130
124
124
105
105
123

130
130
130
102
102
104
104
123
123
101
101
101
116
117
124
124
101
101
117

EMS:
EM6:
EM13:
EML4;:
EM15:
EM16:
EM2S:
EM26:
EM27:
EM28:
EM29:
EM30:
EM31:
EM32:
EM33:
EM34:
EM3S:
EM36:
EM39:
EMA0;
EMAl;
EMA2:
EMAS:
EM44
EMAS:
EMAT7;
EMAS:
EMA9;

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.A5CIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCI2
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

EMS1:
EMS4:
EM60:
EM6S:
EM66:
EM67:
EM68:
EM69:
EM70:
EM71:
EM72:
EM73:
EM74;
EM7S:
EM76:
EM77:
EM78:
EM79:;
EMB0:
EM81:
EM82:
EM83:
EM84:
€EM8S:
EM86:
EM87:
EM88:

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

EMA:

EMS0:

.ASCIZ
.ASCI2Z
.ASCIZ

/MRDY
/NULL

TIMEOQUT/
CLK BIT STUCK

/NULL CLK BIT

STUCK AT

/ROR NOT CLEARED BY SOM/
/ROR NOT SET/
/ROR NOT (L EARED BY QC/
/ROR NOT CLEARED~/
'READ/WRITE DATA ERROR’
/INCORRECT DATA CHAR RCv‘'D/
/INCORRECT CRC BYTE RCV'D/
/RSOM NOT CLEARED/
/RSOM NOT SET/
/REOM NOT CLEARED/
/REOM NOT SET/
/TXDATA BIT NOT CLEARED/
/TXDATA BIT NOT SET/
/RCV'D DATA MISCOMPARE/

/RERR NOT CLEARED/
/RERR NOT SET/
/RABGA NOT CLEARED/
/RABGA NOT SET/
/OVRR NOT CLEARED~/
/0VRR NOT SET/
/SW PACK €1 INCORRECT/
/SW PACK #2 INCORRECT/
/SW PACK #3 INCORRECT/
/ASSEMB BIT COUNT INCORRECT/
/000 VRC PARITY BIT NOT SET/
/7000 VRC PARITY B8IT NOT CLEARED/
/EVEN VRC PARITY BIT NOT SET/
/EVEN VRC PARITY BIT NOT CLEARED/
/TX UNDERRUN ERROR/
/RTS NOT SET/
/RTS NOT CLEARED/
/REG MISCOMPARE/
/REG NOT INITIALIZED BY UNIBUS RESET
/USYRT STATUS INCORRECT/
/TXACT NOT SET/
/TXACT NOT CLEARED/
/RXACT NOT SET/
/RXACT NOT CLEARED/
/TBMT NOT SET/
/TBMT NOT CLEARED/
/QDA NOT

SET/

/RDA NOT CLEARED/
/RSA NOT SET/
/RCA NOT CLEARED/
/RA1 ERROR LOADING MICROCOOE~/
/CARRIER NOT SET/
/CARRIER NOT CLEARED/
/INVALID ERROR CODE FROM 6502/
/MCOEM STATUS INCORRECT/
/C1S NOT CLROD/
/7/CIS NOT SET/
/CARRIER NOT CLRD/
/CARRIER NOT SET/
/7MODEM RDY NOT CLRD/

(INIT)/

CNDOMDAO DMv1l LINE UNIT
GLOBAL ERROR REPORT

3762 016256
3763 016300
3764 016331
3765 016366
3766 016422
3767 016442
3768 016466
3769 016530
3770 016607
3771 016665
3772 016735
3773
3774
3775
3776
3777
3778
3779 017005
3780 017043
3781 017105
3782 017144
3783 017207
3784 017237
3785 017277
3786 017340
3787 017342
3788 017365
3789 017455
3790 017545
3791 017565
3792 017605
3793 017625
3794 017677
3795 017735
3796 020005
3797 020033
3798 020050
3799 020106
3800 020150
3801 020163
3802 020220
3803 020261
3804 020315
3805
3806 020355
3807
3808 020357
3809 020363
3810 020377
3811 020414
3812 020436
3813 020457
3814 020507
3815 020521
3816
3817 020556
3818 020574

DIAG?

MACRO M1200

202 FEB

15:39

PAGE

55 2
5EQ 008s

SECTION

115
122
122
124
124
124
125
125
125
125
124

117
165
105
102
123
123
123
123
123
123
122

104
103
103
115
117
117
131
131
131
131
101

EM89:
EM90:
EMO1:
EMI2;:
EM100:
EM101:
EM102:
EM103:
EM104:
EM105:
EM106:

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/MODEM RDY NOT SET/
/RECEIVER OVERRUN NOT SET/
/RECEIVER OVERRUN NOT CLEARED/
/TBMT INTERRUPT TEST FAILURE/
/7SO BIT NOT SET/
/7SO BIT NOT CLEARED/
/USYRT RESPONDED TO THE WRONG ADDR/
/USYRT DION’'T RESPOND TO SECONDARY STATION ADODR/
/USYRT DIDN'T RESPOND TO ALL-PARTIES-ADDR(377)/
/USYRT ASSEMBLED BIT COUNT WAS INCORRECT/
/TRANSMISSION ERROR (AS READ BY TS50 BIT)/

... TEXT STRINGS FOR ERROR HANDLERS

105

040

105

040

131

040

105
105
130
103
117
116
040
126

131
123
040
101

102

103
040

101

114

120
101
111
122
122
124
104
114

126

111
122

101
102

117

TXT1:
TXT2:

TXT11:
TXT11A:
TXT118:
TXT12:
TXT13:
TXT14:
TXT1S:
TXT16:
TXT17:
TXT18:
TXT19:
TXT20:

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

TXTNUL¢

.BYTE

21.0

TXTMLO:
TXTMLL:
TXTMLZ:
TXTMLS:
TXTMLA

/NOP/
/READ 1 BYTE/
/WRITE 1 BYTE/
/NPR-QUT 256 BYTES/

TXTMLG:
TXTML7:

.NSCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

TXTVR:
TXTVRO:;

.ASCIZ
.ASCIZ

/VIA REGISTER
/0RB/

TXT2A:
TXT28:
TXT3:
TXT4:
TXT4A:

TXTS:
TXT6:
TXT7:
TXT7A:
TXT8:
TXT9:
TXT10:

TXTMLS:

"TxT

/BSELO
BSEL1
BSEL3/
BSEL2
/
BSEL4
BSELS
BSEL6
BSEL7/
/BSEL10
BSEL11
BSEL12
BSEL13/
/
BSEL14
BSEL1S
BSEL16
/ BYTE SELECT REG'S ARE:/

SELO

SELECY

SEL?2

;B/ SEL10

SEL6/

SEL14

REG'S ARE:~/
ORB
T2CL

OUT

CSR ADDRESS

SEL16/

ORA
ODRB
T2CH SR

/
/
/
R
E
CONTROL

/DEVICE

SELA

SEL12

/ REGISTERS
/
/7 EXPECTED:
/7 ACTUAL
:
/ XOR:
/
N
P
R
/

BSEL17/

I
A

DDRA
ACR

ADDR.

E
IN

TiCL
PCR

T1CH
IFR

TIiLL

TiLM

IER

ORA

S:/

ADDR./

ZUSYRT REGS :/
/RDSRL
ROSRH
TOSRL
TOSRH/
/
PCSARL
PCSARH
PCR
USTAT/
/VIA REGS :/
/0R8
ORA
DORB
DDRA/
/
TiCL
T1CH
TiLL
TiLH/
/T2CL
T2CH
SR
ACR/
/
PCR
IFR
IER
ORA/

;CTL

/NPR-IN 256 BYTES/

/SET MICROPROCESSOR'S PC/
/UNDEF INED/
/ALLOW U-PROCESSOR INTERRUPTS/
/

THIS

(WE

HOPE)

HARMLESS

J
CNOMDAO DMV11l

LINE

UNIT

DIAGZ2

MACRC M1200

15:39

020600
020604
020611
020616
020623
020630
020635
020642
020647
020654

117
104
104
124
124
124
124
124
124
123

122
104
104
061
061
061
061
062
062
122

101
122
122
103
103
114
114
103
103
000

TxTVR1:
1IxTVR2:
TXTVR3:
TXTVR4:
TXTVRS:
TXTVR6:
TXTVR7:
TXTVR8:
TXTVR9:
TXTVRA:

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/ORA/
/DDR8~/
/DDRA/
/T1CL/
/TiCH/
/TiLL/
/TiLM/
,T2CL~/
/T2CH/
/SR/

3832 020673
ggg} 020677

111
117

105
122

122
101

TXTVRE:
TXTVRF:

.ASCIZ
.ASCIZ

/IER/
/ORA/

3829 020657
3830 020663
3831 020667

3835
3836
3837
3838
3839
3840
3841
3842

101
120
111

103
103
106

122
122
122

TXTVRB:
TXTVRC:
TXTVRD:

.ASCIZ
.ASCIZ
.ASCIZ

020703
020710
020720
020730
020740
0207SS
020772
021007

116
103
104
104
101
101
101
101

120
117
101
101
104
104
104
104

122
116
124
124
104
104
104
104

TXTNP:
TXTNPO:
TXTNP1:
TXTNP2:
TXTINP3:
TXTNP4:
TxXTINPS:
TXTNP6:

_ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
_ASCIZ
_ASCIZ
.ASCIZ

gg:g 021037

101

104

TxTNP8:

.ASCIZ

3843 021023

101

104

.ASCIZ
.ASCIZ

/USYRT REG
/RDSRL/

.ASCIZ

/USTAT/

123
104

131
123

TXTUR:
TXTURO:

3554 021140

125

123

124

TXTUR7:

3855

122
124
124
120
120
120

104
104
104
103
103
103

123
123
123
123
123
122

/NPR /
/CONTROL/
/DATA HI/
/DATA LO/
/ADDR. OUT EX/
/ADDR. OUT HI/
/ADDR. OQUT LO/
/ADOR. IN EX/

.ASCIZ
.ASCIZ

125
122

021074
021102
021110
021116
021125
021134

/ACR/
/PCR/
/IFR/

TXTINP7:

3846 021053
3847 021066

3848
3849
3850
3851
3852
TRS3

PAGE

PTXT_

....TEXT STRINGS FOR ERROR MANDLERS
3819
3820
3821
3822
3823
3824
3825
3326
3827
3828

22 FEB 84

’

TXTURL1:
TXTUR2:
TXTUR3:
TXTURA:
TXTURS:
TXTUR6:

.ASCIZ
.ASCIZ
,ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/ADDR.

/ADOR.

IN HI/

IN LO/
/

/RDSRH/
/TDSRL/
/TDSRH/
/PCSARL/
/PCSARMH/
/PCR/

3856

.LIST

.EVEN

BEX

gggg

.SBTTL

....TEXT ADDRESS TABLES FOR ERROR HANDLERS --

gggé

foccccememan

3857
3858

3863
3864 021146
021154
021162
3865
3866 021166

3867 021170

021176
021204

3868 021210
021216
3869 021224

020357
020414
020507
020556
020574
020611
020630
020642
020657
020673

"TXT_ T~

TEXT ADDRESS TABLES USED BY ERROR HANDLERS

------

-e

020363
020436
020521

020377
020457

TXTMLT:

.WORD

TXTMLO, TXTMLL, TXTHML2, TXTMLS, TXTMLAE , TXTMLS, TXTMLE, TXTML?

020600

020604

TXTVRT:

.WORD
.WORD

TXTVR
TXTVRO,TXTVR1,TXTVR2,TXTVR3,TXTVR4,TXTVRS,TXTVR6,
TXTVR?

020647

020654

. WORD

TXTVR8, TXTVR9, TXTVRA, TXTVRB, TXTVRC, TXTVRD, TXTVRE , TXTVRF

020616
020635
020663
020677

020623

020667

I/
CNOMDAO DMV11

LINE

UNIT

DIAG2

MACRO M1200

....TEXT ADDRESS TABLES FOR ERROR HANDLERS ~
3870 021230
3871 021232
021240
021246
3872 021254
021262
021270
3873
3874

020703
020710
020740
021007
021066
021110
021134

020720
020755
021023
021074
021116
021140

020730
020772
021037
021102
021125

22 FFB 84

*TXT

15:39

PAGE

55 4

TXTNPT:

.WORD
,WORD

TXTNP
TXTNPO, TXTNPL, TXTNP2 , TXTNP3, TXTNPE , TXTNPS, TXTNP6, TYTNRP7, TXTNPS

TXTURT:

.WORD

TXTURO, TXTURL, TXxTURZ, TXTURZ , TXTURA , TXTURS, TXTURG, TXTUR?

SEQ GUKE

CNOMDAQO DMVl

LINE

UNIT

DIAG2

MACRO M1200

..TEXT ADDRESS TABLES FOR ERROR HANDLERS
3876

3878

3877

O FEB 84

105037
010146
013701
022701
002012

021314
021316

010146
012746

021326

010600

021322

021330

012746

104415

021332
gggg 021336

062706
000424

3888 021340
3889 021342
3890 021344

001001
005001
022701

3891 021350
3892 021352
3893 021356
3894 021360

021%60
021364

021370
021374
021400

021402
3895 021404

3896 021410

3897 021412

3898 021416
021416
5899 021416

002002
012701
006301

016146
013746

012746
012746
010600
104415
062706
012601

004737

002331

SEG O0R9

....ERROR HANDLER
eeee--

BGNMSG

ERR4

ceee

eeme-

M LOOP

GDATA+1
R1, -(SP)
GDATA,R1
017,R1
S
oFMTS,R1

000007

000006

6%:
7s:

021146
002330

20$

BNE
CLR
cHP

64
R1
87.R1

B8GE
MOV

ASL
PRINTX

06, ,R1

R1
OFMTSA,GDATA, TXTMLT(R1)

021254
021053
012434
000003

021450
021452

104414
062706

000010

013746

002334

022352

MOV

SP,RO

JSR

ENDMSG

(SP)+,R1

PC,.ERRSS

CSPNTX
06,5P

:NO.,
THEN WE CAN HANDLE IT
;YES, THEN IT'S UNDEFINED -- SAY SO
;CONVERT TO A WORD OFFSET
;REPORT THE FAILING FUNCTION

MOV
MOV

TRAP
ADD

MOV

92,-(SP)

sIF IT WAS A 17, THIS IS A "NOP” AND
;
THE TEXT POINTER MUST SO REFLECT.
+IS FUNCTION CODE > 7?

000010

016146
012746
012746
012746

R1,-(SP)
oFMTS, (SP)

MOV
MOV
MOV

20%:

MOV
MOV

ADD

012111
000003

022724

TRAP

5$:

021426
021432
021436
021442

004737

ERR4
::
;MAKE SURE BIT 8 DOESN'T PRINT!
;SAVE THE WORKING REGISTER
1SAVE THIS FOR LATER
sWAS THIS AN M-LOOP REQUEST?
:YES, THEN REPORT THE FUNCTION CODE
iNO,
THEN IT MUST BE A BSEL1 SETTING

;RESTORE

TXTMLT(R1),-(SP)
GDATA, (SP)
OFMTSA, -(SP)
23,-(SP)
SP,RO
CSPNTX
10,SP

THE WORKING REGISTER

;0UMP THE SELECT REGISTERS
L10002:

104423

010600

TIMEOUT ERROR HANDL ING

MOV

000006

002342

021462

000002

113701
006301

3906 021456
3907 021462

012046

.SBTTL

021446

CLRB
MOV
MOV
cMP
BGE
PRINTX

002330
000017

gggg
3902 021420
021420
3903 021420
3904 021424
3905 021426

PAGE

"TXT__T~

.SBTTL

3879 021274
021274
3880 021274
3881 021300
3382 021302
3883 021306
3884 021312
3885 021314

15:39

TRAP

C$MSG

....ERROR HANDLER -- ERR7A -- USYRT REGISTER ERRORS
BGNMSG

ERR7A

MOVB
ASL
PRINTB

REGNUM,R1
R1
sAS PASSED,
OFMT15,8TXTUR, TXTURT(R1)

ERR7A:;:
THIS WAS A BYTE

OFFSET

MOV
MOV
MOV
MOV
TRAP
ADD

TXTURT(R1), -(SP)
@TXTUR, -(SP)
OFMT1S, -(SP)
a3, (SP)
SP,RO
C$PNTB
910,SP

MOV

XDATA, -(SP)

MOV

JSR
PRINTB

PC.XORGB
oFMT3,GDATA,BDATA,XDATA

CNDMDAO DMvil

LINE

. .ERROR HANOLER
021466
021472
021476
021502

021506
021510
021512

3308 021516

UNIT
-

021516
021522
021526
021530
021532

012746

021536

104423

3909 021536
021536

3910
3911
3912
3913
3914 021540

DIAGZ

ERR7A

013746
013746
012746
012746
010600
104414
062706
012746
010600

104414
062706

i1/

MACRO M1200

021540

3916

3917
3918
3919

3920
3921

3922

021544
021550
021554
021560
021562
021564
021570
021570
021574
021600
021602
021604
021610
021614
021616
021616
021622
021626
021632
021636
021640
021642
021646
021652
021652
021656
021662
021666
021672
021676
021700
021702
021706

PAGE 56

SEQ 0090

002332
002330
011631
000004

000012

PRINTB

' 000004

4ENDEMB

ENDMSG

013746
012746
012746
012746
010600
104414
062706

002422
020005
013151
000003

012746
012746
010600
104414
062706
013701
006301

013161
000001

016146
012746
012746
012746
010600
104414
062706
004737

021c54
021053
013360
000003

000010

000004
002342

000010
022352

002334
002332
002330
013203
000004
000012
023454

L10003:

....ERROR HANDLER

-- ERR10 -- USYRT REG ERROR (XOR

BGNMSG

ERR10

PRINTB

9FMT21,0TXT12,MPCSR

PRINTB

MOV
ASL
PRINTB

MOV
MOV
MOV
MOV

BDATA, (SP)
GDATA, -(5P)
OFMT3, -(SP)
44, (SP)

MOV

SENDEMB,
- (5P)

MOV
TRAP
ADD

011564
000001

.SBTTL

013746
013746
013746
012746
012746
010600
104414
062706
004737

15:39

USYRT REGISTER ERRORS

021540

3915 021540

22 FEB 84

MOV
MOV
TRAP
ADD

a1, -(sP)
SP,RO
CS$PNTB
04 ,5P

TRAP

C$MSG

REG PRINTOUT)

ERR10

MOV
MOV
MOV

MPCSR, (SP)
QTXT12,-(SP)
QFMT21, -(SP)

MOV

AHMT22,-(SP)

MOV
TRAP
ADD

SP,RO
C$PNTB

MOV
MOV
TRAP
ADD
oFMT22

REGNUM,R1
R1
;GET PTR
OFMT27,0TXTUR,TXTURT(R1)

JSR

PC, XORGB

oFMT23,GDATA,BDATA,
XDATA

MOV
MOV
MOV
TRAP
ADD

MOV
MOV

MOV

TRAP

ADD

PC,ERR12$

4 ,SP

TXTURT(R1), -(SP)

ATXTUR, -(SP)
oFMT27, -(SP)
03, -(SP)
SP,RO
CS$PNTB
910,5P

;COMPUTE XOR OF GOOD AND BAD DATA

MOV
MOV

JSR

23,-(SP)
SP,RO
CSPNTB
€10,5P

TO USYRT REG ASCII

MOV
MOV

PRINTB

SP,RO
CSIPNTB
012,5P

;GET & PRINT USYRT REGISTERS

XDATA, -(SP)
BDATA, -(SP)

GDATA, -(SP)
oFMT23, -(SP)
SP,RO

CSPNTB

212,5P

CNDMDAO DMv1l LINE UNIT
....ERROR HANDLER
3923 021712
021712
021712
3924
3925
3926
3927
3328 021714
021714
3929 021714
021714
021720
021724
021730
021734
021736
021740
3930 021744

021744
021750
021754
021756
021760

3931 021764
3932 021770
3933 021772
021772
021776

022002
022006
022012

022014
022016
3934 022022
3935 022026
022026
022026
3936
3937
3938

DIAGL2

ERR10

(22 FEB 84

USYRT REG ERROR (XOR,

15:39

N/
PAGE 56 2

SEQ 0091

REG PRINTO

ENDMSG

L10004:

104423

013746
012746
012746
012746
010600
104414
062706

002422
020005
013151
000003

012746
012746
010600
104414
062706

013161
000001

013701
006301

016146
012746
012746
012746
010600
104414
062706
004737

000010

MOV
ASL
PRINTB

021254
021053
013360
000003
000010
023454

JSR

REGNUM,R1
R1
:GET PTR
@FMT27,8TXTUR, TXTURT(R1)

PC.ERR12$

iGET

MOV
MOV
MOV
TRAP
ADD

MOV
MOV
MOV
MOV
MOV
TRAP
ADD
& PRINT USYRT REGISTERS
L10005:

104423
§ == m

.SBTTL

002422
020005
013151
000003

013746
012746
012746
010600

002342
013616
000002

C$M5G

oot

....ERROR HANDLER

OFMT22, -(SP)
e1,-(SP)
SP,RO
CSPNTB
04,SP

TO USYRT REG ASCII

ENDMSG

013746
012746
012746
012746
010600
104414
062706

TRAP

8
s meeee eeeeeeeean
- e - e
- e
- e
e
.SBTTL ....ERROR HANDLER -- ERR12 -- USYRT REG ERROR (USYRT PRINTOUT)
fommeee
meemeeeea-eaao.
Se
e
e
eee e eel o
il il
il o aeaas
BGNMSG
ERR12
ERR12::
PRINTB
&FMT21,4TXT12,MPCSR
MOV
MPCSR, -(SP)
MOV
0TXT12, -(SP)
MOV
OFMT21, -(SP)
MOV
43, -(SP)
MOV
SP,RO
TRAP
C$PNTB
ADD
©10,5P
PRINTB
oFMT22

000004
002342

ggig

3941 022030
022030
3942 022030
022030
022034
022040
022044
022050
022052
022054
3943 022060
022060
022064
022070
022074

MACRO M1200

TRAP

TXTURT(R1), -(SP)
OTXTUR, -(SP)

oFMT27, -(SP)
93, -(SP)
SP,RO
C$PNTB
#10,SP

C$MSG

aae e amemeeeaeeeeacaeeeeae
ceeean

-- ERR13 -- RAM ALURESS ERRORS

BGNMSG

ERR13

PRINTB

0FMT21,0TXT12,MPCSR

PRINTB

0FMTA40,REGNUM

000010

ERR13::
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

MPCSR, -(SP)
@TXT12, -(SP)
OFMT21, -(SP)
3, (SP)
SP,RO
C$PNTB
#10,5P

MOV
MOV
MOV
MOV

REGNUM, -(SP)
4FMT40, (SP)
@2, (SP)
SP.RO

CNOMDAO DMv1l LINE UNIT DIAGZ
....ERROR HANDLER

022076
022100
3944 022104
3945 022110
022110
022114
022120
022124
022130
022134
022136
022140
3946 022144
022144
022144
3947

- -

ERRLY

104414
062706
004737

013746

013746
012746
012746
010600
104414
062706

MACRO M1200

2o FEB 84

000006

JSR

022352

PRINTB

PAGE

SER GO92

PC ., XORGB

000004

000012

ENDMSG

L 10006

-----

.SB8TTL
§o-

....ERROR HANDLER

002422
020005
013151
000003

eeeeeaan

ERR20
e

BGNMSG

ERR2O

PRINTB

&#FMT21,0TXT12,MPCSR

amemer

®NnT23, (5P)
o4, (5P)
SP,RO
CSPNTB
el2,5P

TRAP

CsMSG

o= o-

GOATA, (SP)

mmmae

JSR
ENDMSC

PC.ERR12S

ERR20

MPCSR,
-(SP)
oTXT12, -(SP)
”#MT21, -(SP)
03, -(SP)
SP,RO

sGET

L10007:

....ERROR MANDLER

-- ERR21

USYRT

ERR21

PRINTB

oFMT21,0TXT12,MPCSR

#10,5P

TRAP
e

C$MSG
e

"“WRONG ADDR" ERROR

eeeeeeeceemeeeaccaaeacc
eeaaaaec
oo
e
aacaaeomaaaaann

BGNMSG

CSPNTB

ADD
€ PRINT USYRT REGISTERS

seeeeeecaseacaae
meeaemame
oo
e
aan

TRAP

.SBTTL

010346
012746
012746
010600
104414
062706
004737

MOv
MOV
MOV
TRAP
ADD

(SP,
(5P)

USYRT REG DUMP
e

104423

104414
062706

XDATA,
BDATA,

MOV
MOV
MOV
MOV
MOV

000010
023454

002422

MOV
MOV

MOV

8.-

013746
012746
012746
012746
010600

CsPNTB
06 ,5P

1COMPUTE XOR OF GOOD AND BAD DATA

104423

013746
012746
012746
012746
010600
104414
062706
004737

TRAP
ADO

#FMT23 GDATA,BDATA,XDATA

002334
002332
00233C
013203

frm me cm ecen

022204
022204
022204
022204
022210
022214
022220
022224
022226
022230
3961 022234
022234
022236
022242
022246
022250
022252
3962 022256
3963 022262
022262

15:39

-- RAM ADDRESS ERRORS

3943

3949
3950
3951 022146
022146
3952 022146
022146
022152
022156
022162
022166
022170
022172
022176
022202
022202
022202

ERR21

013151
000003

MOV
MOV
MOV
MOV
MOV

MPCSR, -(SP)
oTXT12, -(SP)
oFMT21, -(SP)
e3,-7SP)
SP.RO

000010

ADD

€10,5P

TRAP

PRINTB

OFMTSO,RS

sGET/PRINT

RESPONDING ADDRESS

013662

000002

MOV
MOV
MOV
MOV

RS, -(SP)
oFMTS0, -(SP)
02, -(SP)
SP,RO

ADD

6 ,5P

TRAP

023454

JSR
ENOMSG

PC,ERR12S

tGET £ PRINT USYRT REGISTERS
L10010:

CSPNTB

CIPNTB

CNOMDAQ DMVil LINE UNIT
....ERROR HANDLER
022262

3964
3965
3966
3967
3968 022764
022264
3369 022264
022264
022270
022274
022300
022304
022306
022310
3970 022314

022314
022320

022324

022330
022334
022336
022340

3971 022344
3972 022350

022350
022350

DIAG?

ERR21

MACRU M1200

USYRT

SO HEB 84

15:39

PAGE

56 4

SEB 0093

“WRONL ADDR' ERROR

104423

TRAP
8-

eeeeimeaeeann

LSBTTL
b

013746
012746
012746
012746

002422
020305
013151
000003

062706

000010

013746
013746
012746
012746

002332
002330
013725
000003

104414
062706
004737

000010
023454

010600
104414

010600

....ERROR MANDLER

mem

ERR22

eme

ERRP2?2

PRINTB

&FMT21,0TXT12,MPCSR

aitaceccceea
e
meieeaan

ceeeeescesmemecsaco-acaaaaaan

ERR22:
:

MOV
MOV

MPCSR, -(SP)
oTXT12,-(SP)

MOV
MOV
MOV
PRINTB

JSR

ENDMSG

ofMTS]1,GDATA,BDATA

sGET/PRINT

GOOD/BAD

BIT

oFMT21, -(SP2
03,-(SP)
SP,RO

TRAP

C$PNT8

ADD

#10,5P

MOV
MOV
MOV
MOV
MOV
TRAP

B8DATA, (SP)
GOATA, -(SP)
#FMTSL, -(SP)
e3,-(SP)
SP,RO
CSsPNTB

COUNTS

#10,5P

ADO

PC,ERR12S$

;GET & PRINT USYRT REGISTERS
L10011:

104423
.SBTTL

ASSEMBLED BIT COUNT ERROR

eeeee
e aeaaaa-

BGNMSG

CmsG

TRAP

CsMSG

....ERROR MANDLER SUBROUTINES

$1000600008004004000000000000000000000000000000004808080000800060804008008000484008000

jsss0ssssesees

SUBROUTINES

USED

ONLY

ERROR

HANDLERS

¢esescesesscsscssssnse

100000000000000000000080004600040040080000800600000080000000008000000000400000008
§--m--eemeeceeseceaceecacacamamececcamecncccacccccecaccacccmcnaaaananann

LSBTTL
§e-m mcece es

........ERROR HANDLER SUBROUTINE

022352
022354
022360
022356
022372
022374

010146
013701
013737
074137
012601
000207

002330
002332
002334

PERFORM EXCLUSIVE OR BETWEEN

THE RESWLT IN “XDATA*“

XORGB:

MOV
MOV
MOV
XOR
MOV
RTS

002334

SBTTL
§-

3997 022376
022376
022402
022406
022412
022416

012746
012746
012746
012746
010600

017005
017207
011715
000003

XORGB

secemececceeeecemeeeeseeememcmceaaccocencccccacoccaeaeaaaannan

3985
3986
3987
3988
3989
3990

R1, -(SP)
GDATA.R1
BDATA,XDATA
R1,XDATA
(SP). Rl
PC

"GDATA"

“BDATA” PUTTING

1PRESERVE WORKING REGISTER
1GET "GOOD” DATA
sAND "BAD" DATA
sPERFORM EXCLUSIVE OR
sRESTORE R1
s RETURN

........ ERROR HANDLER SUBROUTINE
=

ceeeeeeesceesecccaaccencne

ERR4S

cmeaacoaannn

IDENTIFY & DUMP THE BYTE SELECT REGISTERS

ERRAS

PRINTX

OFMT4,0TXT3,0TXT)

aee

MOV

MOV
MOV
MOV
MOV

m—aaaa

eTXTY, -(SP)

oTXT3, -(SP)
oFMT4, -(SP)
03, (SP)
SP,RO

DMVL1

LINE

UNIT

ERROR MANDLER
022420
022422
022426
022426
022432
022436
022442
022446
022452
022456
022460
022462
3999 022466
022466
022472
022476
022502
022504
022,506
4000 022512

022512
022516
0c2522

022526
022532
022536
022542

022544

022546
022552
022552
022556
022562
022566
022570
022572
4002 022576
022576
022602
022606
022612
022616
022622
022626
022630
022632
4003 022636
022636
022642
022646
022652
022654
022656
4004 022662
022662
022666
022672
4001

104415
062706

DIAG?

002214
002212
002210
002206
011753
000005

012746
012746
012746

0170432
012006
000002

104415
062706

000006

013746
013746
013746
013746
012746
012746

002224
002222
002220
002216
012013
000005

104415

062706

000014

012746

017105

012746
012746
010600
104415
062706

FEB

15:39

PAGE 56 5

000010

000014

010600

SEQ 0094

SUBROUTINE

013746
013746
013746
013746
012746
012746
010600
104415
062706

010600

D%
MACRO M1200

PRINTX

4FMT4A,B8SR0,B8SR1,BSR2
,BSR3

013746
013746
013746
013746
012746
012746
010600
104415
062706

002234
002232
002230
002226
011753
000005

012746
012746
012746
010600
104415
062706

017144
012006
000002
000006

013746
013746
013746

002244
002242
002240

000014

CIPNTX

MOV

BSR3
- (5
,

MOV

MOV
MOV

PRINTX

aFMT4B, 0TXT2

MOV
MOV
TRAP
ADO

210,5P

- (S
BSR2,
BSR1, (S
BSRO, -(S
OFMTAA,

o5,

(SP)

SP.RO
CIPNTYX

eTXT2,-(SP)
oFMT4B, -(SP)

02, -(SP)

SP,RO
CS$PNTX
PRINTX

oFMT4C,BSR4 ,BS5RS,B5R6,B85R7

06,SP

BSR7, -(SP)

B8SR6, -(SP)
8SRS, (SP)
BSR4, -(SP)

.FHY‘C.‘(SP)
85, -(SP)

PRINTX

oFMTAB,0TXT2A

SP,RO
CSPNTX
014,5P

.theA.'(Sp)
oFM748, -(SP)

012006
000002

000006

TRAP
ADO

PRINTX

0FMT4A ,8SR10,B85R11,BS5R12,BSR13

SP.RO
CSPNTX
96 ,SP

BSR13, -(SP)
B8SR12, -(SP)
B8SR11, (SP)
B8SR10, -(SP3

OFMT4A, -(SP

05,-(SP)
SP,RO
CSPNTX
PRINTX

OFMTAB,#TXT28

o14,SP

eTXT28, -(SP)
OFMTAB, -(SP)

2, -(SP)

PRINTX

oFMT4C,BSR14,B8S5R15,B5R16,8SR17

SP,RO
CSPNTX
96,SP

BSR17, -(SP)
BSR16, -(SP)
8SR15, -(SP)

DMV11

LINE

UNIT

DIAG?

ERROR HANDLER SUBROUTINE
022676
022702
022706
022712
022714
022716
022722

4013

4014

4015

4016

4017
4018
4019

022724
022724
022724
022730
022734
022740
022744
022746
022750
022754
022754
022760
022764
022770
022774
023000
023004
023006
023010
023014
023014
023020
023024
023030
023032
023034
023040
023040
023044
023050
023054
023060
023064
023070
023072
023074
023100
023100
023104
023110
023112
023114
023120

MACRO M1200

22 FEB 84

L&
15:39

PAGE

56 6

SEQ 009YS

ERRAS

013746
012746
012746
010600
104415
062706
000207

002236
012013
000005

RSR14, -(5P)
AFMTAC, -(SP)

000014

CIPNTX
014,5P

012746
012746
012746
012746
010600
104415
062706

017237
017342
011715

013746
013746
013746
013746
012746
012746
010600
104415
062706

012746
012746
012746
010600
104415
062706

5, (5P)
SP,RO

PRINTX

oFMT4,2TXT6,0TXT4

000003

000010
002214
002212
002210
002206
012323
000005

000014
017277
012006
000002
000006

013746
013746
013746
013746
012746
012746
010600
104415
062706

002224
002222
002220
002216
012323
000005

012746
012746
010600
104414
062706
000207

011564
000001

PRINTX

#FMT11,WSRC,WSR2,WSR
,WSR6
4

THE

SELECT

PRINTX

TRAP
ADD

oFMTAB,0TXTAA

MOV
MOV
MOV
MOV

PRINTX

oFMT11,WSR10,WSR12,WSR14,WSR16

PRINT8

QENDEMB

;DUMP

THE

oTXT4,
-( SP )
.7X76.’( SP )
oFMT4,
-( SP)

SP,.RO

CSPNTX

010,SP

REGISTERS

MOV
MOV
MOV
MOV
MOV
MOV
MOV

000014

000004

;DUMP

MOV
MOV
MOV
MOV
MOV
TRAP
ADO

WSR4, -(SP)
WSR2, -(SP)
WSRO, -(SP)
.F"Tll.‘(sp)
.5.°(SP)

SP,RO
CS$PNTX

214 ,5P

OTXTAA, -(SP)
9FMT48, -(SP)
02, -(SP)

SP,RO

TRAP
CSPNTX
ADD
SELECT REGISTER
WSR16, -(SP)
MOV
WSR14, -(SP)
MOV
WSR12, -(SP)
MOV
HSRIOO-(SP)
MOV
oFMTLL,
MOV
-( SpP )
@5, -(SP)
MOV
MOV
SP,RO
TRAP
CS$PNTX
ADD
014,5P

go-%”

MOV
MOV
MOV
TRAP
ADD

OENDEMB,
91, -(SP)

SP,RO
C4PNTB
94 ,SP

(spP)

DMv11

LINE

XE
UNIT

DIAGR

ERROR HANDLER SUBROUTINE

MACRO M1200

15:39

PAGE

SEQ 0096

ERR11$
ERROR HANDLER SUBROUTINE

ERR11s

COMMON ERROR SUBROUTINE TO GET/PRINT VIA REGISTERS

4026

4027

4028

4029

4030

023122
023126
023126
023132
023136
023142
023146
023150
023152
023156
023156
023162
023166
023172
023176
023202
023206
023210
023212
023216
023216
023222
023226
023232
023234
023236
023242
023242
023246
023252
023256
023262
023266
023272
023274
023276
023302
023302
023306
023312
023316
023320
023322
023326
023326
023332
023336
023342
023346
023352
023356
023360
023362

004737

004426

012746
012746
012746
012746
010600
104415
062706

020163
020150
013262
000003

013746
013746
013746
013746
012746
012746
010600
104415
062706

ERR11¢:

JSR

PRINTX

PC,.GETVRS
OFMT24 ,0TXT16,0TXT17

sGET

VIA REGS FOR

PRINTOUT
MOV

MOV
MOV
MOV

000010

002274
002272
002270
002266
013275
000005
000014

012746
012746
012746
010600
104415
062706

020220
013423
000002

013746
013746
013746
013746
012746
012746
010600
104415
062706

002304
002302
002300
002276
013325
000005

012746
012746
012746
010600
104415
062706

020261
013423
000002

013746
013746
013746
013746
012746
012746
010600
104415
062706

002314
002312
002310
002306
013275
000005

000006

000014

000006

000014

PRINTX

OFMT25,VREGS+0,VREGS +2,VREGS+4, VREGS +6

MOV
TRAP
ADD

SP,RO
CS$PNTX

MOV
MOV

VREGS+6, -(SP)
VREGS+4,-(SP)
VREGS+2, -(SP)

MOV

MOV
MOV
MOV

PRINTX

0FMT29

oTXT18

#TXT17,-(SP)
#TXT16, -(SP)
OFMT24,-(SP)
03, -(SP)

910,5P

VREGS.0, -(SP)
#FMT25, -(SP)

95, -(SP)
SP,RO
CSPNTX
014,5P

0TXT18,-(SP)
#HMT29, -(SP)

PRINTX

oFMT26,VREGS+8.,VREGS+10.,VREGS+12.
,VREGS+14.

PRINTX

OFMT29,0TXT19

SP,RO
CS$PNTX
#6,SP

0TXT19, -(SP)
92,-7SP)

PRINTX

OFMT25,VREGS+16. ,VREGS+18.,VREGS+20. ,VREGS+22.

SP.RO
CS$PNTX
06 ,SP
VREGS.22.,
- (sP)
VREGS+20.,
- (SP)
VREGS-18.
, - (SP)
VREGS+16.,
- gSP)
9 MT25, -(SP

05, -(SP)
SP,RO
CSPNTX

914,5P

DMv1l

&
LINE

UNIT

DIAG?2

ERROR HANDLER SUBROUTINE
023366
023366
023372
023376
023402
023404
023406
4032 023412
023412
023416
023422
023426
023432
023436
023442
023444
023446
4033 023452
4034
4035
4036
4037
4038
4039
4040 023454
4041

023460
023460
023464
023470

023474

023500
023502
023504
4042 023510
023510
023514
023520
023524

023530
023534
023540
023542
023544
4043 023550
023550
023554
023560
023564
023566
023570
4044 023574
023574
023600
023604
023610
023614
023620

012746
012746
012746
010600

104415
062706
013746

013746
013746

013746
012746
012746
010600
104415
062706
000207

MACRO M1°00

22 FEB 84

15:39

PAGE

S6 8

SEQ 0097

ERR11$
PRINTX

020315
013423
000002

HFMT29,4TXT20

#TXT20, -(SP)
AFMT29, (SP)
82, (SP)

SP,.RO

000006

PRINTX

CSPNTX
26 ,5P

oFMT26,VREGS+24.,VREGS+26.,VREGS+28.,VREGS+30.,

002324
002322
002320
002316
013325
000005

VREGS-30.,
VREGS+26.
,
VREGS+24.,

OFMT26, -(SP

05, -(SP)

SP,RO
CS$PNTX

000014

014,5P

oooooooo

COMMON ERROR ROUTINE
004737

004326

012746
012746
012746
012746
010600
104415
062706

020050
020033
013262

013746
013746
013746
013746
012746
012746
010600
104415
062706

002254
002252
002250
002246
013275
000005

012746
012746
012746
010600
104415
062706

020106
013423
000002

013746
013746
013746
013746
012746
012746

002264
002262
002260
002256
013325
000005

ERR12S$:

JSR

PRINTX

YO GET AND PRINTOUT USYRT REGISTERS

PC,GETURS
OFMT24,0TXT13,6TXT14

;GET USYRT REGS FOR PRINTOUT

MOV
MOV
MOV
MOV
MOV

000003
000010

000014

PRINTX

OFMT2S,UREGS
+0,UREGS +2,UREGS +4 , UREGS +6

0FMT29,0TXT1S

OFMT26 ,UREGS+10,UREGS+12,UREGS+14
,UREGS+16

TRAP
ADD

oTxT14, (SP)
0TXT13, -(SP)
oFMT24, -(SP)
@3,-(SP)
SP,RO

C3PNTX

910,S5P

MOV
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

UREGS+6, -(SP)
UREGS+4, -(SP)
UREGS+2, -(SP)
UREGS+0, -(SP)

MOV
MOV
MOV

#TXT1S, -(SP)
FMT29, -(5P)

#MT25, -(SP)

5, -(SP)
SP,RO
CSPNTX
#14,SP

MOV
TRAP
ADD

SP,RO
CS$PNTX
96,5P

MOV

UREGS+16, -(SP
UREGS+14, -(SP
UREGS.12, -(SP
UREGS+10, -(SP

MOV
MOV
MOV

MOV
MOV

H&
CNDMDAO DMvil

LINE

UNIT

DIAG?

........ ERROR HANDLER SUBROUT INE

48:5
4046

4u4”~

023624
023626
023630
023634

010600
104415
062706
000207

MACRO M1200

(> FFB 84

15:39

PAGE

56 9

SE3 0098

ERR1
S

000014

RTS

.EVEN

MOv
TRAP
ADD

SP RO
CIPNTX
014 ,<P

CNOMDAO DMv1l

LINE UNIT

LOAD DEVICE PROTECTION
4049
4050
4051
4052
4053
4054
4055
4056

DIAG?2

MACRO M1200

22 FEB 84

18
15:39

PAGE

SEQ 0U99

TABLE

.SBTTL

LOAD DEVICE PROTECTION

iNSLE

8LL111007770077007077707777007777777777/0700727770008070007770007777777077777777

i/ THIS TABLE IDENTIFIES THE LOAD DEVICE
s/ PROTECTED FROM TESTING, IF DESIRED.

THE

SUPERVISOR,

THAT

CAN BE

SIS LLIILIIII070 0700700077707 00777700770700000770070770700777000007077007700707777

BGNPROT

023636

4057 023636
4058 023640
4059 023642
4060 023644

177777
177777
177777

.WORD
. WORD
. WORD
ENDPROT

1
1
1

:DON'T CHK
sDON'T CHC
sDON'T CHK

CSR ADRS
MASSBUS UNIT
DRIVE NO.

L$PROT
. .

NO.

1 l‘l}
CNDMDAO DMVl
INITIALIZE

L INE

UNIT

DIAG?2

MACRO M1200

4072
407%
4074
4075
4076
4077
4078
4079
4080
4081
4082
4083

.SBTTL

023644

i/
i/

THE INITIALIZE SECTION CONTAINS THE COOING THAT IS PERFORMED
AT THE BEGINNING OF THE TEST SEQUENCE ON THE NEXT UNIT,

BGNINIT

LSINIT::
SETVEC

000340
170000
000140
000003

023672
023676
023702
023706
023712
023716
023722
023724
023732
023740

010637
005037
005037
005037
005037
005737
001007
013737
013737
000406

002344
002350
002404
002402
002406
00. 274

013737
013737

002376
002400

000004
000006

012737

000001

002374

023772

4097
4098
4099 024004

024004
024010
4100 024012
024012
4101

0140,2170000,0340

MOV
MOV
MOV

MOV

TRAP
ADD

MOV

CLR
CLR
CLR
CLR

SP,PSTACK

1 SAVE

FRSTIM
64
804 ,5AVES
806, SAVES
9

;CLEAR
;CLEAR
;CLEAR
:CLEAR

6%:

MOV
MOV

SAVE4, 804
SAVEG, 806

;RESTORE

9s:

MOV

01,FRSTIM

;MARK

TST
BNE

002376

MOV
MOV

002400

READEF

000040

;SEE
000037

012700
104447

000035

&EF .NEW

BCOMPLETE
;SEE

IF PROGRAM WAS JUST

€10,5P

POINTER

BR IF

ERROR

FLAG

FOR

TRAP

VECTOR

TIME

THROUGH

MOV

TRAP

QEF .START
RO
CSREFG

8CS

STARST

MOV
TRAP

&EF .RESTART
RO
CS$REFG

8CS

STARST

YES

YES
MOV

103411

CSSVEC

YES

STARST

THIS IS A NEW PASS,

READEF

A-O

SUBR CALL PC
USYRT CHIP TYPE INDICATOR
ERROR FLAG
CHAR LENGTH FROM SETUP

STARST

oEF ,RESTART

BCOMPLETE

103411

;SEE

BR IF

IF PROGRAM JUST RESTARTED,
READEF

STACK

:JB REV

0340, (SP)
2170000, -(SP)
9140, -(SP)
03, (SP)

;SEE IF FIRST TIME THROUGH AFTER LOAD
;B8R IF NOT
:SAVE ERROR TRAP VECTOR

&EF .START

BCOMPLETE

103415

012700
104447

BASE -LEVEL

SUBRPC
CHPTYP
ERROR1
SAVLEN

;SEE IF PROGRAM JUST STARTED,
012700
104447

;00T ROM ADORESS

000010

4094

023774
024000
4096 024002
024002

INITIALIZE SECTION

$ILLLILIIII077 007770777770 7507777077702777770077707777200707077777777777

012746
012746
012746
012746
104437
062706

‘.

PAGE 58

811111807000 707000070700707777777770777777077007//770707200/777770707777777

023644
023650
023654
023660
023664
023666

4095 023774

4102

15:39

SE3 0100

023644

4084
4085 023742
4086 023750
4087
4088 023756
4089
4090
4091 023764
023764
023770
4092 023772
4093

+FB 84

SECTION

4062
4063
4064
4065
4066
406~
4068
4069 023644

4070
4071

NEWST
CONTINUED

9EF .NEW,RO

TRAP

CS$REFG

8CS

NEWST

I3
CNDMOARO DMv11

INITIALIZE

LINE

4107 024026
4108 024026
3109
4110

4111 024032
4112 024036
4114
4115
4116
4117
4118
4119
4120

DIAGZ

B84

15:39

PAGE

024036
024044
024050

BCOMPLETE

103473

000414

005037

002416

005037

002410

012737
005237
012737

002416
000001

177777

STARST:

SEQ 0101

024056
024056

002340

NEWST:

002412

013700
104442
010001

002340

024072

103403
006337

002412

053737
006337

002412
002412

024114
024116

012102
012703

002422

024122
4132 024124
4133 024126
4134 024132

010223
005202
022703
001373

024062

4122 024072

024074
024100
024102
024110

4135

000766

ENDIT

B8R

GE TPRM

CLR

STARES

;:CLEAR FLAG

CLR

DEVMAP

MOV

INC
MOV

STARES
ITO,DEVPTR

1,L0GDEYV

GET UNIBUS ADDRESS,

024202
024202

4148 024204

4149 024206
4150 024210
4151 024212

011137
012137
062737
V12137
012137
012137
012137
012137
011137

VECTOR,

GETPRM:

INC
GPHARD

LOGOEV
LOGDEV,R1

BCOMPLETE

002410

10%:

002462

104433
005000
000240
077002

002466
002470
002472
002474
002476
002500

B8CsS

ENDIT

TO SHOW JUST HAD STA OR RES

sRESET

LOGICAL

DEVICE

10O

-1

s INCREMENT NO. OF PASSES SINCE STA OR RES
s INIT DEVICE MAP BIT POINTER

PRIORITY LEVEL,

SWITCH PACKS,

TEST

104

002464

s INCREMENT LOGICAL DEVICE NUMBER
:GET P-TABLE POINTER INTC R1

DEVPTR
GETPRM

:SHIFT DEVICE POINTER
:SKIP THIS DEVICE

ASL

DEVPTR

$SHIFT BIT POINTER

8IS

DEVPTR,DEVMAP

OMPCSR,R3

(R1).+,R2

;R2=CSR ADDR VALUE

MOV

R2,(R3).

sPUT CSR ADDRESSES IN

;R3=POINTER

TO CSR ADDR

STORAGE

ENDIT:

'BSEL'

MOV
MOV
ADD
MOV
MOV
MOV

(R1) ,MPIVEC
(R1)+,MPOVEC
04 ,MPOVEC
(R1)+ ,MPRIOR
(R1)+,LUSWI1
(R1)+,LUSWIZ

sGET DMV11

CLR
NOP

;9 TIME DELAY TO ALLOW COMPLETICN
;¢ OF DMV11 MICRODIAGNOSTICS.

RO, 15¢

AREA

:BUMP BSEL ADDR
tALL 16 ADORESSES MOVED
sNO: DO ANOTHER ADODRESS
s YES: CONTINUE

S08

RO,.R1

AREA

R2
0BSEL17+2,R3
114

tGET
;GET
tGET
tGET

INPUT

INTRPT

VECTOR

DMV11 OUTPUT INTRPT VECTOR
DMV1l DEVICE PRIORITY
LU SWITCH PACK #1
LU SWITCH PACK #2

MOV
(R1)+,BRDTYP
:GET DMV-11 BOARD TYPE
MOV
(R1)+,TSTCON
1GET TEST CONNECTOR INDICATOR
MOV
(R1),BDRATE
;GET BAUD RATE FOR THIS DEVICE
;sISSUE LSI BUS RESET, TO INIT OMV1l
BRESET
15%:

LOGDEV,RO
C$GPHRD

:SET BIT FOR THIS DEVICE

MOV

INC
cMP
BNE

MOV
TRAP

MOV
8CS

:BR IF DEVICE AVAILABLE

ASL
BR

MOV
11%:

002462
002464

OEF CONTINUE RO
CSREFG

CONNECTOR INFORMATION FOR THIS LOGICAL DEVICE

4136

024134
024140
024144
024152
024156
024162
024166
024172
024176

MOV
TRAP

;CLEAR DEVICE MAP

024062
024066
024070

4137
4138
4139
4140
4141
4142
4143
4144
4145
4146
4147

000036

002340

4123
4124
4125
4126
4127
4128
4129
4130
4131

20 FEB

READEF &EF .CONTINUE

012700
104447

005237

4121

MACRO M1200

SECTION

4103 024014
024014
024020
4104 024022
024022
4105 024024
4106

4113

UNIY

TRAP

CSRESET

L&
CNDMDAO DMv1]l
INITIALIZE

LINE UNIY

DIAGE

MACRO M1200

22 FFB-84

15:39

PAGE 58-2

SEQ 0102

SECTION

4152 024212

024212

ENDINIT

104411

L10013:

TRAP

CSINITY

[
CNDMDAO DMv11l LINE UNIT
AUTO DROP UNIT

DIAG2

MACRO M1200

22 FEB 84

15:39

PAGE

59
SEQ 0103

SECTION

4154
4155
4156
4157
4158
4159
4160

.SBTTL

AUTO DROP UNIT

SECTION

7777177777777 7/77777777777777777777/7777777777777777777272777/777/777777/7777727777
;/ 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.
/1117077777777 7777077777777 7707877777777727777777/7722777/7277/777/77777727777777

4161

(4008888408084 2084800080004400880400444888000808848080800404004480000000000000008

4162
4163

H
H
H

WILL

4165
4169

:
H

DEVICE TO BE DROPPED IF A BUS-TIMEOUT OCCURS WHEN ANY OF
ARE ACCESSED WITH EITHER A “TST” OR "“TSTB8" INSTRUCTION.

4168

$-~08000000800000008
8800080888040 444480588004888548048008880040848484884400844800408

4164

416

THIS ALGORITHM IS
JUST

REPORT

THE

SAME A CNDMA

FAILURE

AND

TEST
ON

1 EXCEPT
THIS

THAT

ROUTINE

TEST

WILL

CAUSE

THE

THE CSR'S

4169
4170 024214

BGNAUTY

a171 024214

4172 024214

SETVEC

L$AUTO: :
#4,4AD.HIT,#0

sSETUP

INVALID-ADDRESS

024214
024220
024224
024230
024234
024236

012746
012746
012746
012746
104437
062706

000000
024332
000004
000003
002552
000001

CLR
MOV

TMPO
@1,R2

;INITIALIZE
sFLAG BIT

21;2 024252

013703

002422

MOV

BSELO,R3

; INIT ADDRESS POINTER

4177 024256
4178 024260

105723
006302

$ACCESS

4181
4182
4183
4184

013703
012702
005723
006302

4173 024242
4174 024246

:i;g 024262

024264
024270
024274
024276

4185 024300

2{39 024302

4188 024304
024304
024310
4189 024312
4190 024316
4191 024320
024320
4192 024324

:igz 024326
4195 024330
024330
024330
4196
4197 024332

005037
012702

000010

1$:

103375

TST8

(R3).

ASL

MOV
MOV
TST

BSELO,R3
41,R2
(R3).

ASL

8CC

8CC
002422
000001

24:

006302

ASL

103374

012700
104436

000004

005737
001403

002552

013700
1044351

002340

000240

AD.OK:

THE

TRAP

VECTOR

TRAP FLAG REGISTER

CSR'S BY

MOV
MOV
MOV
MOV
TRAP
ADD

90, -(SP)
#AD . HIT, -(SP)
04, -(SP)
03,-(SP)
C$SVEC
€10,SP

MOV
TRAP

#4 ,RO
C$CVEC

MOV
TRAP

LOGDEV,RO
CsDODV

BYTES.

sRE-INIT ADDRESS POINTER
;RE INIT FLAG BIT
:ACCESS THE CSR’'S BY WORDS.

CLRVEC

¢4

sRESTORE

TST
BEQ
91010V

TMPO
AD.OK
LOGDEV

;0ID WE GET HIT
+iNO,
EXIT TEST
:YES, DROP THIS

NOP

THE

VECTOR TO DS
WITH AN

INVALID ADDRESS

TRAP?

LOGICAL DEv.

;(FOR PATCHING IN A HALT

IF NECESSARY)

ENDAUTO

L10014:

104461
050237

002552

AD.HIT:

BIS

R2,TMPO

;FLAG

THE HIT

IF WE GET

IT!

TRAP

C$AUTO

CNDMDAO DMV11
AUTO DROP
4198
4199

LINE

UNIT

SECTION

024336

000002

DIAG2

MACRO M1200

. FFB 84

15:39

PAGE

N&
59

1
SEQ 0104

RTI

;RETURN

B3y
X

CNDMDAO DMVl LINE UNIT'

DIAG?

MACRO M1200

oo FEB 84

15:39

PAGE

5EN 010%

CLEANUP CODING SECTION
:281
202
4203

LSBTTL

4205
4206

1/ AT THE END OF THE TEST SEQUENCE ON A PARTICUWAR UNIT,
3777080777777 777772/77777777777727777777777277727777727777772772777/77777277777

8777777777777 77277775°727777777277277277277727777722/7772777777777277/77777772777272777

4204

3/ THE CLEANUP CODING SECTION CONTAINS THE CODING THAT

4207
4208 024340

4209

CLEANU® CODING SECTION

B8GNCLN

024340

IS PERFORMFD

LSCLEAN: :

4210

4211

024340

024340
024340

ENOCLN

104412

L1001S5:

TRAP

CsCLEAN

Ca
CNDMDAQO DMV1l

DROP UNIT

LINE

UNIT

DIAG?

MACRO M1200

(02

(6B

15:39

PAGE

SEQ 0106

SECTION

4213
424
4215

.SBTTL

4216
4217
4218
4219
4220 024342

3/
1/

4221
4222 024342

;s ISSUE UNIBUS RESET

DROP UNIT

SECTION

8IV1L00077007070007727007700777077770077700077770777777700777777707770077/0777777

THE

CODING

THAT

CAUSES

A DEVICF

SISLIILIIIIL 0007707007070 7707 700770708770 000077770077000007007770772707707772777

8GNOU

024342

024342
4223 024344
024344
024344

THE DROP-UNIT SECTION CONTAINS
TO NO LONCER BE TESTED.

104433
104453

BRESET

TO CLEAN P

LS$OV::

ENDOU
L10016:

TRAP

CSRESET

TRAP

Ccsou

CNOMDAQ DMV11
ADD UNIT

LINE

UNIT

DIAG?

MACRO M1200

D
0 FEB 84

15:39

PAGE

Stq 0107

SECTION

4225
4226
4227
4228
4229
4230
4231
4232
4233 024346

.SBTTL

8211177077707 777000700000770000707077707700007777007777707077777777777707277777777

3/
s/

THE ADD-UNIT SECTION CONTAINS THE CODING
TO BE (A) TESTED FOR THE FIRST TIME, OR

UEF
. AUNIT”

IS SET,

THME UNTT

WILL

THAT CAUSES
(B) RESUMED

A DEVICE
IN TESTING.

TESTED AS A NEW UNIT,

$ILLIL107 7070077070000 77707275700 0070000077080 700077770007777077777/77070777777777

BGNAU

024346

4234 024346
024346
024346

ADD UNIT SECTION

ENOAU

104452

LSAY:

L10017:

TRAP

CsAu

CNOMDAO DMV11

LINE

UNIT

DIAG2

MACRO M1200

22 FFB-84

[ o

15:39

PAGE 64

TEST 1 - VRC PARLTY GENERATION TEST
4258

SEQ 0108
,SBTTL

TEST

VRC PARITY

GENERAIION

TEST

$0000080004880000400880408400048000880008000000480000800000000000080000000800008020048

TEST 1 -- VRC PARITY GENERATION TEST

1o SUBTEST 1 - TEST OF CORRECT ODD VRC PARITY GENERATION :
i¢ THE LINE UNIT IS PLACED IN CHAR MODE, WITH ODD VRC. AND 7-BIT CHARS SELECTED.
i1
t¢

THE DATA CHARS IN PATTERN
(PARITY BIT) OF EACH DATA

;o STATE.,

LAST

FOR

@ ARE LOADED/TRANSMITTED/READ. AS THE 8TH BIT
CHAR IS SENT THE PROGRAM CHECKS TSO FOR THE PROPER

THE FIRST 4 CHARS IN PATTERN Q THE PARITY B8IT

CHARACTERS

SHOWD

s» SUBTEST 2 - TEST OF CORRECT EVEN VRC PARITY GENERATION :
s¢

THE

LINE

UNIT

PLACED

SHOWD

FOR

IN CHAR MODE,

WITH EVEN

VRC

AND

BIT

CHARS

SELECTED.

:» THE DATA CHARS IN PATTERN Q ARE LOADED/TRANSMITTED/READ.

AS THE 8TH BIT

3¢

SHOWD

;e (PARITY BIT) OF EACH DATA CHAR IS SENT
STATE,

FOR

THE

FIRST

CHARS

THE

IN PATTERN

THE PROGRAM CHECKS TS0 FOR THE PROPER
Q

THE

PARITY

BIT

FOR

THE

;o LAST 4 CHARACTERS IT SHOWD = 1.
;e

OATA

PATTERN Q

000,003,014,060,001,007,037,177

:* NOTE:

SINCE THE ROUTINE

USYRT

THE

B8IT ORDER.

MSB,

“SERIAL“ TREATS THE FIRST BITY RECEIVED FROM THE

THE

"“EXPECTED

BIT

SEQUENCE”

WILL

HAVE

REVERSED

$-~88884808880800008880008800088880004800880400800080800000880084806000040008808488040

4259

024350

BGNTST

§o-temme=
e memeeececececcesoen~

:gg?

: SUBTEST @1: ODD VRC PARITY CHECK

4262 024350

024350

024350
:ggz 024352

104402
004737

4265 024356
4266 024362

004537
042226

BGNSUB

007324

JSR
RS,INITRN
OOCMP !OVRC 226
TXOL
8CC
.+8.
ERROR

sLOAD 1 SOM, CLK TX UNTIL ACTIVE
;SET DDCMP, 000 VRC CHECK,SYNCH=226

ESCAPE

;SKIP REMAINDER OF

000340

103003

024370

104460

024372
4271 024374

104410
000310

4272 024376
4273 024402

004537
000000

007734

4276
4277
4278
4279

004537
120402
000000
103003

003660

:g;g 024404

024406
024412
024414
024416

4280 024420

JSR

PC . INIDMV

SuUB

sINIT DMV-11,

sUSE

:BR

7 BIT

ENTER M-LOOP

TRAP

JSR

4267 024364

4270 024372

Ti.1:

005344

4268 024366
4269 024370

Tl::

I
R T

RS, TXCTRL

;CLEAR

RS, WRITEL

sLOAD

.+8.,

;BR

STACKED

ERROR

THIS

SUBTEST

TSOM

000

000000

JSR
TDSRL
000
8CC

ERROR

csBSUB

CHARS

IF NO ERROR

{REPORT

1ST DATA CHARACTER

NO ERROR

(000)

;PRINT STACKED ERROR MESSAGE

TRAP

C$ERROR

TRAP
. WORD

CS$ESCAPE
L10021-.

[
CNOMDAO DMv11l LINE
TEST

4281

4282
4283
4284
4285
4286

UNIT

024420
024422
024422
024424

104460

22 FFB 84

024444
024450

004537
000007
00C€150

024452
024454
024456
024456

4294 024460
024460
024462
4295
4296 024464
4297 024470
4298 024474
4299 024500
4300
4301 024504
4302 024510
4303 024512
4304 024514
4305 024516
024516
4306 024520
024520
024522
4307
4308 024524
4309 024530
4310 024532
4311 024534
4312 024536
024536
4313 024540

024540
024542

4314
4315 024544
4316 024550

024552
024556
024560
024562

ESCAPE

104410
000260

004537
000000
103003

4317
4318
4319
4320
4321

MACRO M1200

15:39

PAGE

»4

SEQ 0109

VRC PARITY GENERATION TEST

024426
024432
024434
024436
024436
4287 024440
02444C
024442

4288
4289
4290
4291
4292
4293

DIAG?

SuB

sAND EXIT SUBTEST

READ SYNCH CHARACTER
JSR
RS,CHKTSO
;CHECK 1ST BIT OF EXPECTED
0
; CHARACTER (SHOWD BE 0)
8CC
.+8.
:BR IF NO ERROR
;REPORT STACKED ERROR
ERROR

007042

104460
104410
000242

007202

ESCAPE

sUB

sAND EXIT SUBTEST

#SR

RS,.SERIAL

s1READ REMAINING 7 BITS OF

150

103003
104460

104410
000222

8CC
ERROR

.+8.

ESCAPE

SuUB

LOAD/TX/READ PARITY

(OFF OF TSO BIT)

EXPECTED BIT SEQUENCE

1BR IF NO ERROR

;REPORT

024532

;SET
sSET
;SET
;SET

004537
120402
000000
103003

003660

JSR

RS,WRITEI

tLOAD NEXT

BCC
ERROR

.+8.

;o8 HOLE FOR TX CHARACTER
;BR IF NO ERROR

ESCAPE

SUB

;AND EXIT SUBTEST

104410
000162
204537
000007
000000
103003

TRAP
.WORD

C$ESCAPE
L10021

TRAP

CSESCAPE

.WORD

L10021

TRAP

C$ERROR

#SR
3s:

104460

104410

RS,SERIAL

STACKED

ERROR

MESSAGE

TRAP

;1oe

HOLE

.+8,

1BR

IF NO ERROR

ESCAPE

SUB

;SKIP REMAINDER OF THIS SUBTEST

;REPORT

FOR

EXPECTED

BIT

STACKED ERROR

004537
000001

011540

JSR
1

R5,STEPLU

;CLOCK PARITY BIT

004537
000001
103006

007042

JSR

RS,CHKTSO

8CcC

1CHECK STATE OF PARITY BIT
i (SHOWD BE 1)

GEOF

EMAB,.ERR12

SEQUFNCE

000142

CSESCAPE

L10021

;CLOCK/CHECK PREVIOUS Tx CHAR (1 CHAR BUFFER)

8CC
ERROR

000

TX CHARACTER

.WORD

007202

CS$ERROR

TX CHARACTER POINTER
RX CHARACTER POINTER
NEXT TX CHAR
NEXT RX CHMARACTER

UP
UP
UP
UP

OPATQB R4
(R3).,2¢%
3%
(R4).

;PRINT

CSERROR

"SYNCH” CHARACTER

-----

MOV
MOVB
MOVB

104460

L10G21

TRAP

MOV

2s:

CS$ESCAPE

"SYNCH”

1AND EXIT SUBTEST

003012
003021
024512

TOSRL
000

TRAP

(0010110)

012703
012704
112337
112437

oPATQ.1,R3

C$ERROR

.WNRD

STACKED ERROR

B8IT=1 CHARACTERS

TRAP

;BR IF NO ERROR
;REPORT

TRAP
TRAP

C$ESCAPE

.WORD

L10021

TO TSO

“0DD VRC PARITY

BIT NOT

CS$ERROR

SET"

“DEVICE FATAL" ERROR ¢ 39

GY
CNOMDAO DMvil LINE UNIT
TEST

DIAGe

MACRO M1200

15:39

PAGE 64 2

SEQ 0110

VRC PARITY GENERATION TESTY

024562
024564
024566
024570
4322 024572
024572
024574

104455
000047
015142
021714

024576
024602

020327
001334

003016

024604
024610

112337
112437

024622
024632

11¢:

024614
024620
024622

004537
120402
00¢000

003660

024624

004537
000007
000000
103003

007202

4323
4324
4325
4326
4327
4328
4329
4330
4331
4332
4333
4334
4335
4336
4337
4338

20 FEB 84

024630

024632
024634
024636
024636
4339 024640
024640
024642

4340
4341 024644
4342 024650
4343
024652
4345 024656
4346 024660
4347 024662

024662
024664
024666
024670
4348 024672
024672
024674

4349
4350 024676
4351 024702
4352 024704

024704
024704

4353
4354
4355
4356
4357 024706
024706
024706
4358 024710

ESCAPE

104410
000110

SUB

s SKIP REMAINDER OF

THIS SUBTEST

cMP

R3,0PATQ.S

MOvVB

(R4).,13¢

sSET UP NEXT RX CHARACTER

JSR

RS, WRITEI

;LOAD NEXT TX CHARACTER

13%:

104410
000042

000

;¢ HOLE FOR TX CHARACTER

gSR

RS, SERIAL

;sCLOCK/CHECK PREVIOUS TX CHAR (1 CHAR BUFFER)

000
8CC
ERROR

.+8.

;e HOLE FOR EXPECTED BIT SEQUENCE
:BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

SuUB

:SKIP REMAINDER OF

THIS SUBTEST

004537
000001

011540

JSR

RS,STEPLU

;CLOCK PARITY BIT

004537
000000
103006

007042

JSR
0

RS,CHKTSO

sCHECK STATE OF PARITY BIT
s (SHOWLD BE 0)

8CcC
GEOF

14¢
EM4A9,ERR12

104455

104410
000010
003022

SuUB

;sSKIP REMAINDER OF SUBTEST

cMP

R3,0PATQ+9,.

ENDSUB

114

C$ERROR

TRAP
.WORD

CS$ESCAPE
L10021-.

:BR IF NO ERROR
sREPORT “0ODD VRC PARITY BIT NOT CLEARED"”
*DEVICE FATAL” ERROR # 40
H

ESCAPE

BNE

TRAP

TO 7SO

000050

015175
021714

C$ESCAPE

L 10021

BNE
1
;tBR IF TSO=1 CHECKS ARE NOT COMPLETE
-- LOAD/TX/READ PARITY BIT=0 CHARACTERS
- MOVB
(R3).,12¢%
$1SET UP NEXT TX CHAR

TDSRL

12%:

CSERDF
39
EM48
ERR12

TRAP

. WORD

104460

020327
001340

TRAP
. WORD
.WORD
.WORD

TRAP
.WORD
. WORD
. WORD

C$EROF
40
EM49
ERR12

TRAP
.WORD

CS$ESCAPE
L10021 .

;B8R IF T7S0=0 CHECKS ARE NOT COMPLETE
L10021:

104403

TRAP

CsSsESLB

TRAP

csgsuB

: SUBTEST €02: EVEN VRC PARITY CHECK
BGNSUB
104402
004737

005344

JSR

T1.2:

PC, INIDMV

sINIT DMV-11,

ENTER M-LOOP

CNOMDAO DMVv1l LINE UNIT DIAG?2

MACRO M1200

Test

TEST

VRC PARITY GENERATION

4359
4360 024714

4361 024720
4362 024722
4363 024724
4364 024726
024726
4365 024730
024730
024732

4366
4367 024734
4303 024740

4369 024742
024744
024750
024752
024754
024756
024756
4375 024760
024760
024762

4370
4371
4372
4373
4374

4376
4377
4378
4379
4380

024764
024770
024772
024774
024774
4381 024776
024776
025000

4382
4383
4384
4385
4386
4387

025002
025006
025010
025012
025014
025014
4388 025016
025016
025020
4389
4390 025022
4391 025026
4392 025032
4393 025036

4394
4395
4396
4397
4398

025042
025046
025050
025052
4399 025054
025054
4400 025056
025056
025060

004537

042626
000340

007324

JSR

007734

.*8.

ESCAPE

SUB

JSR

000
0
JSR
TDSRL
000

003660

104460
104410
000270

tLOAD 1 SOM,

CLK

TX UNTIL ACTIVE

$SET DDCMP ,EVEN VRC CHECK,STNCH=226
;USE 7 BIT TX CHARS

;BR IF NO ERROR
;REPORT

STACKED ERROR

;SKIP TO END OF

SUBTES”

TRAP

C$ERROR

TRAP

CSESCAPE

RS, TXCTRL

sCLEAR TSOM

RS, WRITEI

sLOAD 1ST DATA CHARAZTER (000)

8CC
ERROR

.+8,

ESCAPE

SUB

READ

007042

STACKED ERROR MESSAGE

sAND EXIT

TRAP

SUBTEST

104410
000252

.WORD

SYNCH CHARACTER

JSR

RS,CHKTSO

;CHECK

8CC
ERROR

.+8.

:BR IF NO ERROR
sREPORT STACKED ERROR

ESCAPE

SuB

;

1ST BIT OF EXPECTED

CHARACTER

tAND EXIT

(SHOWD BE

TRAP

SUBTEST

. WORD

JSR

RS, SERIAL

151

103003

8CcC

.+8.

ESCAPE

SuB

ERROR

104460

104410
000232
012703
012704
112337
112437

003012
003021
025050
025070

004537
120402
000000
103003

003660

R R

1¢:

MOV
MOV
MOV8

MOVB

000

COFF

TSO BIT)

EXPECTED BIT

:BR IF NO ERROR

;sREPORT

SEQUENCE

;AND EXIT

SUBTEST
---

----

;LOAD NEXT

.+8.

ESCAPE

SUB

ERROR

RS.WRITEI

8ccC

CSESCAPE

L10022-.

(0010110)

$1SET UP TX CHARACTER POINTER
:SET UP RX CHARACTER POINTER
;SET UP NEXT Tx CHAR

CS$ERROR

“SYNCH” CHARACTER

#PATGR+1,R3
oPATQGB,R4
(R3).+,28
(R4).,3

CSESCAPE

L10022-.

STACKED ERROR

LOAD/TX/READ PARITY BIT=0 CHARACTERS

#32R
2%:

;READ REMAINING 7 BITS OF

CSERROR

"SYNCH”

TRAP

007202

L100D22-.

t1BR IF NO ERROR

;PRINT

TRAP

104460

104410
000172

. WORD

103003

104460

B8CC

ERRDOR

00C000

004537
000007
000151

RS, INITRN

TX0L

104410
000220

004537
000000
103003

PAGE

DOCMPtEVRC 1226

104460

120402

15:39

SEQ 0111

103003

004537
000000
000000
004537

2> FEB 84

TRAP

CS$ERROR

TRAP

. WORD

CSESCAPE
L10022 .

TRAP

C$ERROR

;SET UP NEXT RX CHARACTER
TX CHARACTER

;¢¢ HOLE FOR

TX CHARACTER

:BR IF NO ERROR
;PRINT

STACKED ERROR MESSAGE

$sAND EXIT

SUBTEST

TRAP

.WORD

CS$ESCAPE

L10022-.

Ty
CNOMOAQ DMVl

LINE

TEST

PARL
(Y GENERATION

VRC

4401
4402

NIV

025062

004537

4403 025066
4404 025070

000007
000000

4405
4406

025072
025074

103003

025074
4407 025076
025076
08 025100

104460
104410
000152

4409 025102

004537

::10 025106
11

000001

4412

025110

004537

4413
4414

025114
025116

000000
103006

DIAG?

MACRO M1200

4415 025130
025130

JSR

3%:

011540

007042

025160
025200

4424 025152
4425 025156

004537

003660

4426 025160
4427 025162

000000
103003

44:

SuUB

;SKIP REMAINDER OF

JSR

R5,STEPLY

;CLOCK

RS,CHKTSO

;CHECK

44
EMS1,ERRI2

sREPORT

“EVEN VRC

"DEVICE FATAL” ERROR @ 41

cHe
BNE

11$:

12%:

SUB

R3,#PATQ.S
14

LOAD/TX/READ PARITY

BIT

THIS

SUBTEST

4434 025202
4435 025204
025204

103003

007202

000000

STATE OF
s (SHOULD BE O)
:BR IF NO ERROR

;SKIP REMAINDER

PARITY

THIS

NOT

004537

000001

4441

004537

C$ERROR

TRAP
.WORD

CS$ESCAPE
L10022-.

CLEARED"

SUBTEST

3
;B8R

BIT=1

T7S0=0 CHECKS ARE NOT

CHARACTERS

...

:SET UP NEXT Tx CHAR
:SET UP NEXT RX CHARACTER

JSR

RS, WRITCI

;LOAD

000
8CcC

.+8.

;¢e MOLE FOR TX CHARACTER
:1BR IF NO ERROR
sPRINT STACKED ERROR MESSAGE

ESCAPE

SuB

sAND

TOSRL

EXIT

TRAP
.WORD
.WORD
.WORD

RS, SERIAL

000

011540

sCLOCK/CHECK PREVIOUS

CHAR

;4 HOLE FOR EXPECTED BITM

acc
ERROR

.+8.

:BR IF NO ERROR
;REPORT STACKED

ESCAPE

SuB

;SKIP REMAINDER OF

RS,STEPLU

;CLOCK

PARITY

JSR

RS,CHKTSO

;:CHECK

STATE

007042

CSESCAPE

L10022

COMPLETE

SUBTEST

JSR

CSEROF
4}
EMS51
ERR12

CHARACTER

BIT

TRAP

CSERROR

TRA’
.WORD

CSESCAPE
L10022 .

CHAR BUFFER)

SEQUENCE

ERROR

THIS

SUBTEST

104410
000042

4438 025212

TRAP

BIT

(R3).,128
(R4).,138

JSR

13¢:

104460

::ig 025216

B'FFER)

7SO

104410
000062
004537

CHAR

SEQUENCE

MOVB
MOV8

ERROR

104460

000007

025220

ESCAPE

CHAR

.WMORD

120402

4432 025176

4436 025206
025206
4837 025210

;es HOLE FOR EXPECTED
;:BR IF NO ERROR
;REPORT STACKED ERROR

BIT

TRAP

112337
112437

4433 025200

.+8.

ESCAPE

4421 025142
::gg 025146

4431 025172

8CC
ERROR

PARITY

104410

003016

025166
4430 025170

;CLOCK/CHECK

JSR
0
8CC

104455
000051
015270
021714

020327
001334

4429 025166

RS, SERIAL

7
000

GEDF

4418 025134
4419 025140

025164
025164

K4 4

000120

4428

PAGE

59 o112

007202

4417 025132

4420

15:39

TEST

4415 025120

025120
025122
025124
025126

22 FFB 84

TSO

PARITY

BIT

TRAP

CS$ERROR

TRAP
.WORD

CSESCAPE
L10022 .

1oy
CNOMDAO DMV1l
TEST

4442

LINE

UNIT

VRC PARITY

DIAGE

GENERATION

MACRO M1200

22 FFB 84

15:39

PAGE

64 S
S9tG 0113

TEST

025224

000001

4443 025226

103006

8CC

148

:BR

GEDF

EMS0,ERR]?

;REPORT

“EVEN

;

“DEVICE FATAL" ERROR o 42

4444

025230

025230
025232
025234
025236

104455
000052
015234
021714

025240
025242

104410
000010

6
4447 025244
4448 025250

020327
001334

4445

ada

025240

ESCAPE

003022

14%:

4449 025252

SuB

R3,4PATQ.9.
118

(SHOULD

;5KIP

H
:BR

NO ERROR
VRC

REMAINDER

TSO=1

PARITY

CHECKS

NOT

SET"

SUBTEST

ARE

NOT

TRAP
LAIORD
.WORD
.WORD

CSERDF
A2
EM50
ERR12

TRAP
.WORD

CSESCAPE
L10022 .

COMPLETE

ENDSUB

025252
025252

104403

025254

104401

4450 025254
025254

cHe
BNE

;

L10022:
ENDTST

L10020:

TRAP

CSsESUB

TRAP

CSETST

€9
CNDMDAO DMv11
TEST

LINE UNIT

DIAGZ

VRC ERROR DETECTION

4472

MACRO M1200

22 ¢€B 84

15:39

PAGE 65
SEQ 0114

TESTY

.SBTTL

TEST

VRC

ERROR

DETECTION

TEST

1008080880888 080088002808084880084800000420008000448008808000030880000000000000000

TEST 2

SUBTEST

VRC ERROR DETECTION

TEST

- FORCING OF RERR USING 0DD VRC

THE USYRT

IS PLACED

IN CHAR MODE

TWO

CHARACTERS

(+PARITY)

WITH ODD VRC

AND BOTH

AND RX

CHAR

LENGTH=7 BITS. THE RECEIVER AND TRANSMITTER ARE THEN SYNC'D. WHEN THE FIRST
DATA CHARACTER IS LOADED INTO TXDB, THE RX CHAR LENGTH IS CHANGED TO 6 BITS.
7 BIT

ARE

THEN TRANSMI(TED,

RESULTING

STREAM WHICH THE RECEIVER WILL READ AS TWO 6 BIT CHARS (+PARITY

TH$ FIRST
NOT.

"CHARACTER”

READ WILL

HAVE

THE

CORRECT

PARITY;

THE

IN A

16 BIT

2 LEFT),

SECOND WILL

SUBTEST 2 - FORCING OF RERR USING EVEN VRC
THE USYRT IS PLACED IN CHAR MODE WITH EVEN VRC AND BOTH TX AND RX CMAR
LENGTH=7 BITS., THE RECEIVER AND TRANSMITTER ARE THEN SYNC'D. WHEN THE FIRSI
DATA CHARACTER IS LOADED INTO TXDB, THE RX CHAR LENGTH IS CHANGED TO 6 BITS.
TWO

7 BIT

CHARACTERS

(+PARITY)

ARE

THEN

STREAM WHICH THE RECEIVER WILL READ AS

THE FIRST
NOT.

“CHARACTER” READ WILL

HAVE

TRANSMITTED,

RESULTING

TWO 6 BIT CHARS (+PARITY

THE

CORRECT PARITY;

THE

IN A

16 BI7

+ 2 LEFT).

SECOND WILL

~88888888888848480848884400045000448804808008020000800028040000050080048804000088408

BGNTST

025256

4473
4474
447s
4476 025256

4477
4478
4479
4480
4481
4482

4483

4484
4485
4486
4487
4488
4489
4490
4491
4492
4493
4494
4495

025256
025256
025260
025264
025270
025272
025274
025276
025276
025300
025300
025302

025304
025310
025312
025314
025320
025322
025324
025330
025332
025334
025340

T2::

: SUBTEST @1: FORCING 00D VRC ERROR
)
104402
004737
004537
042226
000347
103(C03

005344
007324

BGNSUB

12.1

JSR
PC, INIDMV
JSR
RS, INITRN
DDCMP {OVRC 1226

TRAP
;INIT DMV-11, ENTER M-LOOP
;LOAD 1 SOM, CLK TX UNTIL ACTIVE
1SET DOCMP,0D0 VRC CHECK,SYNCH=226

BCC
ERROR

.8,

:BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

SUB

;SKIP

TXDL !RXDL

104460
104410
000256

007734

007734
007734
007622

:TX/RX

CHAR LENGTH=7 BITS

TO END OF

TEST

TRAP

C$ESCAPE

.WORD

L10024

RS, TXCTRL

{SET

JSR

RS, TXCTRL

;SET TSOM AGAIN (KNOCK DOWN TBMT)

JSR

RS, TXCTRL

;CLEAR TSOM

JSR

RS, TXCHAR

;LOAD 043,

;son
000
0
043

TSOM

3RD SYNCH

C $ERROR

TRAP

JSR

;son

C$BSUB

L 9
CNDMDAO DMv1l LINE UNIT
TeEST

000010
103003

025346

104460

025350
025352

104410
000206

4499 025350

4500
4501 025354
4502 025360
4503 025362
4504 025364

4505 025366
025366
4506 025370

004537
120407
000346

104460

104410
000166

025374
025400
025402
025404
025406
025406
4513 025410
025410
025412

004537
000036
000010

025414
025420
025422
025424
025426
025426
4520 025430
025430
025432

004537
000000

025434
025440
025442
025444
025446
025446
4527 025450
025450
025452
4528
4529 025454
4530 025460
4531 025462
4532 025464
4533 025466
4534 025470
025470
4535 025472
025472

004537
000000
000010

4514
4515
4516
4517
4518
4519

003660

103003

025370
025372

4521
4522
4523
4524
4525
4526

MACRO M1200

22 FEB 84

15:39

PAGE 65

SEGQ 0115

VRC ERROR DETECTION TEST

4496 025342
4497 025344
4498 025346

4507
4508
4509
4510
4511
4512

DIAGZ

007622

103003

104460
104410
000146
007622

000010

103003
104460

104410
000126
007622

103003
104460

104410
000106
004537

8.
8CC
ERROR

.+8.

;BR IF NO ERROR

ESCAPE

SuB

;:SKIP TO END OF TEST

;REPORT

STACKED ERROR

RS,WRITEI

8CC
ERROR

.+8.

:BR IF NO ERROR
;PRINT STACKED ERROR MESSAGE

ESCAPE

suB

;AND EXIT SUBTEST

; TXCL=7,

L10024

TRAP

C$ERROK

RS, TXCHAR

;:LOAD 036

.+8.

;BR IF NO ERROR

ESCAPE

suB

;SKIP TO END OF TEST

;REPORT

STACKED ERROR

RS, TXCHAR

;LOAD FILLER (000)

8CC
ERROR

.+8.

;BR IF NO ERROR

ESCAPE

suB

:SKIP TO END OF TEST

;REPORT

STACKED ERROR

RS, TXCHAR

;LOAD FILLER (000)

8CcC
ERROR

.+8.

;BR IF NO ERROR

ESCAPE

SuB

;SKIP TO END OF TEST

;REPORT

STACKED ERROR

TRAP

JSR
026
RERCHK
NOCRDA

RS ,RXCHAR

CS$ESCAPE

.WORD

L10024

TRAP

C$ERROR

TRAP

CS$ESCAPE

.WORD

L10024
-,

TRAP

C$ERROR

TRAP

C$ESCAPE

.WORD

-.
L10024

TRAP

C$ERROR

TRAP

. WORD

010034

CS$ESCAPE

.WORD

RXCL=6

JSR
036
8.
8CcC
ERROR

JSR
000
8.

TRAP

CSERROR

;SET RX CHAR LENGTH=6 BITS

JSR
PCR
TXDL!6

JSR
000
8.

TRAP

C$ESCAPE

L10024

;READ/CHK SYNCH CHARACTER
H

:CHECK RERR (NO VRC ERROR EXPECTED)
iNO INITIAL CHECK OF RDA=0

8CC
ERROR

.+8.

:1BR IF NO ERROR

ESCAPE

sus

;SKIP TO END OF TESTY

;REPORT

STACKED ERROR

TRAP

C$ERROR

TRAP

CS$ESCAPE

M9
CNDMDAO DMV1l LINE UNIT
TEST 2

000064

4537 025476
4538 025502
4539 025504
4540 025506
4541 025510
4542 025512
025512
4543 025514
025514
025516
4544
4545 025520
4546 025524
4547 025526
4548 025530
4549 025532
4550 025534

004537
000043
000001
100000
103003

025534
4551 025536
025536
025540
4552
4553
4554
4555
4556

025542
025546
025550
025552
025552
4557 025554
025554
025556
4558 025560
025560
025560
4559

22 FEB 84

15:39

PAGE 65 2

SEQ 0114

.WORD
010034

104460
104410
000042
004537

100074

025562
025562
025564
025570
025574
025576
025600
025602
025602
025604
025604
025606
025610
025614
025616
025620
025624

tREAD/CHK 6 BIT

B8CC

.+8.

;CHECK RERR (NO VRC ERROR EXPECTED)
sOON'T CHECK INITIAL RDA=0
:BR IF NO ERROR

ESCAPE

SuB

:OKIP TO END OF TEST

;EXPECTED

;REPORT

1ST

CHARACTER

"CHARACTER”

010034

104460

104410
000020

JSR

RS,RXCHAR

8CC
ERROR

.+8.

ESCAPE

SuB

RXERR'!074
RERCHK
NOCRDA

STACKED ERROR

103003

104410
000002

;REPORT

STACKED ERROR

:SKIP TO END OF TEST

RS,ENDTRN

BéC

.+8.

ESCAPE

SuB

TRAP

C$ERROR

TRAP

CS$ESCAPE

STACKED ERROR

$SKIP TO NEXT SUBTEST

TRAP

CS$ERROR

TRAP

C$ESCAPE

. WORD

L10024:

T2.2

Csesus

TRAP

csBsuB

TRAP

CS$ERROR

TRAP
.WORD

CS$ESCAPE
L10025 .

s INIT DMV-11, ENTER M-LOOP
;LOAD 1 SOM, CLK TX UNTIL ACTIVE
:SET DOCMP,EVEN VRC CHECK,SYNCH=226

8CC

.+8,

+BR IF NO ERROR

ESCAPE

SUB

:SKIP TO END OF

007734

JSR
;son

RS, TXCTRL

$SET TSOM

007734

JSR

RS, TXCTRL

:SET TSOM AGAIN (KNOCK DOWN TBMT)

104460
104410
000256

TSOM

L10024
-.

TRAP

PC, INIDMV
JSR
RS.INITRN
JSR
DDCMP !EVRC 1226
TXDL !RXDL

L10024
-.

;BR IF NO ERROR

;REPORT

BGNSUB

ERROR

CSESCAPE

L10024
-.

;SHUT DOWN TRANSMITTER, RECEIVER

104403

004537
000001
000007
004537
G00001

TRAP

C$ERROR

+READ/CHK 6 BIT CHARACTER
;EXPECTED 2ND "CHARACTER” (074)
;CHECK RERR (VRC ERROR IS EXPECTED)

ENDSUB

005344
007324

sOON'T CHECK INITIAL RDA=0
;BR IF NO ERROR

gSR
ERROR

104460

104402
004737
004537
042626
000347
103003

TRAP

.WORD

011456

L10024

(043)

. WORD

000001
106000
103003

004537
000011

RS ,RXCHAR

JSR

043
RERCHK
NOCRDA

ERROR

4562 025562

4570
4571
4572
4573
4574
4575

MACRO M1200

VRC ERROR DETECTION TEST
025474

4536

DIAGe

;s TX/RX CHAR LENGTH=7 BITS
;REPORT

STACKED ERROR

TEST

CNOMDAO DMV11 LINE UNIT
TEST

VRC ERROR DETECTION

4576
4577
4578
4579
4580
4581
4582

025626
025630
025634
025636
025640
025644
025646
4583 025650
4584 025652
025652
4585 025654
025654
025656

000010
004537
000000
000000
004537
000143
000010

025660
025664
025666
025670
025672
025672
4592 025674
025674
025676

004537
120407
000346
103003

4586
4587
4588
4589
4590
4591

4593
4594 025700

4595 025704

4596 025706
4597 025710
4598 025712

003660

104460

104410
000166

004537

000026
000010

007622

103003

025720
025724
025726
025730
025732
025732
4606 025734
025734
025736

004537
000000
000010
103003

007622

15:39

PAGE 65

3
SEQ 0117

TEST
8.
JSR
000
0]
JSR

RS, TXCTRL

;CLEAR TSOM

RS, TXCHAR

;LOAD 143,

8CC
ERROR

.+8.

:BR

ESCAPE

suB

;SKIP TO END OF TEST

143

TX 3RD SYNCH

NO ERROR

;:REPORT STACKED ERROR

104410
000126
004537
000000
000010
103003

007622

4615 025760
4616 025764
4617 025766

004537
000026
000001

RS,WRITEI

$:SET RX CHAR LENGTH=6 BITS

8CC
ERROR

. +8.

;TXCL=7, RXCL=6
:BR IF NO ERROR

ESCAPE

suB

:AND EXIT SUBTEST

:PRINT STACKED ERROR MESSAGE

JSR
026
8.
8CC
ERROR

RS, TXCHAR

:LOAD 026

.+8.

:BR

ESCAPE

SuB

;:SKIP 7O END OF TEST

;:LOAD FILLER

8CC

.+8.

:BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

SuUB

;SKIP TO END OF TEST

JSR

RS, TXCHAR

8cC
ERROR

.+8.

ESCAPE

SUB

TRAP

C$ERROR

TRAP
.WORD

L10025-.

TRAP

CS$ERROR

TRAP

JSR
026
RERCHK

RS ,RXCHAR

CSESCAPE

.WORD

L10025-.

TRAP

CS$ERROR

TRAP
. WORD

CSESCAPE
L10025-.

TRAP

CS$ERROR

(000)

TRAP

CS$ESCAPE

. WORD

L10025

TRAP

C$ERROR

TRAP

CSESCAPE
L10025-.

;LOAD FILLER (000)

;B8R IF NO ERROR

;REPORT

;SKIP

STACKED ERROR

TO END OF

TEST

. WORD

010034

CSESCAPE

IF NO ERROR

;REPORT STACKED ERROR

RS, TXCHAR

JSR
000
8.

000
8.

104460

104410
000106

JSR

PCR
TXDL!6

ERROR

104460

025756

4614

22 FFB-84

104410

104410
000146

025746
025750
025752
025752
4613 025754
025754

MACRO M1200

000206

025714
025716

025740
0°5744

007622

104460

4607
4608
4609
4610
4611
4612

007734

103003

025712

4599 025714

4600
4601
4602
4603
4604
4605

DIAGR

:READ/CHK

SYNCH CHARACTER

:CHECK RERR (NO VRC ERROR EXPECTED)

TEST 2

MACRO M1200

025774

025776

026000

15:39

PAGE

B1o
&5 4

€3 0118

100000
103003

NOCRDA
BCC

ERROR

104460

ESCAPE

104410

INO INITIAL CHECK OF
18R IF NO ERROR

.8,

{REPORT

SUB

1SKIP

RDA=0

STACKED ERROR

10 END OF

TRApP

TEST

TRAP

. WORD

4022
4623 026002
3624 026006

010034

JSR
043
RERCHK

4625
4626
4627
4628

026010
026012
026014
026016
026016
4629 026020
026020
026022
4630
4631 026024
4632 026030
4633 026032
4634 026034
4635 026036
4636 026040
026040

RS,RXCHAR

010034

NOCRDA
BCC
ERROR

.8,

100N‘T CHECK INITIAL RDA=0
1BR IF NO ERROR
{REPORT STACKED ERROR

ESCAPE

SUB

sSKIP

JSR
RS, RXCHAR
RXERR 1054

RERCHKX

4638
4639
4640
4641

011456

4642

NOCRDA
BCC
ERROR

.8,

ESCAPE

SUB

TO ENO OF

TEST

4643

4644

104403
104401

TRAP

C$ERROR

TRAP

CSESCAPE
L10025

1CHECK RERR (VRC ERROR IS EXPECTED)

;OON'T CHECK INITIAL RDA<0
18R IF NO ERROR
;REPORT STACKED ERROR
;SKIP TO END OF

TEST

RS.ENDTRN

1SHUT DOWN TRANSMITTER,

BCC

.8,

:BR IF NO ERROR

ESCAPE

SUB

;SKIP

ENDSUB

CSESCAPE

110025

sREAD/CHK 6 BIT CHARACTER
1EXPECTED 2ND "CHARACTER* (054)

gsn
ERROR

CIERPOR

JREAD/CHK 6 BIT CHARACTER
{EXPECTED 15T “CHARACTER” (043)
JCHECK RERR (NO VRC ERROR ErPECTED)

. WORD

4637

4645

FEB

VRC ERROR DETECTION TEST

4618 025770
4619 025772
4620 025774
4621

DIAG?

CNDMDAQ DMvI1 LINE UNIT

{REPORT

TRAP

CS$ERROR

TRAP

. WORD

CSESCAPE
L10025-.

TRAP

CSERROR

TRAP

.WORD

CSESCAPE
L1002S .

TRAP

CSESLB

TRAP

CSETST

RECEIVER

STACKED ERROR

TO NEXT

SUBTEST

L1002S:

ENDTST
L10023:

CNOMDAC DMVIL LINE

TEST 3 -

UNIY

DIAG2

MACRO M1200

22 FFB 84

BCP CRC GENERATTON/DETECTION TEST

465¢

.SBTTL

TEST

15:39

ClLo
PAGE %6

569 0119

BCP CRC GENERATION/DETECTION

TEST

$000000800040400040008400800008040000000000804000080000008080008000000000008080000808

TEST 3 -- BCP CRC GENERATION/DETECTION TEST

1¢
¢
3¢

REPORT
WHEN THE CRC IS ACCEPTED AS GOOD. EACM IS
RUN
AT
THE CHARACTER LENGTHS OF 8 BITS FOR THE ENTIRITY
OF
EACH
MESSAGE.
BOTH THE TRANSMITTER AND RECEIVER WILL BE SET 10

1¢

SUBTEST.

THE

)

SAME

CHARACTER

LENGTH.

ERROR

LOOPING

WILL

TEXT STRINGS WILL BE LIMITED TO S CHARACTERS.

THE

FAILING

$--0600800080000048400008000820000000400000800008000008000800800000006000800000000020

4657
aegg
46
4660 026070

026070
026070

BGNTST

026070

§=

ceeceececeea
s eececamenssceses cseccce eseeea-

SUBTEST

§ee

GOOD CRC-16 GENERATION

eeeeeemteeeeecacieacecceecceaceaneaaaaoa

“e
ceee

BGNSUB

1%::

eeeane

PRSI

eeean

13.1:

104402

TRAP

4661
4662

026072
026076

004737
004537

4663
4664
4665
4666

026102
026104
026106
026110
026110

065626
000000
103003

104460

DDCHP°STRIPS'IDLES'CRCIG'SYNCH 1SET DOCMP, STRIP,IDLE,.CRC-16,
1USE 8 BIT CMARS
BCC
.+8.
:BR IF NO ERROR
ERROR
tREPORT STACKED ERROR
TRAP

026112
2668 026114

104410
000544

TRAP
.WORD

4669
4670
4671
4672
4673

004537
000001
000007
004537
000000

4667 026112

026116
026122
026124
026126
026132

:g;; 026134

005344
007324

007734

JSR
JSR

PC. INIDMV
RS, INITRN

s INIT
sLOAD

DMV-11, ENTER
1 SOM, CLK TXx

ESCAPE

TST

:SKIP

TO END

JSR

TSOM
7.
JSR
000

007734

000000

RS, TXCTRL

$SET

TSOM,

RS, TXCTRL

;CLEAR

TXx

M-LOOP
UNTIL ACTIVE

cs8suB

SYNCH*226

TEST

1ST

C$ERROR
C$ESCAPE
L10026-.

SYNCH

TSOM

‘.....--...-............--.-.---......-........---...-.......-..--'..II

:g;g

: NOW TRANSMIT THE FIVE 8-BIT DATA CHARACTERS TO THE RECEIVER/FIFO
‘lll..lll..l.l.lll-....-....I....I...........l..-l.....llll.l.l.-..lll.

4678 026136

012703

026662

:2;3 026142

112337

026152

4681
4682
4683
4684
4685

004537
000000
000010
103003

007622

026146
026152

026154
726156
026160
026160
4686 026162
026162

4687

026164

104460
104410
000474

MOV

@TO1TBL ,R3

:SET

10%:

MOVB

(R3)s,18

s INSTALL NEXT

UP DATA

TAB..E

POINTER

JSR
000

RS, TXCHAR

1s:

1 TRANSMIT CHARACTER ( ==> RX/FIFO
1e¢ HOLE FOR NEXT CHARACTER ss

8.
8CC
ERROR

.+8.

18R _IF NO ERROR
tREPORT STACKED ERROR

ESCAPE

TST

1SKIP

T~ CHARACTER

TO END OF

TEST

)

TRAP

C$ERROR

TRAP
.WORD

CS$ESCAPE
L10026-.

CNDMDAO DMVl LINE UNIT DIAG?

TEST 3 -

MACRO M1200

BCP CRC GENERATION/DETECTION TEST

4688 026166
:ggg 026172

022703
001363

026667

4691
4692
4693
4694
4695
4696
4697

026174
026200
026202
026204
026210
026212
026214

004537
000002
000010
004537
000002
000010
004537

007734

:ggg 026220

000016

4700
4701
4702
4703

026222
026226
026230
026232

004537
000000
000000
100000

4704 026234
4705 026236
026236

103003

104460

026240
4707 026242

104410
000416

4708 026244
4709 026250
4710 026252

004537
000125
000000

4712 026256

103003

D10
22 FFB 84

cHP
BNE

15:39

PAGFE 66

47017BL+5,R3
10%

SE
sALL
i IF

CHARACTERS TRANSMITTED
NOT, Tx ANOTHER ONE

‘...--.......’..‘..'......--..-...-....-.....-..-..-.-..-.-1.--.'.--..-

4706 026240

4711 026254

104410
000374

4716
4717
4718
4719

004537
000252
000000
100000

4720 026300

4724
4725
4726
4727

026310
026314
026316
026320

004537
000377
000000
100010

4728 026322

103003

026324
4730 026326
026326
473
026330
1

104460

4732 026332

010034

1ST

TEOHM

RS, TXCTRL

s1LOAD

2ND

TEOM

tREAD

& CHK 000,

RS,STEPLU

JSR
000
0
NOCRDA

RS ,RXCHAR

8CC
ERROR

.+8.

:BR IF NO ERROR
sREPORT STACKED ERROR

ESCAPE

TST

$SKIP

JSR

iNO

.+8.

18R IF NO ERROR

ESCAPE

TST

1SKIP

JSR

RS5,RXCHAR

8cC

.+8,

ESCAPE

TST

ERROR

010034

sNO

INITIAL

;REPORT

tREAD

tNO

;BR

CHK

RCv

CHECK

TRAP

CSERRCR

TRAP
.WORD

CSESCAPE
L10026 .

TRAP

C$ERROR

TRAP
.WORD

CS$ESCAPE
L10026 .

TRAP

C$ERROR

TRAP
.WORD

C$ESCAPE
L10026 .

TRAP

CSERROR

TRAP
.WORD

CSESCAPE
110026 .

252

OF RDA=0

& CHK

TEST

252,

RCV

CHECK

IF NO ERROR

377

RDA=0O

STACKED ERROR

TO END OF

TEST

tREAD & CHK

377,

RCv

+NO

INITIAL

CHECK

8CC

18R

.+8.

RDA=0

STACKED ERROR

INITIAL

{SKIP

125

TEST

125,

TO ENO OF

;REPORT

JSR
R5 ,RXCHAR
377
Y
NOCRDA!8.
ERROR

104410
000330

8CC

252
0
NOCROA

010034

TO ENO

RCV

CHECK

sREAD

ERROR

010034

INITIAL

RS,RXCHAR

NOCRDA

104460

004537

1LOAD

125
0

103003

104410
000352

RS, TXCTRL

14,

104460

4721 026302
026302
4722 026304
026304
4723 026306

4729 026324

011540

100000

4713 026260
026260
4714 026262
026262
4715 026264
026266
026272
026274
026276

007734

JSR
TEOM
8.
JSR
TEOM
8.
JSR

000
RDA=0

NO ERROR

sREPORT

STACKED ERROR

ESCAPE

TST

$SKIP

TO ENC OF

JSR

RS,RXCHAR

sREAD

&€

CHK

000,

TEST

CHECK

CRC

2
@ o120

CNDMDAO DMV1l LINE

UNIT

DIAG2

MACRO M1200

22 FEB 84

15:39

b LO

PAGE 66 2

€3 0
171

TEST

4733
4734
4735
4736
4737

BCP CRC GENERATION/DETECTION TEST

026336
026340
026342
026344
026346
026346

100000
000001
100000
103003

026350
4739 026352

104410
000306

4740 026354
4741 026360

004537
000011
103003

026364

104460

4738 026350

4742 026362
4743 026364

4744 026366

026366

000270

026372
026372

104403

026374

4750 026376

4751
4752
4753
4754
4755

026402
026406
026410
026412
026414
026414
4756 026416
026416
4757 026420

4758
4759
4760
4761
4762

026422
026426
026430
026432
026436

:;gi 026440

004737

004537
065626
000000
103003

JSR
9.

RS,ENDTRN

;SHUT DOWN TRANSMITTER,

8CC
ERROR

.+8,

1BR IF NO ERROR
sREPORT STACKED ERROR

ESCAPE

TST

iSKIP

TO END OF

. TRAP

TEST

TRAP
.WORD

CS$ESCAPE
L10026-.

TRAP

C$ERROR

TRAP

CS$ESCAPE

TRA®

CS$ESUB

RECEIVER

TEST

.WORD

L10027:

cmecccmesecsecscaseesai

sasessesesenas

&2 : BAD CRC-16 GENERATION

C$ERROR

L10026-.

eeeeieeeee
e
i
e
e

13.2:

TRAP

C$BSUB

007324

JSR
RS, INITRN
;LOAD 1 SOM, CLK TX UNTIL ACTIVE
DOCMP!STRIPS!IDLES!CRC16!SYNCH ;SET DOCMP, STRIP,IDLE,CRC-16, SYNCH=226
0
sUSE 8 BIT CHARS
8cC
.+8.
+BR IF NO ERROR
ERROR
sREPORT STACKED ERROR
TRAP
C$ERROR
ESCAPE
TST
iSKIP TO END OF TEST
TRAP
CSESCAPE
.WORD
L10026-.

007734

JSR
TSOM
7.
JSR
000

RS, TXCTRL

;SET

RS, TXCTRL

;CLEAR

007734

000000

TSOM,

1ST

SYNCH

TSOM

;

4768 026442

012703

026662

:;gg 026446

112337

026456

4771 026452
4772 026456

004537
000000

007622

4774 026462
4775 026464

103003

104460

TO END OF

;INIT DMV-11, ENTER M-LOOP

104410
000240

000010

iNO INITIAL CHECK OF RDA=0
:BR IF NO ERROR
sREPORT STACKED ERROR

PC, INIDMYV

026464

iSKIP

SUBTEST

104460

004537
000001
000007
004537
000000

(IF CRC-16 WAS OK),

JSR

:;gg

026460

005344

4765

4773

TST

fomeemmeeaceameeceaas
BGNSUB

104402

RERR=1

ENDSUB

026374
026374

ESCAPE

011456

4747

a7a
4749

104410

026370

4745 026372

4746

104460

RXERR ! 000
RERCHK
NOCRDA
8CC
.+8.
ERROR

NOW

TRANSMIT

THE FIVE 8-BIT DATA CHARACTERS PLUS

TWO BAD CRC (ALL

THE

1'S) CHARACTERS TO THE RECEIVER/FIFO

MOV

0TO1TBL,R3

;SET

10¢:

MOVB

(R3)+,1¢

s INSTALL

1%:

JSR
000

RS, TXCHAR

: TRANSMIT CHARACTER ( ==> RX/FIFO
146 HOLE FOR NEXT CHARACTER ss

BCC
ERROR

.+8.

;BR_IF NO ERROR
:REPORT STACKED ERROR

UP DATA

TABLE

ADDITIONAL

POINTER

TX CHARACTER
)

TRAP

C$ERROR

CNDMDAO DMv11 LINE
TEST

UNIT

DIAG2

026466

000170

4778 026472
4779 026476

022703
001363

026671

4781 026500
:;gg 026504

004537
000010

4784 026506
4785 026512

004537
000000

4786 026514

000000

4780

4787 026516
4788 026520
4789 026522

10O

PAGE 66 3

104460

026524
026526

104410
000132

4792 026530

004537

4795 026540
4796 026542

100000
103003

4790 026524

4793 026534
4794 026536

4797 026544

000125
000000

026544

104460

026546
479 026550

104410
000110

4800 026552

004537

4798 026546

4801 026556
4802 026560

4803 026562
4804 026564
4805 026566

000252

104460

026570
2807 026572

104410
000066

4808
4809
4810
4811
4812
4813

026574
026600
026602
026604
026606
026610
026610

004537
000377
000000
100010
103003

026612
4815 026614

104410
000044

4816 026616
4817 026622

004537
000000

4818 026624

000001

026570

026612

;SKIP TO END OF

TEST

TRAP

cMP
8NE

@TO1TBL+7,R3
108

;ALL CHARACTERS TRANSMITTED
: IF NOT, TX ANOTHER ONE

011540

JSR
10

RS,STEPLU

010034

JSR
000
0
NOCRDA
8CC

RS, RXCHAR

;READ & CHK 000,

,+8.

:NO INITIAL CHECK OF RDA=0
;BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

TST

;SKIP TO END OF

TEST

JSR

RS ,RXCHAR

;READ & CHK

RCV 252

NOCRDA
BCC

. 8.

:NO INITIAL CHECK OF
;:BR IF NO ERROR

ESCAPE

TST

;:SKIP

JSR

RS, RXCHAR

;READ & CHK

C$ESCAPE

L10026-.

‘..-.-I.".'.l......l..ll:x!8."ISI'-I..’-1‘..".-:III'I’II!IJI”’I’I'-!

ERROR

010034

125
0

ERROR

010034

000000
100010
103003

026566

TST

.WORD

100000
103003

026522

4814

15:39

SEQ 0122

ESCAPE

104410

4777 026470

4806

22 FEB 84

BCP CRC GENERATION/DETECTION TEST

4776 026466

4791

MACRO M1200

010034

104460

010034

252

;REPORT

RCV

125,

125

TEST

252,

RCvV

;NO INITIAL CHECK OF RDA=0
;BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

;SKIP

TO END

TEST

JSR
RS ,RXCHAR
377
o}
NOCRDA!8.
8CC
.+8.
ERROR

tREAD & CHK

377,

:NO

CHECK

ESCAPE

;SKIP

JSR
000
RERCHK

TST

RS,RXCHAR

:BR

INITIAL

IF NO ERROR

;REPORT

CSESCAPE
L10026
.

TRAP

CS$ERROR

TRAP
.WORD

C$ESCAPE
L10026 .

TRAP

CSERROR

TRAP
.WMORD

C$ESCAPE
L10026 .

TRAP

C$ERROR

TRAP
.WORD

CSESCAPE
L10026-.

RCV 000

STACKED ERROR
END OF

TRAP
.WORD

377

0
NOCRDA '8,
8CC
. +8,
ERROR
TST

C $ERROR

RDA=0

STACKED ERROR

TO END OF

TRAP

TEST

RDA=0

;READ & CHK 000, CHECK CRC :
; RERR=0 IF BAD CRC-16 (EXPECTED).

(1O
CNOMDAO DMV1l LINE
TEST

UNIT

MACRO M1200

22 FEB

15:39

PAGE

66 4

SER 0123

BCP CRC GENERATION/DETECTION TEST

4819 026626
4820 026630
4821 026632

026632
4822 026634
026634
026636
4323
4824

103003
104460

104410

026650
4828 026652
026652
026654
4829 026656
026656
026656
4830 026660
026660
026660

104460

026662

026663

026664
026665
026666
026667
026670

tNO

INITIAL CHECK

8CC
ERROR

.+8,

18R IF NO ERROR
;REPORT STACKED ERROR

ESCWE

TST

;SKIP

TO END OF

RDA=0

IRAP

TEST

TRAP

.WORD

000022

004537
000011
103003

4826 026646
4827 026650

NOCRDA

100000

026640
4825 026644

4831
4832
4833
4834
4835
4836
4837
4838
4839
4840

DIAG?

011456

104410

000004

104403

JSR

RS,ENDTRN

:5HUT DOWN TRANSMITTER,

BCC
ERROR

.+8.

:+BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

TST

sSKIP

ENDSUB

TO1TBL:

TRA

TEST

TRAP

L10030:

ENDTST

L10026:

.BYTE

BYTE
BYTE
BYTE
.BYTE
.BYTE

BYTE

EVEN

000

125
252
377
000
377

377

;02
103
;D4
:D5
+BAD CRC1

:+BAD CRC2

CSESCAPE
L10025 .

RECEIVER

.WORD

104401
000
125
252
377
000
377
377

TO END OF

CSERROR

C$ERROR
CSESCAPE
L10026-.

TRAP

CS$ESUB

TRAP

CSETST

CNOMOALC DMVI1
TEST

LINE

UNIT

DIAG?

MACRO M1200

22 FFB-84

H 1O

15:39

PAGE 67

SEQ 0124

BOP RX BASIC RECCIVE -FLAG RECOGNITION TESY

LSBTTL

4859

TEST

BOP RX BASIC RECEIVE/FLAG RECOGNITION TEST

>0
0P

PPEOEEIEELEIELEESPS

300000048 0404040088840002000800084828000040480000088000080800008804820408040080040088004

THE

TEST 4

BOP RX BASIC RECEIVE/FLAG RECOGNITION TEST

USYRT

INITIALIZED FOR B0OP MODE WITH TTL LOOPBACK

“SECONDARY STATION ADDRESS”

A PATTERN

TERMINATION

CHARACTER

IS NOT USED AND NO CRC/VRC

SELECTED.

IS CALCULATED.

TRANSMITTED AND TERMINATED FOLLOWED By A SECOND MESSAGE.
THE
FIRST
MESSAGE
IS
ACCOMPLISHED
WITH
A FLAG
RXE IS NOT DROPPED SO THAT THE SECOND MESSAGE CAN BE
BUT
OF

SENT WITHOUT RE-SYNCRONIZITION. SEVERAL FLAG'S ARE IOLED BETWEEN THE
TWO MESSAGES. DURING THE SECOND MESSAGE A RECEIVER OVERRUN CONDITION
IS FORCED. THROUGHOUT THIS TEST, BASIC RECEIVER OPERATION AND TIMING
IS CHECKED. TRANSMITTED INFORMATION IS VERIFIED BY CHECKING THE DATA

MADE

AVAILABLE

TRANSMITTED

RXDB.

PATTERN:

RECEIVED PATTERN:

FLAG

321

123

FLAG

123

321

000

377

101

FLAG...

377 000 276.

123 321 000 377

101

321

FLAG

123.

0800808088000 0004000800008080¢008888000800300044008008088040380880080080806000>

026672
4860 026672

4861
4862
4863
4864
4865
4866

BGNTST
005344

026676
026702
026704
026706
026710
026710
4867 026712
026712
026714

007324

026716
026722
026724
026726
026732
026734

007734

4868
4869
4870
4871
4872
4873
4874
4875
4876
4877
4878
4879

026736
026742
026744
026746
4880 026750
026750
4881 026752
026752
026754
4882
4883 026756
4884 026762

T4::

JSR

PC, INIOMV

sINIT DMV-11, ENTER M-LOOP

JSR

RS.INITRN

;LOAD 1 SOM,

BCC

.+8.

tUSE 8 BIT CHARS
sBR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

TST

;SKIP TO END OF TEST

gOCHK!SYNCH
ERROR

CLK TX UNTIL ACTIVE

:SET BOP MODE,SYNCH REG=226

TRAP

CSERROR

TRAP

CSESCAPE

TRAP

CSERROR

TRAP

CSESCAPE
L10031 .

.WORD

007734

007622

JSR

RS, TXCTRL

;LOAD 2ND FLAG,TX 1ST FLAG

JSR

RS, TXCTRL

;CLEAR TSOM

JSR
123
8.
BCC
ERROR

RS, TXCHAR

:LOAD 123(DATA1),

ESCAPE

TST

;son

000
0

. 8.

TX 2ND FLAG

;9R IF NO ERROR

;REPORT

;SKIP

STACKED ERROR

TO END OF

TEST

. WORD
007622

JSR
321

RS, TXCHAR

L10031-.

;LOAD 321(DATA2),

123(DATAl)

CNOMDAQC DMv11
TEST

026772
026772
026774

4289
4890 026776
3891 027002
4892 027004

4893 027006
4894 027010

027010
4895 027012
027012
027014

4896
4897
4898
4899
4900

027016
027022
027024
027026
4901 027030
027030
4902 027032
027032
4903
4904
4905
4906
4907

027034

027036
027042
027044
027046
027046
4908 027050
07050
027052

4909
4910
4911
4912
4913
4914
4915

027054
027060
027062
027064
027066
027070

027070
4916 027072
027072
027074

4917
4918
4919
4920
4921
4922

UNIT

DIAGZ

MACRO M1200

- FLAG RECOGNITION
BOP RXx BASIC RECLIVE

4885 C26764
4886 026766
488~ 026770
026770
4888

LINE

027076
027102
027104
027106
027110
027110
4923 027112
027112
027114

000010

104410
000522
007622

103003

104410
000502
004537
000377
000000
103003

007622

104410
000462

004537

000000

011310

103003

104460

104410
000444

004537
000523
000000
000010
103003

010034

104410
000402

SEQ 0125

ESCAPE

TST

;SKIP

JSR
000
8.

RS, TXCHAR

8CC

.+8.

ESCAPE

TS7

JSR
377
0

RS, TXCHAR

8CcC

.+8.

ESCAPE

TST

JSR

RS,RCV1ST

8CC
ERROR

.+8.

ESCAPE

TST

JSR

RS,RXCHAR

RXS0M!123
0

;REPORT

STACKED ERROR

TO END OF

TRAP

CSERROR

TRAP

. WORD

CS$ESCAPE
L 10031

TRAP

CSERRDK

TEST

:LOAD OQO(DATA3),

321(DATA2)

:BR IF NO ERROR

;REPORT

:SKIP

;LOAD

STACKED ERROR

TO END OF

TEST

TRAP

007622

L10031

TRAP

CSERROR

TRAP

.WORD

CS$ESCAPE
L10031-.

TRAP

CSERROR

TRAP

C$ESCAPE
L10031

:BR IF NO ERROR

;REPORT

STACKED ERROR

TEST

;:SKIP TO END OF

;:CLOCK AND RCV

123(DATA1l)

:BR IF NO ERROR

;REPORT

STACKED ERROR

;:SKIP TO END OF

TEST

;READ & CHK 123(DATAl),
; & CHECK RSOM=1

.+8.

;BR

FSCAPE

TST

;SKIP TO END OF

JSR
101

RS, TXCHAR

8CC
ERROR

.+8.

ESCAPE

TST

CSESCAPE

.WORD
377(DATA4)

8cC

ERROR

104410
000422

104460

. WORD

104460

004537
000101
000000
103003

;BR IF NO ERROR

ERROR

104460

PAGE

.+8.

ERROR

104460

T1o

8ccC

ERROR

104460

15:39

TEST

103003

004537
000000
000010

FEB 84

RCV 321(DATA2)

IF NO ERROR

sREPORT

STACKED ERROR

TEST

TRAP

C$ERROR

TRAP

. WORD

CSESCAPE
L10031-.

TRAP

CS$ERROR

TRAP

CS$ESCAPE
L10031-.

:LOAD 101(DCATAS)
:BR

;REPORT

NO ERROR

STACKED ERROR

;SKIP TO END OF

TEST

.WORD

CNDMDAO DMv1l LINE UNIT
TEST &4

MACRO M1200

22 FEB 84

BOP RX BASIC RECETIVE/FLAG RECOGNITION

4924
4925
4926
4927
4928

027116
027122
027124
027126
4929 027130
4930 027132
027132
4931 027134
027134
027136

4932
4933
4934
4935
4936
4937
4938
4939
4940
494]1

DIAG?2

027140
027144
027146

004537
000321
000000
000010
103003

010034

PAGE

J1O
67 2

SEQ 01%¢

TEST

JSR
321

RS ,RXCHAR

1PEAD/CHECK

321(DATA2),RCV

8CC

.+8.

ESCAPE

TST

ERROR

104410
000360

:BR

IF NO ERROR

;REPORT

STACKED ERROK

; SKIP TO END OF

007734

JSR
TEOM
(o}

RS, TXCTRL

;LOAD TEOM

JSR

RS .RXCHAR

;READ/CHECK

8CC
ERROR

.+8.

ESCAPE

TST

027172
027176

007734

JSR
TEOM
0

027202
027206
027210
027212
027214
027216
027216
4955 027220
027220
027222
4956
4957 027224
4958 027230
4959 027232

010034

RS ,RXCHAR
JSR
377
0
NCRACT*8.

;READ/CHECK 377(DATA4),RCV
; AND TX (FLAG1)

ERROR

;REPORT

4963 027242

027250
4967 027252
027252
027254

4968

000
0
8.

OOO(DATA3),RCV

RS, TXCTRL

8CC

.+8,

ESCAPE

TS7

007734

004537
001101
000000
060010

010034

103003

104460
104410
000242

JSR
TEOM
0

RS, TXCTRL

JSR

RS ,RXCHAR

STACKED ERROR

:SKIP TO END OF TEST

TRAP

CS$ERROR

TRAP

CS$ESCAPE
L10031

;LOAD TEOM

101(DATAS)

;OON'T CHECK RECEIVER ACTIVE
:BR IF NO ERROR
STACKED ERROR

:SKIP TO END OF TEST

TRAP

CS$ERROR

TRAP

CS$ESCAPE
L10031-.

;LOAD TEOM

;READ/CHECK

SXEOHEIOI

NFCRDA!NCRACT!8.

101(DATAS),RCV (FLAGL:

(FLAG2) & CHECK REOM

8CC

.+8.

;OON'T CHECK FOR FINAL RDA=RXACT=1
:1BR IF NO ERROR

ESCAPE

TST

;SKIP

ERROR

CSESCAPE

L10031

:BR IF NO ERROR

:REPORT

.WORD

004537
000002
000000

CSERRCR

377(DATA4)

.WORD

027200

4964 027244
4965 027246
4966 027250

TRAP

. WORD

010034

4960
4961 027234
4962 027240

TRAP

TEST

027150
027154
027156
027160
027162
4942 027164
027164
4943 027166
027166
027170

4944
4945
4946
4947
4948
4949
4950
4951
4952
4953
4954

NOO(DATA3)

104460

004537

15:39

{REPORT

STACKED ERROR

TO END OF

TEST

TRAP

C$ERROR

TRAP

CS$ESCAPE
L10031-.

.WORD

CNDMDAO DMV11l LINE UNIT DIAGe
TEST

4969
4970
4971
4972
4973
4974
4975
4376
4977

FEB

15:39

PAGE

SEG 0127

BOP RX BASIC RECEIVE/FLAG RECOGNITION TEST
027256
027262
027264

004537
000000
000000

007734

027266
027272
027274
027276
027300
027300
4978 027302
027302
027304
4979
4980 027306
4981 027312
4982 027314
4983 027316
4984 027320
027320
4985 027322

004537
000321
100010

007622

104460

004537
000123
10¢010
103003

007622

104460

004537
000377
100010
103003

027346
027352
027354
027356
4998 027360
027360
4999 027362
027362
027364

004537
000000
000000
103003

5008
5009 027410
5010 027414

RS, TXCHAR
JSR
321
NCTBMT+256
'8,
.
8CC
.+8,
ERROR
ESCAPE

104410

027326
027332
027334
027336
027340
027340
4992 027342
027342
027344

027366
027372
027374
027376
027400
027402
027402
027404
027404
027406

RS, TXCTRL

;CLEAR TEOM

TST

;LOAD 321(DATA6),TX (FLAG3)
:1DON'T CHECK TBMT

;BR IF NO ERROR
:REPORT STACKED ERROR

;SKIP TO END OF

TEST

000212

104410
000172

4993
4994
4995
4996
4997

JSR
000

103003

027322
027324

4986
4987
4988
4989
4990
4991

MACRO M1200

007622

104460
104410
000152
007622

104460
104410
000132
004537
000721
000000
000010
103003

010034

ESCAPE

:SKIP TO END OF TEST

RS, TXCHAR
JSR
3N
NCTBMT#256.
!8.
8CC
.+8.
ERROR

;LOAD 377(DATA8),TX(DATAT)

ESCAPE

TST

;SKIP TO END OF TEST

JSR
000
o

RS, TXCHAR

:LOAD OO0O(DATA9)

8CC
ERROR

.+8.

:BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

TST

;SKIP TO END OF TEST

8CC

.+8,

ESCAPE

TST

ERROR

104460
104410
000110
004537
000276

;OON'T CHECK TBMT
:BR IF NO ERROR
;REPORT STACKED ERROR

JSR
RS,RXCHAR
RXSOM!321
0
8.

C$ERROR

TRAP

.WORD

CSESCAPE
L10031 .

TRAP

C$ERROR

TRAP

.WORD

CSESCAPE
L10031-.

TRAP

C$ERROR

TRAP
.WORD

CS$ESCAPE
L10031-.

TRAP

C$ERROR

TRAP
.WORD

110031-.

;LOAD 123(DATA7),TX(DATA6)

JSR
RS, TXCHAR
123
NCTBMT#+256
18,
.
8CC
.+8.
ERROR
TST

TRAP

;DON’'T CHECK FINAL TBMT
:1BR IF NO ERROR
:REPORT

STACKED ERROR

;READ/CHECK 321(DATA6),RCV 123(DATA7)

:BR IF NO ERROR

sREPORT

;1SKIP

STACKED ERROR

TO END OF

TEST

TRAP

C$ERROR

TRAP

CSESCAPE
L10031-.

.WORD

007622

JSR
276

RS, TXCHAR

CS$ESCAPE

:LOAD 276(DATA10)

CNDMDAO DMv11l LINE UNIT
TEST 4

DIAG?

MACRO M1200

22 FEB-84

Ll 10
15:39

PAGE

67 4
SEQ 0128

BOP RX BASIC RECCIVE/FLAG RECOGMTTION TEST

5011 027416
5012 027420
5013 027422
027422
5014 027424
027424
027426
5015
5016 027430
5017 027434
5018 027436
5019 027440
5020 027442
S021 027444
027444
5022 027446
027446
027450
5023
5024 027452
5025 027456
5026 027462
5027 027464
5028 027466
5029 027470
027470
5030 027472
027472
027474

5031
5032 027476
5033
5034
503S 027500

5036 027504
5037 027506
5038 027510
027510
5039 027512
027512
027514
5040 027516
027516
027516

000000

103003

.+8,

;BR IF NO ERROR

ESCAPE

TST

:SKIP TO END OF TEST

ERROR

104460
104410
000070

004537
000123
000000
100014

8ccC

;+REPORT

STACKED

ERROR
TRAP

TRAP

. WORD
010034

JSR
RS ,RXCHAR
123
0
NOCRDA!12.

103003

104410

.+8,

:NO CHECK OF INITIAL RDA=0
sBR IF NO ERROR
:REPORT STACKED ERROR

ESCAPE

TST

;:SKIP

TO END OF

TEST

000046

012704
004537
000000
100010
103003

MOV 08..R4

000010
007622

RS, TXCHAR
JSR
000
NCTBMT»256
'8,
.
8CC
.+8.
ERROR

104460

ESCAPE

104410
000022

077411
004537
000001
103003

006422

104460
104410
000002

TST

TRAP

CS$ERROR

TRAP
.WORD

L10031-.

TRAP

CS$ERROR

TRAP
.WORD

L10031

TRAP

CS$ERROR

CS$ESCAPE

s INIT CHARACTER COUNT
:LOAD/TX FILLER (OVERFLOW FIFOQ)

;O0ON'T CHECK FINAL TBMT
:BR IF NO ERROR
;REPORT

STACKED ERROR

;:SKIP TO END OF TEST

S08

R4,5%

sFILL TO OVERFLOW

JSR
1
8CC
ERROR

RS, CKROR
.+8.

;CHECK RECEIVER OVERRUN BIT
s (IT SHOUWD BE SET)
;BR IF NO ERROR

ESCAPE

TST

;SKIP TO END OF TEST

;REPORT

C$ESCAPE
.

STACKED ERROR

TRAP

ENDTST

104401

CSESCAPE

L10031

123(DATA7),RCV 377(DATAS8)

B8CC

ERROR

104460

:READ/CHECK

CS$ERPOR

L10031:

CSESCAPE

. WORD

L10031

TRAP

CSETST

M10
CNDMDAO DMv1l
TEST

LINE

BOP RX

UNIT

DIAG2

SECONDARY

MACRO M1200

22 FEB 84

15:39

PAGE 68

SEG 0129

STATION ADDRESSING

5055

LSBTTL

TEST S

BOP RX SECONDARY

STATION ADDRESSING

$6¢88808808820485444000020
0008888008804 088 08000048000 0044840480480484804004804804444
L]

TEST

BOP RX

SECONDARY

STATION ADDRESSING

;¢

THE

SAM

;¢

000,

s«
;¢

20 DIFFERENT
MESSAGES ARE SENT TO VERIFY THAT THE USYRT WILL ONLY
RESPOND TO THE SPECIFIED VALUE.

VUSYRT IS INITIALIZED FOR BOP MODE WITH TTL LEVEL LOOPBACK,

;¢

APA=0,

125, 252,

RECOGNIZES

AND ECM

176,

USING

SHORT

MESSAGES,

THE

ADDRESSES

AND 177 ARE CHECKED TO SEE THAT THE RECEIVER

THEM CORRECTLY.

IN EACH CASE

(AT

EACH ADDRESS),

SERIES OF

s«

TEST

;#
;¢

WHERE ADPR IS THE ADDRESS BEING TESTED AND OCA IS THE ONE'S
COMPLEMENT OF THAT ADDRESS.

PATTERN:

ADR

000 OCR

ADR

s &
R

s -~

027520
5056 027520
ggg; 027524
5059 027526
027526

027526

5060 027530
5061 027532

5062

004737

005004

005344

JSR

CLR
OLOOP:

104402

005002
116437

030224

027546

5071 027556
027556

5072 027560

5084

T5::
ENTER M-LOOP

;CLEAR TEST ADDR INDEX (0,125,252,176,177)
15.1:

R2
ADPAT(R4) ,NWSAR

;CLEAR TX ADDRESS INDEX (O
;INSTALL NEW S/AR VALUE IN

TRAP

=> 20.)
"INNER LOOP"

CsBSUB

(0884844880884 48 0888888858888 400888880008800080840088508044000500000004000

104404
004537
013400
000000
103003

INNER LOOP:

TEST ONE

"TEST ADDRESS”

BGNSEG

007324

ILOOP:
NWSAR:

104460

JSR
RS, INITRN
SECADR!NOCHK
000
0
8CC
.+8.
ERROR
ESCAPE

SEG

104410
000422

;
027562
027566
027572
027576
027602
027606
027612
027616

; INIT DMV-11,

(0,125,252,176,

177)

1888848444 84024888048008840480488080842488880080800048008800804058440000000004

gg;z
5075
5076
S077
S078
5079
5080
5081
gggg

PC, INIDMV

BGNSUB
CLR
MOVB

;

5064

5070 027554
027554

BGNTST

;

5063

5065 027540
027540
5066 027542
5067 027546
5068 027550
5069 027552

888 8884044880408 000400000080 04800800808 004 0804808048400 4480480840000800000404040

116203
110337
110337
110337
110337
110337
105137
113737

002651
027650
027730
030010
030126
027710
027710
027710

030074

TRAP
C$BSEG
sLOAD 1 SOM, CLK TX UNTIL ACTIVE
;SET BOP MODE,SAM=1,0048S/AR 1S VARIABLES&SS
;USE 8 BIT CHARS
;BR IF NO ERROR
;REPORT STACKED ERROR
TRAP
CS$ERROR
;SKIP TO END OF TEST
TRAP
C$ESCAPE
.WORD
100008 -,

SETUP TX/RX STRINGS (ADR 000 OCA ADR)
MOove
MOVB
MOV8
MOVB
MOVE
MOVB
coMB
MOvB

PATX1(R2),R3
R3,1$
R3,3$
R3,4%
R3.6%
R3,2%
24
24,5

-- ADR TAKEN FROM PATX1

;ADR => R3
; ADDRESS(ADR)

; ADDRESS _NOT(OCA)

1$,3%,4%,6¢%

2%,5¢

gt .-

CNDMDAO DMV11l
TEST

BOP RX

5085
5086
5087
5088
5089
5090
5091
5092
5093
5094
5095

UNIT

DIAGZ

SECONDARY

MACRO M1200

22 FEB-84

027662
027664
027670
027672
027674
027676

027676
5104 027700
027700
027702
5105 027704
5106 027710
5107 027712
5108 027714
5109 027716
027716
5110 027720
027720
027722
S111 027724
5112 027730
5113 027732
5114 027734
5115 027736
027736
5116 027740
027740
027742
5117 027744
5118 027750
5119
5120 027752
5121 027756
5122 027760
5123
5124
5125
5126 027762
5127 027766
5128
5129

004537
000001
000007

004537
000000
000000
004537

000000
000010

TRANSMIT

007734
007734

007622

1%:

007622

2$:

007622

3s:

104460

TEST

PATTERN

sLOAD 2ND FLAG,TX

JSR

RS, TXCTRL

;CLEAR TSOM

000
0
JSR
000
8.

RS, TXCHAR

:LOAD ADDRESS,

;#+

HOLE

FOR

1ST FLAG

TX 2ND FLAG

SECONDARY

BCC

.+8.

;B8R IF NO ERROR

ESCAPE

SEG

;SKIP TO END OF TEST

JSR

104460

104410
000240
004537
000003

RS, TXCTRL

000

104460

104410
000260
004537
000000
000000
103003

JSR
;son

ERROR

104460

104410
000300
004537
000000
100010
103003

PAGE

SEQ 0130

103003

104410
000320
004537
000000
100011
103003

15:39

STATION ADDRESSING
NOW

027624
027630
027632
027634
027640
027642
027644
027650
027652
5096 027654
5097 027656
027656
5098 027660
027660

5099
5100
5101
5102
5103

LINE

;REPORT

RS, TXCHAR

ADDRESS

STACKED ERROR

:LOAD 000,

TX ADODRESS

NCTBMT#256.
9.
8CC
L8,
ERROR

;DON'T CHECK TBMT
;BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

;SKIP TO END OF TEST

SEG

STATION

TRAP

CS$ERROR

TRAP

.WORD

CSESCAPE
100004

TRAP

C$ERROR

TRAP

CS$ESCAPE

.WORD

JSR
RS, TXCHAR
000
NCTBMT#256.!8.
BCC
.+8.
ERROR

;LOAD ADDR_NOT, TX 000
;s HOLE FOR COMPLEMENTED ADDRESS

ESCAPE

:SKIP TO END OF TEST

SEG

JSR

RS, TXCHAR

BCC
ERROR

.+8.

ESCAPE

SEG

000
0

:OON’'T CHECK TBMT
:BR IF NO ERROR
+REPORT

STACKED ERROR

;:LOAD ADDRESS AGAIN
;¢ HOLE FOR ADDRESS (AGAIN)

TRAP

C$ERROR

TRAP
.WORD

C$ESCAPE
-.
10000¢$

TRAP

C$ERROR

TRAP

CSESCAPE
-.
10000$

;B8R IF NO ERROR

;REPORT

STACKED ERROR

$SKIP TO €END OF TEST

011540

gsn

RS,STEPLU

; CLOCK/RCV ADDRESS FIELD

004537
000001
103471

006122

JSR
1
BCS

RS, CKRDA

:DID USYRT RESPOND TO ADDRESS ??

104

;18R IF RDA=0

123703
001406

027546

cMPB
8EQ

NWSAR,R3
40%

+ IS ADDRESS = S/AR ?
:1BR IF YES

.WORD

...............................

...NO,

REPORT ERROR

10000$
-.

“USYRT RESPONDED TO WRONG ADDRESS"

CNDMDAQ DMv1l
TEST

LINE

BOP RXx

UNIT

DIAGS

SECONDARY

MACRO M1200

S0 FEB 84

S133
5134
5135
5136
5137
5138
5139
5140
S141

5142
5143
S144
5145
5146
5147
S148
S149
5150
5151

ESCAPE

104410
000200

030036
030042
030044
030046
030050
030052
030052
5152 030054

030054
030056
030060
030064
030066
030070
030074
030076
030100

5153
5154
5155
5156
5157
5158
5159
5160 030102
5161 030104
030104
5162 030106
030106
030110
5163 030112
5164 030116
5165 030120
5166 030122
5167 030126
5168 030130
5169 030132
5170 030134

010034

404
4%

104460
104410
000156
004537
000002
000000
00457
00000C
000000
100010
103003

007734

010034

104460
104410
000124
004537
000002
000000
004537
000000
000000
120010
103003

007734
010034

Ss:

104460
104410
000072
004537
000001
000000
004537
001000
000000
060000
103014

007734
010034

...YES,

030014
030016
030020
030020
030022
030022
030024
030026
030032
030034

EM102,ERR2]

104455
000053
016466
022204

004537
000400
000000
100010
103003

48 2

5€2 0181

GEDF

030004
030010
030012

PAGF

STATION ADDRE SSING

5130
51X1 027770
027770
027772
027774
027776
030000
030000
030002

15:39

Pll

64:

FATAL*

FRROR o 4%

SEG

READ AND VERIFY
.

"DEVICE

cee

iNO INITIAL CHECK OF RDA=O
1BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

$SKIP
1SET

TO END OF

RCv

TRAP

CSERROR

TRAP
. WORD

CSESCAPE

TRAP

C$ERROR

TRAP
. WORD

CSESCAPE

TRAP

CS$ERROR

TRAP
. WORD

CSESCAPE
100008
-.

100008

000

TEST

JSR
RS, TXCTRL
TEOM
o
JSR
RS ,RXCHAR
000
0
NOCRDA!8.
8CC
.+8.
ERROR

tNO INITIAL CHECK OF RDA=0
s8R IF NO ERROR
tREPORT STACKED ERROR

ESCAPE

1SKIP

TEOM

10000
-.

sREAD/CHECK 000

$1SET

TO END OF

TEST

JSR
RS, TXCTRL
TEOM
0
JSR
RS,RXCHAR
000
o
NOCRDA !NCRACT!8.
8cC
.8,
ERROR

$READ/CHECK COMPLEMENTED ADORESS
1o HOLE FOR ADORESS _NOT
tNO INITIAL CHECK OF RDA=0
sDON'T CHECK FINAL RXACT-1
18R IF NO ERROR
tREPORT STACKED ERROR

ESCAPE

1SKIP

JSR
RS, TXCTRL
TS0M
0
JSR
RS ,RXCHAR
RXEOM!000
0
NFCRDOA!NCRACT
8CC
504

CS$ESCAPE

EM102
ERR2]1

NOCRDA!8.
8CC
.08,
ERROR

SEG

TRAP
. WORD

CSERDF

RECEIVED MESSAGE
o

tREAD & CHKX ADDRESS,
1 & CHECK RSOM=1

SEG

JSR
RS ,RXCHAR
RXSOr:* 200
0

SEG

TRAP
. WORD
. WORD
. WORD

1SET

TEOM

TO END OF

TEST

TSOM

1READ/CHECK ADDRESS (AGAIN)
;ee HOLE FOR FINAL ADDRESS
sOON’'T CHECK FOR FINAL RDA=RXACTs1
1BR IF NO ERROR (TO CONTINUVE TEST)

10000¢

CNDMDAO DMV11 LINE UNIY DIAG?2
TEST

5171

BOP RX SECONDARY
030136
030136

5172 030140
030140
030142
5173

1174
5.75
5176 030144
517/ 030150
5178

MACRO M1200

2o FFB-84

PAGE

SEQ 0132

STATION ADDRESSING
ERROR

104460

ESCAPE

104410

sREPORT

STACKED ERROR

$SKIP TO END OF

SEG

TEST

000040

...................

123703
001006

TRAP

CSERROR

TRAP

CSESCAPE
100004

. WORD

027546

50¢

5179
5180
5181 030152

030152
030154
030156
030160
5182 030162
030162
030164
5183
5184
5185
5186 030166
5187 030170
5188 030174
5189 030176
5190 030202
030202
030202
5191
5192 030204
5193 030206
5194 030212
5195 030214
5196 030220
030220
030220
5197 030222
030222
030222
5198
5199 030224
5200 030225
5201 030226
5202 030227
5203 030230
5204
5205

ClLl
15:39

GEDF

EM103,ERR20

104455
00C054
016530

sBR IF NO

“OEVICE FATAL' ERROK ¢ 44

TRAP

CSERDF

022146

ESCAPE

104410
000016

EMLO03
ERR20

SEG

CS$ESCAPE
100008

S YES. UPDATE ADDRESS
AND
005202
022702
001402
000137

000025

éos;

027542

INC

cHP
BEQ
MP

ENDSEG

021..R2
6
ILOOP

s INCREMENT TESTING ADDRESS INDEX
sIF INDEX .LE. 20 THEN CHECK IT
;OTHERMWISE END INNER LOOP. ..

:
10000

104405

TRAP

1080800408800 080/000004800440000400000840088800004000000000800000004000080000002

005204
020427
001402
000137

104403

INC

cHpP
B8EQ

000005

027526

ENDSUB

JHP

R4, 05
. +6

oL ooP

104401
000

125
252
176
177

: INCREMENT ACTUAL TEST ADDRESS INDEX
tALL S5 TEST ADDRESSES CHECKED?
; BR IF DONE
s+ NOT DONE: DO NEXT ADDRESS
L10033:

ENDTST

CSESEG

TRAP

CseEsuB
CSETSTY

ADPAT

BYTE

BYTE
BYTe
BYTE
BYTE

EVEN

000

125
252
176
177

CNOMOAD DMv1l

LINE UNIT

TEST

RXx

BOP

ALL

DIAGR

PARTICS

MACRO M1200
ADDRESS

O FFB 84

15:39

PAGE 69

SEQ 0133

TEST

5218

LSBTTL

TEST

BOP Rx

AlLL

PARTIES ADDRESS

TEST

1000088000640 080000000000000808000080008000008080008000020000000000000000080000000
L]

TEST 6

3‘

;e
i e

BOP RX ALL PARTIES ADDRESS TEST

INITIALIZE
THE
SAM = 1, S/AR -

USYRT
FOR BOP MODE WITH TTL LEVEL LOOPBACK
123(0CT.), APA « 1, AND ECM » 7,

18
i s

A SERIES OF 256 DIFFERENT SHORT MESSAGES ARE
THE USYRT WILL ONLY RESPOND TO THE SPECIFIED

)

HEX. ).

TEST

PATTERN:

i¢

WHERE

ADR

COMPLEMENY OF

ADR

000

THE

OCA

SENT TO VERIFrY
VALUE AND ALSO

THAT
377 (FF

ADR

ADDRESS

BEING

THAT ADDRESS.

TESTED

AND

OCA

THE

ONE

$--080000840008008000000000400000000000800004000000020000800000008040080000800800

[

030232

5219 030232
gggo 030236
1
5222 030240
030240
030240
5223 030242
5224 V30246
5225 030250
5226 030252
5227 030254
030254
5228 030256
030256
5229 030260

BGNTST

004737

005003

005344

JSR

CLR
LOOP :

104402
004537
113523
000000
103003

PC., INIDMY

;CLEAR ADDRESS

76.1:

TRAP
csBsuB
sLOAD 1 SOM, CLK TX UNTIL ACTIVE
3SET BOP MODE,APA=1,SAM=1 ECM=7,5/AR=123
sUSE 8 BIT CHARS
tBR IF NO ERROR
sREPORT STACKED ERROR
TRAP
CSERROR
;SKIP TO END OF TEST
TRAP
CS$ESCAPE
.WORD
L1003S .

JSR
RS, INITRN
APAD!'SECADR!NOCHK 123
0
8CC
.+8.
ERROR

104460

ESCAPE

104410

SuUB

000444

§om me m m me

eeaaeeecacceeeaaaaacoeaeemm——nn

SETUP TX/RX STRINGS (ADR 000 OCA ADR)

f--mrmeeeeeemeeeeceeeceaeanaaaanas

5232
5233
5234
5235
5236
5237
gggg

030262
030266
030272
030276
030302
030306
030312

110337
110337
110337
110337
110337
105137
113737

030344
030424
030512
030630
030404
030404
030404

MOVB
~MOVB
MOVB
~“OVB
MOVB
comB
2 01':]

030576
e

gg:g

:
§o=

5242
5243
5244
5245
5246
5247
5248

030320
030324
030326
030330
030334
030336
030340

5249 030344

5250 030346

004537
000001
000007
004537
000000
000000
004537
000000

000010

007734

007622
1$:

R3, 1
R3,3s
R3.48
R3,6%
R3,2$
28
28,5%

emeeemecmeeeeaacacceaace

;sADDRESS(ADR)

s ADDRESS NOT(OCA)

18,3%,4%,68

2%,S5s

aeeacaccsacaesccaseaccecccamaacacnanan

NOW TRANSMIT TEST PATTERN
=

mmmeeeseecececceeecceccaccccccccceccacscecaceescececccnannmnnnsn

JSR
TSOM
7.
JSR
000
4]
JSR

007734

ENTER M LOOP

BGNSUB

007324

gggg

T6::

sINIT DMy 11,

000

RS, TXCTRL

sLOAD 2ND FLAG,TX

RS, TXCTRL

;CLEAR

RS, TXCHAR

TSOM

;LOAD ADDRESS,
;*¢

1ST FLAG

HOLE

FOR

TX 2ND FLAG

SECONDARY

STATION

ADDRESS

CNDMDAQ DMV11
TEST

LINE UNIT

DIAG?

MACRO M1200

BOP RX ALL PARTICS ADDRESS

5251 030350
5252 030352
030352
5253 030354
030354
030356
5254 030360
5255 030364
5256 030366
5257 030370
5258 030372
030372
5259 030374
030374
030376
5260 030400
5261 030404
5262 030406
5263 030410
5264 030412
030412
5265 030414
030414
030416
5266 030420
5267 030424
5268 030426
5269 030430
5270 030432
030432
5271 030434
030434
030436
5272 030440
5273 030444
5274
5275 030446
5276 030452
5277 030454
5278
5279
5280
5281 030456
5282 030462
5283 030464
5284 030470
5285
5286
5287
5288 030472

030472
030474
030476
030500
5289 030502
030502

2 FEB

007622

007622
2$:

.+8,

ESCAPE

SUB

:BR IF NO ERROR

sREPORT
;SKIP

007622

3s:

TO END OF

TRAP

TEST

sLOAD 000,

ERROR

sREPORT

8CC

.+8.

ESCAPE

SuUB

ADDRESS

:BR It

NO ERROR

sSKIP

TO END OF

TEST

JSR
RS, TXCHAR
000
NCTBMT#256.'8.

sLOAD ADDR_NOT, Tx 000
;es HOLE FOR COMPLEMENTED

8CC
ERROR

.»8.

:BR IF NO ERROR
$REPORT STACKED ERROR

ESCAPE

SUB

;SKIP TO END OF

L10035

TRAP

CSERROR

TRAP
. WORD

L1003S

TRAP

TEST

RS, TXCHAR

:LOAD ADDRESS AGAIN
;¢e HOLE FOR ADDRESS (AGAIN)

8CC
ERROR

.+8.

s8R IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

SWu

;SKIP

TO END OF

TEST

gSR

RS,STEPLU

;CLOCK/RCV ADDRESS FIELD

006122

JSR

RS,CKRDA

sOID USYRT RESPOND TO ADDRESS

B8CS

104

;BR IF RDA«O

000123

cMe
BEQ
cHe
BEQ

000377

...NO,

0123 ,R3
40¢
0377 ,R3
404

REPORT ERROR
GEOF

000055
016466
022204

ESCAPE

SuB

SHOWD

;sADDRESS = 123
:BR IF YES
;s ADDRESS = 377

CS$ESCAPE
.

CS$ERROR
CSESCAPE

.WORD

L10035

TRAP

C$ERROR

TRAP

CSESCAPE
L10035-.

. WORD

IT HAVE?

?
?

"USYRT RESPONDED TO WRONG ADDRESS"

EM102,ERRR1

104455

(RDA=1):

CS$ESCAPF

. WORD

ADDRESS

JSR
800

CSERROR

STACKED ERROR

011540

104410

STACKED ERROR

JSg
RS, TXCHAR
00
NCTBMT4256
!9,
.

USYRT RESPONDED TO MESSAGE
022703
001411
022703
001406

TRAP

104460

004537
000001
103475

TRAP

104460

104410
000266
004537
000002

8CC

ERROR

104460

104410
000306
004537
000000
000000
103003

PAGE

S€qQ 0134

104460

104410
000326
004537
006000
100010
103003

15:39

TEST

103003

104410
C00346
004537
000000
100011
103003

b1l

“DEVICE FATAL" ERROR & 45

TRAP

CSERDF

.WORD
. WORD
.WORD

TRAP

CS$ESCAPE

EM102
ERR21

CNOMDAO DMv11l LINE
TEST 6

5290
5291
5232
5293
5294
5295
5296
5297
5298
5299
5300
5301
5302
5303
5304
5305
5306
5307
5308

5309

5310
5311
5312

5313

5314
5315
5316
5317
5318

UNIT

DIAG

MACRO M1200

BOP RX ALL PARTIES ADDRESS
030504

030506
030512
030514
030516
030520
030522
030522
030524
030524
030526
030530
030534
030536
030540
030544
030546
030550
030552
030554
030554
030556
030556
030560
030562
030566
030570
030572
030576

5329
5330
5331
5332
5333

22 FEB 84

15:39

PAGE

&9 2

SEG 0135

TEST

000220

L1003S

JSR

010034

007734

NOCRDA
8.

:NO

007734

Ss:

SUB

;SKIP TO END OF TEST

JSR
TEOM
0
JSR

000
0

SUB

RDA=0

sSET TEOM
;+READ/CHECK

TRAP

L10035-.

;REPORT

TRAP

CS$ERROR

STACKED ERROR

;SKIP TO END OF

TEST

RS, RXCHAR

+READ/CHECK COMPLEMENTED ADDRESS
;#¢ HOLE FOR ADDRESS _NOT
tNO INITIAL CHECK OF RDA=0
;OON'T CHECK FINAL RXACT=1
$1BR IF NO ERROR
;REPORT

$SKIP

STACKED ERROR

TO END OF

TEST

TRAP

L1003S

TRAP

CS$ERROR

TRAP

CSESCAPE
L10035 .

.WORD

;SET TSOM

0
JSR

RXEON: 000

RS, RXCHAR

;READ/CHECK ADDRESS (AGAIN)
;e HOLE FOR FINAL ADDRESS

NFCRDA !NCRACT
BCC
C.8.
ERROR

:DON'T CHECK FOR FINAL RDA=RXACT=1}
;BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

$1SKIP TO END OF TEST

204

;BR TO CONTINUE TEST

C$ESCAPE

. WORD

RS, TXCTRL

B8R

CS$ESCAPE

.WORD

+NO INITIAL CHECK OF RDA=0
:BR IF NO ERROR

sSET TEOM

SUB

CSERROR

000

RS, TXCTRL

SUB

TRAP

JSR

T50M

6$:

ESCAPE

010034

CHECK

:BR IF NO ERROR
sREPORT STACKED ERROR

NOCROA {NCRACT 8.
BCC
.+8.
ERROR

007734

INITIAL

"8,

ESCAPE

&€ CHECK RSOM=1

BCC

JSR
RS, TXCTRL
TEOM
0
RS, RXCHAR
JSR
000
0
NOCRDA
8.,
BCC
-.8.
ERROR

010034

RS, RXCHAR

RXS0M000

ERROR

5319
5320
5321
5322
5323
5324
5325
5326
5327
5328

M1l

TRAP

CSERPOR

CSESCAPE
110035 .

CNDMDAQC DMV11l LINE UNIT
TEST

DIAG?

MACRO M1200

BOP RX ALL PARTILCS ADDRESS

5334 030650
5335 030654
5336
5337
5338
5339 030656

022703
001006

030656
030660

104455
000056
016530
022146

030662

030664
5340 030666
030666
030670
5341
5342 030672
5343 030676
5344
5345
5346
5347 030700
030700
030702
030704
030706
5348 030710
030710
030712
5349
5350
5351
5352 030714
5353 030716
5354 030720
5355 030724
030724
030724
5356 030726
030726
030726

000123

GLL
(2 FFB 84

1 5:39

PAGE 69 3

SEN 0134

TEST
10%:

CMpP
BNE

2123 ,R3
50%

:WAS NON-RESPONDING ADDR=S/AR ?
tBR

IF NO

ERROR : "USYRT DIDN'T RESPOND
TO SECONDARY STATION ADDR"
EM103,ERR20

ESCAPE

104410
000034
022703
001006

"OEVICE FATAL" ERROR & 45

TRAP

SuB

TRAP

CSESCAPE
L10035
-,

. WORD

cHP
BNE

000377

...NO,

REPORT

2377,R3

sWAS NON RESPONDING

20¢

:BR

ADDR=APA(377)

104455

“DEVICE FATAL'

ERROR o 47

TRAP

000057

016607

022146

.WORD
.WORD
. WORD

104410

TRAP

000012

.WORD
ADDRESS

208 :
030240

NOLP:

104403

INCB

BEQ
JMP
ENOSUB

Ngsz
L

AND

CONTINUE

CSERDF

EM104
ERR20

CS$ESCAPE

L1003S

TESTING

: INCREMENT TESTING ADORESS
; IF ADDRESS

.LE.

377 THEN CHECK IT

;OTHERWISE END TEST, ...

L10035:;

ENOTST

104401

EM103
ERR20

ERROR : "USYRY DIDN T RESPO&D TO ALL PARTIES ADORéSé(377)'
EM104 ,ERR20

105203
001402
000137

CSEROF

. WORD
. WORD
. WORD

L10034:

TRAP

CS$ESUB

TRAP

CSETS?

CNOMDAQ DMVv11
TEST

LINE UNIT

BOP RX BIT

DIAG?

H11
MACRO M1200

22 FEB 84

15:39

PAGE

SEQ 0137

STUFFING TEST

.S8TTL

5371

TEST

BOP RX BIT

STUFFING

TEST

3040408400084 408308008008884000008080880000840400008000803480808880000400000000s80
:

TEST

-- BOP RX BIT

STUFFING TEST

[}

[ 2R 2N BN BN B

2N 2N B

3N J | 4

THE

USYRT

(DELIMITED BY
000,
177,

INITIALIZED

017, 036,
376, 377,

NOTE
THAT
THIS
STUFFING
B80TH

CHARACTERS.
AT
ALL.
THEY ARE

ALL
MADE

AND

THE

360,

037,

FOLLOWING

TEXT

076,

370,

THE APPROPRIATE CONTROL CHARACTERS
074,

170,

PATTERN
CONSISTS
INDIVIDUALLY
AND

174,

TRANSMITTED

OF COURSE):
077,

176,

374,

OF CHARACTERS wWHICH REQUIRE BIT
IN
COMBINATION
WITH
ADJACENT

THERE ARE ALSO CHARACTERS WHICH REQUIRE NO BIT STUFF ING
16 CHARACTERS ARE READ By
AVAILABLE AT RXDB.

THE

RECEIVER

AND

COMPARED

0888884848080 4888080804000088808488843888808800048880040388044440040040000040000

030730
5372 030730
5373
5374 030734
5375 030740
5376 030742
5377 030744
5378 030746
030746
5379 030750
030750
030752
5380
5381 030754
5382 030760
5383 030762
5384 030764
5385 030770
5386 030772
5387
5388 030774
5389 031000
5390 031002
5391 031004
5392 031006
031006
5393 031010
031010
031012
5394
5395 031014
5396 031020
5397 031022
5398 031024
5399 031026
031026

BGNTST
005344
007324

007734

007622

T7::

JSR

PC., INIDMV

;INIT DMV-11, ENTER M-LOOP

JSR

RS, INITRN

;LOAD

0
8CC
ERROR

. 8.

;USE 8 BIT CHARS
:BR IF NO ERROR
:REPORT STACKED ERROR

ESCAPE

TST

;SKIP

NOCHK ! SYNCH

SOM,

CLK

TX UNTIL

TO END OF

TEST

JSR
;son

RS, TXCTRL

;LOAD 2ND FLAG,TX

JSR

RS, TXCTRL

;CLEAR TSOM

JSR
000
8.

RS, TXCHAR

;LOAD OOO(DATAL1),

BCC
ERROR

.8,

:BR IF NO ERROR
:REPORT STACKED ERROR

ESCAPE

TST

;SKIP

000
)

TO END OF

TRAP

C$ERROR

TRAP

.WORD

CSESCAPE
L10036-.

TRAP

CSERROR

1ST FLAG

TX 2NO FLAG

TEST

Jsg

RS, TXCHAR

;LOAD O017(DATA2),

BCC
ERROR

.+8.

;BR IF NO ERROR
:REPORT STACKED ERROR

01
8.

ACTIVE

;SET BOP MODE,SYNCH REG=226

TRAP

CSESCAPE

.WORD

110036-.

TRAP

CS$ERROR

TX OOO(DATA1)

CNOMDAO DMVl LINE UNIT
TEST

BOP RX BIT

5400 031030
031030
031032
5401
5402 031034
5403 031040
5404 031042
5405 031044
5406 031046
031046
5407 031050
031050
031052
5408
5409 031054
5410 031060
5411 031062
5412 031064
5413 031066
031066
5414 031070
031070
031072
5415
5416 031074
5417 031100
5418 031102
5419 031104
031104
5420 031106
031106
031110
5421
5422 031112
5423 031116
5424 031120
5425 031122
5426 031124
5427 031126
031126
5428 031130
031130
031132
5429
031134
5431 031140
5432 031142
5433 031144
5434 031146
031146
5435 031150
031150
031152
5436
5437 031154
5438 031160
5439 031162

DIAG?

STUFFING

007622

104460

104410
001020

007622

104460
104410
001000
004537
000000
103003

011310

004537
000400
000000
000010
103003

;:SKIP TO END OF

TEST
TRAP

iLOAD O36(DATA3),

8cC
ERROR

.+8.

;BR IF NO ERROR

ESCAPE

(ST

JSR
074
0
8CC
ERROR

RS, TXCHAR

ESCAPE

TST

JSR
0

.+8.

:REPORT

:SKIP TO END OF

.+8.
TST

L10036-.

TRAP

C$ERROR

Tx O17(DATA2)

ERROR

TEST

TRAP

010034

JSR

RS ,RXCHAR

RXSOM! 000
0

007622

8.
8CC
ERROR

. +8.

ESCAPE

TST

L10036

TRAP

CS$ERROR

RS, TXCHAR

8cc
ERROR

. +8.

ESCAPE

TST

:BR IF NO ERROR

STACKED ERROR

;SKIP TO END OF

TEST

TRAP

CS$ESCAPE

. WORD

L10036-.

TRAP

CS$ERROR

TRAP

CSESCAPE
L10036-.

:CLOCK AND RCV OOO(DATA1)

sBR IF NO ERROR

;REPORT

STACKED

;SKIP TO END OF

;READ

ERROR

TEST

CHK

OOO(DATAl),

& CHECK RSOM=1

RCV

O17(DATA2)

;B8R IF NO ERROR

sREPORT

JSR
170

CS$ESCAPE

. WORD

;LOAD O74(DATA4L)

;REPORT

R5,RCV1ST

STACKED

CS$ESCAPE

. WORD

104410
000740

;SKIP

STACKED ERROR

TO END OF

TEST

TRAP

CS$ERROR

TRAP

.WORD

CSESCAPE
L10036 .

TRAP

CS$ERROR

TRAP

CSESCAPE
L10036-.

:LOAD 170(DATAS)

104460
104410
000720
004537
000017
000000

TST

RS, TXCHAR

ESCAPE

104460

004537
000170
000000
103003

70
1

JSR

B8CC

104410
000762

PAGE

SEGQ 0138

ERROR

104460

15:39

[

TEST

036
8.

103003

004537
000074
00C000
103003

22 FEB 84

ESCAPE

104410
001040
004537
000036
000010

MACRO M1200

:BR IF NO ERROR

sREPORT

$SKIP

STACKED ERROR

TO END OF

TEST

. WORD
010034

JSR
017

RS ,RXCHAR

sREAD/CHECK O17(DATA2),RCV 036(DATAZR)

CNDMOAO DMV1l LINE UNIY
TEST

BOP RX

5440 031164
5441 031166
5442 031170
031170
5443 031172
031172

5444
5445
5446
5447
5448
5449

031174

031176
031202

031204
031206
031210
031210
5450 031212
031212
031214
5451
5452 031216
5453 031222
5454 031224
5455 031226
5456 031230
5457 031232
031232
5458 031234
031234
031236
5459
5460 031240
5461 031°44
5462 031246
5463 031250
5464 031252
031252
5465 031254
031254
031256
5466
5467 031260
5468 031264
5469 031266
5470 031270
5471 031272
5472 031274
031274
5473 031276
031276
031300
S474
5475 031302
5476 031306
5477 031310
5478 031312
5479 031314
031314
5480 031316

BIT

DIAG?

STUFFING

000010
103003

104460
104410
000676

004537
000360
00G000
103003

007622

104460

104410
000656
004537
000036
000000
000010
103003

010034

104410
000634
000037
000000
103003

007622

104460
104410
000614
004537
000074
000000
000010
103003

010034

104410
000572

104460

15:39

PAGE

JL
1
0 2

SEQ 0139

TEST

8.
8CcC
ERROR

.+8.

:BR IF NO ERROR

& SCAPE

1SY

;SKIP TO END OF

sREPORT

STACKED ERROR

TEST

JSR
360
0
8CC
ERROR

RS, TXCHAR

;LOAD 360(DATA6)

.+8.

;BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

TST

;SKIP TO END OF TEST

TRAP

C$ERROR

TRAP

.WORD

CS$ESCAPE
L10036 .

TRAP

CS$ERROK

TRAP

CSESCAPE
L10036-.

JSR
036
0
8.
8CcC
ERROR

RS ,RXCHAR

;READ/CHECK O36(DATA3),RCV O74(DATA4)

.+8,

:BR IF NO ERROR
:REPORT STACKED ERROR

ESCAPE

TST

;SKIP

JSR
037
0
8CC
ERROR

RS, TXCHAR

ESCAPE

TST

.+8,

TO END OF TEST

TRAP
TRAP

007622

CSESCAPE

L10036

TRAP

C$ERROR

;:LOAD O37(DATA7)
:BR IF NO ERROR

;REPORT

;:SKIP

STACKED ERROR

TO END OF

TEST

JSR
074
0
8.
8CC
ERROR

RS ,RXCHAR

;READ/CHECK O74(DATA4),RCV

.+8,

;BR IF NO ERROR

ESCAPE

TST

;SKIP TO END OF TESTY

:REPORT

TRAP

CS$ESCAPE

1L10036-.

170(DATAS)

STACKED ERROR

JSR

RS, TXCHAR

:LOAD O076(DATAB8)

8ccC
ERRCR

.+8,

;BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

TST

:SKIP TO END OF

076
0

C$ERROR

.WORD

104460

004537
000076
000000
103003

22 FFB 84

.WORD

104460

004537

MACRO M1200

TEST

TRAP

C$ERROR

TRAP

.WORD

CSESCAPE
L10036-.

TRAP

C$ERROR

K11
CNDMDAO DMV1l
TEST

LINE UNIT

22 FEB

15:39

PAGE

SEG 0140

BOP RX BIT STUFFING TESTY
031316
031320

104410
000552

031322
031326
031330
031332
031334
031336
031336
5488 031340
031340
031342
5489
031344
5491 031350
5492 031352
5493 031354
5494 031356
031356
5495 031360
031360
031362
5496
5497 031364
5498 031370
031372
5500 031374
5501 031376
5502 031400
031400
5503 031402
031402
031404

004537
000170
000000
000010
103003

031406
031412
031414
031416
031420
031420
031422
031422
031424

004537
000370
000000
103003

031426
031432
031434
031436
031440
031442
031442
031444
031444
031446

004537
000037
000000
000014
103003

031450

004537

5481
5482
5483
5484
5485
5486
5487

DIAGR

MACRO M1200

TRAP
.WORD
010034

104460

JSR
170
0
8.
8CC
ERROR

RS,RXCHAR

;READ/CHECIKK

170(DATAS),RCV

.+8.

;bR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

TST

;SKIP TO END OF

TEST

104410
000530
004537
000174
00C000

007622

JSR
174

RS, TXCHAR

;LOAD 174(DATA9)

8CC
ERROR

.+8.

;BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

TST

:SKIP TO END OF TEST

103003
104460

104410
000510
004537
000360
000000
000010
103003

360(DATAK)

TRAP

CS$ERROR

TRAP

. WORD

CS$ESCAPE
L10036-.

TRAP

CS$ERROR

TRAP

CSESCAPE
L10036-.

.WORD

010034

104460

JSR
360
0
8.
B8CC
ERROR

RS,.RXCHAR

;READ/CHECK

.+8.

;BR IF NO ERROR

ESCAPE

TST

;SKIP TO END OF

360(DATA6),RCV 037(DATA7)

;REPORT STACKED ERROR
TEST

104410
000466
007622

104460
104410
000446

010034

JSR
370
0
8cC
ERROR

RS, TXCHAR

;LOAD 370(DATA10)

.+8.

;:BR IF NO ERROR

ESCAPE

TST

;SKIP TO END OF TEST

JSR
037
0
12.

8CcC

.+8.

ESCAPE

TST

ERROR

104460
104410
000424

RS ,RXCHAR

;REPORT

STACKED ERROR

TRAP

JSR

RS, TXCHAR

CS$ERROR

CS$ESCAPE

.WORD

L10036-.

TRAP

C$ERROR

TRAP
.WORD

L10036-.

C$ESCAPE

;READ/CHECK O37(DATA7),RCV O076(DATAS8)

;(EXTRA 4 TICKS FOR BIT-STUFF & FIFO)
;B8R IF NO ERROR
tREPORT

STACKED ERROR

:SKIP TO END OF TEST

TRAP

C$ERROR

TRAP

CS$ESCAPE
L10036 .

.WORD

007622

C$ESCAPE
L10036-.

;LOAD O77(DATALl)

CNDMDAO DMVv1l LINE UNIT
TEST

BOP RX BIT

5521
5522
5523
5524

031454
031456
031460
031462
031462
5525 031464
031464
S526 031466
5527
5528
5529
5530
5531
5532

STUFFING

000077
000000
103003

104410
000404
004537
000076
000000
000010
103003

5535 031512
5536 031516
5537 031520

004537
000176
000000

5539 031524
031524
5540 031526
031526
5541 031530

5542
5543
5544
5545
5546
5547

104410
000362

104410
000342

004537
000174
000000
000010
103003

004537

000374
000000
103003

5557
5558
5559
5560
5561
5562

004537
000370
000000
000010
103003

031574
031600
031602
031604
031606
031610

010034

104460

031560
031562
031564
031566
031566
5555 031570
031570

(2. FEB 84

007622

104460
104410
000300
010034

15:39

PAGE

L L]
70 4

SEQ 0141

TEST

.+8.

:BR IF NO ERROR
sREPORT STACKED ERROR

ESCAPE

TST

;SKIP

JSR
076
0
8.
8CC
ERROR

RS,RXCHAR

;READ/CHECK O76(DATA8),RCV

.+8.

:BR IF NO ERROR
;sREPORT STACKED ERROR

ESCAPE

TST

;SKIP TO END OF

JSR
176
0

RS, TXCHAR

:LOAD

8CcC

.+8.

:BR IF NO ERROR

ESCAPE

TST

;SKIP

JSR
174
0
8.
8CC
ERROR

RS.RXCHAR

sREAD/CHECK

.+8.

:BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

TST

;:SKIP

JSR

RS, TXCHAR

;LOAD 374(DATA13)

.+8.

:BR IF NO ERROR
{REPORT STACKED ERROR

ESCAPE

TST

{SKIP

JSR
370
0
8.
8CC
ERROR

RS ,RXCHAR

+READ/CHECK

.+8,

;BR IF NO ERROR
;REPORT STACKED ERROR

ERROR

104460

5550 031554

5556 031572

007622

103003

104410
000320

5551
5552
5553
5554

010034

104460

031532
031536
031540
031542
031544
031546
031546
5548 031550
031550
5549 031552

MACRO M1200

077
0
BCC
ERROR

104460

031470
031474
031476
031500
031502
031504
031504
5533 031506
031506
5534 031510

5538 031522

DIAG2

374
0
8cC
ERROR

TO END OF

TEST

TRAP

C$ERROR

TRAP
.WORD

CS$ESCAPE
L10036 .

174(DATA9)

TRAP

C$ERROR

TRAP
.WORD

CS$ESCAPE
L10036 .

TRAP

C$ERROR

TRAP
.WORD

CSESCAPE
L10036-.

176(DATAL2)

;REPORT

STACKED ERROR

TO END OF

TEST

174(DATA9),RCV

TO END OF

TEST

370(DATA10)

TRAP

C$ERROR

TRAP
.WMORD

CSESCAPE
L10036-.

TRAP

CSERROR

TRAP
.WORD

CS$ESCAPE
L10036-.

370(DATA10),RCV O77(NATA11)

CNDMDAO DMV11 LINE UNIT
TEST

MACRO M1200

22 FFB 84

15:39

PAGE

70 S5

SEQ 0142

B0OP RX BIT STUFFING TEST

031610
5563 031612
031612
031614
5564
5565 031616
5566 031622
5567 031624
5568 031626
5569 031630
031630
5570 031632
031632
031634
5571
5572 031636
5573 031642
5574 031644
5575 031646
5576 031650
5577 031652
031652
5578 031654
031654
031656
5579
5580
5581
5582
5583
5584

DIAG?2

M11

031660
031664
031666
031670
031672
031672
5585 031674
031674
031676
5586
5587 031700
5588 031704
5589 031706
5590 031710
5591 031712
5592 031714
031714
5593 031716
031716
031720
5594
5595 031722
5596 031726
5597 031730
5598 031732
5599 031734
031734
5600 031736
031736
031740
5601

104460

ESCAPE

1ST

104410
000256
004537
000177
000000

007622

103003

104460
104410
000236
004537
00C077
000000
000014
103003

010034

007622

104460
104410
000174

010034

104460

104410
000152

004537
000377

000000

103003

104460

104410
000132

RS, TXCHAR

;LOAD 177(DATA14)

.+8,

:BR IF NC CZRROR
;REPORT STACKED ERROR

ESCAPE

TSY

;SKIP TO END OF TEST

JSR
077

RS,RXCHAR

104410
000214

004537
000176
000000
000010
103003

JSR
177
0
8cC
ERROR

TRAP

CS$ERROR

TRAP

.WNRD

CS$ESCAPE
L10036 .

TRAP

CS$ERROR

TRAP

CS$ESCAPE
L10036-.

. WORD

104460

004537
000376
000000
103003

sSKIP TO ENC OF TEST

007622

12,
8CC
ERROR

.+8.

ESCAPE

TST

;READ/CHECK O77(DATA11),RCV

;(EXTRA 4 TICKS FOR BIT STWFF £ FIFO)
;BR IF NO ERROR
;REPORT STACKED ERROR

;SKIP TO END OF TEST

JSR

RS, TXCHAR

:LOAD 376(DATALS)

8CC
ERROR

.+8.

:BR IF NO ERROR
;nEPORT STACKED ERROR

ESCAPE

TST

;OK P

JSR
176
0
8.
8CC
ERROR

RS,RXCHAR

;READ/CHECK

.+8,

;BR IF NO ERROR

ESCAPE

TST

;SKIP TO END OF TEST

376
0

TO END OF

;REPORT

TEST

176(DATA12),RCV

STACKED ERROR

JSR

RS, TXCHAR

:LOAD 377(DATA16)

8ccC
ERROR

.+8.

;:BR IF NO ERROR

ESCAPE

TST

;SKIP

377
0

176(DATALR)

;REPORT

STACKED ERROR

TO END OF

TEST

TRAP

C$ERROR

TRAP

.WORD

C$ESCAPE
L10036-.

TRAP

C$ERROR

TRAP
.WORD

CSESCAPE
L10036-.

374(DATA13)

TRAP

C$ERROR

TRAP

.WORD

. $ESCAPE
L10036-.

TRAP

C$ERROR

TRAP

CSESCAPE
L10036-.

.WORD

NE
s

CNDMDAO DMv11l LINE UNIT
TEST

BOP RX BIT

5602
5603
5604
5605
5606
5607

031742
031746
031750
031752
031754
031756
031756
5608 031760
031760
5609 031762
5610
5611
5612
5613
5614

031764
031770
031772
031774
031776
031776
5615 032000
032000
S
032002
616
S617 032004
5618 032010
5619 032012
5620 032014

5621 032016
5622 032020

032020
5623 032022

STUFFING

004537
000374
000000
000010
103003

004537
000002
000000
103003

104410
000070
004537
000177
000000
000010

010034

103003

104460

004537
000376
000000
020014
103003

5633
5634
5635
5636
5637
5638

004537
001377
000000
060000
103003

032072

007734

104460

032026
032032
032034
032036
032040
032042
032042
5631 032044
032044
5632 032045

032050
032054
032056
032060
032062
032064
032064
5639 032066
032066
032070
5640 032072
032072

MACRO M1200

22 FEB 84

15:39

PAGE

70 6

SEQ 0143

TEST

JSR
374
0
8.
8cC
ERROR

RS,RXCHAR

:READ/CHECK

374(DATA13),RCV

.+8.

;:BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

TST

;SKIP

TO END OF

177(DATA14)

TEST

104410
00.110

104410
000046

5625
5626
5627
5628
5629
5630

010034

104460

032022
032024

5624

DIAGE

010034

104460

104410
000002
104401

RS, TXCTRL

sLOAD

. +8.

;:BR IF NO ERROR
+REPORT STACKED ERROR

ESCAPE

TST

:SKIP

JSR
177
0
8.

RS ,RXCHAR

:READ/CHECK

8CC
ERROR

.+8.

:BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

TST

:SKIP

JSR
RS,RXCHAR
376
0
NCRACT!12.
8CC
.+8.
ERROR

ESCAPE

104410
000024

104460

JSR
TEOM
0
8CC
ERROR

010034

TST

JSR
R5,RXCHAR
RXEOM!377
0
NFCRDA!NCRACT
8CC
.3,
ERROR
ESCAPE

T57

1ST

TRAP

C$ERROR

TRAP
.WORD

CS$ESCAPE
L1003% .

TRAP

C$ERROR

TRAP
.WORD

CS$ESCAPE
L10036 .

TEOM

TO END OF

177(DATA14),RCV

TO END OF

:READ/CHECK

TEST

376(DATA1S)

TEST

376(DATA15),RCV

TRAP

CS$ERROR

TRAP
.WORD

CSESCAPE
L10036-.

377(DATA16)

+OON'T CHECK FOR FINAL RXACT=1
;(EXTRA 4 TICKS FOR BIT-STUFF/FIFO)
:BR IF NO ERROR
;REPORT STACKED ERROR
TRAP
;:SKIP TO END OF TEST
TRAP
.WORD

CSERROR
CSESCAPE
L10036 .

;sREAD/CHECK 377(DATA16)
& CHECK REOM

;DON‘'T CHECK FOR FINAL RDA=RXACT=1
:BR IF NO ERROR
;REPORT STACKED ERROR
TRAP
i1SKIP TO END OF TEST
TRAP
.WORD
L10036:

TRAP

C$ERROR
CSESCAPE
L10036-.
CSETST

CNOMOAO DMvil LINE UNIT
Test

DIAG?

BOP RX UNDERRUN

IDLE

5649

MACRO M1200

F'l( )
22 FFB 84

1%:39

PAGE

SEQ Ol44

ABORTS/FLAGS

.SBTTL

TEST

BOP RX UNDERRUN IDLE

ABORTS/FLAGS

100000000000000000000000000000000000000000000000000000000000000000000000800000808

e
TEST 8 -- BOP RX UNDERRUN IDLE ABORTS/FLAGS
le THE USYRT IS INITIALIZED AND A MESSAGE IS STARTED.
t1¢
TRANSMITTER

t»
i¢

UNDERRUN

FORCED

WITH

CHARACTERS
TO
BE
THE RECEIVER
IOL€D.
CHARACTER(S). VERIFY THAT RAB/GA BIT-1,

REPEAT

THE

ABOVE

WITH

IDLE

+«

THEN,

CAUSING ABORT

SHOULD BE RESET BY

THE

ABORT

IDLE-1.

$--000000080800000000000000000800000000000008000000000000000800000000800800000000¢

032074
032074
032074
032074
032076

BGN1ST
jaeesevensnse

SUBTEST

18::

secssseesas

BGNSUB
005344

032102
032106
032110
032112
032114
032114
032116
032116
032120

007324

032122
032126
032130
032132
032136
032140

007734

032142
032146
032150
032152
5672 032154
032154
5673 032156
032156
032160
5674
032162
5676 032166
5677 032170
5678 032172
5679 032174
032174
032176
032176

007622

18.1:

JSR

PC. INIDMV

$INIT DMV-11,

JSR

RS, INITRN

sLOAD

NOCHK ! SYNCH
0

SOM,

ENTER M-LOOP
CLK

TX UNTIL

TRAP

ACTIVE

$SET BOP MODE,SYNCH REG=226
tUSE 8 BIT

CMARS

BCC
ERROR

.+8.

;B8R IF NO ERROR
{REPORT STACKED ERROR

ESCAPE

SUB

;SKIP

TO END OF

e
CSERROR

TEST
TRAP

.WORD

007734

JSR
;son

RS, TXCTRL

;LOAD 2ND FLAG.TX

JSR

RS, TXCTRL

{CLEAR TSOM

Jsg
12
8.
8CC
ERROR

RS, TXCHAR

;LOAD

.+8.

1BR IF NO ERROR
{REPORT STACKED ERROR

ESCAPE

SUB

;SKIP

000
0

123(DATA1),

TO END OF

TX 2ND FLAG

TEST
. WORD

gSR
21
8.

RS, TXCHAR

1LOAD 321(DATA2),

BCC

. 8.

18R

ESCAPE

SUB

;SKIP

ERROR

IF NO ERROR

JREPORT

STACKED ERROR

10 END OF

CS$ESCAPE

L10040-.

1ST FLAG

TRAP

007622

B
CsBS

CS$ERROR

CS$ESCAPE

L10040-.

123(DATA1)

CSERROR

TEST
TRAP

CS$ESCAPF

CNDMDAO DMV11
TEST

S681
5682
5683
5684
5685
5686

032200

000220

032202
032206
032210
032212
032214
032214

004537
000000
000010

032220

032222
032226
032230
032232
032,32
5693 032234
032234
032236

5702
S703
S704
5705
5706

032240
032244
032246
032250
032252
032254
032254
032256
032256
032260

DIAGZ
IDLE

MACRO M1200

007622

032304
032306
032310
032312
032314
032314

5715 032316
032316
032320
5716
5717 032322
S718 032326
5719 032330
5720 032332
5721 032340

011310

010034

104410
000140

1BR IF NO ERROR

ESCAPE

SuB

:SKIP

sREPORT

TRAP

CSERROR

STACKED ERROK

TO END OF

TEST

éSR

R5,RCV1ST

1CLOCK

8CC
ERROR

.+8.

18R IF NO ERROR
tREPORT STACKED ERROR

ESCAPE

SuUB

sSKIP

AND RCV

CSESCAPE

. WORD

L10040

TRAP

CS$ERROR

TO END OF

TEST

TRAP

tREAD € CHX 123(DATAL1),
s & CHECK RSOM=)

TICKS OF

THE

CSESCAPE

RCV

L10040

005356

.+8.

:BR IF NO ERROR
sREPORT STACKED ERROR

ESCAPE

SUB

1SKIP

321(DATA2)

TEST

mmmeeeeeeeemceacameaecaaeciaiseceateeee——.n-

JSR

RS ,CKUSTS

geee

8CC

.+8.

1BR IF NO ERROR

ESCAPE

SUB

$SKIP

ROA! TBMT!RXACT
! TXU! TSO! TXACT

ERROR

104410
000122

CHECK FOR

;tREPORT

TRAP

CSERROR

TRAP

CS$ESCAPE
L10040 .

TXU=1

(& S/F=0)

STACKED ERROR

TO END OF

TRAP

TEST

.WORD
gg?

000000
060010

103003

104460
104410
000100

RS ,RXCHAR

sREAD/CHECK

1NO CHECKING OF RDA
:1BR IF NO ERROR

ESCAPE

;SKIP

SUB

TO END OF

TRAP

TEST

. WORD

000004

032330

1$:

CSESCAPE

L10040

STACKED ERROR

TRAP

003534

C$ERROR

321(DATA2),DATA3 LOST....

0
NFCRDA!NCRACT!8,
8cC
.+8.
ERROR

tREPORT

o«

TRAP

010034

CLOCK

8CC
ERROR

TO END OF

123(DATA1L)

JSR
RS ,RXCHAR
gXSOH!IES

321(DATA2)

.WORD

104460

001006

.+8,

L 10040

. WORD

104460

132737

8CC

.WORD

TRAP

104410
000162

004537
120401
000000

1LOAD OOO(DATA3),

ERROR

104460

004537
000321

RS, TXCHAR

104410
000200

004537
00C356
103003

S5E7 0145

ggg'

104460

004537
000523
000000
000010
103003

Cle

PAGE 71

103003

004537
000000
103003

22 FEB 84 15:39

ABORTS/FLAGS

032262
032266
032270
032272
032272
5707 032274
032274
032276
5708
5709 032300

5710
5711
S712
5713
5714

UNIT

BOP RX UNDERRUN

5687 032216
032216

5688
5689
5690
5691
5692

LINE

gggnu

RS ,READI

;READ RECEIVER

STATUS REGISTER

000
BIT8
BNE

ORABGA, 14
10$

1+ JESWTS GO HERE
seoes CHECK IF RAB/GA BIT =
1BR IF BIT SET (IE: IF OK)

..o

CS$ERROR

CSESCAPE

L10040

CNDMDAO DMv11l LINE UNIT
TEST 8

DIAG?

MACRO M1200

D10
o0 FEB 84

5724
5725
5726

PAGE

SEQ 0144

BOP RX UNDERRUN IDLE ARBORTS/FLAGS

5722 032342

5723

15:39

032342
032344
032346
032350
032352
032352
032354
032356
032364
032366

032366
032370
032372
032374
5727 032376
032376
032400
5728
5729 032402
5730 032406
5731 032410
5732 032412
032412
5733 032414
032414
032416
5734 032420
032420
032420
5735
5736 032422
032422
032422
S737 032424
5738
5739 032430
5740 032434
5741 032436
S742 032440
5743 032442
032442
S744 032444
032444
032446
5745
5746 032450
5747 032454
5748 032456
5749 032460
5750 032464
5751 032466
5752
5753 032470
5754 032474

GEDF

EM40,ERR12

1e¢

REPORT

104455

RAB/GA

BIT

NOT

SET!!!

"DEVICE FATAL” ERROR & 48

TIAP

000060

014734
021714

104410
000044

132737

001006

ESCAPE

;1*¢

000002

032330

8IT18

10%:

BNE
GEOF

ESCAPE

104410
000020

005356

15¢:

104460
104410
000002

18
OREOM,

EXIT

TEST

soee CHECK FOR RXEOM BIT =
;BR IF BIT SET (IE: IF OK)

158
EM31,ERR12

REPORT

]

SuB

s¢e

REOM

BIT

NOT

AND

EXIT

.WORD
. WORD
.WORD

TEST

;o+ CHFCK USYRT STATUS

.+8.

;B8R IF NO ERROR
sREPORT STACKED ERROR

ESCAPE

SuB

;SKIP TO END OF TEST

BGNSUB
005344

JSR

004537

007324

JSR
RS, INITRN
gDLES!NO.HK!SYNCH

B8CC

.+8.

ESCAPE

5UB

ERROR

104460
104410
000242

PC. INIDMV

007734

ENTER M-LOOP

007622

CSESCAPE

CS$ERROK

CSESCAPE

. WORD

L10040-.

TRAP

CseSuB

TRAP

csasuB

sLOAD 1 SOM, C.K TX UNTIL ACTIVE
1SET BOP MODE,IDLE=1,SYNCH REG=226
;USE 8 BIT CHARS
1BR IF NO ERROR

;REPORT

STACKED ERROR

$SKIP TO END OF

TEST

JSR
;son

RS, TXCTRL

;LOAD 2ND FLAG,TX

JSR

RS, TXCTRL

;CLEAR TSOM

JSR
123

RS, TXCHAR

;LOAD

000
)

EM31
ERR12

TRAP

TRAP
TRAP

. WORD

007734

CSERDF

L10040

: INIT DMV-11,

CSESCAPE

1 10040-,

.WORD

TRAP

18.2:

104402
004737

ERR12

L10040:
SUBTES T

CIERDF
48
EMa0

SET!!?

TRAP

8CC
ERROR

jossssassas

000000
103003

s00

‘DEVICE FATAL” ERROR & 49

ENDSUB

104403

. WORD

TRAP

JSR
RS ,CKUSTS
TBMT!TSO!
TXACT ! TXU

103003

007626

ANC

TRAP

104455
000061
014537
021714

004537
000116

SuUB

. WORD
. WORD
. WORD

123(DATA1),

1ST FLAG

Tx 2ND FLAG

CS$ERROR

CSESCAPE

L100s1

CNDMDAQO DMv11l LINE UNIT
TEST

DIAG?

B0P RX UNDERRUN

5755 032476
5756 032500
5757 032502
032502
5758 032504
032504
032506
5759
S760 032510
5761 032514
5762 032516
5763 032520
5764 032522
032522
5765 032524
032524
032526
5766
5767 032530
5768 032534
5769 032536
5770 032540
5771 032542
032542
5772 032544
032544
032546
5773
5774 032550
5775 032554

5776 032556

5777 032560

032560
5778 032562
032562
032564
5779
5780 032566
5781 032572
5782 032574
5783 032576
5784 032600
5785 032602
032602
5786 032604
032604
032606
5787
5788 032610
5789 032614
5790 032616
5791 032620
5792 032622
5793 032624
032624
5794 032626
032626

IDLE

000010
103003

007622

103003

104410
00C162
007622

103003

104460
104410
000142
004537

000000

011310

103003

104410
000124

004537
000523
000000
000010
103003

010034

104460

104410

SEQ Ola7

s8R IF NO ERROR
tREPORT STACKED ERROR

ESCAPE

SuB

:SKIP TO END OF TEST

RS, TXCHAR

.LOAD 321(DATA2),

8CcC

.+8,

;BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

SuUB

:SKIP TO ENO OF TEST

JSR
321
8.

JSR

RS, TXCHAR

8.
8CC
ERROR

.+8.

ESCAPE

SUB

000

3SR

RS,RCV1ST

8CC

.+8.

ESCAPE

SuUB

JSR

RS ,RXCHAR

8CC

.+8.

€SCAPE

SuB

RXSOM! 123
0
8.

ERROR

104410
000102

103003

:LOAD OOO(DATA3),

TRAP

CSERROR

123(DATA1)

TRAP

CS$ESCAPE

. WORD

L10041

TRAP

CSERROR

TX 321(DATA2)

:BR IF NO ERROR

;sREPORT

STACKED ERROR

;SKIP TO ENO OF TEST

;CLOCK AND RCV

TRAP

CS$ESCAPE

.WORD

L10041

TRAP

CS$ERROR

123(DATA1)

;B8R IF NO ERROR

;REPORT

STACKED ERROR

;SKIP TO END OF

TEST

TRAP

tREAD & CHK 123(DATAl1),
:+ & CHECK RSOM=1}

RCV

CS$ESCAPE

L10041
-,

321(DATA2)

: 8 TICKS OF THE CLOCK
sBR IF NO ERROR

sREPORT

STACKED ERROR

$SKIP TO END OF

TEST

TRAP

CS$ERROR

TRAP

CSESCAPE
L1004l
-.

JSR

RS,RXCHAR

;READ/CHECK 321(DATA2),RCV OOO(DATA3)

8CC
ERROR

. +8.

:OON'T CHECK FOR FINAL RXACT=1
;BR IF NO ERROR

ESCAPE

SuB

;SKIP TO END OF

321
0
NCRACT
8.

CS$ESCAPE

L10041

.WORD
010034

CS$ERROR

.WORD

. WORD

104460

004537
000321
000000
020010

.+8.

ERROR

104460

PAGE

8ccC

ERROR

104460

15:39

ABORTS/FLAGS

ERROR

104410
000202

004537
000000
000010

22 FFB 84

104460

004537
000321
000010

MACRO M1200

{REPORT

STACKED ERROR

TEST

TRAP

CSERROR

TRAP

CS$ESCAPE

CNDMDAQC DMv11
TEST

LINE UNIT

MACRO M1200

20 FEB 84

15:39

PAGE

SEG 0143

BOP RX UNDERRUN IDLE ABORTS/FLAGS
032630

000060

032632
032636
032640
032642
032642
5200 032644
032644
032646
5801
5802 032650
5803 032654
5804 032656
5805 032660
5806 032662
5807 032664
032664
5808 032666
032666
032670
5809
5810 032672
5811 032676
5812 032700
5813 032702
032702
5814 032704
032704
032706
5815 032710
032710
032710
5816 032712
032712
032712

004537
000336

5795
5796
5797
5798
5799

DIAG?

Fle

005356

103003

104460
104410
000042
004537
001000
000000
060010
103003

010034

104410
000020
005356

104403

104401

soee CHECK FOR

8cC
ERROR

.+8,

;B8R IF NO ERROR
tREPORT STACKED ERROR

€SCAPE

SUB

;SKIP

TO END OF

TXU21

TRAP

CS$ERROR

TRAP

CSESCAPE

o+os

TEST

JSR

RS ,RXCHAR

8CcC

.+8.

ESCAPE

Su8

ENOSUB

ENDTST

L10041
-.

sREAD/CHECK OOO(DATA3)

RXEOM! 000
0
NFCRDA!NCRACT!8.

sDON'T CHECK FOR FINAL RDA=RXACT=1

ERROR

;REPORT

€ CHECK

REOM

:BR IF NO ERROR
;SKIP

STACKED ERROR

TO END OF

RS ,CKUSTS

; ¢+

8CC
ERROR

.+8.

:BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

SUB

CHECK USYRT

TEST

JSR

TBMT!TSO!'TXACTt TXU

104460
104410
000002

RS ,CKUSTS

L10041

.WORD

104460

004537
000116
103003

JSR

RDA! TBMT!RSA!TSO!
TXACT ! TXU

.WORD

;SKIP

TO END OF

STATUS

TRAP

CSERROR

TRAP

.WORD

CS$ESCAPE
L10041 .

TRAP

C$ERROR

TEST

TRAP

L10041:

L10037:

CS$ESCAPE

.WORD

L10041

TRAP

CsESLB

TRAP

CsETST

CNOMDAC DMv1l LINE UNIT
TEST

BOP

LOST

DIAGR

RxE

MACRO M1200

22 FEB 84

15:39

PAGE

GLe
72

SEQ 0149

TEST

5823

.SBTTL

TEST 9

BOP RX LOST RxE

TEST

3018080000048 04048888840840000040882008000000002000500088884048408000008000080080028
1 4

TEST 9

;e
i

THE
USYRT
MIDDLE
OF

:¢

MONITORED.

HLJ

-- BOP RX LOST RxXE TEST
IS
INITIALIZED
AND
TEXT, RXF IS DROPPFD

A MESSAGE IS STARTED. WHILE IN THE
AND THE REACTION OF THE RECEIVER IS

HEd
;.

5824
SgZS
£826
5827
$828
5829
S830
5831

032714

8668000000000 00406000048008080808008080008800800800088000000000400080000880000000

BGNTST

19::

032714

004737

005344

JSR

032720
032724
032726
032730
032732
032732
5832 032734
032734
833 032736

004537
007626
000000
103003

007324

JSR
RS,INITRN
TOLES !NOCHK ! SYNCH
0
8CC
.+8.
ERROR

104410
000216

5834 032740
5835 032744
5836 032746

004537
000001
000007

5838 032754

000000

5841
5842
5843
5844
5845

004537
000123
000010
103003

S837 032750

ggzg 0327,
032760
032764
032766
032770
032772
032772
5846 032774
032774
847 032776

5848
5849
5850
5851
5852

104460

004537

007734

PC,INIDMV

sINIT DMV-11,

ENTER M LOOP

sLOAD 1 SOM, CLK TXx UNTIL ACTIVE
;SET BOP MODE,IDLE=1,SYNCH REG=226
;USE 8 BIT CHARS
;BR IF NO ERROR
;REPORT STACKED ERROR
TRAP
sSKIP TO END OF TEST
TRAP
.WORD

ESCAPE

TST

JSR

RS, TXCTRL

;:LOAD 2ND FLAG,TX

RS, TXCTRL

;:CLEAR

RS, TXCHAR

;LOAD

8.
8CcC
ERROR

.+8.

;BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

TST

;SKIP

TS0M
7.

JSR

1ST

FLAG

TSOM

007622

JSR

123(DATAl),

2ND FLAG

123

104460

TO ENO OF

TEST

104410
000156

004537
000321
000010
103003

5855 033020
5856 033024
5857 033026

004537
000000
000010

CSESCAPE
L10042-.

000

000000

033000
033004
033006
033010
033012
033012
5853 033014
033014
5854 033016

CSERROR

007622

104460
104410
000136
007622

JSR
321
8.
8CC
ERROR

RS, TXCHAR

;LOAD

.+8.

;BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

T1ST

;SKIP

JSR
000

RS, TXCHAR

sLOAD OOO(DATA3),

321(DATA2),

TO END OF

C$ERROR

TRAP
.WORD

CSESCAPE
L10042 .

TRAP

C$ERROR

TRAP
.WORD

CSESCAPE
1L10042-.

123(DATAl)

TEST

TRAP

321(DATA2)

HL12
CNOMDAQ DMV11l

TEST 9

LINE UNIT

DIAGe

BOP RX LOST RXE

5858 033030

000116

5362 033040

004537

5864 033046
5865 033050
033050
5866 033052
033052
cs67 033054

103003

000000

5871 033066
5872 033070
5873 033072
033072

000010
103003

033074
ca7s 033076

104410
000056

5876 033100

004537

gg;g 033106

000072

5880 033110

004537

5882 033116
5883 033120

103003

5881 033114

033120
5884 033122

120000

000116

5886 033126

004537

5887 033132
gggg 033134

000001
000010

5890 033136

004537

5892 033144

103003

033150
033152

5895 033154

033154

ESCAPE

TST

;SKIP TO END OF TEST

011310

000104

010034

104401

SEQ 0150

TRAP

C$ESCAPE

(10042

TRAP

C$ERROR

TRAP
.WORD

CS$ESCAPE
(10042-.

BCC
ERROR

.+8.

;BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

TST

;SKIP TO END OF TEST

JSR

RS, RXCHAR

;READ € CHK 123(DATA1), RCV 321(DATA2}

8.
BCC
ERROR

.+8.

; 8 TICKS OF THE CLOCK
;BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

TST

;SKIP TO END OF TEST

JSR

RS,WRITEI

;DROP RECEIVER ENABLE (RXEN)

V. "ORB

CS$ERROR

.WORD

;CLOCK AND RCV 123(DATA1)

003660

;REPORT STACKED ERROR

RS,RCV1ST

RXSOM!123

; & CHECK RSOM=1

TRAP

C$ERROR

TRAP
.WORD

CS$ESCAPE
L10042 .

TXEN!DTR!RTSND! TTLOOP

005356

JSR

RS,CKUSTS

;+++ CHECK USYRT STATUS REGISTER

BCC
ERROR

.+8.

;BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

TST

;SKIP TO END OF TEST

JSR

RS, TXCTRL

;LOAD 2ND FLAG.TX

JSR

RS,CKUSTS

;o++ CHECK USYRT STATUS REGISTER

BCC

.+8.

;BR IF NO ERROR

ESCAPE

TST

;SKIP TO END OF TEST

TBMT 1 TSO! TXACT ! TXU

007734

TSOM

++.

IRAP

C$ERROR

TRAP
.WORD

CS$ESCAPE
L10042 .

1ST FLAG

005356

TBMT
¢ TXACT

ERROR

104460

104410
000002

JSR

104460

104410
000030

5893 033146
033146
S894 033150

;BR IF NO ERROR

104460

033122
co8s 033124

5891 033142

.+8.

ERROR

104410
000100

5870 033064

5877 033104

BCC

104460

000523

PAGE

TEST

104410

004537

S874 033074

15:39

104460

S868 033056

S869 033062

202 FEB 84

103003

5859 033032
033032
5860 033034
033034
<se1 033036
S863 033044

MACRO M1200

ENDTST

;REPORT STACKED ERROR

L10042:

TRAP

CS$ERROR

TRAP
.MORD

CS$ESCAPE
L10042-.

TRAP

CSETST

CNDMDAO DMv11 LINE UNIYT
TEST

B80F RX GA

DIAG2

MACRO M1200

22 FEB 84

15:39

PAGE

=
73

SEQ 0151

(GO-AHEAD) RECOGNITION

5903

LSBTTL

TEST

BOP RX GA (GO AHEAD) RECOGNITION

1008088488884 8445800480844884808040448444800844024848040004088884008000400408000040
8

TEST 10 -- BOP RX GA (GO AHEAD) RECOGNITION

;¢
:#

A
OF

;¢
;¢

OF BOTH
THE
TMMESSAGE
AND
THE GA CHARACTER. THE RAB/GA STATUS BIT
SHOULD BE SET Y1 THE RECEIVER UPON RECOGNITION OF THE GA CHARACTER.

8888808880888 0880808488088 08882880848088402000080884480400800088440000045000408

HEJ

033156
5904 033156

SHORT
MESSAGE IS TRANSMITTED FOLLOWED BY A GA CHARACTER (INSTEAD
A
FLAG CHARACTER). THE RECEIVER IS OBSERVED FOR PROPER HANDL ING

BGNTST

004737

005344

JSR

033162
033166
033170
033172
033174
033174
5911 033176
033176
5912 033200

004537
023400
000000
103003

007324

JSR
RS, INITRN
STRIPS !NOCHK
¢
8CC
.+8.
ERROR

5913 033202
5914 033206

004537
000001

5916 033212
5917 033216
ggig 033220
5920
5921
5922
5923
5924

5905

5906
5907
5908
5909
5910

104460

PC, INIDMV

;INIT DMV-11,

T10::
ENTER M-LOOP

;LOAD 1 SOM, CLK TX UNTIL ACTIVE
sSET BOP MODE,NO ERROR CHECKING,SS/GA=1
;USE 8 BIT CHARS
;BR IF NO ERROR
;REPORT STACKED ERROR
TRAP
CS$ERROR
;SKIP TO END OF TEST
TRAP
CS$ESCAPE
.WORD
L10043 .

ESCAPE

TST

007734

JSR
TSOM

R5, TXCTRL

;:LOAD 2ND FLAG,TX

004537
000000
000000

007734

JSR
000
o

RS, TXCTRL

;CLEAR TSOM

033222
033226
033230
033232
033234
033234
5925 033236
033236
5926 033240

004537
000123
000010
103003

007622

JSR
123

RS, TXCHAR

;LOAD

8.
8CC
ERROR

.+8.

;BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

TST

;SKIP

TO END OF

5927 033242
5928 033246
5929 033250

004537
000321
000010

JSR
321
8.

RS, TXCHAR

;LOAD

321(DATA2),

B8CC

.+8.

;:BR IF NO ERROR

ESCAPE

TST

;SKIP

JSR
000
8.

RS, TXCHAR

;LOAD OOO(DATA3),

5915 033210

5930 033252

104410
000216

000007

104460
104410
000156
007622

103003

5931 033254
033254
5932 033256
033256
933 033260

104410
000136

5934 033262
5935 033266
5936 033270

004537
000000
000010

ERROR

104460

007622

123(DATALl),

;REPORT

1ST FLAG

TX 2ND FLAG

TEST

TXx

CSERROR

TRAP
. WORD

CSESCAPE
{10043 .

TRAP

CS$ERROR

TRAP
.WORD

CS$ESCAPE
L10043 .

123(DATAL1)

STACKED ERROR

TO END OF

TRAP

321(DATA2)

CNDMDAO DMV1I1 LINE UNIT
TEST

DIAG?

MACRO M1200

22 FFB-84

15:39

PAGE

J12
73

SEQ 0152

80F RX GA (GO AHEAD) RECOGNITION

5937 033272
5938 033274
033274
5939 033276
033276
033300

5940
5341 033302
5942 033306
5943 033310

5944 033312
033312
5945 033314
033314
033316
5946
5947 033320
5948 033324
5949 033326
5950 033330
5951 033332
5952 033334
033334
5953 033336
033336
033340
5954
5955 033342
5956 033346
5957 033350
5958
5959 033352
5960 033356
5961 033360
5962 033362
5963 032364
5964 033366
033366
5965 033370
033370
033372
5966
5967 033374
5968 033400
5969 033402
5970 033404
5971 033406
5972 033410
033410
5973 033412
033412
033414
5974 033416
033416
033416

103003
104460

104410

8CC
ERROR

.8,

ESCAPE

TST

;1BR IF NO ERROR

sREPORT

STACKED ERROR

;SKIP TO END OF

TEST

000116

004537
000000

011310

JSR
0

103003

104410
000100
004537
000523
000000
000010

B8CC

.+8.

ESCAPE

TST

ERROR

104460

RS,RCvV1ST

TRAP

CS$ERROR

TRAP

.WORD

CSESCAPE
L10043 .

TRAP

CSERROR

TRAP

CSESCAPE

;CLOCK AND RCV 123(DATA1l)

:+BR IF NO ERROR

;REPORT

STACKED

ERROR

;SKIP TO END OF TEST

. WORD

010034

JSR

RS,RXCHAR

RXSOM! 123

0
8.

103003

104410
000056

123(DATALl),

&€ CHECK RSOM=1

8 TICKS OF THE CLOCK

8CC

.+8.

;BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

TST

:SKIP TO END OF TEST

ERKOR

104460

;READ & CHK

RCV

007734

JSR
RS, TXCTRL
TEOM!TGA
0

;SET

004537
000321
000000
020010
103003

010034

RS ,RXCHAR
JSR
321
0
NCRACT '8,

:READ/CHECK

TRAP

104460
104410
000024

321(DATA2),RCV

;OON'T CHECK FOR FINAL RXACT=1

. +8.

:BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

TST

;:SKIP

TO END OF

TRAP

TESY

.WORD

JSR

RS ,RXCHAR

:READ/CHECK OOO(DATA3)

B8CC

.+8,

;OON'T CHECK FOR FINAL RDA:*RXACT=1
:BR IF NO ERROR

ESCAPE

TST

$1SKIP TO END OF TEST

RXABGA !RXEOM! 000
o
NFCRDA !NCRACT

ERROR

CS$ESCAPE

L10043-.

O0O(DATA3)

TRAP

010034

C$ERROR

TEOM AND TGA

8CC

ERROR

321(DATA2)

. WORD

004537
000012
000000

L10043

;:VERIFY REOM € RABGA =

;REPORT

CSERROR
CS$ESCAPE

L10043-.

STACKED ERROR

ENDTST

L10043:

TRAP

CS$SERROR

TRAP

.WORD

CSESCAPE
L10043-.

TRAP

CSETSTY

CNDMDAO DMVv11l
TEST

LINE

B80F RX

UNIT

DIAG2

"ABC'

TEST

MACRO M1200

22 FEB

.SBTTL

5988

TEST

15:39

PAGE

BOP RX

<12
74

SEQ 0153

"ABC"

TEST

BOP RX

"ABC"

TEST

o
o
@
o
e

(K 3K K

BE K

2% 2N 2% J »» »

TEST

PPERARAAAAAANAAAAAARAANAARARAAAARARRALARANAALAELIELANAAREEAIA00400400000040040020

033420
5989 033420
5990 033424

5991
5992
5993
5994 033430
033430
033430
5995 033432
5996 033440
5997
5998 033446
5999 033452
6000 033454
6001 033456
6002 033460
033460
6003 033462
033462
033464

6005
6006
6007
6008
6009
6010
6011
6012
6013
6014
6015
6016

TEST

IS COMPOSED OF

SUBTESTS

ROSR).

IN EACH SUBTEST

THE USYRT

EACH ONE CHECKING A DIFFERENT

"ASSEMBLED BIT COUNT” FIELD WITHIN

INITIALIZED AND A SMALL MESSAGE

IS STARTED. THE LAST CHARACTER IS SENT WITH ITS LENGTH BEING
SPECIFIED FIRST AS 1 BIT, THEN AS 2 BITS, THEN AS 3 BITS, ETC.

IN THE
TRANSMITTER SIDE OF THE USYRT. IN ALL CASES THE RECEIVER IS LEFT SET
TO 8 BITS IN LENGTH AND WHEN THE FLAG CHARACTER IS DETECTED, ABC IS

CHECKE? AND SHOUWLD MATCH TXCL.
SUBTEST.

ERROR LOOPING WILL BE ON THE FAILING

0880808808000 080 0000004888000 8088884888480884088848845508880808044080004005048

BGNTST
004737
012704

JSR
MOV

005344
000001

PC., INIDMV
21,.R4

;INIT DMV-11, ENTER M-LOOP
:INIT GENERAL PURPOSE INDEX

: MAIN PROGRAM LOOP
T9.LP:

034056
034066
007324

033466
033472
033474
033476
033502
033504

033506
033512
033514
033516
033520
033520
6017 033522
033522

THIS

EXPECTED VALUE IN ABC (THE 3 BIT

007734

004537
000123
000010
103003
104460
104410

007622

034020
033574

BGNSUB

MOVB
MOVB

T11.1:

TABLR(R4),30%
LNTBL(R4),5$

JSR
RS, INITRN
NOCHK ! SYNCH
0

:LOAD 1 SOM, CLK TX UNTIL ACTIVE
;SET BOP MODE,SYNCH REG=226
;USE 8 BIT CHARS

ERROR

:REPORT STACKED ERROR

8CC

.+8.

ESCAPE

SUB

;SKIP TO END OF TEST

RS, TXCTRL

;LOAD 2ND FLAG,.TX

JSR

RS, TXCTRL

;CLEAR TSOM

JSR

RS, TXCHAR

;LOAD 123(DATA1),

BCC
ERROR

.+8.

;BR IF NO ERROR
:REPORT STACKED ERROR

ESCAPE

SUB

;SKIP TO END OF

000
0

123
8.

C$B5UB

TRAP

C $ERROR

:BR IF NO ERROR

JSR

TSOM
7.

TRAP

;SET UP EXPECTED FINAL VALUE
;SET UP FINAL TX CHAR LENGTH (1 => 8 BITS)

TRAP

C $ESCAPE

.WORD

L10045

TRAP

C$ERROR

TRAP

CS$ESCAPE

1ST FLAG

TX 2ND FLAG

TEST

CNDMDAO DMVl LINE UNIT
TEST

BOF RX

000312

033526
033532
033534
033536
033540
033540
6024 033542
033542

004537
000321
000010
103003

6025

033544

MACRO M1200

L 12
22 FEB B84

15:39

PAGE

007622

SEGQ 0154

RS, TXCHAR

;LOAD 321(DATA2),

BCC
ERROR

.+8.

:BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

SuUB

sSKIP

21
8.

104460
104410
000272

:LOAD OOO(DATA3),

BCC

.+8.

;BR IF NO ERROR

ESCAPE

SuB

;SKI®

004537
000002
000020
004537
000040

007734

011540

JSR

033634
033640
033642
033644
033646
033650
033650
033652
033652
033654

004537
000523
000000
100000
103003

010034

JSR
RS ,RXCHAR
gXSOH!123

033656
033662
033664
033666

004537
000321
000000
120000

gOO

ERROR

104460

104410
000252
004537
120407
000000

003660

004537
000377

007622

Jgg

Ss:

000010

103003

104410
000222

TRAP

C$ERROR

TRAP

TEST

L1004S

TRAP

C$ERROR

B8CC

.+8.

:BR IF NO ERROR

ESCAPE

SuB

:SKIP TO END OF TEST

TRAP

CSESCAPE

.WORD

L1004S

sLOAD 377(DATA4);

NOCRDA

104460
104410
000162
010034

Tx OOO(DATA3)

sREPORT STACKED ERROR

TRAP
TRAP

. WORD

32.

;CHANGE BIT LENGTH OF FINAL CHAR

RS, TACHAR

JSR
TEOM
16.

CSESCAPE

.WORD

TxX 321(DATA2)

JSR

377
8.

L1004S
-,

123(DATA1l)

:REPORT STACKED ERROR
TO END OF

.WORD

;%4 HOLE FOR RX/TX CHAR LENGTH s»

000

ERROR

104460

RS, WRITEL

TEST

RS, TXCHAR

033616
033622
033624
033626
033632

007622

TO END OF

JSR

004537
000000
000010
103003

6057
6058
6059
6060
6061

gSR

033546
033552
033554
033556
033560
033560
6031 033562
033562
033564
6032
6033 033566
6034 033572
6035 033574
6036
6037 033576
6038 033602
6039 033604
6040 033606
6041 033610
033610
6042 033612
033612
033614

6026
6027
6028
6029
6030

“ABC" TEST

033524

6018
6019
6020
6021
6022
6023

DIAG2

RS, TXCTRL

RS,.STEPLU

CS$ESCAPE

-,
L1004S5

:TX DATA4 (ONLY & OF BITS SPECIFIED IN
: R4 WILL GET TRANSMITTED) + SOME OF THE
: CRC CHARACTER

;:TX REMAINING CRC CHAR + PUT SOME EXTRA BITS

sON THE FIFO

;READ & CHX 123(DATA1),
: & CHECK RSOM=1

8CC
ERROR

.+8.

:BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

SuUB

sSKIP

JSR
RS, RXCHAR
321
0
NOCRDA !NCRACT

C$ERROR

TO END OF

;READ/CHECK

TEST

RCV 321(DATA2)

TRAP

C$ERROR

TRAP
. WORD

CSESCAPE
L10045-.

321(DATA2),RCV OOO(DATA3)

M12
CNDMDAO OMV11l LINE UNIT
TEST

BOF RX

6062 033670
6063 033672
033672
6064 033674
033674
033676
6065
6066 033700
6067 033704
6068 033706
6069 033710
6070 033712
6071 033714
033714
6072 033716
033716
033720
6073
6074 033722
6075 033726
6076 033730
6077 033732
6078 033740
6079 033744
6080 033750
6081 033754
6082 033760
6083 033764
6084
6085
6086
6087 033766
6088 033772
6089 034000

034000
034002
034004
034006
034010
034010
034012

“ABC"

MACRO M1200

104460

104410
000140
004537
000000
000000
120000
103003

22 FEB-84

15:39

PAGE

SEQ 01SS

TEST

103003

BCC
ERROR

.+8.

;BR IF NO ERROR
:REPORT STACKED ERROR

ESCAPE

SuUB

;SKIP TO END OF

1RAP
A

TEST

TRAP

.WORD

JSR

010034

RS ,RXCHAR

800

104460
104410
00C116

NOCRDA !NCRACT
BCC
.+8.
ERROR

;:BR IF NO ERROR
;REPORT STACKED ERROR

ESCAPE

:SKIP TO END OF

SuUB

003534

010437
013737

002330
033730

177617
033730
033730
033730
033730
033730

gggn

033730

20¢:

000
81C

TRAP

TEST

;GET READ STATUS REGISTER

2177617,208

;¢ HOLE FOR RDSRMH VALUE
sMASK "ABC" VALUE

R4,20%
31¢

; IS ASSEMBLED BIT COUNT CORRECT

MOV

R4 ,GDATA

;EXPECTED BIT

204 ,BDATA
EM105,ERR22

104455
000062

;

AND RIGHT

JUSTIFY

ESCAPE

104410
000024

CS$ERROR

TRAP

CSESCAPE
L10045 .

COUNT

;ACTUAL

(ERRONEOUS) BIT COUNT

*DEVICE FATAL"” ERROR & S0

SUB

JSR

001

RS,RXCHAR

(o]

TRAP

.WORD
.WORD
.WORD

C$ERDF
50
EM105
ERR22

TRAP

C$ESCAPE

;«s HOLE FOR DATA4 VALUE

;DON’'
T CHECK RECEIVER ACTIVE/FINAL RDA.
;:BR IF NO ERROR
;REPORT STACKED ERROR
IRAP

ESCAPE

;SKIP

TO END OF

TEST

L10045:

INC

NCRACT !NFCRDA
8CC
.+8.
ERROR
SuB

L10045

;sREAD/CHECK DATA4 (SHORT CHARACTER)

ENDSUB

104403
005204

.WORD

010034

016665

022264

CS$ESCAPE

L10045

#«

20¢
204
204
20¢

MOV
GEDF

002332

RS ,READI

ASR
ASR
ASR
ASR

cMP
8EQ

C$ERROR

:READ/CHECK OOO(DATA3),RCV DATA4

.WORD

004537
120401
000000
042737
006237
006237
006237
006237
020437
001413

034014
034020
034022
034024
034026
034030

034030
034032
034032
034034
6099 034036
034036
034036
6100 034040

DIAGZ2

;BUMP GENERAL PURPOSE

INDEX

C$ERROR

TRAP

. WORD

CSESCAPE
L10045-.

TRAP

CsESLB

CNDMDAO DMV11 LINE UNIT

DIAG2

TEST

6101
6102
6103
6104
6105
6106
6107
6108
6109
6110
6111
6l12
6113
6114
6115
6116
6117
6118
6119
6120
él21
6122
6123

BOP RX

“ABC"

MACRO M1200

22 FEB

15:39

PAGE

SEQ 0156

CcMP

034042
034046
034050
034054
034054
034054

020427
001402
000137

034056
034057
034060
034061
034062
034063
034064
034065

377
001
003
007
017
037
077
177

TABLR

034066
034067
034070
034071
034072
034073
034074
034075

000
040
100
140
200
240
300
340

LNTBL

000010

033430

NL2

ENDTST

BEQ
JMP

R4, 8.
. +6
T9.LP

;ARE WE DONE WITH THIS TEST ?
sEXIT IF YES
;OTHERWISE DO

THE

COUNT
L10044:

104401
.BYTE

377

.BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE

001
003
007
017
037
077
177

BYTE
BYTE
8YTE
BYTE
B8YTE
BYTE
BYTE
BYTE

000
040
100
140
200
240
300
340

TRAP

CS$ETST

R
Yy
)

CNOMDAO DMV
HMARDWARE

LINE UNIT

PARAMETER

6125
6120
6127
6128
6129
6130
€131
€.32
6133
6134
6135
6136
6137
6138 034076
034076
034100
6139
6140 034100
034100
034102
034104
034106
6141 034110
034110
034112
034114
034116
6142 034120
034120
034122
034124
034126
034130
6143
6144 034132

DIAG?2

CODING

MACRO M1200

22 FFB 84

15:39

PAGE

5€Q 0157

SECTION

.SBTTL

HARDWARE PARAMETER CODING SECTION

8177070000770 277007007700777777772707777770777777077727770007777177778277777777777
1/ THE MAROWARE PARAMETER CODING SECTION CONTAINS MACROS

THAT

ARE USED BY

THE

SUPERVISOR

10 BUILD P-TABLES.

s/ WITH THE OPERATOR.

RI1L12077070707777778770877700270077007707707200007077777700702000027070777777777

BGNHRD

000015

L $HARD:
:

GPRMA

000031
034132
160020

177776

001031
034160
000000
000674
002032
034211
007000
000004
000007

ADDRES,0.0,160020,177776,YES

GPRMA

VECTOR,2,0,0,674,7ES

GPRMD

PRIRTY 4,0,7000,4,7,YES

.WORD L10046 L$HARD/2

. WORD
. WORD
. WORO
. WORD

L10046:

104
104
104

105
105
105

126
126
126

.NLIST
ADORES:
VECTOR:
PRIRTY:
.LIST
.EVEN

BEX
,ASCIZ
.ASCIZ
_ASCIZ
BEX

/DEVICE CSR ADDRESS : /
/DEVICE VECTOR ADORESS :
/DEVICE PRIORITY LEVEL :

/
/

T $COOE

S
ADORE

TSLOLIM
TSHILIM

. WORD
. WORD
. WORD
. WORD

T$CO0E
VECTOR
TSLOLIM

. WORD
.WORD
. WORD
. WORD
. WORD

T$CO0DE
PRIRTY
7000
TSLOLIM
TSHILIM

ENOHRO

034132

6145
6146
6147 034132
6148 034160
6149 034211
6150
6151

THE

8/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
s/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE
3/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS

.EVEN

TSHILIM

CNDMOAQ DMVl

LINE UNIT

DIAG?

MACRO M1200

SOF TWARE PARAMETER CODING SECTION
6153

0. FEB 84

.SBTTL

6155

1%5:39

SOF TWARE

Cls
PAGE

S8G 0153

PARAMETER CODING SECTION

6156

8777777172777 777777777777777727777277277/7727727777777777777277777777727/77727274+77

0157

THE

6158

e199

THAT

MACROS

6160
6161
6162

1/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THF
i/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
1/ WITH THE OPERATOR.

6163

SOF TWARE

ARE

PARAMETER

USED BY

ARE

NOT

THME

CODING

SECTION

SUPERVISOR

EXECUTED

CONTAINS

MACROS

TO BUILD P-TABLES.

MACHINE

INSTRUCTIONS

BUT

THE

ARE

3777777077777 7777772772777777277:.777777277777777472777777/7777777777777277777

6164
6165 034242
034242
034244
6166
6167 034244

034244

000000

BGNSFT
LS$SOF1:

.WORD 10087 *_$50F 7,2

ENDSF
T
1L10047;

.EVEN

CNDMDAO DMVl LINE UNIT
esssse

PATCH

AREA

FOR

6169

6170
6171
6172
6173
6174
6175
6176
6177
6178

DEBUIC

DL5
MACRO M1200

20 FEB 84

034244
034344
034346
034350

034344
000240
000240
000240

15:39

PARE

€2 01%9

¢scense

.GBTTL

sseese PATCH AREA FOR DEBUG

¢esses

PATCH:

.*.+100
NOP

NOP

NOP
$0000000000000000000000000000080000s

.SBTTL

6179

6180 034352
6181
6182
6183 034352

6184
6185

DIAG?

034352
034354
034356

“ENDMOD" STATEMENT
ENDMOD

.SBTTL
00C000
000000
LSLAST::
000001

.END

“LASTAD”
LASTAD

STATEMENT

& END OF

PROGRAM
.EVEN
.WORD
. WORD

CNDMDAO DMV1l
SYMBOL

LINE UNIT

DIAG2

MACRO M1200

22 FEB-84

15:39

PAGE

15
77

SEQ 01460

TABLE

ABC
=
ADDRES
ADPAT

000160
034132

BSR1
BSR10

002210
002226

CS$ETST=
CS$EXIT-

000001
000032

EM25
EM26

014347
014375

EM92
ENDEMB

016366
011564

030224

B8SR11

002230

C$GETB=

000020 G

000026

BSR12

EM27

002232

014427

ENDIT

002234

C$GMAN=

EM28

014460

ENOPAT

003031

=
=

024326
000200
100000

BSR13

000027

024212

024332

C$GETW=

C$GPHR=
C$GPLO=
C$GPRI=

000042
000030
000040

EM3
EM30
EM31

014115
014516
014537

ERRBLK
ERRFLG
ERRMSG

ASSEMB=

000010

BSR17

002244

CS$INIT=

000011

EM32

B8ITO0
B8IT01
BIT02
BITO3
B8IT04
BITOS
BITO6
BIT07
8IT08
BIT09
8IT1
BIT10
BIT1i1
8IT12
B8IT13
BITi4
8IT15
8IT2
BIT3

=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=

J00V01
000002
000004
000010
000020

BSR6
BSR7
CARIER=
CA1CTL=
CA2CTL=
C81CTL=
C82CTL=
CHKTSO
CHPTYP
CKRACT
CKRDA
CKROR
CKRSA
CKSEOM
CKTACT
CKTBMT
CKUSTS
CRCOS =
CRC16 =

002222
002224
000100
000001
000016
000020
000340
007042
002404
005622
006122
006422
006262
006562
005462
005762
005356
000400
001400

CS$OPEN=
C$PNTB=
CSPNTF=
C$PNTS=
CIPNTX=
C$QIO =
C$RDOBU=
CSREFG=
CSRESE=
CSREVI=
CS$RFLA=
CS$RPT =«
C$SEFG=
C$SPRI=
CS$SVEC=
C$TPRI=
0OCMP «
DEVMAP
DEVPTR

000034
000014
000017
000016
000015
000377
000007
000047
000033
000003
000021
000025
000046
000041
000037
000013
040000
002410
002412

EM39
EMA
EMA0
EMal
EMA2
EMAS
EM44
EMAS
EM47
EMAB
EMA9
EMS
EM50
EMS1
EMS4
EME
EM6O
EM65
EM66

BITS
B8IT6

= 000040 G
= 000100 G

CSAU
=
C$AUTO=

000052
000061

OIAGMC+= 000000
DOTBMT= 000007

EM68
EM69

015527

BIT8
= 000400 G
8IT9
= 001000 G
80E
= 000400 G
BROTYP
002474
BSELO
002422

C$B8SEG=
C$8SUB=
C$CEFG=
CsCLCK=
CS$CLEA=

000004
000002
000045
000062
000012

OTRL

EM71

015567

0.8UG =
EF .CON*
EF .NEW=
EF .PWR=

ADR

AD .HIT

AD.OK
APA
APAD

BADDAT
BDATA
BCRATE
8ITO0
=

BIT4

BIT7

B8SEL1
BSEL10
BSEL11
BSEL12
BSEL13
BSEL14
BSEL1S
BSEL16
BSEL17
BSEL2
BSEL3
BSELA
BSELS
BSEL6
BSEL7
85RO

Q5R14
BSR1S
BSR16

002372
002332
002500
000001 G

000040

000100
000200
000400
001000
000002

002000
004000
010000
020000
040000
100000
000004
000010

G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G

= 000020 G
= 000200 G

002424
002442
002444
002446
002450
002452
002454
002456
002460
002426
002430
002432
002434
002436
002440
002206

002236
002240
002242

B8SR2
BSR3
BSR4
BSRS

CTS

C$8RK

0v2212
002214
002216
002220

= 000010

= 000022

C$CLOS=
CsCLP1=
C$CVEC=
CSOCLN=
C$000U=
CSDRPT=
C$OVU
=
CS$EDIT=
CS$ERDF
=
CS$ERHR=
C$ERRO=
CS$ERSF=
C$ERSO=
C$ESCA=
CS$ESEG=
C$ESUB=

000035
000006
000036
000044
000051
000024
000053
000003
000055
000056
000060
000054
000057
000010
000005
000003

C$INLP=
C$MANI=
C$MEM =
C$MSG =

OFPTBL
DTR

000043

EM29

000020
000050
000031
000023

EM33
EM34
EM35
EM36

002154 G

= 000020

= 000000
000000
000036
000035
000034
EF .RES= 000037
EF .STA= 000040
EIAV3S= 000002
EM1
014007
EM1I00
016422
EM101
016442
EM102
016466
EM103
016530
EM104
016607
EM10S
016665
EM106
016735
EM13
014236
EM14
014265
EMLS
014301
EM16
014327
EM2
014046

EM67

EM70

G
G
G
G
G

EM72
EM73
EM74
EM?S
EM76
EM77
EM78
EM79
EMB80
EMB1
EMB2
EM83
EMB4
EM8S
EMB6
EMB7
EMBA
EM89
EM90
EMI1

014501

ENDTRN

011456

014554

ERRNBR

002200 G

014712
014141
014734
014752
014773
015010
015035
015062
015107
015142
015175
014156
015234
015270
015330
014206
015352
015366
015406

ERR12
ERR12¢
ERR13
ERR20
ERR21
ERR22
ERR4
ERR4AS
ERRSS
ERR7A
EVL
=
EVRC
=
EXADD =
EXCON =
EXECUT=
ESEND =
ESLOAD=
FLGCAl1=
FLGCA2=

021714
023454
022030
022146
022204
022264
021274
022376
022724
021420
000004
002400
000020
000010
00000S
002100
000035
000002
002001

015500

FLGCB2=

000010

FLGIRG=

000200

FLGT1

000100

FLGT2 =
FMT10
FMT10A
FMT11
FMT12
FMT13
FMT14
FMT1S
FMT1IS5A
FMT16
FMT16A
FMT17
FMTL7A
FMT178
FMT17C
FMT19
FMT2
FMT21
FMT22
FMT23

000040
012226
012302
012323
012342
012351
012417
012434
012466
012540
012563
012625
012704
012765
013040
013120
011574
013151
013161
013203

014603
014626
014654
014675

015425
015545

015605
015627
015644
015665
015701
015721
015735
015755
016011
016031
016055
016112
016141
016156
016172
016213
016233
016256
016300
016331

00220002354
002202

ERROR1
ERRTYP
ERK1O
ERRL11$

G
G

002402
002176 G
021540 G
023122

FLGCB1= 000020
FLGSR = 000004

G
G
G
G
G

G
G

CNOMDAC DMVl

F$CLEA=
FSOU
=

F $HARD
=

FSHM
=
FSINIT=
FSoMP »
=

=
F $PROT
=

FSPWR

FSRPT

F$SEG

S0 FEB

15:39

PAGE

Fls
77 2

SEQ 0161

=
F$SOFT=
FSSRY =
FSSUB =
FSSW
=
FS$TEST=

GDATA
GETBSR
GE TPRM
GETURS
GE TVRS
GE TWSR
GOODAT
G$CNTO=
G$DELM=
G$DISP=
G$EXCP=
G$HILI=
GSLOLI=
G$NO
=

000020
000040
000007
000016
000041

GSOFF S+
G$OFSIGS$PRMA
G$PRMD
=
GSPRML
»
G$RAVAG$RADB=
G$RADD
GS$RADL
=
G$RADO=
GS$XFERe
GS$YES
HOX
HELP
HOE
IBE
IDLE
IDLES
10U
IEI
IEO
IER
ILOOP
INIDMV
INITRN
INITT]
INITT2
INTFLG
INTGRL
=
INTSC =
ISR
IXE
ISAU
=
I$AUTO=
ISCLN =
ItV
=
ISHRD =
I$INIT=
I¢M00 =
I$MSG =
I$PROT=
I$PTAB=
I$PWR =
I$RPT =
J4$SEG =
IS$SETU.
I$SFT =
I$SRY
I$5UB
Is$TST
Js P
LNTBL
LOADAT
LOE
=
LOGDEV
LOOP

Lorv

LUSWI1
LUSWIZ
LU1MOD
L$ACP
LSAPT
LSAU

L$AUT
L$AUTO
LsCCP
LS$CLEA
L$CO
L $DEPO
L $OESC
L $DESP
L$DEVP
L$DISP
LSOLY
L$DTP
L$DTYP
L$DV
L$DUT
L$OVTY
LSEF
LSENVI
LSERRT
LSETP
LSEXP1
L$EXP4
L$EXPS
L $HARD
L$HIME
L$HPCP
L$HOTP
Lk
LsICP
LSINIY
L $LADP
LSLAST
L$LOAD
LSLUN
L$MREV
L $NAME
L$PRIO
LS$PROT
LSPRT
L $REPP
L$REV
LS$SOFT
L$SPC
L $SPCP
L$SPTP
L$STA
L$SW
LS$TEST
L$TIML
LSUNIT
L10000

002470
002472
002000
002110
002036
024346
002070
024214
002106
024340
002032
002011
003252
002076
002060
002124
002116
002040
002034
024342
002072
003232
002052
002044
002176
002102
002046

002174

L 10001
L 10002
L10003
L10004
L10005
L 10006
L 10007
L10010

L10011
L10013
L10014
L10015
L10016
L10017
L10020
L10021
L10022
L10023
L 10024
L10025
L10026
L10027
L10030
L10031
L10032
L10033
L10034
L10035
L10036
L10037
L10040
L10041
L10042
L10043
L 10044
L10045
L10046
110047
=
MCLR
=
MOMRODY
MLWRI
MPCSR
MPIVEC
MPOVEC

MPRIOR
=
MROY
MREQ
MSTCLR

=
NCRACT
=
NCTBMT

NEWL IN
NEWST
NFCRDA
NOCHK =
NOCRDA
NOLOOP
=
P
NOL

002176
021416
021536
021712
022026
022144
022202
022262
022350
024212
024330
024340
024344
024346
025254
024704
025252
026066
025560
026064
026660
026372
026656
027516
030222
030220
030726
030724
032072
032712
032420
032710
033154
033416
034054
034036
034132
034244
000100
000040
003670
002422
002462
002404
002466
000200
000001
003320
020000
000200
011571
024036
040000
003400
100000
001000
030724

NORXEN=
NULCLK
NWSAR
OL00P

OVRC
=
O$APTS»
0sAU
O$BGNR*
O$BGNS
oSOy
=
OSERRT=
OS$GNSWe
O$POIN=
0$SETU=

PALENB
=
PATCH
PATE
PATF
PATG
PATI
PAT.
PATK
PATL
PATQ
PATQB
PATX1
PBLENS»
PCR
=
PCSARH=
PCSARL
»
PNT
=
PRESETPRI
=
PRIOR
PRIRTY
PRIOO
PRIO1
PRIO2
PRIO3
PRIOA
PRIOS
PRIO6
PRIO7
PROTO
PSTACK
RABGA »
RAMADR
=
RCVBUF

000100
002344
000004
001000
003032
RCVDAT= 000002
RCV1ST
011310
ROA
= 000200
RDSRH = 120401
RDSRL = 120400
READ
003422
READI
003534
REDBYT
002362
REDDAT
002522

F$AUTOF$BGN =

F$MOD

MACRO M1200

alalalalalalal~l

013262
013275
FMT26
013325
FMT27
013360
FMT28
013367
FMT29
013423
FMT3
011631
FMT 3O
013430
FMT3]
013465
FMT32
013533
FMT39
013565
FMT4
011715
FMT4A
011753
FMT4B
012006
FMT4C
012013
FMTA0
013616
FMTS
012046
FMTSA
012111
FMTSO
013662
FMTS]
013725
FMT7?
012176
FRSTIM
002374
FSAU
= 000015
FMT25S

F$MSG

DIAG?

TABLE

FMT24

FSEND

UNIT

alalalalalalalalalalalalalrlalalnlalalalalalalalalalalalaln
]Il
1A TAYAR Il lATATAA A YA YA AT AT AT

SYMBOL

LINE

LS
CNDMDAO DMVl LINE UNIT

RUN
=
RXABGA=

000200
002000

RXACT =
RXCHAR
RXDL
=
RXEN
=
RXEOM =
RXERR =

000040
010034
000007
000100
001000
100000

RXSOM

000400

= 004000

SAVE4A
SAVE6
SAVLEN

SCRACH

22 FEB 84

15:39

PAGE

SEQ 0162

TABLE

SECAD =
SECADR=
SELO
SEL10
SEL12
SEL14
SEL16
SEL2
SEL4
SEL6

002376
002400
002406

002336

000020
010000
002422
002442
002446
002452
002456
002426
002432
002436

SERIAL
007202
SETVIA
005252
SFPTBL
002176
SFR
= 000201
SPEED = 000020
SRMODE= 000034
STALL
004324
STARES
002416
STARST
024026
STEPLU
011540
STRIP = 000040
STRIPS= 020000

TXTNPY
TXTNP4
TXTNPS
TXTNP6
TXTNP7?

TXTNP8
TXTNUL
TXTUR

TXTURT
TXTURO
TXTURL
TXTURZ2
TXTUR3S
TXTURS
TXTURS
TXTURG6
TXTUR?
TXTVR
TXTVRA
TXTVRB
TXTVRC
TXTVRD
TXTVRE
TXTVRF
TXTVRT
TXTVRO
TXTVR1
TXTVR2
TXTVR3
TXTVRA
TXTVRS
TXTVR6
TXTVR?
TXTVR8
TXTVR9
TXT1

TXT10
TXT11
TXT11A
TxT118
TXT12
TXT13
TXT14
TXT15
TXT16
TXT17
TXT18
TXT19
TXT2
TXT2A
TXT28
TXT20

XT3

Tr14
TXT4A
TXTS
TXT6
TXT7
TXT7A
TXT78
TXT19

017207
017237
017277
017340
017342
017365
017455
017545
017565
- 000002

T$ARGC=
T$CODE
=
T$ERRN=
TS$EXCP=
T$FLAG=
T$GMAN=

TSMILI=

T$LAST=
TSLOLI=

TSLSYM=
TSLTNO=
TSNEST»
T$NSO =
TINS]L =
TINS2 =
TENS3 =
TSPTNU=

T$SAVL
=
TS$SEGL
=
T$SEKO=
T$SUBN=
TSTAGL
=
T$TAGN=
TSTEMP=
T$TEST=
T$TSTM=
T$TSTSs
TSSAU »
T$$AUT=
T$$CLE=
T$$DU =
T$$HAR=
TSSHW =
T$S$INI~
TS$MSGe
T$4PRO~
T$$SEG»
T$$SOF
=
T$4SUB=
T$$SW =
TS$TES=
T.EDF =
T.EHRD=
T.ESF =
T.ESFT=
TO1TBL
T1

T1MODE
T1.1
71.2

T10
T1l

020703
021232
020710
020720
020730
020740
020755
020772
021007
021023
021037
020355
021053
021254
021066
021074
021102
021110
021116
021125
021134
021140
020556
020654
020657
020663
020667
020673
020677
021170
020574
020600
020604
020611
020616
020623
020630
020635
020642
020647
017005
017605
017625
017677
017735
020005
020033
020050
020106
020150
020163
020220
020261
017043
017105
017144
020315

T11.1
T2
T2MODE
=
T2.
T2.
T3
T3.
T3,
T4
TS5
T5.
T6
16.1
17
T8
T8.1
18.2
19
19.LP
UAM
=

2]~}

TXTNP
TXTNPT
TXTNPO
TXTNP]
TXTNP2

177777
010050
000000
000013
177777
000001
010017
010014
010015
010016
010046
010000
010013
010011
010012
010000
010047
010045
010001
010044
000001
000002
000000
000003

026662
024350 G

000301
004216
002350
000000
000001
000001
000001
000001
121000
121400
000226
010000
TAB
= 000004
TABLR
034056
TBMT
000100
= 100000
TCCHEK
TDATA
002326
TDSRH = 120403
TOSRL = 120402
TOSRNR
002601
TEOM
= 000002
= 000200
TERR
= 000010
TGA
TIMFLG
002356
- 000004
TM
TMPO
002552
TMPL
002554
TMP2
002556
TMP3
002560
TMP4
002562
TMPS
002564
TMP6
002566
TMP7
002570
TS0
= 000010
TSOM
= 000001
TSTCON
002476
TSTNUM
002420
TTLOOP= 000002
= 002000
TXAB
TXACT = 000004
TXCHAR
007622
TXCTRL
007734
TXDL
= 000340
TXEN
= 000040
TXEOM = 001000
TXERR = 100000
TXGA
= 004000
TXSOM = 000400
TXTMLT
021146
TXTMLO
020357
TXTMLL
020363
TXTML2
020377
TXTML3
020414
TXTMLA
020436
TXTMLS
020457
TXTMLGE
020507
TXTML7
020521

=
STRTML
STUREG
SUBRPC
=
SvCGBL
SVCINS=
SvCsuB=
SVCTAG=
SVCTIST=
SWPBOT=
SWPDOC=
SYNCH =
SSLSYM=

REDLOC= 000001
REDPAG= 000003
REGNUM
002342
REGO
002532
REG]
002534
REG2
002536
REGZ
002540
REGA
002542
REGS
002544
REG6
002546
REG7
002550
REOM
= 000002
RERCHK= 000001
RERR
= 000200
RETADR
002360
RING
= 000200
ROR
= 000010
RSA
= 000020
RSOM
= 000001
RSTCHK
005052
RTSND = 000010

RXOR

MACRO M1200

SYMBOL

DIAG?

=
UMAINT
UNITY
UPBITS
UREGS
USTATR=
USTREG
USYRT =
VECTOR
VIA

VIAACR=
VIADPA=
VIADPB=
VIAIER=
VIAIFR=

VIAMS =
VIAORA=
VIAORS=
VIAPCR=
VIASR =
VIAT1A=
VIAT1B=
VIAT1C=
VIAT1D=

VIAT2A=
VIATZ28=
VREGS
WAITSO
WRIBYT
WRILOC=

WRIPAG=
WRITE
WRITEIL

003660

CNDMDAO DMv1l LINE UNIT
SYMBOL

DIAGZ

MACRO M1200

2O FEB 84

15:39

SEQ 0163

002206
002216

WSR16
WSR2

002224
002210

XDATA
XORGB

WSR14

002222

WSR6

002214

X$ALWA=

002220

034356
000000
ERRORS DETECTED:

WSR4

ABS.

002212

xy2Z

000
001

VIRTUAL MEMORY USED:
31136 WORDS
( 122 PAGES)
DYNAMIC MEMORY:
19748 WORDS
( 7S PAGES)
ELAPSED TIME:
00:08:30
CNDMDA .BIC,CNDMDA . SEQ/CR/-SP-SvC34
MLB/ML.,CNDMDA . P11
k4

77 4

TARLE

WSRO
WSR10

WwSR12

PAGF

H L5

002334
022352

*= 000007
000000

X$FALS=
X$0FFS=
X$TRUE~
$E
=

000040
000400

000020
000062

$LSTIN=
$LSTTA=

$T7

000001
000001

000013