Digital PDFs

XX-CDA88-C1

March 1984

184 pages

Original

80MB

view download

OCR Version

108MB

view download

Document:	CNDMBA0 11-21,DMV-11 DMV11 MCTRL DIAG 2 AH-T829A-MC JUL 1984 gray
Order Number:	XX-CDA88-C1
Revision:	0
Pages:	184
Original Filename:	CNDMBA0__11-21,DMV-11__DMV11_MCTRL_DIAG_2__AH-T829A-MC__JUL_1984_gray.pdf

OCR Text

DMYLL MCTRL DIAG

CNDMEAD

PYRIONT (o) 195184

Flone
o1 o o1

Bl
CNDMBAQ [Mv1l MCTRL

DIAG @2

MACRO M1200

OS5 MAR 84

14:54

SEQ 0001

PAGF 2

S
"

.TITLE
.SBTTL

REM ¢

CNDMBAO DMV11 MCTRL
PROGRAM DOCUMENT

DIAG @2

10
%g

IDENTIFICATION

e T

PRODUCT CODE:

AC TB28A MC

PRODUCT

CNDMBAO DMV11

xé

PRODUCT DATE:

APRIL 1984

E‘—*?

MAINTAINER:

ISS DIAGNOSTICS

AUTHORS ;

23
24

25
26

27
gs

NAME:

MICRO-CONTROLLER

STATIC

DIAGNOSTIC

PART

CHRIS BRIENEN

RAY MARSHALL

MODIFIED Br:

JAKI BERG

9-APR-1984

PURPQSE :

THIS DIAGNOSTIC IS DESIGNED TO PERFORM STATIC LOGIC TESTS FOR
THE MB8053 OR MB064

(HEREAFTER REFERRED

TO AS

THE DMV OR DMV-11)

i
33
24
35

THE INFORMATION IN THIS DOCUMENT IS
SUBJECT
0
CHANGE WITHOUT
NOTICE
AND
SHOUWWD
NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL
EQUIPMENT CORPORATION.
DIGITAL EQUIPMENT CORPORATION ASSUMES NO

RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT.

;

NO RESPONSIBILITY

AFFILIATED COMPANIES.

SOF TWARE

THE FOLLOWING ARE

DIGITAI

DEC

IS ASSUMED

ON EQUIPMENT

THAT

TRADEMARKS OF

PDP

DECUS

FOR

[S NOT

DIGITAL

THE

USE

SUPPLIED

EQUIPMENT

UNIBUS

DECTAPE

RELIABILITY
DIGITAL

CORPORATION:

MASSBUS

ITS

CNOMBAO DMV11 MCTRL

D1AG a0

MACRO M1200

05 MAR B4

14:54

PAGE

Cl
38

SEQ 0002

PROGRAM DOCUMENT
49

50
51
52

ssses MODIFICATION HISTORY

?..‘:

REV

REV B:

CVOMBB => CNDMBA

58
59
60
61
62
63
od

ORIGINAL

RELEASE

CHRIS

sseae

BRIENEN,

RAY

INSTALLED OUTSTANDING PATCHES

MARSHALL

14 - JAN - 81

11-JUL -83

JAKI BERG

9-APR -84

CHANGES WERE MADE TO
CVOMBB
TO PRODUCE
CNDMBA
FOR THE
FALCON-PLUS PROJECT
(SBC-117/21+).
CHANGES, MARKED BY “;JB REV A-0", ARE:
- SET THE
ODT BREAK
VECTOR (LOCATION 140) TO THE STARTING ADDRESS OF
FALCON'S ODT ROM (170000-0OCTAL).
- FALCON + CANNOT BE STRAPPED TO MODE O ON POWER UP.
THE “STRAPPED TO MODE 0"
QUESTION WAS REMOVED.
THE DEFAULTS AND P-TABLE WERE SET APPROPRIATELY.

CNDMBAO DMVIL MCTRL DIAG a0

MACRO M1200

05 MAR -84

14:54

PAGE

D1
4

bis anae

PROGRAM DOCUMENT
©6

67
o8
69
0

CONTENTS
it

1.0

INTRODUCTION

73
74
7

2.0 HARDWARE

4.0 GENERAL

REQUIREMENTS

3.0 PRELIMINARY

PROGRAM REQUIREMENTS

PROGRAM CONSIDERATIONS

78
79

4.1 DIAGNOSTIC SUPERVISOR
4.2 EXECUTION TIME

80
81
2
83
eg
8
86

4.3
4.4
a.5
4.6
4.7

5.0 PROGRAM LOAD MEDIA

88
89
90
91

6.0 OPERATING INSTRUCTIONS
6.1 LOADING AND STARTING PROCEDURES
6.1.1 LOADING PROCEDURES
6.1.2 STARTING PROCEDURES

95
9%

6.2

XXDP+»
ACT/SLIDE
APT
MEMORY MANAGEMENT
ERROR LOGGING

6.1.3 #¢ STEPS FOR QUICK AND SIMPLE EXECUTION se
INITIAL

DIALOGUE

6.3 PROGRAM OPTIONS

6.3.1 START COMMAND
6.3.2 RESTART COMMAND

6.3.3 CONTINUE COMMAND

EE
100

6.3.5 ADD COMMAND
6.3.6 DROP COMMAND

6.3.4 PROCEED COMMAND

101
102
103

6.3.7 PRINT COMMAND
6.3.8 DISPLAY COMMAND
6.3.9 FLAGS COMMAND

105

6.3.11 CONTROL CHARACTERS

104

6.3.10 ZFLAGS COMMAND

106

6.3.12 HARDWARE PARAME TERS

107

6.3.13 SOF TWARE PARAME TERS

{83

6.3.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE

i{?

7.0 TEST DESCRIPTIONS

112

8.0 ERROR

113

8.1

INFORMATION

ERROR REPORTING

CNDMBAO DMV11 MCTRL DIAG &2

MACRO M1200

05-MAR-B4

14:54

PAGE

SEQ 0004

PROGRAM DOCUMENT

115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142

143
144
145

146
147
148
149

150
151
152
153
154
155
156
157
158
159
160
161
162

163
164
165

166
167
168
169

1.0 INTRODUCTION
THE
MBOS3
AND
M8064
ARE
SINGLE-LINE SYNCHRONOUS, MICROPROCESSOR BASED COMMUNICATIONS INTERFACES WHICH CAN SUPPORT

BOTH CHARACTER-ORIENTED (DDCMP, BSC,
ETC.) AND BIT-ORIENTED
(SOLC, HOLC, ETC.) PROTOCOLS. THE PURPQSE OF THIS PROGRAM IS
TO PERFORM
DIAGNOSTIC
TESTING
OF THE CSRS, RAM,
MICRO-PROCESSOR
LOGIC
ON
THESE
BOARDS.
THE
FUNCTIONS
WILL BE PERFORMED: DMV RESIDENT U-DIAG

CSR ADDRESSING,

READ/WRITE

THE

VIA

TESTING,

STATIC

LOGIC

TESTS

TROUBLESHOOTING CAPABILITIES,

SWITCH
ERRORS.
TO

OPTIONS,
AND
IN
ADDITION

ACHIEVE

MAXIMUM

REPLACEMENT OF
A

INTERACTION

PROVIDE

TIGHT

EXTENSIVE

SCOPE

LOOPS,

ABILITY
TO
“LOCK” ONTO INTERMITTENT
TESTS
ARE
DESIGNED
AND
STRUCTURED
FAUWLT

RESOLUTION

AND

FACILITATE

THE SMALLEST FIELD REPLACEABLE UNIT,
THE

STRUCTURED PROGRAMMING APPROACH.

DIAGNOSTIC
BECAUSE

DIALOGUE

WITH

THE

OPERATOR,

THE

SUPERVISOR

THE

DESIGN

PROGRAM

ALLOWS

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

AND

TESTING.

WILL

SUCH

THIS PROGRAM IS IMPLEMENTED USING

AND

BIT

AND ON-BOARD RAM

AND BASIC
FOLLOWING
EXECUTION

THE PROGRAM

MODIFICATION
OF DEVICE PARAMETERS, SUCH AS LSI-BUS ADDRESS,
VECTOR ADDRESSES AND
DEVICE
PRIORITY,
IN
ADDITION,
THE
OPERATOR
CAN
SPECIFY
PARTICUWAR
TESTS
TO
BE
RUN AND A
VARIETY OF LOOPING, RUNNING, AND REPORTING MODES.

DEVICE ERRORS WILL BE REPORTED AS THEY
WILL

INCLUDE

883?'5:?‘5) BAD

TEST

OCCUR,

NUMBER AND DESCRIPTION OF

DATA,

AND

APPLICABLE

THE

DOEVICE

REPORT

THE ERROR,

2.0 HARDWARE REQUIREMENTS
THE FOLLOWING HARDWARE
LOGIC TESTS:

IS REQUIRED

TO RUN

THE

M8053/8064

STATIC

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

M8053 OR M8064 COMMUNICATIONS. INTERFACE
3.0 PRELIMINARY

PROGRAM REQUIREMENTS

iHIS
PROGRAM
(CNDMB)
SHOULD
BE THE SECOND OF THE FIVE DMV-11
STATIC DIAGNOSTICS TO BE RUN (CNDMA SHOULD BE RUN FIRST), ERRORS
FOUND IN THIS
PROGRAM SHOULD BE CORRECTED BEFORE RUNNING ANY OF
THE

LINE

UNIT

DIAGNOSTICS

(CNDMC,

CNDMD,

CNDME).

CNDMBAO DMVl MCTRL DIAG @2

MACRO M1200

O05-MAR-84

14:54

PAGE

3
6

SEQ 0005

4.0 GENERAL PROGRAM CONSIDERATIONS

®d
o0

e b

ps p

PROGRAM DOCUMENT

4.1 DIAGNOSTIC SUPERVISOR
THIS

PROGRAM

COMPATIBLE WITH THE

STANDALONE DIAGNOSTIC

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

PROGRAM WILL

NOT

EXCEED

16K OF

MEMORY,

4.2 EXECUTION TIME
THE MAXIMUM TIME REQUIRED TO RUN THIS PROGRAM
MINUTE PER PASS FOR EACH UNIT,

IS ABOUT

ONE

4.3 XXDP+
THIS PROGRAM MAY BE LOADED UNDER xxDPe«,

UUF MO0DE OR CmAIN MODE.

AND

MAY

RUN

4.4 ACT/SLIDE
THIS PROGRAM MAY

LOADED UNDER ACT

LOADED

APT

IN DUMP MODE OR CHAIN MODE.

SLIDE

AND MAY

RUN

4.5 APT
THIS PROGRAM MAY

THE

SYSTEM

APT-RD) AND RUN IN PROGRAM MODE OR SCRIPT MODE.
4.6 MEMORY

(INCLUDING

MANAGEMENT

MEMORY MANAGEMENT IS UTILIZED IN THIS PROGRAM TO VERIFY THE
DMV-11‘'S ABILITY TO NPR INTO (AND OUT OF) EXTENDED MEMORY,
4.7 ERROR LOGGING
AT THE END OF EACH PASS ON ALL UNITS,
THE CUMULATIVE TOTAL NUMBER OF ERRORS
RESTART COMMAND.

THE PROGRAM PRINTS QuT
SINCE THE LAST START OR

5.0 PROGRAM LOAD MEDIA
THIS PROGRAM

ABSOLUTE
ANY

CAN

MEDIA SUPPORTED BY

ABSOLUTE

LOADED

LOADER OR FROM ACT,

FOLLOWED By

LOADER,
THE

THE

XXDP.,

FROM

SLIDE,

PROGNRAM

WHEN

PAPER

TAPE

USING

THE

PAPER

TAPE

OR APT SYSTEMS,
USING

SHOULD

DIAGNOSTIC SUPERVISOR.

LOADED

OR FROM
FIRST,

WHEN USING xXDP.,

THE

CNDMBA0 DMV11l MCTRL DIAG @2

MACRO M1200

O05-MAR-84

G1
14:54

PAGE 6-1

SEQ 0006

PROGRAM DOCUMENT

228
229
230
231
232
233
234
235
236
237
238
239
240
241

242
243
244
245
246

DIAGNOSTIC

SUPERVISOR

THE DIAGNOSTIC PROGRAM,

SHOULD

BE LGADED FIRST,

FOLLOWED BY

6.0 OPERATING INSTRUCTIONS

6.1 LOADING AND STARTING PROCEDURES
6.1.1 LOADING PRCCEDURES
THIS PROGRAM
MAY
BE
LOADED
FROM
PAPER
TAPE
USING
THE
ABSOLUTE
LOADER.
IT MAY ALSO BE LOADED FROM ANY xXxDP+ LOAD
MEDIA. WHEN LOADED UNDER XXDP+, THE DIAGNOSTIC SUPERVISOR
WILL BE LOADED AUTOMATICALLY.

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

200.

USE

STANDARD

DEC

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
THE
DIAGNOSTIC
WITHOUT READING

CAN
BE EXECUTED STANDALONE UNDER XXDP.,
THE REMAINDER OF THIS DOCUMENT, AS FOLLOWS:

A3 LOAD AND START DIAGNOSTIC USING RUN COMMAND

8)
C)
D)
E)

RECEIVE DIAGNOSTIC SUPERVISOR IDENTIFICATION AND PROMPT
ENTER STA<CR»
ANSWER HARDWARE AND SOF TWARE QJQUESTIONS

(DRS-C»>)

GET END OF PASS MESSAGES OR ERROR MESSAGES

TO END EXECUTION,

ENTER CONTROL /C

6.2 INITIAL DIALOGUE
AFTER

THE

PROGRAM AND

IS STARTED,

DRS LOCADED
DIAG. RUN-TIME

-A -0
CNOMB

THE

THE FOLLOWING

SUPERVISOR

ARE

LOADED

AND

THE

OR MORE

THE

IDENTIFICATION IS

TYPED

PROGRAM

SERVICES

DMV-11 U-CONTRL LOGIC DIAG
D%IT IS M8053 OR M3064

PART

2 OF

THE

OPERATOR

THEN PROCEEDS By

TYPING ONE

COMMANDS DESCRIBED IN THE FOLLOWING SECTION 6.3,

DETAILED INFORMATION, REFER
FUNCTIONAL SPECIFICATION).
6.3 PROGRAM OPTIONS

THE

(FOR MORE

DIAGNOSTIC SUPERVISOR

CNCMBAO DMV11 MCTRL DIAG #2

MACRO M1200

O05-MAR -84

14:54

PAGE 6.2
SEQ 0007

PROGRAM DOCUMENT

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
3i2
313
314
315
316
317
318
319
320
321
322
323
324
325
326
327
328
329
330
331
332
333
334
335
326
337
338
339
340
241

6.3.1

START COMMAND

000000000000000000000000000000008000000000000000300000000080

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

0000800000800 0000000000000000808080000000000000000000080000

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

DIAGNOSTIC.
THEY MAY BE SPECIFIED IN ANY ORDER.
BE EXECUTED IN NUMERICAL ORDER REGARDLESS OF
THE

SPECIFICATION,

THE

DEFAULT

71O EXECUTE ALL

THIS AND ALL SWITCHES, THE ANGLE BRACKETS
USED
IN THE DEFINITION ONLY, AND ARE NOT
OPERATOR.
SEE EXAMPLE AT END OF 6.3.1.5.

TESTS WILL
ORDER
OF

TESTS.

<> ARE PUNCTUATION
TO BE TYPED Br THE

6.3.1.2 PASS SWITCH (/PASS:<PASS-CNT>)
<PASS-CNT> IS A DECIMAL NUMBER INDICATING THE DESIRED NUMBER
OF
PASSES.
A PASS IS DEFINED AS THE EXECUTION OF THE FuULL
DIAGNOSTIC (ALL SELECTED TESTS) AGAINST ALL UNITS SUBMITTED.
THE DEFAULT IS NON-ENDING EXECUTION.
IN THIS CASE EXIT FROM
THE PROGRAM IS

ACCOMPLISHED EITHER By

TYPING A CONTROL/C

BY
OCCURANCE
OF AN ERROR WITH THE MALT ON ERROR FLAG BEING
gs‘;.“flisixlg IS A RETURN TO COMMAND MODE.
SEE EXAMPLE
AT
$.3.1.3.

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

<FLAG=1>,

ONE

SEGQGUENCE OF

<FLAG=0>,

ELEMENTS OF

SEPARATED Br

THE FOLLOWING VALUES:

COLONS,

THE FORM <FLAG>,

WHERE

HOE

HALT

LOE

ENTERED WHEN AN ERROR IS5 ENCOUNTERED
LOOP ON ERROR, CAUSING THE DIAGNOSTIC

IER
IBE
IXE

OF CODING (SEGMENT, SUBTEST, OR
ING THE ERROR
INHIBIT ERROR REPORTING
INHIBIT BASIC ERROR REPORTS
INHITIT EXTENDED ERROR REPORTS

PNT
BOE
UAM

PRINT NUMBER OF TEST BEING EXECUTED
BELL ON ERROR
RUN IN UNATTENDED MODE, BYPASSING MANUAL

ISR

INHIBIT STATISTICAL PEPORTS

PRI

10V

ON ERROR,

CONTINUOUSLY

DIRECT

ALL

WITHIN THE

MESSAGES

INTERVENTION

INHIBIT

CAUSING COMMAND MODE

TO BE

TO LOOP

SMALLEST DEF INED BLOCK

A LINE

TEST) CONTAIN

PRINTER

TESTS

DROPPING OF

<FLAG>

UNITS By

DIAGNOSTIC

TMAS

CNDMBAO DMV1l MCTRL DIAG @2

MACRO M1200

O05-MAR-84

1
14:54

PAGE

6-3

SEQ 0008

PROGRAM DOCUMENT

2482
343
344
345
346
347

LOT

LOOP ON TEST

THE
FLAGS NAMED OR EQUATED TO 1 ARE SET, THOSE EQUATED TO O
ARE CLEARED.
A FLAG NOT SPECIFIED IS CLEARED.
IF THE FLAGS
2;1)‘[8:_1 6I§ 1'21 GIVEN ALL FLAGS ARE CLEARED.
SEE EXAMPLE AT

248

349
350
351
352
353
254
355
356
357
358
359
360
361
362
363
364
365
366
367
368
309
370
371
372
373
374
375
376
377
378
379
380
381
382
383
384
385
386
387
388
389
390
391
392
393
294
395
396
397
298

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

IS A DECIMAL NUMBER INDICATING HOW OFTEN (IN TERMS OF

PASSES)
PRINTED.

IT
IS
DESIRED
THAT
THE DEFAULT IS AT THE

EXAMPLE AT END OF 6.3.1.5.

THE
END
END
OF

OF PASS MESSAGE BE
EVERY
PASS,
SEE

6.3.1.5 EFFECT OF START COMMAND
THE
EFFECT OF THE START
PARAMETER DIALOGUE, THE

THEN THE DIAGNOSTIC TESTS

COMMAND IS TO INITIATE THE HARDWARE
SOFTWARE
PARAMETER
DIALOGUE,
AND

THEMSELVES.

THE
HARDWARE PARAMETER DIALOGUE COMMENCES WITH THE QUESTION
“@ UNITS?” TO WHICH THE
OPERATOR
REPLIES
WITH
A
DECIMAL
NUMBER
N FROM 1 TO 16. THE TERM "UNIT" REFERS TO THE DEVICE
TO WHICH THIS SERIES OF DIAGNOSTICS IS DEDICATED.
FOLLOWING
THIS
ARE THE QUESTIONS WHEREBY THE P-TABLES THEMSELVES WILL

BE BUILT.

EACH P-TABLE IS A CORE-RESIDENT

ALL

THE

HARDWARE

THE

RESPONSE

INFORMATION

FOR ONE

TABLE

UNIT.

CONTAINING

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
B8y
RADIX

OCTAL, L FOR YES/NO)
AFTER

FOR

DECIMAL,

B FOR BINARY,

IN PARENTHESES AND

THE

THE PARENTHESES.

FOLLOWING

TO BUILD

THE

HARDWARE

SOFTWARE

VERIFY ETC.)

THAT

QUESTIONS

TABLES,

ARE

THE

WHICH DEFINE

DEFAULT

SOF TWARE

THE

THE DIAGNOSTIC WILL EXECUTE

O FOR

VALUE

QUESTIONS

MODE

(QUICK

IN.

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

IS
TO
IN
TO

EXAMPLE
:

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

COMMAND

CONSISTING OF
ALL

UNITS.

SAYING

WILL

THERE

<FLAG=1>.

COMMAND

CAUSE

THREE

PASSES

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

OTHER

TO BE

AND 10

MADE,

EXECUTED

IS NO DIFFERENCE BETWEEN SAYING

THE NOTATION <FLAG=0>
THAN
v

START

EACH PASS

IS MEANINGFUL

CLEAR

FLAG

AGAINST

<FLAG>

ONLY

THAT

AND

wWAS

CNDMBAO DMV11 MCTRL DIAG #2

MACRO M1200

O05-MAR-84

14:54

PAGE

6-4

SEQ 0009

PROGRAM DOCUMENT

299

400
401
402
403
404
405
406

407

408
409

410

PREVIOUSLY SET.
NOTE THAT
THREE LETTERS ARE SCANNED.

440
441
442

443

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

TESTS,

<TEST-LIST>,

PASS,

AND FLAGS SJITCHES

<PASS-CNT>,

AND

<FLAG-LIST>

ARE

<UNIT-LIST>

THE

START

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

RANGES OF DECIMAL NUMBERS

(0-5,

8-10 ETC.)

THAT

SPECIFr

THE

UNITS
TO
BE
TESTED.
THE NUMBERS ARE SEPARATED By COLONS.
THE NUMBERS MAY RANGE FROM O THRU N-1
(N
IS
THE
NUMBER
OF
UNITS
SPECIFIED IN THE PREVIOUS START COMMAND).
THE NUMBER
INDICATES THE POSITION
OF
THE
P-TABLE
AS
THE
DATA
WAS
ENTERED
DURING THE HARDWARE DIAGLOGUE.
THE UNITS WHICH ARE
SELECTED MUST NOT HAVE BEEN DROPPED
BY
THE
DROP
COMMAND.
SEE
THE DISCUSSION OF ADD AND DROP COMMANDS BELOW.
DEFAULT
éa':g";ESY ALL UNITS WHICH HAVE NOT BEEN DROPPED BY
A
CROP

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

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

THE REQUESTED NUMBER OF

USED
AFTER
THREE NORMAL

PASSES HAVE BEEN

AN
ERROR WAS ENCOUNTERED WITH THE HALT ON ERROR
A CONTROL/C WAS ENTERED BY THE OPERATOR.

6.3.3 CONTINUE COMMAND

449

CONC TINUE ) /PASS: <PASS -CNT/FLAGS: <FLAG-LIST»

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

444
aas
446
447
448
as0
as)
452
as53
454

FIRST

0000000000000 RREIIRRE0RARARALIAIIINARIRLAGAIRRRARANIANISSS

COMMAND
.

437
438
439

THE

S0 AN000000000000000000000000000000000t0ttttttttttttRRRRES

a14

418
419
420
a21
a22
423
a2a
425
426
427
a28
429
430
a3]
432
4332
434
a3s
436

ONLY

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

6.3.2.1

415
416
a17

COMMANDS

6.3.2 RESTART COMMAND

a11
412

413

ON ALL

MADE

FLAG

SET

B8)
C)

00000000000000000000000000000000000000000000000000000000s00

0000000000000 000000000000000000000000000000000000000000000

6.3.3.1 PASS SWITCH (/PASS:<PASS-CNT»)

<PASS-CNT>

IS SAME

IN START

COMMAND,

BUT

THE

DEFAULT

CNDMBAO DMV11 MCTRL DIAG #2

MACRO Mlcu.

iK1
O5-MAR-84

14:54

PAGE 6-5

SEQ 0010

PROGRAM DOCUMENT
456
457
458
459
460
461
402
463
464
465
466

467

468

469

470
471
472
473

474
475
476
477

478
479
480

481
482

483
484
485
486

487
488
489
490
491
492
493

495
496
497
498
499

THE UNSATISFIED PASS-CNT FROM THE PREVIOUS START OR RESTART,

IF NONE REMAINS,

THE DEFAULT

IS NON-ENDING EXECUTION.

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

START
VALUE,

COMMAND,

UNSPECIFIED

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

6.3.4 PROCEED COMMAND
0008000000000 000000000000000000000000000080000000000000d00

PRO(CEED)/FLAGS: <FLAG-LIST»
0000000000000 000000000800000000000000000000000000000000004

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

FLAGS RETAIN

IS AS

THE

THEIR CURRENT

START

COMMAND,

BUT

UNSPECIFIED

VALUE.

6.3.4.2 EFFECT OF PROCEED COMMAND
PROCEED
MUST FOLLOW A START, RESTART,
MODE MUST HAVE BEEN ENTERED VIA A HALT

OF
THE
COMMAND
IS
TO
FOLLOWING THE ERROR CALL.

PARAMETERS MAY

ALTERED.

OR CONTINUE.
COMMAND
ON ERROR,
THE EFFECT

BEGIN
EXECUTION
AT
THE LOCATION
NEITHER
HARDWARE
NOR
SOF TWARE

6.3.5 ADD COMMAND

500
501
502
503

ADD/UNITS: <UNIT-LIST»

£05

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

507
508
509
510
511
512

BUT

8000000000000 0000000000000000000000000000000000000000000000
G000000000000000000000000000000000000000000000000000000000s

IS AS

6.3.5.2 EFFECT OF
THE

UNITS

IN THE RESTART COMMAND.

ADD COMMAND

SPECIFIED ARE

ADCED

THE

TEST

SEQUENCE
.

EACH

L&
CNDMBAO DMVIL MCTRL DIAG @2

MACRO M1200

05-MAR-84

14:54

PAGE

6-6

SEQ 0011

PROGRAM DOCUMENT

513
514
515
516
517
518
519
520
521
522
523
524
525
526
S27
528
529
530
531
532
533
534

UNIT

MUST

HAVE

P-TABLE

MEMORY

DUE

TO AN EARLIER

HARDWARE DIALOGUE.
THIS
COMMAND
MUST
BE
FOLLOWED
By
A
RESTART
OR
CONTINUE.
THE UNITS SWITCH MUST BE SPECIFIED.
THE ADD COMMAND IS
MEANINGFUL
ONLY
FOR
WUNITS
THAT
WERE
PREVIOUSLY DROPPED.

6.3.6 DROP COMMAND
0000000000000 00000000000000tttitiestattttttsststatissssnsss

DRO(P)/UNITS: <UNIT-LIST»>
CR00A000000000000000000000000000000000000ststttctttttittts

6.3.6.1 UNITS SWITCH (/UNITS:<UNI'
<UNIT-LIST>

LIST>)

IS AS IN THE RESTART COMMAND.

6.3.6.2 EFFECT OF DROP COMMAND
THE UNITS SPECIFIED WILL BE DROPPED FROM TESTING.

WILL BE RESELECTED ONLY BY

COMMAND .

THE

UNITS

THE UNITS

THE EXECUTION OF AN ADD OR

SWITCH MUST BE ENTERED.

START

THIS COMMAND

MUST BE FOLLOWED BY A RESTART OR A CONTINUE COMMAND.
6.3.7 PRINT COMMAND

0000000000000 00000000000000000000000000000000000000btsttas

PRIINT)
CA00000000000000000000080800000000800000000000000000000000000

6.3.7.1 EFFECT OF PRINT COMMAND
THE TOTAL NUMBER OF ERRORS FOR
EACH
OUNIT
START
OR
RESTART
COMMAND
ARE
PRINTED.
STATISTICAL REPORTING) FLAG IS CLEARED.

SINCE
THE
LAST
THE ISR (INMIBIT

6.3.8 DISPLAY COMMAND
000000000000 0000000000000tttttittetstitatetsstittstesstsscns

DISC(PLAY)/UNITS: <UNIT-LIST»>
0000000000000 0000000000000000ltttittcasttttststsssssnsccce

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

IS AS IN THE RESTART COMMAND.

6.3.8.2 EFFECT OF DISPLAY COMMAND
THE HARDWARE P-TABLES FOR ALL

OUT

THE

FORMAT

UNITS UNDER

1IN WHICH THEY

TEST

ARE

WERE ENTERED.

PRINTED

ANY

UNITS

CNDMBAO DMV11 MCTRL DIAG #2

MACRO M1200

05-MAR-84

14:54

PAGE 6-7

S5EQ 0012

PROGRAM DOCUMENT
570

THAT

WERE DROPPED BY

571

DESIGNATED.

573
574

6.3.9 FLAGS COMMAND

572

575
576

577
578
579
580
581
582
583
584
585
586
587
588
589
590
591
592
593
594
595
596
597
598
599

600
601
602
603
604
605
606
607
608
609
610
611
612
613
614
615
616

617

618
619
620
621
622
623
624
625
626

THE

OPERATOR

“DROP”

COMMAND

ARE

80000080000 0000000000000000000000000000000000400000000008000s

FLA(GS)
0080000000000 000000003008000000000000bttetttttttttsttnttns

6.3.9.1 EFFECT OF FLAGS COMMAND
THE CURRENT

SETTINGS OF

ALL

FLAGS ARE PRINTED.

6.3.10 ZFLAGS COMMAND
2800000000000 0800080000000000008000000000000800000000000000

ZFL(AGS)
8888888808808 00880080000000000800000008000000000000000000
s

6.3.10.1 EFFECT OF ZFLAGS COMMAND
ALL FLAGS ARE CLEARED.

6.3.11

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 CAUSES

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
DEFAULTS TO BE TAKEN FOR THE REMAINDER OF THAT DIALOGUE.
A CONTROL O (0) ENTERTD DURING

CAUSES
ALL
REMAINDER OF

THE EXECUTION OF

A DIAGNOSTIC

TELETYPE
OUTPUT
TO
BE
SURPRESSED
FOR
THE
THE DIAGNOSTIC OR UNTIL
ANOTHER
O
IS
TYPED,

WHICH RESTORES NORMAL

TELETYPE OQUTPUT,

6.3.12 HARDWARE PARAMETERS
THE
THE

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

ggr:&;e

1.
THIS

VALUE

THAT

WILL

BFE

TAKEN

(0)

160020?

DEVICE CSR ADDRESS
IS

ON
THE
(OCTAL),

THE

ADDRESS AT

WHICH

LSI-BUS.
THE
AND THF DEFAULT

THE

COMMAND.
1S
THE

CARRIAGE

RETURN

CSR REGISTERS (SELO) RESIDE

ALLOWABLE
RANGE
VALUE IS 100020.

160020-177760

CNDMBAO DMV1l MCTRL DIAG #2

MACRO M1200

O0S5-MAR-84

14:54

PAGE

N1
6-8

SEQ 0013

PRUGRAM DOCUMENT

627

628
629
630
631
632
633
634
635
636
637
638
639

DEVICE

THIS

DEVICE.

THE

VECTOR ADDRESS
ADDRESS OF

THE

DEFAULT VALUE
5.

THE

ALLOWABLE

IS 300.

(0)

INPUT

VECTOR

FOR

THIS

IS 000-674 (OCTAL), AND THE

INTERRUPT

RANGE

DEVICE PRIORITY LEVEL

300

(0) &

THIS IS THE CPU PRIORITY AT WHICH THE INTERRUPT HANDLERS
OF
THIS
DEVICE
WILL BE EXECUTED.
THE ALLOWABLE RANGE IS 0-7,
AND THE DEFAULT VALUE IS 4,
4.

BOARD

TYPE

(0=MB064,

1-MBOS3-v35,

THIS

TYPE

CURRENTLY

THE

DMV-11

2+MBOS3-EIA)

INSTALLED.

M8053 IS SWITCH SELECTABLE BETWEEN v.35 AND EIA.
S.

IS THIS A MANUFACTURING TEST STAND

THIS QUESTION REFERS TO A SPECIFIC MEMORY
REQUIRED TO RUN TEST @8 (SEE SEC. 7.0).

NOTE

(0) 0

THAT

THE

(L) N ?
CONFIGURATION THAT

6.3.13 SOFTWARE PARAMETERS
NO SOF TWARE PARAMETER QUESTIONS ARE

ASKED By

THIS PROGRAM,

6.3.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE
THE
FULL CAPABILITY OF THE HARDWARE DIALOGUE IS REVEALED Br
THE FOLLOWING DISCUSSION OF WHAT HAPPENS INTERNALLTY.
AS

SOON AS

THE QUESTION

THE FIRST

"@ UNITS?”

ANSYERED

(WITH

THE

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

THRU

THC

QUESTIONS,

ALL

THE

SLOTS

ALL
OF
THE
P-TABLES ARE FILLED.
IF THE OPERATOR TYPES IN
LESS THAN N EXPLICIT VALUES
IN
RESPONSE
TO ‘A
PARTICILAR
QUESTION, THESE VALUES ARE PLACED IN THE P-TABLES (ONE VALUE
GOING INTO THE PROPER SLOT OF EACH
P-TABLE
BEGINNING
WITH
THE
FIRST P-TABLE) UNTIL THE STRING OF VALUES IS EXMAUSTED.
THE LAST VALUE IN THE STRING BECOMES THE NEW DEFAULT AND
IS

USED TO FILL

THAT SLOT

IN THE REMAINING P-TABLES.

ON
SUBSEQUENT TRIPS THRU THE GQUESTIONS, THE SAME PROCESS IS
CARRIED OUT, EXCEPT THAT THE EARLIESY P-TABLE
NOT
TO
TMAVE

RECEIVED
THE ROLE

AN
THAT

THE

SERIES OF

GIVING

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

REISSUED

QUESTION HAS RECEIVED N EXPLICIT
VALUES MAY

STRING

BE USED

WUNTIL

VALUES FROM

VALUES,

INDICATE

THE

COMMAS WwITHOUT
REPETITION

LEAST

ONE

OPERATOR.

INTERVENING
THE

LAST

CNOMBAO DMVLL MCTRL DIAG &2

Be
MACRO M1200

05-MAR-84

14:54

PAGE

6-9

SEQ 0014

PROGRAM DOCUMENT

o84
685
686
687
688
689
690
691
692

693

694
635
9%
697
©98
09
700
701

T02

703
704
705
706
707
708
709

710
Til
712
713
714
715
716
717

NAMED VALUE,
A

STRING

VALUES

MAY

GIVEN

A RANGE

(6-10 FOR

EXAMPLE). IF THE VALUES REPRESENT PURE NUMERICAL DATA,
THIS
SAMPLE
RANGE
TRANSLATES
TO
THE
STRING
6,7,8,9,10
(AN
INCREMENT OF 1), IF THE VALUES
ARE
ADDRESSES,
THE
SAMPLE
RANGE

TRANSLATES

THE

STRING 6,8,10 (AN

INCREMENT

2).

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

SECOND

PARAMETER

EQUAL

THE

UNIT

NUMBER

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

THME FIRST

7 UNITS AND

THE

NUMBER

FOR

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

UNIT O
<QUESTION 1>
<QUESTION 2>
<QUESTION 3>
UNIT 7
<QUESTION 1>
<QUESTION 2>
<QUESTION 3>

2 75
2 0-6
2 76
?
2 7-11,,13-15
2?2 77

718
719
720

THE
FIRST
TIME THE SERIES IS ASKED, SLOT ONE RECEIVES A 75
IN ALL 16 TABLES.
SLOT TWO RECEIVES THE VALUES 0,1,2,....6
IN
TABLES O THRU 6 AND A CONSTANT 6 IN TABLES 7 THRU 15.
SLOT THREE RECEIVES A CONSTANT 76 IN ALL 16 TABLES.

723

GOING TO BE AFFECTED (NOTE

721
72

724

725

726

727

728

729
730
73
732
733
734

735
736

7%7

THE

SECOND TIME

THRU

THE

SERIES,

THAT

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

By A <CR>,
THRU

15,

TABLES

IN THE FORM
QUESTION 1

SO SLOT ONE STAYS AT CONSTANT

SINCE NO NEW EXPLICIT

THRU

THE END

VALUES ARE

“UNIT
xx"
AT
IS RESPONDED TO

TYPED

TABLES

IN.

SLOT

TABLES

GETS THE VALUES 7,8,9,10,11 IN TABLES 7
THRU
11,
AND
GETS AN 11 IN SLOT 12, AND GETS THE VALUES 13,14,15 IN
{gl.ifsls
U
THE

THRU

15,

SLOT

ARE

THIS PIECE OF INFORMATION IS

THREE GETS

THE

VALUE

TwO

.
DIALOGUE

16 EXPLICIT

(NAMELY

TERMINATED

WHEN

THE

S0F TWARE

RECOGNIZES

THAT

VALUES HAVE BEEN GIVEN FOR AT LEAST ONE QUESTION

QUESTION 2).

CNOMBAO DMVI1 MCTRL

DIAG &2

MACRO M1200

O5-MAR-84

14:54

PAGE

L2
7

SEQ 0015

PROGRAM DOCUMENT
739
T40

741

7.0

TEST DESCRIPTIONS

T42
743

Ta4
'as
46
747
748
749

1000000000000 400000000000 0000000000000 0000000 0000080000000 000000000000 000000000

750

752

~54

i
;e

T2L-L
(THIS

i
i

T2L-L
IS
SET
“T2”

751

753

TS5
756

757
758

759

760
761

762

763
764
765
706

767

768
769
770
771
772

773
774
775
776

777
778
779
780

781

782

783
784
785
786
787
788
789
790
791
792
793
794

795

TEST

i
ie

«VIA

TIMER 2 ONE

SHOT MODE
>

THIS
TEST
VERIFIES
THAT
THE
INTERVAL -TIMER (ONE -SHOT) MODE.
THE

FOLLOWING

MASTER CLEAR

SETTING

TO BE

IS DONE

THE

INTERVAL -TIMER MODE

ACRS = O AND THE PROGRAM CHECKS FOR

"T2” (BIT S IN IFR)

INITIALLY

TIMER

IS PLACED

CLEARED.

(ADR 08)
€& T2C-H (ADR 09) ARE BOTH LOADED WITH 252 (OCTAL).
IS
EQUIVALENT
TO
AAAA
(HEX) OR 43,690 (DECIMAL).) LOADING

T2C-H STARTS

IS PERFORMED

TIMER 2 COUNTER IS OPERATIONAL

AND CHECKED

THE

COUNTER,

LOADED
WITH 001 AND T2C-H IS LOADED WITH 000 IN ORDER TC
WITH A QUICK UNDERFLOW. THE “T2" FLAG BIT IN IFR IS READ
TO BE

SET.

ie
i

T2C-H IS CHECKED TO = 0. CHECKING T2C-H SHOULD NOT HAVE CLEARED “T2"
-- THIS IS VERIFIED.

T2C-L

IS CHECKED TO = O. CHECKING T2C-L SMOULD MAVE CLEARED “T2* --

i¢

THIS

ie
i
i

T2C-H
IS LOADED
WITH O AGAIN TO INITIATE A NEW COUNT DOWN ,(WHICH
SHOULD UNDERFLOW
ALMOST
IMMEDIATELY)
AND
THE T2 BIT IN IFR IS
CHECKED TO BE SET AGAIN.

;glil. IS LOADED WITH 125 (OCTAL) AND “T2" BIT

ie
i

T2C-H IS LOADED WITH 125, AND THE
CLEARED BY THE LOADING OF T2C-M,

TOO

VERIFIED.

IS CHECKED TO BE STILL

"T2" BIT IS READ AND CHECKED TO BE

1000008000008 00000000008000000000000000000000000000000000000000000000000000000

100000000000000000000000000000000000000000000000000000000000000000000000000000

TEST

«VIA'S

INPUT

DONE.

THEN

(MODE

SYSTEM CLOCK

MODE»

MASTER

CLEAR

3¢ UNDER CONTROL OF VIA CLK,

3¢ TO O,

THEN,

REG

SETTING ACR BIT 4

THE SR IS LOADED TO INITIALIZE

i1 PROGRAM CHECKS FOR SR FLAG =
VERIFrv

SHIFT

PLACED

TO O,

BIT

INPUT

MODE

AND BIT 2

THE PROGRAM CHECKS FOR THE SR FLAG (BIT 2) IN THE IFR TQ BE INITIALLY

s CLEARED.
;¢

THE

THAT

SHIFTING

THE SR OPERATION,

1 AFTER ABOUT 8 US.

OCCURRED.

AND

THE

AND READS SR REGISTER

1000000000000 00000000000000000000000000200000000000000000000000000000000000000

CNOMBAOQ DMVIL MCTRL

DIAG &

MACRO M1200

De
O05-MAR-84

14:54

PAGE

7-1

SEQ 0016

PROGRAM DOCUMENT

1008004000000 000000000000000000000000000000000000000000000
000000000000 00000000

798
799

i e

800
801
802
803
804
805
806
807
808
809
810
811
812
813
814
815
816
817
818
819
820
821
822
823
824
825
826
827
828
829
830
831
832
833
834
835
836
837
838
839

i*
;¢

840

841

842

843
844
845
846
847
8438
849

850
851
5S¢

TEST

<«NPR CONTROL REGISTER

MASTER CLEAR»

i e

THE PROGRAM SETS THE FOLLOWING BITS
IN/OUT, BYTE OPER, AND DISABL INIT.,

1o (;:)EON.
.

A MASTER CLEAR IS PERFORMED,

IN THE NPR CONTROL REGISTER :
THE REGISTER IS READ AND VERIFIED.

AND THE REGISTER IS READ AND CHECKED FOR

1000080000000 0000000000000000000000000000000000
0000000000000 000000000000000000

3080008000000 000000000000000000000
00000000000 00000000000000000000000 00000000000

TEST 4

<NPR DATA-QUT»

¢ FIRST SUBTEST :
i¢ THE NPR OUTPUT ADDRESS REGISTER

i¢ BUFFER IN THE PROGRAM,

THEN,

LOADED WITH

THE

ADDRESS

EACH WORD OF DATA PATTERN F

2 BYTE

IS LOADEC

INTO THE

i¢ NPR OUTPUT DATA REGISTER, A FULLWORD NPR OUTPUT REQUEST IS PERFORMED,
¢ AND THE PROGRAM CHECKS FOR THE CORRECT DATA IN THE PROGRAM BUFFER. ALSO,
¢ THE PROGRAM CHECKS THAT THE ABORT XFER BIT IN THE NPR CONTROL REGISTER

¢ NEVER GETS SET.
i+

DATA PATTERN F

ie
ie

125252,

052525,

000000,

177777,

000001,

000002,

000004,

000010, 000020, 000040, 000100, 000200, 000400, 001000,
002000, 004000, 010000, 020000, 040000, 100000, 177776,

e
e
e

L7777,
LII327,

L77773,
L7Q7Y7,

077777,

000000

L7767,
ATSTTY,

L777DT,
LA1BIVY,

177787,
WTONT,

L7002,
A0V,

ATOSYY,
XRIIIY,

:* SECOND SUBTEST:
:¢

THE

ABOVE

OPERATIONS

ARE

;¢ BYTES IN DATA PATTERN B.
:¢
;¢

i
i

THE UPPER BYTE
THROUGHOUT THE

CLEARED

SUBTEST.

DATA PATTERN B

REPEATED

125,
200,

IN BYTE

THE LOW BYTE OF
AT

252,
376,

NPR

TRANSFER

MODE,

USING

THE

THE PROGRAM BUFFER IS USED,

THE

START,

AND

000,
375,

377,
373,

001,
367,

CHECKED

002,
357,

004,
337,

DATA

AND

TO REMAIN UNCHANGED

010,
277,

020,
177,

040,
000

100,

1080808002000 0080000000000000000000000008000000000000000000000000000000000000000e

1300008008808 0000280000000800000000000000000000800000000000000000000000000000000

;e
:¢

TEST S
THE

NPR

INPUT

<NPR DATA-IN>
ADDRESS

i¢ BUFFER IN THE PROGRAM,

IS LOADED WITH

THE

ADDRESS

THEN, EACH WORD OF DATA PATTERN F

BYTE

IS LOADED INTO THE

PROGRAM BUFFER, A FULLWORD NPR INPUT REQUEST IS ISSUED AND PERFORMED,
AND THE PROGRAM CHECKS FOR THE CORRECT DATA IN THE NPR INPUT DATA REG.
ALSO, THE PROGRAM CHECKS THAT THE ABORT XFER BIT IN THE NPR CONTROL

i*
i
i*
i*

052525,

000000,

177777,

000001,

000002,

000004

ie
i

000010,
002000,

000020,
004000,

000040,
010000,

000100, 000200,
020000, 040000,

000400,
100000,

001000,
177776,

ie
ie

177327, 176777,
077777, 000000

L7577,

A737MY,

18777,

197717,

1727778,

ATYTINS.

A7706%,

L7287,

LRVRT,

167777,

Q70670, RVISTY,

1000000080088 8080000000000000000000000000000000000000000000000000000000000s00

CNDMBAO OMV11l MCTRL DIAG @2

MACRO M1200

0S5-MAR-84

14:54

PAGE

7-2

- SEQ 0017

PROGRAM DOCUMENT

853
854
855
856
857
858
859
860

861
862
863
864
865

866
867
868
869
870
871
872
873
874
875
876
877
878
879

880
881
882
883
884
885
886
887
888
889
890
891
892
893
894
895
896
897
898
899
9200
901
902
903
904
905
906

907

208
909

1008020220000 00000000000 0000000000000 000000

;e
;s
;¢

TEST 6

<NPR

0000000000000 000bbbtbtsttbttsns

XFER ABORT»

FIRST SUBTEST :
THE PROGRAM PERFORMS

AN OUTPUT

NPR REQUEST

TO A

NON-EXISTENT

MEMORY

:* LOCATION, AND CHECKS FOR THE ASSERTION OF ABORT XFER BIT IN THE NPR CONTROL
:* REGISTER. THEN, AN OUTPUT NPR IS DONE AND CHECKED, TO A LOCATION IN THE
;¢ PROGRAM,

USING 125252 FOR DATA,

AND

;¢ BE CLEARED BY SETTING THE DONE BIT.
;¢ SECOND SUBTEST :

i1«

THE

ABOVE

SUBTEST

IS REPEATED USING

THE PROGRAM CHECKS FOR ABORT

INPUT

XxFER

NPR'S.

1000888000400 00000008200000000000000000040000000000000000000040000000000000000

1880888400220 2080000000000000080000000000000000000000000000080000000000000000000

ie
;¢

TEST 7
THIS

TEST

;¢ SYSTEM,

<NPR EXTENDED ADDRESS BIT TEST»

WILL

ONLY BE

IF THERE IS,

RUN

THERE

AT LEAST

32K

WORDS OF

MEMORY

i+ RANGE 200000-377776 (OCTAL).

THEN,

THE FOLLOWING 2 SUBTESTS ARE PERFORMED :

;¢

FIRST

;¢
;¢
s+
:*

AN INPUT NPR IS PERFORMED AND CHECKED USING THE MEMORY LOCATION, WITH
125252 FOR DATA. THE PROGRAM CHECKS THAT THE ABORT XFER BIT REMAINS
CLEARED.
SECOND SUBTEST :

SUBTEST

AN OUTPUT

NPR

IS PERFORMED

ie é?gZSZDFOR DATA,

;¢

THE

THE PROGRAM CHOOSES A LOCATION TO USE IN THE ADDRESS

CLEARED.

AND

CHECKED

USING

THE

MEMORY

LOCATION,

WITH

THE PROGRAM CHECKS THAT THE ABORT XFER BIT REMAINS

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

1800808020020 000000008000000000000000000000000000000000000000000000000000000000

TEST

<«SPECIAL

MFG EXTENDED BIT

TEST»

:# THIS TEST WAS DESIGNED SPECIFICALLY

:* NPRAIX/NPRAOX BITS

WITHOUT

A FULL

TO ALLOW HANU’ACTLRING TO CHECK THE

MEMORY

s IT WILL CHECK THE 12 DMV EXTENDED ADDRESS BITS (6:NPRAIX/6:NPRAOX) ON
;¢ A Q22 SYSTEM IF MEMORY IS PRESENT AT THE FOLLOWING PHYSICAL ADDRESSES:
s

ie
ie

17600000
16600000

17400000
15600000

7600000

17200000
13600000

;¢ FIRST SUBTEST :
:* SECOND SUBTEST :

TEST “NPRAIX" EXTENDED ADDRESS BITS
TEST “NPRAOX" EXTENDED ADDRESS BITS

FEA0000000000000000000000000000000000000000000000000000000000000000000000000020

10000000000 0000000000000000000000000000000000000000000000000000000000080000000

i
;¢

THIS

TEST 9

«<Q@-BUS

INTERRUPT

TEST

CONTAINS

SUBTESTS

;¢ PERFORMED.
ie

“A” &

"B" SELECTION>

IN WHICH

SEQUENCE

STEPS

IN GENERAL, EACH SUBTEST PERFORMS THE FOLLOWING:

INTERRUPTS ARE DISABLED FOR BOTH “A" & "B"

re
CNDMBAO DMV11 MCTRL DIAG #2

MACRO M1200

05-MAR-84

14:54

PAGE

7-3

PROGRAM DOCUMENT
910
911
912

913
914
915
916
917

918

919
920
921

3. A TEST IS MADE TO BE SURE THAT NEITHER INTERRUPT OCCURS

THE

INTERRUPT REQUEST REGISTER

IS WRITTEN INTO

4. BOTH INTERRUPTS ARE ENABLES

4
.

5. RECEIVED
A TEST IS AND
MADEIF TOIT BEISN'T
SURE EXPECTED
THAT IF AN
INTERRUPT IS EXPECTED, IT IS
IT DOESN'T HAPPEN.

]

:* ALL

TESTING

IS DONE HERE

WITH

THE PROCESSOR'S PRIORITY

SET

AT 0.

100888800808 004000080020080808000008
0000000800000 00080000048008008000000000000

922

923

924
925
926

1900888080008 048080408080000200020000888008000008
0008800000084 0000000000050000

928
929
930
93]
932
933

:# IN

927

934
935

936
937
938

TEST 10 <BUS RESET WITH DISABLE INIT SET> ,PAGE

is
L

i« A

BYTE SELECT REGISTER (BSEL3)

THE

IS LOADED WITH 377,

DISABLE

INIT BIT

IS SET

NPR CONTROL REGISTER, AND A BUS RESET INSTRUCTION IS EXECUTED. THE

:* PROGRAM

THEN

;¢ STILL IN BSEL3

CHECKS

THAT

THE DMV-11 WAS NOT CLEARED,

Br CHECKING FOR 377

1880888400088 08000000008080088008008008008000800008800000008088200008000000004

188808880820 000800000000000000000000000000080088000400000008084000000000000000000

TEST 11 <MASTER CLEAR WITH DISABLE INIT SET>

;e
L

;¢ THE "DISABL INIT” BIT IN THE NPR CONTROL REGISTER IS SET AND A MASTER CLEAR
;¢ IS

ISSUED.
;¢ CLEAR WILL
ie gglsirlefing UP
.

IF
THE MASTER CLEAR SUBROUTINE DETECTS AN ERROR, THE MASTER
NOT HAVE FUNCTIONED PROPERLY. WHERE THE NORMAL ERROR MESSAGE
BY "MASCLR"”) IS NORMALLY PRINTED, THIS TEST WILL PRINT ITS OWN

1008008080080 800000000000000084000080000080008888008003080030048002000000000000

1002088000 8408880000880800000200008000000808800800300000080800000000000000000002

TEST

<«DCOK H LO BIT»

;¢ DCOK M LO IS SET IN THE NPR CONTROL REGISTER WHICH SHOULD CAUSE A VECTOR TO
;¢ THE FIRST INTERRUPT HANDLER WHERE THE VECTOR IS CHANGED TO POINT TO THE
;¢ SECOND HANDLER, THIS SECOND HANDLER WILL THEN STA.L FOR A WHILE WAITING FOR
;¢

THE

i# BOTH

POWER-UP

HANDLERS

;¢ RETURN

;¢

AND

INTERRUPT

FLAGS

ARE

WHICH

SET

OUR MAINLINE CODE,

THEN CHECK

THE

SHOULD KICK US INTO

THE

SECOND HANDLER.

THE DELAY FUNCTION WE WERE

SAv THAT WE GOT THERE. WHEN WE FINALLY

WE WILL RESUME

FLAGS.

;o IN SUBTEST ¢ 1, WE EXPECT THE DMV TO BE RESET.
1000800000000 00000800080000800000088080000800000080080830080000000000000000000

1008000000000 00000808000040080000000080800000080000000008000003000000000008000

TEST

13 <HALT MODE VERIFICATION>

;¢

THIS

TEST CONTAINS

TWO (2) SUBTESTS DESIGNED

TO VERIFY

THE FUNCTIONALITY

;¢ OF
THE
“HALT” CONTROL CCNTAINED WITHIN THE NPR CONTROL REGISTER, IN EACH
;¢ CASE,
MICROCODE
IS LOADED INTO THE DMV IN ORDER TO CONTROL THE TESTING

SEQ

0018

CNDMBAO DMV1l MCTRL DIAG @2

MACRO M12700

05-MAR-84

14:54

PAGE

7-4

SEQ 0019

PROGRAM DOCUMENT

967
%68
969
970
971

973
974

975
976

977

978
979
980

981
982
983
984
985
986

;¢

FROM

THERE,

i+ SUBTEST @ 1:

i* HERE WE VERIFY THAT WE CAN CONTROL NPR'S AND DCOK PROPERLY WHILE THE
;* IS HALTED.

11 CPU'S OPERATIONS:

11 CPU

DMV-11'S OPERATIONS:

:*# THE MICROCODE IS MOVED INTO THE DMv,
;* CLEAR TMPO.
THIS WILL BE OUR TEST
:* LOCATION FOR THE NPR OPERATION.
i SETUP FOR POWER-FAIL VECTORING THROUGH
i+ LOCATION 24.
;¢

THE

MICROCODE

INITIATED & BSEL?7

:# SET TO -1 AS A FLAG.
i+

WAIT FOR BSEL7

TO BE

CLEAR BSEL7 AND WAIT FOR IT

CLEARED

NON-ZERO AGAIN.

DMV

IN SYNC.

THIS PUTS

WITH THE

TO GO

THE

11 CPU

;# SAVE R6 IN OLDSP FOR RECOVERY LATER,
:# CLEAR TMPO,

LOAD INTO SEL4

THE

:* ADDRESS OF TMPO, AND SET BSEL7 TO -1.
:¢

START

LOOPING

INCREMENTING

TMPO

:* CONSOLE “ODT“ SHOULD BE ENTERED.

GET

THE ADDRESS OF

AND

SAVE

HALT

THE

TMPO FROM SEL6

FOR LATER

11 CPU.

NPR-IN THE CURRENT CONTENTS OF TMPO
€& PUT IT INTO SEL4 (THE FULL WORD).

DELAY FOR ABOUT 100 MICROSECONDS
(THE TIME ISN'T CRITICAL).
:¢

THE

ANYTHING NOW

CPU

SHOULD NOT

NOT

EVEN

EXECUTING

“ODT"

DROP
THE

THE

“DISABL

i+ WE SHOULD GO

i+
:¢
;¢

;¢
;¢
;¢
;¢

THROUGH A POWER-UP SEQUENCE.
R6 IS
RESTORED FROM OLDSP, INTERRUPT
PRIORITY LEVEL IS RESTORED TO O, &

INTERRUPT VECTOR 24 IS RETURNED TO
THE DIAGNOSTIC SUPERVISOR,
SEL4 IS
COMPARED AGAINST TMPO -- THEY SHOULD
BE EQUAL.

“HALT" SIGNAL

CPU AND

INIT“,

SET

DROP

TO RELEASE

"DCOK H LO"

"DCOK M LO“

CNDMBAO DMV11 MCTRL DIAG #2

MACRO M1200

He
05-MAR-84

14:54

PAGE

7-5

SEQ 0020

PROGRAM DOCUMENT

1024
1025
1026
1027
1028
1029
1030
1031
1032
1033
1034

1035
1036
1037
1038
1039
1040
1041

1042

1043
1044
1045

1046
1047
1048

1049
1050
1051
1052
1053
1054
1055
1056
1057
1058
1059
1060
1061
1062
1063
1064
1065
1066
1067
1068
1069
1070
1071
1072
1073
1074
1075
1076
1077
1078
1079
1080

i NOW CLEAR BSEL7.

WAIT FOR BSEL7

“DISABLE

TO CLEAR.

INIT” AND EXIT

THEN DROP

TO M-LOOP.

-------------- d_.-p..fiw...

st
e s dacansseas

i+ SUBTEST ¢ 2:

i*
i
i
i*
i
:*
S

HERE
THE
HALT MODE IS USED IN A WAY WHICH VERY CLOSELY MATCHES THE DMv-11
MICROCODE'S UTILIZATION DURING A
“MOP
BOOT *
OPERATION. THE INTERRUPT
VECTOR
AREA
IS COMPLETELY OVERWRITTEN BY THE DMV NPR'S AND IS THEREFORE
BACKED
UP
ELSEWHERE
IN
THE
11 CPU'S MEMORY, THERE IS ALSO THE POSSIBLE
CONTENTION WITH
THE
DIAGNOSTIC
SUPERVISOR
-TO HELP HERE, AS MUCH AS
POSSIBLE WILL BE DONE AT INTERRUPT LEVEL 7.

11 CPU'S OPERATIONS:

DMV-11'S OPERATIONS:

;¢ THE MICROCODE IS MOVED INTO THE DMv.

HEL

THE

INTERRUPT

VECTOR

AREA

IS BACKED-

i# UP IN AN I/0 BUFFER FOLLOWING THE

i+ PROGRAM

:# THE MICROCODE IS INITIATED & BSEL7 IS
;¢ SET

WAIT

-% AS A FLAG.

FOR BSEL7

TO BE

CLEAR BSEL7 AND WAIT FOR IT TO GO

CLEARED

NON-ZERO AGAIN PUTTING BOTH
8$SESSSORS IN SYNC. WITH EACH

;¢ CLEAR TMPO AND SAVE R6 FOR RECOVERY
:* LATER,
SET BSEL7 AGAIN AND WAIT FOR
;¢

TMPO

TO BE

SET.

SET HALT, “DCOK H LO", & “DISABL
INIT” AND PERFORM 2 NOP‘'S AS A

1 MICROSECOND DELAY

ENTRY

INTO

THE

CONSOLE

i* BE INITIATED.

“ODT*

WILL

CLEAR "“DCOK H LO",
“DISABL INIT*

SET

"MALT" &

NPR-QUT THE FOLLOWING:
LOC:
CONTENTS
24
000000
VECTOR TO LOC ©
26
000340
@ PRIORITY 7
0
012700
MOV
#-1,.RO
177777
2
4

;¢

THE

ENTRY

WILL

INTO

THE

CONSOLE

“ODT"

SET

000777

“DCOK H LO" &

AND CLEAR

ABORTED!

"HALT"

THE

ROUTINE

i* BE EXECUTED

NPR'D

INTO

LOC.

WILL

EVENTUALLY HANGING

“DISABL

DELAY

FOR A SHORT

CLEAR
INIT"

“DCOK H LO” AND SET

MICROSECOND
;¢

TIME

INIT"

(ABOUT

“DISABL

CNDMBAO DMV11l MCTRL

DIAG #2

MACRO M1200

O05-MAR-84

14:54

PAGE

7-6

SEQ 0021

PROGRAM DOCUMENT

1081
1082
1083
1084
1085
1086
1087

THE

“BR

."”

INSTRUCTION

& LOC.

NPR-OUT THE FOLLOWING:
LOC:
CONTENTS
6
005001
CLR
R1
10
062701
ADD
&(.+2),R1
12
062701
ADD
#(.+2),R1

1088
1089

1090
1091
1032
1093
1094
1095
1096
1097
1098
1099
1100
1101
1102
1103
1104
1105
1106
1107
1108
1109
1110
1111
1112
1113
1114

1115
1116
1117
1118
1119
1120
1121
1122
1123
1124
1125
1126

360
362
364
366
370
372
374

062701
ADD
062701
ADD
010037
MOV
[TMPO]
013706
MOV
(OLDSP]
000137
JMP

376

#(.+2),R1
#&(..2),R1
RO,34TMPO

a@P0LDSP,.R6
HLTST2

[HLTST2)

THIS IS SYNONYMOUS TO THE DMV-11
LOADING A "MESSAGE" STARTING AT MEM,
LOC. 000006.

NPR-OUT THE FOLLOWING:
LOC:
CONTENTS
4

;¢ THE ROUTINE JUST LOADED BY THE DMv
:+ MICROCODE WILL NOW BE EXECUTED (WE
;¢ HOPE).
WHEN THE SUBROUTINE IS RE-

ENTERED

;e
i e

i ®
;e
i e
i e

THE

(@ HLTST2),

INTERRUPT

VECTORS

WILL

000240

THIS

IS HOW

DROP

“DISABL

NOP

THE DMV-11

11 CPU OUT OF THE

AN EXIT

"BR

WILL

TAKE

THE

.“ CONDITION.

INIT"

TAKEN

THE M-LOOP

RESTORED;

THE PRIORITY LEVEL WILL BE

LOWERED BACK TO O;

RO, R1, € R6 WILL ALL BE
FOR THE PROPER CONTENTS;
TMPO WILL BE CHECKED FOR
PROPER

CHECKED
AND
THE

CONTENTS;

1088888888008 00008800008800800000000008000000000000000088000000000000000000002

CNDMBAO DMV1l MCTRL DIAG #2

MACRO M1200

O05-MAR-84

Je
14:54

PAGE 8
SEQ 0022

PROGRAM DOCUMENT

1128

1129

1130
1131
1132
1133
1134
1135
1136
1137
1138
1139
1140
1141
1142

1143

1144

1145
1146
1147
1148
1149
1150
1151
1152
1153
1154
1155
1156
1157
1158
1159
1160
1161
1162
1163
1164
1165
1166
1167
1168

8.0 ERROR INFORMATION

8.1 ERROR REPORTING
ERRORS
Afc
REPORTED
BY
THE PROGRAM AS THEY OCCUR (IF NOT
INHIBITED). THE REPORT CONFORMS TO THE DIAGNOSTIC SUPERVISOR
ERROR
ERROR,

REPORT
FORMAT,
THE TEST NUMBER,

CALL,
DEVICE
INFORMATION.

AND CONSISTS OF A DESCRIPTION OF THE
SUBTEST
NUMBER,
PC
OF
THE
ERRCR

ADDRESS,

AND

BASIC

AND

EXTENDED

ERROR

THE FOLLOWING EXAMPLE PROVIDES A TYPICAL ERROR REPORT,

WHICH

DESCRIBES A "MASTER CLEAR FAILURE” ERROR, AND PROVIDES THE PC
OF THE ERROR CALL AND THE DEVICE REGISTER CONTENTS :
CNDMB DVC FIL ERR 00001 ON UNIT 00 TST 002 SUB 000 PC:

MASTER CLEAR FAILURE
THE CONTENTS OF

ALL BYTE

SELECT

BSELO
BSEL1
BSEL2
BSEL3
000
000
000
000
BSEL4
BSELS
BSEL6
BSEL7
000
000
121
000
835510
BSEL11
BSEL12
BSEL13
000
000
000
BSEL14
BSEL15S
BSEL16
BSEL17
000
000
000
000

REG'S ARE:

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

EXTENDED

021122

EXTENSIVE,

AND

ERROR INFORMATION HAD BEEN INHIBITED USING THE

IXE FLAG PRIOR TO RUNNING THE TEST, THE
ABOVE
ERROR
HAVE BEEN REPORTED IN THE FOLLOWING SHORTENED FORM :

WOULD

CNDMB DVC FTL ERR 00001 ON UNIT 00 TST 002 SUB 000 PC:

MASTER CLEAR FAILURE

021122

I<K2

CNDMBAO DMV11 MCTRL DIAG #2

MACRO M1200

05-MAR-84

14:54

PAGE 9

20 0023

LISTING & ASSEMBLY CONTROL
11;0
1171

1172
1173
1174

1175
1181
1182

:
.SBTTL LISTING & ASSEMBLY CONTROL

000000

HELP=0

i+ CONTROL LISTING OF HELP INFORMATION
:+ HELP=0
NO LIST
i HELP=1
LIST

002000

.=2000

1183
{{gg 002000

MCALL
svC

SvC

1lg6 002000
1187

BGNMOD

LU1MOD

1188

1189
1190
1191
1192
1193
1194

{igg
1197
1198
1199

{gg?

{ggg 002000

000001
000001
000001
000001
000001
000001
000001

SLSTIN= 1
SLSTTAG= 1
SVCINS= 1
SVCTST= 1
SvCSuB= 1
SvCGBL= 1
SVCTAG=
:
;
:

s
s
s
s
s+

s
LIST
LIST
LIST
LIST

INITIALIZE SUPERVISOR MACROS

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

LIST OTHER TAGS,

SHIFTED RIGHT

CHANGE THE VALUES OF THE SvC... SYMBOLS TO BE ZERO IF YQU WISH
TO ALIGN THE MACRO CALLS AND THEIR EXPANSIONS.
CHANGE THE
SYMBOLS TO BE MINUS-ONE TO NOT LIST THE EXPANSIONS.
YOU MAY

CHANGE THE SYMBOLS AT ANY POINT IN YOUR PROGRAM.
POINTER BGNAU,BGNDU,ERRTBL

CNDMBAO DMV11 MCTRL DIAG #2

MACRO M1200

05-MAR-84

14:54

L2
PAGE

SEQ 0024

PROGRAM HEADER

1212
1213
1214
1215
1216
1217
1218
1219
1220
1221
1222 002000
002000
002000
002001
002002
002003
002004

002005

.SBTTL PROGRAM HEADER
‘00

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

s ARGUMENTS ARE IN RESPECTIVE ORDER.
oo

HEADER CNDMB,A,0,60.,0

103
116

115
102

002006
002007

002010
002010
002011

002011
002012
002012
002014
002014
002016
002016
002020
002020
002022
002022
002024
002024
002026
00 26
002030
002030
002032
002032
002034
002034
002036
002036
002040
002040
002042
002042
002044
002044
002046
002046
002050
002050
002051

LSNAME:;
:

101
060

LSREV::

L$SDEPO:
:

LSUNIT::
000074

036344

002160

LSTIML::

L$HPCP:
:
L$SPCP::
LSHPTP:
:

L$SPTP::
037054

LSLADP:
:
L$STA::

L$CO::
LS$DTYP::

002124

LSAPT::
'
L$OTP::

L$PRIO::
000000
000000

003
003

LSENVI::
LSEXP1::

LSMREV::

.ASCII
.ASCII
.ASCII
LASCII
.ASCII
.BYTE
.BYTE
.BYTE

/C/
/N/
/D/
/M/
/B/
(4]
0
0

.ASCII

/A/

.ASCII

.WORD

60.

L $HARD

.WORD

LSHW

.WORD

LSLAST

.WORD

(4]

.WORD

(]

.WORD

LSDISPATCH

.WORD

(4]

.BYTE
.BYTE

CSREVISION
CSEDIT

M2
CNDMBAO DMV11 MCTRL DIAG @2

MACRO M1200

05-MAR-84

14:54

PAGE

10-1

SEQ 0025

PROGRAM HEADER

002C52
002052
002054
002056
002056
002060
002060
202062
002062
<064
002064

002066
002066
002070
002070
002072
002072

002074
002074
002076
002076
002100
002100
002102
002102
002104
002104
002106

1223
1229

002106
002110
002110
002112
002112
002114
002114
002116
002116
002120
002120

L$EF::

000000
000000

L$SPC::

000000

L$DEVP:
:

003254

LSREPP:
:

000000

LSEXP4:;

000000

LSEXPS::

000000

LSAUT::

023120

L$DUT::

023114

LSLUN::

000000

LSDESP: :

003274

L$SLOAD::

104035

LSETP::

002202

LSICP::

022020

L$CCP::

023076

LSACP::

022752

L$PRT::

022012

LSTEST::

000000

L$DLY::

000000

LSHIME::

000000

.EVEN

.WORD
.WORD

0o
0

.WORD

LSOVTYP

.WORD

L$AU

.WORD

LsDU

.WORD

EMT

L$DESC
ESLOAD

LSERRTBL
.WORD

LSINIT

.WORD

L$CLEAN

.WORD

L$AUTO

.WORD

L$PROT

.WORD

CNDMBAO DMV11 MCTRL DIAG #2

MACRO M1200

05-MAR-84

N2
14:54

PAGE

SEQ 0026

DISPATCH TABLE

1231
1232

.SBTTL DISPATCH TABLE

1233
1234

$/ITII7777777777777777
7777777777777 7777777777777777727777777777777777777//7727777

1235
1236
1237
1238 002122

002122
002124
002124
002126
002130
002132

002134

1239

002136
002140
002142
002144
002146
002150
002152
002154

THE DISPATCH

TABLE

CONTAINS

THE

STARTING ADDRESS OF EACH

:/ IT IS USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST,

TEST.

$I//IIIITII77 7777777077877 7777777707787 7727777777777777777077777077777777/77/77777

000015

023122
024132

025020
025406
026116
026366
026774

031234
032534
034042
034136
034202
034754

DISPATCH

13.

. WORD
LSDISPATCH:
:
.WOR

CNOMBAO DMV11 MCTRL DIAG @2

MACRO M1200

OS5-MAR-84

14:54

PAGE

B3
12

SEQ 0027

DEFALLY HARDWARE P -TABLE
1247

1248
1249
1250
1251
1252
1253
1254
1255 002156
002156
002160
002160
1256
1257 002160
1258 002162
1259 002164
1260 002166
1261 002170
1262 002172
1263 002174
1264 002176
1265
1266
1267
1268
1269
1270
1271
1272
1273
1274

1275
1276
1277
1278 002200
002200

.SBTTL DEFAULT HARDWARE P-TABLE
8771777777777 7277277277277 7077277777772 72277272727277272772777227272727772727272727727727727727277772777

1/
1/

THE DEFAULT HARDWARE P-TABLE
THE TEST-DEVICE PARAMETERS.,

CONTAINS DEFAILT
THE STRUCTURE OF

VALUES OF
THIS TABLE

1/ IS IDENTICAL TO THE STRUCTURE OF THE RUN-TIME P-TABLE.

§II/ 7077778727277 7777777772777 77770777722727727777220777270277272772707772727772727/77/77277

BGNHW

000010

DFPTBL
LHW::
DFPTBL
::

160020
000300004000
000000
000000
000000
000000
000011

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

160020
300
4000
000
000
0
0
000011

: POWER-UP MODE O MASK =
:

:
3

1OMV11l CSR UNIBUS ADDRESS
1OMV11 INTERRUPT VECTOR
1OMV11 INTERRUPT PRIORITY LEVEL
sSWITCH REG. @1 (BOOT ADDRESS)
1SWITCH REG. @2 (DDCMP ADDRESS)
tMODWLE IS M8064
1H3254EH3255 USED
sMISC. CONTROLS:

100

O = NOT JUMPERED FOR MODE O POWER-UP

1 = JUMPERED FOR MODE O POWER -UP
BOTH WS € W6 REMOVED

s MFG EXTENDED MEMORY CONF IGURATION MASK
:

:
H
H

= NORMAL

TESTING

«<=== DEFAULT

SETTING

= 200

= Q22 SYSTEM WITH MEMORY @ FOLLOWING LOCATIONS:
17600000
16600000
7600000

ENDHW

17400000
15600000

17200000
13600000

L10000:

. WORD

L10000 -L.sHuW/2

;JUB REV A-0Q

CNDMBAO DMV11 MCTRL

SOF TWARE P -TABLE

DIAG o2

1230

MACRO M1200

OS-MAR -84

14:54

PAGE

C3
13

SEQ 0028

.SBTTL SOFTWARE P-TABLE

281
282

RI/717P7P0 7777777772777 7 7227777727727 77272727772727727277727272727277272772727277272727727727727277

1585

§/ 7007870777770 772777027277777777772772727227877770777277202727272770772777727277727777

1283
1284

1286
1287 002200
002200
002202
002202
1288 002202
002202

3/ THE SOFTWARE P-TABLE CONTAINS THE VALUES OF THE PROGRAM
1/ PARAMETERS THAT CAN BE CHANGED BY THE OPERATOR,

000000

BGNSW

ENDSW

SFPTBL
LS$SW::
SFPTBL::
L10001:

.WORD

L10001 -L$SW/2

CNDMBAO DMV11 MCTRL

DIAG &2

MACRO M1200

D3
O05-MAR-84

14:54

PAGE

SEQ 0029

GLOBAL EQUATES SECTION
1290

.SBTTL GLOBAL

1293
1294
1295
1296
1297
1298 002202

/107777770707 7777777277777277777727727777777777777777777777727772777077777277272277777

291
1292

EQUATES SECTION

THE

ARE USED

GLOBAL

EQUATES

IN MORE

SECTION CONTAINS

THAN ONE

PROGRAM EQUATES

THAT

TEST.

RITIILIIIIIIILI0I0 0000700000000 0000000207727 7000000000070 070077070000007000077177

EQUALS
;

+ BIT DIFINITIONS
5

BIT15==
B8IT14==
BIT13==
B8IT12=+
BITll==
BIT10==
BIT09=+
BIT08=+
BITO7==
BITO6==
BITOS==

100000
40000
20000
10000
4000
2000
1000
400
200
100
40

81704== 20

Bi703== 10
8IT02=+ 4
BITOl=+ 2
8ITO0== 1
B

BIT9==
BIT8==
BIT7==
BIT6=~
BITS=BIT4==
BIT3==
BIT2==
BITl==
BITO0==

BITO9
BITO8
BITO7
BITO6
BITOS
BITO4
BITO3
BITO2
BITO1
BITOO

‘

:+ EVENT FLAG DEFINITIONS
:
EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION
B

000040
000037

EF .START==

000035
000034

EF .NEW®==

29.

EF .RESTART ==
EF .CONTINUE ==
EF .PWR==

3i.
30.

28.

:
B

000340
00C 300
000240
000200

‘

PRIORITY

PRIO7==
PRIO6==
PRIOS==
PRIO4==

340
300
240
200

LEVEL

DEFINITIONS

BIT POSITION IN SECOND STATUS WORD

(100000) START COMMAND WAS ISSUED

(010000) A NEW PASS HAS BEEN STARTED

+
+

(040000) RESTART COMMAND WAS ISSUED
(020000) CONTINUE COMMAND WAS ISSUED

(004000) A POWER-FAIL /POWER-UP OCCURRED

CNDMBAO DMV11 MCTRL DIAG @2

MACRO M1200

05-MAR-84

14:54

PAGE

14-1

SEQ 0030

GLOBAL EQUATES SECTION
000140
000100
000040
000000

PRIO3==
PRIO2==

140
100

PRIO1== 40
PRIOO== O
3

;:OPERATOR FLAG BITS
i

001000
002000

200

BOE==

PNTe==

400

1000

100000

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

2000
4000
10000
20000
40000
100000

000010

.SBTTL
CSREGS

DEFINE
=
8.

000070
000071
000072
000074
000075
000076
000200

NPRAOL
NPRAOH
NPRAOX
NPRAIL
NPRAIH
NPRAIX
NPRBS7?

.SBTTL

NPROADDRESS REGISTER EQUATES
=
:OUT NPR ADRS LO REG
= NPRAOL
:OUT NPR ADRS HI REG
«
= NPRAOL 02
SOUT NPR EXTENDED ADRS REG

123000
123001

.SBTTL
NPRDRL
NPRDRH

NPR DATA REG EQUATES
= 123000

.SBTTL
NPRCTL

NPR CONTROL REG EQUATES
= NPRDRL
+4

NPRGO
NPRIO
LSIHLT
NPRBYT
DMVPU
LSIDCL
DMVDAI

=
=
=
=
=
=
=

010000
020000

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

ISR==

UAM= =

123004
000200

000100

000020
000010

000001

NPRABT

.SBTTL

=
=
=
=

THE NUMBER OF CSR'S

NPRAOL
+4
NPRAOL
+S
NPRAOL
+6
BIT7

= NPRDRL
+1

BIT?7

BITé
BITS
BIT4
BIT3
BIT2
BIT1
BITO

NPR REQUEST FUNCTIONS

:IN NPR ADRS LO REG
: IN NPR ADRS HI REG
:IN NPR EXTENDED ADRS REG
: “BANK SELECT 7" BIT -- W/IN EXTENDED ADRS.

:+NPR DATA REGISTER
:NPR DATA REGISTER

---

LOW BYTE
HIGH BYTE

t+NPR CONTROL REGISTER

:*1 IF BUS TIME-OUT ON NPR
lSET FOR NOP, CLEAR TO “GO"

7/ O-DONE

r4e

000100
000200

a
10
20
40
100

30 = (LSI ==> DMV);
1 = (DMV ==> LS
tSETTING THIS WILL “MALT" THE LSI-11

$SET TO 1 TO WRITE BYTE ONLY TO LSI:SET By MICRO-DIAG.

r-vov-

000010
000020

EVL ==
LOT==
ADR==
IOU==

MUST REMAIN SET

:IF SET, WILL CAUSE POWER DOWN CONDI
I"DISABLE

INIT” FROM EFFECTING DMv-1

REG.

CNDMBAO DMV11 MCTRL DIAG @2

F3
MACRO M1200

05-MAR-84

14:54

PAGE

14-2

SEQ 0031

NPR REQUEST FUNCTIONS

1335
1336
1337
1338
1339
1340
1341
1342
1343
1344
1345
1346
1347
1348
1349
1350

000004
000044
000054

NPRLD
NPROL
NPRDLB

= DMVPU
= DMVPU!NPRIO
= DMVPU!NPRIO!NPRBYT

tWORD XFER:
tWORD XFER:
tBYTE XFER:

123005

.SBTTL
IRQREG

INTERRUPT REG EQUATES
= 123005

: INTERRUPT REQUEST REG

000002

IRGB

= BIT1

;REQUEST BIT FOR XX4

000001

IRGA

.SBTTL

PU24

= BIT2

BITO

==> DMV
==> LSI
==> LSI

;REQUEST BIT FOR XXO INTERRUPT

CONTROL FLAGS FROM P-TABLE ENTRIES
=

LSI
DMv
DMV

sPOWER-FAIL

(I.E.

INTERRUPT

VECTORING MODE.

"A“

MODE O

"B"

JUMPERS WS & W6 BOTH REMOVED)

CNDMBAO DMV1l MCTRL DIAG &2

MACRO M1200

O0S-MAR-84

14:54

PAGE

G3
15

SEQ 0032

SWITCH PACKS
1§§§

.SBTTL

1354

1100000000000000000000
00000000 0 00RRR000 Rl N ARARARRRRAIARAAGERRARSARRRSAMS

1355

1356

1357
1358
1359
1360

SWITCH PACKS

110000000080 0000000000000000000000000000000000000000000Rttttttttetatisinsitttes

121000
121400

SWPBOT
= 121000
SWPDDCMP = 121400

: "BOOT ADDRESS"” SWITCH PACK [A200]
: "DOCMP ADDRESS"” SWITCH PACK [A300)

CNDMBAO DMV1l MCTRL DIAG @2
CSR REG.
1362
1363
1364
1365
1366
1367
1368
1369
1370

1371
1372
1373
1374

DEFINITION FOR MAINT,

14:54

PAGE

SEQ 0033

LOOP

CSR REG.

1000800000008

.SBTTL

DEFINITION FOR MAINT.

0 00000000

RARRARRARAR

MAINTENANCE REGISTER

LOOP
AR

000001
000020

INTERRUPT ENABLE BITS

IENBA
IENBB

= BITO
= BIT4

RARAA

AEARARR

- BSELO

$ -~ 008808888000 0000000000000 0 000000000000

LA AR AARARALAARRRARARSAARALGES

: INTERRUPT ENABLE
: INTERRUPT ENABLE

"A"
"B"

3008080000400 0000000 0000000000000 0 000000000000 08 00000002000 000 0000000000000 0000s

.SBTTL

MAINTENANCE REGISTER

$--28888008000 0000000000000

1376

1377

1393
1394

O0S5-MAR-84

.SBTTL

1375

1378
1379
1380
1381
1382
1383
1384
1385
1386
1387
1388
1389
1390
1391
1392

H3
MACRO M1200

000200
000100
000001

MAINT.

RUN
MCLR
MREQ

- BSEL1

00 000000000080 000 00800000000 00008000000000000000s

LOOP CONTROL BITS:

= BIT7
= BITe
= BITO

1008880880080 20080800000008 0000000000000 00008000080000000008000000000000000000

.SBTTL
-

000001

MAINTENANCE REGISTER

- BSELZ2

0888000080000 00000 0000000028000 0 0000000000000 0000000000000 0000000000000 00

MAINTENANCE FUNCTION CODES

000005

REDLOC
WRILOC
REDPAG
WRIPAG
EXECUT

=1
= 2
= 3
= 4
= 5

:FUNCTION
sFUNCTION
sFUNCTION
sFUNCTION
sFUNCTION

000200

MRDY

= BIT?

:M-LOOP REDY FOR A COMMAND WHEN SET

000003

CODE
CODE
CODE
CODE
CODE

FOR
FOR
FOR
FOR
FOR

READ A 6502 LOCATION
WRITE A 6502 LOCATION
READ A 6502 MEMORY PAGE
WRITE A 6502 RAM PAGE
EXECUTE AT GIVEN PC

CNDMBAO DMV1l MCTRL DIAG #2
DMV

INTERNAL

MACRO M1200

O05-MAR-84

DMV INTERNAL ADDRESSES

;.otaooooooo“ooaooaoa-ooo‘t‘oaoooooo.oooo.oooooo‘aaooooaoaooooooooaooo.oooooa

DMV INTERNAL ADDRESSES

1400
1401
1402

; R

1403

;00000000

1405

.SBTTL

1407
1408
1409
1410

SLTO
BSLTO
BSLT1
SLT2
BSLT2
BSLT3
SLT4
BSLT4
BSLTS
SLTé
BSLT6
BSLT?

1404

1406

1411
1412

1413
1414
1415

1439
1440
1441

452

120000
120001
120002
120003

120005
120005
120006
120007
120010
120010

120011
120012
120013
120014
120015
120016
120017

ORB
ORA
DDRB
DDRA

T1CL
T1CH
T1LHGO
TiLL
TiLH
TeLL
T2CL

T2CH
SR
ACR
PCR
IFR

IENR
ORAM

000020
000010
000001

IFRIRQ
IFRT1
IFRT2
IFRCB1
IFRCB2
IFRSR
IFRCA1
IFRCA2

»>>

R Y

Y PP YN Y

PPN YT

&#0042d080

BYTE & WORD SELECT REGISTERS
=020

=SLTO
sSLTO+1
=SLTO+2
=SLTO+2
aSLT0.3
=SLTO+4
=SLT0+4
=SLTO0.S
=SLTO+6
=SLTO+6
=SLTO+7
VIA'S REGISTERS

=120000
=*0ORB+1
=0RB+2
*0RB+3
=0RB +4
*0RB+S
=0RB+S
s0RB+6
a0RB+7
s0RB+10
sT2LL

=0RB+11
=0RB+12
=0RB+13
=0RB+14
=0RB+15
=0RB+16
s0RB+17

.SBTTL
000200
000100

MICROPROCESSOR REGISTER ADDRESS EQUATES

.SBTTL

1442

1443
1444
1435
1446
1447
1448
1449
1450
1451

SEQ 0034

.SBTTL

1398
1399

1438

PAGE

ADDRESSES

1396
1397

1416
1417
1418
1419
1420
1421
1422
1423
1424
1425
1426
1427
1428
1429
1430
1431
1432
1433
1434
1435
1436
1437

14:54

VIA'S

=*BIT7
*BIT6
=BITS
=BIT4
=*BIT3
BIT2
=BIT1
*BITO

“IFR” REGISTER'S BIT ASSIGNMENTS

: “IRQ” HAS BEEN ISSUED -- LOGICAL
3 “T1l" -- TIMER & 1 TIMED-OUT
;"T2"

TIMER &

"“OR* OF BITS 0

TIMED-OUT

--> &

:“CB1" EDGE DETECTED (“"K2 LINE UNIT STEP" 0/P SIGNAL FROM SR)
; "CB2" EDGE DETECTED (UNUSED!)
:“SR” REGISTER COMPLETED SHIFT OPERATION
: “CA1” EDGE DETECTED (“K6 MOD RDY H")
1 "CA2” EDGE DETECTED ("2 CTS W)

CNDMBAO DMV1l MCTRL DIAG #2
NTST

1701

BASIC

MACRO M120u

TEXT FOR STARTING EACH TEST
R

O05-MAR-84

14:54

PAGE

17-1

SEQ 0035

CNDMBAO DMV11 MCTRL DIAG &2

MACRO M1200

05-MAR-84

14:54

PAGE

IK3
18

SEQ 0036

GLOBAL DATA SECTION
1703

.SBTTL GLOBAL DATA SECTION

1705
1706
1707
1708
1709
1710
1711
1712
1713
1714 002202
002202
002202
002204
002206
002210
1715
1716
1717
1718
1719 002212
1720 002212
1721 002214
1722 002214
1723 002216
1724 002216
1725 002220
1726 002220
1727 002222
1728 002222

N Ry

1729 002224
1730 002224
1731 002226
1732 002226
1733 002230
1734 002230
1735 002232
1736 002234

1737 002236
1738 002240
1739 002242
1740 002244
1741 002246
1742 002250
1743
1744
1745
1746
1747 002252
1748 002254
1749 002256
1750 002260
1751 002262
1752 002264
1753 002266
1754 002270

THE GLOBAL DATA SECTION CONTAINS DATA

IN MORE THAN ONE TEST.

THAT ARE USED

§IIIILIPIFPP007070 7000777078800 770000007770777077070007008000007077070077/00777
1008088888084

.SBTTL

000

RRRARARA LA AR

RARANRARL L0000 0000000000088 0000000000 0

CONTROL BLOCK FOR STACKED ERROR MESSAGES

1--0888 0888440000000 0000400000000
0000000000000 04080000000080000000000

ERRTBL

ERRTYP: :

.WORD

ERRMSG: :

.WORD

ERRNBR: :

.WORD

ERRBLK: :

.WORD

LSERRTBL
::

0
0

g00.‘.“.““‘....“‘.““.‘...““.....“.“t..‘..‘.‘..‘.‘..‘....0“..‘.0....

.SBTTL

STORALE FOR DEVICE REGISTERS

3--“‘...““‘.“““‘.".‘.““‘.“.“...“‘.....‘..00.‘.‘O“.‘.....“..‘....

WSRO
:

BSRO:
WSR2:
BSR1:

.WORD

BSR2:

.WORD

BSR3:

.WORD

BSR4 ;

.WORD

BSRS:

.WORD

BSR6:

. WORD

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

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

0
0
0
0
0
4]
0

BSR17:

.WORD

WSR4:
WSR6:

WSR10:
WSR12:
WSR14:
WSR16:

BSR16:

.WORD

10088000000 0000000000000000000000000000000000000000000000000000000000000000sss

.SBTTL

MISCELLANEOUS STORAGE

TDATA:

.WORD

DELAY1:

,WORD

1 --00000080000000000000000000000000000000000000000000000000000000000000000000s

GDATA:
BDATA:
XDATA:

DELAY2:
LOGDEV:

PSTACK:

,WORD
,WORD
,WORD
,WORD
.WORD

,WORD

OO ~N~0O000

1704

10400

:TEST DATA

;EXPECTED DATA
+ACTUAL DATA
;EXCLUSIVE OR BETWEEN “GDATA" £ "BDATA“

;DELAY

TIME,

3 INST,, SO0 MILLISEC.

;DELAY TIME FOR M-LOOP FUNCTION,
;:LOGICAL DEVICE NUMBER

100 USEC.APPROX.

;CONTAINS BASE LEVEL PROGRAM STACK POINTER

CNDMBAO DMV11l MCTRL DIAG @2

MACRO M1200

05-MAR-84

14:54

PAGE

18-1

MISCELLANEOUS STORAGE

1755
1756
1757
1758
1759
1760
1761
1762
1763
1764
1765
1766
1;6;
176

1769
1770
1771
1;;§
1
1774
1775
1776

1777
1778

{;gg

1781
1782
1783
1784
1785
1786
1787
1788
1789
1790
1791

1792

002272

000000

INTFLG:

.WORD

002274

000000

INTWCH:

.WORD

002276
002300
002302
002304
002306
002310
002312
002314
002316

000000
000000
000000
000000
000000
000000
000000
000000
000000

ERRFLG:
REGNUM:
FRSTIM:
FRSPAS:
STARES:
DEVMAP:
DEVPTR:
CONSOL:
PFLAG:

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

O
O
O
O
O
O
O
O
O

:
:
:+
:
:
;
:
:
:
:

THE ABOVE WORD CONTAINS MISC. FLAGS WHICH CAN ONLY BE ACCESSED BY PATCHING.
IT IS NOT INTENDED THAT THEY BE SET OR CLEARED EXCEPT UNDER VERY UNUSUAL
CIRCUMSTANCES.
THEREFORE, THEY WILL NOT BE DOCUMENTED ANY OTHER PLACE
EXCEPT RIGHT HERE.
BIT O

: BIT 1

; BIT 2
:
:
:
:
:
:
:
:
:
:

s INTERRUPT RECEIVED FLAG BYTES.
ALLOCATION:
:
LOW BYTE FOR “A” & HWIGH BYTE FOR "“B"
tBYTE IS SET NON-ZERO WHEN HMANDLER SHOULD BE
;
WATCHING FOR INT'S.
ALLOCATION: SEE INTFLG
;ERROR FLAG
tREGISTER NUMBER -- FOR PASSING ARG. TO "ERR&"
:FLAG=0 IF PROGRAM JUST LOADED
iFLAG=0 IF FIRST PASS AFTER LOAD
;FLAG TO SHOW NO. OF PASSES SINCE STA OR RES
;BIT MAP OF ACTIVE DEVICES
;:DEVICE MAP BIT POINTER
sCONSOLE DEVICE FLAG -- NON-ZERO = NONE PRESENT
;MISC. PROGRAM FLAGS

-- WHEN SET, THOSE TESTS WHICH DO A BUS RESET WILL NOT BE EXECUTED.
THIS WAS INPLEMENTED TO SAVE WEAR & TEAR ON THE RXO01 IN THE
DEVELOPMENT SYSTEM WHILE DOING LONG TERM TESTING OF ALL OTHER
TESTS.

-- CPU TYPE (NOT USED).
-- CONTROLS PRINTING OF EXTENDED ERROR INFORMATION DURING “MOVING
INVERSIONS TEST” OF RAM,
NORMALLY ONLY ADDRESS, GOOD & BAD
DATA, AND XOR WILL BE PRINTED.
IF THIS BIT IS SET HOWEVER,
INFORMATION IDENTIFYING WHERE WITHIN THE ALGORITHM THE ERROR
WAS DETECTED IS REPORTED.
THE FOLLOWING ABBREVIATIONS ARE USED
IN THE HEADING:
BIT --- IDENTIFIES THE INNERMOST LOOP.
WHICH BIT IS
BEING INVERTED AT EACH LOCATION.
BITS ARE
IDENTIFIED AS O THROUGH 7.
DATA -- IDENTIFIES THE VALUE TO WHICH THE ABOVE BIT IS
BEING SET (I.E. O OR 1).
IT IS FIRST READ AND

CHECKED FOR EXPECTED CONTENTS; THEN THE BIT IS

1793
1794

:
:

1796

SEQ

---

1798
1799
1800

;
:
:

LSB

---

{ggg

1795
1797

1801

1804

1805

{gg{;

1808
1809

:
;

INVERTED TO THIS STATE (DATA) AND RE-WRITTEN;
THEN IT IS AGAIN READ & CHECKED FOR THE NEW

VALUE,

INDICATES

THE DIRECTION (FWD OR BKWD)

THE

TEST

WAS SCANING THROUGH RAM WHEN THE ERROR OCCURED.

THIS IS THE LOGICAL LEAST SIGNIFICANT BIT OF THE
RAM ADDRESS AS WE SCAN THROUGH MEMORY.
BY
VARYING THIS, THE ALGORITHM GENERATES NON-SEQUENTIAL

ADDRESSING OF

RAM AND EFFECTS A MJUCH MORE

THOROUGH TEST OF MEMORY.

; BIT 3 --. ENABLES PRINTOUT OF THE MESSAGE WITHIN THE INIT CODE THAT TELLS
:

US HOW LONG

TOOK

C(IN LOOPS WITHIN THIS CPU)

NO-OP FUNCTION OF THE MAINTAINENCE LOOP.

TO PERFORM ONE

CNDMBAO DMV1l MCTRL DIAG #2

MACRO M1200

O05-MAR-84

14:54

PAGE

M3
19

SEQ 0038

CURRENT DEVICE PARAMETERS
1315
181

{giz

160000

.SBTTL

CURRENT DEVICE PARAMETERS

$MPCSR

1815 002320

MPCSR:

1817 002320

BSEL :

1816 002320
1818 002320
1819 002322

1820 002324
1821 002324
1822
1823
1824
1825
1826
1827
1828
1829
1830
1831
1832
1833
1834
1835
1836
1837
1838
1839
{:(1)

002326
002330
002330
002332
002334
002334
002336
002340
002340
002342
002344
002344
002346
002350
002350
002352
002354
002354
002356

1842
1843
1844
1845
{zg

002360
002362
002364
002366
002370

160000
160001

160002

160003

002372
002374
002376
002400
002402
002404
002406
002410

SELO:
BSEL1:

BSELZ2:
SELZ2:

160017

BSEL3:
BSEL4:
SEL4:
BSELS:
BSEL6:
SEL6:
BSEL7:
BSEL10:
SEL10:
BSEL11:
BSEL12:
SEL12:
BSEL13:
BSEL14:
SEL14:
BSEL15:
BSEL16:
SEL16:
BSEL17:

000300
000304
000340
000000
000000

MPIVEC:
MPOVEC:
MPRIOR:
BROTYP:
PT.CTL:

160004
160005
160006
160007
160010
160011
160012
160013
160014
160015
160016

000000
000000
000000
000000
000000
000000
000000
000000

s INITIAL ASSEMBLED IN CSR ADDRESS
+POINTER TO THE DMV11 CSR'S

BSELO:

ig:g
1850
1851
1852
1853
1854
1855
1856
1857

160000

;POINTER TO BSELO

.WORD
.WORD

$MPCSR
$MPCSR.1

.WORD

$MPCSR+2

.WORD
.WORD

$MPCSR+4
$MPCSR+5

.WORD
.WORD

$MPCSR+6
$MPCSR+7

.WORD
.WORD

$MPCSR+10
$MPCSR.11

.WORD
.WORD

$MPCSR.12
$MPCSR.13

.WORD
.WORD

$MPCSR+14
$MPCSR+15

.WORD

$MPCSR+16

.WORD
.WORD
.WORD
,WORD
.WORD

300
304
340
0
0

.WORD

$MPCSR+3

$MPCSR+17

s+ALTERNATE NAME FOR BSELO
:POINTER TO SELO
;+POINTER TO BSEL1

:POINTER TO BSELZ2
sPOINTER TO SELZ2
+POINTER
+POINTER
s+POINTER
;POINTER
sPOINTER
;POINTER
;POINTER
+POINTER
+POINTER
;POINTER
;POINTER
;+POINTER
+POINTER
;POINTER
;POINTER
+POINTER
;:POINTER
;POINTER
sPOINTER

BSEL3
BSEL4
SEL4
BSELS
BSEL6
SEL6
BSEL7
BSEL10
SEL10
BSEL11
BSEL12
SEL12
BSEL13
BSEL14
SEL14
BSEL1S
BSEL16
SEL16
BSEL17

;OMV11 INPUT INTERRUPT VECTOR
;:OMV11 OUTPUT INTERRUPT VECTOR
;:DMV11 DEVICE PRIORITY
:0=M8064,1=M8053/V. 35, Z-HOOSS/EIA
sMISC. CONTROL FLAGS FROM P-TABLE

.SBTTL

GEN'L PURPOSE SCRATCH STORAGE

REGO:
REG1:
REG2:
REG3:
REGA :
REGS:
REG6:
REG7:

.WORD
.WORD
.WMORD
.WORD
.WORD
.WORD
.WORD
.WORD

O
O
O
O
O
O
O
O

TO
TO
TO
TO
TO
TO
TO
TO
TO
TO
TO
TO
TO
TO
TO
TO
TO
TO
TO

CNDMBAO DMV11l MCTRL DIAG #2

MACRO M1200

05-MAR-84

14:54

PAGE 20

SEQ 0039

SCRATCH STORAGE FOR MESSAGE REPORTING
%ggg

.SBTTL

SCRATCH STORAGE FOR MESSAGE REPORTING

1861
1862
1863
1864
1865
1866
1867
1868
1869
1870

002412
002414
002416
002420
002422
002424
002426
002430
002432
002434

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

TMPO:
TMP1:
TMP2:
TMP3:
TMP4 ;
TMPS:
TMP6 :
TMP7:
TMPS :
TMPY:

.WORD
.WORD
.WORD
.WORD
.WORD
.WMORD
.WORD
.WORD
.WORD
.WORD

O
O
O
O
O
O
O
O
O
O

1872
1873
1874
1875

002440
002442
002444
002446

000000
000000
000000
000000

TMPB :
TMPC :
TMPD :
TMPE :

.WORD
.WMORD
.WORD
.WORD

O
O
O
O

1871 002436

1876 002450
1877 002452
{g;g 002454
1880
lggl
1882
1883
1884
1885
1886
1887
1888
1889
1890
1891
1892
1893
1894

1895
1896
1897
1898
1899
1900
1901
1902
1903
1904
1905
1906

000000

TMPA:;

000000

TMPF :

000000
000000

NEWPC:
OLDSP:
.SBTTL

002456
002460
002461
002462
002463
002464
002465
002466
002467
002470
002471
002472
002473
002474
002475
002476
002477
002500
002501
002502
002503
002504
002505

000025
125
252
000
377
001
002
004
010
020
040
100
200
376
375
373
367
357
337
277
177
000

.EVEN
PATB:

18:

.WORD

.WORD
.WORD

O
0

;SAVE LOCATION FOR A "“PC" VALUE RESET
sSAVE LOCATION FOR A STACK POINTER RESET VALUE

#sses DATA PATTERN B #ssss
.WORD
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

18-.-2
125
252
000
377
001
002
004
010
020
040
100
200
376
375
373
367
357
337
277
177
000

; USAGE
:
;& OF BYTES IN PATTEF".

CNOMBAO DMV11 MCTRL DIAG @2

sssee DATA PATTERN F seeee

O05-MAR-84

.SBTTL

lggg
1910
1911
1912
1913
1914
1915
1916
1917
1918
1919
1920
1921
1922
1923
1924
1925
1926
1927
1928
1929
1930
1931
1932
1933
1934
1935
1936
1937
1938
1939
1940
1941
1942
1943
1944
1945
1946
1947
1948
1949

MACRO M1200

002506
002510
002512
002514
002516
002520
002522
002524
002526
002530
002532
002534
002536
002540
002542
002544
002546
002550
002552
002554
002556
002560
002562
002564
002566
002570
002572
002574
002576
002600
002602
002604
002606
002610
002612
002614
002616
002620
002622

000045
125252
052525
000000
177777
000001
000002
000004
000010
000020
000040
000100
000200
000400
001000
002000
004000
010000
020000
040000
100000
177776
177775
177773
177767
177757
177737
177677
177577
177377
176777
175777
173777
167777
157777
137777
077777
000000

.EVEN
PATF:

1$:

14:54

PAGE 21

eesee DATA PATTERN F sosee
<18-,-2>/72
125252
052525
0
-1
1
2
4
10
20
40
100
200
400
1000
2000
4000
10000
20000
40000
100000
177776
177775
177773
177767
177757
177737
177677
177577
177377
176777
175777
173777
167777
157777
137777
077177
0

SEQ 0040

CNDMBAO DMVLL MCTRL

DIAG @2

ssses DATA PATTERN RESULTS

1956 002624
1957 002625

1958
1959 002627
1960
630
1961 002631
1962
1963
1964
1965
1966
1967

1968
1969
1970
1971
1972 002632
1973 0026 34
1974 0026 36
1975 002640
1976 002642
1977 002644
1978 002646
1979 002650
1980 002652

14:54

FOR MASTER CLEAR (RESFMC)

.EVEN
BSELRS:

1955 002623

3 828838

002622

LSBTTL

PAGE

SEQ 0041

eee

sseee DATA PATTERN RESULTS TABLE FOR MASTER CLEAR (RESFMC)
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
sseses

000
200
000
000
033
000
305
000

1BSELO
1BSELL
1BSEL2
1BSEL3
tBSEL4
1BSELS
1BSEL6
1BSEL7

DATA PATTERN OF

NPR REG'S

eeese

"RUN" BIT SET

CODE FOR THE DMV-11

INDICATING VALID COMPLETION OF U-DIAG,

AFTER MASTER

CLEAR

esee

ALTHOUGH THE REGISTERS ARE ONLY 1 BYTE LONG; EACH TABLE ENTRY IS ONE

WORD LONG TO SIMPLIFY THE ERROR CHECKING & REPORTING.
THE HIGH BrTE
g; EQSSRENTRY MUST BE LEFT AT ZERO OR THE TESTING & PRINTING WILL BE

1954

TABLE

O05-MAR -84

.SBTTL

1951
1952
1953

MACRO M1200

.EVEN
NPRMCR
:

.WORD
.MORD
.WORD
.WORD
.WMORD
.WORD
.WORD
.MORD
.WORD

DMVPU
O
O
O
O
O
O
O
O

;ONLY THE "POWER UP" IS SET
s "DATA HI*
1 "DATA LO"
: "OUT ADDR. EXTENDED"
: "OUT ADDR, HI"
: "OUT ADDR. LO"
+ "IN ADDR. EXTENDED"
:+ "IN ADDR, MI“
+“IN ADDR. LO"

(Bv MICRO-DIAG.)

CNOMBAQ DMVIL1 MCTRL DIAG @2

MACRO M1200

D4
O05-MAR-84

14:54

PAGE

SEQ 0042

DATA BLFtER AREAS

.SBTTL

1982
1983
1984 002654
1985

BUF AREA ;

1986
1987

1995
1996
1997
1998
1999
2000
2001
2002
2003
2004
2005
2006
2007
2008

003054
003056
003060
003062
003064
003066
003070
003072
003074
003076
003100
003102
003104
003106
003110
003112
002654
002740

BUFAREA.128.

Wl
W

3733

1994

.BLKB

THIS BUFFER HAS SOME
FOR THOSE USAGES.

2% SRE53 3

1988
1989
1990
1991
1992
1993

DATA BUFFER AREAS

1
2

WO+2
Wle2
W22
W32
Wa.2
WS+2
W6+2
W72
W8+2
W92
WA2
WB.2
WCe2
WD+2
WE+2

= BUFAREA
* BUFAREA+64

256,
ALTERNATE

USES

T00.

THE

FOLLOWING LABELS ARE PROVIDED

s THIS WORD TABLE STARTS IN THE MIDOLE OF “BUF AREA "
$AND IS USED BY "ERR6" FOR PRINTING BYTES

;1BYTE

iBYTE

TABLE

¢ 2

CNDMBAO DMV11 MCTRL DIAG &2
GLOBAL

MACRO M1200

O0S5-MAR-84

14:54

PAGE 24

SEQ 0043

TEXT SECTION

2010
2011
2012
2013
2014
2015
5816

.SBTTL GLOBAL

TEXT SECTION

H
;%
THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,
o
MESSAGES, AND ASCII INFORMATION THAT ARE USED IN
1
MORE THAN ONE TEST,.
ARt SR
iR RN E RNl
Al s N
NN AN Y SN S A

1?7
2018

S YU ST BB DI B D E W

3 0080800000002 000000000000009000000000000000000000000000800000000008000000000000

2019

:¢ NAMES OF DEVICES SUPPORTED BY

2020

PROGRAM

3 - 8880800000000 0000000000000200000000000000000000002000000000008000000000000000

2021 003254
003254
003254

003257
003262
003265
003270

DEVTYP
115
065
117
115
066

070
063
122
070
064

LSDVTYP::
.ASCIZ

060
040
040
060
000

#MB0S3 OR M8064%

.EVEN

2022

2023

H 0008008800000 00000000200000000000000000000000000000000000000000000000000000002

2025

- «808080800000200000000000000000002000002000000000080000000000000000000000000000002

2024

;¢

2026
2027
000012
2028 003274
003274
003274
104
IC DIAG - PART 2 OF 2/
003277
055
003302
040
003305
103
003310
124
003313
040
003316
107
003321
040
003324
101
003327
055
003332
101
003335
040
003340
117
003343
062

2029
2030

000010

TITLE

.RADIX
113

126

061
125
117
122
114
111
104
107
040
122
062
106
000

061
055
116
114
117
103
111
040
120
124
040
040
.RADIX

PROGRAM

10.
DESCRIPT
-

<DMV-11 U-CONTRL LOGIC DIAG

PART 2 OF 2>
LS$DESC::

.ASCIZ

.EVEN

/DMv-11 U-CONTRL LOG

CNDMBAO DMV11 MCTRL DIAG #2
GLOBAL

F4
MACRO M1200

05-MAR-84

14:54

PAGE

SEQ 0044

SUBROUTINES

2038

.SBTTL GLOBAL SUBROUTINES

2039
2040
2041
2042
2043
2044
2045
2046
2047
2048
2049
2050
2051
2052
2053
2054
2055
2056
2057

3ILIII70777707777777727070777772777727777777777777727727777777277772772772777777727777

THE GLOBAL

SUBROUTINES ARE

CALLED BY MORE

THAN ONE

TEST

3//I1I7777770877777770277777777077777777777277777777772777277277777777727777777777777
1008008800828 8000000200002000000000000
8000000000 000000 0408000000040 00000000000000

.SBTTL
B
H

MASCLR

MASTER CLEAR SUBROUTINE

FUNCTION:

H
H
H
:
H
H

H
H
:

THIS

SUBROUTINE

FORCES

THE 6502 MICROPROCESSOR

TO EXECUTE A MINI

17 PART

DIAGNOSTIC OF THE MICRO-PROCESSOR INSTRUCTION SET, RAM DATA AND ADDRESSING
VALIDITY,
AND
A
ROM
CRC
TEST.
THE
CLEAR
SUBROUTINE
EXECUTES
1IN

APPROXIMATELY
500
HUNDRED(S)
MILLISECOND. THIS SUBROUTINE WILL SEND THE
MASTER
CLEAR
COMMAND
AND
DELAY FOR APPROX. S00 MSEC. AT WHICH PRINT IN
TIME,
THE
STATE
OF
THE
CSR
REGISTERS
IS
TESTED.
IF ANY ONE OF THE
REGISTERS CONTAINS ANYTHING THAT IS NOT EXPECTED, AN ERROR IS QUEUE UP AND
THE CARRY BIT IS SET. ELSE, THE CARRY BIT IS CLEARED.

: CALLING SEQUENCE:
H
H

JSR
8CC

PC,MASCLR
N$

: IF NO ERROR OCCURED,

ERROR

: N$:

PROCEED WITH ROUTINE

:AN ERROR MESSAGE HAS BEEN STACKED:

<ANY OTHER SPECIAL ERROR PROCESSING MAY BE DONE MERE

(I.E.

CKLOOP)>

;--‘.“.‘.‘...‘.“.‘.....““...‘..‘.“..“".“"..‘.‘.......“‘.“...““‘.‘
003346

010146

003350

112777

MASCLR:

000300

176744

MOV

R1,-(SP)

MOVB

ORUN!MCLR,8BSEL1

SAVE REGISTER ONE

;SET BOTH THE RUN AND MASTER CLEAR BITS

: 7O

INITIATE

THE

MICRODIAGNOSTIC

:NOW DELAY LONG ENOUGH FOR THE MICRODIAGNOSTIC TO COMPLETE
003356
003362
003364
003366
003370
003370
003376

013701
001402
005301
000775

002262

132777

000200

001410

2s:

176724

18:

MOV
BEQ
DEC
BR

DELAY1,R1
18
R1
2

BITB
BEQ

ORUN,3BSEL 1
3

s INITIALIZE THE LOOP COUNTER FOR DELAY LOOP
s+ EXIT DELAY LOOP IF THE TIME HAS EXPIRED
:+
ELSE, DECREMENT THE LOOP COUNTER AND
:+
CONTINUE TO LOOP.
i TIME-UP!
;CHECK THE RUN BIT -:IF NOT SET, GO REPORT THE ERROR

:IF THE RUN BIT IS SET, MICRODIAGNOSTICS ARE COMPLETE.
sCHECK IF ALL MICRODIAGNOSTICS PASSED.
2087
2088
2089
2090
2091
2092
2093
2094

003400

127737

003406

001004

003410
003416

001420

127737

176730

002630

cMPB

BNE
176714

002626

CcMPB

BEQ

ABSEL6,BSELRS+6

;THIS CHECKS

s VALID MICRODIAGNOSTIC COMPLETION CODE.
: IF BAD, GO REPORT ERROR

THE BYTE

IN B-SELECT 6 FOR

THE

@BSEL4 ,BSELRS+4 ;ELSE, CHECK FOR THE VALID CODE FOR A DMV-11

s IF THIS TOO IS CORRECT THEN NO ERROR EXISTS
tELSE, FALL INTO THE ERROR REPORTING CODE

CNDMBAO DMV1l MCTRL DIAG @2
MASCLR

MACRO M1200

05-MAR-84

14:54

PAGE 25-1

\
SEQ 0045

MASTER CLEAR SUBROUTINE

2095 003420
2096 003424

004737

004232

003424
003432
003440
003446
2097 003454
gggg 003456

012737
012737
012737
012737
000261
000401

000001
000001
003466
006220

2100
2101
2102
2103
2104
2105
2106

003460
003462
003464

000241
012601
000207

003466

115

3%:
002202
002204
002206
002210

SEC
BR
6$:
78:

101

123

JSR
GTOF

.NLIST
20$:
.LIST
.EVEN

CLC
MOV
RTS
BEX
.ASCIZ
BEX

PC,GETBSR
20$ ,ERR3

:GET THE BSEL REGISTERS FOR DUMPING
tMASTER CLEAR ERROR

MOV
MOV
.
MOV
MOV
s INDICATE TO THE CALLING ROUTINE THAT
:
AN ERROR WAS DETECTED

(SP)+,R1
PC

;CLEAR THE CARRY BIT TO INDICATE NO ERROR
+RESTORE REGISTER ONE
+ RETURN TO THE CALLER

/MASTER CI.EAR FAILURE/

QUEUE "DEVICE FATAL” ERROR # 1

T .EDF ,ERRTYP
#1 ,ERRNBR
©20% ,ERRMSG
#ERR3 ,ERRBLK

CNDMBAO DMV11 MCTRL
M-LOOP

2108
2109
2110
2111
al1e
2113
cl14
2115
2116
2117
2118
2119
2120
2121
2122
2123
2124
2125
2126
2127
2128
2129
2130
2131
2132
2133
2134

2135
2136
2137
2138

- -

MSTCLR

DIAG @2

H4
MACRO M1200

05-MAR-84

14:54

PAGE 26

SEQ 0046

MASTER CLEAR & ENTER M-LOOP

.SBTTL
L L

M-LOOP

MSTCLR

YTy

-- MASTER CLEAR & ENTER M-LOOP

i
H

JSR
8CC

<ANY

-- MASTER CLEAR & ENTER M-LOOP

CALLING SEQUENCE:

-- MSTCLR

ERROR
N$:

PC,MSTCLR
N$
OTHER

SPECIAL

: IF NO ERROR OCCURED, PROCEED WITH ROUTINE
;AN ERROR MESSAGE HAS BEEN STACKED:

ERROR PROCESSING MAY

DONE

HERE

(I.E.

CKLOOP)>

:--oo‘oo“ooo‘oooo‘cocaoooo.ooo.oooooo‘oooooo..oo‘ooo.oooo.oooooooooao.voAooo
003514

012777

003522
003524
003530
003532

010346
012703
077301
012603

003534
003542

132777
001023

003550
003556

012737

003544

003556
003564
003572
003600

003606
003610
003612
003614

140400

176576

MOV

0<RUN!MCLR!MREQ>#256.,8SELO

MOV
MOV
S08
MOV

R3, -(SP)
012..R3
R3,1%
(SP)+,R3

176562

BITB
BNE

@MRDY ,@BSEL2
54

MOV
GTOF

000014

000200

1$:

004737

004374
000301

002254

012737
012737
012737
012737

000001
000002
016115
006232

002202
002204
002206
002210

000261
000401
000241

000207

MSTCLR:

JSR

5%:
9s:

SEC
BR
CcLC
RTS

PC,.GETWSR

{WAIT FOR

;GET BYTE SELECT REGISTERS

THE M-LOOP TO FINISH THE OPERATION

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

ORUN!MCLR!MREQ,GDATA
EM3,ERR4
: "MRDY"

;INITIATE M-LOOP

s IDENTIFY REQUESTED FUNCTION
TIMEOUT

QUEUVE "“DEVICE FATAL" ERROR ¢ 2
MOV
MOV
MOV
MOV

@7 .EDF ,ERRTYP
#2 ,ERRNBR
#EM3 ,ERRMSG
#ERR4 ,ERRBLK

:SET CARRY TO INDICATE ERROR
sEXIT WITH THE "ERROR"” FLAG (CARRY BIT) SET
;:CLEAR C BIT FOR NO ERRORS
;RETURN

CNDMBAO DMV11 MCTRL DIAG @2
M-LOOP

2140
2141
2142
2143
2144
2145
2146
2147
2148
2149
2150
2151
2152
2153
2154
2155
2156
2157
2158
2159
2160
2161
2162
2163
2164
2165
2166
2lo?

- -

MACRO M1200

O05-MAR-84

14:54

PAGE 27

SEQ 0047 °

READ

.SBTTL
MTMM-LOOP -- READ
3 00‘...“...“.“‘.‘0.“.“....“.“...“...“.0‘..“‘.0.00.‘0‘.‘0‘0..‘..‘..‘00
:

READ

H
:
:

JSR
.WORD
. WORD

B8CC

<ANY

SPECTIFIED ADDRESS WITHIN

THE

DMV

-11

CALLING SEQUENCE:

THE

ERROR

N$:

RS,READ
<ADDRESS OF REGISTER WITHIN DMV-11>
<DESTINATION ADDRESS WITHIN LSI-11»>

OTHER

:IF NO ERROR OCCURED, PROCEED WITH ROUTINE

SPECIAL

;AN ERROR MESSAGE HAS BEEN STACKED:

ERROR PROCESSING MAY

<RESUMPTION OF NORMAL

DONE

HERE

(I.E.

CexLOOP)>

PROCESSING>

:--.‘....0.‘..0..00..‘00.0..00‘..0.....0.‘..0.“000“0.0000..000..0“0.000.0‘0
003616
003622

012577
112777

003630
003632
003636
003640

010346
012703
077301
012603

003642
003650

132777
001023

000200

2168 003652
2169 003656
2170 003664

004737
012737

004374
000001

003664
003672
003700
003706
2171 003714
2172 003716
2173
2174 003720
2175 003722
2176 003726

012737
012737
012737
012737
000261
000401

000001

000241
117735
000205

176506
000001

176474

176406

MOV

(RS).,8S5ELA

:SETUP SOURCE POINTER

MOVB

OREDLOC,@BSEL2

MOV
MOV
SOB
MOV

R3, -(SP)
026. ,R3
R3,18$
(SP).,R3

176454

BITB
BNE

OMRDY ,3BSEL2
Ss

;OID THE M-LOOP FI'NISH
sYES,
GOOD.
RETURN

002254

MOV
GTOF

PC,GETWSR

sGET BYTE

000032

016135
006232

READ:

1$:

JSR

002202
002204
002206
002210

OREDLOC,GDATA
EM4 ERRA

;;TELL M-LOOP

T0O GIVE uUS

;WALIT FOR

TM. LOOP

THE

REQUESTED DATA

TO FINISH

QUEUE

“DEVICE FATAL'

ERROR & 3
MOV
MOV

o7 _EDF ,ERRT:P
&3 ERRNBR

MOV

QERRA ,ERRBL K

MOv

Ss:
68:

SEC
BR

; INDICATE AN ERROR HAS BEEN STACKED
sRETURN WITH THAT INDICATION

cLC
MOVB

ABSELE,I(RS).

s INDICATE "NO ERROR'
;PUT DATA WHERE CALLER WANTS

RTS

;s RE TURN

OPERATION

SELECTY REGISTERS

sIDENTIFY REQUESTED FINCTION
s "MRDY" TIMEOUT
3

THE

9EM4
[ ERRMSG

CNDMBAO DMV11 MCTRL DIAG @2
M-LOOP

- -

READ

MACRO M1200

SEQ 0048

2179

Ja
PAGE 28

IMMEDIATE

2178

g%go

O05-MAR -84 14:54

.SBTTL

MTMM-LOOP

-- READ IMMEDIATE

3000808000800 0000000000000000000 00000000000 00000 000000000000 0000000000ttt

2182
2183
2184

READI

READ IMMEDIATE

CALLING SEQUENCE:

2185

:
:
H
:

2187
2188

3
3

8CC
ERROR

2186

g{gg

g}gg

: N§:

2193

012577
112777

2199
2200
2201
gggg

003742
003744
003750
003752

010346
012703
077301
012603

2204 003754
gggg 003762

132777
001023

000200

176342

2207 003764
2208 003770
2209 003776

004737
012737

004374
000001

002254

003776
004004
004012
CO4020

012737
012737
012737
012737

000001
000004
016135
006232

002202
002204
002206
002210

2213 004032
2214 004034
2215 004040

. WORD

THE DMV-11

RS ,READI

<DESTINATION -- CONTENTS OF REG.

<ANY OTHER

SPECIAL

IS PUT HERE>

; IF NO ERROR OCCURED, PROCEED WITH ROUTINE
AN ERROR MESSAGE HAS BEEN STACKED:
PRINT

ERROR PROCESSING MAY BE

DONE

HERE

(I.E.

CKLOOP)>»

:--‘.00.‘.“....‘...“‘.““‘0‘..“.....‘..0.0‘00“00‘0....‘0.0.0.“‘.“....‘0

2194
2195 003730
2196 003730
g}g; 003734

2210 004026
ggg 004030

JSR

THE SPECIFIED ADDRESS WITHIN

000261
000401

000241
017725
000205

176374
000001

READI:

176362

000015

176274

18:

MOV
MOvVB

(RS).,9SELA4
OREDLOC,aBSEL2

;SETUP SQURCE POINTER
;;TELL M-LOOP TO GIVE WS THE REQUESTED DATA

MOV
MOV
S08
MOV

R3, -(SP)
€13, ,R3
R3, 1%
(SP)+,R3

BITB
BNE

OMRDY ,ABSEL?2
Ss

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

JSR
MOV
GTDF

PC,GETWSR
¢REDLOC,GDATA
EM4 ,ERR4

sGET BYTE SELECT REGISTERS
s IDENTIFY REQUESTED FUNCTION
: “MRDY
" TIMEOQUT

;WAIT FOR THE M-LOOP

Ss:
68:

QUEUVE

TC FINISH THE OPERATION

"DEVICE FATAL" ERROR ¢ 4
MOV
MOV
MOV
MOV

SEC
BR

s INDICATE AN ERROR HAS BEEN STACKED

sRETURN WITH THAT

cLC
MOV
RTS

SSEL6,(RS5) .
RS

s INDICATE “NO ERROR"
;PUT DATA WHERE CALLER WANTS
;:RETURN

INDICATION
IT

@7 _EDF ,ERRTYP
94 ,ERRNBR
@EMA . ERRMSG
#ERR4 ,ERRBLK

CNDMBAO DMV11 MCTRL DIAG @2
M-LOOP

MACRO M1200

O0S5-MAR-84

14:54

I<4

PAGE 29

SEQ 0049

WRITE

o218

2217

1000088000880 000800800000000000000000000000000000000000000000000000000000000400s

.SBTTL

M-LOOP

ggg

i WRITE

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

22l
2222
222%
2224

:
:
:
:

JSR
. WORD

227
gggg

:
:

2225
2226

o232

2233
2234 004042
2235 004046
2236 004052

WRITE

CALLING SEQUENCE:

H
3

gg.;»(l)

. WORD
8CC

RS,WRITE
<ADDRESS OF REGISTER WITHIN DMV-11>

<ADDRESS OF DATA BYTE>
N$
: IF NO ERROR OCCURED, PROCEED WITH ROUTINE

ERROR
;AN ERROR MESSAGE HAS BEEN STACKED:
<ANY OTHER SPECIAL ERROR PROCESSING MAY BE DONE HERE
(I.E.
N$:

PRINT IT
CKLOOP)>

: ~ 8800800000000 080000000008000000000000080000000000000000000000000000000000000
012577
113577
000404

176262
176262

WRITE:

MOV
MOVB
BR

(RS)+,aSEL4
a8(R5)+,aSEL6
MLWRI

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

“WRITEI"

CNDMBAO

DMV11 MCTRL DIAG @2

M-LOOP

- -

WRITE

2238
2239
2240
2241
242
2243
2244
2245
2246
2247
2248
2249
2250
2251
2252
2253
2254
2255 004054
004054
2257 004060
2258 004064
2259
2260 004072
2261 004074
2262 004100
2263 004102
2264
2265 004104
004112
2267 004114
2268 004120
2269 004126
004126
004134
004142
004150
2270 004156
2271 004160
2272
2273 004162
2274 004164

MACRO M1200

L4
05-MAR-84

14:54

PAGE

SEQ 0050

IMMEDIATE

.SBTTL

M-LOOP

-- WRITE

IMMEDIATE

$0000000004880000880200002000800000000000
0080888800808 088000080000000000000000s

WRITET

WRITE

IMMEDTIATE

THE SPECIFIED DATA INTO THE

SPECIFIED DMV-11

ADDRESS

: CALLING SEQUENCE:

:
3
:

JSR
.WORD
. WORD

B8CC

<ANY OTHER SPECIAL ERROR PROCESSING MAY BE DONE HERE

:
012577
012577
112777

010346
012703
077301
012603

132777

001023
004737
012737

012737
012737
012737
012737
000261
000401
000241
000205

176250
176250

000002

000050

176212

004374
000002

002254

016135
006232

NS:

: IF NO ERROR OCCURED,

PROCEED WITH ROUTINE

:AN ERROR MESSAGE HAS BEEN STACKED:

(I.E.

CKLOOP)>

~=888888888800888000000088000000800800008
800800000800 088000000000000000400000

MLWRI:

18:

000200

000001

ERROR

WRITEI:

176232

RS,WRITEI
<ADDRESS OF REGISTER WITHIN DMV-11>
<DATA FIELD -- DATA TO BE WRITTEN IN DMV-11>

MOV
MOV
MTMMOVB

(RS).,8SELA
(RS)+,8SEL6
OWRILOC,@BSEL2

MOV
MOV
S08
MOV

R3, -(SP)
040. ,R3
R3,1%
(SP)+,R3

BITB
BNE
JSR
MOV
GTDF

002202
002204
002206
002210

SEC

Ss:
6$:

OMRD
7 ,@BSEL2

Ss
PC,GE 'WSR
SWRILOC .GDATA
EM4 ,ERR4

:SETUP SOURCE POINTER

sMAKE DATA AVAILABLE

TO M-LOOP

;WAIT FOR

TO FINISH

sTELL M-LOOP TO WRITE THE DATA
THE M-LOOP

THE OPERATION

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

:GET BYTE SELECT REGISTERS

s IDENTIFY REQUESTED FUNCTION

: "MRDY
" TIMEOUT

QUEUE "DEVICE FATAL" ERROR ¢ S
MOV
MOV
MOV
MOV

: INDICATE AN ERROR HAS BEEN STACKED

sRETURN WITH

cLC
RTS

;RETURN

THAT

INDICATION

s INDICATE “NO ERROR"

o7 .EDF ,ERRTYP
95 ,ERRNBR
@EMA ,ERRMSG
#ERR4 ,ERRBLK

CNDMBAO DMV11l MCTRL DIAG #2
M-LOOP

WRITE

M4
MACRO M1200

O05-MAR-84

14:54

PAGE

SEQ 0051

IMMEDIATE

2276
2277
2278
2279

.SBTTL

M-LOOP

--- BLOCK MOVE (11 CPU ==> DMV-11)

1000000800000 ERRARRRARRAARAARARAAAARRAAAAAAAAARSEARAREttttttttattite

MOVE A BLOCK OF BYTES FROM THE 11 CPU'S MEMORY TO THE DMV-11‘'S RAM

2280
2281
2282
2283
2284

THE DESTINATION ADDRESS

IS ALWAYS

THE SAME

(OCT) OR O03F

(HEX)

CALLING SEQUENCE:

2285
2286
2287
2288
2289

JSR

.WORD
.WORD

2290
2291 004166
2292
2293 004170
004176
004202

RS,MOVLTD
<SOURCE ADDRESS OF DATA>
<& OF BYTE TO BE MOVED>

1808888848888 8844888888808808282 8000000000080

MOVLTD:

010146

012737
012537
012501

000077
004212

004204
004204
004210
004212
004214
004220
004224

004537
000077
000000
005237
005237
077111

004042

004226
004230

012601
000205

004210
004212

004210

10¢:

11%:

00 0000000400004

R1,-(SP)

:SAVE THE REGISTER WE'LL BE A NEED'N

MOV

77,108

;DESTINATION ADDRESS IS ALWAYS THE SAME

RS,WRITE v

:WRITE ONE BYTE INTO THE DMV-11'S RAM

MOV
MOV

S$:

0 0800000000020

MOV

JSR
77

(RS)+,11¢
(R5)+,R1

INC
INC
SoB

R1,5$

MOV
RTS

10$
11$

(SP)+,R1

:SETUP THE SOURCE ADDRESS
s INITIALIZE THE BYTE COUNT

: THE RAM'S LOCATION
; THE DATA BYTE'S LOCATION

:POINT TO NEXT RAM BYTE
;POINT TO NEXT DATA BYTE
: IF NOT DONE,

LOOP

tELSE, CLEAN-UP AND RETURN
:RESTORE R1
i

&€ RETURN

CNDMBAO DMV11l MCTRL DIAG #2
GETBSR

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
2337
2338
2339
2340

MACRO M1200

0S5-MAR-84

14:54

N4
PAGE

SEQ 0052

-- GET BYTE SELECT REGISTERS

2341
2342
2343
2344
2345
2346
2347 004374
2348 004402
2349 004410
2350 004416
2351 004424
2352 004432
2353 004440
2354 004446
2355 004454

.SBTTL

GETBSR

-- GET BYTE SELECT REGISTERS

$00880 8800808000008

GET

0008000008 0000000800008

08 000008088800 00088000000000000000

THE CONTENTS OF ALL CONTROL AND STATUS REGISTERS

FUNCTION

THIS SUBROUTINE COLLECTS

THE CONTENTS OF

THE

BYTE SELECT REGISTERS FOR THE PURPOSE OF DISPLAY.

ENTRY CONDITIONS
EXIT CONDITIONS
REGISTERS DESTROYED

NONE
NONE

- NONE

e
&
e

o
o

Q0006

o
@
o
Qo086

(4
e

o0
@
Q006

&8
o

&
@
Q0000
&
&

&
&
0o
&

&
0

0
&0
&
&

~=~888808080000080000800000000000000000000000800000000080000000000080000000000

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

000207

176062
176056
176052
176046
176042
176036
176032
176026
176022
176016
176012
176006
176002
175776
175772
175766

002212
002214
002216
002220
002222
002224
002226
002230
002232
002234
002236
002240
002242

GETBSR:

MOvVB

MOVB

MOvVB
MOVB
MOVB
MOVB
MOVB
MOVB
MOVB
MOVB
MOvVB
MOVB
MOVB
MGVB
MOvB
MOVB

002244
002246
002250

RTS

88SELO,BSRO
8B8SEL1,BSR1
88SEL2,BSR2
@BSEL3,BSR3
8BSEL4 ,BSR4
@BSELS5,BSRS
@BSEL6,BSR6
8BSEL7,BSR7
@8SEL10,BSR10
88SEL11,B8SR11
@B8SEL12,BSR12
@BSEL13,BSR13
@BSEL14,BSR14
88SEL15,BSR15
@BSEL16,8SR16
ggSEL17.BSR17

;PUT THE CURRENT CSR VALUES INTO THE PRINT-QUT
; TABLE

sRETIURN TO CALLER

.SBTTL
GETWSR -- GET WORD SELECT REGISTERS
i “WORD” VERSION OF ABOVE SUBROUTINE
017737
017737
017737
017737
017737
017737
017737
017737
000207

175720
175716
175714
175712
175710
175706
175704
175702

002212
002214
002216
002220
002222
002224
002226
002230

GETWSR:

MOV

@SELO,WSRO
@SEL2,WSR2
@SEL4 ,WSR4
FSEL6,WSR6
@SEL10,WSR10

@SEL12,WSR12
L
14 ,WSR14
@5E
ggELl6.HS“16

tMOVE THE 4 WORD REGISTERS TO THE OTHERWISE
:BYTE TABLE

;RETURN TO CALLER

CNDMBAO DMV11 MCTRL DIAG @2

JINITTY

INITIALIZE

MACRO M1200

PAGE

BS
33

SEQ 0053

LSBTTL

L[INITT1

INITIALIZE

TIMER o 1

1000000000000 0000008000 0000000000000 0 000000000000 0000000000000000000000000000

s INITT1

CALL ING SEQUENCE::

e
i

JSR
.WORD

1 e

INITIALIZE TIMER @ 1

RS, INITT1
<VALUE LOADED INTO THE T1 LATCH @ TILL & TiLH>

.WORD

ie
ie

<BITS 6 &

7 WILL BE LOADED INTO

"ACR",

USED TO SET OR CLEAR BIT 6 ("T1") OF
ENABLE REGISTER ("IER")»

2371
c37e
2873
2374
2375

2396
2397
2398
2399
2400
2401
2402
2403
2404
2405
2406
2407
2408
2409
2410
2411
2412
2413

14:%4

TIMER 2 1

2357
<358
2359
2360
<361
2362
2363
2364
2365
236+
3€¢7
2368
2369
2370

2376
2377
2378
2379
2380
2381
2382
2383
2384
2385
2386
2387
2388
2389
2390
2391
2392
2393
2394
2395

05 MAR 84

BIT S WILL BE

THE

INTERRUPT

1* SEQUENCE OF EVENTS HEREIN:
e

SET THE VIA'S INTERRUPT ENABLE REGISTER ("IER")

i e

SET THE VIA'S "ACR"

SET TiL-L C(ADDR 06)

SET TiL-H (CADDR 07)

RETURN WITHOUT

3 e

ANY

ERROR

CHECKING

:“00..0‘0‘.“.0“0‘00‘.0.‘0‘....‘...0.000000‘0..0‘0.0.0‘00‘..‘0.0.00...0.0000
004456
004460
004464
004470
004474
004502

010146

112537
112537
111537
142737
012501

002427
002431
002441

177477

INITT1: MOV

MOVB
MOVB
MOVB
8ICB
MOV

002441

:+
3
s+
§

004504

106301

"IER"

tCLEARING BIT 6 OF

THE CONTROLLING BIT

(BIT 6).

ASLB

177677
175610

BIC
8ICB

052701
110137

000100
002447

BIS

004530
004534
004536
004540

004537
120016
002447
103431

004042

004542
004546
004550
004552

004537
120013
002440
103424

003616

106301

1SAVE THE REGISTER WE WILL BE USING

(RS)+,TMP6.1
$SETUP VALUES TO BE LOADED INTO THE LATCHES
(R5)+,TMP7.1
(RS), TMPB .1
t:GET & PROCESS BITS FOR ACR 6 & 7
0tC<BIT6.BIT7>,TMPB+1 ;EXTRACT BITS 6 £ 7 £ SAVE THEM FOR LATER
(RS)+,R1
sNOW, GET THE BIT TO BE USED IN SETTING OR

THE PASSED BIT IS IN THE WRONG POSITION BUT, IT SHOUWD CONTROL THE OPERATION.
WE KNOW WE ARE SETTING OR CLEARING BIT 6 -- THUS, THE PASSED BIT WILL BECOME

042701
140177

004512
004516
004520
004524

~ R1,-(SP)

ASLB

7 AND WE

R1
0tC<BIT6> ,R1

R1,8B8SEL3
R1

WILL

"OR"

THE BIT

tNOW

THE

s THE

CALL

BIT

MOvB

R1,TMPE .1

JSR

RS,WRITE

tWRITE TO
1 THE YIA'S

BCS

63%

tEXIT

JSR
ACR

RS ,READ

tREAD THE CURRENT
s THE VIA'S ACR

B8CS

658

tEXIT

TMPB

CONTROLLED

tCLEAR THE INTERRUPT FLAG IN THE SELECT REG.
1SET BIT 6

TMPE
+1

TO BE

s THIS PUTS THE PASSED BIT INTO BIT 6.
iWHILE HERE, CLEAR ALL OTHER BITS AND

oB1T6,R1

IENR

WE WISH

WILL

THE

CONTROLLING POSITION

NOW WRITE

IER
t INTERRUPT ENABLE/DISABLE
ON ERROR

ON ERROR

THE

APPRCPRIATE

INFORMATION

SETTING OF

VALLUE

CNOMBAQ DMV11 MCTRL

JINITT
2414
415
2416
2417
c418
2419
2420
2421
2422
2423
2424
2425

DIAG @2

INITIALIZE

MACRO M1200

e
O05-MAR-84

14:54

PAGE

33-1

SEQ 0054

TIMER @ 1

013701

002440

150137

177477

002441

MOV
BIC

B8ISB

R1,TMPB .1

1ADD CURRENT BITS O

004570
004574
004576
004600

004537

004042

:g:

RS,WRITE

tWRITE

BCS

634

;EXIT ON ERROR

004602
004606
2426 004610
2427 004612
2428
2429 004614
2430 004620
2431 004622
2432
2433
2434
2435 004624
2436 004626

004537
120006
002427
103404

004042

JSR

RS,WRITE

tWRITE TO

BCS

634

tEXIT ON ERROR

004537
120007
002431

004042

JSR

RS,WRITE

004554
004560
004564

042701

120013

TMPB .1

002441
103411

TILL
TMP6 .1

TILH
TMP7+1

TMPB,R1
1GET THAT VALUE
O0tC<BIT6+8IT7T7>,R1
;;CLEAR BITS 6 &

63$:

MOV

RTS

(SP).,R1

--> S TO NEW BITS 6 & 7

THE NEW REGISTER SETTING

TO VIA'S ACR

1LOW ORDER LATCH REGISTER (TIiL-L)
s THE VALUE PASSED

tWRITE

sHIGH ORDER LATCH REGESTER
1 THE VALUE PASSED

: DON'T WALIT AROUND FOR ANYTHING TO MAPPEN
012601
000205

JUST

(JEST) RETURN!

;8UT FIRST RESTORE R1
: THEN RETURN

(TiL-M)

CNDMBAO DMV11 MCTRL

JINITTO

DIAG @2

INITIALIZE

MACRO M1200

.SBTTL

,INITT2

14:54

PAGE

INITIALIZE

TIMER @ 2

1000000000000 000000000 000000000000 00000000000000000 0000000080 0000000000000000 s

i+ INITT2 -

<44

2443
2444

INITIALIZE TIMER @ 2

CALLING SEQUENCE:

ie
ie

JSR
.WORD

RS, INITT2
<VALUE LOADED INTO "TeL-L" & "T2C-H">

.BYTE

TO SET OR CLEAR BIT S ("T2") OF
REGISTER ("IER")»
<UNUSED»

2445
2446
2447
2448
2449
2450
2451
2452
2453
2454
2455
2456
2457
2458
2459
2460
2461
2462
2463

.BYTE

i
ie
;e

<BIT S WILL BE LOADED INTO

"ACR”,

BIT 4 WILL BE USED

THE

INTERRUPT ENABLE

:* SEQUENCE OF EVENTS HEREIN:
e

SET THE VIA'S INTERRUPT ENABLE REGISTER ("IER")

SET THE VIA'S "ACR"

SET T2L-L (ADDR 08)

SET T2C-H (ADDR 09)

2464
2405
2466
2467 004630
2468 004632
2469 004636
2470 004642
2471 004646
2472 004654
2473
2474
2475

2480
2481
2482
2483
2484
2485
2486
2487
2488
2489
2490
2491
2492
2493

05-MAR-84

TIMER @& 2

2438
2439
2440
2441

2476
2477
2478
2479

RETURN WITHOUT ANY ERROR CHECKING

:000....0“0‘0000‘“...““0.‘0“.‘.0‘0.0‘000.‘.“0.‘00.0..0‘..“‘.0‘.“..“‘.
010146

112537
112537
111537
142737

012501

INITT2:

002433
002435
002441

177737

002441

MOV
MOVB
MOVB
MOVB
sICB
MOV

R1, -(SP)
(R5)+,TMP8.1
(R5)+,TMP9.1
(RS),TMPB.1
@tCBITS,TMPB.1
(R5)+,R1

:GET & PROCESS BIT FOR ACR S
tNOW,

GET

THE BIT

s:CLEARING BIT S OF

THE PASSED BIT IS IN THE WRONG POSITION BUT,
WELL, WE KNOW WE ARE SETTING OR CLEARING BIT

BECOME THE CONTROLLING BIT
CONTROLLED (BIT 5).
004656
004660
004664
004670
004672
004674
004700

106301
042701
140177
106301
106301
052701

004704
004710
004712
004714
004716

2494 004722

$1SAVE THE REGISTER WE WILL BE USING
$1SETUP VALUES TO BE WRITTEN INTO COUNTER

7 AND WE'LL

IT
S.

TO BE USED IN SETTING OR

“IER”

SHOULD CONTROL THE OPERATION.
THUS, THE PASSED BIT wWILL

“OR" IN THE BIT WE WISH TO BE

ASLB

s THE PASSED BIT

:gtg

iNOW PUT

IS NOW

IN POSITION

177737
175436

8IC
BICB

000040
002447

BIS
MOVB

0BITS,R1
R1,TMPE .1

s+ THEN SET BIT S
s THE CALL WILL NOW WRITE

004537
120016
002447
103431

004042

JSR

RS,.WRITE

iWRITE TO

004537
120013

003616

110137

IENR

TMPE .1

o+CBITS,R1
R1,3BSEL3

8CS

63$

JSR

RS,READ

ACR

sCLEAR ALL UNWANTED BITS AND
tCLEAR THE INT. FLAG IN THE SELECT REGISTER

s THE

THE BIT INTO THE CONTROL POSITION

VIA'S

s INTERRUPT

IER

ENABLE/DISABLE

tEXIT ON ERROR
tREAD
1 THE

THE CURRENT

VIA'S

ACR

THE

APPROPRIATE

INFORMATION

SETTING OF

VALUE

DMV11 MCTRL DIAG @2

MACRO M1200

ES
OS5-MAR -84

14:54

PAGE

8Cs

638

MOvVB
B8IC
BISB

TMPB,R1
0BITS,R1

R1,TMPB+1

tGET THAT VALUE
tCLEAR THE CURRENT SETTING OF BIT S

JSR

RS,WRITE

tWRITE

BCS

:EXIT ON ERROR

JSR

RS,WRITE

sWRITE TO

B8CS

63%

1EXIT ON ERROR

JSR
T2CH

RS,WRITE

34 -1

SEQ 0056

INITIALIZE TIMER & 2
TMPB

004724
004726

002440

004730
004734
004740

113701
042701

150137

002441

004744
004750
004752
004754

004537
120013

004042

002441
103411

004756
004762
004764
004766

004537
120010
002433
103404

004042

004770
004774
004776

004537
120011
002435

004042

103424

002440

ACR
TMP.B
1

T2LL
TMP8.1

TMPO.1

{EXIT ON ERROR

1SET REMAINING BITS IN THE
;THE

VALUE

VIA'S ACR

sLOW ORDER LATCH & COUNTER (TeL-L)
1 THE PASSED VALUE

tWRITE TO
+HIGH ORDER COUNTER (T2C-H)
: THE PASSED VALUE

<ALSO STARTS CTR>»

; DON'T WAIT AROUND FOR ANYTHING TO HAPPEN -- JUST (JEST) RETURN!
005000
005002

012601
000205

63$:

MOV
RTS

(SP).,R1

TO BE WRITTEN

:BUT FIRST RESTORE R1
: THEN RETURN

F5S
CNDMBAO DMV11 MCTRL DIAG @2

MACRO M1200

O05-MAR-84

14:54

PAGE

SEQ 005

MOVSW -- MOVE A STRING OF WORDS

2522

.SBTTL

gggg

: MOVSW -- MOVE A STRING OF WORDS

2523

MOVSW -- MOVE A STRING OF WORDS

1000000000000 000000000000 Rttt ttitttttittttttttetititttittttitttssisssssssnisss
:

§§§§

CALLING SEQUENCE:

2528

JSR

RS ,MOVSW

gggé

JWORD

<& OF WORDS TO MOVE>

{

2529
2530

:
:

2533

2534

010146

2539 005012
2540 005014
gg:é 005016

012501
012502
012503

2543 005020
2544 005022

012122
077302

2547 005024

gggé 005032

gg:g

2548 005026
gggg 005030

:--t.‘oo‘o000000‘00000000‘000000000“.00000‘0.0“00‘0‘000000000‘000000oaoooooo

2535 005004

2536 005006
ggg; 005010

.WORD
.WORD

010246
010346

MOVSW:

R1,-(SP)

MOV
MOV
MOV

(RS)+,R1
(R5)+,R2
" (R5)+,R3

MOV
MOV

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

;SAVE THE REGISTERS WE'LL BE USING

s INITIALIZE SOURCE POINTER
B
DESTINATION POINTER
:
COUNTER

MOV
S08

(R1)+,(R2).
R3,1$

:MOVE IN 1 WORD OF DATA
+ IF MORE DATA, LOOP

012603

MOV

(SP)+,R3

;RESTORE REGISTERS

000205

RTS

;RETURN TO CALLING ROUTINE

012602
012601

1$:

MOV

MOV
MOV

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

;ELSE, RESTORE REGISTERS AND RETURN

CNDMBAO DMV11 MCTRL DIAG #2
MOVSB

MACRO M1200

O05-MAR-84

-- MOVE A STRING OF BYTES

2554

14:54

PAGE 36

SEQ 0058

(

2555

1008888080000 4000000000 0000 000000000

.SBTTL

MOVSB -- MOVE A STRING OF BYTES

ggg@;

;s MOVSB

-- MOVE A STRING OF BYTES

2558
2559

2560
2561
2562
2l

2565

010146

g‘.sigg 005040

010346

2571 005042

010246

012502
012503

2575 005050
2576 005052
gg;g

112122
077302

2579 005054

gggg 005060
2583 005062

.WORD

MOVSB:

012501

2572 005044
gg:l'z 005046

2580 005056

JSR
.WORD
.WORD

AR A0

AR AS

RS ,MOVSB
<ADDRESS OF SOURCE STRING>
<ADDRESS OF DESTINATION STRING>
<& OF BYTES TO MOVE>

: ~=888880200000000028020000000000000800028000000000000200808080000000000000000s

2567 005034

2568 005036

CALLING SEQUENCE:

:
:
:

2566

3
:

RAR AR RS

MOV

R1,-(SP)

MOV

R3,-(SP)

MOV
MOV

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

:1SAVE

THE REGISTERS WE'LL BE USING
’

s INITIALIZE SOURCE POINTER

MOV
MOV

(RS)+,R2
(RS)+,R3

:
:

MOvVB
S0B8

(R1)+,(R2)
R3,1$

;MOVE IN 1 BYTE OF DATA
: IF MORE DATA, LCOP
;ELSE, RESTORE REGISTERS AND RETURN

012603

MOV

(SP)+,R3

;RESTORE REGISTERS

012601

MOV

(SP)+,R1

012602

000205

1$:

MOV

RTS

(SP)+,R2

DESTINATION POINTER
COUNTER

sRETURN TO CALLING ROUTINE

DMV11 MCTRL DIAG #2
-

XOR

TWO WORD

HS
MACRO M1200

O05-MAR-84

14:54

PAGE

SEQ 0059

TABLES

.SBTTL

XORSW

XOR TWO WORD TABLES

(4000800000000 000000080 0000040000000 000004000000000000000000000000000000000048

XORSW

-- DEVELOP THE EXCLUSIVE OR’'S BETWEEN TWO STRINGS OF WORDS
CALLING SEQUENCE:

H
:

:
3

JSR
.WORD

H
:

.WORD
.WORD

.WORD

RS, XORSW

<ADDRESS OF FIRST SOURCE STRING>
<ADDRESS OF SECOND SOURCE STRING>
<ADDRESS OF "XOR"” STRING>
<& OF BYTES

TO MOVE>

:
H =888 88000 0000000000000 00 0000000000000 0800000000800 0 0000000000000 000000000000

005064
005070
005072

005074

010146
010246
010346
010446

XORSW:

MOV
MOV

R1,-(SP)

:SAVE THE REGISTERS WE'LL BE USING

(R5)+,R1
(RS5)+,R2
(R5)+,R3

s INITIALIZE SOURCE POINTER @ 1

MOV

005076
005100
005102

012501
012502
012503
012504

MOV
MOV

MOV

(R5)+,R4

005104

010546

MOV

RS, -(SP)

:NOW WE CAN SAVE RS FOR THE RETURN

005106
005110
005112
005114

012113

MOV
MOV

(R1)+,(R3)
(R2)+,R5
R5,(R3).

tMOVE ONE WORD TO THE DESTINATION FIELD
:GET SECOND WORD & SETUP FOR XOR INSTRUCTION

012205
074523

MOV

1$:

XOR

3
H
:

SOURCE POINTER @ 2
“XOR"” STRING POINTER

COUNTER

;PERFORM ACTUAL

XOR

077404

S08

005116
005120
005122
005124
005126

012605
012604
012603
012602
012601

MOV
MOV
MOv
MOV
MOV

;sRESTORE REGISTERS

005130

000205

RTS

sRETURN

.SBTTL

R4, 18

STALL

: IF MORE DATA,

LOOP

;ELSE, RESTORE REGISTERS AND RETURN

TO CALLING ROUTINE

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

3000808000008 0000000080000000080000000088
0000000008000 000000000000000008000000

005132

000207

STALL

THIS SUBROUTINE STALLS FOR ABOUT

10.5 MICRO-SECONDS

088808000000 000000000080 0000000088000 0088000000000 000000000000000000000000

STALL:

RTS

DMV11 MCTRL DIAG #2
-

“READ”

CONTENTS OF

MACRO M1200
ALL

05-MAR-84

14:54

PAGE

NPREAD

“READ" CONTENTS OF ALL NPR REGISTERS

$00880000 0000000000000

NPREAD --

003616

123001

NPREAD:

003616

002744
103435
004537
000072
002746

103430
004537
000071
002750
103423
004537

000070
002752
103416
004537
000076
002754
103411
004537
000075
002756
103404
004537
000074
002760

000207

JSR
NPRCTL
BT2
B8CS

INTO LOC'S

003616

108

tON ERROR.

EXIT

10¢

;ON ERROR,

EXIT

B8CS

10¢
RS,READ

;ON ERROR, EXIT

JSR

RS,READ

BT12.8.
B8CS
JSR

RS,READ

BT2+2
B8CS
JSR

RS,READ

NPRDRL
B872.4

003616

JSR
NPRAQX
BT2+6
B8CS

003616

NPRAOH

003616

RS,READ

JSR

NPRDRH

002742

103442
004537
123000

0000000000000 0000000000000 0080000000000 0000000000000000

READ ALL NPR REGISTERS

STARTING @

"wO"

0080080000000 00000080 0000000080000 0000000000000 80008008000 0800000800000000 0

002740

103447
004537

SEQ 006C

NPR REGISTERS

.SBTTL

004537
123004

EXIT

108

10$

sON ERROR,

EXIT

10$

ION ERRO“.

EXIT

108

sON ERROR,

EXIT

10%

:ON ERROR,

EXIY

;RETURN

003616

RS,READ

003616

RS,READ

003616

RS5,READ

BT2.16.
10¢:

RTS

CNDMBAO DMV11l MCTRL DIAG @2
NPRMOV

MACRO M1200

WORD/BYTE BLOCK MOVE USING

05-MAR-84

14:54

PAGE

JS
39

SEQ 0061

THE NPR HARDWARE

2679

.SBTTL

2682

§--0000800000000040000000000000000000000000000000000000000000000000000000000040

2683
222:;

2680
2681

NPRMOV -- WORD/BYTE BLOCK MOVE USING THE NPR HARDWARE

P000000000R000R0RR000R0AA0AAR00A00000R000000000000A00A00000400000000000000000
: NPRMOV -- MOVE A BLOCK OF DATA THROUGH THE DMV'S NPR LOGIC
- =

INITIALIZATION

-«

2686 005266
2687 005270
ggg 005272

010146
010246
010346

NPRMOV: MOV
MOV
MOV

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

1SAVE THE REGISTERS WE USE

2690
2691
2692
3632

005274
005276
005300
005302

012501
012502
012503
012537

1$:
005612

MOV
MOV
MOV
MOV

(RS5)+,R1
(R5)+,R2
(RS)+,R3
(RS).,42%

sPOINT TO TEST PATTERN
tPOINT TO THE LSI-11 BUFFER AREA
:GET COUNT OF & OF WORDS IN TEST PATTERN
;LOAD UP THE COMMAND TO BE USED

22232 005306

005037

002276

CLR

ERRFLG

s INITIALIZE ERROR FLAG

2697 005312

032737

000040

BIT

ONPRIO, 428

;DETERMINE DIRECTION:

2699 005322

012746

000070

MOV

ONPRAOL , -(SP)

tOMV

2698 005320
2700
2701
2702
2703
2704
2705
g;gg

005326
005330
005334
005340
005342
005346
005350

001403

000402
012746
011637
005216
011637
005216
012637

005612

000074
005400

BEQ

005422

005434

2710 005354
2711

6$:

g;ig

2714
2715
2716
2717
2718
2719
2720
2721
g;gg

005354
005362
005364
005366
005370
005374
005400
005402
005404

032737
001002
010246
010102
010237
004537
000070
000000
103510

2724
2725
2726
2727
2728
2729
g;g(l)

005406
005410
005414
005416
005422
005424
005426

000302
010237
000302
004537
000071
000000
103477

2732
2733
2734
2735

005430
005434
005436
005440

004537
000072
000000
103472

BR
MOV
MOV
INC
MOV
INC
MOV

3%:
4s:

g;gg

000040

005402
004054

005612

8s:

108:
118:

005424
004054

004054

14s:
15%:

178:

as
ONPRAIL
, -(SP)
(SP),10%
(SP)
(SP),14%
(SP)
(SP)+,178

===> DMV

=se> LSI

SWAB
MOV
SWAB
JSR
NPRAQH
0
B8CS

R2
R2,15%
R2
RS,WRITEIL

JSR
NPRADX
0

RS, WRITEI

“NPRAIL "

USE

“NPRAOL“

;SETUP LOW BYTE ADDRESS POINTER
s INCREMENT TO NEXT DMV ADDRESS
:SETUP HIGH BYTE ADDRESS POINTER
s INCREMENT TO NEXT DMV ADDRESS
:SETUP EXT, BYTE ADDRESS POINTER £ RESTORE SP

SETUP APPROPRIATE ADDRESS

ONPRIO, 428
8s
R2, -(SP)
R1,.R2
R2,11%
RS, WRITEI

USE

- RE-INITIALIZE LOOP'S VARIABLES

BIT
BNE
MOV
MOV
MOV
JSR
NPRAOL.
0
BCS

8CS

tLSI

;:DIRECTION OF TRANSFER?
;OMy ==2> LSI -- ADDR. SHOULD POINT TO BUFFER
sLSI ===> DMV -- SAVE BUFFER POINTER
:
€ POINT TO TEST DATA TO BE READ
1SETUP LOW BYTE OF ADDRESS
;:LOAD UP DESTINATION ADDRESS
:
NPR ADDRESS LOW BYTE
;4¢¢ MODIFIED FROM ABOVE ees
;:ON ERROR, EXIT
:SETUP HIGH BYTE OF DESTINATION ADDRESS
+
i

(RESTORE ADDRESS)
SEND IT TO THE DMV

i+
NPR ADDRESS MWIGHM BYTE
joes MODIFIED FROM ABOVE
;ON ERROR, EXIT

eee

tMAKE SURE “EXTENDED"” BITS ARE CLEARED
:+
NPR ADDRESS EXTENDED BYTE
i+
ACTUAL VALUE LOADED INTO THIS BYTE (WE
tON ERROR, EXIT

=OPE!®

CNOMBAO DMV1l MCTRL DIAG @2
NPRMOV

2736
2737
2738
2739
2740
2741
2742
2743
2744
2745
2746
2747
2748
2749

- -

MACRO M1200

2756

PAGE

39-1

SEQ 0062

v
o annsn

005442
005446
005454

112137
032737
001010

005556
000040

(R1)+,30$
ONPRIO,42$

BNE

ON AN “LSI
005456

«BBTUP

MOVB
BIT

005612

===> DMV"”,

MOV

012602

PDAVTR

;SETUP ONE BYTE OF DATA TO BE PASSED TO THE DMV
;DIRECTION OF TRANSFER?
;OMV

==s>

LSI

$LSI ==s> DMV
R2 WAS STACKED & Ii

(SP)+,R2

avsnseiamess
ot s

“DATA-QUT"

"DATA-IN"

SHOULD NOW BE RESTORED:

sRESTORE R2

WHEN WE FALL THROUGH TO HERE, THE DIRECTION IS LSI ===> DMV -- (“DATA-IN").
THIS MUST ALWAYS BE A WORD TRANSFER SO THAT BOTH HIGH & LOW BYTES MUST BE

LOADED WITH THE BACKGROUND PATTERN (THE ONE'S COMPLEMENT OF

005460
005464
005470
005474

005137
112137
005137
000425

comM

005556
005600
005600

30¢

(R1).,35¢

sSETUP THE HIGH BYTE AND

28¢

tNO GO AROUND THE

35%

THE

TEST PATTERN)

ONE'S COMPLEMENT THE LOW BYTE

MOvB

CoM

2757
2758
2759
2760
2761
2762
2763
2764
2765

COMPLEMENT IT ALSO

“DATA-QUT" SETUP AND PASS

: THE BACKGROUND PATTERN TO

THE DMV'S NPR DATA REG'S

IF WE GET TO HERE, THE DIRECTION IS DMV ===> LSI -- (“DATA-QUT").
IF THIS IS A WORD XFER, BOTH HIGH & LOW BYTES MUST BE SETUP; IF BYTE, THEN
WE MUST DETERMINE WHICH ONE (HIGH OR LOW) IS TO BE DONE AND ONLY LOAD THAT
BYTE.
CONTRARY TO NORMAL PDP-11 OPERATION FOR A BYTE OPERATION FROM A
REGISTER,

THE ODD ADDRESSED BYTE

WILL

ALWAYS BE

WRITTEN FROM

THE HIGH DATA

BYTE REGISTER AND THE EVEN ADDRESSED BYTE WILL ALWAYS BE WRITTEN FROM THE
LOW DATA BYTE REGISTER.

2766

2767
2768
2769
2770
2771
2772
2773
2774
2775
2776
2777
2778
2779
2780
2781
2782
2783
2784
2785
2786
2787
2788
2789
2790
2791
2792

IKS
14:54

WORD/BYTE BLOCK MOVE USTNG THE NPR HARDWARE

2750

2751
2752
2753
2754
2755

O05-MAR-84

005476
005502

113712
105112

005556

005504
005512
005514
005520
005524
005530

032737
001007
111137
112162
105162
000407

000010

005532
005540

032702
001404
013737

005546

000411

005550
005554
005556
005560

004537
123000
000000
103422

004054

005562
005570

032737
001005

000010

005572

004537

004054

005536

19¢:
005612

come

(R2)

30%,(R2)

:SETUP THE BACKGROUND PATTERN IN LSI'S MEM,

BIT
BNE

ONPRBYT 428
21

:IS THIS A BYTE OR WORD TRANSFER?
:BYTE, GO DETERMINE WHICH ONE

MOVB
coms
BR

(R1)+,1(R2)
1(R2)
28

sALSO, SETUP THE HIGH BYTE'S BACKGROUND PATTERN
i
(THIS MAKES IT A “BACKGROUND“ PATTERN)
:GO LOAD UP THE NPR DATA REG'S NOW

BIT
BEQ
MOV

¢1,R2
28
30%,35¢

:IS LSI ADDRESS ODD OR EVEN (HIGH OR LOW BYTE)?
:EVEN (LOW BYTE),
EVERYTHING'S OK -- GO LOAD IT
;00D (HIGH BYTE).
WE SETUP THE WRONG ONE --

338

JSR
NPRDRL
0

RS,WRITEI

B8CS

45%

BIT
BNE

ONPRBYT 428
40%

+IS THIS A BYTE OR WORD TRANSFER?
;BYTE, THEN LEAVE THE NEXT BYTE OF DATA FOR LATER

JSR

RS,WRITEIL

tWORD,

MOvVB

005600
000001

2ls:
005556

MOvVB

005600

28%:
30¢:

005612

33%:

(R1),35¢

(THIS MAKES IT A

;WORD,

"BACKGROUND" PATTERN)

SETUP THE HIGH BYTE OF NPR DATA

PUT THE DATA BYTE IN THE RIGHT PLACE

AND GO LOAD IT

INTO THE DMv'S NPR HIGH DATA BYTE REG.

:LOAD UP THE
i+
NPR DATA REG. LOW BYTE
;+
DATA BYTE -- LOW

;:ON ERROR, EXIT

LOAD UP

THE

CNDMBAO DMV11 MCTRL DIAG @2
NPRMOV

2794 005600
005602

123001

000000

2800
2801
2802
gggz

103411

005604
005610
005612
005614

004537
123004
000044
103404

004054

004537
123004

ggi? 005626

103513

2809 005624

000000

132737
001436
005237
023727
001030

000200

005624

002412
002412

000001

005654
005662
005670
005676

013737
013737
113737
113737

005612
005624
005424
005402

002414
002416
002421
002420

005704
005712
005720
005726

012737
012737
012737
012737

000001
000006
016316
007314

002202
002204
002206
002210

gggg
032737
001025

000040

2835 005744
2836 005750
2837 005754

010237
004537
123000

005756
003616

2839 005760
5322 005762

103436
005202

2842 005764

2843 005772
2844

39-2

SEQ 0063

005612

000000

032737

001022

005612

INITIATE ONE

HIGH BYTE

TRANSFER

EXIT

=«

sMAKE THE “NPR” LOGIC DO IT'S THING
:
BY LOADING THE CONTROL REGISTER WITH
;
THE PASSED COMMAND
;ON ERROR, EXIT

454
= MAKE SURE

THE XFER RAN OK

JSR
NPRCTL

RS,READI

;GET THE CONTROL REG.

BCS

;ON ERROR, EXIT

WITH

WHAT WE HMOPE IS THE APPROPRIATE DATA!

;ON ERROR,

RS,WRITEI

NPR DATA REG.

FOR IT'S STATUS

BY NOW, THE TRANSFER SHOULD BE COMPLETE SO BIT & SHOULD BE = 0.
THEREFOR
THE ONLY SIGNIFICIANT BIT IS BIT 7 WHICH SHOULD = O IF EVERYTHING WENT OK.
BITB
BEQ
INC
cMP
BNE

ONPRABT 44
50$
TMPO
TMPO, 01
S0$

MOV
MOV
MOVB
MOVB

423 ,TMP]
448 ,TMP2
158, TMP3.1
118, TMP3

GTODF

NPRTOE

S5S0%:

S1$:

000010

JSR
NPRCTL
NPROL
BCS
=

2831 005734
2832 005742

2838 005756

45%;

005630
005636
005640
005644
005652

gggz

a4s;:
;
:

000006

003730

2812
ggxs

2826 005704

BCS

42s;
§

2807 005616
2808 005622

gggz

PAGE

40%:

Sggz

14
2815
2816
2817
2818
2819
2820
2821
2822
2823
2824
2825

14:54

NPRDRH

358 ;

2797

27
2799

05-MAR-84

-- WORD/BYTE BLOCK MOVE USING THE NPR HARDWARE

2793 005576

MACRO M1200

EM26E ,ERR11

SRR

“LSI

ONPRIO,42%
544

MOV
JSR
NPRDRL

R2,51%
RS,READ

BCS
INC

63%
R2

BIT

BNE

:IN ORDER TO REPORT THE TIME-OUT ERROR,
:

QUEUE

"DEVICE FATAL"” ERROR 2 6
MOV
MOV
MOV
MOV

;THIS GETS THE ERROR & FOR TESTING LATER

BIT
BNE

;DID THE TRANSFER ABORT?
:NO,
PROCEED WITH TESTING
;:YES, COUNT THE TIME-OUT
;IS THIS THE FIRST OCCURANCE OF A TIMEOUT?
:NO,
THEN DON'T STACK THE ERROR MESSAGE
:YES, QUEUE UP A FATAL ERROR MESSAGE
;PASS TO ERROR HANDLER:
:
CONTROL REGISTER AS WE SET IT
:
CONTROL REGISTER AS READ
:
LSI'S MEMORY ADDRESS

===> DMV“, RETRIEVE DATA

ONPRBYT,42$

564

;DIRECTION?
;OMV ===> LSI

;LSI ===> DMV

-- DATA ALREADY

oT .EDF ,ERRTYP
26 ,ERRNBR
QEM26E ,ERRMSG
2ERR11,ERRBLK

IN LSI-11

-- DATA IN REG'S,

;POINT TO LSI'S INPUT BUFFER
;:GET ONE BYTE
:
FROM THE LOW ORDER MALF OF

RETRIEVE 1IT

THE DATA REG.

;0ee MODIFIED FROM ABOVE ««« DESTINATION ADDR.
;ON ERROR, EXIT
;POINT TO NEXT BYTE OF
tWAS A BYTE

{BYTE

;WORD

---

WORD

THE BUFFER

“NPR” PERFORMED?

EVERYTHING'S

“KOOL“!

MOVE HIGH BYTE

INTO BUFFER

CNDMBAO DMV11 MCTRL DIAG @2
NPRMOV

- -

MACRO M1200

05-MAR-84

14:54

PAGE

39-3

SEQ 0064

WORD/BYTE BLOCK MOVE USING THE NPR HARDWARE

2845 005774

2846 006000

2847 006004

2848 006006
2849
2850
2851
2852
2853
2854
2855
2856
2857

006010
006012
006014

010237

004537

123001

006006

MOV

003616

000000

NPRDRH

S52¢:

103422
005202
000411

BCS
INC
BR

006016
006020
006026
2858 006030
2859 006032
2860
2861
2862
gggz 006034

005202
032737
001004
005202
000402

000137

005354

2865
2866
2867
2868
2869
2870
2871
g:;g

077303
005737
001402

002276

006040
006042
006046

000010

R2,52%
RS,READ

JSR

005612

564
- DMV

+T8ST

56%:

S0B
TST
BEQ

R3,55%
ERRFLG
618

===> LSI

gg‘

JMP

R2
ONPRBYT,42$
564

55¢:

s+ON ERROR,

SEC
BR

THE DATA REG.

;44 MODIFIED FROM ABOVE #+& DESTINATION ADDR.

638

INC
BIT
BNE
INC
BR

sPOINT TO LSI'S I/P BUFFER
:GET ONE BYTE
:
FROM THE HIGH ORDER HALF OF

cBLEAN

+POINT

EXIT

TO NEXT

BYTE

;DONE RETRIEVING DATA
--

THE BUFFER

-- CHECK FOR MORE

JUST ADVANCE LSI-11 ADDRESS

;BUMP THE LSI-11 ADDRESS
:IS THIS A BYTE OR WORD TRANSFER?
:BYTE, THEN ADDRESS IS OK AS IS

;WORD, BUMP ADDR.
FTOM

MOAR

-- WE ALREADY DID THE HIGH BYTE

=<+
550 onnasae

sTHIS LITTLE BIT

IF CUTE LOGIC

IS NECESSARY

;BECAUSE "6$" IS TOO FAR AWAY FOR A BRANCH!
;00 IT AGAIN IF THERE IS MORE DATA
;WAS AN ERROR DETECTED?
iNO,
TAKE NORMAL EXIT
WP

ERETV

006050
006052

000261
000401

60$:

Sg;g 006054

000241

61$:

CcLC

2876
2877
2878
2879
2880

006056
006060
006062

012603
012602
012601

63$:

MOV
MOV
MOV

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

(SP)+,R3

;RESTORE THE REGISTERS AGAIN

006064

000205

RTS

;RE TURN

; INDICATE ERROR CONDITION

: INDICATE NO ERROR

oavosenas

CNDMBAO DMV11 MCTRL DIAG #2

MACRO M1200

O05-MAR-84

14:54

N5
PAGE 40

SEQ 0065

INTERRUPT HANDLER -- MPIHAN
2882
2883
2884
2885
2886
2887
2888
2889
2890
2891
2892
2893
2894
2895
2896
2897

.SBTTL

INTERRUPT HANDLER

MPIMAN

:
:

010046
105737
001007
004737

INTERRUPTS

Yy Y

USUALLY

INTERRUPT

880 8000200040000 00800000084 000000

004232

A AR AR

MPIHAN

MOV

RO, -(SP)

: SAVE RO

BNE
JSR
GEDF

S$
PC,GETBSR
EM34 ,ERR3

;: YES, DO NORMAL INTERRUPT PROCESSING
:NO,
DUMP REGISTERS AND
:
REPORT “UNEXPECTED INTERRUPT"
"DEVICE FATAL" ERROR & 7
:

INTWCH

ARAALS

MPIHAN:
:

+HAVE WE BEEN TOLD

TO WATCH FOR

TYPE

"A"

TRAP

002272
006136

Ss:

10¢:

.WORD
.WORD
.WORD

10%

:GO TO EXIT

INCB

INTFLG

: INCREMENT LOW BYTE OF INTERRUPT COUNTER

BEQ
JSR
MOV

10$
PC,3IHILNK
(SP)+,RO

iNO, GET OuUT
:YES, GO TO IT

TST

ENDSRV

IHILNK

;ARE

WE EXPECTED

+RESTORE RO

TO EXECUTE

_WORD

CSERDF

7
EM34
ERR3

ANOTHER ROUTINE?

;sRETURN TO INTERRUPTED PROCESS

L10002:

IMIINK:

INT'S?

I HOPE IT'S VALID!

000002
000000

BGNSRV

TST8B

002274

104455
000007
016526
006220
000407
105237
005737
001402
004777
012600

COUNT

THIS ROUTINE WILL INCREMENT THE LOW BYTE OF "INTFLG” EACH TIME IT IS
ENTERED.
IF “IHILNK" IS NON-ZERO, VECTOR TO THE ADDRESS THEREIN USING
A "JSR
PC"

-850

-- MPIHAN

:POINTER TC AUXILIARY

RTI

INT. HANDLING ROUTINE

CNCMBAO DMVIL MCTRL
INTERRLPT

MHANDLER

DIAG @2

05-MAR -84

14:54

PAGE

2925

2927
2928
2929
2930
2931
2932
2933
2934

SEQ 0066

.SBTTL

INTERRUPT HANDLER

-- MPOMAN

§000000000000000000000000000000000
0000000000000 00000000 000000800000 000 000000000

MPOMAN

SIMPLY COUNT

THIS ROUTINE

ENTERED.

INTERRUPTS

WILL

INCREMENT

"IMOLNK"”

-- USUALLY

INTERRUPT

na "

THE MIGH BYTE

IS NON-ZERO,

OF "INTFLG"” EACH TIME IT IS
VECTOR TO THE ADDRESS THEREIN USING

i
'

010046

105737

001007
004737

c000000000000000000000000000000000000000000000000000000000000000000000000000

BGNSRV

MPOMHAN

MOV

RO, -(SP)

TST8
BNE
JSR
GEDF

002275

004232

INTMWCH.
1
S
PC,GETBSR
EM348 ,ERR3

104455

2926

MPOMAN

2909
<910
<911
2912
2913
2914
2915
2916
297
2918
2919
2920
2921
2922
2923
2924

36
MACRO M1200

000010
016540
006220
000407

105237
005737
001402
004777

012600

002273

006210

5%:

10%:

MPOHAN:
:

1 SAVE RO
tHAVE

WE BEEN TOLD

TO WATCH FOR

s YES, DO NORMAL INTERRUPT PROCESSING
DUMP REGISTERS AND
1NO,
'

REPORT

"UNEXPECTED

“B"

INT'S?

INTERRUPT"

“DEVICE FATAL" ERROR @ 8

TRAP

.WMORD
.WORD
.WORD

CSERDF

8
EM348
ERR3

10$

:GO TO EXIT

INCB

INTFLG.1

s INCREMENT HIGH BYTE OF INTERRUPT COUNTER

BEQ
JSR
MOV
ENDSRV

108
PC, 8IHOLNK
(SsP).,RO

sNO, GET OQuT
sYES, GO TO IT
sRESTORE RO

TST

THOLNK

$ARE

tRETURN

EXPECTED

TO EXECUTE

I HOPE

.WORD

ANOTHER ROUTINE?

IT'S VALID!

INTERRUPTED PROCESS

000002

IMOLNK:

TYPE

;POINTER TO AUXILIARY

L10003:

RTI

INT., HANDLING ROUTINE

CNDMBAO DMVIL1 MCTRL

DIAG @2

GLOBAL ERROR REPORT REPORT

MACRO M1200

.SBTTL
i/
2/

004737

ETPI7 7777727077277 7727777277702772772772777727277272777277727270727272277272/77727277/77/7777

.SBTTL

ERROR HANDLER

013076

BGNMSG

ERR1

JSR
ENDMSG

PC,NULERR

ERR1
S

.SBTTL
'

004737
004737

sUSE COMMON ROUTINE

013076

ERR3

BGNMSG

ERR3

JSR
JSR
ENDMSG

PC.ERR4S
PC,NULERR

.SBTTL

113701
122701
103013

012746
012746
010600
104415
062706
000425
001001
005001
022701

002002
012701
006301
016146

00504€
153716
012746
012746

002254
000017

TRAP

;USE COMMON ROUTINE

ERR4
0

M-LOOP
5

eee

®me

TRAP

400

BGNMSG

ERR4

MOV
MOvB

R1,-(SP)
GDATA,R1

:SAVE
;sSAVE

ERRA:
;
THE WORKING REGISTER
THIS FOR LATER

BMIS

sYES,

THEN REPORT

cMPB

017,.R1

soeemeeeee-

CsMSG

OFMTS,<B,R1>

iNO,

THEN

MUST

5%:

68:
7%:

20¢

BNE
CLR

6
R1

BGE

CcMP

MOV
ASL
PRINTX

07,R1

THE FUNCTION CODE
BE

A BSEL1

CLR
BISB
MOV

000006

1WAS THIS AN M-LOOP REQUEST?

MOV

002254
013411
000003

CeMSG

TIMEOUT ERROR MANDL ING

013346

021746

TO TERMINATE ERROR MESSAGE

000002

000006

ERR3::

L10005:

ERROR HANDLER

PRINTX

000007

-----------------------------------------------------------------------------

010146

DUMP THE BYTE SELECT REGISTERS

104423
‘

TERMINATE ERROR MESSAGE

--------------------------------------------------

012206

—

L10004:

ERROR HANDLER

“NO NOTHING"” HANDLER

104423

150116

2967
2968
2969
2970
2971
2972
2973

7277777077777 7077777772702 777777777277777277727707777777727272727/77277777

------------------------------------------------------------------------

005046

2965

SEQ 0067

.EVEN
‘

2950
2951
2952

2960
2961
2962
2963
2964

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

877V

2945

2956
2957
2958
2959

PAGE

GLOBAL ERROR REPORT REPORT SECTION

RI/FVIIIIIIII PP

2941
2942
2943
2944

2953
2954
2955

14:54

SECTION

2936
o937
2938
2939
<940

2946 006212
006212
2947 00€212
2948 006216
006216
006216
2949

O05-MAR-84

TRAP
ADD

SETTING

-(SP)
R1,.(5P)
OFMTS, -(SP)
SP,RO

CSPNTX
06 ,5P

s IF IT WAS A 17, THIS IS A “NOP“ AND
1
THE TEXT POINTER MUST SO REFLECT.

1 IS FUNCTION CODE >
iNO,

THAN WE CAN HANDLE

06 ,R1
1YES, THAN IT'S UNDEFINED
- SAY SO
R1
;CONVERT TO A WORD OFFSET
O0FMTSA,<B,GDATA>»
, TXTMLT(R])
tREPORT THE FAILING FUNCTION

MOV

CLR
BISB
MOV
MOV

TXTMLT(RL)Y, -(SP?

-(SP)
GDATA,(SP)

HFMISA, -(5P)
e3, (SP)

CNDMBAO DMVl MCTRL
ERROR HANDLER

DIAG @2

-- ERR4

006336
006340
006342

010600
104415
062706

2975 006346
2976 006350
006350
006354
006360
006364
006370
006372

012601

2974

2977

2978

2979

2980
2981
2982
2983
2984
2985 006532
006532
2986 006532
2987 006536
006536
006542
006546
006552
006556
006560

-- M-LOOP

MACRO M1200
TIMEOUT

05-MAR-84

14:54

PAGE

421
SEQ 0068

ERROR HANDL ING

MOV

TRAP
ADD

000010

20%:

012746
012746
012746
012746
010600
104415
062706

015212
015313
013213
000003

013746
013746
013746
013746
012746
012746
010600
104415
062706

002220
002216
002214
002212
013770
000005

012746
012746
012746
010600
104415
062706

015252
013306

013746
013746
013746
013746
012746
012746
010600
104415
062706
004737

002230
002226
002224
002222
Cc13770
000005

000010

000014

MOV

PRINIX

(SP)+,R1

OFMT4,0TXT6,0TXTA

tRESTORE

THE

TRAP

@FMT11,WSRO,WSR2,WSR4
,WSR6

;DUMP

THE

ADD

SELECT

REGISTERS
MOV

MOV
MOV
MOV
MOV
MOV
MOV

PRINTX

OFMTA4B,2TXTAA

000002

000006

SP,R0O

CSPNTX

@10,SP

WSR6, -(SP)
WSR4, -(SP)
WSR2, -(SP)
WSRO, -(SP)

oFMT11, -(SP)
@5, -(SP)
SP,RO

CSPNTX

MOV
MOV
MOV
MOV

QTXT4A, -(SP)
eFMTAB, -(SP)
02,-(SP)

ADD

OFMT11,WSR10,WSR1 2.,W5R14 ,WSR16

oTXT4,-(SP)
oTXT6, -(SP)
OFMT4, -(SP)

TRAP
ADD

TRAP

PRINTX

€10,5P

WORKING REGISTER

MOV
MOV
MOV
MOV
MOV
PRINTX

SP,RO
CS$PNTX

214,5SP

SP.RO

CS$PNTX
@6 ,5P

WSR16, -(SP)
WSR14, -(SP)

WSR12, -(SP)
WSR10, -(SP)
OFMT11, -(SP?
SP,.RO

000014
013076

PC,NULERR

CSPNTX
@14,5P

;USE COMMON ROUTINE TO TERMINATE ERROR MESSAGE
L10006:

104423

113701

002300

016146
012746
01274¢€
01274¢
010600
104414

021770
015745
013476
000003

BGNMSG

ERR8

MOVB
PRINTB

REGNUM,R1
3 THIS WAS CALCULATED
OFMTO7,0TXTNP,TXTNPT(R1)

ERR8

TO BE

A WORD OFFSET
TXTNPT(R1), -(SP)
STXTNP, -(SP)
AFMTOT, -(SP)

SP,RO

CS$PNTB

CNDMBAO DMV1l MCTRL DIAG #2

002254

006740
006744
006750
3000 006752
3001 006754
006756
3003 006760
006760
006762
006766
006770
006774

012746
012746
012746
010600
104415
062706
004537
002254
002256
003054
000011

005046
153716
005046
153716
005046

SET

PRINTX

OFMTO06,4TXT11A

REGISTERS:

CONTROL

OFMTO6A, -(SP)

TRAP
ADD

C$PNTX

SP,RO

04 ,5P

& DATA

#TXT11A,-(SP)

@2, -(SP)

MOV

MOV
PRINTX

R1,-(SP)

SP,RO
CSPNTX
06,5P

:PRESERVE R1

GDATA,R1
sPOINTER TO EXPECTED DATA
OFMT16,0TXT8A,<B,(R1)+>,<B,(R1)+>,<B,(R1)+>
-(SP)
(R1).,(SP)
-(SP)
(R1)+,(SP)
-(SP)

(R1).+,(SP)

015336
014007
000005

000014
002256

005046
152116
005046

152116
005046
152116

PRINT FIRST

MOV
MOV

¢TXT8A, -(SP)
OFMT16, -(SP)

SP.RO
CSPNTX

MOV

PRINTX

BDATA,R1

€14 ,SP

s:POINTER TO ACTUAL DATA

OFMT16,0TXT8B,<B,(R1)+>,<B,(R1)+>,<B,(R1)+>

-(SP)
(R1)+,(SP)
-(SP)
(R1).,(SP)
-(SP)
(R1)+,(SP)

015353
014007
000005

2TXT88B, -(SP)

OFMT16, -(SP)

SP.RO

000014
005064

CSPNTX
JSR
.WORD

.WORD
.WORD

PRINTX

003060
003056

RS, XORSW

GDATA
BDATA
Wo
9

:GENERATE

214,5P

XOR'S

+BETWEEN GOOD DATA
:AND BAD DATA
1AND PUT THEM HERE
sONLY DO THIS MANY

OFMT16,0TX
<B,WO0>, <B,W1>,
T8C,
<B,W2>

CLR

B8ISB

CLR

BISB
CLR

2997

015437
013530
000002

2996

005046
152116
005046
152116
005046
152116
012746
012746
012746
010600
104415
062706
013701

000004

ADD

2995

OFMTO6A

2993

104415
062706
010146
013701

013542
000001

PRINTX

012746
010600

000010

s U

012746
12746

SEQ 0069

NPR REGISTER ERRORS

Uie

012746
012746
010600
104415
062706

PAGE 42-2

VNV

2989
2990
2991
2992

062706

14:54

w U

2983

-- ERR8

05-MAR-84

E
K
[t =Tl
F ol

ERROR HANDLER

MACRO M1200

CNDMBAO DMV1l MCTRL DIAG @2
ERROR HANDLER
006776
007002
007006
007012
007016
007020
- 007022

-- ERR8
153716
012746
012746
012746
010600
104415
062706

007060

012746
012746
012746
010600
104415
062706
012701

007100
007102
007104
007106
007112
007116
007122
007124
007126
3010 007132

152116
005046
152116
012746
012746
012746
010600
104415
062706
012701
005046

007142

005046

007146
007150
007152
007154
007156
007160
007162
007164
007166
007172
007176
007202
007204
007206

005046
152116
005046
152116
005046
152116
005046
152116
012746
012746
012746
010600
104415
062706

007144

PAGE 42-3

SEQ 0070

BISB
MOV
MOV
MOV
MOV
TRAP
ADD

000014

015460
013530
000002
000006
002257

PRINT SECOND SET OF REGISTERS:

PRINTX

4FMTO06,0TXT118

,
MOV
PRINTX

ADDRESS'

OUT & IN
MOV
MOV
MOV
MOV
TRAP
ADD

@TXT118, -(SP)
OFMTO06, -(SP)
@2, -(SP)
SP,RO
CSPNTX
6,5P

8ISB

(R1)+,(SP)

CLR
B8ISB
CLR
8ISB
CLR
8ISB
CLR

015336
014032
000010
000022
002261

MOV

PRINTX

WO, (SP)
@TXT8C, -(SP)
OFMT16, -(SP)
#5,-(SP)
SP,RO
C$PNTX
214,5P

OGDATA+3,R1
;POINTER TO EXPECTED DATA
@FMT16A,4TXT8A,<B,(R1)+>,<B,(R1)+>,<B,(R1)+>,<B,(R1)+>,<B,(R1)+>,<B,(R1)+>
CLR
-(SP)

005046

007136

007140

14:54

152116

005046
152116
005046
152116
005046
152116

3011 007136

05-MAR-84

003054
015370
014007
000005

005046

007062
007064
007066
007070
007072
007074

007076

MACRO M1200

-- NPR REGISTER ERRORS

3005
3007 007026
007026
007032
007036
007042
007044
007046
3008 007052
3009 007056
007056

0BDATA+3,R1

:POINTER

TO ACTUAL DATA

BISB
CLR
8ISB
MOV
MOV
MOV
MOV
TRAP
ADD

-(SP)
(R1)+,(SP)
-(SP)
(R1)+,(SP)
-(SP)
(R1)+,(SP)
-(SP)

(R1).,(SP)
-(SP)
(R1).,(SP)
@TXT8A, -(SP)
#FMT16A, -(SP)
210, -(SP)
SP,.RO
CSPNTX
022,5P

OFMT16A,2TXT88,<8,(R1)+>,<B,(R1)+>,<B,(R1)+>,¢<B,(R1)+>,<B,(R1)+>,<B,(R1)+>
CLR

-(SP)

152116

BISB

(R1)+,(SP)

152116

BIS8

(R1).,(SP)

MOV

2TXT188, -(SP)

CLR

015353

014032
000010
000022

CLR
BISB
CLR
BISB
CLR
BISB
CLR
B1SB

MOV
MOV
MOV
TRAP
ADD

-(SP)

-(SP)
(R1)+,(SP)
-(SP)
(R1).,(SP)
-(SP)
(R1).,(SP)
-(SP)
(R1)+,(SP)

9FMT16A, -(SP)
210, -(SP)
SP,RO
CSPNTX
@22 ,SP

CNDMBAO DMV11 MCTRL DIAG @2
ERROR HANDLER
3012 007212
3013 007216
007216
007220
007222
007224
007226
007230
007232
007234
007236
007240
007242
007244
007246
007252
007256
007262
007264
007266
3014 007272
3015 007276
007276
007276
3016
3017
3018
3019 007300
007300
3020 007300
3021 007304
007304
007304
3022
3023
3024
3025 007306
007306
3026 007306
3027 007312
007312
007312
3028
3029
3030
3031 007314
007314
3032 007314
3033 007322
3034 007324
007324
007330
007334
007340
007342
007344
3035 007350

-- ERR8
012701
005046
152116
005046
152116
005046
152116
005046
152116
005046
152116
005046
152116
012746
012746
012746
010600
104415
062706
004737

MACRO M1200

O05-MAR-84

14:54

PAGE

42-4

SEQ 0071

-- NPR REGISTER ERRORS
MOV
PRINTX

003062

oW3,R1
sPOINT TO REST OF XOR'S
0FHT16A @TX78C, ‘8 (R1)+>,<B,(R1)+>,<B,(R1)+>,<B,(R1)+>,‘B((R%)O)+<B,(R1)+>

015370
014032
000010
000022
013076

JSR
ENDMSG

-(SP
(R1)+,(5P)
-(SP)
(R1)+,(SP)
-(SP)
(R1)+,(SP)
-(SP)
(R1)+,(SP)
-(SP)
(R1)+,(SP)
-(SP)
(R1).,(SP)

CLR
81SB
CLR
BISB
CLR
BISB
CLR
BISB
CLR
BISB
CLR
BISB

PC,NULERR

MOV
OFMT16A, -(SP)
MOV
210, -(SP)
MOV
SP,RO
CSPNTX
TRAP
822,SP
ADD
TO TERMINATE ERROR HESSAGE

;USE COMMON ROUTINE

L10007:

104423
ERROR HANDLER

-- ERR9

TRAP

C$MSG

-- WORD NPR I/0 ERRORS

PP
AR

004737

012614

BGNMSG

ERR9

JSR

PC,.ERR9,

ENDMSG

ERR9::

;USE COMMON "ERROR 9" ROUTINE

L10010:

104423

RAP

CsMSG

A
e
APPSR
A

004737

ERROR HANDLER

012752

-- ERR10
A

BGNMSG

ERR10

JSR

PC,.ERR10.

ENDMSG

-- BYTE NPR I/0 ERRORS
R

ERR10::

sUSE COMMON “ERROR 10" ROUTINE

L10011:

104423
T

2
‘

023727
001412

002412

013746
012746
012746
010600
104415
062706

002412
014307
000002

ERROR HANDLER

SRR

SPRIRPSE

ERR11

ARSI

TRAP

C$MSG

RPRREE

-- NPR TIMEOUT ERRORS

-----------------------------------------------------------------------------

000001

BGNMSG

ERR11

CMP

TMPO, @1

:IF ONLY ONE TIMEOUT,

PRINTX

@OFMT17C,TMPO

sELSE,

BEQ

ERR11::

sNO NEED TO TELL HOW MANY OCCURED
SAY

HOW MANY

WERE FOUND

IN ALL

MOV
MOV

TRAP

1$:

PRINTX

&FMT17,<B,TMP1>

;NPRCTL

SENT

ADD

TMPQ, -(SP)
SP,.RO

CSPNTX

26,SP

CNDMBAO DMV11 MCTRL DIAG &2
ERROR MANDLER

ERR11

NPR

007350
007352

005046
153716

002414

007370
007372
3036 007376
007376
007400

104415
062706

000006

005046
153716

002416

007356
007362
007366

007404
007410
007414

007416
007420
3037 007424

012746
012746
010600

104415
062706

007444

062706

000006

3039 007454

007454

s0a0 007454

004737

14:54

PAGE 42-5

CLR
BISB

PRINTX

OFMT17A,<B,TMP2>

JSR

ENDMSG

@FMT178,TMP3

PC,NULERR

007472

062706

000004

007476
007502
007506

012746
012746
010600

007732
000001

007512

062706

000004

3047 007516

004737

012162

007522
007526
007532

013746
013746
013746

002260
002256
002254

3046

3048 007522

007536
007540

007544
007550

007554
007556

007562

007566

104415

005046
153716

012746
012746
005046
153716

012746
012746

000010

ADDRESS

TMP3, -(SP)
OFMT178, -(SP)
02, -(SP)
SP,RO

ADD

06,5P

CSPNTX
06,5P

CS$PNTX

TRAP

C$MSG

ERR12::

sPRINT FIRST MEADING LINE

MOV
MOV
MOV

OFMT12, -(SP)
21,-(SP)
SP,RO

ADD

2a,5P

TRAP

PRINTX

@FMT12A

sPRINT

SECOND HEADING LINE

JSR

PRINTX

CSPNTX

MOV
MOV
MOV

OFMT12A, -(SP)
e1,-(SP)
SP,RO

ADD

04,5P

TRAP

CSPNTX

sPRINT ADDRESS, CONTROL, & E ECTED DATA

PC, XORGB

:GENERATE EXCLUSIVE OR OF EXPECTED & READ DATA

9FMT12D, <B, TMPF +1>, 00,20, <B, TMP2> ,GDATA .BDATA, XDATA

MOV
MOV
MOV

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

MOV
MOV

20, -(SP)
20, -(SP)

MOV

oFMT12D, (5P}

CLR
BISB

000000
000000

010020

MOV
MOV
MOV
MOV

TRAP
ADD

;USE COMMON ROUTINE TO TERMINATE ERROR MESSAGE

002416

002451

OFMT17A, -(SP)
82, -(SP)
SP,RO

ERROR MANDLER -- ERR12 -- NPR EXTENDED ADDRESSING ERROR MANDLER
OFMT12

007672
000001

MOV
MOV
MOV

-----------------------------------------------------------------------------

PRINTX

012746
012746
010600

-(SP)
TMP2,(SP)

‘

3044 007456

007456
007462
007466

CLR
BISB

-----------------------------------------------------------------------------

ERR12

104415

READ

CS$PNTX
06,5P

‘

BGNMSG

007456

OFMT17,-(SP)
02,-(SP)
SP,RO

TRAP
ADD

L10012:

3043 007456

007510

;LSI-11'S MEMORY

104423

.SBTTL

3045 007476

;NPRCTL

-(SP)
TMP1,(SP)

MOV
MOV
MOV

TRAP

013076

3041

007470

SEQ 0072

TIMEOUT ERRORS

000006

002420
014234
(00002

3033 007450

0S5-MAR-84

014153
000002

013746
012746
012746
010600
104415

MACRO M1200

014074
000002

007424
007430
007438
007440
007442

CLR
BISB

MOV

-(SP)
TMP2,(SP)

-(SP)
TMPF.1,(SP)

210,

-(SP?

CNDMBAO DMV11 MCTRL
ERROR HMANDLER

007572

007574
007576
3049 007602
3050 007610
3051 007612

- -

DIAG o2

ERR12

MACRO M1200

104415
062706
023737
001011

000022

002256

007626

062706

000004

3054 007634
3055 007642

023737
001010

002256

007644
007650
007654

012746
012746
010600

010145
000001

007660

062706

000004

007656

3057 007664

3058 007670

3059

007670
007670

010600
104415
000414

104415

004737

3001
3062
3063
3064
3065

045

007732
010020
010063
010145

3066
BORY | FoaiT e

002420

045
045
045
045
e

002414

116

116
116
116
116

O L

4as:

012746
012746
010600
104415
062706

010546
000001

010260
010264
010270

012746
012746
010600

010611
000001

010274

062706

000004

010300
010304
010310

012746
012746
010600

010656
000001

010314

062706

000004

3072 010260

010272

3073 010300

010312

3074 010320

104415

000004

@OFMT12E

;YES,

INDICATE

WRONG PAGE READ

CSPNTX
022,5P

MOV
MOV

OFMT12E, -(SP)
01,-(5P)
SP,RO
CSPNTX
04 ,5pP

608

cHP
BNE

BDATA, TMP]
60%

;DID WE EVEN PERFORM A READ?
:YES, THEN WE CAN GIVE ANY FURTHER ERROR INFO.

OFMT12F

AND EXIT FRROR HANDLER

608 :

045

045
045
045
045

.NLIST

FMT12:

JSR

iNO,

THEN WE CAN AT LEAST

ENDMSG

e S
R

.ASCIZ

MOV
MOV
MOV

A T

-- ERR13

BGNMSG

ERR13

PRINTX

@FMT13A

PRINTX

&FMT138

TRAP

CSPNTX

TRAP

C$MSG

ADD

@FMT13C

‘MMU
:

@aFMT13D

ERROR MANDLER
s

s
2o

WO,

AR
oy
B

ERR13::

MOV
MOV
MOV
TRAP
ADD

OFMT13A, -(SP)
e1,-(SP)
SP,.RO
CSPNTX
04,5P

MOV
MOV
MOV

OFMT138, -(SP)
@1, -(SP?
SP,RO

TRAP

CIPNT
X

MOV
MOV
MOV

@FMT1I8C, (5B
o1, (5P)
5P RO

ADD

TRAP

PRINTX

OFMT12F, -(5P)
o1, -(5P)
SP,RO

/«NwS118AADDRESS
CONTROL
EXPECTED
READ
XORSN/
/#NwS8#03#S#03¢S403sS38034010%09%09/
/#NwS7#A(NPR OPERATION ACCESSED WRONG MEMORY PAGE )/
/«NeS2#A(NPR DATA REGISTER UN-CHANGED FROM BEFORE REQUEST)/

PRINTX

THAT MUCH

/«#NwS138ANPR REGISTERSSS14wADATA/

ERROR HANDLER
s

L10013:

BEX

e e

SAY

04,5P
;USE COMMON ROUTINE TO TERMINATE ERROR MESSAGE

PC.NULERR

FMT12A: .ASCIZ
FMT12D: .ASCIZ
FMT12E: .ASCIZ
FMT12F: .ASCIZ
LIST
BEX

"EVEN

ADD

.SBTTL

010240
010244
010250
010252
010254

BDATA, TMP3
as

PRINTX

3070 010240
010240
3071 010240

SP,RO

TRAP
ADD
;DID WE READ THE BACKGROUND PATTERN?
iNO,

MOV
TRAP

013076

gggg

cMP
BNE

PRINTX

104423

3060 007672

p—

MOV

010063
000001

3056 007644

PAGE 42-6

010600

012746
012746

ggg 007632

14:54

NPR EXTENDED ADDRESSING ERROR MANDLE

007612
007616

007622
007624

O05-MAR-84

ADD

04,5P

CsPNT X

24, 5P

CNDMBAO DMV11 MCTRL DIAG #2
ERROR HANDLER

-- ERR13

MACRO M1200

012746
012746
010600
104415
062706

010721
000001

013746
013746
013746
013746
012746
012746
010600

002420
002416
002414
002412
013770
000005

010374
3076 010400
010400
010404
010410
010414
010420
010424
010430
010432
010434
3077 010440
010440
010444
010450
010454
010460
010464
010470
010472

062706

000014

013746
013746
013746
013746
012746
012746
010600
104415
062706

002430
002426
002424
002422
010764
000005

013746
013746
013746
013746
012746
012746
010600
104415

002400
002376
002374
002372
013770
000005

010474
3078 010500

104415

010500
010504
010510
010514
010520

013746
013746
013746
013746
012746

002410
002406
002404
002402
010764

010530
010532
010534

010600
104415
062706

010544

012746

004737

010544

104423

3082 010546
3083 010611
3084 010656

045
045
045
S
045

3085 010721

3086 010764

3087
3018

PAGE 42

7
SEQ 0074

PRINTX

@OFMT11,TMPO,TMPL,TMP2,TMP3

PRINTX

OFMT13E,TMP4, TMPS,TMP6, TMP?

PRINTX

@FMT11,REGO,REG1,REG2,REGS

PRINTX

oFMT13E
,REGE ,REGS ,REGE,REG?

OFMT130D, -(5P)
e1,-(SP)
SP,RO
CSPNTX
04,5P

MOV
MOV
MOV
MOV
MOV
MGV
MOV

TMP3, -(SP)
TMP2, -(SP)
TMP1,-(SP)
TMPO, -(5P)
OFMTLL, -(SP)
5, -(SP)
SP,RO

ADD

014,5P

TMP7,-(SP}
TMPE, -(SP)
TMPS, -(SP)
TMP4, -(SP)
OFMTL13E, -(SP)
05, -(SP)
SP,RO
CSPNTX
014,5P

MOV
MOV
MOV
MOV
MOV
MOV
MOV
TRAP

REGS, -(SP)
REG2, -(SP)
REG1, -(SP)
REGO, -(SP)
oFMT11, -(SP)
5, -(SP)
SP,RO
CSPNTX

MOV
MOV
MOV
MOV
MOV

REG7, -(SP)
REG6, -(SP)
REGS, -(SP)
REGA, -(SP)
OFMTL3E, -(5P)

MOV

000014
C13076

JSR
ENDMSG

LNLIST

116
101
116

045
040
045

FMT13A:
FMT138:
FMT1I3C:

117

070

FMT13E:

040

FMT13D:
LIST
.EVEN

BEX

_ASCIZ
.ASCIZ
.ASCIZ

.ASCIZ

BEX

PC.NULERR

sUSE COMMON ROUTINE

MOV
TRAP
ADD

SRO
KPAR6
RO
/wA
R4
/#08%08w08%08/

SR3/
DATA?2~
R3/
PC/

914,5P

@5, -(SP)

SP,RO
CSPNTX
914,5P
TERMINATE ERROR MESSAGE

L10014:
/«NsA
/wA
/sNsA

CSPNTX

MOV
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

ADD

000005

101

MOV
MOV
MOV
TRAP
ADD

TRAP

000014

3079 010540
3080 010544

3081

000004

062706

010524

14:54

“MMU" ERROR HANDLER

010320
010324
010330
010332
010334
3075 010340
010340
010344
010350
010354
010360
010364
010370

010372

O0S5-MAR-84

TRAP

C$MSG

K6
CNDMBAO DMV1L MCTRL DIAG @2
ERROR MANDLER -- ERR1S
3089
3090
3091
3092 011002
011002
3093
11002
3094 011004
3095 011010
3096 011012
011012
011016
011022
011026

3097
3098
3099
3100
3101
3102
3103

011032
011034
011036
011042

011046

011054

011056
011064

3104 011066

011066
011072
011076
011102
011106
011112
011114
O11116
3105 o11122
3106
3107 011124
011124
011126
011132
011134
011140
011142
011146
011152
011156
011160
011162
3108 011166
3109 011172
3110 011174

011174
viil7a

3111
3112
3113
3114
3115 011176
011176

010146
013701
006301

016146
012746
012746
012746
010600

104414
062706
004737

023727
001423
023727
001417
013746
013746
013746
012746
012746
010600
104415
062706
000421

005046
153716
005046
153716
005046
153716
012746
012746
010600
104415
062706
004737
012601

MACRO M1200

O0S5-MAR-84

PAGE

42-8

SEQ 0075

“MMU“ ERROR HANDLER

002300

BGNMSG

ERR14

MOV
MOV

R1,-(SP)
REGNUM,R1

ASL
PRINTB

R14

s SAVE GENERAL REGISTER

R1
;:CONVERT REG @
OFMTO7,0TXTNFP
., TXTNPT(R1)

TO WORD

INDEX

MOV
MOV
MOV
MOV
MOV

021770
015745
013476
000003

TRAP
ADD

000010
012162

JSR

PC ., X0ORGB

002300

gg:

gEGNUH.06

cMP

03
REGNUM,

PRINTX

@FMT10,GDATA,BDATA,XDATA

002300

000003

BEQ

sELSE, USE WORD PRINTS
MOV
MOV

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

MOV
MOV

04, -(SP)
SP.RO

MOV
MOV

Ss:

TRAP
ADD

10s

:BYPASS BYTE PRINTS IF WORD PRINTS USED

PRINTX

&FMTO2A,<B,GDATA>,<B,BDATA>,<B,XDATA>

CLR

B8IS8

002260

CLR
BISB
CLR
BISB
MOV
MOV
MOV

002256
002254
013127
000004

000012
013076

TRAP

108:

JSR
MOV

ENDMSG

PC ,NULERR
(SP).,R1

L10015:

‘

----------------------------------

ERROR HANDLER

-- ERRS1

ENRS1

. o--

- e e

TRAP

CSPNTX
@12,5P

-(SP)

XDATA,(SP)

-(SP)
BDATA,(SP)
-(SP)
GDATA,(SP)
OFMTO2A, -(SP)
04, -(SP)
SP.RO
CSPNTX

CcsMSG

e e eeeEmEmE e eEeeeEeeeEesEmeEeEeEemeEmeE
o smeoeeo.em e

-- FOR REFORTING TIMER & 2 ERRORS

------------------------------

BGNMSL

GDATA, -(SP)
OFMT10, -(SP)

ADD
212,5P
;USE COMMON ROUTINE TO TERMINATE ERROR MESSAGE
sRESTORE GENERAL REGISTER

104423
‘

CSPNTB
210,SP

;:DATA: GOOD, BAD, & %OR
;s IF EXTENDED ADDRESS BYTE, USE BYTE PRINT

002260
002256
002254
013714
000004
000012

TXTNPT(R1),-(5P)
OTXTNP, -(SP)
OFMTO7, -(SP)
#3,-(SP)
SP,.RO

- - - -

.- 0

ERRS1::

CNDMBAO DMV11 MCTRL DIAG @2
ERROR HANDLER

-- ERRS1

MACRO M1200

05-MAR-84

14:54

PAGE 42-9

S
bl

-- FOR REPORTING TIMER ¢ 2 ERROF:

3116 011176
3117 011200
3118 011204
3119

010146
113701
000241

002441

MOV
MOVE
cLe

3120 011206

3121 011212
3122 011214
3123 011216

042701

177737

BIC

3124 011220

106101
106101
106101

106101

ROLB
ROLB
ROLB

ROLB

3126
;igg

R1,-(SP)
TMPB.1,R1

0tC<B1T15>,R1

Rl
Rl
Rl

1SAVE R1 FOR CALLER
;GET THE MODE LAST SETUP
:SEEING AS THE CARRY BIT WILL BE ROTATED INTO
:THE DATA, WE HAD BETTER CLEAR IT JUST IN CASE.

:LOOK @ JUST THE TIMER 2 MODE DEF INITION

;POSITION TT FOR PRINTOUT

;IDENTIFY THE MODE BEING USED AT
:LOADED INTO THE LATCHES:

3129 011222
011222
011224
011230
011232
011236
011240
011244
011250

011252

011254
3130 011260
3131 011264
3132 011266
011266

5 53 011266

005046
153716
005046
153716
010146
012746
012746
010600

104415

062706
004737
012601

PRINTX

@FMTS1A,R1,<B,TMP9+1>,<B,TMP8.1>

JSR
MOV
ENDMSG

PC.NULERR
(SP)+,R1

002435
014673
000004
000012
013076

3134

004537
120013
002440
004537
120014
002442

003616

012746
012746
010600
104415
062706

011514
000001

003616

000004

-(SP)
TMP8+1,(SP)
-(SP)
TMP9.1,(SP)
R1,-(SP)
OFMTS1A, -(SP)
04, -(SP)
SP,RO
CS$PNTX
012,5P

TRAP

C$MSG

TERMINATE ERROR ME SSAGE

ERROR MANDLER -- ERRS2 -- PROCESS SMIFT REGISTER ERROR MESSAGES

.............................................................................

BGNMSG

ERRS2

JSR
ACR
TMPB
JSR
PCR
TMPC
PRINTX

RS ,READ

PRINTX

#FMTS2A,8TXT8D,<B, TMPA+1>,<B,TMPB+1>,<B, TMPE+1>

ERRS2
;GET CURRENT VALUES WITHIN ACR & PCR

RS ,READ
OFMTS2H

002447

002441
002437
015405
011557
000005

CLR
BISB
CLR
BISB
MOV
MOV
MOV
MOV
TRAP
ADD

-----------------------------------------------------------------------------

.SBTTL
‘

sUSE_COMMON ROUTINE TO
;RESTORE R1 FOR CALLER

L10016:

104423

005046
153716
005046
153716
005046
153716
012746
012746
012746
010600

AND THE VALUES THAT WERE

002433

‘

3136 011270
011270
3137 011270
3138 011274
3139 011276
3140 011300
3141 011304
3142 011306
3143 011310
011310
011314
011320
011322
011324
3144 011330
011330
011332
011336
011340
011344
011346
011352
011356
011362
011366

THE TIME,

MOV
MOV
MOV
TRAP
ADD

OFMTS2H, -(SP)
81, -(SP)
SP,RO
CSPNTX
24,5P

CLR
BISB
CLR
BISB
CLR
BISB
MOV
MOV
MOV
MOV

-(SP)
TMPE+1,(SP)
-(SP)
TMPB+1,(SP)
-(SP)
TMPA.1,(SP)
2TXT80, -(SP)
2FMTS2A, -(SP)
25, -(SP)
SP,RO

M6
CNDMBAO DMV11 MCTRL DIAG @2

ERROR HANDLER
011370
011372
3145 011376
011376
011400
011404
011406
011412
011414
011420
011422
011426
011430
011434
011440
011444
011450
011452
011454
3146 011460
3147 011464
3148 011466
011466
011472
011476
011500
011502
3149 011506
3150 011512

011512
011512

3151
3152
3153 011514
3154 011557
3155 011607
3156 011652
3157
3158
3159
3160
3161
3162
3163
3164
3165
3166
3167
3168
3169
3170 011720
011720
3171 011720
011720
011724
011730
011732

-- ERRS2
104415
062706

MACRO M1200

005046
153716
005046

002442

153716

104415

PAGE 42-10

SEQ 0077
TRAP

000014

002446

005046
153716
012746
012746
012746
010600

14:54

PROCESS SHIFT REGISTER ERROR MESSAGE

005046
153716
005046

153716

05-MAR-84

PRINTX

002444

002440
002436
015422
011607
000007

062706
005737
001010

000020
002252

012746
012746
010600
104415
062706
004737

011652
000001

TST

TDATA

sHAS

“SR” BEEN WRITTEN YET?

PRINTX

&FMTS2C

;YES,

ADD

BNE

10$¢

:iNO,

THAT

#20,5SP

CS$PNTX

MOV
MOV
MOV

SFMTS2C, -(SP)
€1,-(SP)
SP.RO
CS$PNTX

TRAP

10¢:

045
045
045
045

gagnsc

BEX
.NLIST
FMTS2H: .ASCIZ
FMTS2A: .ASCIZ
FMTS2B: .ASCIZ
FMTS2C: .ASCIZ
BEX
.LIST
.EVEN

PC,NULERR

;USE COMMON ROUTINE

ADD
€4 ,5P
TO TERMINATE ERROR MESSAGE

READ

SBTTL

’

TRAP

C$MSG

/#N%S14#ASR
ACR
PCR
IFR
IER/
/#NwS1eTe03#S3%038S15#03/
/#NwS1eTe03%S38038S38038S38034S3803/
/#N#S10#A(SR HASN'T BEEN LOADED YET!)/

SR ERROR FORMATS:
SR

ACR

PCR

IFR

XXX

;: LOADED XXX

104415

ADD

INFORMATION TO MESSAGE

L10017:

012034
000001

TMPE ,(SP)
-(SP)
TMPD,(SP)
-(SP)
TMPC,(SP)
-(SP)
TMPB,(SP)
-(SP)
TMPA,(SP)
#TXTBE, -(5P)
OFMTS2B, -(SP)
#7,-(SP)
SP,RO

THEN JUST FINISH ERROR MESSAGE

104423

012746
012746
010600

BISB
CLR
BISB
CLR
BISB
CLR
BISB
CLR
BISB
MOV
MOV
MOV
MOV

TRAP

000004
013076

116
116
116
116

C$PNTX

ADD
#14,SP
OFHTSZB.OTXTBE.<B.THPA>.¢B.THP8>.<8.THPC>.<8.THPg>é<B.THP%§p)

XXX

ERROR HANDLER
BGNMSG

ERR60

PRINTX

&FMTE0

IER

XXX

---

-- ERR60

XXX

-- NPR WRITE-EXTENDED B1IT ERRORS
ERR60:

MOV
MOV
MOV

TRAP

HFMTEC, -(SP)
&1, -(SP)
SP.RO
CSPNTX

CNDMBAO DMV1l MCTRL DIAG #2
ERROR HANDLER

011734
3172 011740
011740
011744
011750
011752
011754
3173 011760
3174 011762
011762
011766
011772
011776
012002
012006
012010
012012
3175 012016
3176 012020
3177 012024
3178 012026
3179 012032
012032

012032

3180
3181 012034
3182 012073
3183 012134
3184
3185

ERR60

MACRO M1200

0S5-MAR-84

14:54

PAGE 42-11

SEQ 0078

-- NPR WRITE-EXTENDED BIT ERRORS

062706

000004

012746
012746
010600
104415
062706
005003

012073

016346
016346
016346
012746
012746
010600
104415
062706
005723
020327
001356
004737

032516
032500
032462
012134
000004

PRINTX

&FMT61

000001

000004

10¢:

000012
000016

013076

116
116
116

CLR

PRINTX

TST
CMP
BNE

JSR

ENDMSG

104423
045
045
045

045
045
045

.NLIST
FMT60:
FMT61:
FMT6E2:
LIST
.EVEN

ADD

4 ,SP

MOV

9FMT61, -(SP)
#1,-(SP)

MOV
TR
ADD

;:CLEAR INDEX

SP,RO
CSPNTX
©4,SP

oFMT62,XLOCOCR3),XVALO(R3),RXVALO(R3)

(R3).
R3,014,
10$

:BUMP

INDEX

MOV
MOV
MOV
MOV
MOV

RXVALO(R3), -(SP)
XVALOCR3), -(SP)
XLOCO(R3), -(SP)
HFMT62, -(SP)
04, -(SP)

TRAP
ADD

CSPNTX

®12,SP

TRAP

C$MSG

SP.RO

PC.NULERR

BEX
.ASCIZ /#NuS3sSAXLOCSS6SAXVALSSE6SARXVAL
/
- - -8S68A- - - - - SN/
3%A- - -8S6%A.ASCIZ /#NWS

62§CIZ /%N8S2806%S54%06%S4%06 /

L10020:

CNOMBAO DMVLL MCTRL DIAG o2

MACRO M1200

O05-MAR-84

14:54

PAGE

B/
43

SEQ 0079

ERROR HANDLER SUBROUTINES
3187
3188
5189
3190
319
3192
3193

ERROR HANDLER SUBROUTINES
--------

ERROR HANDLER SUBROUTINE

3194

3195
3196
3197
3198
X199
3200
3201
2202
3203
3204

SUBROUTINES USED ONLY BY ERROR HANDLERS
- -

- -------.

XORGB

PERFORM EXCLUSIVE OR BETWEEN "GDATA" & "BDATA” PUTTING
THE RESWLT

012162
o12164
012170
012176
012202
012204

010146
013701
013737
074137

012601
000207

002254
002256
002260

002260

"XDATA"

MOV
MOV
MOV

R1,-(SP)
GDATA,R1
BDATA,XDATA

tPRESERVE WORKING REGISTER
1GET "GOOD" DATA
1AND "BAD" DATA

MOV
RTS

(SP).,R1
PC

tRESTORE R1
tRETURN

XO0R

R1,XDATA

sPERFORM EXCLUSIVE OR

3205

3206
3207
3208
3209
3210 012206

012206
012212
012216
012222
012226
012230
012232
3211 012236
012236
012240
012244
012246
012252
012254
012260
012262
012266
012272
012276
012300
012302
3212 012306

012306
012312
012316
012322
012324
012326
3213 012332
012332
012334
012340
012342

ERROR HANDLER SUBROUTINE
IDENTIFY & DUMP
012746
012746
012746
012746
010600
104415
062706

005046
153716
00%046
15716
005046
153716
005046
153716
012746
012746
010600
104415
062706
012746
012746
012746
010600

104415
062706

005046

014761
015162
013213
000003

000010

PRINTX

ERRAS

THE BYTE SELECT REGISTERS

OFMT4,0TXT3,0TXT]

PRINTX

@FMT4A,<B,BSRO>,<B,BSR1>,<B,BSR2>,<B8,BSR3>

002220
002216

002214
002212
013253
000005
000014

015017
013306
000002
000006

MOV

eTXT1,-(SP?

MOV
MOV
MOV

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

MOV

TRAP
ADD

CS$PNTX
210,SP

CLR
BISB
CLR
8ISB
CLR
BISB
CLR
BISB
MOV

-(SP)
BSR3,(SP)
-(SP)
BSR2,(SP)
-(SP)
BSR1,(SP)
-(SP)
BSRO,(SP)
OFMTAA, -(SP)

MOV

MOV
PRINTX

oFMIAB,0TXT?2

ofMT4C,<B,BSR4A>,<B,BSRS»,<B,BSR6>,<B,BSR”»

05, -(SP)

SP,RO

TRAP
ADD

CSPNTX
014 ,5P

MOV
MOV
MOV
MOV

eTxT2, -(SP)
B,
- (SP)
eFMTAa
02, -(SP)
SP,.RO

ADD

o6, 5P

TRAP

PRINTX

eTXT3, -(SP)

CLR

CSPNTX

A SP)

153716

0022%0

BIsSB

BSRTM,(5P)

153716

002226

81s8

BSRe
,( Sk

005046

CLR

(sP)

CNDMBAO DMV11 MCTRL DIAG @2
ERROR MANDLER SUBROUTINE
012346
012350
012354
012356

005046
153716
005046
153716

012366
012372
012374
012376
3214 012402
012402
012406
012412
012416
012420
012422
3215 012426
012426

012746
010600
104415
062706

012362

012430

012746

012746
012746
012746
010600
104415
062706
005046

153716

012434
012436
012442
012444
012450
012452
012456
012462
012466
012470
012472
3216 012476

005046
153716
005046
153716
005046
153716
012746
012746
010600
104415
062706

012506
012512
012514
012516

012746
010600
104415
062706

012476
012502

3217 012522

012522
012524
012530
012532
012536
012540
012544
012546
012552
012556
012562
012564
012566
3218 012572
3219
3220

gggé

3223

012746
012746

005046
153716
005046
153716
005046
153716
005046
153716
012746
012746
010600
104415
062706
000207

MACRO M1200

05 -MAR-84

C/
14:54

PAGE 43 |

SEQ 0080

-- ERR4as
002224

002222

013313

CLR
BISB
CLR
BISB

-(5P)
BSRS,(5P)
-(SP)
BSR4 ,(SP)

MOV
MOV
TRAP
ADD

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

MOV

000005

000014

PRINTX

015061
013306
000002

000006

PRINTX

@FMTAB,0TXT2A

@FMT4A,<B,BSR10>,<B,BSR11>,<B,BSR12>,<B,BSR13>»

002240

002234
002232
013253
000005

PRINTX

015120
013306

©OFMTA4B,0TXT2B

000002

000006

PRINTX

oFMT4C,<B,BSR14>,<B,BSR15>,<B,BSR16>,<B,BSR17>

RTS

002250
002246
002244

002242
013313
000005
000014
R

LSBT TL
:

ERROR HANDLER SUBROUTINE
COMMON ERROR
9 ROUTINE

CLR

-- ERR9S £ ERR9,

IDENTIFY

THE

QTXT2A, -(5P)
oFMTAaB, -(SP)
02,-(SP)
SP,RO

CSPNTX
#6,5P
-(SP)

8IS8

BSR13,(SP)

MOV
MOV

eTXT28B, -(SP)
oFMT4B, -(SP)

CLR
8IS8
CLR
BISB
CLR
BISB
MOV
MOV
MOV
TRAP
ADD

002236

0C0014

MOV
MOV
MOV
MOV
TRAP
ADD

OFMTAC, -(SP)

-(SP)
BSR12,(SP)
-(SP)
BSR11,(SP)
-(SP)
BSR10,(SP)
OFMT4A, -(SP)
05, -(SP)
SP,RO
CSPNTX
014,SP

MOV
MOV
TRAP
ADD

02,-(SP)
<P,.RO
CSPNTX
#6,SP

CLR
8IS8
CLR
BISB8
CLR
BISE
CLR
BISB
MOV
MOV
MOV
TRAP
ADD

-(SP)
BSR17,(SP)
-(SP)
BSR16,(5P)
-(SP)
BSR1S5,(SP?
-(SP)
BSR14,(SP)
oFMTAC, -(SP?
e5,-(SP)
SP,RO
CIPNTX
@14,5P

L R R

FAILING ADDRESS
& DATA

CNDMBAO DMVIL MCTRL

DIAG @2

ERROR HANDLER SUBROUTINE -3224
3225 012574
012574
012600
012604
012606
012610
3226 012614
3227 012620
012620
012624
012630
012634
012636
012640
3228 012644
3229 012650
012650
012654
012660
012664
012670
012674
012676
012700
3230 012704
012704
012710
012714
012720
012722
012724
3231 012730
3232
3233
3234
3235
3236
3237
3238 012732
012732
012736
012742
012744
012746
3239 012752
3240 012756
012756
012762
012766
012772
012774
012776
3241 013002
3242 013006
013006
013010

012746
012746
010600
104415
062706
005237

013746
012746
012746
010600
104415
062706
004737

MACRO M1200

ERR9S

013124
000001
000004
002300

D7
05 MAR -84

PAGE

43 2

SEQ 0081

&£ ERR9,

ERR9S:

ERRY.:

002300

PRINTX

INC

PRINTX

ONEWLIN

{WHEN CALLED FROM

REGNUM

;CONVERT

OFMTO9,REGNUM

INDEX

TEST,

START A NEW L INE

MOV
MOV
MOV

TO ELEMENT

013746
012746
012746
010600
104415
062706
000207

002252
013673
000002

MOV

REGNUM, -(SP)

MOV
MOV
TRAP
ADD

02,-(SP)
SP,R0
CSPNTX
06 ,5P

04,5pP

;IDENTIFY DATA PATTERN OFFSET

000002

002260
002256
002254
013714
000004

SP.RO

CIPNTX

MOV

000006
012162

JSR

PRINTX

PC, XORGB

@FMT10,GDATA,BDATA,XDATA

;DATA:

GOOD,

BAD,

OFMT09, -(SP)

& XOR

MOV
MOV
MOV
MOV
MOV
MOV

000012

PRINTX

OFMTO9A,TDATA

;LSI

XDATA, -(SP)
BDATA, -(SP)
GDATA, -(SP)
OFMT10, -(SP)
04, -(SP)
SP,RQ

TRAP

CS$PNTX

MOV
MOV
MOV

TDATA, -(SP)
OFMTO9A, -(SP)
02,-(SP)

ADD

ADDRESS

012,5P

MOV
RTS
‘

013124
000001

013746
012746
012746
010600
104415
062706
004737

002300

000004
002300

ADD

ERROR HANDLER SUBROUTINE
T

teposont

eeq

-- ERR10$ & ERR10.
1V

COMMON ERROR 10 ROUTINE

TO IDENTIFY

ERR10$:

PRINTX

{WHEN CALLED FROM

ERR10.:

INC

PRINTX

ONEWLIN

REGNUM

@FMTO9,REGNUM

;CONVERT

;IDENTIFY

INDEX

TEST,

START

002260

JSR

TO ELEMENT

DATA PATTERN OFFSET

A NEW LINE

MOV
MOV

CS$PNTX

MOV

REGNUM, -(SP)

TRAP
ADD

PC, XORGB
OFMTO2A,<B,GDATA>,<B,BDATA>,<B,XDATA>

;DATA:

ONEWLIN, -(SP)
o1, -(SP)
SP.RO

MOV
TRAP
ADD

MOV
MOV

PRINTX

THE FAILING ADDRESS & DATA

MOV

005046

06,5P

013621
000002

000006
012162

CSPNTX

-----------------------------------------------------------------------------

.SBTTL

012746
012746
010600
104415
062706
005237

SP.RO

TRAP

000006

ONEWLIN, -(5P)
01,-(SP)

TRAP

ADD

013621

013746
013746
013746
012746
012746
010600
104415
062706

153716

14:54

04,5P

OFMTO9. -(SP)
02, -(SP)
SP,RO

CS$PNTX
26,5P

Gogu‘.a BAD, & ;?n
L
me

8ISB

XDATA,(SP)

CNDMBAO DMV11 MCTRL DIAG @2
ERROR HANDLER SUBROUTINE

013014
013016
013022
013024
013030
013034
013040
013042
013044
3243 013050
013050
013054
013060
013064
013066
013070
3244 013074
3245
3246
:

005046
153716
005046
153716
012746
012746
010600
104415
062706
013746
012746
012746
010600
104415
062706
000207

MACRO M1200

14:54

PAGE 43-3

0082

ERR10$ & ERR10.

002256
002254
013127
000004
000012

002252
013673
000002
000006
S
.SBTTL

gg‘;
4

3249
3250 013076
013076
013102
013106
013110
013112
3251 013116
3252

O0S5-MAR-84

PRINTX

&FMTO9A,TDATA

RTS

;LSI ADDRESS

CLR
BISB
CLR
BISB
MOV
MOV
MOV
TRAP
ADD

-(SP)
BDATA,(SP)
-(SP)
GDATA,(SP)
OFMTO2A, -(SP)
04, -(SP)
SP,RO
C$PNTX
012,SP

MOV
MOV
MOV
MOV
TRAP
ADD

TDATA, -(SP)
9FMTO9A, -(SP)
@2, -(SP)
SP,RO
CS$PNTX
#6,5P

LR R L i
L L L P P
SUBROUTINE TO PERFORM "PRINTB
QENDEMB "

§ " """ eecccccceccccceccecneresceesec
e e seate s eeeeccccacaae
e cmesscmenoen o

012746
012746
010600

104414
062706
000207

013120
000001

NULERR:

PRINTB

@ENDEMB

; TERMINATE ERROR MESSAGE

MOV
MOV
MOV

TRAP
ADD

000004

RTS

A4 AR

QENDEMB, -(5P)
@1, -(SP)
SP,RO

CSPNTB
24 ,SP

CNDMBAO DMV11 MCTRL DIAG @2
FORMAT

MACRO M1200

SPEC'S FOR ERROR HANDLERS

05-MAR-84 14:54

PAGE 44

.
=

"“FMT___*

geg;

.SBTTL

2
gggg

FORMAT SPEC'S FOR ERROR HANDLERS

"FMT___*

Al
Rl Lt St e diingripieiiindriiuiniiediraii=definiedieddieiimbdieitaintridetatete
£ L LS L LS SRS SRR LS R LA
§eccccccccncas FORMAT SPEC'S USED BY ERROR MANDLERS -----ccccccccmcnaaacaaaan-

Bttt

3258
3259 013120
gggg 013124

045
045

116
116

3262
3263
3264
3265
3266
3267
3268
3269
3270
3271
3272
gg;z

013127
013213
013253
013306
013313
013346
013411
013476
013530
013542
013621
013673

045
045
04s
045
045
04S
045
045
045
045
04S
045

3275 013714
3276 013770
3278 014032
3279 014074

3277 014007

3280 014153
3281
3282
3283
3284
3285
3286
3287
3288

014234
014307
014367
01444)
014522
014562
014577
014614

gggg 014673

Al A

XA A

062
000

NLIST
ENDEMB:
NEWLIN:

BEX
.ASCIZ
.ASCIZ

/sN2/
/#N/

116
116
116
116
116
116
116
101
116
116
101
101

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

FMTO2A:
FMT4:
FMT4A:
FMT4B:
FMTAC:
FMTS:
FMTSA:
FMTO7:
FMTO06:
FMTO6A:
FMTO09:
FMTO9A:

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
LASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/#NwA
EXPECTED:
®03%A
ACTUAL:
®03%A
XOR:
w03/
/#NsA
THE CONTENTS OF ALLSTSN®T/
/#Nw%S1#038S5#03%S5803%55%03/
/wNw%T/
/#N®SS#03%SS#03%S5%038S5%03/
/#N®A
WHEN s#03%A LOADED INTO BSEL1/
/«NsA
ATTEMPTING “M-LOOP” FUNCTION CODE #02%A (sTsA)/
/#A
DETECTED IN #TeT#A --/
/#N2#S13%T/
/#N2#A
N
P
R
R
E
G
I
S
T
E
R
S:/
/#A
DETECTED ® TEST PATTERN ELEMENT ¢ =D2/
/#A
LSI ADDR:%08/

045
045

116
116

045
045

FMT10:
FMT11:

.ASCIZ
.ASCIZ

/#NwA
EXPECTED:#08%A
/#N«08%08%08%08/

045
045

116
101

045
040

FMT16A:
FMT17:

.ASCIZ
.ASCIZ

/#NwTsS038S#038SH03%S48038S803%S803/
/#A
VALUE SENT TO NPR CONTROL REGISTER:

045
045

045
045
045
045
045
045
045
045

045

116
116

116
116
116
116
116
123
123
116

116

045

04S
045
045
045
045
063
063
062

045

gggé

FMT16:

.ASCIZ

FMT17A:

.ASCIZ

FMT178:
FMT17C:
FMTSOA:
FMTSOB:
FMTSOC:
FMTSOD:
FMTSOE:
FMTSOM:

FMTS1A:

.SBTTL
A

3293

ACTUAL :#08%A

XOR:%08/

/w#NsTs#03%S4%03%S%03/
/s#NsA

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

=03/

VALUE READ FROM CONTROL REGISTER:

%03/

/s#NwA
LSI-11 MEMORY ADDRESS ACCESSED:%08/
/#NwA
INFORMATION ON THE FIRST OF #DS#A ERRORS:/
/s#NsA
TIMER @ 1 MODE:
®01%A
REGISTERS:/
/#NwS1S#ATICH
TICL
TILH
TiLL
ACR
IFR
IER/
/#NwS3s8T#S1#03%S38038S3803%S3803/
/#S3%03%S9%03/
/#S3%03%S3%03/
/#N2#S10#A(TICH & TI1CL MAVEN'T YET BEEN LOADED)/

.ASCIZ

/#NsA

TIMER ¢ 2 MODE:

®O01%A

TEXT STRINGS FOR ERROR HANDLERS -P

T2CH & T2LL:

=03w5#03/

"TxT___*
R

PPR

P
— TEXT USED BY ERROR HANDLERS ------vccccccmcaaannn- Lenwanunispos

3294
3295
3296
3297
3298
3299
3300
3301
3302
3303
3304
3305
3306
3307

014761
015017
015061
015120
015162
015212
015252
015313
015336
015353
015370
015405
gggg 015422

102
040
102
040
040
040
040
040
040
040
040
040

123
040
123
040
102
040
040
123
105
101
130
114

105
040
105
040
131
040
040
105
130
103
117
117

105

TXT1:
TXT2:
TXT2A:
TxT2B:
TXT3:
TXT4:
TXT4A:
TXT6:
TXT8A:
TXT8B:
TXT8C:
TX18D:
TXT8E:

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

/BSELO
BSEL1
BSEL2
BSEL3/
7
BSEL4
BSELS
BSEL6
BSEL7/
/BSEL10
BSEL11
BSEL12
BSEL13/
s
BSEL14
BSEL1S
BSEL16
BSEL17/
/ BYTE SELECT REG'S ARE:/
7
SELO
SEL2
SEL4
SEL6/
~/
SEL10
SEL12
SEL14
SEL16/
7 SELECT REG'S ARE:/
7/ EXPECTED:
~/
7 ACTUAL:
/
/7 XOR:
/
7 LOADED:
/
7 READ:
/

3310 015437

103

117

116

TXT11A:

,ASCIZ

/CONTROL

040

122

A A

D A

A0 0 T

CNDMBAO DMV11 MCTRL DIAG @2

MACRO M1200

TEXT

STRINGS FOR ERROR HANDLERS

3311
3312
3313
3314
3315
3316
3317
3318
3319
3320
3321
3322
3323
3324
3325
3326
3327
3328
3329
3330
3331
3332

040
021

040
000

040

015515
015521
015535
015552
015574
015615
015645
015657

116

117
105

120
101
111
122
122

015745
015752
015762
015772
016002
016017
016034
016051
016065
016101

116

123
125

015

122
120
120
105
116

012

120
117
101

G/
14:54

PAGE 44-1

SEQ 0084

MTXT

015460
015513

122
127
116

05-MAR-84

7/
IN ADDR.

TXT118B:
TXTNUL
:

.ASCIZ
.BYTE

TXTMLL:
TXTML2:
TXTMLS:
TXTMLA:;
TXTMLS:
TXTMLG:
TXTML7:

TXTMLO:

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

/NOP/
/READ 1 BYTE/
/WRITE 1 BYTE/
/NPR-0UT 256 BYTES/
/NPR-IN 256 BYTES/
/SET MICROPROCESSOR'S PC/
/UNDEF INED/

TXTNP;
TXTNPO:
TXTNPL:
TXTNP2:
TXTNP3:
TXTNPY;
TXTNPS:
TXTNP6
:
TXTNP7:
TXTNPS8:

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

/NPR /
/CONTROL
7/
/DATA HI/
/DATA LO/
/ADDR. OoUT EX/

21,0

OUT

ADDR.

€15><12>/SET MAINT

/ADDR.
/ADDR.
/ADDR.

OUT HI/
ouT L0/
IN EX/
IN HI/
IN LO/

s;CTL-Q --

THIS (WE HOPE) IS HARMLESS

INTERRUPT £ CLR INT DISABLE

IN CPU STATUS/

CNDMBAO DMV1l MCTRL

ERROR MESSAGES

DIAG &2

MACRO M1200

gggb

3346
3347
3348
3349
3350
3351

ERROR MESSAGES

016316
016351
016402
016424
016437
016461

3352 016502
3353 016526

3354 016540
3355 016552
3356 016573

3357 016614
3358 016671
3359 016746
3360
3361
3362
3363

017020
017074
017153
017177

3365
3366
3367
3368
3369
3370
3371
3372
3373
3374
3375
3376
3377
3378
3379
3380
3381
3382
3383
3384
3385
3386
3387
3388
3389
3390

017242
017271
017337
017405
017453
017507
017543
017610
017652
017740
020002
020070
020132
020214
020256
020324
020376
020442
020507
020556
020621
020673
020734
021002
021050
021104

3364 017215

SEQ 008S

125
115
116
102
127
102
127
116
116
116
115
130
130

130
042
042

115
115

104
042
116
116
111
104
042
116
042
042
042
042
126
126
042
042
126
042
126
042
042
042
042
042
042
042
042
042
042
042
042
042
126
042

055
122
120
101
117
131
117
120
120
120
115
055
055

055
101

102
111
111

115
115
117
117
116
115
110
117
115
124
124
124
111
111
124
124
111
124
111
124
124
124
124
120
120
120
120
124
120
120
124
124
111
124

104
104
122
104
122
124
122
122
122
122
125
101
101

101
042
042
123
123

126
101
040

040
126
126
101

040
117
061
061
061
101
101
061
061
101
061
101
061
061
061
061
102
102
102
102
061
102
102
062
062
101
062

"EM___

-----------------------------------------------------------------------------

f§---=cceccccecs

016152
016204
016226
016251
016274

PAGE 45

.SBTTL

3338
3339 016115
3340 01€135

14:54

"EM___"

gg;g

3341
3342
3343
3344
3345

05-MAR-84

ERROR MESSAGES USED BY ERROR CALL'S
e

EM3:
EM4:
EM26:
EM26A:
EM26B:
EM26C:
EM26D:
EM26E:
EM26F:
EM26G:
EM27:
EM27A:
EM278:

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.fiSCIZ

/U-DIAG. FAILURE/
/MRDY TIMEOUT/
/NPR LOGIC M-CLEAR FAILURE/
/BAD NPR REG. LOAD/
/WORD NPR-OUT ERROR/
/BYTE NPR-OUT ERROR/
/WORD NPR-IN ERROR/
/NPR TIMEOUT -- "ABORT" SET/
\NPR BS7 FAILURE ON WRITE\
/NPR-ABORT FAILURE/
/MMU ABORT!/
/X-ADDR. NPR ABORT/
/X-ADDR. NPR HUNG/

EM34B:

.ASCIZ

/"B" INT.?2/

EM27C:
EM34:

EM3S5:
EM358:

EMAO:
EMAL:
EMA2A:

EMA2B:
EMA2C:
EMA3A:
EMA3B:

EMA3C:

EMA3D:
EMSOA:
EMS0B:
EMSOC:
EMSOD:
EMSOE:
EMSOF:
EMS0G:
EMSOM:
EMSOI:
EMS0J:
EMSOK:
EMSOL:
EMSOM:
EMSON:
EMS0S:
EMS50U:
EMSOvV:
EMSOM:
EMSOX:
EMS0Y:
EMS50Z:
EMS1B:
EMS1C:
EMS1E:
EMS1F:

.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
.ASCIZ
.ASCIZ
.ASCIZ
.flSCIZ
L.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
_ASCIZ

-------ccmcmmmmacaan
i
e

/X-ADDR. NPR FAILURE/
/"A" INT.?2/
/MISSING
/MISSING

"A"”
“B”

INT./
INT./

/DMV INIT'D BY “BINIT” WITH “DISABL INIT" SET/
/"MASTER RESET” FAILED WHEN "DISABL INIT" SET/
/NO "“POMER UP” VECTOR ON "DCOK” GOING HIGH/

/NO INIT ON "DCOK"” LOW & “DISABL INIT" CLEAR/
~/INVALID INIT ON “DCOK” LOW & "DISABL INIT" SET/
\DMV MICRO-CODE HUNG\
/"MALT" FAILED/

/NO POWER-UP SEQUENCE/

/"MOP-BOOT" LOAD FAILED/
\"T1” FLAG NOT CLEARED BY LOADING T1LH\
\"T1” FLAG NOT CLEARED BY LOADING TI1CH\
\“f1"” FLAG NOT CLEARED BY READING T1CL\
\VIA‘S T1CL NOT DECREMENTING\
\VIA'S T1CH NOT DECREMENTING\
\"T1” FLAG NOT SET ON TIMER 1 TIMEOUT\
\"T1" FLAG CLEARED BY READING T1CH\
\VIA‘'S TiLL IMPROPERLY LOADED BY WRITING TICL @ ADDR 4\
\"T1” FLAG CLEARED BY READING TiLL\
\\VIA‘'S TiLH IMPROPERLY LOADED BY WRITING TiCH @ ADDR S\
\"T1“ FLAG CLEARED BY READING T1LMH\
\“T1" FLAG NOT SET AFTER RE-LOADING TICH & TIMEOUT\
\"T1" FLAG CLEARED BY LOADING TiLL\
\"T1" FLAG NOT CLEARED BY LOADING T1CH\
\"PB7” W/IN VIA NOT SET ON TIMER 1 TIMEQUT\
\"PB7~” NOT SET AFTER TIMER 1 TIMEOUT\
\"PB7"” NOT DRIVEN LOW BY LOADING T1CH\
\"PB7" UNEXPECTEDLY MODIFIED BY TIMER 1\
\"T1"” NOT RESET AFTER BEING CLEARED\
\"PB7" PREMATURELY SET DURING T1 COUNTDOWN\
\"PB7" NOT SET AFTER SECOND CYCLE\
\"T2" FLAG NOT CLEARED BY LOADING T2CH\
\"T2" FLAG NOT CLEARED BY READING T2CL\
\VIA'S T2CH NCT DECREMENT ING\
\“Te2" FLAG NOT SET ON TIMER 2 TIMEQUT\

CNOMBAO DMVl MCTRL DIAG #2
ERROR MESSAGES
3391
3392
3393
3394
3395
2396
3397
3398
3399
3400
3401
2402

MACRO M1200

14:54

PAGE

45-1

021151
021213
021275
021387
021405
021457
021535

124
124
124
124
124
123
117

021653
021711

117
115

021567

05-MAR-84

116

EMS1G:
EMS1L:
EMS1M:
EMSIN:
EMS1P:
EMS2A:
EM528:
EMS2C:
EMS2D:
EM60ON:

ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ2
.EVEN

\ntzu
\ntan
\.0'2.:

\utan
\u‘au

\umn

FLAG CLEARED BY READING T2CH\
FLAG NOT SET AFTER RE-LOADING

T2CH &

TIMEOUT:

FLAG CLEARED BY LOADING TaLL\
FLAG NOT
FLAG NOT

CLEARED BY LOADING T2CH\
SET AFTER APPROPRIATE DELAY\

FLAG SET BEFORE ACCESSING SHIFT REGISTER:
\NO “SR” INT. USING MODE 2\
\INCOMPLETE SHIFTING OPERATION IN MODE 2 - - GOT
\NO “SR” INT. AFTER READING SR\
/DMV EXTENDED NPR WRITE ERROR/

INT,

0086

CNDMBAO DMV11l MCTRL DIAG @2
TEXT

ADDRESS

MACRO M1200

TABLES FOR ERROR MANDLERS

33:8;

O05-MAR-84

14:54

PAGE 46

SEQ 0087

“TXT__T*

.SBTTL

TEXT ADDRESS TABLES FOR ERROR MANDLERS
s

-0

- -

“TxT_
T~

...........................................................................

e TEXT ADDRESS TABLES USED BY ERROR MANDLERS - - -« -« - vcovovomnn.

;:ge
’

3408
.;208 021746

015515

015521

015535

TXTMLY:

.WORD

TXTMLO,TXTMLL,TXTML2,
TXTMLS, TXTMLA, TXTMLS, TXTMLE, TXTML7

3411 021766
SS:l% 021770

015745
015752

015762

015772

TXTNPT:

.WORD
.WORD

TXTNP
TXTNPO, TXTNPL, TXTNP2 , TXTNP3 , TXTNPG , TXTNPS, TXTNPG , TXTNP 7, TXTNPS

LIST

BEX

3414

I<7
CNOMBAO OMVI1 MCTRL DIAG @2

MACRO M1200

O05-MAR-84

14:54

PAGE

S5EQ 0088

LOAD DEVICE PROTECTION TABLE

.SBTTL LOAD DEVICE FROTECTION TABLE

3416
3417
3418
2319
3420
3421
3322
2% 022012
3424
3425
3426
2327

022012
022012
022014
022016
022020

§ILILITIIIIIIIIT PP

THIS

TABLE

IIL P PILLLIPII PP

IDENTIFIES

ITI PP P IL PP PLPIP PP IP PP PP

THE LOAD DEVICE

THE

SUPERVISOR,

IIP

SO THAT

PP 77772777

IT CAN BE

+/ PROTECTED FROM TESTING. IF DE.IRED.
RILITILL2EIIIIIIIIIIII
LI TIII0 7008000007007 0 0000000000000 0870707070717 7707777

BGNPROT

177777
177777

177777

. WORD
.WORD
. WORD

ENDPROT

-1
-3
1

;DON'T CH- CSR ADRS
;:DON’'T CHK MASSBUS UNIT NO.
;OON'T CHK DRIVE NO.

LS$PROT::

CNDMBAO DMV11 MCTRL DIAG @2

MACRO M1200

O05-MAR-84

14:54

PAGE 48

SEQ 0089

INITIALIZE SECTION

g:gg

.SBTTL INITIALIZE SECTION

3431
3432

/1177777777877
77777 7777777777777 7777777777777777777777/7777/777/77777
:/ THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED

3433

i/ AT

3434

THE BEGINNING OF

THE

TEST SEQUENCE ON THE NEXT UNIT,.

$//7IPI7707 7777777772777 72727 7777772777077 72777777772777777777777777/777/77777

3435
3436 022020
sa3? 022020

3438 022020

022020
022024

022030
022034
022040
022042

3439
3440
3441 022046
3442
3443 022052
022052
022056
3444 022060

022060

3445
3446 022062
022062
022066
3447 022070
022070
3448
3449 022072
022072
022076
3450 022100
022100
3451
3452 022102
022102
022106
3453 022110
022110

BGNINIT

012746
012746
012746
012746
104437
062706

012700
104447

000040

MOV
SP,PSTACK
:SEE IF PROGRAM JUST STARTED,
READEF
9EF .START

:SEE

BCOMPLETE
;SEE

000035

;SEE

000137

000036

BCOMPLETE

022414

10$:

g:gg

GE TPRM

JMP

CONTIN

;4¢+ ENTER HERE

g:g? 022120

005037

002306

g:gg

STARST:
:

3464 022124
3465 022130

022130

BR IF

B8CS

STARST

MOV
TRAP

Q€EF _.RESTART
RO
CSREFG

8Cs

RESTRT

MOV
TRAP

9EF .NEW,RO
CS$REFG

BCS

NEWST

MOV
TRAP

QEF .CONTINUE
RO
CSREFG

8CS

108

YES

005037

002314

012746

000000

RESTRT
BR

YES

NEWST

IF PROGRAM WAS JUST CONTINUED
READEF
&EF .CONTINUE

103401

g:g? 022114

#EF .START
RO
CSREFG

STARST

THIS IS A NEW PASS,
READEF
9EF .NEW
BCOMPLETE

103454

000461

MOV
TRAP

CLR

TEST FOR

10$

;(THIS IS
IF

“START"

STARES

#140, -(SP)
@3, -(SP)
CsSVEC
10,SP

;

000037

103454

g:g; 022112

#340, -(SP)
170000, -(SP)

s+SAVE BASE -LEVEL STACK POINTER
BR IF YES
.

IF PROGRAM JUST RESTARTED,
READEF
9EF .RESTART

;JB REV A-0

MOV
MOV

MOV
MOV
TRAP
ADD

BCOMPLETE

103417

012700
104447

:ODT ROM ADDRESS

000010

002270

012700
104447

#140,4170000,#340

000140
000003

010637

012700
104447

SETVEC

000340
170000

LSINIT::

COMMAND

TO FAR AWAY FOR A

“BR"

INSTRUCTION)

ISSUED

;:CLEAR FLAG TO SHOW JUST HAD STA OR RES

THE PRESENCE OR ABSENCE OF A CONSOLE TERMINAL.

CLR
SETVEC

CONSOL
#4,4CONTST,#0

tRESET THE CONSOLE TERMINAL FLAG
:SETUP BUS TIMEOUT VECTER TO TEST FOR A CONSOLE

MOV

20, -(SP)

CNDMBAO DMV1l MCTRL DIAG &2

MACRO M1200

O05-MAR-84

14:54

PAGE 48-1

SEQ 0090

INITIALIZE SECTION
022134
022140
022144
022150
022152
3466 022156
3467 022162
022162

3468
3469
3470
3471
3472

022166

012746
012746
012746

104437
062706
005737
012700
104436

022514
000004
000003
000010

177564

TST

CLRVEC

000004

80177564

¢4

s TRY

TO ACCESS

THE CONSOLE

sWE SHOULD BE THROUGH WITH THIS g; NOW

THIS POINT,

IF A CONSOLE

TERMINAL

IS PRESENT,

IF NO CONSOLE TERMINAL EXISTS (OR AT LEAST NOT AT
“CONSOL" WILL BE NON-ZERO (-1).

022222
022226

005737
001412

002314

012746
012746
012746
010600
104417
062706

000004
022524
000002

022256
022256
022262
022262
022266
022270
022272
022272
022274
022300
022302
022310

000006

+IF CONSOLE

PRINTF

oCFMTO,ONPROTS

;TELL

ISN'T

THE OPERATOR WHAT

THERE,

TESTING :gN'T BE DONE
ONPROTS, -(SP)
v

TRAP
ADD

RESTRT:

002306
002310

177777
002306
002304
000001

002266

002312

CLR

STARES

;CLEAR FLAG TO SHOW JUST HAD STA OR RES

DEVMAP

;CLEAR DEVICE MAP

MOV

©-1,LOGDEV
STARES
FRSPAS

@B8IT0,DEVPTR

GET UNIBUS ADDRESS,

VECTOR,

;RESET LOGICAL DEVICE TO -1
;INC @ OF PASSES SINCE STA OR RES
; INCREMENT NO. OF PASSES AFTER LOAD

:INIT DEVICE MAP BIT POINTER

PRIORITY LEVEL,

SWITCH PACKS,

éerpggunecroa INFORMATION FOR THIS LOGICAL DEVICE

005237

002266

013700
104442
010001

002266

103403

" INC

GPHARD

002312

053737
006337

002312
002312

012100
012703
012702
010022

LOGDEV

LOGDEV,R1

BCOMPLETE

006337
000766

ASL

002310

000020
002320

SP,RO

CSPNTF
26 ,5P

;ENTER HERE BEFORE EACH TEST

MOV
INC
INC

;

@CFMTO, -(SP)

;444 ENTER HERE IF “RESTART” COMMAND ISSUED

NEWST :

012737
005237
005237
012737

TERMINAL

10%:

i
022314
022316
022322
022326

g(‘NSOL

#4 ,RO

CsCVveC

“CONSOL” WILL BE ZER 0.
THE STANDARD ADDRES S).

MOV

022232
022232
022240
022244
022250

;é;

C$SVEC

#10,SP
"X CSR”

MOV

;
005037
005037

TRAP
ADD
TERMINAL'S
v
TRAP

3473 022170
3474 022174
3475 022176
022176
022202
022206
022212
022214
022216
022222

#CONTST, -(SP)

MOV
MOV
MOV

10%

DEVPTR

B8R

GE TPRM

BIS

DEVPTR,DEVMAP

ASL

DEVPTR

TEST

; INCREMENT LOGICAL DEVICE NUMBER
:GET P-TABLE POINTER INTO R1

:BR IF DEVICE AVAILABLE

MOV
TRAP
MOV
e

LOGDEV,RO
C$GPHRD
RO,R1
o

;IF UN-AVAILABLE, SHIFT DEVICE MAP BIT POINTER

AND SKIP THIS DEVICE

;ELSE,

;SHIFT

SET BIT FOR THIS DEVICE IN DEVICE MAP

DEVICE MAP BIT

POINTER

“R1” WAS RETURNED WITH A POINTER TO THE CURRENT *“P-TABLE"

12%:

MOV

(R1)+,RO

;GET

MOV

016. ,R3

iWE HAVE

MOV

RO,(R2)+

1SETUP ONE CSR POINTER

MOV

OMPCSR, R2

:THIS

THE

DEVICE

CSR

ADDRESS

TO SETUP THIS MANY ADDRESS POINTERS

THE

ADDRESS OF

THE FIRST

POINTER

CNDOMBAO DMV1l MCTRL DIAG #2

MACRO M1200

0S5-MAR-84

14:54

N7
PAGE 48-2

SEQ 0091

INITIALIZE SECTION
3506
3507
3508
3509
3510
3511
3512
3513
3514
3515
3516
3517
3518
3519
3520
3521
3522
3523
3524
3525
3526
3527
3528
3529
353¢
3531
3532
3533
3534
3535
3536

022330
022332

005200
077303

INC

soB8

R3,12$

;POINT TO THE NEXT CSR ADDRESS

;LOOP AS LONG AS THERE ARE MORE TABLE ENTRIES
;ELSE,
FALL THROUGH TO CONTINUE GETTING MORE
:

022334

022336
022342
022344

022350
022352

012100
010037
022020
010037

022354
022356
022360
022362

012100
006200
006200
006200
006200
010037

022366
022370
022374

022121
012137
022111

022376
022400
022404
022406
022410

012100

012703
006200
077302
010037

002360
002362

002364

022470
3550 022474

(R1)+,RO
RO,MPIVEC

MOV

RO,MPOVEC

MOV
ASR
ASR
ASR
ASR

MOV

(R1)+,RO
RO
RO
RO
RO
RO,MPRIOR

CMP

(R1)+,(R1).

cMP

(R1)+,(R1)

002366

MOV

000006

MOV
MOV

15s:

ASR
so8

002370

MOV

THEIR

002364
006140
002362
000003

VECTOR POINTER

:SETUP OUR VARIABLE FOR INT.
;GET DMV-11 BOARD TYPE

(R1)+,RO
96 ,R3

;GET CONTROL FLAGS
;POSITION THEM PROPERLY

R3,15¢

RO,PT.CTL

;SKIP OVER CONNECTOR FLAG

;PUT

WHERE

IN THE WORD

TESTS EXPECT

STARES, 21

;FIRST

BNE

40%

BIT

oPU24 ,PT. CTL

;IF

:
zo’

PRINTF
PRINTF

BNE

40%

PASS

IF NO:

SINCE

STA OR

000010
006210

TO FIND

RES

;JB

;s THROUGH INTERRUPT VECTOR 24
£ 26,
OPERATOR

REV

THAT NO DCOK

TESTING

QOMPIVEC,OMPIMAN,30MPRIOR

;SETUP

“A"

INT.,

VECTOR
MOV

IHILNK

;:;JB REV
;JB REV

SOMPRIOR, -(SP)

oMP IHAN, (SP)
MXVEC (SP)

TRAP

CSSVEC

ADD

83, -(SP)
@10,5P

sWE DON'T WANT THE HANDLER TO LINK ELSE"“E

SETVEC

SOHPOVEC.OHPOHAN OMPRIOR

CLR

IHOL NK

;;SETUP

3WE DON'T WANT

“B"

INT.,

VECTOR
MOV
MOV
MOV
MOV
TRAP
ADD

JOMPRIOR, -(SP)
SMPOMHAN, -(SP)
SOMPOVEC, -(SP)
23, -(sP)
CSsSVEC
210,SP

THE HANDLER TO LINK ELSEWMERE

A-

;JB REV A-0

MOV
MOV
MOV

CLR

A-O

:JB REV A-O

;ENTER HERE WHEN A “CONTINUE“ COMMAND IS ISSUED
SETVEC

A-O

;jg SEV :-g

THE PROCESSOR ISN'T STRAPPED TO0 COME P

OCFHTZ..DCOKTS OHLTEST sTELL THE
OCFMT3
;WILL BE DONE

;JUB REV A-0

:JB REV

:JB REV A-Q

SKIP POSSIBLE PRINTOUT

002360
000003
000010
006136

VECTOR INIT'S

;SKIP OVER SWITCH #'S 1 € 2

(R1)+,BRDTYP

”“B" VECTOR

SETTINGS

CONTIN:

013746
012746
013746
012746
104437
062706
005037

"B”

;:GET DMV11l DEVICE PRIORITY
:
RE-POSITION IT

cMP

002364

;SETUP

013746
012746
013746
012746
104437
062706
005037

(RO)+,(RO)+

;GET INTERRUPT VECTOR
;SETUP "A" VECTOR POINTER
;ADD 4 TO VECTOR TO GET ADDRESS OF

TEST THE VARIOUS CONTROL FLAGS &€ REPORT NON-STANDARD ACTION RESULTING FROM

3537
3538
3539
3540

3541
3542
3543 022414
3544
3545 022414
3546
3547 022414
022414
022420
022424
022430
022434
022436
3548 022442
3549 022446
022446
022452
022456
022462
022466

MOV
MOV
cMP

P-TABLE DATA

A-0
A-0

MACRO M1200

CNDMBAO DMV11 MCTRL DIAG @2

B8
05- MAR -84

14:54

PAGE

48-3

5EQ 0092

INITIALIZE SECTION
3551 022500
3552
3553 022504
3554 022512
022512
022512
3555
3556
3557
3558
3559
3560 022514
3561 022522
3562
3563
3564
3565 022524
3566 022613
3567 022673
3568
3569

005037

002274

012737

000001

CLR
002302

INTWCH

tRESET

01,FRSTIM
MOV
ENDINIT
1END OF

“INTERRUPT WATCH" FLAGS (BOTH

tMARK FLAG FOR NEXT

"INIT" CODE

TIME

012737
000002

17727277

002314

SUBROUTINES USED BY

INTERRUPT HANDLER FOR CONSOLE

CONTST:

045
045
045

116
116
116

045

“INIT” CODE

.NLIST
CFMTO:
CFMT2:
CFMT3;
LIST
.EVEN

MOV

RTI

@-1,CONSOL

TRAP

TERMINAL PRESENCE

s INDICATE
s RETURN

THAT

“B")

CSINIT

eeesee
TESTING

NO CONSOLE

TERMINAL

EXISTS!

FORMATS FOR FORCED MESSAGES

BEX
JASCIZ
LASCIZ
LASCIZ
BEX

THROUGH

L10022:

104411

“A"

/¥NsSA TEST #D2¢A SUBTEST 3 CAN'T RUN -- NO CSR @ 177564/
/#NsSA TESTS #D2sA AND sD2s#A CAN'T RUN -- CPU NOT/
/%¥NuSASASTRAPPED TO POWER-UP THROUGH VECTOR 24/

CNOMBAO0 NMVIL MCTRL DIAG @2

MACRO M1200

05 -MAR-84

14:54

PAGE 49

SEQ 0093

AUTO DROP UNIT SECTION

K71
357

.SBTTL

;575

AUTO DROP UNIT SECTION

CRLSSLIIIIIIIIIITIIIII L I III PP I IIIIIII7 P 7 7027277777777 7077777277277/ 7272727777

X574
3575

1/ THE AUTO DROP CODING DETERMINES WHE THER OR NOT
i1/ WAS JUST OBTAINED IS READY FOR TESTING, AND IT

3576
3877

§/ /07

THE DEVICE WHOSE P-TABLE
IS DROPPED IF NOT READY.
I7777 7777727 7077770277772 7772707777277277777727777722777277272727777272727777727/777272777

578

1000080000000 00000000000000000000000000000000000000000000000000000000000000000

3579
3580
3581
3582

H
H
H

3585

:--000000000.0...00‘..‘00.000.0.000.0.0.00..00‘000‘000000.‘.0000.000.000..0000

gggz

3586
3587 022752
sses 022752

3589 022752
022752
022756
022762
022766
022772
022774

3590 023000
3591 023004
gggg 023010

012746
012746
012746
012746
104437
062706
005037
012702

013703

000010
002412
000001

013703
012702
005723

002320
000001

012700
104436
005737
001403

000004

013700
104451

002266

gg%g 023064

CLR
MOV

002320

3598 023022
3599 023026
3600 023032

3605 023042
023042
023046
3606 023050
3607 023054
3608 023056
023056
2600 023062

SETVEC

000000
023070
000004
000003

105723
006302

3601 023034
3602 023036
gggz 023040

ARE ACCESSED WITH EITHER A "TST” OR "TSTB"” INSTRUCTION.

BGNAUTO

3594 023014
3595 023016

ggg? 023020

THIS ALGORITHM IS THE SAME A CNDMA TEST @ 1 EXCEPT THAT TEST
WILL JUST REPORT THE FAILURE AND GO ON -- THIS ROUTINE WILL CAUSE THE
DEVICE 10 BE DROPPED IF A BUS-TIMEOUT OCCURS WHEN ANY OF THE CSR'S

18:

103375

002412

000240

3612 023066
023066
618 023066

104461

3614 023070

050237

2%:

AD.OK:

@4,0AD.HIT,00

$SETUP

INVALID-ADDRESS

MOV

BSELO,R3

sINITIALIZE TRAP FLAG REGISTER
sFLAG BIT
s INIT ADDRESS POINTER

IST8
ASL

(R3).
R2

sACCESS

MOV
MOV
TST

BSELO,R3
01,.R2
(R3).

sRE -INIT ADDRESS POINTER
sRE -INIT FLAG BIT
sACCESS THE CSR'S BY WORDS.

CLRVEC

;RESTORE

TST
BEQ
DODV

TMPO
AD.OK
LOGDEV

;DID WE GET MIT
sNO,
EXIT TEST
s YES, DROP THIS LOGICAL DEvV.

ASL
ASL
B8CC

THE CSR'S Bv

AD.HIT:

CS$SVEC
€10,SP

R2
R2
g )

NOP

BIS

TRAP
ADD

00, -(SP)
@AD . HIT, -(S5P)
04, -(SP)
03,-(SP)

BYTES.

THE

VECTOR

1(FOR PATCHING

TO DS

MOV
94 ,RO
TRAP
CsCvEC
WITH AN INVALID ADDRESS TRAP?

IN A HALT

ENDAUTO

002412

TRAP VECTOR
MOV
MOV
MOV
MOV

TMPO
01,R2

B8CC

006302
006302
103374

LSAUTO::

sFLAG

THE

MIT

GET

LOGDEV ,RO
CcsDODV!

IF NECESSARY)
L10023:

R2, TMPO

MOV
TRAP

IT?

TRAP

Csauto

CNDMBAC DMVI1 MCTRL DIAG @2
AUTO DROP UNIT

SECTION

3615 023074
2o1lo

000002

MACRO M1200

O5-MAR 84 14:54

RII

D8
PAGE 49-1

SEQ 0094

1RETURN

CNDMBAO OMV11 MCTRL DIAG @2

E8
MACRO M1200

O05-MAR-84

14:54

PAGE

SEQ 0095

CLEANUP CODING SECTION

.SBTTL CLEANUP CODING SECTION

3618

§ILLLIIIIIIIIIIIIP0777
2000000700777 70777770777777077777777777777777777

i/
i/

THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED
AT THE END OF THE TEST SEQUENCE ON A PARTICULAR UNIT,

RILLIIIIIIIIIP7008000000800
0000700007000 00007007000700770077070777027777

BGNCLN

023076
023076

023076
023076
023102
023104
023104
023110
023112
023112
023112

013700
104436

002360

013700
104436

002362

104412

CLRVEC
CLRVEC
ENDCLN

@QoMPIVEC

LSCLEAN::
tRETURN VECTORS TO SUPERVISOR
MOV

&oMPOVEC

L10024:

SoMPIVEC,RO

TRAP

CsCveC

MOV
TRAP

aoMPOVEC,RO
CsCveC

TRAP

CSCLEAN

CNDMBAO DMV1l MCTRL DIAG &2

MACRO M1200

O05-MAR-84 14:54

PAGE 51

SEQ 0096

DROP UNIYT SECTION
ggo

.SBTTL DROP UNIT SECTION

3632
3633
3634
3635

$/ /1777777777777 7777777727777777777772727727777777277727777772777277727772727727272777227777
:/ THE DROP-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
1/ TO NO LONGER BE TESTED.
3/ 1177777777777 77772777772777727772777727772777777777777270777772727/77277277777/77777777

3636

3637 023114

3638

BGNDU

023114

3639 023114
023114
3640 023116
023116
023116

;s ISSUE UNIBUS RESET TO CLEAN UP
104433

104453

L$DU::

BRESET
ENDDUV

L10025:

TRAP

CSRESET

TRAP

csou

CNDMBAO DMV11 MCTRL DIAG @2

MACRO M1200

05-MAR-84 14:54

(8
PAGE 52
SEQ 0097

ADD UNIT SECTION
36‘§
364
3644
3645
3646
3647
3648
3649
3650 023120
023120
3651 023120
023120
023120

.SBTTL ADD UNIT SECTION

§ILLLILIIIIIIIIIIITIIY
00T P 007770007777 77 7007777777777 777707777777777
i/ THE ADD-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
i/
TO BE (A) TESTED FOR THE FIRST TIME, OR (B) RESUMED IN TESTING.
IF
i/
"EF AUNIT” IS SET, THE UNIT WILL BE TESTED AS A NEW UNIT,
RIVILILLIIIIIIILLITEIPPIIIIII
L7707 7770007770770 77000000777777777777

BGNAU
ENDAU
104452

L$AU::
L10026:
TRAP

CsAv

CNDMBAO DMV11 MCTRL DIAG @2
TEST

VIA

TIMER 2 ONE

SHOT

3691

MACRO M1200

HE
O05-MAR-84

14:54

PAGE 53

SEQ 0098

MODE

.SBTTL TEST 1

-- VIA TIMER 2 ONE SHOT MODE

$°0088000 0000000040000 0000000000000 0000000000000 00000000000 000000800000000000s

TEST 1

-- VIA TIMER 2 ONE SHOT MODE

e
ie

THIS
TEST
VERIFIES
THAT
THE
INTERVAL -TIMER (ONE -SHOT) MODE.

TIMER 2 COUNTER IS OPERATIONAL IN

THE FOLLOWING IS PERFORMED :

e
i

BY
SETTING ACRS = O AND THE PROGRAM CHECKS FOR
TO BE INITIALLY CLEARED.

i e
ie

T2L-L
(THIS

(ADR 08)
& T2C-H (ADR 09) ARE BOTH LOADED WITH 252 (OCTAL).
IS EQUIVALENT
TO
AAAA
(HEX) OR 43,690 (DECIMAL).) LCADING

i e

T2L-L

ie
ie

SET
"T2”
MWITH A QUICK UNDERFLOW.
AND CHECKED TO BE SET.

R
;e

T2C-H IS CHECKED TO = 0. CHECKING T2C-H SHOULD NOT NAVE CLEARED
-- THIS IS VERIFIED.

MASTER

CLEAR

T2C-H STARTS

THE

DONE

&€

THE

TIMER

PLACED

INTERVAL -TIMER

MODE

“T2" (BIT S IN IFR)

COUNTER.

i ®

T2C-L

THIS

LOADED

WITH 001

AND

T2C-M

IS LOADED

THE

WITH 000

"T2" FLAG BIT

IN ORDER

"T2*

IS CHECKED TO = O. CHECKING T2C-L SHOUWLD HAVE CLEARED “T2"

TOO0

IN IFR IS READ

VERIFIED.

L
is
ie

T2C-H
IS LOADED WITH O AGAIN TO INITIATE A NEw COUNT DOWN (WHICH
SHOULD UNDERFLOW
ALMOST
IMMEDIATELY)
AND
THE “T2" BIT IN IFR IS
CHECKED TO BE SET AGAIN.

;E%L IS LOADED WITH 125 (OCTAL) AND “T2" BIT IS CHECKED TO BE STILL

‘.

T2C-H IS LOADeD WITH 125, AND THE

CLEARED BY

THE

T2C-H.

“T2~ BIT

IS READ AND CHECKED TO BE

'
e
0808000000000 0000000000000000000080000000000000000000000000000000000000000e

023122
3692 023122
023122
023122

2693

3694
3695 023124
3696 023130
3697 023132
023132
3698 023134
023134
023136

BGNTST

T1::

BGNSUB
104402

004737
103003
104460
104410
000700

o
003514

SRR

JSR
8CC
ERROR

PC,MSTCLR
1s

ESCAPE

TST

S R

TRAP

Eais

s INIT DMV & ENTER M-LOOP
: IF NO ERROR, PROCEED WITH TESTING
tELSE, REPORT ERROR
TRAP
H

€ EXIT

TEST

TRAP
WORD

csBsu8

CSERROR
CsE SCAPE
L1002
7 .

DMV11 MCTRL

TEST

VIA TIMER 2 ONE

2699 023140

3700 023144

3701 023146
3702 023150
3703 023152
023152
3704 023154
023154
023156
3705 023160
37
023164
3797 023166
023166
022170
3708 023172
2709 023174

3710
3711
3712
3718
3714
3715
3716
5717
5718

DIAG @2

023174
023176
023200
023202

023204
023212
023216
023220
023222
023224
023224
3719 023226

023226
023230
3720 023232
3721 023236
3722 023240
023240

023242

3728 023244
3724 023246

023246
023250
5725
5726

004587

002000
000000

MACRO M1200

14:54

PAGE

SEQ 2099

SHOT MODE

004630

18:

JSR
2000

RS,INITTZ

B8CC
ERROR

.+10

ESCAPE

103003

104460
104410
000660
004787
102002

18
O05-MAR B84

024072

JSR
8vC
ESCAPE

104410
000644

103033

8CC

GEDF

PC.GETT2
. *6
SuB

EMS51B.ERRS]

104455

s INITIALIZE TIMER @ 2
s
2000 =+> LATCHES
(PREVENTS IMMED. TIMEOUT)
i+
MODE O £ "“T2” INT, ENABLE FLAG CLEARED
: IF NO ERROR, PROCEED
tELSE, REPORT I7

AND EXIT

]
s IS

12"

SET?

s IF NO ERROR, PROCEED
tELSE,

000002
004042

002435

MOVB
T2CH
TTMP9. 1

8CC

FRROR

iNO, GOOD.

1738

ExIT
CSESCAPE

L10030-.

sYES, REPNRT IT'S NOT BEING CLEARED & INIT.
[
"DEVICE FATAL” ERROR @ 9

024072

JSR
8vC
ESCAPE

8CC

GEDF

sINIT

l.lo

: IF NO ERROR, PROCEED
;ELSE, REPORT IT

PC,GETT2
.+6
5UB
68

EMS1B.ERRS1

TIMER @ 2 By

;72C-H (ADDR 09)

104455

000012
020734
o11176

CSERDF

. WORD
. WORD
. WORD

9
EMS18
ERRS
!

TRAP

CSERROR

TRAP

CSESCAPE

02,TMPI.1

RS ,WRITE

ESCAPE

104410
000572
103006

AND EXIT

WRITING

THIS TEST

s IS “12" SET?
;s IF NO ERROR, PROCEED

;ELSE,

INTO

. WORD

IT 5 ALREAD' BEEN REPORTED -

TRAP

L10027-.

EXIT

ESCAPE

su8

L10030-.

TRAP

CSERDF

:NO. GOOD.
sYES, REPORT IT'S NOT BEING CLEARED @ INIT.
:
"DEVICE FATAL"” ERROR @ 10

;AND EXIT SUBTEST

68
7%:

8%:

JSR
.BrTE
BYTE

RS,L00T2C

252
252

;:LOAD

TIMER 0 2

. WORD
.WORD

EMS1B
ERRS1

TRAP

CSESCAPE

. WORD

024040

CSESCAPE

. WORD

104410
000554

004537
252
2%

TRAP

104460
104410
000606
004737
102002

L10027-.

. WORD

020734
o11176

112787

CSESCAPE

. WORD

TRAP

000011

004587
120011
002435
103003

CSERROR

TRAP

IT'S ALREADY BEEN REPORTED

8727

5728
3729 023262
5730 Ce 366
3731 023067
57%2

TRAP

THIS TEST

L10030

b uuugu:
e
OOV

DMVLI1 MCTRL

DIAG o2

2o ONE
VIA TIMER

104455
000013
017453
011176
012703
004537
120011
002434
103003

023320
023322
023324
023326
023330
023334
023340
023342
023344
023346
023346
023350
023350
023352

004537
120010
002432
103003

023270
023274
023276
023300
023302
023302
023304
023304
023306
3741 023310
3742 023316
3743 023320

3744
3745
3746

3747
3748
3749

3750

3751
3752
-3753
3754

023354
023362
023364
023366

104410
000530
123737
001004

104455
000014
021050
011176

023402
023404
023410
023412
023412
023414
3762 023416
3763 023420
3764 023422

005003
004737
102002

023422
023424
023426
023430
3765 023432

104455
00001%S
021405
011176
000445

14:54

PAGE 53-2

SEQ 0100

sREAD THE LOW COUNTER

8CC
ERROR

.+10

+ IF NO ERROR, PROCEED
:ELSE, REPORT IT

ESCAPE

TST

T2CL

TMP8

002432

023266

cMPB
GEDF

000100
003616

0172434

12%:

13s:

TMPB,
7%

12%
EM500D,ERRS1

+MAKE

SURE

THE

COUNTER

:IT WASN'T

[

.WORD

IS DECREMENTING

-- REPORT

TRAP

TIMEQUT VALUE

s INIT.

.+10

: IF NO ERROR, PROCEED
;ELSE, REPORT IT

ESCAPE

TST

ESCAPE

sREAD

.WORD

11
EMS0D
ERRS1

TRAP

CSERROR

TRAP
.WORD

CS$ESCAPE
L10027-.

THE HIGH COUNTER

AND EXIT

THIS

TEST

:DID IT CHANGE FROM THE LOADED VAL
?

s YES,

CLR
JSR

PROCEED WITH

TESTING

sNO,
IF NO TIMEOUT, TRY AGAIN
:ELSE, REPORT THAT HIGH COUNTER ISN‘T RUNNING
:
"DEVICE FATAL" ERROR & 12

8vC
ESCAPE
B8CS
S08

GEDF

R3
PC,GETT?
.6
suB

16$
R3,15%
EMS1P,ERRS1

178

CSERDF

.WORD
.WORD

.WORD
.WORD
. WOR

CSERDF

12
EMSIE
ERRS1

WE CAN'T PROCEED WITH TESTING EITHER
TRAP

.WORD

024072

CS$ESCAPE

L10027-.

THE ERROR

“DEVICE FATAL" ERROR # 11

2100,R3
R5,READ

TMP9, 8%
14$
R3,13s%
EMS1E,.ERRS1

TRAP

CSERROR

s IT IS, NOW SEE IF THE HIGH COUNTER IS TOO

MOV
JSR
T2CH
TMP9
8CC
ERROR

023267

TRAP

AND EXIT THIS TEST

TRAP

104410
000434

104410
000420
103406
077307

RS,READ

JSR

03616

104460
104410
000464
123737
001007
077315

05-MAR-84

SHOT MODE

104460

023366
023370
023372
023374
3755 023376
023376
023400
3756

3757
3758
3759
3760
3761

MACRO M1200

CSESCAPE

L10030-.

s INITIALIZE TIMEOUT COUNTER
sWAIT FOR TIMER TO COUNT DOWN

: IF NO ERROR, PROCEED
;ELSE, IT'S ALREADY BEEN REPORTED

-- EXIT

TRAP

:DONE
.
sNOT YET,
s YES,

.WORD

TIMEQUT?

REPORT

“T2"

INT.,

L10030-.

FLAG

"DEVICE FATAL"” ERROR & 13

TRAP

& BYPASS

CSESCAPE

.WORD
.WORD
.WORD

CSERDF

13
EMS1P
ERRS1

“T2"-RESET-ON-T2CH-READ CHECK

CNDMBAO DMV11 MCTRL DIAG @2
TEST

- -

VIA

TIMER 2 ONE

0S5-MAR-84

14:54

PAGE 53-3
SEQ 0101

SHOT MODE

3766
3767

3768
3769
3770
3771
3772
3773

023434
023440
023442
023444
023446
023446
3774 023450
023450
023452
3775 023454
3776 023460

004537
120011
002434
103003

023462
023464
3778 023466
3779 023470

104410
000350
103405

023470
023472
023474
023476

104455
000016
021151
011176

777 023462

;;gg 023500

3782
3783
3784 023502
3785 023506
3786 023510

3787 023512

3788 023514
023514
3789 023516
023516
023520
3790 023522
3791 023526
3792 023530
023530
023532
3793 023534
3794 023536

023536
023540

023542
023544

3795
3796
3797
3798 023546
3799 023552

gggo 023553
1
3802

MACRO M1200

003616

16$:

104460
104410
000364
004737
102002

024072

sREAD T2C-H (ADDR 09)

.+10

s IF NO ERROR, PROCEED
;ELSE, REPORT IT

ESCAPE

TST

JSR
8vC

PC,.GETT2
. +6

s IS "T2" STILL SET?
: IF NO ERROR, PROCEED

SuB

40
EMS51G,ERRS1

AND EXIT

;ELSE,

s YES,
:NO!

004042

024072

104410
000302
103404

17¢

THIS

IT'S ALREADY

TEST

CSERROR

TRAP
.WORD

CS$ESCAPE
L10027-.

TRAP
.WORD

“DEVICE FATAL" ERROR # 14

TRAP
.WORD
.WORD
.WORD

EXIT

CSESCAPE
L10C30-.

CSERDF
14
EMS1G
ERRS1

€ BYPASS "T2"-RESET-ON-T2LL-WRITE CHECK

RS,WRITE

;RE-LOAD T2L-L

.+10

s IF NO ERROR, PROCEED

ESCAPE

TST

JSR
8vC
ESCAPE

PC.GETTZ
.+6
SuB

BCS
GEDF

17
EM51M,ERRS1

s IS T2 STILL SET?
: IF NO ERROR, PROCEED
;ELSE, IT'S ALREADY BEEN REPORTED -- EXIT
TRAP
CSESCAPE
.WORD
L10030-.
;YES, ALL'S STILL OK
;NO!
SOMETHING WENT WRONG!
REPORT IT

TRAP

BEEN REPORTED

sELSE,

REPORT

(ADDR 08)

AND EXIT

THIS

TEST

“DEVICE FATAL" ERROR &

021275
011176

17
18¢:
19

JSR
TeLL
TMP8.1
B8CC
ERROR

024040

e T
S
.

104455
000C.7

004537
001
000

ALL'S OK
BAD VIA CHIP!

104460
104410
000316
004737
102002

RS,READ

B8CS
GEDF

JSR
T2CH
TMP9
B8CC
ERROR

ESCAPE

000422

004537
120010
002433
103003

et I
JSR
.BYTE
.BYTE

RS,LO0DT2C
1
0

TRAP

CSERROR

TRAP
.WORD

CSESCAPE
L10027-.

15
TRAP
.WORD
.WORD
.WORD

CSERDF
15

EMS1IM
ERRS1

Tt
;RE-LOAD TIMER @ 2 WITH A VALUE WHICH CAUSE AN
;ALMOST IMMEDIATE TIMEOULT
; (ADDRESS OF HIGH BYTE FOR T2C-H (ADDR 09))
I

CNDMBAO DMV11 MCTRL DIAG @2
TEST

L8
MACRO M1200

O05-MAR-84

14:54

PAGE 53-4

SEQ 0102

VIA TIMER 2 ONE SHOT MODE

3803 023554
3804 023560
3805 023562
023562
023564
3806 023566
3807 023570

004737
102002

023570
023572
023574
023576
3808 023600
023600
023602
3809 023604
3810 023610
3811 023612
3812 023614
3813 023616
023616
3814 023620
023620
023622
3815 023624
3816 023630
3817 023632
023632
023634
3818 023636
3819 023640

104455
000020
021104
011176

023640
023642
023644
023646
3820 023650
3821
3822 023652
3823
3824
3825 023652
3826 023656
3827 023660
3828 023662
3829 023664
023664
3830 023666
023666
023670
3831 023672
3832 023676
3833 023700
023700
023702
3834 023704
3835 023706

104455
000021
017610
011176
000400

JSR
8vC
ESCAPE

024072

104410

000250
103406

104410
000232
004537
120011
002434
103003

8CS
GEDF

ESCAPE
003616

104460
104410

000214

004737
102002

024072

104410
000200
103405

004537
120010
002432
103003

104410
000132
103004

suB

208
EMS1F ,ERRS1

suB

tWAS "T2" SET BY THE ABOVE OPERATION?
:IF NO ERROR, PROCEED
tELSE, IT’'S ALREADY BEEN REPORTED -- EXIT
TRAP

sREAD T2C-H (ADDR 09) TO SEE

RS,READ

8CC
ERROR

.+10

: IF NO ERROR, PROCEED

ESCAPE

TST

T2CH
TMP9

JSR
svC
ESCAPE

2ls
EM50G,ERRS1

TRAP

C$ERDF

TRAP

CS$ESCAPE

.WORD

16
EMS1F
ERRS1

L10030-.

THIS CLEARS

s (THIS VALUE ISN'T CHECKED BECAUSE IT CAN BE
s+

PC,GETT2
.+6
suB

L10030-.

.WORD
.WORD
.WORD

AND GET OUT OF SUBTEST

CS$ESCAPE

.WORD

s YES, OK -- CONTINUE ERROR CHECKING
tNO,
BAD NEWS!
REPORT THE FAILURE
:
"DEVICE FATAL” ERROR ¢ 16

JSR

BCS
GEDF

ALMOST

:ELSE, REPORT IT

;PUT

AND EXIT
THE CURRENT

THIS TEST
“T2" VALUE

: IF NO ERROR, PROCEED

:ELSE,

"T2"

ANYTHING)

TRAP

CS$ERROR

TRAP

CSESCAPE

.WORD

L10027-.

INTO THE CARRY

BIT

IT'S ALREADY BEEN REPORTED -- EXIT
TRAP

.WORD

CS$ESCAPE

L10030-.

:IF SET, READING T2CH DIDN'T CLEAR IT -- OK!
:IF CLEARED!

BAD VIA CHIP!

“"DEVICE FATAL" ERROR & 17

TRAP

.WORD
.WORD
.WORD

CS$ERDF

17
EMS0G
ERRS1

:BYPASS THE REST OF THIS SECTION OF TESTING

003616

104460

104410
000146
004737
102002

20$:

PC,GETT2
. +6

RS,READ

ESCAPE
024072

JSR
BsvC
ESCAPE

8CC
GEDF

;READ

T2C-L

(ADDR 08)

.+10

s (THIS VALUE ISN'T CHECKED BECAUSE IT CAN BE
i ALMOST ANYTHING)
: IF NO ERROR, PROCEED

TST

PC,GETT2

. +6
SuB

29¢
EM51C,ERRS1

:ELSE, REPORT IT

AND EXIT THIS TEST

TRAP
TRAP

.WORD

CS$ERROR
CSESCAPE

L10027-.

:IS “T2" CLEARED NOW
: IF NO ERROR, PROCEED
:ELSE, IT'S ALREADY BEEN REPORTED -- EXIT
TRAP

s YES,

iNO!

ALL'S OK

BAD VIA CHIP!

.WORD

CSESCAPE

L10030-.

CNDMBAO DMV11l MCTRL DIAG #2
TEST

3836
3837
3838
3839
3840
3841
3842
3843

3844
3845
3847

3848
3849

VIA

TIMER 2 ONE

023706
023710
023712
023714

104455
000022
021002
011176

023716
023722
023724
023726
023730
023730
023732
023732
023734
023736
023742
023744
023744
023746
023750
023752

004537
120012
002435
103003

023752

023754
023756
023760
3850 023762
023762
023764
3851
3852
3853
3854 023766
3855 023772

3856
3857
3858
3859 023774

024000
3861 024002
024002
024004
3862 024006
3863 024010

024010
024012
024014
024016

3864
3865 024020
024024
3867 024026
3868 024030

MACRO M1200

05-MAR-84

14:54

PAGE 53-5

SEQ 0103

SHOT MODE

;

"DEVICE FATAL"” ERROR # 18

TRAP

.WORD
.WORD
.WORD

004042

104460
104410
000102
004737
102002

ESCAPE

024072

104410
000066
103406

;RE-WRITE INTO T2C-H (ADDR 09) TO SET T2 AGAIN

.+10

:IF NO ERROR,

TST

JSR
8vC
ESCAPE

PC,GETT2
+6

BCS
GEDF

324
EMS1L,ERRS1

SuB

104455

ESCAPE

104410
000050

18
EMS51C
ERRS1

RS,WRITE

PROCEED

:ELSE, REPORT IT
3

AND EXIT

THIS

TRAP

TEST

suB

CS$ERROR

TRAP

C$ESCAPE

.WORD

L10027-.

TRAP
.WORD

CS$ESCAPE
L10030-.

TRAP

CSERDF

:IS "T2" SET AGAIN
: IF NO ERROR, PROCEED
;ELSE, IT'S ALREADY BEEN REPORTED -- EXIT

:YES, ALL'S WELL (AGAIN?)
:NO!
SOMETHING WENT WRONG!
REPORT IT
“DEVICE FATAL" ERROR ¢ 19
:

000023

021213
011176

CS$ERDF

AND EXIT FROM

THIS

.WORD
.WORD
.WORD

19
EMS1L
ERRS1

.WORD

L10030-.

SUBTEST
TRAP

C$ESCAPE

------------------------------------------------------------------------------

004537
125

024040

004737
102002

024072

R5,L00T2C

;AGAIN RE-LOAD

JSR
8vC
ESCAPE

PC,GETT2
. +6

:"T2" SHOULD NOW BE CLEARED
: IF NO ERROR, PROCEED
;:ELSE, IT'S ALREADY BEEN REPORTED -- EXIT

8CC
GEDF

344
EM51IN,ERRS1

125

125,125

104410
000030
103004

SuB

104455
000024

TIMER & 2.

THIS

LARGER BUT DIFFERENT VALUES

TIME WITH

TRAP
.WORD

:IT WAS,

ALL'S WELL THAT END'S WELL (I THINK!?)

“DEVICE FATAL" ERROR & 20

sIT WASN'T!

SOMETHING WENT WRONG!

REPORT IT

TRAP
.WORD

021337
011176

.WORD
.WORD

004630

34%;

JSR

8CC

RS,INITT2

C$ESCAPE
L10030-.

;RE-INITIALIZE

; IF NO ERROR,

TIMER ¢

EXIT

W/ NORMAL RESET

CSERDF
20

EMSIN
ERRS1

VALUES

CNDMBAO DMV11l MCTRL DIAG #2
TEST

VIA TIMER 2 ONE

3869 024032
024032
3870
3871 024034
024034
024034
3872
3873 024036
024036
024036
3874

MACRO M1200

14:54

PAGE 53-6

SEQ 0104

SHOT MODE

;ELSE, REPORT IT

ERROR

104460

TRAP

C$ERROR

ENDSUB

104403

CsESUB
ENDTST

104401

CSETST

3875
3876
3877
3878
3879
3880
3881
3882
3883

3887
3888
3889
3890
3891
3892
3893
3894
3895

05-MAR-84

LODT2C

-- LOAD TIMER TWO AT ADDRESSES 08 & 09

CALLING SEQUENCE:

JSR
RS5,L00T2C
<VALUE FOR T2L-L (ADDRESS 08)>
.BYTE
<VALUE FOR T2C-H (ADDRESS 09)>
.BYTE
<NEXT SEQUENCIAL INSTRUCTION

112537
112537
004537
120010
002433
024060
004537
024064
120011
024066 . 002435
024070
000205

024040
024044
024050
024054
024056

002433
002435
004042

LODT2C:

MOVB
MOVB
JSR

TeLL
TMP8+1
JSR

004042

T2CH

RTS

(RS)+,TMP8
.1
(RS)+,TMPG.1
RS,WRITE
RS,WRITE

:SETUP TO LOAD T2LL

AND

T2CH

:LOAD T2L-L (ADDR 08) WITH PASSED PARAMETER

:LOAD T2C-H (ADDR 09) WITH PASSED PARAMETER

(THIS WILL

ALSO RESET

“T2“ & THE COUNTER)

RS
..................

INTO THE “CARRY" BIT

H
H

3903
3904
3905
3906
3907

024072
024076
024100
024102
024104
024104
3908 024106
3909 024110

004537
120015

3911 024112
3912 024114

010046

3913
3914
3915
3916
3917

024120
024122
024124
024126
024130

003616

GETT2:

103003

:GET VIA'S IFR REG.

B8CC

: IF NO ERROR, PROCEED
:ELSE, REPORT IT

SEvV

000207

RS .READ

IFR
TMPD

ERROR

104460

113700
106100
106100
106100
012600

JSR

002444

18:

RTS

MOV
MOVB

RO, -(SP)
TMPD RO

ROLB
ROLB

ROLB
MOV
RTS

RO
RO

RO
(SP)+,RO
PC

TRAP

+FLAG AN ERROR TO MAINLINE ROUTINE
i

AND

TAKE

AN ABNORMAL

RETURN

;PRESERVE RO

;PUT VALUE HERE TO PRESERVE
; “IRQ” GOES INTO CARRY BIT
:“T1" GOES INTO CARRY BIT

;“T2" GOES INTO CARRY BIT
;RESTORE RO

‘

TMPO

CSERROR

CNOMBAO DMVLL MCTRL DIAG @2
TEST

VIA‘S SR

INPUT

MACRO M1200

(MODE 2)

O05-MAR-84

14:54

PAGE

39
54

SEQ 0105

SYSTEM CLOCK TMMODE

3930

LSBTTL

TEST 2

VIA'S SR INPUT (MODE 2)

SvSTEM CLOCK MODE

1200800000000 0000000000 000000000000 0000000000 00000000 0000000000000 090000000000

TEST

i1¢

A MASTER CLEAR

VIA'S

IS DONE.

INPUT

(MODE

SYSTEM CLOCK

MODE

THEN THE SHIFT REG IS PLACED IN INPUT MODE

i UNDER CONTROL OF VIA CLK, BY SETTING ACR BIT 4 TO O, BIT 3 TO 1, AND BIT 2
1¢

TO O,

THE

1 CLEARED.

PROGRAM CHECKS FOR

THEN,

THE

SR FLAG

(BIT

THE

IFR

TO BE

INITIALLY

THE SR IS LOADED TO INITIALIZE THE SR OPERATION, AND THE

1+ PROGRAM CHECKS FOR SR FLAG *= 1
1* VERIFY THAT SHIFTING OCCURRED.

AFTER

ABOUT

8 US.

AND READS

SR REGISTER

$--080000000000000000000000000000000000000000000000000000000000000000000000000

3931
3932
3933
3934

3935
3936
3937
3938
3939
3940
3941
3942

3943

3944
3945
3946
3947
3948
3949
3950

3951

3952
3953
3955
3956
3957
7958

024132
024132
024136
024140
024140
024142
024142
024144
024146
024152
024156
024162
024164
024166
024170
024170
024172
024172
024174
024176
024204
024212
024216
024220
024222
024224
024224
024226
024226
024230
024232
024236
024240
024242
024244
024244
024246
024246
024250
0242%2

:
004737
103003

003514

104460

104410
005037
005037

002437
002252

004537
120013

003616

18:

002440
004042

s INIT DMV & ENTER M-LOOP

ESCAPE

TST

002441
002441

003616

tELSE,

REPORT ERROR

& EXIT TEST

TRAP

CSERROR

TRAP

CSESCAPE

.WORD
L10031-.
"WRITE" DATA FOR ERROR MESSAGES

JSR

RS,READ

s THIS IS A FLAG TO INDICATE THAT “SR” MASN'T
+BEEN LOADED YET,
tGET CURRENT “ACR" CONTENTS (SHOWLD BE 000)

8CC
ERRUR

.+10

1 IF NO ERROR,

ESCAPE

TST

;CLEAR THE

PROCEED

tELSE, REPORT IT

TRAP

AND EXIT THIS TEST

TRAP

CSERROR

8CC
ERROR

.+10

+ IF NO ERROR,

ESCAPE

187

PROCEED

tELSE, REPORT IV

AND EXIT

THIS

JSR
IENR

RS ,READ

tREAD IER INCASE

8CC

.+10

+ IF NO ERROR, PROCEED
tELSE, REPORT IT

ESCAPE

AND EXIT

TEST

TRAP

1SAMPLE

CSESCAPE

.WORD

L10031-.

TRAP

CS$ERROR

IT'S NEEDED FOR ERROR MESSAGES

THIS

TEST

TRAP

PC,GE TSR

CSESCAPE

L10031-.

TMPB, TMPB .1
tMOVE IT FROM I/P BUFFER TO O/P BUFFER
0<BIT2.BIT3.8IT4>,TMPB.1
;MAKE SURE CURRENT MODE IS O
RS,WRITE
:FORCE IT TO THAT MODE (MODE 0)

JSR

CS$ERROR

.WORD

MOVB
8ICB
JSR
ACR

ERROR

024760

1 IF NO ERROR, PROCEED WITH TESTING

TMPA.1
TDATA

TMPE

104460

T2::

CLR
CLR

TMPB .1

104460

104410
000506
004737

PC,MSTCLR
18

TTMMPB

104460

104410
000526
004537
120016
002446
103003

JSR
8CC
ERROR

ACR

002440
103003

104410
000562
113737
142737
004537
120013
002441
103003

BGNTST

INTERRUPT FLAG

LWORD

CsESCAPE

L 10031

SHOULD BE

CNDMBAO DMV11 MCTRL
TEST

VIA‘S SR

3959 024256

DIAG @2
INPUT

104410
000474

3962 024266
3963 024272
3964 024274

004537
120012
002436

3965 024276

3966 024300
024300
3967 024302
024302
024304

3968 024306

3969
3970
3971
3972
3973
3974
3975

3976

3977
3978
3979
3980
3981
3982
3983
3984
3985
3986
3987

ESCAPE

104410
000452

024406
024410

1044:0
000346

024416
024422
024424
024432
024436
024440

005737
001403
112737
004537
120012
002437

112737

000010
004042

002441

4s:

000204

004042

002447

003616

103003

104460

105037

S5EQ 0106

+ IF NO ERROR,

PROCEED

$IT IS, GOOD.

B8CC

.+10

s+ IF NO ERROR, PROCEED

ESCAPE

TST

GEDF

EMS2A ,ERRS?2

sIT ISN'T!

ERROR

RS ,READ

IT'S ALREADY BEEN REPORTED -- EXIT
TRAP
CS$ESCAPE
.WORD
L10031-.

tREAD SR FOR ERROR MESSAGE

tELSE,

REPORT

AND EXIT

;

THIS

TEST

oBIT3,TMPB.1
RS,WRITE
.+10

s IF NO ERROR, PROCEED
tELSE, REPORT IT

ESCAPE

TST

0BIT7+BIT2,TMPE+1

AND EXIT

THIS

RS,WRITE

+
i

.+10

s IF NO ERROR, PROCEED
tELSE, REPORT IT

ESCAPE

T1ST

JSR

RS,READ

;READ

IENR
TMPE
B8CC
ERROR

.+10

: IF NO ERROR, PROCEED
tELSE, REPORT IT

ESCAPE

TST

000377
004042

002437

ST
BEQ
MOVB
JSR
SR
TMPA.1

TMPA.1

BRDTYP
5%
0377,TMPA.]
RS,WRITE

TRAP
.MORD

CS$ESCAPE
L10031-.

TEST

(WE WILL NOT BE ALLOWING
A Q-BUS INTERRUPT)

AND EXIT
IER

INCASE

AND EXIT

THMIS

THEM

TEST

C$ERROR

TRAP
.WMORD

CS$ESCAPE
L10031-.

NOTE:

TQO GIVE US

TRAP

C$ERROR

TRAP
CS$ESCAPE
.WORD
L10031-.
IT'S NEEDED FOR ERROR MESSAGES

THIS

TEST

;LOAD SR WITH PROPER VALUE....
3+
f
+
+
+
:

CS$ERDF
21
EMS2A
ERRSZ2

TRAP

;ENABLE SR INTERRUPTS WITHIN DMV-11

JSR
IENR
TMPE
1
8CC
FRROR

CLFki

002366

C$ERROR

REPORT SR NOT INITIALLY CLEARED

(002437

TRAP

"DEVICE FATAL” ERROR @ 21
TRAP
.MORD
.WORD
.WORD
;SET SHIFT REG. TO MODE 2

BISB
JSR
ACR
TMPB.1
8CC
ERROR

MOVB

104460
104410
000366
004537
120016
002446

104460

004537
120016
002447
103003

PAGE

tELSE,

JSR
SR
TMPA

14:54

TST

B8CcC

003616

MODE

8vC

104460

104410
000414

O05-MAR-84

SYSTEM CLOCK

103003

104455
000025
021457
011270
152737
004537
120013
002441
103003

3989 024412
3990
3991
3992
3993
3994
3995
3996

103014

024306
024310
024312
024314
024316
024324
024330
024332
024334
024336
024336
024340
024340
024342
024344
024352
024356
024360
024362
024364
024364
024366
024366
024370
024372
024376
024400
024402
024404
024404

3988 024406

102002

2960 024260
024260
024262

3961 024264

(MODE

MACRO M1200

TRAP

CS$ERROR

TRAP
.WORD

CSESCAPE
L10031 .

THE INPUT LEAD (CB2) WILL EITHER BE
TIED HI(M8064) OR LO(M80S3),
IF M8064, THEN LOAD SR WITH 000.
IF MB053, THEN LOAD SR WITH 377,
THIS ALSO STARTS THE SHIFTING OPERATION.
:

CNOMBAO DMV11 MCTRL
TEST

VIA'S SR INPUT

3997 024442
3993 024444
024444
3999 024446
024446
024450

4000
4001
4002
400%
4004
4005
4006
4007
4008
4009
4010

4011

4012
4013
4014
4015
4016

4017

4018

4019

4020
4021
4022
4023
4024

4025

4026
4027
4028
4029
4030
4031
4032
4033
4034

DIAG @2

024452
024456
024462
024464
024472
024474
024500
024502
024504
024506
024506
024510
024510
024512
024514
024520
024522
024524
024526
024526
024530
024530
024532
024534

(MODE 2)

ESCAPE

155634

003616

ERROR

104460

ESCAPE

104410
003616

104460
104410
000224

122737

001422
000403
105737
001416
004537

SEQ 0107

+ IF NO ERROR, PROCEED

1ELSE, REPORT IT
ST

TDATA
@100,R3
R3,.
OeITZ.GBSELB

002252
000100

103003

005737
001005

54 -2

AND EXIT

TRAP

THIS TEST

TRAP

.WORD

002444

120012
002436
103003

PAGE

ERROR

104410
000306

000244
004537

14:54

8CC

104460

005337
012703
077301
132777
001026
004537
120015

O05-MAR 84

SYSTEM CLOCK MODE

103003

024534
104455
024536
000026
024540
021535
024542
011270
024544
024544
104410
024546
000210
024550
004537
024554- 120012
024556
002436
024560
103003
024562
024562
104460
024564
024564
104410
024566
000170

024570
024574
024576
024604
024606
024610
024614
024616

MACRO M1200

6%:

1 YES,

.+10

+ IF NO ERROR, PROCEED
tELSE, REPORT IT

TST

GOOD.

tNO,
SETUP TO REPORT THE ERROR:
GET INTERRUPT FLAG REGISTER
+

AND EXIT

THIS

RS,READ

.+10

: IF NO ERROR, PROCEED
;ELSE, REPORT IT

ESCAPE

TST

ESCAPE

003616

1DID AN SR INTERRUPT OCCUR WITHIN THE 6502?

6
RS,READ

JSR

EM528,ERRS2

TST
RS,READ

TEST

GET FINAL SR CONTENTS

AND EXIT

THIS

TEST

CSERROR

TRAP

CSESCAPE

.WORD

TRAP

TRAP
tREPORT MISSING SR

.WORD

TRAP

1FURTHER

TESTING

INVALID

.+10

ESCAPE

;ELSE, REPORT IT
AND EXIT

THIS

TEST

.WORD
.WORD
.WORD
TRAP

000377

TST

002436

9s:

003616

74:

cMPB8
BEQ
BR
1ST8
BEQ
JSR

9
0377, TMPA

8
7%

TMPA
8s

RS ,READ

1CHECK DMV-11 BOARD TYPE
B

1M8064: :SEE IF CORRECT RESULT

NO: GO REPORT ERROR
:
tM8053: :SEE IF CORRECT RESWLT
'

t NO:

YES:G00D.

CSESCAPE

L10031-.

SETUP TO REPORT

THE ERROR:

CSERDF

22
EMS528
ERRS2

CSESCAPE

L10031-.

TRAP

CSERROR

TRAP

BRDTYP

CSERROR

.WORD

002366

L10031-.

INTERRUPT WITHIN DMv-11

“DEVICE FATAL" ERROR @ 22

8CC

ERROR

TRAP

SHOWD BE 0

tGET FINAL SR CONTENTS:
s IF MBO€4, THEN SR SHOWD=377
s IF M8053, THEN SR SHOULD=000
: IF NO ERROR, PROCEED

TMPA

CS$ESCAPE

L10031-.

s INDICATE THAT "SR" HMAS BEEN LOADED NOW
tGIVE THE INTERRUPT A CHANCE TO HAPPEN

JSR
SR
TMPA
8CC
ERROR

GEDF

CS$ERROR

CSESCAPE

L10031-.

CNDMBAO DMV11 MCTRL DIAG @2
TEST

VIA'S SR

INPUT

4035 024622
4036 024624
4037 024626

120015
002444
103003

024630

104460

4C38 024630

4039 024632

024632

024634

4040 024636

4042
4043
4044
4045
4046
4047

104455
000027
021567
011270

024646
024650

104410
000106

105077
004537
120012
002436
103003

024670
4048 024672
024672
024674
4049 024676

104460

024702
024706
024712
024720

4054 024722
4055 024726

4056 024730
4057 024732
4058 024734

104410
000062

004737
004737
004737
132777
001016

004537
120015

104460

024736
024740

104410
000016

4061

104455
000030
021653
011270

024752
024754

104410
000002

024752

4062 024756
4063 024756

024756
024756

4064 024760
4065 024764
4066 024766

ESCAPE

TST

ESCAPE

155450
003616

8s:

005132
005132
005132

004537
120015
002444

EM52C,ERRS2

8IT8

BNE

JSR
IFR

sREPORT
3

sHIT

GETSR:

CS$ESCAPE

.WORD

L10031-.

.WORD
.WORD
.WORD

23
EMS2C
ERRSZ2

TRAP

CSESCAPE

INCOMPLETE OR BAD SHIFTING OPERATION
"DEVICE FATAL” ERROR @& 23
TRAP
CSERDF

THE

TESTING

INVALID

SHIFT REG.

THIS

TIME WITH A READ

s+ (WE DON’'T REALLY CARE THIS TIME WHAT THE DATA
+

RETURNED

IS.

BUT,

: IF NO ERROR, PROCEED
:ELSE, REPORT IT

WE HAVE

TO PUT

AND EXIT THIS TEST

SOMEWHERE

TRAP

CS$ERROR

TRAP
WORD

CSESCAPE
L10031-.

,TST

PC,STALL
PC,STALL
PC,STALL

sDELAY FOR A LITTLE WHILE TO LET THE INTERRUPT
GET THROUGH
s

o8IT2,8BSEL3

10$
RS,READ

31DID WE GET AN INTERRUPT ON THE READ OPERATION?
sNO,
i

GET

SETUP TO REPORT THE ERROR:
INTERRUPT FLAG REGISTER

.+10

: IF NO ERROR, PROCEED
;ELSE, REPORT IT

ESCAPE

TST

EM520,ERRS2

sREPORT

AND EXIT

THIS

THE FAILURE,

“DEVICE

FATAL"”

TEST

TRAP

CS$ERROR

TRAP

CSESCAPE

.WORD

ERROR & 24
TRAP

.WORD
.WORD
.WMORD

TST

L10031-.
CSERDF

24
EMS20D
ERRS2

TRAP

CSESCAPE

TRAP

CSETST

.WORD

L10031-.

ENDTST

L10031:
003616

CS$ERROR

TRAP

TTMMPD
8CC
ERROR

ESCAPE

TRAP

TEST

t:CLEAR THE INTERRUPT FLAGS

.+10

THIS

8BSEL3

TMPA
BCC
ERROR

155406

AND EXTT

tFURTHER

RS5,READ

JSR
JSR
JSR

GET INTERRUPT FLAG REGISTER

TST

CLRB
JSR
SR

ESCAPE

108

104401

SEQ 0108

+ IF NO ERROR, PROCEED
tELSE, REPORT IT

GEDF

024742
024744
024746
024750

54 -3

.+10

GEDF

003616

PAGE

IFR
TMPD
B8CC

ERROR

000004

14:54

SYSTEM CLOCK MODE

002444
103003

024734
4059 024736

4060 024742

104410

024652
024656
024662
024664
024666
024670

4050
4051
4052
4053

05-MAR-84

000122

024636
024640
024642
024644

4041 024646

(MODE

MACRO M1200

JSR

IFR
TTMMPD

R5,READ

;GET CURRENT

INTERRUPT FLAG REGISTER SETTINGS

CNDMBAO DMV1l MCTRL DIAG @2
TEST

VIA'S SR

4067 024770
4068 024772

024772

INPUT

MACRO M1200

(MODE 2)

05-MAR-84 14:54

PAGE 54-4

SEQ

SYSTEM CLOCK MODE

103003

8CC
ERROR

104460

t IF NO ERROR, PROCEED
1ELSE, REPORT IT

000262

SEV

:8;0 024776
1

000207

RTS

MOV
MOVB
RORB

RO, -(SP)
TMPD,RO
RO

$SAVE REGISTER FOR CALLER
;PUT THEM WHERE WE CAN EASILY
:CA2 ===> CARRY BIT

RORB
MOV
RTS

RO
(SP)+,RO
PC

tSR ===> CARRY BIT
+RESTORE REGISTER
;RETURN WITH SR INTERRUPT

4072 025000
4073 025002
4074 025006

010046
113700
106000

4076 025012
4077 025014
4078 025016
4079

106000
012600
000207

4075 025010

106000

002444

1$:

RORB

sFLAG AN ERROR

TO MAINLINE

TRAP

4069 024774

CS$ERROR

ROUTINE

AND TAKE AN ABNORMAL RETURN

:CAl

===>

MASAGE

THEM

CARRY BIT

FLAG

IN CARRY

BIT

0109

CNDMBAO DMV11 MCTRL DIAG @2
TEST

NPR CONTROL REGISTER

MACRO M1200
-

O05-MAR-84

PAGE 55

SEQ 0110

MASTER CLEAR

.SBTTL TEST 3

4089

14:54

1000880000000

-- NPR CONTROL REGISTER

- MASTER CLEAR

0000000 0000000000000 000000000

RR AR AR SRR R4S

’®

TEST 3 -- NPR CONTROL REGISTER - MASTER CLEAR

1 *

i¢ THE PROGRAM SETS THE FOLLOWING BITS IN THE NPR CONTROL REGISTER
;#

IN/OUT,

BYTE OPER,

AND DISABL

INIT.

THE REGISTER IS READ AND VERIFIED.

> 585"' A MASTER CLEAR IS PERFORMED, AND THE REGISTER IS READ AND CHECKED FOR
L3

: «= 0880020080000 000004200000000000000000000000000008000008000000000000000000000
H

4090
4091
4092
4093

025020
025020
025024
025026
025026
025030
025030
025032

4094
4095 025034
4096 025040
4097 025042

004737
103003

003514

104410

PC,MSTCLR

JINIT DMV € START UP MAINT. LOOP

ESCAPE

TST

JSR
BCC

PC,NPREAD
30$

;GET CONTENTS OF ALL NPR REGISTERS INTO B.2
: IF AN ERROR OCCURED,
;REPORT IT &

B8R

2as

004737
103002

005134

012702
010237
010237

002740
002256
025172

025062

004537
002632
002654
000011
013701

005004

010137
012703

18:

ERROR

025046
025052
025056

025070
002254
000001

308 :

B
)

MOV

4120 025112
4121 025114
4122 025116
4123 025120
4124
4125 025122

4126 025126
4127 025132

& EXIT

TEST

TRAP

CS$ERROR

TRAP
.MORD

C$ESCAPE
L10032-.

TRAP

EXIT

CSERROR

MOV
MOV

R2,BDATA
R2,13$

#8T2,R2

;POINT

JSR
NPRMCR

RS ,MOVSW

;GET

12%,R1

;POINT TO TABLE OF EXPECTED REGISTER CONTENTS

MOV
MOV
MOV

R1,GDATA
01,R3

4112

4113
4114
4115
4116
4117
4118
4119 025110

;IF NO ERROR, PROCEED WITH TESTING
;ELSE REPORT ERROR

000352

104460
000557

025070
025072
025074
025100
025104

JSR

8CC
ERROR

104460

025042
4098 025044
4099
4100
4101
4102
4103
4104
4105
4106
4107
4108
4109
4110
4111

BGNTST

TO NPR REGISTER CONTENTS

sUSE IT ALSO FOR ERROR HANDL ING
;SETUP ALSO FOR READ BACK

THE

“EXPECTED" RESULTS TOO

tUSE IT ALSO FOR ERROR MANDL ING
:COUNT OF @ OF NPR REGISTERS BEING PROCESSED

:FOR NOW,

ONLY THE CONTROL REGISTER IS CHECKED!!

;..-...-..--..-...-.l..l--....'-...‘...II..---....I................l.l.ll..l.I

+
s+

PLEASE NOTE THAT "GDATA" & "BDATA” NOW CONTAIN POINTERS -- NOT DATA!
THIS IS A DEVIANT AND THEREFORE SHOULD BE BORNE IN MIND WHEN TRYING TO

: FOLLOW THIS DEVIOUS LOGIC.
121112
001003
022122
077304
000412

163701
010137

(R1),(R2)
3s
(R1)+,(R2)»

2%:

1GO REPORT FAILURE IF ANY ERROR IS FOUND
1BUMP POINTERS -- TABLES ARE ACTUALLY WORD
;:LOOP IF NOT DONE YET
:ELSE, PROCEED WITH TESTING

128.R1

t1CALCULATE

R3,2$

025070
002300

3s:

suB

1CHECK ONE BYTE

R1,REGNUM
EM26 ,ERR8

TABLES

THE REGISTER & CAUSING THE FAILURE

s IDENTIFY FAULTY REGISTER
iNPR ERROR -- BAD INITIALIZATION

CNDMBAO DMV11 MCTRL DIAG @2

TEST ®

MACRO M1200

025132
025134
02513
025140

104455
000031
016152
006532

025142

104410

025144

000240

4130 025152

123004

4129 025146

004537

025154

000355

4132 025156
4133 025160
025160

103002
000510
004537
123004

4137 025172

002740

4138 025174

4139 025176

025176

ESCAPE

004054

as:

5$:

003616

103002

000501

4142 025202

013777

025154

155044

042777

000300

155036

4145 025216

004737

005134

4148 025226

000466

4150 025234
4151 025240

013702
012703

4154 025244
4155 025246

121112
001003

4157 025252

077304

:{gg 025254

000412

4160 025256
4161 025262
4162 025266

163701
010137

025266
025270
025272
025274
4163 025276
025276
025300

104455
000032
016204
006532

4149 025230
:}gi

4156 025250

4164 025302
4165 025306

025310

103002

002254

002256
000001

104460

IT CAN'T BE

;sWRITE

;THIS

SET

TEST

PATTERN

SEVERAL

BITS

318:

:
EXIT
sREAD IT

138:

8r12

32%:

B8CC

INTO

BUT

THE

.WORD

IT!

C$ESCAPE

CONTROL

NOT

L10032-.
REG.

ALL!

TRAP

C$SERROR

TRAP

CSERROR

BACK

;BUILD

EXIT

MOV

S$,8GDATA

BIC

ONPRABT !NPRGO, 3GDATA

JSR

PC ,NPREAD

;:GET CONTENTS OF ALL NPR REGISTERS INTO BT2

B8R

248

MOV
MOV

BDATA,R2
01,R3

;POINT TO NPR REGISTER CONTENTS
;COUNT OF @ OF NPR REGISTERS BEING PROCESSED

cMPB
BNE

(R1),(R2)
8s

(R1)+,(R2).

;CHECK ONE BYTE
;GO REPORT FAILURE IF ANY ERROR IS FOUND
:BUMP POINTERS -- TABLES ARE ACTUALLY WORD

508

RS, 78

;LOOP

SUB
MOV
GEDF

128 ,R1
R1,REGNUM
EMOAA,ERRS

;CALCULATE THE REGISTER @ CAUSING THE FAILURE
;IDENTIFY FAULTY REGISTER
iNPR ERROR -- DURING WRITE TO CONTROL REG.

MOV

33¢

GDATA,.R1

THE

EXPECTED RETURN VALUE

;WE CAN'T WRITE

THESE BITS

:TF AN ERROR OCCURED,
;REPORT IT &

TRAP

;POINT TO TABLE OF EXPECTED REGISTER CONTENTS
:FOR NOW,

;:ELSE,

ONLY THE CONTROL REGISTER IS CHECKED!':!

NOT

DONE

PROCEED WITH TESTING

"DEVICE FATAL” ERROR & 26

sIF

IT CAN'T BE

JSR
8CC

PC MSTCLR
20$

tRE
: IF

INITIALIZE DMV £ ENTER M-LQOP
NO ERROR, PROCEED WITH TESTING
REPORT

INIT'ED,

TRAP
.MORD
.WORD
.WORD
WE CAN'T TEST
TRAP
.WORD

TST

;ELSE

TABLES

YET

ESCAPE

ERROR

CSERROR

EXIT

9s:

TEST

TRAP

:IF AN ERROR OCCURED,
;REPORT

24as

BR
8s:

BCC
ERROR

33%:

WE CAN'T

CS$ERDF
25
EM26
ERRS

NPRCTL

cMP

003514

THE

TRAP
.WMORD
.WORD
.WORD

INIT'ED,

24
RS ,READ

104410

004737
103003

355

sIF

£e
JSR

025070
002300

RS, WRITEL

"DEVICE FATAL” ERROR @ 25

:IF AN ERROR OCCURED,
;REPORT IT &

022122

000104

S5EQ 01

T18

104460

013701

JSR

TST

NPRCTL

ERROR

:}:z 025210
4146 025222
4147 025224
025224

PAGE 55 1

BCC
ERROR

108460

:{:? 025200

14:54

104460

4134 025162
4135 025164
4136 025170

4166

05-MAR-84

NPR CONTROL REGISTER - MASTER CLEAR

4128 025142

4131

CSERDF
26
EM26A
ERRS
IT!
CSESCAPE
L1003¢-.

TRaAP

CSERRCOR

DMVl MCTRL

DIAG e2

NPR CONTROL
T

MACRO M1200

14:54

PAGE 55-2

SEQ O112

MASTER CLEAR
1

025312

025312
025314

05-MAR-84

104410

ESCAPE

1ST

;

& EXIT

TEST

TRAP

000070

. WORD
THE “MASTER CLEAR" JUST PERFORMED SHOULD RESET
REGISTER.
IT SHOULD NOW EQUAL 004 AGAIN.

025316

013777

154730

20$:

MOV
ALSO,

025324
025330
025332
025332
025334
025336
025342
025346

025352
025354
025356
025360
4189 025362
4131

025364
4192 025370
4193 025374
025374
025376
025400
025402
4194 025404
025404
025404

004737
103002

JSR

8CC

ERROR

104460

000423
013701
013702
012703

002254
002256

121112
001003
022122
077304

2ls:

000410

163701

010137

025070
002300

228:

104401

24s:

tRESET THE EXPECTED DATA

OTHER REGISTERS

PC . NPREAD

348

244

SHOULD STILL

THEIR

INITIAL

VALUES

3sGET CONTENTS OF ALL NPR REGISTERS INTO BTZ2
;IF AN ERROR OCCURED,
sREPORT

IT &

TRAP

CSERROR

EXIT
s
sPOINT TO TABLE OF EXPECTED REGISTER CONTENTS
sPOINT TO NPR REGISTER CONTENTS
s:COUNT OF @ OF NPR REGISTERS BEING PROCESSED
+FOR NOW,
ONLY THE CONTROL REGISTER IS CHECKED!!

GDATA,R1

CMPB
BNE
cMP
SC8
BR

(R1),(R2)
22
(R1)+,(R2)+
R3,21%
24

;:CHECK ONE BYTE
;GO REPORT FAILURE IF ANY ERROR IS FOUND

SUB
MOV
GEDF

12%,R1
R1,REGNUM
EM26 ,ERRS

:CALCULATE THE REGISTER @ CAUSING THE FAILURE
s IDENTIFY FALTY REGISTER

104455

000033
016152
006532

THE

THE NPR CONTROL

MOV

MOV
MOV

000001

NPRMCR ,3GDATA

CSESCAPE

L10032-.

ENDTST

BDATA ,R2
21,.R3

:BUMP POINTERS -- TABLES ARE ACTUALLY WORD TABLES
;:LOOP IF NOT DONE YET

;ELSE, PROCEED WITH TESTING

iNPR ERROR

BAD

INITIALIZATION

"DEVICE FATAL" ERROR ¢ 27

TRAP

L10032:

CSERDF

.WORD
.WORD
.WORD

27
EM26
ERRS

TRAP

CSsETST

CNOMBAO DMVl MCTRL DIAG &2
TEST

MACRO M1200

O05-MAR-84

J9Y
14:54

PAGE

SEQ 0113

NPR DATA-QuUT

.SBTTL

4222

TEST 4

- - NPR DATA-QUT

1000008080008 000000000000000000000000080880080080000000000000000000000000000000s
L

TEST 4

-- NPR DATA-OUT

1 *

FIRST

THE NPR OUTPUT ADDRESS REGISTER

SUBTEST

IS LOADED WITH

THE ADDRESS OF

A 2 BYTE

i* BUFFER IN THE PROGRAM, THEN, EACH WORD OF DATA PATTERN F IS LOADED INTO THE
;¢ NPR QUTPUT DATA REGISTER, A FULLWORD NPR OUTPUT REQUEST IS PERFORMED,
AND THE PROGRAM CHECKS FOR THE CORRECT DATA IN THE PROGRAM BUFFER. ALSO,
THE PROGRAM CHECKS THAT THE ABORT XFER BIT IN THE NPR CONTROL REGISTER

:* NEVER GETS SET.

:¢

DATA PATTERN F

125252,

052525,

000000,

000010,

i e
e

000020,

000040,

002000,
177775,

004000,
177773,

010000,
177767,

i e

177377,

176777,

175777,

077777,

000000

177777,

000001,

000002,

000100,
020000,

000004,

000200,
040000,

000400,
100000,

001000,
177776,

177757,
173777,

177737,
167777,

177677,
157777,

177577,
137777,

:# SECOND SUBTEST:

;¢

THE ABOVE OPERATIONS ARE REPEATED IN BYTE NPR TRANSFER MODE, USING THE DATA
BYTES IN DATA PATTERN B. THE LOW BYTE OF THE PROGRAM BUFFER IS USED, AND
THE

UPPER BYTE

THROUGHOUT

CLEARED

THE

START,

AND

375,

373,

367,

THE SUBTEST.

200,

376,

CHECKED

002,
357,

004,
337,

TO REMAIN UNCHANGED

010,
277,

020,
177,

040,
000

100,

e
&

:--‘.‘.O..‘.“““‘.‘..‘.‘.‘0.‘.“0...““‘.O‘.‘.....‘00‘...0....“...“.0.0..
v

4223
4224 025406
4225 025412
4226 025414

025414

4227 025416

025416
025420

4228
4229
4230
4231 025422

004737
103003

003514

104410
000474

18:

025432
025436
025440
025442
025444

004537
002510
002654
000000
000044

025446
025450

103025

T4:;:

§$T
JSR
BCC
ERROR

PC,MSTCLR
1$

sINIT DMV € START UP MAINT. LOOP
:IF NO ERROR, PROCEED WITH TEST
sELSE, REPORT IT

ESCAPE

TST

€ EXIT

TEST

TRAP

CSERROR

TRAP

.WORD

104402
013737

aza)

NPROTS

104460

025422
025422
4232 025424

4233
4234
4235
4236
4237
4238
4239
4240

BGNTST

025406

002506
005266

025442

BGNSUB
MOV

WRTU

geo--=PATF ,4$

MAIN MEMORY

;SETUP COUNT

DRI

WORD ?:t?-out

& OF WORDS

RAET

CS$ESCAPE

L10033-.
=Bp

TESTING

IRAP

-----

CsBSUB

IN TEST PATTERN

28:
3s:
4% ;

JSR
RS ,NPRMOV
PATF +2
BUF AREA
0

sMOVE DATA THROUGH THE NPR LOGIC
:
ADDRESS OF DATA
i
BUFFER AREA
;¢¢s MODIFIED FROM ABOVE e¢+ -- WORD COUNT
:
OPERATION TO BE UTILIZED

13¢:

BCC
ERROR

: IF ERROR,

NPRDL

REPORT

CNDMBAO DMV11 MCTRL DIAG @2
TEST

025450

025504
025512
025520

104460
005737
001421
022737
001415
012737
012737
012737
012737
000753

025522
025526
025532
025536

013701
013702
013703
005037

025542
025544
025546
025550
025554
025556
025562

022122
001007
077303
005737
001440
004737
000435

025564
025566
025572
025576
025602
025606
025610
025614
025620
025622
025626

010146
014137
014237
010237
163701
006201
010137
005737
001007
005237

025626
025630
025632
025634
4276 025636

104455
000034
016226
007300
000402

025640
025644
025646
025652
025654

004737
012601
013702
005722
000734

4243 025456

4277
4278
4279
4280
4281
4282
4283

0S5-MAR-84

14:54

PAGE S56-1

SEQ 0114

NPR DATA-OUT

4242 025452
4244
4245
4246
4247
4248
4249
4250
4251
4252
4253
4254
4255
4256
4257
4258
4259
4260
4261
4262
4263
4264
4265
4266
4267
4268
4269
4270
4271
4272
4273
4274
4275

IK9
MACRO M1200

025460
025466
025470
025476

4284 025656
025656
025656

4285
4286
4287
4288 025660

025660
025660

002412

000002
016316
007314

025436
025440
025442
002276

TST

g?PRTOE.ERRNBR

002202
002204
002206
002210

T.EHRD,ERRTYP
ONPRTOE
, ERRNBR
@EM26E
, ERRMSG
:g?RII.ERRBLK

78:

23%,R1
3%,R2

4%,R3

ERRFLG

11¢:

6$:

ERRFLG
8¢
ERRFLG
EM26B ,ERR9

002252

8s:
9s:

JSR
MOV
MOV
TST

10$:

TIMEOUT ERROR WAS ALREADY REPORTED.

:IT WASN'T REPORTED YET,

:LOOP BACK TO CAUSE REPORT @ PROPER PC LOCATION
:POINT

TO GOOD DATA

& ACTUAL DATA
;
$GET WORD COUNT
sRESET ERROR FLAG

PC,ERR9S

:SETUP FOR ERROR REPORT

;LSI-11'S MEMORY ADDRESS

s:CALCULATE THE OFFSET AT WHICH THE
i+
DATA COMPARISON ERROR OCCURED
: THE ERROR MESSAGE WILL REPORT THIS TOO

sHAVE WE ALREADY REPORTED AN ERROR HERE?

:YES, THEN WE ONLY PRINT DATA THIS TIME
iNO,
SET FLAG & REPORT THE WHOLE MESSAGE
:WORD NPR TRANSFER DMV ===> LSI

“DEVICE FATAL” ERROR # 28
TRAP
.WORD
.WORD
.WORD

RESUME TESTING

+RESTORE POINTERS

(R2)+
11$

:AND RESUME

TDATA,R2

CSERDF
28

EM26B
ERR9

;sIDENTIFY THE FAILING DATA

(SP)+,R1

TESTING

ENDSUB

L10034

104403

MAIN MEMORY

104402

SETUP FOR IT NOW:

:SAVE THIS FOR FURTHER TESTING

012574

: THE

R1,-(SP)
R2,TDATA
2%,R1
R1
R1,REGNUM

002276

CS$ERROR

10$

-(R2),BDATA

002300
002276

TRAP

tWE JUST REPORTED ONE ERROR BUT WAS IT A TIMEOUT
tERROR? IF SO, PROCEED WITH TESTING.
ELSE,
tWE WILL HAVE TO REPORT IT HERE AND NOW.

sCHECK RECEIVED DATA
:ERROR, GO REPORT IT
IF MORE DO IT AGAIN
:GO0D,
sELSE, SEE IF WE MUST FINISH AN ERROR MESSAGE
iNO,
TEST IT AGAIN BUT WITH BYTE TRANSFERS
:YES, USE COMMON ROUTINE TO END ERROR MESSAGE
;WE CAN TEST IT AGAIN BUT WITH BYTE TRANSFERS

(R1)+,(R2)+

6s
R3,5$
ERRFLG
10$
PC,NULERR

013076

002254
002256
002252
025436

002204

S$:

002276

;HPO

BYTE ?ATA-OUT

4.2:

TRAP

CsESLB

TESTING

TRAP

csBSuB

CNDMBAO DMV11l MCTRL DIAG #2
TEST 4
4289
4290
4291
4292
4293
4294
4295
4296
4297
4298

4299
4300
4301

4302
4303
4304
4305
4306
4307
4308
4309
4310
4311
4312
4313
4314
4315
4316
4317
4318
4319
4320
4321
4322
4323
4324
4325
4326
4327
4328
4329
4330
4331
4332

MACRO M1200

O05-MAR-84

LY
14:54

PAGE 56-2

SEQ 0115

NPR DATA-OUT

025662

013737

002456

025670
025674
025676
025700
025702

004537
002460
002654
000000
000054

005266

025704
025706
025706
025710
025714
025716
025724
025726
025734
025742
025750
025756

103025
104460
005737
001421
022737
001415
012737
012737
012737
012737
000753

025760
025764
025770
025774

013701
013702
013703
005037

026000
026002
026004
026006
026012
026014
026020

122122
001007
077303
005737
001437
004737
000434

026022
026024
026030
026034
026040

010146
114137
114237
010237
163701

026044
026050
026054
026056

010137
005737
001007
005237

026062

026062
026064
026066
026070
4333 026072
4334
4335 026074
4336 026100
4337 026102
4338 026106
4339 026110

025700
2$:
3s:

4%:

13$:

MOV

PATB,4$

+SETUP COUNT OF & OF WORDS IN TEST PATTERN

JSR

RS ,NPRMOV

+MOVE DATA THROUGH THE NPR LOGIC
ADDRESS OF DATA
:+
BUFFER AREA
+
;44 MODIFIED FROM ABOVE s4+ -- BYTE COUNT
i+
OPERATION TO BE UTILIZED

: IF ERROR, REPORT IT

sWE JUST REPORTED ONE ERROR BUT WAS IT A TIMEOUT

PATB+2

gUFAREA
NPRDLB

8CC
ERROR

002412

000002
016316
007314

025674
025676
025700
002276

002204

;"PR TOE,ERRNBR

002202
002204
002206
002210

@7 .EHRD ,ERRTYP
ONPRTOE
, ERRNBR

@EM26E ,ERRMSG
:g?RII.ERRBLK

78:

23%.R1

3s,R2
4% ,R3
ERRFLG

S$:

002276

(R1)+,(R2)+
6%
R3,5$
ERRFLG
10$
PC,NULERR

11%:

013076

002254
002256
002252
025674

6$:

104455
000035
016251
007306

SETUP FOR IT NOW:

:LOOP BACK TO CAUSE REPORT @ PROPER PC LOCATION
:POINT

TO GOOD DATA

& ACTUAL DATA
:
:GET BYTE COUNT
+RESET ERROR FLAG
:CHECK RECEIVED DATA

:ERROR,

GC REPORT

IF MORE DO IT AGAIN
:GOOD,
;ELSE, SEE IF WE MUST FINISH AN ERROR MESSAGE
THEN WE CAN EXIT THE TEST
tNO,

:SAVE THIS FOR FURTHER TESTING
:SETUP FOR ERROR REPORT

R2,TDATA

;LSI-11'S MEMORY ADDRESS

012732

002252

8$:
9$:

JSR

MOV
MOV

INC
BR

_DATA COMPARISON ERROR OCCURED

: THE ERROR MESSAGE WILL REPORT THIS TOO
sHAVE WE PLREADY

;YES,
tNO,

REPORTED AN ERROR HERE?

THEN WE ONLY PRINT DATA THIS TIME

SET FLAG & REPORT

THE WHOLE MESSAGE

;:BYTE NPR TRANSFER DMV ===> LSI
H
“DEVICE FATAL"” ERROR & 29

RESUME TESTING

PC,ERR10$

(SP)+,R1

;sIDENTIFY THE FAILING DATA
:RESTORE POINTERS

11$

tAND RESUME

TDATA,R2
R2

NOW

s:CALCULATE THE OFFSET AT WHICH THE

TRAP

000402

004737
012601
013702
005202
000735

+IT WASN'T REPORTED YET,

R1,-(SP)
-(R1),GDATA

R1,REGNUM
ERRFLG
8s
ERRFLG
EM26C,.ERR10

002276

:THE TIMEOUT ERROR WAS ALREADY REPORTED.

:YES, OUTPUT THE REQUIRED BLANK LINES.
:THEN WE CAN EXIT THE TEST

2%,R1

CS$ERROR

;ERROR? IF SO, PROCEED WITH TESTING.
ELSE,
sWE WILL HAVE TO REPORT IT HERE AND NOW.

10$

-(R2),BDATA

002300
002276

TRAP

TESTING

.WORD
.WORD
.WORD

CSERDF

29
EM26C
ERR10

CNDMBAO DMV11 MCTRL DIAG #2
TEST 4

MACRO M1200

05-MAR-84

10$:

ENDSUB

14:54

PAGE 56-3

SEQ 0116

NPR DATA-QUT

4340
4341 026112
026112
026112
4342 026114
026114
026114

104403

ENDTST
104401

L10035:
L10033:

TRAP

C$ESUB

TRAP

CSETST

CNDMBAO DMV11 MCTRL DIAG @2
TEST

MACRO M1200

05-MAR-84

14:54

PAGE 57

SEQ 0117

NPR DATA-IN

4360

.SBTTL TEST 5
HEEE

RS A

-- NPR DATA-IN
A

PP P

PP PP Y

YY)

i &

TEST S

NPR DATA-IN

:+# THE NPR INPUT ADDRESS REGISTER IS LOADED WITH THE ADDRESS OF A 2 BYTE
:* BUFFER IN THE PROGRAM, THEN, EACH WORD OF DATA PATTERN F IS LOADED INTO THE

:* PROGRAM BUFFER,

A FULLWORD NPR

INPUT REQUEST

ISSUED AND PERFORMED,

;*# AND THE PROGRAM CHECKS FOR THE CORRECT DATA IN THE NPR INPUT DATA REG.
i* ALSO, THE PROGRAM CHECKS THAT THE ABORT XFER BIT IN THE NPR CONTROL
:*
i

ie
i e

052525,

000000,

177777,

000001,

000002,

000004,

177775,
177377,

177773,
LAY,

177767,
A0S0 07,

177757,
AR,

177737,
267700,

177677,
2SIV,

177577,
1% NYNY,

000010,
002000,

i
i
i

077777,

000020, 000040, 000100, 000200,
004000, 010000, 020000, 040000,

000400,
100000,

001000,
177776,

000000

]
-8R0 0000000A004ARAR0RARRAARRRRRRRRASRARRRALLARtRR0tR
Rttt ttitttttttttts

3
4361
4362
4363
4304

4365

004737
103003

003514

104460
104410
000234
002506

004537
002510
002654
000000
000004

005266

026150

1%:

2%:
3s:

103025

013701
013702
013703
005037

JSR
8CC
ERROR

PC,MSTCLR
1

s INIT DMV € START UP MAINT. LOOP
;IF NO ERROR, PROCEED WITH TEST
;ELSE, REPORT IT

ESCAPE

TST

€ EXIT

TEST

TRAP

CS$ERROR

TRAP

CSESCAPE

.WORD

013737

104460
005737
001421
022737
001415
012737
012737
012737
012737
000753

BGNTST

13s5:
002412

016316
007314
026144
026146
026150
002276

002202
002204
002206
002210

7%:

PATF ,4%

;SETUP COUNT OF

& OF WORDS IN TEST PATTERN

JSR
RS ,NPRMOV
PATF +2
BUF AREA

;MOVE DATA THROUGH THE NPR LOGIC
:
ADDRESS CF DATA
3
BUFFER AREA

NPRLD

;

;60 MODIFIED FROM ABOVE

#¢s¢

OPERATION TO BE UTILIZED

WORD COUNT

B8CC
ERROR

: IF ERROR, REPORT IT

TST

TMPO

sWE

JUST REPORTED ONE ERROR BUT

TRAP
WAS IT

cMP

ONPRTOE ,ERRNBR

;WE

WILL

AND NOW.

BEQ

002204
000002

MOV

L10036-.

BEQ
MOV
MOV
MOV
MOV
BR

78
T .EHRD,ERRTYP
ONPRTOE
, ERRNBR
PEM26E ,ERRMSG
PERR11,ERRBLK
138

MOV
MOV
MOV
CLR

2% ,R1
33.R2
4% .R3
ERRFLG

;ERROR?

SO,

MAVE

PROCEED WITH TESTING.

TO REPORT

HERE

CSERROR
TIMEOUT
ELSE,
A

;THE TIMEOUT ERROR WAS ALREADY REPORTED.
;IT WASN'T REPORTED YET, SETUP FOR IT NOW:

;LOOP BACK

TO CAUSE REPORT @ PROPER PC LOCATION

;POINT TO GOOD DATA
:
€ ACTUAL DATA
;:GET WORD COUNT
iRESET ERROR FLAG

CNOMBAO DMV11 MCTRL DIAG @2
TEST

4391
439,
4393
4394
433%
439
4397
4398
4399
4400
4401
4492
4403%

- -

026250

022122

026256

005737

026252
026254

4419

4420
aa21

S5%:
002276

001440
004737
000435

026272
026274
026300
026304
026310

010246
014137
014237
010137
163701

002254
002256
002252
026144

010137

002300

026340
026342
4412 026344
4414

001007
077303

026262
026264
026270

026334
026336

4415
4416
4417
4418

O05-MAR 84

14:54

PAGE 57-1

5EQ 0118

NPR DATA-IN

4404
4405 026314
4406 026316
4407 026322
4408 026326
4409
4410 026330
aall 026334

44,3

MACRO M1200

B10

026346
026352
026354
026360
026362

026364
026364
026364
026364

006201

005737

001007

005237

11%:

013076
68:

CHP

1ERROR, GO REPORT IT
+w00D,
IF MORE DO IT AGAIN

B8EQ
JSR
B8R

10$
PC,NULERR
10$

tNO,
THEN WE CAN EXIT THE TEST
1YES, USE COMMON ROUTINE TO END ERROR MESSAGE
1 THEN WE CAN EXIT THE TEST

1ST

ERRFLG

IF WE MUST FINISH AN ERROR MESSAGE

1 SAVE THIS FOR FURTHER TESTING
1SETUP FOR ERROR REPORT

MOV

R1,REGNUM

s+ THE ERROR MESSAGE WILL REPORT

BNE

INC
GEDF

ERRFLG

ERRFLG
EM26D,ERR9

1LSI-11'S MEMORY ADDRESS
$CALCULATE THE OFFSET AT WHICH THE
s+

DATA COMPARISON ERROR OCCURED

012574
002252

8s:
9s:

108:

sYES,

THEN WE ONLY PRINT DATA THIS TIME

tNO,
SET FLAG & REPORT THE WHOLE MESSAGE
tWORD NPR TRANSFER LSI =s=s> DMV
5
“DEVICE FATAL” ERROR @ 30

RESUME

TRAP
.WORC

JSR
MOV
MOV
1ST
BR

PC,ERR9S
(SP)+,R2
TDATA,R1
(R1).
118

s IDENTIFY THE FAILING DATA
tRESTORE POINTERS

ENDTST

THIS TOO

tHAVE WE ALREADY REPORTED AN ERROR HERE?

;

016274
007300
000402

104401

SEE

R2, -(SP)
-(R1),GDATA
(R2),BDATA
R1,TDATA
23 ,R1

104455
000036

004737
012602
013701
005721
000734

1ELSE,

MOV
MOV
MOV
MOV
SuB
TST

002276

1CHECK RECEIVED DATA

63
R3,5%

ASR

002276

(R1)+,(R2)+

BNE
So8

TESTING

sAND RESUME

CSERDF
30

.WORD
.WORD

EM26D
ERR9

TRAP

CSETST

TESTING

L10036:

CNOMBAO DMVI1 MCTRL DIAG @2
TEST

MACRC M1200

05 MAR 84

Cl10
14:54

PAGE

%5EQ 0119

NPR XFER ABORT

.SBTTL TEST & -- NPR XFER ABORT

44135

100000000000000000000000000000000000000000000000000000000000000000000000000000

TEST 6 -- NPR XFER ABORT

i
i¢

FIRST

1¢

THE

SUBTEST :
PROGRAM PERFORMS

i* LOCATION,

1 REGISTER.
1*

PROGRAM,

AN OUTPUT

AND CHECKS FOR

THE

NPR REQUEST

TO A NON-EXISTENT

ASSERTION OF ABORT

XFER BIT

THEN, AN OQUTPUT NPR IS DONE AND CHECKED,

USING

125252 FOR DATA,

AND

THE

TO A LOCATION IN THE

PROGRAM CHECKS FOR

i BE CLEARED By SETTING THE DONE BIT,
1 SECOND SUBTEST :
1 THE ABOVE SUBTEST IS REPEATED USING INPUT NPR'S,

MEMORY

IN THE NPR CONTROL
ABORT

XFER

0800000000000 00000080000000000000000000000000000000000000000000000000000000

026366

4436
4437
4438 026366

4439
4440
aaay
aaa?

026 366
026366
026370
026374
026376
026376
026400
026400
026402
026404

4443
4444
4445 026412

4446

4447
aaag
4449

4450
a45]
4452

4453
4454

4455
4454
4457

4458

4459
4460

444

44¢2

026420
026426
026432
026434
0264 36
026440
026440
026442
026442
026444
026446
026452
026454
026456
026460
026460
026462
026462
026464
026466
026472
026474
026476

1*==

BGNTST
SUBTEST

@ 1

NPR OUTPUT

TO NON-EXISTENT LOCATION FORCING NPR-ABORT

BGNSUB

104402
004737
103003

003514

104460
104410
000164
012737
012737
012737
004537
000070
002420
103003

103003

TRAP

CSESCAPE

SuB

002420
002414

MOV

JSR
NPRAOL

& EXIT

TEST

.WORD
L10040-.
TIMEOUT-COUNT BY ERR11

@1, TMPO

sDISABLE PRINTOUT OF

0160000, TMP3

:SETUP

RS,WRITE

1SETUP ADDRESS OUT REGISTERS

ONPRDL , TMP]

11'S ADDRESS

sCONTROL REG. VALUE FOR NPR-0OUT COMMAND

TMP3

8CC

.+10

s IF NO ERROR,

ESCAPE

SuB

ERROR

004042

004054

sELSE,

REPORT

PROCEED
IT

AND EXIT

THIS

JSR
NPRAQOM

RS ,WRITE

8CC
ERROR

.+10

+IF NO ERROR, PROCEED
sELSE, REPORT IT

ESCAPE

SUB

TMP3.1

104460

000072
000200

CS$ERROR

ESCAPE

160000

103003

004537

TRAP

s INIT DMV € ENTER M-LOOP
1 IF NO ERROR, PROCEED WITH TESTING
sELSE, REPORT ERROR

MOV

002421

104410
000102

csBsuB

PC,MSTCLR
.+10

002412

104460

104410
000122
004537
000071

TRAP

JSR
8CC
ERROR

000001
000044
004042

T6.1:

==22=

JSR
NPRACX
NPRBS7
8CC

RS,WRITEI
.+10

AND EXIT

THIS

TEST

TRAP

CSERROR

CSESCAPE

. WORD

L10040-.

TRAP

CSERRCR

TRAP

CSESCAPE

.WORD

L10C40

3
(THIS SETS BS? € CLEARS EXTENDED ADPDR.
1 IF NO ERROR, PROCEED

BITS)

CNOMBAO DMVL1 MCTRL DIAG @2
TEST 6

026556
026560
026562
026564
4480 026566
026566
026566

448)
4482
4483 026570

4487

4488
4489
4490
4491
4492
4493
4494
4495

05-MAR -84

14:54

D10
PAGE 58 -1

SEQ 0120

NPR XFER ABORT

2463 026500
026500
2464 026502
026502
026504
4465 026506
4466 026512
4467 026514
4468 026516
4469 026520
026520
4470 026522
026522
026524
aa71 026526
aa72 026532
4473 026534
aa7a 026536
4475 026540
026540
4476 026542
026542
026544
4477 026546
4478 026554
4479 026556

4484
4485
4486

MACRO M1200

026570
026570
026572
026576
026600
026600
026602
026602
026604
026606

026614
026622
026630
026634
026636
026640
4496 026642
026642
4497 026644

ERROR

104460

104410
000062
004537
123004
002414
103003

ESCAPE
004042

003616

002416

104403

THIS

.+10

ESCAPE

SuUB

JSR
NPRCTL

RS,READ

;READ BACK

8CC

.+10

:IF NO ERRO/I’, ®ROCEED
ELSE, REPORT IT

ESCAPE

SuB

BIT8B
BNE
GEDF

20$:

AND EXIT

8CC
ERROR

ONPRABT, TMP2

20
EM26G,ERR11

104455

000037
016402
007314

RS5,WRITE

ERROR

000200

REPORT

JSR
NPRCTL

TMP2

104460
104410
00002<
132737
001004

suB

TMP1

104460
104410
000042
004537
123004
002416
103003

tELSE,

s INITIATE THE NPR-OUT OPERATION

REPCR

AND EXI'

THIS

-- NPR OQUTPUT

003514

THE

AND EXIT THIS TEST

012737
012737
004537
000070
002420
103003
104460

ESCAPE

SuB

ERROR

104460

104410
000164
012737

PC,MSTCLR

000001

002412

MOV

002654
000044

002420
002414

MOV

004042

MOV

JSR

NPRAOL
TMP3

ESCAPE

TRAP

CS$ERROR

TRAP
TRAP

CSERROR
CSESCAPE

L10040-.

TRAP

CSERDF

.WORD
.WORD
.WORD

31
EM26G
ERR11

TRAP

CsESUB

TRAP

csBsSuB

TRAP

CSERROR

TRAP

CSESCAPE

s INIT DMV € ENTER M-LOOP
:IF NO ERROR, PROCEED WITH TESTING

REPORT

ERROR

& EXIT TEST

.WORD
L10041
-,
TIMEOUT-COUNT By ERR11

:1DISABLE PRINTOUT OF

¢BUFAREA, TMP3

1SETUP 11'S ADDRESS
;CONTROL REG. VALUE FOR NPR-0OUT COMMAND
1 SETUP ADDRESS OUT REGISTERS
: IF NO ERROR, PROCEED
;ELSE, REPORT IT

SuB

CS$ESCAPE
L10040-.

.WORD

¢1,TMPO

8CC
ERROR

CSESCAPE

L 10040
-.

TO EXISTENT LOCATION YIELDING NO NPR-ABORT

;ELSE,

ONPR
, DL
TMP1
RS,WRITE

CS$ERROR

:THE ABORT BIT SHOULD BE SET
EXIT SUBTFST
:IT IS.
REPORT MISSING NPR ABORT
:IT DION'T,
:
“DEVICE FATAL” ERROR ¢ 31

76.2:

JSR
8CC

TRAP

TRAP
.WORD
CONIROL -STATUS REGISTER

BGNSUB
104402
004737
103003

TEST

L10040:

TRAP

PRUCEED

:IF NO ERROR.

;ELSE,

ENDSUB
SUBTEST

TEST

AND

EXIT

THIS

TEST

TRAP

CSERROR

CNOMBAO DMV11 MCTRL DIAG @2
TEST

NPR

XFER

026644
026646

4498 026650

4500 026656
4501 026660

002421
103003

4502 026662
026662
4503 026664

000071

104410
000102

4505 026674
4506 026676
4507 026700

000072
000000
103003

026702

104460

026704
026706
4510 026710

104410
000062
004537

4513 026720

103003

4508 026702
4509 026704

4511 026714
4512 026716
4514 026722

004537

123004
002414

026722

104460

026724
026726
4516 026730
4517 026734
4518 026736

104410
000042
004537
123004
002416

4515 026724

4519 026740
4520 026742

026742
4521 026744
026744
026746

4522 026750
4523 026756
4524 026760

026760
026762
026764
026766

4525 026770

14:54

EL1O

PAGE 58- <

€0
o121

RS,WRITE

TMP3.+1
8CC

.+10

+IF NO ERROR,

ESCAPE

SuB

ERROR

004054

004042

JSR

RS,WRITEI

.+10

ESCAPE

SUB

RS5,WRITE

8CC

.+10

ESCAPE

SuB

ERROR

JSR
NPRCTL
TMP2

002416

026772
026772

104401

TRAP

CS$ERROR

TRAP
.WORD

CS$ESCAPE
L10041-.

AND EXIT

THIS

TEST

s INITIATE

THE NPR-OUT OPERATION

: IF NO ERROR,

:ELSE,
:

REPORT

THIS

TEST

: IF NO ERROR,

ESCAPE

SUB

BITB
BEQ
GEDF

ONPRABT, TMP2
20$
EM26E ,ERR11

:THE ABORT BIT SHOULD BE SET
sIT IS,
EXIT SUBTEST
:IT DIDN'T,
REPORT MISSING NPR

REPORT

TRAP

CS$ERROR

TRAP
.WORD
CONTROL -STATUS REGISTER

.+10

;ELSE,

CS$ESCAPE
L10041-.

AND EXIT

THE

TRAP
.WORD

PROCEED

8CC

ENDSUB

CSESCAPE
L10041-.

i+
(THIS CLEARS BS7 & EXTENDED ADDR. BITS)
+IF NO ERROR, PROCEED
sELSE, REPORT IT
TRAP
CSERROR
:
AND EXIT THIS TEST

;

20%:

TRAP
.WORD

PROCEED

;READ BACK

104455
000040
016316
007314
104403

REPORT

RS,READ

ERROR

000200

)

JSR

NPRCTL
TMP1

003616

sELSE,

NPRAOX
0
8CC
ERROR

104460
104410
000022
132737
001404

JSR

NPRAOH

103003

026770
026770

4526 026772

004042

104460

026664
026666

4504 026670

O05-MAR-84

ABORT

104410
000122
004537

4499 026654

MACRO M1200

PROCEED
IT

AND EXIT

THIS TEST

TRAP

CSERROR

TRAP
.WORD

CSESCAPE
L10041-.

ABORT

“DEVICE FATAL” ERROR & 32

CSESCAPE
L10041-.

L10041:

ENDTST

L10037:

TRAP
.WORD
.WORD
.WORD

CSERDF
32
EM26E
ERR11

TRAP

CsESLB

TRAP

CSETST

CNDMBAO DMV11 MCTRL DIAG @2

MACRO M1200

05-MAR-84

14:54

F10

PAGE 59

TEST 7 -- NPR EXTENDED ADDRESS BIT TEST
4544

.
.SBTTL

TEST

NPR EXTENDED ADDRESS BIT

TEST

1040888880088 800000000000000000000000880040000
2400000008000 008000000000 0000004

TEST 7 -- NPR EXTENDED ADDRESS BIT TEST

‘

s THIS TEST WILL ONLY BE RUN IF THERE IS AT LEAST 32K WORDS OF MEMORY ON THE

i» SYSTEM, IF THERE IS, THE PROGRAM CHOOSES A LOCATION TO USE IN THE ADDRESS
i+ RANGE 200000-377776 (OCTAL). THEN, THE FOLLOWING 2 SUBTESTS ARE PERFORMED

;¢
:*
i+
;¢
:*

FIRST SUBTEST :
AN INPUT NPR IS PERFORMED AND CHECKED USING THE MEMORY LOCATION, WITH
125252 FOR DATA, THE PROGRAM CHECKS THAT THE ABORT XFER BIT REMAINS
CLEARED.
SECOND SUBTEST :
AN QOUTPUT

NPR

IS PERFORMED AND

i e ézgzgaoroa DATA.

e
-

026774

004737

4546 027000

103003

027002

104460

027004
027006

104432
001506

027020
027022
027022

001002

4547 027002
4548 027004

4549
4550
4551
4552
4553

4554

027010
027014

027024

LEARE

013700
042700

003514

JSR

PC,MSTCLR

;INIT

BCC

:IF NO ERROR,

EXIT

18:

:ELSE,

& ENTER M-LOOP

WITH

T7::

PROCEED WITH TESTING

REPORT ERROR

€ EXIT

TEST

;GET LAST VALID “PAR”
;THESE BITS CORESPOND

;ACTUAL

ADDRESS AND

BNE
EXIT

23
TST

;IF
;

RESWLT IS ZERO,
THERE IS NOTHING

THE

:
002436

2%:

4559

TRAP

C$ERROR

TRAP
.WORD

CSEXIT
L10042-.

TRAP
.WORD

CSEXIT
L10042-.

VALUE FROM SUPERVISOR
TO BITS 6 --> 15 OF THE
AREN'T OUR CONCERN HERE.
TO

TEST

MOV

RO, TMPA

:THIS IS FOR THE MMU

'lII.l..ll.llIIIllllIl.llll.ll.ll‘l...ll'll..l...l.ll.lll...llllIl'l.ll.l.'zlll

027032
027032

4562 027034
4563 027042
4564 027050

:ggg 027056

4568
4569
4570
4571

LOCATION,

;ELSE, PROCEED TO SETUP MMU'S PAR AND DMV'S NPR

4560
4561 027032

4567

DMV

L$HIMEM,RO
21777,R0

104432
001470

010037

MEMORY

MOV
BIC

:ggg

:ggg 027026

THE

BGNTST

ERROR

002120
001777

CHECKXED USING

THE PROGRAM CHECKS THAT THE ABORT XFER BIT REMAINS

0808808800000 0000008200000000080000080800020
8000002000000 000000000000000000

4545 026774

027062
027066
027070
027072

12s:

104402
012737
012737
112737

004737
004537
000074
000000
004537

BGNSUB

s TEST

THE NPR-IN USING EXTENDED ADDR.

T7.1:

177777
002000
000001

030516
004054

004054

002434
002442
002451

MOV
MOV
MOVB

JSR

0177777, TMP9
o8IT10, TMPC
0BITO, TMPF +1

PC,XMINIT

TRAP
CsBSUB
sINITIALIZE TEMP 9
s INITIALIZE PAGE ADDRESS REG. VARIABLE
s INITIALIZE NPR EXTENDED ADDRESS REG. VARIABLE

sINITIALIZE

THE MMU

;8080000000 0ssss WRITE/READ/VERIFY NPRAIH NPRAIL
JSR

RS,WRITEI

NPRAIL
0
JSR

RS,WRITEI

BITS

;POINT

¢tccscsscccccssn

NPR REGISTERS

TO O

CNDMBAO DMV11 MCTRL DIAG @2
TEST

4572
4573
4574
4575
4576
4577
4578
4579
4580
4581
4582
4583
4584
4585
4586
4587
4588

NPR EXTENDED ADDRESS BIT

027076
027100
027102
027106
027110
027112
027116
027120
027122
027130
027132
027140
027146
027154
027160
027162
027166

027166
027170
027172

027174
4589 027176

4590
4591
4592
4593

4594
4595
4596
4597
4598
4599
4600

4601
4602
4603
4604
4605

4606

027176
027200

000075
000000
004537
000074
002434
004537
000075
002435
023727
001424
013737
012737
012737

105737

001002
005237

14:54

G10

PAGE 59-1

SEQ 0123

TEST
NPRAIH
0o
JSR
NPRAIL
TMP9
JSR
NPRAIH

003616
003616

TMP9.1

cHP
BEQ

002434
002434
000000
000007
002434

05-MAR-84

002256
002254
002300

002300

RS,READ

+READ BACK THE ADDRESS & VERIFr IT

R5,READ

2y, o 1000000
A

: IS IT CORRECT?
s YES, PROCEED.
iNO, SETUP FOR & REPORT LOADING FAILURE

07 ,REGNUM
TMP9

s IDENTIFY NPRAIM AS THE CULPRIT
: IS THAT REALLY TRUE?
tMAYBE.
BUT, NPRAIL IS DEFINITELY AT FAULT
SO IDENTIFY IT AS SUCH
H

TMP9,BDAT
©000000,GDATA

1
REGNUM
EM26A ,ERR14

18:

;REPORT

104455

000041
016204
011002

ESCAPE

104410
000506

suB

THE FAILURE

"DEVICE FATAL" ERROR & 33

TRAP

AND EXIT

THIS

SUBTEST

33
EM26A
ERR14

TRAP

CSESCAPE

.WORD

;8000000000000
00es

MAIN

SUBTEST

LOOP

STARTS

HERE

CSERDF

.WORD
.WORD
.WORD

1000000000000 00000000000000000000000008000000000800000080000000000000408

L10043-.

essescssssscssssses

1000000000000 00000000000000000004000000008000800000000000000000000000008

027202
027206
027210
027212
027214
027214
027216
027216
027220
027222
027226
027230
027232
027234
027234
027236
027236
027240
027242
027250

4607
4608
4609
4610
4611 027254
4612 027262
4613 027266
4614

MACRO M1200

027270
4615 027272

;88800 sssssassss

004537
123000
002414
103003

003616

2s:

104410

000466
004537

123001
002415
103003

003616

104410
000446
013737
005137

012737
004537
002446
002420
103003

NPRDRH:NPRDRL

TMP3

ssssscssssscssns

:GET THE CURRENT CONTENTS OF THE NPR DATA REG'S

8CC
ERROR

.+10

: IF NO ERROR, PROCEED
;ELSE, REPORT IT

ESCAPE

SuB

;

AND EXIT

THIS TEST

JSR
NPRDRH

RS ,READ

BCC

.+10

: IF NO ERROR, PROCEED
;ELSE, REPORT IT

ESCAPE

SuB

TMP1.1

ERROR

104460

RS,READ

TMP1

104460

COMPLEMENT

JSR
NPRDRL

AND EXIT

THIS

TEST

TRAP

002420

MOV

002000
030636

002446

;ee0s0¢esse
MOV

TMP1,TMP3
TTMP3

comM

JSR

TMPE
TMP3

B8CC

TMP3

CSESCAPE

.WORD

L10043-.

TRAP

CS$ERROR

TRAP

002414
002420

CSERROR

.WORD

CSESCAPE

L10043-,

tUSE CURRENT DATA & BUILD BACKGROUND PATTERN
;COMPLEMENT IT TO GENERATE A BACKGROUND PATTERN

=> 1ST LOCATION OF EACH EXTENDED MEMORY BLOCK ¢esscsscce
sREFILL ALL TEST LOCATIONS STARTING HERE
e8IT10, TMPE
RS, XMWRIT
;WRITE BACKGROUND PATTERN GENERATED ABOVE

; POINTER TO "PAR” FORMAT ADDERSS

.+10

POINTER

:IF

TO DATA

NO ERROR,

(TO BE

PROCEED

WRITTEN)

CNOMBAO DMV11 MCTRL
TEST

4618
4619
4620
4621
4622
4623
4624
4625
4626
4627
4628
4629

4630

4631
4632
4633
4634

4635

4636

4637
4638
4639
4640
4641

MACRO M1200

NPR EXTENDED ADDRESS BIT

4616 027274

4017

DIAG @2

027274
027276
027276
027300
027302
027310
027312
027320

062737

14:54

ESCAPE

002000

002446

002436

004537

004042

ADD
BEQ
cMP
BLOS
;18440000000 0s0s¢s

027322
027326
027330
027332
027334
027334
027336
027336
027340
027342
027346
027350
027352
027354
027354
027356
027356
027360
027362
027370
027372
027400
027406
027414

027414
027416
027420
027422
4642 027424
027424
027426
4643

4644
4645 027430
4646 027436
4647
4648 027444
4649 027450
4650 027452
4651 027454
4652 027456

027456
4653 027460
027460
027462

000076
002451

6%:

103003
104460

104410
000346
004537
000076
002450
103003

003616

123737
001417
113737
113737
012737

002450

002451

002451
002450
000006

002254
002256
002300

SuB
oBIT10, TMPE
6$
, TMPA
TMPE
43

TRAP

AND EXIT THIS TEST

TRAP

.WORD

: INCREMENT THE PAGE ADDR. REG. VALUE
1DONE IF IT GOES TO ZERO
+ IS THE NEW VALUE WITHIN CURRENT MEMORY?
:YES, THE WRITE IT T100.
DONE.
;NO,

WRITE/READ/VERIFY

NPRAIX

.+10

: IF NO ERROR, PROCEED
;ELSE, REPORT IT

ESCAPE

SuB

;

B8CC

.+10

: IF NO ERROR, PROCEED
:ELSE, REPORT IT

ESCAPE

SuB

TMPF , TMPF + 1

8s
TMPF +1,GDATA
TMPF ,BDATA
06 ,REGNUM
EM26A,ERR14

SuB

TRAP

AND EXIT THIS TEST

;READ IT BACK & VERIFY THAT

CMPB

AND EXIT

THIS

TRAP

CSERROR

.WORD

:DID IT LOAD CORRECTLY?
iNO,

002420

004537
002442
002254
103003

030636

125252

002254
002254

;8880800000 000ss GENERATE/WRITE

PROCEED

IDENTIFY NPRAIX AS FAILING REG.

"DEVICE FATAL" ERROR 2 34

;REPORT

THE FAILURE

TRAP

AND EXIT THIS SUBTEST

;

TEST WORD INTO

#125252,GDATA

;PATTERN BY

JSR

RS, XMWRIT

;LOAD UP

TMPC

GDATA

.WORD
.WORD
.WORD

TRAP

ESCAPE

ADDING

(LSI-11)

34
EM26A
ERR14

CSESCAPE

L100453-.

sccccssscesccss

THE

THIS

IT,

TEST PATTERN

:+ POINTER TO "PAR" FORMAT ADDRESS
POINTER

TO DATA (TO BE

: IF NO ERROR,

:ELSE, REPORT
SuB

“TMPC"”

CSERDF

;:GENERATE A TEST DATA PATTERN FROM BACKGROUND

;

8CC
ERROR

CSESCAPE

L10043-,

SETUP FOR ERROR HANDLER

MOV
ADD

TMP3,GDATA

CSESCAPE

L10043-.

IT'S CORRECT

TEST

CSERROR

.WORD

TRAP

: YES,

CS$ESCAPE

L10043-,

REG BITS

RS,.READ

BEQ
MOVB
MOVB
MOV
GED+

CS$ERROR

ssssssssssssssse

.WORD

013737
062737

104410

+ELSE, REPORT IT

:SETUP NPR EXTENDED ADDR.

ESCAPE

104410
000260

000224

SEQ 0124

RS,WRITE

ERROR

104455
000042
016204
011002

104460

59 2

JSR
NPRAIX
TMPF + 1
8CC
ERROR

JSR
NPRAIX
TMPF

104460
104410
000326

PAGE

ERROR

001404
023737

101760

05-MAR-84

TEST

104460
104410
000406

H10

PROCEED

WRITTEN)

AND EXIT

THIS

SUBTEST

TRAP

CSERRCR

TRAP

CSESCAPE

LWORD

L 10043,

CNDMBAO DMVl MCTRL
TEST

4657 027500
4658 027502
4659 027504

4668

4669
4670

4671

4672

112737

004537

123004

000004
004042

104460

027506
027510

000176

05-MAR -84

110
14:54

002417

sSETUP CONTROL VALUE TO DO NPR-IN
:PERFORM THE "EXTENDED" DATA-IN NPR

8CC
ERROR

.+10

: IF NO ERROR, PROCEED
sELSE, REPORT IT

ESCAPE

SuB

4673 027544
027544
46574 027546
027546
027550
4675 027552
4676 027556
4677 027560
4678 027562
4679 027564
027564
4680 027566
027566
027570
4681 027572
4682 027600
4683 027602
4684 027604

027604
027606
027610
027612
4685 027614
4686 027616
027616
027620
027622
027624
027626
027626

003616

104455
000043
016437
007456
000404

003616

TRAP

CSERROR

TRAP

CHECK

THE

NPR

(DATA/NPRCTL)

.+10

: IF NO ERROR, PROCEED
sELSE, REPORT IT

ESCAPE

SuUB

AND EXIT THIS TEST

002416

10%:

THE

;ELSE,

CSESCAPE

NPR DATA REGISTERS FROM

REPORT

ESCAPE

THE

TRAP

CSERROR

TRAP

.WORD

CSESCAPE
L10043
-,

TRAP

CSERROR

TRAP

CSESCAPE
L10043
-,

:IF NO ERROR, PROCEED
REPORT

AND EXIT THIS TESTY

2300, TMP2
14$

:OID IT ABORT OR HANG?
PROCEED WITH SUBTEST
iNO, GOOD.

EM27A,ERR12

sABORT,

10¢

12%

EM278,ERR12

sYES, WHICH ONE?

REPORT

.WORD

AS SUCH.

“DEVICE FATAL" ERROR & 35

TRAP

.WORD
.WORD
.WORD

sAND EXxITY

sHANG, REPORT IT AS SUCH.
H
“DEVICE FATAL"” ERROR ¢ 36

TRAP

12%:

L100453
-,

AND EXIT THIS TEST

ESCAPE

104455

TRAP

EXTENDED MEMORY AREA
:
: IF NO ERROR, PROCEED

sELSE,

BR
GEDF

CSERROR

;GET THE DATA WE SHOULD MAVE JUST LOADED INTO

NPRORL
BDATA
8CC
ERROR

BITB
BEQ
BPL
GEDF

TRAP

WORD

JSR

003616

CSESCAPE

L10043
-,

¢ecccssscssccssse

8CC

ESCAPE

000300

OPERATION

;:CHECK THE NPR OPERATION

RS ,READ
JSR
NPRDRH
BDATA.1
8CC
.+10
ERROR

000044
016461
007456

104410

SUBTEST

RS ,READ

ERROR

104460
104410
000116
132737
001414
100005

THIS

JSR
NPRCTL
TMP2

104460
104410
000136
004537
123000
002256
103003

AND EXIT

.WORD

104460

104410
000156
004537
123001
002257
103003

SEQ 0125

ONPRLD, THP241
RS,WRITE

TMP2.1

104410

004537
123004
002416
103003

593

MOvB
JSR
NPRCTL

;6008000 ssssessse

027512
027516
027520
027522
027524
027524
027526
027526
027530
027532
027536
027540
027542

PAGE

TEST

002417
103003

027504

4660 027506

4602
4663
4664
4665
4666
4667

MACRO M1200

NPR EXTENDED ADDRESS BIT

4654 027464
4655 027472
4656 027476

4661

DIAG @2

AND EXIT

SUBTEST

CSERDF
35
EM2TA

ERR1?2

CSERDF
36

.WCRD
.WORD
.WORD

EM2TB
ERR12

TRAP

CSESCAPE

CNDMBAO DMV11 MCTRL DIAG @2
TEST

NPR EXTENDED

027630
4688 027632

000056
023737

027642
027644

104455
000045

4689 027640
4690 027642

4691

4692
4693
4694
4695

027646
027650
027652

027652
027654
027656
027664
027666
027674

4696 027676
:ggg 027702

001406

MACRO M1200

ADDRESS BIT

0256

062737
001410
023737
101004

105237
000137

002254

‘700

14%:

47C3
4704

002000

002442

002436

20%:

002451
027202

004737

030516

004537

004054

4712 027746

4713
4714
4715
4716
4717
4718
4719
4720
4721
4722
4723
4724
4725
4726
4727
4728

208
EM27C,ERR12

000071

027750
027752
027756
027760
027762
027766
027770
027772
030000
030002
030010
030016
030024
030030
030032
030036

000000
004537
000070
002434
004537
000071
002435
023727
001427
013737
012737
012737
105737
001002
005237

030036
030040
030042

104455
000046
016204

;:DID WE READ THE
1YES,
iNO!

ADD
BEQ
cMP
BHI

SuB

o8IT10, TMPC
63$
TMPC, TMPA
638

TMPF + 1
28

;

. WORD
L10043
-,
TEST DATA USING THE NPR?

WELL THIS ONE WORKED.
REPORT THE ERROR.

"DEVICE FATAL"” ERROR & 37

TRAP
.WORD

EXIT

FROM SUBTEST

AFTER

CSERDF
37

.WORD
.WORD

EM27C
ERR12

TRAP
.WORD

CS$ESCAPE
L10043-.

PRINTING ERROR MSG.

sPOINT TO NEXT PAGE ADDRESS REG.
sIF O, WE'RE DONE
.IF GREATER THEN MAXIMUM VALUE,
WE'RE DONE TOO.

VALUE

:ELSE INCREMENT NPR'S EXTENDED ADDR.
:AND GO BACK TO DO THIS ADDRESS

REG.

ENDSUB

s TEST

THE

NPR-0OUT

TRAP

USING EXTENDED

17.2:

:;82 027726

000070
000000
004537

CSESUB

‘-..-'...1-..I'-.....-..-...'..-.".'---..’---.'..'-"...'....I..-..-.-.”-SII

002000
000001

027740
027742

BDATA,GDATA

BGNSUB

104402

L10043:
’

104403

012737
112737

027732
027736

BEQ
GEDF

INCB
JMP

63$:

027712
027720

4707
4708
4709
4710
4711

cMP

ESCAPE

4701
4702 027710

027710
027710

J10

PAGE 59-4

4699 027706

027706
027706

14:54

TEST

016502
007456

104410
000032

O05-MAR-84

002442
002451

MOV
MOvVB

o8IT10, TMPC
@8BITO, TMPF+1

s INITIALIZE
s INITIALIZE

PAGE ADDRESS
NPR EXTENDED

JSR

PC,XMINIT

sINITIALIZE

THE MMU

ADDR.

TRAP

BITS

csBsSuB

REG. VARIABLE
ADDRESS REG. VARIABLE

jesssssssssssess WRITE/READ/VERIFY NPRAOH ,NPRAQL ¢etscssssssssss
JSR
RS,WRITEI
sPOINT NPR REGISTERS TO O

004054

NPRAOL
0
JSR

RS,WRITEI

003616

0
JSR

RS,READ

NPRAOH

NPRAOL
TMP9
JSR
NPRAOH
TMP9.1
cMP

003616

002434

000000

002434
000000
000004
002434

002256
002254
002300

002300

1$:

BEQ
MOV
MOV
MOV
TSTB
BNE
INC
GEDF

;READ BACK

THE

ADDRESS

&€

VERIFY

RS,READ

TMP9, #000000

2$
TMP9,BDATA
€000000,GDATA
©4 ,REGNUM
TMP9
1
REGNUM
EM26A,ERR14

+IS

CORRECT?

:YES, PROCEED.
iNO, SETUP FOR & REPORT LOADING FAILURE
:IDENTIFY NPRAIH AS THE CULPRIT
: IS THAT REALLY TRUE?
;HAYBE
BUT, NPRAIL IS DEFINATELY
SO IDENYIFY IT AS SUCH
;REPORY THE FAILURE

“DEVICE FATAL" ERROR # 38

AT FAULT

TRAP
.WORD
.WORD

CSERDF
38
EM26A

0126

CNDMBAO DMV11l MCTRL DIAG @2
TEST

-- NPR EXTENDED ADDRESS BIT

030044

011002

030046
030050
4730 030052

104410
000442
012737

4729 030046

4731
4732
4733
4734
4735
4736
4737 030060
4738 030066
4739 030074
4740
a741 030100

4742
4743
4744
4745
4746
4747

030106
030112
030114
030116
030120
030120
030122
030122
030124
030126
030134
030136
030144

4748
4749
4750
4751
4752
4753
4754
4755 030146
4756 030152

4757 030154
4758 030156
4759 030160

4766

4767
4768
4769
4770
4771
4772

123456

K10
05-MAR-84

14:54

PAGE 59-5

SEQ 0127

TEST

002420

AND EXIT

THIS SUBTEST

.WORD

ERR14

TRAP
.WORD

C$ESCAPE
L10044-.

ESCAPE

SuB

MOV

2123456, TMP3

tUSE THIS AS INITIAL BACKGROUND PATTERN

1208 820 0 04

0 0040000020000 00000000 RARRAARRARRRAALRL AL AR R0 AR LA

ihtbkbnssssssssnsa MAIN SUBTEST

42 LOOP

STARTS HERE

#tsssssssssssbssnirs

T
T
T
TTTTTooTTTTYTYT

062737
013737
005137

021475
002420
002414

002420
002414

012737
004537
002446
002420
103003

002000
030636

002446

i4sasssnsss TMP3 => 1ST LOCATION OF EACH EXTENDED MEMORY BLOCK ssssssssss

2%:

104410
000366
062737
001404
023737
101760

ADD
MOV

comM

MOV
4%:

JSR
TMPE
TMP3

002000

002446

002436

104460

030162
030164
030166
030172
030174
030176
030200
030200
030202
030202
030204
030206
030214
030216
030224
030232
030240

104410
000326
004537
000072
002450
103003

003616

104460

104410
000306
123737
001417
113737
113737
012737

002450

002451

002451
002450
000003

002254
002256
002300

#8IT10, TMPE

sREFILL ALL TEST LOCATIONS STARTING HERE
;WRITE BACKGROUND PATTERN GENERATED ABOVE
: POINTER TO ADDRESS (IN "PAR" FORMAT)
; POINTER TO DATA (TO BE WRITTEN)

RS, XMWRIT

ESCAPE

suB

ADD

geITlo.THPE

BEQ
CMP
BLOS

6$:

004042

:GENERATE THE PATTERN WE'LL USE THIS TIME
1PUT HERE FOR ERROR HANDLER

.+10

;284800 ssssssss

004537
000072
002451
103003

€21475,TMP3
TMP3, TMP1
TTMMP1

8CC

ERROR

104460

030160

4760 030162

4761
4762
4763
4764
4765

MACRO M1200

TMPE
, TMPA
4%

: IF NO ERROR, PROCEED

:ELSE, REPORT IT

AND EXIT THIS TEST

TRAP

CSERROR

TRAP
.WORD

CSESCAPE
L10044-.

: INCREMENT THE PAGE ADDR. REG. VALUE

;DONE IF IT GOES TO ZERO

+IS THE NEW VALUE WITHIN CURRENT MEMORY?
;YES, THE WRITE IT T00.
DONE.
;:NO,

WRITE/READ/VERIFY

NPRAIX

ssssssssssstsas

JSR

RS,WRITE

:SETUP NPR EXTENDED ADDR. REG BITS

B8CC
ERROR

.+10

: IF NO ERROR, PROCEED
:ELSE, REPORT IT

ESCAPE

suB

JSR
NPRAOX
TMPF
8CC
ERROR

RS,READ

;READ IT BACK & VERIFY THAT IT‘'S CORRECT

.+10

: IF NO ERROR, PROCEED
:ELSE, REPORT IT

ESCAPE

suB

NPRAOX
TMPF
+ 3%

CMPB
BEQ

MOVB
MOVB
MOV

GEDF

;HPF.THPF.I
$
TMPF +1,GDATA
TMPF ,BDATA
€3 ,REGNUM

EM26A,ERR14

AND EXIT THIS TEST

:0ID IT LOAD CORRECTLY?
: YES, PROCEED
iNO, SETUP FOR ERROR HANDLER

TRAP

CS$ERROR

TRAP
.WORD

CS$ESCAPE
L10044-.

TRAP

CSERROR

TRAP

WORD

IDENTIFY NPRAIX AS FAILING REG.

"DEVICE FATAL" ERROR & 39

+REPORT

THE FAILURE

CSESCAPE

L10044-.

CNDMBAO DMV1l MCTRL DIAG @2
TEST

MACRO M1200

-- NPR EXTENDED ADDRESS BIT

05-MAR-84 14:54

104455
000047
016204
011002

030250
e 030252

104410
000240

4775
4776 030254

004537

030636

:7g0 030272

013737
062737

002420
052525

4783 030300

004537

004042

4786 030310

004537

004042

112737

000044

4792 030326

004537

004042

4793 030332

123004

NPRCTL

103003

a777 030260
778 030262
4779 030264
781

4782

4784 030304
4785 030306
4787 030314
4788 030316

:;gg 030320

4791
4794

002442
002414

123001
002255
123000
002254

030334

002417

030340

104460

030342
030344
4798 030346

104410
000146
004537

4795 030336
4796 030340

4797 030342

4799 030352
4800 030354

4801 030356

4802 030360
030360
4803 030362
030362
4804
4805
4806
4807

030364

030366
030374
030376
030400

030400
030402
030404
030406
4808 030410
4809 030412
030412
030414

ESCAPE

TMPC
TTMP1
MOV

002254
002254

ADD

002417

AND EXIT

THIS SUBTEST

TRAP
.WORD
.WORD
.WORD

CS$ERDF
39
EM26A
ERR14

TRAP
.WORD

CS$ESCAPE
L10044-,

TEST LOCATION BACKGROUND PATTERN sssssssssssssss
;SETUP TEST LOCATION'S BACKGROUND PATTERN
;:GENERATE A TEST DATA PATTERN FROM BACKGROUND
;PATTERN BY ADDING THIS TO IT.

JSR

RS,WRITE

MOVB

ONPRDL , TMP2+1

;LOAD UP THE TEST PATTERN

;SETUP CONTROL VALUE TO DO NPR-0QUT

;4ssssssssssssss PERFORM/CHECK EXTENDED NPR OPERATION sssssssssssssss
JSR

003616

RS,WRITE

;:PERFORM

B8CC
ERROR

.+10

:IF NO ERROR, PROCEED
;ELSE, REPORT IT

ESCAPE

SuUB

JSR
NPRCTL
TTMMP2

002416

RS,READ

;CHECK

“EXTENDED”

AND EXIT

DATA-QUT

THIS SUBTEST

THE NPR OPERATION

.+10

: IF NO ERROR,

ESCAPE

SuB

BITB
BEQ
BPL
GEDF

#300, TMP2
144
10$
EM27A,ERR12

;0ID IT ABORT OR HANG?
:+NO, GOOD.
PROCEED WITH SUBTEST
s YES, WHICH ONE?
;ABORT, REPORT IT AS SUCH.

;ELSE,

10$:

THE

8CC

ERROR

100005

104455
000051

RS,WRITE

NPRDRL
GDATA

104460

104455
000050
016437
007456
000404

TMP3,GDATA
#52525,GDATA

JSR

NPRDRH
GDATA+1

TMP2+1

000300

SEQ 0128

;hsnsssansssssss LOADC(DMV) TEST PATTERN #sssssssssssssss

103003

132737
001414

SuB

;aastsstntsssssss WRITECLSI-11)
8%:
JSR
RS, XMWRIT

123004
002416

104410
000126

PAGE 59-6

TEST

030240
030242
030244
030246

4773 030250

L10

BR
GEDF

12$
EM278,ERR12

REPORT

TRAP

CS$ERROR

TRAP
.WORD

CSESCAPE
L10044-.

TRAP

C$ERROR

TRAP
.WORD

C$ESCAPE
L10044-.

PROCEED
IT

AND EXIT

THIS SUBTEST

“DEVICE FATAL" ERROR # 40

;AND EXIT
:+HANG, REPORT

NPR

TRAP
.WMORD
.WORD
.WORD

CSERDF
40
EM27A
ERR12

IT AS SUCH.

“DEVICE FATAL" ERROR # 41

TRAP
.WORD

CSERDF
41

CNDMBAO DMV11l MCTRL DIAG #2
TEST

MACRO M1200

05-MAR-84

14:54

M10

PAGE 59-7

SEQ 0129

-- NPR EXTENDED ADDRESS BIT TEST

4810

4811
4812

4813

4814
4815
4816

4817

4818
4819
4820
4821

030416
030420
030422
030422
030424
030426
030432
030434
030436
030444
030446

016461

030446
030450
030452
030454
030456
030456
030460
030462
030470
030472
030500
030502
030506

104455
000052
016502
007456

4822
4823
4824
4825
4826 030512

030512
030512
4827 030514
030514
030514

4828
4829
4830
4831
4832
4833
4834
4835
4836
4837
4838
4839
4840
4841
4842
4843

007456

104410
000066
004537
002442
002256
023737
001406

104410
000032
062737
001410
023737
101004
105237
000137

030734
002256

002436

CS$ESCAPE
L10044-.

SuB

14%:

JSR
TMPC
BDATA
CMP
8EQ

RS, XMREAD

;GET THE DATA WE SHOULD HAVE JusT LOADED INTO

BDATA,GDATA
20$
EM27C,ERR12

;:DID WE READ THE TEST DATA USING THE NPR?

ESCAPE

002442

TRAP
WORD

ESCAPE

GEDF

002442

EM278B
ERR12

12%:

002254

002000

AND EXIT SUBTEST

.WORD
.WORD

20%:

ADD

BEQ
cMP
BHI

INCB
JMP

002451
030060

63$:

104403

:YES,

:NO!
;

MWELL

THIS ONE WORKED.

REPORT THE ERROR.
"DEVICE FATAL"” ERROR & 42

TRAP
.WORD

CS$ESCAPE
L10044-.

@8IT10,TMPC
-

:POINT TO NEXT PAGE ADDRESS REG. VALUE
+IF O, WE'RE DONE
sIF GREATER THEN MAXIMUM VALUE,

63$
TMPC, TMPA
63$
TMPF +1
24

aELSE

WE'RE DONE TO0O.

INCREMENT NPR‘'S EXTENDED ADDR. REG.

;s AND GO BACK TO DO THIS ADDRESS

L10044;

ENDTST

L1C042:

104401
AAAL

TRAP
.WORD

EXIT FROM SUBTEST AFTER PRINTING ERROR MSG.

suB

ENDSUB

1 R2AR AL

.WORD
.WORD

C$SERDF
42
EM27C
ERR12

TRAP

CSESUB

TRAP

CSETST

4424024444004 000 0000800000048 008800 0000004082080 0 0000000000 0000404

; XMINIT -- SUBROUTINE TO INITIALIZE EXTENDED MEMORY (ALIAS: MEMORY MANAGEMENT
UNIT) HARDWARE REGISTERS.

030516
030520
030522
030524

010046
010146
010346
013737

030532

012700

4844 030536
4845 030542
4846 030546
4847 030550

012701
012703
010021
077302

4848
4849
4850 030552
4851 030554

005000
012701

;“‘0‘.“““““.‘.“‘0‘“““...".“.“““‘.‘““‘.“..““““0“...“.““

XMINIT:

031060

MOV
MOV
MOV
MOV

R1,-(SP)

: SAVE WORKING REGISTERS

a#4
, XMAHOL

;SETUP 84 TRAP VALUE (JUST IN CASE)

077406

MOV

#77406,R0

: "POR" INITIALIZATION VALUE

172300

MOV
MOV
MOV

©#172300,R1

BADDRESS OF KPDRO
;LOOP VALUE -- & OF PDR'S
:SETUP 1 PDR

000010

172340

1$:

So8

CLR

MOV

RO,(R1)+
R3,1$
RO
#172340,R1

i+
;

774 = FULL PAGE ACCESS
0 = UPWARD EXPANSION
6 = RESIDENT READ/WRITE

: IF ANOTHER PDR, DO IT TOO
;ELSE, FALL THROUGH & INITIALIZE PAR'S
s INITIALIZATION VALUE FOR KPARO

+ADDRESS OF KPARO

CNDMBAO DMV1l MCTRL DIAG #2
TEST

MACRO M1200

NPR EXTENDED ADDRESS BIT

4852 030560

012703

000007

4854 030566
4855 030572

062700
077304

000200

012721

177600

012746
012746
012746
012746
104437
062706

000007
031062
000250
000003

4853 030564

:ggg 030574

4858 030600
030600
030604
030610
030614
030620
030622
4859 030626
4860 030630
4861 030632

:ggg 030634

010021

012603
012601
012600
000207

05-MAR-84

14:54

N1O

PAGE 59-8

SEQ 0130

TEST
2%:

MOV

#7,R3

;LOOP VALUE

#200,R0O
R3,2$

s CALCULATE NEXT PAR'S INITIALIZATION VALUE
+ IF ANOTHEER PAR, DO IT TOO

#250,#XMINTH,#7

;SETUP OUR OWN TRAP CATCHER FOR ABORT HANDL ING
MOV
#7,-(SP)
MOV
#XMINTH, -(SP)
MOV
#250, -(SP)
MOV
#3,-(SP)
TRAP
C$SVEC
ADD
#10,SP
;RESTORE CALLER'S REGISTERS

MOV

RO,(R1)+

MOV

#177600,(R1)+

ADD
SO8
SETVEC

;SETUP

000010

MOV
MOV
MOV
RTS

(SP)+,R3
(SP)+,R1
(SP)+,RO
PC

1 PAR

-- ONLY FIRST 7 PAR'S DONE BY LOOP

;ELSE, SETUP KPAR7 FOR I/0 PAGE ACCESSING

;RETURN

4864
:96.62

1828888000880 00200000000 RR AR AL AR R AR LR R AR R AR AR AR AR AR AR AR 00ttt bbbttt
; XMWRIT -- SUBROUTINE TO WRITE ONE WORD INTO AN EXTENDED MEMORY LOCATION.

4867
4868
4869

:
:
:

CALLING SEQUENCE:

:g;g

<POINTER

4870

JSR

<PRINTER

RS, XMWRIT

TO HIGH ORDER BITS

TO DATA

TO BE

ADDRESS

‘873
4874

1080882002800 0880002 0008800008008 00 0028002880800

:g;z 030636

010146

4877 030640
4878 030644

012701
011146

4879 030646

013511

4880 030650
4881 030654

XMWRIT:
172354

€172354 ,R1
(R1),-(SP)

:ADDRESS OF KPAR6
:SAVE CURRENT KPAR6

MOV

a(RS)+,(R1)

;SETUP

MOV
BIS
MOV
BIC
MOV

(R1),TMP6
: SAVE ADDRESS FOR ERROR MESSAGE
#BIT4+BITS,80172516
;ENABLE 22 BIT & I/0 PAGE ADDRESSING IN SR3
;CLEAR OUR ERROR FLAG
804 , XMAHOL
;¢ SETUP TRAP CATCHER 84 (BECAUSE OF MAPPING)
OXMAINT , 304
i e
©1,80177572
;ENABLE MEMORY MANAGEMENT
8(RS)+,80140000 ;WRITE ONE WORD IN THE SPECIFIED PAGE
€1,80177572
; TURN OFF MEMORY MANAGEMENT
XM4AHOL , 374
;¢ RESTORE SUPERVISOR TRAP VECTOR a4

(SP)+,(R1)

;RESTORE KPAR6

4891 030730
4892 030732
4893
4894

012601
000205

MOV
RTS

(SP).,R1
RS

;RESTORE
;RETURN

4899
4900

4901
4902

031032
000001
140000
000001
031060

MOV
MOV

"PAR" FOR

MOV

4898

031060

MOV
MOV

012611

:ggg

000004

cLC
MOV

000004
4177572

177572
000004

8 0000002800240 000 0000000000000

:SAVE RECISTER(S)

:ggg 030726

4895

172516

FORMAT>

R1,-(SP)

030672
030700
030706
030712
030720

4882 030662
4883 030664

002426
000060

"“PAR"

MOV

011137
012737
000241
013737
012737
052737
013537
042737
013737

4884
4885
4886
4887
4888

WRITTEN>

VALUE

THIS WRITE

CALLER'S REGISTER(S)

1000000480000 00000000000000000000000000000000000000000000000000000000000000000de
:

H
:
:

:
:

XMREAD

SUBROUTINE

TO READ FROM AN EXTENDED MEMORY

LOCATION.

CALLING SEQUENCE
:
JSR

RS, XMREAD

CNOMB AQO

TEST

DMV1I1 MCTRL
- -

DIAG @2

NPR EXTENDED

MACRO M1200

ADDRESS BIT

14:54

PAGE

59-9

£0 018
5

TEST

49032

4904

100000000000 0000008000000000000000000000000000000002000000000000000000000000000

4905

:382 030734

010146

4908 030736
4909 030742

012701
011146

4910 030744

013511

4911
4912
4913
4914
4915
4916

O05-MAR-84

B11

030746
030752
030760
030762
030770
030776

XMREAD:
172354

MOV

R1,-(SP)

1SAVE REGISTER(S)

MOV
MOV

0172354 ,R1
(R1),-(SP)

1ADDRESS OF KPAR6
$1SAVE CURRENT KPAR6 VALUE

MOV

8(RS)+,(R1)

1SETUP "PAR” FOR THIS READ

MOV
BIC

80140000,8(RS)+
01,80177572

;READ ONE WORD IN THE SPECIFIED PAGE
s TURN OFF MEMORY MANAGEMENT

011137
012737
000241
013737
012737
052737

002426
000060

172516

000004
031032
000001

031060
000004
177572

4917 031004
4918 031010

013735
042737

140000
000001
031060

177572
000004

:gg? 031024

012611

MOV

(SP)+,(R1)

tRESTORE KPAR6

4922 031026
4923 0310320

012601
000205

MOV
RTS

(SP).,R1
RS

sRESTORE
sRETURN

4919 031016

013737

4924
4925
4926
4927
4928
4929 031032

042737

000001

177572

4930 031040
4931 031046
4932 031050

013737
000240
000240

031060

000004

4933 031052
4934 031054

:ggg 031060

000240
000177

000000

146724

MOV
MOV
cLC
MOV
MOV
BIS

MOV

(R1),TMP6
1 SAVE ADDRESS FOR ERROR MESSAGE
OBITA.BITS,80172516
;ENABLE 22 BIT & I/0 PAGE ADDRESSING IN SR3
1CLEAR OUR ERROR FLAG
804 , XMAHOL
¢ SETUP TRAP CATCHER 84 (BECAUSE OF MAPPING)
OXMAINT , 804
L
01,80177572
$ENABLE MEMORY MANAGEMENT

XMAHOL , 804

RESTORE

SUPERVISOR

TRAF

VECTOR 34

CALLER'S REGISTER(S)

§0000000000000000000000000000000000000000000000000000000400000000000000000000800
3+ HANDLER FOR 3LOC 4 TRAP PROCESSING (FOR TESTS 7 € 8)
100000000000 0000000000000000000000000000000000000000000000000000000000000000000
XMAINT: BIC
01,80177572
1 TURN OFF MEMORY MANAGEMENT

MOV
NOP
NOP

XMAHOL:

NOP
JMP

XMAHOL , 804

1¢ RESTORE

SUPERVISOR

TRAP VECTOR 34

;e
3o
o4

1
sNOW JUMP

THRU

4937

1000000000000 000000000000000000000000000000000000000000000000000000000000000000e

4938

: INTERRUPT HANDLER FOR MEMORY MANAGEMENT ABORT PROCESSING

:gzq
0
4941 031062

031062

4942 031062

4943 031066

4944
4945
4946
4947
4948

;..000..“......‘.0.0.0..00..0000.“.0.00.0.‘.0‘..0.0..000.‘.......0.....0000.0

010037

002372

010137

002374

031072
031076
031102
031106
031112

010237
010337
010437
010537
016637

:ggg 031120

011637

4951 031124

MOV

RO,REGO

MOV

002406

002410

GENERAL

REGISTERS

PSW FROM ERROR

XMINTH::

R1,REG1L

MOV
MOV
MOV
MOV
MOV

R2,REG2
R3,REG3
R4 ,REGA
RS ,REGS
2(SP),REG6

1SAVE

MOV

(SP),REG7

tLIKEWISE FOR PC

$SAVE

THE MMU'S STATUS/CONTROL. REGISTERS

TRAP

002414
002416

MOV

30177572, TMPO

MOV
MOv

80177574, TMP1
d0L77576, TMP?

:ggg 031154

O01%737

172354

002422

MOV

290172354, TMP4

1 SAVE

KERNEL PAR WE'RE

SUPPOSE

TO BE

USING

4958 031162

013737

172314

002424

MOV

ael172314, TMPS

1SAVE

KERNEL

SUPPQSE

TC 8E

USING

013737

172516

C(©02412

1 SAVE

177574
177576

:g?g 031146

177572

XMINTH

013737
013737

4952 031132
4953 031140

013737

002376
002400
002402
002404
000002

BGNSRV

002420

MOV

80172516, TMP3

PDR

CNDMBAQ DMV11

TEST 7 -

MCTIRL

DIAG

Cl1
MACRO M1200

OS-MAR -84

14:54

PAGE

59-10

%€Q 0132

NPR EXTENDED ADDRESS BIT TEST

4959

430 031170
4%

011537

002430

031174

031174
031202

012737
012737

000001
000053

002202
002204

i 031216

012737

010240

002210

021210

:ggg 031224

012737

052766

4966 031232

031232
031232

016428

000001

MOV

(RS), TMP7

;SAVE DATA READ OR WRITTEN

GIDF

EM27,ERR13

JQUEVE

THE

QUEUE

MMU ERROR

"DEVICE FATAL" ERROR @ 43

002206

000002

MOV
MOV

oT .EDF ,ERRT
(P
043, ERRNBR

MOV

OERR13, ERRBL

MOV

BIS
ENDSRV

000002

981T0,2(SP)

0EM27 ,ERRMSG

:SET CARRY BIT (AS ERROR FLAG) IN PSW ON STACK
110045
;

RTI

CNDMBAO DMV1L MCTRL DIAG a0
TEST

MACRO M1200

SPECIAL MFG EXTENDED BIT

D11

O05-MAR-84

14:54

PAGE 60

SEQ 0133

TEST

4986

.SBTTL

TEST 8

SPECIAL MFG EXTENDED BIT

100 0000000000000000000

TEST

0000000000000 0RRRNRRANAINGALARARLILALININAIALAAAGEASIS

SPECIAL

MFG EXTENDED BIT

TEST

s THIS TEST WAS DESIGNED SPECIFICALLY TO ALLOW MANUFACTURING TO CHECK

NPRAIX/NPRAOX

BITS

WITHOUT

FULL

THE

MEMORY,

s IT WILL CHECK THE 12 DMV EXTENDED ADDRESS BITS (6:NPRAIX/6:NPRAOX) ON
i¢ A Q22 SYSTEM IF MEMORY IS PRESENT AT THE FOLLOWING PHYSICAL ADDRESSES:
;e
ie
;e

17600000
16600000
7600000

17400000
15600000

17200000
13600000

i *

;» FIRST SUBTEST :
;¢ SECOND SUBITEST :

TEST
TEST

“NPRAIX" EXTENDED ADDRESS BITS
“NPRAOX" EXTENDED ADDRESS BITS

4989 031242
4930 031244
031244
031246

4991
4992 031250
4993 031254
4994 C31256

031256
4995 031260
031260
031262

4996
4997
4998
4999 031264

BGNTST

031234

4987
4988 031234

0800800000000 000000000000000000008
8080000000800 000000000000000000000000 000

032737
001002

000002

002370

18::

BIT
BNE
EXIT

104432

02,PT.CTL
.+6
TST

1 IS THIS A MFG SPECIAL Q22 SYSTEM?
sYES: GO START TEST
s NO: SKIP THIS TEST

TRAP

001212

004737
103003

.WORD

003514

JSR

EXIT

104432
001176

;*=
18:

005002
016262
005722
020227
001371

;ELSE,

030516

032462

SIS

EESE

SUBTEST @1

TS AN

031274
031276
031304
031306
031312

: IF NO ERROR, PROCEED WITH TESTING
3

REPORT ERROR

€ EXIT

TEST

TRAP

CSERROR

TRAP

CSEXIT

.WORD

(TSNS

104402
004737
005004

s INIT DMV € ENTER M-LOOP

ERROR

104460

031264
031264
031266
031272

PC,MSTCLR

B8CC

2%:

000016

IISSINNIIINSEEEANEI TSI

SIRENISIIN

L10046
-,
TN

TEST THE NPR-IN EXTENDED ADDRESS BITS
78.1:

PC,XMINIT

sCLEAR

CLR

;SETUP EXTENDED MEM BACKGROUND PATTERN

TST
cMP

(R2).
R2,014,

MOV

WRITE

sINITIALIZE

INDEX

XLOCO(R2),XVALO(R2)

THE MMU

TRAP

JSR

s CIN XVALO

XVAL6)

j**ssssszsansss

BGNSUB

BNE

SIS

IS IITNSEIISEAEEIIEISANINIII
TSNS FN IS
IS NS
ENINENNITSRITIIERRITDRIT =

CLR
032500

CSEXIT

L10046
-.

MAIN

XVALO,

LOOP

STARTS

XVAL1l,

HERE

XVAL2,

...

®*ssszszssssasazs

EXTENDED ADDRESSES SPECIFIED By

XVAL6

INTO

THE

SEVEN SPECIFIC

XLOCO THRU XLOC6 USING

11723 MMy

csBsSuB

CNDMBAO DMV11 MCTRL DIAG @2
TEST

SPECIAL

MACRO M1200

MFG EXTENDED BIT

it
031314
031316
031324
031332
031336
031342
031346
031350

005002
016237
016237
006337
006337
004537
002436
002440

5024 031352
5025 031354
gggg 031360

005722
020227
001356

032500
032462
002436
002436
030636

PAGE 60-1

SEQ 0134

TEST

gg%i
5015
5016
5017
5018
5019
5020
5021
gggg

O05-MAR-84 14:54

E11

002440
002436

11$:

000016

(XLOC'S SPECIFY THE UPPER TWO BYTES OF THE 3 BYTE EXTENDED ADDR)
CLR
MOV
MOV
ASL
ASL
JSR
TMPA
TMPE

R2
XVALO(R2),TMPB
XLOCO(R2),TMPA
TMPA
TMPA
RS, XMWRIT

1CLEAR LOCAL INDEX
;SETUP DATA POINTER
;SETUP/ADJUST PAR VALUE

TST
CMP
BNE

(R2)»
R2,014,
11¢

;1BUMP INDEX
sALL 'XLOC' EXTENDED ADDRESSES WRITTEN?
: NO:
WRITE ANOTHER

5028

jesesssnssssssss

5029

jesssssssessss (WRITE/READ/VERIFY NPRAIH,NPRAIL ,NPRAIX) ¢esssscscssse

S030 031362

S031
5032
S033
5034
5035
5036
5037
5038
5039
5S040
5041
5042
5043
5044
5045
5046
5047
5048
5049
5050
5051
5052
5053
5054
5055
5056
5057
5058
5059
5060
5061
5062
5063

116437

031370
031374
031376
031400
031404
031406
031410
031414
031416
031420
031424
031426
031430
031434
031436
031440
031444
031446

004537
000074
000000
004537
000075
000000
004537
000076
000000
004537
000074
002256
004537
000075
002257
004537
000076
002434

031450
031454
031456
031462
031470
031474
031476
031502
031504
031512
031520
031526
031530
031536

005737
001413
005037
012737
105737
001020
005237
000415
013737
013737
023737
001411
012737

031536
031540
031542
031544
5064 031546

104455
000054
016204
011002

032463

004054

031416

3%:

004054
004054

003616

JSR
NPRAIL
0
JSR
NPRAIH
0
JSR
NPRAIX
00
JSR

DMV'S NPR

XLOCO+1(R4),48

RS,WRITEI

003616

002256

002300

002300
031416
002434
002254

002254
002256
002256

000006

002300

63:

7%:

ADDRESSING REGISTERS

;SETUP NPRAIX VALUE.

1POINT NPR REGISTERS

TO EXTENDED ADDRESS

RS,WRITEI
RS,READ

TST
BEQ
CLR
MOV
TST8B
BNE

BDATA
6
GDATA
07 ,REGNUM
BDATA
7%

INC
BR
MOV
MOV
cMP
BEQ
MOV
GEDF

REGNUM
7%
4% ,GDATA
TMP9,BDATA
GDATA,BDATA
9s
06 ,REGNUM
EM26A,.ERR14

;READ BACK

SuB

THE ADDRESS

j0essseeess NOW CHECK THEM sessscssce
:NPRAIL ,NPRAIMH=0 ?
: YES: TRY CHECKING NPRAIX

:
3

NO:

REPORT ERROR...

:SET UP NPRAIX EXPECTED
:SET UP NPRAIX READ...
;:DOES NPRAIX=EXPECTED ?
: YES: CONTINUE
: NO:
REPORT ERROR
:

ESCAPE

¢tsscessscsssss

RS,WRITEI

NPRAIL
BDATA
JSR
RS,READ
NPRAIM
BDATA.1
JSR
RS,READ
NPRAIX
TMP9

003616

002254
000007
002256

MOvVB

SETUP

sWRITE BACKGROUND PATTERN
: POINTER TO PAR VALUE
: POINTER TO DATA

"DEVICE

FATAL"”

ERROR

& 44

TRAP
.WORD
.WORD
.WORD

CSERDF
44
EM26A
ERR14

CNDMBAO DMV11l MCTRL DIAG @2
TEST

MACRO M1200

14:54

PAGE 60 2

SEQ 0135

SPECIAL MFG EXTENDED BIT TEST

031546
031550

104410
000152

031552

112737

000004

031560

004537
123004
002417
004537
123004

004042

JSR
NPRCTL

RS,WRITE

+PERFORM THE

003616

JSR

R5,READ

;CHECK THE NPR OPERATION

004537
123001
002257
004537
123000
002256
132737

003616

031564

031566
031570
031574
031576
031600
031604
031606
031610
031614
031616
031620
031626
031630
031632

002416

001414

TRAP
.WORD

002417

NPRCTL
TTMTMMP2

RS,READ
NPRDRH
BDATA.1
RS,READ
JSR
NPRORL

JSR

003616
000300

100005

BPL
GEDF

031644
031646
031650
031652
5087 031654
031654
031656
5088

104455
000056
016461
007456

031660

016437

032462

002254

023737
001406

002256

002254

5091
5092 031666
5093 031674
5094 031676

031676
031700
031702
031704
031706
031706
031710

5096
5097 031712
5098 031714
5099 031720
9100

BDATA
8IT8
BEQ

002416

104455
000055
016437
007456
000404

10$:

12%:

10$
EM27A ,ERR12

THE DATA WE SHOULD HAVE JUST LOADED
THE NPR DATA REGISTERS FROM

EXTENDED MEMORY AREA

BR
GEDF

ESCAPE

124
EM278,ERR12

SuB

:DID IT ABORT OR HANG?
PROCEED WITH SUBTEST
GOOD.
: NO:

YES:

WHICH ONE?

:ABORT, REPORT IT AS SUCH.
"DEVICE FATAL"” ERROR @& 45
H

:AND EXIT
:HANG, REPORT

. WORD
.WORD
.WORD
IT

EM27A
ERR12

AS SUCH.

"DEVICE FATAL” ERROR & 46

TRAP

AND CXIT

CSERDF

. WORD
.WORD
.WORD

SUBTEST

TRAP

CSERDF

EM278B
ERR12

CSESCAPE

L10047-.

;668s00000008008 NOW CHECK DATA READ AGAINST EXPECTED VALUE scsscsscsssse
XLOCO(R4),GDATA ;SET UP EXPECTED READ VALUE
143
MOV

CMP
BEQ
GEDF

BDATA,GDATA
15%
EM27C,ERRL2

ESCAPE

104410
000012

;0ID WE READ THE
i

: NO:

REPORT

TEST DATA USING THE NPR?

THE ERROR.

"DEVICE FATAL" ERROR & 47

TRAP

AND EXIT FROM SUBTEST

;

.WORD
.WORD
.WORD

TRAP

.WORD
000016

INTO

THE

. WORD

104455
000057
016502
007456

005724
020427
001220

€300, TMP2
14

:GET

“EXTENDED"” DATA-IN NPR

TRAP

104410
000044

CSESCAPE

L10047-,

jsssssss SETUP/START/CHECK THE NPR OPERATION (DATA/NPRCTL) sssssssss
ONPRLD, TMP2+1
MOvB
9s:
:SETUP CONTROL VALUE TO DO NPR-IN

TMP2+1

031632
031634
031636
031640
5085 031642
5086 031644

5089

O05-MAR-84

F1 1

15¢:

CMP
BNE.

(R4).

R4 ,014,

s YES: BUMP INDEX
tARE WE DONE W/ALL

NG:

EXTENDED LCCATIONS

DO NEXT EXTENDED LOCATION

CSERDF

EM27C
ERR1?2

CSESCAPE

L10047
-,

G11
CNDMBAO DMV11 MCTRL DIAG #2
TEST

MACRO M1200

SPECIAL MFG EXTENDED BIT

5102
5103
5104

63$:

SEQ 0136

ENDSUB

;YES: END SUBROUTINE

L10047:

104403

5105

S S E S 3 S S S S S ESE S ST ES S S

2106

:1*=

_107

SUBTEST 92 :

eSS

TRAP

CSESUB

E SIS AT SIS ESSEETESSEEESSNSESTSESESESSISSISISRSS

TEST THE NPR-OUT EXTENDED ADDRESS BITS

‘..-....-........'...--.....'..«-I’...-.....-...'.'.--'..--.".""'I.’I.--"-"

5108 031724
031724
031724
S109 031726
2110 031732
111

BGNSUB
104402
004737
005004

030516

JSR
CLR

5112

S113 031734
S114 031736

S115 031744
S116 031746
g{}; 031752

005002
012762

005722
020227
001371

125252

032500

122

5123 031754

005002

5126 031772
5127 031776

006337
006337

5124 031756
5125 031764

5128 032002
5129 032006

g{gg 032010
5132 032012

5133 032014
g%g; 032020

016237
016237

032500
032462

004537

030636

002436

002436
002436

MAIN LOOP

CLR
MOV

R2
:SETUP EXTENDED MEM BACKGROUND PATTERN
2125252 . XVALO(R2)
:(125252 IN XVALO => XVAL6)

cMP

R2,014.

020227
001356

TST

HERE

(R2).

=s2sssssssszsszass

: THIS IS DONE FOR ERROR REPORTING
;s PURPOSES.

WRITE (USING MMU) XVALO, XVAL1, XVAL2, ... XVAL6 (IE: 125252) INTO
THE SEVEN SPECIFIC EXTENDED ADDRESSES SPECIFIED By xLOCO THRU XLOCé
(XLOC'S SPECIFY THE UPPER TWO BYTES OF THE 3 BYTE EXTENDED ADDR)

11%:

MOV
MOV

CLR

ASL
ASL

TMPA
TMPA

JSR

TMPA

XVALO(R2),TMPB
XLOCO(R2),TMPA

RS, XMWRIT

TMPB
TST

000016

cMP
BNE

5136

STARTS

i
;e
i

002440
005722

PC,XMINIT
R4

js*sssssesssess

BNE

002440
002436

;s TEST THE NPR-OUT USING EXTENDED ADDR. BITS
78.2:
TRAP
csBsuB
s INITIALIZE THE MMU
sCLEAR INDEX

T8LP:
3s:

000016

5119
5120
2121

sCLEAR LOCAL. INDEX

;SETUP DATA POINTER
;SETUP/ADJUST PAR VALUE

;WRITE BACKGROUND PATTERN INTO EXTENDED MEMORY
:

POINTER

TO PAR VALUE

;: POINTER TO DATA (QDATA =
(R2)

R2,014,
11$

;BUMP

125252)

INDE
X

sALL 'XLOC*' EXTENDED ADDRESSES WRITTEN?
: NO:
WRITE ANOTHER

;¢ WE NOW CHANGE ONE LOCATION IN THE “XVAL" BACKGROUND TABLE.

5137
5138

5139 032022

gt:?

S142
5143
5144 032030

5145 032036
S146
5147
5148
5149
5150
5151
5152
5153

PAGE 60-3

TEST

5101 031722

031722
031722

O0S5-MAR-84 14:54

032042
032044
032046
032052
032054
032056
032062
032064

012764

116437

004537

000070
000000
004537
000071
000000
004537
000072
000000

052525

032463

004054

032500

032064

;¢ AFTER OUR DMV NPR QUT, THIS TABLE WILL REPRESENT
;¢ EXPECTED VALUES OF OUR EXTENDED MEMORY,

MOV

0052525, XVALO(R4)

THE

:SETUP EXPECTED PATTERN AFTER NPR-QUT

s XVALO => XVAL6 NOW = EXPECTED PATTERN

;0000080000000
0s SETUP DMV NPR ADDRESSING REGISTERS sessccsscssssces
;00000s000ss (WRITE/READ/VERIFY NPRAOM,NPRAOL ,NPRAQOX) sesscscscscses
MOVB
XLOCO+1(R4),5%
;;INIT NPRAOX VALUE

JSR

004054

004054
58

NPRAOL
0
JSR
NPRAQOH
0
JSR
NPRAQOX
00

RS,WRITEI
RS,WRITE!

RS,WRITEI]

:POINT NPR REGISTERS TO EXTENDED ADDRESS

CNDMBAO DMV11 MCTRL DIAG @2
TEST

SPECIAL MFG EXTENDED BIT

032066
032072
032074
032076
032102
032104
032106
032112
032114

004537
000070
002256
004537
000071
002257
004537
000072
002434

032116
032122
032124
032130
032136
032142
032144
032150
032152
032160
032166
032174
032176
S177 032204

005737
001413
005037
012737
105737
001020
005237
000415
013737
013737
023737
001411
012737

032204
032206
032210
032212
5178 032214
032214
032216
5179
5180
5181 032220
5182
5183
5184 032226
5185 032232
5186 032234
5187 032236
5188 032242
5189 032244
5190
5191
5192 032246
5193
5194 032254
5195 032260
5196 032262
5197 032264
5198 032270
5199 032272
5200 032274
5201 032302
5202 032304
%203 032306

104455

S154
5155
5156
5157
5158
5159
5160
5161
5162
5163
5164
5165
5166
5167
5168
5169
5170
5171
5172
5173
5174
5175
5176

MACRO M1200

05-MAR-84

14:54

PAGE

H11
60-4

SEQ 0137

TEST

003616

JSR
NPRAOL

BDATA
JSR

003616

RS ,READ

;READ BACK

THE

ADDRESS

RS,READ

003616

NPRAOH
BDATA-1
JSR
NPRAOX
TTMMPO

RS ,READ

002256

TST

BDATA

s NPRAOL ,NPRAOH=0

CLR
MOV

GDATA
@4 ,REGNUM

t: NO:
F

002254
000004
002256

BEQ

002300

TSTB

002300
032064
002434
002254

002254
002256
002256

000003

002300

6%:

78:

BNE
INC
BR
MOV
MOV
cMP
BEQ
MOV

GEDF

jeessss0s0s

BDATA

7%
REGNUM
7
5% ,GDATA
TMP9,BDATA
GDATA,BDATA
9
&3 ,REGNUM
EM26A,ERR14

YES:

ESCAPE

104410

CHECK

THEM

sssscassse

CHECKING NPRAOX

REPORT ERROR...

:SET UP NPRAOX EXPECTED
:SET UP NPRAOX READ...
:DOES NPRAOX=EXPECTED ?
; YES: CONTINUE
: NO:
REPORT ERROR

000060
016204
011002

TRY

NOW

"DEVICE FATAL” ERROR @ 48

TRAP

.WORD
. WORD
.WORD

SuB

TRAP

000240

.WORD

012737

052525

004537

004042

002254

002255
004537
123000
002254

123004

002416

132737

001414
100005

(DMV)

TEST

;1800008000000
0ss PERFORM/CHECK

112737
004537
123004
002417
004537

LOAD

PATTERN

JSR
RS,WRITE
NPRDRH
GDATA.1
JSR
RS,WRITE
NPRDRL
GDATA

004042

002417

;LOAD UP THE TEST PATTERN TO BE
sWRITTEN INTO EXTENDED MEMORY BY
; THE DMy

NPR

OPERATION

(BUT

NOT

escssccccsscscsce

;SETUP CONTROL

004042

JSR
NPRCTL

RS,WRITE

;PERFORM THE

003616

JSR

RS,READ

;CHECK

2300, TMP2
144
10¢
EM27A,ERR1?

;DID IT ABORT OR HANG?
iNO, GOOD.
PROCEED WITH SUBTEST
sYES, WHICH ONE?
sABORT, REPORT IT AS SUCH,.

TMP2.1

NPRCTL
TMP2

BITB
BEQ
BPL
GEDF

VALUE

DATA)

ONPRDL , TMP2+ 1

002416

CSESCAPE

L10050-.

e¢esscscscscss

MOVB

000300

48
EM26A
ERR14

;esssssse SETUP/START/CHECK THE NPR OPERATION (DATA/NPRCTL) sesccscss
9s:
MOV
2052525,GDATA
;DATA DMV WILL NPR 10 TOP LOC
;90ssssssss00e

123001

CSERDF

TO DO NPR-QUT

“EXTENDED"” DATA-QUT NPR

THE NPR OPERATION

CNOMBAO DMV11 MCTRL DIAG @2
TEST

- -

SPECIAL MFG EXTENDED BIT

032306
032310
032312
032314
5204 032316
5205 032320

104455
000061
016437
007456
000404

032320
032322
032324
032326
5206 032330
032330
032332
5207

104455
000062
016461
007456

5209
5210
5211
5212
5213

5219

032334
032336
032344
032350
032354
032360
032362
032364
032372
032376
032402

005002
016237
006337
006337
004537
002436
002440
013762
062702
020227
001355

5221
5222
5223
5224
5225

032404
032406
032414
032416

005002
026262
001406

03241€
032420
032422
032424
5226 032426
032426
032430
5227 032432
5228 032434
5229 032440

104455
000063
021711
011720

5231
5232
5233
5234
5235

005724
020427
001402
000137

5214

5215

5216
5217
5218

MACRO M1200

05 ‘MAR-84

032442
032444
032450
032452
032456
032456
032456
5236 032460
032460
032460
%237

10¢:

104401

SEQ 0138

"DEVICE FATAL” ERROR # 49

12$
EM27B,ERR12

BR
GEDF

TRAP

+AND EXIT
;HANG REPORT

.WORD
. WORD
IT

12%:

ESCAPE

suB

.WORD
. WORD
.WORD

AND EXIT SUBTEST

TRAP

.WORD

LI LT

032462
002436
002436
030734

002436

002440
000002
000016

032516

14%:
15%:

032516

032500

16%:

000016
031734

17%:

20$:

63%:

MOV
ASL
ASL
JSR
TMPA
TTMPB
MOV
ADD
cMP
BNE

¥thO(R2)+TMPA

;SETUP/ADJUST PAR VALUE

TMPA
RS, XMREAD

;READ EXTENDED MEM BACKGROUND PATTERN

CSERDF
50
EM278B
ERR12

CSESCAPE

L10050-.

TMPB ,RXVALO(R2)
@2,k
R2, 214,

;& SAVE ACTUAL EXTENDED DATA
;BUMP INDEX
sALL 'XLOC' EXTENDED ADDRESSES READ?

NOW

CLR
cMP
BEQ
GEDF

TST

cMP
BNE

TST
cMP
BEQ
JMP
ENDSUB

:+ POINTER TO PAR VALUE
: POINTER TO DATA STORAGE

SHECK EXPECTED VS.

NO:

READ ANOTHER

ACTUAL EXT,

2
?;:nLO(RZ).XVALO(RZ)

EM60N,ERR60

MEM VALUES #¢ssssssses

"DEVICE FATAL" ERROR & S1

TRAP

SuUB
(R2).

;BUMP LOCAL

INDEX

(R4).

INDEX

R2,214.
16$

R4, 014,

638

T8LP

sALL

VALUES CHECKED

YES:

BUMP

CSERDF

.WORD
.WORD
.WORD

S1
EM60ON
ERR60

TRAP

CSESCAPE
L10050-.

.WORD

;ARE WE DONE W/ALL EXTENDED LOCATIONS
:

YES:

NO:

END

GO DO SOME MORE

L10050:
MFEND:

ERR12

LT Y REAO EXYENDED MEM INTO LOCAL RAM (RXVALO-6) sssssscssssscas
CLR
:CLEAR LOCAL INDEX

ESCAPE

000016

CS$ERDF

49
EM27A

AS SUCH.

“DEVICE FATAL" ERROR # S0

TRAP

104410
000026

104403

60-5

;4esssessss

020227
001362

PAGE

TEST

104410
000124

005722

I11
14:54

ENDTST

L10046:

TRAP

CSESUB

TRAP

CSETST

J11

PAGE 60-6

SEQ 0139

XLOCO:
XLOC1:
XLOC2:
XLOC3:
XLOC4:
XLOCS:
XLOC6:

37400
37000
36400

88 8

037400
037000
036400
035400
033400
027400
017400

14:54

TEST

032462
032464
032466
032470
032472
032474
032476

MFG EXTENDED BIT

33400
S5
H

SPECIAL

~N~

5238
5239
5240
5241
5242
5243
5244
5245
5246
5247
5248
5249
5250
5251
5252
5253
5254
5255
5256
5257
5258
5259
5260
5261

032500
032502
032504
032506
032510
032512
032514

XVALO:
XVAL1:
XVAL2:
XVAL3:
XVAL4:
XVALS:
XVAL6:

OO0O000O0O0

05-MAR-84

032516
032520
032522
032524
032526
032530
032532

RXVALO:
RXVAL1:
RXVALZ2:
RXVAL3:
RXVALA4;
RXVALS:
RXVAL6:

OCO0OO0O000O0

TEST

MACRO M1200

CNDMBAO DMV11 MCTRL DIAG @2

+ ADDRESS 17600000 POINTER
s ADDRESS 17400000 POINTER

+ ADDRESS
+ADDRESS
+ ADDRESS

17200000 POINTER
16600000 POINTER

POINTER

: ADDRESS 13600000 POINTER
+ ADDRESS 07600000 POINTER

IK11
CNDMBAO DMV11 MCTRL DIAG @2
TEST 9

@-BUS INTERRUPT

“A" &

MACRO M1200

O05-MAR-84

14:54

PAGE 61

SEQ 0140

"B" SELECTION

5282

.SBTTL TEST 9 -- @-BUS INTERRUPT

"A" & "B" SELECTION

1220 AR

ie
HE

RARRARAARARAR AR ARARARARA

ARA R AL AR L AA AR AR AR AL

2240000000000 0400000

TEST 9 -- Q-BUS INTERRUPT “A" €& "B" SELECTION

i# THIS
TEST
:* PERFORMED.

CONTAINS SUBTESTS IN WHICH A SEQUENCE OF STEPS IS
IN GENERAL, EACH SUBTEST PERFORMS THE FOLLOWING:

2. THE INTERRUPT REQUEST REGISTER IS WRITTEN INTO

3. A TEST IS MADE TO BE SURE THAT NEITHER INTERRUPT OCCURS

4. BOTH INTERRUPTS ARE ENABLES

-+
e

S. A 1EST IS MADE TO BE SURE THAT IF AN INTERRUPT IS EXPECTED, IT IS
RECEIVED AND IF IT ISN'T EXPECTED IT DOESN'T HAPPEN.

HLJ

INTERRUPTS ARE DISABLED FOR BOTH "A" & “B"

;% ALL TESTING IS DONE HERE WITH THE PROCESSOR'S PRIORITY SET AT 0.
&

032534
5283 032534
5284 032540
5285 032542
032542
5286 032544
032544
032546
5287
5288
5289
5290
5291
5292
5293
5294
5295

:--.“‘0..“‘.“‘.“.‘.““0.‘..‘A‘.“““‘.“..‘“0““".‘.‘t‘.‘.....‘.““‘
79
BGNTST
:
004737
103003

JSR

003514

8CC

ERROR

104460

EXIT

104432

;ISSUE MASTER CLEAR & ENTER MAINT. LOOP
;IF NO ERROR, CONTINUE
;ELSE, REPORT IT AND

;EXIT THIS TEST

001272

;
H

;
5

;
H

;
o

;

104402
012737
005037
112777

177777
002272
000000

002274
147526

TRAP

C $ERROR

TRAP
.WMORD

CS$EXIT
L10051-.

-----------------------------------------------------------------------------

5297
5298
5299
5300
5301
5302
5303
5305 032550
032550
032550
5306 032552
5307 032560
5308 032564

PC.MSTCLR

TEST FOR NO INTERRUPT WHEN ENABLED

1. DISABLE BOTH INTERRUPTS

2. ASSERT BOTH REQUEST BITS TO 1

3. CHECK FOR NO “A" INTERRUPT
4. CHECK FOR NO "B INTERRUPT
S. ENABLE BOTH INTERRUPTS

6. CHECK FOR NO “A” INTERRUPT

;

7. CHECK FOR NO “B" INTERRUPT

18:

BGNSUB
MOV

CLR
MOvVB

19.1:

0-1, INTWCH

INTFLG
#0,3BSELO

; TELL BOTH HANDLERS

TRAP

"WATCH" FOR

;CLEAR BOTH INTERRUPT FLAGS
;DISABLE BOTH INTERRUPTS

C$BSUE

INTERRUPTS

CNDMBAO DMV11l MCTRL DIAG 42

MACRO M1200

TEST 9

"B" SELECTION

-- Q-BUS INTERRUPT

032572
032576
032600
032602
032604
032604
5314 032606
032606
032610
5315
5316 032612
5317 032616
5318 032620
5319 032626
5309
5310
5311
5312
5313

5320
5321
5322
5323
5324

032626
032630
032632
032634

5339

104410
001230

105737
001407
012737

104455

032742
032744
032746
032750

5340 032752
032752
032752

000001

30s$:

002254

PAGE 61-1

SEQ 0141

JSR
RS,WRITEI
IRQREG
IRQA!IRGB
8CC
30
ERROR

;LOAD THE INTERRUPT CONTROL REGISTER WITH
;
BOTH BITS SET.
THIS SHOULD NOT CAUSE
:+
AN INTERRUPT AT EITHER LEVEL
;s IF AN ERROR OCCURED,
;REPORT IT &

ESCAPE

TST

INTFLG

;:DID AN

#1,GDATA

s YES,

TSTB

BEQ

GEDF

EM34,ERR1

MOV

QUIT

;NO,

"A”

GOOD.

INTERRUPT OCCUR?

GO TEST THE

“B"”

;REPORT

CS$ESCAPE
L10051-.

THE UNEXPECTED INTERRUPT

"DEVICE FATAL"” ERROR # S2

TRAP

002273
000002

S$:

002254

TSTB

BEQ
MOV
GEDF

INTFLG.1

64
#2,GDATA
EM34B,ERR1

;:0ID A

"B”

147424

6$:

“DEVICE FATAL" ERROR # S3

TRAP

002254

#1000,R3

;GIVE

INTFLG
74
#3,GDATA
EM34 ,ERR1

;:0ID AN "A" INTERRUPT OCCUR?
tNO,
GOOD.
GO TEST THE “B" INTERRUPT
;:YES, TELL ERROR HANDLER WHAT WE HAD DONE
;REPORT THE UNEXPECTED INTERRUPT

S08

R3,.

;

;ENABLE BOTH INTERRUPTS

THE

INTERRUPT SOME

TIME

BY SITTING HERE FOR A WHILE

TO HAPPEN

“DEVICE FATAL” ERROR ¢ S4

TRAP

.WORD
.WORD
.WORD

002273

7%:

002254

TSTB
BEQ

INTFLG+1
8¢

;DID A "B" INTERRUPT OCCUR?
:iNO,
GOOD.
NOW TRY LETTING ONE

GEDF

EM34B,ERR1

;REPORT

MOV

104455
000067
016540
006212
ENDSUB

S3
EM34B
ERR1

;CLEAR BOTH INTERRUPT FLAGS

TSTB
BEQ
MOV
GEDF

CSERDF

INTFLG

MOVB
MOV

002272
000003

CLR

S2
EM34
ERR1

INTERRUPT OCCUR?

.WORD
.WORD
.WORD

002272
000021
001000

CSERDF

;NO,
GOOD.
NOW TRY LETTING ONE THROUGH
;:YES, TELL ERROR HANDLER WHAT WE HAD DONE
;REPORT THE UNEXPECTED INTERRUPT

000066
016526
006212

104403

TRAP
.WORD

.WORD
.WORD
.WORD

104455

105737
001407
012737

CSERROR

INTERRUPT

000065
016540
006212

005037
112777
012703
077301
105737
001407
012737

TRAP

TELL ERROR HANDLER WHAT WE HAD DONE

000064
016526
006212

032652
032654
032656
032660

032726
032732
032734
032742

002272

14:54

104455

105737
001407
012737

032716
032720
032722
032724

004054

104460

032636
032642
032644
032652

5325
5326 032662
5327 032666
5328 032674
5329 032700
5330 032702
5331 032706
5332 032710
5333 032716

5334
5335
5336
5337
5338

004537
123005
000006
103003

"A" &

05-MAR-84

L11

#4 ,GDATA

;YES,

TELL

ERROR HANDLER WHAT

CSERDF

5S4
EM34
ERR1

THROUGH

HAD DONE

THE UNEXPECTED INTERRUPT

"DEVICE FATAL"” ERROR & S5

TRAP

L10052:

CS$ERDF

.WORD
.WORD
.WORD

55
EM34B
ERR1

TRAP

CSESLB

CNDMBAO DMV11l MCTRL DIAG #2
-- @-BUS INTERRUPT

5375
5376
5377
5378
5379

SEQ 0142

TEST FOR

DISABLE BOTH INTERRUPTS

ASSERT "B" REQUEST BIT TO 1:
DISABLING "B"” & FORCING "A"

3. CHECK FOR NO "A"” INTERRUPT
4.,

CHECK FOR NO

"B"

INTERRUPT

ENABLE BOTH INTERRUPTS

CHECK FOR

CHECK FOR NO

®¢

G¢

Se Ss

"A" INTERRUPT WHEN ENABLED

"A" INTERRUPT
"B"

INTERRUPT

BGNSUB
104402
012737
005037
112777
004537
123005

177777
002272
000000
004054

002274

147322

104410
001024

105737
001407
012737

033042
033046
033050
033056

001407
012737

105737

#-1,INTUCH
INTFLG
#0,3BSELO
RS,WRITEI

B8CC

318

ESCAPE

TST

FRROR

104460

MOV
CLR
MOVB
JSR
IRQREG
IRGB

000002
103003

104455
000070
016526
006212

5380
5381 033066
5382 033072

M11

PAGE 61-2

-----------------------------------------------------------------------------

‘

033032
033034
033036
033040

033056
033060
033062
033064

14:54

®¢

5341
5342
5343
5344
5345
5346
5347
5348
5349
5350
5351
5352
5353
5354
5355
5356
5357
5358
5359
5360 032754
032754
032754
5361 032756
5362 032764
5363 032770
5364 032776
5365 033002
5366 033004
5367 033006
5368 033010
033010
5369 033012
033012
033014
5370
5371 033016
5372 033022
5373 033024
5374 033032

05-MAR-84

"A" & "B" SELECTION

TEST 9

MACRO M1200

79.2:

csBSuB

TRAP

CS$ERROR

TRAP

CSESCAPE

:IF AN ERROR OCCURED,

" ;REPORT

IT &

QUIT

.WORD

31s:

002272
000005

TSTB
BEQ
MOV

002254

GEDF

INTFLG
10$

;:DID AN “A”
:NO,
GOOD.

EM34 ,ERR1

;REPORT THE UNEXPECTED INTERRUPT

#5,GDATA

;:YES,

002273

10§:
002254

TSTB

INTFLG+1

MOV

BEQ

GEDF

;:DID A

TELL ERROR HANDLER WHAT WE HAD DONE

“DEVICE FATAL" ERROR # Sé6

TRAP

"B8"

sNO,

EM34B,ERR1

;REPORT THE UNEXPECTED INTERRUPT

GOOD.

NOW TRY LETTING ONE THROUGH

“DEVICE FATAL" ERROR @& 57

TRAP
.WORD

016540

.WORD
.WORD

006212

147220

11%:

CLR

MOVB

INTFLG

;:CLEAR BOTH INTERRUPT FLAGS

#IENBA!IENBB,aBSELO

Sé
EM34
ERR1

TELL ERROR HANDLER WHAT WE HAD DONE

000071

002272
000021

CSERDF

INTERRUPT OCCUR?

:YES,

L10051-.

INTERRUPT OCCUR?
GO TEST THE "B" INTERRUPT

.WORD
.WORD
.WORD

104455

005037
112777

TRAP

;sTELL BOTH HANDLERS TO "WATCH" FOR INTERRUPTS
;:CLEAR BOTH INTERRUPT FLAGS
- ;DISABLE INTERRUPTS AGAIN
;CAUSE AN INTERRUPT PENDING ON "A"
:
BUT NOT ON "B"

;:ENABLE BOTH INTERRUPTS

CSERDF
57
EM34B
ERR1

CNDMBAO DMV11 MCTRL DIAG #2
TEST

5383
5384
5385
5386
5387
5388

5389
5390
5391
5392
5393

-- Q-BUS INTERRUPT
033100
033104
033106
033112
033114
033122

012703
077301
105737
001007
012737

033122
033124
033126
033130

104455
000072
016552

033132
033136
033140
033146

105737
001407
012737

033146
033150
033152
033154

O05-MAR-84

001000

MOV

N11

PAGE 61-3

#1000,R3
Rs.INTFLG
12¢
#7,GDATA
EM35,ERR1

002272

000007

14:54

ScQ@ 0143

"B" SELECTION

002254

;:GIVE THE INTERRUPT SOME TIME TO HAPPEN

:
BY SITTING HERE FOR A WHILE
:DID AN "A” INTERRUPT OCCUR?
:YES, GOOD.
GO TEST THE "B” INTERRUPT
iNO,
TELL ERROR HANDLER WHAT WE HAD DONE
sREPORT MISSING INTERRUPT ON "ENABLE"
:
“DEVICE FATAL” ERROR # 58
TRAP
.WORD
.WORD
.WORD

006212

002273
000010

12%:
002254

TSTB
BEQ

MOV

GEDF

INTFLG.1
13$

:DID A "B" INTERRUPT OCCUR?

EM34B,ERR1

;REPORT

:NO,

#8.,GDATA

:YES,

GOOD.

104455

NOW TRY HITTING THE

“B”

INTERRUPT

THE UNEXPECTED

TRAP

CSERDF

.WORD

ERR1

TRAP

CSESUB

TRAP

csBSuB

INTERRUPT

"DEVICE FATAL"” ERROR # 59

.WORD
.WORD

13$:

ENDSUB

L10053:

104403
TEST FOR

S9
EM348

INTERRUPT WHEN ENABLED

DISABLE BOTH INTERRUPTS

ASSERT

"A" REQUEST BIT

DISABLING

TO 1:

“A" & FORCING

"B"

CHECK FOR NO "A"

INTFRRUPT

CHECK FOR NO "B" INTERRUPT

00V

ENABLE BOTH INTERRUPTS

CHECK FOR "B" INTERRUPT

CHECK FOR NO “A”

INTERRUPT

"B"

CSERDF
58
EM35
ERR1

TELL ERROR HANDLER WHAT WE HAD DONE

000073
016540
006212

033156
033156
033156

"A" &

MACRO M1200

033160
033160
033160
5416 033162

033170
033174
033202

033206
033210
033212
5423 033214
033214
5424 033216

BGNSUB

104402
012737
005037
112777
004537
123005

103003
104460

177777
002272
000000
004054

002274

147116

MOV

CLR
MOVB
JSR
IRQREG
IRQA
8CC
ERROR
ESCAPE

79.3:
-1, INTUCH

;TELL BOTH HANDLERS TO “WATCH" FOR INTERRUPTS
;CLEAR BOTH INTERRUPT FLAGS
;DISABLE INTERRUPTS ACAIN

;CAUSE AN INTERRUPT PENDING ON "B”
BUT NOT ON “A"
3
: IF AN ERROR OCCURED,

;REPORT

EXIT

TRAP

CSERROR

CNOMBAO DMV11 MCTRL DIAG @2
TEST

Q-8US

INTERRUPT

033216
033220

104410
000620

033222
5427 033226
5428 033230

001407

5425

5429 033236

012737

000011

033246
033252
033254
033262

105737
001407
012737

033262
033264
033266
033270

104455
000075
016540

033272
5437 033276
5438 033304
5439 033310
5440 033312
5441 033316
5442 033320
5443 033326

005037
112777
012703
077301
105737

033326
033330
033332
033334

104455
000076
016526
006212

033336
033342
033344
033352

105737
001007
012737

5435

5444
5445
5446
5447
5448

5449

033352
033354
033356
033360

5450 033362
033362
5451
5452
95453
5454

5455
5456
9457

033362

14:54

PAGE

B1e
61

SEQ 0144

"8 SELECTION
.WORD

002272

104455
000074
016526

05 -MAR 84

TRAP

105737

033236
033240
033242
033244

5430
5431
5432
5433
5434

“A" &

MACRO M1200

328:
002254

1ST8
BEQ
MOV
GEDF

INTHLG
148
9. ,GDATA
EM34 ,ERR1

"DEVICE FATAL"” ERROR @ 60

TRAP
.WORD

.WORD
.WORD

000012

14%;
002254

1ST8
BEQ
MOV
GEDF

INTFLG.1
15¢
010, ,GDATA

EM34B,ERR]

tREPORT

THE UNEXPECTED

INTERRUPT

"DEVICE FATAL" ERROR @ 61

TRAP

006212

001407
012737

147014

15%:

;CLEAR BOTH INTERRUPT FLAGS

21000,R3

1GIVE

INTFLG

1DID AN "A” INTERRUPT OCCUR?

OIENBA!IENBB ,3B5SELO

sSo8

RS3,.

BEQ
MOV
GEDF

168
@11.,GDATA
EM34 ,ERR1

T1STB

002254

INTFLG

MOVB
MOV

002272

000013

CLR

INTERRUPT

SOME

TIME

By SITTING HERE FOR A WHILE

TO MAPPEN

sNO,
GOOD.
GO TEST THE "“B" INTERRUPT
$VES, TELL ERROR MANDLER WHAT WE MAD DONE
tREPORT THE UNEXPECTED INTERRUPT
'
“DEVICE FATAL" ERROR @ 62
.WORD
.WORD
.WORD

000014

16%:
002254

TST8
BNE
MOV

GEDF

INTFLG.1
178
@12.,GDATA

EM35B8,ERR1

104455

;REPORT MISSING INTERRUPT ON "ENABLE"
:
"DEVICE FATAL" ERROR @ 63
TRAP

ENDSUB

L10054;

104403

DISABLE

BOTH

ASSERT BOTH

INTERRUPTS

A" &

CSERDF

62
EM34
ERR1

;:DID A "B INTERRUPT OCCUR?
s YES, GOOD.
NOW TRY HITTING THE “B" INTERRUPT
iNO,
TELL ERROR HANDLER WHAT WE HAD DONE

000077
016573
006212

17%:

CSERDF

61
EM348
ERR1

$ENABLE BOTH INTERRUPTS

THE

TRAP

002273

CSERDF
60
EM34
ERR1

1DID A "B INTERRUPT OCCUR?
iNO,
GOOD.
NOW TRY LETTING ONE THROUGH
$YES, TELL ERROR HAND_ER WHAT WE HAD DONE

.WORD
.WORD
.WORD

002272
000021
001000

L10051-.

1DID AN "A” INTERRUPT OCCUR?
tNO,
GOOD.
GO TEST THE “B" INTERRUPT
1YES, TELL ERROR HANDLER WHAT WE HAD DONE
tREPORT THE UNEXPECTED INTERRUPT

006212

002273

CSESCAPE

"B" REQUEST BITS

TO O:

CSERDF

.WORD
.WORD
.WORD

63
EM258
ERR1

TRAP

CsEHuB

CNOMBAO DMVIL MCTRL
TEST 9
5458
5459
S400
Sdel
S4e62
S463
5464
54¢€5
5466

Q-BUS

DIAG @2

INTERRUPT

"A” &

MACRO M1200

"B"

g¥
05-MAR-84

14:54

PAGE

61-5

5EQ 0145

SELECTION
FORCING BOTH

“A"

"B"

CHECK FOR NO

"A"

INTERRUPT

CHECK FOR NO

"B"

INTERRUPT

ENABLE BOTH INTERRUPTS

CHECK FOR

5468

CHECK

S470 033364
033364
033364
5471 033366
5472 033374
5473 033400
5474 033406
5475 033412
5476 033414
5477 033416
5478 033420
033420
5479 033422
033422
033424
5480
5481 033426
5482 033432
5483 033434
5484 033442

BGNSUB

S467

5469

5485

033442
033444
033446
033450

104402
012737
005037
112777
004537
123005
000000
103003

177777

002272
000000
004054

002274

104410
000414

105737

001407
012737

"A")

“B"

INTERRUPT

19.4;

TRAP

0-1,INTWCH
INTFLG

s TELL BOTH HANDLERS TO "WATCH” FOR
1CLEAR BOTH INTERRUPT FLAGS

JSR

RS,WRITEI

$CAUSE

8CC
ERROR

: IF AN ERROR OCCURED,
sREPORT IT £

ESCAPE

TST

éRQREG

104460

GETTING

MOV
CLR

MOvVB

146712

ONLY

INTERRUPT

"A"

FOR NO

(BUT

#0,8BSELO

sDISABLE INTERRUPTS AGAIN

AN INTERRUPT PENDING ON BOTH

QUIT

002272
000015

31%:

002254

033466
033470
033472
033474

104455
000101
016540
006212

033476
033502
033510
033514
033516
033522
033524
033532

005037
112777
012703
077301
105737
001007
012737

CSERROR

TRAP

CSESCAPE

INTERRUPT

L10051

1S78

INTFLG

;DID AN

10%
@13, ,GDATA
EM34 ,ERR]

tNO,
GOOD.
GO TEST THE "“B" INTERRUPT
s YES, TELL ERROR HANDLER WHAT WE HAD DONE
sREPORT THE UNEXPECTED INTERRUPT

"A"

OCCUR?

"DEVICE FATAL"” ERROR ¢ 64

TRAP

CSERDF

.WORD
.WORD
.WORD

002273
000016

10¢:
002254

TST8
BEQ
MOV
GEDF

INTFLG.1
11
014, ,GDATA
EM34B,ERR1

64
EM34
ERR1

:DID A "B" INTERRUPT OCCUR?
sNO,
GOOD.
NOW TRY LETTING ONE THROUGH
sVES, TELL ERROR FANDLER WHAT WE HAD DONE
;REPORT THE UNEXPECTED INTERRUPT

"DEVICE FATAL" ERROR @ 65

TRAP

CSERDF

.WORD
.WORD
. WORD

002272
000021
001000

146610

CLR
MOvB
MOV

002254

65
EM348
ERR!

INTFLG
tCLEAR BOTH INTERRUPT FLAGS
OIENBA! IENBB,aBSELO
tENABLE BOTH INTERRUPTS
21000,R3
tGIVE THE INTERRUPT SOME TIME TO HAPPEN

S08

RS3,.

BNE

124

sYES,

1S718

002272

000017

11%:

INTFLG

MOV

015.,GDATA

GEDF

EM3S,ERR]

'B"

TRAP

BEQ
MOV
GEDF

000100
016526
006212

105737
001407
012737

"A" £

.WORD

104455

033452
5487 033456
5488 033460
5489 033466

csBsSuB

INTERRUPTS

Bv SITTING HERE FOR A WHILE

1DID AN
tNO,

"A*

GOOD.
TELL

INTERRUPT OCCUR?
GO

ERROR

TEST

THE

HMANDLER

"B"

WHAT

INTERRUPT
WE

HAD

tREPORT MISSING INTERRUPT ON "ENABLE:
"DEVICE FATAL"” ERROR 2 oo

DONE

D12
&

CNDMBAO DMVIL MCTRL

TEST 9

DIAG @0

Q@-BUS INTERRUPT

033532
033534
033536
- 033540

104455
000102
016552
006212

5500
SS501
5502
5502

033542
033546
033550
033556

105737
001407
012737

033556

104455

033560
033562
033564

5504
5505 033566
033566
033566
5506
5507

MACRO M1200

PAGE

61 -6

5EQ 014¢
TRAP
.WORD
.WMORD
.WORD

002273
000020

12%:

TST8
BEQ
MOV
GEDF

002254

INTFLGe1
138
016. ,GDATA
EM34B,ERR1

"DEVICE FATAL” ERROR @ 67

ENDSUB

L10055;

104403
R

:
B

5512

ggiz

:
:

gg%g

:
H

gg%g

177777
002272
000021
004054

002274
146506

104410
000210

012703
077301
105737
001007
012737

033654
033656
032660

104455
000104
016552

RAP

CSESUB

001000

31%:

002272
000023

002254

67
EM34B
ERR1

TEST FOR “A” INTERRUPT WHILE ENABLED

1. ENABLE BOTH INTERRUPTS
2.

ASSERT

"B" REQUEST BIT

DISABLING “B” & FORCING "A"

3. CHECK FOR “A" INTERRUPT
4, CHCCK FOR NO "B" INTERRUPT

MOV
CLR
MOVB
JSR
IRQREG
IRQGB
BCC
ERROR

104460

033632
033636
033640
033644
033646
033654

CS$ERDF

Lk bttt
L R R RS PR R R

BGNSUB
104402
012737
005037
112777
004537
123005
000002
103003

TRAP

.MORD
.WORD
.MORD

13%:

CSERDF
66
EM35
ERR1

;0ID A "B"” INTERRUPT OCCUR?
tNO,
GOOD.
NOW TRY HITTING THE “B” INTERRUPT
s YES, TELL ERROR HANDLER WHAT WE HAD DONE
;REPORT THE UNEXPECTED INTERRUPT

000103
016540
006212

gg{?

5530
5531
5532
5533
5534
5535

14:54

"A"” & “B" SELECTION

gggg

5519 033570
033570
033570
5520 033572
5521 033600
5522 033604
5523 033612
5524 033616
5525 033620
5526 033622
5527 033624
033624
5528 033626
033626
Shee 033630

05-MAR B84

19.5:

TRAP
CsBSUB
-1, INTWCH
;TELL BOTH HANDLERS TO “WATCH" FOR INTERRUPTS
INTFLG
;CLEAR BOTH INTERRUPT FLAGS
@IENBA! IENBB,3BSELO
;ENABLE BOTH INTERRUPTS
RS,WRITEI
;:CAUSE AN INTERRUPT PENDING ON “A*
:
BUT NOT ON "B“

318

: IF AN ERROR OCCURED,
;REPORT IT &

ESCAPE

TST

MOV
S08
1ST8
BNE
MOV
GEDF

91000,R3
R3,.
INTFLG
128
019. ,GDATA
EM35,ERR1

;GIVE THE INTERRUPT SOME TIME TO HAPPEN
i+
BY SITTING HERE FOR A WHILE
;:DID AN “A” INTERRUPT OCCUR?
:YES, GOOD.
GO TEST THE “B" INTERRUPT
iNO,
TELL ERROR HANDLER WHAT WE HAD DONE
,asponr MISSING INTERRUPT ON "ENABLE
*
“DEVICE FATAL” ERROR 2 68
TRAP
CSERDF
.WORD
68
JWORD
EM3S

QuIr

TRAP

CSERROR

TRAP
.WORD

CSESCAPE
L10051 .

CNDMBAO DMV11 MCTRL DIAG @2

MACRO M1200

TEST 9

"B"

5536
5537
5538
5539
5540

Q@-BUS

INTERRUPT

033662

006212

033664
033670
033672
033700

001407
012737

033700
033702
033704

033706
5541
5542 033710
033710
033710
5543
5544
5545
5546
5547
5548
5549
5550
5551
5552
5553
5554
5555
5556 033712
033712
033712
5557 033714
5558 033722
5559 033726
5560 033734
5561 033740
5562 033742
5563 033744
5564 033746
033746
5565 033750
033750
033752
5566
5567 033754
5568 033760
5569 033762
5570 033766
5571 033770
5572 033776
033776
034000
034002
034004

5573
5574 034006

105737

“A" &

O0S-MAR-84

14:54

El2

PAGE 61 -7

SEQ 0147

SELECTION

.WORD
002273
000024

12%:
002254

TSTB
BEQ
MOV
GEDF

INTFLG 1
13
@20, ,GDATA
EM34B,ERR1

104455
000105
016540
006212

138:

:DID A "B” INTERRUPT OCCUR?
iNO,
GOOD.
NOW TRY HITTING THE “B” INTERRUPT
1 YES, TELL ERROR HANDLER WHAT WE HAD DONE
tREPORT THE UNEXPECTED INTERRUPT
f
“DEVICE FATAL” ERROR # 69
TRAP

CSERDF

.WORD
.WORD
.WORD

69
EM348B
ERR1

TRAP

CSESLB

ENDSUB
L10056

104403
‘

ERR1

-----------------------------------------------------------------------------

H
5

H
:

:
:
:

;

TEST FOR

“B”

INTERRUPT WHILE ENABLED

ENABLE BOTH INTERRUPTS

ASSERT “"A" REQUEST BIT TO 1:
DISABLING “A” & FORCING “B"

3. CHECK FOR NO “A" INTERRUPT
4.,

CHECK FOR "B" INTERRUPT

BGNSUB
104402

012737
005037

112777
004537
123005
000004
103003

19.6:

177777
002272
000021
004054

002274

104460
104410
000066
012703
077301
105737
001407
212737

@-1,INTWCH

s TELL BOTH HANDLERS

JSR
IRQREG
IRGA
8CC
ERROR

RS,WRITEI

1CAUSE AN INTERRUPT PENDING ON “B"
:
BUT NOT ON “A"

324

:IF AN ERROR OCCURED,
;REPORT IT &

ESCAPE

TST

CLR
MOvVB

146364

INTFLG
;CLEAR BOTH INTERRUPT FLAGS
@IENBA! IENBB,3BSELO
;ENABLE BOTH INTERRUPTS

TRAP

QuIT

TRAP

.WORD

001000

32%:

002272

000025

002254

MOV
soB
1STB
BEQ
MOV
GEDF

16%;

1ST8B

CSESCAPE

L100S51-.

:GIVE THE INTERRUPT SOME TIME TO HAPPEN
;i
BY SITTING HERE FOR A WHILE

16$
@21. ,GDATA
EM34 ,ERR1

tNO,
GOOD.
GO TEST THE "B" INTERRUPT
s YES, TELL ERROR HANDLER WHAT WE HAD DONE
sREPORT THE UNEXPECTED INTERRUPT

INTFLG

:DID AN

“A”

“DEVICE FATAL" ERROR & 70

INTERRUPT OCCUR?

TRAP

.WORD
.WORC
.WORD
002273

CSERROR

#1000,R3
RS,.

104455
000106
016526
006212

105737

TRAP
csBsuB
"WATCH" FOR INTERRUPTS

MOV

INTFLG.1

:DID A "B

INTERRUPT OCCUR?

CSERD*

70
EM33
ERR1

CNOMBAO DMV11 MCTRL DIAG @2
TEST

Q-BUS INTERRUPT

5575 034012
5576 034014
5577 034022

001007
012737

034022
034024
034026

104455
000107
016573
006212

034030

5578
5579 034032
034032
034032
5580
5581 C34034
5582 034040
034040
034040

"A" &

000026

MACRO M1200

05-MAR-84

14:54

PAGE 61-8

5EQ 0148

"B" SELECTION
BNE
MOV
GEDF

002254

17%
#22.,GDATA
EM358,FRR1

:YES,

iNO,

GOOD.

NOW

sREPORT MISSING

"B"

INTERRUPT

"ENABLE"

"DEVICE FATAL” ERROR & 71

TRAP

CSERDF

.WORD

EM358B

TRAP

CSESUB

.WORD

ENDSUB

L10057:

104403

104401

THE

. WORD

17$:

005037

TRY HITTING

TELL ERROR HANDLER WHAT WE HAD DONE

002274

CLR
ENDTST

INTWCH

s TELL HANDLERS

TO STOP WATCHING FOR

L10051:

TRAP

ERR1

INTERRUPTS

CSETST

CNDMBAO DMV11l MCTRL
TEST

BUS

RESET

DIAG @2
WITH

MACRO M1200

DISABLE

INIT

5591

05-MAR-84

14:54

G1l2

PAGE 62

350 0408

SET

.SBTTL

TEST

BUS RESET

WITH DISABLE

INIT

SET

1000000000 0000000000 000RR0ARRLRRRRARRARARAARARIIARRIARALANAINALALALEARRAAALS

::
i*

TEST 10 -- BUS RESET WITH DISABLE INIT SET
A

BYTE

SELECT REGISTER

(BSEL3)

IS LOADED WITH 377,

DISABLE

INIT BIT

:;# IN
THE
NPR CONTROL REGISTER, AND A BUS RESET INSTRUCTION IS EXECUTED.
ie 2??GR“?N ;gg“s CHECKS
THAT THE DMV-11 WAS NOT CLEARED, Br CHECKING FOR

i e

SET

THE
377

;.
;--..“‘0‘00000000.0..00‘“0‘0‘.“.“00“‘0‘0““.‘.‘.‘“.‘00‘0“000‘.‘0‘0‘0.0

034042
5592 034042
ggg} 034050

:
032737
001031

000001

5595 034052
5596 034056
5597 034060
034060
5598 034062
034062
- 034064

004737
103003

003514

5600 034066
S6C1 034072
5602 034074
5603
5604
5605

004537
123004
000105

5608 034076
5609
5610

112777

002316

104460
104410
000050

004054

18:

BGNTST
BIT
BNE

oBITO,PFLAG
108

JSR
8CC
ERROR

PC.MSTCLR
18

ESCAPE

TST

JSR
RS,WRITEI
NPRCTL
DMVDAI
! DMVPU ! NPRGO

gggg

T10::
;IF BUS RESETS ARE NOT ALLOWED,
'e ggpnss THIS TEST
sELSE,
sINIT DMV € START UP THE MAINT.
:IF AN ERROR OCCURED,
;REPORT IT &
:

EXIT

;NOW SET

“DISABLE

LOOP

TRAP

C SERROR

TRAP
.WORD

CSESCAPE
L10060-.

INIT"

:THE “NPRGO” BIT IS SET BECAUSE ASSERTING IT
:TO A ZERO WOULD KICK OFF AN NPR OPERATION!
;:THE "DMVPU” BIT MUST ALWAYS BE SET WHENEVER

; THE NPR-CONTROL REGISTER IS LOADED.

000377

146222

MOVB

377 ,3BSEL3

5611

: THIS REGISTER WILL ONLY GET ALTERED IF THE
;OMV-11 IS SUCCESSFULLY RESET:
THE “DMVPU"
;BIT WILL BE CLEARED, THE MICRO-DIAGNOSTIC
;WILL BE STARTED, AND FINDING "DMVPU“ CLEARED,

5613

:BSEL3) AND PERFORM THE

+IT

5614

WILL

CLEAR

ALL

BSEL

REGISTERS

( INCLUDING

TESTS IS CONTAINS.

;OF COURSE, IF THIS ALL MAPPENS, THAN THIS

ggiz

5617 034104

034104
5618 034106
5619 034112

104433
012703
077301

034124
034126
034130
034132

104455
000110
016614
006212

5620 034114
5621 034122
5622 034124

5623
5624 034134

122777
001404

BRESET
001000

000377

MOV
S08
CMPB
BEQ
GEDF

146204

:TEST

WILL

;:THE

“SUPERVISOR"” WILL DO A BUS RESET FOR US

TRAP
CSRESET
;DELAY FOR A BIT SO THE MICRO-DIAG. CAN DO
:ITS THING IF IT'S GOING TO
:IF A FAILURE OCCURED, THIS SHOULD HAVE BEEN
;ALTERED BY NOW.
IF NOT, ALL'S WELL -- EXIT
;ELSE, “DISABL INIT" DION'T STOP “BUS RESET"

10¢:

ENDTST

HWAVE FAILED!

“DEVICE FATAL” ERROR @ 72

TRAP
LWORD
.WORD
.WORD

CSERDF
72
EMAQ
ERR1

CNDMBAO DMV1l MCTRL DIAG #2

TEST 10

MACRO M1200

O05-MAR-84

14:54

H12

PAGE 62-1

BUS RESET WITH DISABLE INIT SET
034134
034134

104401

T —
L10060:

TRAP

CSETST

CNDMBAO DMV11 MCTRL DIAG @2
TEST

MACRO M1200

MASTER CLEAR WITH DISABLE

5635

INIT

05-MAR-84

14:54

112
PAGE 63

SEQ 0151

SET

.SBTTL TEST 11

-- MASTER CLEAR WITH DISABLE INIT SET

$0t0R

ARARRRRAARAR

50000

AR R AR AR08 000 AR AR AR

A0 40200000082 0000000000

1o
.

TEST 11

-- MASTER CLEAR WITH DISABLE INIT SET

i THE “DISABL INITL.STT IN THE NPR CONTROL REGISTER IS SET AND A MASTER CLEAR
;» IS
ISSUED.
I
THE
MASTER
CLEAR SUBROUTINE DETECTS AN ERROR, THE MASTER

;# CLEAR WILL
i e gag$g§g UP
i

NOT HAVE
FUNCTIONED PROPERLY. WHERE THE NORMAL ERROR MESSAGE
BY "MASCLR”) IS NORMALLY PRINTED, THIS TEST WILL PRINT ITS OWN

128800000000 00000000 0000040000000

5636
5637
5638

5639

034136
034136
034142
034144
034144
034146
034146
034150
034152
034156
034160

:
004737
103003

003514

104410
000030
004537
123004
000105

BGNTST
JSR

B8CC

ERROR

104460

004054

1¢:

0000000000000 000040008000 0000000000400000000

o~
PC,MSTCLR

sINIT DMV € START UP THE MAINT.

;IF AN ERROR OCCURED,
sREPORT

ESCAPE

TST

JSR

RS,WRITEI

;NOW SET

NPRCTL
DMVDAI !DMVPU!NPRGO

IT &

EXIT

;:THE

“DISABLE INIT*"

“NPRGO” BIT

LOOP
TRAP

CSERROR

TRAP
.WORD

CSESCAPE
L10061-.

IS SET BECAUSE ASSERTING IT

:TO A ZERO WOULD KICK OFF AN NPR OPERATION!

;s THE "DMVPU” BIT MUST ALWAYS BE SET WHENEVER
s THE NPR-CONTROL REGISTER IS LOADED.

034162
034166
034170
034170
034172
034174
034176
5651 034200
034200
034200

004737
103004

104455
000111
016671
006212
104401

003514

JSR

PC,MSTCLR

s INIT

GEDF

EM41,ERR1

;REPORT

B8CC

2s:

THE DMV & RESTART

; IF AN ERROR OCCURED,
:

THAT

“DISABL

THE M-LOOP

IGNORE QUEUVED ERROR AND

INIT” STOPPED MASTER CLEAR

"DEVICE FATAL" ERROR & 73

TRAP

CSERDF

TRAP

CSETST

.WORD
.WORD
.WORD

ENDTST
L10061:

73
EMAL
ERR1

CNDMBAO DMV1l MCTRL DIAG #2
TEST

MACRO M1200

O05-MAR-84

14:54

J12

PAGE 64

SEQ 0152

DCOK H LO BIT

5667

.SBTTL TEST
100200

12 -- DCOK M LO BIT
RAARAARARRR AR AR R A AR AR AR R AR AR AR AR AR AR RA A AR AR LA A A

AR A0 2000t

tAAARates

3‘

TEST

DCOK

H LO BIT

;4 DCOK M LO IS SET IN THE NPR CONTROL REGISTER WHICH SHOULD CAUSE A VECTOR TO

THE

FIRST

INTERRUPT

MANDLER

WHERE

THE

VECTOR

IS CHANGED

TO POINT

THE

WERE

:¢ SECOND HANDLER. THIS SECOND HANDLER WILL THEN STALL FOR A WHILE WAITING FOR
;¢ THE POWER-UP
INTERRUPT
WHICH
SHOULD KICK US INTO THE SECOND HANDLER. IN
:# BOTH HANDLERS FLAGS
ARE
SET
TO
SAY THAT WE GOT THERE. WHEN WE FINALLY

i# RETURN

OUR MAINLINE

:# AND THEN CHECK THE FLAGS.

CODE,

WILL

RESUME

THE

DELAY

FUNCTION WE

;‘

:# IN SUBTEST @ 1, WE EXPECT THE DMV TO BE RESET.
1 *
L)

:--‘.“‘..““0.‘.““““‘t‘..“‘.“.‘.“‘“‘...““““““““‘.“‘.“.“.‘
:

034202

5668
5669 034202
5670 034210
5671 034212
034212
034214
5672
5673 034216
5674 034224
5675 034226

034226
034230

5676
5677 034232
034232
034236
034240
034244
034246
034252
034254
034260
5678
5679
5680
5681 034262

5682
5683
5684

5685
5686

034262
034262
034264
034270
034272
034272
034274
034274
034276
034300

;
000014
032737
001002

000001

002370

BGNTST

DCOKTS

104432

= $T

BIT
BNE
EXIT

;:DEFINE TEST & FOR “INIT” SECTION

oPU24,PT.CTL
18
TST

:IS POWER-UP STRAPPED FOR OPTION 0?
:YES, THEN WE CAN DO THIS TEST
iNO,
WE CAN'T DO THIS TEST UNLESS IT
TRAP

000476

032737
001402

.WORD

000001

002316

18:

104432
000462
012727
000000
013727
000000
005367
001375
005367
001367

BIT

#81IT0,PFLAG

BEQ
EXIT

DELAY

40.

;DELAY

BNE

177756

DEC
BNE

CSEXIT

L10062-.
240. ,(PC)+
O
LSOLY,.(PC)O
-6(PC)
.-4
~22(PC)
-20

SUBTEST #1: DCOK M LO (RESET DMV)

003514

104460
104410
000220

& ROACHING
MOV
.WMORD
MOV

L.MORD
DEC

sememetints

BGNSUB

103003

TST

177772

104402

TO PREVENT

002116

004737

i
PERFORM THIS TEST
;ELSE, BYPASS IT

.WORD

L10062-.

:IF BUS RESETS ARE ALLOWED,

2
TST

TRAP

000050

IS!
CS$EXIT

;

<==2s>

TEST FOR pouea-oouuxgqaa DMV-11 RESET

JSR
BCC
ERROR

PC,MSTCLR
3

;INIT DMV & START UP THE MAINT.
:IF AN ERROR OCCURED,
;REPORT IT &

ESCAPE

SUB

EXIT

3%:

SETVEC

424,458,487

$SETUP VECTOR FOR POWER FAIL

IRAP

CsBSUB

TRAP

CS$ERROR

TRAP

CSESCAPE

LOOP

.WORD
L10063-.
INTERRUPT HANDLER

CNDMBAO DMV11 MCTRL DIAG #2
TEST

05-MAR-84

14:54

PAGE 64-1

SEQ 0153

-- DCOK H LO BIT
000007
034406
000024
000003

034300
034304
034310
034314
034320
034322
5687 034326
5688 034334
5689 034340

012746
012746
012746
012746
104437
062706
112737
105037
152777

000010
177777
002272
000001

034346

010637

002454

S5€91
5692
5693
5694
5695
5696
5697
5698

MACRO M1200

K12

MOV
MOV

002274

MOVB

¢-1, INTUCH

sEXPECT

MOV

SP,0LDSP

:SAVE

CLRB
BISB

145752

INTFLG
9IENBA,aBSELO

SETUP

“A“

INTERRUPT

(IF

#7,-(SP)
#5%, -(SP)

MOV
#3,-(SP)
TRAP
C$SVEC
ADD
#10,SP
“DCOK” FAILS!)

:CLEAR THE FLAG IN CASE WE WANT TO DETECT IT
:NOW ENABLE "A" INTERRUPTS
THE STACK POINTER

“DISABL INIT” TO ALLOW BINIT

TO RESET THE DMV AND THEN CAUSE

A POWER-FAIL CONDITION TO BE SIMULATED.

034352
034360
034366

012777
012777
112777

177506
123004

000042

145754
145742
145730

MOV
MOV
MOvB

€177400!LSIDCL !DMVPU!NPRGO,8SEL6
;VALUE TO BE LOADED INTO
ONPRCTL ,8SEL4 :THE NPR CONTROL REGISTER
QWRILOC!<IRQA+8.>,8BSEL2
;;TELL M-LOOP TO WRITE IT £ INTERRUPT

sUS JUST BEFORE REQUESTING ANOTHER

5700

:M-LOOP COMMAND.

5701
5702
5703
5704
5705

SETTING
“NPRGO” PREVENTS AN “NPR” OPERATION FROM OCCURING. THE HIGHM
ORDER
BYTE
IS
SET
TO
-1 AND IS USED AS A FLAG -- WHEN THE RESET
OCCURS,
THE
SELECT
REGISTERS
WILL
ALL
BE
CLEARED; WE WILL BE
LOOKING AT THE RUN BIT TO BE SET AND AT BSEL7 TO BE CLEARED AS POSITIVE

5706

4%:

THE DMV GOT RESET.

WAIT

tHANG HERE UNTIL

INTERRUPTED

IF
THE DCOK WORKS AS IT SHOULD, THE NEXT INSTRUCTION TO BE EXECUTED
IS AT THE LABEL “S5$”., IF I DOESN'T WORK, THE DMV SHOULD FINISH THE
"WRITE”
COMMAND
AND
GENERAT
A Q-BUS INTERRUPT.
THAT INTERRUPT, WE FALL INTO THE ERROR CALL BELOW:

GEDF

EM42A,ERR1

ON RETURNING FROM

;REPORT MISSING POWER-UP

“DEVICE FATAL" ERROR @ 74

104455
000112
016746
006212

TRAP
.WORD

.WORD
.WORD

CSERDF
74

EM42A
ERR1

S5$:

EITHER

CASE:

RESTORE THE POWER FAIL VECTOR,

THE FLAGS USED BY

THE Q-BUS

INTERRUPT

SvYT

AND

FINRST

IN
SOME
CASES
THE
Q-BUS
GETS CONFUSED WHEN WE PERFORM THE ABOVE
(HIGHLY
NONSTANDARD)
“DCOK"
MANIPULATION. EXPERIENCE HAS SHOWN
THAT

THE

INSTRUCTION BEING EXECUTED CAN BE CORRUPTED

NOT

ALWAYS) BEING CLEARED TO ZERO (A HMALT

A FAILURE

THE

FAILURE

®e

STACK POINTER,

SERVICE ROUTINE.

5718
5719 034406
5720
5721
5722
5723
5724
5725
5726
5727
5728
5729
5730
5731
5732

000001

THAT

®e

034376
034400
034402
034404

PROOF

5707
5708
5709 034374
5710
5711
5712
5713
5714
5715
5716
5717 034376

OCCURS

BUT

THE

DMV

SHOULD

AND

NOT

THEREFORE

AFFECT

SUBSEQUENT

THE

PASS.

SHOULD NOT

TEST

INSTRUCTION).
BE

WITHIN

OUR

USUALLY

CONCERN HERE.

THE PASS

IN AN EFFORT

(BUT

THIS IS NOT
IN WHICH IT

TO ELIMINATE ANY

CNDMBAO DMV11 MCTRL DIAG #2
TEST

MACRO M1200

PAGE 64-2

SEQ 0154

DCOK H LO BIT

g;gi

5735
5736
5737
5738
5739
5740

05-MAR-84 14:54

034406

012737

000001

034374

034414
034420
034426
034432
034432
034436
5741 034440
034440
- 034444

013706
142777
105037

002454
000001
002274

145672

012700
104436

000024

012700
104441

000000

5743
5744
5745
5746
5747

034446
034452
034454
034456
034460

013701
001402
005301
000775

002262

5749 034466
5750 034470
5751 034474

132777

001403
105777
001404

000200

034476
034500
034502
034504
S753 034506
5754 034512

104455
000113
017020
006212
004737
103001

034514
5756 034516
5757 034516
034516
ekt 034516

104460

5748 034460

5752 034476

5755 034514

PROBLEMS FROM THIS GLITCH,

10$:

145634

118:

145642

12%:

003346

13s:

MOV

01,48

MOV
BICB
CLRB
CLRVEC

OLDSP,SP
OIENBA,@BSELO
INTWCH
@24

SETPRI

MOV
BEQ
DEC
BR

DELAY1,R1
118
R1
108

BITB

ORUN, 8BSEL.1

BEQ
TST8
BEQ

GEDF

JSR

8CC

ERROR

14%:

WE RESTORE

THE

INSTRUCTION:

tRESTORE THE "WAIT” INSTRUCTION -- JUST IN
;+ CASE IT GOT MODIFIED!
tRESTORE THE STACK
;DISABLE THE "A" INTERRUPT
;STOP EXPECTING Q-BUS INTERRUPTS
;RETURN THE VECTOR TO THE SUPERVISOR
MOV
924 ,R0O
TRAP
C$CVEC
:MAKE SURE WE'RE BACK RUNNING AT O AGAIN!
MOV
TRAP

12
8BSEL7
13

EM4A2B,ERR1

;INITIALIZE TTHE LOOP COUNTER FOR DELAY LOOP
: EXIT DELAY LOOP IF TIME HAS EXPIRED
:
ELSE, DECREMENT THE LOOP COUNTER AND
:+
CONTINUE TO LOOP
; TIME UP !

;CHECK RUN BIT

s NOT SET... REPORT ERROR.
: THIS REGISTER SHOULD HAVE BEEN CLEARED
:IT IS, EVERYTHING HERE IS OK -- EXIT SUBTEST

;NO, THEN REPORT THE FAILURE

“DEVICE FATAL” ERROR & 75

TRAP
.WMORD
.WORD
.WORD
;RESTORE DMV-11 TO A NORMAL STATE!
:NO ERRORS, EXIT SUBTEST

PC,MASCLR
14

;REPORT MSTCLR ERROR

ENDSUB

L10063

104403

g;gg

#0,RO
C$SPRI

C $ERDF
75
EM42B
ERR1

TRAP

C$ERROR

TRAP

:
CSESUB

; SUBTEST @#2: DCOK M LO (DMV-11 SHOULDN'T BE RESET)
‘

5761
5762

---------------------------------------------------------------------------

:
:

g;gz

5765 034520
034520
S 034520
5767 034522
5768 034526
5769 034530
034530
5770 034532
034532
034534
5771 034536

034536

SINCE HITTING “DCOK H LO"” WITHOUT “HALT" OCCASIONALLY CORRUPTS
PROGRAM MEMORY: WE SET BOTH "HALT” AND "DCOK H LO" IN THIS

SUB-TEST (IF HALT FAILS, THIS TEST MAY BLOW UP).

BGNSUB

;

104402
004737
103003

003514

104460
104410
000154

012746

000007

2%:

<==>

TEST FOR POWER-DOWN/UP & NO DMV-11 RESET
ri2.2:
TRAP
CsBSUB

JSR
BCC
ERROR

PC,MSTCLR
28

;INIT DMV & START UP THE MAINT.
:IF AN ERROR OCCURED,
;REPORT IT &

ESCAPE

SUB

SETVEC

@24,05%,47

:SETUP VECTOR FOR POWER FAIL

EXIT

L70P

TRAP

CSERROR

TRAP
CSESCAPE
LWORD
L10064-.
INTERRUPT HANDLER

MOV

a7,-(SP)

CNDMBAO DMV11l MCTRL DIAG #2
TEST

05-MAR-84

14:54

PAGE 64-3

SEQ 0155

-- DCOK H LO BIT

034542
034546
034552
034556
034560
5772 034564
5773
5774 034570
5775 034574
5776 034576
5777
5778 034600
5779
5780 034606
5781 034614
5782
5783

012746
012746
012746
104437
062706
010637

034640
000024
000003

004537
034714
000040

004166

112777

000377

012777
012777

000077
000005

5785 034622

012703
077301

5784

5786 034626

5787
5788
5789
5790 034630

5791
5792
5793

MACRO M1200

M12

034630
034632
034634
034636

000010
002454

MOV

MOV
MOV
MOV
TRAP
ADD

:SAVE THE STACK POINTER

SP,0LDSP

R5,MOVLTD
JSR
SMCODE
EMCODE
- SMCODE

:MOVE THE MICRO CODE INTO THE DMV
;
THIS IS WHERE IT STARTS
i
THIS IS ITS SIZE IN BYTES

145526

MOvVB

#377,8BSEL6

sWRITE ALL 1'S TO BSEL6

145514
145502

MOV
MOV

#77,3SELAY

:START ADDRESS OF MICROCODE
s INITIATE M-CODE

THE RESET

MOV

001000

QEXECUT ,8SEL2

S08

GETS

THROUGH,

#1000,R3
Rs..

THE MICRO-DIAGNOSTIC

WILL

#5%,-(SP)
24, -(SP)

C$SVEC

#10,SP

CLEAR BSEL4

#s+e

:STALL FOR A BIT (UCODE SHOULD HALT US HERE)

; IF WE GET HERE, WE NEVER GOT THE EXPECTED POWER-UP SEQUENCE'!
GEDF

EM42A ,ERR1

104455

:REPORT MISSING POWER-UP

“"DEVICE FATAL" ERROR & 76

CS$ERDF

TRAP

.WORD
.WORD
.WORD

000114
016746
006212

EM42A
ERR1

:IN EITHER CASE, RESTORE THE VECTOR & STACK AND SEE IF THE DMV GOT RESET

5794 034640
5795 034644
034644
034650
5796 034652
034652
034656
5797 034660
5798 034666
5799 034670

013706

002454

012700
104436

000024

034670
034672
034674
034676

104455
000115
017074
006212

5800
5801 034700
034704
5803 034706
034706
5804 034710
5805 034710
034710
034710
5806 034712

012700
104441
122777
001404

004737
103001

104460

104403

000377

003346

S$:

145446

10%:

11%:

MOV

CLRVEC

OLDSP,SP
H24

SETPRI

CMPB
BEQ
GEDF

#377,3BSEL6
10$

JSR
8CC
ERROR
ENDSUB

ENDTST

EM42C,ERR1

PC,MASCLR

118

;RESTORE THE STACK
+sRETURN THE VECTOR

TO THE

SUPERV&SOR

%24 ,RO
v
TRAP
CsCVEC
:MAKE SURE WE'RE BACK RUNNING ATH8 AGAIN!
v
#0,RO
TRAP
C$SPRI
: THIS REGISTER SHOULD NOT HAVE BEEN CLEARED

sIT ISN'T, ALL IS OK -- EXIT SUBTEST
:IT IS,

;¢ AT
+MAKE

THEN REPORT

THE FAILURE

“DEVICE FATAL" ERROR # 77

TRAP
.WORD

.WORD
. WORD

THIS POINT “DINIT"” IS STILL SET
SURE THE DMV IS PROPERLY RESET!

;EVERYTHING OK,

CSERDF
77

EMA2C
ERR1

EXIT SUBR AND TEST.

;REPORT MASCLR ERROR

L10064:

TRAP

CSERROR

CsESuB

CNDMBAO DMV1l MCTRL DIAG @2
TEST

MACRO M1200

O05-MAR-84

14:54

PAGE 64-4
SEQ 0156

DCOK H LO BIT

034712
034712

104401

L10062:

TRAP

CSETST

CNOMBAO DMV11 MCTRL DIAG @2
SUBTEST <'S M-CODE

05-MAR
84

034754

PAGE

5EQ 0157

.SBTTL

034714
034714
034716
034721
034723
034726
034727
034730
034731
034733
034736
034740
034743
034745
034747
034751
034753

14:54

COMPLETE

125

246

004

246

105

SUBTEST 2'S M-CODE

6502 MICROCODE FOR

SMCODE
:

004

8382582

5808
5209
5810
5811
812
5813
5814
5815
5816
5817
5818
5819
5820
5821
5822
5823
5824
5825
5826
5827
5828
5829
5830
5831

B13

MACRO M1200

246
246

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

EMCODE
:

TEST @11/ SUBTEST

251,125
215,4,246
251,105
215,4,246
352
352
352
251,107
215,4,246
251,105
215,4,246
251,3
205,0

.BYTE 306,0

BYTE 320,374
BYTE 140
.EVEN

-- COMPLETE

1A9
;80
1A9
;80
:EA
1EA
sEA
1A9
;8D
1A9
;8D
1A9
185

S5
04 A6
45
04 A6

47
04 A6
4S5
04 A6
03
00

:C6 00

100 FC
;160

LDA
STA
LDA
STA
NOP
NOP
NOP
LDA
STA
LDA
STA
LDA
STA

OGOBSY1!HALT!PWRUP!DINIT
NPRCTL
:SET DISABLE
0GOBSY1!PWRUP!DINIT
NPRCTL
:CLEAR HALT

INIT/HALT

:WAIT A WHILE

QGOBSY1!PWRUP
! SDCOK !DINIT

NPRCTL
:SET DCOK
O0GOBSY1!PWRUP!DINIT
NPRCTL
:CLEAR DCOx
0303
:DELAY FOR 1€.8 USEC
SPO
:BUS INIT IS 10 USEC
:
Ss$:DEC SPO
BNE Ss
:

RTS

:RETURN TO M-.LOOP

CNDMBAO DMVl MCTRL DIAG &2
TEST

5996

HALT

MODE

MACRO M1200

05-MAR-84

Cl3

14:54

PAGE

SEQ 0158

’

VERIFICATION

.SBTTL

TEST

HALT MODE VERIFICATION

F000800000000000000000 0000000000000 000000000000 000 000000000000 00000000000bbas

THIS

CASE,

FROM

TEST

HALT MODE

TEST

CONTAINS

MICROCODE

THERE.

VERIFICATION

TWO (2)

SUBTESTS DESIGNED

TO VERIFY

THE

FUNCTIONALITY

CONTROL CONTAINED WITHIN THE NPR CONTROL REGISTER.
1S

LOADED

INTO

THE DMV

IN ORDER

TO CONTROL

THE

IN EACH

TESTING

SUBTEST @ 1:
HERE WE VERIFY
IS HALTED.

THAT WE CAN CONTROL NPR' S AND DCOK PROPERLY

11 CPU'S OPERATIONS:
THE MICROCODE

IS MOVED

WHILE

THE

CPU

DMV-11'S OPERATIONS:

INTO

THE DMv,

CLEAR TMPO.
THIS WILL BE OUR TEST
LOCATION FOR THE NPR OPERATION.
SETUP FOR POWER-FAIL
LOCATION 24,
THE MICROCODE

SET

VECTORING

THROUGH

INITIATED & BSEL?

-1 AS A FLAG.

WAIT FOR BSEL7

TO BE CLEARED

CLEAR BSEL7 AND WAIT-FOR IT TO GO
NON-ZERO AGAIN.
THIS PUTS THE
OMV IN SYNC. WITH THE 11 CPU

SAVE R6 IN OLDSP FOR RECOVERY LATER,
CLEAR TMPC, LOAD INTO SELA THE

ADDRESS OF

TMPO,

START LOOPING

CONSOLE

“ODT"

AND

SET

BSEL?

INCREMENTING TMPO

SHOULD BE

ENTERED.

-1.

GET

THE ADDRESS OF

TMPO FROM SEL6

AND

SAVE

FOR LATER

HALT

THE

CPU.

NPR-IN

€ PUT

THE CURRENT CONTENTS OF

TMPO

INTO SEL4 (THE FULL WORD).

DELAY FOR ABOUT 100 MICROSECONDS
(THE TIME ISN'T CRITICAL).
THE 11 CPU SHOULD NOT BE EXECUTING
ANYTHING NOW -- NOT EVEN “ODT"

DROP
THE

THE

“DISABL

“HALT" SIGNAL

CPU AND SET

INIT“,

DROP

TO RELEASE

“DCOK M LO"

“DCOk m LO"

CNDMBAO DMVI1 MCTRL

TEST

HALT MODE

DIAG @2

D13

MACRO M1200

05 -MAR
84

14:54

PAGE 66 -1

SEQ 0159

VERIFICATION

SHOULD GO

THROUGH A POWER-UP SEQUENCE.
R6 IS
RESTORED FROM OLDSP, INTERRUPT
PRIORITY LEVEL IS RESTORED 10 O, &

INTERRUPT

VECTOR 24

THE DIAGNOSTIC

IS RETURNED TO

SUPERVISOR.

COMPARED AGAINST
BE EQUAL.

TMPO

SEL4

THEY SHOULD

NOW CLEAR BSEL7.

WAIT FOR BSEL7 TO CLEAR, THEN DROP
“DISABLE INIT” AND EXIT TO M-LOOP.

............................................................................

SUBTEST @ 2:
HERE

THE

MICROCODE'S

VECTOR
BACKED

HALT MODE

IS USED IN A WAY WHICH VERY CLOSELY MATCHES

VUTILIZATION

DURING

"MOP

BOOT”

OPERATION.

THE

THE DMv-11
INTERRUPT

AREA
IS COMPLETELY OVERWRITTEN BY THE DMV NPR'S AND IS THEREFORE
UP
ELSEWMERE
IN
THE
11 CPU'S MEMORY., THERE IS ALSO THE POSSIBLE

CONTENTION

WITH

THE

ODIAGNOSTIC

POSSIBLE WILL BE DONE AT

SUPERVISOR

INTERRUPT LEVEL

11 CPU'S OPERATIONS:
THE MICROCODE

IS MOVED

INTO

TO HELP HERE,

AS MUCH AS

DMV-11'S OPERATIONS:
THE DMv.

THE INTERRUPT VECTOR AREA IS BACKEDUP IN AN I/0 BUFFER FOLLOWING THE
PROGRAM
THE MICROCODE

SET

INITIATED &€ BSEL7

-1 AS A FLAG.

WAIT FOR BSEL7

TO BE CLEARED

CLEAR BSEL7 AND WAIT FOR IT
NON-ZERO AGAIN PUTTING BOTH

zf:eésssms IN SYNC.

TO GO

WITH EACH

CLEAR TMPO AND SAVE R6 FOR RECOVERY
LATER.
SET BSEL7 AGAIN AND WAIT FOR
TMPO

TO BE

SET,

ENTRY INTO THE
BE INITIATED.

SET HALT, “DCOK H LO", & "DISABL
INIT” AND PERFORM 2 NOP'S AS A
1 MICROSECOND DELAY
CONSOLE

“0ODT* WILL

CLEAR “DCOK M LO",
“DISABL INIT"

SET

"MALT"

000777

CNDMBAO DMV11l MCTRL DIAG @2
TEST

HWALT MODE

MACRO M1200

05-MAR-84

14:54

PAGE

E13
66-2

SEQ 0160

VERIFICATION
L

:¢

THE

ENTRY

INTO

THE

CONSOLE

"0ODT"

SET

;¢ WILL BE ABORTED!

"DCOK

H LO"

"DISABL

INIT*

AND CLEAR "HALT"

DELAY

FOR

SHORT

TIME

(ABOUT

MICROSECOND

1 e

;*#

THE ROUTINE NPR'D

;¢

;¢ BE EXECUTED
THE

"BR

INTO LOC.

CLEAR

-- EVENTUALLY HANGING

.”

INSTRUCTION @ LOC.

INIT"

"DCOK H LO"

AND

SET

“DISABL

1 e

NPR-OUT

i e
ie
i e
i e

LOC:
6
10
12

‘

THE

FOLLOWING:

CONTENTS
005001
CLR
062701
ADD
062701
ADD

R1
#(..2),R1
#(..2),R1

360

362

062701

ADD

4(.+2),R1

ie
i

364
366

010037
[(TMPO)

MOV

RO,aeTMPO

013706

MOV

@40LDSP,.R6

372
374

[OLDSP)
000137

JMP

HLTST2

062701

370

376

ADD

[(HLTST2])

4(..2),R1

e
I

i e

THIS

g
ie

LOADING A "MESSAGE"” STARTING AT MEM,
LOC. 000006.

NPR-OUT

L
ie

LOC:
4

SYNONYMOUS

THE

DMV-11

FOLLOWING:

CONTENTS
000240
NOP

e
I

i e
ie

THIS IS HOW THE DMV-11 WILL TAKE THE
11 CPU OQUT OF THE "BR
." CONDITION.

;¢

THE

ROUTINE

JUST

LOADED BY

THE

DMV

;¢ MICROCODE WILL NOW BE EXECUTED (WE
;* HOPE).
WHEN THE SUBROUTINE IS RE-

;¢ ENTERED (@ HLTSTZ2),

DROP “DISABL
AN EXIT

INIT*"

TAKEN TO THE M-LOOP

i e

THE INTERRUPT VECTORS WILL BE

RESTORED;

THE

PRIORITY

LOWERED BACK

RO,

R1,

FOR

THE

LEVEL

TO 0;

WILL

€ R6 WILL ALL BE
PROPER CONTENTS;

BE
CHECKED

AND

TMPO WILL BE CHECKED FOR THE

PROPER

CONTENTS;

:-—00‘0‘.000“.‘..‘0.‘..000“0000‘00000..00.“‘.‘00...0.0‘....00..0......0‘.00
H

5997

034754

000015

BGNTST

HLTEST

§T

sDEFINE

TEST

@ FOR

T13::

'INIT"

SECTION

CNDMBAO DMV11 MCTRL DIAG @2
TEST

HALT

5998 034754
5999 034762
6000 034764

034764
034766

6001
6002 034770
6003 034776
6004 035000
035000
035002
6005
6006 035004
035004
035010
035012
035016
035020
035024
035026
035032
6007
6008 035034
035034
035034
6009 035036
6010 035042
6011 035044
035044
6012 035046
035046
035050
6013 035052
6014 035052
6015 035056
6016 035060
6017
6018 035062
6019 035066
035066
035072
035076
035102
035106
035110
6020 035114
6021 035122
6022 035130
5023
6024 035136
6025 035140
6026 035144
6027 035146
6028 035150

035150
035152

MACRO M1200

05-MAR -84

14:54

F13
PAGE

66 -3

SEQ 0161

MODE VERIFICATION
032737
001002

000001

BIT
BNE
EXIT

002370

104432
000772
032737
001402

104402
004737
103003

000001

002316

S$:

2s:

000050

003514

BIT
BEQ
EXIT

DELAY

#BIT0,PFLAG
2$
TST

40.

002412

012746
012746
012746
012746
104437
062706
012777
112777
012777

000007
035242
000024
000003

2s:

PERFORM

THIS

sELSE, BYPASS IT

;DELAY

TO PREVENT

TST

;s IF NO ERROR HERE, CONTINUE
;ELSE, REPORT THE ERROR

ESCAPE

TST

145172

DMV

&€ ENTER M-LOOP

& EXIT

THE

CSEXIT

.WORD

L10065-.

TEST

R5,MOVLTD

CLR
SETVEC

;MOVE
:

TMPO
024 ,824%,487

0
-6(PC)
.-4
-22(PC)
.-20

TRAP

csBsuB

TRAP

CS$ERROR

TRAP

MOV
MOVB

3s:

#77,3SELAS

MOV

QEXECUT ,dSELR

CLR

BEQ

S5
R2,3$
EM4A3A,ERR]

1ST8

GEDF

ABSEL7

CSESCAPE

L10065-.

THE MICRO CODE INTO THE DMv
THIS IS WHERE IT STARTS
THIS

sINITIALIZE

ITS

SIZE

IN BYTES

THE COUNTER

sSETUP POWER-UP VECTOR

MOV
MOV

MOV
MOV
TRAP

145206
145206
145166

240.,(PC).
0

. WORD
DEC
BNE
DEC
BNE

.WORD

MC2 -MC1

000010
000077
177777
000005

;RESET

TRAP

& ROACHING
MOV
.WORD

JSR

CSEXIT

L10065-.

TEST

PC,MSTCLR

MC1

IS!

s IF BUS RESETS ARE ALLOWED,

;

JSR
8CC

ERROR

005037

000116

TRAP

T13.31

004166

104455

TEST UNLESS

177756

004537
035762
000114

001405
077204

WE CAN'T DO THIS

177772

104410
000710

105777

iNO,

002116

104460

005002

TST

+ IS POWER-UP STRAPPED FOR OPTION 0?
s YES, THEN WE CAN DO THIS TEST

.WORD

104432
000756
012727
000000
013727
000000
005367
001375
005367
001367

oPU24 ,PT.CTL

;START ADDRESS OF MICROCODE
:SET FLAG (BSEL7)
s INITIATE M-CODE

ADD

87,-(SP)
2248, -(SP)

024, -(SP)
@3,-(SP)
CSSVEC

21C,5P

sWAIT FOR FLAG TO BE CLEARED

s TIMEOQUT,
. .M-CODE IS HUNG!
H

“DEVICE FATAL" ERROR #

TRAP

.WORD

CSERDF

CNOMBAO DMV11 MCTRL DIAG @2
TEST

6029
6030
6031
6032
6033
6034
603S
6036
0037
6038
6039

6040
6041
6042
6043

6044

MALT

MODE

006212

035160
035164
035172

010637
012777
112777

002454
002412
177777

035200

005237
001375
000240
000240
000240

002412

035214
035216
035220
035222
035224
035226
035232
035234
035234
035236
035236
035240

6045
6046 035242
6047 035246
035246
035252
6048 035254
035254
035260
6049 035262
6050 035270
6051 035272
035272
035274
035276
035300
6052 035302
6053 035304
6054 035310
035310
035310
6055
6056 035312
035312
035312
6057 035314
6058 035320
6059 035322
035322
6060 035324
035324

05-MAR-84

14:54

PAGE 6

SEQ 0162

VERIFICATION

035154
035156

035204
035206
035210
035212
035214

MACRO M1200

017153

104455
000117
017153
006212
000240
004737
103001

. WORD
.WORD

145136
145136

4s:

003346

9s:

104410
000520
002454

012700

000024

104455
000120
017177
006212
000240

105077

TMPO

TMPO
4qs

;:LOOP HERE UNTIL

TMPO GOES TO O AGAIN

PC,.MASCLR
9

ESCAPE

TST

TO M-CODE

s TELL M-CODE TO PROCEED

;OMV SEEMS

TO HAVE HUNG!

“"DEVICE FATAL"” ERROR 2 79

TRAP

; (FOR PATCHING)
sRESET THE DMv

sRESET SUCCEEDED, ESCAPE
: REPORT RESET ERROR

24s:;

MOV
CLRVEC
SETPRI

145042

145026

cMP
BEQ
GEDF

002412

30s8:

CLRB

ENDSUB

OoLDSP,SP
224

:RESTORE

PRIORITY

LEVEL

104410

CSERROR

003514

aSEL4, TMPO
30¢
EM4
3B ,ERR]

7
ABSEL

TRAP

s THESE

;THEY
;THEY

;

SHOULD BE
ARE -AREN'T

EQUAL

TEST PASSED
-- HALT DIDN'T

"DEVICE FATAL" ERROR 2 80

TRAP

(FOR PATCHING)

sTELL M-CODE

ESCAPE

;RESET

DMV

s IF

ERROR

HERE,

REPORT

THE

ERROR

TST

THE

TEST

sELSE,

20,R0O

CSSPRI

CSERDF

.WORD
.WORD
.WORD

EM4 3B
ERR1

TRAP

CSESULS

TRAP

CsBSuB

TRAP

CSERROR

TRAP

CSESCAPE

TO CLEAR DINIT

113.2:

PC,MSTCLR

224 ,.RO

CSCVEC

WORK

L10066:

JSR
8CC

ERROR

SUPER:éSOR
v
TRAP
TO O

CS$ESCAPE

L10065-.

THE

MOV

BGNSUB

104460

TRAP
TRAP

104403

104402
004737
103003

EMA3A
ERR1

TEST

& GET Qut

;RESTORE R6 FIRST!
;RETURN THE VECTORE

CSERDF

.WORD
. WORD
.WORD

.WORD

013706

012700
104441
G27737
001405

STACK POINTER FOR LATER

1PASS ADDRESS OF

JSR
8CC

ERROR

:SAVE

@TMPO,8SELA
@-1,88SEL7

EMA3A,ERR1]

104460

104436

SP,0LDSP

S5s:

EMA3A
ERR1

& ENTER M-LOOP

& EXIT

CONTINUE

CNDMBAO DMV11 MCTRL DIAG #2
TEST

6061
6062
6063
6064
6065
6066
6067
6068
6069
0070
6071

6072
6073
6074
6075
6076
6077
6078
6079
6080
6081
6082

HALT MODE

004537
036076
000243

004166

035340
035344
035346
035350

004537
000000
002654
000200

005004

035352
035352
035356
035362
035366
035372
035374

012746
012746
012746
012746
104437
062706

000007
000000
000376
000003

035400
035406
035414

012777
112777
012777

000077
177777
000005

035422
035424
035430
035432

005002
105777
001406
077204

035434

104455
000121
017153
006212
000447

035436
035440
035442
6083 035444
6084
6085 035446
6086 035452
6087 035456
6088
6089 035464
6090
6091 035466
6092 035472
6093 035474

6095
6096
6097
6098
6099
6100
6101

14:54

PAGE 66-5

S5EQ 0163

000432

010637

005037
112777

18:

.WORD
RS ,MOV..TD
JSR
MC2
MC2END -MC2

+MOVE THE MICRO CODE INTO THE DMV
:
THIS IS WHERE IT STARTS

gSR

1SAVE

RS ,MOVSW

BUF AREA
SETVEC

400/2

;
#376,%0,47

THIS

THE

ITS

SIZE

INTERRUPT VECTORS

IN THE BUFFER AREA
LOC'S O

+FAKE

OQUT

==>

THE

377 WILL BE

SUPERVISOR,

SAVED
WE'RE

144706

MOV
MOVB

3s:

MOV

QEXECUT,aSEL2

CLR

BEQ

TSTB

SoB8

GEDF

@BSEL7

R2,3$

EMA3A,ERR1

Ss:

144652

005003
000376

035476
035502
035504
035506

004537
002654
000000
000200

005004

035510
035510
035514

012700
104441

000000

10¢:

224

MOV

SP,0LDSP

0, -(SP)

0376, -(SP)
#3,-(SP)

CsSVEC

#10,5P

:START ADDRESS OF MICROCODE

:SET FLAG (BSEL7)
; INITIATE M-CODE
;:WAIT

FOR FLAG

TO BE

CLEARED

; TIMEOUT.
. .M-CODE IS HUNG!
H
“DEVICE FATAL"” ERROR @& 81
'

002454
002412
ATTY??

JUST

MOV
MOV
MOV
MOV

¢+ SETTING LOCATION 376 TO ZERO (0)
144722
144722
144702

L10065-.

IN BYTES

TRAP
ADD

000010

005737
001017
077304

6102
6103 035516

05-MAR-84

VERIFICATION

035326
035330
035330
035334
035336

035434

H13
MACRO M1200

TRAP
.WORD
.WORD
.WORD

sEXIT

CS$ERDF
EM43A
ERR1

$SAVE STACK POINTER FOR LATER

MOvVB

TMPO

©-1,3BSEL7

;RESET EXECUTION INDICATOR (TMPO)
s TELL M-CODE TO PROCEED

CLR

;UE LL WAIT THIS LONG FOR THE M- CODE T0
INTERRUPT OUR SEQUENCE
OF OPERATION
;LOOK FOR THE M-CODE TO LOAD THIS LOCATION

CLR

TST

BNE
so8

80376

20¢
R3,10%

sWE SHOULD NEVER SEE THIS HAPPEN!!!

;:LOOP UNTIL WE'RE INTERRUPTED
;IF WE AREN'T, WE HAVE A REAL PROBLEM

JSR
RS ,MOVSW
BUF AREA

FROM

40072

TO LOC'S O

SETPRI

;RESTORE

THE

;RESTORE

INTERRUPT

BUFFER

==>

PRIORITY

VECTORS

AREA

377
LEVEL

TO O

MOV

TRAP

GEDF

EM43A,ERR]

:BUT WE AREN'T SURE WHAT

IS!!!

#0,R0O

C$SPRI

CNDMBAO DMV11 MCTRL DIAG #2
TEST

HALT MODE

004537
002654
000000
000200

005004

035544
035550

012700
104441

000000

NOP
BR

6115
6116
6117
6118

6119
6120 035574
035574
035576
6121 035600
6122
6123 035600
6124 035604
6125 035606
6126 035610
6127
6128 035612
6129
6130 035614
035614

6131
6132
6133
6134
6135

035620
035622
035626
035630
035634
035642

035642
035644
035646
035650
6136 035652
6137 035654
6138 035660

I[13
PAGE 66-6

400/2

SETPRI

SEQ 0164

003346

23s:

.WORD
.WORD
.WORD

(FOR PATCHING)

EM43C,ERR1

ESCAPE

PC,MASCLR

23%

SuB

005004

R5,MOVSW
JSR
BUF AREA

0
40072

SETPRI

000000

CMP
BEQ

071573
002256

177777

MOV

002254

MOV
GEDF

177777

S5$:

BNE

EM43A
ERR1

;RESTORE THE INTERRUPT VECTORS

FROM

TOLOC'S O ==>

THE

BUFFER

AREA

377

+RESTORE PRIORITY LEVEL

TO O

MOV

;POWER-UP INTERRUPT DIDN'T OCCUR
i
"DEVICE FATAL"” ERROR # 83

;

(FOR PATCHING)

:
:

RESET OK, PROCEED
RESET FAILED, REPORT

40,R0O
CS$SPRI

CSERDF

.WORD
.WORD
.WORD

83
EMA3C
ERR1

TRAFP

CSERROR

TRAP
.WORD

L10067-.

;RESET THE DMV

&€ GET

THE HECK QUT OF HERE!!!

CSESCAPE

sRESTORE THE INTERRUPT VECTORS
: FROM THE BUFFER AREA

TO LOC'S O

==>

377

RO,R2

;RO WILL BE CORRUPTED BY SUPERVISOR CALLS!

+RESTORE

22?1573.91

EM43D,ERR1

LEVEL

TO O

1CHECK RESULTS OF THE ADDITIONS
H

R1,BDATA
#-1,GDATA

PRIORITY

MOV
TRAP

SETUP € REPORT

ADDITION ERROR
:
;ADDITION DIDN'T WORK PROPERLY
“DEVICE FATAL"” ERROR ¢ 84
:

R2,4-1
8¢

#0,R0O

CSSPRI

sWHAT!!!

TRAP

NOP

CSERDF

:+ GO RESET DMV & EXIT

HLTST2:

010002

104455
000124
017242
006212
000240
020227
001003

NOP
JSR
8CC
ERROR

22%:

104410
000160

012700
104441
022701
001412
010137
012737

TRAP

104460

004537
002654
000000
000200

"DEVICE FATAL"” ERROR & 82

TRAP

GEDF

104455
000123
017215
006212
000240
004737
103001

224

RS ,MOVSW
JSR
BUF AREA
0

208$:

6114 035552

035552
035554
035556
035560
035562
035564
035570
035572
035572
035574

14:54

104455
000122
017153
006212
000240
000415

6113

O05-MAR-84

VERIFICATION

035516
035520
035522
035524
6104 035526
6105 035530
6106
6107 035532
6108 035536
0109 035540
6110 035542
6111
6112 035544

MACRO M1200

(FOR PATCHING)

i THE

LOADED ROUTINE

:IT DIDN'T

.WORD
.WORD
.WORD

SHOULD HAVE

IT FAILED

DONE

CSERDF
84
EMA3D

ERR1
THIS

CNDMBAO DMV11l MCTRL DIAG #2
TEST

6150
6151
6152
6153
6154
6155
6156

05-MAR-84

14:54

PAGE 66-7

SEQ 0165

HALT MODE VERIFICATION

6139 035662
6140 035666
6141 035670
6142 035674
6143 035702

ol44

MACRO M1200

J13

035702
035704
035706
035710
035712
035714
035720
035722
035726
035734

035734
035736
035740
035742
035744
035746
035752
035754
035754
035756
035756
035756
035756
035760
035760
035760

023702
001412
010237
012737

002412
002256
177777

002254

8¢:

CMP
BEQ
MOV
MOV

GEDF

TMPO,R2

10$
R2,BDATA

#-1,GDATA

EM43D,ERR1

002454

002256
002454

10¢:

NOP
BEQ

MOV

002254

GEDF

SP,0LDSP
15¢
SP,BDATA
OLDSP,GDATA
EM43D,ERR1

104460

104403
104401

--)

! ! !
sWHAT

SETUP € REPORT AN ERROR

;LOADED ROUTINE FAILED
"DEVICE FATAL"” ERROR # 85
H

.WORD
.WORD
.WORD

(FOR PATCHING)

003346

15¢:

NOP
JSR
8CC

ERROR

16$:

ENDSUB
ENDTST

PC,MASCLR
16$

CSERDF
EMA3D
ERR1

; THESE SHOULD ALSO BE EQUAL

sWHAT!!!

SETUP £ REPORT AN ERROR

;LOADED ROUTINE FAILED
“DEVICE FATAL"” ERROR # 86
H

TRAP

104455

000126
017242
006212
000240
004737
103001

TRAP

104455

000125
017242
006212
000240
020637
001412
010637
013737

sszESE SHOULD BE EQUAL TOO

.WORD
.WORD
.WORD

; (FOR PATCHING)

:MAKE SURE THE DMV IS RESET
: RESET OK, CONTINUE
;RESET FAILED, REPORT ERROR

L10067:

L10065:

CSERDF
EM43D
ERR1

C$ERROR

TRAP

CSESUB

TRAP

CSETST

CNDMBAO PMV11 MCTRL DIAG #2
SUBTEST

1'S M-CODE

MACRO M1200

0S5-MAR-84

14:54

IK13

PAGE 67

N Sats

ASSIGNMENTS

gxgs

.SBTTL

6160

;0““‘0“00“““““A.“‘““..‘0.““.00‘.““t‘0“0“““‘0‘tt.‘tt“‘.‘.o#

6161

MICRO-CODE FOR

SUBROUTINE

6163
6164 035762
6165
616?

MC1:
B
:

ASSEMBLED BY:

COMPAS MICROSYSTEMS MINMIC (V6A)

6162

1'S M-CODE

ASSIGNMENTS
¢

1222204 RRRAR AR AR AR ARR R AR AR A A RA AR R AR AR RS AR

616

0168
6169
6170
6171
6172
6173
6174
6175
6176
6177
6178
6179
6180
6181
6182
6183
5184
5185
6186
6187
6188

SUBTEST

;:LINE®
;0002
;0003
;0004
;0005
;0006
;0007
;0008
;0009
;0010
;0011
;0012
;0013
;0014
;0015
;0016
;0017
;0018
;0019
;0020
;0021

LOC
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000

6190
6191
6192
6193

;0023
;0024
;0025
;0026

0000
0000
0000
0000

6195
6196

;0028
;0029

0000
0000

6198

;0031

0000

.
.

6189

;0022

6194

;0027

6197

;0030

6199

;0032

0000

0000
0000

:NPR ADDRESS REGISTER EQUATES
NPRAIL
= $003C
:IN NPR ADRS LO REG
NPRAIH
= NPRAIL+1 ;IN NPR ADRS HI REG

NPRAIX

;0038
;0039
;0040
;0041
;0042
;0043
;0044
;0045
;0046
;0047

0000
0000
0000
0000
0000
0000
0000
0000
0000
0000

= NPRAIL+2 ;IN NPR EXTENDED ADRS REG

:NPR DATA REG EQUATES
NPRDIL
= $A600
:IN NPR DATA LO REG

NPRDIH

= NPRDIL+1 ;IN NPR DATA HI REG

:NPR CONTROL REG EQUATES

NPRCTL

$A604

;NPR CONTROL REGISTER

INOUT
HALT
PWRUP
SDCLOW

=
=
=
=

BITS
BIT4
BIT2
BIT1

;SET TO 1 FOR INPUT, SET TO O FOR OQUTPUT NPR
;SET DURING MOP MODE ONLY
;CLEARED BY BUS INIT TO INDICATE PWR UP
;SET TO 1 TO RESET LSI-11 FOR MOP BOOT

DISINI

6205
6206
6207
6208
6209
6210
6211
6212
6213
6214

; ADDRESS EQUATES FOR CSR REGISTERS
BSELA
=%14
BSELS
=BSEL4+1
BSEL7
=BSEL4+3

0000

0000
0000
0000
0000

;0037

;EQUATES FOR BIT DEFINITIONS
BITO
=31
BIT1
=82
BIT2
=94
BIT4
=820
BITS
=840
BITé
=9100

NONPR

;0033
;0034
;0035
;0036

IN)

LINE
+=$0000

0000

6200
6201
6202
6203

6204

CODE

(WITH CHANGES EDITED

AR AR R AL R4 4024040000 00000000btkits

= BIT6

= BITO

;USED TO PREVENT AN NPR

;SET TO 1 TO DISABLE BUS INIT TO 6502

:NPR REQUEST FUNCTIONS
NPRRED
= PWRUP ;IN/OUT BIT

;sMISCELLANEOUS EQUATES

STARAM

$003F

= O FOR READ

TO DMV-11

;STARTING ADRS OF GEN'L PURPOSE RAM

TOQ TEST

CNDMBAO DMV11 MCTRL DIAG #2
SUBTEST

1'S M-CODE

MACRO M1200

14:54

PAGE 67-1

SEQ 0167

ROUTINE

.SBTTL
SUBTEST
0000
;0048

6215
6216

6217
6218

6219
6220 035762
6221
6222 035764
6223
6224
6225 035766
6226
6227 035770
6228
6229
6230
6231
6232 035772
6233
6234 035774
6235
6236 035776
6237
6238 036000
6239
6240
6241 036002
6242
6243 036004
6244
6245
6246
6247
6248 036007
6249
6250 036011
6251
6252 036012
6253
6254
6255
6256
6257
6258 036014
6259
6260 0369016
6261
6262 036020
6263
6264 036022
6265
6266
6267 036025
6268
6269 036030
6270
6271 036032

0S5-MAR-84

;LINE® LOC
251

000

205

027

245

027

360

374

245

024

205

074

245

025

205

075

251

124

215

004

240

.BYTE
;10050
.BYTE
;0051
;0052
.BYTE
;0053
.BYTE
;0054
;0055
;0056
;10057
.BYTE

246

041

;0064

210

320

;0064

375

251

000

205

076

251

024

215

004

246

054

004

246

160

373

352

1'S M-CODE -- ROUTINE
+=STARAM

CODE

LINE

251,00
003F
A9 00
205,27
0041
85 17
0043
245,27

AS 17
0043
360,374
0045
FO FC
0047
0047
0047
245,24
AS 14
0047

;START OF MICROCODE IN RAM

WAITL

LDA

STA

BSEL7

LDA

BSEL7

BEG

WAIT1

:CLEAR BSEL7

sWAIT FOR IT TO GO <> 0

i WE SHOULD NOW BE IN SYNC WITH THE 11 PROCESSOR
LDA

BSEL4

:GET € SAVE THE ADDRESS

0049

85 3C

STA

NPRAIL

;:OF

004B

AS 15

LDA

BSELS

:SETUP FOR AN NPR-IN

004D

85 3D

STA

NPRAIH

;:OPERATION LATER

LDA

ONONPR
!HAL T ! PWRUP

STA

NPRCTL

215,4,246
0051
8D 04 A6
0054
0054
0054
240,41
0054

A0 21

0056

210

320,375
0057
DO FD
0059
0059
0059
0059
251,00
A9 00
0059
205,76
0058
85 3t
251,24
A9 14
00SD
215,4,246
00S5F
8D 04 A&
0062
54.,4,246
0062
2C 04 A6
107,373
0065
70 FB
352

"TMPO"” AND USE IT TO

;HALT

THE

11 CPU

; DELAY TO ALLOW "“HALT"” TO TAKE EFFECT (ABOUT
: 100 MICROSECONDS).
LDY
DELAY

#s21

VALUE OF COUNTER

:(33. FOR .6 US CYCLE)

DEY
BNE

: INITIAL

DELAY

:+ WE NOW HAVE TO READ THE 11 CPU'S LOCATION WHO'S
:

ADDRESS WE PREVIOUSLY

NPRWAT

READ FROM SEL6

LDA

STA

NPRAIX

LDA

ONPRRED !HALT

STA

NPRCTL

;READ ONE WORD FROM THE

11 CPU

BIT

NPRCTL

sWAIT FOR

COMPLETE

BvVS

NPRWAT

;:CLEAR THE EXTENDED -ADDRESS -IN

“ALMOST“

M13
MACRO M1200

CNDMBAO DMV11 MCTRL DIAG #2

SUBTEST
6272
6273
6274
6275
6276
6277
6278
6279
6280
6281

1'S M-CODE

- -

255

036036

205

036040

255

036043

205

246

024
246

025

0282

6299
6300
6301
6302
6303
6304
6305
6306
6307
6308
6309
6310
6311
6312
6313
6314
6315
6316
6317
6318

6319
6320
6321
6322
6323
6324
6325
6326
6327
6328

251

125
246

215
251

107
246

215

251

215

246

245

027

036066

320

374

036070

251

104

036072

215

140

;10075
;10076
.BYTE
;10077
.BYTE
;0078
.BYTE
;0079
.BYTE
;0080
;0088
;0089
;0090
.BYTE
;0091
.BYTE

;0092

PAGE 67-2

EA
0067
0068
255,0,246
0068
AD 00
205,24
85 14
006B
255,1,246
006D
AD 01 A6
205,25
0070
85 15
0072

SEQ 0168

0072

DROP

251,125
0072
A9 55
215,4,246

8D 04 A6

007C

320,374
DO FC
;0104 0083
;0105 0085
251,104
.BYTE
A9 44
;0106 0085
.BYTE
215,4,246
;0107 0087 8D 04 A6
;0108 008A
;0109 008A
.BYTE

WAIT2

STA

BSEL4

;

LDA

NPRDIH

STA

BSELS

SEL4

“DCOK H LO" &

"HALT” AND SET

"DISABL

LDA

ONONPR !PWRUP !DISINI!HALT

STA

NPCRTL

LDA

#NONPR ! PWRUP ! SDCLOW!DISINI

STA

NPRCTL

LDA

#NONPR !PWRUP !DISINI

STA

NPRCTL

LDA

BSEL7

BNE

WAIT2

LDA

#NONPR
! PWRUP

STA

NPRCTL

THE MAINTENANCE LOOP
RTS

= 0000

.SBTTL

SUBTEST 1'S M-CODE
0001
0020
0017
0020

:MOVE THE WORD JUST READ INTO

INIT”

: USE A STANDARD SUBROUTINE RETURN TO GET BACK INTO

; ERRORS

; BITO
; BITS
; BSEL?
;. INOUT

NPRDIL

: WHEN BSEL7 IS CLEARED, CLEAR "DISABL INIT"

;0110
;0111

008A
008A
140
.BYTE
;0112 008A
;0113 0088

LDA

; NOW LET THE 11 CPU GO THROUGH THE POWER-UP SEQUENCE

007C
007C
251,105
.BYTE
;0098
007C
A9 45
.BYTE
215,4,246
8D 04 1)
;0099
007E
0081
00
;01

;0101 0081
;0102 0081
245,27
.BYTE
AS 17
0081
03
;01

246

0072

0074

; SHOULD COMPLETE HERE

NOP

.BYTE
251,107
A9 47
;0093
0077
215,4 246
.BYTE
0079
8D 04 A6
;1009«
;0095
;0096
;0097

105

036064

036075

14:54

ROUTINE

036033

6283
6284
6285 036045
0286
6287 036047
6288
6289 036052
6290
6291 036054
6292
6293
6294
6295
6296 036057
6297
6298 036061

05-MAR-84

BIT1
BIT6
DELAY
NONPR

-- SYMBOL
0002
0040
0C6E
0040

TABLE

BIT2
BSEL4
DISINI
NPRAIH

0004
0014
0001
003D

BIT4
BSELS
HALT

NPRAIL

0010
0015
0010
003C

CNDMBAO DMV1l MCTRL DIAG #2
SUBTEST
6329
6330
6331
6332
6333
6334
6335
6336
6337
6338
6339
6340
6341
6342
©343
6344
6345
6346
6347
6348
6349
6350
6351
6352
6353
6354
6355
6356
6357
6358
6359
6360
6361
6362
6363
6364

1'S M-CODE

SYMBOL

MACRO M1200

O05-MAR-84

14:54

N13
PAGE 67-3

SEQ 0169

TABLE

: NPRAIX

003E
NPRCTL
NPRWAT
0004
WAIT1
003F
: STARAM
:END OF ASSEMBLY(V6A)

A604
005D
0043

.SBTTL

-- CROSS REFERENCE TABLE (CREF v01-05

NPRRED

NPRDIH

PWRUP
WAIT2

A601

0004
0078

NPRDIL
SOCLOwW

A600
0002

:SYMBOLS LEFT = 1473 OUT OF 1500

;:8ITO
;:BIT1
;:BIT2
;BIT4
;:BITS
;:BITe
;:BSELA
;:BSELS
;BSEL7
;:DELAY
;DISINI
sHALT
;s INOUT
: NONPR

sNPRAIM
iNPRAIL

iNPRAIX

:NPRCTL
;NPRDIH
:NPRDIL
;NPRRED
:NPRUWAT
;sPWRUP

: SOCLOW

SUBTEST

1'S M-CODE
37

84
9%

104

144

16¢

15&

86%
374
334
324
21¢
20¢
224
314
2784
268

100

103

104

414
748

354
364

a45%
;: STARAM
sWAIT1
S53&
sWAIT2
100¢

103

)

CNDMBAO DMV11 MCTRL DIAG @2
1°S M- CODE

6366
6367

6308
6309
6370
6371
6372
6373 036076
6374
6375
o376

6377
6378
6379
0380
6381
6382
6383
6384
6385
6386
6387
6388
6389
6390
6391
6392
6393
6394
6395
6396
6397
6398

6399
6400
6401
6402

6403
6404
6405
6406
6407

6408
6409
6410
6411

CRCSS REFERENCE

O05-MAR-84

TABLE (CREF
.EVEN

LSBTTL

14:54

v01-05

PAGE

“FQ 017¢

)

SUBTEST 2'S M-CODE

-- ASSIGNMENTS

1000800000000 000000 00000008

MICRO-CODE

FOR

NN LNINANRINNLLINGIIGAGRILAGAIIALLINRRIOINSYS

SUBROUTINE

@ 2

1080000000000 0000000000000000000000000000000000000008000000008000800000000000000

000010

.RADIX
MC2:

sLINE® LOC
;10002
10003

LINE

;0005
10006

BITO
BIT1
BIT2
BIT4
BITé

88 3

SUBTEST

B14
MACRO M1200

10004

0000

;0007

0000

10008

: 0009

;10010
;0011
;10012
;0013
;10014

;10015
;0016
;10017
;0018
;0019
10020

;0021

10022

¢+$0000

tEQUATES FOR BIT DEFINITIONS

“al
=32
34
=820
*3100

3 ADDRESS EQUATES FOR CSR REGISTERS

BSEL7

=317

tNPR ADDRESS REGISTER EQUATES

NPRAQL
NPRAOH
NPRAOX

=
=
=

$0038 ;0UT NPR ADRS LO REG
NPRAOL+1 ;0UT NPR ADRS HI REG
NPRAQOL
+2 ;0UT NPR EXTENDED ADRS REG

iNPR DATA REG EQUATES

;10023
;10024
;10025
10026

NPRDOL

NPRDOH

= NPRDOL+1

;0028
:0029

NPRCTL

NONPR

= BITE&

;0027

;0030
;10031
;10032
;10033

310034

;10035
;10036
;0037
;0038

$A600

sNPR CONTROL

HAL T

PWRLP
SOCLOW
DISINI

;0UT

NPR

BIT4

= BITe
= BIT1
=+ BITO

-«

LO REG

REG EQUATES

$A604

;NPR

USED

SET

CONTROL

$003F

TO PREVENT

AN NPR

DURING MOP MODE

ONL
Y

;CLEARED By BUS INIT
;SET TO 1 TO RESET LSI-11 FOR MOP BOOT
;SET TO 1 TO DISABLE BUS INIT

sMISCELLANEQUS EQUATES

STARAM

DATA

;O0UT NPR DATA HI REG

;STARTING ADRS

GEN
L PURPQSE

RAM

CNOMBAO DMV11 MCTRL DIAG @2

SUBTEST

2'S M-CODE

MACRO M1200

6417
0418 036100
0419
6420
6421 036102
6422

0423 036104
6424
6425

.SBTTL
SUBTEST 2'S M CODE
0000
;10039
251

000

205

027

245

027

360

374

10040

10042

.BYTE

;10043

10044

.BYTE

10045

0000
251,000
003F
A9 00

10050

251

125

036110

215

004

246

240

036115

210

036116

320

375

036120

251

127

036122

215

004

036125

251

165

036127

215

004

251

000

036134

205

071

036136

205

072

036140

252

246

10054
.BYTE
10054
.BYTE
;0054

.BYTE

;10061
.BYTE
;0062
.BYTE
;10063
;0064

;0065

036141

251

024

;0066
;10067
.BrTE

036143

205

070

.BrTE

;10068

BEQ

WAIT1

sWALIT FOR

IN SYNC WITH THE

SEQUENCE

WILL

SEQUENCE

SEND

THE

AND RESET

TO GO <> O

11 PROCESSOR

CPU THROUGH

EVERYTHING ELSE

LDA

ONONPR !HAL T !PWRUP !DISINI

STA

NPRCTL

LDY

DELAY

0058
8D 04 A6
0058
251,000
0058
A9 00
205,071
85 *9
00SD
205,072
85 3A
005F
252
AA
0061
0062
0062

A9
0062
205,070

0s21

DEv

215,004,246
.BYTE
0053
8D 04 A6
;0056
251,165
.BYTE
;0057
0056
A9 75
.BYTE
215,004,246

;0060

BSEL7

DELAY TO ALLOW "HALT"
100 MICROSECONDS).

;0055

;10058
;10059

L. DA

SHOWLD NOW BE

;10054
.BYTE
246

7
BSEL

sCLEAR BSEL7?

THE

WE HAVE PREVENTED OURSELVES FROM BEING RESET
@-BuS.
By SETTING “DISABL INIT",

;10054
.BYTE
;0054
.BYTE
;0054

041

STA

THE NEXT

10054
10054

036113

A POWER-UP

;10053

036106

LLDA

245,027

WAIT1

IN RAM

$START OF MICROCODE

«=STARAM

10051
10052

6429
6430
643]

-- ROUTINE

205,027
85 17
0041
0043

AS 17
0043
360,374
.BYTE
10046
0045
FO FC
0047
10047
;10048
0047
;0049 0047

0427
6428

036132

Cla

PAGE

5€EQ 0171

6426

6432

14:54

ROUTINE

6413

6414
6415
6416 036076

O05-MAR-84

TAKE EFFECT

INITIAL

:(33,

VALUE

FOR

COUNTER

DELAY

L DA

ONONPR ! HAL T !PWRUP ! SDCLOW!DISINI

STA

NPRCTL

LDA

ONONPR !HAL T !PWRUP !DISINI !NPROUT

STA

NPRCTL

;NOW LET

LDA

:SETUP NPR ADDR QUT HIGH FOR

STA

NPRAOH

;

STA

NPRAOX

;THE

LDA

fTM

.6 US CYCLE)

;MANG

THE

ALL

NPR'S

EXTENDED BYTE

s INITALIZE

0d’4a

CPU ETC.

"POWER-1#P-

DATA

WE ARE NOW SETUP TO MOVE THE “MOV"
LOCATION O OF THE 11°'S MEMOR)

(ABOUT

BNE

TAX

:
;

tPOINT

TOO

TABLE

INDE
x

INSTRUCTION

11'S POWER UP

INTO

VEC,

CNDMBAO DMVLI1 MCTRL

DIAG a0

SUBTEST &S M-CODE
6470
6471 036145

MACRO M1200

30%

040

305

251

000

205

070

036157

040

305

036162

040

305

036165

040

305

0474

0475
6476 036153
6477
0478 036155
6479

14:54

000

;10069

.BYTE

PAGE

0064
85 38
040, 305,000
0066
20 CS 00
040, 305,000
0069
20 C5 00
006C

251,000
006C
A9 00
205,070
006E
85 38
040, 305,000
0070
20 CS5 00
040, 305,000
0073
20 CS 00
040, 305,000
0076
20 CS 00
0079
0079

000

0079
0079
0079

036170

251

107

036172

215

004

036175

251

145

036177

215

004

036202

352

036203

352

0079
251,107
A9 47
0079
215,004,246
0078
8D 04 A6
251,145
007E
A9 65
215,004,246
0080
8D 04 A6
352
EA
0083
352
EA
0084
0085

246

6505

6506
6507 036204
6508
6509 036207
6510
6511 036211
6512
6513 036214

6514
6515
6516
6517
6518
6519
6520
6521
6522
6523
6524
£525
6526

05-MAR

5EQ 0172

ROU'T INE

040

6472
6473 036150

0480
6481
6482
648%
o484
6485
6486
6487
6488
6489
6490
6491
6492
6493
6494
6495
6496
64937
6498
6499
6500
6501
6502
6503
6504

D14

040

305

240

166

040

305

312

036215

312

036216

210

036217

320

370

036221

240

006

036223

350

036224

350

0085
0085

040, 305,000
0085
20 C5 00
240,166
0088
A0 76
040, 305,000
008A
20 CS 00
312
CA
008D
312
CA
O08E
.BYTE
210
008F
88
320,370
.BYTE
0090
DO F8
240,006
.BYTE

;0098

0092

350
.BYTE
;0099
0094
350
.BYTE
0095
;0100

STA

NPRAOL

JSR

NPR

sMOVE

T0 24

sMOVE

TO 26

STA

sPOINT

JSR

+MOVE

JSR

+MOVE TO LOC 2

JSR

LDA

JSR
.

NOW

THAT WE'VE

NPR
TAKEN

THE

11'S LOC.

TO LOC O

sMOVE

T0 4

CONTROL

THE

11'S POWER
-

BUT DON'T LET
i UP VECTOR, FORCE HIM THROUGH IT.
: HIS BINIT RESET US (BY KEEPING “DISABL INIT"
:

SET)

LDA

ONONPR !PWRUP ! SDCLOW!DISINI

STA

NPRCTL

LDA

ONONPR !PWRUP !DISINI !NPROUT

STA

NPRCTL

NOP
NOP

; NOW WE CAN NPR-QUT

FILOooP

THE REST OF

THE DATA WE HAVE

JSR

NPR

:MOVE

LDY

23166

s THIS IS HOW MANY WE'LL DO

JSR

NPR

sWRITE

WORD

DEX

:BACK

THE

X
DE

Y
DE

:IF

T0 LOC 6

WANT

DATA POINTER
THE

SAME

WORD

NOT DONE,

BNE

FILOOP

A0 06

LDy

036

sELSE,

EB8

INX

€8

INX

tPOINT TO NEXT WORD

DO IT AGAIN
SETUP

TQ DO & MORE

WORDS

CNOMBAO DMV11 MCTRL DIAG @2
SUBTEST 2'S M-CODE
6527
6528
6529
6530
6531
0532
6533
6534
6535
6536
0537
6538
6539
6540
0541
6542
6543
6544
6545
6546
6547
6548
6549
6550
6551
6552
6553
6554
6555
6556
6557
6558
6559
6560
6561
6562
6563
6564
6565
6566
6567
6568
6569
6570
6571
6572
6573
6574
6575
6576
6577
6578
6579
6580
6581
£582
£583

036225

040

036230

210

036231

320

MACRO M1200

305

036235

205

070

036237

040

305

036244

215

036247

000000

036252

000340

036254

012700

036260

000777

036262

005001

036264

062701

036266

010037

036272
036276

013706

000137

040, 305,000

0096
20 C5 00
;10101
.BYTE
210
;10102 0099 88
320,372
.BYTE

;0103
;10104
;0105
;10106

.BYTE

;10107

.BYTE

;0108

.BYTE

;0109
;0110
;0111
;0112

.BYTE

104
246

;0113

.BYTE
;0114

;0115

PAGE

69-2

5EQ 0173

;0116
;0117
;0118
;0119
;0120
;10121
;0122
;0123

.WORD

002412

002454

035600

;0131
MOV

;0132
;0133
MOV

;0134

;0135
JMP

;0136

NPR

DEY

RTS

O0A8
00A9
00A9
00A9
00A9
00A9

+MOVE

THE

LAST

& WORDS

: IF NOT DONE,
ENDLOP

sELSE,

+
LDA

STA

NPRAOL

JSR

NPR

DO IT AGAIN
SIMULATED “DOWN-

THE

LINE LOAD” IS COMPLETE

AND

THE

11'S

;OVER-WRITE

LOC.

THE

;:LOADED ROUTINE BE

LDA

ONONPR
! PWRUP

STA

NPRCTL

.“

THE JUST

EXECUTED

;LET BINIT RESET US AGAIN
+RETURN

TO MAINTENANCE LOOP

DATABL

DATA TABLE CONTAINING THE DATA THAT
IS TO BE NPR'D INTO THE 11'S MEMORY

3000080000000 00000008000808000000800008000000000000000

DATABL
.DBYTE

0,3340

.DBYTE

8012700, -1,a8777

0083
OA 01
062701
0085
65 C1

.DBYTE

8005001

;LOC.

.DBYTE

8062701

;LOC'S

00B7
10 1IF
0089
00 00
SP
a00LDSP,

.DBYTE
.DBYTE

2010037
0

;LOC 364
;LOC 366

“"MOv"”

.DBYTE
.DBYTE

a013706
0

;LOC
:LOC

370
372

“MOv"

.DBYTE

@000137

;LOC

374

~UMP"

OOAF

0081

O1 FF

"BR

s INSTRUCTION TO LET

3000000000008 00000000000000000000000000000000000000000

WOR D 000340
00AB
00 EO
;0128
MOV
00AD
15 CO
;0129

;0129
BR
;0129
CLR
;0130

JUSR

BNE

00A9
00A9
00A9
;10124
;0125 00A9
;0126 00A9
;0127 00A9
000000
.WORD
00A9
00 00
;0128

177777

ENDLOP

DO FA
009A
009C
009C
009C
251,004
009C
A9 04
205,070
009E
85 38
040, 305,000
00A0
20 CS 00
OOA3
OOA3
00A3
251,104
A9 44
O0A3
215,004,246
O0AS
8D 04 A6

00A8
.BYTE
140

140

036250

000

372

251

14:54

ROUTINE

036233

036242

05 MAR-84

El14

RO, a0TMPO

00BB
17 Cé
008D
00 00
FOHLTSTZ
00 SF
00BF

;LOC'S 24

& 26

;LO0C'S 0

6
10

-->

362

--> 4

CNDMBAO DMV11 MCTRL DIAG #2
SUBTEST 2'S M-CODE
6584
6585 036302
6586
6587
6588
6589
6590
6591
6592
6593
0594
6595
6596
6597
0598
6599
6600

MACRO M1200

;0137
NOP
;0138
;10139
;0140
;0141
;0142
;0143
;10144
;10145
;0146
;0147
;0148
;0149
;0150
;0151
;0152

000240

;0153
;0154

6603

;0155

6604
6605
6606

;0156
;0157
;0158

6607

;0159

6608

10160

6609
6610 036304
6611
6612 036306
6613
6614 036311

6615

6616 036313

6617

6618
6619 036316
6620
6621 036321

6622

265

251

215

000

265

252

215

001

246

215

004

246

6626 036325

350

6627

246

004

350

6625

246

255

6623
6624 036324

PAGE 69-3

SEQ 017

174

00C1

00 00

.DBYTE

;LOC 376

00C3
00CS
00CS
00CS
00CS
00CS
00CS
00CS
00CS
00CS
00CS
00CS
00CS
00CS
00CS
00CS
00CS

00 A0

.DBYTE

8000240

;"NOP"” FOR LOC 4

6633
6634
6635
6636
6637
6638
6639
6640

036331

160

373

036333

352

036334

34¢

070

036336

246

070

246

“NPR" SUBROUTINE
:
1

:
;
:

2 GET

H
:

3 INCREMENT

TAKE

THE DATA FROM THE DATA TABLE AS INDEXED BY
“X" AND PUT IT INTO THE NPR DATA OUT REGISTERS

THE CURRENT SETTING OF THE NPR CONTROL REG.
AND WRITE IT BACK TO CAUSE A WORD NPR-QUT

H
;

4 WAIT FOR

00CS
00CS

:
:

S RETURN

00CS

THE NPR-0QUT-ADDRESS-LOW REGISTER
"GOBUSY”

TO GO LOwW

TO CALLER

1008888000408 88080000000000000000000000000000080000040

NPR

LDA

DATABL
,X

STA

NPRDOL

;LOAD

O00CA

BS AA

LDA

DATABL +1,X

;0165

O00OCC

8D 01 A6

STA

NPRDOH

LDA

NPRCTL

.BYTE

215,001,246

;10166
OOCF
.BYTE
255,004,246
;0167
OOCF
AD 04 A6
.BYTE
215,004,246

THE

DATA-QUT REG'S

;0168

00D>

8D 04 A6

STA

;0170

00DS

INX

;POINT TO THE NEXT DATA

O00D6

EB8

INX

;0171

004

:
H
;
H

:0.64

;0172
;0173

054

THE THREE WORDS FOR LOCATIONS 366, 372, & 376 ARE
ASSEMBLED IN WHEN THIS CODE IS INCLUDED INTO THE DIAGNOSTIC

188440084000 00000000080000000088800008000000000000000s

;0161
00CS
.BYTE
265,251
;0162
00CS
8BS A9
.BYTE
215,000,246
10163
O00C7?
8D 00 A6
.BYTE
265,252

.BYTE

6631 036326

+
:+
s

00CS

;0169
00DS
.BYTE
350

6628
6629

6630

F14
14:54

ROUTINE

6601
6602

6632

05-MAR-84

;0174

.BYTE

;0175

350

00D7
0007

00D7

054,004,246

00D7

2C 04 A6

.BYTE
160,373
;0176
OODA
70 FB

.BYTE
352
;0177
00DC
EA
.BYTE
346,070
;0178
00DD
E6 38
.BYTE
346,070
;0179

OODF

;KICK OFF A WORD NPR-QUT

WORD

NPRWAT

BIT

NPRCTL

;WAIT FOR THE NPR TO

BvVS

NPRWAT

;

INC

NPRAQOL

;POINT

INC

NPRAQL

;OF

COMPLETE

NOP

THE

THE NEXT

11‘'S MEMORY

WORD

CNDMBAO DMV11 MCTRL DIAG @2
SUBTEST 2'S M-CODE
6641
6642 036340
6043
6644
6645
0646
oo0d?7
6648
6649

6650
0651
6652
6653
6654
0655
6656
6657
6658
6659
6660
6661
6662

6663
6664
6665
6666
6667
6608

6669
6670
6671
6672
6673
6674
6675
6676
6677
6678
6679
6680
6681
6682
6683
6684
6685
6686
6687
6688
6689
6690
6691
6692 036341
6693

140

MACRO M1200

O05-MAR-84

Gl4
14:54

PAGE

69-4

S5EQ 0175

ROUTINE

;0180

OOE1

;0181
;0182

OOEl1
O00E2

.BYTE

140

RTS

sRETURN

TO CALLER

:
;

:ERRORS = 0000
i

.SBTTL
:

:
:
:
i
:
:

SUBTEST 2'S M-CODE

0001
0040
OO08A
0089

BITO
BIT6
ENDLOP
NPR
NPRCTL
PWRUP

BIT1
BSEL7

SYMBOL

0002
0017
007E
0039

FILOOP

NPRAOH
NPRDOH

A604
0004

BIT2
DATABL

HALT
NPRAOL
NPRDOL

A601

SOCLOW

TABLE

STARAM

0002

BIT4
DISINI
NONPR
NPRAOX

0004
0010
0038
A600

NPRWAT
WAIT1

003F

0010
0001
0040
003A
00C8
0043

:END OF ASSEMBLY(V6A)
:SYMBOLS LEFT = 1476 OUT OF 1500
:

:COMPAS MICROSYSTEMS MINMIC CROSS ASSEMBLER PAGE C-1
.SBTTL

;BITO

;:BIT1
;:BIT2
;:BIT4
;:BITé

SUBTEST 2'S M-CODE

60
7¢
8¢
9%

130
:BSEL7
;:DATABL 127@
330
;:DISINI
;:ENDLOP 1010
932
;FILOOP
sHALT

300

;iNONPR

29¢

101

:NPR

;NPRAOH
s NPRAOL

182

17¢
179
:
:NPRAOX
19
sNPRCTL
284
168
H

;NPRDOH
;:NPRDOL

240
230

:NPRWAT

1742

;sSTARAM
sWAIT1
MC2END;

370
458

;: PURUP
;SOCLOW

.EVEN

314
324

CROSS REFERENCE

TABLE (CREF

vOl- 05

33
32

31
30

164
57

55
a9

57
- 34

109
61
18

162#

162
55

103
97

62
56
175
165
24
176
55
55

1 13
91

’4

1 08

178

1 14

167

163
57
84

113

)

H14
CNDMBAO "Mvil MCTRL
HARDWARE

DIAG @2

MACRO M1200

05-MAR-84

14:54

PAGE

SEQ 0176

PARAMETER CODING SECTION

.SBTTL HARDWARE PARAMETER CODING SECTION

6695
6696
6697
6698

6699
6700

$//I1I777777777777777777777777777777777777777777777777777777777777777777/77777

6706

§ILLIIIIIIIII2007 00007080 0FP P28 P 7707077707007

i/ THE HARDWARE PARAMETER CODING SECTION CONTAINS MACROS
i/ THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.
THE
i/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
THE
:/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
i/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
i/ WITH THE OPERATOR.

6701
6702
6703
6704
0705

6707
6708 036342
036342
036344
6709
6710 036344
036344
036346
036350
036352
6711 036354
036354
036356
036360
036362
6712 036364
036364
036366
036370
036372
036374
6713
6714 036376
036376
036400
036402
036404
036406
6715 036410
036410
036412
036414
6716
6717 036416
6718
6719
6720
6721
6722
6723
6724
6725
6726

00 00077070777 7007077777777777

BGNHRD

000025

L$HARD:
:

GPRMA

000031
036416
160020
177776

GPRMA

001031
036444
000000
000674
002032
036475
007000
000000
000007

005032
036526
000007
000000
000002

.WORD
.WORD
.WORD
.WORD

VECTOR,2,0,0,674,YES

PRIRTY,4,0,7000,0,7,YES

GPRML

PU24 .M,16,100,
YES
BDTr.M,12,0,7,0,2,YES

GPRML

007130
036673
000200

ADDRES,0,0,160020,177776,YES

GPRMD

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

:JB REV A-0

.WORD
.WORD
.WORD
.WORD
.WORD

XMFG.M, 16,200, YES

.WORD
.WORD
.WORD

ENDHRD

036416

036416
036444
036475
036526
036611
036673

L10070:

104
104
104
102
111
111

105
105
105
117
123
123

126
126
126
101
040

.NLIST

ADDRES:
VECTOR:

PRIRTY:
BDTY.M:

PU24 .M:
XMFG.M:

LIST

BEX

.ASCIZ
.ASCIZ

,ASCIZ
,ASCIZ

BEX

.WORD L10070-L$HARD/2

/DEVICE

CSR

ADDRESS

.EVEN

/DEVICE VECTOR ADDRESS : 7
/DEVICE PRIORITY LEVEL : /
/BOARD TYPE (0=M8064, 1=M8053-Vv.35, 2=M8B80S3-EIA) :
/IS THE PROCESSOR STRAPPED TO MODE O ON POWER-UP?
/1S

THIS

A MANUFACTURING

TEST

STAND?/

T$CODE

ADDRES

TSLOLIM
TSHILIM
T$CODE

VECTOR

TSLOLIM
TSHILIM

T$CODE
PRIRTY
7000
TSLOLIM
TSHILIM

T$CODE

BDTY.M

7
TSLOLIM
TSHILIM

T$CODE

XMFG .M

200

CNDMBAO DMV11 MCTRL DIAG #2

MACRO M1200

14:54

PAGE

70-1
SEQ 0177

HARDWARE PARAMETER CODING SECTION

6727

O05-MAR-84

.EVEN

CNDMBAO DMV11l MCTRL DIAG #2

MACRO M1200

05-MAR-84 14:54

Jl14

PAGE 71

SEQ 0178

SOF TWARE PARAMETER CODING SECTION
6;%3
6
672&
67

.SBTTL SOF TWARE PARAMETER CODING SECTION

673§

/L1 ITIIIII7777777777777777777777777777777777777777777777772777777777777

6736
6737
6738
o739

i/
i/
i/
i/

734
6735

i/
i/

6740

6741
6742 036740
036740
036742
6743 036742

036742

000000

THE SOFTWARE PARAMETER CODING SECTION CONTAINS MACROS
THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.
THE

MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE
MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
WITH THE OPERATOR.

$II/IIIIII 7770777777777 77777727777777777777777277777777277277777777727777777

BGNSF
T

ENDSFT

LSSOFT::
L10071:

.WORD L10071-L$SOFT/2

.EVEN

IK14
CNDMBAO DMV1l MCTRL DIAG #2

MACRO M1200

O05-MAR-84

14:54

PAGE

SEQ 0179

PATCH AREA FOR DEBUC

6745
6746
6747
6748
6749
6750
6751
6752
6753
6754
0755

036742
037042
037044
037046

.SBTTL PATCH AREA FOR DEBUG

PATCH:

122222224
RAA AR
AR AAAL

.SBTTL

027050
6756 037050

6757

.=,+100
NOP
NOP
NOP

037042
000240
000240
000240

037050
037052
037054

000000
000000
000001

"ENDMOD" & "LASTAD"

LSLAST::
.END

ENDMOD
LASTAD

.EVEN
.WORD
.WORD

CNDMBAO DMV11l MCTRL DIAG #2
SYMBOL

TABLE

ACR
=
ADDRES
ADR
=
AD.HIT
AD.OK
ASSEMB=

120013
036416
000020 G
023070
023064
000010

BSLT3
B5LT4
BSLTS
BSLT6
BSLT7
BSRO

BDTY.M

036526

BSR10

BDATA

002256

BITO
BITOO
BITO1
BITO2
BITO3
BITO4
BITOS
BIT06
BITO7
BITO8
BITO09
BIT1
BIT10
BIT11
BIT12
BIT13

=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=

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

BIT3
BIT4
BITS
BIT6

=
=
=
=

BIT8

= 000400 G

BIT14 = 040000 G
BIT1S = 100000 G
BIT2
= 000004 G

BIT7?

BIT9

000010
000020
000040
000100

G
G
G
G

= 000200 G
= 001000 G

BOE
=
BRDTYP
BSEL
BSELRS
BSELO
BSEL1
BSEL10
BSEL11
BSEL12
BSEL13
BSEL14
BSEL1S
BSEL16
BSEL17
BSEL2
BSEL3
BSEL4
BSELS
BSEL6
BSEL7

000400 G
002366
002320
002622
002320
002322
002340
002342
002344
002346
002350
002352
002354
002356
002324
002326
002330
002332
002334
002336

BSLTO = 000020
BSLT1 = 000021
BSLT2 = 000022

MACRO M1200

=
=
=
=
=

BSR1

CFMTO
CFMT2
CFMT3

CONSOL
CONTIN
CONTST
CSREGS=

PAGE

72-1

SEQ 0180

C$GETB=
C$GETW=
C$GMAN=
C$GPHR=
C$GPLO=
C$GPRI=

000026
000027
000043
000042
000030
000040

EM34
EM34B
EM35
EM35B
EM4
EM40

016526
016540
016552
016573
016135
016614

ERR10$
ERR10.
ERR11
ERR12
ERR13
ERR14

012732
012752
007314
007456
010240
011002

002232

CS$INLP= 000020

EMA2A

016746

ERPR4

006232 G

002234
002236
002240
002242
002244
002246
002250
002216
002220
002222
002224
002226
002230
002654
002740
002654
022524
022613
022673

002314
022414
022514
000010

C$AU

= 000052

C$BRK

= 000022

C$AUTO= 000061
C$BSEG=
csBSUB=
C$CEFG=
C$sCLCK=
C$CLEA=
CsCLOS=
CsCLP1=
C$CVEC=
C$DCLN=
C$DODU=
CSDRPT=
CsDU
=
CSEDIT=
CS$ERDF=
C$ERHR=
C$ERRO=
C$ERSF=
C$ERSO=
CS$ESCA=
CS$ESEG=

14:54

000023
000024
000025
000026
000027
002212

002214

BSR11
BSR12
BSR13
BSR14
BSR15
BSR16
BSR17
BSR2
BSR3
BSR4
BSRS
BSR6
BSR7
BT1
=
BT2
=
BUFARE

05-MAR-84

L14

000004
000002
000045
000062
000012
000035
000006
000036
000044
000051
000024
000053
000003
000055
000056
000060
000054
000057
000010
000005

C$ESUB= 000003
CS$ETST= 000001
CSEXIT= 000032

CS$INIT= 000011
C$MANI=
C$MEM =
C$MSG =
C$OPEN=
C$PNTB=
C$PNTF=
C$PNTS=
C$PNTX=
C$QIO =
C$RDBU=
CSREFG=
CS$RESE=
CSREVI=
CSRFLA=
C$RPT =
C$SEFG=

EM41

000050
000031
000023
000034
000014
000017
000016
000015
000377
000007
000047
000033
000003
000021
000025
000046

EM428
EM42C
EMA3A
EM4A3B
EMA3C
EMA3D
EMSOA
EMS0B
EMS0C
EMS0D
EMSOE
EMSOF
EMS0G
EMSOH
EMS50I
EM50J

C$SPRI= 000041
C$SVEC= 000037
C$TPRI= 000013

EMS0K
EMSOL
EMS0M

DCOKTS= 000014
DDRA
= 120003
DDRB
= 120002
DELAY1
002262

DELAY2

002264

DEVPTR

002312

DEVMAP
DFPTBL
DIAGMC=
DMVDAI=
DMVPU =
EF .CON=
EF .NEW=
EF .PWR=
EF .RES=
EF .STA=
EMCODE
EM26
EM26A
EM26B
EM26C
EM26D
EM26E
EM26F
EM26G
EM27
EM27A

EM278
EM27C
EM3

EMSON
EMS0S
EMS0U
EMS0V

EMS0W

002310

002160
000000
000001
000004
000036
000035
000034
000037
000040
034754
016152
016204
016226
016251
016274
016316
016351
016402
016424
016437

016461
016502
016115

EMS0X

G
G
G
G
G

EMS0Y

EM50Z
EM518
EM51C
EM51E
EMS51F
EM51G
EMSIL
EMS1IM
EMSIN
EMS51P
EMS52A
EM528B
EMS2C
EMS2D
EM6ON
ENDEMB
ERRBLK
ERRFLG
ERRMSG
ERRNBR

ERRTYP
ERR1
ERR10

016671

ERR3

017020
017074
017153
017177
017215
017242
017271
017337
017405
017453
017507
017543
017610
017652
017740
020002

ERR4S
ERR51
ERRS2
ERR60
ERR8
ERR9
ERR9$
ERR9.
EVL
=
EXECUT=
ESEND =
ESLOAD=
FMTO2A
FMT06
FMTO6A
FMTO7

020256
020324
020376
020442

FMT11
FMT12
FMT12A
FMT12D0

020070
020132
020214

020507

020556
020621

020673
020734
021002
021050
021104
021151
021213
021275
021337
021405
021457
021535
021567
021653
021711
013120
002210 G
002276
002206 G
002204 G

002202 G
006212 G
007306 G

FMTO09
FMTO9A
FMT10

FMT12E
FMT12F

FMT13A

FMT138
FMT13C
FMT130
FMT13E
FMT16
FMT16A
FMT17
FMT17A
FMT178
FMT17C
FMT4
FMT4A
FMT4B
FMT4C
FMTS
FMTSA
FMTSOA
FMTS0B
FMTSOC
FMTS0OD

FMTSOE
FMTSOM
FMTS1A

G
G
G
G

006220 G
012206
011176
011270
011720
006532
007300
012574
012614
000004
000005
002100
000035
013127
013530
013542
013476
013621
013673
013714

013770
007672
007732
010020

010063

010145

010546

010611
010656
010721
010764
014007
014032
014074
014153
014234
014307
013213
013253
013306
013313
013346
013411
014367
014441
014522
014562

014577
014614
014673

G
G
G
G
G
G

FMT60
FMT61
FMT62

FRSPAS
FRSTIM
F$AU
=
F$AUTO=
F$BGN =
F$CLEA=

Fs$DU

FSEND =
F $HARD
=
F$HW
=
FS$INIT=
F$JMP =
F$MOD =
F$MSG =
F$PROT= 000021
FSPWR = 000017
F$RPT = 000012

F$SEG =
F$SOFT=
F$SRv =
F$SuUB =

000003
000005
000010
000002
F$SW
= 000014
FS$TEST= 000001
GDATA
002254
GETBSR
004232
GETPRM
022256
GETSR
024760
GETT2
024072
GETWSR
004374
GS$CNTO= 000200
G$DELM= 000372
C'DISP= 000003
GS$EXCP= 000400
GS$HILI= 000002
GSLOLI= 000001
G$NO
=
GSOFFS=

GS$OFSI=
G$PRMA=
G$PRMD=
GSPRML
=
G$RADA=
G$RADB=
G$RADD=
G$RADL
=
G$RADO=
G$XFER=
GS$YES =
=
HELP
HLTEST=

HLTST2

035600
100000
010000
000040

HOE

IBE
IDV
IENBA
IENBB
IENR
IER
IFR

IFRCAl=
IFRCA2=
IFRCB1=
IFRCB2=
IFRIRQ=
IFRSR =
IFRT1 =
IFRT2 =
IHILNK
IHOLNK
INITT1
INITT2
INTFLG
INTUCH
IRQA
=
IRGB
=
IRQREG=
=
ISR
=
IXE
ISAU
=
ISAUTO=
ISCLN =
ISV
=
ISHRD =
ISINIT=
ISMOD =
I$MSG =
ISPROT=
ISPTAB=
ISPWR =
ISRPT =
I$SEG =
I$SETU=
ISSFT
I$SRvV
IsSuB
IS$TST
JS$JMP
LODT2C
LOE
.
LOGDEV
=
LOT
LSIDCL=
LSIHLT=
LU1MOD
L$ACP
LSAPT
L$AU

(2121~

011557
011607
011652
011514
012034
012073
012134
002304
002302
000015
000020
000040
000007
000016
000041
000004
000013
000006
000050
000000
000011

000001
000020
120016
020000 G

120015

000002
000001
000020
000010
000200

M14
05-MAR-84

LSAUT
L$AUTO
LsCCP

L$CLEA
L$CO
L$DEPO
L$DESC
L$DESP
L$DEVP
L$DISP
L$OLY
L$OTP
LS$DTYP

L$DV
LsOuUT

LSDVTY

000004
oo

FMTS2A
FMTS528
FMTS2C
FMTS2H

TABLE

SYMBOL

MACRO M1200

LSEF
L$ENV1
LSERRT
LIETP
LSEXP1
LSEXP4
L$EXPS
L $HARD
L$SHIME
L$HPCP
LSHPTP
L$HW
LS$ICP
LSINIT
LSLADP
LSLAST
LSLOAD
LSLUN
L$MREV
L $NAME

L$PRIO
L$PROT
L$PRT

L $REPP
LSREV
LSSOFT

L$SPC
L$SPCP

000041
000167
024040
040000
002266
000010
000002
000020
002000
002110
002036

G
G
G
G
G

023120 G

L$SPTP
L$STA
L$SW
LSTEST
L$TIML
LSUNIT
L10000
L10001
L10002
L10003
L10004
L10005
L10006

14:54

PAGE 72-2

002070
022752
002106
023076
002032
002011
003274
002076
002060
002124
002116
002040
002034
023114
002072
003254
002052
002044
002202
002102
002046
002064
002066
036344
002120
002016
002022
002160
002104
022020
002026
037054
002100
002074
002050
002000
002042
022012
002112
002062
002010
036742
002056
002020
002024
002030
002202
002114
002014
002012
002200
002202
006134
006206
006216
006230
006530

oo OHOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO0

CNDMBAO DMV11l MCTRL DIAG #2

SEQ 0181

L10007
L10010
L10011
L10012
L10013
L10014
L10015
L10016
L10017
L10020
L10022
L10023
L10024
L10025
L10026
L10027
L10030
L10031
L10032
L10033
L10034
L10035
L10036
L10037
L10040
L10041
L10042
L10043
L10044
L10045
L10046
L10047
L10050
L10051
L10052
L10053
L10054
L10055
L10056
L10057
L10060
L10061
L10062
L10063
L10064
L10065
L10066
L10067
L10070
L10071

MASCLR
MCLR
MC1
MC2
MC2END
MFEND

MLWRI

007276
007304

007312
007454

007670

010544

011174
011266
011512
012032
022512
023066
023112

023116

023120
024036
024034
024756
025404
026114

025656

026112
026364
026772
026566
026770
030514
027706
030512
031232
032460
031722
032456
034040
032752
033156
033362
033566
033710
034032
034134
034200
034712
034516
034710
035760
035310
035756
036416
036742
003346
000100
035762
036076
036341
032460
004064

MOVLTD

MOVSB

MOVSW
MPCSR
MPIHAN
MPIVEC
MPOHAN
MPOVEC
MPRIOR
=
MRCY
MREQ
=
MSTCLR
NEWL IN

004166
005034

NEWPC
NEWST
NPRABT
=
NPRAIH=
NPRAIL
=
NPRAIX=
NPRAQH=
NPRAOL
=
NPRAOX=
NPRBS7=

NPRBYT=
NPRCTL
=
NPROL =
NPRDLB=
NPRDRH=
NPRDRL
=
NPREAD
NPRGO =
NPRIO =
NPRLD =
NPRMCR
NPRMOV
NPROTS
=
NPRTOE
=
NULERR
OLOSP
=
ORA
=
ORAM

=
ORB
O$APTS=
OSAU
=
=
O$BGNR
O$BGNS
=
OsDU
=
OSERRT=
O$GNSW=
O$POIN=
0$SETU=

PATB
PATCH
PATF
PCR
PFLAG
PNT

002456
036742
002506
= 120014
002316
= 001000 G

CNDMBAO DMV11l MCTRL DIAG #2
SYMBOL

002000
036475
000000
000040
000100
000140
000200
000240
000300
000340
002270
002370
000001
036611
003616
003730
000001
000003
002300
002372
002374
002376
002400
002402
002404
002406

RESTRT

022222

REG7

RXVALO
RXVAL1
RXVAL2
RXVAL3
RXVAL4
RXVALS
RXVAL6

14:54

N14

PAGE 72-3

SEQ 0182
G

G
G
G
G
G
G
G
G

002410

022120
000000
000001
000001
000001
000001
121000
121400
010000
002252
002436
002440
002442
002444
002446
002450
002412
002414
002416
002420
002422
002424
002426
002430
002432
002434

TXT3
TXT4
TXT4A
TXT6
TXTBA
TXT88
TXT8C
TXT8D
TXT8E
T$ARGC=
T$CODE=
TSERRN=
TSEXCP=
T$FLAG=
T$GMAN=
T$HILI=
TSLAST=
T$LOL1=
T$LSYM=
TSLTNO=
TSNEST=
T$NSO =
T$NS1 =
T$NS2 =
T$PTNU=
T$SAVL=

TXTMLO

015515

015535
015552
015574
015615
015645
015657
015745

TXTML1

032516
032520
032522
032524
032526
032530
032532

TXTML2
TXTML3
TXTML4
TXTMLS
TXTML6
TXTML7
TXTNP

002320
002340
002344
002350
002354
002324
002330
002334
002202 G
000020
000022
000024
000026
034714
120012
005132
002306

037054
000000
ERRORS NETECTED:

STARST
SVCGBL=
SVCINS=
SvCSuB=
SVCTAG=
SVCTST=
SWPBOT=
SWPDDC=
S$LSYM=
TDATA
TMPA
TMPB
TMPC
TMPD
TMPE
TMPF
TMPO
TMP1
TMP2
TMP3
TMP4
TMPS
TMP6
TMP7
TMP8
TMP9

TXTMLT

= 000200

SELO
SEL10
SEL12
SEL14
SEL16
SEL2
SEL4
SEL6
SFPTBL
SLTO
=
SLT2
=
SLT4
=
SLT6
=
SMCODE
SR
=
STALL
STARES
.

05-MAR-84

TABLE

PRI
=
PRIRTY
PRIOO =
PRIO1 =
PRIO2 =
PRIO3 =
PRIO4 =
PRIOS =
PRIO6 =
PRIO7 =
PSTACK
PT.CTL
PU24
=
PU24
.M
READ
READI
REDLOC=
REDPAG=
REGNUM
REGO
REG1
REG2
REG3
REG4
REGS
REG6

RUN

MACRO M1200

TXTNPT
TXTNPO
TXTNP1
TXTNP2
TXTNP3
TXTNP4
TXTNPS
TXTNP6
TXTNP7
TXTNP8
TXTNUL
TXT1
TXT11A
‘TXT11B
TXT2
TXT2A
TXT28

ABS.

000
00

021746

015521

021770
015752
015762
015772
016002
016017
016034
016051
016065
016101
015513
014761
015437
015460
015017
015061
015120

Tl
TICH
=
TICL
=
TILH
=
T1LHGO=
TiLL
=
T1.1
T10
T11
T12
T12.1
T12.2
T13
T13.1
T13.2
T2
TeCH
=
T2CL
=
TeLL
=
T3
T4
4.1
T4.2
15
T6
76.1

023122
120005
120004
120007
120005
120006
023122
034042
034136
034202
034262
034520
034754
035034
035312
024132
120011
120010
120010
025020
025406
025422
025660
026116
026366
026366

T$SUBN= 000002

§d

T$TAGN=
T$TEMP=
TS$TEST=
T$TSTM=
T$TSTS=
T$$AU =
T$$AUT=

17.2
T8
T8LP
78.1

T$SEGL=
TSTAGL+

T$$CLE=
T$SDU =
T$$HAR=
T$$HW =
T$$INI=
T$$MSG=
T$$PRO=
T$$SOF=
T$$SRV=
T$$SUB=
T$$SW =
T$$TES=
T.EDF =
T.EHRD=
T.ESF =
T.ESFT=

015162
015212
015252
015313
015336
015353
015370
015405
015422
000002
007130
000126
000000
000040
000000
000002
000001
000000
010000
000015
177777
000000
000005
000002
000000
177777

177777
177777

010072
000000
000015
177777

000001
010026
010023

010024
010025
010070
010000
010022
010020
010021
010071
010045
010067
010001
010065
000001
000002
000000
000003

16.2

17.1

78.2
19
79.1

19.2
19.3
19.4
19.5
19.6
UAM
=
VECTOR
WA
=
w8
=
WC
=
WD
=
WE
=
WF
=
WRILOC=
WRIPAG=
WRITE

WRITEI
WSRO
WSR10
WSR12
WSR14
WSR16
WSR2
WSR4
WSR6
Wo
=
Wl
=
W2
=
W3
=
w4
=
W5
=
Wé
=
W7
=
w8
=
W9
=
XDATA
XLOCO
XLOC1
XLOC2
XLOC3
XLOC4
XLOCS

004054
002212
002222
002224
002226
002230
002214
002216
002220
003054
003056
003060
003062
003064
003066
003070
003072
003074
003076
002260
032462
032464
032466
032470
032472
032474

026774 G

XMFG.M

036673

027710
031234 G
031734
031264

XMINTH
XMREAD
XMWRIT
XMAHOL

031062 G
030734
030636
031060

G
G
G

G
G

026570

027032

031724
032534 G
032550

032754
033160
033364
033570
033712
000200 G
036444
003100
003102
003104
003106
003110
003112
000002
000004
004042

XLOC6

XMINIT

XMAINT
XORGB
XORSW

XVALO
XVAL1
XVAL2
XVAL3
XVAL4
XVALS
XVAL6
X$ALWA=
X$FALS=
X$0FFS=
X$TRUE=
$E
=
SLSTIN=
$LSTTA=
$MPCSR=
$T
=

032476

030516

031032
012162
005064

032500
032502
032504
032506
032510
032512
032514
000000
000040
000400
000020
000126
000001
000001
160000 G
000015

CNOMBAO DMVIL MCTRL

DIAG a2

MACRO M1200

O05-MAR B4

14:54

PAGE

B15

SYMBOL TABLE
VIRTUAL MEMORY USED:
34334 WORDS
( 135 PAGES)
DYNAMIC MEMORY:
19748 WORDS
( 75 PAGES)
ELAPSED TIME:
00:24:01
CNDMBA .BIC,CNDMBA . SEQ/CR/ -SP=SvC34 . ML.B/ML ,CNDMBA .P11
L4

72 4

5EQ 0183