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AH-U128A-MC

July 1985

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Document:	CZKMVA0 KMS11-K KMS11-K DIAGNOSTIC JUL 1985 bw
Order Number:	AH-U128A-MC
Revision:	000
Pages:	109
Original Filename:	CZKMVA0__KMS11-K__KMS11-K_DIAGNOSTIC__AH-U128A-MC__JUL_1985_bw.pdf

OCR Text

KMS11-K

SR e

mnnan
MADE IN USA

—

——

(1T w

SEQ 000

USER DOCUMENTATION

1
2
3

MACRO M1200

15-MAR-85 16:13

.TITLE

PAGE 2

USER DOCUMENTATION

.REM

S
g
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IDENTIFICATION
PRODUCT

CODE:

AC-U127A-MC

PRODUCT NAME
:

2IMVAQ KMS11-K DIAGNOSTIC

PRODUCT DATE:

MARCH 1985

MAINTAINER:

COMPUTER SPECIAL SYSTEMS

17
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20
21

THE

INFORMATION

THIS

DOCUMENT

SUBJECT

CHANGE

WITHOUT

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24
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26

NOTICE
AND
SHOULD
NOT BE CONSTRUED AS A COMMITMENT 8Y DIGITAL
EQUIPMENT CORPORATION.
ODIGITAL EQUIPMENT CORPORATION ASSUMES NO
RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT.

SOFTWARE

30
31

3
33

37
38
39

40
41

42
43
44

NO RESPONSIBILITY IS
ON

AFFILIATED

THE FOLLOWING

ARE

DIGITAL

DEC

EQUIPMENT

ASSUMED

FOR

THE

USE

THAT

RELIABILITY

NOT

SUPPLIED

DIGITAL

COMPANIES.

(C)

1985 BY DIGITAL EQUIPMENT CORPORATION

TRADEMARKS
PDOP

DECUS

DIGITAL

EQUIPMENT
UNIBUS

DECTAPE

CORPORATION:
MASSBUS

OF
I7S

USER DOCUMENTATION

MACRO M1200

1S-MAR

16:13

PAGE

SEQ 0002

47
48
49

UVBaWNELFO

GENERAL

NOWVBWNFO

OPERATING INSTRUCTIONS
COMMANDS
SWITCHES

FLAGS
HARDWARE

ERROR INFORMATION

PERFORMANCE

DEVICE

e s
b b
PNRNNNRMNMNN
B
N

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75

TABLE OF

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5SS
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69

TEST

CONTENTS

INFORMATION

PROGRAM ABSTRACT

SYSTEM REQUIREMENTS
RELATED DOCUMENTS AND STANDARDS
DIAGNOSTIC HIERARCHY PREREQUISITES
ASSUMPTIONS

QUESTIONS

SOF TWARE QUESTIONS
EXTENDED

TABLE

DIALOGUE

QUICK STARTUP PROCEDURE

AND PROGRESS REPORTS

INFORMATION TABLES

SUMMARIES

USER DOCUMENTATION

MACRO M1200

1S-MAR-85 16:13

PAGE 4

.
SEQ

78
79

1.0

GENERAL

80
81
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84
8s
86
87

1.1

PROGRAM ABSTRACT

INFORMATION

THIS DIAGNOSTIC REPRESENT A FUNCTIONAL TEST FOR THE KMS11-K
OPTION. KMS11-K PROVIDES A HIGH SPEED LINK BETWEEN UNIBUS
AND RS422 SIGNALS. THE KMS11-K OPTION CONSISTS OF TWO MODULES:
THE KMC11-B MICROPROCESS MODULE AND THE M8935 RS422 LINE

UNIT MODULE THAT
NOT THE UNIBUS.

CAN BE

ACCESSED ONLY THROUGH KMC11-B 8UT

THIS DIAGNOSTIC HAS BEEN WRITTEN FOR USE WITH THE DIAGNOSTIC

90
91
92
93
94
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96
97
98
99
100
101

RUNTIME SERVICES SOF TWARE (SUPERVISOR).
THESE SERVICES PROVIDE
THE INTERFACE TU THE OPERATOR AND TO THE SOFTWARE ENVIRONMENT.
THIS PROGRAM CAN BE USED WITH XXDP., ACT, APT, SLIDE AND PAPER
TAPE.
FOR A COMPLETE DESCRIPTION OF THE RUNTIME SERVICES, REFER
TO THE XXDP+ USER'S MANUAL.
THERE IS A BRIEF DESCRIPTION OF
THE RUNTIME SERVICES IN SECTION 2 OF THIS DOCUMENT.

104
105
106

M8935 LINE UNIT

102
103

1.2

SYSTEM REQUIREMENTS

PDP-11 TYPE UNIBUS PROCESSOR
MINIMUM OF 16K OF MEMORY
LOAD DEVICE

CONSOLE TERMINAL
KMC11-B MICROPROCESSOR WITH CABLE FOR LINE UNIT
WITH OPTIONAL

LOOPBACK CABLE

107

1.3

109
110

XXDP+ USER'S MANUAL - CHQUS
KMS11-K FUNCTIONAL SPECIFICATION

114

1.4

108

111
112
113

115

RELATED DOCUMENTS AND STANDARDS

EVDIN VAX LEVEL

3 STANDALONE DIAGNOSTIC FROM WHICH THIS
ONE WAS TRANSLATED

DIAGNQSTIC HIERARCY PREREQUISITES

116

THE

117

DEVICE AND CONSOLE TERMINAL ARE FUNCTIONAL.

119

118

120
121

122

123
124
125

126
127

DIAGNOSTIC

DOES NOT

FULLY

THE

ASSUMES

VERIFY

THAT

THE

MAIN PROCESSOR,

THE KMC11-B

OPERATION

1.5

ASSUMPTIONS

2.0

OPERATING INSTRUCTIONS

THE

MODULE,

LINE

UNIT

MEMORY,

LOAD

THE DIAGNOSTIC

ONLY
ARE

THE

FUNCTIONS

TESTED.

THIS SECTION CONTAINS A BRIEF DESCRIPTION OF THE RUNTIME SERVICES.
FOR DETAILED INFORMATION, REFER TO THE XXDP+ USER'S MANUAL (CHQUS).

0003

USER DOCUMENTATION

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140

MACRO M1200

1S MAR

16:13

2.1

COMMANDS

THERE

ARE

(SUPERVISOR).

171
172
173
174

175
176
177
178
179
180
181
182
183
184
185

COMMANDS FOR

THE

DIAGNOSTIC

THEM.

THE XXDP+

COMMAND

EFFECT

START

CONTINUE

CONTINUE AT

PROCEED
EXIT
ADD

SERVICES

USER'S MANUAL HAS MORE DETAILS.

THE DIAGNOSTIC FROM AN INITIAL STATE

START

THE DIAGNOSTIC

WITHOUT

INITIALIZING

TEST THAT WAS INTERRUPTED (AFTER

DISPLAY
ZFLAGS

CLEAR ALL FLAGS

FLAGS

tC)

CONTINUE FROM AN ERROR HALT
RETURN TO XXDP+ MONITOR (XXDP+ OPERATION ONLY!)
ACTIVATE A UNIT FOR TESTING (ALL UNITS ARE

CONSIDERED TO BE ACTIVE AT START TIME
DEACTIVATE A UNIT
PRINT STATISTICAL INFORMATION (IF IMPLEMENTED
BY THE DIAGNOSTIC - SECTION 4.0)
TYPE A LIST OF ALL DEVICE INFORMATION

DROP
PRINT

TYPE

THE

STATE

ALL

FLAGS

(SEE

SECTION 2.3)

(SEE SECTION 2.3)

A COMMAND CAN BE RECOGNIZED BY THE FIRST
YOU MAY, FOR EXAMPLE, TYPE "STA" INSTEAD

2.2

RUNTIME

THIS SECTION LISTS THE COMMANDS AND GIVES A VERY

RESTART

146

158
159
160
161
162
163
164
165
166
167
168
169
170

ELEVEN LEGAL

BRIEF DESCRIPTION OF

143
144
145

157

SEQ 0004

141
142

187
148
149
150
151
152
153
154
155
156

PAGE

THREE CHARACTERS.
OF "START".

SWITCHES

THERE ARE SEVERAL SWITCHES WHICH ARE USED TO MODIFY SUPERVISOR OPERATION.
THESE SWITCHES ARE APPENDED TO THE LEGAL COMMANDS.
ALL OF THE LEGAL
SWITCHES ARE TABULATED BELOW WITH A BRIEF DESCRIPTION OF EACH.
IN THE DESCRIPTIONS BELOW, A DECIMAL NUMBER IS DESIGNATED BY "DDDDD".

SWITCH

EFFECT

/TESTS:LIST

EXECUTE ONLY THOSE TESTS SPECIFIED IN
THE LIST.
LIST IS A STRING OF TEST
NUMBERS, FOR EXAMPLE - /TESTS:1:5:7 10.
THIS LIST WILL CAUSE TESTS 1,5,7.8,9.10 T0

/PASS : DDDDD
/FLAGS:FLGS
/E0P :DDODD
ZUNITS:LIST

B8E RUN.

ALL

OTHER TESTS WILL NOT BE RUN.

EXECUTE ODDDOD PASSES
SET SPECIFIED FLAGS.

(DDODD
FLAGS

IN SECTION 2.3.

REPORT

END

PASS MESSAGE

DDDDD PASSES ONLY.
TEST/ADD/DROP

ONLY

(DDDDD

= 1
ARE

TO 64000)
DESCRIBED

AFTER

THOSE UNITS

IN THE LIST.
LIST EXAMPLE USE UNITS 0,5,10,11,12 (UNIT

EVERY

TO 64000)

SPECIFIED

/UNITS:0:5:10-12
NUMBERS = 0-63)

EXAMPLE OF SWITCH USAGE:
START/TESTS:1-5/PASS:1000/E0P:100
THE EFFECT

EXECUTED,

THIS COMMAND WILL

2) ALL UNITS WILL

BE:

TESTS

THROUGH S WILL BE

TESTED 1000 TIMES AND 3) THE END OF

PASS MESSAGES WILL BE PRINTED AFTER EACH 100 PASSES ONLY.

SWITCH CAN BE RECOGNIZED BY THE FIRST THREE CHARACTERS.

rUU MAY,

USER DOCUMENTATION

186
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190

———

——

MACRO M1200

—

15-MAR 85 16:13

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aog
20
208
209
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212
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214

215
216

START
RESTART
CONTINUE
PROCEED
DROP
ADD
PRINT
DISPLAY
FLAGS
ZFLAGS
EXIT

2.3

e
o o

TYPE

"/TES:1-5"

INSTEAD OF

219

PASS

FLAGS

EOP

UNITS

X
X

X
X
X

X
X
X
X

X
X
X

X
X

X
X
X

FLAGS

FLAGS ARE USED TO SET UP CERTAIN OPERATIONAL PARAMETERS SUCH AS
LOOPING ON ERROR.
ALL FLAGS ARE CLEAKED AT STARTUP AND REMAIN
CLEARED UNTIL EXPLICITLY SET USING THE FLAGS SWITCH.
FLAGS
ARE ALSO CLEARED AFTER A START COMMAND UNLESS SET USING THE
FLAG SWITCH.
THE ZFLAGS COMMAND MAY ALSO BE USED TO CLEAR
ALL FLAGS.
WITH THE EXCEPTION OF THE START AND ZFLAGS COMMANDS.
NO COMMANDS AFFECT THE STATE OF THE FLAGS;
THEY REMAIN SET OR

CLEARED AS SPECIFIED BY THE LAST FLAG SWITCH.
EFFECT

e T

220
221

HALT

LOE

RUNTIME SERVICES COMMAND MODE
LOOP ON ERROR

223

IBE*

INHIBIT

224

IER=*

ERROR

CONTROL

INHIBIT ALL ERROR REPORTS
ALL

FIRST LEVEL

225

ERROR

TYPE,

ERROR

REPORTS

RETURNED

EXCEPT

NUMBER,

PC,

TEST

AND

IXEs

INHIBIT EXTENDED ERROR REPORTS

228

PRI

DIRECT MESSAGES TO LINE PRINTER

229
230

231
232

233
234

235

236
237
238
239
240
241
242

PNT
BOE

UAM
ISR

IDOR

ADR
LOT
EVL

(FIRST LEVEL CONTAINS

226

227

HOE

222

]

SPECIFIES WHICH SWITCHES CAN BE USED BY EACH

TESTS

FLAG

—_—

SEQ 0005

“/TESTS:1-5".

517

218

—e e

BELOW IS A TABLE THAT
COMMAND
.

igé

— .t

PAGE 5-1

FOR EXAMPLE,

—

CALLED BY PRINTX MACRO'S)

PRINT TEST NUMBER
"BELL"” ON ERROR

TEST

UNIT)

( THOSE

EXECUTES

UNATTENDED MODE (NO MANUAL INTERVENTION)
INHIBIT STATISTICAL REPORTS (DOES NOT
APPLY TO DIAGNOSTICS WHICH DO NOT SUPPORT
STATISTICAL REPORTING)

INHIBIT PROGRAM DROPPING OF UNITS

EXECUTE AUTODROP CODE
LOOP ON TEST
EXECUTE EVALUATION (ON DIAGNOSTICS WHICH
HAVE EVALUATION SUPPORT)
+ERROR MESSAGES

ARE DESCRIBED IN SECTION 3.1

USER DOCUMENTATION

MACRO M1200

15-MAR 85 16:13

PAGE 5-2

243

<44
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22;
2
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ggz
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268

269

270
271
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275
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277
278

)

SEQ

SEE THE XXDP+ USER'S MANUAL FOR
SPECIFY MORE THAN ONE FLAG WITH
TO CAUSE THE PROGRAM TO LOOP ON
AND TYPE A "BELL"” ON ERROR, YOU

MORE DETAILS ON FLAGS.
YOU MAY
THE FLAG SWITCH.
FOR EXAMPLE,
ERROR, INHIBIT ERROR REPORTS
MAY USE THE FOLLOWING STRING:

/FLAGS:LOE:IER:BOE

2.4

HARDWARE QUESTIONS

WHEN A DIAGNOSTIC IS STARTED, THE RUNTIME SERVICES WILL PROMPT
THE USER FOR HARDWARE INFORMATION BY TYPING "“CHANGE HW (L) 2"
YOU MUST ANSWER "Y"” AFTER A START COMMAND UNLESS THE HARDWARE
INFORMATION HAS BEEN "“PRELOADED” USING THE SETUP UTILITY (SEE
CHAPTER 6 OF THE XXDP+« USER'S MANUAL).
WHEN YOU ANSWER THIS
QUESTION WITH A "Y”, THE RUNTIME SERVICES WILL ASK FOR THE NUMBER
OF UNITS (IN DECIMAL).
YOU WILL THEN Bt ASKED THE FOLLOWING
QUESTIONS FOR EACH UNIT.
# UNIT

(D)

CSR ADDRESS

(0)

EXTERNAL LOOPBACK (L) N

THE

FIRST

QUESTION

REFER

?
TO

THE

INSTALATION

THE

KMC11-B.

THE FIFTH QUESTION REFERS TO THE FACT WHETHER THE
DIAGNOSTIC WILL RUN IN EXTERNAL OR INTERNAL LOOPBACK MOQDE.
2.5

SOFTWARE QUESTIONS

NONE
2.6

EXTENDED P-TABLE DIALOGUE

279

WHEN

280
281
282
283

IN A TABLE THAT DESCRIBES THE DEVICES UNDER TEST.
THE SIMPLEST
WAY TO BUILD THIS TABLE IS TO ANSWER ALL QUESTIONS FOR EACH
UNIT TO BE TESTED.
IF YOU HAVE A MULTIPLEXED DEVICE SUCH AS
A MASS STORAGE CONTROLLER WITH SEVERAL DRIVES OR A COMMUNICATION

284

285

286

287
288
289
290
291
292
293
294
295

296
297
298
299

YOU

DEVICE
THE

ANSWER

WITH

ANSWERS

THE

SEVERAL

ARE

HARDWARE

LINES,

QUESTIONS,

THIS

BECOMES

YOU

ARE

TED10OUS

BUILDING

SINCE

ENTRIES

MOST

REPETITIOUS.

TO ILLUSTRATE A MORE EFFICIENT METHOD, SUPPOSE YOU ARE TESTING
A FICTIONAL DEVICE, THE XY11.
SUPPOSE THIS DEVICE CONSISTS OF
A CONTROL MODULE WITH EIGHT UNITS (SUB-DEVICES) ATTACHED TO IT.
THESE UNITS ARE DESCRIBED BY THE OCTAL NUMBERS O THROUGH 7.
THERE
IS ONE HARDWARE PARAMETER THAT CAN VARY AMONG UNITS CALLED THE
Q-FACTOR.
THIS Q-FACTOR MAY BE O OR 1.
BELOW IS A SIMPLE WAY
TO BUILD A TABLE FOR ONE XY11 WITH EIGHT UNITS.
## UNITS (D)

8<CR>

UNIT 1
CSR ADDRESS (0) ?
SUB-DEVICE # (0) ?

160000<CR>
O0<CR>

0006

USER DOCUMENTATION

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339

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349

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356

MACRO M1200

15-MAR-85

16:13

PA GE

5-3

Q-FACTOR (0) 0 ?

SEQ 0007

1<CR>

UNIT 2
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE # (0) ?
1<CR»
Q-FACTOR (0) 1 ?
O<CR>
UNIT 3
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE # (0) ?
2<CR>
Q-FACTOR (0) 0 ?
<CR>
UNIT 4
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE # (0) ?
3<CR>
Q-FACTOR (0) 0 ?
<CR>
UNIT S
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE # (0) ?
4<CR>
Q@-FACTOR (0) 0 ?
<CR>
UNIT

CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE # (0) ?
S<CR>
Q-FACTOR (0) O ?
<CR>

UNIT 7
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE # (0) ?
6<CR>
Q-FACTOR (0) 0 ?
1<CR>
UNIT

CSR ADDRESS (0)
SUB-DEVICE # (0)
Q-FACTOR (0) 1 ?

160000<CR>
?
7<CR>
<CR>

NOTICE THAT THE DEFAULT VALUE FOR THE Q FACTOR CHANGES WHEN A
NON-DEFA ULT RESPONSE IS GIVEN.
BE CAREFUL WHEN SPECIFYING
MULTIPLE UNITS!
AS

YOU CAN SEE

FROM THE ABOVE EXAMPLE,

DO NOT VARY SIGNIFICANTLY FROM UNIT
NOT VERY EFFICIENT.

THE HARDWARE PARAMETERS
THE PROCEDURE SHOWN IS

TO UNIT.

THE RUNTIME SERVICES CAN TAKE MULTIPLE UNIT SPECIFICATIONS HOWEVER.
LET'S BUILD THE SAME TABLE USING THE MULTIPLE SPECIFICATION
FEATURE
.
# UNITS

(D)

8<CR>

UNIT 1
CSR ADDRESS (0) ?
160000¢<CR>
SUB-DEVICE # (0) ?
0,1<CR>
Q-FACTOR (0) 0 ?
1,0<CR>
UNIT

USER DOCUMENTATION

MACRO M1200

15-MAR-85 16:13

PAGE 5-4

357
358
359

CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE # (0) ?
2-5<CR>
Q-FACTOR (0) 0 ?
O0<CR>

362
363
§6g

UNIT 7
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE # (0) ?
6,7<CR>
Q-FACTOR (0) 0 ?
1<CR>

360
361

SEQ 0008

366
367
368
369
370
371
372
373
374
375
376
377
378
379
380

ARE BUILT SINCE TWO SUB-DEVICES AND Q-FACTORS WERE SPECIFIED.
THE
SERVICES ASSUME THAT THE CSR ADDRESS IS 160000 FOR BOTH SINCE IT
WAS SPECIFIED ONLY ONCE.
1IN THE SECOND PASS, FOUR ENTRIES WERE
BUILT.
THIS IS BECAUSE FOUR SUB-DEVICES WERE SPECIFIED.
THE
"-" CONSTRUCT TELLS THE RUNTIME SERVICES TO INCREMENT THE DATA
FROM THE FIRST NUMBER TO THE SECOND.
1IN THIS CASE, SUB-DEVICES
2, 3, 4 AND S WERE SPECIFIED.
(IF THE SUB-DEVICE WERE SPECIFIED
BY ADDRESSES, THE INCREMENT WOULD BE BY 2 SINCE ADDRESSES MUST
BE ON AN EVEN BOUNDARY.)
THE CSR ADDRESSES AND Q-FACTORS FOR
THE FOUR ENTRIES ARE ASSUMED TO BE 160CG00 AND O RESPECTIVELY
SINCE THEY WERE ONLY SPECIFIED ONCE.
THE LAST TWO UNITS ARE
SPECIFIED IN THE THIRD PASS.

382
383

THE WHOLE PROCESS COULD HAVE BEEN ACCOMPLISHED IN ONE PASS AS
SHOWN BELOW.

381

384

AS YOU CAN SEE IN THE ABOVE DIALOGUE, THE RUNTIME SERVICES WILL
BUILO AS MANY ENTRIES AS IT CAN WITH THE INFORMATION GIVEN IN ANY
ONE PASS THROUGH THE QUESTIONS.
IN THE FIRST PASS, TWO ENTRIES

385

¢ UNITS (D)

387
388
389

UNIT 1
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE # (0) ?
O 7<CR>

386

391
392

393

394

395

YOU
NULL

8<CR>

CAN SEE FROM THIS EXAMPLE, NULL REPLIES (COMMAS ENCLOSING
FIELD) TELL THE RUNTIME SERVICES TO REPEAT THE LAST REPLY.

396

2.7 QUICK START-UP PROCEDURE

398

TO START-UP THIS PROGRAM:

397

399

400
401
402
403

404
405

BOOT XXDP+«

)
GIVE
IS A

408
409

410

411

412
413

THE DATE AND ANSWER
CLOCK) QUESTIONS

THE

LSI

TYPE "R ZKMVAO"”, WHERE NAME IS
FILE FOR THIS PROGRAM

TYPE

ANSWER

THE

"CHANGE HW"”

ANSWER

ALL

THE

406
407

(XXDP+)

AND

S50HZ

THE NAME

"START*

HARDWARE

QUESTION WITH
QUESTIONS

"Y*

(IF

THERE

THE BIN OR BIC

USER DOCUMENTATION

a14
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416

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422
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43s
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4as
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451
452
453
454
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457
as8
459
460
461

462
463
464
465
466
467
468
469
470

MACRO M1200

1S-MAR

16:13

PAGE 5-S

WHEN

YOU FOLLOW THIS

PROCEDURE

YOU WILL

USING

DEFAULTS FOR FLAGS AND SOFTWARE PARAMETERS.
ARE DESCRIBED IN SECTIONS 2.3 AND 2.5.

ONLY

THE

THESE DEFAULTS

3.0 ERROR INFORMATION
3.1

TYPES OF

THERE

ARE

ERROR MESSAGES

THREE LEVELS

ERROR MESSAGES THAT

A DIAGNOSTIC: GENERAL, BASIC AND EXTENDED.
ARE ALWAYS PRINTED UNLESS THE "IER" FLAG IS

THE GENERAL

ERROR MESSAGE IS OF

NAME
ERROR

TYPE
NUMBER
MESSAGE

MAY BE ISSUED BY

GENERAL ERROR MESSAGES
SET (SECTION 2.3).

THE FORM:

ON UNIT

NUMBER

TST

NUMBER PC:XXXXXX

NAME = DIAGNOSTIC NAME

+WHERE;

TYPE = ERROR TYPE (o5YS FATAL, DEV FATAL, HARD OR SOFT)
NUMBER = ERROR NUMBER
UNIT NUMBER = O - N (N IS LAST UNIT IN PTABLE)
TST NUMBER = TEST AND SUBTEST WHERE ERROR OCCURRED
PC:XXXXXX = ADDRESS OF ERROR MESSAGE CALL

BASIC ERROR MESSAGES ARE MESSAGES THAT CONTAIN SOME ADDITIONAL
INFORMATION ABOUT THE ERROR.
THESE ARE ALWAYS PRINTED UNLESS
THE "IER" OR “IBE"” FLAGS ARE SET (SECTION 2.3).
THESE MESSAGES
ARE PRINTED AFTER THE ASSOCIATED GENERAL MESSAGE.

EXTENDED ERROR MESSAGES CONTAIN SUPPLEMENTARY ERROR INFORMATION
SUCH AS REGISTER CONTENTS OR GOOD/BAD DATA.
THESE ARE ALWAYS
PRINTED UNLESS THE "IER", “IBE"” OR "IXE" FLAGS ARE SET (SECTION 2.3).
THESE MESSAGES ARC PRINTED AFTER
MESSAGE AND ANY ASSOCIATED BASIC

3.2

THE ASSOCIATED GENERAL
ERROR MESSAGES.

SPECIFIC ERROR MESSAGES

KMC11-B
KMC11-B

ERROR MESSAGES
NOT

PRESENT

CSR REGISTER FAILURE
BRG REGISTER FAILURE
MASTER

CLEAR DID

NOT

SPECIFIED ADDRESS

INITIALIZE BRG REGISTER

CRAM FAILURE
DATA RAM FAILURE

KMC11

IS HUNG

LINE UNIT ERROR MESSAGES
MASTER CLEAR FAILED TO INTIALIZE REGISTERS
CABLE OK IS NOT SET
INTERNAL LOOPBACK FAILED TO SET
INTERNAL LOOPBACK FAILED TO CLEAR
EXTERNAL LOOPBACK FAILED TO SET
EXTERNAL LOOPBACK FAILED 7O CLEAR
DATA PATH ERROR
IRDY FAILED TO SET
IRDY FAILED TO CLEAR

ERROR

SEQ 0009

USER DOCUMENTATION

MACRO M1200

1S5-MAR-85

471
a72

<1
16:13

PAGE

5-6

SEQ 0010

RNDR FAILED TO SET
RNDR FAILED TO CLEAR

OT FAILED TO SET
OT FAILED TO CLEAR

472
a74
a7s

ADDRESS UNIQUENESS FAILURE

a76

a77
478
a79
480
481
482
483
484
485
486

4.0

487
488
489
490
49)1
492
493
494
495
496
497
498

S16
S17

518
519
520
521
522
523
s24
525

526
52

AND

PROGRESS

REPORTS

AT THE END OF EACH PASS, THE PASS COUNT IS GIVEN ALONG WITH THE
TOTAL NUMBER OF ERRORS REPORTED SINCE THE DIAGNOSTIC WAS STARTED.
THE "€0P" SWITCH CAN BE USED TO CONTROL HOW OFTEN THE END

OF PASS MESSAGE IS PRINTED.

SECTION 2.2 DESCRIBES SWITCHES.

S.0 DEVICE INFORMATION TABLES
TABLE

CONTAINS

(EXTERNAL

6.0 TEST

6.1

TEST

SUBTEST

CSR

OR INTERNAL

ADDRESS

AND

MODE

OPERATION FLAG

LOOPBACK).

SUMMARIES

THIS

SUBTEST

BE RESET

499

500
501
502
503
504
505
506
507
508
509
510
S11
512
513
514
515

PERFORMANCE

USED

CHECK

WHETHER

THE

UNIBUS

CAN

AND THE UNIBUS STATUS REGISTER CLEARED.

ERRORS:
KMC11

NOT

PRESENT

SPECIFIED

ADDRESS

SUBTEST 2
VERIFY

THAT

FLOATING

CSR'S

CAN BE WRITTEN WITH

PATTERN

ERRORS
:

CSR REGISTER FAILURE

6.2

TEST 2

SUBTEST

THIS

SUBTEST

VERIFIES

CRAM ON KMC11

B BY

EVERY LOCATION WITH FLOATING 0'S PATTERN
ERRORS:

CRAM

ERROR

WRITING

AND READING

L>ER DOCUMENTATION

528
529

530
531
532
533
534
535
536
537
538
539

-—-

———

540
541
542
543

544
545
S46
547
48
549
550
551
552
553
554
555
556
557
558
559
560
S61
562
563
Se4
565
566
567
568
569
570
571
572
573

MACRO M1200

PAGE S-7

15 MAR 85 16:13
SUBTEST

L1
SEQ 0011

THIS
WITH

SUBTEST VERIFIES TKAT BRG CAN BE LOADED
A UNIQUE DATA PATTERN AND THAT MASTER

CLEAR CLEARS BRG.
ERRORS:

BRC ERROR

SUBTEST

3
THIS

SUBTEST

MEMORY

VERIFIES

KMC11-B

DATA

MEMORY.

IS TESTED WITH FLOATING O PATTERN,

ERRORS:
DATA

6.3

TEST

RAM

ERROR

THIS CHECKS VALIDATES THAT

MASTER

CLEAR

EXCEPT

FOR

ALL REGISTERS ARE ZERQO AFTER

MAINT

BIT

SUBTEST

576
577
578
579
580
581
582
581
€

WHICH

THIS TEST VEFIRIES THAT MAINT REGISTER 1S ZERO
AFTER ISSUING MASTER CLEAR EXCEPY FOR CABLE Ox BIT

SUBTESTY

STEPS:

ISSUE MASTER CLEAR
VERIFY MAINT 10 BE A ZERO EXCEPY

1.
2.

FOR CABLE Ov B17

ERRORS:

CABLE OK IS CLEAR
MASTER CLEAR FARILED

SUBTEST

YO INIVIALIZE REGISTERS

THIS SUBTEST VERIFIES
LOOPBACK HMODES.

THAT

THE MOD'AE CAN B8E PUT

574

575

CABLE Ox BIT.

SUBTEST

1.
2.
3.

STEPS:

WRITE MAINY REGISTER WITH BITS 3,4 SEY
VERIFr ITS PRESENSE
VERIF1 THAY MASTER CLEAR CLEARS BI7S 3.4

ERRORS:

INTERNAL LOOPBACK FAILED Y0 SEVY
INTERNAL _OOPBACr FAILED TC CT.£AR

JSER DOCUMENTATION

Ml
MACRO M1200

15-MAR-85 16:13

PAGE 5-8

EXTERNAL LOOPBACK FAILED Y0 SE7
EXTERNAL LOOPBACK FAILED 70 CLEAR
MASTER CLEAR FAILED YO INITIALIZE REGISTERS

585
586
S87

588
589
590
591

SUBTEST

THIS TESTY

VEFIRIES THAY DATA_ L0 BYTE REGISTER 1S ZERO

AFTER ISSUING MASTER CLEAR,

SUBTESTY

STEPS:

ISSUE MASTER CLEAR
SET UP MAINTENANCE TMMODE ACCORDING YO EVENT FLAG

3.
2.
3.

VERIF~-

DATA_LO

TC BE

A Z2€ERO

ERRORS:

MASTER CLEAR FAJLED YO INITIALIZE REGISTERS
SUBTEST

THIS TEST VEFIRIES THAYT DIN_WI 8rTE REGISTER 1S ZERO
AFTER ISSUING MASTER CLEAR.

——

c—
-

610
611

€12

614

615
616

SUBTEST
1.
2.
3.

ISSUE MASTER CLEAR
SEY UP MAINTENANCE MODE ACCORDING TO EVENT FLAG
VERIFY DIN_KI Y0 BE A ZERC

:
ERRORS

61~
616
619

620
621
622

622

624

62°

6c€
627
620
€29
€30
(2
1392
61
¢34
ers
¢er”
6%8

e?o

(7 14
el

STEPS:

MASTER CLEAR FAILFED TO INITIALIZE REGISTERS

SUBTEST S
THIS TEST

AFTER

VEFIRIES THAT CONTROL REGISTER IS ZERO

I5SUING MASTER

CLEAR.

SUBTEST STEPS:
1.
2.
3.

ISSUE MASTER CLEAR
SET UP MAINTENANCE MODE ACCORDING TO EVENT FLAG
VERIFY CONTROL 1O BE A ZERO

ERRORS:

MASTER CLEAR FAILED 7O INIVIALIZE REGISTERS

S€EQ 0012

J5€0 DOC MENTATION

Y ¥

MACRO M1200

1S MAR 8S 16:1%

PAGE S-9

(¥}

SEND AND RECECIVE DATA IN INTERNAL LOOPBACK PROPERLY.

64
6“’.

ALL SUBTESTS WILL RUN IN EITHER INTERNAL OR EXTERNAL
LOOPBACK MODE DEPENDING ON WHETHER THE EVENT FLAG IS

644

648
649
65¢
€51
egi
6

654

622
6

6%7
¢58
659

660

66]1

662

663
664

SEQ 0013

THIS TESY VERIFIES THAT THE MODWE UNDER TEST CAN

SET.

SUBTEST

THIS SUBTEST VERIFIES THAT THE MODWE THE DATA_LO BYTE REGISTER

CAN BE WRITTLN TO AND READ FROM IN LOOPBACK MODE.
SUBTEST

1.
2.

STEPS:

SET UP LOOPBACK MODE ACCORDING YO EVENT FLAG
WRITE/VERIFY FLOATING O PATTERN IN DATA_LO REGISTER

3. VERIFY THAT MASTER CLEAR CLEARS DATA_LO
ERRORS
:

66S

DATA PATH ERROR

666

MASTER CLEAR FAILED TO INITIALIZE REGISTERS

667

668

669
670

671

672

673
674
675

676

677

678

679

680

681

SUBTEST 2
THIS SUBTEST VERIFIES THAT THE MODULE THE DATA_HI BITS S THROUGH O

CAN BE WRITTEN TO AND READ FROM IN A LOOPBACK MODE.

SUBTEST STEPS:

SET LOOPBACK MODE ACCORDING TO EVENT FLAG 3

WRITE/VERIFY FLOATING O PATIERN IN DATA_HI<S-0> REGISTER

VERIFY THAT MASTER CLEAR CLEARS DATA_HI

ERRORS:

DATA PATH ERROR

682
683

684

685

686
687

688

689
690

691

692

693
694
695

696

697
698

MASTER

CLEAR

FAILED

INITIALIZE

REGISTERS

SUBTEST 3
THIS SUBTEST

VERIFIES THAT

THE MODULE

THE DATA_HI<7,6>

BYTE REGISTER

CAN BE WRITTEN TO ANC READ FROM CONTROL REGISTER IN A
LOOPBACK MOOE
.

SUBTEST STEPS:
1.
2.

SET LOOPBACK MODE ACCORDING TO EVENT FLAG 3
WRITE/VERIFY FLOATING O PATTERN IN DATA_HI<7,6> BY READING
THEM BACK

THROUGH CONTROL

3. VERI7- THAT MATTER CLEAR CLEARS CONTROL REGISTSTER
ERRORS:

——

| USER DOCUMENTATION

- ]

—

MACRO M1200

15-MAR-85 16:13

]

PAGE 5-10

SEQ 0014

699

DATA PATH ERROR

700
701
702
703

MASTER CLEAR FAILED TO INITIALIZE REGISTERS

704

705

706
707
708
709

710
711
712
713
714
715
716
717
718
719
720
721
722
725
724
7125

SUBTEST 4
THIS

SUBTEST

THAT

THE MODULE THE DATA_HI REGISTER

SUBTEST STEPS:
1.
2.

SET LOOPBACK MODE ACCORDING TO EVENT FLAG 3
WRITE/VERIFY FLOATING O PATTERN IN DATA_HI<7,6>

VERIFY THAT MASTER CLEAR CLEARS DATA_HI

THEM THROUGH EXTRA

BY WRITING

ERRORS:

ODATA PATH ERROR
MASTER

CLEAR

FAILED

INITIALIZE REGISTERS

SUBTEST 5
THIS

SUBTEST

VERIFIES

ADDRESS UNIQUENESS BETWEEN

ALL

THE

REGISTERS.

726
727
728
729

EACH ONE IS WRITTEN WITH A UNIQUE PATTERN AND READ BACK AGAINST
EVERY OTHER ONE.

730
731
732
733
734
735
736

1.
2.
3.

SUBTEST STEPS:
SET LOOPBACK MODE ACCORDING TO EVENT FLAG 3
WRITE REGISTER 10 AND 11 WITH ALL ONE'S
READ BACK AND COMPARE WITH ALL THE REGISTERS

ERRORS:

737
738
739
740
741
742
743

DATA PATH ERROR
REGISTER ADDRESS

6.5

TEST

THIS TEST CHECKS
REGISTER 2. THIS

747
748
749
750
751
752

F IRMWARE.

ERROR

.25 MICROSECOND IRDY SIGNAL AFTER WRITING
IS ACCOMLISHED BY LOADING FIRMWARE IN

INTERNAL LOOPBACK MODE AND CHECKING SIGNALS THROUGH

TEST

754

255

UNIGUENESS

744
745
746

VERIFIES

BITS 7 AND 6 CAN BE READ FROM BY WRITING TO EXTRA REGISTER
IN A LOOPBACK MODE.

STEPS:

INITIALIZE THE MODULE UNDER TEST
SET LOOPBACK MODE ACCORDING TO EVENT FLAG
LOAD FIRMWARE TO WRITt TO XREG2 TO GET STROBE
THE REGISTER INTO
WAIT FOR DONE BIT

KMC11-8 MEMORY
IN SEL2<BITO7> FOR

10MSEC

WND READ

USER DOCUMENTATION

756
757
758
759
760
761
762
763
764
765
766
767
768
769

MACRO M1200

15-MAR 85

16:13

READ KMC11-B MEMORY TO VERIFY THE PULSE

ERRORS:
KMC11-8B

ERROR

IRDY FAILED TO SET
IRDY FAILED TO CLEAR

6.6

TEST 6
THIS TEST CHECKS
REGISTER 2. THIS
A LOOPBACK MODE.

770

771
772

773
774
775

G-

TEST

776

nNe

777
778
779
780
781
782
783
784

RNDR DET SIGNAL AFTER WRITING
IS ACCOMLISHED BY LOADING FIRMWARE IN

STEPS:

INITIALIZE THE MODULE UNDER TEST
SET LOOPBACK MODE ACCORDING TO EVENT FLAG
LOAD FIRMWARE TO WRITE TO XREG2 TO GET STROBE AND READ

THE REGISTER 7 INTO KMC11-B MEMORY
WAIT FOR DONE BIT IN SELO<BITO7> FOR 10MSEC
READ KMC11-8 MEMORY TO VERIFY THE PULSE

ERRORS:
KMC11-8 ERROR
RNOR FAILED TO
RNDR FAILED TO

78S
786
787
788

TEST

789
790
791
792
793
794
795
796
797
798
799
800
801
802

TEST

nNed

SET
CLEAR

THIS T.3T CHECKS
REGIS
. Ek S5S. THIS
A LOOPBACK MOQODE.

DT DET SIGNAL GENERATED AFTER READING
IS ACCOMLISHED BY LOADING FIRMWARE 1IN

STEPS:

INITIALIZE THE MODULE UNDER TEST
SET LOOPBACK MODE ACCORDING TO EVENT FLAG
LOAD FIRMWARE TO WRITE TO XREG2 TO GET STROBE AND READ
THE REGISTER INTO KMC11-B MEMORY
WAIT FOR DONE BIT IN SELO<BITO7> FOR 10MSEC
READ KMC11-B MEMORY TO VERIFY THE PULSE

ERRORS:

803
804
805
806
807
808
809
810

KMC11-B

ERROR

DT DET FAILED TO SET
DY OET FAILED TO CLEAR

811

812

PAGE 5-11

6.8

TEST

SEQ 0015

840
841
842
843
844
845
846

847
848
849
850
851
852
853

854
855
856

16:13

PAGE

S5-12

SEQ 0016
TEST

DESCRIPTION:

THIS TEST TURNS ON AND OFF ON-BOARD LED'S THAT CORRESPOND
70 THE FOLLOWING BITS: INTERNAL LOOPBACK AND
EXTERNAL LOOPBACK. THE ONLY WAY 7O VERIFY IT IS VISUALLY.

TEST

6.9

STEPS:

WRITE ZEROES TO BITS 3 AND 4 OF MAINTENANCE REGISTER

REPEAT

TEST

THIS

TEST

TURN

ON CORRESPONDING LED'S

S TIMES STEP 1

VERIFIES DATA

TRANSFER OF

.56 BYTES THROUGH

LINE UNIT. FIRMWARE IS LOADED INTO KMC11 TO COPY A DATA
BUFFER FROM MEMORY, SEND EACH BYTE IN A LOOPBACK MOCE,
AND

DUMP

TEST
buwhr

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

15 MAR-85

USER DOCUMENTATION

MACRO M1200

RECEIVED

CHARACTERS BACK

INTO MAIN MEMORY.

STEPS:

INITIALIZE THE MODULE UNDER TEST
SET LOOPBACK MODE ACCORDING TO EVENT FLAG
WRITE

TRANSMIT

BUFFER

WITH

LOAD FIRMWARE TO TRANSMIT
THE LINE UNIT UNDER TEST
WAIT

FOR

DONE BIT

DATA PATTERN

A DATA BUFFER THROUGH

IN SELO<BIT7>

VERIFY THAT RECEIVED BUFFER IS THE SAME ONE AS

TRANSMITTED

ERRORS:
KMC11-B

ERROR

DATA PATH ERROR

MAINTENANCE

HISTORY

PROGRAM HEADER

AND

TABLES

868
869

MACRO M1200

15-MAR-85

16:13

E2
PAGE

SEQ 0017

.TITLE PROGRAM HEADER AND TABLES
.SBTTL

873

874
875 000000
876
877
878
879
880
881
882
883
887
889 000000
890
892
893
894
895
896
897
898
899 002000
900
901 002000
002000
002000
002001

002002
002003
002004
002005

002006
002007
002010
002010
002011
002011
002012
002012
002014
002014
002016
002016
002020
002020
002022
002022
002024
002024
002026
002026
002030
002030
002032
002032

PROGRAM HEADER

.MCALL
SvC

SVC
;

000001
000001
000001
000001
000001

SVCINS= 1
SVCTST= 1
svCsus= 1
SVCGBL= 1
SVCTAG= 1

002000

.ENABL

ABS,AMA

i
:
:
;
:

INITIALIZE SUPERVISOR MACROS

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

2000

HEA4

i
i

103
132
113
115
126
000
000

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

BGNRPT,BGNSW,BGSFT,BGNAU,BGNDU,ERRTBL

HEADER

CZKMV,A,0,10,0

L$NAME:
:

.ASCII /K/
.ASCII /M/

000

101
060

000000

000010
012604
000000

002150

002156
012710
000000
000000

.ASCII /7C/
.ASCII /2/

L$REV::

L$DEPO:
;:
L$UNIT::
LSTIML::

L$HPCP:
:
L$SPCP::
L$SHPTP:
:

L$SPTP::
LSLADP::
L$STA::

L$CO::

.ASCII
.BYTE
.BYTE
.BYTE

/N/

.ASCII

/A7

.ASCII

/0/

.WORD

L $HARD

.WORD

L$HU

.WORD

L$SW

.WORD

L $SLAST

.WORD

PROGRAM HEADER
PROGRAM HEADER

002034
002034
002036
002036
202040
002040
002042
002042
002044
002044
002046
002046
002050
002050
002051
002052
002052
002054
002056
002056
002060
002060
002062
002062
002064
002064
002066
002066
002070
002070
002072
002072
002074
002074
002076
002076
002100
002100
002102
002102
002104

002104
002106
002106
002110
002110
002112
002112
002114
002114
002116
002116
002120
002120
902

AND

TABLES

000000

002124
000000

MACRQO M1200

15-MAR-85

16:13

PAGE 6-1

L$DTYP::
L$APT:
:
L$DTP::

L$PRIO::

L$ENVI::

000000
000000
003
003
000000
000000
000000

003224
006144

000000
000000

006316
006310
000000

003234

104035
002156
006160

006302
006300
006152

000000
000000
000000

L$EXPL::
L$MREV::

L$EF::

L$SPC::
L$DEVP:
:

L$REPP::
LSEXP4::

L$SEXPS::
L$AUT::
L$DUT:
:

SEQ 0018
.WORD

.WORD

L$DISPATCH

.WORD

.BYTE
.BYTE

C$REVISION
C$EDIT

.WORD
.WORD

0
0

.WORD

L$DVTYP

.WORD

L$RPT

.WORD

L$AU

.WORD

L$DV

.WORD

L $DESC

EMT

E$LOAD

.WORD

L$ERRTBL

.WORD

L$INIT

.WORD

L$CLEAN

.WORD

L$AUTO

.WORD

L $PROT

.WORD

WORD

.WORD

L$LUN::

L$DESP:;
L$LOAD:
:

LSETP:
:
L$ICP::
L$CCP::

LS$ACP::
L$PRT::
L$TEST::
L$DLY::

LSHIME::

PROGRAM HEADER AND TABLES

DISPATCH TABLE
904
905
906
907
908
909
910
911 002122
002122
002124
002124
002126

002130
002132
002134
002136
002140
002142
002144

912

em—en
i
—em-

MACRO M1200

15-MAR 85 16:13

.SBTTL

PAGE 7

SEQ 0019

DISPATCH TABLE

HEAS

;
;

000011
006324
006464
007050
007762
011324
011550
011774
012220
012334

THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.
IT IS USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST.
DISPATCH 9

.WORD
L$DISPATCH:
:
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

T1
12
T3
T4
15
T6
17
T8
19

H2
PROGRAM HEADER

AND TABLES

MACRO M1200

15-MAR-8S 16:13

PAGE 8

DEFAULT HARDWARE P-TABLE
914

.SBTTL

915
916

917
918
919
920

;
;
:
;:

921
922

9273 002146
002146
002150
002150
924
925 002150
926 002152
927 002154
002154

SEQ 0020

DEFAULT HARDWARE P-TABLE

THE DEFAULT HARDWARE P-TABLE CONTAINS DEFAULT VALUES OF
THE TEST-DEVICE PARAMETERS.
THE STRUCTURE OF THIS TABLE
IS IDENTICAL TO THE STRUCTURE OF THE HARDWARE P-TABLES,
AND IS USED AS A "TEMPLATE” FOR BUILDING THE P-TABLES.

000002

000000
000000

BGNHW

OFPTBL
L$HUW::
DFPTBL
::

.WORD
.WORD
ENDHW

0
0

;
;

NO DEFAULT FOR ADDRESS
INTERNAL LOOPBACK
L10000:

.WORD

L10000-L $HW/2

.SBTTL

930
931

PAGE 9

SEQ 0021

SOFTWARE P-TABLE

932
933
934
935

936
937
938 002154

002154
002156
002156

939
949
941 002156
202156

942

15-MAR-8S 16:13

——

929

MACRO M1200

——

PROGRAM HEADER AND TABLES
SOF TWARE P-TABLE

;
;
:
;

THE SOFTWARE TABLE CONTAINS VARIOUS DATA USEN BY THE
PROGRAM AS OPERATIONAL PARAMETERS.
THESE PARAMETERS ARE
SET UP AT ASSEMBLY TIME AND MAY BE VARIED BY THE OPERATOR
AT RUN TIME,
i--

000000

BGNSW

SFPTBL

L$SU::
SFPTBL
::
ENDSW

L10001:

.WORD

L10001-L$SW/2

MACRO M1200
GLOBAL AREAS
SOF TWARE P-TABLE

1S MAR-85

16:13

PAGE 10

SEQ 0022

.TITLE GLOBAL AREAS
.SBTTL
GLOBAL EQUATES SECTION

945
946

947

948
949
950
951
952
953
954 002156

;
;

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

: BIT DIFINITIONS
100000

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

BIT15==
81T14==
BIT13==
BIT12==
BIT11==
B81IT10==
BITCY9==
BIT08==
BITO7==
BIT06==
BITQS==
BITO4==
BITO3==
BITO2==
BIT0l==

000001

BITOO0== 1

001000
000400
000200
000100
000040
000020
000010
000004
00C002
000001

BIT9==
BIT8==
BIT7==
BIT6==
BITS==
BIT4==
BIT3=s=
BIT2==
BIT1==
BITQO==

;

000040
000037
000036
000035
000034

100000

40000

20000
10000

4000

2000
1000
400
200
100
40
20
10
4

BITO9
BITO8
BITO?
BITO6
BITOS
81704
BIT03
BITO2
BITO1
BITOO

EVENT FLAG DEFINITIONS

EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION

EF . START

EF .RESTART==
EF.CONTI NUE==
EF _NEW==
EF .PWR==

32.
31.
30.
29.
28.

: PRIORITY LEVEL DEFINITIONS
000340
000300
000240

PRIO7==

PRIO6==
PRIOS==

340
300
240

BIT POSITION IN SECOND STATUS WORD
(100000) START COMMAND WAS ISSUED
(040000) RESTART COMMAND WAS ISSUED
(020000) CONTINUE COMMAND WAS ISSUED
(010000) A NEW PASS HAS BEEN STARTED
(004000) A POWER-FAIL/POWER UP OCCURRED

GLOBAL AREAS
MACRO M1200
GLOBAL EQUATES SECTION
000200
000140
000100
000040
000000

1S5-MAR-8S5 16:13

PAGE 10-1

K2
SEQ 0023

PRIO4== 200
PRIO3== 140
PRIO2== 100
PRIO1== 40
PRIOO== O

;OPERATOR FLAG BITS

000004

000020
000040
000100
000200
000400
001000

000010

002000

004000
010000
020000
040000
100000

EVL==

LOT==

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

PRIs==
IXE==
IBE==
IER==
LOE==
HOE ==

20
40
100
200
400
1000

2000

4000
10000
20000
40000
100000

GLOBAL
GLOBAL

956
957
958
959
960
9%1
962
963
964
965
966
967
968
969

970
971

972
973
974
975
976
977

AREAS
EQUATES

MACRO M1200

SECTION

1S MAR-8S

16:13

PAGE

L2
11

SEQ 0024

; BIT DEFINITIONS FOR CSR REGISTER OF KMC11 B
000400
001000
002000
020000
040000
100000

STEP

400

CRAMU

1000
2000
20000

RAMI
RAMO
MCLR
RUN

40000

100000

MICROSTEP
RAMI (FOR SINGLE STEP)
RAMO (FOR LOADING FIRWARE)
WRITE
MASTER CLEAR
START EXECUTING

. DATA INTERFACE REGISTERS
000010
000011
000015

DLO
DOHI
DIHI

10
11
15

DATA LOW BYTE
DATA HIGH BYTE
DATA HIGH BYTE

000012
000016
000016
000017

STRB
CNTRL
EXTR

12
16
16
17

STROBE (WRITE ONLY)
CONTROL (READ ONLY)
EXTRA (WRITE ONLY)

MAINT

MAINTENANCE

—
e

atm—

(WRITE ONLY)
(READ ONLY)

AREAS

MACRO M1200
DATA SECTION

15 MAR-85 16:13

979

.SBTTL

980
981
982
983
984
985
986
98?7 002156

002224
997 002624

GLOBAL

SEQ 0025

DATA SECTION

;.0

;
;

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

ERRTBL
ERRTYP:
;
ERRNBR
::
ERRMSG:
:
ERRBLK
::

RPNT:
:

.WORD
. WORD
.WORD
. WORD
.WORD
.WORD
. WORD
.WORD
. WORD
.BLKW
.8YTE

[eXoXoXoXoXoXoXoNeo)

995
996

TRBUF
::
RCBUF
::

.BLKB
.BL¥B

256.
256.

-:
MCSR

LOGUNT
::
MTMODE
::

TEMP:.
TEMPY:

377
000

07?7

003

LSERRTBL
::

CSR ADDRESS
UNIT NUMBER
LOOPBACK MODE

[}

988
989
990
991
992
993
994

002156
002156
002160
002162
002164
002166
002170
002172
002174
002176
002200
002220
002223

PAGE

[

GL OBAL
GLOBAL

377,77.,3,0

READ

PATTERN FOR

UNIQUENESS
TRANSMIT

ADORESS

SUBTEST

BUFFER

RECEIVE BUFFER

GL OBAL

GLOBAL

AREAS

MACRO M1200

TEXT SECTION

15-MAR 85

.S8TTL

999

1000
1001
1002
1003
1004
1005
1006
1007
1008
1009
1010 003224
003224
003224
003227
003232

1011
1012
1013
1014
1015 003234
003234
003234
003237
003242
003245
003250

003253
003256

1016

16:13

PAGE

GLOBAL

TEXT

SEQ 0026

SECTION

L3N

THE

GLOBAL

MESSAGES,
MORE

TEXT

SECTION CONTAINS

AND ASCII

THAN ONE

FORMAT

INFORMATION THAT

STATEMENTS,

ARE USED IN

TEST.

: NAMES OF DEVICES SUPPORTED B8Y PROGRAM
DEVTYP

113

115

061
000

061

113
111
116

124

000

061
040
101

117
111

=wKMS1)

.EVEN

DESCRIPTION

DESCRIPT

115

L$DVTYP:.
.ASCIZ

123
055

TEST

113

<«KMS11-K>

123
055
104
107
123

<KMS11-K

DIAGNOSTIC»>

L$DESC::

.ASCIZ

103
.EVEN

/KMS]11-K DIAGNOSTIC/

MACRQO M1200
GLOBAL AREAS
GLOBAL ERROR MESSAGES

1018
1019
1020
1021
1022
1023
1024 003260
003263
003266
003271
003274
003277
003302
00330S
003310
003313
003316
003321
003324
003327
1025 003331
003334
003337
003342
003345
007350
003353
1026 003356
003361

003364
003367
003372
003375
013400
1027 (V3403
003406
003411
003414
003417
003422
003425
003430
003433
003436

003441
003444
003447
003452
003455
1028 003460
003463
003466
003471
003474
1029 003475
003500
003503

1S-MAR-8S 16:13

.SBTTL

PAGE

SEQ 0027

GLOBAL ERROR MESSAGES

: KMC11-B ERROR MESSAGES
113
061
102

117
120
123
124
124
120
111
105
101
122
123
103
107

124
040
111

122
102

040

107

124
040
111
122
115
124
040
105

040

115

061
040
124
122
105

040

105
106
104
104
105
000
123
122
111
105
106
114
105
122
122
111
105
106
114
105
101
105
103
101
104

194

040

111
124
114
105
122
122
111
105
103
115

116
111
111
040

117

101

125

000
104
101
101

124

107
105
123
122

122
040

111
122
101

040

115

103
0S5
116
040
105
116
101
123
103
111

KMC1::

.ASCIZ

/KMC11-8 NOT PRESENT AT SPEZIFIED ADDRESS/

KMC2::

.ASCIZ

/CSR REGISTER FAILURE/

KMC3:
:

.ASCIZ

/BRG REGISTER FAILURE/

KMCA4::

.ASCIZ

/MASTER CLEAR DID NO

KMCS::

.ASCIZ

/CRAM FAILURE/

KMC6:
:

.ASCIZ

/DATA RAM FAILURE/

040

104
123

122
105
123
122
101
125
000
107
105
123
122
101
125
000
123
122
114
122
111
116

040
11

101
132
102
040
107
124
000
101
106
114
105

124
122

040

INITIALI?C BRG REGISTER/

MACRO M1200
GLOBAL AREAS
GLOBAL ERROR MESSAGES

003506
003511
003514
1030 003516
003521
003524
003527
003532
1031
1032
1033
1034
1035
1036 003534
003537
003542
003545
003550
003553
003556
003561
003564
003567
003572
003575
003600
003603
003606
1037 003607
003612
003615
003620
003623
003626
003631
1038 003633
003636
003641
003644
003647
003652
003655
003660
003663
003666
003671
1039 003673
003676
003701
003704
003707
003712

003715

003720

003723

003726
003731

106
114
105
113
061
111
110
107

1S-MAR-85

101
125
000
115
061
123
125
000

16:13

PAGE

14-1

SEQ 0028

111
122

103

040
040
116

KMC7::

.ASCIZ

/KMC11

HUNG/

HRd

;
115
124
040
105
040
111
104
117
116

101
132
122

111
105
000
103

114
117

111
116
040
124
111

105
101
114
120
103
106
114

040
040

124

111
105
101

114
120
103
106
114

040
040

105

101
105
103
101
106
114
040
040
124

114
105
105
123
122

101

105
113
123
117
123

000
116
122
114

117

102
113
101
105
124
123

000
116

122
114

117

102
113
101
105
124
103
101

123

LINE UNIT ERROR MESSAGES

EM]1::

.ASCIZ

/MASTER

102
040
040
040
124
105

EM2::

.ASCIZ

/CABLE

124
116

EM3:

.ASCIZ

/INTERNAL

LOOPBACK

FAILED

SET/

EM4::

.ASCIZ

/INTERNAL

LOOPBACK

FAILED

CLEAR/

122

CLEAR FAILED

TO INTIALIZE REGISTERS/

114
122
101
105
124
111
111
111

040

107
124
123

NOT

SET/

040

117
101

040
111
104

117
105

124
116

040

117

101

040
111

104
117
114
122

MACRO M1200
GLOBAL AREAS
GLOBAL ERROR MESSAGES

003734
1040 003735
003740
003743
003746
003751
003754
003757
003762
003765
003770
003773
1041 003775
004000
004003
004006
004011
004014
004017
004022
004025
004030
004033
004036
1042 004037
004042
004045
004050
004053

004056

1043 004057
004062
004065
004070
004073
004076
004101
1044 004102
004105
004110
004113
004116
004121
004124
1045 004127
004132
004135
004140
004143
004146
004151
1046 004152
004155
004160
004163
004166
004171

15-MAR-85

16:13

PAGE 14-2

SEQ 0029

000

105
105
101
114
120
103
106
114

040
040

124
105
105
101
114
120
103
106
114

040
040

105
000
104
101
101
040
122
000
111

131
101
105
124
123

000
111

131
101
105
124
103
101
122

122
101
105

124
123
000
122
122
101
105
124
103

130
122
114
117
102
113
101
105
124
123
000
130
122
114
117
102
113
101
105
124
103
101

124
116

EMS::

.ASCIZ

/EXTERNAL LOOPBACK FAILED TO SET/

EM6:
:

.ASCIZ

/EXTERNAL

EM7::

.ASCIZ

/DATA PATH ERROR/

105
117

124

124
120
110
122
122

122
040
111
104

104
106
114
040

EM8::

.ASCIZ

/IRDY FAILED

EMI:
:

.ASCIZ

/IRDY FAILED TO CLEAR/

cM10::

.ASCIZ

/RNDR FAILED

TO SET/

EM11::

.ASCIZ

/RNDR

101

040

117

101
040
111
104

117
105

124
116

040

117
101

040
111
104

117
114
122

117
105

040

122

104
106
114

040

111
104

117

114
122
116
040
111
104

117
105
116
040
111

104
117
114

LOOPBACK FAILED

TO SET/

124

040
040

105

000
104
106
114
040
040

124

104
106
114
040
040

105

FAILED

CLEAR/

TO CLEAR/

MACRO M1200
GLOBAL AREAS
GLOBAL ERROR MESSAGES

004174
1047 004177
004202
004205
004210
004213
004216
1048 004220
004223
004226
004231
004234
004237

004242
1049 004243
004246
004251
004254
004257
004262
004265
004270
004273
004276
004301
004304

1050
1051

101
104
106
114
040
040
124
104
106
114

040
040

105
000
122
111
105
101
122
123
116

125
105
040
111
122

15-MAR-85

122
124
101
105
124
123
000
124
101
105
124
103
101

105
123

122
104
105
040
111
105
123
106
114
105

000
040
111
104

16:13

PAGE

14-3

E3
SEQ 0030

EM12::

.ASCIZ

/DT FAILED TO SET/

EM13::

.ASCIZ

/DT FAILED TO CLEAR/

EM14::

.ASCIZ

/REGISTER ADDRESS UNIQUENESS FAILURE/

117
105
040
111

104
117
114
122
107
124

040

104
123
125
121
116
123
101
125
000

.EVEN

MACRO M1200
GLOBAL AREAS
TEST MICROCODE FOR KMC11-B

15-MAR-85 16:13

.SBTTL

1053
1054

1055 004310
1056 004310

036740

IMM,O0,XREG2

36740,36740,36740,36740

036740

.WORD

36740,36740,36740,36740

036740

.WORD

36740,36740,36740,36740

001200

100400

.WORD

36740,1200,

036760

.WORD

2012,

036760

.MORD

36760,36760,36760,36760

1066 004376

002012
036760
036760
036760
036760

036760

.WORD

36760.36760.36760.36760

1067 004406
004414

036760
036760

036760

.WCRD

36760.36760.36760,36760

036760

LWORD

36760.36760.36760.36760

036760

.WORD

36760.36760,36760,20660

BRWRTE IBUS,XRE3

036760

001200

100400

JWORD

36760,1200,

OuUT

JWORD

22720.36760.36769.36760

MEM IBUS,XREGS
MEM

036740
036740

004336

036740

004346
1862 004350
106
1062
1063 004356
1064 004356
004364

036740
036740

1059 004340

1065 004366
004374

004204

1068 004416

004424

1069 004426

004434

1070 004436
1071
1072

1073 004444
1074 004444

004452

1075 004454

004462

1076 004464

004472

1077 004474

036760

020660

036760

.MORD

35760.36760,36760,36760

036760

.WORD

36760,36760,36760,36760

036760

.WORD

36760,36760,36760,36760

036760

.WORD

36760,36760,36760,20660

BRWRTE IBUS,XREG3

036760

001200

100400

.WORD

36760,1200,

OUT

036760

122017

1089 004536
1090

122104

1091 004540
1092

122125

DRESS

17, 16 1O
1093 004542

IMM,200,0ICON

ALWAYS O

36760,36760,36760.36760

001000

[DRESS HIGH BYTE

22 TIMES

JWORD

1087 004534
1088

!oness LOW BYTE

MEM IBUS,XREG7,INCMAR

036760

020660

|EAR THE REST

OUT IMM,0,XREG2

036760

004522

1083 004532
1084
T UP LOOPBACK
1085 004532
1086

IMM,200,0INCON

ALWAYS O

036760

1080 004524

100400

OUT

036760

004512

1081
1082

36760.36760,36760

16 TIMES

036760

1079 004514

DTTST:

100400

MEM IBUS,XREG6,INCMAR

022720

004502

1078 004504

NDRTST:

36740,36740,36740

OUT

.MORD

1058 004330

036740

IRDTST:

036740

004326

036740

SEQ 0031

TEST MICROCODE FOR KMC11-B

2012,

1057 004320

002012

.WORD

004316

PAGE

SP
123000

DTST:
;

;

100400

22 TIMES

.WORD
.WORD
.WORD

_WORD _

000002
000004
000006

000010

122017
001000
122104
122125

123000

IMM,200,0ICON

ALWAYS O

000000
.WORD

IBUS,XRER7,INCMAR

1¢:

ouT

IBUS,INCON,OXREG?

ouT

IMM,0,0INCON

ouT

IBUS,PORT1,IBAL

ouT

IBUS,PORTZ2,IBAL2

AD
|

IBUS,INCON, SPO

58695285382855 ngg§g6nleoo 15-MAR-85 16:13 PAGRoAD-1
:

1095 004544

1096
ORE NPR

061070

1097 004546
120600
1098
SET, SIT AND WAIT
1099 004550
102006
1100
1101
1102
1103

W BYTE

1104 004552
1105
GH BYTE
1106 004554
1107
RD NPR,

036400
036420

PAGE OVERF.

1108 004556
120600
1109
T OVERF. FROM S TO 4
1110 004560
001400
1111
SET, GET OUT
103025
1112 004562
1113
T ADDRESS TO INCREMENT
123100
1114 004564
1115

TRANSFER

1116 004566
1117

IN CSR4

003460

1118 004570

061064

1120 004572

101022

1122 004574

100402

1124 004576

123120

1119

1121

1123

1125
1126 004600
1127

061065

15
16
17
18
19

25
26

27
28
29

30
31

HERWISE CONTINUE

1128 004602
1129
1130
1131
1132

100402

1133 004604
1134
1135 004606
1136

010000

1137 004610
1138

056230

1139 004612
1140
6>
“8I7STT
1141 004614
1142

042231

EAR MAR

i
'

TA LOW BYTE

004000

DATA

TRANSFER

36
37

AND HIGH BYTE

32
33
34
35

056236
40

.WORD

000014

000016

.WORD

061070

10¢:

120600

BR, INCA,ONPR

BRWRTE

IBUS,NPR

B8RO

10¢

SEQ 0032

Q
o

ouTt

[72)
-~

TRANSFER

000012

———
e
e

102036

TEST MICROCODE FOR KMC11-B

1094

i i.

102006

: STORE RECEIVED WORD INTO MEMORY
000020

.WORD

.WORD
.WORD
.WORD
.WORD
.WORD

000022

000024

000026

036400
036420

120600

MEM

IBUS,INDAT1,INCMAR

MEM

IBUS,INDATZ2,INCMAR

BRWRTE

IBUS,.NPR

BRSHFT

IMM,0

BR4

204

IBUS,PORT1,SPO

SPBR

BR, INCA,SPO

ouT

BR,INCA,OPORT1

114

ALUWAYS

IBUS,PORTZ2,SPO

ouTt

BR,INCA,OPQRT2

ALWAYS

001400
000030

000032

000034

000036

103025

123100
063460

061064

000040
101022
000042

000044
000046

000050

.WORD

100402

123120

11¢:

061065

100402
:

208 :

000052

.WORD

-WORD

.WORD

TRANSMIT DATA FROM KMC DATA MEMORY

010000
000054

000056

000060

004000

056230

042231

0000
056236

000064

25%:

—

NODST

IMM,0,LDMAR

NODST

IMM,0,LDMAPG

QUTPUT

INCMAR
MEMX , SELB,O0XREGO,

QuUTPUT

MEMX, SELB,OXREG1

OuTRUI MEMX, SELB.QXRELE.INCHAR
ouT

IMM,12,.0XREG

URTA

TRANSFER

1143 004616
1144

002012

.WORD

1145

1146

;

INTO MEMORY

1147
AD MAINT,
1148 004620

1149

;

020760

002012

; -

000066
.WORD

000070

TV CHECK DATA TRANSFER AND DLMP RECEIVED D&”a
308 .

020760

BRWRTE

IBUS.XREG

8RO

a9s

;oA

1151
HERWISE,

SIT

AND WAIT

1152 004624
1153
1154 004626
1155
DRESS LOW BYTE
1156 004630
1157
ORESS LOW BYTE
1158 004632
.
1159
TA LOV

1160 004634
1161
D HIGH BYTE
1162 004636
1163
15 17,16
1164 004640
1165
T NPR
1166 004642
1167
TRANSFER

1168 004644

100433

020660
122146

122167
022202
022323
121011
000421

061230

1169
AD NPR, PAGE OVERF.

120600
1170 004646
1171
NOT DONE, WAIT
1172 004650
102046
1173
OVERF.

FROM 5 10 4

1174 004652

1175
SET, GET 0QUT
1176 004654
1177

001400
103062

1178 004656

123140

RD TRANSFER

1180 004660
1181

PAGE

063460

000072

.WORD

56
57

.WORD

15-2

.WORD

000074

.WORD

BRWRTE

1IBUS,XREG3

ouT

IB8US,PORT3,08A1

ouT

IBUS,PORT4,0BA2

ouT

IBUS, XREGO,0UTDAL

IBUS, XREGS,QUTDA2

ouT

IBUS,INCON,
OBR

BRWRTE

1IMM,21

ouT

BR,SELB,ONPR

BRWRTE

IBUS,NPR

BRO

414

BRSHFT

1IMM,O

BR4

100¢

IBUS,PORT3,SP0

SPBR

BR,INCA,SPO

ouT

BR,INCA,OPQRT3

454

ALWAYS

25%

IBUS,PORT4,SPO

ouT

BR,INCA,OPORT4

ALWAYS

25%

100%:

ouT

IMM,200,0INCON

200Q%:

ALWAYS

_2QQ¢

404
:

000076

000100

000102

000104

000106

000110

12214¢

122167
022202

022323

121011

000421
000112

061230
000114

000116

.WORD

30¢

020660

.WORD

100433

1182 004662
1183
1184 004664
1185

061066

1186 004666
1187
1188 004670

100427

1189
1190 004672
1191
1192 004674
1193
7 SET
1194 004676
1195

101057

123160
061067
100427

65
66

67
001200

¥ AND WRTT

1196 004700
1197

100463

.WORD
.WORD

.WORD
.WORD
.WORD

.WORD
.WORD

.WORD

SEQ 0033

ALWAYS

000120

41%:

120600

102046

001400

000122
103062
000124

000126

000130

123140

063460

IN CSR4

INTINUE

16:13

ADDRESS TO INCREMENT

1179

15-MAR-85

061066

000132
000134

000136
000140

101057

100427

123160

454.

061067
000142

000144

000146

100427
001200

100463

MACRO M1200
GLOBAL AREAS
TEST MICROCODE FOR KMC11-B

GLOBAL

AREAS

MACRO M1200

1S-MAR

16:13

PAGE

GLOBAL ERROR REPORT SECTION
1199
1200
1201
1202
1203
1204
1205
1206
1207
1208 004702
004702
1209 004702
1210 004704
1211 004706
1212 004710
1213 004714
1214 004720
1215 004726
004726
004732
004734
004736
004742
004746
004750
004752
1216 004756
1217 004762
1218 004766
1219 004770
1220 004774
1221 004776
1222 005002
1223 005004
1224 005010
1225
1226 005012
1227 005016
005016
005022
005026
005030
005034
005040
005042
005044
1228 005050
005050
005054
005060
005064
005070
005074
005100
005104
005106
005110

.SBTTL

GLOBAL ERROR REPORT

SEQ 0034

SECTION

;
;
;:

010546
010446
010346
042705
042704
042737
013746
010446
010546
012746
012746
010600
104414
062706
012705
012703

010300

004737
010415
042725
005203

177400
177400
177770

PNTD

MOV
MOV
MOV
8IC
81C
BIC
PRINTB

RS, -(SP)
R4, -(SP)
R3,-(SP)
#177400,RS
#177400,R4
#177770, TEMP
#ERRO,R5,R4,TEMP

STORE
STORE
STORE
CLEAR
CLEAR
LEAVE

PNTD:
:
REGISTER S
REGISTER 4
REGISTER 3
HIGH BYTE FOR PRINTOUT
HIGH BYTE FOR PRINTQUT
JUST 3 LAST BITS

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

005126
000004

000012
002200
000010

005760

177400
000020

012705

002200

016546
016546
011546
012746
012746
010600
104415
062706

000004
000002

016546
016546
016546
016546
016546
012746
012746
010600
104415
062706

002174

BGNMSG

002174

122703

001366

THE GLOBAL ERROR REPORT SECTION CONTAINS MESSAGE PRINTING AREAS
PRINTB
USED BY MORE THAN TEST TO OUTPUT ADDITIONAL ERROR INFORMATION.
(BASIC) AND PRINTX (EXTENDED) CALLS ARE USED TO CALL PRINT SERVICES.

104

MOV
MOV
MOV

#TEMP1+2,R5
#DLO,R3
R3,R0O

JSR

PC,READ

MOV

R4,(RS)

BIC
INC
cMPB
BNE

#177400,(R5)+
R3
#20,R3
104

MOV
PRINTX

#TEMP1+2,RS
#ERRO1,(RS5),2(R5),4(R5)

000016
000014
000012
000010
000006
005270
000006

000016

PRINTX

SP,RO
C$¢PNTB
#12,5P

POINTER FOR STORAGE
START WITH DATA LOW

STORE REGISTER TO READ
READ A REGISTER
AND STORE IT
CLEAR HIGH BYTE FOR PRINTOUT
GET NEXT
ALL DONE?
IF NOT, BRANCH

;

POINTER FOR STORAGE

005207
000004

000012

TEMP, -(SP)
R4, -(SP)
RS, -(sP)
#ERRO, -(SP)
#4,-(SP)

#ERRO2,6(R5),10(R5),12(R5),14(R5),16(RS)

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

4(RS),-(SP)

MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

16(RS),-(SP)
14(RS), -(SP)
12(RS),-(SP)
10(RS), -(SP)
6(RS), -(SP)
oERRO2, -(SP)

2(RS), -(SP)
(R5),-(SP)

OERRO1, -(SP)

SP,.RO
CSPNTX
#12,5P

26, -(SP)
SP,RO
CSPNTX
#16,5P

GLOBAL AREAS
MACRO M1200
GLOBAL ERROR REPORT SECTION
1229
1230
1231
1232

005114
005116
005120
005122
005122
005124
1233 005126
005131
005134
005137
005142
005145
005150
005153
005156

005161
005164
005167
005172
005175
005200
005203
005206
1234 005207
005212
005215
005220
005223
005226
005231
005234
005237

005242
005245
005250
1235 005251
005254
005257
005262

005265

1236 005270
005273

005276
005301
005304
005307
005312
005315
1237 005320
005323
005326
005331
005334
1238
1239 005336
005336
005336

15-MAR 85 16:13

012603
012604
012605
000167
000210
045
101
120
124
040
063
040
103
126
040
063
040
107
124
040
061
000
045
101
116
125
124
105
123
122
125

045
101
063
045
040
063
040

1n7?

045
040

063
011
063
040
117
101
045
045
040
063
000

PAGE

MOV
MOV
MOV
EXIT

(SP)+,R3
(SP)+,R4
(SP)+,R5
MSG

;
;
;

SEQ 0035

RESTORE REGISTER 3
RESTORE REGISTER 4
RESTORE REGISTER S

116
105
105
105
045
045
122
105
105
045
045
122
111
105
045
045

045
130
103
104
117
101
105
111
104
117
101
105
123
122
117
116

ERRO:

.ASCIZ

.WORD
.WORD
/¥NsSAEXPECTED #03%A RECEIVED %03%A REGISTER %01%N/

116
114
105
116
040
107
124
040
115

045
111
040
111
122
111
105
104
120

ERROL:

.ASCII

/#N$ALINE UNIT REGISTER DUMP¥N%A%03/

101
045
045
040

040
117
101
045

.ASCIZ

/%A

«%03sA

101
045

040
117

.ASCII

/%A

%03%A

.ASCIZ

/#03%A

116
045

063

045
045
045
040
063
040
117
101
045
045

J$UMP

L10002-2-.

045
117

000
101
117
101
045
045
040
063
040
117
116

ERROZ2:

.EVEN
ENDMSG

104423

I<3

16-1

%03/

#03%A

«03%A

%03%N/

L10002:

TRAP

C$MSG

MACRO M1200
GLOBAL AREAS
GLOBAL ERROR REPORT SECTION

1240
1241 005340
005340
1242 005340
1243 005342
1244 005346
005346
005350
005352
005354
005360
005364
005366
005370
1245 005374
1246 005376
005376
005400
1247 005402
002405
005410
005413
005416
005421
005424
005427
005432
005435
005440
005443
005446
005451
005454
005457
1248
1249 005462
005462
005462
1250
1251 005464
005464
1252 005464
005464
005466
005470
005472
005476
005502
005504
005506
1253 005512
005512
005514
1254 005516

005521
005524
005527

15 MAR 85 16:13

PAGE 16-2

SEQ 0036

010546
042705
010346
010446
010546
012746
012746
010600
104414
062706
012605
000167
000060
045
101
120

124

040

063

040

103

126
040
063
040
104

123

045
045

177400

BGNMSG

PNTRAM

MOV

RS, -(SP)
#177400,RS
#ERR1,RS,R4,R3

81C

PRINTB

;:
;:

PNTRAM:
:
STORE REGISTER S
CLEAR HIGH BYTE FOR PRINTOUT

005402
000004

000012
MOV

EXIT

116
105
105
105
045
045
122
105
105
045
045
101
122
123

117
116

045

130
103

ERR1:

.ASC12Z

(SP).,RS

;

MSG

/%NSAEXPECTED

#03%A

RESTORE REGISTER S

RECEIVED

#Q3%A

.WORD
.WORD

JSJIMP
L10003

TRAP

C$MSG

s06%N/

R4,

(SP)

CS$PNTH
#l2,SpP

117
101
105
111
104
117
101
104
105

040
066
000

.EVEN
ENDMSG
L10003:

BGNMSG

PNTREG

PRINTB

0ERR2 ,RS,R]1,R3

005516
000004

000012

EXIT

MSG

000060

116

105
105
105

PNTREG:
:
MOV
MOV
MOV
MOV
MOV
MOV
TRAP

000167

045
101
120
124

RS,-(SP)
QERR1,
- (SP)
04, -(SP)
SP,RO

R3,-(SP)

104

104423

010346
010146
010546
012746
012746
010600
104414
062706

ADDRESS

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

045

130
103
104

ERR?:

.ASC12Z

/SNSAEXPECTED w06%A RECEIVED s06%A

ADOD

.WORD
.WORD
ADDRESS w06%N/

CSPNTB
012,5P
J$UMP
L10004

MACRO M1200
AREAS
GLOBAL ERROR REPORT SECTION
GLOBAL

005532
005535
005540
005543
005546
005551
005554
005557
005562
005565
005570
005573

1255
1256 005576
005576
005576
1257
1258 005600
005600
1259 005600
005600
005602
005604
005610
005614
005616
005620
1260 005624
1261 005626
1262 005630
005630
005632
1263 005634
005637
005642
005645
005650
005653
005656
005661
005664
005667
005672
005675

040
066
040
103
126
040
066
040
104
123
045
045

15 MAR 85 16:13
045
045
122
105
105
045
045
101
122
123
117
116

16-3

SEQ 003

117
101
105
111
104
117
101
104
105
040
066
000

.EVEN
ENDMSG

L 10004:

104423
BGNMSG

ERPNT

PRINTB

OGERRZ,

014446

012746
012746
010600
104414
062706
005724
005725
000167
000042
045

101
120
124
040

066
040
103
126
040
066
000

116
105
105
105
045
045
122
105
105
045
045

187
ST

045
130
103
104
117
101
105
111
104
117
116

ERR3:

104423

;
H

RESTORE OLD
VALUES

ExXIT

MSG

.ASCIZ

/oNwAEXPECTED w068A RECEIVED =06%N/

.EVEN
ENDMSG

1265 005676

(R4).
(RS).

C$MSG

MOV
MOV

-(RS),
(Ra),

MOV
MOV

OERRS, (>SP)
o3, (SP)

(RS)

005634
000003
000010

TRAP

ERPNT
: .
(R4),

014546

1264

005676
005676

PAGE

L 10005:

(SP)
(SP)

MOV
TRAP

C$PNTB

ADD

910,5P

.WORD
.WORD

.,
NEN
L10005 2

TRAP

C $MSG

SP,.RO

GL OBAL

GLOBAL

AREAS

MACRO M1200

SUBROUTINES SECTION

PAGE 17

15 MAR 85 16:13
.S8TTL

1267

1268
1269
1270
1271
1272

GLOBAL

THE

GLOBAL

THAT

ARE

SUBROUTINES

USED

SEQ 0038

SUBROUTINES SECTION

IN MORE

SECTION CONTAINS
THAN

ONE

THE

SUBROUTINES

TEST,

1273

©e

1274

1277

1278

DESCRIPTION:

SUBROUTINE TO INITIALIZE KMC1l1l B UNDER TEST
IMPLICIT

INPUTS:

®e

1279

POINTS

TO DEVICE

CSR

CALLING SEQUENCE
:
JSR

PC,.MSCLR

GO TO INITIALIZE ROUTINE

MOV

KCSR,R2

STORE POINTER TO 1ST REGISTER
CLEAR RUN BIT JUST IN CASE
SET MASTER CLEAR BIT
CLEAR ALL CSR REGISTERS

®s

KCSR

®r

1280
1281
1282
1283
1284
1285
1286
1287
1288
1289
1290
1291
1292
1293
1294
1295
1296
1297
1298
1299

FUNCTIONAL

1275
1276

005700
005700
005704
005706
005712
005714
005720
005724
005730

013702
005012
012712
005012
005062
005062
005062
000207

002166

040000
000002
000004
000006

MSCLR:
:

CLR

MOV

CLR
CLR
CLR
CLR

RTS

(R2)

#MCLR, (R2)

(R2)
2(R2)

4(R2)

6(R2)

—

a—

MACRQO M1200
GLOBAL AREAS
GLOBAL SUBROUTINES SECTION

1301
1302
1303
1304
1305
1306
1307
1308
1309
1310
1311
1312
1313
1314
1315
1316
1317
1318
1319
1320
1321 005732
1322 005732
1323 005736
1324 005742
1325 005710
1326 005752
1327 005756

15-MAR 85

16:13

PAGE

SEQ 0039
FUNCTIONAL DESCRIPTION:

SUBROUTINE EXECUTE AN INSTRUCTION IN MAINTENANCE MODE
INPUTS:
RO

IMPLICIT

CONTAINS INSTRUCTION TO EXECUTE
INPUTS:

KCSR

POINTS

TO DEVICE

CSR

CALLING SEQUENCE:
MOV

JSR

013702
012712
010062
012712
042712
000207

002166
001000
000006
000400
000400

ROMCLK:
:
MOV
MOV
MOV
MOV

8IC

RTS

#INTSTR,RO
PC,ROMCLK

LOAD INSTRUCTION INTO RO
GO EXECUTE IT

KCSR,R2
#RAMI, (R2)
RO,6(R2)
#STEP,(R2)
#STEP,(R2)
PC

STORE POINTER TO CSR
CLEAR RUN
STORE INSTRUCTION INTO REG.6
EXECUTE ONE INTSTRUCTION
CLEAR STEP BIT

RETURN

MACRO M1200
GLOBAL AREAS
GLOBAL SUBROUTINES SECTION

1329
1330
1331
1332
1333
1334
1335
1336
1337
1338
1339
1340
1341
1342
1343
1344
1345
1346
1347
1348
1349
1350
1351
1352
1353
1354
1355
1356
1357
1358
1359
1360
1361
1362 005760
1363 005760
1364 005764
1365 005770
1366
1367
1368
1369 005772
1370 005776
1371
1372
1373
1374 006C20
1375 006002
1376 006004
1377 006006
1378 006010
1379 006014
1380 006020
1381 006024
1382 006026
1383 006032
1384

15 MAR

16:13

PAGE

SEQ 0040

HE
X ]

FUNCTIONAL

DESCRIPTION:

SUBROUTINE

TO READ DATA INTERFACE REGISTER OR KMC11-B MEMORY

INPUTS:
RO

CONTAINS REGISTER

TO BE READ OR

377

TO READ

DATA MEMORY
(FOR REGISTER READ ONLY 10,15,16,17 IN OCTAL
IS VALID)
:

IMPLICIT

INPUTS:

KCSR
R2

POINTS
POINTS

TQ DEVICE
TO DEVICE

CSR
CSR

AFTER RETURN FROM ROMCLK SUBROUTINE

OUTPUTS:
R4

CONTAINS

SUBROUTINE IS USED
KMC11

002174
000377

THE

READ

OPERATION

TO EXECUTE READ

OPERATION FROM

CALLING SEQUENCE:
MOV

010037
122700
001003

SUBORDINATE ROUTINES USED:
ROMCLK

RESULT

#DLO,RO

JSR

PC,READ

MOV

RO, TEMP

;

GO READ IT

TO BE READ

READ:
:

CMPB
BNE

#377,RO
10$

;

STORE

:
:

MEMORY READ?
IF NOT, BRANCH

855226, RO

; OUT SELB,X.REG6
INCMAR

WHAT

TO BE

READ

: TO READ MEMORY
012700
000410

055226

’

MOV

B8R

20%

: GO EXECUTE WHAT IN RO

; T0 READ A DATA INTERFACE REGISTER
006100
006100
006100
006100
042700
052700
004737
005004
116204
000207

10$:

ROL

177417
021006
005732
000006

ROL
ROL

RO
RO

B1S

#21006,R0O

B8IC

204 :

JSR
CLR

MOVB
RTS

2177417 ,RO

;

:
;

ROTATE LEFT 4
TO GET

BITS

FROM BITS

TIMES

4>
<3 0>

CLEAR ALL BUT <7 4>

OUT INBUS,REG N,XREG6

PC,ROMCLK
R4

;
;

NOW EXECUTE WHAT
CLEAR R4

6(R2),R4
PC

STORE

RESWLT

IN RO

GLOBAL

AREAS

GLOBAL

SUBROUTINES SECTION

MACRO M1200

15 MAR

1386
1387
1388
1386
1390
1391
1392
1393
1394
1395
1396
1397
1398
1399

16:13

PAGE

SEQ 0041

FUNCTIONAL

DESCRIPTION:

SUBROUTINE TO WRITE TO A DATA INTERFACE REGISTER
INPUTS:

B¢

®e

HEA

IMPLICIT

INPUTS:

RO
RS

POINTS TO DEVICE CSR

KCSR

SUBORDINATE ROUTINES USED:

1400
1401
1402
1403
1404
1405
1406

SUBROUTINE IS USED TO EXECUTE WRITE OPERATION FROM
KM C11

CALLING SEQUENCE:
MOV
MOV

JSR

#0LO,RO
#5252,RS
PC,WRITE

GO WRITE

TO WRITE TO

WRITE

TO REGISTER

ROMCLK

1407
1408
1409
1410
1411
1412
1413
1414
1415
1416
1417
1418
1419

006034
006034
006040
006044
006059
006054
006060

013702
042700
052700
010562
004737
000207

002166

177760

122100
000004
005732

WRITE::
MOV

8IC
8IS

MOV

JSR
RTS

KCSR,R2
#177760,R0
#122100,R0
RS,4(R2)

PC,ROMCLK

STORE POINTER TO CSR

CLEAR ALL BUT

OUT

<3-0>

IBUS,XREG4,REG N

PATTERN

T0O 4TH CSR

EXECUTE IT
AND RETURN

—
e

16:13

SEQ 0042
DESCRIPTION:

—

FUNCTIONAL

SUBROUTINE TO LOAD FIRMWARE INTO KMC11-B
;

INPUTS:
RO
RS

IMPLICIT
R2

;

SIZE OF FIRMWARE IN WORDS
ADDRESS OF THE ROUTINE TO LOAD
INPUTS:
POINTS

TO DEVICE CSR

OUTPUTS:
RO

SUCCESS

CODE

(

(
;

005003
012712
010362
011562
052712

000207

SUCCESS)

1 INDICATES FAILURE)

CALLING SEQUENCE:

000004
000006
020000

10¢:

MOV
MOV
JSR

#19,R0
#IRDTST,RS
PC,LOAD

ROUTINE SIZE
STARTING ADDRESS
GO WRITE TO REGISTER

CLR
MOV

R3
#RAMO, (R2)

STARTING ADDRESS OF
ENABLE WRITE

MOV
MOV
BIS

;
005012
005062
005062
012712
010362
021562
001003
005725
005203
077027

O INDICATES

LOAD:

002000

R3,4(R2)
(RS5),6(R2)

#CRAMW, (R2)

CRAM

LOAD ADDRESS TO WRITE
LOAD DATA
WRITE TO CRAM

COMPARE DATA JUST WRITTEN
CLR
CLR
CLR

000004
000006
002000
000004
000006

(R2)
4(R2)
6(R2)

MOV
MOV

#RAMO, (R2)
R3,4(R2)

BNE

204

INC

CLEAR TO DO NEXT CYCLE
CLEAR ADDRESS

AND DATA
ENABLE CRAM

sS0B

RO, 104

MOVE ADDRESS
WAS DATA 0K?
NO, BRANCH
GET NEXT WORD TO LOAD
TO THE NEXT ADDRESS
LOOP UNTIL DONE

RTS

AND RETURN

CcMP

TS7T
204$:

—

PAGE 21

HRZ4

;

—————

—

———

1421
1422
1423
1424
1425
1426
1427
1428
1429
1430
1431
1432
1433
1434
1435
1436
1437
1438
1439
1440
144)
1442
1443
1444
1445
1446
1447
1448 006062
1449 006062
1450 006064
1451 006070
1452 006074
1453 006100
1454
1455
1456
1457 006104
1458 006106
1459 006112
1460 006116
1461 006122
1462 006126
1463 006132
1464 006134
1465 006136
1466 006140
1467 006142
1468 006142
1469

15-MAR

—

(RS5),6(R2)

(RS).

. —— -

MACRO M1200
GLOBAL AREAS
GLOBAL SUBROUTINES SECTION

—

MACRO M1200
GLOBAL AREAS
GLOBAL SUBROUTINES SECTION

1472
1473
1474
1475
1476
1477
1478
1479
1480
1481
1482 006144
006144
1483
1484 006144
006144
006146
1485
1486
1487
1488
1489 006150
006150
006150

15-MAR-85

16:13

PAGE 22

SEQ 0043
.TITLE MISCELLANEQUS SECTIONS

.SBTTL

;

REPORT CODING SECTION

THE REPORT CODING SECTION CONTAINS THE
“PRINTS" CALLS THAT GENERATE STATISTICAL

BGNRPT

000167
000000

EXIT

REPORTS.

L$RPT::
RPT

.WORD
.WORD

J$JIMP
L10006 2-.

TRAP

CS$RPT

.EVEN

ENDRPT

104425

L10006:

—

MISCELLANEOUS SECTIONS
PROTECTION TABLE

1491
1492
1493
1494
1495
1496
1497
1498 006152
006152
1499
1500 006152
1501 006154
lgog 006156
150
1504 006160
1505

e———

—
.

MACRO M1200

—

15 MAR

.SBTTL

16:13

PAGE 23

—_—

——

s ee

BGNPROT
L$PROT: :

ENDPROT

——-

SEQ 0044

PROTECTION TABLE

-1
-1
-1

; THIS TABLE IS USED BY THE RUNTIME SERVICES
: TO PROTECT THE LOAD MEDIA.
s --

177777
177777
177777

;OFFSET INTO P TABLE FOR CSR ADDRESS
;OFFSET INTO P TABLE FOR MASSBUS ADDRESS
;OFFSET INTO P-TABLE FOR DRIVE NUMBER

MISCELLANEOUS

SECTIONS

MACRO M1200

15 MAR-85

16:13

PAGE 24

INITIALIZE SECTION
1507
1508
1509
1510
1511
1512
1513
1514 006160
006160
1515
1517
1518
1519
1520
1521
1522
1523
1524
1525
1526
1527
1528
1529
1530
1531
1532
1533
1534
1535
1536
1537
1539
1540 006160
006160
006164
1541 006166
006166
1542 006170
006170
006174
1543 006176
006176
1544 006200
006200
006204
1545 006206
006206
1546 006210
006210
006214
1547 006216
006216
1548 006220
006220
006224
1549 006226
006226

.SBTTL

SEQ 0045

INITIALIZE SECTION

e
e

;
;

THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED
AT THE BEGINNING OF EACH PASS.
.

BGNINIT

L$INIT::
5 969596 96 96 96 96 96 96 96 96 96 96 96 95 96 96 9696 96 96 56 96 96 36 96 9 96 9 9 96 9696 969596 9696 956 96 96 9696 96 956 96 96 96 96 95696 96 969696 95 56 9 56 6

EXAMPLE OF EVENT FLAG USE:

H
;
i
:
;

BCOMPLETE
STARTCODE
DURING THE INIT CODE, USE THE "GPHARD" MACRO TO OBTAIN P-TABLE
INFORMATION FOR DEVICE TESTING.
GET ONE UNIT'S INFORMATION IF
THIS IS A SEQUENTIAL DIAGNOSTIC.
GET INFORMATION ON ALL
UNITS AVAILABLE FOR TESTING IF THIS IS AN EXERCISER.
THE NUMBER

READEF

#EF .START

OF UNITS AVAILABLE IS IN A HEADER LOCATION:

“L$UNIT",

+ 969696 96 96 96 96 96 9 96 96 5956 9 9 56 96 95696 96 96 96 96 9696 9656 96 96 56 96 969696 96 96 96 96 96 96 96 96 96 56 96 96 96 9696 96 956 6 9 96 9 5 96 9 5 96 9

READEF

012700
104447

BCOMPLETE
READEF

RFADEF

#EF .NEW

BCOMPLETE
READEF

;

DON'T DO ANYTHING

:
;

START

#EF .RESTART

START WITH 1ST
IF

:
:

UNIT

NEW PASS

START
IF

BCOMPLETE

START

#EF .PWR

:
;

WITH

1ST

UNIT

RESTART

START WITH 1ST
IF

POWER

000034

BCOMPLETE

ENDIN

;

96 96956 9696 9 96 96 56 96 96 96 96 96 96 96 96 96

CONTINUE FLAG

000037

READEF

103423

START

000035

103405

012700
104447

ENDIN

#EF .START

BCOMPLETE

103411
012700
104447

;

000040

103415
012700
104447

#*EF . CONTINUE

000036

103443

496 96 9 96 96 9.9 96 96 96 96 96

;

012700
104447

9 9 9.9

THE INITIALIZE CODE IS EXECUTED UNDER FIVE CONDITIONS.
THERE
ARE SUPERVISOR EVENT FLAGS THAT ARE USED TO LET THE
DIAGNOSTIC KNOW UNDER WHICH CONDITION THE EXECUTION IS TAKING
PLACE.
THE EVENT FLAGS ARE READ USING THE "READEF" MACRO.
THE CONDITIONS UNDER WHICH THE INIT CODE IS EXECUTED AND THE
CORRRESPONDING EVENT FLAGS ARE:
START COMMAND
EF .START
RESTART COMMAND
EF .RESTART
EF . CONTINUE
CONTINUE COMMAND
POWERDOWN/POWERUP
EF .PWR
NEW PASS
EF .NEW

TRY TO CONTINUE

UNIT

MOV
TRAP

#EF . CONTINU
RO
E
C$REFG

BCS

ENDIN

MOV
TRAP

QEF .START,RO
C$REFG

BCS

START

MOV
TRAP

#EF .NEW,RO
C$REFG

B8CS

START

MOV
TRAP

#EF .RESTART
RO
C$REFG

BCS

START

MOV
TRAP

f##EF .PWR, RO

BCS

ENDIN

CS$REFG

MISCELLANEQUS

SECTIONS

INITIALIZE SECTION

1550
1551
152%
15
1554
1555
1556
1557
1558

006230

006232
006240
006244
006252
006254
006254
006260
006262
1559 006264
006264
1560 006266
1561 006272
1562
1563 006276
1564 006276
006276
006276

MACRO M1200

15-MAR-85

000403

:
;
012737
005237
023737
001767

177777
002170
002170

013700
104442
010001

002170

103365
012137
011137

002170

002012

16:13

14
PAGE

24-1

IF START OR ANY OTHER COMMAND,

START:
NEXT:

MOV
INC
cMpP
BEQ
GPHARD

#-1,LOGUNT
LOGUNT
LOGUNT ,L $UNIT
START
LOGUNT,R1

BNCOMPLETE
002166
002172
ENDIN:

MOV
MoV
.EVEN

(R1)+,KCSR
(R1),MTMODE

IF NONE OF THE ABOV,

GET NEXT UNIT

START WITH UNIT 0
;
;
;
;
;

START WITH UNIT O
GET NEXT UNIT
REACHED THE MAX?
IF YES, START ALL OVER
GET HARDWARL TABLE
MOV
TRAP
MOV
TRY ANOTHER
8cC

;

IF UNAVAILBALE,

;
;

GET CSR ADDRESS
GET LOOPBACK MODE

LOGUNT ,RO
C$GPHRD
RO,R1
NEXT

ENDINIT
104411

L10010:

TRAP

C$INIT

SEQ 0046

MISCELLANEQUS SECTIONS
AUTODROP SECTION

1566
1567
1568
1569
1570
1571
1572
1573
1574
1575 006300
006300
1576
1577
1578 006300
006300
006300

MACRO M1200

15-MAR-85 16:13

.SBTTL

PAGE 25

J4
SEQ 0047

AUTODROP SECTION

*
e

THIS CODE IS EXECUTED IMMEDIATELY AFTER THE INITIALIZE CODE IF
THE "ADR" FLAG WAS SET.
THE UNIT(S) UNDER TEST ARE CHECKED TO
SEE IF THEY WILL RESPOND.
THCSE THAT DON'T ARE IMMEDIATELY

DROPPED FROM TESTING.
BGNAUTO

L $AUTO:
;
ENDAUTO
104461

L10011:
TRAP

C$AUTO

<4
MISCELLANEQUS SECTIONS

CLEANUP CODING SECTION

1580

MACRO M1200

1S MAR 85

.SBTTL

1581
1582

16:13

PAGE 26

SEQ 0048

CLEANUP CODING SECTION

1583
1584

:
;

THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED
AFTER THE HARDWARE TESTS HAVE BEEN PERFORMED.

158
1586

1587 006302
006302
1588
1589
1590 006302

006302
006304

1591
1592
1593
1594
1595 006306
006306

006306

BGNCLN

104432
000002

EXIT

L$CLEAN::
CLN

TRAP
.MORD

C$EXIT
L10012

TRAP

C$CLEAN

.EVEN
ENDCLN

L10012:

104412

—_—

—

——————————

|
.

MISCELLANEQUS

MACRO M1200

15-MAR-B8S5

16:13

PAGE 27

SECTION
.SBTTL
;00

;
;

THE DROP-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
TO NO LONGER BE TESTED.
B8GNOU

L$DV:

o 96905 95 95 96 96 06 96 96 96 96 96 96 96 5 96 96 96 96 96 96 96 96 96 96 96 96 0 9 0 96 96 96 96 96 9 0 0 9 96 96 96 95 96 96 56 0 0 96 96 96 96 96 96956 9 96 o 90 96 9696 90, 96 0 96 06 9 9 96 95946 94 4 2 o o o 0 0

:
:
:
:

INSERT DROP CODE HERE.
THIS CODE WILL Pc EXECUTED AFTER
A “DROP" COMMAND OR A "DODU” MACRO EXECLTION.
THE PURPQSE
OF THIS CODE IS TO DO ANY NECESSARY HOUSEKEEPING AFTER A
UNIT HAS BEEN DROPPED.
THIS SECTION IS OPTIONAL.

5 9696 96 956 95 06 96 96 96 96 96 96 96 9% 96 95 96 96 96 96 96 95 95 96 96 96 96 96 96 95 96 96 96 95 956 6 0

EXIT

000167
000000

1616
1618

5 96 96 50 56 56 1 0 o o

5 5 0o o o 9 9 9 4 4

.WORD
.WORD

5 96959696 96 9% 96 96 96 96 9 96 96 9% 9% 96 96 96 96 96 96 96 96 96 96 5 95 06 9 6 6 6 6 6 6 9 o o o o o 0 16 10 e 56 6 16 6 6 6 46 946 969069 96 96

:
H

INSERT LOCAL STORAGE THAT IS USED ONLY
DURING THE DROP-UNIT SECTION.

& 96969696 96 95 0 96 96 0 96 9 96 9 96 96 96 96 96 96 96 96 96 96 96 96 96 96 96 6 6 6 6 6 0 0 0 o o . 0 4 0 4 6 o 2 0
o 959095 96 06 06 0 06 96 96 96 56 956 06 6 56 9 96 96 96 96 96 9696 o5 5 5 06 6 4 6 6 6

:
H

o o o o 9 9 46 946 946 9 9 0

o oo

INSERT MESSAGES THAT ARE USED ONLY
DURING THE DROP-UNIT SECTION.

o o o 0 4 1 o o o4 o o 4

& 9696 96 98 06 98 96 96 96 96 96 0 9 96 96 0 6 96 96 9 96 90 0 9 0 o 9 9 96 9696 00 96 5 o o o 96 96

JUsuMP
L10013-2

0 0 0 0 26 0 0 6 06 6 6 6 96 90 90 9 0 0 9 96 o6

o 0 0 0 6 0 o 996 96 956 06 06 96 9 9 6 6 8t o
6 6 0

0 0 o 0 96 08

00 6 0. 06 0 96 98

0 0 9 0 16 06 046 6 06 06 6 0 0 0 0 96 96 96 90,9895 96 95 98

06 6 6 o 0 o 906 96 96 9 90 0 96

46 06 5 006 96 6 06 0 0 6 o o o o o o 96 8

104453

L10013:

TRAP

csDUL

—

ENDDU

—

.EVEN

1619
1620
1621
1622
1623
1624
1625
1626
1628
1629
1630
1631 006314
006314
006314

SEQ 0049

DROP UNIT SECTION

———
e
——

1597
1598
1599
1600
1601
1602
1603
1604 006310
006310
1605
1607
1608
1609
1610
1611
1612
1614
1615 006310
006310
006312

DROP UNIT

SECTIONS

M4
MISCELLANEOUS SECTIONS
ADD UNIT SECTION
1633
1634

TMACRO M1200

15 MAR 85 16:13
.SBTTL

1635

soe

16%7

1636

;

1638
1639
1640
1641 006316
006316

;
;-

PAGE 28

ADD UNIT

SEQ 0050

SECTION

THME ADD-UNIT SECTION CONTAINS ANY CODE THE PROGRAMMER WISHES

T0 BE EXECUTED IN CONUUNCTION WITH THE ADDING OF A UNIT BACK
TO THE TEST

CYCLE.

BGNAVY

1642

LS$AY:
:

1644

;sdvddusisussssdsusiusdssdsgsdsssssssnsussissssssssissssusrsssssdcssssusssssssstsees

1648

1645
1646
1047

:
:
H

1649

16
165S

THIS SECTION IS OPTIONAL.

;uudusslsuissssssssssssssssssssssssssdssssussdssusssdussssdssdsssssessddddsddscscsds

1651

1652 006316
006316
s3 006320

INSERT ADD CODE HERE.
THIS CODE WILL BE EXECUTED AFTER
AN “ADD” COMMAND.
THE PURPOSE OF THIS CODE IS 10 DO ANY
HOUSEKEEPING THAT MAY BE NECESSARY AFTER A UNIT WAS BEEN ADDED.

EXIT

000167
000000

. WORD
. WORD

+ 95969096 9006 95 0 06 o 0 0. 06 o 06 96 96 06 6 96 9 95 9 95 95 96 96 96 96 9 9. 90 0 9 0 0 06 0 S e O

1656

;

1657

1658

INSERT LOCAL STORAGE THAT IS USED OMNLY

JI P
L10014-2

0 S S S b b sl gl el ab b sb gl b el gl b el bl el sb el b el e S bl S D L 0D 0

DURING THE ADD UNIT SECTION.

;vevusssssssssssssssssssssssssisssussdsssusdssdsaatssssddsssssdsssssessssdesessstsese

1659
1660

5 S 909095 9696 96 95 95 06 06 95,05 96 0 o6 06 08 0 0 98 0 98 06 95 06 95 95 06 9. 06 95 06 08 00 0.9 0 0 0 w0 Sl b b el el el b sl el el s gl gl el el el gl

:
;

1661
1662

1663

INSERT MESSAGES THAT ARE USED ONLY
OURING THE ADD-UNIT SECTION.

1665

1666

.EVEN

1668 006322
006322
006322

ENDAUV

1667

1669
1670

104452

il el el eb bl el el bl el bl b 0B

RPRRRRRRRmRRmmmmma——
PP
RR PP

L10014;

TRAP

CsAv

MISCELLANEOUS SECTIONS
TEST

TEST

MACRO M1200

15 MAR 85 16:13
.SBTTL

1674

1675
1676 006324
006324

TESTY

PAGE
1:

RFGISTER

N4
SEQ 00S1

TES?

BGNTST

11::

1677

1678
1679
1680
1681

1682
1683 006324
006324
006324
1684 006326
1685 006332
1686 006336
1687 006344
1688 006352
1689 006354
1690 006356
1691
1692
1693
1694 006360
1695 006360
1696 006364
006364
006366
006370
006372
1697 006374
1698 006374
1699 006402
00640"
006402

SUBTEST

UNIBUS.

TO VERIFY THAT ALL SELECTED WUNITS CAN BE ACCESSED THROUGH

BGNSLE

104402
012702
013703
013737
012737
005723
077202
000406

000004
002166
000004
006360

MOV
002174
000004
1$:

11.1:
;

DO FOR ALL

ans , TEMP
024,304
(R3).

:
;:
;

STORPE NXM VECTOR
POINT NEW ONE TO THE PROGRAM
CHECK WHETHER RESPONDED

MOV

KCSR,R3

s08
BR

R2,1$
34

MOV
MOV
1S7

TRAP

04,R2

GET

&4 REGISTERS

csBsuB

ADDRESS OF FIRSTY

;:
;

DO FOR ALL REGISTERS
EXIT TEST

:
;

ADJUST STACK
NOTHING AT THAT

: TIMEOUT ROUTINE
062706

é‘:

000004

104456
0Q0001
003260
000000
013737

104403

ADD
ERRHRD

04, 5P
1,.KMC1

ADODRESS
TRAP

.WOROD

002174

000004

MOV

ENDSUB

TEMP ,an4

;

RESTORE

NXM

CS$ERHRD

.WORD
.WORD

KMC1
0o

TRAP

CsESUB

VECTOR

L10016:

—

MISCELLANEOUS SECTIONS
TEST 1:
REGISTER TEST

MACRO M1200

15-MAR-85 16:13

PAGE 31

B5
SEQ 0052

1701
1702
1703
1704
1705

SUBTEST

TO VERIFY FLOATING 1

THROUGH ALL CSR REGISTERS

1706

1707 006404
006404
006404
1708 006406
1709 006412
1710 006414
1711 006420
1712 006424
1713 006426
1714 006430
1715 006432
1716 006434
006434
006436
006440
006442

1717
1718
1719
1720
1721 006444
006444
1722 006446
1723 006450
1724 006452
1725 006454
1726 006456
1727 006460
006460
006460
1728
1729 006462
006462
006462
1730

BGNSUB
104402
013703
005723
012704
012705
010513
011301
020501
001404

T1.2:

002166

MOV

000003
100000

MOV
MOV
MOV

?3,R4
#100000,RS
RS, (R3)

MOV
cMP
BEQ
ERRHRD

(R3),R1
R5,R1
3
2,KMC2,PNTREG

TS7

1¢:
2%:

104456
000002
003331
005464

KCSR,R3

(R3).

TRAP

csBsus

TRAP

CS$ERHRD
2

GET ADDRESS OF FIRST
GET NEXT ONE
DO FOR ALL 7
START WITH 1
WRITE PATTERN
READ IT BACK
WAS IT WRITTEN?
IF 0K, BRANCH
REGISTER ERROR

.WORD
.WORD
.WORD

KMT2
PNTREG

TRAP

CsCLP1

TRAP

Csesus

TRAP

CSETST

: CHANGE THE PATTERN
3¢:

104406
000241
006005
001364
005723
077420

CKLOOP

LOOP ON ERROR

CLC

CLEAR CARRY
CHANGE TO A DIFFERENT BIT

ROR
BNE
TST
508
ENDSUB

24
(R3).
R4,1$

KEEP DOING UNITL O
GET NEXT CSR
DO FOR ALL 3 REGISTERS

L10017:

104403
ENDTST

104401

L10015:

MISCELLANEQUS SECTIONS
KMC11-8 TEST
TEST 2:

1732
1733 006464
006464
1734
1735
1736
1737
1738
1739
1740 006464
006464
006464
1741
1742

MACRO M1200

15-MAR 85

.SBTTL

006466
006470
006474

TEST 2:
BGNTST

TEST 7O
TESTING

KMC11

SEQ 0053

TEST
T2::

VERIFY THAT ALL
ARE WORKING

FUNCTIONS OF

THE KMC11-B NEED FOR

BGNSUB

FURTHER

T2.1:

104402

SUBTEST
005003
013702
012705

CLR

002166
100000

108:

TRAP

csesus

TRAP

CSERHRD
3

TO VERIFY CRAM WITH FLOATING 1 PATTERN
R3

MOV

KCSR,R2

MOV

#100000.,RS

FIRST

ADDRESS

GET CSR ADDRESS
INITIAL PATTERN

: WRITE TO A LOCATION
006500
006504
006510
006514
006520

012712
010362
010562
052712
042712

20%:

002000
000004
000006
020000
020000

MOV

MOV
MOV

SRAMO, (R2)

SET RAMO IN SELO

8CRAMW, (R2)
OCRAMM. (R2)

DATA TO SEL6
SET WRITE BIT IN SELO
CLEAR WRITE BIT

R3,4(R2)
R5.6(R2)

BIS
BIC

ADDRESS

SEL4

: READ A LOCATION BACK

1758

1759
1760
1761
1762
1763
1764

PAGE

*
e

1743

1744
1745
1746
1747
1748
1749
1750
1751
1752
1753
1754
175S
1756
1757

16:13

006524
006532
006536
006540
006542
006542
006544
006546
006550
006552
006556
006560
006562
006564

176S
1766
1767
1768
1769
1770
1771
1772
1773 006566
1774 006570
1775 006574
1776 006576
006576
006576

016237
016201
020501
001404

104456
000003
003460
005464
042712
000241
006005
005705
001345

000004
000006

002000

002174

304:

;
005203
022703
003337

104403

010000

MOV
MOV

4(R2),TEMP
6(R2).R1

READ THE
AND DATA

CMP
BEQ
ERRHRD

RS,R1
304
3 ,KMCS,PNTREG

DATA 0K?
IF S0, BRANCH
CRAM ERROR

BIC

#RAMO, (R2)

ROR
TST

RS
RS

BNE

20$

CLC

GET NEXT

ADDRESS

CLEAR RAMO 8IT
CLEAR CARRY
GET NEXT PATTERN

.WORD
.WORD
.WORD

KMCS
PNTREG

TRAP

CsESUB

ALL DONE?
IF NOT, BRANCH

ADDRESS

INC
CMP
BGT
ENDSUB

R3
#4096. ,R3
10¢

GET

ALL

LOCATIONS?

IF NOT,

ADDRESS

BRANCH
L10021:

——

MISCELLANEOUS

TEST

SECTIONS
KMC11-B TEST

MACRO M1200

15-MAR-85

16:13

PAGE

—

———————

—

D5
SEQ 0054

1778

1779
1780
1781
1782
1783
1784 006600
006600
006600
1785 006602
1786 006606
1787 006612
1788
1789
1790
1791 006614
1792 006620
1793 006624
1794 006630
1795 006634
1796 006640
1797 006644
1798 006646
1799 006650
006650
006652
006654
006656
1800 006660
1801 006662
1802 006666
1803
1804
1805
1806 006670
1807 006674
1808 006700
1809 006704
1810 006710
1811 006712
006712
006714
006716
006720
1812 006722
1813 006722
006722
006722

SUBTEST TO VERIFY iHAT BRG REGISTER CAN BE LOADED WITH A
UNIQUE DATA PATTERN AND THAT MASTER CLEAR CLEARS BRG.

BGNSUB

104402
013702
012705
005004

T2.2:

002166
177577

MOV
MOV

CLR

KCSR,R2
#177577,RS

:
010562
012700
004737
012700
004737
116204
120504
001404

000004
120500
005732
061225
005732
000005

122705

001352

iOS:

MOV
MOV
JSR
MOV
JSR
MOvB

CcMPB

R5,4(R2)
#120500,R0
PC,ROMCLK
#61225,R0
PC,ROMCLK
5(R2),R4

R5,R4

20$
4,KMC3

PATTERN TO CSR 4

CSR4 TO BRG INSTRUCTION

EXECUTE IT
BRG TO CSR4(HIGH BYTE)
EXECUTE IT
READ BACK A PATTERN
WAS IT PATTERN WRITTEN?
IF SO, BRANCH
BRG ERROR

TRAP

000177

csssus

WRITE AND READ BACK PATTERN FROM BRG

BEQ
ERRHRD

104456
000004
003356
000000
006005

TRAP

STORE CSR FOINTER
LOW BYTE ALL 1'S
INITIALIZE RECEIVE PATTERN

20$:

ROR

CMPB
BNE

#177,.RS
10$

ROTATE RIGHT
ALL 1'S AGAIN?
IF NOT, DO NEXT

.WORD
.WORD
.WORD

C$ERHRD

KMC3
0

PATTERN

: CHECK THAT MASTER CLEAR CLEARS BRG REGISTER
004737
012700
004737
105762
001404

005700
061225
005732
000005

JSR

104456
000005
003403
000000

PC,MSCLR

MOV
JSR
TSTB

#61225,R0
PC,ROMCLK

BEQ
ERRHRD

304
5,KMC4

30$:

S(R2)

RESET KMC11
BRG TO CSR4(HIGH BYTE)
READ BRG
WAS IT CLEARED?
IF SO, BRANCH
MASTER RESET DID NOT CLEAR BRG
TRAP
CSERHRD
.WORD
5
KMC4
-WORD
.WORD
0

ENDSUB

104403

L10022:
TRAP

Csesus

MISCELLANEQUS

TEST

SECTIONS
KMC11-B TEST

1815
1816
1817
1818
1819
1820
1821 006724
006724
006724
1822 006726
1823 006732
1824 006734
1825
1826
1827
1828 006736
1829 006742
1830 006746
1831 006752
1832 006756
1833 006762
1834 006766
1835 006772
1836 006776
1837 007000
1838 007002
007002
007004
007006
007010
1839 007012
1840 007014
1841 007016
1842 007022
1843
1844
1845
1846 007024
1847 007030
1848 007034
1849 007036
1850 007042
1851 007044
007044
007044
1852
1853 007046
007046
007046

MACRO M1200

15-MAR

16:13

PAGE

ES
SEC 0055

SUBTEST

PATTERN

TO VERIFY KMC11 B DATA MEMORY WITH FLOATING O

BGNSUB
104402
013702
005005
005003

T2.3:

002166

MOV
CLR
CLR

KCSR,R2
RS
R3

HE4

;
012705
010562
012700
004737
005062
012700
004737
116204
120504
001404
104456
000006
003475
005340
000241
006005
122705
001347

177577
000004
122500
005732
000004
041224
005732
000004

TRAP

STORE CSR POINTER
INITIALIZE RECEIVE PATTERN
START WITH ADDRESS 0

csasus

WRITE A PATTERN TO A MEMORY LOCATION

10%:
20$:

30%:

000177

;
;
;

MOV
MOV
MoV
JSR
CLR
MOV
JSR
MOVB
CMPB
BEQ
ERRHRD

#17757
RS
7
RS,4(R2)
#122500,R0
PC,ROMCLK
4(R2)
#41224,R0
PC,ROMCLK
4(R2),R4
R5,R4
30¢
6,KMC6,PNTRAM

CLC

ROR

CMPB
BNE

#177,RS
20$

LOW BYTE ALL 1'S
STORE TO 4TH REGISTER
REG4 TO MEMORY
EXECUTE IT
CLEAR WHERE WILL BE RECEIVED

MEMORY

TO REGA

EXECUTE
STORE WHAT'S RECEIVED

WAS DATA 0K?
IF S0, BRANCH

ERROR IN DATA RAM
TRAP
.WORD
.WORD
.WORD

CLEAR CARRY
CHANGE THE PATTERN

CS$ERHRD
6
KMCé
PNTRAM

ALL ONES AGAIN
IF NOT, DO NEXT PATTERN

: POINT TO NEXT LOCATION IN DATA RAM
012700
004737
005203
022703
001335

014000
005732
010000

MOV
JSR
INC

CMP
BNE
ENDSUB

#14000,R0O
PC,ROMCLK
R3

#4096. ,R3
10¢

INCMAR TO GET NEXT
EXECUTE THAT ONE

KEEP COUNT
ALL DONE?

NOT,

ADDRESS

ADDRESSES

BRANCH TO DO NEXT
L10023:

104403

TRAP

CsESuB

TRAP

CSETST

ENDTST
104401

L10020:

MISCELLANEQUS

TEST

SECTIONS
RESET TEST

1855
1856 007050
007050
1857
1858
1859
1860
1861
1862
1863 007050
007050
007050
1864 007052
1865 007056
1866 007062
1867 007066
1868 007072
1869 007076
1870 007100
1871 007102
007102
007104
007106
007110
1872 007112
007112
1873 007114
1874 007120
1875 007122
1876 007126
1877 007130
007130
007132
007134
007136
1878 007140
1879 007140
007140
007140

MACRO M1200

15-MAR-85

.SBTTL

16:13

PAGE

TEST 3:
BGNTST

RESET

TES

SEQ 0056

T13::
+
e

SUBTEST TO VEIRFY THAT MAINTENANCE REGISTER IS CLEAR
BY MASTER CLEAR EXCEPT FOR CABLE OK BIT

BGNSUB
104402
013702
004737
012700
004737
132704
001405
005005

T73.1:
002166
005700
000017
005760
000350

MOV
JSR
MOV
JSR

BITB
BEQ
CLR
ERRHRD

104456
000007
003534
004702
104406
132704
001007
005737
001404

10¢:
000004

RS
7,EM1,PNTD

20%

BEQ
ERRHRD

MTMODE

20$

8,EM2

104403

csBsus

TRAP
.WORD
-WORD
.WORD

C$ERHRD

PNTD

TRAP

CsCLP1

TRAP
.WORD
.WORD
.WORD

C$ERHRD
8
EM2
0

TRAP

C¢ESuB

READ MAINT REG.
READ REGISTER

7,6,5,3 CLEARED?

YES,

BRANCH

CLEAR EXPECTED PATTERN

MASTER

CLEAR

DID

NOT

ON ERROR

CABLE OK STILL

SET?

EM1

YES, BRANCH
INTERNAL MODE?
IF SO, IGNORE
CABLE 0K NOT SET

20%:
Elfl

TRAP

STORE POINTER TO CSR
CLEAR THE WORLD

LOOP
#4 ,R4

TST

104456
000010
003607
000000

10$

CKLOOP
8178
BNE

002172

KCSR,R2
PC,MSCLR
#MAINT,RO
PC,READ
#350,R4

L10025:

MISCELLANEOUS

TEST

RESET

1881
1882
1883
1884
1885
1886
1887 007142
007142
007142
1888
1889
1890
1891 007144
1892 007150
1893 007154
1894 007160
1895 007164
1896 007170
1897 007174
1898 007176
007176
007200
007202

007204
1899 007206
007206
1900 007210
1901 007212
1902 007216
1903 007222
1904 007226
1905 007232
1906 007236
1907 007240
007240
007242
007244
007246
1908
1909
1910
1911 007250
007250
1912 007252
1913 007256
1914 007262
1915 007266
1916 007272
1917 007276
1918 007302
1919 007304
007304
007306
007310
007312
1920 007314
007314

SECTIONS

MACRO M1200

15-MAR-85

TEST

16:13

PAGE

G5
SEQ 0057

SUBTEST TO VERIFY THAT LOOPBACK MODE BITS 3 AND 4
CAN BE SET AND CLEARED IN MAINTENANCE REGISTER

BGNSUB
T3.2:

104402

TRAP

csBsus

: CHECK INTERNAL LOOPBACK MODE BIT
012705
012700
004737
012700
004737
032704
001004

000010
000017
006034
000017
005760
000010

MOV
MOV
JSR
MOV
JSR
BIT
BNE
ERRHRD

104456
000011
003633
000000
104406
005005
012700
004737
012700
004737
032704
001404

10¢:

CKLOOP

CLR

000017
006034
000017
005760
000010

RS
#MAINT ,RO
PC,WRITE
#MAINT ,RO
PC,READ

BEQ

20%$

ERRHRD

INTERNAL

#10,R4

10,EM4

003673
000000

LOOPBACK BIT

MAINTENANCE REGISTER
WRITE TO MAINTENANCE
MAINTENANCE REGISTER
READ IT BACK
WAS IT WRITTEN OK?

IF YES, BRANCH
COULD NOT SET INTERNAL LOOP

LOOP

MOV
JSR
MoV
JSR

B8IT

104456
000012

#10,R5
#MAINT,RO
PC,WRITE
#MAINT,RO
PC.READ
#10,R4
104
9,EM3

ON ERROR

TRAP
.WORD
.WORD
.WORD

C$ERHRD

9
EM3
0

TRAP
CsCLP1
TRY TO CLEAR THAT BIT NOW
MAINTENANCE REGISTER
WRITE O
MAINTENANCE REGISTER
AND READ IT BACK
WAS IT CLEARED?
IF SO, BRANCH
INTERNAL LOOPBACK NOT CLEARED
TRAP
C$ERHRD
.WORD
10
.WORD
EM4
.WORD
0

: CHECK EXTERNAL LOOPBACK MODE BIT
104406
012705
012700
004737
012700
004737
032704
001004

é0$:
000030
000017
006034
000017
005760
000020

MOV
MOV
JSR
MOV
JSR

BIT
BNE
ERRHRD

104456
000013
003735
000000
104406

CKLOOP

30§
:

CKLOOP

LOOP
#30,RS
#MAINT,RO
PC,WRITE
#MAINT ,RO
PC.READ

#20,R4
304
11,EMS

ON ERROR

EXTERNAL LOOPBACK BIT
MAINTENANCE REGISTER
WRITE TO MAINTENANCE
MAINTENANCE REGISTER
READ IT BACK
WAS IT WRITTEN OK?

IF YES, BRANCH
COULD NOT SET EXTERNAL

LOOP

ON ERROR

TRAP

CcsCLP1

LOGP
TRAP
.WORD
.WORD
.WORD

11
EMS
0

TRAP

CsCLPL

C$ERHRD

AND READ IT BACK
WAS IT CLEARED?

IF SO, BRANCH
EXTERNAL LOOPBACK NOT CLEARED

12,EM6

TRAP
.WORD
.WORD
.WORD

EM6
)

TRAP

CsCLP1

TRAP
.WORD
.WORD
-WORD

C$ERHRD
13

EM2
PNTD

TRAP

Csesus

CS$ERHRD
12

000020
000024
000017
006034
000017
005760
000004

414
424
:

MOV
MOV
MOV

JSR
MOV

JSR
BITB
BNE
TST
BEQ

002172

MOV

ERRHRD

S0
:

#MAINT,RO

We
We
ws
W
We
We
We

MOV
MOV

000010
000014

#MAINT,RO

PC.WRITE
PC,MSCLR
MTMODE
414
#10,R5
#14,R1
424
#20,RS
#24 ,R1

JSR
JSR
157
BNE

#30,RS

MOV
MOV

000030
000017
006034
005700
002172

®e

; VERIFY THAT MASTER CLEAR CLEARS BOTH BITS
563:
CKLooP
LOOP ON ERROR

104456
000015
003607
004702

104403

MAINTENANCE REGISTER

PC,WRITE

104406
012705
012700
004737
004737
005737
001005
012705
012701
000404
012705
012701
012700
004737
012700
004737
132704
001010
005737
001405
010105

SEQ 0058

TRY TO CLEAR THAT BIT NOW
MAINTENANCE REGISTER
WRITE O

#MAINT ,RO
PC,.READ
#4 ,R4

007446
007452
007456
007460
007464
007466
007470
007470
007472
007474
007476
1954 007500
007500
007500

104456
000014
003775
000000

#10,
5
#MAINT,RO
PC,WRITE
#MAINT ,RO
PC,READ
#20,R4
404

1947
1948
1949
1950
1951
1952
1953

BIT
BEQ
ERRHRD

36-1

1945 007436
1946 007442

MOV
MOV
JSR
MOV
JSR

PAGE

504

1929
1930
1931
1932 007360
007360
1933 007362
1934 007366
1935 007372
1936 007376
1937 007402
1938 007406
1939 007410
1940 007414
1941 007420
1942 007422
1943 007426
1944 007432

000010
000017
006034
000017
005760
000020

16:13

MTMODE

007356

012705
012700
004737
012700
004737
032704
001404

504
R1,R5
13,EM2,PNTD

007316
007322
007326
007332
007336
007342
007346
007350
007350
007352
007354

1S5-MAR

®e

1921
1922
1923
1924
1925
1926
1927
1928

MACRO M1200

MISCELLANEOUS SECTIONS
TEST 3:
RESET TEST

PATTERN = BOTH SET
MAINTENANCE REGISTER
T0 WRITE

DO MASTER CLEAR

INTERNAL MODE?
IF NOT BRANCH
SET INTERNAL LOOPBACK
EXPECTED PATTERN

CONTINUE
SET EXTERNAL LOOPBACK
EXPECTED PATTERN
MAINTENANCE REGISTER

WRITE TO THAT REGISTER
READ MAINT. REG
BACK

CABLE OK SET

YES, BRANCH
INTERNAL MODE?

IF SO BRANCH
SAVE FOR PRINT
ERROR

OUT

ENDSUB

L10026:

MISCELLANEQUS

TEST

RESET

SECTIONS

MACRO M1200

TEST

1956

15-MAR-8S

16:13

PAGE

15
SEQ 0059

1957

1958
1959
1960
1961
1962 007502
007502
007502
1963 007504
1964 007510
1965 007514
1966 007520
1967 007522
1968 007526
1969 007530
1970 007534
1971 007540
1972 007544
1973 007550
1974 007554
1975 007556
1976 007560
1977 007562
007562
007564
007566
007570
1978 007572
1979 007572
007572
007572

SUBTEST TO VERIFY THAT DATA LOW BYTE REGISTER IS CLEAR
B8Y MASTER CLEAR

BGNSUB
104402
013702
004737
005737
001003
012705
000402
012705
012700
004737
012700
004737
105704
001405
005005

73.3:

002166
005700
002172

MOV
JSR
TST

000010

MOV

000020
000017
006034
000010
005760

BNE

1%:
2$:

MOV
MOV
JSR
MOV
JSR
TST8
BEQ

CLR
ERRHRD

104456

KCSR,R2
PC,MSCLR
MTMODE

#10,R5

#20,R5
#MAINT,RO
PC,WRITE
#0LO,RO
PC,READ
R4
10$

RS
14 ,EM1,PNTD

STORE POINTER

TRAP

TO CSR

csssuB

CLEAR THE WORLD

INTERNAL MODE?
IF NOT BRANCH
SET INTERNAL LOOPBACK
CONTINUE
SET EXTERNAL LOOPBACK
MAINTENANCE REGISTER
WRITE TO THAT REGISTER
READ DATA LOW BYTE REG.
READ REGISTER
REALLY CLEARED?
YES, BRANCH

CLEAR EXPECTED PATTERN

MASTER

CLEAR

DID

NOT

000016

003534
004702

10¢:

TRAP
.WORD
.WORD
.WORD

C$ERHRD
14
EM1
PNTD

TRAP

CésESLUB

ENDSUB
104403

L10027:

—_—

MISCELLANEOUS SECTIONS
TEST 3:
RESET TEST

MACRO M1200

1S-MAR-85

PAGE

————
-

JS
SEQ 0060

1981
1982
1983
1984

SUBTEST TO VERIFY THAT DATA HIGH BYTE REGISTER
BY MASTER CLEAR

1985

IS CLEAR

BGNSUB

000020
000017
006034
000011
005760

1$:
2$:

104456

000017
003534
004702

W
@
W
We
We
W

#10,R5
2
#20,R5
#MAINT,RO
PC,WRITE
#DOHI ,RO
PC,RERD
R4
10¢
RS
15,EM1,PNTD

MOV
BR
MOV
MOV
JSR
MOV
JSR
1578
BEQ
CLR
ERRHRD

000010

PC,MSCLR
MTMODE
1

JSR
TST
BNE

KCSR,R2

MOV

105704
001405
005005

TRAP

007 166
005700
002172

001003
012705
000402
012705
012700
004737
012700
004737

13.4:

®e

104402
013702
004737
005737

®s

1986
1987 007574
007574
007574
1988 007576
1989 007602
1990 007606
1991 007612
1992 007614
1993 007620
1994 007622
1995 007626
1996 007632
1997 007636
1998 007642
1999 007646
2000 007650
2001 007652
2002 007654
007654
007656
007660
007662
2003 007664
2004 007664
007664
007664

16:13

STORE POINTER TO CSR
CLEAR THE WORLD
INTERNAL

csssus

MODE?

IF NOT BRANCH
SET INTERNAL LOOPBACK
CONTINUE
SET EXTERNAL LOOPBACK

MAINTENANCE REGISTER
WRITE TO THAT REGISTER
READ DATA HIGH BYTE REG.
READ REGISTER
REALLY CLEARED?
YES, BRANCH

CLEAR EXPECTED PATTERN

MASTER

CLEAR

DID NOT

10$:

TRAP
.WORD
.WORD
-WORD

EM1
PNTD

TRAP

Csesus

CS$ERHRD
15

ENDSUB

104403

L10030:

MISCELLANEOUS SECTIONS
TEST 3:
RESET TEST

IKS
MACRO M1200

1S5-MAR-85

PAGE

SEQ 0061
L2K
4

SUBTEST TO VEIRFY THAT
BY MASTER CLEAR

CONTROL REGISTER IS CLEAR

“s

®Be

2006
2007
2008
2009
2010
2011

2012 007666

007666
007666
2013 007670

2014
2015
2016
2017
2018
2019
2020
2021
2022
2023
2024
2025
2026
2027

16:13

007674
007700
007704
007706
007712
007714
007720
007724
007730
007734
007740
007742
007744
007746
007746
007750

007752
007754

2028 007756
2029 007756
007756
007756
2030 007760
007760
007760

BGNSULB

104402
013702
004737
005737
001003
012705
000402
012705
012700
004737
012700
004737
105704
001405
005005
104456
000020
003534
004702

104403

002166

005700
002172

000020
000017
006034
000016
005760

MOV

KCSR,R2

JSR
TST

PC,.MSCLR
MTMODE

BNE

000010
1¢:
2$:

1¢

MOV

#10,RS

JSR

PC,WRITE

MOV
MOV

#20,R5
#MAINT,RO

MOV
JSR
TSTB
BEQ

#CNTRL ,RO
PC,READ
R4
10¢

ERRHRD

16,EM1,PNTD

MASTER CLEAR DID

TRAP

csasus

TRAF

C$ERHRD

STORE POINTER TO CSR
CLEAR THE WORLD
INTERNAL MODE?
IF NOT BRANCH
SET INTERNAL LOOPBACK
CONTINUE
SET EXTERNAL LOOPBACK

MAINTENANCE REGISTER
WRITE TO THAT REGISTER
READ CONTROL REG.
READ REGISTER
REALLY CLEARED?
YES, BRANCH

CLR

10¢:

13.5:

CLEAR EXPECTED PATTERN
NOT

.WORD
.WORD
.WORD

16
EM1
PNTD

TRAP

Cs$ESUB

TRAP

CSETST

ENDSUB
L10031:

ENDTST
L10024:

104401

MISCELLANEQUS
TEST

SFCTIONS

MACRO

DATA PATH TEST

2032
2033 007762
007762
2034
2035
2036
2037
2038
2039
2040
2041 007762
007762
007762
2042 007764
2043
2044
2045
2046 007770
2047 007774
2048 007776
2049 010002
2050
2051 010004
2052 010010
2053 010014
2054
2055
2056
2057 010020
2058 010024
2059 010030
2060 010034
2061 010040
2062 010044
2063 010046
2064 010050
010050
010052
010054
010056
2065 010060

010060
2066 010062
2067 010064
2068 010070
2069

15-MAR 85 16:13
.SBTTL

TEST

PAGE 40

BGNTST

LS
SEQ 0062

DATA PATH TEST
T4::

SUBTEST
TO

AND

TO VERIFY

READ BACK

THAT

WITH

DATA LOW BYTE REGISTER CAN BE WRITTEN
FLOATING G DATA PATTERN.

BGNSULE
104402
013702

T4.1:
TRAP

002166

MOV

KCSR,R2

STORE POINTER TO CSR

csesu

; SET UP MAINTENANCE MODE ACCORDING 10 SELECTION
005737
001003
012705
000402

002172

012705
012700
004737

000020
000017
006034

000010

10$:
204
:

TST
BNE

MTMODE

MOV

#10,RS

B8R

20%

INTERNAL MODE?
IF NOT BRANCH
SET INTERNAL LOOPBACK
CONTINUE

MOV
MOV
JSR

#20,R5
#MAINT
RO
PC,UWRITE

MAINTENANCE REGISTER
WRITE TO THAT REGISTER

104

SET

EXTERNAL

LOOPBACK

: WRITE TO DATA LOW BYTE REGISTER
012705
012700
004737
012700
004737
120405
001404

177577
000010
006034
000010
005760

104456
000021
004037
004702
104406
006005
122705
001355

20$:

MOV
MOV

JSR

MOV

JSR
CMPB
BEQ
ERRHRD

#177577,RS
#DLO,RO
PC.WRITE
#0LO,RO
PC.READ
R4 ,RS
404
17,EM7,PNTD

START WITH 1'S IN LOW BYTE
SELECT REGISTER

AND WRITE 70 I7
NOW READ IT

BACK
DATA 0K?
IF YES, BRANCH
DATA PATH ERROR

TRAP

404
:

CKLOOP
ROR

000177

CMPB
BNE

ON ERROR LOOP
R5
#177,RS
30¢

CHANGE THE PATTERN

ALL

DONE?

NOT,

BRANCH

; VERIFY THAT MASTER CLEAR CLEARS DATA LOW BYTE REGISTER

2070

2071
2072 010072
2073 010076
2074 010102
2075 010104
2076 010110
2077 010112
2078 010116
2079 010122
~080 010126

M1200

004737
005737
001003
012705
000402
012705
012700
004737
012700

005700
002172

JSR
157
BNE

000010
000020
000017
006034
000010

MOV

S0s:
€0s$:

MOV
MOV

JSR
MOV

PC,MSCLR
MTMODE

#10,R5
60¢$

#20,RS

DO MASTER CLEAR
INTERNAL MODE?
IF NOT BRANCH
SET INTERNAL LOOPBACK
CONTINUE
SET EXTERNAL LOOPBACK

OMAINT
RO

MAINTENANCE

PC.WRITE

WRITE TO THAT REGISTER
READ DATA _0W

#0L0,RO

CSERHRD
17
EM7

.WORD
.WORD
.WORD

PNTD

TRAP

CsCLPl

MISCELLANEOUS

TEST

DATA

010132
010136
010140
010142
010144
010144
010146
010150
010152
2086 010154
2087 010154
010154
010154
2081
2082
2083
2084
2085

SECTIONS
PATH TEST

MACRO

004737
005005
105704
001404

005760

M1200

15 MAR 85 16:13
JSR
CLR

1518

BEQ
ERRHRD

104456
000022
003534
004702

M5
PAGE 40-:
PC.READ
RS
R4
704

18,EM1,PNTD

SEQ 0063

BYTE REGISTER
CLEAR EXPECTED PATTERN

WAS

CLEAR?

SO,

BRANCH

DATA LOW BYTE

DIDN'T

CLEAR
TRAP

708
:

CS$ERHRD

. WORD
. WORD
.WORD

PNTD

TRAP

CsESuvB

18
€Ml

ENDSLE
104403

110033:

MISCELLANEQUS SECTIONS
TESY 4:

DATA PATH TEST

MACRO M1200

15 MAR-BS 16:13

SEQ 0004

2089
2090

i
;

gggg

2091

;

2094
2095 010156
010156
010156
gggg 010160

;

104402
013702

2100 010164

005737

002172

2102 010172

012705

000010

2105 010200

012705

000020

gig} 010176

2106 010204
sigz 010210

00100%

000402

012700
004737

000017
006034

gigg

012705

2112 010220
2113 010224

012700
004737

2116 010240

010502

2114 010230
2115 010234

2117 010242

2118 010246

012700
004737

042702

120402

2119 010250

001407

010256
010260
010262
010264
2123 010266

103456
000023
004037
004702

010270

104406

2120 010252
2121 010254
2122 010256

2124 010270

010272
010274
010276
010302

177677

000011
006034

2132
2133
2134
2135

MOV

#10,.RS

; SET INTERNAL LOOPBACK

10¢:

2048 :

MOV

MOV
JSR

10¢

IF NOT BRANCH

CONTINUE

;

SET EXTERNAL LOOPBACK

0177677 .RS

;

START WITH 1°'S IN LOW BYTE

; NOW READ 17
:
BACK

204

020,RS

OMAINT RO
PC.UWRITE

MOV

MOV
JSR

0D0OHI RO
PC.UWRITE

177700

81C

$177700,R2

MOV

404 :

2137 010324
2138 010330

012705
012700

000020
000017

RS,R2

; SELECT REGISTER
; AND WRITE 710 I7

; STORE PATTERN

; LEAVE JUST BITS S O

R4 ,R2

; DATA 0Ox?

MOV
MOV
ERRHRD

RS,R3
R2,RS
19,EM7,PNTD

;: STORE
;
FOR PRINTOQUT
; DATA PATH ERROR

R3.RS

; RESTORE

RS
#377.RS
304

;
;
;
;

MOV

CKLOOP

CLC
ROR
CMPB
BNE

000377

005700
002172

; MAINTENANCE REGISTER
; WRITE TO THAT REGISTER

CHMPB

BEQ

004737
005737
001003
012705

csasue

WRITE 10 DATA HIGH BYTE REGISTER

304:

TRAP

;

ODIHI,RO
PC.READ

010304
010310
010314
010316

000402

: INTERNAL MOOE?

STORE POINTER T0Q CSR

HMTMODE

MOV
JSR

010305

;

TS7

BNE

2136 010322

KCSR,R?

SET UP MAINTENANCE MODE ACCORDING TG SELECTION

010503
010205

000241
006005
122705
001346

14.2:

000015
005760

gxgo
131

MOV

;

2111 010214

TO AND READ BACK WITH A FLOATING O DATA PATTERN.

002166

2101 010170

SUBTEST TO VERIFY THAT DATA HIGH BYTE REGISTER CAN BE WRITTEN

BGNSUB

gg:g

2125
2126
2127
gigg

PAGE 41

: IF YES, BRANCH

; ON ERROR LOOP
CLEAR CARRY
CHANGE THE PATTERN
ALL OONE?
IF NOT, BRANCH

VERIFY THAT MASTER CLEAR CLEARS DATA HIGH BYTE REGISTER

000010
S0$:
604 :

JSR
TS7
BNE
MOV

B8R

MOV
MOV

PC.MSCLR
MTMODE
S0
#10,R5

:+ DO MASTEP CLEAR
- INTERNAL MODE?
+ IF NOT BRANCH
: SET INTERNAL LOOPBACK

020,RS
OMAINT RO

604

s+ CONTINUE
H

SET EXTERNAL LOOPBACK
HAINTENANCE REGISTER

TRAP
.WORD
.WORD
.WORD

CSERHRD
19
€M7
PNTD

TRAP

CsCLPl

| MISCELLANEQUS SECTIONS

! TEST

2139
2140
2141
2142
2143
2144
2145

DATA PATH TEST

010334
010340
010344
010350
010352

010354
010356
010356
010360
010362
010364
2146 010366
2147 010366
010366
010366

004737
012700
004737
005005
105704
001404

104456
000024
003534
004702

104403

MACRO M1200

15-MAR-85 16:13

006034
000015
005760

JSR

MOV

JSR
CLR
TST8
BEQ
ERRHRD

704
:

ENDSUB

PAGE 41-1

PC.WRITE
#0IHI,RO
PC.READ
RS
R4
704

20,EM1,PNTD

WRITE TO THAT REGISTER
READ DATA HIGH
BYTE REGISTER
EXPECETED PATTERN
WAS IT CLEAR?
IF SO, BRANCH
DATA HIGH BYTE DIDN'T CLEAR
TRAP

L10034.:

SEQ 0065

CS$ERHRD
20

.WORD
.WORD
.WORD

EM1
PNTD

TRAP

CsESULB

MISCELLANEOUS SECTIONS
TEST 4:
ODATA PATH TEST

MACRO M1200

1S MAR 85

2149
2150
2151
glgg

i
;
:
H

2154
2155 010370
010370
010370
2123 010372
21
glgg

2160 010376
2161 010402
2162 010404

104402
013702

002166

002172

2162 010410

000402

2165 010412

012705

000020

2166 010416
216; 010422
216

2169
2170
2171
2172
2173
2174
2175
2176

010426
010432
010436
010442

012700
004737

042702

177477

2178 010460
2179 010462

120402
001407

2181 010466
2182 010470

010205

2180 010464

010470
010472
010474
010476
2183 010500

2184 010502
2185
2186
2187
2188
2189

010502

010504
010506
010510
010514

000017
006034

177377
000016
006034
000015
005760

004737
010502

2192
2193
2194
2195
2196

10¢:

204%:
i

2197 010536
2198 010542

SUBTEST TO VERIFY THAT DATA HIGH BYTE REGISTER BITS 7,6 CAN
BE READ FROM BY WRITING TO EXTRA REGISTER BITS 7,6

004737
005737
001003
012705
000402
012705
012700

TST
BNE
MOV

MTMODE
10¢
#10,RS

MOV

MOV
JSR

81C

40¢%:

104406

STORE POINTER TO CSR

20%

INTERNAL MODE?
IF NOT BRANCH
SET INTERNAL LOOPBACK

; CONTINUE

#20,RS

;

SET EXTERNAL LOOPBACK

OMAINT , RO
PC.UWRITE

TRAP

csBSLB

; MAINTENANCE REGISTER
; WRITE TO THAT REGISTER

$#177477,R2

: LEAVE JUST BITS 7.6

RS5,R3

; STORE

R4 ,R2
404

MOV
ERRHRD

R2,RS
21,EM7,PNTD

MOV

CKLOOP

R3,R5

RS
#337,RS
30

;
;

DATA 0K?
IF YES, BRANCH

;
FOR PRINTQUT
; DATA PATH ERROR

;

RESTORE

;
;
;
;

CLEAR CARRY
CHANGE THE PATTERN
ALL DONE?
IF NOT, BRANCH

; ON ERROR LOOP

VERIFY THAT MASTER CLEAR CLEARS DATA HIGH BYTE REGISTER

000010
000020
000017

;

;
:
:

CMPB
BEQ

CLC
ROR
CMPB
BNE

000337

005700
002172

KCSR,R2

UP MAINTENANCE MODE ACCORDING TO SELECTION

MOV

104456
000025
004037
004702
010305

000241
006005
122705
001346

MOV

14.3:

: WRITE TO EXTRA REGISTER AND READ BACK FROM DATA HIGH BYTE
MOV
#177377.RS
: START WITH 1'S IN LOW BYTE
30%:
MOV
SEXTR,RO
; SELECT REGISTER
JSR
PC.WRITE
: AND WRITE TO IT
MOV
#DIHI,RO
; NOW READ HIGH BYTE
JSR
PC,READ
:
BACK
MOV
R5,R2
: STORE PATTERN

:
010516
010522
010526
010530
010534

SEQ 0066

B8R

010503

2190
2191

x
; SET
: -

000010

012705
012700
004737
012700

010446
010452

2177 010454

PAGE 42

BGNSUB

005737
001003
012705

216

16:13

S04 :
604 :

JSR
ST
BNE
MOV
BR

MOV
MOV

PC.MSCLR
MTMODE
S0
#10,RS
604

#20,R5
#MAINT,RO

;
;
:
;
:

DO MASTER CLEAR
INTERNAL MODE?
IF NOT BRANCH
SET INTERNAL LOOPBACK
CONTINUE

SET EXTERNAL LOOPBACK
MAINTENANCE REGISTER

TRAP
.WORD
.WORD
.WORD

CS$ERHRD
21
€M7
PNTD

TRAP

CsCLP)

MISCELLANEOUS

TEST 4:

SECTIONS

MACRO

DATA PATH TEST

010546
010552
010556
010562
010564
010566
010570
010570
010572
010574
010576
2206 010600
2207 010600
010600
2199
2200
2201
2202
2203
2204
2205

010600

004737
012700
004737
005005
105704
001404

M1200

1S5

MAR

006034
000015
005760

16:13

JSR
MOV

JSR
CLR
TST8
BEQ
ERRHRD

104456
000026
003534

PAGE

D6
42-1

PC,WRITE
#0IHI,RO
PC,READ
RS
R4
70¢

22,EM1,PNTD

SEQ 0067

WRITE TO THAT REGISTER
READ DATA HIGH

BYTE REGISTER
EXPECTED PATTERN
WAS IT CLEAR?
IF SO, BRANCH
OATA HIGH BYTE DION'T

004702
70¢:

CLEAR
TRAP
.WORD
.WORD
.WORD

EM]
PNTD

TRAP

Csesus

CS$ERHRD
22

ENDSUB

104403

L10C35:

MISCELLANEQUS
TEST

SECTIONS

MACRO M1200

DATA PATH TEST

2209
2210
2211
2212
2213
2214
2215 010602
010602
010602
104402
2216 010604
013702
2217
2218
2219
2220 010610
005737
2221 010614
001003
2222 010616
012705
2223 010622
000402
2224
2225 010624
012705
2226 010630
012700
2227 010634
004737
2228
2229
2230
2231
2232 010640
012705
2233 010644
012700
2234 010650
004737
012700
2235 010654
2236 010660
004737
2237
2238
2239
2240 010664
010502
2241 010666
012703
006002
2242 010672
077302
2243 010674
2244 010676
105705
2245 010700
100403
042702
2246 010702
000402
2247 010706
052702
2248 01071C
2249 010714
042702
2250 010720
120204
2251 010722
001407
2252 010724
010503
2253 010726
010205
2254 010730
010730
104456
010732
000027
010734
004037
010736
004702
2255 010740
010305
2256
2257
2258
2259 010742

1S5-MAR

16:13

PAGE 43

E6
SEQ 0068

SUBTEST TO VERIFY THAT BITS 7 AND 6 OF DATA HIGH BYTE REGISTER
CAN BE WRITTEN TO AND READ FROM BITS O AND 1 OF CONTROL IN REGISTER

BGNSUB
14.4:

002166

MOV

KCSR,R2

;

STORE POINTER

TRAP

TO CSR

csBsus

; SET UP MAINTENANCE MODE ACCORDING TO SELECTION
002172

TST

000010

000020
000017
006034

10¢:
20$:

MTMODE

; INTERNAL MODE?

BNE
MOV
BR

10%
#10,RS
20$

;:
;
;

CONTINUE

MOV
MOV
JSR

#20,RS5
#MAINT ,RO
PC.WRITE

:
:
;

SET EXTERNAL LOOPBACK
MAINTENANCE REGISTER
WRITE TO THAT REGISTER

IF NOT BRANCH
SET INTERNAL LOOPBACK

; WRITE TO DATA HIGH BYTE REGISTER <7,6> AND READ FROM CONTROL IN

;
177377
000011
006034
000016
005760

30¢:

MOV
MOV
JSR
MOV

JSR

(

BITS ARE REVERSED)

#177377,R5
#DOHI , RO
PC,WRITE

i
;
;

#CNTRL ,RO

;

PC,READ

;

START WITH BITH BITS 1'S
WRITE TO DATA HIGH BYTE
GO WRITE
READ FROM CONTROL

GO READ

IN REGISTER

; CHANGE FORMAT OF THE PATTERN TO TRANSLATE BITS 7.6 T0 0,1
MOV
MOV

000005
40$

ROR

sS08

TSTB

000001

000001
177774

S04$:

604 :

RS,R2
#5,R3
R2

R3,404

;
:
;

STORE PATTERN WRITTEN
PREPARE TO SHIFT S TIMES
UNTILL

BIT6->BIT1

; DO FOR ALL 5 TIMES

;

WAS BIT

1?7

BMI
BIC
BR

50¢
#1,R2
60¢

:
;
:

IF YES, BRANCH
OTHERWISE CLEAR O

8IC
CMPB
BEQ

#177774,R2
R2.R4
704

;:
;
;

CLEAR ALL BITS BUT 1,0
IS IT THE SAME AS READ?
IF YES, BRANCH

BIS

MOV

MOV
ERRHRD

MOV

#1,R2

RS5,R3

R2,RS
23,EM7,PNTD

R3,RS

; IF 7=1, BIT 0 =1 TOO

;
;

;

STORE FOR PRINTOUT
DATA PATH ERROR

RESTORE

; CHANGE THE PATTERN WRITTEN INTO REGISTER
70$ :

CKLOOP

; ON ERROR LOOP

TRAP

CSERHRD

.WORD
.WORD
.WORD

23
EM?
PNTD

MISCELLANEOUS SECTIONS

TEST 4:

MACRO M1200

010742
2260 010744

2261 010746
2262 010750
2562 010754
226

104406
000241

00600S
122705
001333

004737
005737
001003
012705
000402
012705
012700

011012
011016
011022
011024
011026
011030
011030
011032
011034
011036
2281 011040
011040
011040
2282

012700
004737
005005
105704
001404

2275
2276
2277
2278
2279
2280

PAGE 43

000337
;e

CLC
ROR
CMPB
BNE

RS
#337,RS
304

;
;
;

CsCLPL

CLEAR CARRY
GET NEXT PATTERN
BACK TO ALL 1'S?
IF NOT, BRANCH TO DO NEXT

; VERIFY THAT MASTER CLEAR CLEARS CONTROL IN REGISTER
010756
010762
010766
010770
010774
010776
011002

2274

16:13

TRAP

gggz
2267
2268
2269
2270
2271
2272
2273

15-MAR 8S

DATA PATH TEST

011006

004737

104456
000030
003534
004702
104403

005700
002172
000010
000020
000017
006034

1504
160$:

000016
005760

170¢:

JSR
LI
BNE
MOV
BR
MOV
MOV

PC,MSCLR
MTMODE
1504
#10,RS
160$
#20,R5
#MAINT RO

;
;
;
;
;
;
;

DO MASTER CLEAR
INTERNAL MODE?
IF NOT BRANCH
SET INTERNAL LOOPBACK
CONTINUE
SET EXTERNAL LOOPBACK
MAINTENANCE REGISTER

MOV
JSR
CLR
1STB
BEQ
ERRHRD

#CNTRL ,RO
PC,READ
RS
R4
170¢
24,EM1,PNTD

;
;
;
;
;
;

READ FROM CONTROL IN
REGISTER
EXPECTED PATTERN
WAS IT CLEAR?
IF SO, BRANCH
DATA HIGH BYTE DIDN'T CLEAR
TRAP
.WORD
.WORD
WORD

JSR

ENDSUB

PC,WRITE

;

WRITE

THAT

L10036:

TRAP

CS$ERHRD
24
EM1
PNTD
C$ESULB

SEQ 0069

MISCELLANEQOUS

TEST

SECTIONS

MACRO M1200

DATA PATH TEST

2284
2285
2286
2287
2288
2289
2290
2291
2292 011042
011042
011042
104402
013702
2293 011044
2294
2295
2296
2297 011050
012703
2298 011054
005737
2299 011060
001006
2300 011062
01270S
2301 011066
112763
2302 011074
000405
2303
2304 011076
012705
2305 011102
112763
2306 011110
012700
2307 011114
004737
2308
2309
2310
2311 011120
012705
2312 011124
012700
2313 011130
004737
2314 011134
012705
012700
2315 011140
2316 011144
004737
2317
2318
2319
2320 011150
012737
012701
2321 011156
2322 011162
010100
2323 011164
004737
2324 011170
120137
2325 011174
001015
2326 011176
111305
2327 011200
120504
2328 011202
001421
2329 011204
022701
2330 011210
001002
2331 011212
030504
2332 011214
001014
2333 0l1216
011216
104456
011220
000031
011222
004037
011224
004702
2334 011226
000407

1S MAR 85 16:13

PAGE 44

G6
SEQ 0070

*
e

SUBTEST TO CHECK REGISTER ADDRESS UNIQUENSS.
REGISTERS ARE WRITTEN WITH A UNIQUE DATA PATTERN
AND THEN COMPARED WITH REMAINING REGISTERS.

BGNSUB
T4.5:

002166

MOV

KCSR,R2

TRAP

STORE POINTER TO CSR

csBSUB

HAd
{
; SET UP MAINTENANCE MODE ACCORDING TO SELECTION
002220
002172

000010
000014

MOV

TST
BNE

000003

MOV
MOvVB

BR
000020
000024
000017
006034

000003

10%:
204 :

WRITE

000377
000010
006034
000377
000011
006034

005760
002176

MOV
JSR
ALL

404 :

MOV
JSR

ALL

CMPB
BNE

MOVB

000017

45$:

TO BOTH DATA REGISTERS
WRITE ALL ONE'S
TO DATA LOW BYTE REGISTER
GO WRITE
WRITE ALL ONE'S
TO DATA HIGH BYTE REGISTER
GO WRITE

PC,WRITE
#377.R5
#DOHI ,RO
PC,.WRITE

MOV

MATINTENANCE REGISTER
WRITE TO THAT REGISTER

#377,RS
#0LO,RO

JSR

304

SET EXTERNAL LOOPBACK
STORE WHAT'S WRITTEN TO MAINTEN.

ONE' S

JSR

002176

#20,R5
#24,3(R3)

#MAINT,RO

MOV
MOV

READ BACK

POINTER TO READ PATTERN
INTERNAL MODE?
IF NOT BRANCH
SET INTERNAL LOOPBACK
STORE WHAT'S WRITTEN TO MAINTEN.,
CONTINUE

PC,WRITE

MOV
MOV

;

000010
000010

MOV
MOvB

#RPNT ,R3
MTMODE
10%
#10,RS
#14,3(R3)
20¢

cMPB
BEQ
CMP
BNE
BIT
BNE
ERRHRD

THE REGISTERS
#0L0, TEMP1
#0L0,R1
R1,RO
PC,READ
R1,TEMP1

504
(R3),RS

STORE EXPECTED PATTERN
IS IT WHAT WAS WRITTEN?
IF SO, BRANCH

RS,.R4
60$
#MAINT ,R1
454
R5,.R4
60%

WAS IT MAINTENANCE REG?
IF NOT, BRANCH
IGNORE TIMING PULSES
IF AT LEAST SOMETHING SET,

25,EM7,PNTD

DATA PATH ERROR

TRAP

60¢

.WORD
.WORD
.WORD

BRANCH
C$ERHRD

25
EM?
PNTD

MISCELLANEQUS

TEST

2335
2336
2337
2338

SECTIONS

OATA PATH TEST
011230

011232
011234
011236
011236
011240
011242
011244

2339
2340
2341
2342 011246
2343 011250
2344 011254
2345 011256
2346 011260
2347 011266
2348 011270
2349 011276
2350 011300
2351 011304
2352 011312
2353 011314
2354 011320
011320
011320
2355 011322
011322
011322
2356

MACRO M1200

15-MAR-8S

121304
001005
005005

S0§:

104456
000032
004243
004702

;
005201
122701
001342

105723
122737
001004
012737

000727
005237
122737
001321
004737

000010

002176

000015

002176

002176
000020

005700

002176

CMPB
BNE
CLR
ERRHRD

PAGE

H6
44-1

(R3),R4

604
RS
26 ,EM14 ,PNTD

IS IT WHAT WAS WRITTEN?
IF NOT, BRANCH
CLEAR EXPECTED PATTERN
ADDRESS UNIQUENESS ERROR
TRAP
.WORD
.WORD
.WORD

INC
CMPB
BNE
TST8
CMPB
BNE
MOV

70$:

BR
INC
CcMPB
BNE
JSR
ENDSUB

CS$ERHRD
26
EM14
PNTD

R1
#20,R1
40%

(R3).

#0L0, TEMP1
704
#0IHI,TEMPL

304
TEMP1

#20, TEMP1

30$
PC,

MSCLR

GET NEXT REGISTER
ALL DONE (10 TO 17)?
IF NOT, BRANCH
GET TO NEXT EXPECTED READ
STILL FIRST REGISTER?
IF NOT, BRANCH
GET TO REGISTER 15
GO READ NEXT REGISTER
GET 70 NEXT REGISTER
ALL DONE (10,15 T0 17)?
IF NGT, BRANCH
CLEAR THE WORLD BEFORE LEAVING
L10037:

104403
ENDTST
104401

SEQ 0071

CHANGE REGISTER TO NEXT FOR COMPARISON

604:

000020

16:13

TRAP

Cs$ESUB

TRAP

C$ETST

L10032:

MISCELLANEOUS SECTIONS
TEST S:
IRDY TEST

2358
2359
2360
2361
2362
2363
2364
2365
2366 011324
011324
2367
2368 011324
2369 011330
2370
2371
2372
2373 011334
2374 011340
2375 011342
2376 011346
2377
2378 011350
2379 011354
2380 011360
2381
2382
2383
2384 011364
2385 011370
2386 011374
2387 011400
2388 011402
2389 011404
011404
011406
011410
011412
2390 011414
011414
011416
2391 011420
2392 011424
2393 011430
2394 011432
2395 011434
2396 011436
011436
011440
011442
011444
2397 011446
011446

2398
2399
2400
2401

011450

MACRO M1200

15-MAR-8S 16:13

.SBTTL

TEST

PAGE 45

16
SEQ 0072

IRDY TEST

TEST TO VERIFY THAT IRDY SIGNAL GOES HIGH AFTER WRITING
70 REGISTER 2 FOR ABOUT .25 MICROSECOND. THIS IS DONE BY
LOADING A FIRMWARE ROUTINE "IRDTST” INTO KMC11-8B.

BGNTST
013702
004737

002166
005700

15::

MOV

KCSR,R2

JSR

PC.MSCLR

STORE REGISTER POINTER
CLEAR THE WORLD

;
005737
001003
012705
000402
012705
012700
004737

002172

SE7

’

10¢:
20¢:

MTMODE

BNE

104

204

INTERNAL MODE?
IF NOT BRANCH
SET INTERNAL LOOPBACK
CONTINUE

MOV
MOV

#20,RS
#MAINT,RO
PC.WRITE

MATNTENANCE REGISTER
WRITE TO THAT REGISTER

MOV

000010

000020
000017
006034

UP MAINTENANCE MODE ACCORDING TO SELECTION

JSR

#10,R5

SET EXTERNAL

LOOPBACK

: LOAD TEST MICROCODE
012700
012705
004737
005700
001406

000023
004310
006062

MOV
MOV

#19.,R0
#IRDTST,RS

JSR
757
BEQ
ERRHRD

RO
30¢
27,KMCS

104456
000033
003460

000000

104410
000130
012712
012703
105712
100407
077303

ESCAPE

100000
177777

304:

354%:

104456
000034

003516
000000

MOV
MOV

7578

BMI
s0B
ERRHRD

ESCAPE

104410

PC,LOAD

SIZE
STARTING ADDRESS OF ROUTINE
GO LOAD
ANY EPRORS LOADING
IF NO, BRANCH
CRAM FAILURE
TRAP
.WORD
.WORD
.WORD

TST

#RUN, (R2)
#177777,R3

(R2)

404
R3,35%

28,KMC?

SET RUN BIT
SET UP DELAY
DONE BIT SET?
IF YES, BRANCH
WAIT A WHILE
KMC HUNG

TRAP

.WORD
.WORD
.WORD

TST

TRAP

.WORD

000076

: CHECK TIMING SIGNALS BY READING DATA MEMORY
011452

004737

TRAP
.WORD

005700

40$ :

JSR

PC,MSCLR

CLEAR THE WORLD

C$ERHRD
a7

KMCS

C$ESCAPE

L10040-.

CSERHRD
28

KMC7
0

CS$ESCAPE

L10040

MISCELLANEOUS

TEST

2402
2403
2404
2405
2406
2407
2408

SECTIONS

IRDY TEST
011456
011462
011466
011472
011476

011500

011502
011502
011504
011506
011510
2409 011512
011512
011514
2410 011516
2411 011522
2412 011526
2413 011532
2414 011534
2415 011536
011536
011540
011542
011544
2416 011546
011546
011546

012703
012700
004737
032704
001007
077310

MACRO M1200

000020
000377
005760
000004

15-MAR-85

16:13

SO0$:

MOV
MOV
JSR

BIT
BNE
sS08
ERRHRD

104456

PAGE 45-1

#16.,R3
#377.R0O
PC,READ
#4 ,R4

60$
R3,50%
29,EM8

CONTINUE READING
IRDY NEVER SET

000035
004057
000000

104410
000032
012700
004737
032704
001405
077310

ESCAPE

000377
005760
000004

604
:

MOV

JSR
BIT
BEQ
S08
ERRHRD

104456
000036

18T

#377,R0
PC,READ
#*4 ,R4
704
R3,604

3C,EM9

READ MEMORY
GO DO I7T
IRDY CLEAR?
IF YES, GET QUT
CCNTINUE READING
IRDY NEVER CLEARED

004102
000000
704:

104401

SEQ 0073

SETUP FOR 16 READS
READ MEMORY
GO DO IT
IRDY SET?
IF YES, GET QUT

ENDTST

TRAP
.WORD
.WORD
.WORD

29
EM8
0

TRAP
.WORD

L10040

TRAP
.WORD
-WORD
.WORD

CS$ERHRD
30
EM9
0

TRAP

CS$ETST

CS$ERHRD

C$ESCAPE

L10040:

MISCELLANEQOUS

SECTIONS

TEST

RNDR

MACRO M1200

15-MAR-85

2418
2419

2434 011560
2435 011564
2436 011566

gag; 011572
4

2439 011574
2440 011600
2441 011604
2442

H
:
:
H
;--

TEST TO VERIFY THAT AFTER WRITING TO REGISTER 2 RNDR GOES
HIGH. THIS IS DONE BY LOADING FIRMWARE ROUTINE "NDRTST"

013702
004737

005737
001003
012705

000402

012705
012700
004737

002166
005700

002172

000010
000020
000017
006034

10¢:
204 :
;e
;

005700

011662
011664
011666
011670
2458 011672
011672
9 011674
24S
2460
2461

INTO KMC11 B.

MOV
JSR

KCSkK,R2
PC,MSCLR

;
;

STORE REGISTER POINTER
CLEAR THE WORLD

78T
BNE
MOV

MTMODE
10¢
#10,RS

;
;
;

INTERNAL MODE?
IF NOT BRANCH
SET INTERNAL LOOPBACK

;e
i SET UP MAINTENANCE MODE ACCORDING TO SELECTION

2448 011624

2450 011630
011630
011632
011634
011636
2451 011640
011640
011642
2452 011644
2453 011650
2454 011654
2455 011656
2456 011660
2457 011662

RNDR TEST

T6::

012700
012705

2449 011626

SEQ 0074

TEST 6:

BGNTST

2444
2445 011610
2446 011614
011620

PAGE 46

2443

2447

.SBTTL
R

2420

2421
2422
2423
2424
2425
2426
2427 011550
011550
2428
2429 011550
24%0 011554
2431
gdgg

16:13

004737

LOAD

000033
004356

006062

001406

CONTINUE

MOV
MOV
JSR

#20,RS
#MAINT ,RO
PC,WRITE

;
;
;

SET EXTERNAL LOOPBACK
MAINTENANCE REGISTER
WRITE TO THAT REGISTER

;
;:

SIZE
STARTING ADDRESS OF ROUTINE

TEST

MICROCODE

MOV
MOV

PC,LOAD

TST

ESCAPE

100000
177777

304
35¢:

104456
000040
003516
000000

#27..RO
#NDRTST,RS

JSR

ERRHRD

104456

104410
000076

20¢

BEQ

000037
003460
000000
104410
000130
012712
012703
105712
100407
077303

MOV
MOV
15T8
8MI
sS0B
ERRHRD

ESCAPE

30¢

31,KMCS

;

GO LOAD

ANY ERRORS LOADING
IF

;

BRANCH

TST

#RUN, (R2)
#177777,R3
(R2)
40
R3,35$
32,KMC?

;
;
;
;
:
;

SET RUN BIT
SET UP DELAY
DONE BIT SET?
IF YES, BRANCH
WAIT A WHILE
KMC HUNG

TST

NO,

CRAM FAILURE

CHECK TIMING SIGNALS BY READING DATA MEMORY

TRAP

CSERHRD

.WORD
.WORD
.WORD

31
KMCS
0

TRAP
.WORD

C$ESCAPE
L1004]1- .

TRAP
.WORD
.WORD
.WORD

CSERHRD
32
KMC?
0

TRAP
.WORD

CS$ESCAPE
L1004]1 .

MISCELLANEOUS SECTIONS
TEST 6:
RNDR TEST

004737
012703
012700
004737
032704
001007
077310

005700
000027
000377
005760
000001

1S5-MAR-85

16:13

404%:

JSR

PC,MSCLR

MOV
MOV

©#23. ,R3
#377,R0

JSR
BIY
BNE
s08
ERRHRD

PC,READ

S0¢$:

104456

PAGE 46-1

READ MEMORY
GO 00 IV
RNOR SET?
IF YES, GET 0OUT
CONTINUE READING

#1,R4
60$
R3,50$
33.EM10

RNDR

NEVER

SET

TRAP

000041
004127
000000

.WGRD
.WORD
.WORD
ESCAPE

104410
000032

JSR
BIT
BEQ
508
ERRHRD

704
:

#377,R0
PC,READ
#1,R4
704
R3,604
34 ,EM11

MOV

:
604

000377
005760
000001

TRAP

104456

000042
004152
000000

TST

012700
004737
032704
001405
077310

SEQ 0075

CLEAR THE WORLD
SETUP FOR 23 READS

011676
011702
011706
011712
011716
011722
011724
011726
011726
011730
011732
011734
2470 011736
011736
011740
2471
2472 011742
2473 011746
2474 011752
2475 011756
2476 011760
2417 011762
011762
011764
011766
011770
2478 011772
011772
011772

2462
2463
2464
2465
2466
2467
2468
2469

MACRO M1200

CS$ESCAPE

.WORD

L10041

TRAP

CS$ERHRD
34

READ MEMORY

GO DO I7
RNDR CLEAR?
IF YES, GET QUT
CONTINUE READING
NEVER CLEARED

ENDTST

.WORD
.WORD
.WORD

EM11
0

TRAP

CSETST

L10041:

104401

C$ERHRD
33
EM10
0

MISCELLANEQUS

TEST

SECTIONS
DETECT TEST

MACRO M1200

2480
2481
2482
2483
2484
2485
2486
2487

15-MAR

16:13

.S8TTL
R
:
:
:
;
H

TEST

TO VERIFY THE EXISTENCE OF DT DETECT PULSE AFTER

2488
2489 011774

249%

012000

013702

004737

005737
001002

012012

012705

S;gg 012016

000402

2501
2502
2;03
2504
2505
2506
2507
2508

012705
012700
004737

2509
2510
2511
2512

012034
012040

012044
012050
012052
012054

012054
012056
012060
012062
2513 012064
012064
012066

012700
012705

004737
005700
001406

104410
000130

012712

2516 012100

105712

2517 012102
2518 012104
2519 012106

012106
012110
012112
012114
2520 012116
012116
e
012120
21
2922

0508

002172

SET

000010

000020
000017
006034

000033
004444

006062

012703

100407
(077303

MOV

KCSR,R2

JSR

PC.MSCLR

MAINTENANCE

SEQ 0076

TEST

(DOHI).

“DTTST“

THIS

IS DONE BY LOADING

INTO KMC1ll B.

10%:
204 :

177777

ACCORDING

WORLD

20%

;

SET

CONTINULE

2 [01Y)
MOV
JSR

620 ,RS
OMAINT RO
PC.WRITE

;
;
;

SET EXTERNAL LOOPBACK
MAINTENANCE REGISTER
WRITE TO THAT REGISTER

;
:

SIZE
STARTING ADDRESS OF

JSR
157
BEQ
ERRHRD

304 :

MOV

35%:

1718

MOV

8M1
S08
ERRHRD

ESCAPE

104410

THE

SELECTION

;
:

010,.RS

Y
; LOAD TEST MICROCOODE
:
Mov
027. ,RO
MOV
ADTTIST RS

104456
000044
003516
000000

STORE REGISTER POINTER
CLEAR

MTMODE
104

ESCAPE

100000

MODE

;
;

TS7
BNE

MOV

104456
000043
003460
000000

2514 012070
2515 012074

DETECT

002166
i

012020
012024
012030

FIRMWARE ROUTINE

005700

gcg;

2498

BGNTST

249

4
2496 012004
2497 012010

PAGE

READING REGISTER S

011774

2490
2491 011774

PC.LOAD
RO
304
35,KMCS

;:
;
;
;:

INTERNAL MODE?
IF NOT BRANCH
INTERNAL

LOQPBACK

GO LOAD
ANY ERRQORS LOADING
IF NO, BRANCH
CRAM FAILURE

TST

ORUN, (R2)

0177777 ,R3

(R2)

404
R3,35%
36,KMC?

;

SET RUN BIT

;

SET

;

DONE BIT SET?

;
;

WAIT A WHILE
KMC HUNG

T1S7

RQUTINE

TRAP
.WORD
. WORD
. WORD

CSERHRD
35
KMCS
0

TRAP
. WORD

CSESCAPE
L1004 .

TRAP
.WORD
.WORD
. WORD

CSERHRD
36
KMC?
0

UP DELAY

YES,

BRANCH

TRAP

000076

I
; CHECK

. WORD

TIMING SIGNALS 81

READING DATA MEMOR:

CIESCAPE
L1004y

MISCELLANEOUS SECTIONS
TESY

2524
2529
2526
2527
2528
2529
2530
2531

OT DETECTY

012122
012126
012132
012136
012142
012146
012150
012152
012152

012154
012156
012160

25%2 012162
012162
012164

2533
2534
2535
2536
2537
2538
2539

012166
012172
012176
012202
012204
012206
012206
012210
012212
012214
2540 012216
012216
012216

TEST

004737
012703
012700
004737
032704
001007
077310

MACRO M1200
005700
000027
000377
005760
000002

16:13

40%:

JSR

PC.MSCLR

JSR
81"
BNL
508

PC.READ

SOs
:

MOV
MOV

ERRHRO

104456

000045
004177
000000

ESCAPE

104410
000032
012700
004737
032704
001405
077310

023. ,R3
8377 ,R0
02 .R4

608

R3,50¢

37.EM12

READ MEMORY

GO 00 I7
DY DETECY SET?
IF YES, GET OUT
CONTINUE READING
DT NEVER SET

T1S7

000377
005760
000002

60:

MOV

JSR
8I7

BEQ
S08
ERRHRD

704
:

0377,.R0

READ

PC.READ

GO0 00 17
OT DETECT CLEAR?
IF YES, GET OUT
CONTINUE READING
OT NEVER CLEARED

TRAP

02 ,R4
708
R3,60%

38,EM13

CIERHRD

.WORD
.WORD
.WORD

37
Emi2
0

TRAP

CSESCAPE
L10042 .

MEMORY

.WORD
.WORD
.WORD

CSERMHRD
38
EM13
0

TRAP

C$ETST

TRAP

ENDTST
L10042:

104401

SEQ 0077

CLEAR THE WORLD
SETUP FOR 23 READS

.WORD

104456

000046
004220
000000

PAGE 47-)

15 MAR B85S

HISCELLANEggSnggTIONS
TEST 8:
L

2542
2543
2544
2545
2546
2547
2548
2549 012220
012220
2550 012220
2551 012224
2552 012230
2553
2554
2355
2556 012230
2557 012234
2558 012240
2559 012242
2560
2561
2562
2563 012244
2564 012250
2565 012254
2566 012260
2567 012264
2568 012270
2569 012272
2570
2571
2572
2573 012274
2574 012300
2575 012304
2576 012310
2577 012314
2578 012320
2579 012322
2580
2581
2582
2583 012324
2584 012326
2585 012332
012332
012332

MACRO M1200

15-MAR-85

.SBTTL

16:13

PAGE 48

TEST 8:

B7
SEQ 0078

LED TEST

HEAd

:
i

TEST TO TURN ON AND OFF EACH OF THE ON-BOARD LED'S:
INTERNAL MAINTENANCE, EXTERNAL MAINTENANCE.
BUNTST

013702
012701

002166
000005

MOV
MOV

KCSR,R2

10$:

18::
STORE POINTER TO CSR
REPEAT S TIMES

: TURN ON CABLE OK LED
012703
012704
077401
077304

000002

177777

1208:
130$:

MOV

MOV
SOB
508

#2,R3
?177777,R4
R4,1304
R3,120%

ONE DELAY
SECOND DELAY
WAIT A
WHILE

HE4

:
012705
012700
004737
012703
012704
077401
077304

000010
000017
006034
000002
177777

TURN ON INTERNAL MAZNTENANCE LED
MOV
MOV

JSR
MOV

2204 :
230¢:

MOV
sS08
so8

#10,RS
#MAINT
RO
PC,.WRITE

#2,R3
8177777 ,R4
R4,230$
R3,220¢

INTERNAL MAINTENANCE BIT

MAINTENANCE REGISTER
WRITE TO SELECTED REGISTER

ONE DELAY
SECOND DELAY
WAIT A
WHILE

: TURN ON EXTERNAL MAINTENANCE LED
012705
012700
004737
012793
012704
077401
077304

000020
000017
006034
000002
177777

MOV
MOV
JSR
MOV

320%:

330s:

MOV

S0B

sS08

#20,RS
#MAINT
RO
PC.WRITE
#2,R3
#177777,R4
R4,330¢
R3,320$

EXTERNAL

MAINTENANCE BIT

MAINTENANCE REGISTER
WRITE TO SELECTED REGISTER

ONE DELAY
SECOND DELAY
WAIT A
. WHILE

: REPEAT THE PATTERN 5 TIMES
077137
004737

104401

005700

S0B

JSR
ENDTST

R1,10¢
PC.MSCLR

REPEAT

LOOP

CLEAR BEFORE LEAVING
L10043:
TRAP

CSETST

MISCELLANEQUS

M1200

2604 012360
2605 012362
2606 012364
012364
012366
012370
012372
2607 012374
012374
012376
2608
2609
2610
2611 012400
2612 012404
2613 012410
2614 012412
2615
2616
2617
2618 012414
2619 012420
2620 012424
2621 012426
2622
2623
2624
2625 012430
2626 012434
2627 012436
2628 012442
2629 012444
2630 012450
2631 012456
2632 012464
2633 012470
2634 012474
263S 012500
2636 012504

16:13

.SBTTL

TEST

PAGE

DATA

TRANSFER

>EQ 0079

TEST

*
e

TEST TO SEND 256 BYTES OF DATA THOUGH LINE
NPR'S TO GET THE DATA FROM UNIBUS

2587
2588
2589
2590
2591
2592
2593
2594 012334
012334
2595
2596 012334
2597 012340
2598
2599
2600
260! 012344
2602 012350
2603 012354

MAR

DATA TRANSFER TEST

®s

MACRO

UNIT

DOING

TEST

SECTIONS

BGNTST
T19::

013702
004737

002166
005700

;
012700
012705
004737
005700
001406

KCSR,R2

JSR

PC,MSCLR

;

STORE

;

CLEAR

THE WORLD

LOAD TEST MICROCODE

000064
004532
006062

104456
000047
003460
000000

MOV
MOV

#64 ,RO
#DTST,RS

JSR
1ST
BEQ
ERRHRD

PC,LOAD
RO
254
39,KMCS

ESCAPE

104410
000202

;

SIZE

;

STARTING

;
:
;

GO LOAD
ANY ERRORS LOADING
IF NO, BRANCH

;

CRAM FAILURE

ADDRESS

ROUTINE

TRAP
.WORD
.WORD
.WORD

T1ST

TRAP
.WORD

;
012703
012705
105025
077302

MOV

000377
002624

CLEAR RECEIVE BUFFER

25%:
264 :

MOV

#255.,R3

MOV

#RCBUF ,RS

CLRB
s0B

(RS).
R3,26¢

;

COUNTER

;

START

;
;

CLEAR EACH BYTE
DO FOR THE WHOLE BUFFER

;
;
;

LAST PATTERN
END OF THE BUFFER
LOAD WITH A PATTERN

THE

BUFFER

: LOAD TRANSMIT BUFFER WITH A PATTERN
012703
012705
11034S
077302

000377
002624

27$:

MOV
MOV
MOvB

#255. ,R3
#RCBUF ,RS
R3, (R5)

508

R3,27%

;

DO FOR THE WHOLE BUFFER

; SET UP MAINTENANCE MODE ACCORDING TO SELECTION
005737
001003
012712
000402
012712
012762
012762
052712
042712
052712
012703
012704

002172
000010
000020
002224
002624
040000
040000
100000
000001
000001

000004
000006

28%:
29$:

TS7

MTMODE

BNE

284

MOV
BR
MOV

#10,(R2)
294
#20,(R2)

MOV
MOV

#TRBUF ,4(R2)
#RCBUF ,6(R2)

B81S
BIC

BIS

32¢:

#MCLR, (R2)
#MCLR, (R2)

#RUN, (R2)

INTERNAL

:
;
:

SET INTERNAL
CONTINUE
SET EXTERNAL

:
;

MODE?

IF NOT BRANCH

LOOPBACK

LOOPBACK
SETUP ADDRESSES
IN CSR'S

;:
;

CLEAR THE WCRLD
CLEAR BIT
SET

MoV

#1,R3

;

MOV

#1,R4

SET RUN BIT
UP

DELAY

CS$ERHRD
39
KMCS

CS$ESCAPE

L10044
-,

MISCELLANEOQUS

TEST

2637
2638
2639
2640
2641
2642
2643

SECTIONS

MACRO M1200

DATA TRANSFER TEST
012510
012514
012516
012520
012522

012524
012526
012526
012530
012532
012534

2644 012536
012536
012540
2645
2646
2647
2648 012542
2649 012546
2650 012552
2651 012554
2652 012556
01255
012560
012562
012564
2653 012566
2654 012572
2655 012574
2656 012600
012600
012600

012705
105712
100411
077503
077406
077311

020000

15-MAR-85

16:13

33$:
35¢:

MOV
7578

B8MI

#20000,RS
(R2)

404

R5,35$

508
ERRHRD

R3,32$
40,KMC?

ESCAPE

104410
000040

49-1

S08

sS08

104456
000050
003516
000000

PAGE

R4,33$

SEQ 0080
OONE BIT SET?
IF YES, BRANCH
WAIT A WHILE
WAIT A WHILE
WAIT A WHILE
(MC HUNG

TRAP
.WORD
.WORD
.WORD

TST

TRAP
.WORD

CSERHRD

KMC7

CS$ESCAPE
L10044

: CHECK THE RESULTS
012704
012705
022425
001404
104456
000051
004037
005600
022704
001367
004737

104401

002224
002624

40
45¢
.

002624

005700

S50$:

MOV
MOV
cMP
BEG
ERRHRD

cMP
BNE
JSR
ENCTST

#TRBUF ,R4
#RCBUF ,RS
(R4)+,(R5).
504
41,EM7,ERPNT

#RCBUF ,R4
45¢
PC,MSCLR

TRANSMIT BUFFER
RECEIVE BUFFER
ARE THEY THE SAME?

IF YES, BRANCH
DATA PATH ERROR

ALL

TRAP
.WORD
.WORD
.WORD

DONE?

CS$ERHRD
41

EM?7
ERPNT

IF NOT, BRANCH
CLEAR THE WORLD
L10044:
TRAP

CSETST

]

DATA TRANSFER TEST

2658
2659
2660
2661
2662
2663
2664
2665
2666
2667
2668
2669
2670
2671
2672 012602
012602
012604
2673
2674 012604
012604
012606
012610
012612
2675 012614
012614
012616
012620
2676
2677 012622

M1200

15 MAR-85 16:13

PAGE

E7/
SEQ 0081

.TITLE PARAMETER CODING
.SBTTL

HARDWARE PARAMETER CODING SECTION

THE HARDWARE PARAMETER CODING SECTION CONTAINS MACROS

THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.
MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT

INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.

MACROS ALLOW THE S!'PERVISOR
WITH THE OPERATONS,

THE

ESTABLISH COMMUNICATIONS

L$HARD:
:
GPRMA

000021
012622
160000
177770

GPRML

001130
012637
177777

H02,0,0,160000,177770,NO

HDS,2,-1,YES

;

.WORD L1004S L $HARD/2

CSR ADDRESS

LOOPBACK,

.WORD

T$CODE

.WORD

HD2

.WORD
TSLOLIM
.WORD
TSHILIM
INTERNAL DEFAULT

.WORD
.WORD
-WORD
ENDHRD

012622

2678
2679 012622
012625
012630
012633
012636
2680 012637
012642
012645
012650
012653
012656
012661
2681
2682
2683

THE
ARE

BGNHRD

000007

L1004S:

103

040

104
123
000
105
105
101
114
120
103
000

123
101
122
123

122
104
105
077

HDZ2:

.ASCIZ

/CSR

130
122
114
117
102
113

124
116
040
117
101
077

HDS:

.ASCIZ

/EXTERNAL

.EVEN

ADDRESS?/

LOOPBACK?/

————
e v - —

TEST

MACRO

CODING

————

PARAMETER

.EVEN

T$CODE
HDS
1

F7
PARAMETER

MACRO M1200

CODING

SOF TWARE PARAMETER CODING SECTION
2685
2686
2687
2688
2689
2690
2691
2692
2693
2694
2695
2696 012662
012662
012664
2697
2698
2699
2700 012664

15 MAR-85

16:13

.SBTTL

;

PAGE 51

THE SOFTWARE PARAMETER CODING SECTION CONTAINS MACROS
THAT

ARE USED BY

;

THE

WITH THE OPERATOR.
BGNSFT

000000

L$SOFT::

ENDSFT

.WORD L10046-L$SOFT/2

.EVEN
L10046:

2701
2702
2703
2704 012664
2705 012664
2706
2707
2708 012704

2709
2710

THE SUPERVISOR TO BUILD P-TABLES.

; MACRQOS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
; INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE
; MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS

012664

012704
012706
012710

SEQ 0082

SOFTWARE PARAMETER CODING SECTION

$PATCH::

.BLKW

LASTAD
000000
000000

000C01

L$LAST::
.END

.EVEN
.WORD
.WORD

O
©

|
'

= 000040
= 020000
IRDTST
004310
ISR
= 000100
IXE
= 004000
I$AU
= 000041
I$AUTO= 000041
ISCLN = 000041
IOV
= 000041
I$HRD = 000041
I$INIT= 000041
I$MOD = 000041
I$MSG = 000041
I$PROT= 000040
I$PTAB= 000041
ISPWR = 000041
ISRPT = 000041
IS$SEG = 000041
I$SETU= 000041
ISSFT
000041
I$SRV
000041
I¢5UB
000041
I$TST
000041
J$JuMpP
000167
KCSR
002166
KMC1
003260
KMC2
003331
KMC3
003356
KMC4
003403
KMC5
003460
KMC6
003475
KMC7
003516
LOAD
006062
LOE
= 040000
LOGUNT
002170
LOT
= 000010
L$ACP
002110
LSAPT
002036
L$AU
006316
L$AUT
002070
L$AUTO
006300
LsCCP
002106
LS$CLEA
006302
L$CO
002032
L$DEPO
002011
L$DESC
003234
L $DESP
002076
L$DEVP
002060
L$DISP
002124
L$DLY
002116
L$DTP
002040
L$DTYP
002034
L$DU
006310
L$0OUT
002072
L$OVTY
003224
L$EF
002052
L$ENVI
002044

L$ERRT
LSETP
L$EXP1
LS$EXP4
L$EXPS
L $HARD
L$HIME
L$HPCP
L$HPTP
L$HW
L$ICP
L$INIT
L$LADP
L$LAST
L$LOAD
L$LUN
L$MREV
L $NAME
L$PRIO
L $PROT
L$PRT
L $REPP
LSREV
L$RPT
L$SOFT
L$SPC
L $SPCP
L$SPTP
L$STA
LS$SW
L$TEST
L$TIML
L$UNIT
L10000
L10001
L10002
L10003
L10004
L10005
L10006
L10010
L10011
L10012
L10013
L10014
L1001S
L10016
L10017
L10020
110021
L10022
L 10023
L10024
L 10025
L10026
L10027
L10030

002156
002102
002046
002064
002066
012604
002120
002016
002022
002150
002104
006160
002026
012710
002100
002074
002050
002000
002042
006152
002112
002062
002010
006144
012664
002056
002020
002024
002030
002156
002114
002014
002012
002154
002156
005336
005462
005576
005676
006150
006276
006300
006306
006314
006322
006462
006402
006460
007046
006576
006722
007044
007760
007140
007500
007572
007664

a2 ol loln Il la ol ala o alalatal a2 ka2 X212 1212 121212121212

IDU
IER

002160 G
002156 G
ERRO
005126
ERRO1
005207
ERRO2
005270
ERR1
005402
ERR2
005516
ERR3
005634
EVL
= 000004 G
EXTR
= 000016 G
ESEND = 002100
E$LOAD= 000035
F$AU
= 000015
F$AUTO= 000020
F$BGN = 000040
F$CLEA= 000007
F$0U
= 000016
F$END = 000041
F $HARD= 000004
F$HW
= 000013
F$INIT= 000006
F$JMP = 000050
F$MOD = 000000
F$MSG = 000011
F$PROT= 000021
F$PWR = 000017
F$RPT = 000012
F$SEG = 000003
F$SOFT= 000005
F$SRV = 000010
F$SUB = 000002
F$SW
= 000014
FSTEST= 000001
GS$CNTO= 000200
G$DELM= 000372
G$DISP= 000003
GSEXCP= 000400
G$HILI= 000002
G$LOLI= 000001
G$NO
= 000000
G$OFFS= 000400
G$OFSI= 000376
G$PRMA= 000001
G$PRMD= 000002
G$PRML
= 000000
G$RADA= 000140
G$RADB-= 000000
G$RADD= 000040
G$RADL
= 000120
G$RADO= 000020
G$XFER= 000004
G$YES = 000010
HD2
012622
HDS
012637
HELP
= 000001
HOE
= 100000 G
IBE
= 010000 G

PAGE 51-1

OO0

ERRNBR
ERRTYP

000026
000027
000043
C4GPHR= 000042
C4GPLO= 000030
C$GPRI= 000040
C$INIT= 000011
C4INLP= 000020
C$MANI= 000050
C$MEM = 000031
CéMSG = 000023
C$0OPEN= 000034
C4¢PNTB= 000014
= 000017
CéPNTF
C$PNTS= 000016
C¢PNTX= 000015
C$QI0 = 000377
C$RDBU= 000007
C4REFG= 000047
C4RESE= 000033
CSREVI= 000003
C$RFLA= 000021
CS$RPT = 000025
CSSEFG= 000046
C$SPRI= 000041
C$SVEC= 000037
C$TPRI= 000013
OFPTBL
002150
DIAGMC= 000000
DIHI
= 000015
OLO
= 000010
DOHI
= 000011
DTST
004532
DTTST
004444
EF .CON= 000036
EF .NEW= 000035
EF .PUR= 000034
EF .RES= 000037
EF .STA= 000040
EM1
003534
EM10
004127
EM11
004152
EM12
004177
EM13
004220
EM14
004243
EM2
003607
EM3
003633
EM4
003673
EMS
003735
EM6
003775
EM7
004037
£M8
004057
EM9
004102
ENDIN
006276
ERPNT
005600
ERRBLK
002164
ERRMSG
002162

16:13

OO0
ONNNNEG

C4GETB=
C$GETW=
C$GMAN=

OO0

BITO
81700
81701
81702
81703
81704
8ITOS
8IT06
B8ITO7
81708
8IT09
BIT)
8IT10
8IT11
BIT12
BIT13
BIT14
BIT1S
8IT2
BIT3
8IT4
BITS
BIT6
8177
BITS8
BIT9
80E
CNTRL
CRAMW
C$AV
C$AUTO=
C$BRK =
C$BSEG=
csBSUB=
C$CEFG=
C$CLCK=
C4CLEA=
C$CLOS=
C$CLP1=
C$CVECs
C$DCLN=
C$000U=
CSDRPT= 000024
Csov
= 000053
C$€DIT= 000003
= 000055
CS$ERDF
CS$ERHR= 000056
C$ERRO= 000060
= 000054
CS4ERSF
C$ERSO= 000057
C$ESCA= 000010
CS$ESEG= 000005
C$ESUB= 000003
C$ETST= 000001
CSEXIT= 000032

1S-MAR 85

000020
000010
000001
000001
000002
000004
000010
000020
000040
000100
000200
000400
001000
000002
002000
004000
010000
020000
040000
100000
000004
000010
000020
000040
000100
000200
000400
001000
000400
000016
020000
000052
000061
000022
000004
000002
000045
000062
000012
000035
000006
000036
000044
000051

ADR
=
| ASSEMB=

MACRO M1200

TABLE

OO0

SYMBOL

OO0

PARAMETER CODING

SEQ 0083

000001
000000
000001
000001
000000
000001
000001

012710
000000
ERRORS DETECTED:

001000
002000
002624
005760

005732

RPNT
RUN

SFPTBL
START
=
STEP
STRB
=

RBS.

002220
100000
002156
006232
000400
000012

T$LAST=

T$LOLI=
T$LSYM=
T$LTNO=
T$NEST=
T$NSO =
T4NS] =
T$PTNU=
T$SAVL=
T$SEGL
=

000
001
0

VIRTUAL MEMORY USED:
28476 WORDS
( 112 PAGES)
DYNAMIC MEMORY:
19748 WORDS
( 75 PAGES)
ELAPSED TIME:
00:03:07
CZiKMVA,CZKMVA/CR/NL
: TOC=SVC34/ML ,CZKMVA .MAC/DS : GBL

002174

002176
002224
000003
001130
000051
000000
000040
000000

177770

000001
160000
010000
000011

177777
000005
000002
000090
177777
177777

SEQ 0084

T$SUBN= 000000
T$TAGL= 177777
T$TAGN= 010047
T$TEMP= 000005
T$TEST= 000011
T$TSTM= 177777
T$T1STS= 000001
T$$AU = 010014
T$$AUT= 010011
T$$CLE= 010012
T$$DU = 010013
T$$HAR= 01004S
T$$HW = 010000
T$$INI= 010010
T$$MSG= 010005
T$$PRO= 010007
T$SRPT= 010006
T$$SOF
= 010046
T$$5UB= 010037
T$$SW = 010001
T$$TES= 010044
T1
006324
T1.1
006324
T1.2
006404
T2
006464
T2.1
006464

006600
006724
007050
007050
007142
007502
007574
007666
007762
007762
010156
010370
010602
011042
011324
011550
011774
012220
19
012334
= 000200
UAM
WRITE
006034
X$ALWA= 000000
X$FALS= 000040
X$0FFS= 000400
X$TRUE= 000020
$PATCH
012664
NaWh-

000000
000001
000001
000001
000001
010000

—

SVCGBL
=
SVCINS=
SVCSUB=
SVCTAG=
SVCTST=
S$LSYM=
TEMP
TEMP1
TRBUF
T$ARGC=
T$CODE=
T$ERRN=
T$EXCP=
T$FLAG=
T$GMAN=
T$HILI=

[}

PAGE

[2X2X2X202X
21 2]

ONEFIL=
0$APTS=
0$AU
=
0$BGNR=
0$BGNS=
0$DU
=
O$ERRT=

RAMI
RAMO
RCBUF
READ
ROMCLK

16:13

VNTHWNF

MAINT = 000017
MCLR
= 040000
MSCLR
005700
MTMODE
002172
NDRTST
004356
NEXT
006240

0$GNSW= 000001
O$POIN= 000001
O$SETU= 000000
PNT
001000
PNTD
004702
PNTRAM
005340
PNTREG
005464
PRI
002000
PRIOO
000000
PRIO1
000040
PRIO2
000100
PRIO3
000140
PRIO4
000200
PRIOS
000240
PRIO6
000300
PRIO7
000340

007756
011322
010154
010366
010600
011040
011320
011546
011772
012216
012332
012600
012622
012664

1S5 MAR

OO0

1 L10031
L10032
L10033
L10034
L10035
L10036
L10037
L10040
L10041
L10042
L10043
L10044
L10045
L10046

MACRO M1200

CODING

TABLE

(2 X211~

SYMBOL

PARAMETER

SYMBCL
ADR
ASSEMB

8IT0

BIT00
81701
81702
81T03
81704
BIT0S
81706
81707
BIT08
BIT09
8IT1
81710
81711
BIT12
BIT13
B1T14
81715
8172
BIT3
8174
8ITS5
BIT6
8177
8178
BIT9
B80E
CNTRL
CRAMW

C$AU
C$AUTO
C$BRK
C$BSEG
csBSuB
C4CEFG
C$CLCK
CSCLEA
C4CLOS
CsCLPL

C$CVEC
C$OCLN
C$000DV
C$DRPT
CsDU
ICS$EDIT
CS$ERDF
CS$ERHR

MACRO

ON 15-MAR-85 AT

16:15

CROSS REFERENCE
VALUE

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

100000
000004
000010
000020
000040
000100
000200
000400
001000
000400
000016
020000
000052
000061
000022
000004
000002
000045
000062
000012
000035
000006
000036
000044
000051
000024
000053
000003
000055
000056

PAGE

CREF

V02

SEQ 0085

REFERENCES

SYMBOL

CREATED BY

#10-954

OGN

CZKMVA

?10-954
#10-954
#10-954
#10-954
?10-954
#10-954
#10-954
#10-954
#10-954
#10-954
#10-954
#10-954
#10-954
#10-954
#10-954
#10-954
#10-954
#10-954
#10-954
#10-954
#10-954
#10-954
#10-954
#10-954
#10-954
#10-954
#10-954
#11-974
#11-962
#6-875
#6-875
#6-875
#6-875
#6-875
38-1987
#6-875
#6-875
#6-875
#6-875
#6-875
42-2184
#6-875
#46-87S
#6 875
#6-87S
#6-875
#6-87S
#6-875

6-875

#6-875

36-1898

6-875

10-954
10-954
10-954
10-954
10-954
10-954
10-954
10-954
10-954
10-954

39-2022
21-1453
28-1668
25-1578

30-1683
39-2012

43-2235
32-1755

31-1707

43-2275
32-1756

32-1740

33-1784

40-2041

41-2095

42-2155

34-1821
43-2215

44-2292

35 1863

36-1887

37-1962

1872

36-1899

36-1911

36-1920

36-1932

40-2065

41-2124

31 1716
36-1919

32-1764
36-1928

33-1799
36-1953

33-1811
37-1977

34-1838
38-200c¢

35-1871
39-2027

26-1595

31-1721

43-2259

27 1631
6-901
30-1696
36-1907

35-1877
2064

—_—

CREATED BY

CZKMVA

000060
000054
000057
000010

C4ESEG
C4ESUB

000005
000003

C4ETST

000001

C4EXIT
C4GETB
C4GETW
C4GMAN
C$GPHR
C4$GPLO
C$GPRI
C4INIT
CSINLP
C$MANI
C$MEM
C4MSG
C$OPEN
C$PNTB
C$PNTF
C$PNTS
C$PNTX
C4QI0
C$ROBU
C4$REFG
CS$RESE
CS$REVI
C4RFLA
CS$RPT
C4SEFG
C$SPRI
C4¢SVEC
CS$TPRI
DFPTBL

000032
000026
000027
000043
000042
000030
000040
000011
000020
000050
000031
000023
000034
000014
000017
000016
000015
000377
000007
000047
000033
000003
000021
000025
000046
000041
000037
000013
002150
000000
000015
000010

DIAGMC
0IHI
oLO
DOHI
DTST
DTTST

EF .CON

=
=
=

000011
004532
004444
000036
00003S
000034

PAGE 2

CREF

40-2085
45-2389
47-2519
#6-875
#6-875
#6-875
#6-875
47-2532
#6-875
#6-875
38-2004
96-875
49-2656
0#6-875
#6-875
#6-875
#6-87S
#6-875
#6-875
#6-875
#6-875
#6-875
#6-875
#6-875
#6-875
#6-875
#6-875

#6-875

OO
O

C4ERRO
C4ERSF
C$ERSO
C4ESCA

EF .NEW
EF .PWR

ON 15-MAR-85 AT 16:15

J7
Vo2
SEQ 0086

REFERENCES

VALUE

SYMBOL

MACRO

CROSS REFERENCE

(a1l

SYMBOL

—
e
-

#6-875
#6-875
"6-875
#6-875
#6-875
#6-875
?#6-875
#6-875
#6-875
#6-875
#6-875
$#6-875
#6-875
#8-923
6-875
7#11-971
#11-969
44-2346
#11-970
#15-1083
#15-1073
#10-954
#10-954
#10

954

41 2122
45 2396
47-2531

41-2145
45-2408
47-2539

42-2182
45-2415
49-2606

42-2205
46 2450
49-2643

43-2254
46-2457
49-2652

43-2280
46-2469

44-2333
46-2477

44-2338
47-2512

45-2390
49-2607

45-2397
49-2644

45-2409

46-2451

46-2458

2470

47-2513

47-2520

30-1699
39-2029
31-1729

32-1776

40-2087

41-2147

35-1879
44 2354
46-2478

37-1979

39-2030

34 1851
43-2281
45-2416

36-1954

34-1853

33-1813
42-2207
44-2355

47-2540

48-2585

16-1239

16-1249

16-1256

16-1265

16-1215

16 1244

16-1252

16-1259

16-1227

16-1228

24-1540

24-1542

24-1544

24-1546

41-2140

37-1972

42-2174
40-2058

42-2200
40-2060

44-2348
40-2080

44-2321

41-2112

43-2233

44-2315

31-1727

26-1590

24-1558

24-1564

#6-875

1548

6-901

22-1489

6-875

41-2114

16-1217

38-1997

49-2602
47-2508

24-1540
24-1544
24-1548

2312

2320

CZKMVA

MACRO

ON 1S5-MAR 85 AT

EF .RES
EF.STA

=
=

EM1

EM10
EM1]
EM12
eEM13
EM14
EM2
EM3
EM4
EMS
EM6
EM7
EM8
EM9
ENDIN
ERPNT
ERRBLK
ERRMSG
ERRNBR
ERRTYP
ERRO
ERRO1
ERROZ2
ERR1
ERR2
ERR3
EVL
EXTR
ES$END
E$LOAD

000037
000040
003534
004127
004152

004177
004220
004243
003607
003633
003673
003735
003775
004037
004057
004102
006276
005600
002164
002162
002160
002156
005126
005207
005270
005402
005516
005634
000004
000016
002100
000035
000015
000020
000040

F$AY
F$AUTO
F $BGN

CREF

#10-954
#10-954
#14-1036
#14-1045
#14-1046
¢14-1047
#14-1048
#14-1049
#14-1037
$14-1038
$14-1039
#14-1040
$14-1041
#14-1042
$14-1043
#14-1044

F $END

000007
000016
000041

Vo2
SEQ 0087

24-1541

24-1546
24-1542
35-1871

46-2469
46-2477
47-2531
47-2539
44-2338

35-1877
36-1898
36-1907
36-1919
36-1928

24-1549

724-1563

16-1215
16-1227
16-1228
16-1244
16-1252

#16-1233
#16-1234
#16-1236
#16-1247
#16-1254
#16-1263

16-1259

41-2095
44-2292
46-2451
48-2549
#6-875
#6-87S
#6-875

6-87S
16-1239
24-1564
30-1676
31-1727

38-2002

39-2027

40-2085

41-2145

42-2182

43 2254

44 2333

49-2652

16-1251
28-1641
32-1733
34-1851

16-1258
30-1676
32-1740
34-1853
37-1962

22 1482
30-1683
32-1740
35-1856
37 1979

23-1498

42-2205

43 2280

24 1514
30-1699
33-1784
35 1863
38-1947

25 1575
31-1707

36-1953

41-2122

49-2652

#10-954
#11-975
06-87S
¥6-875
#6-875
#6-875
#6-875

37-1977

40-2064
45-2408
45 2415

#16-1258
$12-987
#12-987
#12-987
#12-987

26-1587
31-1707
33-1813
36-1887
39-2012

PAGE

I<7

REFERENCES

OONONOONO0

VALUE

SYMBOL

F$CLEA
F $0U

16:15

CROSS REFERENCE

OOOOO

SYMBOL

CREATED BY

42-2172

6-901
26-1641
25-1575
16-1208
26-1590
31-1727
34-1821
36-1887
39-2012

41-2147
44-2354
46-2458
48-2585
26-1587

27-1604
6-875
6-875
16-1246

25-1578
3C-1676
31-1/29

28-1668
25-1578
16-1241
27-1604
31-1729
34-1821
36-1954

39-2029

42-2155
44-2355
46-2470
49-2594

26-1595
27-1631
6-875
6-875
16-1249
26-1590
30-1683
31 1729

37 1962
39-2030
42-2155
45-2366

46-2478
49-2607

40-2033
42-2207
45-2390
47-2489
49-2644

40-2041
43-2215
45-2397
47-2513
49-2656

6-875
6-875
16-1253
26-1595
30-1683
32-1733

6-875
6-875
16-1256
27-1615
30-1699
32 1733

6-875
6-875
16-1262
27-1631
30-1699
32-1733

30-1€83
32-1776
35-1863
38-1987
40-2041
43-2215
45-2409
47-2520

50-2672

6-875
6-875
16-1265
28-1652
31 1707
32 1740

40-2087
43-2281
45-2416
47 2532

51-2696

6 875
6-875
22-1484
28-1668
31-1707
32 1740

33-1784
35-1879
38-2004

41 -2095
44-.292
46-2427
47-2540

6-875
16-1232
22-1489
30 1676
31-1727

1776

CZKMVA
SYMBOL
SYMBOL

CREATED BY

MACRO

ON 15-MAR-8S AT 16:15

CROSS REFERENCE

VALUE

CREF

F $MOD
F $MSG
F$PROT
F$PUR
FS$RPT
F$SEG
F$SOFT
F$SRV
F$suB

F$SW
F$TEST

GS$CNTO
G$DELM

G$DISP
GSEXCP

GIHILI

G$LOLI
G$NO
G$OFFS
GS$OFSI
G$PRMA
G$PRMD
G$PRML
$RADA
$RADB
G$RADD
$RADL
$RADO
$XFER

GSYES

HD2

000004
000013
000006
000050
000000
000011
000021
000017
000012
000003
000005
000010
000002

000014
000001

000200
000372
000003
000400
000002
000001
000000
000400
000376
000001
000002
000000
000140
000000
000040
000120
000020
000004
000010
012622

Vo2
SEQ 00838

REFERENCES

32-1776
34-1853
36-1887
38-1987

F $HARD
F $HW
F$INIT
FsumMp

PAGE 4

40-2033
41-2147
43-2281
45-2366
46-2451
47-2520
49-2594
06-875
#6-875
#6-875
#6-875

22-1484

#6-875
#6-875
96-875
#6-875
#6-875
#6-875
#6-875
#6-875
#6-875

34-1821
38-2004
43-2215

#6-875
#6-875
45-2366
49-2656
#6-875
#6-875
#6-875
#6-875
06-875
06-875
#6-875
#6-875
06 875
06-875
96-875
06 875
06 875
06-875
06-875
06 875
%6 875
06-875
06 875

50 2674

33-1784
34-1853
36-1887
38-2004

40-2033
41-2147
44-2292
45-2390
46-2458
47-2532
49-2594

33-1784
35-1856
36-1954
38-2004

40-2033
42-2155
44-2292

45-2397
46-2470
47-2540
49-2594

50-2672
8-923
24-1514
16-1232
22-1484

50-2677
8-927
24-1564
16-1232
26-1590

16-1208
23-1498

16-1239
23-1504

22-1482

22-1489

51-2696

51-2700

30-1683
34-1851
39-2012
43-2281
9-938
30-1676

30-1699
35-1863
39-2029
44-2292
9-941

1729

45-2416

46-2427

50-2674
50-2674
50-2674
50-2674

50-2675
50 2675

50-2675

S0 2675

50 2674

SO0 2675

#50-2¢79

33-1813
35-1856
36-1954
39-2012

33-1813
35-1856
37-1962
39-2012

40-2041
42-2155
44-2354
45-2409
46-2478
47-2540
49-2607

46-2478
48-2549
49-2644

16-1246
27-1615
16

40-2041
42-2207
44-2354

34-1821
35-1863
37-1962
39 2029

40-2087
42-2207
44-2355

34-1821
35-1863
37-1979
39-2029

34-1851
35-1879
37-1979
39-2030

34 1851
35-1879
38-1987
39-2030
41-2095

48-2549
49-2656

40-2087
43-2215
44-2355
46-2427
47-2489
48-2549
49-2656

41-2095
43-2215
45-2366
46-2427
47-2489
48-2585

16-1246
27-1615

16-1253
28-1652

16-1262

1241

16-1249

1251

16-1256

16-1258

31-1707
35-1879

31-1727
36-1887

32-1740
36-1954

32 1776
37-1962

33-1784
37-1979

33-1813
38-1987

45-2416

45-2416
47-2489

40-2041
44-2354

40-2087

41-2095

32-1733

34 1853
47-2489

47-2540

46-2478

35-1856

50-2677

43-2281
45-2366
46-2427
47-2513
48-258S

51-2700

1265

41-2147

42-2155

39 2030

40 2033
48 2585

44 2355
49-2594

48-2549

2207

CZKMVA
SYMBOL

CREATED BY

MACRO

ON 15 MAR 85 AT

CROSS REFERENCE

SYMBOL

HOS
HELP
HOE
18E
| IOV

012637
= 000001
* 100000
= 010000
* 000040

50-267S
96 860
010-954
#10-954
910-954

' ISR
IXE
T¢AU
I$AUTO
ISCLN
10V
I¢HRD
ISINIT
I+M0D
I$MSG
I¢PROT
ISPTAB
14PUR
I$RPT
J$SEG

=
=
=
=
=
=
=
«
=
=
=
=
=
=
*

I$SETU
I$SFT

= 000041
= 00004)

06-875
051-2696

051-2700

Issus

= 00004}

06-875
31 1727
33 1784

30-1676
031-1727
033-1784

I$SRYV

18757

= 020000
004310
000100
004000
000041
000041
000041
000041
000041
000041
000041
000041
000040
000041
000041
000041
000041

G
G
G

010-954
#6-875
06-875
06-875
06-875
#50-2672
96-875
06-875
06-875
06-875
06-875
06-875
06-875
#6-875
35-1863
43 2215

= 000041

010-954
#15-1055
#10-954

06-875

034-1851
36-1954
038-1987
40-2033
041-2147
43.2281
46-2427

000041

06-875

032-1733

35-1863

J$UMP

KCSR

KMC2
IKMCS

000167

002166

003260

003331
003356

G
G

050-2680
6-870

6-384

028-1642
825-157S
0826-1587
027-1604
050-2677
024-1514

028-1668
025-1578
26-1590
027-1631

426 1595

016-1249

016 1251

216-1256

016

022-1482
30-1676
36-1887

022-1489
30-1683
37-1962

31-1707
38 1987

32-1733
39-2012

32-1740
40-2033

33 1784
40-2041

34 1821
41 2095

35 1856
42 2155

030-1699
032-1740
34-1821

030-1699
32-1776
034-1821

31 1707
032 1776
34-1851

e31-1707
#32 1776
034-1851

44-2292

45-2366

46-2427

47-2489

30-1683
e31-1727
33-1813

030-1683
32-1733
033-1813

30 1699
32-1740
033-1813

35-1856
036-1954
38-2004
40-2041

35-1863
#36-1954
038-2004
040-2041

041-2147
043-2281
47-2489

42-2155
043-2281
48-2549

30-1676

030-1676

32-1740

36-1887

33-1784

37-1962
45-2390
46-2458
47-2532
49-2594
16-1246

1025
1026

28-1654

016 124)

045-2366
46-2451
47-2520
#48-2585
16-1232

014
014

28-1643

016-1239

45-2366
046-2427

44 2293

27-1617

#16-1208
023-1498

41-2095

014-1024

27-1606

0c4-1564

40-2041

012-988
34-1822

24-1516

45-2385

040-2033

47-2513
048-2585
06-87S

voe

SEQ 0089

REFERENCES

G
G

PAGE S
CREF

VALUE

JER
| IRDTST

16:15

17-1291
35-1864

45-2368
30-1696

31 1716
33 1799

18-1322
37 1963

46 2429

035-1863
37 1962
038-2004
40-2087
042-2155
44-2292
49-2594

30-1683

34-1821

38-1987

48-2549

49-2594

1258

035-1879
37-1979
639-2012
040-2087

035-1879
037-1979
39-2029
41-2095

42-2207
044-2292

36-1887
037-1979
039-2029
041 2095

#42-2207
44-2354

036-1887
38 1987
039 2029
41 2147

042-2207
044 -2354

43 2215
044 2354

#43 2215
45 2366

031-1729

031

31-1707

34-1853

39-2012

31-1729

034-1853

39-2030

034-18S3

039-2030

1729

35-1856

43-2215
45-2409

46-2470
47-2540
049-2594
16-1253

44-2292
45-2416

46-2478
047-2540
49-2607
16-1262

44-2355
045-2416

046-2478
047-2540
49-2644
22-1484

044-2355
045-2416

046-2478
48-2549

47-2489
048-2549
049-2656
28-1652

47-249]

1265

35-1879
037-1962
39-2012
040-2087

42-2155
45-2397

20-1414
38 1988

016

+24-1560
39-2013

48-2550

30-168S
40-2042

49 2596

49-2656
27 1615

31 1708
41 2096

32 1747
42-2156

32-1733

#35-1856

40-2033
044-235S
46-2427
#47-2489

48-2585
049-2656

33 1785
43 2216

CZxKMVA
SYM80L

CREATED BY

MACRO

1S5-MAR-85

KMC4

003403
003460
003475
003516
006062
= 040000
002170
= 000010
002110
002036
006316
002070
006300
002106
006302
002032
002011
003234
002076
002060
002124
002116
002040
002034
006310
002072
003224

014-1027
#14-1028
#14-1029
#14-1030
#2]1-1448
#10-954
#12-989
#10-954

LOT
LSACP
LSAPT
LSAU
L $AUT
L$AUTO
LecCP
LOCLEA
L4CO
L $DEPO
L $0ESC
L $0ESP
L $DEVP
Le0ISP
LeOLY
L$OTP
L$OTYP
L$OV
LsOUTY
LSOVTY
LSEF
LSENVI
LSERRY
LIETP
LSEXP])
LSEXPA
LSEXPS
L $HARD
L $HIME
L §HPCP
L¢HPTP

L $HW
L$ICP
LOINIT
L SLADP
L $LAST
$LOAD
SLUN
$MREV
$NAME
$PRIO
$PROT
$PRT
$REPP
$REV

002052
002044
002156
002102
002046
002064
002066
012604
002120
002016
002022
002150
002104

006160
002026
012710
002100
0020’4
002050
002000
002042
006152
002112
002062
002010

QOO
NNOOOOONONONOOE

LOE
LOGUNT

OO0

REFERENCES

| LOAD

PAGE 6

CREF

VALUE

KMC7

16:15

CROSS REFERENCE

SrMB0L

KMCS
KMC6

46-2450

£7-2512

45-2396
45-2386

46-2457
46-2447

47-2519
47-2509

49-2643
49-2603

+24-1554

+24-1555

24-1556

24 1558

028-1641

025-1575

026-1587

1015

87-911

#6-901

027-16C4

#13

1010

#12-987

06-901
06-901
96-901

6-901

$6-901
06-901
96-901
6-901
06 901

50-2672

#50-2672

8-923

#8-923

6 901

#24-1514

0-901

#51-2708

6-901

923-1498

76 -901

#6-901
96-901
06-901
96-901
96-901
96-901
96-901
#6-901

SEQ 0090

45-2389

#6-901

06-901
6-901
96-901
6-901
#6-901
96-901
6-901
#6-901

voe2

33-1811
32-1764
34-1838

#6-901
6-901
#6-901
6-901
#6-901
6-901
#6-901
#6-901
6-901
#6-901
#6-901
6-901
#6-901

49 2606

‘CZKHVA

CREATED BY

MACRO

ON 15-MAR-85 AT 16:15

: SYMBOL CROSS REFERENCE

CREF
REFERENCES

L$RPT
L$SOFT
L$SPC
L$SPCP
L$SPTP
L$STR
L$SW
LS$TEST
L$TIML
LSUNIT
L10000
L10001
L10002
L10003
L10004
L10005
L10006
L10010
L10011
L10012
L10013
L10014
L100i5
£10016
L10017
L10020
L10021
110022
L10023
L10024
L10025
L10026
L10027
L10030
L1003}
L10032
L10033
L10034
L10035
L10036
L10037
L10040

006144
012664
002056
002020
002024
002030
002156
002114
002014
002012
002154
002156
005336
005462
005576
005676
006150
006276
006300
006306
006314
006322
006462
006402
006460
007046
006576
006722
007044
007760
007140
007500
007572
007664
007756
011322
010154
010366
010600
011040
011320
011546
011772
012216
012332
012600
012622
012664
= 000017

6-901
51-2696
96-901
#6-901
06-901
96-901
6-901
#6-901
?6-901
#6-901
8-923
9-938
16-1232
16-1246
16-1253
16-1262
22-1484

98-927
?9-941
916-1239
016-1249
#16-1256
016-1265
922-1489

26-1590
27-1615
28-1652

#26-1595
927-1631
028-1668

L 10046

MAINT

2121212121212 121211

VALUE

10045

v02
SEQ 0091

SYMBOL

L10041
L10042
L10043
L10044

PAGE

0#22-1482
#51-2696

9-938

#9-738

24-1556

924-1564
@25-1578

#34-1851

#39-2030
935-1879

#36-1954

#37-1979
#38-2004
#39-2029
944 -2355
#40-2087
941-2147
042-2207
#43-2281
#44-2354
45-2390
46-2451
47-2513
#48-2585
49-2607

50-2672
51-2696

¢11-976

56-1924

41-2100
46-2440

45-2397
46-2458
47-2520

45-2409
46-2470
47-2532

49-2644
#50-2677
#51-2700

#49-2656

35-1366
36-1334

36-1892
36-1944

41-2138
47-2502

42-2166
48 2564

#45-2416
#46-2478
#47-2540

36-1894
36-1946

36 1901
37-1970

42-2198
48-2574

2226

36
38

1903
1995

36-1913
39-2020

2273

2306

36 1915
40 2052
44 2329

36-1922

40-2078
45-2379

-_—————
-—

CZKMVA
SYMBOL
SYMBOL

CREATED BY

MACRO

ON 15-MAR-85 AT

911-963
#17-1290
42-2192
48-2584

MTMODE

002172

"12-930

NPoTCT

004356
006240
000001
000000
000001
000001
000000
000001
000001
000001
000001
000000
001000
004702

SFPTBL
START
STEP
STR8
SvCGeL

#6-875
#6-875
#6-875

OO0

#6-875

005340
005464
002000
000000
000040
000100
000140
000200
000240
000300
000340
001000
002000
002624
005760

OO0

ROMCLK
RPNT
RUN

24-1550

06-864
#6-875
96-875

005732
002220
100000
002156
006232
000400
000012
000000

OO0
e

PRIO1

PRIO2
PRIO3
PRIOA4
PRIOS
PRIO6
PRIO7
RAMI
RAMO
RCBUF
READ

40-2073
46-2434
#15-1063

PNTRAM
PNTREG
PRI
PRIOO

Vo2

SEQ 0092

REFERENCES

VALUE

040000
005700

PNT
PNTD

PAGE

CREF

CROSS REFERENCE

MCLR
MSCLR

NEXT
ONEF IL
OS$APTS
OsAV
O$BGNR
0$BGNS
osoV
OS$ERRT
O$GNSH
O$POIN
0$SETU

16:15

096-875
06-875
96-875

€10-954
216-1208
41-2145
216-1241
#16-1251
#10-954
#10-954
210-954

#10-954
#10-954
#10-954
#10-954
#10-954
210-954
#11-960
#11-961
#12-997

16-1219

38-1998
43-2276
€18-1321
212-994
#11-964
#9-938

24-1543

#11-959
#11-973
#6-875

6-901
6-901
6-901
6-901
12-987

17-1293
33-1806
43-2267
49-2597
*24-1561
41-2100
47-2496
46-2446

#24-1555
6-888
6-901
#6-899
96-899

6-901
#6-899
96-899
96-899

86-899
6-901

35-1871

49-2632

35-1865
44-2353
49-2655
35-1875

41-2133
49-2625

24-1559
9-943

6-901
6-901
6-901
#6-899

36-1953

34-1838
31-1716

32-1764

21-1460

39-2015

40-2046
45-2373

43-2268

44-2298

10-944

21-1470

22-1471

28-1671

29-1672

6-899

6 901

40 2064
44 2338

40-2085

#6-899

#6-839

37-1977
43-2254

32-1752

38-2002

43-2280

32-1765

20-1418

33-1793

41-2115
46-2465
33 1795

46-2452

47-2514

49-2634

24-1547
18-1326

#24-1554

24-1557

6-901
6-901
6-901
6-901
6-901
13-1015

6-901
6-901
6-901
6-901
6 901
16-1208

40-2061
45-2404

44-2297
45-2391

24-1545
18-1325

13-1010

41-2132
47-2524

43-2220

40-2081
45-2411

39-2023
44-2323

6-901
6-901

38-1990

40-2072
47-2492

42-2193

49-2649

49-2619

6-901
6-901

37-1965

39-2014

46-2462

42-2160

49-2631

49-2612
#19-1362

06-881

36-1950

38-1989

46-2430

#6-899

51-2708

42-2205

19-1380

36-1937

37-1964

45-2401

6-901
6-901

42-2182

18-1323
21-1450

49-2633
36-1936
45-2369

35-1867

36-1895

36-1904

6-901
6-901
6-901
6-901
7

911

16-1241

39-2027

44-2333

49-2653

36-1916

36-1925

36-1947

41-2122

37-1973

42-2201
47-2535

43-2236

33-1808

42-2175
47-2527
34-1831

34-1834

34-1847

6-901
6-901
6-901
6 901
8-923
16-1251

6-901
6-901
6-901
6-901
8 923
16 12556

6-901
6-901
6-901
6-901

6-901
6-901
6-901
6-901
9-938

41-2141
46-2473

9-938
ce 1482

23-1498

CZKMVA
SYMBOL

SYMBOL

SVCINS

CREATED BY

MACRO

ON 15-MAR-85 AT 16:1S

CROSS REFERENCE

VALUE

000001

PAGE 9
CREF

V02

SEQ 0093

REFERENCES

24-1514
51-2708
#6-875
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
7-911
7-911
7-911
7-911
13-1010
13-1015
16-1215
16-1215
16-1227
16-1227
16-1227
16-1228
16-1228
16-1228
16-1232
16-1244
16-1244
16-1244
16-1246
16-1252
16 1252
16-1252
16-1256
16-1259
16-1259
16-1262
22-1484
24-1540
24-1542
24-1544
24-1546
24-1548
24-1558
24-1564

25-1575
51-2708
#6-878
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-301
6-901
6-901
6-901
6-901
6-901
7-911
7-311
7-911
7-911
13-1010
13-1015
16-12:5
16-1215
16-1227
16-1227
16-1227
16-1228
16-1228
16-1228
16-1232
16-1244
16-1244
16-1244
16-1246
16-1252
16-1252
16-1252
16-1256
16-1259
16-1259
16-1262
22-1484
24-1540
24-1542
24-1544
24-1546
24-1548
24 1558
24-1564

26-1587

27-1604

28-1641

50-2672

51-2696

#51-2708

51-2708

6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
7-911
7-911
7-911
8-923
13-1010
16-1215
16-1215
16-1215
16-1227
16-1227
16-1227
16-1228
16-1228
16-1228
16-1232
16-1244
16-1244
16-1244
16-1249
16-1252
16-1252
16-1253
16-1259
16-1259
16-1259
16-1265
22-1489
24-1541
24-1543
24-1545
24-1547
24-1549
24-1558
25-1578

6-901
6-901
6-901
6-901
6-901
6-9C1
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
7-911
7-911
7-911
9-938
i3-1015
16-1215
16-1215
16-1215
16-1227
16-1227
16 1228
16-1228
16-1228
16-1228
16-1239
16-1244
16-1244
16-1246
16-1252
16-1252
16-1252
16-1253
16-1259
16-1259
16-1262
22-1484
24-1540
24-1542
24-1544
24-1546
24-1548
24-1558
24-1559
26-1590

6-901
6-901
6-901
6-901
6-901
6-901
6-901
6 901
6 90i
6-901
6-901
6-901
6-901
6-901
6 901
6-901
7-911
7-911
7-911
9-938
13-101S
16-1215
16-1215
16-1215
16-1227
16-1227
16-1228
16-1228
16-1228
16-1228
16-1239
16-1244
16-1244
16-1246
16-1252
16-1252
16-1252
16-1253
lo-1259
16 1259
16-1262
22-1484
24-1540
24-1542
24-1544
24-1546
24-1548
24-1558
24-1559
26-1590

6-901
6-901
6-901
6-901
6-901
6-901
6-901
6 901
6 901
6 901
6-901
6-901
6-901
6-901
6-901
6-901
7-911
7-911
7 911
9-938
13-1015
16-1215
16-1215
16-1215
16-1227
16-1227
16-1228
16-1228
16-1228
16-1228
16-1239
16-1244
16-1244
16-1246
16-1252
16-1252
16-1252
16-1253
16-1259
16-1259
16-1262
22-1484
24-1540
24-1542
24-1544
24-1546
24-1548
24-1558
24-1559
€6-1590

6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
6-901
7-911
7-911
7-911
7 911
13-1010
13-1015
16-1215
16-1215
16-1227
16-1227
16-1227
16-1228
16-1228
16-1228
16-1232
16-1244
16-1244
16-1244
16-1246
16-1252
16-1252
16-1252
16-1256
16-1259
16-1259
16-1262
22-1484
24-1540
24-1542
24 1544
24-1546
24-1548
24-1558
24-1564
26-1590

CZKMVA
SYMBOL
SYMBOL

CREATED BY

MACRO

ON 15-MAR-85 AT

16:15

CROSS REFERENCE
VALUE

PAGE

CREF

Vo2
SEQ 0094

REFERENCES

26-1590
27-1615
28-1652
30-1696
30-1696
31-1716
31-1716
31-1729
32-1764
32-1776
33-1799
33-1811
33-1811
34-1838
34-1838
35-1863
35-1871
35-1877
35-1877
36-1898
3¢,-1898
36-1907
36-1911
36-1919
36-1928
36-1928
36-1953
36-1954
37-1977
37-1979
38-2002
38-2004
39-2027
39-2029
40-2064
40-2064
40-2085
40-2087

41-2122
41-2124
41-2145
42-2155
42-2182
42-2205
42-2205
43-2254
43-2254
43-2280
43-2281
44-2333
44-2338
44-2338

26-1590
27-1615
28-1652
30-1696
30-1696
31-1716
31-1716
31-1729
32-1764
32-1776
33-1799
33-1811
33-1811
34-1838
34-1838
35-1863
35-1871
35-1877
35-1877
36-1898
36-1898
36-1907
36-1911
36-1919
36-1928
36-1928
36-1953
36-1954
37-1977
37-1979
38-2002
38-2004
39-2027
39-2029
40-2064
40-2064
40-2085
40-2087
41-2122
41-2124
41-2145

42-2155
42-2182
42-2205

42-2205

43-2254
43-2254
43-2280
43-2281
44-2333
44-2338
44-2338

26-1595
27-1631
28-1668
30-1696
30-1699
31-1716
31-1721
32-1740
32-1764
33-1784
33-1799
33-1811
33-1813
34-1838
34-1851
35-1871
35-1871
35-1877
35-1879
36-1898
36-1899
36-1907
36-1919
36-1919
36-1928
36-1932
36-1953
37-1962
37-1977
38-1987
38-2002
39-2012
39-2027
39-2030
40-2064
40-2065
40-2085
41-2095
41-2122
41-2145
41-2145
42-2182
42-2182
42-2205
42-2207
43-2254

43-2259
43-2280
44-2292
44-2333
44-2338
44-2354

26-1595
27-1631
28-1668
30-1696
30-1699
31-1716
31-1721
32-1740
32-1764
33-1784
33-1799
33-1811
33-1813

34-1838

34-1851
35-1871
35-1871
35-1877
35-1879
36-1898
36-1899
36-1907
36-1919
36-1919
36-1928
36-1932
36-1953
37-1962
37-1977
38-1987
38-2002
39-2012
39-2027
39-2030
40-2064
40-2065
40-2085
41-2095
41-2122
41-2145
41-2145
42-2182
42-2182
42-2205
42-2207
43-2254
43-2259
43-2280
44-2292
44-2333
44-2338
44-2354

26-1595
27-1631
28-1668
30-1696
30-1699
31-1716
31-1721
32-1740
32-1764
33-1784
33-1799
33-1811
33-1813
34-1838

34-1851
35-1871
35-1871
35-1877
35-1879
36-1898
36-1899
36-1907
36-1919
36-1919
36-1928
36-1932
36-1953
37-1962
37-1977
38-1987
38-2002
39-2012
39-2027
39-2030

40-2064
40-2065
40-208S
41-209S
41-2122
41-2145
41-2145
42-2182
42-2182
42-2205
42-2207
43-2254
43-2259
43-2280
44-2292
44-2333
44-2338
44-2354

27-1615
c8-1652
30-1683
30-1696
31-1707
31-1716
31-1727
32-1764
32-1764
33-1799
33-1799
33-1811
34-1821

34-1838
34-1853
35-1871
35-1872
35-1877
36 1887
36-1898
36-1907
36-1907
36-1919
36-1920
36-1928
36-1953
36-1953
37-1977
37-1977
38-2002
38-2002
39-2027
39-2027
40-2041
40-2064
40-2085
40-2085
41-2122
41-2122
41-2145
41-2147
42-2182
42-2184
42-2205

43-2215
43-2254
43-2280
43-2280
44-2333
44-2333
44-2338
44-2355

27-1615
28-1652
30-1683
30-1696
31-1707
31-1716
31-1727
32-1764
32-1764
33-1799
33-1799
33-1811
34-1821
34-1838
34-1853
35-1871
35-1872
35-1877
36-1887
36-1898
36-1907
36-1907
36 1919
36-1920
36-1928
36-1953
36-1953
37-1977
37-1977
38-2002
38-2002
39-2027
39-2027
40-2041
40-2064
40-2085S
40-2085

41-2122
41-2122
41-2145
41-2147
42-2182
42-2184
42-2205

43-2215
43-2254
43-2280
43-2280
44-2333
44-2333
44-2338
44 2355

27-1615
28-1652
30-1683
30-1696
31-1707
31-1716
31-1727
32-1764
32-1764
33-1799
33-1799
33-1811
34-1821
34-1838
34-1853
35-1871
35-1872
35-1877
36-1887
36-1898
36-1907
36-1907
36-1919
36-1920
36-1928
36-1953
36-1953
37-1977
37-1977
38-2002
38-2002
39-2027
39-2027
40-2041
40-2064
40-2085
40-2085
41-2122
41-2122
41-2145
41-2147

42-2182
42-2184
42-2205
43-2215
43-2254
43-2280
43-2280
44-2333
44-2333
44-2338
44-2355

27-1615
28-1652
30-1696
30-1696
31-1716
31-1716
31-1729
32-1764
32-1776
33-1799
33-1811
33-1811
34-1838
34-1838
35-1863
35-1871
35-1877
35-1877
36-1898
36-1898
36-1907
36-1911
36-1919
36-1928
36-1928
36-1953
36-1954
37-1977
37-1979
38-2002
38-2004
39-2027
39-2029
40-2064
40-2064
40-2085
40-2087
41-2122
41-2124
41-2145
42-2155
42-2182
42-2205
42-2205
43-2254
43-2254
43-2280
43-2281
44-2333
44-2338
44-2338
45-2389

SYMBOL
SYMBOL

MACRO

ON 15-MAR-8S AT

CROSS REFERENCE
VALUE

SVCTAG

50-2672
50-2674
50-2675
51-2696
51-2708
#6-875
37-1962

000001

#6-875
24-1564

33-1813

40-2087

000001

S$LSYM

010000

TEMP
TEMP]
TRBUF
T$ARGC

002174
002176
002224
000003

F8
11

VvO02

SEQ 0095

REFERENCES

000001

SVCTST

PAGE

CREF

45-2389
45-2389
45-2396
45-2396
45-2408
45-2408
45-2415
45-2415
46-2450
46-2451
46-2457
46-2458
46-2469
46-2470
46-2477
46-2478
47-2512
47-2513
47-2519
47-2520
47-2531
47-2532
47-2539
48-2585
49-2606
49-2607
49-2643
49-2644
49-2652

SvCcsus

16:15

CREATED BY

—_—

CZKMVA

G
G
G

48-2585
#6-875
48-2549
#6-87S
#25-1578
#34-1851
#41-2147
#49-2656
#12-991
#12-992
#12-996
#6-901

45-2389
45-2389
45-2396
45-2396
45-2408
45-2408
45-2415
45-2415
46-2450
46-2451
46-2457
46-2458
46-2469
46-2470
46-2477
46-2478
47-2512
47-2513
47-2519
47-2520
47-2531
47-2532
47-2539
48-2585
49-2606

49-2607
49-2643
49-2644
49-2652

50-2672
50-2674
50-2675
51-2696
51-2708

#6-880

38-1987

#6-882

25-1578

34-1851
41-2147
49-2656
#6-879
49-2594
#8-927
#26-1595
#34-1853
942-2207
#50-2677
*16-1214

16-1216
49-2630
6-901

45-2389
45-2390
45-2396
45-2397
45-2408
45-2409
45-2415
45-2416
46-2450
46-2451
46-2457
46-2458
46-2469
46-2470
46-2477
47-2512
47-2512
47-2519
47-2519
47-2531
47-2531
47-2539
47-2539
49-2606
49-2606
49-2643
49-2643
49-2652
49-2652

50-2674
50-2674
50-2675
51-2700
51-2708
30-1683
39-2012
8-927
26-1595
34-1853
42-2207
50-2677
30-1676

49-2652

49-2652
50-2674
50-2674

50-2675S
51-2700
51-2708
31-1707

40-2041
9-941

50-2674
50-2675
51-2700
51-2708
32-1740

45-2389
45-2390
45-2396
45-2397
45-2408
45-2409
45-2415
46-2450
46-2450
46-2457
46-2457
46-2469
46-2469
46-2477
46-2477
47-2512
47-2513
47-2519
47-2520
47-2531
47-2532
47-2539
47-2540
49-2606
49-2607
49-2643
49-2644
49-2652
49-2656

50-2674
50-2675
50-2677
51-2708
33-1784

45-2416

40-2033

45-2366

46-2427

47-2489

#16-1256
#31-1727
#38-2004
#45-2416

#16-1265
#31-1729
#39-202¢
#46-2478

#22-1489
#32-1776
#39-2030
#47-2540

30-1698

*32 1760
«44-2348

*44-2350

44-2351

6-901

44-2355

35-1856

#16-1239
#28-1668
#36-1954
#44-2354

#16-1249
#30-1699
#37-1979
#44-2355

16-1215
16-1226

*19-1363
*44-2320

«30-1686

6-901

49-2648
#6-901

50-2675
51-2696
51-2708

22-1489
32-1776
39-2030
47-2540

51-2700
32-1733

44-2324

50-2674
50-267S
50-2677
51-2708

16-1265
31-1729
39-2029
46-2478

44 -2354

36-1954

34-1821

46-2450
46-2450
46-2457
46-2457
46-2469
46-2469
46-2477
46-2477
47-2512
47-2513
47-2519
47-2520
47-2531
47-2532
47-2539
47-2540
49-2606
49-2607
49-2643
49-2644
49-2652
49-2656

45-2389
45-2396
45-2396
45-2408
45-2408
45-2415
45-2415
46-2450
46-2451
46-2457
46-2458
46-2469
46-2470
46-2477
46-2478
47-2512
47-2513
47-2519
47-2520
47-2531
47-2532
47-2539
48-2585
49-2606
49-2607
49-2643
49-2644
49-2652
50-2672
50-2674

36-1887

42-2155

43-2281

50-2675
50-2677
51-2708

45-2389
45-2390
45-2396
45-2397
45-2408
45-2409
45-2415

35-1863

41-2095
16-1239
28-1668

27-1631
35-1879

16-1249
30-1699
37-1979

44-2346
#6-901

43-2215
16-1256

31-1727
38-2004

44-2292

#6-901

SYMBOL
SYMBOL

ON 15-MAR-85 AT 16:15

#16-1228
7#16-1244
#16-1252

001130

TSERRN

000051

TS$EXCP
T$FLAG

000000
000040

16-1259

#50-2674
50-2675
#6-875
#33-1811
36-1898
#37-1977
40-2085
#43-2254
45-2389
#46-2457
47-2519
#49-2652
#50-2674
#16-1232
#16-1262

26-1590

T$GMAN
TS$HILI
T$LAST
T$LOLI
T4LSYM

TS$LTNO
T$NEST

000000
177770
000001
160000
010000

000011

177777

V02

SEQ 0096

REFERENCES

6-901
16-1215
16-1227
16-1228

T4CODE

CREF

CROSS REFERENCE
VALUE

PAGE

- ——

MACRO

—

CREATED BY

45-2390
46-2451
47-2513
49-2607
#6-875
#50-2674
#6-875
#50-2674
#6-875

24-1564
33-1813

40 2087
48-2585
#51-2708
#6-875
#9-938

16-1239
16-1249
16-i258
22-1482
23-1504

#24-1564
#26-1587

27-1631
28-1668
30-1699

#31-1727
#32-1740

6-901
#16-1215
#16-1227
#16-1228
16-1228
16-1244
16-1252

#6-901

16-1215
16-1227
16-1228
16-1228
16-1244
16-1252

50-2674
#50-2675
#30-1696
33-1811
#36-1907
37-1977

#50-2674

#41-2122
43-2254
#45-2396
46-2457
#47-2531
49-2652

50-2674

#16-1232
#16-1262
$27-1615
#45-2397
#46-2458
#47-2520
#49-2644

50-2674
#51-2708
50-2674
6-875

25-1578
34-1851

41-2147
49-2656

8-923
9-938
16-1239

#16-1249
#16-1258

22-1489
23-1504
25-1575
26-1587
27-1631
#28-1668
30-1699
31-1729
32-1740

#16-1227
#16-1228
#16-1244
#16-1252
#16-1259

6-901
16-1215
16 1227
16-1228
16-1244
16-1252
16 1259

#6-901
#16-1215
#16-1227
#16-1228
#16-1244
#16-1252
#16-1259

6-901
16-1215
16-1227
16-1228
16-1244
16-1252
16-1259

6 901
16-1215
16-1227

#16-1215
916-1227
#16-1228

916-1228
916-1244
#16-1252
#16-1259

16-1228
16-1244
16-1252
16-1259

50-2674

#50-2674

50-2674

#50-2675

50-2675

#50-2675

31-1716

#32-1764
35-1871
#36-1928
39-2027
#42-2182
44-2333
#45-2415
46-2477
#49-2606

32-1764

#33-1799
35-1877

$944-2338
45-2415
#47-2512
49-2606

33-1799
#36-1898
36-1953
#40-2085
42-2205
#45-2389
46-2450
#47-2519
49-2643

16-1246
22-1484

#16-1253
#26-1590

6-901
#16-1215

50-2675
30-1696
#34-1838
36-1907
#38-2002
41-2122
#43-2280
45-2396
#46-2469
47-2531

#31-1716
34-1838
#36-1919
38-2002
#41-2145
43-2280
#45-2408
46-2469
#47-2539

16-1232
16-1262

#16-1246
#22-1484

#27-1615
#45-2397
#46-2458
#47-2520
#49-2644

45-2397
46-2458
47-2520
49-2644

8-927
26-1595
34-1853

27-1631
35-1879

27-1615

9-941

42-2207

43-2281

50-2677

51-2700

#8-923
9-941

16-1239
16-1251
16-1258
22-1489

#23-1504
#25-1575

26-159%
27-1631
30-1676

#30-1699
31-1729
32-1776

8-923

9-941
#16-1239
#16-1251

16-1265
22-1489
24-1514
25-1575
26-1595

#27-1631
#30-1676
31-1707
31 1729
32-1776

#35-1871

36-1919
#39-2027
41-2145
#44-2333
45-2408
#46-2477
47-2539

#16-1246
#22-1484
#28-1652
#45-2409
#46-2470
#47-2532

16-1249
30-1699
37-1979

16-1256
31-1727
38-2004

8-927
9 941
16-1241

#9-941
#16-1241

25-1578
26-1595
28-1641

30-1676
#31-1707
#31-1729
32-1776

28-1652

45-2409
46-2470
47-2532

44-2355

#22-1489
#24-1514

42-2182

#28-1652
#45-2409
#46-2470
#47-2532

16-1239
28-1668
36-1954
44-2354

16-1251
16-1265

#35-1877
36-1928
#40-2064

8-927

16-1256
16-1265
23-1498
24-1514
25-1578

#26-1595
#28-1641

30-1683
31-1707
32-1733

#32-1776

45-2416

8-927
16-1208
16-1241
16-1256
#16-1265
#23-1498
24-1564
25-1578
27-1604
28-1641

#30-1683

31-1727
#32-1733
33-1784

#36-1953

40-2064
#42-2205
44-2338
#46-2450
47-2512
#49-2643

#16-1253
#26-1590
9#45-2390
#46-2451
#47-2513
#49-2607

16-1265
31 1729
39-2029
46-2478

#8-927
#16-1208

16-1249
16-1256
22-1482
23-1498
24-1564

925-1578
927 1604

28-1668
30-1683
31-1727
32-1733

#33-1784

16-1253
26-1590

#45-2390
946-2451
#47-2513
#49 2607

22-1489
32-1776
39-2030
47-2540

9 938
16-1208
16-1249
#16-1256
#22-1482

23-1504
24-1564
26-1587
2 1604
28-1668
30-1699

31-1727
32-1740
33-1784

———
—

CZKMVA

CREATED BY

MACRO

ON 15-MAR-85 AT 16:15

SYMBOL CROSS REFERENCE
SYMBOL

VALUE

T$NS1

000002

51-2700
#8-923
16-1256
#25-1575
31-1729
#46-2427
50-2677
#30-1683
34-1851
#39-2012
43-2281

T$PTNU
T$SAVL
T$SEGL
T$SUBN

T$TAGL
T$TAGN

000G00

177777
177777
000000

177777
010047

Vo2

SEQ 0097

REFERENCES

#38-2004
39-2030
40-2087
41-2147
43-2215
44-2292
45-2366
46-2427
47-2540
#48-2585
#50-2672

000005

PAGE

CREF

33-1813
34-1851
35-1863
36-1887
37-1979

T4$NSO

#6-875
#6-875
#6-875
#6 875
32-1740
#35-1856
37-1962

#40-2041
#43-2215
#49-2594
#6-875
#6-875
#16-1208
#16-1258
#24-1514
#27-1604
#30-1683
#32-1740
#35-1856
#37-1962
#40-2033
#42-2155
#45-2366
#48-2549
#51-2696

33-1813
934-1851
#35-1863
36-1954
37-1979
39-2012
39-2030
40-2087
#41-2147
$43-2215
44-2354
?#45-2366
46-2478
47-2540
49-2594

50-2672
51-2700
8-927
#16-1258
25-1578
#32-1733
46-2478
#51-2696
30-1699
#35-1863
39-2029

#44-2292

33-1813
34-1853
35-1863
36-1954
#37-1979
#39-2012
#39-2030
40-2087
42-2155
43-2215
44-2354
45-2366
46-2478
#47-2540
#49-2594

50-2677
51-2700
#9-938
16-1265
#26-1587
34-1853
#47-2489
51-2700
#31-1707

35-1879

#40-2041
44-2354

40-2041

30-1683
32-1740
#35-1863
#38-1987
41-2095

43-2215

44-2292

8-923
16-1241
22-1482
25-1575
28-1641
31-1707
33-1784
35-1863
38-1987

8-923
16-1241
22-1482
25-157S
28-1641
31-1707
33-1784
35-1863
38-1987

#30-1676
#32-1740
35-1863

38-1987

40-2041
43-2215
46-2427
49-2594

40-2041

43-2215
46-2427
49-2594

#33-1813
34-1853
35-1879
36-1954
38-1987
39-2012
40-2033
#40-2087
#42-2155
43-2281
44-2354
45-2416
46-2478
48-2549

#36-1954
#38-1987
39-2029
#40-2033
41-2095
42-2155
43-2281
$#44-2354
45-2416
#46-2478
#48-2549

49-2594

49-2656

50-2677
#51-2700
9-941

#16-1208

f22-1482

34-1821

34-1853
35-1879

50-2677

22-1489

#34-1821
#34-1853
35-1879
37-1962
38-1987
39-2029
40-2033
#41-2095
42-2207
43-2281
44-2355
45-2416
47-2489
48-2549

34-1821
35-1856
#35-1879
#37-1962

38-2004
39-2029

49-2656

40-2041
41-2095
42-2207
#43-2281
44-2355
#45-2416
#47-2489
48-2585
49-2656

#50-2677

51-2696

16-1239

#16-1241

#23-14986

23-1504

34-1851
#35-1856

36-1887
37-1962
38-2004
#39-2029
#40-2041
41-2147
42-2207
44-2292
44 -2355
46-2427
47-2489
48-2585
#49-2656
#51-2696

34-1851
35-1856
936-1887
37-1979
38-2004
39-2030
40-2041
41-214"
#42-2207
944 -2292
944 -2355
946-2427
47-2540
48-2585
50-2672

51-2696

16-1249
#24-1514
28-1668
#45-2366
49-2656

#16-1251

24-1564

#30-1676
45-2416
#50-2672

26-1595

#35-1856
47-2540

#27-1604
39-2030
#48-2549

27-1631

#40-2033
48-2585

#28-1641
44-2355
#49-2594

31-1727
#36-1887
40-2087

#32-1740
36-1954
#41-2095

32-1776
#37-1962
41-2147

#33-1784

#42-2155

33-1813
#38-1987
42-2207

#34-1821

37-1979

#30-1683
33-1784
35-1863
38-1987
#41-2095
#44-2292

30-1683
#33-1784
36-1887
39-2012
41-2095
44-2292

31-1707
33-1784
#36-1887
#39-2012
42-2155
#45-2366

#31-1707
34-1821
36-1887
39-2012
#42-2155
#46-2427

31-1707
#34-1821
37-1962
#40-2033
42-2155
#47-2489

#32-1733
34-1821
#37-1962
40-2041
43-2215
#48-2549

#8-923
#16-1241
#22-1482
#25-1575
#28-1641
#31-1707
#33-1784
#35-1863
#38-1987
#40-2041
#43-2215
#46 2427
#49-2594

9-938

16-1251
23-1498
26-1587
30-1676
32-1733

16-1251
23-1498
26-1587

#9-938
#16-1251
#23-1498
#26-1587
#30-1676
#32-1733

16-1208
16-1258
24-1514
27-1604
30-1683
32-1740
35-1856
37-1962

16-1208

34-1821
36-1887

39-2012

41 2095
44 2292
47 2489
50 2672

30-1676
32-1733
34-1821
36-1887
39-2012
41
44
47

2095
2292
2489

#34-1821
#36-1887
#39 2012
#41-2095
#44-2292
#47 2489

2672

#50

2672

40-2033
42 2155
45-2366
48-2549
51 2696

38-2004

#43-2215

16-1258

24-1514
27-1604
30-1683
32-1740
35-1856
37-1962

40 2033
42-2155
45 2366
48 2549
51 2696

CZKMVA

CREATED BY

MACRO

ON 15-MAR 85 AT 16:15

SYMBOL CROSS REFERENCE

CREF

SYMBOL

VALUE

REFERENCES

T$TEMP

#7-911
#7-911
#7-911
#7-911
716-1246
16-1262
#24-1564
27-1615
#31-1727
34-1851
#38-2004
41-2147

000005

?#45-2390
46-2451

T$TEST

T$TSTM

000011

177777

#47-2520
49-2607
#50-2674
50-2677
#6-875
32-1740
38-1987
44-2292
47-2489
#6-875

16-1259
24-1564
31-1707
33-1799

35-1872
36-1920
38-2002
40-2085
42-2184
44-2333
45-2409
46-2477
47-2540

T4TSTS

= 000001

#6-875

T$sAU
T$$AUT
T$$CLE
T$$0U
T$$HAR

= 010014
= 010011
= 010012
= 010013
= 010045

#28-1641
#25-1575
#26-1587
#27-1604
#50-2672

T$$HW
T$$INI
T$$MSG
T$$PRO
T$$RPT
T$$SOF
T$$SUB

=
=
=
=
=
=
=

010000
010010
010005

010007
010006
010046
010037

Vo2
SEQ 0098

7-911
7-911
7-911
#8-927
16-1246
#16-1265
24-1564
#27-1631
31-1727
#34-1853
38-2004
#42-2207

7-911
7-911

#7-911
#7-911

25-1578

#26-1590

22-1484

$22-1489
26-1590

#26-1595

27-1631

#28-1652

28-1652

#28-1668

#45-2409
46-2470

30-1676

35-1856
#40-2033
45-2366
48-2549
16-1228

36-1887
36-1953
39-2027

47-2532
$#49-2656
50-2675

48-2549
l6-1215

35-1877
36-1928
38-2004
40-2087
42-2205
44-2338
45-2415
46-2478
48-2585

35-1879
36-1932
39-2012
41-2095
42-2207
44-2354
45-2416
47-2512
49-2606

30-1676

33-1784
39-2012
45-2366

16-1265
25-1578
31-1716
33-1811

7-911
#16-1232
16-1253

#22-1484

#47-2532
49-2644
#50-2675
51-2700
#30-1676
34-1821
40-2033
#45-2366
#48-2549
16-1227

#51-2700

7-911
9-941
#16-1253

#7-911
#7-911

16-1265

$#25-1578

31-1729
#35-1879
39-2029
#43-2281

47-2520
#49-2644
S0-2674

7-911
7-911

#7-911
#9-941
16-1249

#31-1729
34-1853
#39-2029
42-2207

45-2390
$#46-2458

7-911
7-911

7-911
8-927
#16-1249

#45-2397
46-2458

22-1489
26-1590
31-1721
33-1813

#30-1676

#32-1733

#8-923
#24-1514
#16-1208

28-1652
25-1578
26-1590
27-1615
50-2672

8-923
24-1564
16-1232

28-1668
26-1595
27-1631
50-2677

#16-1258

16-1262

16-1265

7#23-1498
0#22-1482
#51-2696
#30-1683

22-1484
51-2696
30-1699

22-1489
51-2700
#31-1707

#49-2594

PAGE 14

45-2397
#46-2470

24-1540
26-1595
31-1727
34-1821

41-2122
43-2215
44-2355
46-2450
47-2513
49-2607

7-911
7-911

7-911
7-911
7-911
16-1239
#16-1262
23-1504
#27-1615
30-1699
#34-1851
37-1979
041-2147
44-2355

#7-911
16-1232
#16-1256

7-911
#16-1239
16-1256

22-1489

#23-1504

28-1668

#30-1699

45-2409
9#46-2478

#45-2416
46-2478

45-2416
#47-2513

$46-2451
47-2513

30-1683

31-1707

32-1733

#32-1733

32-1733

#35-1856
40-2033
46-2427

35-1856
40-2041
#46-2427

35-1863
41-2095
46-2427

36-1887
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CREATED BY

MACRO

ON 15 MAR 85 AT 16:15

SYMBOL CROSS REFERENCE

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CREATED BY

MACRO

ON 15 MAR-85 AT

16:15

MACRO CROSS REFERENCE

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CZKMVA

CREATED BY

MACRO

ON 15-MAR-8S AT

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MACRO NAME

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PAGE

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V02
SEQ 0101

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CREATED BY

MACRO

ON 1S5-MAR-8S5 AT

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1227

N8
CZKMVA

CREATED B8Y

MACRO

ON 15-MAR-85 AT

MACRO CROSS REFERENCE
MACRO NAME

16:15

PAGE

CREF

Vo2

SEQ 0103

REFERENCES

016-1227

16-1227
16-1228
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16-1244
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CZKMVA

CREATED BY

MACRO

ON 15-MAR-85 AT

16:15

MACRO CROSS REFERENCE
MACRO NAME

M$GNTA

M$GNTE

M$HAPT
MSHNAP
M$INCR

CREF

V02

SEQ 0104

REFERENCES

45-2408
#45-2415
46-2450
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046-2458
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35-1863

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#51-2700
M$GNSU

PAGE 20

S51-2700

#40-2041
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45-2415
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16:15

MACRC CROSS REFERENCE
MACRO NAME

CREF

041-2122
042-2182

M$MCHI
H$MCLO

M$POP

M$PRIN

M$PUSH

M$PUT

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[M$SETS

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31-1707

—

940-2033
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rtRADI
M $RNRO

SEQ 0105

44-2354
48-258S

16-1227

M$PUT]

Vo2

REFERENCES

40-2033
840-2064

M$LDRO

PAGE 21

ON 15 MAR 85 AT

ce——

——

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32-1733

16-1228
16-1244

33-1813
37-1979

9-938

#16-1208

#23-1498
#28-1641
0#32-1740

40-2041
45-2366

50-2672
16-1215
16-1228
16-1244
16-1259
16-1215
16-1227

#43-2215
044-2292
45-2366
945-2415
#46-2457
47-2489
0#48-2549
#49-2594

#50-2672

934-1851
#38-2004
942-2007
046-2178
#51-2770
#16-12+4
#165-1°4%1
#25-1514

16-1259
16-1215
16-1227

40-2041
41-2095
42-2155
43-2215
44-2292
945-2366
0945-2416
946-2458
47-2489
#48-2549
49-2594

40-2041
41-2095
42-2155
43-2215
44-2292
45-2366
946-2427
846 2469
#47-2512
48-2549
49-2594

50-2672

#43-2215
944-2292
45-2366
946-2427
946-2470
947-2513
#48-2549
#49-2606
#51-2696

24-1546

#24-1548

24-1548

16-1249
24-1564
30-1699
34-1851
38-2004

#16-1256
925-1578
#31-1727
#34-1853
9#39-2029
043-2281
847-2540

16-1256
25-1578
31-1727
34-1853
39-2029
43-2281
47-2540

#16-1252

16-1252

916-1251
#25-1575
#30-1683
934-1821
#38-1987
042-2155
947-2489

16-1251
25-1575
30-1683

42-2155
47-2489

16-1227
16-1228
16-1252

16-1215
16-1227
16-1228

16-1215
16-1227
16-1228
16-1244
16-1252
16-1259

50-2672

42-2207
46-2478

51-2700
16-1244

16-1241
24-1514
30-1676
33-1784
27-1962

41-2095
46-2427

51-2696
16-1227
16-1228
16-1252
16-1215
16-1227
16-1228

#16-1228
#16-1244
#16-1252
916-1259

#16-1228
#16-1244
#16-1252
016-1259

#16-1244
#16-1252
#16-1259

f16-1244
#16-1252

16-1208
23-1498
28-1641

016-1241
#24-1514
#30-1676
#33-1784

16-1241
24-1514
30-1676
33-1784

#16-1251
9#25-1575
#30-1683
934-1821

32-1740

940-2041
#41-2095
942-2155

16-1259

34-1821
38-1987

16-1251
25-157S
30-1683
34

1821

——— e

MACRO

——

CREATED BY

CZKMVA

CZxkM A

CREATED BY

MACRO

ON 15-MAR-85 AT 16:15

MACRO CROSS REFERENCE

MACRO NAME

REFERENCES

MsSVC

939-2012
#43-2215
#48-2549
216-1215

#35-1856

M$TLAB

M$TSTL

35-1856

32-1776

#33-1784

016-1246
016-1262
$24-1544
9#25-1578
#28-1668
#31-1721

34-1838
35-1877
36-1911

#34-1851
935-1879
36-1919

#37-1962
#39-2012
#40-2065
41-2145
42-2207
44-2292
45-2396
946-2451
46-2478
47-2539
49-2644

37-1962
39-2012
40-2065
$41-2147
#43-2215
44-2333
#45-2397
46-2451
47-2512
#47-2540
49-2652

#26-1595
031-1729
#34-1851
#36-1907
#37-1979
#40-2065
$42-2184
044-2338
#45-2416
#47-2513
$49-2643
#16-1215
#16-1249
#22-1489

#27-1631
0832-1740
#34-1853
#36-1911
038-1987

#16-1215
0922-1489

#35-1863

#40-2033
044-2292
949-2394
#16-1227

16-1244
16-1259
24-1542
24-1564
#28-1652
31-1716

#32-1776

PAGE 22
CREF

39-2012
43-2215
48-2549
16-1215

016-1227
#24-1540

35-1863

33-1784

33-1799

34-1851
35-1879
#36-1920

934-1853
#36-1887
36-1920

#16-1228
#24-1542

#16-1239
#24-1544

£40-2087
042-2207
844-2355
#46-2451
#47-2520
#49-2652
#16-1227
#16-1252
$#24-1540
024-1558
0627-1631

#37-1962

#41-2095
946-2427
#51-2696
016-1232

33-1811

#33-1813

#16-1252
#22-1484
24-1546
26-1590
30-1683
31-1727

16-1252
622-1489
024-1548
#26-1595
30-1696
#31-1729

34-1853
36-1887
36-1928

#35-1863
36-1898
#36-1932

37-1962

#38-1987

38-1987

41-2095
46-2427
S51-2696
#16-1239

#42-2155
#47-2489

42-2155
47-2489

16-1239

#16-1244

33-1813

#34-1821

34-1821

#16-1253
22-1489
24-1548
26-1595
#30-1699
31-1729

#16-1256
$24-1540
#24-1558
#27-1615
30-1699
#32-1740

16-1256
24-1540
24-1558
#27-1631
#31-1707
32-1740

35-1963
#36-1899
36-1932

35-1871
36-1899
36-1953

#35-1872
36-1907
436-1954

016-1259
024-1542
024-1564
27-1631
31-1707
32-1764

37-1979
39-2029
40-2087
42-2155
9#43-2259
44-2354
045-2409
46-2458
47-2519
48-2585

$#38-1987
#39-2030
#41-2095
42-2182
43-2259
944-2355
45-2409
46-2469
#47-2520
49-2606

38-1987
39-2030
41-2095
#42-2184
43-2280
44-2355
45-2415
£#46-2470
47-2520
#49-2607

38-2002
#40-2041
41-2122
42-2184
9#43-2281
45-2389
9#45-2416
46-2470
47-2531
49-2607

#38-2004
40-2041
#41-2124
42-2205
43-2281
#45-2390
45-2416
46-2477
#47-2532
49-2643

#30-1683
9#32-1776
#35-1871
#36-1920
#38-2004

316-1244
$24-1545

$#16-1252
#24-1558

#16-1259
925-1578

#16-1265
#26-1590

#41-2124
£43-2259
045-2396
#46-2469
#47-2539

631-1707
#33-1811
#35-1879
#36-1953
939-2029
041-2145
043-2280
045-2397
946-2470
#47-2540

#16-1256
#24-1564

#41-2095
#43-2215
#45-2389
#46-2457
947-2531
#49-2656
16-1227
16-1252
24-1540
24-1558
27-1631

$30-1696
#33-1784
#35-1872
#36-1928
439-2012
#41-2122
#43-2254
045-2390
046-2458
#47-2532

916-1228
#16-1256
#24-1542
024-1564
#28-1668

16-1228
16-1256
24-1542
24-1564
28-1668

016-1239
#16-1259
#24-1544
#25-1578
#30-1683

33-1799
34-1838
#35-1872

#33-1811
#34-1851
35-1872

30-1699
#31-1729

#31-1707
31-1729

35-1879
36-1907
36-1928

#36-1887
#36-1911
#36-1932

36-1887
36-1911
36-1932

33-1784
34-1821
935-1871

36-1887

40-2041
45-2366
50-2672
16-1228

#37-1979
#39-2029
940-2087
#42-2155
43-2254
944-2354
45-2408
£#46-2458
47-2513
#48-2585
49-2656

#30-1699
31-1727

#33-1784
434-1821
35-1863

SEQ 0106

35-1872
#36-1911
36-1954
38-2004
40-2064
41-2124
042-2207
#44-2292
45-2390
46-2450
246-2478
47-2532
049-2644

#24-1548
#26-1595
30-1696
#31-1727

32-1776
33-1813
035-1863

#36-1887

9#40-2041
0#45-2366
#50-2672
#16-1228

#28-1668
#32-17€4
935-1863
#36-1919
#38-2002

V02

40-2033
44-2292
49-2594
16-1227

#16-1249
#16-1265
24-1544
25-1578
28-1668
31-1721

37-1977
39-2027
40-2085
41-2147
43-2215
44-2338
45-2397
46-2457
#47-2513
47-2540
9#49-2656

31-1707
#32-1740

#31-1716
32-1740

#36-1898
#36-1919
#36-1953

936-1898
#36-1919
#36-1653

#31-1716
#32-1764

36-1898
36-1919
36-1953

#31-1716
#33-1813
#36-1887
#36-1954
4#39-2030

#41-2147
$#43-2281
445-2408
946-2477
#48-2585

#31-1721
434-1821
4#36-1898
837-1962
#40-2041

#42-2155
944-2292
#45-2409
#46-2478
£49-2606

#31-1727
#34-1838
#36-1899
#37-1977
#40-2064

16-1239
16-1259
24-1544
25-1578
30-1683

016-1244
9816-1265
924-1546
926-1590
#30-1696

16-1244
16-1265
24-1546
26-1590
#30-1696

33-1811
#34-1853
#35-1877

~33-1813
34-1853
35-1877

31-1716
032-1764

#31-1721
32-1764

#36-1899
#36-1920
036-1954

36-1899
36-1920
36-1954

#33-1811
34-1851
#35-1877

942-2182
#44-2333
#45-2415
#4T7-2512
#49-2607

31-1721
#32-1776

936-1907
#36-1928
#37-1962

CZKMVA

CREATED BY

MACRO

ON 15-MAR-85 AT 16:15

MACRO CROSS REFERENCE
MACRO NAME

M$WORD

37-1962
38-2002
#39-2030
#40-2085
41-2124
42-2182
0943-2254
#44-2292
44 -2355
#45-2397
945-2416
#46-2458
#46-2478
#47-2520
#47-2540
949-2643
#6-901
7-911

16-1262

SVC
XFER

CREF

vo2
SEQ 0107

REFERENCES

30-1696
#33-1799
34-1838
#36-1898
36-1919
#37-1977
39-2027
#41-2122
42-2182
#43-2280
44-2338
#45-2408
46-2450
#46-2477
47-2519
#49-2606
49-2652
POINTE
PRINTB
PRINTX
READEF

PAGE 23

6-899
16-1215
16-1227
24-1540

#6-874

#16-1232

937-1977
#38-2004
39-2030
40-2085
#41-2145
#42-2184

#43-2254
44-2292
44-2355
45-2397
45-2416
46-2458
46-2478
47-2520
47-2540
49-2643
6-901
7-911
#22-1484
30-1696
33-1799
34-1838
36-1898
36-1919
37-1977
39-2027
41-2122
42-2182
43-2280
44-2338
45-2408
46-2450
46-2477
47-2519
49-2606
49-2652

16-1244
16-1228
24-1542
6-875
#16-1246

#37-1977

38-2004

940-2041
#40-2087
#41-2145
42-2184
43-2254
#44-2333
045-2389
#45-2408
#46-2450
$#46-2469
#47-2512
$#47-2531
#48-2585
#49-2644
#7-911
7-911

37-1977
#39-2012
40-2041
40-2087
41-2145
#42-2205
#43-2259
#44-2333
#45-2389
#45-2408
#46-2450
#46-2469
#47-2512
#47-2531
48-2585
49-2644
7-911

©#16-1232

#37-1979
39-2012
#40-2064
#41-2095
#41-2147
#42-2205
43-2259
44-2333
45-2389
45-2408
46-2450
46-2469
47-2512
47-2531
#49-2606
#49-2652
7-911

16-1232

22-1484
#31-1716
33-1799
#35-1871
36-1898
#36-1928
37-1977
#40-2064
41-2122
#42-2205
43-2280
#45-2389
45-2408
#46-2457
46-2477
#47-2531
49-2606
#50-2674

#26-1590
31-1716

#27-1615
31-1716

33-1799
35-1871
36-1898
36-1928
37-1977

#33-1811
35-1871
#36-1907
36-1928
#38-2002

16-1252

16-1259

24-1544

24-1546

24-1548

#16-1253

#16-1262

#22-1484

40-2064
41-2122

42-2205
43-2280
45-2389
45-2408
46-2457
46-2477
47-2531
49-2606
50-2674

40-2064
#41-2145
42-2205
#44-2333
45-2389
9#45-2415
46-2457
#47-2512
47-2531
#49-2643

#50-2675

37-1979
#39-2027
#40-2064
41-2095
41-2147
42-2205
#43-2280
#44-2338
945-2390
#45-2409
946-2451
#46-2470
#47-2513
#47-2532
#49-2606
#49-2652
7-911
#16-1246

27-1615

31-1716
33-1811
35-1871
36-1907
36-1928
38-2002
40-2064
41-2145
42-2205
44-2333
45-2389
45-2415
46-2457
47-2512
47-2531

#38-1987
#39-2027
40-2064
941-2122
#42-2155
#42-2207
#43-2280
944 -2338
45-2390
45-2409
46-2451
46-2470
47-2513
47-2532
49-2606
49-2652
7-911
16-1246
#28-1652
#32-1764

33-1811

38-1987
39-2027
#40-2065
#41-2122

42-2155
42-2207
43-2280
44-2338
#45-2396
#45-2415
946-2457
9#46-2477
#47-2519
#47-2539
#49-2607
#49-2656
7-911
#16-1253
28-1652
32-1764
33-1811
35-1877
36-1907
36-1953
38-2002
40-2085
41-2145
43-2254

49-2643

#35-1877
36-1907
#36-1953
38-2002
940-208S
41-2145
#43-2254
44-2333
#45-2396
45-2415
#46-2469
47-2512
#47-2539
49-2643

50-2675

51-2708

926-1590

927-1615

928-1652

44-2333
45-2396
45-2415
46-2469
47-2512
47-2539
49-2643

#38-2002
#39-2029
40-2065
41-2122
942-2182
943-2215
943-2281
0944-2354
#45-2396
945-2415
946-2457
946-2477
#47-2519
#47-2539
49-2607
49-2656
7-911

16-1253

#30-1696

32-1764

35-1877

#36-1919
36-1953
#39-2027
40-2085
#42-2182
43-2254
%44 2338
45-2396
#46-2450
46-2469
#47-2519
47-2539
#49-2652

#38-2002
39-2029
#40-2085
#41-2124
042-2182
43-2215
43-2281
44-2354
45-2396
45-2415
46-2457
46-2477
47-2519
47-2539
#49-2643

7-911
916-1262

30-1696
32-1764
34-1838
35-1877
36-1919
36-1953
39-2027
40-2085

42-2182

43-2254
44-2338
45-2396
46-2450
46-2469
47-2519
47-2539
49-2652