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AH-T849A-MC

October 1984

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Document:	CNKMEA0 11-21,KMV11B KMV11B LINE CNT DIAG OCT 1984 gray
Order Number:	AH-T849A-MC
Revision:	000
Pages:	158
Original Filename:	CNKMEA0__11-21,KMV11B__KMV11B_LINE_CNT_DIAG__AH-T849A-MC__OCT_1984_gray.pdf

OCR Text

11721+

KM¥11B

KMY11B LINE CMT DIAG

CNEMERO

COPYAIGHT
(o) 1976°6%
AH-TB49A-MC
FIGHE 01 OF 01

Bl
KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

SEQ 0001

PAGE 2

NLIST TOC

.REM 3

IDENTIFICATION
PRODUCT CODE:

AC-T84BA-MC

PRODUCT NAME:

CNKMEAO KMV11B LINE CNT DIAG

PRODUCT DATE:

JULY 1984

MAINTAINER:

CSS ANNECY

AUTHOR
:

MICHELET GUY

MODIFIED BY:

JAKI BERG

9-JUL -1984

THE INFORMATION IN THIS DOCUMENT IS

SUBJECT

CHANGE WITHOUT

NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL
EQUIPMENT CORPORATION.
DIGITAL EQUIPMENT CORPORATION ASSUMES NO
RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT.
NO RESPONSIBILITY IS ASSUMED FOR
SOTTWARE ON EQUIPMENT THAT IS NOT
AFFILIATED COMPANIES.

THE USE
SUPPLIED

OR
B8Y

RELIABILITY OF
DIGITAL OR ITS

DIGITAL
DEC

POP

DECUS

UNIBUS

DECTAPE

MASSBUS

KMV118 LINE CNT DIAG

MACRO M1200

05-JUN-84 15:56

PAGE 3

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SEQ 0002

PROGRAM DOCUMENT
44
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49

S¢

S1
Se
53
54
55
56
S7

58
59

ssses MODIFICATION HISTORY secss

REV A: ORIGINAL RELEASE

GUY MICHELET

14-JUAN-81

REV B: BUG FIX
GUY MICHELET
WRONG CLOCK DIVIDER VALUE IN TWO TEST.

APRIL 83

CVKMEB => CNKMEA

9-JUL -84

JAKI BERG

CHANGES WERE MADE TO CVKMEB TO PRODUCE CM)"EA FOR THE FALCON-PLUS PROJECT
(SBC-11721+).
CHANGES, MARKED BY ";JB REV A-0", ARE:
- SET THE 00T BREAK VECTOR (LOCATI(N 140) TO THE STARTIMG ADDRESS OF
FALCON'S ODT ROM (170000-0CTAL).

. %%:fi% INTERRUPT PRIORITY FROM 7 TO 6 TO ALLOW THE <BREAK> KEY TO

—

KMV11B LINE CNT DIAG

MACRO M1200

05-JUN-84 15:56

PAGE 4

D1
SEQ 0003

PROGRAM DOCUMENT
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TABLE OF CONTENTS

101
102
103
104
105
106
107
108
109
110
111
112
113
114

5.0 PROGRAM LOAD MEDIA

6.0 OPERATING INSTRUCTIONS
6.1 LOADING AND STARTING PROCEDURES
6.1.1 LOADING PROCEDURES
6.1.2 STARTING PROCEDURES
6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
6.2 INITIAL DIALOGUE
6.3 PROGRAM OPTIONS

6.3.1 START COMMAND
.2 RESTART COMMAND
CONTINUE COMMAND

95
9%
97
98
99
100

4.0 GENERAL PROGRAM CONSIDERATIONS
4.1 DIAGNOSTIC SUPERVISOR
4.2 EXECUTION TIME

PROCEED COMMAND

ADD COMMAND
DROP COMMAND

PRINT COMMANO

DISPLAY COMMAND

FLAGS COMMAND

0
1
2
.3.13
6.3.14
R

91
92
93

3.0 PRELIMINARY PROGRAM REQUIREMENTS

[y VONOVLW

82
83
84
85
86
87
88
89
90

2.0 HARDWARE REQUIREMENTS

oo
O OO

75
76
77
78
79
80
81

1.0 INTRODUCTION
1.1 PROGRAM ABSTRACT
1.2 HARDWARE INTROODUCTION
1.3 DIAGNOSTIC DESCRIPTION

(CRU RV RV RV RV RV RV RV RV RV XV RV ]

68
69
70
71
72
73

ZFLAGS COMMAND
CONTROL CHARACTERS
HARDWARE PARAMETERS
SOFTWARE PARAMETERS
EXTENDED DISCUSSION OF P-TABLE DIALOGUE

7.0 TEST DESCRIPTIONS

8.0 ERROR INFORMATION

8.1 ERROR REPORTING

KMV118 LINE CNT DIAG

MACRO M1200

05-JUN-84 15:56

PAGE S5

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SEQ 0004

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153

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170

171
172

1.0 INTRODUCTION
1.1 PROGRAM ABSTRACT
THIS

DIAGNOSTIC

WAS DESIGNED TO TEST OUT THE KMV1l MODULE

THE PROGRAM WAS IMPLEMENTED USING THE DIAGNOSTIC SUPERVISOR.
THROUGH DIALOGUE WITH THE OPERATOR,

MODIFICATION

THE PROGRAM

WILL

ALLOW

DEVICE PARAMETERS, SUCH AS QBUS ADDRESS,

VECTOR ADDRESS, AND PROCESSOR TYPE.

1.2 HARDWARE INTRODUCTION
THIS DIAGNOSTIC WILL TEST ALL THE HARDWARE PART OF THE KMV1l B
MODULE (M7501).

TO TEST COMPLETELY THIS PART ,EXTERNAL LOOP BACK CONNECTOR

MUST BE INSTALLED.

DIAGNOSTIC WILL AUTOMATICALLY DETECT IF LOOPBACK CONNECTOR IS
?lr.cwgggm% NOT (IF NOT ,EXTERNAL TEST IS DROPPED AND REPORTS

EXTERNAL LOOP BACX CONNECTOR:
KMvil B CAN OPERATE EITHER IN RS422 OR RS 423
FOR RS422 MODEM SIGNAL 103,104,114,AND 115 ARE SUPPORTED.
FOR RS 423 MODEM SIGNAL 103,104,105,107,108,106,109,113,114,115
ARE SUPPORTED.

RS422 LOOP BACK:

TO TEST

KMV1l B IN RS422 MODE ,RUN THIS DIAGNOSTIC

WITH THE ZIF LOOP BACK CONNECTOR 2P-E155A-00 PLUG ON THE ZIF
SOCKET (12-11591-35)AT THE END OF BCOS CABLE
RS423 LOOP BACK:

TO TEST COMPLETELY A KMV1l B8 IN RS423 MODE ,RUN THIS DIAGNOSTIC
WITH ZIF LOOP BACK CONNECTOR 2P-E156A-00 PLUG ON THE ZIF
SOCKET (12-11591-35) AT THE END OF BCOS CABLE.

RS423 LOOP BACK:

DIAGNOSTIC WILL TEST KMvil CLOCKS,LINE INTERUPTS,TX AND RX FUCTION
IN INTERNAL AND EXTERNAL LOOP BACK AND MODEM SIGNFALS.

KMV11B LINE CNT DIAG

MACRO M1200

05-JUN-84 15:56

PAGE 5-1

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186
187
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191
192
193

CAUTION:
ssssses

IF LOOP BACK CONNECTORS ARE NOT PLUGED IN BOTH CHANEL A AND B,
THE DIAGNOSTIC WILL AUTOMATICALY REPORT AN ERROR AND DROP THE
TEST FOR THE EXTERNAL LOOP BACK.

KMV1l B IS FULLY TESTED ONLY WHEN DIAGNOSTIC HAS BEEN RUN

SUCCESFULLY IN BOTH RS422 AND RS423 LOOP BACK.

2.0 HARDWARE REQUIREMENTS
THE FOLLOWING HARDWARE
IS REQUIRED TO RUN THE KMV11B
LINE CONTROLER STATIC TESTS:
SBC-11/21 «
16K MEMORY
CONSOLE TERMINAL

3.0 PRELIMINARY PROGRAM REQUIREMENTS
THE PROCESSOR AND MEMORY SHOULD BE THOROUGHLY
TO RUNNING THIS DIAGNOSTIC.

TESTED

PRIOR

4.0 GENERAL PROGRAM CONSIDERATIONS
4.1 DIAGNOSTIC SUPERVISOR

THIS

PROGRAM

COMPATIBLE WITH THE STANDALONE DIAGNOSTIC

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

KMV11B LINE CNT DIAG

MACRO M1200

PAGE 6

05-JUN-84 15:56

SEQ 0006

PROGRAM DOCUMENT
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3ie
217

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223

ag;

2
226
22;
22

229
230

AND LORDED AS A SINGLE FILE.

1IN EITHER CASE,

PROGRAM WILL NOT EXCEED 10K OF MEMORY.

THE

COMBINED

4.2 EXECUTION TIME

THE

TOTAL

TIME

REQUIRED

TO RUN THE KMv1l STATIC TESTS IS

ABOUT 330 SECONDS PER PASS FOR EACH UNIT,
4.3 XXDP+

THIS PROGRAM MAY BE LOADED UNDER XXDP+, AND MAY
DUMP MODE OR CHAIN MODE.

RUN

1IN

231
232
ggz

4.4 ACT/SLIDE

235
g.;@'

THIS PROGRAM MAY BE LOADED UNDER ACT OR SLIDE AND MAY BE RUN
IN DUMP MODE OR CHAIN MODE.

238
52(9)

4.5 APT

241

g:g

244

THIS PROGRAM MAY BE LOADED

THE

APT

SYSTEM

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

5:2

4.6 MEMORY MANAGEMENT

247
g:g

MEMORY MANAGEMENT IS NOT UTILIZED IN THIS PROGRAM.,
INSTALLED, IT IS DISABLED BY THE PROGRAM,

250
ggé

4.7 MEMORY PARITY OPTION

253

IF PARITY MEMORY

INSTALLED,

MEMORY

PARITY

(INCLUDING

IF IT IS

TRAPS

ARE

254

DISABLED BY THE PROGRAM,

gg;

4.8 ERROR LOGGING

259
260
261

THE NUMBER OF ERRORS WHICH HAVE OCCURRED ON EACH DEVICE
UNDER TEST SINCE THE LAST START OR RESTART COMMAND IS KEPT
IN AN ERROR LOG.
THIS LOG MAY BE PRINTED BY USING THE

255
256

264

“PRINT” COMMAND (SEE SECTION 6.3.8).

ggg

S.0 PROGRAM LOAD MEDIA

267
268

THIS PROGRAM CAN BE LOADED FROM PAPER TAPE USING THE
ABSOLUTE LOADER OR FROM ACT, SLIDE, OR APT SYSTEMS, OR FROM

KMV118 LINE CNT DIAG

MACRO M1200

05-JUN-84 15:56

PAGE 7

SEQ 0007

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315
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317
318
319
320
321
322
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ANY MEDIA SUPPORTED BY XXDP+,

ABSOLUTE

LOADER,

THE

WHEN

PROGRAM

USING

SHOULD

THE

PAPER

LOADED

TAPE

FIRST,

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

BY THE DIAGNOSTIC PROGRAM,

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

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

200.

USE

STANDARD

DEC

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
THE

DIAGNOSTIC

WITHOUT

CAN

EXECUTED

STANDALONE

UNDER

XXDP+

READING THE REMAINDER OF THIS DOCUMENT, AS FOLLOWS:

A) LOAD AND START DIAGNOSTIC USING RUN COMMAND

B) RECEIVE DIAGNOSTIC SUPERVISOR PROMPT
(DR>)
C) ENTER STA<CR>
D) ANSWER HARDWARE AND SOF TWARE QUESTIONS
E) GET END OF PASS MESSAGES OR ERROR MESSAGES
F) TO END EXECUTION, ENTER CONTROL/C
6.2 INITIAL DIALOGUE

AFTER THE PROGRAM AND THE
SUPERVISOR
ARE
LOADED AND
THE
PROGRAM
IS STARTED , THE FOLLOWING IDENTIFICATION IS TYPED:
DRS LOADED
DIAG.
RUN-TIME SERVICES
NKMEAO

g:vu B
>

LINE CONTROLLER DIAGNOSTIC

KMV118 LINE CNT DIAG

MACRO M1200

05-JUN-84 15:56

PAGE 8

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PROGRAM DOCUMENT
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336
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338

THE OPERATOR THEN PROCEEDS BY TYPING

ONE

THE

COMMANDS DESCRIBED IN THE FOLLOWING SECTION 6.3.(FOR MORE
DETAILED INFORMATION, REFER TO THE ODIAGNOSTIC SUPERVISOR
FUNCTIONAL SPECIFICATION).

6.3 PROGRAM OPTIONS
6.3.1 START COMMAND
8088888288808 888088888888808880388885882008808880080840080402

STACRT)/TESTS:<TEST-LIST>/PASS:<PASS-CNT>/FLAGS:
<FLAG-LIST>/EOP:<INCR>

2888888048888 8888888808888884848888885088488¢0500000000000000

6.3.1.1 TESTS SWITCH (/TESTS:<TEST-LIST>)
<TEST-LIST> IS A SEQUENCE OF DECIMAL NUMBERS (1:2 ETC.) OR
RANGES OF DECIMAL NUMBERS (1-5:8-10 ETC.) THAT SPECIFY THE
TESTS TO BE EXECUTED.
THE NUMBERS ARE SEPARATED BY COLONS.
THE NUMBERS RANGE FROM 1 TO THE LARGEST TEST NUMBER IN THE
DIAGNOSTIC.
THEY MAY BE SPECIFIED IN ANY ORDER.
TESTS WILL

BE EXECUTED IN NUMERICAL ORDER REGARDLESS OF THE ORDER OF
SPECIFICATION.
THE DEFAULT IS TO EXECUTE ALL
TESTS.
ON

THIS AND ALL SWITCHES, THE ANGLE BRACKETS <> ARE PUNCTUATION

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

THE

6.3.1.2 PASS SWITCH (/PASS:<PASS-CNT>)
<PASS-CNT> IS A DECIMAL NUMBER INDICATING THE DESIRED NUMBER

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

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

BY OCCURANCE OF AN ERROR WITH THE HAL'TM ON ERROR FLAG BEING
SEE EXAMPLE AT
égor 2€3 Eng IS A RETURN TO COMMANL MODE.
.

'1.

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

<FLAG-LIST> IS A SEQUENCE OF ELEMENTS OF

THE

FORM

<FLAG>,

<FLAG=1>, OR <FLAG=0>, SEPARATED BY COLONS, WHERE <FLAG> HAS
ONE OF THE FOLLOWING VALUES:
HOE

LOE

HALT ON ERROR, CAUSING COMMAND MODE TO BE
ENTERED WHEN AN ERROR IS ENCOUNTERED

LOOP ON ERROR, CAUSING THE DIAGNOSTIC TO LOOP

KMV11B LINE CNT' DIAG

MACRO M1200

05-JUN-84 15:56

PAGE 9

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SEQ 0009

PROGRAM DOCUMENT
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387
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400
401
402
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407

408
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a4
415

CONTINUOUSLY WITHIN THE SMALLEST DEFINED BLOCK
OF CODING (SEGMENT, SUBTEST, OR TEST) CONTAINING THE ERROR

IER
IBE
I

INMIBIT ERROR REPORTING
INHIBIT BASIC ERROR REPORTS
INHIBIT EXTENDED ERROR REPORTS

PRI
PNT

DIRECT ALL MESSAGES TO A LINE PRINTER
PRINT NUMBER OF TEST BEING EXECUTED

BOE
UAM

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

ISR

IDU

LOT

THE FLAGS NAMED OR EQUATED TO 1 ARE SET, THOSE EQUATED TO O
ARE CLEARED.
A FLAG NOT SPECIFIED IS CLEARED.
IF THE FLAGS
g\gfl&fl gSSNOTsGIVEN ALL FLAGS ARE CLEARED.
SEE EXAMPLE
AT
.

.1.

6.3.1.4 END OF PASS SWITCH (/EOP:<INCR>)
<INCR> IS A DECIMAL NUMBER INDICATING HOW OFTEN (IN TERMS OF

PASSES) IT IS DESIRED
THAT
PRINTED.
THE
DEFAULT
IS
EXAMPLE AT END OF 6.3.1.5.

THE END
OF
PASS MESSAGE BE
AT
THE END OF EVERY PASS.,
SEE

6.3.1.5 EFFECT OF START COMMAND
THE EFFECT OF THE START COMMAND IS TO INITIATE THE

HARDWARE

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

AND

THE HARDWARE PARAMETER DIALOGUE COMMENCES WITH THE
QUESTION
"® UNITS?"
TO0 WHICH
THE
OPERATOR REPLIES WITH A DECIMAL

NUMBER N FROM 1 TO 16, THE TERM “UNIT" REFERS TO THE DEVICE
TO WHICH THIS SERIES OF DIAGNOSTICS IS DEDICATED.
FOLLOWING
THIS ARE THE QUESTIONS WHEREBY THE P-TABLES THEMSELVES

WILL

BE BUILT.
EACH P-TABLE IS A CORE-RESICENT TABLE CONTAINING
ALL THE HARDWARE INFORMATION FOR ONE UNIT.
THE OPERATOR
MUST SUPPLY N (NUMBER OF UNITS) VALUES FOR EACH QUESTION.
HE MAY DO THIS BY GIVING ONE ANSWER TO EACH QUESTION (IN
WHICH CASE THE SERIES OF QUESTIONS WILL BE POSED N TIMES) OR
BY GIVING N VALUES, SEPARATED BY COMMAS,
TO EACH QUESTION
EACH QUESTION IS FOLLOWED BY
(SERIES WILL BE POSED ONCE).
THE RESPONSE RADIX (D FOR DECIMAL,
B FOR BINARY,
0 FOR
OCTAL,
L FOR
YES/NO) IN PARENTHESES AND THE DEFAULT VALUE
AFTER THE PARENTHESES.
v

KMV11B LINE CNT DIAG

MACRO M1200

05-JUN-84 15:56

PAGE 10

K1
SEQ 0010

PROGRAM DOCUMENT
440
aa)
442

443
444

445

FOLLOWING THE HARDWARE QUESTIONS ARE THE SOFTWARE

448
449
450
451

WHEN THE QUESTION "@ UNITS?"” IS ANSWERED, MEMORY STORAGE IS
ALLOCATED FOR THE P-TABLES, AND IF THERE IS NOT ENOUGH TO

446
447

452

453
454
455
456
457
458
459
460
461
462

463
464
465
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467

468
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470
a71
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a7a
a75
476
477
478
479
480
481
482

483
484
485

486
487
488
489
490
491
492
493
494

QUESTIONS

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

ACCOMMODATE THEM THE MESSAGE "TOO MANY UNITS” IS5 ISSUED.

;Eg? AECSENI:’ES DIAGNOSTIC MUST BE EXECUTED MORE THAN ONCE TO

EXAMFLE:

STA/TESTS:1:2-4:6:8-10/PASS:3/FLAGS:IER:HOE=1:VUAM:LOE
THIS COMMAND WILL CAUSE THREE PASSES TO BE MADE,

EACH

PASS

CONSISTING OF TESTS 1,2,3,4,6,8,9, AND 10 EXECUTED AGAINST
ALL UNITS.
THERE IS NO DIFFERENCE BETWEEN SAYING <FLAG> AND
SAYING <FLAG=1>. THE NOTATION <FLAG=0> IS MEANINGFUL ONLY ON

A COMMAND OTHER
THAN START
TO CLEAR A FLAG THAT
WAS
PREVIOUSLY
SET.
NOTE
THAT ON ALL COMMANDS ONLY THE FIRST
THREE LETTERS ARE SCANNED.
6.3.2 RESTART COMMAND
S840 058808080804000880888008
08808040040 RREERERER0R0R4S

RES(TART)/TESTS:<TEST-LIST>/PASS: <PASS-CNT>/FLAGS:
<FLAG-LIST>/UNITS:<UNIT-LIST>
SEAE400RE04

0024000040 0RRRASREAAAEEERREE00EEE0R000040000

6.3.2.1 TESTS, PASS, AND FLAGS SWITCHES
<TEST-LIST>,
COMMAND.

<PASS-CNT>, AND <FLAG-LIST> ARE AS IN THE START

6.3.2.2 UNITS SWITCH (/UNITS:<UNIT-LIST>)
<UNIT-LIST> IS A SEQUENCE OF DECIMAL NUMBERS (0,1 ETC.) OR
OF DECIMAL NUMBERS (0-5, 8-10 ETC.) THAT SPECIFY THE
UNITS TO BE TESTED.
THE NUMBERS ARE SEPARATED BY COLONS.
THE NUMBERS MAY RANGE FROM O THRU N-1 (N IS THE NUMBER OF
UNITS SPECIFIED IN THE PREVIOUS START COMMAND).
THE NUMBER
INDICATES THE POSITION OF THE P-TABLE AS THE DATA WAS
ENTERED DURING THE HARDWARE DIAGLOGUE.
THE UNITS WHICH ARE
SELECTED MUST NOT HAVE BEEN DROPPED BY THE DROP COMMAND.
SEE THE DISCUSSION OF ADD AND DROP COMMANDS BELOW.
DEFAULT
égffl 1&) TEST ALL UNITS WHICH HAVE NOT BEEN DROPPED BY A DROP
RANGES

KMV118 LINE CNT DIAG

MACRO M1200

05-JUN-84 15:56

PAGE 11

SEQ 0011

PROGRAM DOCUMENT
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497
498

499

500

501

6.3.2.3 EFFECT OF RESTART COMMAND

502

503
504

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

S0S

HAVE BEEN ONE) ARE USED, INSTEAD OF NEW

507
508
509
510
S11

THESE. THE SOFTWARE DIALOGUE MAY OPTIONALLY BE REEXECUTED
(OPERATOR WILL BE ASKED). THE COMMAND CAN BE USED AFTER
COMMAND MODE HAS BEEN REENTERED IN ANY OF THE THREE NORMAL
WAYS:
A) THE REQUESTED NUMBER OF PASSES HAVE BEEN MADE B)
AN ERROR WAS ENCOUNTERED WITH THE HALT ON ERROR FLAG SET C)
A CONTROL/C WAS ENTERED BY THE OPERATOR.

506

THE

glg
1

514

UNITS

SWITCH

GIVES

ONES

215

6.3.3 CONTINVE COMMAND

518

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

16
517

SR80

S19

BEING

BUILT.

THE ABILITY TO SELECT A SUBSET OF

088408080848 0480804000000

004400000000048048

S840 888088888888888808888
8088008848000
400088884848048

520

521

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

524
525
25‘6]

<PASS-CNT> IS SAME AS IN START COMMAND, BUT THE DEFAULT IS
THE UNSATISFIED PASS-CNT FROM THE PREVIOUS START OR RESTART.
IF NONE REMAINS, THE DEFAULT IS NON-ENDING EXECUTION.

528

ggg

531

ggg
534

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

<FLAG-LIST>

SAME

IN START COMMAND, BUT UNSPECIFIED

FLAGS RETAIN THEIR CURRENT VALUE.

ggz

6.3.3.3 EFFECT OF CONTINUE COMMAND

537

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

538
539
540
541
;g
544

gg
547

548

549

6.3.4 PROCEED COMMAND
SEEESEEE0000004400R00
AR RERRRERREER0EER000000000400

PRO(CEED)/FLAGS: <FLAG-LIST>
5885884888885

888 4808004848808 50 2000055400000 000000000000

KMV11B LINE CNT DIAG

MACRO M1200

05-JUN-84 15:56

PAGE 12

SEQ 0012

PROGRAM DOCUMENT
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552

553
554

555
556
557
558
559

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

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

OF THE

COMMAND

FOLLOWING

THE

ERROR

BEGIN

CALL.

PARAMETERS MAY BE ALTERED.

EXECUTION

THE

LOCATION

NEITHER HARDWARE NOR SOF TWARE

6.3.5 ADD COMMAND
2555845885400 8808200040000
RR Rtk bbb bbbk bbbt bb bk bntE

ADD/UNITS
: <UNIT-LIST>
5588858588080 0 0088880000000kttt
R bbb bbb bbb kbbbt

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

6.3.5.2 EFFECT OF ADD COMMAND
THE UNITS SPECIFIED ARE ADDED TO THE

UNIT

MUST

HAVE

P-TABLE

TEST

MEMORY

SEQUENCE.

DUE

EACH

TO AN EARLIER

HARDWARE DIALOGUE.
THIS COMMAND MUST
BE FOLLOWED BY
A
RESTART OR CONTINUE.
THE UNITS SWITCH MUST BE SPECIFIED.

THE ADD COMM/ND IS

PREVIOUSLY OROPPED.

MEANINGFUL

ONLY

FOR

UNITS

THAT

WERE

6.3.6 DROP COMMAND
2858888420000

8 244000

AR A

DROCP)/UNITS: <UNIT-LIST>

AL R0 A

4000000000000 0000 %R

SESEAEASE0RERRERERASERRARRARERERERRERERAR0E00000444

6.3.6.1 UNITS SWITCH (/UNITS:<UNIT-LIST>)
<UNIT-LIST> IS AS IN THE RESTART CUMMAND.
6.3.6.2 EFFECT OF DROP COMMAND

KMV11B LINE CNT DIAG

MACRO M1200

05-JUN-34 15:56

PAGE 13

N1
SEQ 0013

PROGRAM DOCUMENT
607
608
609

A10

611
612
613
614

615

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

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

616

617

6.3.7 PRINT COMMAND
LT
T
P
TP

PRI(NT)
P
Y Yy Yy

6.3.7.1 EFFECT OF PRINT COMMAND
THE TOTAL NUMBER OF ERRORS FOR

EACH

UNIT

START OR RESTART COMMAND ARE PRINTED.
STATISTICAL REPORTING) FLAG IS CLEARED.
6.3.8 DISPLAY COMMAND
T

Ty T

SINCE

THE

LAST

THE ISR (INHIBIT

.
T

DISCPLAY)/UNITS:<UNIT-LIST>
T

TY
Ty P

6.3.8.1 UNITS SWITCH (/UNITS:<UNIT-LIST>)
<UNIT-LIST> IS AS IN THE RESTART COMMAND.
6.3.8.2 EFFECT OF DISPLAY COMMAND
THE HARDMARE P-TABLES FOR ALL UNITS UNDER TEST
ARE
PRINTED
OUT
IN
THE FORMAT
IN WHICH THEY WERE ENTERED.
ANY UNITS
THAT WERE DROPPED BY THE
OPERATOR
“DROP"
COMMAND
ARE
SO
DESIGNATED.

6.3.9 FLAGS COMMAND
S50 8825888855554

5 550000050kttt bbbttt bbbt bbbbbbbbbbbk

FLACGS)
55555580 5555055505000kt
bbbkttt kbbbt bbb kbbb bbb bk

6.3.9.1 EFFECT OF FLAGS COMMAND
THE CURRENT SETTINGS OF ALL FLAGS ARE PRINTED.

KMV118 LINE CNT DIAG

MACRO M1200

05-JUN-84 15:56

PAGE 14

SEQ 0014

PROGRAM DOCUMENT
663
664
665
666
667

668
669

6.3.10 ZFLAGS COMMAND

671
672
673
674
675
676

ZFL(AGS)

€70

677

6’8
673
680
681
682
683
684
685
686
687
688
689
690

0800088000000 8080088080800080808088028080080080000808000880880002

0000088000800 8008008088000080000808008083088080000000800404000

6.3.10.1 EFFECT OF ZFLAGS COMMAND
ALL FLAGS ARE CLEARED.

6.3.11

CONTROL CHARACTERS

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

THE

THREE

OPERATOR

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

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

CAUSES ALL TELETYPE OUTPUT TO BE SURPRESSED FOR
THE
REMAINDER OF THE DOIAGNOSTIC OR UNTIL ANOTHER O IS TYPED,
WHICH RESTORES NORMAL TELETYPE OUTPUT,

6.3.12 HARDWARE PARAMETERS
THE FOLLOWING QUESTIONS WILL BE ASKED ON A
START
COMMAND.
THE
VALUE
LOCATED
TO THE LEFT OF THE QUESTION MARK IS THE

DEFAULT VALUE THA1
RESPONSE
.

WILL

2. MICRU-CPU CSR ADDRESS:

TAKEN

CARRIAGE

RETURN

(0) 1770002

THIS IS THE ADDRESS AT WHICH THE CSR REGISTERS (SELO) RESIDE

THE

(OCTAL),

UNIBUS.

THE

ALLOWABLE

AND THE DEFAULT IS 177000.

RANGE

160000-177776

3. MICRO CPU VECTOR ADDRESS: (0) 300?
THE ALLOWABLE RANGE IS 300-770,AND DEFAULT VALUE IS 300

KMV118 LINE CNT PIAG

MACRO M1200

05-JUN-84 15:56

PAGE 15

SEQ 0015

PROGRAM DOCUMFNT
719
720
721
722
723
724
725
726

4. MICRO CPU PRIORITY LEVEL:
aeof;znut VALYE IS 4

M7501 MODULE MOUNTED WITH DCOO3 CHIPS CAN ONLY
INTERUPT ON LEVEL 4

727
728
729

730
731
732
733
734
735
736
737
738
739
740

741
742
743
744
745
745
747
748
749
750
751

752

753

754

755
756

757
758
759
760
761
762
763
764
765
766
767
768
769
770
71
772
773

774
775

(4) 7?

6.3.13 SOFTWARE PARAMETERS

NO SOF TWARE PARAMETER QUESTIONS ARE ASKED BY PART 2
STATIC LOGIC TESTS.

THE

6.3.14 EXTENDED OISCUSSION OF P-TABLE DIALOGUE
THE FULL CAPABILITY OF THE HARDWARE DIALOGUE IS REVEALED BY
THE FOLLOWING DISCUSSION OF WHAT HAPPENS INTERNALLY.
AS SOON AS THE QUESTION "@ UNITS?"”

ANSWERED

(WITH

THE

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

ON THE FIRST TRIP THRU THE QUESTIONS, ALL OF
ALL

THE

P-TABLES ARE FILLED.

THE

SLOTS

1IN

IF THE OPERATOR TYPES IN

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

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

RECEIVED AN EXPLICIT VALUE IN ANY OF ITS SLOTS NOW ASSUMES
THE ROLF. THAT TABLE NUM3ER ONE PLAYED IN THE FIRST TRIP,

THE SFRIES OF QUESTIONS

REISSUED

UNTIL

LEAST

ONE

QUESTION HAS RECEIVED N EXPLICIT VALUES FROM THE OPERATOR.

I GIVING A STRING OF VALUES, COMMAS WITHOUT INTERVENING
.'AU.EDS :C&BE USED TO INDICATE A REPETITION OF THE LAST

NAMED

STRING

VALUES

MAY

GIVEN

A RANGE (6-10 FOR

EXAMPLE). IF THE VALUES REPRESENT PURE NUMERICAL DATA,
THIS
RANGE TRANSLATES TO THE STRING 6,7,8,9,10 (AN
SAMPLE
INCREMENT OF 1), IF THE VALUES ARE ADDRESSES,
THE SAMPLE
RANGE TRANSLATES TO THE STRING 6,8,10 (AN INCREMENT OF 2).

KMV11B LINE CNT DIAG

MACRO M1200

05-JUN-84 15:56

PAGE 16

SEQ 0016

PROGRAM DOCUMENT
777

778

779
780
781
782
783
784
785
786
787
788
789
790
791
792

793
794
795
796
797
798
799

800
801
802
803
804
805
806
807
808
809
810
811
812
813
814
815
816
817
818
819
820
821
822
823
824
825

NOW LET US SEE HOW WE COULD USE THESE CAPABILITIES TO
CONSTRUCT A SET OF P-TABLES.
ASSUME THAT WE HAVE 16 UNITS,
AND THAT THERE ARE THREE HARDWARE PARAMETERS FOR EACH ( THREE

SLOTS IN

THE

P-TABLF,

THREE

HARDWARE

QUESTIONS

THE

(0,1.2,....,15) EXCEPT FOR UNIT 12, WHICH SHOULD RECEIVE

THE

DIALOGUE).
LET THE DESIRED VALUE FOR THE FIRST PARAMETER BE
THE NUMBER 75 FOR ALL 16 TABLES.
LET THE DESIRED VALUE FOR
THE
SECOND
PARAMETER
BE
EQUAL
TO
THE UNIT NUMBER
VALUE
11.
LET THE DESIRED VALUE FOR THE THIRD PARAMETER BE
THE NUMBER 76 FOR THE FIRST 7 UNITS AND THE NUMBER
77 FOR
THE LAST 9 UNITS.

THE FOLLOWING DIALOGUE WOULD ACCOMPLISH THIS GOAL:
@ UNITS (D) ? 16

UNIT 1

? 0-6
2 76

UNIT 21
<QUESTION 1> ?
<QUESTION 2> ? 7-11,,13-15

<QUESTION 3> 2 77

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

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

ARE

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

PRINTED OUT FOR THE THE OPERATOR IN THE FORM
“UNIT
XX" AT
THE BEGINNING OF EACH SERIES).
QUESTION 1 IS RESPONDED "0

BY A <CR>, SO SLOT ONE STAYS AT CONSTANT 75 IN TABLES 7 THRU
15, SINCE NO NEW EXLICIT VALUES ARE TYPED IN.
SLOT TWO GETS
THE VALUES 7,8,9,10,11 IN TABLES 7 THRU 11, AND GETS A 11 IN

SLOT 12, AND GETS THE VALUES 13,14,15 IN TABLES 13 THRU 15.
SLOT THREE GETS THE VALUE 77 IN TABLES 7 THRU 15.

THE DIALOGUE IS TERMINATED WHEN THE SOF TWARE RECOGNIZES THAT

16 EXPLICIT VALUES HAVE BEEN GIVEN FOR AT LEAST ONE QUESTION

(NAMELY QUESTION 2).

KMV11B LINE CNT DIAG

MACRO M1200

05-JUN-84 15:56

PAGE 17

SEQ 0017

PROGRAM DOCUMENT
827
828
829
830
831
832
833
834
835
836
837
838

7.0

TEST DESCRIPTIONS

0800008000000 000084

TEST

| stsersesststssstses

«VERIFY THAT REFERENCED QBUS DEVICE REGISTERS
«DO NOT CAUSE TIME OUT TRAP

SH00000004000000080800040084000848800000008000400¢

sssssssssssssssssstes TEST 2 ssessstsssssssssssss
+

#CHECK PROM REVISION COMPATIBILITY

$88088888808888888888455888000888880888008800480048

0808000284800 0008804808 TEST 3 sessctstsssssstssss
B

sKMV11 REAL TIME CLOCK TEST
B

SO0 0000000000008000000008808008000800000008000

8800000000080 00880408 TEST 4 ¢teststtssssstssnse
*

¢«BAUD RATE GENERATOR TEST
.

SH000000404000000000080008008000000800000000000000

0868008804 0088000088848% TEST S sssscttsssssssssnes
.

#TRANSMIT AND RECEIVE FRAMES IN INTERNAL
«LOOPBACK MODE WITHOUT INTERRUPTIONS ON CHANEL A,
»

$8808088888088888808808888888803800888888000800002

0800000400000 84800008008

TEST 6 282800 ss0sssttnsss

«TRANSMIT AND RECEIVE FRAMES

1IN INTERNAL

«LOOPBACK MODE WITHOUT INTERRUPTIONS ON CHANEL B.
«

SOS0000000400804000000000080000000000000000000000

$884000000000880000888 TEST

7 sssesscscsssssscsse

«TRANSMIT AND RECEIVE FRAMES AT DIFFERENT SPEEDS IN
«INTERNAL LOOPBACK ON CHANEL A
WITH INTERRUPTS,

KMV11B LINE CNT DIAG

MACRO M1200

05-JUN-84 15:56

PAGE 17-1

SEQ 0018

PROGRAM DOCUMENT
884
885
886
887
888
889
890
891

892
893

YTTY TSRS TY SR ST PAN R SRS RS AR AR R R A R R RS L AR A

L 2

2000000000000 settettss TEST 8 ssssssststssssstssns
-

«TRANSMIT AND RECEIVE FRAMES AT DIFFERENT SPEEDS IN
«INTERNAL LOOPBACK ON CHANEL B8 WITH INTERRUPTS
.

8850480888800
8088 88288884808 05480080800080 00050000

NOTE:

THE REMAINING TESTS REQUIRE EXTERNAL LOOPBACK
CONNECTORS.

0080080400 0080448088888 TEST 9 sssssssssssssssssss
®

«TRANSMIT FRAMES IN EXTERNAL LOOP BACK ON CHANEL A

+«(LOOPBACK CONNECTOR INSTALLED)
3

R0 00000004000000800800000080088080000000000000

508008800000 008000488 TEST

10 sssessssssssssssssss

oTRANSMIT FRAMES

IN EXTERNAL LOOP BACK ON CHANEL B

+«(LOOPBACK CONNECTOR INSTALLED)
»

SEE000E000000000080000004008000000000000000000000

880000000000 s000s004s

TEST

sestsstssssssstssses

«TEST MODEM SIGNAL CCITT 107 AND CCITT 108 ON

¢CHANEL A WITH EXTERNAL LOOPBACK
«(LOOP BACK CONNECTOR INSTALLED)
¥

«TEST MODEM SIGNAL CCITT 107 AND CCITT
«CHANEL B
WITH EXTERNAL LOOPBACK
«(LOOP BACK CONNECTOR INSTALLED)

108 ON

GO0 EE00004400000000000040008000000040040000000¢

5000000000000 8000000s

TEST

12 sstststtssstssntssen

«TEST MODEM SIGNAL CCITT

105,106,109 ON CHANEL A

KMV118 LINE CNT DIAG

MACRO M1200

05-JUN-84 15:56

PAGE 17-2

PROGRAM DOCUMENT
¢« WITH EXTERNAL LOOPBACK
+(LOOP BACK CONNECTOR INSTALLED)
.

«TEST MODEM SIGNAL CCITT 105,106,109 ON CHANEL B
¢« WITH EXTERNAL LOOP BACK
+«(LOOP BACK CONNECTOR INSTALLED)
»

$88880088808008084888000888082888588000000800004002

SEQ 0019

KMV118 LINE CNT DIAG

MACRO M1200

05-JUN-84 15:56

PAGE 18

H2
SEQ 0020

PROGRAM DOCUMENT
953
954
955
956
957
958
959
960
961
962
963
964
965
966
9%7
968
969
970
971
972

973
974
975
976
977
978
979

980
981
982
983
984
985
986

8.0 ERROR INFORMATION
8.1 ERROR REPORTING

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

9.0

HISTORY

DESIGN STARTED ON JANUARY 82
REV AQO ON DECEMBER 82
REV BO ON APRIL 83

CVKMEBO => CNKMEAO ON JULY 84

:DIAGNOSTIC REVIEW
;WRONG CLOCK DIVIDER VALUE IN TWO TEST

;CONVERT TO RUN UNDER FALCON -

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 19

12
SEQ 0021

PROGRAM DOCUMENT
988
996
997
998
999

002000

.TITLE KMV11l B LINE CNT
.2

1000
1001
1002

002000

SvC

002000

BGNMOD
000000
000000
177777

177777
177777
177777
1777717

SLSTIN= O
SLSTTAG= O
SVCINS= -1
SVCTST= -1
SvCsSuB= -1
SVCGBL= -1
SVCTAG= -1

SvC

DIAG.

¢ INITIALIZE SUPERVISOR MACROS

KMV118B

LIST
LIST
LIST
LIST
LIST

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

CHANGE THE VALUES OF THE SVC... SYMBOLS TO BE ZERO IF YOU WISH
TO ALIGN THE MACRO CALLS AND THEIR EXPANSIONS.

CHANGE THE

SYMBOLS TO BE MINUS-ONE TO NOT LIST THE EXPANSIONS.
CHANGE THE SYMBOLS AT ANY POINT IN YOUR PROGRAM,

YOU MAY

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 20

Je2

PROGRAM HEADER

1028
1029
1030
1031
1032
1033
1034 002000
1035
1036
1037
1055
1056 002000
1057
1058
1069

.SBTTL

PROGRAM HEADER

; THE PROGRAM HEADER IS THE INTERFACE BETWEEN

: THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.
POINTER BGNSW,BGNDU,BGNSETUP

HEADER

NKMEA0,B,0,240.,0

SEQ 0022

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 21

K2
SEQ 0023

PROGRAM HEADER
1071
1072
1073
1074
1075
1076

: THIS TABLE IS USED BY THE RUNTIME SERVICES

; 7O PROTECT THE LOAD MEDIA.
BGNPROT

1077 002122
1078

1079 002122
1080 002124
1081 002126
1082
1083
1097
1098

1099 002130
1100

000000
177777
177777

0
-1
-1

ENDPROT

;OFFSET INTO P-TABLE FOR CSR ADDRESS

;OFFSET INTO P-TABLE FOR MASSBUS ADDRESS

;OFFSET INTO P-TABLE FOR DRIVE NUMBER

KMV11 8 LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 22

DISPATCH TABLE

iigg

.SBTTL

1104

1105
1106

§ILII72777777777770000777707077777777777777777777777777777

1107
1108

/1171777700077 70077000770207707770077077770777777770777707777777777777777777777

1109 002130

1110
1117
1118

1119
1120
1121

s/3/ IT
THE ISDISPATCH
TABLE CONTAINS THE STARTING ADDRESS OF Eflcaléég{'{/////////////
USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST.
DISPATCH 12

SEQ 0024

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 23

M2
SEQ 0025

DEFAULT HARDWARE P-TABLE
.SBTTL DEFAULT HARDWARE P-TABLE

1123
1124
1125
1126
1127
1128
1129
1130
1131
1132

§ILIPP0770700000007770000070770007077777707777700777070777777707777077777777777¢27

3/ THE DEFAULT HARDWARE P-TABLE CONTAINS DEFAULT VALUES OF
3/ THE TEST-DEVICE PARAMETERS.

3/ IS IDENTICAL TO THE STRUCTURE OF THE RUN-TIME P-TABLE.
3/ AND IS USED AS A " TEMPLATE” FOR BUILDING THE P-TABLE

$7777700770007777072707077007770777777777777777077777770777777727777777777777777

.ENABL

1133 002162

1134
1144
1145

1146 002164
1147 002166
1148 002170
1149 002172
1150 002174
1151
1152

THE STRUCTURE OF THIS TABLE

177000
000300
004000
000001

AMA
BGNHW

DFPTBL

.WORD
.WORD
.WORD

177000
300
4000

LWORD
ENDHW

+KMV11,CSRS ADDRESS
sKMV1l, VECTOR ADDRESS
s INTERRUPT PRIORITY LEVEL

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 24

:
SEQ 0026

DEFAULT HARDWARE P-TABLE
1154
1155
1156
1157
1158
1159
1160

GLOBAL EQUATES SECTION

.SBTTL

$/11770007777077707777777707777777777777777777777777777777777777777777777777777

THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES THAT
ARE USED IN MORE THAN ONE TEST.
/117770777777 77027707077077707777777777707777777777777777777277777777777777777
14
i/

1161
1162

1163
1164
1174
1175
1190
1191 002174

EQUALS
[

s BIT DIFINITIONS
100000
040000
020000
010000
004000
002000
001000
000400
000200

000100
000040
000020
000010
000004
000002
000001

001000
000400
000200
000100
000040
000020
000010
000004
000002
000001

BIT1S5==
BIT14==
BIT13==
BIT12==
BIT1]==
BIT10==
BIT09==
BITO8==
BITO7==
BIT06==
BITQS==
BIT04==
BITO3==
BIT02==
BITOl==
BIT00==

20000
10000

4000

2000
1000

400

200
100

BIT9==
BIT8==
BIT7==
BIT6==
BITS==
BIT4==

BIT3==
BIT2==
BITl==
BITO==

s+
000040
000037
000036
000035
000034

100000
40000

20
10

2
1

BITO9
B8ITO08
BITO7
BITO06
BITOS
BITO4
BITO3
BIT02
BITO1
BITO0

EVENT FLAG DEFINITIONS

EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION

EF .START==
EF .RESTART==

32.
31.

EF .NEW==
EF .PUR==

29.
28.

EF.CON:INVE==
:
i

30,

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

KMV11l B LINE CNT

DIAG. MACRO M1200

PAGE 24-1

05-JUN-84 15:56

B3
SEQ 0027

GLOBAL EQUATES SECTION
+ PRIORITY LEVEL DEFINITIONS
000340
000300
000240
000200

000140
000100
000040
000000

PRIO7
==

PRIOG==
PRIQS==
PRIO4==
PRIO3==
PRIO2=+=
PRIO1==
PRIOO==

340
300
240
200
140

100

sOPERATOR FLAG BITS

1192
1193
1194
1195
1196

1197

1198
1199
1200
1201
1202
1203
1204
1205
1206

1207
1208

1209
1210
1211
1212
1213
1214

1215
1216

000004
000010
000020
000040
000100
000200
000400
001000
002000
004000
010000
020000
040000
100000

000300
054000

044000

040000
052525
125252
013224
020154
*.00174
000146
000143
000141

EVLs==

LOT=s

10
20

ADR==

IDY==

ISRe==
UAM=s
BOF ==

PNT=s
PR]I==

IXEs==

IBE==
IER==

LOE==

HOE==

100
200

400

1000
2000

4000

10000
20000

40000

100000

sMAXPR]I==340
MAXPRI==300
MAINTO==54000
MAINT1==44000

MCLR==40000
DATAl== 052525
DATA2s== 125252
KBl.2=* 5780.
KB64 ==
108.
KBS6==
124.
KB68s=s=
KB70==
KB??--

iJB REV A-O0 CNKME
REV A-0 CNKME
;JB
sMASTER CLEAR = 1,MODE = 1 ,MAINT 1
tMASTER CLEAR =

1,MODE

= O ,MAINT

1 ,T11=HOLD
0 .T11=NOT HOLD

;0CT AL VALEE 05 éiz KBAUDS
"

102.
99.
97.

"
L

56
68

70
72

DIVIDER CALCULATION= DECIMAL VALUE=6912 / X KBAUDS

350000800000 00888008808080800880080808080008880080888880800080080000000000

3¢ PROGRAM EVENT FLAG DEFINITIONS
3500000000000 08000800800000800808008888880808800880000880080000000000002

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 25

SEQ 0028

GLOBAL DATA SECTION
1219
1220
1221
1222
1223
1224
1225
1231
1232
1233
1234
1235
1236 002174
1237
1238
1239
1252
1253 002222

002222
002224
002226

002230

.SBTTL

GLOBAL DATA SECTION

§/7777077770777770777707772777007777777077777777777777777777777777777777777777

14
4

THE GLOBAL DATA SECTION CONTAINS DATA THAT ARE USED
In MORE THAN CNE TEST.

IIIIIIIIIIP 0720770770077 70077077770777777707777707007777777777777777777777777

11000000000 000000000000000000000000000080000000000000000000870040808000000808

s¢ STORAGE FOR DEVICE REGISTERS

3380008080088 000008808888880080088888880008008088280880008408088000080008000

DESCRIPT

ERRTYP: :

ERRTBL

L.MORD

LWMORD
L.MORD

ERRNBR: :
ERRMSG: :
ERRBLK: :

O
O
0

$00000000000080000000000800000000000000000800000008048000080808000808000800¢

;¢ PROGRAM CONTROL PARAMETERS
1000088008800 808888880880080888088000808080800080000808880800000080808008042

002232
002234
002236
002240
002242
002244
002246
002250
002252
002254
002256
002260
002262
002264

LOCK:

.MORD

;ADDRESS FOR LOCK CURRENT DATA

ERRCNT:
LOGDEV:
PSTACK:
SAVSP:

.WORD
.WORD
.WORD
,WORD

O
O
0
0

;ERROR COUNT
sLOGICAL DEVICE NUMBER
;BASE LEVEL PROGRAM STACK POINTER
:STACK POINTER STORAGE

FLAG:

.WORD

MAXERR:

SAVPC:

FTIME:

SAVE4:
SAVE6:
L$SM:
L$VIT:
UNIT:

.WORD

.WORD
.WORD

.WORD
.WORD
.WORD
.WORD
L.MORD

O
O

0
O
O
15
©

stMAX ERROR BEFORE DROPPING UNIT

:PROGRAM COUNTER STORAGE
$1SCRATCH STORAGE

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 26

D3
5EQ 0029

GLOBAL DATA SECTION
1276

1000208800008 88800800 8808888080880 0RRRRSRRSRRRRRRRARSR4
04004000000 000040

1278
1279
1280 002266
1281 002270
1282 002272
1283 002274
1284 002276
1285 002300
1286 002302
1287 002304
1288 002306
1289 002310
1290 002312
1291 002314
1292 002316
1293 002320
1294 002322
1295 002324
1296 002326
1297 002330
1298 002332
1299 002334
1300 002336
1301 002340
002342

1000000000000 000000 000000000000 0000000000000000000080000000000000000000s

+¢ MISCELLANEOUS STORAGE

1277

002344
002346
002350
002352
002354
002356
002360
002362
002364
002366

DELCT1:
DELCT2:

.WORD
.WORD

O
O

GOODO:
GOOD1:
GOOD2:
GOOD4:
GOOD6:
GO0D10:
GO0D12:
GO0D14:
GO0D16:

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

O
O
O
O
O
O
O
O
O

SEL2:

L.MORD

GOO0D:

SELO:
SELL:
SELA4:

L.MORD

.MORD
.MORD
.MORD

SEL6:
SEL10:
SEL12:
SEL14:
SE'16:
BSEL1:

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

SAVPC1l:
SAVSTA:
COUNT:

.WORD
WORD
.WORD

RANST:
RANSEL:
RANMTA:
RANDN:

N\"BER:

ADDR:

GDDAT:
BDDAT:

.WORD
.WORD
.WORD
.WORD

.WORD

.MORD
.WORD
.WORD

O
O
O

O
O
O
O
O
O

O
O
O
O

O
O
O

002370
006370

TTABLE:
RTABLE:

.BLKW
.BLKW

2000

012370
012372
012374

EXADDR:
INTFLG:

.WORD
.WORD

BSELO:
DATA:
VECT:

.WORD
.WORD
.WORD

0
0
0
0
0
0

012404
012406

KIND:

.WORD

0
0

012410
012412
012414
012416
012420

TXDATA:
RXDATA:
TSPEED:

,WORD
.WORD
.WORD

0
0
0
0
0

012376

012400
012402

BAD:

.WORD

CHANEL: .WORD

LENGTH:
NUB :

,WCRD
.WORD

2000

:*0 IF KMV11A ,=1 IF KMV11B

KMV11 B LINE CNT

DIAG. MACRO M1200

GLOBAL DATA SECTION
1333 012422
1334 012424
1335 012426

000000
000000
000000

O0S-JUN-84 15:56

RXCNT: .WORD
STAER?: .WORD
WRDCNT: .WORD

PAGE 26-1

O
O
O

SEQ 0030

KMVil B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 27

F3
SEQ 0031

GLOBAL DATA SECTION
1337
1338
1339
1340
1341
1342
1343
1344
1345
1346
1347
1348
1349
1350
1351

1352 012430
1353
1354
1355
1356
1357

1000000000000

EEARRARAAREAERRREEEENREREREEERRttttttttttis

;LOAD IN LOCATION "GDREV” THE PROM VERSION NUMBER THAT IS
;COMPATIBLE WITH THIS DIAGNOSTIC
H

;:EACH PROM CONTAIN A REV LEVEL AND A ECO LEVEL:
:THE REV LEVEL IS MODIFIED EACH TIME A MODIFICATION IS DONE
:THE ECO LEVEL IS MODIFIED WHEN THE PROM MODIFICATION NEED
sA DIAGNOSTIC MODIFICATION
1088888080888 8888880808804 0 008800802000

000001

GDREV:

.WORD

ER A4

.
&
.
.

00 00000000

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 28

SEQ 0032

GLOBAL DATA SECTION
100800084000

1359
1360

RRARRRARARR RSN AARARRAA

:¢ PROGRAM CONTROL FLAGS

OO0

:CURRENT UNIT UNDER TEST

KMVVO0O:
KMVLVL
:
KMVVOA4;
KMVVO2:
KMVVO06:
KMTLVL:
KMVCSR:
KMVPO2:
KMVPO4:
KMVPO6
:
KMVP10:
KMVP12:
KMVP14:
KMVP16:

LOOP:

sPOINTER TO KMV11l
sPOINTER TO KMV11l
sPOINTER TO KMV11l

012476

1401 012676

1403

1407
1408

P Y

TPy Y Py

-SEL10
;POINTER 70 KMV11l PORT REG
;POINTER TO PORT REG -SEL 14
;POINTER TO PORT REG -SEL14
sPOINTER TO PORT REG 16

s POINTER TO LOOP BACK CONNECTOR

INTRPT VECTOR O
INTRPT SERVICE
INTRPT VECTOR 0402

sPOINTER TO KMV11l TX INTRPT SERVICE PS
sPOINTER TO KMV11l CONTROL STATUS REGISTER
;:POINTER TO KMV11 PORT REGISTER - SEL2

: POINTER TO KMV11l PORT REGISTER - SELA4
sPOINTER TO KMV11l PORT REGISTER - SEL6

PRIMARY REG ADRS STORAGE FOR THIS UNIT

1397 012476

LY P

sWUICK VERIFY FLAG

0000000000

012474

sLOCK ON CURRENT TEST FLAG

0000

012464

012466
012470
012472

sPROGRAM INITIALIZING FLAG

012462

.EVEN
.WORD

(000000000000 0000000000888880¢00408880488880048088084088088804008000000

012450
012452
012454
012456
012460

WT:

.EVEN
.BYTE

3¢ POINTERS TO KMV1l VECTORS AND REGISTERS

1374

012446

LOKFLG:
QV.FLG:

1888888808888 808888880088084 8888480808088 888880408048 00 80050000000 000400

1373

1375
1376 012440
1377 012442
1378 012444

INIFLG:

§§§§

1361
1362 012432
1363
1364 012434
1365 012435
1366
1367 012436
1368
1369
1370
1371
1372

AR R4 0400000004204 000 000040

ssssss

s THESE LOCATIONS WILL BE LOADED FOR THE CURRENT UNIT, IN INIT CODE

REGADR:

ss¢ees
SSTACK::

STACK USED FOR SUBROUTINE LINKAGE
.BLKW

100

#e¢sse

’

KMV11l B8 LINE CNT

DIAG. MACRO M1200

PAGE 29

05-JUN-84 15:56

H3
SEQ 0033

GLOBAL TEXT SECTION
1410

.SBTTL

GLOBAL TEXT SECTION

THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,

1411

1412
1413
1414
1415
1416

1417
1418
1419
1420

It CECRE S

13608 8 8 8 0

1426

1427

1434

1435

1436

1437
1438

3 LT EEEE

0 0808040008

L L ST LSS DS S LA TR

LTt T

EER

RS R44 0008000040000 0000000s

E R

:* NAMES OF DEVICES SUPPORTED BY PROGRAM

L0RA RS

LSt e T ST UL 218 0

1100000000800 00000000000R0RARARRRRRRRRRRRRRRERREERRRRRINERERtttttttttttttttis

DEVTYP

1421 012676
1422
1423
1424
1425

MESSAGES, AND ASCII INFORMATION THAT ARE USED IN

MORE THAN ONE TEST.

: FORMAT STATEMENTS USED IN PRINT CALLS
i

KMV11l B8 LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 30

SEG 0034

GLOBAL SUBROUTINES

1440

1441
1442

.SBTTL

GLOBAL SUBROUTINES
:

1443
1444

1445
1446

1447

1448

1449

1450
1451
1452
1453

Rt t

it et

: MACRO'S NEEDED TO CALL SUBROUTINES
o

e S e et s e LIRS EAR SRS

.MACRO
.ENDM

CLRMAR
ROMCLK
004000
CLRMAR

IS SL SN LA

S SAENESRAGS SIS LR SRS SEAE S AS S nn

DIAG. MACRO M1200

KMV11 B LINE CNT

05-JUN-84 15:56

PAGE 31

J3
SEQ 0035

GLOBAL SUBROUTINES
;ROUTINE TO WAIT FOR EVENT OR TIMEOUT

1455
1456
1457
1458
1459
1460

:CALLING SEQUENCE:
:

JSR
JSR

1463

: INPUTS PARAMETERS:

DELCT1,DELCT2

:
f

INC DELCT1 UNTIL O
DEC DELCT2 UNTIL O

1461
1462

1464

1465

1466

1467
1468
1469
1470
1471
1472
1473
1474
1475 012706
1476 012712
1477
1478 012714
1479
1480 012716
1481 012722

005337
001371

1483 012724

000207

1482
1484

005237
001375

002266

WAIT2:

INC
BNE

DELCT1
WAIT2

BREAK
002270
RTS

INC
BNE
BREAK

DELCT1
WAIT1

RTS

1485

1486
1487
1488
1489

1490
1491
1492
1493
1494

012726
012732
012734

005237
001375

012736

000207

002266

WAIT1:

PC,WAIT1
PC,WAIT2

DELCT2= NUMB OF WAIT1 PASSES

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 32

SEQ 0036

GLOBAL SUBROUTINES

1496

1497

1498

;MACRO TO WAIT A FEW MS

WAITA
WAITB

1499
1500

:CALLING SEQUENCE:
'

1504
1505
1506
1507

.MACRO WAITA
MOV
JSR
.ENDM

X
#X,DELCT1
PC,WAIT1

1515
1516
1517

.MACRO

WAITB
MOV
MOV

X,Y
oX,DELCT1
oY,DELCT2

1501
1502

1518

JSR

PC.WAIT2

X
X,Y

0<X<177777
0<X OR Y<177777

sLOAD COUNT
sWAIT

DIAG. MACRO M1200

KMV11 B LINE CNT

0S5-JUN-84 15:56

PAGE 33

SEQ 0037

GLOBAL SUBROUTINES
1523
1524
1525
1526
1527
1528
1529
1530
1531
1532
1533
1534
1535
1536 012740
1537 012742
1538
1539
1540 012744
1541 012746
1542 012752
1543
1544
1545 012754
1546 012760
1547 012766
1548
1549
1550 012770

:ROUTINE TO DROP UNIT AFTER 5 ERROR
:+JSR

PC,CHKMAX

CHKMAX: INLOOP

BCOMPLETE

032700
001026

000040

005237
023737
003420

002236
002236

:GET OPERATOR FLAG

BNE

sIF YES EXIT

sUPDATE ERROR COUNT
;700 MANY ERROR?
sIF NOT JUMP

PRINTF

ONERRS,MAXERR,UUT

: T00 MANY ERROR!

DOCLN

013032

045

116

045

NERRS:

;IS DROPPING INHIBITTED?

ERRCNT
ERRCNT ,MAXERR
14

013026

1%:

¢IDV,RO

INC
cMP
BLE

DODV

000207

:IF YES, EXIT

013020

013030

:LOOPING ON ERROR?

RFLAGS

BIT

002234

wrT

;:END THE SUBPASS

RTS

.NLIST

BEX

.ASCIZ

;DROP UNIT

/#Ns#AMORE THAN #D3#A

ERRORS ON UNIT #D2/

DIAG. MACRO M1200

KMV1l B LINE CNT

05-JUN-84 15:56

PAGE 34

SEQ 0038

GLOBAL SUBROUTINES

1570

;ROUTINE TO CHECK REGISTER BSELO AND TO REPORT ERROR

1571
1572

1573

1574
1575
1576

PC,TSTERR

1577

:CALLING SEQUENCE:

JSR

1581
1582
1583
1%5

:OUTPUT PARAMETERS:
P
5
:

RETURN TO

1578
1579
1580

1591 013102

004537

1593 013110

000411

1596 013112

004537

1598 013120

000406

1592 013106

1597 013116

000000

000200

013652

TSTERR: JSR

;LOOK IF BSELO=0

s TEST IS OK ,RTS PC

JSR

R5,CBSELO

;LOOK IF BSELO0=200

: TIMEOUT DURING TEST,RTS PC.2

JSR

R5,CBSELO

;LOOK IF BSELO=100

BR
.WORD

200

1601 013122

004537

1603 013130

000405

:DATA CMP ERROR,RTS PC+6

1607 013132

000407

sNO KMV1l ANSWER ,RTS PC+4

1611 013134

000207

1s%:

RTS

s TEST OK

1614 013136
1615 013142

062716
000207

000002

24:

ADD
RTS

:‘E’,(SP)

1618 013144
1619 013150

062716
000207

000006

3s:

ADD
RTS

06,(SP)
PC

:DATA CMP ERROR

062716
000207

000004

4%:

ADD
RTS

@4,(SP)
PC

tNO KMV11 ANSUWER

1602 013126

1621

1622 013152
1623 013156

000100

013652

IF TEST IS OK
IF TIMEOUT DURING TEST
IF NO KMV11l ANSWER
IF DATA CMP ERROR

R5,CBSELO

013652

PC
PC+2
PC+4
PC+6

.WORD

100

s TIMEOUT ERROR

KMV11 B LINE CNT DIAG. MACRO M1200 05-JUN-84 15:56 PAGE 35

SEQ 0039

NUMBER GENERATOR

1625

1626

1627
1628
1629
1630
1631
1632
1633
1634
1635
1636
1637
1638
1639
1640
1641
1642
1643
1644
1645
1646
1647
1648
1649
1650
1651

.SBTTL

NUMBER GENERATOR

DESCRIPTION:
ROUTINE TO GENERATE DATA PATTERNS,
THE TYPE OF PATTERN IS SELECTED BY R3, AND THE
PATTERN GENERATED IS RETURNED IN LOCATION "DATA"
AND LOCATION “GOOD"

CALLING SEQUENCE:

JSR

INPUT PARAMETERS:
R3 CONTAINS THE PATTERN NUMBER
R3=0
1

ALL ZEROES
ALL ONES

2
3

010101 ETC BIT PATTERN
101010 ETC BIT PATTERN

ROTATING O IN AN ALL ONE WORD

ROTATING 1 IN A ZERO WORD

PSEUDO RANDOM NUMBER
INCREMENTING DATA PATTERN, GOOD

CONTAINS THE VALUE TO BE UPDATED

1652

1653
1654
1655
1656
1657
1658
1659
1660
1661
1662

1663
1664
1665
1666

1667
1668
1669
1670
1671
1672
1673
1674
1675
1676
1677
1678
1679
1680
1681

PC,GENER

IMPLICIT INPUT PARAMETERS:
NONE

OUTPUT PARAMETERS:
THE NUMBER GENERATED IS HELD IN
DATA AND GOOD.

IMPLICIT OUTPUT PARAMETERS:
NONE

COMPLETION CODES:
NONE

POSSIBLE ERROR CODES:

NONE

DIAG. MACRO M1200

KMV11 B LINE CNT

05-JUN-84 15:56

PAGE 35-1

B4
SEQ 0040

NUMBER GENERATOR
1682
1683

1684 013160
1685 013164
1686 013170
1687 013172
1688 013176
1689 013200
1690 013202
1691 013204
1692 013206
1693 013210
1694 013212
1695 013214
1696 013216
1697 013220
1698 013222
1699 013224
1700 013226
1701 013230
1702 013234
1703 013236
1704 013242
1705 013244
1706 013246
1707 013252
1708 013254

1709 013256
1710 013262
1711 013264
1712 013266
1713 013272
1714 013274
1715 013302
1716 013306
1717 013310
1718 013312
1719 013320
1720 013324
1721 013330
1722 013332
1723 013336
1724 013340
1725 013344
1726 013352
1727 013354
1728 013362
1729 013366
1730 013372
1731 013376
1732 013400
1733 013402
1734 013406
1735 013410
1736 013412
1737 013414
1738 013416

042703
V04737
006303
000173
013216
013222
013230
013236
013244
013254
013312
013432
005000
000507
005000
005100
000504
012700
000501
012700
000476
000241
004737
onne T2
00021

004737
005100
000465
006037
001003
012737
013700
000207
000001
012737
004737
013700
000443
013702
001002
013702
032737
001003
012737
013703
013702
033702
001405
005102
033702
001401
000402
000241
000401
000261

GENER:

177770

013460
013176

GENSEL
:

@177770,R3

Pg.SAVREG
R

SGENSEL(R3)

sALL ZERO WORD
sALL ONE WORD
152 PATTERN
125 PATTERN
sROTATE
sROTATE

052525

125252
GENR1:

013266

GENRO:

013266

GENROT:

013310

100000
013310

013310

000005
013332
002350

002344

000001
002344
002350
002346

GENISH:
GENRAN:

RANGEN:

002350
002342
000777

GENER1
:

002344

RAN1:

RAN2:

00234¢€
RANCLC:

RANSEC:

GENEX
RO
RO
X
GENE
052525,R0
X
GENE
0125252,R0
GENEX

PC,GENROT
GENEX

PC,GENROT
RO

GENEX
GENISH

GENER1

'1'
'O’

EACH CALL
EACH CALL

;RANDOM NUMBER
s INCREMENTING COUNT
:0>RO

sNOTO>RO

:15252>R0
$125252>R0
sSHIFT 1 > RO

s:SHIFT 0 > RO
;RO;?TE

1 PATTERN

s YES,

05 ,RANSEL

sSET SELECT VALUE TG S
sGENERATE RANDOM NUMBER IN RO

PC,RANGEN
RANDN,
RO

GENEX

RANDN,R2
RAN1

RANST,R2
0777 ,RANSEL
RAN2
1 ,RANSEL
RANSEL ,R3
RANDN,R2

RANMTA ,R2
RANCLC
R2
RANMTA ,R2
RANCLC
RANSEC

RAN4

SET MSB

sPUT 1 IN RO
:AND EXIT

G
&
i

+IS RANDOM = O
:YES, PUT RANDOM START VALUE IN
sNO; IS RANSEL SELECT VALUE = 0O
sNO
sYES: SET RANSEL = 1
H

:GET R2 <0 AND 1>
;

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 35-2

C4
SEQ 0041

NUMBER GENERATOR
1739 013420
1740 013424
1741 013426

1742 013430
1743 013432
1744 013436
1745 013440
1746 013444
1747 013450
1748 013456
1749

006037
005303
001357
000207
013700
005200
010037
004737
013737
000207

RAN4G:

002350

RANEX:

002272

GENEX:

012400

sROTATE C T0 B15

+IS THIS NUMBER REQUIRED?
sNO, GET ANOTHER
s INCREMENTS LOC.

GENINC:

002272
002272
013540

RANDN

RO,GOOD
PC,RSTREG

GOOD,DATA

’'GOOD’

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 36

SEQ 0042

SAVE REGISTERS

1751

H
H

1752
1753

1754

.SBTTL

SAVE REGISTERS

1755
1756
1757
1758
1759
1760
1761

H
H
3
H
H
H
H

DESCRIPTION:

1763
1764
1765
1766
1767

H
:
H
:
H

CAUTION:REGISTER RO IS NOT SAVED

1762

1768
1769
1770
1771
1772
1773

H
:
H
H
H
3

1774

:
H
H
H
3

1781
1782
1783
1784
1785
1786
1787
1788
1789

1780

CALLING SEQUENCE:
JSR

PC,SAVREG

INPUT PARAMETERS:
NONE

IMPLICIT INPUT PARAMETERS:
NONE

OUTPUT PARAMETERS:

H
H
H
H

REGISTERS O THRU S ARE SAVED ON THE STACK

AND THE RETURN ADDRESS OF THE CALLING ROUTINE IS

SET AS THE LAST ENTRY ON THE STACK

H
H
H
H

1790

IMPLICIT OUTPUT PARAMETERS:

1791
1792
1793
1794
1795
1796
1797
1798

NONE

H
H
H
H

COMPLETION CODES:

NONE

H
H

1799

1800
1801
1802
1803
1804

1807 013474

PRIORITY 7 TO AVOID ANY INTERRUPTS

1775
1776
1777
1778
1779

1805 013460
1806 013466

ROUTINE 70 SAVE ALL THE GENERAL PURPOSE

REGISTERS ON THE STACK, AND LEAVE THE ADDRESS OF THE
CALLING ROUTINE ON THE STACK. THE ROUTINE WILL RUN AT

POSSIBLE ERROR CODES:

H
H

NONE

3
H

S AVREG: GETPRI

012637

002246

SETPRI

MOV

SAVSTA
MAXPRI

(SP)+,SAVPC

:SAVE PC FOR RETURN FROM THIS ROUTINE

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 36-1

E4
SEQ 0043

SAVE REGISTERS

1808 013500
1809 013504
1810 013506
1811 013510
1812 013512
1813 013514
1814 013516
1815 013520
1816 013524
1817 013530
1818 013536
1819
1820
1821

012637
010546

010446
010346
010246
010146
010046
013746
013746

000207

002352

MOV

(SP)+,SAVPC1

MOV

R4, -(SP)
R3,-(SP)

MOV
MOV

002352
002246

R2,-(SP)

MOV

RO, -(SP)

SETPRI

SAVSTA

MOV
MOV

RTS

SAVPC1, -(SP)
SAVPC, -(SP)

+PUT PC READY FOR

sRETURN

DIAG. MACRO M1200

KMV11 B LINE CNT

05-JUN-84 15:56

PAGE 37

SEQ 0044

RESTORE REGISTERS
.SBTTL
W0

1826

DESCRIPTION:
RESTORE TO RESTORE THE GENERAL PURPOSE

REGISTERS. THE STACK IS LEFT IN THE SAME STATE AS IT
WAS WHEN SAVREG WAS CALLED.

CAUTION:

CALLING SEQUENCE:

S0 S0 S0

1827
1828
1829
1830
1831
1832
1833
1834
1835
1836
1837
1838
1839
1840

JSR

PC,RSTREG

1841
1842

INPUT PARAMETERS:

1843
1844
1845

NONE

1846

G0 SO

1847

IMPLICIT INPUT PARAMETERS:

1848
1849
1850
1851
1852
1853
1854
1855
1856
1857
1858
1859
1860
1861
1862
1863
1864
1865
1866
1867
1868
1869
1870
1871
1872

1873
1874
1875
1876
1877
1878
1879

RESTORE REGISTERS

1823
1824
1825

OUTPUT PARAMETERS:

G0 G5

G0 T

NONE

IMPLICIT OUTPUT PARAMETERS:

Ve S

R1 THRU RS RESTORED

COMPLETION CODES:

NONE

POSSIBLE ERROR CODES:

NONE

013540
013546

013554
013560
013564
013566

RSTREG:

012637
012637
012600
012601

002246
002352

GETPRI
SETPRI
MOV
MOV
MOV

SAVSTA
MAXPRI
(SP)+,SAVPC
(SP)+,SAVPC1
(SP)+,RO

DIAG. MACRO M1200

KMV11l B LINE CNT

05-JUN-84 15:56

PAGE 37-1

G4
SEQ 0045

RESTORE REGISTERS
1880 013570
1881 013572
1882 013574
1883 013576
1884 013600
1885 013604
1886 013610
1887 013616

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

012602
012603
012604
012605
013746
013746

000207

(SP)+,R4

002352
002246

(SP)+,RS5
SAVPC1, -(SP)
SAVPC, -(SP)
SAVSTA

:PUT PC READY FOR

DIAG. MACRO M1200

KMV11 B LINE CNT

05-JUN-84 15:56

PAGE 38

H4
SEQ 0046

RESTORE REGISTERS

1889

:CHECK CONTENT OF ONE OF THE 8 REGISTERS

1891

s CALLING SEQUENCE

1890

RS,CKSELN
JSR
.WORD A

3 N = REGISTER NUMBER
A=EXPECTED CONTENT OF REGISTER N

1892
1893

:
:

1895
1896
1897

;OUTPUT PARAMETER:
:
BRANCH IN PC+2 IF ERROR DETECTED
3
BRANCH IN PC IF NO ERROR DETECTED

1894

1898
1899
1900
1901
1902

1903 013620
1904 013624
1905 013632
1906 013640
1907 013642
1908 013644
1909 013650
1910
1911
1912
1913
1914
1915
1916

012537
017737
023737
001001
000402
062705
000205

1917 013652
1918 013656
1919 013662
1920 013670
1921 013676

005037
012537
117737
123737
001001

1923 013702

062705

1922 013700

1924 013706

000402

000205

002272
176624
002316

002316
002272

CKSELO: MOV
MOV
CcHP
BNE
BR
ADD
RTS

000002

1%:
24:

002272
002272
176566

CBSELO: CLR
MOV
MOVB

012376
000002

012376
002272

CcMPB
BNE

1%:

24:

ADD
RTS

(R5)+,G00D
aKMVCSR, SELO
SELO,GO0D
14

;WRITE GOOD
sREAD SEL 0
iCMP 2

24
@2.R5
RS

GOO0D
(R5)+,G00D
aKMVCSR,BSELO

BSELO,GOOD .
14
24

€2,R5

)

DIAG. MACRO M1200

KMV11 B LINE CNT

05-JUN-84 15:56

PAGE 39

14
SEQ 0047

RESTORE REGISTERS

1926

;ROUTINE TO CHECK ALL REGISTER FROM SELO TO SEL16

1927
1928

;:CALLING SEQUENCE:

1929

JSR RS,CKALL
.WORD A
.WORD B
.WORC C
.WORD D'
.WORD E
.WORD F
.WORD G
.WORD H

1930
1931
1932
1933
1934
1935
1936
1937
1938

H
:
:
:
3
:
:
:
:

1941
1942
1943

;OUTPUT PARAMETER:
:
BRANCH IN PC+2 IF ERROR
:
BRANCH IN PC IF NO ERROR

1939
1940

1944
1945
1946

1947 013710

002274

i
»

(RS)+,GO0DO

002316

MOV

aKMVCSR,SELO

;:READ SELO

176472

002322

MOV

IKMVPO2,SEL2

;READ SELZ2

017737

176464

002324

MOV

aKMVPO4 ,SELS

;READ SEL4

1962 014000

017737

176456

002326

MOV

MVPO6,SELE

;READ SEL6

1964 014010

017737

176450

002330

MOV

aKMVP10,SEL10

sREAD SEL10

1966 014020

017737

176442

002332

MOV

aKMVP12,SEL12

;READ SEL12

1968 014030

017737

176434

002334

MOV

aKMVP14,SEL14

;READ SEL14

017737

176426

002336

MOV

aKMVP16,SEL16

;READ SEL16

1972 014046
1973 014054
1974 014056
1975 014064
1976 014066
1977 014074
1978 014076
1979 014104
1980 014106

023737
001035
023737
001031
023737
001025
023737
001021
023737

002316

002274

002322

002300

002324

002302

002326

002304

002330

002306

CMP
BNE
CMP
BNE
CMP
BNE
CMP
BNE
CMP

SELO,GO0DO
14
SEL2,G00D2
14
SEL4,GO0D4
18
SEL6,G00D6
14
SEL10,G00D10

1982 014116

023737

002332

002310

cMP

SEL12,G00D12

012537
012537
012537
012537
012537
012537
012537

002300
002302
002304
002306
002310
002312
002314

017737

176500

017737

1960 013770

1956 013750

1957 013756

000240

1959 013766

000240

1958 013760

1961 013776
1963 014006

1965 014016
1967 014026

1969 014036

%g]’;) 014040

1981 014114

000240

000240
000240
000240

000240

001015

CKALL:

G
H

MOV

1948 013714
1949 013720
1950 013724
1951 013730
1952 013734
1953 013740
{gs 013744

012537

A = EXPECTED VALUE FOR SELO
B
»
»
SEL2
¢
”
SEL4
0
o
SEL6
E
»
»
SEL10
SEL12
"
"
F

MOV
MOV
MOV
MOV
MOV
MOV
MOV
NOP
NOP
NOP
NOP

NOP
NOP

NOP

BNE

(RS)+,G0O0D2
(RS)+,G0O0D4
(RS)+,G0O0D6
(RS)+,G00D10
(RS)+,G00D12
(RS)+,G0O0D14
(RS)+,G0O0D16

SEL14
SEL16

DIAG. MACRO M1200

KMV11l B LINE CNT

05-JUN-84 15:56

PAGE 39-1

1984 014126
1985 014134
1986 014136
1987 014144
1988
1989 014146
1990 014150
1991 014154

001011
023737
001005
023737
001001
000402
062705
000205

002334

002312

002336

002314

000002

1983 014124

RESTORE REGISTERS
BNE
cMP
BNE
cMP
BNE

14
iELIQ.GOODIQ

BR
ADD

24
#2,R5

RTS

iEL16.600016

SEQ 0048

DIAG. MACRO M1200

KMV11 B LINE CNT

05-JUN-84 15:56

PAGE 40

RESTORE REGISTERS

sROUTINE TO CHECK SEL2 TO SEL16

014156
014162
014166
014172
014176
014202
014206

012537
012537
012537
012537
012537
012537
012537

002300
002302
002304
002306
002310
002312
002314

014212
014220
014222
014230
014232
014240
014242
014250
014252
014260
014262
014270
014272

017737
000240
017737
000240
017737
000240
017737
000240
017737
000240
017737
000240
017737

176240

014300
2026 014306
2027 014310
2028 014316
2029 014320
2030 014326
2031 014330
2032 014336
2033 014340
2034 014346
2035 014350
2036 014356
2037 014360
2038 014366
2039 014370
2040
2041 014372
2042 014376

MOV
MOV
MOV
MOV
MOV
MOV
MOV

(R5)+,G00D2
(R5)+,GO0D4
(R5)+,G00D6
(R5)+,G00D10
(RS)+,G00D12
(R5)+,GO0D14
(R5)+,G00D16

002322

:gg

aKMVPO2, SEL2

176232

(©02324

:8:

8KMVPO4,SEL4

176224

002226

:8:

SKMVPO6, SEL6

176216

002330

:8:

8KMVP10,SEL10

176210

002332

:8;

aKMVP12,SEL12

176202

002334

:8:

aKMVP14,SEL14

176174

002336

MOV

aKMVP16,SEL16

023737
001031
023737
001025
023737
001021
023737
001015
023737

002322

002300

g:z

§$L2.60002

002324

002302

g:z

iELJ.GOOOC

002326

002304

g:z

§§L6.GOOD6

002330

002306

S:E

iELlo.GOOOIO

002332

002310

gz:

§§L12.600012

023737
001005
023737
001001
000402

002334

002312

g::

§§L14.600014

002336

002314

CMP

SEL16,G00D16

062705
000205

000002

001011

CKREG:

1%:
2%:

BNE
BR

1
24

ADD
RTS

#2,R5
RS

SEQ 0049

DIAG. MACRO M1200

KMV11 B LINE CNT

05-JUN-84 15:56

PAGE 41

L4
SEQ 0050

RESTORE REGISTERS

;ROUTINE TO CLEAR KMV11l MODULE

2044

2045
2046
2047
2048
2049
2050
2051
2052
2053
2054 014400
2055 014400
2056 014404
2057 014412
2058
2059
2060

2061 014424
2062 014430
2063 014434
2064 014436
2065 014440
2066 014442
2067 014446
2068 014450
2069 014452
2070 014454
2071 014456
2072 014460
2073 014462
2074 014464
2075 014466
2076 014470
2077 014500
2078

sCALLING SEQUENCE:
JSR PC,CLRKMV
:

;ROUTINE DESCRIPTION: CLEAR ALL CSR'S REGISTERS AND CHECK IF = O

005077
012777

176050

054000

000010
012454

CLRKMV:

176042

1$:

WAITA

AKMVC-R
OMAINTO, MKMVCSR

;CLEAR REGISTETRS
sSET MAINTENANCE MODE

MOV
MOV

010,R2
KMVCSR,R1

;LOAD ADDRESS

DEC

sALL DONE

LWMORD
L.MORD
.WORD
.MORD
.WORD
.WORD
.MORD
.WORD

O
O
O
O
O
O
O
O

CLR

BNE
JSR

013710

000207

CLR
MOV

(R1)e

1$
RS,CKALL

g?gflflo légHOOOZ.PRALL

;:CLEAR

;NO
;CHECK ALL REG = 0

;OK BRANCH AT END

;:CSR'S REGISTERS CAN'T BE CLEARED

DIAG. MACRO M1200

KMV11 B LINE CNT

0S5-JUN-84 15:56

PAGE 42

M4
SEQ 0051

RESTORE REGISTERS

;ROUTINE TO SET MAINT MODE 1 AND CHECK DCT11 CLEAR SELO AFTER HAVING DECODED

:CALLING SEQUENCE:
JSR PC,MAINM1
:

;GIVE AN ERROR IF MASTER CLEAR IS NOT CLEAR BY DCT11
i

;MAINT1= MASTER CLEAR=1 + MAINT 1 =0 « MODE = 1

2099 014502
2100 014510
2101 014516
2102 014524
2103 014530
2104 014534
2105 014536
2106 014540
2107 014550

012777
012737
012737
004737
004537
004000

044000
012706
013620

175744

002266
002270

MAINM1: MOV
MOV
MOV
JSR

JSR

.WORD

000404

000207

1%:

OMAINT1,8KMVCSR
©0,DELCT1
#1,DELCT2
PC,WAIT2

T11=HOLD

:LOAD ADDRESS

R5,CKSELO

;CHECK SELO=0 BUT MODE BIT =1

;0K BRANCH

4000

ERRHRD 2,EMO001,PRSELO
RTS
-PC

DIAG. MACRO M1200

KMV11l B LINE CNT

05-JUN-84 15:56

PAGE 43

N4
SEQ 0052

RESTORE REGISTERS

;ROUTINE TO SET TEST NUMBER ON BSELO

2114
2115
2116

2117
2118
2119
2120
2121
2122
2123
2124
2125

:CALLING SEQUENCE:
JSR RS, TSTNUB
3
A
‘
3

A=TEST MICRO PROGRAM NUMBER

2126

2127
2128 014552
2129 014556
2130 014564
2131 014572
2132 014576

012537
053777
012737
004737
000205

012420
012420
000000
012726

175670

002266

TSTNUB: MOV
BIS
MOV
JSR

RTS

(RS)+,NUB
NUB
, aKMVCSR
#0000,DELCT1
PC,WAIT1
RS

;LOAD TEST NUMBER
sWAIT

DIAG. MACRO M1200

KMV11 B LINE CNT

05-JUN-84 15:56

PAGE 44

SEQ 0053

RESTORE REGISTERS
2134

tROUTINE TO CHECK IF KMV11A OR B AND IF LOOP BACK CONNECTOR

2135

sARE PLUGGED OR NOT

2141

sCALLING SEQUENCE:

2143

s JSR

2136
2137
2138
2139
2140
2142

PC,CKKMY

2144

2145
2146

2147

;OUTPUTS:

2149

IF LOOP BACK

IF NO LOOP BACK

2148

2152
2153
2154
2155

LOOP=0
KIND=0
KIND=1

KMV11 A
KMV1l B

IF
IF

:
H

2150
2151

LOOP=1

2156
2157
2158

sMICRO DIAG NB 44 DESCRIPTION:
;OCT11 LOOK IF KMV11A OR B BY READING BIT 1 OF8255 CHIP PORT C
sIF THIS BIT =0 IT IS KMV1il B MODUWE AND DCT11 SET 1 IN BSEL4

2161
2162
g{gz

;OCT11 LOOK IF LOOP BACK OR NOT BY READING BIT O OF 8255 CHIP
:IF THIS BIT =0 LOOP BACK CONNECTOR ARE PLUGGED SO DCT11 SET 1
:IN BSEL2 IN OTHER CASE BSELZ2+=0

2165

sNOTE:PORT C ADDRESS=13006

gizg

g{;z 014614

000044

004737
004537

2175 014616

004737

2177 014624
2178 014626

000402
000401

2179 014630

2180
2181
2182

000412

014400

013102

2187 014650

017737

175602

2189 014664

017737

175570

042737

PC,CLRKMV

JSR
JSR

.WORD

PC,MAINM1
RS, TSTNUB

sSET MAINT MODE
;CHECK WHICH KMV1l AND IF LOOP BACK

JSR

PC,TSTERR

;LOOK IF TEST CORRECTLY DONE

B8R
B8R

2$
2s

ERRHRD
JSR
RTS

3,EM0004
PC,CHCMAX

iNO KMV11l ANSWER
;LOOK IF MAX ERROR

MOV

SKMVPO2,L00P

sWRITE LOOP BIT

MOV

aKMVPO4 , KIND

tWRITE KIND

012740

000207

JSR

000400

004737

2190 014672

CKKMV:

014502
014552

2183 014632
2184 014642
gigz 014646
2188 014656

”

004737

2176 014622

2170 014600

2171 014604
2172 014610

2166

2167
2168
2169

177776

2%:

012474

012404

1§:

BIC

8IC

0177776,L00P

0177776 ,KIND

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 44-1

RESTORE REGISTERS

2191 014700

000207

RTS

C5
SEQ 0054

DIAG. MACRO M1200

KMV1l B LINE CNT

05-JUN-84 15:56

PAGE 45

D5
SEQ 0055

RESTORE REGISTERS
2193
2194
2195
2196
2197
2198
2199

sROUTIN TO WRITE OR READ ONE OF THE KMV1l REGISTERS

sCALLING SEQUENCE:
RS5,WRITE
1 JSR

: .WORD

A=ADDRESS TO WRITE

B=DATA TO WRITc

RS,READ
A

A=ADDRESS TO READ

3
:

$JSR

: .WORD
H
H

sMICRC DIAG NB 47 DESCRIPTION:

sWRITE:

PUT
PUT
SET
SET

ADDRESS TO WRITE IN SEL2
DATA TO WRITE IN SEL4
BIT O OF SEL6(WRITE BIT)
TEST NB 44

KMV1l CLEAR BSE!.0 WHEN DONE

PUT ADDRESS TO READ IN SEL2

CLEAR BIT O IN SEL6
SET TEST 47

KMV11l READ ADDRESS IN SEL2 AND CLEAR BSELO WHEN DONE

2226 014702
c22? 014706
2228 014712
2229
2230 01472C
2231 014724
2232
2233 014726
2234
2235
2236
2237
2238
2239
22490 014730
2241 014734
2242 014740
2243
2244 014744
2245 014750
2246
2247
2248 014752
2249 014756

012577
012577
012777

004537
000047

175550
175546

000001

WRITE:

175542

014552

000205

READ:

MOV
MOV
MOV

(RS)e+,8KMVPO2
(RS)+,aKMVPO4
01 ,3KMVPO6

sWRITE ADDRESS

JSR
.WORD

RS, TSTNUB
47

:SEND TEST NB 47

RTS

sRETURN

MOV
CLR
CLR

(R5)+,aKMVPO2
aKMVPO4
MMVPO6

:SET ADDRESS TO READ

:SEND TEST NB 44

012577
005077
005077

175522
175520
175516

004537
000047

014552

JSR
.WORD

R5,TSTNUB
47

004737
000412

013102

JSR
BR

PC,TSTERR
1

DATA

:BIT WRITE

;CHECK BSEL O

; OK

DIAG. MACRO M1200

KMV11 B LINE CNT

05-JUN-84 15:56

PAGE 45-1

ES
SEQ 0056

RESTORE REGISTERS
2250 014760
2251 014762
2252 014764
2253
2254 014766
2255 014776
2256 015002
2257
2258 015004
2259 015012
2260
2261

2262

24
24
24

000402
000401
000400
004737
000205

012740

017737
000205

175450

24:

ERRHRD
JSR

RTS

012374

1%:

MOV

RTS

PC, CHKMAX

sNO KMV ANSWER
;MAX ERROR?

SKMVPO4 ,BAD

;READ DATA IN BAD

4,EMO004

KMV1l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 46

FS5
SEQ 0057

RESTORE REGISTERS
2264

2265

2266
2267
2268
2269
2270
2271

2272
2273
2274

.MACRO
LIST
NLIST
.ENDM

.MACRO

2280
2281
2282
2283
2284

2285
2286
2287
2288

JSR

RS, .ROMCLK

EDS$CALL XY
LIST

jesssnstssstsssstsinsss TEST'XY'

NLIST
.ENOM

2275
2276

2277
2278
2279

ROMCLK

.MACRO

BADHEAD
.RADIX 10
EDSCALL \TS$TESTNUM.1
.RADIX 8
.ENDM

sCLOCK INSTRUCTION

sesstessssssve

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 47

G5
SEQ 0058

GLOBAL ERROR REPORT SECTION
.SBTTL

2290
2291
2292
2293
2294
2295
2296

GLOBAL ERROR REPORT SECTION

$//112070777707777277777777777777777777777777777777777777777777777777
s/
s/

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

/1017777700707 727770777077777077777770777777777777777777777777777777

.NLIST BEX

2297

2298
2299 015014

040

102

125

TIM:

.ASCIZ

/ BUS TIMEOUT /

015032

045

116

045

TFM36:

.ASCIZ

/%NSAREGISTER ADDRESS ERROR,ADDRESS = #06%A,UNIT = %02/

015120

115

101

123

EMO001
:

.ASCIZ

/MASTER CLEAR FAILS TO RESET: DCT11 CAN'T CLEAR MASTER CLEAR /

015215

040

113

115

EMO0O2:

.ASCIZ

/ KMV11l REGISTERS CANNCT BE CLEARED /

015261

040

104

101

.ASCIZ

7/ DATA COMPARE ERROR ON KMV1l REGISTER (SELZ2 TO SEL16)/

015347

040

116

117

.ASCIZ

/ NO ANSWER FROM KMVl /

015376

040

124

111

.ASCIZ

/ TIMEOUT DURING KMV1l MICRO TEST /

015440

111

116

124

EMO007:

.ASCIZ

/INTERRUPT OCCURED ON KMV1l,WHEN ADDRESSING

015531

116

117

040

EMO010:

.ASCIZ

/NO KMV11l INTERRUPT WHEN CSR'S ARE ACCESSED/

015604

113

115

126

EMOO11:

.ASCIZ

/KMV11l REAL LINE TIME CLOCK FAILED TO INTERRUPT /

015664

103

110

101

EMOO12:

.ASCIZ

/CHANEL A GENERATOR COUNT CANNOT BE READ OR WRITTEN CORRECTLY /

015762

103

110

101

EMOO13:

.ASCIZ

/CHANEL A

016034

103

110

101

EMO112:

.ASCIZ

/CHANEL B GENERATOR COUNT CANNOT BE READ OR WRITTEN CORRECTLY /

016132

103

110

101

EMO113:

.ASCIZ

/CHANEL B

016204

125

116

101

EMOO33:

.ASCIZ

/UNABLE TO CHANGE BAUD RATE GENERATOR COUNTER /

016262

116

117

040

EMO014:

.ASCIZ

/NO CHANGE ON BAUD RATE GENERATOR OUTPUT /

016333

124

122

101

EMO015:

.ASCIZ

/TRANSMITTION ERROR IN INTERNAL LOOP ON CH A WITHOUT INTERRUPTS/

016432

105

122

EMJ016:

.ASCIZ

/ERROR WHEN TRANSMITTING FRAMES IN INTERNAL LOOPBACK ON CH A /

016527

124

122

101

E150115:

.ASCIZ

/TRANSMITTION ERROR IN INTERNAL LOOP ON CH B WITHOUT INTERRUPTS/

010626

105

122

EMO116:

.ASCIZ

/ERRCR WHEN TRANSMITTING FRAMES IN INTERNAL LOOPBACK ON CH B /

016723

105

122

EMO017:

.ASCIZ

/ERROR WHEN TRANSMITTING FRAMES IN EXTERNAL LOOP BACK ON CH A/

017020

105

122

EM0020:

.ASCIZ

/ERROR WHEN TRANSMITTING FRAMES IN EXTERNAL LOOP BACK ON CH B/

017115

113

115

126

EM0O023:

.ASCIZ

/KMV11 REAL TIME CLOCK INTERRUPT OCCURED TOO EARLY /

2345 017200
2346

111

116

103

EMO024:

.ASCIZ

/INCORRECT KMVil REPLY /

CSR REGISTER/

GENERATOR OUTPUT IS NOT CORRECT/

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 47-1

GLOBAL ERROR REPORT SECTION
2347 017227
2348
2349 017301
2350
2351 017376
2352
2353 017473
2354
2355 017564
2356
2357 017655
2358
2359
2360
2361

116

117

040

EMO027:

.ASCIZ

/NO LOOP BACK CONNECTOR ,TEST NOT EXECUTED/

104

101

124

EMO030:

.ASCIZ

/DATA COMPARE ERROR BETWEEN MODEM SIGNAL 108 AND 107 ON CH A /

104

101

124

EMO130:

.ASCIZ

/DATA COMPARE ERROR BETWEEN MODEM SIGNAL 108 AND 107 ON CH B /

115

117

104

EMO032:

.ASCIZ

/7MODEM SIGNAL ERROR ON CHANEL A IN EXTERNAL LOOPBACK MODE/

115

117

104

EMOO34:

.ASCIZ

/7MODEM SIGNAL ERROR ON CHANEL B IN EXTERNAL LOOPBACK MODE/

120

122

117

EMO03S:

.ASCIZ

/PROM REVISION IS NOT COMPATIBLE WITH DIAGNOSTIC /

SEQ 0059

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 48

15
SEQ 0060

GLOBAL ERROR REPORT SECTION

2363 017736

045

116

045

MLOOP:

.ASCIZ

/s#NsA

2365 020014

045

116

045

MSELO:

.ASCIZ

/s#NsA SELO = #06%A

SHOULD BE = #06%N/

2367 020062
2368 020126
2369 020172
2370 020236
2371 020302
2372 020346
2373 020412

045
045
045
045
045
045
045
045

116
116
116
116
116
116
116
116

045
045
045
045
045
045
045
045

MREGO:
MREG2:
MREGA:
MREG6:
MREG10:
MREG12:
MREG14:

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

/#NsA SELO = #06%A
/#NsA SEL2 = #06%A
/%NsA SEL4 = #06%A
/%NsA SEL6 = w06%A
/#NsA SEL10= #06#A
/#NsA SEL12= #06%A
/#NsA SEL14= #06%A

SHOULD
SHOULD
SHOULD
SHOULD
SHOULD
SHOULD
SHOULD
SHOULD

2378 020522

045
045

116

045

MINT:

_ASCIZ

/#NsA GOOD = #06%A

ggé 020620

045

116

045

MINTR:

.ASCIZ

/#NsA INTERRUPT OCCUR

2383 020705

045

116

045

MVECT:

.ASCIZ

/#NsA RECEIVE BAD VECT =#06%A SHOULD BE =%06/

2389 020761
2390 021043
gggé 021121

045
045
045

116
116
116

045
045
045

.ASCIZ
MT11V:
MFRAM1: .ASCIZ
MFRAM2: .ASCIZ

/#NsA
/#NsA
/sNsA

RECEIVE VECTOR VECT =#06%A SHOULD BE = %06/
RECEIVE FRAME IS =#06%A SHOULD BE =%06/
TRANSMIT SPEED IS
=#06%A FRAME LENGTH =%06/

2394 021204
ggg 021236

045
045

116
116

045
045

MSTER1:
MSTER2:

.ASCIZ
.ASCIZ

/#NsA
/#NsA

=06/
ERROR STATUS
WORD COUNT DISCREPANCY =%06/

2397 021301
2398 021345
2399 021404
2400 021447

045
045
045
045

116
116
116
116

045
045
045
045

MODEM1:
MODEM2:
MODEM3:
MRAMEF:

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/#NsA
/#NsA
/#NsA
/#NsA

TESTED MODEM SIGNAL IS
=%06/
RESULT OF TEST IS
=06/

2364

2366

23;; 020456

23
2376
2377

gg;g 020556

2384
2385
2386
2387
2388

2393

2401

MREG16: .ASCIZ

MBSELO:

.ASCIZ

NO LOOP BACK CONNECTOR,TEST NOT EXECUTED/

/#NwA SEL16= #06%A

/s#NsA BSELO =#06%A

BE
BE
BE
BE
BE
BE
BE
BE

=
=
=
=
=
=
=
=

%06/
%06/
%06/
%06/
%06/
%06/
%06/
%06/

BAD =%06/
SHOULD BE =%06/

WHEN ADDRESS =#06%A IS WRITTEN/

MODEM SIGNAL STATE IS
TXDATA = #06%A

=%06/

RXDATA = %06/

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 49

J5
SEQ 0061

GLOBAL ERROR REPORT SECTION
2403

.EVEN

2404

2405

2406

2407
2408

2409

2410
2411
2412 021520
2413 021520
2414 021550
2415 021554

BGNMSG

PRSELO

JSR
ENDMSG

PC, CHKMAX

PRINTB

004737

012740

@MSELO,SELO,GOOD

sREPORT SELO

2416

2417
2418
2419 021556
2420 021556

2421 021606
2422 021612

BGNMSG

004737

012740

2423

caca
2425
2426
2427
2428

2429

021614
021614
021644
021674
021724
021754
022004
022034
022064
022114
022120

2430
2431
2432
2433
2434
2435
2436
2437
2438
2439
2440
2441
2442 022122
2443 022122
2444 022152
2445 022202
2446 022232
2447 022262
2448 022312
2449 022342
2450 022372
2451 022376
2452
2453
2454
2455
2456
2457
2458
2459 022400

004737

012740

PRINTB

JSR
ENDMSG

PC, CHKMAX

;CHECK IF TOO MANY ERROR

BGNMSG

PRALL
#MREGO, SELO,GO0DO
OMREG2, SEL2,G00D2
OMREGA4
, SEL4,GO0D4
OMREG6, SEL6,G00D6
OMREG10,SEL10,G00D10
#MREG12,SEL12,G00D12
OMREG14,SEL14,G00014
OMREG16,SEL16,G00D16
PC, CHKMAX

;REPORT CONTENT OF

PRREG
OMREG2, SEL2,G00D2
OMREGA4
, SEL4,GO0D4
OMREG6, SEL6,G0OCD6
OMREG10,SEL10,G00D10
OMREG12,SEL12,GCOD12
#MREG14,SEL14,G00D14
OMREG16,SEL16,G0CD16
PC,CHKMAX

;REPORT ALL CSR'S BUT SELO

PRINTB
PRINTB
PRINTB
PRINTB
PRINTB
PRINTB
PRINTB

BGNMSG

PBSELO

:REPORT BSELO

PRINTB
PRINTB
PRINTB
PRINTB
PRINTB
PRINTB
PRINTB
PRINTB

JSR
ENDMSG

BGNMSG

004737

012740

PRINT
OMINT,GOOD,BAD

JSR
ENDMSG

ALL CSR'S

:CHECK IF TOO MANY ERROR

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 49-1

IKS
SEQ 0062

GLOBAL ERKOR REPORT SECTION
2460 022400
2461 022430
2462 022434
2463
2464
2465
2466
2467
2468
2469
2470
2471 022436
2472 022436
2473 022462
2474 022466
2475
2476
2477
2478
2479
2480 022470
2481 022470
2482 022520
2483 022524
2484
2485
2486
2487
2488
2489
2490
2491
2492
2493
2494
2495
2496

022526
022526
022556
022562

022564
2497 022564
2498 022614
2499 022644

2500 022650
2501
2502

022652
022652
022676
022722
022746
022752

004737

012740

PRINTB

PC, CHKMAX

;CHECK IF TOO MANY ERROR

BGNMSG

PINTR
OMINTR,ADDR

sREPORT INTERRUPT

PC, CHKMAX

;CHECK IF TOO MANY ERROR

PVECT
OMVECT, VECT,GOOD

;REPORT VECTOR

PRINTB

JSR
ENDMSG

BGNMSG
PRINTB

004737

012740

JSR
ENDMSG

PC, CHKMAX

BGNMSG

PRT11V

004737

012740

;CHECK IF TOO MANY ERROR

oMT11v,VECT,GOOD
PC,CHKMAX

;:CHECK IF TOO MANY ERROR

BGNMSG

PFRAME

;REPORT FRAME ERROR

JSR
ENDMSG

PC,CHKMAX

:CHECK IF TOO MANY ERROR

BGNMSG
PRINTB
PRINTB
PRINTB

PMODEM
©MODEM1 ,GOOD
©MODEM2,BAD
OMODEM3,DATA
PC,CHKMAX

;REPORT MODEM SIGNAL

PRINTB

ENDMSG

PRINTB
PRINTB

004737

OMBSELO,BSELO,GOOD

JSR
ENDMSG

OMFRAM] ,RXDATA, TXDATA
OMFRAM2, TSPEED ,LENGTH

ERROR

;CHECK IF TOO MANY ERROR

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 49-2

LS
SEQ 0063

GLOBAL ERROR REPORT SECTION
2517
2518

BGNMSG

2519 022754
2520 022754
2521 023004

PRINTB

2530 023006
2531 023006
2532 023032
2533 023056

PRINTB
PRINTB

ENDMSG

2522
2523
2524
2525
2526
2527
2528
2529

2534 023062
2535
2536
2537
2538 023064
2539 023064
2540 023114
2541 023120
2542
2543
2544
2545

BGNMSG

004737

012740

JSR

ENDMSG

BGNMSG

004737

012740

PRINTB

JSR
ENDMSG

PRAMEF
OMRAMEF
, TXDATA ,RXDATA

PRSTER
OMSTER1,STAERR
OMSTER2, WRDCNT
PC, CHKMAX

PADFLT
#TFM36,ADDR,UNIT
PC,CHKMAX

s SHORT REPORT FOR FRAME ERROR

;REPORT ERROR STATUS ,WORD CNT

:CHECK IF TOO MANY ERROR

s ADDRESS TEST

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 50

REPORT CODING SECTION
2547
2548
2549
2550
2551
2552
2553
2554

.SBTTL

REPORT CODING SECTION

jee

THE REPORT CODING SECTION CONTAINS THE

; "PRINTS” CALLS THAT GENERATE STATISTICAL REPORTS.

2555 023122

BGNRPT

2563 023122

EXIT

2572 023126

ENDRPT

2556
2562
2564
2571

2573
574

RPT

SEQ 0064

KMV11l B LINE CNT

DOIAG. MACRO M1200

05-JUN-84 15:56

PAGE 51

SEQ 0065

INITIALIZE SECTION
.SBTTL

2576
2577
2578

INITIALIZE SECTION

/7110077770007 7707777777777777777777777777777777777777777777777777777

3/ THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED

2579

i/ AT THE BEGINNING OF EACH PASS.
$/1IIIIII777707800000087777708007700077777777777777777777777777777777777

2580
2581
2582

BGNINIT

2583 023130
2585

.EVEN
.EVEN

SETVEC

023130

023156
2631
2632 023162
2633 023166
2634 023172
2635 023174
2636 023202
2637 023210
2638 023216
2639 023224

012705

012676

010637
005737
001011
013737
013737
012737
013737
013737

002242

:0DT ROM ADDRESS

s INITIALIZE SUBROUTINE STACK
MOV
#SSTACK,RS
:STORE BASE LEVEL PROGRAM STACK POINTER
MOV
TST

SP,PSTACK

FTIPfi

BNE
MOV

1
804 ,SAVE4

MOV

MOV
MOV

21 .FTIME
SAVE4 ,a04
SAVEG, 806

READEF

©EF.START

023242
023250

READEF

@EF.CONTINUE

023252
023260

READEF

@EF.NEW

SETUP:

MOV

0-1,WT

sINITIALISE UNIT NUMBER

INC
cMP
BEQ

wrT
UUT,LSVIT
ABORT

sPOINT NEXT UNIT
;ALL DONE?
:IF YES END OF PASS

MOV
PRINTF

UUT ,UNIT
MIMS UNIT

GPHARD

WUT,R1

002254
002256

002252

002256

MOV
1$:

023232
023240

BCOMPLETE

BNCOMPLETE

023262

012737

177777

012436

023270
023274
023302

005237
023737

012436
012436

002262

023304
023312

013737

012436

002264

023336
023346

BNCOMPLETE

011137

012454

MOV

’

SETUP

(R1),KMVCSR

:START COMMAND?

:IF YES BRANCH

sCONTINVE COMMAND?

END

GETPRM;

023350

2666 023350

806,SAVE6

BCOMPLETE

001523

:JB REV A-0

:NEW PASS?

;sIF NOT EXIT SETUP

;:GET P TABLE

:IF NOT AVAILABLE GET NEXT

:GET ADDRESS OF KMV1l

KMV11l B LINE CNT

DIAG. MACRO M1200

0S5-JUN-84 15:56

PAGE 51-1

SEQ 00€6

INITIALIZE SECTION
2667
2668 023354
2669 023360
2670

011137
062737

012456
000002

012456

2672 023372

011137
062737

012460
000004

2674 023400
2675 023404

011137
062737

012462

2671 023366

2673

2676
2677 023412
2678 023416
2679

011137
062737

000006

012464
000010

023424
023430

011137
062737

012466
000012

023436
023442

011137
062737

012470
000014

023450
023454

012137
062737

012472

023462

011137

023466
023472
023500
023504

023512

Nn23516

MOV

ADD

02 ,KMVPO2

012460

MOV
ADD

(R1),KMVPO4
04 ,KMVPO4

012462

MOV
ADD
..

(R1) ,KMVPO6
06,KMVPO6

012464

MOV
ADD

(R1),KMVP10
010,KkMVP10

012466

MOV
ADD

(R1),KMVP12
012,KMVP12

MOV

(R1),KMVP14

ADD

014 ,KMVP14

MOV
ADD

(R1)+,KMVP16
@16 ,KMVP16

012440

MOV

(R1),KMVVOO

011137
062737

012446
000002

012446

MOV
ADD

(R1),KMVVO2
02, ,KMVVOR2

011137
062737

012444
X00004

012444

012137
062737

000016

012450
000006

023524
023530

012137
062737

012442
000006

023536

011137

012474

023542
023546

005037

002236

012470
012472

MOV

04 ,KMVVO4

012450

MOV
ADD

(R1)+,KMVVO6
06 ,KMVV06

012452

MOV
ADD

(R1)e,KMVLVL
06 ,KMTLVL

MOV

(R1),L00P

CLR

ERRCNT

EXIT

ABORT:

023560

END:

045

116

(R1),KMVVO4

ADD

023552
023554

023562

(R1),KMVPO2

045

INIT

DOCLN

EXIT INIT

sGET POINTER TO KMV1l SELO2 REG

sGET POINTER TO KMV11l PORT REG - SEL 4
sGET POINTER TO xMV1l PORT REG - SEL 6
sGET POINTER TO XMV1l REG 10

:GET POINTER TO KMV1l REG 12

sGET POINTER TO KMV11l REG 14
;GET POINTER TO KMV1l REG 16

;GET POINTER TO

VECTOR O

sGET POINTER TO

VECTOR 2

sGET POINTER TO VECTOR 4

sGET POINTER TO VECTOR 6
;GET POINTER TO TX PRIORITY LEVEL
;GET LOOPBACK PARAMETERS:

;CLEAR ERROR COUNT

:CLEAN UP AND ABORT PASS

sEXIT

ENDINIT

LNLIST BEX
RUNNING :

.ASCIZ

/#NsA RUNNING ON UNIT =D2#A

(
DIAG. MACRO M1200

KMV11 B LINE CNT

05-JUN-84 15:56

PAGE 52

Cé
SEQ 0067

AUTODROP SECTION

.SBTTL

2725

2726

2727
2728
2729

AUTODROP SECTION

jee

+ THIS CODE IS EXECUTED IMMEDIATELY AFTER THE INITIALIZE CODE IF
s+ THE "ADR” FLAG WAS SET,

s SEE IF THEY WILL RESPOND.

2730

s+ DROPPED FROM TESTING.

2731
2732
2733
2734 023620

THE UNIT(S) UNDER TEST ARE CHECKED TO

THOSE THAT DON'T ARE IMMEDIATELY

‘-.

.EVEN

BGNAUTO

2735

2742

2743
2744

2745

2746 023620
2747 023624
2748
2749 023636
2750 023644
2751 023646
2752 023650
2753 023654
2754 023656
2755 023660
2756
2757 023662
2758 023666
2759
2760 023674
2761 023702
2762 023710
2763
2764
2765
2766

013701
012705
012737
012737
005711
000240
062701
005305
001372
000405

:DEVICE DOES NOT HAVE A "READY"
MOV
KMVCSR,R1
sR1 CONTAINS BASE KMV1l ADDRESS
MOV
07,RS5
+7 REGISTERS TO BE TESTED

012454
023662
000340

1%:

024,4

:SET OUT TIMEOUT TRAP

Lg;

(R1)

sREFERENCE DEVICE REGISTERS

MOV

ADD

000002

002254
002256

3%:

DEC

DooV

LOGDEV

MOV

SAVE4

g:i

062706
013737
013737

MOV

MOV
SAVE6,6
ENDAUTO

sLEVEL 7

sNEXT REGISTER

:DEC REGISTER COUNT

:BR IF NOT LAST REGISTER

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 53

CLEANUP CODING SECTION
2768
2769

.SBTTL

2771
2772
2773
2774

3/ THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED

2770

CLEANUP CODING SECTION

/111177777 7277077777777777777777777777777777777777777777777777727777777

i/ AT THE END OF EACH PASS.
/111

IIIIII77 7700777770777 70777777777777707877777777777777777777777777

2775 023712

BGNCLN

2800 023712

BRESET

2802 023714
2803

ENDCLN

2776
2777
2797
2798
2799
2801

2804
2805
2806

2807

SEQ 0058

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 54

E6
SEQ 0069

DROP UNIT SECTION

2809

.SBTTL

2811

/7777770772777 07777727777777777772777777777770777777777777777777077777777777

2810

2812
2813

3/ THE DROP-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE

:/ TO NO LONGER BE TESTED.

2814

$/7077708777777778777777707777720777777707777777777707777777777777777777777777

2815

BGNDOU

2816 023716

2817
2818
2819
2828
2829
2841
2842
2843
2844 023716
2845
2846 023740
2847
2848
2849
2850

2851

2852 023744

2853
2854
2855
2856 023774
2857
2858
2859
2860
2861

045

116

045

DROPD:

PRINTF

@DROPD,RO

EXIT

.NLIST
.ASCIZ
LIST
.EVEN

BEX

ENDOV

sUNIT DROPPED

6:#‘A UNIT #D2#A DROPPED/

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 55

F6
SEQ 0070

ADD UNIT SECTION
2863

.SBTTL

ADD UNIT SECTION

/1177777772077 7777777777770770777777777777777777777777777777777777777

3/ THE ADD-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
s/
+/

TO BE (A) TESTED FOR THE FIRST TIME, OR (B) RESUMED IN TESTING.
"EF.AUNIT” IS SET, THE UNIT WILL BE TESTED AS A NEW UNIT,

/1111787777700 777707777777777707777777777777777777777777777777777777

2882 023776
2883 023776

BGNAU
ENDAV

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 56

HARDWARE TESTS

2893

.SBTTL

2896

;:START OF CODE BLOCK WHICH IS USED AS DATA
; ¢«
ROMMAP:
;s TEST 10 ...

2894
2895

2897
2898 024000
2899

2900
2901
2908
2914

2915

BGNTST

2923

EXIT

2939

2916
2922

2924
2936

2945

SEQ 0071

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 57

H6
SEQ 0072

HARDWARE TESTS
BADHEAD

2947 024000

180080080000 00000040008s TEST] sesssssssssess
s¢VERIFY THAT REFERENCING QBUS DEVICE REGISTERS

2948
2949

;#DOES NOT CAUSE TIME OUT TRAPS.

GADHEAD

2950 024000

;8080800800000 0000088s TEST] sesssssssssess

2951

2952 024000
2953 024000
2954 024004
2955 024010
2956 024016
2957 024024
2958 024026
2959 024030
2960 024034
2961 024040
2962 024042
2963 024044

2964

013701
012705
012737
012737
005711
000240
062701
005305
001370
000415

024046
000340

MOV
MOV
MOV
MOV
;3;
ESCAPE

002362
012436

024100
024106
024114

013737
013737

002254
002256

KMVCSR,R1
07,RS
024 .4
9340,6
(R1)
TST

ADD
DEC

#2,R1
RS

24:

ADD
MOV
MOV
ERRHRD
ESCAPE

04,5P
R1,ADDR
UUT,UNIT
O, TIM,PADFLT
TST

3s:

MOV

SAVE4

ggfi

062706
010137
013737

024120

1%:

000002

2965 024046
2966 024052
2967 024056
2968 024064
2969 024074

2970
2971
2972
2973
2974
2975
2976
2977
2978
2979

BGNTST

012454
000007

002264

ENDTST
.EVEN

MOV
ESCAPE

SAVE6,6
TST

;R1 CONTAINS KMV11l ADDRESSES
:+7 REGISTERS TO BE TESTED
$:SET OUT TIMEOUT TRAP
sLEVEL 7
;REFERENCE DEVICE REGISTERS
sNEXT REGISTER
;DEC REGISTER COUNT

;BR IF NOT LAST REGISTER

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 58

16
SEQ 0073

HARDWARE TESTS
BADHEAD

024122

BADHEAD

024122

STARS 1

024122

STARS 1

R $3id § 82

024122

;CHECK PROM REVISION TO SEE IF IT IS COMPATIBLE WITH DIAGNOSTIC
1060000080000 080080080s TEST? stsssnssssssss

SREAD LOCAYIgN 2 OF THE PROM (ADDRESS 160002) WHICH CONTAINS PROM VERSION

zCHECK IF DIAGNOSTIC AND PROM ARE COMPATIBLE AND GIVE AN ERROR IF NOT

024122
024122
024126

004737
004737

014400
014502

024132
024136

004537
160002

014730

024140
024146

023737
001410

012430

024150
024160
Ocsiod

004737

012740

§88 LR
3010
3011
3012
3013

188080000000 0s00sssssss TEST2 ssssssssssssns

024170

3014 024170

BGNTST

JSR
JSR

REVPRO: JSR
.WORD

012374

CMP
BEQ

1$:

ENDTST

PC,CLRKMV
PC,MAINM1

;:CLEAR ALL REGISTERS
:SET MAINT MODE

R5,READ
160002

sREAD LOCATION 160002

GDREV,BAD
14

;LOOK IF COMPATIBLE
sYES

ERRHRD
7,EMO035
PC, CHIKMAX
JSK
ESCAPE TST

;REPORT THE ERROR
;CHECK IF TOO MANY ERROR

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 59

J6
SEQ 0074

HARDWARE TESTS
3016

3017

3018 024172

BADHEAD

3019

;REAL TIME CLOCK TEST

3020 024172

0000ttt

sttssssstsssss TESTS sessssssssntns

BADHEAD

;428048000000 0000000b0s TESTS ssssssssssssss

3021
3022

3023

3024
3025

7027 024172

STARS 1

s TEST DESCRIPTION:

s THIS TEST CHECK KMV1l REAL TIME CLOCK.

;THE DCT11 FULLY EXECUTE THIS MICRO TEST AND GIVE A TEST RESULT
:VIA CSR'S TO THE HOST COMPUTER.( TIMING IS CHECKED BY DCT1l)
o
§

:OCT11 ENABLE CLOCK,AND THEN SET UP CLOCK FOR 80 MS PERIOD
H
:

:QBUS WAIT FOR AT LEAST 80 MS AND CHECK IF AN INTERRUPT OCCUR
:ON DCT11 SHIP AT VECTOR 1320
H

:TURN OF CLOCK, WAIT AGAIN FOR MORE THAN 80 MS AND CHECK THAT NO

s INTERRUPT OCCUR
i

;ERROR REPORTING:
.
;
:
i

: IF ERROR
:

i
:

BSEL0=200
BSELO=100

IF TIMEOUT DURING TEST
IF ERROR DURING TEST

SEL6=1

IF NO INTERRUPT OCCUR

BSELO=TEST NUB
BSELO=0
SEL6=2
SEL6=4
SEL6=10

IF NO KMV11l ANSWER
IF TEST IS OK

IF BAD VECTOR
IF INTERRUPT OCCUR WHEN CLOCK
IS NOT ENABLE
INTERRUPT OCCUR TOGC EARLY

:
5
;

SEL2=EXPECTED VECTOR

SEL4=0BTATNED VECTOR

:
P
H

MICRO TEST NB= 27

3062 024172

STARS 1

3070 024172

BGNTST

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 59-1

K6
SEQ 0075

HARDWARE TESTS
3071
3072
3073
3074
3075

024172
024176
024202
024206

004737
004737
004537
000027

014400
014502
014552

RTCLK:

3076 024210

3077
3078

3079 024230
3080 024234
3081 024236
3082 024240
3083
3084
3085 024242

3086 024250
3087
3088 024252
3089 024260
3090
3091 024262
3092 024270
3093
3094
3095

- 3096 024272

3097 024300
3098
3099 024302
3100
3101
3102
3103
3104 024306
3105 024316
3106 024322
3107
3108
3109
3110 024326
3111 024336
3112 024342
3113
3114
3115 024346
3116 024356
3117 024362
3118
3119
3120
3121 024366
3122 024374
3123 024402
3124 024412
3125
3126
3127 024416

JSR
JSR
JSR
.WORD

PC,CLRKMV
PC,MAINM1
R5,TSTNUB

;CLR REG
$sSET MAINT MODE

WAITB

0,2

sWAIT FOR TEST EXECUTION

JSR

PC,TSTERR

;CHECK BSELO
s TEST 0K

004737
000520
000423
000432

013102

022777
001436

000001

166212

cMP
BEQ

022777
001442

000002

166202

CMP
BEQ

: INT ON BAD VECTOR

012462

cMP
BEQ

04 ,KMVPO6
64

s INT OCCUR WHEN CLOCK IS DISABLE

012462

cMP
BEQ

910,KMVPO6
7%

s INTERRUPT OCCUR TOO EARLY

JMP

104

:WRONG KMV11 ANSWER

ERRHRD
JSR
ESCAPE

PC, CHKMAX

8.EM0006

: TIMEOUT ERROR
:CHECK IF TOO MANY ERROR

ERRHRD
JSR
ESCAPE

PC, CHKMAX

022737
001452

022737
001456

000010

000137

024455

004737

012740

004737

012740

004737

012740

017737
012737

166066
000130

BR
BR
B8R

2%:

3$:

012402

002272

01 ,3KMVPO6

92,3KMVPO6

TST

9,EM0004
TST

;sTIMEOUT ERROR

:NO KMV ANSWER
:ERROR DURING TEST ,SEE WHICH ONE
:NO INTERRUPT OCCUR

iNO KMV11l ANSWER
sCHECK IF TOO MANY ERROR

10,EM0011

:NO INTERRUPT OCCUR
;:CHECK IF TOO MANY ERROR

MOV
MOV
ERRHRD
ESCAPE

, VECT
aKMVPO4

:READ BAD VECT

11,EM0007,PINTR

: INTERRUPT OCCUR AT A BAD VECTOR

ERRHRD

i2,EMO012

: INT OCCUR WHEN CHIP IS DISABLE

ERRHRD
JSR
ESCAPE

S$:

6%:

1
24
3

PC, CHKMAX
TST

#130,G00D
TST

KMV1l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 59-2

L6
SEQ 0076

HARDWARE TESTS

3128 024426
3129 024432

004737

3130
3131
3132
3133

3134 024436

3135 024446
3136 024452

004737

012740

004737

012740

3137
3138
3139
3140
3141
3142

3143 024456
3144 024466
3145 024472

3146
3147
3148
3149
3150 024476
3151 024500
3152
3153
3154

000240

PC, CHKMAX
JSR
ESCAPE T ST

;CHECK IF TOO MANY ERROR

78:

ERRHRD
JER
ESCAPE

PC, CHKMAX
TST

13,EM0023

s INTERRUPT OCCURS EARLY
sCHECK IF TOO MANY ERROR

10$:

ERRHRD
JSR
ESCAPE

PC, CHKMAX
TST

14 ,EM0024

sWRONG KMV11 ANSWER
;:CHECK IF TOO MANY ERROR

012740

1$:
ENDTST

KMV11l B LINE CNT DIAG. MACRO M1200 05-JUN-84 15:56 PAGE 60

SEQ 0077

HARDWARE TESTS

3156 024502

BADHEAD

3157
3158 024502

;BAUD RATE GENERATOR TEST

8848000 ssssntstsssnsss

BADHEAD

408ttt sttntsstsssssss TESTE sssssstbst0tss

3159
3160
3161
3162
3163
3164
3165
3166

STARS 1

3167 024502
3168
3169
3170
3171
3172
3173
3174
3175
3176
3177
3178

s THIS TEST READ THE STATUS AND THE OUTPUT OF THE BAUD RATE GENERATOR
:DURING EACH PHASE OF THE CLOCK PULSE
5
i

sNOTE:THIS TEST AND ALL ITS VERIFICATIONS ARE MADE BY THE DCT11 WHICH
ONLY GIVE TEST RESULT TO THE HOST VIA CSR'S
ALL THE TIMING IS CHECKED BY THE OCT11

TEST DESCRIPTION:

-DCT11 LOAD GENE COUNT WITH MAX COUNT (=t4.74 MSEC)

3179
3180
3181
3182
3183
3184
3185
3186
3187
3188
3189
3190
3191
3192
3193

3194
3195
3196
3197
3198
3199
3200
3201
3202
3203
3204
3205
3206
3207
3208
3209
3210

TESTE sessstsssssssss

-READ BACK GENE COUNT AND STATUS AND CHECK

STEP 1:READ COUNT AFTER STARTING CLOCK
CLOCK COUNT MUST BE NEGATIVE
OUTPUT MUST BE = 1

ERROR REPORTING:
IF COUNT=POSITIVE
i

IF OUTPUT=0

STEP 2:

BSELO=100=ERROR
SEL6 =1
=GENE COUNT CAN'T BE READ OR
WRITE CORRECTLY

BSELO=100=ERROR

SEL6 =2

=GENE OUTPUT ISN'T IN A GOOD
STATE(NO ACTION)

WAIT 2,SMSEC AND READ BACK AGAIN GENERATOR COUNT AND STATUS
OUTPUT MUST BE = 0

ERROR REPORTING:

IF OUTPUT =1

BSELO0=100= ERROR
SEL6=10
=0QUTPUT ISN'T IN A GOOD STATE

STEP3:WAIT 2.5 MSEC MORE AND READ BACK AGAIN GENERATOR COUNT AND STATUS

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 60-1

N6
SEQ 0078

HARDWARE TESTS
3211
3212
3213
3214
3215
3216
3217
3218
3219
3220
3221
3222
3223
3224
3225
3226
3227 024502

OUTPUT MUST BE = 1

ERROR REPORTING:
IF OUTPUT=0

-ELSE EXIT

: TEST 30=
: TEST 31=

STARS 1

TEST GENERATOR A
TEST GENERATOR B

BSELO=100=ERROR
SEL6=40
=NO ACTION ON GENERATOR OUTPUT

XMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 61

B7
SEQ 0079

MARDWARE TESTS

3229 024502
3230 024502
3231 024504
3232 024510
3233 024514
3234 024520

004737
004737
004537
000030

BGNTST
BGNSUB

014400
014502
014552

024552

013102
024746

3247 024560
3248 024570
3249 024574

004737

012740

017737
022737
001010

165656

000101

3258 024616
3259 024626
3260 024632

004737

012740

3263 024636
024644

022737
001010

000002

3268 024646
3269 024656
3270 024662

004737

012740

3274
3275
3276
3277

024666
024674
024676
024704

022737
001414
022737
001410

000010

002326

000040

002326

3279 024706
3280 024716
024722

004737

012740

3253 024600
3254 024600
3256 024614

sCLR REG
1SET MAINT MODE

0,1

sWAIT FOR TEST EXECUTION

JSR
JMP

PC,TSTERR
BDROKO

BR
B8R

2%
33

sCHECK BSELO TO SEE IF ERROR
s TEST OK BR AT END
s TIME OUT ERROR
sNO KMV11l ANSWER
;ERROR DURING TEST

BDRGEN: WAITB
004737
000137
000402
000401
000410

3242 024554
3243 024556

PC,CLRKMY
PC,MAINM1
RS, TSTNUB

.WORD

3237 024%22
3239 024542
3240 024546

JSR
JSR
JSR

2%:

JSR

PC,CHKMAX

sNO KMV11l ANSWER
;CHECK IF TOO MANY ERROR

MOV

aKMVPO6,SEL6

;LOOK WHICH ERROR
sREAD SEL6

ERRHRD

15,EMO004

ESCAPE SuB

002326
002326

3s:

ce
BNE
ERRHRD

JSR

01,SEL6
4

16,EMO012

PC,CHKMAX

ESCAPE SuB
002326

4%;

cHP

BNE

ERRHRD

JSR

cMP

:GENE COUNT CAN'T BE READ OR WRITTEN CORRECTLY
sCHECK IF TOO MANY ERROR

;LOOK IF ERROR 2
sNO

PC,CHKMAX

17,EMO013

sGENE OUTPUT ISN'T IN A GOOD STATE
sCHECK IF TOO MANY ERROR

010,SEL6

+IS IT ERROR10?

BEQ

GENOUT

BEQ

GENOUT

ERRHRD
JSR
ESCAPE

18,EM0024
PC,CHKMAX
SUB

CcHP

:NO

02,SEL6

ESCAPE SUB

Ss:

;LOOK IF ERROR 1

040,SEL6
sWRONG KMV11 ANSWER

;CHECK IF TOO MANY ERROR

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 61-1

7
SEQ 0080

HARDWARE TESTS
3286
3287

3288 024726

3289 024736
3290 024742

004737

012740

GENOUT: ERRHRD

JSR

ESCAPE SuB

3291

3292
3293

3294 024746
3295 024746

19,EMO014

PC,CHKMAX

BNROKO:
ENDSUB

sNO ACTION ON GENERATOR OUTPUT
sCHECK IF TOO MANY ERROR

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 62

D7
SEQ 0081

HARDWARE TESTS

3298 024750
3299 024752
3300 024756
024762

3302 024766

004737
004737
004537
000031

BGNSUB

014400

014502
014552

3310 025022
3311 025024

3315 025026
3316 025036
3317 025042

3326 025064
3327 025074
3328 025100
3331 025104

3332 025112
3335
3336 025114
3337 025124
3338 025130
3339
3340
3341
3342 025134
3343 025142
3344 025144
3345 025152

3347 025154
3348 025164
3349 025170
3350
3351
3352
3353

004737
000137
000402
000401
000410

013102
025214

004737

012740

017737
022737
001010

165410

000001

;1CLR REG
$SET MAINT MODE

WAITB

0.1

sWAIT FOR TEST EXECUTION

JSR

PC,TSTERR

sCHECK BSELO TO SEE IF ERROR
s TEST OK BR AT END
s TIME OUT ERROR
sNO KMV11l ANSWER

JSR
.WORD

3305 024770

3307 025010
3308 025014
3309 025020

PC,CLRKMV
PC,MAINM]

JSR

2%:

002326
002326

3s:

g.’;. TSTNUB

BDROK1
24
24
3

ERRHRD 20,EM0004
PC, CHKMAX
JSR
ESCAPE suB

MOV

BNE

SKMVPO6,SEL6

:} +SEL6

012740

022737
001010

000002

004737

012740

022737
001414
022737
001410

000010

002326

000040

002326

004737

012740

002326

;LOOK WHICH ERROR
;:READ SEL6
;LOOK IF ERROR 1
sNO
sGENE COUNT CAN'T BE READ OR WRITE CORRECTLY
:CHECK IF TOO MANY ERROR

cHP
BNE

sLOOK IF ERROR 2
sNO

02,SEL6

22,EMO113
PC,CHKMAX
JSR
ESCAPE suB

sGENE OUTPUT ISN'T IN A GOOD STATE
s+CHECK IF TOO MANY ERROR

cHP
BEQ

GENO

:EROR10?

BEQ

GENO

ERRHRD
JSR
ESCAPE

PC, CHKMAX

ERRHRD

Ss:

:NO KMV11l ANSWER
;CHECK IF TOO MANY ERROR

21,EMO112
JSR
PC, CHKMAX
ESCAPE suB

ERRHRD

004737

:ERROR DURING TEST

010,SEL6

23,EM0024
SuB

sWRONG KMV11 ANSWER

;CHECK IF TOO MANY ERROR

KMV11l B LINE ONT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 62-1

E7
SEQ 0082

MARDWARE TESTS
3354
3355

3356 025174
3357 025204
3358 025210
3359
3360
3361

3362 025214
3363 025214
3364 025216

004737

012740

GENO:

BDRCK1 :
ENDSUB
ENDTST

ERRHRD 24,EM0014
PC, CHKMAX
JSR
ESCAPE SuB

sNO ACTION ON GENERATOR OUTPUT
;CHECK IF TOO MANY ERROR

KMV11 B LINE CNT DIAG. MACRO M1200 05-JUN-84 15:56 PAGE 63

SEQ 0083

HARDWARE TESTS
3366 025220

BADHEAD

3367

s TRANSMIT DIFFERENT FRAMES (OF SO0 WORDS) IN INTERNAL
éHODEAgITHOUT ANY INTERRUPT ON CHANNEL A

3368
3369 025220

18000000 0ssssnttanstsss TESTS ssssssssssssns

100000t sesssttstssssse TESTS sessssssssssss

3370

3371
3372
3373
3374
3375
3376
3377 025220
3378
3379
3380

STARS 1

;QBUS WRITE DIFFERENT TX TABLE OF S00 WORDS, LOAD IN KMV1l CSR'S

;THE TX AND RX TABLE ADDRESS ,THE TABLE LENGTH AND TRANSFER SPEED
:
:
:

;:DCT11 EXECUTE THE TRANSFER IN INTERNAL MODE ON CHA
:IN RX TABLE (TRANSFER FROM QBUS TO KMV1l =DMA)

AND WRITE BACK

;QBUS CHECK BSELO TO SEE THE STATUS OF THE TEST AND IF TEST DONE CHECK IF

sRX TABLE =TX TABLE
;

sPARAMETERS SELECTION:
SEL2=
SEL4=
BSEL6=
BSEL7=
SEL12=
SEL14=
SEL16=
SEL10=
BSELO=

TX TABLE ADDRESS
TX TABLE LENGTH
EXTENDED ADDRESS OF TX TABLE
®
RX
"
RX TABLE ADDRESS
SPEED SELECTION
ERROR STATUS
RECEIVED BYTE COUNT
DIFFERENCE BETWEEN RX AND TX TABLE
>0 IF TX>RX,<0 IF TX<RX
TEST STATUS

TEST STATUS DESCRIPTION:

BSELO=
BSELO=
BSELO=

BSELO=

O
200
TSTNB

100

=TEST DONE CHECK RX TABLE
=TIMEOUT ERROR
=NO KMVil ANSWER

=ERROR DURING TEST ,LOO0K WHICH ONE BY TESTING BSEL16

ERROR STATUS DESCRIPTION:

WHEN BSELO=100,GIVE CONTAINT OF ERROR STATUS AND WORD COUNT DISCREPANCY
SEL16=
SEL16=
SEL16=
SEL16=
SEL16=

BIT14=1
BIT13=1
BIT8 =1
BIT7 =1
BIT6 =1

=FCS ERROR
=0VERRUN ERROR
=ILLEGAL INTERRUPT ERROR
=RX ABORT ERROR
=UNDERRUN ERROR

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 63-1

G7
SEQ 0084

HARDWARE TESTS
SEL16=
SEL16=
SEL16=
SEL16=
SEL16-

3421
3422

3423

BITS
8IT4
BIT3
BIT2
BIT1

=1
=1
=1
=1
=1

=3YTE COUNT DISCREPANCY
=DMA IN TIMEOUT ERROR
=DMA OUT TIMEOUT ERROR
=CLOCK PROBLEM (NO BUFFER EMPTY)

=DATA COMPARE ERROR BETWEEN TX AND RX TABLE (USE
ONLY DURING SELF TEST)

sMICRO DIAG TEST DESCRIPTION:
=TRANSMIT
FRAMES ON CHANNEL A WITHOUT INTERRUPT
; TEST 36
3

3432 025220

STARS 1

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 64

H7
SEQ 0085

HARDWARE TESTS
3434 025220
3435 025220
3436 025224

3437 025230
3438 025234

3439
3440 025242

3442 025250

004737
005037
004737
012737

014400
002250
014502
000500

012737

000174

012416
006370

3466 025334
3467 025342
3468 025350

013777
012777
013777
012777
005077

012414
002370
012416
006370

3475 025354
3476 025360

004537
000036

014552

012416

PC,MAINM1
0500,LENGTH

sSET MAINT MODE
s SELECT LENGTH

012414

MOV

oKB56, TSPEED

s SELECT SPEED

INTTX:

MOV

#1,R3

sSELECT A PATTERN

TXSTAR:

INC
MOV
MOV
JSR
MOV

sNEW ONE
:LOAD LENGTH

BNE

104

10¢:

11%:

004737

3485
3486
3487
3488

000427
000402
000401
000410

+TX TABLE ADDRESS

OTTABLE,R2
PC,GENER

sWRITE TX TABLE

sALL DONE?

DATA,(R2)+

LENGTH,R4

ORTABLE,R2

(R2)+

;CLEAR RX TABLE

165106

TSPEED,aKMVP14
@TTABLE
, aKMVPO2

165142
165122
165116
165116

LENGTH, 8KMVPO4

ORTAB
, aKMVP12
LE
KMVPO6

24%:

3483 025402

MOV
MOV
CLR

R4
LENGTH,

11$

3480 025362

025406
025410
025412
025414

PC,CLRKMV
FLAG

012416
002370
013160
012400

013704
012702
005022
005304
001375

;CLR REG

JSR
CLR
JSR
MOV

012703
005203
013704
012702
004737
013722
005304
001372

3464 025320

BGNTST

013102

:SEND TX
:SEND TX
:LOAD TX
sLOAD RX

SPEED
TABLE ADDRESS
TABLE ADDRESS
TABLE ADDRESS

JSR
.WORD

RS5,TSTNUB
36

;D0 TEST 36= CHA TEST

WAITB

0,2

sWAIT FOR TEST EXECUTION

JSR

PC,TSTERR

;CHECK BSELO

s TEST OK CHECK RX TABLE
: TIMEOUT ERROR
:NO KMV11 ANSWER
sCHECK SEL16 TO SEE WHICH ONE

3
3

KMV11 B LINE CNT

DIAG . MACRO M1200

0S5-JUN-84 15:56

PAGE 64-1

17
SEQ 0086

HARDWARE TESTS
3491 025416
025426
025432

004737

3s:

012740

ERRHRD
JSR
ESCAPE

25,EM0004

PC, CHKMAX
TST

sERROR DURING TEST READ ERROR STATUS
:TO CHECK WHICH ONE

4%:

025436

sNO KMV11 ANSWER
;CHECK IF TOO MANY ERROR

025436

017737

165030

012424

MOV

aKMVP16,STAERR

;READ ERROR STATUS

025444

017737

165014

012426

MOV

SKMVP10,VRDCNT

sREAD WORD COUNT DISCREPANCY

025452

ERRHRD

26 ,EMOOLS5,PRSTER

025462

ESCAPE

TST

3515 025466
3516 025472
025476
3518
3519 025502
3520 025504
3521 025506
3522 025510
3523
3524
3525
3526 025512
3527 025516
3528
3529
3530
3531 025520
3532
3533 025524
3534 025530
3535
3536 025534
3537 025540
3538
3539 025544
025550
3541
3542 025552
3543 025562
3544 025566
3545 025572
3546 025576
3547

012702
012705
013704

002370
006370
012416

64:

RXCK:

022225

001007
005304
001374

:LOAD TXTABLE ADDRESS

LENGTH,R4

" RXTABLE ADDRESS
:
: TABLE LENGTH

(R2)+,(RS)+

sCHECK RX AND TX TABLE

04 ,R3
TXSTAR

000137

025642

162705
162702

000002
000002

011237
011537

005737
001014

005237
062702
062705
000137

OTTABLE,R2
ORTABLE,RS

RXERR
R4
RXCK

022703
001256

;ERROR WHILE TX,RX FRAMES,GIVE ERROR

sGIVE ERROR STATUS,WORD COUNT DISCREPANCY

sALL CHECK?

:NO BRANCH

sALL KIND OF PATTERN DONE?
:NO TRY WITH NEW ONE

RXEND

SuB
suB

02,R5
02,R2

012410
012412

MOV
MOV

(R2),TXDATA
(RS),RXDATA

002250

TST
BNE

FLAG
7%

;LOOK IF 1ST ERROR

27,EM0015,PFRAME

;:DATA COMPARE ERROR

02,R2
#2,R5
RXCK

:POINT NEXT ADDRESS

RXERR:

ERRHRD

025502

ADD
ADD

FLAG

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 64-2

J7
SEQ 0087

HARDWARE TESTS

. 3548 025602
3549 025612
3550 025616
3551 025622
3552 025626
3553 025634
3554

005237
062702
062705
022737
001322

7%:

002250
000002
000002

000010

002250

3555 025636
3556
3557

3558 025642
3559
3560
3561
3562 025642

RXEND:

ENDTST

ERRHRD
INC
ADD
ADD
CMP
BNE

27,0,PRAMEF
FLAG
02,R2
@2,R5
#10,FLAG
RXCK

ESCAPE

TST

s SHORT REPORT

;POINT NEXT ADDRESS

;LOOK IF 10 REPORT

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

IK7

PAGE 65

SEQ 0088

HARDWARE TESTS

3564 025644

BADHEAD

3565
3566

: TRANSMIT DIFFERENT FRAMES (OF S00 WORDS) IN INTERNAL

3567 025644
3568
3569
3570
3571
3572
3573
3574

3575 025644

3576
3577
3578
3579
3580
3581
3582

(8888080800000 0000000is

TESTO sensssssssssss

éHODEAgITHOUT ANY INTERRUPT ON CHANNEL B
ittt tseenttiotrettan

TESTH sessssssecesss

STARS 1

:QBUS WRITE DIFFERENT TX TABLE OF 500 WORDS, LOAD IN KMV1l CSR'S
:THE TX AND RX TABLE ADDRESS ,THE TABLE LENGTH AND TRANSFER SPEED
3
5

:DCT11 EXECUTE THE TRANSFER IN INTERNAL MODE ON CHB AND WRITE BACK
:IN RX TABLE (TRANSFER FROM QBUS TO KMV11l =DMA)
:QBUS CHECK BSELO TO SEE THE STATUS OF THE TEST AND IF TEST DONE CHECK IF
sRX TABLE =TX TABLE
§
H

;PARAMETERS SELECTION:

SEL2=
SEL4=
BSEL6=

TX TABLE ALDRESS
TX TABLE LENGTH
EXTENDED ADDRESS OF TX TABLE

SEL12=
SEL14=
SEL16=
SEL10=

RX TABLE ADDRESS
SPEED SELECTION
ERROR STATUS
RECEIVED BYTE COUNT

BSELO=

TEST STATUS

BSEL7'

[

DIFFERENCE BETWEEN RX AND TX TABLE
>0 IF TX>RX,<0 IF TX<RX

TEST STATUS DESCRIPTION:

BSELO=
BSELO=
BSELO=

BSELO=

O
200
TSTNB

100

=TEST DONE CHECK RX TABLE
=TIMEOUT ERROR
=NO KMV11l ANSWER

=*ERROR DURING TEST ,LOOK WHICH ONE BY TESTING BSEL16

ERROR STATUS DESCRIPTION:

’

WHEN BSELO=100,GIVE CONTAINT OF ERROR STATUS AND WORD COUNT DISCREPANCY

3618

SEL16=
SEL16=
SEL16=
SEL16=
SEL16=

BIT14=1
BIT13=1
BIT8 =1
BIT7 =1
BIT6 =1

=FCS ERROR
=OVERRUN ERROR
=ILLEGAL INTERRUPT ERROR
=RX ABORT ERROR
=UNDERRUN ERROR

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 65-1

SEQ 0089

HARDWARE TESTS
3619
3620
3621
3622
3623 .
3624
3625
3626
3627
3628
3629
3630 025644

SEL16=
SEL16=
SEL16=
SEL16=
SEL16=

BITS
BIT4
BIT3
BIT2
BIT1

=1
=1
=1
=1
=1

=BYTE COUNT DISCREPANCY
=DMA IN TIMEOUT ERROR
=DMA OUT TIMEOUT ERROR
=CLOCK PROBLEM (NO BUFFER EMPTY)
=DATA COMPARE ERROR BETWEEN TX AND RX TABLE (USE
ONLY DURING SELF TEST)

sMICRO DIAG TEST DESCRIPTION:
s TEST 37
i
3

STARS 1

=TRANSMIT

FRAMES ON CHANNEL B WITHOUT INTERRUPT

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 66

M7
SEQ 0090

HARDWARE TESTS
BGNTST

3632 025644
3633 025644
3634 025650
3635 025654
3636 025660

004737
005037
004737
012737

014400
002250
014502
000500

012416

3638 025666

012737

000174

012414

3640 025674

012703

000001

3643 025700
3644 025702
3645 025706
3646 025712
3647 025716
3648 025722
3649 025724

005203

3650
3651
3652
3653
3654
3655
3656
3657
3658
3659
3660
3661
3662
3663
3664
3665
3666
3667
3668
3669

3670
3671
3672
3673
3674
3675
3676
3677
3678
3679
3680
3681
3682
3683
3684
3685
3686

013704
012702
004737
013722
005304
001372

012416

002370
013160
012400

013704
012702
005022
005304

012416
006370

025744
025752
025760
025766
025774

013777
012777
013777
012777
005077

012414

026000
026004

004537
000037

014552

002370
012416
006370
164462

026006

026032
026034
026036
026040

000427
000402
000401
000410

3687
3688 026042

+SET MAINT MODE
s SELECT LENGTH

#KBS6, TSPEED

;sSELECT SPEED

#1,R3

;SELECT A PATTERN

;:NEW ONE

BTXSTA:

10¢:

#TTABLE,R2
PC,GENER

;TX TABLE ADDRESS
;WRITE TX TABLE

sALL DONE?

LENGTH,R4

DATA,(R2)+

LENGTH,R4
ORTABLE,R2
(R2)+
R4
11¢

128

001375

004737

;:CLR REG

10¢

025726
025732
025736
025740
025742

026026

PC,CLRKMV
FLAG
PC,MAINM1

MOV
MOV
MOV

164516
164476
164472
164472

CLR

TSPEED,aKMVP14
@TTABLE
, 3KMVPO2
LENGTH, 3KMVPO4
ORTABLE ,aKMVP12
aKMVPO6

;:LOAD LENGTH

:CLEAR RX TABLE

:SEND
:SEND
:LOAD
:LOAD

TX
TX
TX
RX

SPEED
TABLE ADDRESS
TABLE ADDRESS
TABLE ADDRESS

1¢:

JSR
.WORD

R5,TSTNUB

;D0 TEST 37= CHB TEST

2%:

WAITB

0,2

;WAIT FOR TEST EXECUTION

JSR

PC,TSTERR

;CHECK BSELO

64
3
38

: TEST OK CHECK RX TABLE
: TIMEOUT ERROR

iNO KMV11l ANSWER

25,EM0004

iNO KMV11l ANSWER

013102

3s:

ERRHRD

;CHECK SEL16 TO SEE WHICH ONE

KMV1l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 66-1

N7
SEQ 0091

HARDWARE TESTS
3689 026052
3690 026056

004737

JSR
ESCAPE

012740

3691
3692
3693

PC, CHKMAX
TST

;ERROR DURING TEST READ ERROR STATUS
:TO CHECK WHICH ONE

3694 026062

sCHECK IF TOO MANY ERROR

3697 026062

017737

164404

012424

MOV

aKMVP16,STAERR

;READ ERROR STATUS

3699 026070

017737

164370

012426

MOV

aKMVP10,WRDCNT

;READ WORD COUNT DISCREPANCY

3701 026076

ERRHRD

26,EMO115,PRSTER

;ERROR WHILE TX,RX FRAMES,GIVE ERROR

3703 026106

ESCAPE

TST

3700
3702

;:GIVE ERROR STATUS,WORD CNT DISCREPANCY

3704
3705
3706

3707

3708
3709 026112
3710 026116
3711 026122
3712
3713 026126
3714 026130
3715 026132
3716 026134
3717
3718
3719
3720 026136
3721 026142
3722
3723
3724
3725 026144
3726
3727 026150
3728 026154
3729
3730 026160
3731 026164
3732
3733 026170
3734 026174
3735
3736 026176
3737 026206
3738 026212
3739 026216
3740 026222
3741
3742 026226
3743 026236
3744 026242
3745 026246

012702
012705
013704

002370
006370
012416

6%:

(R2)+,(RS)+

;CHECK RX AND TX TABLE

sALL CHECK?
:NO BRANCH

4 ,R3

;sALL KIND OF PATTERN DONE?
:NO TRY WITH NEW ONE

LENGTH,R4
BRXCK:

022225
001007
005304
001374

BRXERR

BRXCK

022703
001256

;:LOAD TXTABLE ADDRESS

@TTABLE,R2
ORTABLE,RS

BTXSTA

RXTABLE ADDRESS

s TABLE LENGTH

BRXEND

000137

026266

162705
162702

000002
000002

011237
011537

012410
012412

(R2),TXDATA
(RS),RXDATA

005737
001014

002250

FLAG
74

;LOOK IF 1ST ERROR

27,EM0115,PFRAME

;:DATA CMP ERROR

#2,R2

;POINT NEXT ADDRESS

27,0,PRAMEF

s SHORT REPORT

BRXERR:

FLAG

005237
062702
062705
000137

005237
062702
062705

#2,R5
®2,R2

#2,R5
RXCK

7%:

FLAG
#2,R2
#2,R5

sPOINT NEXT ADDRESS

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 66-2

cHP
BNE

910,FLAG
BRXCK

ESCAPE

TST

B8
SEQ 0092

HARDWARE TESTS

3746 026252
3747 026260
3748

022737
001322

000010

002250

3749 026262
3750
3751

3752 026266

BRXEND:

3756 026266

ENDTST

3753
3754
3755

sLOOK IF 10 REPORT

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 67

SEQ 0093

HARDWARE TESTS
3758
3759
3760

3761 026270

BADHEAD

3762

s TRANSMIT DIFFERENT
FRAME OF VARIOUS LENGTH (FROM 2BYTES TO 2« BYTES)
6A7 S:gBAUDS IN INTERNAL
MODE ON CHANNEL A
(TRANSMISSION WITH INTERRUPT)

3763

3764 026270
3765
3766
3767
3768
3769
3770
3771
3772 026270
3773
3774
3775
3776
3777
3778
3779
3780
3781
3782
3783
3784
3785
3786
3787
3788
3789
3790
3791
3792
3793
3794
3795

1900000000000 0000000008 TEST7 sassssssscssss

;9000sssssssescssssscts TESTT sessssesssescs

STARS 1

;QBUS WRITE DIFFERENT TX TABLE OF VARIOUS LENGTH, LOAD IN KMV1l CSR'S
;THE TX AND RX TABLE ADDRESS ,THE TABLE LENGTH AND TRANSFER SPEED
5

i
i

8?&Té§ $:§Eg7£ THE TRANSFER IN INTERNAL MODE ON CHA AND WRITE BACK
’

;QBUS CHECK BSELO TO SEE THE STATUS OF THE TEST AND IF TEST DONE CHECK IF

sRX TABLE

=TX TABLE

s SPEED=56KBAUDS

H
s

sPARAMETERS SELECTION:

SEL2=
SEL4=
BSEL6*=
BSEL7=
SEL12=
SEL14=
SEL16=
BSELO=

TX TABLE
TX TABLE
EXTENDED
~
RX TABLE

ADDRESS
LENGTH
ADDRESS OF TX TABLE
"
RX
»
ADDRESS

SPEED SELECTION
ERROR STATUS
TEST STATUS

TEST STATUS DESCRIPTION:

BSELO=
BSELO=
BSELO=

BSELO=

O
200
TSTNB

100

=TEST DONE CHECK RX TABLE
=TIMEQUT ERROR
=NO KMV1l ANSWER

<ERROR DURING TEST ,LOOK WHICH ONE BY TESTING BSEL16

ERROR STATUS DESCRIPTION:

WHEN BSELO=100,GIVE CONTAINT OF ERROR STATUS AND WORD COUNT DISCREPANCY
SEL16=
SEL16=
SEL16*

BIT14=1 =FCS ERROR
BIT13=1 =OVERRUN ERROR
BIT8 =1 =ILLEGAL INTERRUPT ERROR

KMV11 B LI«E CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 67-1

D8
SEQ 0094

HARDWARE TESTS
SEL16*
SEL16=
SEL16=
SEL16=
SEL16=
SEL16=
SEL16=

3813

3814
3815
3816
3817
3818
3819
3820
3821
3822

BIT?
BIT6
BITS
BIT4
BITS
BIT2
8IT1

=1
ol
=1
=1
=1
=1
=1

*RX ABORT ERROR

=UNDERRUN ERROR
*WORD COUNT DISCREPANCY
=DMA IN TIMEOUT ERROR
*DMA OUT TIMEOUT ERROR
=CLOCK PROBLEM (NO BUFFER EMPTY)
*DATA COMPARE ERRCR BETWEEN TX AND RX TABLE (USE
ONLY DURING SELF TEST)

3823
3824
3825

sMICRO DIAG TEST DESCRIPTION:
=TRANSMIT VARIOUS LENGTH FRAME
s TEST 40

3827 026270

STARS 1

3826

.
:

AT 56 KBAUDS ON CHANNEL A

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 68

E8
SEQ 0095

HARDWARE TESTS

3829 026270
3830 026270
3831 026274
3832 026300

BGNTST

PC,CLRKMV

sCLR REG
+SET MAINT MODE

04 ,R3
oKB56, TSPEED

s SELECT RANDOM PATTERN
s SELECT SPEED

TXLTAR:

01,LENGTH

sSTART WITH 2 CHARACTERS

012416

TXLBGN:

LENGTH,R4

013160
012400

10%:

PC,GENER

004737
004737
005037

014400
014502
002250

3835 026304
3836 026310
3837
3838 026316

012703
012737

000004
000174

012414

012737

000001

012416

3840 026324
3841 026330
3842 026334
3843 026336
3844 026342
3845 026346
3846 026350
3847

013704
012702

002370

3833
3834

3839

004737

013722
005304
001372

PC,MAINM]
FLAG

OTTABLE,R2

DATA,(R2)+

sWRITE TX TABLE

104

3849 026352
3850 026356
3851 026362
3852 026364
3853 026366

013704
012702
005022
005304
001375

012416
006370

3860
3861
3862
3863
3864

026370
026376
026404
026412
026420

013777
012777
013777
012777
005077

012414
002370
012416
006370

026424
026430

004537
000040

014552

3865
3866

JSR
CLR

LENGTH,R4

ORTABLE,R2

sCLEAR RX TABLE

(R2)+

20%:

20$

164036

TSPEED,aKMVP14
OTTAB
, 8KMVPO2
LE
LENGTH, 8KMVPO4
ORTABLE ,aKMVP12

164072
164052
164046
164046

:SEND TX SPEED
TX TABLE ADDRESS
"
s

aKMVPO6

:SEND RX TABLE ADDRESS
:CLR EXTENDED ADDRESS

JSR
. WORD

RS, TSTNUB
40

;00 YEST 40= CHA TEST

WAITB

0,2

sWAIT FOR TEST EXECUTION

JSR

PC,TSTERR

+CHECK BSELO

BR
BR
oR
B8R

6%
38
34
a4

s TEST OK CHECK RX TABLE
s TIMEOUT ERROR
sNO KMV11l ANSWER
sCHECK SEL16 TO SEE WHICH ONE

ERRHRD

28,EM0004

tNO KMV11l ANSMER

3867

3868
3869
3870
3871
3872
3873
3874
3875
3876
3877
3878
3879
3880
3881
3882
3883
3884
3885

026432
026452

004737

026456
026460
026462
026464

000427
000402
000401
000410

026466

013102

3$:

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 68-1

F8
SEQ 0096

HARDWARE TESTS
3886 02¢476

3887 026502
3888
3889 026506
3890
3891
3892 026506
3893
3894 026514
3895
026522

004737

JSR

012740

ESCAPE

PC, CHKMAX
TST

sCHECK IF TOO MANY ERROR

+ERROR DURING TEST READ ERROR STATUS
+TO CHECK WHICH ONE

4%:

017737

163760

012424

MOV

SKMVP16,STAERR

sREAD ERROR STATUS

017737

163744

012426

MOV

SKMVP10, WRDCNT

sREAD WORD COUNT DISCREPANCY

ERRHRD

29,EH0016,PRSIER

ESCAPE

TST

MOV
MOV
MOV

OTTABLE,R2
ORTABLE ,RS
R4
LENGTH,

sLOAD ;: TASLE ADDRESS

CMP
BNE
DEC
BNE

(RS)+,(R2).
RXLERR
R4
RXLCK

sCMP TX AND RX TABLE

ADD
CMP
BPL

sCHANGE LENGTH
;IS IT MAX?
:NO DO TEST AGAIN WITH NEW TABLE
LENGTH
H

DEC
BNE

R3
TXL.TAR

:SELECT OTHER PATERNS

026532

026536
026542
026546

012702
012705
013704

026552
3909 026554
3910 026556
3911 026560
3912
3913 026562
3914 026570
3915 026576
3916
3917
3918 026600
3919 026602
3920
3921 026604
3922
3927
3924
3025 026610
7926 026614
3927
3928 026620
3929 026624
3930
3931 026630
2932 026654
3933
3934 026636
3935 026646
3936 026652
3937 026656
3938 026662
3939
3940 026666
3941 026676
3942 026702

022522
001015
005304
001374
062737
022737
100252

002370
006370
Cl12416

6$:

RXLCK:

000400
002000

012416
012416

005303
001245

;ERROR WHILE TX,RX FRAMES,GIVE ERROR

:GIVE ERROR STATUS,WORD CNT DISCREPANCY

“

TX TABLE LENGTH

;:BR IF ERROR
sALL DONE
sNO

000137

026726

JMP

RXLEND

162705
162702

000002
000002

RXLERR: SUB
suB

02,.RS
02,.R2

011237
011537

012410
012412

MOV
MOV

(R2),TXDATA
(RS),RXDATA

005737
001014

002250

757

FLAG

:LOOK IF 1ST ERROR

005237
062702
062705
000137

002250
000002
000002
025502

30,EMO0016,PFRAME

:DATA CMP ERROR

005237
062702

002250
000002

BNE

ERR4RD

30%:

30¢

INC
ADD
ADD
JMP

FLAG
02,R2
02,RS
RXCK

ERRHRD
INC
ADD

30,0,PRAMEF
FLAG
02,.R2

”

:POINT NEXT ADDRESS

s SHORT REPORT

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 68-2

ADD
cHP
BNE

02,R5
010,FLAG
RXLCK

ESCAPE

TST

G8
SEQ 0097

HARDWARE TESTS

3943 026706
3944 026712
;g:z 026720

062705
022737
001314

000002
000010

002250

3947 026722

3948
3549
3950
3951

3952 026726
3953 026726

RXLEND:
ENDTST

;POINT NEXT ADDRESS
;LOOK IF 10 REPORT

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 70

SEQ 0098

HARDWARE TESTS
3956

3957

3958

3959 026730

BADHEAD

;9000008080080 00080008¢

TESTS ¢sssessessssns

3960
3961

6" %ASSMS IN INTERNAL

MODE ON CHANNEL

3962 026730
3963
3964
3965
3966
3967
3968
3969

3970 026730
3971
3972
3973
3974
3975
3976
3977
3978
3979

s TRANSMIT DIFFERENT

FRAME OF VARIOUS LENGTH (FROM 2BYTES TO 2K BYTES)

B (TRANSMISSION WITH INTERRUPT)

;8000008000000 0000000ss TESTE sssssssssssses

STARS 1

:QBUS WRITE DIFFERENT TX TABLE OF VARIOUS LENGTH, LOAD IN KMV1l CSR'S
;THE TX AND RX TABLE ADDRESS ,THE TABLE LENGTH AND TRANSFER SPEED
H

¢
i

3(1)51'1& %X‘gEgTE THE TRANSFER IN INTERNAL MODE ON CHA AND CHB AND WRITE BACK
:

;QBUS CHECK BSELO TO SEE THE STATUS OF THE TEST AND IF TEST DONE CHECK IF
sRX TABLE =TX TABLE

s SPEED=56KBAUDS
:
§

sPARAMETERS SELECTION:

SEL2=
SEL4:

BSEL6=
BSEL7=

SEL12=
SEL14=
SEL16=
BSELO=

TX TABLE ADDRESS
TX TABLE LENGTH

EXTENDED ADDRESS OF TX TABLE
"
RX
.
.
RX TABLE ADDRESS
SPEED SELECTION
ERROR STATUS
TEST STATUS

TEST STATUS DESCRIPTION:

BSELO=
BSELO=
BSELO=

BSELO=

O
200
TSTNB

100

=TEST DONE CHECK RX TABLE
=TIMEOUT ERROR
=NO KMV1l ANSWER

=ERROR DURING TEST ,LOOK WHICH ONE BY TESTING BSEL16

ERROR STATUS DESCRIPTION:

WHEN BSELO=100,GIVE CONTAINT OF ERROR STATUS AND WORD COUNT DISCREPANCY
SEL16=
SEL16=

SEL16=

BIT14=1 =FCS ERROR
BIT13=1 =OVERRUN ERROR

BIT8 =1 =ILLEGAL INTERRUPT ERROR

KMV11 8 LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 70-1

18
SEQ 0099

HARDWARE TESTS
4011
4012
4013
4014
4015
4016
4017
4018
4019
4020
4021
4022

4023

4024

4025 026730

SEL16=
SEL16=
SEL16=
SEL16=
SEL16=
SEL16=
SEL16*

BIT?7
BIT6
BITS
BIT4
BIT3
BIT2
BIT1

=1
=1
=1
=1
=1
=1
=1

=*RX ABORT ERROR

=UNDERRUN ERROR

=WORD COUNT DISCREPANCY
=*DMA IN TIMEOUT ERROR

=DMA OUT TIMEOUT ERROR
=CLOCK PROBLEM (NO BUFFER EMPTY)
=*DATA COMPARE ERROR BETWEEN TX AND RX TABLE (USED
ONLY DURING SELF TEST)

sMICRO DIAG TEST DESCRIPTION:
=TRANSMIT VARIOUS LENGTH FRAME
s TEST 41
H
3

STARS 1

AT 56 KBAUDS ON CHANNEL B

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 71

J8
SEQ 0100

HARDWARE TESTS
4027 026730
4028 026730
4029 026734
4030 026740

PC.,CLRKMY
PC,MAINM]
FLAG

;CLR REG
:SET MAINT MODE

04 ,R3
KBS5S6, TSPEED

s SELECT RANDOM PATTERN
s SELECT SPEED

BXLTAR:

01 ,LENGTH

sSTART WITH 2 CHARACTERS

012416
002370

BXLBGN:

LENGTH,R4

004737
013722
005304
001372

013160
012400

10¢:

PC,GENER

027016
027022
027024
027026

013704
012702
005022
005304
001375

012416
006370

027030
027036
027044
027052
027060

013777
012777
013777
012777
005077

012414
002370
012416
006370

027064
027070

004537
000041

014552

4031
4032

4033 026744
4034 026750
4035
4036 026756

4037

4038
4039
4040
4041
4042
4043

026764
026770
026774
026776
027002
027006

4044 027010
4045

4046
4047 027012

4048
4049
4050
4051

4052
4053
4054
4055
4056
4057
4058
4059
4060
4061
4062
4063
4064
4065
4066
4067
4068
4069
4070
4071
4072
4073
4074
4075
4076

BGNTST

004737
004737
005037

014400
014502
002250

012703
012737

000004
000174

012414

012737

000001

012416

013704
012702

004737

027116
027120

000427
000402
000401
000410

4083 027142

004737

OTTABLE,R2

DATA,(R2)+

sWRITE X TABLE

163376

,
R4
LENGTH

ORTABLE ,R2

163432
163412
163406
163406

013102

R4
204

TSPEED,aKMVP14

LENGTH, 3KMVPO4

CLR

SKMVPO6

JSR
. WORD

;00 TEST 41= CHB TEST

WAITB

0,2

;WAIT FOR TEST EXECUTION

JSR

PC,TSTERR

;CHECK BSELO

s TEST OK CHECK RX TABLE
: TIMEOUT ERROR
iNO KMV1l ANSWER
;CHECK SEL16 TO SEE WHICH ONE

OTTABLE
, aKMVPO2
ORTABLE ,aKkMVP12

RS, TSTNUB

012740

:SEND TX SPEED
“ TX TABLE ADDRESS
i

MOV
MOV
MOV

34
3

3s:

;CLEAR RX TABLE

(R2)+

20%:

2%:

027112

4077 027122

CLR

104

27072

4078 027124
4079
4080
4081 027126
4082 027136

JSR

ERRHRD
JSR
ESCAPE

28,EM0004

PC,CHKMAX

TSt

:SEND RX TABLE ADDRESS
:CLR EXTENDED ADDRESS

iNO KMV11l ANSWER
;:CHECK 1F TOO MANY ERROR

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 71-1

K8
SEQ 0101

HARDWARE TESTS
4084

sERROR DURING TEST READ ERROR STATUS
:TO CHECK WHICH ONE

- 4085 027146
4086

4087
4088 027146
4089

4090 027154
4091
4092 027162

017737

163320

012424

MOV

SKMVP16,STAERR

+READ ERROR STATUS

017737

163304

012426

MOV

SKMVP10,WRDANT

;READ WORD COUNT DISCREPANCY

ERRHRD

29,EMO0116,PRSTER

ESCAPE

TST

;ERROR WHILE TX,RX FRAMES,GIVE ERROR
;:GIVE ERROR STATUS,WORD CNT DISCREPANCY

MOV
MOV
MOV

OTTABLE ,R2
ORTABLE
RS
LENGTH,R4

:LOAD ;: TABLE ADDRESS

CMP
BNE

;CMP _TX AND RX TABLE
;:BR IF ERROR

BNE

(RS)+,(R2)+
BXLERR
R4
BXLCK

ADD
CMP

BPL

BXLBGN

;sCHANGE LENGTH
:IS IT MAX?
:NO DO TEST AGAIN WITH NEW TABLE
LENGTH
H

DEC
BNE

R3
BXLTAR

:SELECT OTHER PATERNS

4093
4094 027172

4095
4096
4097
4098
4099
4100
4101
4102
4103
4104

027176
027202
027206

012702
012705
013704

027212
4105 027214
4106 027216
4107 027220

022522
001015
005304
001374

4110 027230
4111 027236

062737
022737
100252

4108
4109 027222

4112
4113
4114 027240
4115 027242

4116

002370
006370
012416

6%:

BXLCK:

DEC

000400
002000

012416
012416

005303

001245

TX TABLE LENGTH

;:ALL DONE
:NO

4117 027244
4118

000137

027366

JMP

BXLEND

027250
027254

162705
162702

000002
000002

BXLERR: SUB
suB

@2,RS
02,.R2

027260
027264

011237
011537

012410
012412

MOV
MOV

(R2),TXDATA
(RS).RXDATA

027270
027274

001014

005737

002250

TST

FLAG

;LOOK IF 1ST ERROR

027276
027306
027312
027316
4134 027322

005237
062702
062705
000137

002250
000002
000002
000000G

ERRHRD
INC
ADD
ADD
JMP

30,EM0116,PFRAME
FLAG
@2,R2
02.RS
BXCK

:DATA CMP ERROR

4136 027326
4137 027336
4138 027342
4139 027346
4140 027352

005237
062702
062705
022737

002250
000002
000002
000010

30,0,PRAMEF

: SHORT REPORT

4119
4120
4121
4122
4123
4124
4125
4126
4127
4128
4129

4130
4131
4132
4133

4135

BNE

30$:

002250

ERRHRD

INC
ADD
ADD
cMP

304

FLAG
02,.R2
#2,RS
©10,FLAG

:POINT NEXT ADDRESS

;POINT NEXT ADDRESS
;LOOK IF 10 REPORT

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 71-2

HARDWARE TESTS
4141 027360

001314

4142

4143 027362

4144

4145
4146
4147

4148 027366
4149 027366

BXLEND:
ENDTST

BNE

BXLCK

ESCAPE

TST

L8
SEQ 0102

KMV1l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 72

SEQ 0103

HARDWARE TESTS
4151

4152 027370

BADHEAD

4153
4154
4155 027370

; TRANSMIT DIFFERENT FRAMES OF VARIOUS LENGTH IN EXTERNAL LOOP BACK
;MODE ON CHANNEL A
BADHEAD

ittt ttttttstsnstsssss TESTO ssssssssssssss

;688000

tttsttttsssns TESTO ssssssssssssss

4156
4157

4158
4159
4160

4161

4162 027370

STARS 1

4164
4165

;AT BEGINNING OF TEST ,CHECK IF LOOP BACK CONNECTORS ARE INSTALLED
sOR NOT:IF NOT INSTALLED = EXIT TEST AND GIVE ERROR MESSAGE

4163

4166

4167

;

4168

4172

;QBUS WRITE DIFFERENT TX TABLE OF VARIOUS LENGTH, LOAD IN KMV1il CSR’'S

4169

:{;2

a17e

4177

4178

4179
4180
4181
4182

4183
4184

4185
4186
4187

4188
4189
4190
4191

4192
4193

4194

4195
4196
4197

4198

4199

4200

:ggg
4203
4204

4205

:
3

;THE TX AND RX TABLE ADDRESS ,THE TABLE LENGTH AND TRANSFER SPEED (S6KB)
3

:
3

;DCT11 EXECUTE THE TRANSFER IN EXTERNAL MODE ON CHA
:IN RX TABLE

AND WRITE BACK

:QBUS CHECK BSELO TO SEE THE STATUS OF THE TEST AND IF TEST DONE CHECK IF
;RX TABLE =TX TABLE
H
H

;PARAMETERS SELECTION:
:
SEL2=
TX TABLE ADDRESS

3
s
:

SEL4=
BSEL6=
BSEL7=

TX TABLE LENGTH
EXTENDED ADDRESS OF TX TABLE
o
.
RX
»

SEL10=

RECEIVED BYTE COUNT

:
3
3
:

SEL12=
SEL14=
SEL16=
BSELO=

RX TABLE ADDRESS
SPEED SELECTION
ERROR STATUS
TEST STATUS

;

DIFFERENCE BETWEEN RX AND TX TABLE
>0 IF TX>RX,<0 IF TX<RX

H
;
;sTEST STATUS DESCRIPTION:

BSELO=

=TEST DONE CHECK RX TABLE

BSELO=

TSTNB

=NO KMV11 ANSWER

BSELO=

200

100

=TIMEOUT ERROR

=ERROR DURING TEST ,LOOK WHICH ONE BY TESTING BSEL16

H
:

; ERROR

STATUS DESCRIPTION:

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 72-1

N8
SEQ 0104

HARDWARE TESTS
H

WHEN BSELO=100,GIVE CONTAINT OF ERROR STATUS AND WORD COUNT DISCREPANCY

b
H

SEL16= BIT14=1 =FCS ERROR
SEL16= BIT13=1 =0VERRUN ERROR
SEL16= BIT8 =1 =ILLEGAL INTERRUPT ERROR
SEL16= BIT7 =1 =RX ABORT ERROR
SEL16= BIT6 =1 =UNDERRUN ERROR
SEL16= BITS =1 =WORD COUNT DISCREPANCY
SEL16= BIT4 =1 =DMA IN TIMEOUT ERROR
SEL16= BIT3 =1 =DMA OUT TIMEOUT ERROR
SEL16= BIT2 =1 =CLOCK PROBLEM
SEL16= BIT1 =1 =DATA COMPARE ERROR BETWEEN TX AND RX TABLE (USE
ONLY DURING SELF TEST)

:
:
:
f
:
:
:
:
:
;
:
§
i

H MICRO
s TEST

DIAG TEST DESCRIPTION:

=TRANSMIT VARIOUS LENGTH FRAME AT 56 KBAUDS SPEED ON CHANNEL A
IN EXTERNAL LOOP BACK MODE

‘
&
3

4231
4232
4233
4234
4235
4236
4237

4238
4239
4240
4241
4242
4243

4244
4245
4246
4247
4248 027370

i CAUTION:
‘

........

;RUN ONLY WITH EXTERNAL LOOP BACK CONNECTOR:
5
@

;NOTE:FOR KMV11-B BOTH CONNECTORS MUST BEINSTALLED
i

:TO BE FULLY TESTED ,KMV11 DIAGNOSTIC MUST BE RUN WITH RS422 AND RS423
;EXTERNAL LOOP BACK CONECTOR
3

5
5

;FOR RS422 PLUG LOOP BACK CONNECTOR 2P-E155A-00 AT THE END OF 2P-E14UA-00
sMODEM CABLE.
H

;FOR RS423 PLUG LOOP BACK CONNECTOR
+MODEM CABLE.
‘

STARS 1

H325 AT THE END OF 2P-E14VA-00

KMV11 B LINE CONT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 73

B9
SEQ 0105

HARDWARE TESTS
BGNTST

4250 027370
4251 027370
4252 027374
4253 027400
4254 027404

00473~
004737
005737

4257 027426

000137

030064

4261 027432
4262 027436

004737
005037

014292
002250

4264 027442
4265 027446

012703
012737

000004
000174

012414

4267 027454

012737

000001

012416

4269 027462
4270 027466

013704
012702

027474
027500
027504
027506

4279 027510
4280 027514

4255 027406

001412

014400
014600
012474

PC,CLRKMY

PC,CKKMY

LOOP

BGNTXA
oM_00P

RXAEND

tCLEAR REGISTERS
sLOOK IF LOOP BACK CON INSTALLED?
+1S LOOP BIT=1?
sYES GO ON TEST
#NO LOOP BACK PLUGGED .THE MODULE
+WILL NOT BE TESTED IS EXTERNAL LOOP

PC,MAINM1
FLAG

$SET MAINT MODE

04 ,R3
oxB56, TSPEED

s SELECT RANDOM PATTERN
s SELECT SPEED

TXATAR:

01,LENGTH

31ST TABLE LENGTH(200 WORDS)

012416
002370

TXABGN:

LENGTH,R4

004737
013722
005304
001372

013160
012400

10¢:

PC,GENER

012416

4283 027524

013704
012702
005022
005304
001375

4291
4292
4293
4294
4295

027526
027534
027542
027550
027556

013777
012777
013777
012777
005077

012414
002370
012416

4301 027562
4302 027566

004537
000042

014552

4271 027472

4272
427%
4274
4275

4281 027520
4282 027522

4305
4306 027570

BGNTXA:

CLR

OTTABLE ,R2

DATA,(R2)+

sWRITE TABLE

104

006370

20%:

MOV
MOV

CLR

BNE

006370
162700

LENGTH,R4

ORTABLE ,R2

;:CLEAR RX TABLE

(R2)+

20%

TSPEED,aKMVP14

:SEND TX SPEED

MOV
MOV

LENGTH, 3KMVPO4

CLR

SKMVPO6

:SEND RX TABLE ADDRESS
:CLR EXTENDED ADDRESS

14:

JSR
. WORD

R5,TSTNUB
42

;D0 TEST 42= CHB TEST

Fi
N

WAITB

°.3

sWAIT FOR TEST EXECUTION

MOV

162734
162714
162710
162710

O@TTABLE
, aKMVPO2

ORTABLE ,aKMVP12

TX TABLE ADDRESS

LENGTH

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 73-1

C9o
SEQ 0106

MARDWARE TESTS
4307

4308

4309 027610

4310
4311 027614
4312 027616

4313 027620
4314 027622

4315
4316
4317
4318
4319
4320
4321
4322

027624
027634
027640

027644
4323
4324
4325 027644
4326
4327 027652
4328

4329
4330
4331
4332
4333
4334
4335
4336
£337
4338
4339
4340
4341
4342
4343
4344
4345
4346
4347
4348
4349
4350
4351
4352
4353
4354
4355
4356
4357
4358
4359
4360
4361
4362

4363

004737

JSR

013102

PC,TSTERR

s TEST OK CHECK RX TABLE

C00427

s TIMEOUT ERROR
sNO KMV11 ANSWER
sCHECK SEL16 TO SEE WHICH ONE

000401
000410

004737

sCHECK BSELO

3s:

012740

ERRHRD

ESCAPE

32,EMO0004

PC, CHKMAX
TST

sNO KMV11l ANSWER

s 700 MANY ERROR?

;ERROR DURING TEST READ ERROR STATUS

s 7O CHECK WHICH ONE

017737

162622

012424

MOV

SKMVP16,STAERR

sREAD ERROR STATUS

017737

162606

012426

MOV

SKMVP10,WRDCNT

sREAD WORD COUNT DISCREPANCY

027660

ERRHRD

33,EM0017,PRSTER

027670

ESCAPE

TST

002370
006370

027674
027700
027704

012702
012705
013704

027710
027712
027714
027716

022225
001015
005304
001374

027720
027726
027734
027736
027740
027742

062737
022737
100252
005303
001245
000137

000400
002000

027746
027752

162705
162702

000002
000002

027756
027762

011237
011537

027766
027772

005737
001014

6%:

;ERROR WHILE TX,RX FRAMES,GIVE ERROR

;GIVE ERROR STATUS,WORD CNT DISCREPANCY

OTTABLE,R2
ORTABLE ,RS

;:LOAD TABLE PARAMETERS

(R2)+,(R5).

;+CHECK TX AND RX TABLE

sCHANGE LENGTH

LENGTH,R4

012416

RXACK:

RXAERR
R4
RXACK

012416
012416

030064

SuB
suB

02,RS
02,R2

012410
012412

MOV
HOV

(R2),TXDATA
(RS),RXDATA

002250

TST
BNE

FLAG

RXAERR:

304

s SELECT NEW PATERN
sALL DONE

;LOOK IF 1ST ERROR

KMV1l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 73-2

D9
SEQ 0107

MARDWARE TESTS
4364 027774
4365 030004
4366 030010

002250

4368 030020

005237
062702
062705
000137

030024
030034
030040
030044
030050
030056

005237
062702
062705
022737
001314

002250
000002

4367 030014

4369
4370
4371
4372
4373
4374
4375
4376
4377

ERRHRD
INC

000002
000002
027710

000002

000010

ADD

304:

002250

34,0,PRAMEF

FLAG
02,R2
02,RS5
©10,FLAG
RXACK

TST

030060

4378
4379
4380
4381
4382
4383 030064
4384 030064

34 ,EMO017,PFRAME

FLAG
02,R2
#2,RS
RXACK

RXAEND:

ENDTST

:DATA CMP ERROR

sPOINT NEXT ADORESS

s SHORT REPORT
sPOINT NEXT ADDRESS

;LOOK IF 10 REPORT

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 74

SEQ 0108

HARDWARE TESTS

4386 030066
4387

4388
4389 030066
4390
4391
4392
4393
4394
4395
4396

BADHEAD

0000ttt nsssssstesssnss TESTLIO sseststtesssss

;:TRANSMIT DIFFERENT FRAMES OF VARIOUS LENGTH IN EXTERNAL LOOP BACK

;MODE ON CHANNEL B
BADHEAD

16000000t sssssssstsstss TESTLIO sseesssseessss

433; 030066

STARS 1

4399
4400

;AT BEGINNING OF TEST ,CHECK IF LOCP BACK CONNECTORS ARE INSTALLED
sOR NOT:IF NOT INSTALLED = EXIT TEST AND GIVE ERROR MESSAGE

4401
4402

4403

4404
4405
4406

4407
::g
4410
4411

4412

4413

4414

4415

:
.

008004408800 808888088888888000404

H
3
:
:

;0BUS WRITE DIFFERENT TX TABLE OF VARIOUS LENGTH, LOAD IN KMV1l CSR'S
;THE TX AND RX TABLE ADDRESS ,THE TABLE LENGTH AND TRANSFER SPEED (56KB)
:

H
:

;DCT11 EXECUTE THE TRANSFER IN EXTERNAL MODE ON CHA
sIN RX TABLE

;0BUS CHECK BSELO TO SEE THE STATUS OF THE TEST AND IF TEST DONE CHECK IF
;RX TABLE =TX TABLE

4416

4419

SEL2=

TX TABLE ADDRESS

:
3
:

BSEL6=
BSEL7=
SEL12=

EXTENDED ADDRESS OF TX TABLE
.
RX
.
RX TABLE ADDRESS

BSELO=

4417
4418

4420

4421
4422
4423

8424
4425

4426

4427

4428

4429

4430
4431

4432
4437

4474
4435
4436

AND WRITE BACK

f
;PARAMETERS SELECTION:

H
H

SEL4=

SEL14=
SEL16=

SEL10=

TX TABLE LENGTH

SPEED SELECTION
ERROR STATUS
TEST STATUS

RECEIVED BYTE COUNT

DIFFERENCE BETWEEN RX AND TX TABLE

>0 IF TX>RX,<0 IF TX<RX

3
5

:
;s TEST STATUS DESCRIPTION:

H
H

::g;

4439
4440

;
H

BSELO=
BSELO=
BSELO=

BSELO=

«TEST DONE CHECK RX TABLE

100

=ERROR DURING TEST ,LOOK WHICH ONE BY TESTING BSEL16

200
TSTNB

sTIMEOUT ERROR
=NO KMV11l ANSWER

KMV1l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 74-1

SEQ 0109

HARDWARE TESTS
aaa)
4442

;ERROR STATUS DESCRIPTION:
WHEN BSELO=100,GIVE CONTAINT OF ERROR STATUS AND WORD COUNT DISCREPANCY

4443

4444
4445

SEL16=
SEL16=
SEL16=
SEL16=
SEL16=
SEL16=
SEL16=
SEL16=
SEL16=

4446

4447
4448
4449
4450
4451
4852
4453
4854
4455
4456

BIT14=1
BIT13=1
BIT8 =1
BIT7 =1
BIT6 =1
BITS =1
BIT4 =1
BIT3 =1
BIT1 =1

=FCS ERROR
=QVERRUN ERROR
=ILLEGAL INTERRUPT ERROR
=RX ABORT ERROR
=UNDERRUN ERROR
=WORD COUNT DISCREPANCY
=DMA IN TIMEOUT ERROR
=DMA OUT TIMEOUT ERROR
=DATA COMPARE ERROR BETWEEN TX AND RX TABLE (USED
ONLY DURING SELF TEST)

4457

4458
4459
4460
4461
4462
4463
4464
4465

4466

4467

4468
4469

4470
4a71
4472

4473
4474
4475
4476
4477
4478

4a79
4480
4481
4482

4483
4484
4485
4486
4487
4488
4489
4490
4491
4492
4493
4494
4495
4496
4497

:MICRO DIAG TEST DESCRIPTION:
: TEST 43
3

*TRANSMIT VARIOUS LENGTHFRAME AT 56 KBAUDS SPEED ON CHANNEL B
IN EXTERNAL LOOP BACK MODE

:
:

3
3

sCAUTION:
........

é
H

sNOTE:FOR KMV11-B BOTH CONNECTORS MUST BEINSTALLED

:TO BE FULLY TESTED ,KMV11l DIAGNOSTIC MUST BE RUN WITH RS422 AND RS423
sEXTERNAL LOOP BACK CONECTOR
3
H
H

sFOR RS422 PLUG LOOP BACK CONNECTOR 2P-E1S55A-00 AT THE END OF 2P-E14UA-00

sMODEM CABLE.
5

;FOR RS423 PLUG LOOP BACK CONNECTOR

sMODEM CABLE.
s+CAUTION:

H325 AT THE END OF 2P-E14VA-00

@
:

sNOTE:FOR KMV11-B BOTH CONNECTORS MUST BEINSTALLED
s

;70 BE FULLY TESTED ,KMV11l DIAGNOSTIC MUST BE RUN WITH RS422 AND RS423
sEXTERNAL LOOP BACK CONECTOR
5
@

:FOR RS422 PLUG LOOP BACK CONNECTOR 2P-E155A-00 AT THE END OF 2P-E14UA-00
+MODEM CABLE.
3

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 74-2

G9
SEQ 0110

HARDWARE TESTS
4498
4499
4500
4501
4502
4503
4504 030066

:FOR RS423 PLUG LOOP BACK CONNECTOR
;MODEM CABLE.
H
§
‘
]

STARS 1

H325 AT THE END OF 2P-E14VA-00

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 75

H9
SEQ 0111

HARDWARE TESTS
4506 030066
4507 030066
4508 030072
4509

BGNTST

004737
004737

014400
014600

005737
001412

012474

000137

03055n»

4520 030130

004737

014502

472 030134
4523 030140

012703
012737

000004
000174

012414

4525 030146

012737

000001

012416

030154
030160
030164
030166
030172
030176
030200

013704
012702

4510

4511 030076
4512 030102
4513 030104

4514
4515
4516 030124
4517
4518
4519
4521

4524

4526
4527
4528
4529
4530
4531
4532
4533
4534
4535
4536
4537
4538

030202
030206
030212

4539 030214
4540 030216
4541
4542
4543

4544
4545
4546
4547
4548
4549
4550
4551
4552
4553
4554
4555
4556
4557
4558
4559
4560
4561
4562

PC,CLRKMY
PC,CKKMY

TST
BEQ

LOOP
BGNTXD

PRINTF

oMLOOP

sLOOK IF LOOP BACK CON INSTALLED?

+IS LOOP BIT=1?
:YES GO ON TEST

sNO LOOP BACK PLUGGED IN.THE MODULE
sWILL NOT BE TESTED IS EXTERNAL LOOP

RXDEND

PC,MAINM1

$SET MAINT MODE

04 ,R3
oKB56, TSPEED

sSELECT RANDOM PATTERN
sSELECT SPEED

TXDTAR:

01,LENGTH

:1ST TABLE LENGTH

012416
002370

TXDBGN:

LENGTH,R4

004737
013722
005304
001372

013160
012400

10¢:

PC,GENER

013704
012702

012416
006370

05022

BGNTXD:

@TTABLE,R2

DATA,(R2)+

sWRITE TABLE

10¢

LENGTH,R4

ORTABLE ,R2

:CLEAR RX TABLE

(R2)+

208:

005304
001375

204

030220
030226
030234
030242
030250

013777
012777
013777
012777
005077

012414
002370
012416
006370
162206

030254
030260

004537
000043

014552

630262

JSR
JSR

162242
162222
162216
162216

TSPEED,aKMVP14
OTTAB
, aKMVPOR2
LE

:SEND TX SPEED
" TX TABLE ADDRESS
s

ORTABLE ,aKMvP12
SKMVPO6

;SEND X TABLE ADDRESS
:CLR EXTENDED ADDRESS

LENGTH, 3KMVPO4

“

LEmTH

1%:

JSR
.WORD

RS, TSTNUB
43

;D0 TEST 43= CHB TEST

28:

WAITB

0.3

;WAIT FOR TEST EXECUTION

KkMVil B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 75-1

19
SEQ 0112

HARDWARE TESTS
4563
4564
4565
4566
4567
4568
4569
4570
4571
4572
4573
4574
4575
4576
4577
4578

4579
4580
4581
4582
4583
4584
4585
4586
4587
4588
4589
4590
4591
4592
4593
4594
4595
4596
4597

030302

004737

030306
030310
030312
030314

000427

030316
030326
030332

JSR

013102

PC,TSTERR

s TEST OK CHECK RX TABLE

s TIMEOUT ERROR

000402
000401
000410

004737

sCHECK BSELO

sNO KMV11l ANSWER

sCHECK SEL16 TO SEE WHICH ONE
3s:

012740

ERRHRD
JSR
ESCAPE

36 ,EMO004

PC, CHKMAX

TST

:TOO MANY ERROR, DROP IF YES

sERROR DURING TEST READ ERROR STATUS
:TO CHECK WHICH ONE

030336

sNO KMV1l ANSWER

030336

017737

162130

012424

MOV

8KMVP16,STAERR

;READ ERROR STATUS

030344

017737

162114

012426

MOV

SKMVP10, WRDCNT

;READ WORD COUNT DISCREPANCY

030352

ERRHRD

37,EM0020,PRSTER

030362

ESCAPE

TST

MOV
MOV
MOV
cHP
BNE
DEC
BNE

O@TTABLE,R2
ORTABLE,RS

030366
030372
030376
030402
03C404
030406
4598 030410

012702
012705
013704
022225
001015
005304
001374

002370
006370
012416

4602 030426

062737
022737
100252

000400
002000

4599
4600 030412
4601 030420

4603

4604 030430

4605 030432
4606 030434
4607
4608
4609

4610 030440
4611 030444
4612

4613 030450
4614 030454

4615

4616 030460

4617 030464
4618
4619 030466

005303
001245
000137

030556

162705
162702

000002
000002

64:
RXDCK
:

ADD

012416
012416

RXDERR:

;ERROR WHILE TX,RX FRAMES,GIVE ERROR

;GIVE ERROR STATUS,WORD CNT DISCREPANCY

LENGTH,R4
(R2)+,(R5).
RXDERR
R4
RXDCK

cMP

B8PL

LEC
BNE
JMP

R3
TXDTAR
RXDEND

SuB
suB

02,RS
02,R2

011537

012412

012410

MOV
MOV

(R2),TXDATA
(RS),RXDATA

005737
001014

002250

TST
BNE

FLAG

;LOOK IF 1ST ERROR

ERRHRD

38,EM0015,PFRAME

:DATA CMP ERROR

011237

304

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 75-2

J9
SEQ 0113

HARDWARE TESTS
4620 030476

4621 030502
4622 030506

4623 030512

4624
4625
4626
4627
4628

030516
030526
030532
030536

4629 030542
4630 030550

4631

4632 030552
4633
4634
4635
4636
4637
4638 030556
4639 030556

005237
062702
062705
000137

INC
ADD
ADD
JMP

FLAG
02,.R2
@2,R5
RXDCK

005237
062702
062705
022737
001314

ERRHRD
INC
ADD
ADD
cHP
BNE

38,0,PRAMEF
FLAG
02,R2
02,R5
©10,FLAG
RXDCK

ESCAPE

TST

000010

002250

RXDEND
:

ENDTST

sPOINT NEXT ADDRESS

s SHORT REPORT

:POINT NEXT ADDRESS
;LOOK IF 10 REPORT

KMV11l B LINE CNT

DIAG. MACRO M1200

PAGE 76

05-JUN-84 15:56

SEQ 0114

HARDWARE TESTS
4641

4642

4643 030560

BADHEAD

4644

6YESTAgODEH SIGNALS CCITT 108 AND CCITT 107 IN EXTERNAL LOOP BACK MODE

4645 030560

jee0essttssssstssssssss TESTL] sssesssssssnss

;4800800888080 008000e0s TESTL] sssssssntsssss

4646
4647
4648
4649

4650

4651

4652 030560
4653
4654
4655
4656
4657

4658
4659
4660
4661
4662
4663
4664
4665
4666
4667
4668
4669
4670

4671

4672
4673
4674
4675
4676
4677
4678

4679

4680
4681
4682

4683 030560
4684

STARS 1

;CCITT 10872 A IS BIT 7 IN 8255 CHIP ,PORT B = ADDRESS 130012
"

1 3001 2

[

107

1 soooo

107

“

”

1 soooo

i
5

;QBUS WRITE CCITT 108A AND B ,AND READ BACK CCITT 107A/B
8
:

:CAUTION:
H
5

;NOTE:FOR KMV11-B BOTH CONNECTORS MUST BE INSTALLED
3

;70 BE FULLY TESTED ,KMV11l DIAGNOSTIC MUST BE RUN WITH RS422 AND RS423

;EXTERNAL LOOP BACK CONECTOR
H
:

;FOR RS422 PLUG LOOP BACK CONNECTOR 2P-E155A-00 AT THE END OF 2P-E14UA-00
sMODEM CABLE.
H

;FOR RS423 PLUG LOOP BACK CONNECTOR

sMODEM CABLE.
s
s
B
f

STARS 1

H325 AT THE END OF 2P-E14VA-00

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 77

L9
SEQ 0115

HARDWARE TESTS
4686 030560

4688 030564

004737
004737

014400
014600

4690 030570

005737

012474

4687 030560

4689

4691 030574
4692 030576

4693
4694

001412

BGNTST

JSR
JSR
TST

BEQ

PRINTF

000137

031016

JMP

004737

014502

MOD108: JSR

4702 030626
4703

012737

000100

030634
030640
030642

004537
130012
000000

014702

4695 030616

4696
4697
4698
4699 030622

4700
4701

4704
4705
4706
4707
4708
4709
4710
a711
4712
4713
4714
4715
4716
4717

004537
130000

014730

4718 030672

030664

177767

030700

042737
022737
001036

000010

030702

012737

000200

030710
030714
030716

004537

014702

130012

.WORD
.WORD

012374

4738 030740
4739 030746
4740 030754
4741
4742

042737
022737
001420

177737

sLOOK IF LOOP BACK?

oMLOOP

:YES GO ON

sNO LOOP BACK PLUGGED .THE MODULE

sWILL NOT BE TESTED IN EXTERNAL LOOP

MODEND

PC,MAINM1

sWRITE TTL 1088

RS5,WRITE

;WRITE KMV REG ADDRESS 130012

130012
O

;DATA TO WRITE

JSR

R5,READ

:READ KMV ADDRESS 130000

8IC

0177767,BAD

sMASK UNUSED BITS

;:REPORT ERROR IF BAD

130000

BNE

MODERB

030716

MOV

;sWRITE TTL 108A

R5,WRITE

;WRITE KMV REG ADDRESS 130012

MODWR2: JSR

.WORD
.WORD

012374

130012
O

;:DATA TO WRITE

WAITA

JSR

R5,READ

:READ KMV ADDRESS 130000

B8IC

#MASK BIT BUT CCITT 107A/8

BEQ

MODEND

.WORD

012374

;:CMP 1088 AND 1078

cMP

014730

000040

LOOP

MOD108

012374

030720

004537
130000C

;CLEAR KMV11 REGISTERS
sLOOK IF KMV11A OR B AND IF LCOP BACK

WAITA

.WORD

000000

030732
030736

MOV

MODWR1: JSR

030644
030656
030662

4719
4720
4721
4722
4723
4724
4725
4726
4727
4728
4729
4730
4731
4732
4733
4734
4735
4736
4737

030642

PC,CLRKMY
PC,CKKMV

CMP

130000

;:CMP 108A AND 107A
;0K EXIT TEST

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 77-1

SEQ 0116

HARDWARE TESTS
4743
4744
4745

MODERA: ERRHRD

4746 030756
4747

4748 030766
4749 030772

004737

MODERB: ERRHRD

4753 030776

4754

4755 031006
4756 031012
4757

4758
4759
4760
4761 031016
4762 031016

PC, CHKMAX
JSR
ESCAPE TST
.

012740

4750
4751
4752

004737

40,EM0030

41,EMO130

PC ., CHKMAX
JSR
TST
ESCAPE

012740

ENDTST

;:DATA CMP ERROR BETWEEN 107 AND 108

s ON CHANNE
;OROP IF TOO HANY ERROR

;:DATA CMP ERROR BETWEEN 107 AND 108
; ON CHANNEL B

sDROP IF TOO MANY ERROR

KMV11 B LINE CNT

DIAG. MACRO M1200

PAGE 78

05-JUN-84 15:56

N9
SEQ 0117

HARDWARE TESTS
4764

4765 031020

4766

4767 031020

BADHEAD

ettt ttttintntssststs TESTI2 sstsssssssssss

; TEST MODEM SIGNALS ON KV11 B MODULE IN EXTERNAL LOOP BACK ON CHANEL A AND B

BADHEAD

jetttttttsstststsstttss TESTIZ stssssssssssss

4768
4769
4770
4771
4772

4773
4774 031020
4775
4776
4777
4778
4779

4780
4781
4782
4783
4784
4785
4786
4787
4788
4789
4790
4791
4792
4793
4794
4795
4796
4797
4798
4799
4800
4801
4802
4803
4804
4805
4806
4807
4808
4809
4810
4811
4812
4813
4814
4815
4816
4817
4818

STARS 1

;HOST SET TEST NUMBER 34 OR 35 (CHA OR CHB TEST)
;OCT11 TEST MODEM SIGNAL 105,106,109 ON CHANEL ACTEST NB34) FIRST AND THEN
‘gI‘TWlfl-tg(IggT NB 35) BY SETTING AND CLEARING BIT 105 AND TESTING
‘

:IF TEST =0K,DCT11 CLEAR BSELO
:IF ERROR SET 100 IN BSELO AND REPORT ERROR
:
;

;:ERROR REPORT DESCRIPTION:
;SEL2 INDICATE WHICH MODEM SIGNAL IS TESTED
:SEL4 INDICATE THE RESULT OF THE TEST
:SEL10 INDICATE IF IT WAS DURING A CLEAR OR A SET OPERATION
b3

:SEL 10 BIT 1'2 INDICATE A gg?Afl OPERATION ON TESTED MODEM SIGNAL
‘

§
;

:SEL2 AND SEL4 FORMAT:

BIT 7

BIT 6

BITS

BIT4

BIT3

BIT2

BIT1

MODEM SIGNAL LINK:

CCITT 105 (RTS)

sMICRO TEST DESCRIPTION:
;sTEST 34:MODEM SIGNAL ON CHANEL A
: TEST 35:MODEM SIGNAL ON CHANEL B
3

CCITT 106 (CTS)

BITO

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 78-1

B10O
SEQ 0118

HARDWARE TESTS
4819
4820
4821
4822
4323
4824
4825
4826
4827
4828
4829
4830
4831
4832
4833
4834
4835
4836
4837
4838 031020

4839
4840

b
:

sNOTE:FOR KMV11-B BOTH CONNECTORS MUST BEINSTALLED
&

:70 BE FULLY TESTED ,KMV11l DIAGNOSTIC MUST BE RUN WITH RS422 AND RS423
sEXTERNAL LOOP BACK CONNECTOR
@
&

:FOR RS422 PLUG LOOF BACK CONNECTOR 2P-E155A-00 AT THE END OF 2P-E14UA-00
+MODEM CABLE.
:

sFOR RS423 PLUG LOOP BACK CONNECTOR
:MODEM CABLE.
[

STARS 1

H32S5 AT THE END OF 2P-E14VA-00

KMV1l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 79

C10
SEQ 0119

HARDWARE TESTS
4842 031020
4843 031020
4844 031024

4845
4846 031030
4847 031034
4848
4849 031036
4850
4851
48352 031056
4853
4854
4855 031062
4856 031062
4857
4858 031064
4859 031070
4860 031074

4861
4862
4863
4864
4865
4866
4867
4868
4869
4870

4871

4872
4873
4874
4875
4876
4877
4878
4879
4880
4881
4882
4883
4884
4885
4886
4887
4888
4889
4890
4891

4892

4893
4894
4895
4896
4897
4898

004737
004737

014400
014600

005737
001412

012474

000137

BGNTST

031016

004737
004537
000034

014502
014552

004737

013102

000402
000401
000410

004737

012740

031152
031160
031166

017737
017737
017737

161300
161274
161272

4%:

LoorP
1$

sLOOP BACK PRESENT GO ON

PRINTF

oMLOOP

sNO LOOP BACK PLUGGED IN .THE MODULE
sWILL NOT BE TESTED IS EXTERNAL LOOP

JMP

MODEND

JSR
JSR
.WORD

PC,MAINM1
RS, TSTNUB
34

WAITB

0,2

JSR
BR
BR
BR
BR

PC,TSTERR
3
43
43
S$

ERRHRD

42,EMO004

;GO TO FOLLOWING TEST

002272
012374
012400

5S¢$:

031210
031210

3s:
ENDSUB

031212

BGNSUB

004737
004537
000035

014502
014552

031226

004737
000432
000402
000401

013102

sSET MAINTENANCE MODE

$SEND TEST 34(MODEM SIGNAL ON CHA)

sCHECK TEST RESWLT

sTEST OK GO ON
s TIMEOUT

;NO TEST ANSMER
;:ERROR DURING TEST ,LO0K WHICH ONE

PC,CHKMAX

:NO ANSUWER
;:DROP IF TOO MANY ERROR

MOV
MOV
MOV

aKMVPO2,G00D
aKMVPO4 ,BAD
aKMVP10,DATA

;READ WHICH SIGNAL WAS TESTED
IS THE RESWT OF TEST
“
"
s
sREAD SIGAL VALUE

ERRHRD
ESCAPE

43,EM0032,PMODEM
SUB

sREPORT ERROR

JSR
JSR
. WORD

PC,MAINM]1
RS, TSTNUB
35

+SET MAINTENANCE MODE

WAITB

0,2

JSR
BR
BR
BR

PC,TSTERR
3
43

JSR

ESCAPE SUB

031174
031204

031246
031252
031254
031256

TST

sCLEAR ALL REGISTERS
s TEST IF LOOP BACK CONNECTOR

18:
BGNSUB

031132
031142
031146

031214
031220
031224

PC,CLRKMY
PC,CKKMV

BEQ

031076
031116
031122
031124
031126
031130

JSR
JSR

:SEND TEST 35(MODEM SIGNAL ON CHB)

sCHECK TEST RESULT
s TEST OK GO ON
: TIMEQUT

iNO TEST ANSMER

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 79-1

D10
SEQ 0120

HARDWARE TESTS
4899 031260
4900

000410

4901
4902

4903 031262
4904 031272
4905 031276

004737

012740

4907 031302
4908 031310
4909 031316

017737
017737
017737

161150

4906

4910

161144
161142

002272
012374
012400

4916
4917
4918 031342

sERROR DURING TEST ,LOOK WHICH ONE

4%:

ENRHRD 44 ,EM0004
PC, CHKMAX
JSR
ESCAPE SUB

:NO ANSUER
sDROP IF TOO MANY ERROR

S$:

MOV
MOV
MOV

8KMVPO2,G00D
SKMVPO4 ,BAD
8KMVP10,DATA

sREAD WHICH SIGNAL WAS TESTED
IS THE RESUWLT OF TEST
"
L

ERRHRD
ESCAPE

45,EM0034,PMODEM
SUB

4911 031324
4912 031334

4913
4914 031340
4915 031340

3s:
ENDSUB

ENDTST

sREAD SIGAL VALUE

;REPORT ERROR

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 80

E10
SEC 0121

HARDWARE TESTS
4920
4921
4922
4923
4924
4925

.SBTTL HARDWARE PARAMETER CODING SECTION

4926

4927
4928
4929
4930
4931
4932
4933
4934
4935
4936
4937
4938
4939 031344

+/ THE HARDWARE PARAMETER CODING SECTION CONTAINS MACROS
3/ THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.
THE

3/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
s/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THC
+/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS

:/ WITH THE OPERATOR.
$/1101777777777770777770770707277077772077077777770777777777777777777777747777

BGNHRD
GPRMA
GPRMA

031346
031356
031366
031400

PRIRTY,4,0,7000,4,7,YES

ADDRES:

.ASCIZ

/MICRO-CPU

VECTOR:

.ASCIZ

/MICRO-CPU VECTOR ADDRESS

PRIRTY: ASCIZ

/MICRO-CPU PRIORITY LEVEL

ENDHRD

115
122
103

103
055

123

040
104

123

072

115
122
103

055
125

103

126
040

123

105
117
101

103
122

115
122
103
040
111
111

125
103

101
122

105
040

CSR ADDRESS

GPRMD

072

111

117

120
120
117
124
114
105

072

123

040

103

055
125
122
122
131

105
114

040

031400
031403
031406
031411
031414
031417
031422
031425
031430
031432
031435
031440
031443
031446
031451
031454
031457
031462
031465
4956 031466
031471
031474
031477
031502
031505
031510
031513
031516
031521

ADDRES,0,0,60000,177776,
YES
VECTOR,2,0,0,674,YES

4940
4941
4942
4943
asa4a
4945
4952
4953
4954

§ILIIITIII7770000000000707777707777777777077077777770777777777777707777777727

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

HARDWARE PARAMETER CODING SECTION
4957
4958
4959
4960
4961

4962

4963

4964

.EVEN

PACt 80-1

F10
SEQ 0122

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 81

G10
SEQ 0123

SOF TWARE PARAMETER CODING SECTION
4966

.SBTTL

SOFTWARE PARAMETER CODING SECTION

4967

4968
4969
4970
4971
4972
4973
4974
4975
4976
4977

§IIIIILI7I0PP207 220227008200 0000000000000700000000000000000707200770777777
i/ THE SOFTWARE PARAMETER CODING SECTION CONTAINS MACROS

s/ THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.

s/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
:/ WITH THE OPERATOR.
;
WA

AR i

4978 031522

BGNSFT

4989
4990 031524

ENDSFT

4979
4988

4991
4992
4999

5000

THE

:/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
s/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 82

H10
SEQ 0124

SOF TWARE PARAMETER CODING SECTION

.#<, 1376542

032000

5002
S003
5004

5005 032000
5006 032000
5007

:
$PATCH:

5015 032140

LASTAD
LOLAST::E

5014

032144

5016 032144
5017
5018

.BLKW

:+ END OF PAGE

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 83

SOF TWARE PARAMETER CODING SECTION
5020
5021
5034
5035
5036
5037
5038
5039
5040
5041
5042
5043
5044
5045
5046
Sue7
5045

BGNSETUP
BGNPTAB
.WORD
177000
.WORD
300
.WORD
4000
.WORD
1
ENDPTAB
ENDSETUP

032144
032144
032150
032152
032154
032156
032160
032160

000001

.END

110
SEQ 0125

KMV11 B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

J10

PAGE 83-1

SEQ 0126

SYMBOL TABLE

ASSEMB= 000010

012374
002366
024522
024746
025214
027432
030130
000001 G
000001 G
000002 G
000004 G
000010 G
000020 G
000040 G
BITO6 = 000100 G
BAD
BDDAT
BDRGEN
BDROKO
BDROK1
BGNTXAR
BGNTXD
BITO =
8IT00 =
BITO1 =
BITO2 =
BITO3 =
BITO4 =
BITOS =

B8I107
BITO8
BITO09
BIT1
BIT10
BIT11

=
=
=
=
=
=

BIT12 =
BIT13 =
BITi4 =
BIT1S =
BIT2
=
BiT3
=
BIT4
=
BITS
=
BITé
=
BIT7?
=
BIT8
=
BIT9
=
BOE
=
BRXCK
BRXEND
BRXERR
BSELO
BSEL1
BTXSTA
=
BXCK
BXLBGN
BXLCK
BXLEND
BXLERR
BXLTAR
CBSELO

CHANEL
CHKMAX
CKALL
CKKkMy
CKREG

000200 G
000400 G
001000 G
000002 G
002000 G
004000 G

010000
020000
040000
100000
000004
000010
000020
000040
000100
000200
000400
001000
000400
026126
026266
026150
012376
002340
025700
sssess
026764
027212
027366
027250
026756
013652

012406
012740
013710
014600

G
G
G
G
G
G
G
G
G
G
G
G
G

000061
000022
000004
000002

000045

000062
C$CLEA= 000012
C$CLOS= 000035
CsCLP1= 000006
C$CVEC= 000036
C$OCLN= 000044
C$DODV= 000051
C$DRPT= 000024
= 000053
CsOU
CS$EDIT= 000003
= 000055
CS$ERDF
CS$ERHR= 000056
C$ERRO= 000060
CS$ERSF
= 000054
C$ERSO= 000057
CS$ESCA=
C$ESEG=
C$ESUB=
C+ETST=
CSEXIT=
C$GETB=
CS$GETW=
C$GMAN=
C$GPHR=
C$GPLO=
C$GPRI=
CS$INIT=
CS$INLP=
C$MANI=
CS$MEM =
C$MSG =
C$OPEN=
C$PNTB=
=
CS$PNTF
C$PNTS=
CSPNTX=
C$QIO0 =
C$RDBU=
CSREFG=
C$RESE=
CS$REVI=
C$RFLA=
CSRPT =
C$SEFG=
C$SPRI=
C$SVEC=
C$TPRI=
DATA

=
EVL
EXADDR
ESEND =
ESLOAD=
FLAG
FTIME
F$AU
=
F$AUTO=
F$BGN =
F$CLEA=
FsDU
=

052525 G
125252 G
002266
002270

002164 G
G00000
023744
000036 G
000035 G
000034 G
000037 G
000040 G

015120
015215
015261
015347
015376

015440
015531
015604
015664
015762
016262
016333
016432
016723
017020
017115
017200
17227
017301
017473
016204
017564
017655
016034
016132
016527
016626
017376
023560
002230
002236
002226
002224
002222
000004
012370
002100
000035
002250
002252
000015

F$END =
F $HARD=
F$HW
=
F$INIT=
F$JMP =
F$MOD =
F$MSG =
F$PROT=
F$PUR =
FS$RPT =
F$SEG =
F$SOFT=
F$SRV =
F$SUB =
F$SW
=
FS$TEST=

GODAT
GDREV
GENER
GENER1
GENEX
GENINC
GENISH
GENO
GENOUT
GENRAN
GENROT
GENRO
GENR1
GENSEL
GENO
GEN1
GEN25
GENS2

GSEXCP=
GS$HILI=
GSLOLI=
=
GSNO

GS$OFFS=
G$OFSI=
G$PRMA=
G$PRMD=
GS$PRML
=

G$RADA=
G$RADB=
G$RADD=
G$RADL
=
G$RADO=
G$XFER=
GS$YES
HELP
HOE
IBE
I0V
IER
INIFLG
INTFLG
INTTX
=
ISR
IXE
ISAU

(2]~

031400

= 000020 G

DATAL =
DATA2 =
DELCT1
DELCT2
DFPTBL
DIAGMC=
DROPD
EF .CON=
EF .NEW=
EF .PUR=
EF .RES=
EF .STA=
EMO001
EMO002
EMO003
EMOCO4
EMO006
EMO007
EMO010
EMOO11
EMOO12
EMOO13
EMOO14
EMOO1S
EMO016
EMOO17
EMO020
EMO023
EMO0024
EMO027
EMO030
EMO032
EMOO33
EMO034
EMOO35
EMO112
EMO113
EMO115
EMO116
EMO130
END
ERRBLK
ERRCNT
ERRMSG
ERRNBR
ERRTYP

=
=

I$AUTO=
ISCLN =
=
IOV
ISHRD =
IS$INIT=
I$MOD =
I$MSG =
I$PROT=
I$PTAB=
IS$PWR =
ISRPT =
I$SEG =
I$SETU=
ISSFT
I$SRV
IsSuB
I$TST
J$JIMP

KBl1.2
KB56
KB64
KB68
KB70
KB72
KIND
KMTLVL
KMVCSR
KMVLVL
KMVPOQ2
KMVPO4
KMVPO6
KMVP10
KMVP12
KMVP14
KMVP16
KMVVOO
KMVVO2
KMVVO4
KMVVO6

ocOOOe

ADR

013620
014400
002356
000052

ADDRES

CKSELO
CLRKMV
COUNT
=
CSAU
C$AUTO=
C$BRK =
C$BSEG=
C$B8SUB=
C$CEFG=
C$CLCK=

023552
002362

ABORT
ADDR

012450

KMV1l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 83-2

MLOOP

017736
021301
021345
021404
031016
030756
030776
030634
030710
030622
021447
020062
020302
020346
020412
020456
020126
020172
020236
020014
021204
021236
020761
020705
013032
023270
012420
002360

IK10
SEQ 0127

SYMBOL TABLE

LSHPTP
L$HW

LsICP
LS$INIT
LSLADP
LSLAST
LSLOAD
LSLUN
LSMREV
L $NAME
L$PRIO
L$PROT
L$PRY
L SREPP
LSREV
LSRPT
L$SOFT
L$SPC
L$SPCP
LS$SPTP

L10004

L 10005

L10007
L10010

021612
022120

022466

022524
022562
022650
022752
023004
023062
023120
023126
023560
023710
023714
023774
023776
024120
024170
024500
025216
024746
025214
025642
026266
026726
027366
030064
030556
L10041
031016
031342
L10042
L10043 031210
031340
L10044
L10045 031400
031524
L10046
L10047 032150
L10051 032160
MAINML
014502
MAINTO= 054000
MAINT]= 044000
MAXERR
002234

L10011
L10012
L10013
L10014
L10015
L10016
L10017
L10020
L10021
L10022
L10023
L10024
L10025
L10026
L10027
L10030
L10031
L10032
L10033
L10034
L10035
L10036
L10037
L10040

MAXPRI=

MBSELO
=
MCLR
MFRAM1
MFRAM2
MINT
MINTR

MODEM1
MODEM2
MODEM3
MODEND
MODERA
MODERB

MODWR1
MODWR2
MOD108

MRAMEF
MREGO
MREG10
MREG12
MREG14
MREG16
MREG2
MREGA
MREG6
MSELO
MSTER1
MSTER2
MT11V
MVECT

022376
022434

NERRS
NEXT
NUB
NUMBER
O$APTS=
=
O$AU
0$BGNR=
O$BGNS=
=
OsDU
O$ERRT=
O$GNSW=
O$POIN=
0$SETU=

PRSELO
PRSTER
PRT11V
PSTACK
PVECY

Qv.FLG

PADFLT

PBSELO

LS$HPCP

LSEXP4

(alalalalalalalalalalalalalalalnlalqlalalalalalalalalalalalniglalalalalnlal
L2212 2 2 )

LSOLY
L$DTP
L$DTYP
LSOV
L$DUT
L$DVTY
LSEF
LSENVI
LSERRT
LSETP
LSEXP1

L SEXPS

L10003
L10006

LSAUT
L$AUTO
LsCCP
L$CLEA
L$CO
L $DEPO
L$DESC
L $DESP
L $DEVP
L$DISP

L $HARD
L$HIME

L10001
L10002

002030 G
002260
002114 G
002014 G
002262
002012 G
002174
021554

LSAU

L$STA
L$SW
L$TEST
LSTIML
LSUIT
LSUNIT

002000 G
LENGTH 012416
002232
LOCK
= 040000 G
LOE
LOGDEV 002240
LOKFLG 012434
012474
LOOP
= 000010 G
Lor
002110 G
L$ACP
G
002036
T
AP
L$

KMV11E

PFRAME
PINTR
PMODEM
=
PNT
PRALL
PRAMEF
=
PRI
PRINT
PRIRTY
PRIOO
PRIO1
PRIO2
PRIO3
PRIO4
PRIOS
PRIO6
PRIO7
PRREG

022436
022652
001000
021614
022754
002000
021556
031466
000000
000040
000100
000140
000200
000240
000300
000340
022122

G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G

RANCLC
RANDN
RANEX
RANGEN
RANMTA
RANSEC
RANSEL
RANST
RAN1
RAN2
RAN4
READ
REGADR
REVPRO
ROMMAP
RSTREG
RTABLE
RTCLK
RUNNIN
RXACK
RXAEND
RXAERR
RXCK
RXCNT
RXDATA
RXDCK
RXDEND
RXDERR
RXEND
RXERR
RXLCK
RXLEND
RXLERR
SAVE4
SAVE6

SAVPC
SAVPC1
SAVREG
SAVSP
SAVSTA
SELO

SEL1
SEL10
SEL12

SEL14
SEL16
SEL2
SEL4
SEL6

SETUP
SSTACK

021520
023006
022526
002242
022470
012435
013412
002350
013430
013332
002346
013416
002344
002342
013344
013362

013420
014730
012476
024132
024000
013540
006370
024202
023562
027710
030064
027746
025502
012422

012412
030402
030556
030440
025642
025524
026552
026726
026610
002254
002256
002246
002352
013460
002244
002354
002316
002320
002330
002332
002334
002336
002322
002324
002326
023262
012676

G
G
G
G

STAERR
SVCGBL
=
SVCINS=
SvVCSuB=
SVCTAG=
SVCTST=
S$LSYM=

012424
000000
177777

177777
177777
177777

010000
015032
015014
012414
013102
014552
TTABLE
002370
TXABGN 027462
TXATAR
027454
TXDATA
012410
TXDBGN
030154
TXDTAR
030146
TXLBGN
026324
TXLTAR
026316
TXSTAR
025254
T$ARGC= 000001
T$CODE= 002032
T$ERRN= 000055
T$EXCP=
T$FLAG=
T$FREE=
T$GMAN=
TSHILI=
TSLAST=
TSLOLI=

TFM36
‘TIM
TSPEED
TSTERR
TSTNUB

TSLSYM=
T$L.TNO=
TENEST=
TENSO =
TINS]1 =
TENS2 =
T$PCNT=
T$PTAB=
T$PTHV=
T$PTNU=
T$SAVL
=
T$SEGL
=
T$SIZE=
T$SUBN=
T$TAGL
=
T$TAGN=
T$TEMP=
T$TEST=
T$TSTM=
T$TSTS=
T$$AU =
T$$AUT=
T$$CLE=
T$$DAT=
T$$DU =
T$$HAR=

000014

177777

000001
010024
010021
010022

010051
010023
010045

KMV11l B LINE CNT

DIAG. MACRO M1200

05-JUN-84 15:56

PAGE 83-3

L10O
SEQ 0128

SYMBOL TABLE

T$$TES= 010042
024000 G
Tl
030066 G
T10
030560 G
T11
031020 G
T12
031062
T12.1
031212
T12.2
024122 G
T2

T$sHW = 010001
T$$INI= 010020
T$$MSG= 010016
T$sPC = 000001
T$$PRO= 010000
T$sPTA= 010050
T$$SRPT= 010017
T$$SOF= 010046

T$$SUB= 010044
. ABS.

000

032160

000000

024172 G

T4
74.1
74.2
15
16
17
18
19

£ «ORS DETECTED:

001

VIRTUAL MEMORY USED: 29248 WORDS ( 115 PAGES?
DYNAMIC MEMORY: 19748 WORDS ( 75 PAGES)
ELAPSED TIME:

00:09:16

CNKMEA .BIC,CNKMEA. SEQ/CR/-SP=SVC34
.MLB/ML , CNKMEA .MAC

024502 G
024502
024750
025220 G

025644 G
026270 G
026730 G
027370 G

UAM
UNIT
wrT
VECT

= 000200 G
002264
012436
012402
VECTOR
031432
WAIT1
012726
WAIT2
012706
WRDCNI
012426

WRITE

014702
000000
000040
000400
000020
000000
SLSTTA= 000000
$PATCH 032000 G

X$ALWA=
X$FALS=
X$OFFS=
X$TRUE
=
SLSTIN=

CNKMEA

CREATED BY

MACRO

ON 5-JUN-84 AT 15:59

CRE+

SYMBOL CROSS REFERENCE

ABORT
ADDR

ADDRES
ADR
ASSEMB
BAD

BDDAT
BDRGEN
BDROKO
BDROK1
BGNTXA
BGNTXD

BITO
BITO00
BITO1
BITO2
BITO3
BITO4
BITOS
BITO06
BITO7
BITO08
BIT09
BIT1
BIT10
BIT11
BIT12
BIT13
BIT14
BIT1S
8IT2
BIT3
BIT4
BITS
BIT6
8IT7
BIT8
BIT9
B0OE
BRXCK
BRXEND
BRXERR
BSELO
BSEL1
BTXSTA
BXCK
BXLBGN
8XLCK
BXLEND
BXLERR
BXLTAR

51-2654

023552
002362

926-1310
80-4941
#24-1191

031400
000020
000010
012374

002366
024522
024746
025214
027432
030130

19-1004

026764
027212
027366
027250
026756

49-2472

9#80-4954

19-1004

«79-4877

961-3237
61-3240
62-3308

061-3294
962-3362

926-1312

73-4254
75-4512
924-1191
924-1191
924-1191
024-1191
924-1191
924-1191

#73-4261
#75-4520

966-3713
66-3725
66-3714

66-3716
966-3752
066-3727

066-3643

66-3721

$24-1191
©24-1191
#24-1191
#24-1191
€24-1191
924-1191
024-1191
924-1191
924-1191
$24-1191
©24-1191
924-1191
$24-1191
£24-1191
924-1191
924-1191
924-1191
024-1191
©24-1191
©24-1191
©24-1191

926-1320
026-1301

951-2710

+45-2258
+79-4908

926-1319

026126
026266
026150
012376
002340

025700

SEQ 0129

vO02

REFERENCES

VALUE

OOOOOOOOOOOOHOOOOOOOOOOOOOOO

SYMBOL

M10

PAGE 1

71-4134
#71-4038
971-4104
71-4117
71-4105
#71-4036

49-2539

+57-2966

49-2420

49-2508

24-1191
24-1191
24-1191
24-1191
24-1191
24-1191
24-1191
24-1191
24-1191
24-1191

+38-1919

71-4111
71-4107
©#71-4148
#71-4121
71-4115

66-3747

38-1920

71-4141

49-2460

58-3007

«77-4717

77-4718

+77-4738

77-4739

CNKMEA

CREATED BY

MACRO

ON S5-JUN-84 AT 15:59

SYMBOL
CBSELO
CHANEL
CHKMAX

CKALL
CKKMV
CKREG

CKSELO
CLRKMV

VALUE

013652
012406
012740

013710
014600
014156
013620
014400

34-1591
926-1326
©33-1536
49-2482
59-3116
62-3316
73-4318
939-1947
944-2170
£40-1999
©38-1903
941-2054
71-4028

CSDRPT
CsDU
CS$EDIT
C$ERDF
CS$ERHR

€19-1004
€19-1004
€19-1004
#19-1004
#19-1004
#19-1004
£19-1004
€19-1004
£19-1004
€19-1004
219-1004
©19-1004
©19-1004
€19-1004
©19-1004
€19-1004

C$ERRO
C$ERSF
C$ERSO
C$ESCA

71-4081
75-4584
919-1004
©19-1004
©19-1004
©19-1004

C$CLOS
CsCLP1
C$CVEC
C$DCLN

59-3115
61-3288
64-3548

000057
000010

C$ESEG
C$ESUB
CSETST

000005
000001

CSEXIT
C$GETB

000032
000026

SEQ 0130

vO2

REFERENCES

926-1308
£19-1004
€19-1004

COUNT
C$AU
C$AUTO
C$BRK
C$BSEG
csBSuUB
C$CEFG
C$CLCK
C$CLEA

PAGE 2

CREF

SYMBOL CROSS REFERENCE

N10O

59-3129
62-3328
66-3749

73-4377
79-4912
#19-1004
919-1004
€19-1004
73-4384
©19-1004
©19-1004

34-1596

34-1601

#38-1917

44-2184
49-2490

45-2255
49-2499

49-2414

49-2510

49-2421
49-2533

77-4748

77-4755

79-4873

59-3128
62-3327
75-4573

59-3135
62-3337

59-3144
62-3348

49-2450

58-3011
61-3269
66-3689

61-3248
62-3357

41-2066
73-4252

75-4508

77-4688

79-4844

42-2103
44-2170
73-4251

58-2999
75-4507

59-3071

61-3231

62-3299

64-3435

31-1478

31-1492

68-3842

71-4040

73-4271

75-4529

61-3230

62-3298

79-4856

79-4887

45-2254

57-2968
61-3247
62-3356
68-3885
73-4329

58-3010
61-3258
64-3491
68-3896

55-2883
S52-2762

77-4687

79-4843

49-2461

49-2473

68-3886

71-4082

59-3105
61-3280

59-3111
61-3289

66-3633

68-3830

59-3104
61-3268
64-3504
68-3934
73-4370

59-3110
61-3279
64-3542
68-3940
75-4572

59-3117
61-3290
66-3690

79-4874

73-4319
79-4881

62-3317
66-3703

66-3756

68-3953

71-4149

53-2802

33-1553
33-1551

51-2710
52-2758

54-2856
20-1056
41-2076

42-2106

71-4092
75-4619

71-4130
75-4625

44-2183
59-3134
62-3336
66-3736
71-4136
77-4746

57-2959
59-3136
62-3338
68-3887

57-2969
59-3145
62-3349
68-3898

57-2974
61-3249
62-3358
68-3947

5e8-3012
61-3260
64-3493
71-4083
77-4749

71-4094
77-4756

61-3295
57-2976

62-3363
58-3014

59-3151

79-4884

79-4915
62-3364

64-3562

51-2706

51-2711

59-3123
62-3315
66-3688

75-4574

75-4639

59-3127
62-3326
66-3701

75-4586

77-4762

75-4632

79-4918

59-3143
62-3347
66-3742
73-4317
77-4753

79-4872

73-4364
79-4880

59-3106
61-3270
64-3506

61-3281
64 -3555

59-3112
71-4143

79-4903

79-4911

59-3124

73-4331
79-4905

CREATED BY

MACRO

ON S-JUN-84 AT 15:59

SYMBOL

SEQ 0131

voz2

REFERENCES

VALUE

019-1004
019-1004
€19-1004
€19-1004
€19-1004

CSGETW
CSGMAN
CSGPHR
CsGPLO
C$GPRI
CSINIT
CSsINLP
C$MANI
CSMEM
C$MSG

37-1874

49-2415
49-2511

49-2422
49-2521

49-2435
49-2534

49-2451
49-2541

49-2462

49-2474

49-2483

49-2491

49-2413
49-2433
49-2472
49-2531

49-2420
49-2443
49-2481
49-2532

49-2426
49-2444
49-2489
49-2539

49-2427
49-2445
49-2497

49-2428
49-2446
49-2498

49-2429
49-2447
49-2507

49-2430
49-2448
49-2508

49-2431

73-4255

75-4513

77-4692

79-4849

S51-2641

51-2644
53-2800

5i-2647

36-1806
51-2625

36-1817

37-1875

37-1886

+35-1747
+79-4909

49-2509

64 -3449

66-3647

68-3844

71-4042

73-4273

279-4878

+31-1475
#66-3677

+68-3874

+31-1490

#41-2057
+71-4070

#42-2100
¢73-4306

+43-2130

+64-3480

+75-4561

459-3076
+77-4710

«77-4731

+79-4862

+31-1480
+73-4306

+42-2101
¢75-4561

#59-3076

+61-3237

+62-3305

+64-3480

+66-3677

+68-3874

59-3110

61-3247

62-3315

64-3491

66-3688

68-3885

219-1004
49-2432

49-2460
49-2520

CSPNTF
C$PNTS
CSPNTX
C$QIO0

DATAL
DATA2
DELCT)

024-1199
024-1200
026-1280

C$RDBU
CSREFG
CSRESE
C$REVI
CSRFLA
CSRPT
C$SEFG
C$SPRI
Cs$SVEC
C$TPRI
DATA

019-1004
219-1004
€19-1004
€19-1004
€19-1004
€19-1004
€19-1004
019-1004
€19-1004
€19-1004
€19-1004
€19-1004
©19-1004
©19-1004
026-1321

¢79-4893

026-1281

DFPTBL
DIAGMC

023-1133

(7]

DELCT2

21211

51-2660

36-1805

€19-1004
©19-1004
219-1004
019-1004
€19-1004
49-2500
219-1004

CSOPEN
C$PNTB

EF.CON
EF .NEW
EF .PWR
EF .RES
EF.STA
EMO001
EMO002
EMO003
EMO004

PAGE 3

CRE}

SYMBOL CROSS REFERENCE

B1l1

¢71-4070

19-1004
54-2844

024-1191
024-1191
024-1191
024-1191
024-1191
42-2106
41-2076
047-2307
44-2183
71-4081

S51-2714
33-1536

33-1550

019-1004

20-1056
33-1540
50-2572

51-2657

54-2844

¢79-4862

¢79-4893

+61-3237

49-2449
49-2509

75-4531

+62-3305

19-1004
054 -2852
51-2644
51-2647
51-2641
047-2303
047-2305
45-2254

73-4317

047-2309
75-4572

79-4872

79-4903

CNKMEA

CREATED BY

MACRO

ON 5-JUN-84 AT 15:59

CREF

SYMBOL CROSS REFERENCE

EMO007

EMOO10
EMOO11
EMOO12
EMOO13
EMOO14
EMO015
EMOO016
EMO017
EMO020
EMO024
EMOC27
£MO030
EMOO32

EMOO33
EMOO34

EMO035
EMO112
EMO113
EMO115
EMOL116
EMO130
ERRBLK
ERRCNT
ERRMSG

ERRTYP
EvL
EXADDR
ESEND
ESLOAD
FLAG

#47-2311
047-2313
047-2315
©47-2317
047-2319
247-2321
047-2329
047-2331
047-2333
047-2339
047-2341
©47-2343
047-2345
047-2347
047-2349
047-2353

015376
015440

015531
015604
015664
015762
016262
016333
016432
016723
017020
017115
017200
017227
017301
017473
016204
017564
017655
016034
016132
016527
016626
017376
023560
002230
002226
002226
002224
002222
000004
012370
002100
000035
002250

EMO006

247-2327
047-2355
047-2357
047-2323
047-2325
047-2335
047-2337
047-2351
S51-2645
025-1253
025-1263
025-1253
025-1253
025-1253
024-1191
026-1317
©19-1004
219-1004
025-1268

+66-3743

«71-4131
FTIME
F$AU
FSAUTO

F $BGN

002252
000015

000020
000040

SEQ 0132

Vo2

REFERENCES

VALUE

SYMBOL

Cll

PAGE 4

+75-4620

025-1269
©19-1004
©19-1004
219-1004
49-2480

51-2706
57-2974
59-3124
61-3260
62-3338
64-3562
68-3947

73-4331
77-4749

59-3104
59-3123

59-3115
59-3127
61-3268
61-3288
64-3504
68-3896

62-3356
64-3542
68-3934

75-4619

59-3134
59-3143

61-3279

62-3347

73-4329
75-4584

61-3258

73-4364

77-4746
79-4880
79-4911

58-3010
62-3326
62-3336
66-3701
71-4092
77-4753

66-3736

71-4130

051-2714

+33-1545

20-1056
+64-3436
66-3746

«71-4137
¢75-4626

51-2633
55-2882
S52-273%4
19-1010

49-2488

51-2711
$7-2976
59-3129
61-3270
62-3349
66-3632
68-3953
73-4377
77-4756

33-1536

#51-2705

64-3539

#64-3543

+68-3832
71-4140

75-4629
#51-2637
55-2883
52-2762

21-1077

49-2496

52-2734

58-2998
59-3136
61-3281
62-3358
66-3690
71-4027
73-4384
77-4762

64 -3552

68-3931

+73-4262

+64-3549
+68-3935
73-4361

+68-3941
+73-4365

+73-4371

49-2412
49-2506

49-2419
49-2519

49-2425
49-2530

49-2442
49-2538

71-4083
75-4506
79-4842

71-4094

71-4143
75-4586
79-4856

53-2775
58-3012
59-3145
61-3290
62-3363
66-3703

54-2816
58-3014
59 3151
61-3295
62-3364
66-3749
75-4574
79-4856

55-2882
59-3070
61-3229
62-3298
64-3434
66-3756

¢66-3634
68-3944

57-2952
59-3106
61-3230
62-3298
64 -3493

68-3829
71-4149
75-4632
79-4874

66-3733

+66-3737

+71-4030
73-4374

71-4127
75-4616

49-2459

49-2471

50-2555
57-2959
59-3112
61-3230
62-3317
64 -3506
68-3887
73-4250
75-4639
79-4881

$51-2583
57-2969
59-3117
61-3249
62-3328
64 -3555
68-3898
73-4319
77-4686
79-1884

CNKMEA

CREATED BY

MACRO

ON S5-JUN-84 AT 15:59

CRE+

SYMBOL CROSS REFERENCE
SYMBOL

VALUE

FSCLEA

= 000007

= 000016
= 000041

83-5035

019-1004
€19-1004

54-2816
19-1004

49-2415
49-2511

49-2422
49-2521

19-1004

62-3317
64-3434
66-3632
68-3829
71-4083
73-4331

75-4632
77-4762
79-4884

80-4944

F $MSG

F$PROT
F$PUR
FS$RPT

F$SEG
F$SOFT

F$SRY
F$SuUB
F$SuW
FSTEST

GDDAT

GENER

GENER1
GENEX
GENINC
GENISH
CENOUT
GENRAN

000021
000017
000012
000003
000005
000010
000002
000014
000001

002364
012430
013160
013302
013440
013432
013310
025174
024726
013312

79-4887

83-5036
53-2775

019-1004

52-2762
57-2969
S8-3014
59-3136
61-3249

F $HARD
FsHu
FSINIT
FsJoMpP
F $MOD

SEQ 0133

vO02

REFERENCES
79-4887

FsDU
FS$END

D11

PAGE S

219-1004
©19-1004
€19-1004
019-1004
019-1004
019-1004
49-2459
49-2500
©19-1004
©19-1004
©19-1004
€19-1004
©19-1004
€19-1004
019-1004
©19-1004
©19-1004

64-3434

73-4384
026-1311
027-1352
035-1684

19-1004

53-2802
57-2974
59-3070
59-3145
61-3260
62-3328
64-3434
66-3632
68-3887
71 °094
7 -4377
75-4639
79-4842
79-4887

81-4990
80-4939
23-1133
51-2583
50-2563
19-1010

49-2435
49-2534

54-2846
57-2976
59-3070
59-3151
61-3270
62-3338
64-3434
66-3690
68-3898

71-4143
73-4384
75-4639
79-4842
79-4887

82-5016
80-4944

23-1150
51-2714
50-2563
82-5016

79-4912
83-5041

79-4915
83-5042

79-4918

80-4939

81-4978

82-5016

19-1004
19-1004

19-1004

49-2451
49-2541

49-2462

49-2474

49-2483

50-2563
55-2883
58-2998
59-3106
61-3229
61-3290
62-3358
64 -3506
66-3749
68-3953

50-2572
57 2952
58-2998
59-3112
61-3229
61-3295
62-3363
64-3555
66-3756
68-3953

83-5035

83-5036

79-4915
83-5041

79-4915
83-5042

51-2706

51-2711

54-2846

54 -2846

49-2419
49-2474
49-2519

49-2422
49-2480
49-2521

49-2425

54-2856
57-2976
59-3070
59-3151
61-3281
62-3349
64-3493
66-3703
68-3947
71-4149
73-4384
77-4686
79-4842
79-4905

71-4149
75-4506
77-4686
79-4856
79-4912

51-2706
57-2952
58-2998
59-3117
61-3229
61-3295
62-3363
64-3562
66-3756

49-2491

51-2711
57-2952
58-3012
59-3124
61-3230
62-3298
62-3364
64 -3562
68-3829

51-2714
57-2959
58-3014
59-3129

61-3230
62-3298

62-3364
66-3632
68-3829

79-4881
79-4918

71-4027
73-4319
75-4586
77-4762
79-4884
79-4918

49-2530

49-2483

49-2435
49-2488
49-2534

49-2442
49-2491
49-2538

49-2451
49-249%
49-2541

73-4250
75-4506
77-4686
79-4856

71-4027
73-4250
75-4506
77-4749
79-4874

71-4027
73-4250
75-4574
77-4756

19-1010

47-2500

49-2412
49-2462
49-2506

49-2415
49-2471
49-2511

50-2555

50-2572

81-4978

81-4990

61-3230

61-3295

62-3298

62-3363

79-4856

79-4884

79-4887

79-4915

57-2952
64-3562

57-2976

58-2998

59-3070
68-3953

59-3151

61-3229

79-4842

71-4027
79-4918

62-3364

66-3756

58-3014
68-3829

21-1077

75-4506

21-1099

752630

77-4686

77-4762

58-3007
64-3448

66-3646

68-3843

71-4041

73-427¢

75-4530

35-1700

35-1702

35-1704

35-1707

35-1711

35-1721

62-3345
61-3277

35-1715
062 -3356
061-3288

035-1717

35-1713
35-1697
35-1695
+35-1712
62-3343

035-1715

35-1694

035-1718

61-3275

79-4905
83-5036
53-2802
54-2856
19-1004
19-1004

035-1743
+35-1714

71-4149

73-4250

CNKMEA

CREATED BY

MACRO

ON S-JUN-84 AT 15:59

SYMBOL
GENROT
GENRO
GENR1
GENSEL
SENO
GEN1

35-1706
35-1693
35-1692
35-1687
35-1688
35-1689
35-1691
35-1690
051-2664

013266
013254
013244
013176
013216
013222

013236

026-1282
49-2413
026-1283
026-1284
026-1288
026-1289
©026-1290
026-1291
926-1285
026-1286
026-1287
€19-1004
€19-1004
219-1004
€19-1004
019-1004

002274
002276
002306
002310
002312
002314
002300
002302
002304

GSPRML
G$RADF
GS$R0B
G $RADD
G$RADL
G$RADO
GS$XFER
GSYES

IER
INIFLG
INTFLG
INTTX
IXE

020000
012432

012372
025250
000100
004000

IBE

(212141]

HELP

100000
010000

SEQ 0134

Vo2

REFERENCES

VALUE

013230
023350
002272

GSCNTO
GSDELM
G$DISP
GSEXCP
GSHILI
GSLOLI
G$NO
GSOFFS
GS$OFSI
G$PRMA
G$PRMD

PAGE 6

CREF

SYMBOL CROSS REFERENCE

E11

25-1240
54-2820
81-4980

024-1191
024-1191
024-1191
024-1191
028-1362
026-1318

064 -3442

024-1191
024-1191

35-1709

035-1712

35-1743

+35-1745

+39-1947

035-1708
035-1705
035-1688
935-1696
035-1698
935-1703
035-1701

38-1905

49-2460

35-1747

+38-1903

39-1972

49-2481
49-2426

49-2489

49-2507

+59-3122

39-1980
39-1982
39-1984
39-1986
39-1974
39-1976
39-1978

+40-2002
+40-2003
+40-2004
+40-2005
+40-1999
+40-2000
+40-2001

40-2031
40-2033
40-2035
40-2037
40-2025
40-2027
40-2029

49-2430
49-2431
49-2432
49-2433
49-2427

49-2446
49-2447
49-2448
49-2449
49-2443
49-2444
49-2445

80-4941
80-4941
80-4941
80-4943

80-4942
80-4942
80-4942

80-4943
80-4943

80-4941

80-49%942

80-4943

80-4941
20-1038
29-1428
54-2830
81-4993

80-4942
20-1059
50-2557
55-2873

80-4943
21-1084
50-2565
56-2902°
83-5022

22-1111
51-2586
56-2909

23-1135
51-2609
56-2917

24-1165

49-2420

+39-1951
+39-1952
#39-1953
+39-1954
+39-1948

+39-1949

+39-1950

33-1541

82-5008

49-2428
49-2429

+38-1917

52-2736
56-2925

+38-1918

38-1920

+79-4876

+79-4907

24-1176

25-1226
53-2786
80-4946

53-2778
56-2940

CREATED BY

CNKMEA

MACRO

ON 5-JUN-84 AT 15:59

SYMBOL

219-1004
019-1004
019-1004
€19-1004
080-4939
219-1004
€19-1004
©19-1004
949-2459
949-2500
219-1004
919-1004
€19-1004
219-1004
219-1004

IsDV
I$HRD

ISINIT
1$M0OD
I$MSG
I$PROT
I$PTAB
I$PWR
ISRPT
I$SEG

68-3829

€19-1004
081-4978
219-1004

I$SETU
ISSFT
I$SRV
IsSuB

€19-1004

61-3270
62-3328
68-3829

79-4881
079-4915
219-1004

I$TST

58-2998
59-3112

61-3229
64-3493
66-3703
68-3947

71-4149
073-4384
075-4639
079-4842
©19-1004
024-1201
024-1203
024-1202
024-1204
©24-1205
024-1206
©26-1325
028-1381
028-1382

012442
012456

028-1377
028-1383

KMVPO4

012460

928-1384

K372

B
B
B
I
L

K870

(217121121}

KMVLVL
KMVPO2

KBS6
KBo4
KBES

KIND
KMTLVL
KMVCSR

000167
013224
000174
000154
000146
000143
000141
012404
012452
012454

JSJMP

SEQ 0135

voz2

REFERENCES

VALUE

IsSAV
I$AUTO
ISCLN

KBl1.2

PAGE ~

CREF

SYMBOL CROSS REFERENCE

F11

#51-2666

66-3663
59-3121

955-2882
952-2734
053-2775
054-2816
080-4944

051-2583
19-1010

055-2883
052-2762
053-2802
054-2856

51-2706

€19-1010

51-2711
82-5016

051-2714
#82-5016

049-2412
049-2462
049-2506
021-1077

949-2415
049-2471
049-2511

049-2419
049-2474
049-2519

049-2422
049-2480
049-2521

83-5036

83-5041

083-5041

#50-2555
57-2952

950-2572
58-2998

59-3070

61-3229

83-5035

73-4250
083-5035

75-4506
83-5036

57-2952
61-3281
62-3338

58-2998
61-3290
62-3349

59-3070
61-3295
62-3758

71-4027

081-4990

71-4027
79-4884
079-4915

57-2952

058-2998

59-3117
961-3229
64 -3506
66-3749
68-3953

949-2451
949-2496
£49-2541

77-4686

61-3230

62-3298

64-3434

66-3632

83-5042

79-4842
083-5042

61-3229
061-3295
62-3363

61-3230
061-3295
062-3363

061-3230
62-3298
062-3363

61-3249
062-3298

61-3260
62-3317
66-3632

79-4856

79-4887

64-3434

079-4887

57-2969
058-3014
59-3136
62-3364
064 -3562
066-3756

071-4027
73-4319
75-4586
77-4762
279-4918

57-2976
59-3070
59-3151
062-3364
66-3632
068-3829

71-4083
73-4331
75-4632
077-4762

#57-2976
959-3070
€59-3151
64-3434
#66-3632
68-3887

59-3106
959-3151
964-3434
66-3690
68-3898

77-4749
79-4918

71-4027
073-4250
75-4574
77-4756
079-4918

57-2974
058-3014
59-3145
062-3364
064 -3562
68-3829

68-3836

71-4034

73-4265

75-4523

38-1919%
57-2953

39-1956

41-2055

41-2056

41-2062

42-2099

45-2129

40-2008
71-4059
40-2010

44-2187
73-4292
44-2189

45-2226
75-4547
45-2227
71-4060

45-2240
79-4876
45-2241
73-4293

+51-2668

+51-2669

64-3465

+51-2671

+51-2672

057-2952
58-3012
59-3124

61-3230

64-3555
66-3756
068-3953

64-2440

66-363¢2

+44-2189
#51-2701

+44-2190

38-1904
S52-2746
#51-2700
39-1958
68-3861
39-1960
64 -3466

049-2442
949-2491

#79-4856
79-4912

75 -4506
249-4884

50-2563

77-4686
79-4856

949-2435
049-2488
049-2534

79-4856
79-4905

73-4250
079-4884

071-4149
75-4506
077-4686
79-4887
54-2846

071-4149
073-4384

049-2425
0949-2483
949-2530

66 -3664

68-3862

77-4686
79-4887

79-4842

79-4907
45-2258
75-4548

71-4094
73-4377
75-4639
077-4762

79-4877

79-4874
79-4915

257-2976

79-4908

CREATED BY

MACRO

ON S5-JUN-84 AT 15:59

SYMBOL

012462

KMVP10

012464

KMVP12

012466

KMVP14

012470

028-1389

KMVP16

012472

KMVVOO
KMVVO2
KMVVO4
KMVVOS
KMV118

012440
012446
012444
012450

75-4548

002232

002222
002102
002046
002064

+51-2689

#51-2691
#51-2694

#51-2697

49-2498

66-3564

+71-4036

73-4279
75-4594

71-4090

+51-2680

+51-2681

64-3467

66-3665

68-3863

71-4061

40-2018

+51-2683

+51-2684

64-3464

66-3662

68-3860

71-4058

40-2020

+51-2686

+51-2687

64 -3500

66-3697

68-3892

71-4088

64-3446

64-3455
68-3840

64-3466
68-3849

64-3517
68-3862

+66-3636
68-3905

66-3644
+68-3913

62-3322

71-4062

+44-2187

025-1236

20-1056

022-1109

20-1056

054-2816

20-1056

929-1421

73-4295

+51-2692

#51-2695

+5]1-2698
+64-3438
66-3711

+68-3838

71-4038

73-4293
+75-4600

71-4047
73-4339
75-4601

71-4060
+73-4246

+44-2188

+51-2703

73-4253

71-4101
73-4347

+71-4109

+75-4525

71-4110
75-4527

75-4511

77-4690

79-4846

52-2758

20-1056

68-3894

39-1970

75-4580

053-2775

66-3699

59-1968

20-1056

64 -3502

#51-2677
79-4909

052-2734

+51-2678

40-2014
79-4878
40-2016

20-1056

920-1056

59-3088

39-1964
75-4582
39-1966

055-2882

920-1056

020-1056
920-1056

002110
002036
023776
002070
023620
002106
023712
002032
002011
002174
002076
002060
002132
002116
002040
002034
023716
002072
012676
002052

OOOOOOOO®

002240

012434
012474

59-3085

45-2228

75-4546

66-3653
68-3914

#51-2675
68-3864

40-2012

€19-1010
026-1331

002000
012416

+51-2674
66-3666

61-3254

75-4549

028-1379
028-1378
928-1380

45-2242
64-3468

39-1962
59-2096

73-4294

73-4269

LOCK
LOE
LOGDEV
LOKFLG
LOOP
LOT
L$ACP
LSAPT
LSAV
LSAUT
L$AUTO
LscCCpP
LSCLEA
L$CO
L$DEPO
L$DESC
L$DESP
L$DEVP
L$DISP
LSDLY
L$DTP
L$DTYP
LSOV
L$DUT
L$DVTY
LSEF
LSENVI
LSERRT
LSETP
LSEXP1
LS$EXP4

SEQ 0136

voe

REFERENCES

VALUE

KMVPO6

LENGTH

PAGE 8

CREF

SYMBOL CROSS REFERENCE

G1l1

273-4267

75-4536

CREATED BY

MACRO

ON S-JUN-84 AT 15:59

vO02

REFERENCES

OO0

OO0 OOOOOOOOOOOOOOOOOOOe

VALUE

002262
002012
002174
021554
021612
022120
022376
022434
022466
022524
022562
022650
022752
023004
023062
023120
023126
023560
023710
023714
023774
023776
024120
024170

PAGE 9

CRE+

CROSS REFERENCE

H11

20-1056

80-4939

980-4939

20-1056

23-1133

023-1133

20-1056

051-2583

20-1056

082-5015

20-1056

021-1077

950-2555
81-4978

081-4978

20-1056

025-1272

©20-1056
920-1056
©20-1056
920-1056
©20-1056
920-1056
©20-1056
€20-1056
920-1056
©20-1056
©20-1056
920-1056
©20-1056
920-1056
025-1273
©20-1056

23-1133

£49-2415
049-2422
049-2435
049-2451
049-2462
049-2474
049-2483

83-5042

51-2653
923-1150

049-2491

50-2563
51-2706
052-2762
€53-2802
54-2846
955-2883
57-2959
58-3012

050-2572
S51-2711

051-2714

054-28°6
57-2969
058-3014

57-2974

057-2976

SEQ 0137

CNWMEA

CREATED BY

MACRO

ON S-JUN-84 AT 15:59

CREF

SYMBOL CROSS REFERENCE

MAINMI

031016
031342
031210
031340
031400
031524
032150
032160
014502

MAINTO
MAINT1
MAXERR

= 054000
= 044000
002234

MAXPRI

MBSELO
MCLR

MFRAM1
MFRAM2
MINT
MINTR

MLOOP
MODEM1
MODEM2
MODEM3
MODEND
MODERA
MODERB

73-4319

75-4574

77-4749
£79-4918
79-4874
79-4905
80-4939

81-4978

283-5036

83-5036

L10030
L10031
L10032
L10033
L10034
L10035
L10036
L10037
L10040
L10041
L10042
L10043
L10044
L10045
L 10046
L10047
L10051

59-3106
062-3364
61-3249
62-3317
64-3493
66-3690
68-3887
71-4083

024500
025216
024746
025214
025642
026266
026726
027366
030064
030556

L10027

042-2099
71-4029
024-1196
024-1197
025-1262
824-1195
©48-2379
€24-1198
€48-2390
948-2391
©48-2378
£48-2381
©48-2363
048-2397
£48-2398
248-2399
77-4695
077-4746
77-4719

«77-4702
«77-4723
77-4691

MSTER2

SEQ 0138

Vo2

REFERENCES

VALUE

SYMBOL

PAGE 10

I11

048-2394
048-2395

59-3112

59-3117

59-3124

59-3129

59-3136

61-3260
62-3328
64 -3506

61-3270
62-3338
64 -3555
66-3749
68-3947

61-3281
62-3349
064 -3562
966-3756
068-3953

61-3290
62-3358

061-3295
062-3363

59-3072

61-3232

62-3300

75-4513

77-4692

79-4849

077-4761

79-4852

66-3703
68-3898
71-4094
73-4331

75-4586

77-4756

79-4881
79-4912
080-4944
981-4990
083-5041
44-2171
73-4261
41-2056
42-2099
33-1546

36-1806

49-2460

49-2497
49-2498
49-2420
. 49-2472
73-4255
49-2507
49-2508
49-2509
77-4740

71-4143
73-4377
75-4632
077-4762

959-3151

64-3437

66-3635

071-4149
973-4384
975-4639

58-3000
75-4520

77-4699

79-4858

33-1550
37-1875

077-4753
077-4706
077-4727
077-4699
49-2520

49-2426
49-2430
49-2431
49-2432
49-2433
49-2427
49-2428
49-2429
49-2413
49-2531
49-2532

59-3145

49-2446
49-2447
49-2448
49-2449
49-2443
49-2444
49-2445

79-4889

68-3831

CNKMEA

CREATED BY

MACRO

ON S-JUN-84 AT 15:59

SYMBOL
MT11lV

MVECT
NERRS
NEXT

NUMBER
0$APTS
0$AV
0$BGNR
0$BGNS
osDV

020761

020705
013032

023270
012420
002360

QV.FLG

RANCLC
RANDN
RANEX
RANGEN
RANMTA
RANSEC
RANSEL
RANST
RAN1
RANZ2
RAN4

OO OOOOOO

PRALL
PRAMEF
PRI
PRINT
PRIRTY
PRIOO
PRIO1
PRIO2
PRIO3
PRIO4
PRIOS
PRIO6
PRIO7
PRREG
PRSELO
PRSTER
PRT11V
PSTACK
PVECT

O00OOOOOOOOOEO

PNT

PFRAME
PINTR

SEQ 0139

Vo2

REFERENCES

VALUE

O$ERRY

O$GNSW
0sPOIN
0$SETU
PADFLT
PBSELO

PAGE 11

CRE}

SYMBOL CROSS REFERENCE

J11

£#19-1004
€19-1004
219-1004
€19-1004
©19-1004
£219-1004
219-1004
219-1004
€19-1004
949-2538
949-2459
$49-2496
049-2471
£49-2506
924-1191
41-2076
#49-2519
€24-1191
049-2419

80-4943

024-1191
#24-1191
924-1191
924-1191
924-1191
924-1191
924-1191
924-1191
049-2442
42-2106
©49-2530
949-2488
925-1265
©49-2480
©28-1365

49-2489
49-2481
#33-1561

#51-2652
+43-2128

20-1056
20-1056
20-1056
20-1056

20-1056

920-1034

20-1034

20-1056

64-3542
59-3123

66-3736

68-3934

71-4130

73-4364

75-4619

66-3742

68-3940

71-4136

73-4370

75-4625

66-3701

68-3896

71-4092

73-4329

75-4584

35-1729

+35-1739

+35-1727

35-1728

20-1756

57-2968

79-4880

049-2425

64-3548

049-2412

64-3504

35-1719

035-1722

35-1735

35-1726
55-1737

82-5015

79-4911

851-2632

35-1734
35-1720

026-1304

20-1056

980-4956

35-1731
926-1305

€35-1742

51-2661

43-2129

35-1730

35-1722

35-1733
35-1725

35-1741

CNKMEA

CREATED BY MACRO ON 5-JUN-84 AT 15:59

SYMBOL

READ

REGADR
REVPRO
ROMMAP
RSTREG

RTABLE

RTCLK

RUNNIN
RXACK
RXAEND
RXAERR

VALUE

014730
012476
024132
024000
013540

006370

024202

023562
027710
030064
027746

REFERENCES

77-4734

64-3456

64-3467

64-3516

51-2657
$73-4341
73-4257
73-4382

73-4368
073-4383

73-4375

64-3522

64-3546

026-1329

49-2497

49-2520

75-4606

037-1874

68-3304

71-40a8

026-1315

059-3073

025502
012422

064-3519
026-1333

RXDCK

030402

075-4595

RXDEND

RXDERR

012412

030556

030440

S8-3003

75-4516
75-4596

75-4598

71-4061

75-4623

SEQ 0140

V02

77-4713

045-2240

RXCK
RXCNT

RXDATA

PAGE 12
CREF

SYMBOL CROSS REFERENCE

K11

66-3654

66-3665

64-3553

66-3740

68-3938

#64-3537

66-3731

71-4100

75-4630

73-4280

66-3710

68-3850

68-3863

+68-3929

+71-4125

#73-4359

+75-4614

61-3255

73-4294

73-4338

75-4537

RXEND
RXERR
RXLCK

025642
025524
026552

64-3531
64-3520
268-3908

68-3945

SAVE4
SAVE6
SAVPC

002254
002256
002246

025-1270
025-1271
025-1267

+51-2635
+51-2636
#36-1807

51-2638
51-2639
36-1816

52-2760
52-2761
+37-1876

57-2972
57-2973
37-1885

SAVREG

013460

35-1685

36-1805

36-1817

+37-1874

37-1886

39-1972

49-2413

49-2426

39-1964
39-1966
39-1968
+39-1970
+39-1958
+39-1960
#39-1962

39-19¢0
39-198c
39-1984
39-1986
39-1974
39-1976
39-1978

+40-2014
+40-2016
+40-2018
+40-2020
+40-2008
+40-2010
+40-2012

40-2031
40-2033
40-2035
40-2037
40-2025
40-2027
40-2029

49-2430
49-2431
49-2432
49-2433
49-2427
49-2428
49-2429

49-2446
49-2447
49-2448
49-2449
49-2443
49-2444
49-2445

+61-3254

+64-3500

466-3697

68-3892

+71-4088

#73-4325

#75-4580

RXLEND
RXLERR

SAVPC1

SAVSP
SELO
SEL1
SEL10
SEL12
SEL14
SEL16
SEL2
SEL4
SEL6

SAVSTA

SETUP

026726
026610

002352

002244
002354
002316
002320
002330
002332
002334
002336
002322
002324
002326
023262

SSTACK

012676

SVCGBL

= 000000

STAERR

012424

68-3921
68-3909

026-1306

025-1266
026-1307
026-1292
026 -1293
026-1297
£26-1298
026-1299
026-1300
026-1294
026-1295
026-1296

61-3263

968-3952
068-3925

+36-1808

+38-1904

61-3274

51-2642

051-2650

026-1334

49-2531

028-1401

019-1004
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056

51-2630

19-1010
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056

36-1815

38-19)5

61-3276

19-1010
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056

+37-1877

#39-1956

+62-3322

19-1010
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056

75-4549

37-1884

62-3323

19-1018
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056

62-3331

20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056

62-3342

20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056

62-3344

20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056

CNKMEA

CREATED BY

MACRO

ON S-JUN-84 AT 15:59

CRE+

SYMBOL CROSS REFERENCE
SYMBOL

VALUE

49-2419
49-2459

49-2488

49-2519

SVCINS

SEQ 0141

V02

REFERENCES
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
23-1133
25-1253

= 177777

L11

PAGE 13

50-2555
53-2775
80-4939

€19-1004

20-1056
20-1056
20-1056
20-1056
20-1056
22-1109
25-1236
33-1550
33-1553
37-1875

42-2106
45-2254
49-2415
49-2426
49-2427
49-2428
49-2429
49-2431
49-2432
49-2433
49-2443
49-2445
49-2446
49-2447
49-2449
49-2460
49-2472
49-2481
49-2489

49-2497

49-2507
49-2508
49-2511
49-2531
49-2532
49-2539

20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
23-1133
25-1253

49-2419
49-2459
49-2488
49-2519

50-2555
53-2775
80-4939
€19-1015
20-1056
20-1056
20-1056
20-1056
20-1056
22-1109
25-1236
33-1550
36-1805
37-1875

42-2106
45-2254
49-2420
49-2426
49-2427
49-2428
49-2430
49-2431
49-2432
49-2433
49-2444
49-2445
49-2446
49-2447
49-2449
49-2460
49-2472
49-2481
49-2489
49-2498
49-2507
49-2508
49-2520
49-2531
49-2532
49-2539

20-1056
20-1056
20-1056
20-1056
20-1056
21-1077
23-1133
29-1421

49-2425
49-2471
49-2496
49-2530

51-2583
54-2816
81-4978
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
22-1109
29-1421
33-1550
36-1806
37-1886
44-2183
49-2413
49-2420
49-2426

49-2427
49-2429
49-2430
49-2431

49-2432
49-2443
49-2444
49-2445

49-2446
49-2448
49-2449
49-2460

49-2472
49-2483
49-2497
49-2498
49-2507
49-2509
49-2520
49-2531
49-2534
50-2563

20-1056
20-1056
20-1056
20-1056
20-1056
21-1077
23-1133
29-1421

49-2425
49-2471
49-2496
49-2530

51-2583
54-2816

20-1056
20-1056
20-1056
20-1056

20-1056
22-1109
25-1236

41-2076

41-2076
44-2183
49-2413
49-2420
49-2426
49-2428
49-2429
49-2430
49-2431
49-2433
49-2443
49-2444
49-2445
49-2447
49-2448
49-2449
49-2460
49-2481
49-2489
49-2497
49-2498
49-2507
49-2509
49-2520
49-2531
49-2539

44-2183

50-2563

49-2442

49-2480"
49-2506
49-2538

52-2734
55-2882
82-501S5
20-1056
20-1056
20-1056
20-1056

52-2734
55-2882

082-5015

49-2413
49-2420
49-2426
49-2427
49-2429
49-2430
49-2431
49-2433
49-2443
49-2444
49-2445
49-2447
49-2448
49-2449
49-2460
49-2474
49-2489
49-2497
49-2498
49-2507
49-2509
49-2520
49-2531
49-2539

49-2412

49-2412
49-2442
49-2480
49-2506
49-2538

81-4978
20-1056
20-1056
20-1056
20-1056
20-1056
22-1109
22-1109
31-1478
33-1550

36-1806

20-1056
20-1056
20-1056
20-1056
20-1056
22-1109
25-1236

20-1056
20-1056
20-1056
20-1056
20-1056
22-1109
22-1109
31-1492
33-1550

50-2572

50-2555
53.2775
80-4939
82-5015

33-1537
33-1551
37-1874

49-2429
49-2430
49-2432
49-2433
49-2443
49-2444
49-2446
49-2447
49-2448
49-2451
49-2472
49-2481
49-2489
49-2497
49-2498
49-2508
49-2509
49-2520
49-2532
49-2539

49-2446
49-2447
45-2448
49-2460
49-2472
49-2481
49-2489
49-2497
49-2500
49-2508
49-2509
49-2521
49-2532
49-2539

41-2076
45-2254
49-2413
49-2420
49-2427
49-2428

51-2625

49-2419
49-2459
49-2488
49-2519

20-1056
20-1056
20-1056
20-1056
20-1056
22-1109
23-1133
33-1540
33-1551
37-1874

20-1056
22-1109
22-1109

36-1817

20-1056
20-1056
20-1056
20-1056
20-1056
23-1133
25-1253

51-2625

42-2106
45-2254
49-2413
49-2422
49-2427
49-2428
49-2429
49-2431
49-2432
49-2433
49-2443
49-2445

51-2625

CNKMEA

CREATED BY

MACRO

ON S-JUN-84 AT 15:59

CRE+

SYMBOL CROSS REFERENCE

SYMBOL

VALUE

M11

PAGE 14

SEQ 0142

vO02

REFERENCES
51-2625
51-2647
51-2660

51-2714
54-2844
57-2968
58-3010
59-3104
59-3112
59-3123
59-3129
59-3143
61-3247
61-3268
61-3279
61-3295
62-3326
62-3338
62-3356
64-3491
64-3506
64 -3555
66-3701
66-3736
68-3885
68-3896
68-3940

71-4081
71-4130
71-4143
73-4317
73-4331
73-4370
75-4529
75-4584
75-4625

77-4692

77-4753
79-4849
79-4880
79-4903
79-4912
80-4942

SvVCsuB

= 177777

SVCTAG

= 177777

#19-1004

79-48%6

49-2422
49-2462
49-2491
49-2521

50-2572

51-2625
S51-2647
51-2660
52-2758
54-2844
57-2968
58-3010
59-3104
59-3115
59-3123
59-3134
59-3143
61-3249
61-3268
61-3281
62-3298
62-3326
62-3338
62-3356
64-3491
64-3542
64-3555
66-3701
66-3742
68-3885

68-3898
68-3940
71-4083

71-4130
71-4149
73-4317
73-4331
73-4377
75-4572
75-4584
75-4625

77-4692
77-4753
79-4849
79-4880
79-4903
79-4912

80-1942
81-4978
019-1017
79-4856

19-1019
49-2422
49-2462
49-2491
49-2521

50-2572

51-2625
51-2648
S1-2660
52-2758

54-2844
57-2968
58-3010
59-3106
59-3115
59-3124
59-3134
59-3145
61-3249
61-3268
61-3281
62-3315
62-3326
62-3347
62-3356
64-3493
64-3542
64-3562
66-3701
66-3742
68-3885
68-3898
68-3947
71-4083

71-4130
73-4255
73-4317
73-4364
73-4377
75-4572
75-4586
75-4625
77-4746
77-4753
79-4856
79-4880
79-4303
79-4915

80-4942
81-4990
61-3230
79-4887

23-1150

49-2435

49-2474
49-2500
49-2534

51-2714

51-2641
51-2657
51-2661
52-2762
54-2846
57-2968
58-3010
59-3106
59-3115
59-3124
59-3134
59-3145
61-3258
61-3268
61-3288
62-3315
62-3328
62-3347
62-3358
64-3493
64-3542
66-3688
66-3701
66-3742
68-3885
68-3934
68-3947

71-4092
71-4130
73-4255
73-4319
73-4364
73-4384
75-4572
75-4586
75-4632
77-4746
77-4756
79-4872
79-4880
79-4905
79-4918

51-2641
51-2657
51-2706
53-2800
54-2846
57-2969
58-3012
59-3110
59-3115
59-3127
59-3134
59-3151
61-3258

61-3270
61-3288
62-3315
62-3328
62-3347
62-3358
64 -3504
64-3542
66-3688
66-3703
66-3742
68-3887
68-3934
68-3953

71-4092
71-4136
73-4255
73-4319
73-4364
75-4513
75-4572
75-4619
75-4632
77-4746
77-4756
79-4872
79-4881

80-4942
82-5015
61-3230

79-4905
80-4939
80-4943
82-5015
61-3230

23-1150

79-4887

49-2435
49-2474
49-2500
49-2734

51-2714

79-4887

49-2435
49-2474
49-2500
49-2534

51-2714

51-2642
51-2657
51-2706
53-2802
54-2856
57-2969
58-3012
59-3110
59-3117
59-3127
59-3136
61-3230
61-3258
61-3270
€1-3288
62-3315
62-3336
62-3347
62-3363
64-3504
64-3548
66-3688
66-3703
66-3749
68-3887
68-3934
71-4040
71-4092

71-4136
73-4255
73-4329
73-4364
75-4513
75-4574
75-4619
75-4639
77-4746
77-4762
79-4872
79-4881
79-4911
80-4941
80-4943

51-2644
51-2657
51-2710
54-2844
55-2883
57-2974
58-3014
59-3110
59-3117
59-3127
59-3136
61-3247
61-3258
61-3279
61-3288
62-3317
62-3336
62-3349
62-3364
64 -3504
64 -3548
66-3688
66-3736
66-3749
68-3896
68-3934
71-4081
71-4092
71-4136
73-4255
73-4329

73-4370
75-4513
75-4574
75-4619
77-4692

77-4749
79-4849

79-4872
79-4884
79-4911
80-4941

51-2644
51-2657
51-2711
54-2844
57-2959
57-2974
59-3104
59-3110
59-3123
59-3127
59-3143
61-3247
61-3260
61-3279
61-3290
62-3317
62-3336
62-3349
64-3491
64-3504
64 -3548
66-3690
66-3736
66-3756
68-3896
68-3940

71-4081
71-4094
71-4136
73-4271
73-4329
73-4370
75-4513
75-4584
75-4619
77-4692
77-4749
79-4849
79-4874
79-4887
79-4911

82-5015
62-3298

80-4943
83-5036
62-3298

80-4941
80-4943
83-5036
62-3298

49-2415
49-2451
49-2483
49-2511
49-2541

52-2762

51-2645
51-2657
21-2711
54-2844
57-2959
57-2976
59-3104
59-3112
59-3123
59-3129
59-3143
61-3247
61-3260
61-3279
61-3290
62-3326
62-3336
62-3356
64 -3491
64 -3506
64-3548
66-3690
66-3736
68-3842
68-3896
68-3940
71-4081
71-4094

71-4143
73-4317
73-4329
73-4370
75-4513

75-4584

75-4625
77-4692
77-4753
79-4849
79-4874
79-4903
79-4911
80-4941

80-4943
79-4856
49-2422
49-2462
49-2491
49-2521
50-2572
53-2802

CREATED BY

MACRO

ON 5-JUN-84 AT 15:59

CREF

SYMBOL CROSS REFERENCE
SYMBOL

VALUE

S$LSYM

= 177777

= 010000

TFM36
TIM
TSPEED

015032
015014
012414

TSTERR

013102

TSTNUB

014552

TTABLE

002370

TXABGN
TXATAR
TXDATA

TXDTAR
TXLBGN
TXLTAR
TXSTAR
T$ARGC

027462
027454
012410
030154
030146
026324
026316
025254
= 000001

N11l
SEQ 0143

Vo2

REFERENCES

53-2802
57-2976
59-3151
62-3363
64-3562
68-3953

SVCTST

PAGE 15

73-4384
76-4683
79-4915
81-4990
#19-1004
59-3070
66-3632
73-4250
79-4842
€19-1004
£49-2491
#53-2802
964 -3562

#47-2301
947-2299
#26-1330
71-4058
934-1591
71-4073

#43-2128
68-3869

53-2802
57-2976
59-3151
62-3363
65-3575
68-3953

66-3632

44-2175
73-4309
44-2172
71-4066

73-4348
73-4350
49-2497
75-4602
75-4605

20-1056
20-1056
949-2413

71-4039

68-3915
68-3919
64-3527
20-1056
20-1056
20-1056

66-3756
70-4025
74-4397
77-4762
79-4918

71-4149
74-4504
78-4774
79-4918
83-5036

55-2883
58-3014
61-3295
63-3377
66-3756

55-2883
58-3014
61-3295
63-3432
67-3772

55-2883
59-3027
61-3295
64-3562
67-3827

83-5036
58-2998
64-3434

83-5041
58-2998
64-3434

#49-2462

71-4149
75-4639
78-4838
79-4918

#49-2422
949-2521
057-2976
971-4149

9#49-2451

#73-4384

275-4639

64-3464

+66-3638

59-3079

75-4506

57-2952
61-3229
68-3829
75-4506

71-4027
77-4686

71-4149
75-4639
79-4884
80-4544

71-4027
77-4686

72-4162
75-4639
79-4884
80-4944

71-4027
77-4686

S7-2976
59-3062
62-3363
64-3562
68-3953

72-4248
76-4652
79-4884

80-4944
83-5041
59-3070
66-3632
73-4250
79-4842

077-4762

@51-2714
#62-3363

#79-4884

949-2483
#52-2762
062-3364

66-3662

+68-3836

68-3860

+71-4034

61-3239

62-3307

64-3483

66-3680

68-3877

59-3073

61-3233

62-3301

64-3475

66-3672

64-3515

66-3645

66-3663

66-3709
73-4337

68-3841
75-4528

68-3861
75-4547

49-2520

*64-3536

+66-3730

+68-3928

+71-4124

+73-4358

+75-4613

20-1056
20-1056
33-1550

20-1056
20-1056

20-1056
20-1056
33-1550

#20-1056
#20-1056
33-1550

955-2883
068-3953

%64 -3440

+73-4265

62-3364

54-2856
58-3014
60-3227
62-3364
66-3756

83-5036
57-2952
61-3229
68-3829

49-2498

57-2968

54-2856
58-2992
60-3167

81-4990
57-2952
61-3229
68-3829

#81-4990

64-3447

73-4384
77-4762
79-4915

#80-4944
49-2539

926-1314

68-3903

54-2856
58-2988
59-3151
62-3364
65-3630
70-3970

73-4291
45-2248
75-4564
45-2230
73-4301

64-3465
71-4059

+75-4523

79-4864
45-2244
75-4556

71-4099

#58-3014

75-4546

79-4895

79-4859

73-4270

#49-2541

#59-3151

79-4890

73-4292

33-1550
49-2413

$#49-2426

©#49-2427

#49-2428
49-2429
49-2431
49-2432
49-2433
€49 -2444

#49-2445

#33-1550
49-2413
49-2426
49-2427
49-2428
949-2430
949-2431
9#49-2432
49-2433
49-2444
49-2445

#49-2474

#79-4915

949-2431
49-2432
49-2443
49-2444
49-2445

CNXKMEA

CREATED BY

MACRO

ON S-JUN-84 AT 15:59

CRE

SYMBOL CROSS REFERENCE
.
SYMBTM

VALUE

49-2449
049-2472
049-2481
49-2489
49-2498
49-2507
049-2509
49-2520
49-2532

051-2657

TSERRN

002032

000055

057-2968

59-3115
061-3247
61-3288
062-3356
64 -3548
068-3885

TSEXCP
T$FLAG

000040

050-2563
51-2711
057-2969
959-3106
059-3124
959-3145
061-3270
062-3317
062-3349
064 -3506
066-3703
068-3898

T$FREE
T$GMAN
TS$HILI
TS$LAST
T$LOLI

032160
000000
000007
000001
000004

SEQ 0144

vo2

REFERENCES
49-2445
49-2447
49-2448

T$CODE

Bl2

PAGE 16

82-5015

019-1004
080-4941
019-1004
080-4941

049-2446

049-2447
049-2448

49-2449

49-2446
49-2447
49-2448
049-2460

49-2472
49-2481
049-2497
049-2498
49-2507
49-2509
049-2531
49-2532

049-2472
49-2481
49-2497
49-2498
049-2508
49-2509
49-2531
049-2539

073-4255
079-4849
80-4941
080-4942
041-2076

73-4255
79-4849
080-4941

51-2657

57-2968
059-3123
61-3247
062-3315
62-3356
066 -3688
68-3885

071-4092
73-4329
075-4619
79-4872

80-4941

950-2563

51-2711
57-2969
59-3106
59-3124
59-3145
61-3270
62-3317

62-3349
64 -3506
66-3703
68-3898

71-4094
73-4331
75-4586
77-4756
79-4905
083-5042

051-2657

80-4942

41-2076

058-3010
59-3123
961-3258
62-3315
064 -3491
66-3688
068 -3896

71-4092
073-4364
75-4619
079-4880
080-4942

50-2563
054 -2846

049-2446

049-2447
49-2448
49-2460
49-2472
049-2489
049-2497
049-2498
49-2508
049-2520
949-2531
49-2539
51-2657
73-4255
79-4849
80-4941
080-4943
042-2106

58-3010
059-3127
61-3258
062-3326
64-3491
066-3701
68-3896
071-4130

73-4364
075-4625
79-4880

80-4942
051-2706

054 -2846

49-2446
49-2447
049-2449
049-2460
49-2472
49-2489
49-2497
49-2498
049-2508
49-2520
49-2531
049-2539

51-2657
075-4513

080-4941

80-4943

42-2106

059-3104
59-3127
061-3268
62-3326
064 -3504
66-3701
068-3934

71-4130
073-4370
75-4625
079-4903
080-4943
051-2706
54 -2846
57-2974
59-3112

061-3249
061-3281
062-3328
062-3358
064 -3555
066-3749
068-3947

057-2974
059-3112
059-3129
061 -3249
061-3281
062-3328
062-3358
- 3555
064
066-3749
068-3947

075-4632
079-4874
079-4912

079-4912

71-4143
73-4377
75-4632
79-4874
79-4912

057-2974

059-3112
059-3129

071-4143
073-4377

071-4143
073-4377
075-4632
079-4874

59-3129
61-3249
61-3281
62-3328
62-3358
64 -3555
66-3749
68-3947

049-2446
49-2447
49-2449
49-2460
049-2481
049-2489
049-2497
49-2498
49-2508

949-2520
49-2531
49-2539
054 -2844
75-4513

49-2446
049-2448
049-2449
949-2460
49-2481
49-2489
49-2497
049-2507
49-2508
49-2520
949-2532
049-2539
54-2844
75-4513

80-4941

080-4942

080-4943
044-2183

59-3104
059-3134
61-3268
062-3336
64 -3504
066-3736
68-3934

071-4136
73-4370
077-4746
79-4903

80-4943
51-2706
957-2959
058-3012
059-3117
959-3136
061-3260
061 -3290
062-3338
064 -3493
066 -3690
068-3887

80-4941

080-4942

80-4942

80-4943

80-494]1

080-4942

80-4942

080-4943

80-4943

082-5015

83-5035

80-4943
44-2183
059-3110
59-3134

49-2446
49-2448
49-2449
49-2460
049-2481
049-2489
49-2497
49-2507
049-2509
049-2520
49-2532
49-2539

049-2447
049-2448
049-2449
49-2460
49-2481
49-2489
949-2498
949-2507
49-2509
49-2520
049-2532
49-2539

977-4692

77-4692

054 -2844

80-4942

080-4943
045-2254

068-3940

59-3110
059-3143
61-3279
062-3347
64 -3542
066-3742
68-3940

51-2706

051-2711

061-3279
62-3336
064 -3542
66-3736

71-4136
075-4572
77-4746
079-4911

057-2959
058-3012

059-3117
059-3136

061 -3260
061 -3290
062-3338
064 -3493
066 -3690
968-3887

071-4083
073-4319
075-4574
077-4749
279-4881

073-4317
75-4572
077-4753
79-4911

54-2844

080-4942

80-4943

45-2254

059-3115
59-3143
061-3288
62-3347
964 -3548
66-3742

971-4081
73-4317
075-4584
77-4753

951-2711

57-2959
58-3012
59-3117
59-3136
61-3260
61-3290
62-3338

957-2969
059-3106

71-4083
73-4319
75-4574
77-4749
79-4881

€71-4094
073-4331
275-4586
077-4756
279-4905

64 -3493
66-3690
68-3887

059-3124

059-3145
961-3270
062-3317
962-3349
064 -3506
966-3703
968-3898

CNKMEA

CREATED BY

MACRO

ON S5-JUN-84 AT 15:59

CRE}

SYMBOL CROSS REFERENCE
SYMBOL

VALUE

REFERENCES

TSLSYM

= 010000

019-1004
49-2483

52-2762
62-3364

TSLTNO
TSNEST

= 000014
. 177777

79-4915
082-5015
219-1004

21-1099

49-2412
49-2419
49-2435
049-2451
049-2471
49-2483
49-2491
49-2506
49-2519
49-2534
049-2541

951-2583
52-2762

53-2802
55-2882
57-2952
58-3014
#59-3151
61-3295
62-3364
64 -3562
68-3829

T$NSO
TSNS1

71-4027
73-4384
075-4639
079-4842
79-4887
79-4918

000005

81-4978
82-5016

021-1077
49-2435
049-2488
49-2534

053-2775
58-3014
068-3829

T$NS2
TSPCNT
T$PTAB
T$PTHY
T$PTNU

000002

77-4762

061-3230

010050

083-5035
#83-5036

000001

20-1056

19-1004

49-2491

23-1150

49-2500

79-4918

54 -2856
66-3756
80-4944

19-1010

019-1010

53-2802
64 -3562

021-1099
049-2412
49-2422
49-2435

49-2459
49-2471
49-2483
049-2491
949-2506
49-2521
49-2534

50-2555
51-2583
S52-2762
053-2802
055-2882
57-2976
58-3014
61-%229
061-329"
62-3564
064 -3562
068-3829
71-4149
73-4384
77-4686
79-4842
079-4887
079-4918
081-4978
082-5016

82-5016
21-1099

049-2442
49-2491
049-2538

53-2802
059-3070
68-3953

079-4842

23-1133

49-2412
49-2422
049-2435
049-2459

49-2474
49-2483

49-249%
49-2506
49-2521
049-2534

950-2555
51-2714
52-2762
54-2816
55-2882
57-2976
058-3014
061-3229
62-3298
62-3364
66-3632
68-3829
71-4149

073-4384
077-4686
79-4856
79-4887

80-4939
81-4978
023-1133
49-2451
049-2496
49-2541
054-2816

59-3151

071-4027
79-4918

Cle

PAGE 17

SEQ 0145

Vo2

49-2415
49-2511

55-2883
68-3953
81-4990

19-1010

023-1133
49-2415
49-2422
49-2442
49-2459
49-2474
049-2483
049-2496
49-2511
49-2521
49-2538

50-2555
51-2714
052-2762
954 -2816
55-2883
57-2976
59-3070
61-3229
062-3298
062-3364
066-3632
68-3953

49-2422
49-2521

49-2435
49-2534

71-4149

73-4384

57-2976

21-1077
23-1133

49-2415
049-2422
049-2442

49-2462
49-2474
49-2488
49-249%6
49-2511
049-2521
049-2538

50-2572
51-2714
53-2775
54-2816
55-2883
057-2976
059-3070
61-3230
62-3298
64-3434
66-3632
68-3953

23-1150

49-2415
49-2425
49-2442
49-2462
049-2474
049-2488
49-2500
49-2511
49-2530
49-2538

50-2572
051-2714
053-2775
54-2856
55-2883
58-2998
59-3070
061-3230
62-3363
064-3434
66-3756
68-3953

49-2474

77-4762

79-4884

21-1077
23-1150

21-1099
23-1150

049-2415
049-2425
49-2451
49-2462
49-2480
49-2488
49-2500
049-2511
049-2530
49-2541

50-2572
S52-2734
53-2775
54-2856
055-2883
#58-2998
59-3151
61-3230
62-3363
64-3434
66-3756
068-3953

980-4939
81-4990

80-4939
81-4990

80-4944
81-4990

23-1150

049-2412
49-2462
049-2506

49-2415
049-2471
49-2511

049-2419
«3 2774
049-251°

54-2856
061-3229

055-2882

080-4939

80-4944

049-2459
49-2500
050-2555

071-4149

075-4506

77-4762
79-4856

79-4915

50-2572

62-3364

71-4149

073-4250

62-3363
83-5036

079-4856

083-5036

83-5036

83-5042

083-5042

021-1077

49-2462

073-4250
75-4639
77-4762
79-4884
279-4915
80-4944
081-4990

71-4149
75-4506
77-4686
079-4856
79-4915

61-3295
83-5036
83-5036

062-3298

58-3014

49-2451
49-2541
59-3151
75-4639

73-4250
75-4506
77-476c
79-4884
79-4915

051-2583
55-2883
064-3434
73-4384
081-4978
79-4884

51-2714
057-2952

64 -3562

275-4506

81-4990

079-4887

50-2572
61-3295

51-2714
62-3363

21-1099

49-2530
49-2541

923-1150
049-2419
49-2435
49-2451
49-2471
49-2480
49-2491
949-2500
049-2519
49-2534
49-2541

61-3295
62-3363

062-3363

49-2419
49-2425
49-2451
049-2462
049-2480
49-2491
49-2500

49-2519

050-2572
952-2734
53-2802
54-2856
$7-2952
58-2998
59-3151

64 -3562
66-3756
71-4027

73-4250
75-4639
077-4762
79-4884
79-4918

49-2422
049-2480
49-2521

80-4944
82-5016

052-2734
57-2976
- 3632
966

75-4€39

"9-4915

51-2583
52-2734
53-2802
054 -2856
#57-2952
58-3014
59-3151
61-3295

64 -3562
966-3756
071-4027

73-4384
75-4639
79-4842
079-4884
79-4918
080-4%944

82-5016

949-2425
49-2483
949-2530
S52-2762
058-2998
66-3756

077-4686

CREATED BY

MACRO

ON S5-JUN-84 AT 15:59

CRE+

SYMBOL CROSS REFERENCE
SYMBOL
T$SAVL
T$SEGL
T$SIZE
T$SUBN
T$TAGL
T$TAGN

VALUE

177777
177777

000006
000002

177777

010052

= 000000

SEQ 01436

Vo2

REFERENCES
219-1004
€19-1004

82-5015

€19-1004

062-3298

079-4842
219-1004
219-1004
049-2412
049-2442
049-2480
049-2506
049-2538

TSTEMP

PAGE

D12

22-1109
22-1109
22-1109
22-1109

£49-2435
49-2483
049-2534
51-2706

054 -2846
57-2969
058-3012

59-3106
059-3136
60-3227
061-3290
62-3338

063-3377

64 -3555
+266-3703
" 67-3827

€70-3970
71-4143
073-4331
74-4504
076-4652
77-4762
079-4884
79-6918
080-4942

083-5042
057-2952
62-3298
79-4856

21-1077

49-2419
49-2459
49-2488
49-2519

50-2555
53-2775
57-2952
61-3229
64-3434

0958-2998
064-3434

059-3070
066-3632

21-1077

021-1077
049-2419
049-2459
049-2488
049-2519
050-2555
053-2775
057-2952

079-4856

49-2419
49-2459
49-2488
49-2519

50-2555
53-2775
57-2952
61-3229
64-3434

79-4856

061-3229
064-3434

83-5035

71-4027
77-4686
79-4887

83-5035

071-4027
077-4686
079-4887
083-5035

21-1099
22-1109
22-1109
22-1109
22-1109

022-1109
022-1109
022-1109
022-1109
022-1109
049-2451
49-2491
949-2541

22-1109
22-1109
22-1109
22-1109

71-4027
77-4686
79-4887

49-2435
949-2491
49-2534
051-2711

54-2846
057-2974
58-3012
059-3112
59-3136
061-3249
61-3290
062-3349
63-3377
064 -3562
66-3703
068-3887
70-3970
071-4149
73-4331
075-4574
76-4652
078-4774
79-4884
080-4941

80-4942

51-2711
054 -2856
57-2974
058-3014
59-3112
059-3145
61-3249
061-3295
62-3349
063-3432
64 -3562
066-3749
68-3887
070-4025
71-4149
073-4377
75-4574
076-4683
78-4774
©79-4905

80-4941

023-1150
49-2451
049-2500
49-2541

80-4942

061-3229
068 -3829
79-4887

23-1133

49-2425
49-2471
49-2496
49-2530

51-2583
54-2816
58-2998
61-3230
66-3632
73-4250
79-4842

61-3230

077-4686

23-1133

023-1133
049-2425
049-2471
049-2496
049-2530

49-2412
49-2442
49-2480
49-2506
49-2538

75-4506
79-4856

49-2425
49-2471
49-2496
49-2530

S51-2583
54-2816

S8-2998

61-3230
66-3632
73-4250
79-4842

22-1109
22-1109

022-1109
022-1109
022-1109
022-1109
049-2415
49-2462
049-2511

050-2563
51-2714
055-2883
57-2976
059-3027
59-3117
059-3151
61-3260
062-3317
62-3358
064 -3493
65-3575
066-3756
68-3898
071-4083

72-4162
073-4384
75-4586
077-4749
78-4838
079-4912

80-4941
080-4943

62-3298

975-4506

80-4939
83-5036

049-2462
49-2500

61-3230

073-4250
79-4887

80-4939
83-5036

22-1109
22-1109
23-1150

061-3230

071-4027
979-4887

50-2563

052-2762

80-4943

051-2583

054-2816
058-2998
061-3230
066-3632
073-4250

52-2734
55-2882
59-3070
62-3298
68-3829

079-4842
080-4939
083-5036

81-4978
83-5036

22-1109
22-1109
22-1109
22-1109

022-1109
922-1109
022-1109
€22-1109
49-2422
049-2483
49-2521

49-2415
049-2474
49-2511
0#50-2572

049-2422
49-2474
049-2521

957-2959
58-2988
059-3062
59-3124

57-2959
058-2992
59-3062
059-3129
60-3167
061-3281
62-3328
062-3364
64 -3506
- 3690
066
67-3772
068-3953

52-2762

060-3167
61-3270
062-3328
62-3363
064 -3506
65-3630
067-3772
68-3947
071-409%4
72-4248
074-4397
75-4632
077-4756

79-4874
079-4915

80-4941

S5C-2572

053-2802

71-4094
073-4319
74-4397
075-4639
77-4756
979-4881
79-4915
280-4942

80-4943

051-2706
53-2802
057-2969
58-2992
059-3106
59-3129
060-3227
61-3281
962-3338
62-3364
064 -3555
66-3690
067-3827
68-3953
271-4143

73-4319
274-4504
75-4639
077-4762
79-4881
279-4918

CNKMEA

CREATED BY

MACRO

ON 5-JUN-84 AT 15:59

CRE+

SYMBOL CROSS REFERENCE
SYMBOL

VALUE

REFERENCES

TSTEST

= 000014

219-1004

T$TSTM

= 177777

80-4943

058-2998
61-3229
64-3434
068-3829

073-4250
77-4686

49-2413
49-2431
49-2448
49-2489
49-2520
51-2641

49-2415
49-2432
49-2449
49-2491
49-2521

36-1806

59-3112
59-3143
61-3270
62-3326
62-3364
66-3688
68-3885

71-4081
73-4271
75-4513

T$$AU
T$$AUT
T$SCLE

010024
010021
010022
010051
010023
010045
010001
010020
010016

T$$DAT
T$$DU
T$$HAR
T$$HW
T$$INI
T$$MSG
T$$PC
T$$PRO
T$$PTA
T$SRPT
T$$SOF
T$$SUB

000001
010000

010050

010017
010046
010044

57-2947
58-2998
961-3229
65-3564
68-3829

73-4250
76-4645
79-4856
219-1004

52-2758
57-2969

T$TSTS

080-4944

75-4639
79-4872
79-4912
019-1004
073-4250

055-2882
052-2734

053-2775

083-5036

080-4939
023-1133

051-2583

050-2555

081-4978

79-4887

31-1478
36-1817

51-2644
52-2762
57-2974
59-3115
59-3145
61-3279
62-3328
64 -3491
66-3690
68-3887
71-4083
73-4317
75-4529
77-4692
79-4874
79-4915

057-2952

075-4506

55-2883
52-2762
53-2802
83-5036
54-2846
80-4939
23-1133
51-2706

80-4944
57-2950
59-3018
61-3229
65-3567

70-3959
73-4250
077-4686

82-5015
31-1492
37-1874

49-2420
49-2433
49-2451
49-2497
49-2531

51-2647
53-2800
57-2976
59-3117
59-3151

61-3281
62-3336
64-3493
66-3701
68-3896
71-4092
73-4319
75-4572

77-4746
79-4880
79-4918

058-2998

077-4686

El2

PAGE 19

SEQ 0147

vO2

081-4990

81-4990
057-2952
59-3070

982-5016

71-4027
74-4389
78-4765

071-4027
75-4506
78-4767

57-2952
59-3020
61-3230
66-3632

62-3298
066-3632

33-1536
37-1875

33-1540
37-1886

70-3962
74-4386
77-4686

49-2422
49-2435
49-2460
49-2498
49-2532

51-2657
53-2802
58-3010
59-3123
61-3230
61-3288
62-3338
64 -3504
66-3703
68-3898

49-2426
49-2443
49-2462
49-2500
49-2534

51-2660

57-2952
#59-3070
63-3366
66-3632

33-1550

82-5016
58-2981
59-3070
63-3369
67-3761

71-4027
075-4506
79-4842

33-1551

58-2533
60-3156
64-3434
67-3764

72-4152
75-4506
979-4842

33-1553

41-2076
49-2427
49-2444
49-2472
49-2507
49-2539

42-2106
49-2428
49-2445
49-2474
49-2508
49-2541

44-2183
49-2429
49-2446
49-2481
49-2509

71-4136
73-4364
75-4586
77-4756
79-4887

71-4143
73-4370
75-4619
77-4762
79-4903

58-2998
60-3158
064-3434
68-3829
72-4155
76-4643
79-4842

36-1805

45-2254
49-2430
49-2447
49-2483
49-2511

51-2710
55-2883
59-3104
59-3129
61-3258
62-3298
62-3356
64-3548
66-3749
68-3947

50-2572
51-2711
57-2959
59-3106
59-3134
61-3260
62-3315
€2-3358
64 -3555
66-3756
68-3953
71-4149
73-4377
75-4625
79-4849
79-4905

71-4040
73-4255
73-4384
75-4632
79-4856
79-4911

51-2625
51-2714
57-2968
59-3110
59-3136
61-3268
62-3317
62-3363
64-3562
68-3842

61-3247
61-3290
62-3347
64 -3506
66-3736
68-3934

75-4574
77-4749
79-4881

71-4130
73-4331
75-4584
77-4753
79-4884

51-2706
54-2856
58-3014
59-3127
61-3249
61-3295
62-3349
64-3542
66-3742
68-3940

959-3070

061-3229

064-3434

966-3632

068-3829

971-4027

49-2422
049-2480
49-2521

049-2425
49-2483
049-2530

49-2435
049-2488
49-2534

49-2451
249-2496
49-2541

049-2459
49-2500

61-3270
62-3358

61-3281
62-3363

079-4856

61-3290

61-3295

62-3317

71-4094

73-4329

079-4842

54-2844
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83-5041
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23-1150
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49-2415
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049-2419
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83-5036
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083-5036

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CNKMEA

MACRO

ON S-JUN-84 AT 15:59

SYMBOL

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T$STES

= 010042

Tl
T10
T11
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Ti2.1
T12.2
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031062
031212
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024172
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T4.1
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15
T6
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UAM

024502
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wrT

012436

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57-2974

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59-3136
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59-3145
066-3632
68-3953

59-3151
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#61-3229
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51-2653

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57-2967

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59-3112
064-3434
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79-4912

57-2969

49-2539

012426

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79-4905

57-2959

025-1274

014702
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=
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-491

22-1109
22-1109
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028-1367

012726
012706

WRITE
X$ALWA

X$FALS
X$OFFS
X$TRUE
SLSTIN
SLSTTA

G
G
G

031432

WAIT1
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WRDCNT

C
G
G
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012402

VECTOR

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REFERENCES

71-4094
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024000
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49-2481

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MACRO

ON S5-JUN-84 AT 15:59

CRE+

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49-241%5

49-2521
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V02

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MACRO

ON S-JUN-84 AT 15:59

CRE+

MACRO CROSS REFERENCE
MACRO NAME

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24-1191

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51-2706
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250-2563

54-2844

20-1056
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20-1056
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050-2572
9#55-2883

062-3363

MS$DEFA
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42-2106

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M$DECR

SEQ 0150

VvO02

REFERENCES

73-4329
79-4880

MSDATA

H12

PAGE 22

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44-2183

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079-4849

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20-1056
20-1056
20-1056
20-1056
29-1421

023-1150
049-2462
049-2511

051-2714
057-2976
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073-4384
079-4918

49-2427
49-2430
949-2443
49-2446
49-2449
49-2489
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49-2532
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20-1056
20-1056
20-1056
20-1056

49-2427
049-2431
49-2443
49-2446
049-2460
49-2489
49-2508
049-2539
75-4513

20-1056
20-1056
20-1056
20-1056

23-1150

049-2415

57-2976
62-3364

058-3014
064-3562

49-2462
49-2511
S51-2714

73-4384
79-4918

80-4942

049-2435
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061-3295

049-2474
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080-4944

080-4943

049-2451
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062-3363

49-2413
049-2428
49-2431
49-2443
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49-2460
049-2497
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20-1056
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49-2415
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52-2762
58-3014
64-3562

75-4639

80-4944

80-4943

049-2462
051-2714

062-3364

049-2444
49-2447
49-2460
49-2497
49-2509

49-2539
77-4692

20-1056

20-1056
20-1056

049-2422
049-2483
049-2534
053-2802
959-3151

066-3756

049-2474
052-2762

064 -3562

949-2445
49-2448
949-2481
49-2498
49-2520

51-2657

954-2844

20-1056
20-1056
20-1056
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20-1056
20-1056
20-1056

49-2422
49-2483
49-2534

049-2435
949-2491
0495-2541
954 -2856

051-2657

53-2802
59-3151
66-3756

061-3295
968-3953

81-4990

77-4762

979-4884
082-5016

066-3756

925-1236

49-2435
49-2491
49-2541

54-2856
61-3295
68-3953
79-4884

CNKMEA

CREATED BY

MACRO

ON S5-JUN-84 AT 15:59

CRE+

MACRO CROSS REFERENCE
MACRO NAME

REFERENCES

075-4639

MS$ERRI

073-4384
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#71-4081
873-4329

71-4081
73-4329
75-4619

MSESCA

275-4619
979-4880
#57-2959
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957-2959

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262-3358

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MSEXIT
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920-1056
©20-1056
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©20-1056
©20-1056
©20-1056
$20-1056
©22-1109
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049-2422
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949-2506

949-2534

973-4250

077-4762
042-2106

079-4884
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79-4880

971-4092
073-4364
#75-4625
079-4903

71-4092
73-4364
75-4625
79-4903

71-4083
73-4377
77-4756

071-4094
975-4574
079-4874

41-2076

58-3010
59-3127
61-3268
62-3336
64-3542
66-3742

57-2959
59-3112
59-3145
61-3290
62-3358
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051-2706
951-2706
50-2563
19-1010
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20-1056
20-1056
20-1056
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22-1109
25-1253

49-2422
49-2459
49-2483
49-2506
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51-2583
53-2802

57-2952
59-3151
62-3363
66-3756
73-4250

#59-3104
959-3134
061-3279
962-3347
064 -3548
068-3885

057-2969
059-3117
061-3249
062-3317
064 -3493
066-3749

080-4942

073-4384

71-4130
73-4370
77-4746
79-4911

057-2974
#59-3124
061-3260
062-3328
064-3506
068-3887

80-4941
51-2706
51-2711
051-2706
920-1056

051-2714
054-2816
057-2976
061-3229
962-3364
068 -3829

079-4918
44-2183

57-2969
59-3117
61-3249
62-3317
64-3493
66-3749

058-3012

920-1056
920-1056
920-1056
020-1056
©20-1056
920-1056
©20-1056
©23-1133
029-1421
049-2425
049-2462
049-2488
049-2511
949-2538

079-4915
044-2183

71-4094
75-4574
79-4874

061-3270
064-3555

073-4319
979-4905

051-2711

054-2846

071-4143
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079-4881

57-2974
59-3124
61-3260
62-3328
64-3506
68-3887

071-4136
#75-4572
077-4753

71-4136
75-4572
77-4753

059-3115
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#62-3315
064-3491
066-3701
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958-3012
059-3129
061-3270
062-3338
064 -3555
068-3898

54-2846
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
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20-1056
23-1133
49-2412
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49-2471
49-2491
49-2519
49-2541

52-2734
54 -2856
58-2998
61-3230
64-3434
68-3953
75-4506

59-3115
61-3247
62-3315
64-3491
66-3701
68-3934

057-2968
959-3123
061-3258
062-3326
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066-3736
068-3940

57-2968
59-3123
61-3258
62-3326
64-3504
66-3736
68-3940

58-3012
59-3129
61-3270
62-3338
64-3555
68-3898

59-2106
59-3136
61-3281
62-3349
66-3690
68-3947

073-4317
075-4584
079-4872

73-4319
75-4632
79-4905

973-4331
077-4749
079-4912

975-4574

975-4586

#75-4632

80-4943

©20-1056
920-1056
920-1056
©20-1056
©20-1056
©20-1056
©20-1056
©20-1056
©23-1150
049-2415
949-2442
049-2474
049-2496
©949-2521
950-2555
052-2762
055-2882
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20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
23-1150

920-1056
920-1056
920-1056
920-1056
920-1056
920-1056
220-1056
921-1077
925-1236
949-2419
949-2451
949-2480
#49-2500
949-2530

073-4377

80-4942
954 -2846

20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
23-1133
29-1421

981-4990
45-2254

975-4632
079-4905

51-2711

073-4331
079-4912
80-4942

080-4944
045-2254

71-4143
75-4586
79-4881

059-3112
961-3290
066-3703

054-2846
#20-1056

49-2425
49-2462
49-2488
49-2511
49-2538
51-2714
54-2816
57-2976
61-3229
62-3364
68-3829
73-4384

59-3110
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61-3288
62-3356
66-3688
68-3896

#61-3281
966-3690

059-3106

051-2711
20-1056

20-1056

SEQ 0151

V02

59-3104
59-3134
61-3279
62-3347
64-3548
68-3885

057-2974
961 -3260
064 -3506

971-4143
079-4881

112

PAGE 23

#73-4319

059-3117
062-3317
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959-3124
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49-2415
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49-2496
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50-2555
52-2762
55-2882
58-3014
61-3295
64 -3562
71-4027
75-4639

#50-2572
953-2775

73-4317
75-4584
79-4872

73-4331
77-4749
79-4912

277-4749

20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
21-1077
25-1236

49-2419
49-2451
49-2480
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49-2530

50-2572
53-2775
55-2883
59-3070
62-3298
66-3632
71-4149
77-4686

CNKMEA

CREATED BY

MACRO

ON S5-JUN-84 FT 15:59

MACRO NAME

MS$GETS

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079-4915

#50-2563
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062-3317
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29-1421

49-2459
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MSGNIN

SEQ €152

V02

REFERENCES

#50-2572
#55-2883
962-3363

MSGETT

PAGE 24

CREF

MACRO CROSS REFERENCE

J12

51-2583
80-4939

920-1056

20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
22-1109
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25-1236
33-1536
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36-1806
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77-4762
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81-4990
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49-2451
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50-2572
55-2883
62-3363

71-4149
79-4915

951-2706
059-3124
062-3328
#68-3387

975-4586

19-1010
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
20-1056
22-1109

049-2412
049-2471
949-2519

052-2734

#81-4978

20-1056

©20-1056
920-1056
920-1056
©20-1056
©20-1056
920-1056
©20-1056
©20-1056
922-1109
022-1109
022-1109
029-1421
933-1537
933-1550
©33-1551
936-1806
037-1875
41-2076
042-2106
44-2183
045-2254

079-4842
079-4918
082-5015
923-1150
049-2462
949-2511
051-2714
057-2976

062-3364

073-4384
079-4918

051-2711
959-3129
962-3338
068-3898
0975-4632

52-2734
81-4978
20-1056
20-1056
20-1056
20-1056

920-1056

79-4842
79-4918

079-4856
#80-4939

49-2462
49-2511

949-2474
049-2521

82-5015
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25-1236

CNKMEA

CREATED BY

MACRC

ON S-JUN-84 AT 15:59

MACRO NAME

PAGE 25

CREF

MACRO CROSS REFERENCE

K12
SEQ 0153

Vo2

REFERENCES
049-2413
949-2420
£49-2420

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849-2431
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57-2969
#58-3010

CNKMEA

CREATED BY

MACRO

ON S5-JUN-84 AT 15:59

MACRO NAME

PAGE 26

CRE+

MACRO CROSS REFERENCE

L12
SEQ 0154

V02

REFERENCES

58-3010
58-3012
259-3104
59-3110

#59-3115
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59-3123

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59-3134

59-3136
059-3145
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61-3260
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61-3279
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73-4319
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073-4370
075-4513

059-3104
59-3106
059-3110
59-3115
059-3123
059-3124
59-3127
059-3134
59-3143
59-3145
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61-3258
61-3260
961-3270
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061 -3295
62-3315
062 -3326
062-3336
62-3338
062-3347
62-3356
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064 -3491
64-3504
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64-3548
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66-3701
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68-3896
68-3898
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71-4130
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075-4513

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CNKMEA

CREATED BY

MACRO

ON S5-JUN-84 AT 15:59

MACRO NAME

£77-4749

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MSGNTE

MSHAPT
M$HNAP
MS$INCR

SEQ 0155

V02

REFERENCES
075-4529
75-4572
275-4584
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M$GNSU
MSGNTA

PAGE 27

CRE+t

MACRO CROSS REFERENCE

Ml2

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033-1540
041-2076
049-2419
069-2426
049-2442
049-2451
49-2471
049-2488
049-2498
049-2519
049-2531
950-2555
051-2644
52-2734
054-2816
055-2883
057-2974

21-1077
933-1550
042-2106
049-2419
049-2427
49-2442
049-2459
049-2472
49-2488
049-2500
#49-2519
049-2532
£0-2555
051-2647
52-2734
054-2816
057-2952
057-2976

981-4990

049-2415
949-2474
049-2521

975-4639
080-4944
958-2998
068 -3829
979-4842

950-2555
051-2641
052-2734
#53-2802
55-2882
057-2969

49-2415
49-2474
49-2521

75-4639
80-4944
79-4842

049-2422
049-2483
049-2534

077-4762
081-4990

075-4572
075-4584
75-4586
975-4619
75-4625
077-4692
77-4746
977-4753
077-4756
079-4849
079-4872
79-4880
79-4881
979-4903
79-4911
79-4912

80-4941
80-4943
82-5015

79-4856
49-2422
49-2483
49-2534

53-2802
59-3151
66-3756

77-4762

81-4990
59-3070

75-4572
075-4584
#75-4586
75-4619
075-4632
77-4692
077-4746
77-4753
77-4756
79-4849
79-4872
#79-4880
079-4884
79-4903
079-4911
#79-4915
80-4941

80-4943
82-5015

979-4887
949-2435
249-2491
949-2541

054 -2856
061-3295
068-3953

#79-4884
083-5036

061-3229

075-4572
75-4584
075-4619
75-4625
75-4632
77-4692
77-4746
077-4753
979-4849
79-4856
#79-4874
79-4880
79-4887
979-4905
79-4911
79-4918

80-4943
82-5015

75-4572
975-4584
975-4619
075-4625
075-4532
077-4692
977-4746
77-4753
77-4762
979-4856
79-4872
979-4880
979-4887
79-4903
979-4911
979-4918
80-4942
#80-4944
©83-5036

79-4887
49-2435
49-2491
49-2541

949-2451
€49-2500
950-2572

49-2451
49-2500
50-2572

#75-4572
75-4584
75-4586
975-4625
75-4632
77-4692
77-4746
077-4753
077-4762
79-4849
979-4872
79-4880
79-4884
979-4903
79-4911
79-4915
980-4942

54-2856

61-3295
68-3953

71-4149
79-4915
83-5041

275-4506

036-1806
049-2412
049-2422
049-2431
949-2445
949-2460
49-2480
949-249%6
49-2506
249-2521
49-2538

036-1817
4%-2412
949-2425
949-2432
949-2446
9#49-24062

#51-2710
#53-2775
954 -2856

#51-2711

©023-1133
©33-1553
045-2254
49-2419
049-2429
049-2443
49-2459
©49-2480
949-2489
©049-2506
49-2519
049-2538
#50-2572
©51-2660
052-2762

923-1133
#36-1805
049-2412
049-2420
949-2430
049-2444
49-2459
949-2480
949-2491
49-2506
949-2520
049-2538

058-2998

58-2998

54-2816
57-2952

62-3363

73-4250

83-5036
61-3229

21-1077

50-2555

55-2883

79-4884

273-4250

051-2657
052-2758
54-2816
057-2952
#58-2998

#83-5036

071-4149
979-4915
083-5041

71-4027

955-2883
062-3363

80-4942
80-4944

#51-2583

064-3434

23-1133

951-2583

57-2952

64-3434

75-4506

23-1133

49-2480
949-2496
949-2507
949-2530
49-2538

51-2583

53-2775

#55-2882

57-2952
58-2998

CNKMEA

CREATED BY MACRO ON 5-JUN-84 AT 15:59

MACRO NAME

PAGE 28
CREF

MACRO CROSS REFERENCE

NiZ2
SEQ 0156

V02

REFERENCES

58-2998
059-3108
#59-3134
61-3229
061-3260
962-3298
062-3347
64-3434
966-3632
066-373€
068-3842

059-3070
059-3115
059-3151
61-3230
061-3281
062-3315
062-3363
064-3504
66-3632
068-3829
068-3898

#59-3070
059-3117
061-3229
61-3230
061-3288
062-3317
062-3364
064-3506
66-3632
068-3829
068-3934

59-3070
059-3123
061-3229
061-3230
061-3290
062-3326
064-3434
064-3542
#66-3688
68-3829
068-3940

#59-3070
059-3124
61-3229
061-3247
#61-3295
062-3328
064-3434
064-3548
966-3690
068-3829
068-3947

59-3070
059-3127
961-3229
061-3249
062-3298
062-3336
64-3434
064-3555
066-3701
68-3829
068-3953

59-3070
#59-3129
61-3229
061-3258
62-3298
062-3338
064-3434
064-3562
966-3703
68-3829
071-4027

M$LDRO

#33-1551

33-1551

036-1806

51-2647

#37-1875

051-2660

37-1875

S51-2660

037-1886

#52-2758

37-1886

19-1004
19-1004
21-1099

051-2647

36-1817

#19-1008
#19-1004
021-1099

51-2644

M$MCHI
M$MCLO
M$POP

051-2644

36-1806

52-2758

023-1150

23-1150

049-2415

49-2415

049-2422

49-2422

049-2435

49-2435

057-2976
062-3364

57-2976
62-3364

58-3014
64-3562

59-3151
66-3756

#61-3295
068-3953

61-3295
68-3953

071-4027
71-4027
071-4130
071-4136
073-4255
073-4271
075-4506
©75-4506
075-4584
075-4586
77-4686 - 77-4686
79-4842
079-4842
079-4856
©79-4872
79-4887
979-4887
80-4939
804939

M$PUSH

M$PUT

971-4040
073-4250
073-4331
75-4506
075-4639
077-4753
079-4856
079-4884
079-4912
81-4978

051-2681

51-2641

049-2451
049-2500
050-2572

49-2451
49-2500
S50-2572

71-4149
79-4915
33-1550
49-2428
49-2433
49-2447
49-2481
49-2508
49-2539

73-4384
79-4918
49-2413
49-2429
49-2443
49-2448
49-2489
49-2509
51-2657

021-1077

21-1077

23-1133

049 2412

55-2882
61-3230
71-4027
79-4856

57-2952
62-3298
73-4250
79-4887

058-2998
064-3434
075-4506
080-4939

955-2883
962-3363

M$PRIN

071-4149
979-4915
033-1550
049-2428
049-2433
049-2447
049-2481
#49-2508
049-2539
077-4692

019-1010

55-2883
62-3363

77-4692

19-1010

049-2425
049-2488
049-2538

49-2425
49-2488
49-2538

033-1550
049-2820

33-155C
49-2820

054-2816
061-3229
068-3829
079-4842

54-2816
61-3229
68-3829
79-4842

079-4849

49-2462
49-2511
S1-2714

79-4849

#49-2042
049-2496
050-2555

49-2442
49-2496
50-2555

33-1550
49-2420

33-1550
49-2820

049-2474
049-2521
#52-2762

075-4639
080-4944
049-2420
049-2430
049-2444
049-2449
049-2497
049-2520
054-2844
049-2459
049-2506
#51-2583

33-1550
49-2820

49-2474
49-2521
S52-2762

75-4639
80-4944
49-2420
49-2430
49-2444
49-2449
49-2497
49-2520
54-2844
49-2459
49-2506
51-2583

049-2413
049-2426

049-2483
049-2534
#53-2802

077-4762
081-4990
049-2426
049-2431
049-2445
049-2460
049-2498
049-2531
073-4255
049-2471
049-2519
052-2734

49-2413
49-2426

071-4083
#73-4250
073-4370
075-4529
077-4686
077-4762
079-4856
79-4887
079-4918
83-5035

49-2483
49-2534
53-2802

17-4762
81-4990
49-2426
49-2431
49-2445
49-2460
49-2498
49-2531
73-4255

071-4092
73-4250
073-4377
975-4572
77-4686
079-4842
79-4856
079-4887
080-4939
#83-5036

049-2491
049-2541
054-2856

49-2491
49-2541
54-2856

079-4884
082-5016
049-2427
049-2432
049-2446
049-2472
049-2507
049-2532
075-4513

79-4884
°2-5016
«. 2427
14 2432
49-2446
49-2472
49-2507
49-2532
75-4513

49-2412

049-2419

49-2419

58-2998
64-3434
75-4506
80-4939

059-3070
066-3632
077-4686
081-4978

59-3070
66-3632
77-4686
81-4978

49-2471
49-2519
52-2734

49-2413
49-2426

049-2480
049-2530
053-2775

49-2413
49-2426

49-2480
49-2530
53-2775

49-2413
49-2426

CNKMEA

CREATED BY

MACRO

ON S5-JUN-84 AT 15:59

CREF

MACRO CROSS REFERENCE
MACRO NAME

51-2625
54-2844

049-2428
049-2429
49-2430
49-2431
949-2433
049-2443
49-2444
49-2445
049-2447
£49-2448
49-2449
49-2460
©49-2481
49-2489
49-2497

049-2507

49-2508
049-2520
49-2531
249-2539

51-2625
054 -2844

MS$RADI
MS$RNRO
MSSETS

SEQ 0157

Vo2

REFERENCES
049-2427
049-2429
049-2431
049-2433
049-2444
049-2446
049-2448
049-2460
49-2481
49-2497
49-2507
49-2509
049-2532

M$PUTL

B13

PAGE 29

049-2425
049-2488
949-2538

054-2816
061-3229

49-2427
49-2429
49-2431
49-2433
49-2444

49-2446
49-2448
49-2460
£9-2481

049-2447

049-2448
49-2449
49-2460
049-2481
49-2489
49-2497
045-2507
49-2508
049-2520
49-2531
049-2539

51-2625
054 -2844

075-4513
79-4849

80-4941
33-1540
19-1010

49-2425

49-2488

49-2538
54-2816

61-3229

49-2427
49-2429
49-2431
49-2433
49-2444
49-2446
49-2448
49-2460
49-2481
49-2497
49-2507
49-2520
49-2532

51-2625

073-4255
79-4849
033-1550
49-2413
49-2420
049-2427
049-2428
49-2429
49-2430
049-2432
049-2433
49-2443
49-2444
049-2446
049-2447
49-2448
49-2449
049-2472
49-2481
49-2489
049-2498
049-2507
049-2509
49-2520
049-2532
49-2539

51-2625
054-2844
75-4513

080-4942
036-1805
021-1077
049-2442
049-2496
050-2555

055-2882
061-3230

49-2427
49-2429
49-2431
49-2433

49-2444
49-2446
49-2448
49-2460
49-2481
49-2497
049-2508
49-2520
49-2532

51-2625

73-4255
79-4849
#33-1550
49-2413
49-2420
049-2427
049-2428
49-2429
49-2430
049-2432
049-2433
49-2443
49-2444
049-2446
049-2447
49-2448

49-2444
49-2446
49-2448
49-2460
049-2489
049-2498
49-2508
49-2520
049-2539

049-2428
049-2430
049-2432
049-2443
049-2445
049-2447
049-2449
049-2472
49-2489
49-2498
49-2508
49-2520
49-2539

49-2428
49-2430
49-2432
49-2443
49-2445
49-2447
49-2449
49-2472
49-2489
49-2498
49-2508
049-2531
49-2539

49-2428
49-2430
49-2432
49-2443
49-2445
49-2447
49-2449
49 -2472
49-2489
49-2498
949-2509
49-2531
49-2539

73-4255

075-4513

75-4513

33-1550
49-2413
049-2426
049-2427
49-2428
49-2429
049-2431
049-2432
49-2433
49-2443
049-2445
049-2446
49-2447
49-2448

49-2413
049-2426
049-2427
49-2428
49-2429
049-2431
049-2432
49-2433
49-2443
049-2445
049-2446
49-2447

49-2427
49-2429
49-2431
49-2433

051-2657

51-2657

33-1550

51-2657

33-1550

51-2657

33-1550

049-2497
049-2498
49-2507
49-2509
49-2520
49-2532
49-2539

049-2420
949-2426
49-2427
49-2428
949-2430
049-2431
49-2432
49-2433
049-2444
049-2445
49-2446
49-2447
049-2449
049-2460
49-2472
049-2489
049-2497
49-2498
249-2508
49-2509
049-2531
49-2532
051-2625

949-2420
049-2426
49-2427
49-2428
049-2430
049-2431
49-2432
49-2433
049-2444
049-2445
49-2446
49-2447
049-2449
049-2460
49-2472
049-2489
049-2497
49-2498
949-2508
49-2509
049-2531
49-2532

75-4513

54 -2844

077-4692

54-2844
077-4692

073-4255
77-4692

80-4942
36-1805
21-1077

080-4943
037-1874
023-1133

80-4943
37-1874
23-1133

49-2496
50-2555

049-2506
051-2583

49-2449

049-2472
49-2481
49-2489
049-2498
49-2507
049-2509
49-2520
049-2532
49-2539

51-2625

54-2844

49-2442

55-2882
61-3230

049-2460

049-2472
49-2481
049-2497
049-2498
49-2507
049-2509
49-2520
049-2532
49-2539

051-2657

049-2459

057-2952
062-3298

49-2448
049-2460

49-2472
49-2481

051-2657

49-2459
49-2506
51-2583
57-2952

62-3298

051-2657

064-3434

951-2625
51-2657

51-2660

49-2412
49-2471
49-2519

52-2734
58-2998
64-3434

49-2428
49-2430
49-2432
49-2443
49-2445
49-2447
49-2449
49-2472
49-2489
49-2498
49-2509
49-2531
49-2539

49-2428
49-2430
49-2432
49-2443
49-2445
49-2447
49-2449
949-2481
049-2497
949-2507
49-2509
49-2531
€51-2625

077-4692

77-4692

054 -2844

949-2413

049-2420

49-2426
49-2427
049-2429
049-2430
49-2431
49-2432
049-2443
049-2444
49-2445
49-2446
049-2448
#49-2449

49-2460
949-2481
049-2489
49-2497
49-2498
949-2508
049-2520
049-2531
049-2539

051-2625
51-2637

54-2844

049-2413
#49-2420
4°-2426
13-2427
749-2429
949-2430
49-2431
49-2432

94°.2443

£49-2444

49-2445

49-2446

049-2448
049-2449
49-2460
949-2481
949-2489
49-2497

49-2498
49-2508
949-2520
49-2531
949-2539
051-2625

S1-26357

73-4255
079-4849

73-4255
€79-4849

949-2419
049-2420
949-2530

49-2419
49-2480
49-2530

053-2775

066-3632

53-2775
59-3070
66-3632