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AH-F832C-MC

November 1980

225 pages

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Document:	CZDMIC0 DMR-11,DMP-11 DMR-11 FCTNL DIAG NOV 1980 bw
Order Number:	AH-F832C-MC
Revision:	000
Pages:	225
Original Filename:	CZDMIC0__DMR-11,DMP-11__DMR-11_FCTNL_DIAG__AH-F832C-MC__NOV_1980_gray.pdf

OCR Text

DMR-11
DMP=1

DMR-11 FCTNL DIAG
CZDMICO

AH-FB32C-MC
EIGHE =] S0F =2

NOV

i980

COPYRIGH T2
MADE

use

980

DMR-11

DMP -11

DMR-11 FCTNL
CZDMICO

DIAG

AH-FB32C-MC
FICHE 2 OF 2

Noy
imo
oy 1980

MADE IN USA

R
AAnE
mn
sRE
g 0
B8] 108 A

B 1
CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 1

SE@

PROGRAM DOCUMENT

NLIST TOC

;

.REM 3

ol ol

PRODUCT CODE:

IDENTIFICATION

Re
AC=-FB30C-MC

PRODUCT NAME:

CZDMICO

DMR=11 FCTNL DIAG

FRODUCT DATE:

AUGUST 1980

MAINTAINER:

DIAGNOSTIC ENGINEERING

AUTHOR:

MIKE O'CONNOR

22
23

23
26

THE INFORMATION IN THIS DOCUMENT IS

SUBJECT

CHANGE WITHOUT

THE USE
SUPPLIED

OR
BY

RELIABILITY OF
DIGITAL OR ITS

27
28
%g

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.

3
32

NO RESPONSIBILITY IS ASSUMED FOR
SOF TWARE ON EQUIPMENT THAT IS NOT

«0

AFFILIATED COMPANIES.

THE FOLLOWING ARE TRADEMARKS OF DIGITAL EQUIPMENT CORPORATION:

DIGITAL
DEC

PDP

DECUS

UNIBUS

DECTAPE

MASSBUS

1
¢
CZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 2

PROGRAM DOCUMENT

2
3

6
7

CONTENTS

1.0 INTRODUCTION

2.0 HARDWARE REQUIREMENTS

7 0 PRELIMINARY PROGRAM REQUIREMENTS

4.0 GENERAL PROGRAM CONSIDERATIONS

15
16

4.1 DIAGNOSTIC SUPERVISOR
4.2 EXECUTION TIME

4.3 XXDP+

18
19

4.4 ACT/SLIDE
4.5
A

5.0 PROGRAM LOAD MEDIA

26
27
28
29
30
3
32
33
34
35

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
6.3.1.1 TESTS SWITCH
6.3.1.2 PASS SWITCH

20
21
%g

36
37
38

40
41

4.6 nenoav MANAGEMENT
4.7 MEMORY PARITY OPTION
4.8 ERROR LOGGING

6.3.1.3 FLAGS SWITCH
6.3.1.4 END OF PASS SWITCH
6.3.1.5 EFFECT OF START COMMAND

6.3.2 RESTART COMMAND

6.3.2.1 TESTS, PASS, AND FLAG SWITCHES
6.3.2.2 UNITS SWITCH

6.3.2.3 EFFECT OF RESTART COMMAND

43
44
45
46
47

6.3.3 CONTINUE COMMAND
6.3.3.1 PASS SWITCH
6.3.3.2 FLAGS SWITCH
6.3.3.3 EFFECT OF CONTINUE COMMAND
6.3.4 PROCEED COMMAND

49
50
51

6.3.4.2 EFFECT OF PROCEED COMMAND
6.3.5 ADD COMMAND
6.3.5.1 UNITS SWITCH
6.3.5.2 EFFECT OF ADD COMMAND
6.3.6 DROP COMMAND
6.3.6.1 UNITS SWITCH
6.3.6.2 EFFECT OF DROP COMMAND
6.3.7 PRINT COMMAND
6.3.7.1 EFFECT OF PRINT COMMAND

4«8

52
53
54
55
56
57

6.3.4.1 FLAGS SWITCH

SEQ

D 1
CZDMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 2-1

PROGRAM DOCUMENT

COMMAND
ITS SWITCH

FECT OF DISPLAY COMMAND
MMAND
FECT OF FLAGS COMMAND

COMMAND
FFECT OF ZFLAGS COMMAND
CHARACTERS

RDUARE PARAMETERS

OF TWARE PARAMETERS

EXTENDED DISCUSSION OF P-TABLE DIALOGUE
7.0 DEVICE

INFORMATION TABLES

8.0 TEST DESCRIPTIONS
9.0 ERROR INFORMATION
9.1 ERROR REPORTING

SEQ

—_—

£
CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 3

SEQ

N PON) =

cd b cd

N=OOVO NPV

s =

NN =2O 000 NN

WA -

PROGRAM DOCUMENT

1.0 INTRODUCTION

THIS

PROGRAM WILL BE
IMPLEMENTED USING THE
DIAGNOSTIC
SUPERVISOR AND A STRUCTURED PROGRAMMING APPROACH. BECAUSE
TYE
DESIGN WILL
CONFORM TO THE
SUPERVISOR
(STANDALONE
XS;S%E?;ETHE PROGRAM WILL BE COMPATIBLE WITH ACT, APT, XXDP+,
THROUGH DIALOGUE WITH THE OPERATOR, THE PROGRAM

WILL

ALLOW

MODIFICATICN OF DEVICE PARAMETERS, SUCH AS UNIBUS ADDRESS,
VECTOR ADDRESSES AND TEST CONFIGURATION.
IN ADDITION,
THE
OPERATOR CAN SPECIFY PARTICULAR TESTS
TO BE
RUN AND A
VARIETY OF LOOPING, RUNNING, AND REPORTING MODES.
DEVICE ERRORS WILL BE REPORTED AS THEY OCCUR.
THE REPORT
WILL
INCLUDE A TEST NUMBER AND DESCRIPTION OF THE ERROR,
ggagE:¥g BAD TEST DATA, AND APPLICABLE DEVICE REGISTER
THE FOLLOWING ARE THE REVISION LEVELS OF THIS DIAGNOSTIC:

REV A = INITIAL RELEASE

REV B = SUPPORT REMOTE LOOPBACK IN TESTS 17-19 PLUS BUG FIXES.
REV C = DETECT 1MSEC PROGRAM TIMER OUT OF RANGE IN TEST 10.
2.0 HARDWARE REQUIREMENTS

THE

FOLLOWING

HARDWARE IS REQUIRED TO RUN THE DMR-11 FUNCTIONAL

DIAGNOSTIC TESTS:

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

CONSOLE TERMINAL

DMR-11

3.0 PRELIMINARY PROGRAM REQUIREMENTS

IT IS ADVISED THAT THE STATIC DIAGNOSTICS BE RUN BEFORE THESE FUNCTIONAL
IT IS ASSUMED THAT THE PROCESSOR IS IN PROPER WORKING
26:8???8&(5.

ENSURE THAT THE SWITCH 1 AT LOCATION E-85 ON THE M8207 IS ON. IF THIS
SWITCH IS OFF, THE MAINTENANCE BITS IN BSEL1 CAN'T BE USED AND CERTAIN
TESTS WILL BE NOT BE CORRECTLY RUN.

WHEN CHOSING A CABLE TEST CONNECTION, ENSURE THAT TRE SWITCH PACK
E-39 ON THE M8203 IS PROPERLY SET UP FOR THE DESIRED INTERFACE.

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 3-1

SE@

PROGRAM DOCUMENT

58
59

IF CHOSING TEST CONFIGURATION OPTIONS 1=4, IT IS NOT NECESSARY TO
SELECT THE INTERFACE; HOWEVER THE BAUD RATE MUST Bg CORRECT.
FOR

EXAMPLE IF IT IS DESIRED TO RUN CONFIGURATION 3 (H3255-EIA), IT IS

61
62

NOT NECESSARY TO HAVE SWITCH 7 OF THE SWITCH PACK IN THE OFF POSITION.
IT 1S, HOWEVER, NECESSARY TO HAVE THE BAUD RATE SELETCTED TO BE

65
66
67
68

NOTE THAT A MANUFACTURING=ONLY PATCH IS REQUIRED TO RUN WHEN USING THE
SPECIAL MANUFACTURING TEST CONNECTORS. THIS PATCH WILL CHANGE THE
FLAG WORD 'MANUF' TO A NON=ZERO VALUE. WHEN THE FLAG IS NON-ZERO, THE
MAINTENANCE BIT IS SET BY A MODEM WRITE COMMAND IF THE V.35 OR EIA

gg
n

WITHIN THE EIA RANGE.

CNBOARD CONNECTORS ARE USED.

4.0 GENERAL PROGRAM CONSIDERATIONS

74
;g

4.1 DIAGNOSTIC SUPERVISOR

78
79
80
g;

THIS PROGRAM
IS COMPATIBLE WITH THE STANDALONE DIAGNOSTIC
SUPERVISOR, AND MUST BE LOADED TO BE CO-RESIDENT WITH THE
SUPERVISOR, OR BE PREVIOUSLY COMBINED WITH THE SUPERVISOR
AND LOADED AS A SINGLE FILE.
1IN EITHER CASE, THE COMBINED
PROGRAM WILL NOT EXCEED 16K OF MEMORY.

83
gg

4.2 EXECUTION TIME

86
g;

EXECUTION TIME IS DEPENDENT ON THE PROCESSOR SPEED AND THE
DMR BAUD RATE. EXAMPLES OF EXECUTION TIME

89
90

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

93
94
gg

4.3 AXDP+

97
gs

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

100

11/34 AND DMR AT 2.4K

4 AND 1/2 MINUTES
5 AND 1/2 MINUTES
10 MINUTES

MAY

RUN

4.4 ACT/SLIDE

103

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

4.5 APT

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

—

— i il il

wlelele]

}85

4.6 MEMORY MANAGEMENT

(INCLUDING

CZDMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-B0 11:38:40 PAGE 3-2

SEQ

B B B

N N N N N

— ————— R

N NN RO A

RO NI NI NI RO N

b b b s =

N=OOB®NO NSWN=OOVONOWVNSWN
2O 0 ~NOW

PROGRAM DOCUMENT

143

IF MEMORY MANAGEMENT IS AVAILABLE, IT IS USED BY CERTAIN TESTS IN THIS

FUNCTIONAL DIAGNOSTIC.

4.7 MEMORY PARITY OPTION

IF PARITY MEMORY

VWV WYV VAN
W

doouflgmzwm—-ooaflombuw—-

OO O O

MEMORY

PARITY

TRAPS

ARE

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

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

6.0 OPERATING INSTRUCTIONS

LOADING AND STARTING PROCEDURES

6.1.1

~N~wooo

INSTALLED,

4.8 ERROR LOGGING

6.1

—‘-.-‘-ld-.—.-‘d—.-‘-.-‘—.—.—.-‘-.-.-‘—.

DISABLED BY THE PROGRAH.

LOADING PRCCEDURES

1+1S PROGRAM MAY BE LOADED FROM PAPER TAPE USING THE
ABSOLUTE LOADER.
1T 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

LOCATION

PROCEDURES TO START THE PROGRAM.

200.

USE

STANDARD

DEC

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
THE DIAGNOSTIC CAN BE EXECUTED STANDALONE UNDER XXDP+,
WITHOUT READING THE REMAINDER OF THIS DOCUMENT, AS FOLLOWS:
A) LOAD AND START DIAGNOSTIC USING RUN COMMAND

B) RECEIVE DIAGNOSTIC SUPERVISOR IDENTIFICATION AND PROMPT (DRS-(>)
() ENTER STA<CR>

D) ANSWER HARDWARE AND SOF TWARE QUESTIONS

:
H 1
CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 3-3

PROGRAM DOCUMENT

172
—

i
i
B e
s
D
i
d
-d
b
b -

VOO bl ol o Lo To Jo Jo Lo Lo Jo Jo T o B b e g ~
(VR W N=OOONOWVEWN-2OVO~NO~ w

173
174

s =

OVOO
OV~

196

E) GE T 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 :

DPS LOADED
DIAG. RUN-TIME SERVICES

DR>

THE OPERATOR THEN PROCEEDS BY TYPING ONE OR MORE OF THE

COMMANDS DESCRIBED IN THE FOLLOWING SECTION 6.3. (FOR MORE

DETAILED INFORMATION, REFER TO THE DIAGNOSTIC SUPERVISOR
FUNCTIONAL SPECIFICATION).

6.3 PROGRAM OPTIONS
6.3.1 START COMMAND
2222222232222 2222222222222 2222222322222

2222022

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

(2222232222322 223 2222222222222

20022 220

02ttt Rll)

RRtRRRRRRRRl

)

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

PORINOND LS LST ST NI NI NI NI NI NI ST NI NN LN
= b b b b d b b e b
S
LY LY PONINOND
NO W~ W
= OOV N WV WN—=O

<TEST=LIST>

228

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 FRCM 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
THE DEFAULT IS TO EXECUTE ALL TESTS.
SPECIFICATION.

OF
ON

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

USED IN THE DEFINITION ONLY, AND ARE NOT TO BE TYPED BY THE
OPERATOR. SEE EXAMPLE AT END OF 6.3.1.5.
6.3.1.2 PASS SWITCH (/PASS:<PASS=CNT>)

<PASS=CNT> IS A DECIMAL NUMBER INDICATING THE DESIRED NUMBER

OF PASSES.
A PASS IS DEFINED AS THE EXECUTION OF THE FULL
DIAGNOSTIC (ALL SELECTED TESTS) AGAINST ALL UNITS SUBMITTED.
THE DEFAULT IS NON-ENDING EXECUTION.
IN THIS CASE EXIT FROM
THE PROGRAM IS ACCOMPLISHED EITHER BY TYPING A CONTROL/C OR
BY OCCURANCE OF AN ERROR WITH THE HALT ON ERROR FLAG BEING
ES;.OFTZEBE¥I; IS A RETURN TO COMMAND MODE. SEE EXAMPLE AT

SEQ

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.0% 30-JUL=-80 11:38:40 PAGE 3-4
NN
NN ~N

WIAN W NN NN ~N
NOWVES
W -=O 0

PROGRAM DOCUMENT

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

HALT ON ERROR, CAUSING COMMAND MODE TO BE

ENTERED WHEN AN ERROR IS ENCOUNTERED
LOOP ON ERROR, CAUSING THE DIAGNOSTIC TO LOOP
CONTINUOUSLY WITHIN THE SMALLEST DEFINED BLOCK
OF CODING (SEGMENT, SUBTEST, OR TEST) CONTAINING THE ERROR
INHIBIT ERROR REPORTING
INHIBIT BASIC ERROR REPORTS
INHIBIT EXTENDED ERROR REPORTS

LOE

IER
IBE
IXE

PRI
PNT
BOE

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

UAM

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

ISR
IDU
LOT
THE

FLAGS NAMED OR EQUATED TO 1 ARE SET, THOSE EQUATED TO 0

ARE CLEARED.
A FLAG NOT SPECIFIED IS CLEARED.
IF THE FLAGS
2:618? 6l§ 1N(S)T GIVEN ALL FLAGS ARE CLEARED.
SEE EXAMPLE AT

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

PASSES)
PRINTED.

IT
IS DESIRED THAT
THE
END
THE DEFAULT IS AT THE END OF

EXAMPLE AT END OF 6.3.1.5.

OF PASS MESSAGE BE
EVERY PASS.
SEE

6.3.1.5 EFFECT OF START COMMAND
THE EFFECT OF THE STAF[ COMMAND IS TO INITIATE THE HARDWARE
PARAMETER DIALOGUE, THE SOFTWARE PARAMETER DIALOGUE, AND
THEN THE DIAGNOSTIC TESTS THEMSELVES.

THE HARDWARE PARAMETER DIALOGUE COMMENCES WITH THE QUESTION
“# UNITS?'' TO WHICH THE OPERATOR REPLIES WITH A DECIMAL

NUMBER

N FROM 1 TO 16. THE TERM "UNIT" REFERS TO THE DEVICE

TO WHICH THIS SERIES OF DIAGNOSTICS IS DEDICATED. FOLLOWING
THIS ARE THE QUESTIONS WHEREBY THE P-TABLES THEMSELVES WILL

BE BUILT.
ALL

THE

EACH P-TABLE IS A CORE-RESIDENT TABLE

HARDWARE

INFORMATION

FOR ONE UNIT.

MUST SUPPLY N (NUMBER OF UNITS) VALUES

FOR

CONTAINING

THE OPERATOR

EACH

QUESTION.

HE MAY DO THIS BY GIVING ONE ANSWER TO EACH QUESTION (IN
WHICH CASE THE SERIES OF QUESTIONS WILL BE POSED N TIMES) OR

BY GIVING N VALUES, SEPARATED BY COMMAS, TO EACH QUESTION
(SERIES WILL BE POSED ONCE). EACH QUESTION IS FOLLOWED BY
THE

RESPONSE

RADIX

FOR

DECIMAL,

B FOR BINARY, O FOR

J 1
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 3-5

SEQ

PROGRAM DOCUMENT

286

OCTAL, L FOR YES/NO) IN PARENTHESES AND

289
290
%g;

FOLLOWING THE HARDWARE QUESTIONS ARE THE SOF TWARE QUESTIONS
TO BUILD THE SOFTWARE TABLES, WHICH DEFINE THE MODE
(QUICK
VERIFY ETC.) THAT THE DIAGNOSTIC WILL EXECUTE IN.

293
294
295
296

WHEN THE QUESTION '‘# UNITS?'' IS ANSWERED, MEMORY STORAGE
ALLOCATED FOR THE P=-TABLES, AND IF THERE IS NOT ENOUGH
ACCOMMODATE THEM THE HESSAGE "'TO0 MANY UNITS'' IS ISSUED.
THIS CASE THE DIAGNOSTIC MUST BE EXECUTED MORE THAN ONCE

%g;

297
298
%gg

AFTER THE PARENTHESES.

THE

DEFAULT

TEST ALL UNITS.

VALUE

IS
TO

IN
TO

EXAMPLE :

%85

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

303
304
305

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

g?g

THREE LETTERS ARE SCANNED.

506
307
308

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

g}%

6.3.2 RESTART COMMAND

31‘

2222222222223 22223232332222233333323232333333233333333332232223203}]

315
316

317

318
319

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

2222222222223 2222222332232233322323233333323233323233332232020%323}]

gg?

6.3.2.1 TESTS, PASS, AND FLAGS SWITCHES

322

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

%%9

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

328
329
330
33
332
333
334
335
336
337

CUNIT=LIST> IS A SEQUENCE OF DECIMAL NUMBERS (0,1 ETC.) OR
RANGES OF DECIMAL NUMBERS (0-5, B8-10 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 COHHAND.
SEE THE DISCUSSION OF ADD AND DROP COMMANDS BELOW. DEFAULT
IS TO TEST ALL UNITS WHICH HAVE NOT BEEN DROPPED BY A DROP

323
324
325

338
339
340

g:}

COMMAND.

6.3.2.3 EFFECT OF RESTART COMMAND

SEQ

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 3-6

PRGGRAM DOCUMENT

THE
RESTART
COMMAND D IFFERS FROM THE START COMMAND IN THAT
THE P-TABLES FROM THE P REVIOUS
START COMMAND
(THERE MUST

HAVE BEEN ONE)
ARE USED, INSTEAD OF NEW ONES BEING BUILT.
THE UNITS SWITCH GIVES THE ABILITY TO SELECT A SUBSET OF
THESE.
THE SOFTWARE DIALOGUE MAY OPTIONALLY BE REEXECUTED
(OPERATOR WILL BE ASKED). THE COMMAND CAN BE USED AFTER
COMMAND MODE HWAS BEEN REENTERED IN ANY OF THE THREE NORMAL
WAYS:
A) THE REQUESTED NUMBER OF PASSES HAVE BEEN MADE 8)
AN ERROR WAS ENCOUNTERED WITH THE HALT ON ERROR FLAG SET ()
A CONTROL/C WAS ENTERED BY THE OPERATOR.

6.3.3 CONTINUE COMMAND
2222323222222 22222222222

0200

CON(TINUE) /PASS : <PASS=CNT/FLAGS:<FLAG=LIST>
(2232

RitRdRRtRRRdd)

s 222222222222222222020220
0000 RRdRRdldl

6.3.3.1 PASS SWITCH (/PASS:<PASS=CNT>)
<PASS=CNT> IS SAME AS IN START COMMAND, BUT THE

DEFAULT

THE UNSATISFIED PASS=CNT FROM THE PREVIOUS START OR RESTART.

IF NONE REMAINS, THE DEFAULT IS NON-ENDING EXECUTION.

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

BUT

UNSPECIFIED

6.3.3.3 EFFECT OF CONTINUE COMMAND

CONTINUE MUST FOLLOW A START OR RESTART, AND COMMAND MODE
MUST HAVE BEEN ENTERED DUE TO A HALT ON ERROR Ok A
CONTROL/C. THE EFFECT OF THE COMMAND IS TO GO TO THE
BEGINNING OF THE TEST THAT WAS BEING EXECUTED WHEN THE HALT
OR CONTROL/C TOOK PLACE. SOFTWARE DIALOGUE MAY OPTIONALLY
BE REEXECUTED. HARDWARE PARAMETERS MAY NOT BE CHANGED.
6.3.4 PROCEED COMMAND
222
0R0RRRRRRRRdd)
R0
(2232222322322 223232222232222222322

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

Rt ARR AR RRRRRRERRRERROERRRRRROTRRORRRRRRRRARRARRRRROERARRRROERETS

6.3.4.1 FLAGS SWITCH (/FLAGS:<FLAG-LIST>)
<FLAG=LIST> IS AS IN THE
START
{(OMMAND,
FLAGS RETAIN THE!R CURRENT VALUE.

6.3.4.2 EFFECT OF PROCEED COMMAND

BUT

UNSPECIFIED

——

———

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL=-80 11:38:40 PAGE 3-7

SE@

PROGRAM DOCUMENT

400
401
402
403
404
405

PROCEED

MUST FOLLOW A START, RESTART,

COMMAND

OR CONTINUE.

MODE MUST WAVE BEEN ENTERED VIA A HALT ON ERROR.
THE

FOLLOWING THE ERROR CALL.

BEGIN

PARAMETERS MAY BE ALTERED.

EXECUTION

NEITHER

HARDWARE

COMMAND

THE EFFECT

THE LOCATION

NOR

SOF TWARE

406

407

408
409
610
W11
612
613
L4
615
416
67
418
419
420

421

422

423
624

6.3.5 ADD COMMAND
(3223222222222
8222222 2222220222202
20 R0 RRRRRRRddl

FOD/UNITS:<UNIT=LIST>
(2222322222222 3328222222222
22000000t RRRRRddd)

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.

EACH

TO AN EARLIER

DUE

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

PREVIOUSLY DROPPED.

6.3.6 DROP COMMAND
N

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

2322333322222 2322222322222 2222222222200

R R

R Y

020000 RRRRRdl)

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

6.3.6.2 EFFECT OF DROP COMMAND

THE UNITS SPECIFIED WILL BE DROPPED FROM TESTING.
THE UNITS
WILL BE RESELECTED ONLY BY THE EXECUTION OF AN ADD OR START
THE UNITS SWITCH MUST BE ENTERED. THIS COMMAND
COMMAND,
MUST BE FOLLOWED BY A RESTART OR A CONTINUE COMMAND.
6.3.7 PRINT COMMAND
ERRRAROROETRTY
Rtet
AR RRRRRRRAGRRRRRRRRR
ettt tt Rttt Rttdt
tttttdtt

PRI(NT)

(Y322222333323323 3232220222222

220

R R0

R0 RRRdRRRRiRld])

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 3-8

SE@

PROGRAM DOCUMENT

:g;

6.3.7.1 EFFECT OF PRINT COMMAND

459
460
225

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

463

222

6.3.8 DISPLAY COMMAND

466

467
4«68
469

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

2;}

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

2;2

CUNIT=LIST> IS AS IN THE RESTART COMMAND.

470

475

L L R

SINCE THE LAST
THE ISR (INHIBIT

R T R R TR

L L L L T L R T T R R T R R

:;9 3

6.3.8.2 EFFECT OF DiISPLAY COMMAND

478
479

THE HARDWARE P-TABLES FOR ALL UNITS UNDER TEST ARE PRINTED
OUT
IN THE FORMAT
IN WHICH THEY WERE ENTERED.
ANY UNITS

4«80

481
482
483

2%2

4«86

487

488

4«89
490

;

THAT WERE DROPPED BY THE

DESIGNATED.

OPERATOR

‘DROP''

(COMMAND

ARE

6.3.9 FLAGS COMMAND
TT
LI T ST TR T T T R R

FLA(GS)

RL
L T T LT
T
TT O T

23}

6.3.9.1 EFFECT OF FLAGS COMMAND

232

THE CURRENT SETTINGS OF ALL FLAGS ARE PRINTED.

495

28?

6.3.10 ZFLAGS COMMAND

498

RT
LT T T T T T T T Y

49
500

501
502

IFL (AGS)

R I
T LT L T T T T T T T T
Y

ggz

6.3.10.1 EFFECT OF ZFLAGS COMMAND

505
506
507

ALL FLAGS ARE CLEARED.

ggs

6.3.11

CONTROL

CHARACTERS

A CONTROL C (C) ENTERED DURING THE EXECUTION OF A DIAGNOSTIC CAUSES
A

RETURN

COMMAND MODE.

CONTROL

(2)

ENTERED DURING ONE OF THE THREE OPERATOR

-~ —

CZOMICO DMP=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 3-9

SE@

VAN A

Ngmguw-‘o-r DN VNN

2OV

~NONN S

VA TN TN
AN
NN VWA
N
WIWWIWNRINNI
N NONININIRNIN = =3 b b s b

PROGRAM DOCUMENT

538

DIALOGUES= HARD CORE QUESTIONS (SEE 6.2) ,HARDWARE DIALOGUE
(SEE 6.3.1.5), OR SOFTWARE DIALOGUE (SEE 6.3.1.5) CAUSES THE

DEFAULTS TO BE TAKEN FOR THE REMAINDER OF THAT DIALOGUE.

A CONTROL O (0) ENTERED DURING THE EXECUTION OF A DIAGNOSTIC
CAUSES
ALL TELETYPE OUTPUT TO BE SURPRESSED FOR THE
REMAINDER OF THE DIAGNOSTIC OR UNTIL ANOTHER
WHICH RESTORES NORMAL TELETYPE OUTPUT.

TYPED,

6.3.12 HARDWARE PARAMETERS
THE

FOLLOWING 3 QUESTIONS WILL BE ASKED ON A START COMMAND.

THE VALUE LOCATED TO THE LEFT OF THE QUESTION MARK IS THE
DEFAULT VALUE THAT WILL BE TAKEN ON A CARRIAGE RETURN

RESPONSE
.

CSR ADDRESS: (0)

160070?

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

UNIBUS.

THE

ALLOWABLE

THE

VECTOR ADDRESS: (0) 300 ?

RANGE

(OCTAL), AND THE DEFAULT VALUE 1S 160070.

160000-177776

539
540
gz;

THIS IS THE ADDRESS OF THE INPUT INTERRUPT VECTOR FOR THIS
THE ALLOWABLE RANGE 1S 000-674 (OCTAL), AND THE
DEVICE.
DEFAULT VALUE IS 300.

543
Sid

545
546
547
548
549

550

TEST CONFIGURATION 0 = INTERNAL (NO CONNECTOR)

(NOTE: MODE 1-4 ALLOWS
1 = H3254 - V.35
PROGRAM INTERFACE SELECTION)
2 = H3254 = INTEGRAL
3 = H3255 - RS232C/423
& = H3255 - RS422
S = CABLE AND SW PACK INTERFACE SELECTED

(V.35-H3250, INTEGRAL-BCSS5A-10, RS232C-H325, RS423/422-H3251)

551

« SELECT THE FOLLOWING ONLY If THE MODEM SUPPORTS LOOPBACK *

556

THIS QUESTION WILL COVER ALL THE POSSIBLE TEST CONFIGURATIONS.

552
553
ggg

557
558
559
560
gg;
563

6 = LOCAL LOOP
7 = REMOTE LOOP
(0) 5°?

THE DEFAULT IS FOR ACTUAL CABLE LOOPBACK (5). CONFIGURATION 0
WILL ENABLE LINE UNIT (TTL) LOOPBACK. IF THIS IS SELECTED NO
CABLES OR CONNECTORS SHOULD BE CONNECTED. CONFIGURATIONS 1-4
WILL SELECT THE INTERFACE REGARDLESS OF THE SWITCH SETTING AS
LONG AS THE PROPER BAUD RATE IS SELECTED (I1.E. EIA = 2.4K=19.2K).
‘

ggg

6.3.13 SOF TWARE PARAMETERS

566
567
ggg

THE ONLY SOF TWARE PARAMETER QUESTION ASKED BY THE DIAGNOSITC
CONCERNS A SOF TWARE TIMEOUT VARIABLE THAT IS USED TO PREVENT
SOF TWARE "HUNG'' CONDITIONS. TWIS VARIABLE IS A VALUE FORM 1-5.

570

SELECTABLE PROGRAM LOOP TIME-OUT VARIABLE

B 2
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL=-80 11:38:40 PAGE 3-10

SEQ

PROGRAM DOCUMENT

(REFER TO LISTING 6.3.13]

(MAX=5; MIN=1)

(0)

5 ?

THERE ARE TWO FACTORS THAT SHOULD BE CONSIDERED WHEN ANSWERING
THIS QUESTION.
THE FIRST IS PROCESSOR SPEED; THE FASTER THE
PROCESSOR THE HIGHER THE VARIABLE SHOULD BE.
THE SECOND IS

BAUD RATE; THE SLOWER THE DMR BAUD RATE THE HIGHER THE VARAIBLE
SHOULD BE.

FOR EXAMPLE:

11/70 WITH CACHE AND DMR AT 1 MEG.:
11/34 AND DMR AT 56K:
2
11740 AND DMR AT 2.4K:
3

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

(I.E.

11/70

6.3.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE

THE

FULL CAPABILITY OF THE HARDWARE DIALOGUE IS REVEALED BY

THE FOLLOWING DISCUSSION OF WHAT HAPPENS INTERNALLY.

AS SOON AS THE QUESTION ''# UNITS?'"

ANSWERED

(WITH

THE

NUMBER N,
SAY)
SPACE IN CORE !S ALLOCATED FOR N P-TABLES.
ALL OF THE P-TABLES ARE OF THE SAME FORMAT, AND THERE
IS
A

ONE-TO ONE
CORRESPONDENCE BETWEEN THE HARDWARE PARAMETER
QUESTIONS AND THE SLOTS IN THE P-TABLE FORMAT.

ON THE FIRST TRIP THRU THE QUESTIONS, ALL OF
THE SLOTS
IN
ALL OF
THE
P=-TABLES ARE FILLED.
IF THE OPERATOR TYPES IN
LESS THAN N EXPLICIT VALUES 1IN 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 SUBSEQUENT TRIPS THRU THE QUESTIONS, THE SAME PROCESS IS
CARRIED OUT, EXCEPT THAT THE EARLIEST P-TABLE NOT TO HAVE
RECEIVED AN EXPLICIT VALUE IN ANY OF ITS SLOTS NOW ASSUMES
THE ROLE THAT TABLE NUMBER ONE PLAYED IN THE FIRST TRIP.
THE SERIES OF QUESTIONS
IS REISSUED UNTIL AT LEAST ONE
QUESTION HAS RECEIVED N EXPLICIT VALUES FROM THE OPERATOR.

IN GIVING A STRING OF VALUES, COMMAS WITHOUT INTERVENING
VALUES MAY BE USED TO INDICATE A REPETITION OF THE LAST

NAMED VALUE.

A STRING OF VALUES MAY BE GIVEN AS A RANGE (6-10 FOR
THIS
EXAMPLE). IF THE VALUES REPRESENT PURE NUMERICAL DATA,

SAMPLE RANGE TRANSLATES TO THE STRING 6,7.8,9.10 (AN
THE SAMPLE
INCREMENT OF 1). IF THE VALUES ARE ADDRESSES,
RANGE TRANSLATES TO THE STRING 6,8.10 (AN INCREMENT OF 2).
NOW LET US SEE HOW WE COULD USE THESE CAPABILITIES TO
CONSTRUCT A SET OF P-TABLES. ASSUME THAT WE HAVE 16 UNITS,

———

¢ .2
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.07 30-JuL-80 11:38:40 PAGE 3-11

PROGRAM DOCUMENT

SEQ

AND THAT THERE ARE THREE HARDWARE PARAMETERS FOR EACH (THREE
SLOTS IN THE P-TABLE,
THREE HARDWARE QUESTIONS IN THE

DIALOGUE) .

gET 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
(0,1,2,...,15) EXCEPT FOR UNIT 12, WHICH SHOULD RECEIVE
THE
VALUE
11.
_LET THE DESIRED VALUE FOR THE THIRD PARAMETER BE
THE NUMBER 76 FOR THE FIRST 7 UNITS AND THE NUMBER 77 FOR
THE LAST 9 UNITS.
THE FOLLOWING DIALOGUE WOULD ACCOMPLISH THIS GOAL:

# UNITS (D)

UNIT O

? 16

<QUESTION 1> ? 75
<QUESTION 2> ? 0-6

<QUESTION 3> ? 76

UNIT 7

<QUESTION 1> ?
<QUESTION 2> ?

7-11,,13-15

<QUESTION 3> ? 77

D 2
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 4

SEQ

[ L

=
= OOVONOWVESWN—-0O0VoN O NN

PROGRAM DOCUMENT

FIRST
TIME THE SERIES IS A SKED, SLOT ONE necexvss 3 7s
IN ALL 16 TABLES.
SLOT TWO RECE IVES T HE VALUES 0,1,2 e
IN TABLES O THRU 6 AND A CONSTA NT 6 I
SLOT THREE RECEIVES A CONSTANT 7 6 IN A L 16 TABLES.
THE

f TABLES 7 fu

THE SECOND TIME THRU THE SERIES, TABLES E S 7 THRU THE END ARE
GOING TO BE AFFECTED (NOTE THAT THIS P I PIECE OF INFORMATION IS
PRINTED OUT FOR THE THE OPERATOR IN THE FORM ‘UNIT XX AT
THE BEGINNING OF EACH SERIES).
QUESTION 1 IS RESPONDED TO

BY A <CR>, SO SLOT ONE STAYS AT CONSTANT

1IN

TABLES

TYRU 15, SINCE NO NEW EIPLICIT VALUES ARE rvpeo IN

SLOT TWC

AN 11 IN SLOT 12,AND GETS THE VALUES 13 14is IN
GETS
}:gtc§s13 THRU 15. SLOT THREE GETS THE VALUE 77IN TABLES 7
GETS THE VALUES 7.8,9,10,11 IN TABLES 7

THRU

AND

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

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-B0 11:38:40 PAGE 5

SE@

7.0 DEVICE INFORMATION TABLES

SEE THE GLOBAL EQUATES SECTION FOR DEVICE CSR BIT.DEFINITIONS

M
A

TEST 1

= DMR-11

VERIFY THAT ADDRESSING THE & UNIBUS CSRS DOES NOT CAUSE A NONEXISTENT MEMORY TRAP.

* %

;* THE DMR IS AN NPR DEVICE RESIDING ON A UNIBUS.

* %

COMMUNICATION
BETWEEN THE MAIN CPU AND THE DMR IS ACCOMPLISHED THROUGH A
SET OF FOUR 16-BIT UNIBUS CONTROL AND STATUS REGISTERS (CSRS).
THE FOUR REGISTERS ARE ASSIGNED ADDRESSES IN THE 1/0 PAGE
FLOATING ADDRESS SPACE: 76XXX0 = 76XXX6

NI NI N

;*
;*
;*
;*
M

PPN

b ad

NN = OO0 NOWV

VIS

b e

R R
T
L
T T T T T T T
R R R R
Y

8.0 TEST DESCRIPTIONS

cd e

NN = OO0 NON N

PROGRAM DOCUMENT

NOTE: THIS TEST IS REDUNDANT IN THAT STATIC LOGIC TESTS SHOULD
HAVE BEEN RUN BEFORE THESE FREE-RUNNING TESTS WERE STARTED, AND

‘%
M

THEY SHOULD HAVE DETECTED ANY CSR ADDRESSING PROBLEMS.

BUT JUST IN CASE THOSE STATIC TESTS AREN'T RUN, WE'LL BE SAFE.

AR AR R AR

RN R

RN AR ARRARRRAARARERRARAAROREERATRRRR
RS

26
R

TEST 2 - DMR-11
o
;* ROM CRC/CCITT = CHECK ROM POSITION AND CALCULATE CRC/ZCITT.

THE

;* LAST & BYTES CONTAIN INFORMATION ABOUT THE ROM TO CHECK. THE 1ST
;* OF THESE BYTES CONTAINS THE ASCII VERSION NUMBER. THE 2ND BYTE
;* CONTAINS THE ROM NUMBER. THE 3RD AND 4TH BYTES CONTAIN A NEGATIVE
;* CRC/CCITT WORD FOR THE ROM.

;*
;@
;e

LOCATION

;e
:®

E05
E14

;e
;e
:®

E03
£02
E04
E0

ceannennnenenent

CHIP NO.

0
1
2
3

CHIP ADDRESS RANGE
BYTE
ADDRESS RANGE
0000 - 1777
LOW

b
5

[MPORTANT

HIGH
LOW
HIGH

LOwW
HIGH
111 EHITTI]

0000 - 1777
2000 - 3777
2000 - 3777

4000 - 5777
4000 - 5777
ganneattatattntttttateteatttenes

;* FOR THIS TEST TO RUN CORRECTLY, ENSURE THAT SWITCH 1 AT LOCATION
‘« EBS ON THE M8207 IS ON. IF THIS SWITCH IS OFF, BSEL1 WILL BE
;* LOCKED OUT AND THE MAINTENANCE FEATURES WILL NOT BE ENABLED.
X

222322222322332323 3222222222022

:*
;e
;e
:®
:®

0000

RRRRdRRdRRRRRnRdd)

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

t""t""'.."'"""'""""'Q.".Q"..""tt""'..'".".'!'."'

SEQ

*
*

h
h

*
*
*

*
M
*
*

PONI N

*
*

MASTER CLEAR

TEST 3 - DMR-

THIS TEST WILL ISSUE 2 MASTER CLEARS.

EACH CALL TO THE MASTER
CLEAR ROUTINE WILL ENSURE THAT THE RUN BIT WILL BE SET.
ALSO
THE MASTER CLEAR WILL CAUSE THE DIAGNOSTIC MICROTESTS TO BE
RUN WHEN THE MICRODIAGNOSTIC BIT (BIT 13 IN SELO) IS CORRECTLY
SET OR CLEARED. BECAUSE THE RUNNING OF MICROTESTS DEPENDS ON THE

EXCLUSIVE OR OF THE

Rt RRRRRRRRRRRRCCECECECERRCERRRROERRRRRRRRRRARRARRARROERAROORRRRRROROEOEOEROROETRTS

N=OOVONOWVNEWN=2OOONO
VWA -

PROGRAM DOCUMENT

HARDWARE SWITCH 10 ON E134 OF THE M8203 AND

THE MICRODIAGNOSTIC BIT, WE CAN'T KNOW WHETHER THE SETTING OR

CLEARING OF BIT 13 WILL RESULT IN THE RUNNING OF MICROTESTS.
THEREFORE THE MASTER CLEAR SUBROUTINE WILL TOGGLE

(I1.E. SET

BIT 13 ONLY ON EVERY OTHER MASTER CLEAR) THE SOFTWARE BIT.

THIS WILL ENSURE THAT REGARDLESS OF THE POSITION OF THE
HARDWARE SWITCH, MICROTESTS WILL BE RUN EVERY OTHER MASTER CLEAR.

WHEN RUNNING THIS TEST, WE EXPECT TO ADD THE RESULTS OF BSEL3
AFTER EACH MASTER CLEAR.

BSEL3 = 100
= MICROTESTS DISABLED
= MICROTESTS RUN SUCCESFULLY
BSEL3 = 200
gépagsngSULT OF THE 2 MASTER CLEARS IS NOT 300, AN ERROR IS

Rl
*
*

ADDITIONALLY THIS ROUTINE WILL REPORT WHENEVER THE RESULT OF
THIS WILL MEAN THAT THE DEVICE IS NOT A DMR
??5%3 éac?.

* 2222222222233 22222222

2222222222222 2232222222022

2222322223223 2333222223 2322222322223 2232232202220
k3
*

BASE

R0ttt

RRtlll

)

TEST 4 - DMR-11

IN COMMANDS

SUBTEST 1

*
*
*

.
*
*

SUBTEST 2

= ISSUE A BASE IN

- DMR MODE.
ENSURE THAT THE DMR MODE BIT (BIT &) IS SET IN
THE MICROCODE SCRATCH PAD 7 AND THAT THE DDCMP
MESSAGE VARIABLES ARE PROPERLY INITIALIZED.
= ISSUE A BASE IN = DMC MODE.
ENSURE THAT THE DMC MODE BIT (BIT &) IS CLEAR IN
THE MICROCODE SCRATCH PAD 7 AND THAT THE DDCMP
MESSAGE VARIABLES ARE PROPERLY INITIALIZED.

*
. ttttttRtttdt ettt tt

———————————————————————

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 6

Rttt REOERRORRRRROEROERRRRORRRORRRARRRORRRRORROERRORROETRATY

6 2
CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL=-80 11:38:40 PAGE 7

SE@

PROGRAM DOCUMENT

:* DMR COMMANDS

6
g

:®
:®

T T
R T Y

TEST 5 = DMR-11

SUBTEST 1

= ISSUE AN ENABLE EXTENDED ERROR COMMAND AND CHECK THAT

SUBTEST 2

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

THE EXT. ENABLE BIT IS SET IS SCRATCH PAD 13. THEN
?gSéE%ERElTENDED ERROR AND CHECK THAT THE ENABLE BIT

9
10

;*
:®

};

THE BASE TABLE AFTER HALTING THE DMR.

‘'

Tt
R RN AR TR R RN R RN
R R RN R AR

21
22

;*
:®

23
%g

CONTROL IN COMMAND TEST =

.
;*

SUBTEST 2

26
27
28
29
30

;*
s
;*
:*
:*

TEST 6 = DMR-11

SUBTEST 1

SUBTEST 3
SUBTEST &

:®

35
34

= CONTROL IN, FULL DUPLEX, DDCMP MODE. ENSURE THAT
THE HALF=-DUPLEX BIT IS CLEAR IN THE MODEM STATUS WORD,

ALSO ENSURE THAT DDCMP MODE BIT IS SET IN SCRATCH PAD 7.
-~ g??T?gLSé¥. HALF DUPLEX. ENSURE THAT THE HALF DUPLEX
&

= CONTROL IN, MAINTENANCE MODE. ENSURE THAT MAINT. MODE
BIT IS SET IN SCRATCH PAD 7.
= CONTROL IN USING SELECTED LOOPBACK. ISSUE A CONTROL IN
USING THE USER SELECTED LOOPBACK. IF THE LOOPBACK IS
NOT CORRECT, DMR RUN MODE ACKNOWLEDGE WILL NOT BE
RECEIVED.

>
AR
NIRRT R RN AR R RN RO TR ARAY
* "

:
1.

SRR TR
R R R R RN RN RO R AR

;* MODEM WRITE COMMAND

41
v

;*
it

43
44
45

s
;*
:®

SUBTEST 1

SUBTEST 2

TEST 7 - DMR-11

I T LR

= WRITE DATA PATTERNS INTO THE MODEM WRITE REGISTER.
ENSURE THAT ON THE NEXT MODEM READ THAT THE

MICROCODE RETURNS THE PATTERN WRITTEN INTO BSEL6.
= ATTEMPT TO WRITE BOTH THE HALF-DUPLEX BIT AND THE
RTS HOLD BIT. THE MICROCODE SHOULD NOT ALLOW THIS
TO HAPPEN. WHEN READING THE MODEM STATUS, ONLY
THE HALF-DUPLEX SHOULD BE SET.

LR L L

R T

R T TR R

LAY

SEQ

PROGRAM DOCUMENT

‘e

e
9
10
12

13
14
15
16

SUBTEST 1

i«
e
;e

SUBTEST 2

—————————

C2OMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL=-80 11:38:40 PAGE 8

TEST 8 - DMR-11

= TRANSMIT A BUFFER THREE TIMES WIHOUT ASSIGNING A
RECEIVE BUFFER.
BY ASSIGNING A NO BUFFER THRESHO.D
OF THREE, ENSURE THAT A NO BUFFER ERROR IS RECEIVED

AFTER THE THIRD THRANSMISSION.

= TRANSMIT A BUFFER WITHOUT A RECEIVE BUFFER.
ASSIGN THE NAKS THRESHOLD OF 3 AND A NO BUFFER
THRESHOLD OF 7.
CHECK THAT THE NAKS ERROR COUNT IS
THREE AFTER SHUTDOWN.

'tt"'t't't"'t'"""Q"""""'Q."Ol."t"tt"""".'.".'.tt""

.Q.'QQ.'.t.t"t""Q"""'t"""'."".t"""'tQt"""."""""t

18
19

v
TEST 9 = DMR=11
:* NON-EXISTENT MEMORY (NXM) ERROR CHECK

:* REPORTED xu EACH OF THE FOLLOWING SUBTESTS:

22
23

27
28
29
30
31

:« PERFORM DMR COMMANDS USING NXM ADDRESSES; VERIFY THAT NXM ERROR IS
i+
i+

i«
M

]

SUBTEST1
SUBTEST 2

SUBTEST 3

=
=

BASE IN RESUME COMMAND - BASE TABLE ADDRESS IS NXM
BA/CC IN RECEIVE COMMAND - BA/CC IN ADDRESS IS NXM

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

:".'t'.'ttt'ttt.'"'"'""""".'t.".t.t'tt'.tt.t't'.'."i"."tt'

'tt't..tl..t'tt"t'tt""'"'Q"t"'.'.'lttt.tQ..l!'t.."t"'t."""t

32
33
34

TEST 10 = DMR=11
;
,- TIME OUT - FORCE A TIMEOUT AND VERIFY THAT THE ERROR IS REPORTED.
ce THIS resr WILL ALSO USE AN APPROXIMATE TIMER TO DETERMINE IF THE

:....""Qt.t't'tt"'t'."'"'t"'t.l'."l.'.'ttt.'tt'.t"ttt'."t""

gg
38
39

.- M82071 MSEC. PROGRAM TIMER IS OUT OF RANGE.

‘2

.tt'.'.t.l"'.t""t't""""'..'.'.'t.'t.tt"Q'tt'..t.'tttt.t't'.l'l

i«

43
44

‘7

e
i
N

]

TEST 11 = DMR=11
MESSAGE TOO LONG = TRANSMIT A MESSAGE THAT IS TOO LONG FOR THE

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

:'t..tt"t!t.tt'."""""'.'.l'..'t't"!ttiilt'tfi'.l.'l."'t"'tt"'

[ 2
CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE 9

SE@

ii 2222322222222
R s iR
iRttt
R RdRRRRdddddd)

TEST 12 = DMR-11

PROCEDURE ERRORS =

A PROCEDURE ERROR:

;*
;*
;*
;*

SUBTEST
SUBTEST
SUBTEST
SUBTEST

;*
;*

THE FOLLOWING SHOULD CAUSE THE DMR=11
SUBTEST 1

)

2
3
&4
S

=
=
=

TO HALT AND RESPOND WITH

A SECOND BASE IN COMMAND

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

R R
I T
L L T LT T T T R R T R R R

VIS

ORI RN

NI N

NN =2 OOV

CHRRRRRRRRAARRR AR

cd i e

VS WN 2O

00NN

PROGRAM DOCUMENT

RN R RN RN NRRRRRARANRRRARARAARRROROARNRROEOTROOROETRTS

TEST 13 - DMR-11

;* FREE RUNNING FLAG MODE DATA TEST

;* TRANSMIT
A MESSAGE AND VERIFY THE RECEIVED DATA IS CORRECT.
;* IN THIS TEST NO INTERRUPTS ARE USED AND THE LINE UNIT IS IN

;* INTERNAL (TTL) LOOPBACK.

THIS TEST IS THE FIRST TEST IN WHICH

2222222222322 22223222222

;* THE DMR IS USED IN A DATA TRANSMISSION MODE.

2 Rttt
RRRRRdRddd)

RT
L L T T T T R
R R T R R R TR
Y

;*
;*
;*
*

TEST

14 - DMR-11

IN THIS TEST - SEE IF WE HAVE MEMORY MANAGEMENT, IF SO SEE IF WE
HAVE THE MEMORY TO CHECK BITS 16 & 17 IN SEL6.
THIS WILL ALLOW
US TO TRANSFER DATA USING THOSE EXTENDED ADDRESSING BITS. AS IN
ng; 13 THE TEST IS NON-INTERRUPT AND INTERNAL (TTL) LOOPBACK IS

;v U

tt.'..'Q"'.t."'"""""'QQQ'..'tt."".".'t.'t.'fi'."t"""'."

—

J 2
CZDMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 10

PROGRAM DOCUMENT

sEQ

.Q'ttttt"tt"'tt'Q"Q't"""t"'t'tt"fitttltt't"".ttt"t."""'t'

S
6

7
8

;v
:*
;%
:*

12
13
14
15
16
17
18
19

it
T
i
i
i
I
o
I

9
10
1"

;* RESUME BASE

i
i
i

BASE

HALT

it
e
;%
i

HALT
2 BA/CC
HALT
1 BA/CC

BASE IN RESUME
IN TRANSMIT
BASE IN RESUME
IN TRANSMIT

I
L

RECEIVE
BASE
RECEIVE
BASE
RECEIVE
BASE
RECEIVE
BASE

IN RESUME

BASE IN
CONTROL IN
HALT
-

IN
IN
IN
IN
-

29
30

«+ WILL NOT RUN IF MODEM LOOPBACK IS SELECTED #+
IN THIS TEST THE DMR WILL TRANSMIT AND RECEIVE 7 BUFFERS. DURING THE
TEST THE DMR WILL BE WALTED AND RESTARTED BY A BASE=IN RESUME IN THE
FOLLOWING MANNER:

2 BA/CC
HALT
2 BA/CC
HALT
2 BA/CC
HALT
1 BA/CC
HALT

23
24
25
26

TEST 15 = DMR=-11

IN = DMC MODE

2 BA/CC IN TRANSMIT

IN RESUME
IN RESUME
IN RESUME
IN RESUME

BASE IN RESUME

2 BA/CC IN TRANSMIT

HALT

BASE

IN RESUME

]

.
i
T

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

bR]

33
34
35
36

i
;.
T
I

40
A

“

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE SBUFFS. THIS
SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
SEVEN RECEIVE AND SEVEN TRANSMIT BUFFERS. THE ROUTINE WILL
ATTEMPT TO USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING
HIERARCHY:

A. IF THERE 1S MEMORY MANAGEMENT, USE A PAGE ABOVE 32Kk.

B. IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER

THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

I
i
. "

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

:tttt'tttt'tt.t't'tttttttt't'ttt't.'t.ttt'ttl'tttt'itt'ttttt't'tt"ttt

—

CZDMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 11

SEQ

PROGRAM DOCUMENT

:X 2222222222232 3222222222222222222322323233233322222332332332323233232323232332222223]

TEST 16 = DMR=11

;* RESUME BASE

7
g
9

;* FOLLOWING MANNER:
i
BASE IN
o
CONTROL IN

S
.

1
12
13
14
15
16
17
18
19

22
23
24
25
%9

IN = DMR MODE

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

ot
e
e
e
i
e
v
e
1

v
e
e
e
e

HALT

2 BA/CC
HALT
2 BA/CC
HALT
2 BA/CC
HALT
1 BA/CC
HALT
2 BA/CC

HALT

IN
=
IN
=
IN
=
IN
=
IN

BASE

RECEIVE
BASE
RECEIVE
BASE
RECEIVE
BASE
RECEIVE
BASE
TRANSMIT

IN RESUME

IN RESUME
IN RESUME
IN RESUME

BASE IN RESUME

2 BA/CC IN TRANSMIT

HALT
2 BA/CC
HALT
1 BAZCC
HALT

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

28
29
gg

I
e
i

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

32
33
34
35

v
ot
I
e

40
25
43
“

HIERARCHY:

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

B. IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER

it
e

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

e
b

]

THAN 2K BYTES, USE THAT MEMORY

.X 332222222222223222222 3

23222 2

RRRRRRRRRRRRRRRRRRRRd])

CZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE ‘I%
PROGRAM DOCUMENT
L

SEQ 24

.1222223222222 2228222222222222222333232332333333322322322232222323222223223}]

:* INTERRUPT DRIVEN EXERCISE

TEST 17 = DMR=11

:* IN THIS TEST 64 BUFFERS WILL BE TRANSMITTED AND RECEIVED
.t

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

1
12
13

i
T
T

)
13

17
18
19

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

it
o®

THE BUFFERS ARE DETERMINED IN TME SUBROUTINE $BUFFS.
THIS
SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
64 RECEIVE AND 64 TRANSMIT BUFFERS.
THE ROUTINE WILL

a;;g::zuzo USE AS LARGE BUFFERS AS POSSIBLE IN THME FOLLOWING
B

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

T
T
i

B. IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER
THAN 2k BYTES, USE THAT MEMORY
C. IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE

THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

i
. ®

:Qt'tttttttttttt'tttt"t""t"'t'Qttl't.t'.t'ttlQQ..'.Q""'QQQ""'Q

:tt'QQ'lttt.ttttt"tt""'tt"""'t."ttt'ttt!tt."ttt'ltttttttt"t't

:* LARGE MESSAGE

23
24

TEST

18 - DMR-11

i IN THIS MODE TRANSMIT AND RECEIVE 1 LARGE BUFFER

30
31

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

;* THE RECEIVE/TRANSMIT TABLE.

34
35
36
37

i
*
.
.

40
A
42
22

‘s

it
I
.
I

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS. THIS
SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
ONE RECEIVE AND ONE TRANSMIT BUFFER. THE ROUTINE WILL
ATTEMPT TO USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING
HIERARCHY:

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

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

:Qtttttttt'ttfitttfifit"tt""tt"tlttt.ttlttt'..'tt't'ttttt't'tttl"t't

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 1§

SEQ 25

—

angui*:un
3=~e
VB WN = WO
OO0 ~ NV

PO PNI NN

tQQ'"Q"'Q'.."'"Q"""""Q'Q.""."'."ttt"""""""."'."

......0....-.......

cd o ed b

WN OOV NOWVWN OO0 N NS W=

PROGRAM DOCUMENT

TEST 19 = DMR-11
;* HAINTENANCE MODE OPERATION
o THE BA/CC OUT RECEIVE AND TRANSMIT WILL BE ACCOUNTED FOR AND
;* THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST
;* THE RECEIVE/TRANSMIT TABLE.

14
*
;e
;¢
v

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS.
THIS
SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
ONE RECEIVE AND ONE TRANSMIT BUFFER. THE ROUTINE WILL
:}EE:;I“IO USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING
:

:*
;e

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

THAN 2K BYTES, USE THAT MEMORY
C. IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE
THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

;¢
o
M

;e RERRRRARARNR RN

RN RN RN

RN RANRNANRRARARRORARRARCORARNROROROERNOES

9.0 ERROR INFORMATION

9.1 ERROR REPORTING

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

THE FOLLOWING EXAMPLE PROVIDES A TYPICAL ERROR REPORT, WHICH

DESCRIBES

‘‘IRDY

NOT SET'' ERROR, AND PROVIDES THE PC OF

THE ERROR CALL AND THE PC OF
THE CALL TO THE SUBROUTINE
REPORTING IT, THE FAILING REGISTER NAME, AND DEVICE REGISTER
CONTENTS :

g}ggfl°8¥c FTL ERR 00002 ON UNIT 00 TST 006 SuB 000 PC:

ERROR IN SUBROUTINE CALLED AT PC: 036174

BUFFER STATUS

7
48

IN = RCV ASSIGNED:
OUT = RCV RETURNED:

“5
46

49
g?

52
53
54

016210

# OF BUFFERS: 7
BUFFER SIZE: 2048

7
0

XMIT ASSIGNED:
XMIT RETURNED:

DMR RUN ACKNOWLEDGE NOT RCVD
(CHECK INTERFACE, BAUD AND TURNAROUND)

7
0

ALL THE MESSAGES IN THE DIAGNOSTIC USE BASIC MESSAGE CALLS.
THEREFORE THE INHIBIT EXTENDED ERROR FLAG WILL HAVE NC
EFFECT ON THE MESSAGE OUTPUT. THE INHIBIT BASIC MESSAGES WILL
gflfilfllf THE ERROR MESSAGES.

CZDMICO DMR=-3i1 FUNCTIONAL TESTS MACRO v03.01 30-JuL-B0 11:38:40 PAGE 14

SEQ

PROGRAM DOCUMENT

10
1"
12
13
14

002000

.=2000

LMCALL

}z 002000

sv(C

17
18 002000

21
22
23
b
25
26
%;

29
30
31

gg 002000
43

L6
45

SvC

; INITIALIZE SUPERVISOR MACROS

BGNMOD

000001
000001
000001
000001
000001
000001
000001

SLSTIN=
SLSTTAG=
SVCINS=
SVCTST=
svisue=
Sv(GBL=
SVCTAG=

H
:
:
:

1
1
1
1
1
1
1

;

LIST INSTRUCTIONS

;
;
:
;
:

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. YOU MAY
CHANGE THE SYMBOLS AT ANY POINT IN YOUR PROGRAM.
POINTER BGNSW,BGNDU,BGNSFT

8
CZDMICO
DMR=11
FUNCTIONAL
TESTS
MACRO
v03.01
30-JuL-80
11:38:40
PAGE
12
PROGRAM HEADER
PROGRAM HEADER

THE PROGRAM HEADER MACRO CHARACTERIZES THIS DIAGNOSTIC. THE
HEADER MACRO'S ARGUMENTS ARE FILE NAME, RELEASE LEVEL, PATCH
DISPOSITION OF THE MOST RECENT PATCH MAXIMUM TEST TIME IN SEC.

AND THE TYPE OF DIAGNOSTIC (0-SEQUENTIAL, 1-EXERCISER).
ARGUMENTS ARE IN RESPECTIVE ORDER.

=S OOV

—

NO NS WA —

gTTL

SEQ@ 27

HEADER CZ0MI1,C,0,600.,0

::
LSNAME

LSREV::
LSDEPO::

000000

001130

036670
037624
002174

002224

040100

000000
000000

000000

002124

000000
000000
000000

003
003

LSUNIT::

LSTIML::
LSHPCP::
LS$SPCP::
LSHPTP::
LS$SPTP::
LSLADP::

LS$STA::
L$CO::

LSDTYP::
LSAPT::

LSDTP::
LS$PRIO::
LSENVI::

LSEXP1::
LSMREV::

THESE

LASCII
LASCII
LASCII
LASCII
LASCI1I

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

.BYTE
.BYTE

0
0
0

LASCI!

/C/

ASCII

/0/

.WORD

600.

.WORD

LSHARD

.WORD

LSSOFT

.WORD

LSHW

.WORD

LSSW

.WORD

LSLAST

.WORD

LSDISPATCH

.WORD

.BYTE

CSREVISION
CSEDIT

¢ .3
CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL=B0 11:38:40 PAGE 15-1

SEQ

PROGRAM HEADER

002052

002052
002054
002056
002056
002060
002060
002062
002062
002064
002064
002066
002066
002070
002070
002072
002072

000000
000000

002074
002076
002076
002100
002100
002102
002102
002104
002104
002106
002106
002110
002110
002112
002112
002114
002114
002116
002116
002120
002120

000000

NOPRONONNNONVNN) = -

ONOWVNSWN =O 0N

002074

LSEF::

L$SPC::

000000

LSDEVP::

010236

LSREPP::

000000

LSEXP4::

000000

LSEXPS::

000000

LSAUT::

000000

LSDUT::

023602

LSLUN::

LSDESP::

010244

LSLOAD::

104035

LSETP::

000000

LSICP::

020440

LS$CCP::

022034

LSACP::

021744

LSPRT::

020432

LSTEST::

000000

LSDLY::

000000

LSHIME::

000000

.EVEN

.WORD
.WORD

O
O

LWORD

.WORD

LSDVTYP

LWORD

LMWORD

WORD

.WORD

LSOU

.WORD

LSDESC

EMT

ESLOAD

.WORD

LSINIT

.WORD

LSCLEAN

.WORD

LSAUTO

.WORD

LS$PROT

.MWORD

D 3
CZDMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 16

DISPATCH TABLE

SEQ

;

.SBTTL

3
4
S

-/////////////////////////////////////////////////////////////////////////////
/ THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACM TEST.
/ 1T 1S USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST.

8 002122

002122

000023

002124
002126
002130
002132
002134
002136
002140
002142
002144
002146
002150
0nz152
002154
002156
002160
002162
002164
002166
002170

023662
024172
025506
025640
026666
030100
030660
031302
032004
032516
032742
033122
034026
034556
036322
036426
036474
036544
036614

[

OCOVONO>O

002124

DISPATCH TABLE

DISPATCH 19

I I 111 111101177000700717107100017100001101010011011111
.WORD

LMORD
MWORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.MWORD
.WORD
.WORD
.WORD
.WORD

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

LSDISPATCH::

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 1;
DEFAULT HARDWARE P-TABLE

—t

WO
(=Rre
. ]~

Ngm
POPNIPI
NI N 00NOWVSWN
b cd i i d cd
Vi
SN0
-

OOV

NO VWA=

.SBTTL

SEQ

DEFAULT HARDWARE P-TABLE

//////////////I/////////////////////////////////////////////////////////////
/ THE DEFAULT HARDWARE P-TABLE CONTAINS DEFAULT VALUES OF
/ THE TEST-DEVICE PARAMETERS.
*+NOTE = MANY OF THE P-TABLE VALUES LISTED
/ BELOW ARE NOT USED IN THIS DIAGNOSTIC BUT ARE INCLUDED TO AGREE WITH
;/ MB207 & MB203 DIAGNOSTIC P-TABLES.

///////////////////////////////////////////////////////////////////////////
002172
002172
002174
002174

002174

000013

000000

160070

000300
000000
00

002220
002222
002222

000000

BGNHW

DFPTBL

LSHW::
DFPTBL::
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WOPD
.WORD
.WORD
.WORD
.WORD

ENDHW

160070

.WORD

s *«NOT USED - MICROPROCE SSOR TYPE
:DMR11 CSR UNIBUS ADDRES S DEFAULT
;DMR11 INTERRUPT VECTOR DEFAULT
;*+«NOT USED = PRIORITY L EVEL
; #*NOT USED = LINE UNIT
;*«NOT USED = SWITCH PAC K #1 (REG 11)
s *«NOT USED = SWITCH PAC K #2 (REG 15)
s *«NOT USED = SWITCH PAC K #3 (REG 16)
:CABLE TURNAROUND (DEFAU LT = CABLE(5))
;*eNOT USED = BAUD RATE
;*«NOT USED = RUN SWITCH

L10000:

L10000-L$HW/2

CZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 18

DEFAULT SOF TWARE P-TABLE

SE@

.SBTTL

'////////////////////////////////////////////////////////////////////////////

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

4
5

/ THE SOFTWARE P=TABLE CONTAINS THE VALUE OF THE PROGRAM
/ PARAMETERS THAT CAN BE CHANGED BY THE OPERATOR.

8 002222

002222

000001

10 002224
1"
12 002226

000005

002224
’ 002224

14
15
16
17

DEFAULT SOFTWARE P-TABLE

002226

BGNSW

SFPTBL

L$SW::
SFPTBL::
SPEED:
ENDSW

.WORD

;PROCESSOR SPEED VARIABLE USED
;70O ALTER THE WAIT VARIABLES.

L10001:

LWORD

L10001-L$SW/2

6 3
CZOMICO DMR-11 f Uflg}l
ONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 19

SEQ

GLOBAL EQUATES S eC
1

2
3

5
6
7
8 002226

.SBTTL

GLOBAL EQUATES SECTION

SAIIIIIITIIIII Ittt

iiiii i

iii i i

iiiiiiiiiiiiiii i iy

THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES THAT

3¥

ARE USED IN MORE THAN ONE TEST.

/////////////////////////////////////////////////////////////////////////////
EQUALS

; BIT DIFINITIONS
B'T15== 100000
BIT14== 40000
BIT13== 20000
BIT12== 10000
BIT11== 4000
BIT10== 2000
BIT09== 1000
BIT08== 400
BITO7== 200
BIT06== 100
BIT0S5== 40
BITO4== 20
BIT03== 10
BIT02== &
BITO1== 2
BIT00== 1

BIT9==
BIT8==
BIT7==
BITé==
BITS==
BIT4==
BIT3==
BIT2==
BIT1==
BITO==

BITO0S
BITO8
BIT07
BIT06
BITOS
BIT04
BIT03
BIT02
BITO1
B!T00

; EVENT FLAG DEFINITIONS

EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION

EF.S ART=
EF .RESTAR
EF. CONYINU
EF .NEW=
EF PWR==

32
N
30
28

; PRIORITY LEVEL DEFINITIONS
PRIO7==
PRI06==
PRI0S==
PRIO4==
PRIO3==
PR102==

340
300
240
200
140
100

:
:
:
:
:

START COMMAND WAS ISSUED
RESTART COMMAND WAS ISSUED
CONTINUE COMMAND WAS ISSUED
A NEW PASS HAS BEEN STARTED
A POWER-FAIL/POWER-UP OCCURRED

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE 19-1

GLOBAL EQUATES SECTION

000040
000000

SEQ

PRIO1== 40

PRI00== 0

;OPERATOR FLAG BITS

100000

i o
d
b o

WN = OO0V

PONIAI N

25
26
27
28
29

EVL==

LOT==

ADR==

IDU==
ISR==

UAM==

EE==

PNT==
PR]==

IXE==
IBE==
IER==
LOE==

HOE==

40
100

200

400

1000
2000

4000
10000
20000
40000

100000

LI LT
R
Y

2222232222222

22222222222222222222220222
R
Rttt RRRRR )]l

*SWITCH REGISTER OPTIONS

cd o

NO VNS WA

=00

000004
000010
000020
000040
000100
000200
000400

100000

040000
020000
010000
004000
002000
001000
000400
000200
000100

000020
000010
000004
000002
000001

sw15=
SWi4=
sSWwi3=
sWwi2=
SWil=
SWw10=
sw09=
Sw08=
swo7=
swo6=
Sw05=
SWwo4=
SWw03=
swie=
swol=
Swoo=

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

::"".'t.".'.."""""""."'t'.i""i'l""...'."Q'Qtttt."""'

32
33
gg

100000

36
37
38
39

020000
010000
004000
002000

40
ol

001000
000400

;;CSR_AND STAUS WORD DEFINITIONS
:sSELO (CSR) - BSELO/BSEL1

RUN=
MCLR=
MDIAG=
STLU=

BIT15

sSET _IF RUNNING

ROMO=
ROMI=

BITI

BIT10
BITY

:CSR MAINTENANCE = LINE UNIT LOOP

BIT8

;CSR MAINTENANCE = USED WITH LOOP LU

LPLU=
STuP=

BIT14
BIT13
BIT12

43
Y

000200
000100

RDI=

BIT?

000040

ROI=

BITS

IESET=

BIT6

;MASTER CLEAR OF PROCESSOR AND LINE UNIT
;CSR MAINTENANCE - ENABLE MICRODIAGNOSTICS
;CSR MAINTENANCE = STEP LINE UNIT
;CSR MAINTENANCE
;CSR MAINTENANCE

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

;CSR = INTERRUPT ENABLE INPUT = DMR11 INTERRUPTS
;CPU WHEN RD! SET IN RESPONSE TO RQI BEING SET.
;CSR = REQUEST IN

SEQ

GLOBAL EQUATES SECTION

)
—

S ———

1 3
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 19-2
67
«8
49

000020

IECLR=

50
51
52
53
54
55
56
57
58
59
60
61
g%

000004

RCy=

000200
000100

RDO=

64
65
66
67
68
69
70
4
72
73
74
75
76
77
78
79

80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100

101
102
103

BIT4
BIT2

;:SEL2 = BSEL2/BSELS

1EO=

BIT7

BIT6

;:SEL6 = BSEL6/BSEL7

;CSR = INTERRUPT ENABLE INPUT = DMR11 INTERRUPTS
:CPU WHEN RDI CLEARS IN RESPONSE TO RQI BEING CLEAR.
; (DMR RUN MODE ONLY)

iCSR =

IF 0, TRANSMIT

IF 1, RECEIVE

;SELZ = DMR11 SETS TO INDICATE DATA READY FOR OUTPUT

:SEL2 = SET TO ENABLE DMR11 TO INTERRUPT WHEN RDO

020000

BASEUP= BIT13

;SEL6 = CONTROL OUT = RESPONSE TO DMR MODE BASE

010000

RES=

BIT12

;SEL6 = BASE IN == WHEN SET CAUSES

010000
004000

(TS=

BIT12

;SEL6 = CONTROL OUT = CTS FAILED

002000
002000
001000
000400
000522

HDX=
(D=
HALTC=
MAINT=

BIT10
BIT10
BIT9
BIT8

000400
000200
000100
000100
000040
000020
000010
000010
000004

NXM=
STREC=
DISCON=
DTR=

BIT8
BIT7
BIT6
BIT6

000004
000002
000001

SECN=

DMR=

BITN

BIT8!122

DMRRUN= BITS

TABLE UPDATE COMMAND.

RESUMPTION OF OPERATION

;SEL6 = CONTROL IN == START TIME (3 SEC IF SET
1 SEC IF CLEAR)
H
;SEL6
;SEL6
;SEL6
;SEL6

=
=
=
=

HALF-DUPLEX & CLEAR FOR FULL-DUPLEX
CONTROL OUT = CD GLITCHED
EXTENDED CONTROL OUT = HALT COMPLETED
DDCMP MAINTENANCE DURING CONTROL IN

;SEL6 - BASE IN == SET FOR DMR11 MODE
122 1S THE DMR PASSWORD FOR BSEL6 AND
:

;SEL6
;SEL6
;SEL6
:SEL6

=
=
=
-

BIT8 SETS THE DMR MODE BIT IN BSEL7

CONTROL OUT
= NON EXISTENT MEMORY
CONTROL OUT = START RECEIVED
CONTROL OUT = DISCONNECT
MODEM WRITE - DATA TERMINAL READY

:SEL6 - CONTROL OUT - DMR RUN MODE

TOLONG= BIT4
MAINT1= BIT3

:SEL6 = CONTROL OUT - MESSAGE TOO LONG
:SEL6 - MODEM WRITE - LOCAL MODEM LOOPBACK

TouT=
NAKS=

;SEL6 = CONTROL OUT = TIME OUT

MNTREC= BIT3
NOBFR= BIT2
MAINT2= BIT2
BITI

BITO

;SEL6 = CONTROL OUT = MAINTENANCE MSG. RECEIVED
:SEL6 = CONTROL OUT = NO BUFFER
;SEL6 - MODEM WRITE - REMOTE MODEM LOOPBACK
;SEL6 = CONTROL OUT = NAKS THRESHOLD EXCEEDED

:."QQ"..'t.'."."""Q"'""".t'.'".ii'tt"t."..'i"'.'t"..""'

;;DDCMP COMMANDS - BITS O & 1 IN SELO AND SEL2

000000
000001
000002
000003
000004
000005
000006
000007
000010
000011
000012
000013

: INPUT (SELO)
BACCT= 0
CNTRL= 1

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

BASEI= 3
BACCR= &
WMODEM= 5
EXERR= 6
DXERR= 7
10
DOMC=
UPDATE= 11
TIMER= 12
THRESH= 13

:BASE IN COMMAND
:BUF ADDRESS AND CHARACTER COUNT RECEIVE
:WRITE MODEM STATUS REGISTER
:ENABLE EXTENDED ERROR NOTIF ICATION
;:DISABLE EXTENDED ERROR NOTIFICATION
:DESELECT DMC LINE MODE
REQUEST BASE TABLE UPDATE
;SET REP/SELECT TIMER VALUE
:SET THE FOLLOWING THRESHOLDS:

HLT=

sHALT COMMAND

sNAKS RECVD
sNAKS SENT

:REP/SEL

SR——

CZOMICO DMR=11 FUNCIIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE 19-3

SEQ

- s 2 OOO aR
TS gzuwwwNNNNNNNNNN—o-&-fl-‘
\AFU-‘CMOOI\“’\fl’fldhfl-‘CfiOO‘\“’\fl“vflv-‘Chocl‘ds:

RRAM=

INTER=

D i
il
D i

;OUTPUT (SEL2)
CMD=
7

NOTE: CNTRL IS USED FOR SEL2
; ** MASK USED TO CLEAR COMMAND BITS =2 #+

CrRRRRR R RN RN RN TR

NN RN RN RO R RN AN RARAARRNRNRARANARAANNNOARCOAROEORROOOTETY

D i
it
D il i

000043

D i

000042

i
il
D il

;WRITE INTERFACE IN AX3-15

;READ MODEM STATUS (=NOP)

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

sINTENTIONALLY NOT LABELLED, BECAUSE THOSE LOCATIONS
:MUST NOT BE CHANGED IN ORDER TO BE DMC COMPATIBLE.
:THE LABELS BELOW CORRESPOND WITH THOSE USED IN THE

000076

R=
N=
A=
T=
x=
PRETIM=
THIL=
TH2L=
TH3L=
TH4L=

ISP7=
ISP13=

&2
43
Li
&5
46
55
60
62
64
66

72
76

:DMR MICROCODE.
;#R = MESSAGE RECEIVED
;#N = MESSAGE TRANSMITTED
;#A = MESSAGE ACKNOWLEDGED
;#T = NEXT MESSAGE TO BE TRANSMITTED
;#X = LAST COMPLETED TRANSMISSION
:PROGRAMMABLE REP/SEL TIMER VALUE.
; THRESHOLD LEVEL = NAKS RECEIVED .
: THRESHOLD LEVEL = NAKS SENT.
; THRESHOLD LEVEL = REP SENT.
; THRESHOLD LEVEL - NO BUFFER AVAILABLE.

; IMAGE OF SCRATCH PAD 7
; IMAGE OF SCRATCH PAD 13

:'".ttt'tt'tt"""""".""'.."ll'l't.".'."'.".t""t'.Q.".'Q'

*LINSTRUCTION DEFINITIONS

dh
S l
s

000207

O 0o

D
—

;READ M8207 RAM (0-377)

;;BASE TABLE OFFSETS

140

:NO BUFFER

RMODEM= 17

GLOBAL EQUATES SECT ON

RE TURN=207

:RETURN FROM SUB.

JSR PCJ

::.."."""t"""'."""'."""....."'"..'.'...'..'."."'.'."'

000006
000007

000015
000012

“"MISC.

EQUATES

LLOOP=

:LOCAL MODEM LOOPBACK

(R=
LF=

15
12

;ASCI1 CARRIAGE RETURN
sASCII LINE FEED

RLOOP=

;REMOTE MODEM LOOPBACK.

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 23

SEQ 36

GLOBAL DATA SECTION
VNI WN -

.SBTTL

GLOBAL DATA SECTION

SAHITIIIIIIIII IRzt iii i iinidniiiiriiiiniiiiieiiniiiiiieiei
i

i/
3/

TNE GLOBAL DATA SECTION CONTAINS DATA THAT ARE USED
N MORE THAN ONE TEST.

;DMR11 VECTOR AND REGISTER INDIRECT POINTERS

N=O0O WO NO WV

e o

;;'.QQQ.'Q"."Q"""""Q""""'.'.t'."Q't'.""""""'.'t'"Q"

WN 200N

//////////////////I////I/////////////////////////////////////////////////////

DMRVEC: .WORD
DMTVEC: .WORD
CSR:
WORD

0
0
0

;DMR11 RECEIVER INTERRUPT VECTOR
:DMR11 TRANSMITTER INT. VECTOR
:POINTER TO DMR11 CONTROL STATUS REGISTER

SEL4:
SEL6:
SELO=
BSELO=
BSEL1:
BSEL2=
BSEL3:
BSEL4=
BSELS:
BSEL6=
BSEL7:

O
O

:POINTER TO DMR11 PORT REGISTER (SEL 4)
:POINTER TO DMR11 PORT REGISTER (SEL 6)
;CSR IS SELO
:LOW BYTE OF CSR
;POINTER TO DMR11 CSR HIGH BYTE
:LOW BYTE OF SEL2
;POINTER TO SEL2 HIGH BYTE
;LOW BYTE OF SEL&
;POINTER TO SEL4 HIGH BYTE
;LOW BYTE OF SEL6
;POINTER TO SEL6 HIGH BYTE

PPN
F

e cd

SEL2:

.WORD

.WORD
.WORD
(SR
CSR
.WORD
SEL2
.WORD
SEL4
.WORD
SEL6
.WORD

:POINTER TO DMR11 CONTROL OUT REGISTER (SEL 2)

O
0
0

;:tt"t.'..l"fi""t"'i"t""t"'tt.l.'t'tt"".'it"""'t"'t't'.tt

; ;OTHER HARDWARE PARAMETERS
32 002252
33 002254
34 002256

000000
000000
000000

WTYPE:

.WORD

MICRO:

.WORD

DMTURN: .WORD

;MICROPROCESSOR TYPE

:TURN AROUND TYPE (0-7)

:MICRODIAGNOSTICS (IF 1(YES) = ENABLED)

Qtt"i'.tltl.""i"""""""t't!.t..i"tt.t.".t""!.'..t"t""

PROGRAH CONTROL PARAMETERS
)

:} 002260
43

2; 002262

000000

DMRFLG: .WORD

;FLAG SET WHEN DMR MODE IS REQUESTED IN

000000

INFACE: .WORD

FRSTIM: .WORD

;FLAG TO ALLOW CHANGE OF INTERFACE TYPE
:BY WRITING AX3-15. FLAG SET/CLEARED IN INIT.

STARES: .WORD

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

O
0
0O

: INTERRUPT TESTS (TESTS 15-19):
:FLAG SET WHEN A CONTROL IN WAS BEEN ISSUED.
A BASE IN WITH RESUME DESIRED.
;FLAG SET WHEN
;FLAG SET WHEN A BASE IN WITH DMC MODE DESIRED
sFLAG SET WHEN MAINTENANCE MODE IS DESIRED.
FLAG RETURNED IN THE SUBROUTINE $BUFFS

FRSPAS: .WORD

USED TO FLAG THAT
:THE BASE IN COMMAND.
;A DMR MODE ACKNOWLEDGE IS EXPECTED.

:FLAG=0 IF PROGRAM JUST LOADED

;FLAG=0 IF FIRST PASS AFTER LOAD

;FOLLOWING PARAMETERS ARE USED IN THE

55
g 002302

000000
000000

START:
RESUME:
DMCMDE:
MNTMDE:
MMANAG:

.WORD
.WORD
.WORD
.WORD
.WORD

0
0

MMANAG=1, MEMORY MANAGED BUFFERS USED

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 20-1

SEQ

GLOBAL DATA SECTION

AX3:

WORD

4
72
73
[{)
75
76
77
78
79

81 002312
82
83 002314
84
85 002316
86 002320
87 002322
88 002324
91 002326
92 002330

93 002332
94 002334
95
96
97
98 002336
99 002340
10C 002342
101 002344
102 002346
103
104 002350
105
106 002352
107
108
109 002354
110

111 002356
11;
113 002360
114

WRITE INTO AX3-15, WHEN

D TO ALLOW INTERFACE
ST CONFIGURATION 1-4)

T (MUST BE SET TO ALLOW SELECT)
L MODEM

=
=
=

H»

62
63
64
65
66
67 002306
68
69
70 002310

Mmoo

000000

58
59 002304
60

000000

WMAINT:

.WORD

FLAG SET WHEN IT IS NECESSARY TO URITE

000000

MANUF:

.WORD

seenenee MANUFACTURING USE ONLY tettnes
THIS WORD MAY BE PATCHED TO A NON ZERO WHEN
HANUFACTURING SPECIAL TEST CONNECTORS ARE

HODEH MAINTENANCE BITS (MAINTENANCE1 & 2)
:THIS FLAG IS SET OR CLEARED IN THE INIT CODE.

ggigs sg#ls WILL ALLOW MAINTENANCE BITS

;;'tt.i'.tit't.tt"t"t""tt"'tt'.'lt'..'."""'..'.'Q"l"'t"'."'

;PROGRAM VARIABLES

;WORD1-WORD3 VALUES DETERMINED IN INIT

:CODE DEPENDING ON THE BAUD RATE.
sVALUE FOR TIMEOUT COUNTER

000000

WAIT1:

.WORD

000000

WAIT2:

.WORD

000000
000000
000000
000000

WAIT3:
WAIT4:

BUFSIZ:
BUFNUM:

LWORD
.WORD

0
O

:WORD USED AS OUTER LOOP COUNTER IN $INOUT.

000000
000000
000000
000000

INRCV:
.WORD
INXMIT: .WORD
OUTRCY: .WORD
OUTXMT: .WORD

0
0
0
0

;COUNTER
;COUNTER
;COUNTER
:COUNTER

.WORD
.WORD

O
0

;USED IN SWAIT SUBROUT INE
sVALUE FOR TIMEOUT COUNTER USED IN SMSCLR
;AND SCLRQI SUBROUTINES.

;VALUE FOR TIMEOUT COUNTER USED IN SINOUT,

:CALCULATED BUFFER SIZE IN BYTES.
:# OF RECEIVE & TRANSMIT BUFFERS.
THIS
:VARIABLE IS USED IN THE SUBROUTINE SBUFFS
FOR
FOR
FOR
FOR

# OF
# OF
# OF
# OF

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

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

't'..ttt.ltt't"""t't""Q'tt'ttt'.l'fi'tt"t!'tt.t..t.."..i"".l'

' HISCELLANEOUS STORAGE

TEMP

SAVE:
FLAG:
SFLAG:
SKIP:

LMWORD

.WORD
.WORD
.WORD
LWORD

NXMFLG:

.WORD

INFLAG: .WORD

OUTFLG:

.WORD

RESFLG:

.WORD

ERRFLG:

.WORD

0
0
0
O

;SCRATCH WORD USED
:SCRATCH WORD USED
:SCRATCH WORD USED
;FLAG USED IN TEST
:FLAG USED IN TEST

FOR MISC. STORAGE IN SUB.
FOR MISC. STORAGE IN SUB.
FOR MISC. FLAG IN SUB.
15 FOR LOOP CONTROL.
7 TO MARK WHETHER TO SKIP

;A PORTION OF THE TEST.
:FLAG USED TO MARK THAT THE DMR ADDRESS IS NXM

;FLAG USED IN INISR TO FLAG WHEN ALL THE
:BA/CC INS HAVE BEEN DONE.
;FLAG USED IN OUTISR TO FLAG WHEN ALL THE
:BA/CC OUTS HWAVE BEEN DONE.
sFLAG USED IN IN ISR TO FLAG THAT THE RESUME
:COMMAND MAS JUST BEEN ISSUED.
FLAG USED IN THE WAIT SUBROUTINES (SWAIT

; & SCLRQI) TO RETURN ERROR CONDITON (SEC)

—

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 20-2

D i

» Wg&sggruWWSNNNNNNNNNN
VOO NO VS NN = OOV
—s
NOW

GLOBAL DATA SECTION

.WORD

;WORD USED TO STORE LAST COMMAND PROCESSED IN

370
372
374

000000
000000
000000
000000
000000

ERROR:
.WORD
LOGDEV: .WORD
PSTACK:

;ERROR STORAGE
;LOGICAL DEVICE NUMBER

SUBRPC:
NESTPC:

.WORD

0
0
0
0

002376

000000

CLRNO:

.WORD

LOCRC:

.WORD

LOWORD: .WORD

.WORD
.WORD

D i

s i

D i

LAST:

:
2

HICRC:

HIWORD:
ROMADR:
CHIPNO:
COUNT:

D i

000000

.WORD

.WORD
.WORD
.WORD
.ge:z

0
0
O
0

;THE INPUT INTERRUPT ROUTINE.

;CONTAINS BASE LEVEL PROGRAM SP

sPC OF SUBR CALL FOR ERROR REPORTS
;FLAG TO NOTIFY WHEN A SUBR ]S NESTED

; IN ANOTHER SUBROUTINE (WHEN SET)
;THIS WORD IS INCREMENTED DURING EACH MASTER
;CLEAR. THIS WILL ALLOW EVERY OTHER MASTER
sCLEAR TO RUN THE MICRO TESTS.
;ROM CHECK VARAIBLES

;CRC STORAGE FOR LOW BYTE CHIP

:CRC STORAGE FOR HIGH BYTE CHIP

;TEMP, WORD CONTAINING 2 CONSECUTIVE LOW BYTES
;TEMP. WORD CONTAINING 2 CONSECUTIVE HI BYTES
;POINTER TO ROM ADDRESS.
;CHIP NUMBER BEING CHECKED.
;COUNTER USED IN THE SWAIT SUBROUTINE.

::'."t'.'t..'""".Q"""""Q'.'i."!."""'.."'....""'.""".

SEQ

':"ttt'tt'.t"t't"l"t""""Q'...Q'Q..Q.'...t.""'."""".'t.'.'

: ;BUFFER AREA
¢+ CCITT PSUEDO=RANDOM TEST PATTERN =+
:
THE FOLLOWING 32 WORDS TRANSLATE INTO A 512 BIT PATTERN
THAT WAS GENERATED ACCORDING TO CCITT RECOMMENDATION V.52. THIS
PATTERN WAS GENERATED BY A 9 BIT SHIFT REGISTER (INITIALIZED
AS 1S) WHOSE STH AND 9TH BITS ARE XORED.
THIS XOR RESULT IS SHIFTED

141

INTO THE 1ST BIT OF THE REGISTER AS THE REGISTER IS SHIFTED RIGHT.

THE 9TH BIT (OR BIT SHIFTED OUT) IS SHIFTED INTO THE BIT PATTERN.

NOTE: CCITT RECOMMENDED 511 BITS, I'VE EXTENDED THIS BY 1 BIT TO END
WNONOW
N

NS SEESL
EGIRRIN
~N W

$CCITT:

<><:<>ii-‘-.-.iz-n<>
WNNVONS
=Y
OW

s Ty et ) =2 > D
S WOV O

WVINWW - AVLIV}

2583

g;q-‘-.

B D) D b =5 (D D
VIV NN = O
—

s O

88
NN

8
888
~N
~N

ON A WORD BOUNDARY.

LMORD
LMWORD
LMORD
.WORD
.WORD
LMWORD
LMORD
LMORD
LMORD
LMORD
.WORD

177603,157427,031011
047321,163715,105221
143325,142304,040041
016116.05%606.172336
105025.1%0554.111337
111523,030030,145064
137642,143531,063617
135015,066730,026575
052012,053627,070071
151172,165044,031605
166632,016741

;:t..Qt""..'.'."‘i"""""t.t.."'.Q".'it.t'tl..'....t.t.tl'l'i"

-0
- O~ N

—

— 2~
<R
~

e
2

CDgg:

:: TRANSMIT BUFFER (SMALL)

-MJ-‘-M‘-‘—Mfl-‘-h‘-‘-Mfl-‘-hfl:;—.

RS
A GA S S A {4

150

,.WORD
TFLAG:
TCOUNT= 36.
TBUF:
LASCIZ

;FLAG FOR STATUS OF TRANSMIT BUFFER
; CHARACTER COUNT OF TBUF
/ABCDEFGMIJKLMNOPQRSTUVWXYZ0123456789/

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 20-3

SEQ

GLOBAL DATA SECTION

0025;2
0025
002537
002542
002545

11%
1"
120
123
126

113
116
121
124
1%7

002553
002556
002561
002564

061
064
067
000

062
065
070

1351

132

114
117
122
125
130

060

063
066
071
.EVEN

D i

\dguntwfiho-éLOg=*¢shfig:unU-‘ChOCI*iONfiJ~U“U-fl¢>

OV OO OOOVOOOOOOEOO0OOD NNNNNNNNNY

002550

;s RECEIVE BUFFER (SMALL)

D o
D
i
i

002566

002570

000000
000044

RFLAG:
,WORD
RCOUNT= 36.

RBUF :

.BLKB

38.

.EVEN

sFLAG FOR STATUS OF RECEIVE BUFFER
;CHARACTER COUNT OF RBUF

:36. BYTE BUFFER + 2 BYTES USED

THE RECEIVE BUFFER

;:"Q.Qtl..t.'.t"."0"'t'i"'t.'t't"'..!'..'t'it.'fi"t.'."'.'..""

;; BASE TABLE

002636

D e

D i

;TO MARK THE END OF

D e

il e
D
il
D

256.

sMICROPROCESSOR MEMORY ALHPCATION

:; TRANSMIT AND RECEIVE BUFFER POINTERS

003236

XMTBUF: .BLKW

128.

003636

RCVBUF: .BLKW

128.

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

::t"'tt.'t'.t'tt"0'""'"'"ti"tQQ'Qlt..t'.""'Q"".t""t..""'

;s BUFFER AREA (LARGE)

D i

.BLKB

:;.'t.'t'.ttttt""'"""'tt"tt"tt.ll.'t"t.....'t'.t.'."t't."'.'i

e
—

BASE:

004236

BIGBUF: .BLKB

4000

;MAX BUFFER (2K BYTES)

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 22

GLOBAL TEXT SECTION

SEQ

}

.SBTTL

3838388888388 888888 8888883383333 83333833338338338383383333833838338334833%8%%1

S
6

X
X

GLOBAL TEXT SECTION

THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,

HESSAGES. AND ASCII INFORMATION THAT ARE USED IN
MORE THAN ONE TEST.

P 3383338388838 83388388333 8338833833833 833383333333333333833383383338%833483%3%1

3 :.Q'.'.""."'Q.""""""""...."""""'.""'Q'.""""""""""

;* NAMES OF DEVICES SUPPORTED BY PROGRAM

: :".'l".""."'"""""""""Q'".""'""""""'.""'.'."""""

13 010236

010236
010236
010241

DEVTYP

104

061

115

061

<DMR11>

122

000

:* TITLE OF PROGRAM

.'.'"""""t"""'""""""'"'Q..'QI'Q"""."..".'.'.".."""""."'

18 010244

010244
010244

010247
010252
010255
010260
010263
010266
010271

DESCRIPT

104

055
049
116
m
101
124
124

115

061
106
103
117
114
105
123

<DMR=11 FUNCTIONAL TESTS>

122

061
125
124
116
040
123
000

LSDESC::

JASCIZ

.EVEN

25
32
33
34
35

/DMR11/

:.'".'.'"""""""""""""..'..'.".""'."."'Q'Q.""""'.'Q'."""

LSOVTYP::
LASCIZ

: FORMAT STATEMENTS USED IN PRINT CALLS

/DMR=11 FUNCTIONAL T

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 23

SEQ

.SBTTL

GLOBAL SUBROUTINES

Raraanaan i

THE GLOBAL SUBROUTI NES ARE CALLED BY MORE THAN ONE TEST

o PHHTTTEETEI I ET
AR

R RN C RN

R RN RN RN NRARERANANRREONRCARRORAONRRROERNTOTROTRRS

:
:
:
:
:
:

':'."QQQ"'.'.""""'"""'Q"."..Q."Q"Q.".".Q"."""'0"".

MACROS = THERE ARE 2 BASIC TYPES OF MACROS USED
1. NORMAL MACROS 2. DMR11 FUNCTIONAL MACROS = THESE MACROS MAY
BE NOTHING MORE THAN A CALL TO A SUBROUTINE,
BUT THEY ARE DISTINCT DMR FUNCTIONS WHICH CAN
DISTINGUISHED BY THE IN=LINE MACRO NAME.

NI NI PO R NI NI N =

R NOVES NN = OO

NO WV

b
d cd cd

CrRRRRRRR

it iininidiiiinid
i innie il

WNN 2O OO NON NS WA

GLOBAL SUBROUTINES

‘;"t't."l't.""'.'Q""""""Q.t.""'...."'t'."'t".'Q"""Qt'

: CALL MACRO - CALL ROUTINE = JSR PC, ROUTINE
:

(NOTE: RETURN IS

EQUATED TO A RTS PC)

’;l""t.t'li'.""'Qi""".""".'t""'..'.'..ltl"'."""".""'

«MACRO
.IF

.ggR?¥
.MEX

.ENDC
JSR
.ENDM

ROUTIN
CALL
B, ROUTIN

ROUTINE; ## MISSING ROUTINE-EXPANSION ABORT ##

PC,ROUTIN

ttt"QQ'.Q'Q"""'"'""""'Q.Q'Q"'."'Q"Q'..Q"'.Q".'Q""."Q

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

...Q'ttt"'."""Q""""""'t"'tt"'l.'...."""l'."""".'."

«MACRO

WAIT

B, SFLAG

.NLIST
LLIST ME

.ERROR
JMEXIT
.ENDC

FLAG

$FLAG

;evee MACRO EXPANSION weve

;#8 MISSING FLAG FOR WAIT = EXPANSION ABORT ##

IDN S$FLAG,RQI

JERDc

PC, SCLRQI

sCLEAR RQI AND WAIT FOR IT TO BE CLEARED.

AF
JSR
-

IDN $FLAG,RDI
PC, SWAIT
WORD
O

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

AF
JSR

IDN $FLAG,RDO
PC, SWAIT
LWORD
1

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

.EN

e
PR T

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL=80 11:38:40 PAGE 23-1

SEQ

GLOBAL SUBROUTINES

LENDC

60
61

NLIST ME
.ENDM

63
64

65
66

R ITT

.MACRO
NLIST

CLEAR

JSR

PC, SMSCLR

74
75
76

R R AR R R R AR R R

AR RN

TIT

RN R AR RN RN AR RO RO RO

; CLEAR MACRO = THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE
:
$SMSCLR SUBROUTINE

68
69
70
7
72

LLIST ME
LLIST

LNLIST ME
.ENDM

saeves MACRO EXPANSION w#w«

:ISSUE A DMR MASTER CLEAR
RITL

(T332

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 24

SEQ

GLOBAL SUBROUTINES
1

2
3

S
6
7
8
9
10
1
12
13
14

L L

IF ARGUMENTS NOT GIVEN)

’

LMACRO

BASEIN

AF
JSR

B
$A
PC, SBASEI
.WORD
LPLU
.WORD
BASE

.NLISY
LLIST ME
LIST

JSR

.WORD

35
36
37

38
39
40

43
44

HAINTENANCE MODE BITS TO SET IN BSEL1
:HODE

REIL

tene

.ENDM

: CNTRIN MACRO = THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE
:
$CNTIN SUBROUTINE (WITH DEFAULT ARGUMENTS
:
IF ARGUMENTS NOT GIVEN)
R

.MACRO CNTRIN
.NLIST
LLIST ME
LIST

S$A

¥
JSR

B
$A
PC, SCNTIN

JSR

PC, SCNTIN
.WORD
$A

LWORD

ENDC

LNLIST ME

4«8

sDMR=11 MODE

;BASE TABLE ADDRESS

.WORD

4é

sCALL BASE IN ROUTINE WITH DEFAULTS
;SET LINE UNIT LOOP
;BASE TABLE ADDRESS

.WORD

NLIST ME

30
N
32

sevex MACRO EXPANSION wwee

;CALL BASE IN ROUTINE

DMR

.WORD

LENDC

$A,$B,$C

PC, S$BASEI

21
22

25
26

TR R T

22 2222223222222
R
000000 R0 R iR
RRdRRRRRdddd)

$BASEIN SUBROUTINE (WITH DEFAULT ARGUMENTS

176

BASEIN MACRO = THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE

.ENDM

sevees MACRO EXPANSION wexe
:CALL CONTROL IN ROUTINE WITH DEFAULT

:SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START,
sCALL CONTROL IN ROUTINE
;SEL6 - (DUPLEX, MODE)
AL L

(3231

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 25

SEQ

:'"."".".'QQ""""'""""""'Q""'Q'Q.""Q"".Q"'Q""""

; DMRIN MACRO =
:
LT

THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE
SOMRIN SUBROUTINE

.MACRO DMRIN
NLIST
LIST ME

POPORONIND
= b
e
e e

BHN=2OOVRNOWVEWN
2OV
NO N W

GLOBAL SUBROUTINES

$A,.$B,8C

;eene MACRO EXPANSION wewe

JF
.ERROR
TMEXIT

B
$A
DMRIN; #¥# MISSING ARGUMENTS=-EXPANSION ABORT ##¥

JSR

PC, SOMRIN

“ENDC

WORD

:NO SEL&4

.e~oc

.WORD

:SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)

$C
O

:NO SEL6

JWORD

:SEL6 VALUE (OR BITS TO SET IN BSEL6)

JENDC

WORD

$A
$8

:CALL DMR MODE INPUT ROUTINE

LWORD
8

*INPUT COMMAND

:"..

Tttt

NLIST ME

.ENDM

:".."..ti'."'."""'"Q"""'t't't'.'..".'.t.""'t.l""'."""

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

$HALT SUBROUTINE

';"t"t..tt'.."'t""'"""""'."'."t"!"".."""""'ti"t"'

’

LMACRO

SHUTDN

JSR

PC, SHALT

LNLIST
LLIST ME

NLIST ME

.ENDM

seeve MACRO EXPANSION #eee

;:DMR HALT ROUTINE.

:"..

LA AR

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-B0 11:38:40 PAGE 26

SEQ

GLOBAL SUBROUTINES
1

2
3

7
8

10
11

LT T
T R SRR LA

; BACCIR MACRO =
:
:
e

LMACRO

NLIST
LIST ME

$A,$B

.WORD

RCOUNT

17
18

JSR

LENDC

NLIST ME

«J¥

LIST

JSR

THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE
$BACC SUBROUTINE (WITH DEFAULT ARGUMENTS
IF ARGUMENTS NOT GIVEN)

BACCIR

12
13
14

19
20

RRRRiRRRdRRRRRRddRdd)

seeee MACRO EXPANSION #eee

PC, $BACC
sCALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI!BACCR
;BA/CC IN RECEIVE COMMAND
.WORD
RBUF
;RECEIVE BUFFER

;RECEIVE CHARACTER COUNT

PC, $SBACC
sCALL BA/CC IN ROUTINE
.WORD
RQI!BACCR
;BA/CC IN RECEIVE COMMAND

.WORD
.WORD

$A
$B

;BUFFER ADDRESS BITS 0-15
;BA BITS 16/17 AND CHAR. COUNT
XL

teae

.ENDM

L
L R
AR AR ARl

28
29
30

; BACCIT MACRO =
:

32
33
34
35
36
37

38
39
4«0
2;

43
LG
&5
46
47

THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE
$BACC SUBROUTINE (WITH DEFAULT ARGUMENTS
IF ARGUMENTS NOT GIVEN)

RL
R R
Al

.MACRO BACCIT
NLIST
LLIST ME
LLIST

TM . .
JSR

196
JSR

LENDC

seees MACRO EXPANSION wxwxw
B
$A
PC, $BACC
sCALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI!BACCT
sBA/CC IN TRANSMIT COMMAND
.WORD
TBUF
sTRANSMIT BUFFER ADDRESS
TCOUNT ;TRANSMIT CHARACTER COUNT
.WORD
PC, $BACC
;CALL BA/CC IN ROUTINE
.WORD
RQI'!'BACCT
sBA/CC IN TRANSMIT COMMAND
.WORD
$A
;BUFFER ADDRESS BITS 0-15
.WORD
$B
sBA BITS 16 & 17 AND CHAR. COUNT

NLIST ME

.ENDM

$A,$B

Javee

(231

CZDOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 28

SEQ

GLOBAL SUBROUTINES

1
%

::"t'!Q'Q'ttt"'t"'t"'""t't"t'tt"tt"'Qt"'tt"tt'ttt""'t"t't
:;Qt'"'tttt't""'t'Q"O'"t""tttt""ttttt't'ttt'tt'tt't"""'t"t

CALLING FORMAT:

NESTING LEVEL

15
16
17

:
:
:

ENTRY CONDITIONS = FLAG

;

SUBROUTINE SWAIT
FUNCTION =

10
};

;
;

JSR

22
23
24
25
26
27
28
29

=1
=
WAIT FOR RDO
=0
=
WAIT FOR RDI
WAIT1 = DELAY COUNTER (DETERMINED IN INIT.)

;
;
:
:
:
;
3
;

EXIT CONDITIONS

SWAIT

- MAY BE CALLED FROM ANOTHER SUBROUTINE

PC,

WORD
FLAG
(MACRO CALL == WAIT RDI)

TO WAIT FOR RDI TO BE SET IN SELO

OR RDO TO BE SET IN SELZ

NESTPC= 1

ROUTINE NESTED WITHIN ANOTHER

ROUTINE NOT NESTED.

SUBROUT
INE .

= EITHER RDI OR RDO BIT SET AS EXPECTED
OR (ERROR CONDITONS):
1. RDI OR RDO SET, BUT NOT THE EXPECTED ONE
THE USER WILL BE INFORMED. HOWEVER,
THIS WILL NOT NECESSARILY BE AN ERROR.
2. BIT NOT SET BEFORE DELAY EXPIRED..
THIS WILL RESULT IN A HARD ERROR MESSAGE
AND THE CARRY BIT WILL BE SET. THE CARRY

BIT SET FLAG THE ERROR CONDITION.

REGISTERS DESTROYED - RESTORED

:-;tt"ttt'ttttttt"""tt't"t"'tttt.ltt'ltt'ttttttt'ttt'tt'tt"t'tQt'

37 010274
38 010274

SWAIT:

;:ttttttttt'tttt"Qtt't""t""tttt!tttttttt't'tttt.fittti't'ttttttt'tt

39 010300
40 010304
41 010310
42 010312

005037
005037
005737
001005
011637

002360
002414
002374

000004

002372

45 010324
46 010332

017637
062716

000000
000002

002336

48 010336

010046

S0 010342
51
5; 010346
g‘ 8}8328

013701

§5 010350

032777

000200

§7 010360

032777

000200

22 8}8352
4“7

49 010340

56 010356

162737

010146

002372

CLR
CLR
TST
BNE
MOV

ERRFLG
COUNT
NESTPC
10%
(SP),SUBRPC

:CLEAR ERROR FLAG
:CLEAR DELAY COUNTER
;1S THIS NESTED IN ANOTHER SUBROUTINE?
:YES = USE THE SUBRPC ALREADY CALCULATED.
:SAVE PC AFTER THE CALL TO SWAIT,

MOV
ADD

3(SP) ,TEWP
#2,(5P)

:GET THE FLAG FOR RDI OR RDO
:INC THE PC LEFT ON THE STACK TO POINT

MOV

RO,=-(SP)

:SAVE RO

MOV

WAITT,RY

:DELAY COUNTER DETERMINED BY BAUD RATE
:(DETERMINED IN INIT ROUTINE).

CLR

:INNER LOOP COUNT OF DELAY COUNTER

171656

BIT

#RDO,9SEL2

:1S THE RDO BIT SET IN SEL2?

171644

BIT

#RD],3SELO

;1S THE RDI BIT SET IN SELO?

SuUB

MOV

002312
30%:
-~

005000

001036

BNE

#4,SUBRPC

R1,=(SP)

60%

:BACKUP TO THE PC OF THE ACTUAL CALL
:PAST THE FLAG ARGUMENT
;SAVE R1

:YES = EXIT BIT CHECK LOOP,

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 28-1

GLOBAL SUBROUTINES

58 010366
59 010370

010370
60 010372
61 010376
62 010400
63 010402
010402
010406

010410
010414
010416
010422
0104264
010430

64
65 010432
66 010434
67 010436
010436
010440

010442
010444

68 010446
69 010452

001064

104422
005237
005300
001363
012727
000000
013727
000000
005367
001375
005367
001367

002414

000001

104455
000001
017704
015112

002360

005737
00104
022737
001436

002336

010472
010476
010502
010504
010506

012746
012746
010600
104414
062706

010616
000001

010522
010524
010526
010530

104455
000011
020026
015112

76 010512
77 010520
78 010522

79 010532
80 010536
81 010540

032777
001422

000001

000004
000001

005237
000413

002360

005737
001410

002336

010546
010552

012746
012746

010651
000001

010560
010562

104414
062706

000004

86 010566

005737

002374

82 010540
83 010544
84 010546

010556 010600

85 010566

87 010572 001002

YES = EXIT
:CALL SUPERVISOR = ALLOW CONSOLE INTERRUPT.

INC
DE(
BNE
DELAY

COUNT
RO
40%
1

; INCREMENT DELAY COUNTER.
:LOOP UNTIL RO RETURNS TO 0

DEC
BNE
ERRDF

R1
308
1,EMG1,ERRG2

INC
BR

ERRFLG
1008

;DELAY 100 MICROSECONDS

177756

005237
000445

70 010454
71 010454
72 010460
73 010462
74 010470
75 010472

708

177772

608:

002364

171514

708:

BNE
BREAK

002116

005301
001344

SEQ

TRAP

C$BRK

MOV
.WORD
MOV
.WORD
DEC
BNE
DEC
BNE

#,(PC)+
0
LSOLY, (PC)+
0
=6(PC)
b
=22(PC)
=20

TRAP
.WORD
.WORD
.WORD

CSERDF
1
EMG1
ERRG2

;BETWEEN LOOPS.
REPEAT UNTIL MAXIMUM LOOP SATISFIED.

;TIME OUT ERROR

:SET ERROR FLAG
:BRANCH TO COMMON EXIT.

17
TEMP
BNE
1008
CMP
#CNTRL,ERROR
BEQ
1008
PRINTB #FMS1

;WERE WE WAITING FOR THE RDO FLAG?
:YES - OK, EXIT.
:IS THIS CONTROL OUT ERROR EXPECTED?
IF YES, DON'T REPORT THE FOLLOWING ERRORS.
RECEIVED AN RDO, WHEN WAITING FOR RDI

BIT
BEO
ERRDF

#CNTRL,@SEL2
1008
9,EMG9,ERRG2

;1S THIS A CONTROL OUT?
:NO NEED TO CHECK ERROR CODES.
;UNEXPECTED CONTROL OUT.

INC
BR

ERRFLG
1008

;SET ERROR FLAG.

1ST
BEQ
PRINTB

TEMP
1008
#FMS2

:WERE WE WAITING FOR THE RDI FLAG?
YES - OK, EXIT
RECEIVED AN RDI, WHEN WAITING FOR RDO

MOV
MOV
MOV
TRAP
ADD

#EMS1,=(SP)
#,-(5P)
SP,RO
CSPNTB
#4,SP

TRAP
.WORD
.WORD
.WORD

CSERDF
9
EMGY
ERRG2

MOV
MOV

#EMS2,-(SP)
" ,-(5P)

TRAP
ADD

(SPNTB
86 ,SP

MOV
1008:

BNE

NESTPC

1058

;WAS THIS NESTED IN ANOTHER SUBROUTINE?

:1F YES - LEAVE THE SUBROUTINE PC ALONE

SP.RO

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 28-2

GLOBAL SUBROUTINES

005037

100
101
102

_-a-._ago
SOV
—

VIWVASES
SN S WO N
S = ONNOWVINI
NS =o

SEEIIILIER 8 S8R

—

OO0O0O0O0O

D e

h [

[e]lelelelelelelele]e) O

22222282

90 010600

012601
012600
005737
001401
000261

002372

002360
110%:

000207
045
101

117
105
105
105
105
122
045
045
101
M
105
105
105
105
122
045

1058:

116

122

040
124
130
103
104
104
116
116
122
040
124
130
103
104
104
116

CLR

SUBRPC

;CLEAR THE PC

MOV
Mov
TST

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

;RESTORE R1
;RESTORE RO

BEQ
SEC

ERRFLG
1108

SEQ

;WAS THERE AN ERROR (CARRY CLEARED ON TST)
:gETNgxénefTURN WITH CARRY CLEAR

RETURN

FMS1:

LASCIZ

/ANXARDO SET EXPECTED RDIXN/

FMS2:

LASCIZ

/ANXARDI SET EXPECTED RDOXN/

.EVEN

——

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 29

SEQ

GLOBAL SUBROUTINES

;:t."!'tt'tt"'t't""""'t""t't"t""'t..tt'tt"ttt"'t't"'t"tt

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

CALLING FORMAT:

}}

NESTING LEVEL

13
14
15

:
:
3

EN.<Y CONDITIONS = WAIT2 = DELAY COUNTER (DETERMINED IN INIT. ROUTINE)
NESTPC= 1
=
ROUTINE NESTED WITHIN ANOTHER
SUBROUTINE.

EXIT CONDITIONS = 1. NON ERROR, DMR READY TO RECEIVE THE NEXT COMMAND

20
21

:
:

24
%z

3
:

E:tttttttttttt"'tttt""Qttttttt'tlt'it.tttlttt't"t"ttttttt!t!'tt.'t

29 010704

$CLROI:

SUBROUTINE $CLROQI
FUNCTION =

JSR

005037
042777

;2 8}8;32

162737

37 010736
38 010740
39 010742
40

41 010746

005737
001005
011637

010046
010146
013701

42 010746
&3 010750

005000

45 010756

001427

44 010750

46 010760
010760
47 010762
48 010764

49 010766

0107

010772
010774
011000
011002
011008
011010

ROUTINE NOT NESTED.

2. ERROR IF RDI DOES NOT CLEAR BEFORE THE

DELAY ROUTINE EXPIRES. AN ERROR MESSAGE WILL
OCCUR. ALSO A CARRY BIT WILL BE SET TO FLAG

THE ERROR FOR THE USER.

REGISTERS DESTROYED - RESTORED

-;ttt'ttttttlt't'tt'ttt"tttt'ttltt"tttttfit"ttttlttt'fi"t..tit"ttt.t

30 010704
31 010710

32 010716
33 010722
34 010724

$CLRQI

- MAY BE NESTED WITHIN ANOTHER SUBROUTINE

2‘

PC,

(MACRO CALL == WAIT RQI)

;

TO CLEAR RQI AND WAIT FOR RDI TO BE CLEARED

032777

002360
000040

002374

002372
000004

002372

002314
12%:

000200

171254

20%:

CLR
BIC
TST
BNE
MOV
SUB

005300

00137

002116
177772

177756

:CLEAR ERROR FLAG
;REQUEST INPUT CLEAR

#4,SUBRPC

:BACKUP TO THE PC OF THE ACTUAL CALL.

NESTPC
108
(SP),SUBRPC

;1S THIS NESTED IN ANOTHER SUBROUTINE?
:YES = USE SUBRPC CALCULATED
:SAVE THE PC AFTER THE CALL TO SWAIT,

RO,=(SP)
R1,-(SP)
WAIT2,R1

:SAVE RO
:SAVE R1
:GET THE DELAY COUNTER (DETERMINED BY

CLR

; INNER LOOP COUNT

BIT

#RDI,3SELO

:1S THE RDI BIT CLEAR IN SELO?

DEC

:CALL SUPERVISOR = ALLOW CONSOLE INTERRUPT.
C$BRK
TRAP
:LOOP UNTIL RO RETURNS TO 0

DELAY

:DELAY 100 MICROSECONDS

BEQ

BNE

012727 000001

ERRFLG
#RQI,ASELD

MOV
MOV
MOV

BREAK

104422

000000
013727
000000
005367
001375
005367

171314

30%

20%

:BAUD RATE IN INIT ROUTINE)

YES = EXIT

MOV

LWORD
MOV
WORD
DEC
BNE
DEC

#,(PC)+

O
LSOLY,(PC)+
O
-6(PC)
)
=22(PC)

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL=-80 11:38:40 PAGE 29-1

GLOBAL SUBROUTINES

011014

50 011016
51 011020
52 0110 %
0110
011024
011026

011030

53 011032
54 011036
55 011036
56 011042
57 011044
58 011050
59 011050
60 011052
61 011054
62 011060
63 011062
64 011064
gz 011064

001367

005301
001352

104455
000001
017704
015112
005237
005737
001002
005037
012601
012600
005737
001401
000261
000207

002360
002374

002372

308:

40%:

002360
508:

SEQ

BNE

.=20

TRAP
.WORD
.WORD
.WORD

CSERDF
1
EMGI
ERRG2

DEC
BNE
ERRDF

R1
12%
1,EMG1,ERRG2

;REPEAT UNTIL MAXIMUM LOOP SATISFIED.

INC

ERRFLG

;SET ERROR FLAG

TST
BNE
CLR

NESTPC
40%
SUBRP(

;WAS THIS A NESTED ROUTINE?
;1F YES = LEAVE THE SUBRPC ALONE
;CLEAR THE PC

MoV
MoV
TST
BEQ
SEC

(SP)+,R1
(SP)+,RO
ERRFLG
50%

;RESTORE R1
;RESTORE RO
;WAS THERE AN ERROR? (CARRY CLEARED ON TST)
;1F NOT = RETURN WITH CARRY CLEAR
:SET CARRY,

RETURN

:TIME OUT ERROR

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 30

SEQ

C L RRRRR RN

RN AR

RN R

R RN R

NN RN

AR RN RN RN RN RN RN RN RO

RN RANRANARARANAONOARAORORRNONOOOIOOOERRETS

R R RN AR ARNAANAARNAANARAARAACRAORROORORNOOND

SUBROUTINE SMSCLR
FUNCTION =

TO PERFORM A MASTER CLEAR FOR THE DMR11

CALLING FORMAT:
NESTING LEVEL

JSR

PC,

$MSCLR

(MACRO CALL == CLEAR)

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

i e

-a<><fi=-eSLaxruuv-ELoel~u>~ntwuhu-c»oe-sursnJ~uuv-ac»oc-u>~nawnard

GLOBAL SUBROUTINES

ENTRY CONDITIONS = WAIT2 = DELAY COUNTER (DETERMINED BY INIT. ROUTINE)
THE ACTUAL # IS NOT
CLRNO = EVEN OR ODD COUNT.
SIGNIFICANT, HOWEVER IF BIT 0 IS SET
THEN THE MICROTEST IS SET ALONG WITH

W W N N O RO RO N RO D PO

b e

THE MASTER CLEAR. THIS ROUTINE WILL INCR.
THE VALUE.
THIS WILL RESULT IN THE MICRO
TESTS BEING RUN ON EVERY OTHER MASTER CLEAR

EXIT CONDITIONS = 1. NO ERROR = DMR11 MICROPROCESSOR INITIALIZED
2. IF RUN BIT NOT SET BEFORE DELAY TIMEOUT, ERROR

WILL RESULT.
ADDLTONALLY THE ERROR MESSAGE WILL
RELAY THE RESULTS OF THE MICROTESTS IF THE RUN
BIT IS NOT SET.

NOTE:

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

N N W W

REGISTERS DESTROYED = RESTORED
';"'.ttt'.'.i't"""'t"""'t.t""'tl."tt..'.ll.i"""tt"".'t'i
';Q.t".'.tl...'""t""'i"'"l"t't'.Qt..t"t..i.'l"t'."."t"'.i'

011066

SMSCLR:

011637
162737
010046
010146

002372
000004

2% 011104

105077

171134

46 011110

000240

NOP

IERRRRERRNRERARRERRNRR
RO RNRR R RO NRRY

000240

NOP

IERRERRRRRRRRRRRRRRNNRRRRNRRRR
AR

85
B AN

011066
011072
011100
011102

45 011112
46 011114

011116

«8

002372

000240
000240

032737
001004
012777
000403

000001

002376

040000

171074

54 011140

012777

060000

171064

01114

zg 011146
011146

000240

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

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

CLRB

@BSEL3

;CLEAR BSEL3

NOP
NOP

49 011120
50 0111§8
51 011
Sg 011138
53

MOV
suB
MOV
MoV

7%:
8s:

;*« PATCH AREA FCR 8206 IF NEEDED =+
;CLR QNSEL6 -

BIT
BNE
MOV
BR

#B8170,CLRNO
7%
#MCLR,ISELO
8s

;1S THIS AN ODD MASTER CLEAR.
:1F YES - BR
;ISSUE A MASTER CLEAR.

MOV

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

NOP

JERRRRRRRRARARNNANRRRRRRRRRRRRERRNNY

;MICRO TEST SWITCH,

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL=80 11:38:40 PAGE 30-1

SEQ

GLOBAL SUBROUTINES

58 011150
59 011152
60 011154

000240
000240

000240

6% 011156
63 011162
64
65 011166
66 011166
67 011170

005237
013701

69 011176
70 011200
011200
71 011202
72 011204
73 011206
011206

001025

68 011170

011212
011214
011220
011222
011226
011230
011234

764 011236
75 011240
76 01124%

011242
011244
011246
011250

77 011252
78 011252
79 011254
80 011256
g; 011262

002376
002314
108:

005000

032777

100000

171034

208:

001371

001367

eR
L

CLRNO
WAITZ,R1

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

CLR

; INNER LOOP COUNT

BIT

#RUN,QSELO

;1S THE RUN BIT SET IN SELO?

DEC

40%

20%
1

;YES = EXIT
sCALL SUPERVISOR = ALLOW CONSOLE INTERRUPT.
TRAP
C$BRK
;LOOP UNTIL RO RETURNS TO 0
sDELAY 100 MICROSECONDS

002116
177772

177756

005301
001352

104455
000001
017704
015226
01260
012600
005037
000207

INC
MOV

BNE
DELAY

000001

;** PATCH AREA FOR 8206 IF NEEDED =+
;MOV #RUN,I#SELO -

NOP

BNE
BREAK

104422
005300
012727
000000
013727
000000
005367
001375
005367

NOP
NOP

40%:

002372

MOV
.WORD
Mov
.WORD
DEC
BNE
DEC

BNE

DEC
BNE
ERRDF

R1
109
1,EMG1 ,ERRG3

;REPEAT UNTIL MAX LOOP SATISFIED.

MOV
MOV
CLR
RETURN

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

;RESTORE R1
sRESTORE RO
;TIDY UP SUBRPC

;REPORT RUN NCT SET

TRAP
WORD
WORD
.WORD

#1,(PC)+
0
LSDLY, (PC)+
O
-6(PC)
b
=22(PC)

.=20

CSERDF
1
EMG1
ERRG3

B 5
CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 31
GLOBAL SUBROUTINES
1

SEQ

';""."'""'0""""'""""...'Q"".Q""Q""".'Q"""'Q""'

2
3

':t'.'t'."".""'"""'0"""""""'"'QQQ""Qt""""'.'t""'

SUBROUTINE $BASE!

FUNCTION =

.
7
8
9
10

TO PERFORM A BASE IN COMMAND

CALLING FORMAT:

JSR

$BASE

LWORD A (SELO MAINTENANCE BITS)

.WORD B (SEL4 = ADDRESS)
.WORD C (SEL6 = MODE AND/OR RESUME)
(MACRO CALL == BASEIN OR BASEIN A,B.0)

12
13

NESTING LEVEL

14
15
16

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

MAINTENANCE BITS (I.E. LINE UNIT LOOP BACK)

ENTRY CONDITIONS - s

17
18

BASE TABLE ADDRESS (SEL4)
C = MODE + RESUME (SEL6)
INFACE = 0 = NO INTERFACE WRITE REQUIRED
1
= WRITE INTERFACE (AX3-15)

20
21
22
23
24
25
26
27
28
29
L
30
31
32
33
3
35
36 011264
37 011264
38 011270
39
40 011276
41 011304
42 011312

011312
011316

(TEST,

EXIT CONDITIONS - ;.

{; ? 0 ERROR = DMR11 BASE TABLE ASSIGNED

N DMR MODE, AND INTERFACE WRITE REQUESTED

" WRITE REQUESTED Ax3-15.

3. TIME OUT ERRORS ARE DETECTED IN WAIT SUBROUTINES.
DMRFLG = =1
DMR MODE REQUESTED (USED IN CONTROL IN
0

ROUTINE)

DMC MODE OR RESUME REQUESTED.

REGISTERS DESTROYED = RESTORED
‘:'Q'ltt.'Qitttti"""""""'QQ"".t""Qt".""'".'Q".""Q""
R

22222222223222222222222222
2202
R R0 RRRRRRRRdddd)

:
$BASE

002372
000004

002372

000043
000001

170726
002374

MOV
SUB

(SP) , SUBRPC
#4, SUBRPC

MOVE

#RQI'BASEI,@BSELO ;ISSUE THE BASE IN COMMAND.

JSR

PC, SWAIT
WORD
O

MOV
WAIT

010274

#1,NESTPC
RDI

:SAVE PC AFTER THE CALL TO SWAIT.
‘BACKUP TO THE PC OF THE ACTUAL CALL
:FLAG THAT THE NEXT SUBROUTINE IS NESTED.
‘WAIT FOR RDI

tetee MACRO EXPANSION #ee+

SCALL WAIT ROUTINE
‘FLAG THAT WE'RE WAITING FOR RDI
:'.'i

Tttt

43 011320

BNERROR 108

*IF NO ERROR, RDI SET = PROCEED s

4 011322
45 011326
46 0113
47 011330
48 011336
49 011342

ADD

26, (SP)

30§

:CORRECT STACK FOR ERROR EXIT

CEXIT

BIS

3(SP),aSELO

:SET ANY MAINTENANCE BITS

MOV
ADD

3(SP),aSEL4
9, (5P)

:SET UP BASE ADDRESS
YINC. POINTER AGAIN

011320

50 011350
51 011354

000006

000000
000002
000000
000002
000009

170674
170666
170656

108:

ADD

MOV

#2,(SP)

a(SP),aSELG

*INC. POINTER.

*SET UP RESUME BIT AND THE HIGH 2 BITS
;OF THE BASE TABLE ADDRESS

10%

C .5
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE 31-1
GLOBAL SUBROUTINES

SEQ

ADD
WAIT

#2,(SP)

RaQl

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

011366

004737

010704

JSR

PC, SCLRaI

:CLEAR RQI AND WAIT FOR IT TO BE CLEARED.

55 011372
011372
56 011374
57 011402

103
122777

BERROR

308

‘IF ERROR, EXIT

CMPB
BNE

#122,3BSEL6

P IIIII PIAIIIILLL

h
d

TR JISL R S

i
D

d
i

170636

010000

170626

177777

002260

000001

002364

002262

_ 3 s s b b

012737
005737
001424
022737

nmarr7

000055

004737
000000

010274

b Dt
d

15$%:

002260

—_— s

000122

000200

16$%:

170546

17$:

011502

004737

005037
005037
000207

002304

170546

010704

002374
002372

308:

BCS

;WAS THIS A DMR BASE IN?
;1F NOT, CLEAR DMR FLAG (DMC MODE)
;1S THIS A RESUME?
:1F NOT, PROCEED

308

DMRFLG

30%

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

MOV

#-1,DMRFLG
INFACE

;FLAG THAT DMR MODE WAS REQUESTED.
;1S AN INTERFACE WRITE REQUIRED?

16%

30%

#CNTRL ,ERROR

17%

;1F NOT = SKIP TO END

;ARE WE EXPECTING AN ERROR (IN TEST THAT
;FORCES AN ERROR)

:1F NOT PROCEED
:1F EXPECTING AN ERROR = IS RDO SET
;IF YES = DON'T BOTHER CHANGING THE INTERFACE.

BIT
BNE

#RDO,ISELO

MOvB

#RQI!INTER,3BSELO :ISS?SRURITE INTERFACE COMMAND.
RDI
JWAIT
RDI
setet MACRO EXPANSION #wee
PC, SWAIT
sCALL WAIT ROUTINE

JSR

77
78 011502

777

LA2

CLR

WAIT

#RES ,ISELG

BNE

170556

15%

seeee MACRO EXPANSION teee

BIT
BEQ

TST
BEQ
CMP

—

8%1

001004
032777
001014

B d

OO0

O0Oo o000

~ N~
F W - OV~

)

000002

062716

Ozgw
00
NNOSO YS wnro

53 011362
54 011366

308

WORD

;FLAG THAT WE'RE WAITING FOR RDI
JERAR

LA 23]

BERROR

308

:1F ERROR, BR TO END.

Mov8s

AX3,aBSEL7

;WRITE AX3-15.

WAIT

RQI

JSR

PC,

CLR
(LR

NESTPC

RETURN

SCLRQI

SUBPPC

BCS
INTERFACE SELECTED

308

;BY AX3 DETERMINED IN INIT. CODE.
sCLEAR RQI AND WAIT FOR RDI TO CLEAR.
;eeee MACRO EXPANSION wwwe

;CLEAR RQI AND WAIT FOR IT TO BE CLEARED.
AL

;CLEAR THE NEST FLAG
sTIDY UP SUBRPC

tene

D .5
CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-B0 11:38:40 PAGE 32
winy —

::"."""""Q""O"'""Q"".'Q"Q.t"tQ'Q"Q"Q"'Q"'Q'Q""'Q'Q

':'t"""Q"t""'."""""""""""Q.""""."'..""""""'

YO NS WN 2O 00NN

SUBROUTINE SCNTIN
FUNCTION =

NESTING LEVEL

NO VNS WN =200

CNTRIN A)

- MAY ONLY BE CALLED FROM IN-LINE CODE

SUBTEST OR TEST SEGMENT)

EXIT CONDITIONS = 1.

(TEST,

EXPECT
CONTROL OUT IF IN DMR MODE
NO CONTROL OUT, IN DMC MODE OR RESUME.

IF NO ERROR - DMR11 CONTROL IN PERFORMED

2. TIMEOUTS REPORTED IN WAIT SUBROUTINES

IF THIS IS A DMR MODE START UP CONTROL IN,

THIS ROUTINE WILL WAIT FOR A CONTROL

OUT = DMR RUN.

IF THIS CONTROL OUT IS

NOT RECEIVED,
THIS WILL RESULT IN AN ERROR
MESSAGE AND A REMINDER TO CHECK THE BAUD RATE,

OO0V

INTERFACE AND TURNAROUND (PROBABLE REASON).

REGISTERS DESTROYED

WAV

B WO
oonNSO o

002372
170472
002374

N
~N

002260

010704

R
iR

RRRRRRRRRRRRRRR Rl dd)

RRdRdRRRRRRRRdddd)

MOV
SUB

(SP), SUBRPC
#4, SUBRPC

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

MOV
WAIT

#1,NESTPC
RDI

:FLAG THAT THE NEXT SUBROUTINE IS NESTED.
‘WAIT FOR SETTING OF RDI

PC, SWAIT
WORD
0

SCALL WAIT ROUTINE
‘FLAG THAT WE'RE WAITING FOR RDI

MOVB
JSR

010274

000000
000002
000400

2222222122222 220222222

$CNTIN:

#RQI+CNTRL,@BSELO ;SET UP CONTROL IN COMMAND
;e MACRO EXPANSION ttex
;".'

(32 8]

BNERROR 1%

*IF NO ERROR - PROCEED

ADD

#2,(SP)

:CORRECT RETURN ADDRESS

170446

MOV

3(SP) ,aSEL6

;SET MODE DESIRED

170434

BIT
BEQ
CLR

SMAINT,3SEL6
5%
DMRFLG

:WAS MAINTENANCE MODE REQUESTED?
S1F NOT, LEAVE DMRFLG AS 1S.
*CLEAR FLAG = NO RUN MODE CONTROL OUT.

WAIT

ROl

:CLEAR RQI AND WAIT FOR RDI TO CLEAR

JSR

PC, SCLRQI

*CLEAR RG] AND WAIT FOR IT TO BE CLEARED.

000002

et
—

002372
000004
000041
000001

OCOO0O0O0O0O0O0O0O0O0O0
—h B b s D b D D D e e —D
D D e h D d D D oh e —D D

VAWVVAWVIWVAWIWA
W

OO
i
—2 b

VLA
&

VIV

b
o
e
—

-l
e il -

[=]lelelelela)

OONOWVSWNN

PC,
SCNTIN
A (SEL6 = MAINTENANCE MODE & HDX)

ENTRY CONDITIONS = DMRFLG = =1

O
NOWVS WN-—-

JSR
LWORD

(MACRO CALL == CNTRIN

OOV

TO PERFORM A CONTROL IN COMMAXD

CALLING FORMAT:

2222

VBB

SEQ

GLOBAL SUBROUTINES

B8R

ADD

20$

#2,(SP)

:ERROR = EXIT

:INC. RETURN PC LEFT ON STACK.

taees MACRO EXPANSION weve

————

E 5
CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE 32-1

SEQ

GLOBAL SUBROUTINES

AL L

51 011616
52 011622
53 011626
54 011630

005737
001443
005037

002260

011630
011634

004737
000001

010274

000001

170344

104455
000010
017762
015112
000410

032777
001004

000040

170326

7%:

10%:

JSR

PC, SWAIT

DMRFLG

#FEMS3

15%

BIT
BNE
ERRDF

#CNTRL ,SEL2
109

8 ,EMGB,ERRG2

15%

BIT

#DMRRUN,SEL6
15%

BNE
ERRDF

104455

9.,EMGY ,ERRG2

seeve MACRO EXPANSION #wee

;CALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDO
chRRw

*IF NO ERROR = PROCEED

:PRINT RUN ACKNOWLEDGE NOT necelxge.
Mov
MOV
TRAP
ADD

;:DID WE RECEIVE A CONTROL 0OUT?
;IF YES = PROCEED.
;EXPECTED CONTROL OUT NOT RECEIVED.

TRAP

.WORD
.WORD
.WORD

000207

005037
005037
000207

002374
002372

s s
2 O =2 = =2
et O

170302

:BR IF OK.
;WRONG CONTROL OUT RECEIVED.

20%:

BIC

#RDO!CMD,aSEL2

;CLEAR RDO AND THE COMMAND BITS

CLR
CLR

NESTPC
SUBRPC

;CLEAR THE NEST FLAG
:CLEAR PC

.ASCII

/%ADMR RUN ACKNOWLEDGE NOT RCVD.XN/

LASCIZ

/XACCHECK INTERFACE, BAUD AND TURNAROUND)XN/

RETURN
Ot O b e e
O
S OWN=ON
=00 —=0O=5rO0O
OWVOON SN NWVIWVINWOO &~

062777

15%:

FMS3:

7%
#EMS3,-(SP)
#1,-(SP)

SP,RO
CSPNTB

6 ,SP

CSERDF
8
EMG8
ERRG2

:WAS THE DMR RUN MODE BIT SET?

000011
020026
015112

045
115

TRAP

.WORD
.WORD
.WORD

011747
011752
011755
011760
011763
011766
onrn
011774
011777
012002
76 012005
012010
012013

000004
032777
001005

RDO

PRINTE

011744
000001

-t OB
2O = —=ONNO
WO =N OO NSO =iy =

74
75 011744

012746
012746
010600

WAIT

BNERROR 7%

103011

e
L= =
P - R
e TM J —
COrVONSON
-~ ~N
WO
WS O &S NWO~N

55 011636
011636
56 011640
011640
011644
011650
011652
011654
57 011660
58 011662
59 011662
60 011670
61 011672
011672
011674
011676
011700
62 011702
63 011704
64 011704
65 011712
66 011714
011714
011716
011720
011722
67
68 011724
69 011724
70 011732
71 011732
72 011736
73 011742

DMRFLG

WORD

;WAS DMR MODE REQUESTED ON BASE IN?
;BR _IF NOT (DMC MODE)
;CLEAR DMR RUN MODE FLAG
;EXPECT RDO TO BE SET

TST
REQ

(LR

002260

CSERDF

EMGY
ERRG2

——

—

F’
CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 32-2

—_HO = =N =OO000N
oSN SO
OVON S

I
e
e

[=lelelelelelelelelele]

————p————

012016

O
s
O et e O b
S =2V
ONSON =
VIOPNONO
= NO WO

GLOBAL SUBROUTINES

.EVEN

SEQ

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 3§

SEQ

WLN

GLOBAL SUBROUTINES

°;"""""'.'Q""""'""""""'"'Qt"QQ"""'Q".""Q""."'

';'."""'t"'Q"""""""".""l"'.".Q""."'."""'Q'."'Q.'

=200VNOVNTWNN—=OVE~N Lo XV

SUBROUTINE SDMRIN
FUNCTION =

TO PERFORM A DMR MODE

b e
b
b s b

NESTING LEVEL

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

b b

ENTRY CONCITIONS = MUST BE IN DMR MODE
FOR ALL COMMANDS EXCEPT WRITE MODEM
B = SEL4
C = SEL6
FOR MODEM WRITE

w SN

B = BITS TO CLEAR IN SEL6
C = BITS TO SET IN SEL6

NESTPC = 1 = SUBROUTINE NESTED WITHIN ANOTHER SUB.

0 - SUBROUTINE NOT NESTED.

EXIT CONDITIONS = If NO ERROR = DMR11 MODE INPUT COMMAND PERFORMED.

N aun
NOON
NWNININSN
o

000000
000000
000002
000040
002374
000001

—

223822 3288

i wd
D
i
e
o
b

002374
002372
000004

b
e
e
e
—

OO000O0

010274

" (=]
s
g\n\nmb

= -

OO0

—_— -2
N

S LN NT N LN LS LS LN
— e e
i e d O

000000000000

REGISTERS DESTROYED

—_— D s — —b
NN

WS
OV
VAWA
N—=

INPUT COMMAND

JSR
PC,
SOMRIN
COMMAND
.WORD
.WORD
B
LWORD
(
(MACRO CALL == DMRIN A,B,0)

CALLING FORMAT:

POPORI NI NI

BURERRURZET=NS
st
rw
ONOWVES WOV

012637
103003

062716
000433

002372

002340
170116
170104

002374

1%:

TST
BNE
MoV
suB

NESTPC
1%
(SP) ,SUBRPC
#4 ,SUBRPC

;1S THIS SUBROUTINE MESTED?
;IF YES = DON'T CHANGE
SUBRPC.
;SAVE PC FROM WHERE THIS SUBR. WAS CALLED.
;:BACKUP TO PC OF ACTUAL CALL

MOVB
MOvVB
ADD

a(SP),SAVE
a(SP) ,aBSELO
#2,(SP)

:SAVE DMR INPUT COMMAN®
:SET UP DMR INPUT COMMAND.
:INC RETURN PC LEFT ON STACK.

MoV
MOV

#RA],ISELO
NESTPC,-(SP)
#1 NESTPC

WAIT

RDI

JSR

PC, SWAIT

BIS

MOV

000004

ADD
BR

WORD

10§

;ROUTINE IS NESTED.

;WAIT FOR SETTING OF RDI

(SP)+ NESTP(
BNERROR 5%

002374

;REQUEST INPUT,
:SAVE THE CURRENT NEST FLAG.
;USE THE FLAG TO SHOW THE WAIT

(SP)

sveee MACRO EXPANSION weee
;CALL WAIT ROUTINE

;FLAG THAT WE'RE. WAITING FOR RDI
:'...

;RESTORE THE ORIGINAL NEST FLAG.
:1F NO ERROR, OK - PROCEED.
:UPDATE RETURN ADDRESS.

*ERROR EXIT.

BCC

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE 3§-1

SE@ 59

GLOBAL SUBROUTINES

53 01216

32 013163 122737 000005 002340
§5 012170
§6 012172
57
58 012200
§9 012204
60
61 012212
62 012216
63 012220
64 012220
65 012226
66 012232
67 012240

001413
017677

000000

062716
017677

000002
000000

062716
000412

000002

047677
062716
057677
062716

000000
000002
000000
000002

CMPB

#WMODEM,SAVE

170036

BEQ
MOV

170026

ADD
MOV

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

ADD
BR

#2,(SP)
7%

BIC
ADD
BIS
ADD

@(SP),aSEL6
#2,(SP)
@a(5P),asEL6
#2,(SP)

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

WAIT

ROI

sCLEAR RQI AND WAIT FOR RDI TO CLEAR

JSR

PC, SCLRaQI

sCLEAR RQI AND WAIT FOR IT TO BE CLEARED.

TST
BNE
(LR

NESTPC
158
SUBRPC

sWAS THIS ROUTINE NESTED?
‘BR IF YES
:CLEAR PC

(LR
RE TURN

SAVE

:RESTORE TEMP VALUE

170012
170000

68:

69 012244

012244
70 012250
71 012250
72 012254
73 012256
74 012262
75 012262
76 012266
79
80

004737

010704

005737
001002
005037

002374

005037
000207

002340

002372

108:

158:

68
@(SP),@SEL4

;IS THIS A MODEM WRITE?

:1F YES - SET/CLEAR BITS.
:PASS VALUE FOR SEL4 (VALUE, IF ANY,
:DEPENDS ON THE DMR COMMAND)
:INC. RETURN PC LEFT ON STACK.
:PASS VALUE FOR SEL6 (VALUE, IF ANY,
:DEPENDS ON THE DMR COMMAND)
“INC. RETURN PC LEFT ON STACK.

seeee MACRO EXPANSION wwee
:Q"'

LA A2

:
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 34

SEQ

GLOBAL SUBROUTINES

:;'.""".t".""'""0"'"""'Q""""""'Q"'.""Q'Q""Q"."

:;"Q.'.'.Q'"'Q"""'""""'t'."'.."'."t"""Q"Q""'QQQQ'Q"'

;

SUBROUTINE $BACC
FUNCTION =

CALLING FORMAT:

TO PERFORM A BUFFER ADDRESS/CHARACTER

COUNT IN COMMAND

JSR

;

$BACC

SEL&

:BUFFER ADDRESS

SELO

.WORD

SEL6

.WORD

;

.WORD

:BA/CC IN COMMAND
:BA BITS 16 & 17 AND

:CHARACTER COUNT

(MACRO CALL == BACCIT

OR (MACRO CALL =- BACCIR

BACCIT A,B)

BACCIR A,B)

NESTING LEVEL

20
%%

;
;

ENTRY CONDITIONS €XIT CONDITIONS = IF NO ERROR = DMR11 BA/CC COMMAND IN PERFORMED

E:Qt".'.'t.tt""t"""'""Qtt'Qttt!'tl"t.ttt'ttlt"t"tl"t't."tt

29 012270

$BACC:

gz
2‘

011637
162737
117677
062716
012737

012322
012326

004737
000000

002372
000004
000000
000002
000001

103003
062716

000004

39 012340
40 012340
41 012346

017677
062716

000000
000002

38 012336 000414

017677

002372
167722

002374

010274

012330
37 012332

2% 012352

000000

167670

108:

167660

45 012364

46 012370

47 012370
48 012374

49 012400

REGISTERS DESTROYED = NOT AFFECTED

004737

010704

005037
005037

002374
002372

000207

MOV
SUB
MOVB
ADD
MOV
WAIT

(SP), SUBRPC
#4,SUBRPC
a(SP),aBSELO
#2,(SP)
#1,NESTPC
RDI

;SAVE PC FROM WHERE THIS SUBR. WAS CALLED.
:BACKUP TO PC OF ACTUAL CALL
:SET UP BA/CC COMMAND IN (TRANSMIT OR RECEIVE)
:INC POINTER ON STACK
:FLAG THAT THE NEXT SUBROUTINE IS NESTED.
‘WAIT FOR SETTING OF RDI

JSR

PC, SWAIT
MORD
O

SCALL WAIT ROUTINE
:FLAG THAT WE'RE WAITING FOR RDI
;tt"

(22 2]

:1F NO ERROR - PROCEED

ADD

:CORRECT STACK FOR ERROR EXIT.

86, (SP)

20§

CEXIT

MOV
ADD

a(SP),aSELL
#2,(SP)

;SET BUFFER -ADDRESS
:INC POINTER ON STACK

ADD

#2,(5P)

:INC POINTER ON STACK

WAIT

208
:

iesse MACRO EXPANSION #ee

BNERROR 10%

MOV

44 012360 062716 000002
012364

SUBTEST OR TEST SEGMENT)

':tt."t'tt"""Qt'lt""'Q"Q"'t'.'!.Q.ltt't.'l'.Ql"t""tt"t"'t'

30 012270
31 012274
32 012302
33 012310
3, 012314
35 012222

36 012330

= MAY ONLY BE CALLED FROM IN-LINE CODE (TEST,

a(SP) ,aSELG
ROi

JSR

PC, $CLRQI

CLR
CLR

NESTPC
SUBRPC

RETURN

BCC

108

;gigsuqbagrzsa COUNT AND BUFFER ADDRESS
SCLEAR RQ] AND WAIT FOR RDI TO CLEAR
tesxte MACRO EXPANSION wees

SCLEAR RG] AND WAIT FOR IT TO BE CLEARED.
;l'.'

;:CLEAR THE NEST FLAG
SCLEAR PC

ttne

J 5
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-B0 11:38:40 PAGE 35

SEQ

OONO VNS WN 2O OB NO WV WN —=OO00 NN
““'N'Wdzzfiza=tzx20iU‘Uizr\nuhflflflhflNJNQNJRJNJ—‘-o—D-A.A-n—o_o—ha

GLOBAL SUBROUTINES

:‘.'Q""'Q"QQ"'Q."'"""'0'.'""Q""Q""'""""'..Q"QQ.""'

SRR R R RN RN RN RN

RN R RN R E RN R RN R RN NANNRRA RN NANORANANONCOONNROOOOOTS

SUBROUTINE SERROR
FUNCTION =

TO CHECK THE FIRST 8. BASE TABLE ERROR COUNTS
FOR NON-ZERO VALUES.

CALLING FORMAT:
NESTING LEVEL

JSR

PC,

$ERROR

= CAN BE NESTED WITHIN ANOTHER ROUTINE

ENTRY CONDITIONS = SHOULD BE DONE AFTER PROPER SHUTDOWN
NESTPC = 1 = SUBROUTINE NESTED WITHIN ANOTHER SUB.
= 0 = SUBROUTINE NOT NESTED.
EXIT CONDITIONS = IF ANY NON-ZERO VALUE FOUND IN THE BASE TABLE A
SOFT ERROR IS DECLARED.

REGISTERS DESTROYED - RESTORED
e

2 22ttt
iRt RRddRRRRRdRRdl )

'Et'...'t"t.""‘"""""'0"i'.'t"'.'t.'t'.""'.".t"".'t't't.'

012402
012402
012406
015410
012414

005737
001005
011637
162737

$ERROR:

002374
002372
000004

002372

1 012422

2 012422 010046
3 012424 010146
012426 012700
012432 012701
012436
012436 105720
012440 001016
9 012442 005301
0 012444 001374
1 012446 122010
2 012450 001012
3 012452 022737
44 012460 001403
45 012462 105710
46 012464 001004
47 012466 000407
48 012470
49 012470 122710
g? 012474 002004

52
53 012476
56 012476
012476
012500
012502

NESTPC

;1S THIS ROUTINE NESTED?

MOV

RO,=(SP)

;SAVE RO

MOV
MOV

#BASE+3,R0
#6. R

:POINTER TO ACTUAL BASE TABLE COUNTS.
:CHECK THE 6 NAK BYTES IN THE TABLE

BNE
MOV
SUB

MOV

002641
000006

ISTB

000022

002114

BNE
DEC
BNE
(MPB
BNE
CMP
BEQ
1ST8
BNE

B8R

C(MPB

000001

BGE

108
(SP), SUBRPC
#4,SUBRPC

R1.=(SP}

(RO)+

308

R1
208
(RO)+, (RO)
308

#18. ,LSTEST
25%
(RO)
308

:SAVE R1

;1S THE NAK COUNT NON=-ZERO?

*1F YES - REPORT SOFT ERROR
:LOOP UNTIL DONE.
:ARE THE REPS THE SAME?
:1F NOT = REPORT ERROR.
11S THIS TEST 18 (LARGE BUFFER TEST)
‘1F YES = ALLOW 1 REP
:1F NOT TEST 18 = REPORT IF NON ZERO.

40%

:1F ZERO - OK.

#1,(RO)

;1S THE REP 0 OR 1?

40$

s
104457
0000
012526

*BR IF YES (PC ALREADY SAVED)
*SAVE PC AFTER THE CALL TO SWAIT.
‘BACKUP TO THE PC OF THE ACTUAL CALL
‘THE INSTRUCTION AFTER THE CALL.

ERRSOFT 5,EMS3,ERRGA

S1F YES = OK (WE ALLOW 1 REP BECAUSE

SIN TEST 18 AT LOW BAUD RATES 1 REP IS
SEXPECTED.)
;REPORT SOFT ERROR

TRAP

.WORD
.WORD

CSERSOFY

5
EMS3

K 5
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 35-1

GLOBAL SUBROUTINES

012504
55 012506
56 0125
57 012512
58 012514
59 012520
60 012520
61 012522
gg 012524

015456

64 012526
012531
012534
012537
012542
012545
65

102
105
101
105
122
122

005737
001002
005037

408:

002374

002372

45%:

012601
012600
000207
101
040
102
040
122
123

123
124
114
105
117
000

EMS3:

SEQ
.WORD

TST
BNE
(LR

NESTPC
45%
SUBRPC

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

MoV
MOV
RETURN

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

;RESTORE R1
sRESTORE RO

.ASCIZ

/BASE TABLE ERRORS/

.EVEN

62
ERRG&

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 3;
L

SEQ

GLOBAL SUBROUTINES
1

CrRARNRRRRRNNRNAEN

RN NRRRROCERRROERNRNRRRROERRRRACORRROROOROANANONOOEROEROOETS

RN RN RN RN R

‘;
g

;
;

;

ENTRY CONDITIONS = NONE

EXIT CONDITIONS

= DMR SHUTDOWN

REGISTERS

- NO EFFECT

SRR RR RN NN

RN RN ANRAANRORARAROORNNAOROORNONROOTOROS

SUBROUTINE SHALT
FUNCTION = TO SHUTDOWN THE DMR11

:;;."'."'.i"""""""'Q"""""'t.".'."'"'.'...'.'..'Q"""'

17 012550

18 012550
19 012554

20 012562
21 012570
22 012574
23 012602
012602
012606

24 01%610

':'.'...".".'.""'Q"""""'.'..'"'.""..."."""..."""""

011637
162737

112777
105077
012737
004737
000000

012610
25 012612

103430

012612

004737

26 012616

012616

27 012620
012620
012624

28 012626

012626

004737
000001

103421

032777
001005

000410

} ggo

000062
167440
000001

$HALT:
002372

167442

002374

010274

010704

010274

000001

167376

104455
000004
015712
015112

81 652 032777
001000 167360
001004

S 015
01266

015685
00090
015666 012712

MOV
SUB

(SP), SUBRPC
#4 , SUBRPC

JSR

PC, SWAIT
.WORD
0

MOVB
CLRB
MOV
WAIT

103425

012630
012636
31 012640

012640
01%642
012644
81 646

002372
000004

#RQI'MLT,aSELO
@SEL2
#1,NESTPC
ROI

:SAVE THE PC WHEN THE SUBROUTINE WAS CALLED.
*BACK UP TO THE ADDRESS OF THE ACTUAL CALL.

:ISSUE A HALT
*CLEAR ANY OUTPUT PENDING
“FLAG THAT THE NEXT SUBROUTINE IS NESTED.
‘WAIT FOR RDI
“axes MACRO EXPANSION #ees

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

122 3]

BERROR

20%

*IF ERROR, EXIT

WAIT

RQI

JSR

PC, SCLRQI

BERROR

20$

*IF ERROR, EXIT

WAIT

RDO

:WAIT FOR RDO

JSR

PC, SWALT
JWORD
1

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

BCS
:CLEAR RQI AND WAIT FOR RDI TO CLEAR

seeee MACRO EXPANSION tewe

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

L2321

;Q"'

‘IF ERROR, EXIT

BIT
BNE
ERRDF

SCNTRL,3SEL2
10$
& ,EMS4,ERRG2

;1S THIS A CONTROL OUT?
*IF YES - PROCEED
:ERROR

208

ERRDF

& ,EMS4,ERRG2

208

BCS

208

TRAP
.WORD
"WORD
'WORD

CSERDF
&
EMS&
ERRG2

(123 3]

20%

SWALTC,@SEL6
208

BCS

teees MACRO EXPANSION sees

BERROR

o
BNE

208

;1S
THE DMR HALTED?
“IF YES = EXIT

:ERROR = NOT EXPECTED CONTROL OUT.

R
'WORD EMS4

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE S;-1
M

GLOBAL SUBROUTINES

012670
37 01267%
38 01%67
- 39 012700

015112
042777
005037

000%07
002374

4% 012712

123

110

40 012704
t1 012710

012715
012720
012723
012726

005037
000207

124
127
105
17

167334

208:

002372

104
116
122
122

125 EMS4:

117
040
122
000

SEQ 64
.WORD

BIC
CLR

(LR
RETURN

#RDO!CMD ,@SEL2
NESTPC
SUBRPC

LASCIZ /SHUTDOWN ERROR/
.EVEN

;CLEAR RDO AND COMMAND BITS.
;CLEAR THE NEST FLAG
;CLEAR THE PC.

ERRG2

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 38

SEQ

GLOBAL SUBROUTINES

';"t.""'.t.."""""""""'.'..."'t."".'t"'.""'..'.."'."

SUBROUTINE $ROMO
FUNCTION = TO READ THE CONTENTS OF THE ROM
ENTRY CONDITIONS = ROMADR =

ROM ADDRESS

EXIT CONDITIONS

= BSEL6

CONTENTS OF ROM ADDRESS

REGISTERS

= NO EFFECT

:;QQ'..Q."t."""t""""tl""tt"".tfi'.."'Q'.'Q"'Q"..'.""".

$ROMO:

ddRRdiRdR

CLR
MOVE

ASELO
ROMADR+1,3SEL2

JINIT
:SET HIGH BYTE OF ROM ADDRESS

012752 012777 121053 167260

MOV

#121053,3SEL6

:SET UP MICROINSTRUCTION TO

052777

167274
002411

2222

167270

012744

005077
113777

2322222222

001000

167260

8IS

#ROMI ,SELO

:MOVE IBUS* 2 TO OBUS* 13
:(0BUS* 13 IS A SHADOW REGISTER FOR

:BITS 8=11 OF THE PC)
#STUP,QSELO
;CLOCK THE INSTRUCTION
#ROMI!STUP,3SELO ;CLEAR

052777
042777
042737
153737
052777
013777

000400
001400
000377
002410
001000
013050

167244
167236
013050
013050
167214
167214

BIS
BIC
BIC
BIs8
BIS
MoV

013024

052777

000400

167200

BIS

#STUP,QSELO

BIC

#ROMI!STUP,QSELO ;CLEAR

042777

001400

167172

BIS

gg 013046

000207

40 013050

100000

#377,1%
ROMADR, 1%
#ROMI ,QSELO
1$,3SELG

.WORD

;CLEAR ADDRESS FIELD OF BRANCH INST.
;ADD ADDRESS OF BRANCH.
;ENABLE SEL6
;SET UP MICROINSTRUCTION 70
sBRANCH IMMEDIATELY TO PC. BRANCH IS
sNECESSARY TO TRANSFER PC SHADOW REG TO PC
sCLOCK THE INSTRUCTION
;ROM PC = ROM ADDRESS

#ROMO, aSELD

;CLOCK IN A MAINTENANCE ROM QUT

100000

;MICRO INSTRUCTION OPCODE FOR IMMEDIATE

RETURN

1%:

dddld})

:ENABLE SEL6 TO BE USED AS MAINTENANCE REG.

012760
012766
012774
013008
013010
013016

36 013040 052777 002000 167164

sROM CONTENTS ARE NOW IN SEL6.

;BRANCH (ROM ADDRESS IS ADDED INTO BITS 0-7)

—————

012732

012732
012736

R 2222222

xyfltflvnflh”vfiJN"UhJfiHUhJNF‘-‘—hfl-‘—hfl-‘—hfl
WN = OOV
N VNS NN 2OV
YOV WN 200NV

';'t"'.""t"""""'t""'Q"Q'.""Q"'t"'.'t'"'.""QQ"'.'Q.Q'

35 013032

“1

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE 38
8

SEQ

GLOBAL SUBROUTINES
1

';"'"'Q'""'t""""'t""""tt""'Q'Q.QQ"'.'Q'Q""""'Q"'."

2
3

':l"t'Q'.".'."Q""'Q""""t"Q""Q"Q"."""'t""""""""

SUBROUTINE $LOOP

FUNCTION = TO ISSUE AN EXTENDED CONTROL IN TO SET
UP THE MODEM LOOPBACK GESIRED BY THE USER.

6
7
8
9
10
"
12
13
1L
15

WMAINT = 1 = SET BITS
(WMAINT SET IN INIT CODE)

DMCMDE = 0 - DMR MODE
DMTURN = TURN AROUND CONNECTOR

EXIT CONDITIONS

17
18
19

REGISTERS

20
21

22 013052
23 013052
24 013056
25 013060
26 013064

002276

002372
000004
000006
000004
000010
108:

012737
012737
012737

NOT DESTROYED

2222

TST

DMCMDE

;1S THE DMR IN DMC MOCE?

MOV

#MAINT1,1018

;SET MAINT BIT FOR LOCAL LOOPBACK

ARt

R R R RN R

20%

iRl

RRRRRiRRidddddRdd)

;IF SO, EXIT (CAN'T DO DMR MODE INPUT)
;D0 WE NEED TO WRITE THE MAINTENANCE BITS?
:IF NOT = EXIT.
;SAVE THE PC AFTER THE CALL TO $SLOOP
:BACKUP TO THE PC OF THE ACTUAL CALL.
;IS LOCAL MODEM LOOPBACK DESIRED?
:1F NOT - PROCEED.
;ENSURE REMOTE LOOPBACK IS CLEAR.

:IN ALL OTHER LOOPBACK CONFIGURATIONS

000010
000004

MOV
MOV

#MAINT1,100%
#MAINT2,1018

000001

002374

MOV
CALL

#1 NESTPC
SCMRIN

CLR
CLR

NESTPC
SUBRPC

002374
002372

iRt

AR RN RN R RAARRRRANANARRANARRAROERARRORRTRR,

308
WMAINT
308
(SP),SUBRPL
#4,SUBRPC
#LLOOP,DMTURN
108
#MAINT2,1008

013156
013160

000005
000000
000000

005037
005037
000207

BNE
TST
BEQ
MOV
suB
CMP
BNE
MOV

002306

58 013073
33 013106

40 013142
41 013150
42 013154
43 013156
&4 013160
45
46 013162
47 013162
48 013166
49 013172
50

WMAINT = 0 = DON'T WRITE MAINT. BITS

ENTRY CONDITIONS -

30 013106
31 013110
32 013116
33 013124
34 013126
35
36
37 013126
38 013134
39 013142

RETURN

.WORD
WORD
WORD

WMODEM
0
O

;SET MAINTENANCE 2 (CONFIG. TYPE 1,3.,7)
;ENSURE REMOTE LOOPBACK IS CLEAR.
:SET MAINT BIT FOR REMOTE LOOPBACK

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

;WRITE MODEM COMMAND
;BITS TO CLEAR IN MODEM REGISTER
;BITS TO SET IN MODEM REGISTER

;CLEAR THE NEST FLAG
;CLEAR PC.

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 48

SEQ

GLOBAL SUBROUTINES

SRR RRRRRRRRRRRRRCERRORCCEORORCERRRRRARRRRAARNRRPRARNRAOAANRROCOROROOEROORTS
AR

RA NN RN

z:vfig\flg”d\flvfldFUNMVflJN”UhJN"UhJ-ha.a—LJ-J.‘_ha_a
NOWVS
NN OO0 NO VNS WN 2O VYO VNS W
=200V

NO VS W

SRR

R E R

RN RN E RN RN AR NAAARRNRNNOORARAAONRAAOANNNOROOORORES

SUBROUTINE S$BUFFS

FUNCTION = TO DETERMINE BUFFERS FOR TEST 15 = 19.
THIS
SUBROUTINE WILL USE ONE OF THE FOLLOWING
THREE BUFFER AREAS:

1. IF MEMORY MANAGED, 32K - 48K
2. FREE MEMORY, IF MORE THAN 4K BYTES.
5. IF 2 OR 3 NOT POSSIBLE, DEFAULT &K
DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

CALL

= JSR

NESTING LEVEL

PC,SBUFFS

CALLED ONLY BY TESTS

16-20

ENTRY CONDITIONS = BUFNUM = # OF RCV & XMIT BUFFERS
EXIT CONDITIONS

MMANAG = 1
MEMORY MANAGEMENT USED
MMANAG = 0
MEMORY MANAGEMENT NOT USED
RCVBUF
= ADDRESS OF RECEIVE BUFFER (VIRTUAL)
RCVBUF+2 = CHARACTER COUNT
RCVBUF+4
= ADDRESS OF NEXT RECEIVE BUFFER
(UP TO 64 ADDRESSES AND COUNTS)
XMTBUF
= ADDRESS OF TRANSMIT BUFFER (VIRTUAL)
(UP TO 64 ADDRESSES AND COUNTS)

REGISTERS

NOT DESTROYED

::"'t"..""Qt""""""tt"."'.'Q'.""'lt.'.'.""i""".."t't

013174

013174
013200
013206

013212

013212
013216
013222
0132§6
013232
013234

39 013240
40 013244
X
42
43 013250

22 013252

46 013260
47 013262
48 013270

013270
013274

°:""tt't..""'i""""Q"""'t"'."".".'tl'."""""'t""".

011637
162737

002372
000004

012746
012746
012746
012746
104437
062706

000340
023572
000004
000003

005037

005737
005737

001143

002350

$BUFFS:
002372

000010
177572
002350

023727

002120

003000

002537
012737

000001

002302

012700
104441

000340

MOV
SUB
SETVEC

(SP) , SUBRPC
:SAVE PC AFTER THE CALL TO SBUFFS
#4, SUBRPC
‘BACKUP TO THE PC OF THE CALL.
NXMFLG
#4,#NOXMEM,#PR1IO7 :;SET UP TRAP & (WILL SET FLAG FOR NXM)

ST
ST

MTIST2
NXMFLG

CLR

MOV
MOV
MOV
MOV
TRAP
ADD

CMP

LSHIMEM, #3000

308

:ADDRESS MEMORY MANAGEMENT REG
1S THE FLAG STILL CLEARED?
INOTE: THE FLAG WILL BE SET BY THE TRAP
S1F THERE IS NO MEMORY MANAGEMENT.
:BR TO USE NON-MEMORY MANAG. BUFFERS.

BLT
MOV
SETPRI

308
71, MMANAG
#PR107

:1F NOT, USE NON-MEMORY MANAG. BUFFERS.
*FLAG THAT MEMORY MANAGEMENT IS USED
‘MAKE SURE WE ARE IN KERNEL MODE.

BNE

#PR107,-(SP)
- (SP)
#NOXMEM,
#4,~(SP)
#3,-(SP)
CSSVEC
#0,SP

:;gntgsgstag)Lenst 48K WORDS? (16K WORDS

MOV
TRAP

;SETTING PRI SHOULD SHOULD ALSO CLEAR

#PR107.RO
C$SPRI

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 48-1

SEQ 68

GLOBAL SUBROUTINES

50
51 o13§76
gi 8}%385

012701
012700

172300
000010

54 013306

012721

077406

§6 013312
§7 013314
58 013316

005300
001374
012701

(13

MOV
MOV

#172300,R1
#8..R0

:BITS 14 & 15
:GET ADDRESS OF KERNEL PDR REG 0.
‘WRITE PDR REG 0=7.

MOV

#77606,(R1)+

:WRITE BITS FOR THE FOLLOWING PAGE DESCRIPTION

DEC
BNE
MOV

RO
108
#172340,R1

:WRITE ALL PDRS.

MOV

#2000,6(R1)

005011
012761
012761

172340
:
000200
000400

000002
000004

CLR
MOV
MOV

63 013346
64 013354
65 013362
29 013370

012761
012761
012761
012761

002200
002400
002600
007600

000010
000012
000014
000016

MOV
MOV
MOV
MOV

68 013376

012703

§9 013322
60 013324
61 013332

62 013340 012761

002000 000006

000400

69 013402 012704 060000
71
;g g}gzgg

012737

000001

74 013414

012701

000040

77 013424

012224

79 013426

005737

;2 81%232

012702

80 013432
81 013434
82 013436

001050
005301
001372

84 013442

001364

83 013440

gz 81%223
87 013450

88 013452
89 013456
90 013460
91 013462
gg 013464

MOV

|
177572

002416

MOV
158

002350

012701

005024

020000

005737
001036
005301
001372
005037

002350

9 013470

012737

060000

96 013504

022737

98 013514
99 013522

(R1)
#200,2(R1)
#400.4(R1)

:ADDRESS OF KERNEL PAR 0
:PAR 0, ADDRS
0~ 17776
:PAR 1. ADDRS 20000 - 37776
:PAR 2. ADDRS 40000 - 57776

#2200.10(R1)
#26400.12(R1)
#2600.14(R1)
#7600 16(R1)

:PAR &,
:PAR 5.
:PAR 6.
:PAR 7.

#256. ,R3

#60000, R4

:PAR 3. ADDRS 200000 = 217776 (BUFFER PAGE 1)
ADDRS 220000 = 237776
ADDRS 240000 = 257776
ADDRS 260000 = 277776
ADDRS 160000 = 677776

:COUNTER FOR OUTER

(BUFFER PAGE 2)
(BUFFER PAGE 3)
(BUFFER PAGE &)
(1/0 PAGE)

LOOP OF TEST PATTERN

:USE VIRTUAL ADDRESS TO MAP TO PAR S

*GENERATE A TEST PATTERN IN THE 1ST 8K WORDS
:VIRTUAL ADDRESS 60000 - 111776

MOV

"M, an77572

MOV

#32. .R1

MOV

(R2)+, (R4) +

NXMFLG

DEC

:DO THE OUTER LOOP 256. TIMES

#20000,R1

:COUNTER TO CLEAR THE NEXT 8K WORDS

(R4)+

:CLEAR VIRTUAL ADDRESS 120000 = 157776

MOV

BNE
DEC
BNE

005303

‘READ/WRITE ACCESS, 128. BLOCK PAGE LENGTH.

BNE

MOV
CLR

#$CCITT,R2

29%
R1
168

158

CENABLE MEMORY MANAGEMENT

:COUNTER FOR INNER LOOP OF TEST PATTERN

:ADDRESS FOR 32. WORD TEST PATTERN.
:WRITE TEST PATTERN

*PHYSICAL ADDRESS 200000 = 237776

‘FLAG WILL BE SET IF WE ADDRESS NXM.

:1F NXM = DON'T USE MEMORY MANAGEMENT.
:D0O TH INNER LOOP 32. TIMES

ST
BNE
DEC
BNE
CLR

NXMFLG
29%
R
178
IS

003236

MOV

#60000,XMTBUF

;VIRTUAL ADDRESS OF XMIT BUFFER

000001

002324

CMP

#1,BUFNIM

11S THERE ONLY 1 XMIT & RECEIVE BUFFER?

012737
000525

037777

002322

101 013524

022737

000007

002324

103

012737

004000

002322

177572

95 013476 012737 120000 003636
97 013512 001004

100 013524

1o§ 0135 2 001004
013534

104 013542
105 013544

000515

106 013544 012737 000376 002322

MOV
BNE

208:

20§

;TURN OFF MEMORY MANAGEMENT

:VIRTUAL ADDRESS OF RCV. BUFFER
:1F NOT, BR

MOV
BR

#37777.BUFSIZ
608

CMP

#7 ,BUFNUM

:ARE THERE 7 XMIT & RECEIVE (14 TOTAL BUFFER)?

MOV

#4000,BUFSIZ

:EACH BUFFER IS 2K BYTES

MOV

#376,BUFSI1Z

BNE
21%:

#120000,RCVBUF

:DOES AN NXM TRAP OCCUR?
*1F SO DON'T USE MEMORY MANAGEMENT.

608

:EACH BUFFER IS 16K BYTES

:1F NOT = MUST BE 64 BUFFERS

:EACH BUFFER IS 254. BYTES.

£ ¢
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL=-80 11:38:40 PAGE 40-2

GLOBAL SUBROUTINES

107 013552
108

109 013554
110 013554
111 013560
112 013560
113 013564

000511
177572

005037

002302

013564
013570

012700
104436

000004

013572
013574

104431
010002

116 013576

021227

}29 8}3642

131 013648

132 013654
133 013656
134 013664
135 013666
136 013670
137 013672
138 013674
139 013676
140 013676
141 013702
142 013702
143 013704
144 013706
145 013710
146 013710
147 013714
148

149 0137;5
150 0137
151 013732
1S§ 013734
153 013740
154 013740
155 013744
159 013750
157 013750
158 013752
159 013754

29%:

30%:

CLR

CLARASTY

;TURN OFF MEMORY MANAGEMENT

CLR
CLRVEC

MMANAG
ED

sFLAG THAT MEMORY MANAGEMENT NOT USED.

MEMORY

002000

003236
000001

012737
012700

004236
002000

003236

013737
060037
0100?1
022737
001415

003236
003636

003636

000001

002324

000007

002324

ar2,#2000

BLE

35¢

47%:

002322

000001

002322

50%:
51%:

R2, XMTBUF

aR2,RO

;RESTORE TRAP 4.

MoV

#4,R0

MoV

RO,R2

TRAP
CSCVEC
;FIND THE FREE MEMORY AVAILABLE BETWEEN
TRAP
CSMEM
;THE DIAGNOSTIC AND THE DRS (SUPERVISOR).

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

;1F NOT AT LEAST 1k, USE DEFAULT BUFFER.
;USE THE FREE MEMORY BUFFER.
;SAVE THE WORD SIZE OF THE BUFFER.

BIC
BR

#8170,R0
408

MOV
MOV

#B1GBUF
, XMTBUF

#2000,R0

;1K WORD SIZE.

MOV
ADD
MOV

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

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

CMP
BEG

46%:

002322
000002

002416
000040

40$:

45%:

000007

003236

35%:

CMP

MOV
MOV

042700
000405

126 013626
127 013632
128 013632

003406

117
118
119 013602
120 013604
121 013610
122 013612
123 013616
124 013620
125 013620

880
o0 OO
Py
.a—.§

115

60%

005037

114 013572

SEQ

CMP
BNE
ASR
ASR
ASR
BR

;START WITH AN EVEN # OF WORDS.

;USE THE DEFAULT BUFFER (1ST HALF FOR XMIT).

:R1 = # BYTES IN THE BUFFERS/8

MoV

;DIVIDE BYTES BY 128.

ASR
DEC
BNE

;SHIFT RIGHT 7 TIMES

MOV
suB

R1,BUFSIZ
#2,BUFSIZ

BIC
ASR
MOV

#1,BUFSIZ
RO
RO,R1

XMTBUF ,R2

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

MOV
MOV

#$CCITT,RS
#32.,R4

;ADDRESS OF TEST PATTERN
;# OF WORDS IN THE TEST PATTERN.

MOV
DEC
BEQ

(R3)+,(R2)

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

MOV

55%

:1F YES PRCCEED.

——

—

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 so=su;;30 11:38:40 PADE.
GLOBAL SUBROUTINES

200 014110
201 014110
202 014112
203
204 014114
205 014120
206 014124

013702

003636

005022

003636
003636
002324

55%:
56%:

€9%:

MOV

RCVBUF ,R2

;ADDRESS OF RECEIVE BUFFERS

CLR
DEC
BNE

(R2)+

;CLEAR ALL RECEIVE BUFFERS.

003236
003236
002324
000004

BUFNUM,R2

MOV
MOV
ADD
INC

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

RO
R2

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

XMTBUF ,RO

;ADDRESS OF TRANSMIT BUFFERS

BUFNUM,R2

;#OF

000004

001357
002350
002372

#XMTBUF ,R1

#4 ,R3

;TABLE OF

XMIT BUFFER POINTERS.

XMIT BUFFERS.

;R3 IS USED TO VARY THE CHARACTER COUNT.

#817T0,R3
72%
RO

BGE

MOV

R3
75%
#4,R3

;WHAT IS R3.
;CONTINUE UNTIL R3 = -1
:RE=INIT. THE R3 VARIABLE AGAIN.

DEC
BNE

R2
70%

sCALCULATE ALL THE XMIT BUFFERS.

NXMFLG

;RESTORE FLAG USED IN TRAP VECTOR.

suB

75%:

65%

;SAVE THE XMIT BUFFER ADDRESS.
;SAVE THE BUFFER SIZE.
:VARY THE BUFFER SIZE
sCALCULATE THE NEXT BUFFER ADDRESS
;CHANGE THE CHARACTER COUNT VARIABLE.
;1S THE CONTENTS OF R3 0DD
;1F YES, DON'T ADJUST BUFFER ADDRESS.
; CHANGE EVEN TO ODD ETC.

ADD

005302

005037
005037
000207

MOV
MOV
MOV
MoV

002322

72%:

56%

MOV

002322

000001

;START AT BEGINNING OF TEST PATTERN.

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

MOV
MOV

20
012703

70%:

51%
50%

RCVBUF ,RO
#RCVBUF
,R1

MOV

MoV

65%:

;CONTINUE WITH TEST PATTERN TILL DONE.

DEC
BNE
BR

DEC
BNE

NO
OO
O-

170
171 013776
172 013776
173 014002
174 014006
175 014012
176 014012
177 014014
178 014020
179 014024
180 014026
181 014030
182
183 014032
184 014036
185 014042
186 014046
187 01405
188 01405
189 014054
190 014060
191 014062
192 014066
193 014070
194 014074
195 014076
196 014100
197 014100
198 014102
199 014104

005304
001373
000766

~N
o
W

161 013760
16§ 013762
163 013764
164 013764
165 013770
166 013770
167 013772
168 013774
169

88
8
Vi
Vsgs8Ecs

160 013756

DEC
BIT
BNE
INC
TST

. CLR

CLR

RETURN

RO, (R1)+
BUFSIZ, (R1)
R3,(R1)+

Bngll.RO
R

SUBRP(

;CLEAR PC.

-y

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 41

sE0e

CCRARRRRRRRRRRARRRRRCERRCORRROERRCQOORNROERRNRRARNRARNARARANARACROERROORROOROERTETS
-

SUBROUTINE SINOUT
FUNCTION = TO MANAGE THE

INTERRUPT FROM BASE

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

ENTRY CONDITIONS = BUFNUM = # OF RCV AND XMIT BUFFERS
ALL BUFFERS SET UP IN THE SBUFFS SUBROUTINE.
WAITS = # OF OUTER LOOP TIMEOUT COUNTERS.

THIS VALUE IS DETERMINED BY THE BAUD
RATE IN THE INIT. SECTION OF CODE.

EXIT CONDITIONS

REGISTERS

= RO - RS DESTROYED

a2 22222

(SP) ,SUBRPC

#4,SUBRPC

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

N
N

MOV
MOV
MoV
MoV

w
~

OO0O0O0O0—=O
— e i d h ON =D

SuB

003636
003236
003636
003236

O0O00O0

MOV

002272

000200

002316
000143

o
o

‘l‘i*"fiit(’
ooN
oo~

h
i
i

002372
002374
002326
002330
002332
002334

222 Rl
iR dRRRRdd Rl ddl)

#1,NESTPC
BUFNUM, INRCV
BUFNUM, INXMIT
BUFNUM,OUTRCV
BUFNUM,OUTXMT
INFLAG
OUTFLG
START

001000

—

$INOUT:

MOV
MOV
MOV
MOV
MOV
CLR
CLR
CLR

&~
N

D e

oOoo OOO0O0

002372

—

FoFI O O O 0 ¥ o S
N
NN

e YD

& O on
oo
S:Uiulhlhfl-‘-‘

oF o ok o o F T
—_
DN = -

OO0O0O0O0O0O0O0O0O0Oo

Saii i

(=lelelelale)

B
VSWN=OO
VIVWAVWAES
S S S
BN =OOVENO

cratRRARRRRRRRRROERRCERRICRRRRRRRRRRRRRARRORRRARRRARNRROARRARNRROERROERROEOROOETRETS

O000O00O0

W
=2 OOV NO VS WN 2OV
NOVESWN =200V
~NOoO
W
!:\dég\d’:UflU‘U‘U‘NfifiJfiJh)NJhJNJRJNJNJ-‘—‘-‘—'-‘—‘—‘—‘—‘—‘

N —

GLOBAL SUBROUTINES

SETPRI

#PRI104

RRRRRRRdRRRdd])

;SAVE THE PC AFTER THE CALL TO $SLOOP
sBACKUP TO THE PC OF THE ACTUAL CALL.

;FLAG THAT ANY SUBROUTINE USED WILL BE NESTED.

:# OF BA/CC IN RECEIVES
:# OF BA/CC IN TRANSMITS
:# OF BA/CC OUT RECEIVES
:# OF BA/CC OUT TRANSMITS
;CLEAR INPUT BA/CC FLAG
sCLEAR OUTPUT BA/CC FLAG

sCLEAR FLAG TO SHOW START UP NOT DONE (SET
;AFTER CONTROL IN)
;ADDR OF RCV. BUFFER TABLE (FOR INPUT)
sADDR OF XMIT BUFFER TABLE (FOR INPUT)
;ADDR OF RCV. BUFFER TABLE (OUTPUT CHECKING)
;ADDR OF XMIT BUFFER TABLE (OUTPUT CHECKING)
;SET THE PRIORITY TO LEVEL & TO ALLOW THE
MOV

TRAP

8%:
10%:

002354
12%:

C$SPRI

MOV

WAIT3, WALT4

;DMR TO INTERRUPT AT LEVEL 5
;TIMEOUT COUNTER DETERMINED BY BAUD RATE.

MoV

#1000,R1

: INNER LOOP COUNTER

MOvB

#1ESET!RQI'BASEI ,@BSELO ;FIRST COMMAND - BASE IN.

BREAK

TST
BEQ

002352

#PR104,RO

;OPERATOR INTERRUPT ENABLE.

TRAP

C$BRK

;THE SUPERVISOR TO ALLOW CONSOLE INTERRUPT
s(NOTE: INFLAG AND OUTFLG SET IN THE INTERRUPT
;SERVICE ROUTINES)

TST

OQUTFLG

20%

;ARE THE INPUTS DONE?
:IF NOT KEEP CHECKING.
:ARE THE OUTPUTS DONE?
s1F YES EXIT WAIT LOOP.

DELAY

;WAIT 100 MICROSECONDS.

BNE

INFLAG
12%

CALL TO

(INISR DONE?)

(OUTISR DONE?)

CZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL=-80 11:38:40 PAGE 41-1

SEQ

GLOBAL SUBROUTINES

014276
014302

012727
000000

014310

000000

014304

014312
014316

014320
014324
55 0143§3
56 0143

57 014332
58 014336
59 014340
014340

014342
014344
014346

177772

DEC
BNC

005367
001367
005301
001353

005337
001346

014402
014404

014410
014412
014414

D el el D

)

DEC
BNE
DEC
BNE
ERRDF

002320

LWORD
.WORD
.WORD

;ALSO PRINT # OF BUFFERS NOT COMPLETE.
JEXIT

MOV
MOV
MOV
TST
BEQ
MOV

#RCVBUF ,RO
#XMTBUF ,R1
BUFNUM,R2
MMANAG
40%
#,a077572

:RECEIVE BUFFER POINTER TABLE ADDRESS.
:TRANSMIT BUFFERS
:# OF RCV. AND XMIT BUFFERS.
:ARE THE BUFFERS MEMORY MANAGED?
;IF YES = PROCEED.
:TURN ON MEMORY MANAGEMENT

012003
012104

MOV
MOV

(RO)+,R3
(R1)+,R4

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

022021
001412
005737
001402
005037

CMP
BEQ
ST
BEQ

(RO)+,(R1)+
45%
MMANAG
418

;ARE THE CHARACTER COUNTS THE SAME?
;1F YES - PROCEED.
;1S MEMORY MANAGEMENT TURNED ON?
;1F NOT = SKIP TURN OFF.
:TURN OFF MEMORY MANAGEMENT.

208:

003636
003236
002324
002302

000001

177572

000014
020127
016152
000420

45%:

122324
001005
005305
001374
005302
001353
000411

005737
001402
005037

aR0,RS

CLR

an77572

ERRDF

wn
wn

002302

MOV

002302
177572

50%:

518

LSDLY,(PC)+
-6(PC)
b

«22(PC)
.=20

:DECREMENT OUTER LOOP COUNTER
:1F NOT DONE = GO THROUGH INNER LOOP AGAIN.
: TIMEOUT MESSAGE.
TRAP
CSERDF

60%

ooV
O

D
D D
il

D A

D D el

S8
BE2ES
ol ol 2k bt et ada

D i
D
D i
i
D e
i

:CONTINUE IN LOOP UNTIL R1 = 0.

014406 011005

—

R1
108
WAIT4
13
2,EMG2,ERRG!

DEC
BNE

0000000000000 O0O0O0O0O0O0O0O0O0O0O00O

177756

104455
000002
017715
014604

72
73

014440
014440
014442
014444
014446
014450
014452
014454
L4656
014456
014462
2:98

005367
001375

012700
012701
013702
005737
001403
012737

82
83
84
85
86
87
88
89
90
9
92
93
gg

LWORD

[ []"

65 014352
66 014356
67 014362
68
014366
69
014372
;g
2233

M,(PC)+
O

002116

000453

75
76
77
78
;8

MOV
LWORD

013727

62 014350
22 014352

000001

2
EMG2
ERRG1

:CHARACTER COUNT.

12,EMG12,ERRG10

TRAP

60%

JEXIT

CMPB
BNE
DEC
BNE
DEC
BNE
ER

(R3)+,(R&)+
S0%
RS
45%
R2
40%
60%

:ARE THE CHARACTERS THE SAME?
:1F NOT = ERROR EXIT
:CHECK ALL THE CHARACTERS

ST
BEQ
CLR

MMANAG
51%
177572

;1S MEMORY MANAGEMENT TURNED ON?
:1F NOT = SKIP TURN OFF,
:TURN OFF MEMORY MANAGEMENT.

;CHECK ALL THE BUFFERS.

.WORD
.WORD
.WORD

CSERDF

12
EMG12
ERRG10

SE@

GLOBAL SUBROUTINES

96 014470
014470
014472
014474
014476
97 014500
98 014500
99 014504
100 014506
102 014512
103 014520

104 014526
105 014534

104455
000017
020223
0162
005737
001402

002302

005037

177572

042777
042777

000120
000100

022737
003011

000021

608:

gy,
165512
165506

002114

ERRDF

15,EMG15,ERRG12

IST
BEG

MMANAG
613

BIC
BIC

WIESET!IECLR,@SELO ;DISABLE BOTH INPUT INTERRUPTS
#IE0,aSEL?
:DISABLE OUTPUT INTERRUPT

(LR

(MP
BGT

an7TsT2

#17..LSTEST
628

107

004737
000011
000000
000000

012060

112 014550

014550
014554

004737
000001

113 014556
114 014560
115 014560

000402

014560

004737

010274

628:

012550

116 014564

117 014564

638:

014564
014570

012700
104441

120 014602

000207

118 014572
116 014576

122
123
124
125
126
127
128

(SERDF
15
EMG1S
ERRG12

;1S MEMORY MANAGEMENT TURNED ON?
“IF NOT = SKIP TURN OFF.

TURN OFF MEMORY MANAGEMENT.

1S THIS TEST 17, 18 OR 19 ?
{IF
NOT"~ SHUTDOWN.

:DOING AN UPDATE IN TESTS 17 = 19, ALLOWS

108
109
110
111 014536

014536
014542
014544
014546

TRAP
WORD
.WORD
.WORD

005037
005037

000340
002374
002372

DMRIN

UPDATE

THE USER TO CHECK OUT REMOTE LOOPBACK BETER.
“A SHUTDOWN WHEN TESTING THE REMOTE LOOPBACK,
:WOULD CAUSE THE CONNECTION TO BE DROPPED.
:D0 A DMR UPDATE.

JSR

PC, SOMRIN
.WORD
UPDATE
.WORD
0
'WORD
0

:CALL DMR MODE INPUT ROUTINE
; INPUT COMMAND
INO SEL4
iNO SEL6

ieeee MACRO EXPANSION ¢eee

:."Q

LA A2

WAIT

RDO

‘WAIT FOR RDO

JSR

PC, SWAIT
WORD
1

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

eeee MACRO EXPANSION weee
‘Rt

ttee

638

SHUTDN

;SHUT DOWN THE DMR

“eese MACRO EXPANSION weve

JSR

PC, SHALT

SETPRI

#PR107

;RETURN PROCESSOR PRIORITY TO 7

(LR
(LR

NESTPC
SUBRP(

;CLEAR NESTED FLAG.
:CLEAR PC.

RE TURN

“DMR HALT ROUTINE.
:"'.

Tttt

MOV
TRAP

#PRIO7,RO
C(S$SPRI

———
e —————

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-B0 11:38:40 PAGE 41-2

SEQ

GLOBAL ERROR REPORT REPORT SECTION

—————

CZOMICO DMR=11 FUNCTIONAL TESTS MACRC v03.01 30-JuL-80 11:38:40 PAGE 43

1
2
3

LSBTTL GLOBAL ERROR REPORT REPORT SECTION
SIITITITIIIEI IR0 00t i ittt
d i riiiiiinidiiiiiiiiiiiiiiiiiiiii
it it iiiie el
14
THE GLOBAL ERROR REPORT SECTION CONTAINS ERROR MESSAGES

:////////é/é//////////////////////////////////////////////////////////////I//

THAN ONE

TEST.

.EVEN

8 014604

BGNMSG

014604
9 014604
014604

013746

002372

014614

012746

000002

014610

014620
014622
014626
10 0146
014630
014634
014640

012746

010600
104414
062706

014644
014650
014652
014654

014660

017746

165354

014670
014674
014700

012746
012746
010600

01632%
00000

014702
014704

12 014710

017746

104414
062706

014734
014740
014744
014750
014752
014754

013746
012746
012746
010600
104414
0627

002322
017515
2

015014

51 0150;5

2 0150

015030
015034

PRINTB

#FMG1,aSELO,3SEL2 :PRINT SELO AND SEL2 CONTENTS.

PRINTB

#FMG2,3SEL4L,@SELG ;PRINT SEL4 AND SEL2 CONTENTS.

000006

PRINTB

#FMG21,BUFNUM

;# OF BUFFERS

PRINTB

#FMG22,BUFSIZ

;BUFFER SIZE

INRCV
INXMIT
OUTRCV
OUTXMT
BUFNUM, INRCV
BUFNUM, INXM]T

:NEGATE BUFFER VALUES

BUFNUM,OUTXMT

002326
002330
002332
002334
232‘
2 gb

002326
002330

NEG
NEG
NEG
NEG
ADD
ADD

063737

002324

002334

ADD

013746
013746

002330
002326

063737

2; &

MOV

002332

ADD

PRINTB

BUFNUM,OUTRCV

SUBRPC,=(SP)

MoV

#FNG3,-(SP)

MoV
TRAP
ADD

SP,RO
CSPNTB
#6,5P

#2,.-(SP)

MOV
MoV
MOV
MOV
MOV
TRAP
ADD

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

L[]

#SEL6,-(SP)

MOV
MOV
MOV

#FMG2,-(SP)
#3,-(SP)
SP,RO

MOV

000010
002324
017447
000002

00563
005437
005437
005437
063737
063737

ERRG1::

;PC THAT SUBROUTINE WAS CALLED.

165346

013746
012746
012746
010600
104414
062706

14 014760
15 0147
19 014770
17 014774
18 015
19 815006

#FMG3,SUBRPC

[ []"

000010

014710
014714
014720
014724
014726
014730

13 014734

PRINTB

000006

165400
165372
016270
000003

014664

ERRG1

016354

017746
017746
012746
012746
010600
104414
062706

11 014660

THAT ARE USED IN MORE

@SELL,~(SP)

TRAP
ADD

CSPNTB
#10,SP

MOV
MOV
MOV
MOV
TRAP
ADD

BUFNUM,
- (SP)
#FMG21,-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,SP

MOV
MOV
MoV
MoV
TRAP
ADD

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

MOV
MOV

INXMIT,=(SP)
INRCV,=(SP)

sCALCULATE BUFFERS ASSIGNED.

;CALCULATE BUFFERS RECEIVED.

#FMG23, INRCV,INXMIT

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 43-1
5

GLOBAL ERROR REPORT REPORT SECTION

015040
015044
015050
015052
015054
23 015060
015060
015064
015070
015074
015100
015102
015104
24 015110
015110
015110
25
26
27 015112
015112
28 015112
29 015116
30 015120
015120
015124
015130

012746
012746
10600

01754
00000

062706

000010

104414

015226
015226
37 015256
015232
9 015234
015234
015240

SP,RO
CSPNTB

PRINTB

#10,5P

#¢MG24 ,0UTRCV,OUTXMT

OUTXMT ,=(SP)
OUTRCV,=(SP)

#FENG24 ,=(SP)
#3,-(SP)

000010

SP,RO
CSPNTB

#10,sP

ENDMSG

L10002:

104423
BGNMSG

005737
001412

002372

013746

002372
016354
000002

136
013
013146

31 015144
32 015144
015144
015150
015154
015160
015164
015166
015170
33 015174
015174
015200
015204
015210
015214
015216
015220
34 015224
015224
; 015224

#FNG23,-(SP)
#3,-(SP)

000006

017746
017746
012746
012746
010600
104414

ERRG2
TST

SUBRPC

PRINTB

#FMG3,SUBRPC

BEQ

108

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

SUBRPC ,=(SP)
#EMG3,-(SP)
#2,-(SP)

SP,RO
CSPNTB

108:

165064
165056

#6,SP

PRINTB

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

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

016270
000003

062706

000010

017746

165040
165032

#3,-(SP)

SP,RO
CSPNTB

PRINTB

#10,SP

#FMG2,9SEL&L,QSEL6 ;PRINT SEL4 AND SEL2 CONTENTS.

@SEL6,-(SP)
@SEL4,~(SP)
- (SP)
#ENG2,
#3,-(SP)
SP,RO
CSPNTB

016322
000003
000010

#10,5P

ENDMSG

BGNMSG

002372
002372
016354

CSMSG

L10003:

ERRG3
IST

SUBRPC

PRINTB

#FMG3,SUBRPC

BEQ

108

CSMSG

ERRG3::

IS T HE ERROR IN A SUBROUTINE?
;E ?0!
DON'T PRINT SUBR. PC

HAT SUBROUTINE WAS CALLED.
MOV

SUBRPC,=(SP)
- (SP)
#ENG3,

E o3

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 42-2

GLOBAL ERROR REPORT REPORT SECTION

[V [,F)

012746

~N
~
&

—-000

828

— e

—-00000

108:

164750
164742
016270

164714

000001

164716

BIT
BNE
CMPB
BNE

PRINTB

~ &~

000004
164664

12%:

%N 8~N

016457
000001

*CPU MICRO. FAILED.

12¢

25%

CMPB
BNE
PRINTB

#2 ,aBSEL3
15%
#EMGS

25%

PRINTB

#FEMGS

NOT SEE

IF LU FAILED.
#FMG4,=(SP)
#1,-(SP)
#6,SP

;DID LINE UNIT MICRO. FAIL?

;LINE UNIT FAILED.

#FMG5
, = (SP)
#1,-(SP)
#6,SP

;NO RUN = MASTER CLEAR FAILED.

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

SP,RO
CSPNTB

000004
20%:

¥4 ,SP

25%
TSTB

BNE

PRINTB

017424
000001
000004

#FMG4

208

#10,SP

SP,RO
CSPNTB

15%:

164612

#1,3BSEL3

. IS THE RUN BIT SET
SIF RUN SET, CHECK.
:?;o CPU MICRO. FAIL?

#RUN,3SELO

SP,RO
CSPNTB

000004

- b b

#SEL2,-(SP)
@SELO,~(SP)
SP,RO
CSPNTB

016457
000001

—-O000
—
8-‘009
& ® NN 8
[=]
2-._‘-.
=W
NSO
NN
&S NN O
&6 o~
o3 w
WEr3aa
Sr38500

#FMG1,9SELO,@SEL2 ;PRINT SELO AND SEL2 CONTENTS.

#FEMG1,-(SP)
#3,-(SP)

000010
100000

000002

aBSEL3
25%

#EMG19

;1S BSEL3 STILL 0?
;1F NOT - SEE IF MICRODIAG. RUN.
sDEVICE IS NOT DMR (DMC?)

25%:

ENDMSG

104423

PRINTB

000003

016426
000001

#2,-(SP)

000002
000006

VAW

S PONNON
oo 33 3374 i
XS>~oRRR] e
o NN
~N oo

D D D D D D D D D
) D D el el
D D
D il il D D il
D
D D D D D D D i
D ) e
— i

VIVAVAVAWA

V00 NOWn

D i

D D -l

VAWV

S W

VIV SN B

-0V~

[« AV P YV 1 N ]

D D D

D il Al D il il

T A A AT WA A TA A WTA WA VAWMV
VWA W VAWV VAT AT AT
NN
£L &
F

[SY=1-1=1=1=1=1-1-1-1-1-1-T-T-T-T-T-TolololololololoTolodoltotlolololotoT8lolotlololo
o lodotodadad ot =t o d o 0 d

"~
-O

015244
015250

L10004:

MOV
MOV
MOV

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

SP.RO
CSPNTB

TRAP
ADD

¥ ,SP

TRAP

CSMSG

'CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 43-3

SEQ

GLOBAL ERROR REPORT REPORT SECTION

64 015456

15456

BGNMSG

65 0154
66 015462

005737
001412

002372

015464

813766

002372

015500
015502
015504

010600
104414
062706

67 015464

015470
015474
68 015510
69 015510
70 015514
71 015516
7; 015522

015524

74 015524
015524

0155%6
015532
015534
015540
015544
015550
015552
015554

012746
012746

105737

001003
105737
001416

005046
153716
005046

000006
002641

002643

015574
015576
015602

005046
153716
005046

000010

13%:

002643
016561
000003

105737
001003

002642

000010

14%:

15%:

002645

015660
015664
015670

01%766
01 768
01

01663
000003

002655

MOV

1STB

BASE+3

PRINTB

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

TSTB
BNE
1STB
BEQ

BASE
+5
13%
BASE+8.
14%

PRINTB

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

BNE
TSTB
BEQ

1%
BASE +6
12%

SUBRPC ,=(SP)

[ ]
[ []"

#FNG3,-(SP)
£2,-(SP)

CLR
BISB
CLR
BISB
MOV
MOV
MoV
TRAP
ADD

=(SP)
BASE+6, (SP)
-(SP)
BASE+3,(SP)
#ENG7 ,-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,5P

CLR
BISB
CLR
BISB
MOV
MoV
MOV
TRAP
ADD

-(SP)
BASE+8.,(SP)
-(SP)
BASE
+5, (SP)
#FNG8,-(SP)
#3,-(SP)
SP.RO
CSPNTB
#10,5P

CLR
BISB
CLR

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

MOV
MOV
MOV

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

MoV
TRAP
ADD

SP,RO
CSPNTB
#6,5P

sONLY PRINT NON-ZERO VALUES
;

002645

005046
153716
005046
153716

:PC THAf SUBROUTINE WAS CALLED.

002646

015644
015663
81565
15654

12%:

002646

153716
012746
012746
010600
104414
062706
105737
001416

ERRGA::

;1S THE ERROR IN A SUBROUTINE?
:1F NOT, DON'T PRINT SUBR. PC

002644

105737
001003
105737
001416

85 015636
86 015642
87 015644
88 015644

1%:

11%:

75 815560
76 015560
77 015564
78 015566
79 015572

82 0156
83 015630
84 015634

SUBRPC
108

PRINTB #FMG3,SUBRPC

002644

002641
016510
000003

015604
015610
015614
0156
015622
015624

TST
BEQ

016354
000002

153716
012746
012746
010600
104414
062706

80 015574
81 015574

ERRG4

1ST8
BNE
1ST8
BEQ

BASE +4
15%

PRINTB

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

BASE+7
16%

BISB

BASE
+4, (SP)

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO V03.01 30-JUL-80 11:38:40 PAGE 43-4

SEQ

GLOBAL ERROR REPORT REPORT SECTION

015672
015674
89 015700
90 015700
91 015704
9§ 015706
93 015712
9% 015714
95 015714
015714
015716
015722

015724
015730
015734
015740
015742
015744

96 015750
97 015750

015750
s 015750

104414
062706
105737
001003
105737
001416
005046
153716
005046

153716
012746
012746
010600
104414
062706

000010

168:

002650
002647

178:

BNE
TSTB
BEQ

TSTB

BASE+10.
178
BASE+9.
208

PRINTB

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

002647

002650
016703
000003
000010

208:
ENDMSG

L10005:

104423

TRAP
ADD

(SPNTB
#10,5P

CLR
BISB
CLR
BISB
MOV
MOV
MOV
TRAP
ADD

-(SP)
BASE+9.,(SP)
-(SP)
BASE+10.,(SP)
#FMG10,=(SP)
#3,-(SP)
SP,RO
CSPNTB
#0,5P

TRAP

CSMSG

MOV

#FMG12,=(SP)

MOV
MOV

ASEL6,=(SP)
ASEL4 .= (SP)

MOV
MOV
TRAP
ADD

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

100
101 015752

BGNMSG

015752

102 015755

015752

015756
015762
015764
015766

103 015772

012746

012746
010600
104414
062706

ERRG?

PRINTB

016773

#FMG12

:BA/CC OUT RECV

ERRG7::

000001

000004

015772
015776

017746
017746

164242
164234

016006
016012
016014
016016

012746
010600
104414
062706

000003

016022
016026
016032
016036
016040
016042

016446
012746
812766
010600
104414
062706

177776
017154
000002

016046
016046

104423

PRINTB

MOV
MOV
TRAP
ADD

#FMG13,35EL4,3SELG6 ;ACTUAL BA/CC

016002 012746 017024

104 01602%

105 016046

189 016050

000010

000006

016050

016056

012746

PRINTB

#FMG15,-2(R4)

JEXPECTED BA/CC

i
ENDMSG

L10006:

BGNMSG ERRGS

016050

108 016050

MOV

016741

000001

PRINTB

#FMG1

;BA/CC OUT XMIT

,-(SP)
SP.RO
CSPNTB
#4,SP

#inG1%,-(sp)

MOV
MOV
MOV
MOV
TRAP
ADD

-2(R4) ,=(SP)
#FMG1S.-(SP)
#2,-(SP)
SP.RO
CSPNTB
#6,5P

TRAP

CSMSG

ERRGS::
MOV

MOV

#FMGYY,=(SP)

n,-(sP)

B 7
CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL=-80 11:38:40 PAGE 42-5

SE@

GLOBAL ERROR REPORT REPORT SECTION

016060
016062
01

010600

MoV

104414
062706

000004

016070
016074

017746
017746

164144
164136

0161064

012746

000003

016112
016114

104414
062706

016120
016126
016130
016134
016140

016546
016546
012746
012746
010600

177776
177774
017100
000003

016144

062706

000010

016150
- 016150

104423

109 016070

PRINTB #FMG13,aSEL4,@SEL6 ;ACTUAL BA/CC

016100 012746 017024

016110 010600
110 016120

016142

111 016150

104414

113

114 016152

115 016152

016152
016156
016162
016166
016172
016176
016176

016146
016046
012746
012746
010600
104414
062706

016202
17 016202

104423

116 016202

118 016204

016204
119 016204
016206
016210

016214
016220
016224
016226
016230

016234
e 016234

104423

120 016234

122 016236

016236

123 016236
124 016%60
125 016242

#FMG16,=-2(R0O),=2(R1)

;RCV CC & XMIT CC

@SELS,
= (SP)
ASELL . =(SP)

MOV

#3,-(SP)

ERRG11

ERRG11::
#FMG17,-4(R0O),=4(R1) ;RCV BUFFER & XMIT BUFFER

ENDMSG

L10011:
ERRG12

DEC
DEC
PRINTB

R3
Ré
#FMG18,R3,R4

#EnG15,-(sP)

SP,RO

TRAP
ADD

CSPNTB
#10,5P

MOV
MOV
MOV
MOV
MOV

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

ADD

#10,5P

TRAP

CSMSG

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

=2(R1),=(SP)
-2(RO) .=(SP)
#FMG16.-(SP)
#3,-(SP)
SP.RO
CSPNTB
#10,5P

TRAP

CSMSG

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

=4 (R1),=(SP)
-4 (RO)
.= (SP)
#FMG17.=(SP)
#3,-(SP)
SP.RO
CSPNTB
#10,5P

TRAP

CSMSG

CSPNTB

ERRG10::

L10010:

PRINTB

BGNMSG

005303
005304

ERRG10

ENDMSG

177774
177774
017262
000003

000010

MOV
MOV

TRAP

L10007:

PRINTB

BGNMSG

016146
016046
012746
012746
010600
104414
062706

;EXPECTED BA/CC

ENDMSG

177776
177776
017203
000003

000010

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

BGNMSG

016152

CSPNTB
#,5P

MOV
PRINTB

SP,RO

TRAP
ADD

MOV

000010

ERRG12::

:BACKUP TO RECEIVE ADDRESS
‘BACKUP TO TRANSMIT ADDRESS
sPRINT QUT ADDRESS

—_———

¢ 7
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL=-80 11:38:40 PAGE 42-6
GLOBAL ERROR REPORT REPORT SECTION

CSMSG

104423

11;

066

045

101

101
105
072
117
116

016357
016362
016365
016370
016373
016376
016401
016404
016407
016412
016415
016420
016423
136 016426
016431
016434
016437
016442
016445
016450
016453
016456

122
122
116
125
117
11
040
114
104
124
103
045
045
045
120
115
122
105
040
m
104
000

040
114
040
066
000
122
040
040
102
125
116
103
114
040
040
072
117
116
101
125
m
117
123
106
114
045

/BASELO: XO06X%A SEL2:

XO06XIN/

CASCIZ

/X%ASEL4: X06XA SEL6: X06IN/

.ASC1Z

/XAERROR IN SUBROUTINE CALLED AT PC: XO6XN/

LASCIZ

/XACPU MICROTEST FAILEDXIN/

114
040
066
040
114
040
066
000
101

°
&

105
072
117
101
105
072
117
116
045

D D D ed D s —D

045

016336
016341
016344
016347
016352

135 016354

#10,SP

000010

d e

01633?

017335
000003

O—=O00O0 — e

016273
016276
016301
016304
016307
016312
016315
016320
134 016322

Ré,=(SP)

R3,=(SP)
#FMG18,-(SP)
#3,-(SP)
SP,RO
CSPNTB

= —=O
—-OOoOnN ~NnNO SO0 NOOOONNNIN
[« IR 5w OoOWwWoo
o O=WN-aWNEBNW—-=YWV

127
128
129
130
13
132
133 016270

010446
010346
012746
012746
010600
104414
062706

— e
—
—

016242
016244
016246
016252
016256
016260
016262
126 016266
016266
016266

——————y

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL=-80 11:38:40 PAGE 42-7

SEQ

OrereOrv— O3WVer—er—MNO

COrO—~v

][

— [=al ~

3VNN
Ov

GLOBAL ERROR REPORT REPORT SECTION

FMG7:

/%ALU. MICROTEST FAILEDIN/

LASCIZ

/X%ANAKS=NO BUFFER

-— S —

O ~o —

RCV: XD3XA SENT: XD3IN/

RCV:

XD3XA SENT: D3N/

FMGS8:

.ASCIZ

/YANAKS=BAD DATA

FMGY:

.ASCIZ

/%ANAKS-BAD HEADER RCV: XD3XA SENT: XD3IN/

LASCIZ

/XAREPS-RCV: XD3XA SENT: D3N/

T—ONO OITNITITN T

~ M

NTNOTN=NO—T=NOWNN=NS

LASCIZ

GLOBAL ERROR REPORT

0 o

CZOMICO DMR-11 FUN%T ONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 42-8

0167%5
016730
016733
016736

123
124
045
045

016744
016747
016752
016755
016760
016763
016766
016771
143 016773
016776
017001
017004
017007
017012
017015
017020
017023
144 017024
017027
017032
017035
017040
017043
017046
017051
017054
017057
017062
017065
017070
017073
017076
145 017100
017103
017106
017111
017114
017117
017122
017125
017130
017133
017136
017141
017144
017147
017152
146 017154
017157
017162

115
040
103
117
040
115
116
116
045
103
102
103
125
103
115
104
000
045
103
101
040
104
056
117
101
103
101
103
116
040
104
116
045
130
103
104
104
056
117
101
130
103
104
117
124
104
116
045
130
103

142 016741

017165
017170

SEQ

RE PORT SECTION

045

104
104

105
072
104
116
101
1M
102
103
125
103
115
104
000
101
126
101
040
124
117
101
045

116
040
063
000
130
124
101
040
124
117
101
045

101
124
114
040
104
040
066
040
124
114
117
124
040
065
000

101
120
124
040
104
040
066
040
120
124
040
125
040
065
000
101
120
124
040
104

FMG11:

LASCIZ

/%AXMIT BACC OUT COMMANDIN/

122
040
103
117
040
115
116
116

FMG12:

.ASCIZ

/%ARCV BACC OUT COMMANDXN/

101
125
040
101
122
045
045
101
125
040
125
040
045
045

FMG13:

,ASCIZ

/XAACTUAL

105
105
105
101
122
045
045
105
105
105
103
116
045
045

FMG14:

_ASCiZ

/XAEXPECTED ADDR. X06%A EXPECTED COUNT XD5XIN/

105
105
105
101
122

FMG15:

LASCIZ

/XAEXPECTED ADDR. X06XIN/

ADDR. X06%A ACTUAL COUNT

XD5IN/

F
7
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO V03.01 30-JUL-80 11:38:40 PAGE 42-9

GLOBAL ERROR REPORT REPORT SECTION

017173
017176
017201

056
117
116

040
066
000

045
045

017206
017211
017214
017217
017222
017225
017230
017233
017236
017241
017246
017247
017252
017255
017260

103
103
122
103
116
045
045
130
1264
110
056
117
126
104
116

126
110
056
117
126
104
101
115
040
101
040
125
040
065
000

040
101
040
125
040
065
040
111
103
122
103
116
045
045

103
102
106
040
040
066
040
111
102
106
040
040
066
000
045
101
040
106
122
101
122
040
104
040
066
040
104
115
040
104
040
066
000
045
108
103
M6

147 017203

148 017262

017265
017270
017273
017276
017301
017304
017307
01731
01731
017320
017323
017326
017331
01733
149 017335
D 01730
017343
017346
017351
017354
017357
017362
017365
017370
017373
017376
017401
017404
017407
017412
017415
017420
017423
150 017426
or74er
017432
017435

045

101

SEQ

122

FMG16:

.ASCIZ

/%ARCV CHAR. COUNT ¥DSXA XMIT CHAR. COUNT ¥DSIN/

101

126
125
105
101
045
045
130
124
125
105
101
045
045

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

FMG17:

.ASCIZ

/%ARCV BUFFER AT X06%A XMIT BUFFER AT Z06%N/

101
124
104
106
123
126
103
101
122
045
045
101
040
111
101
122
045
045

104
101
111
105
040
040
126
104
056
117
101
116
130
124
104
056
117
116

FMG18:

.ASCIZ

/XADATA DIFFERS AT RCV ADDR. X06XA AND XMIT ADDR. XO6IN/

101
126
105
17

1064
111
040
12

FMG19:

.ASCIZ

/XADEVICE NOT DMRIN/

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE 42-10

SEQ

GLOBAL ERROR REPORT REPORT SECTION

—r r v OrOr OO0~ r r vrv
= OO00rOO0 ~rrOrO00rOrOrrmrTM OO0O0

M o~ —

--w

wx=v

[4+ Lal Oa4“-w o[=]LMale»=z

»e re
FMG24:

~ ~

117

SEQ

a-=2 -

et @ w o w — —

7
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL=-80 11:38:40 PAGE 42-11
GLOBAL ERROR REPORT REPORT SECTION

= -o — =

—— o= | =b a~ L-4

- “wJ

—

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 42-12
GLOBAL ERROR REPORT REPORT SECTION

020146
020151
020154

040
122
000

105
117

020160
020163
020166
020171
020174
020177
020202

117
055
125
m
105
103
000

122
040
114
120
040
126

040
115
124
114
122
123

122

EMG13:

_ASCIZ

/ERROR = MULTIPLE RCVS/

020206
020211
020214
020217

104
130
101
101

040
124
040
124

103

126

EMG14:

.ASCIZ

/RCVD EXTRA DATA/

104

101
040
122
000

126

EMG15:

.ASCIZ

/DATA ERROR/

163 020155

164 020203

105

122

122
122

105
122
104
101

020222

000

020226
020231
020234

101
122
122

020241
020244
020247
020252
020255
%Ogbg
02026
020266

130
103
104
101
040
103
126
000

120
124
040
114
122
105
105

105

105
105
110
124
105
m
104

EMG16:

L.ASCIZ

/UNEXPECTED HALT RECEIVED/

020272
020275
020300
020303
0203
020311
020314
020317
020322
020325
020330
020333
020336
168 020341
020344
020347
02035;
02035
02036g
02036
020366
169 020370
020373

124
114
116
122
114
040
m
m
105
125
040
125
116
123
122
125
122
040
124
122
124
115
060

117

122
040
040
117
105
055
116
116
122
120
122
124
105
120
m
123
104
m
105
125
000
070
067

116

EMG17:

L.ASCIZ

/CONTROL

EMG18:

,ASCIZ

/SPURIOUS RDO INTERRUPT/

EMG19:

.ASCIZ

/MB207 PROGRAM TIMER OUT OF RANGE/

165 020223

166 020236

167 020267

020376
020401
020404

125

103

120
107
115

116

122
122
040

105
117

117
1M
120
102
115
040
040
124
122
124
117
11
000
125
117
040
117
116
122
120
062
040

117
101
124

IN PROBLEM - IN INTERRUPT ROUTINE/

SEQ

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 42-13

GLOBAL ERROR REPORT REPORT SECTION

020407
02041%
02041
020420
020423
170 020426

M
122
125
117
122
107

115
040
124
106
101
105

.EVEN

P——

K 7
CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 44
LOAD DEVICE PROTECTION TABLE

SEQ

}

.SBTTL

'///////////////I///////Il///////////////////////////////I///////////I///////

:/ PROTECTED FROM TESTING. IF DESIRED.

/ THIS TABLE IDENTIFIES THE LOAD DEVICE TO THE SUPERVISOR, SO THAT IT CAN BE

SIIIITIEIIEIII T T RET T IR I I 0 TT1000000000000000000000000000000000000000100111

8 020432
9 020432
10 020432

11 020434
}% 020436

}g 020440

LOAD DEVICE PROTECTION TABLE

BGNPROT
177777

177777
177777

.WORD

LWORD
.WORD

LSPROT: :
-1

=1
-1

;DON'T CHECK CSR ALDRESS

;DON'T CHECK MASS8US UNIT NUMBER
;DON'T CHEIK DRIVE NUMBER

ENDPROT

16
17
18

—

——————————

——

L 7
CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL=8B0 11:38:40 PAGE 45
INITIALIZE SECTION

SEQ

LSBTTL

'/////////////////////////////////////////////////////////////////////

/ THE

INITIALIZE SECTION
INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORHED

/ AT THE BEGINNING OF THE TEST SEQUENCE ON THE NEXT
U

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

8 020440
’ 020440

BGNINIT

10 020440

SETPRI

#PRI107

sSET DIAGNOSTIC PRIORITY = 7

002370
002372
002364
002274
002276
002376

MOV
CLR
CLR
CLR
CLR
CLR

SP,PSTACK
SUBRPC
ERROR
RESUME
DMCMDE
CLRNO

002350
002264

CLR
1ST

NXMFLG
FRSTIM

:STORE BASE LEVEL PROGRAM STACK POINTER
:CLEAR STORAGE WORD FOR SUBROUTINE PC CALL
:CLEAR ERROR FLAGS
sCLEAR FLAG USED TO ALLOW BASE IN - RESUME.
:CLEAR FLAG USED TO INDICATE DMC MODE
;CLEAR WORD USED TO RUN MICRO TESTS ON
:EVERY OTHER MASTER CLEAR.
sFLAG USED TO MARK A NXM DMR ADDRESS.

CLRVEC

:ENSURE VECTOR & IS IN NORMAL STATE.
MOV
TRAP

READEF

W#EF.START

;1S THIS JUST STARTED?

020440
020444

012700
104441

000340

010637
005037
005037
005037
005037
005037

19 020502

005037
005737

11 020446
12 02045
13 020456
14 020462
15 020466
16 020472
17
18 020476

20 020506
21 020510
%% 020516
24 020522
25 020555
0205
2 020526
27 020530

020530
020534

28 020536
020536
29 020540

000001
002266

012700
104436

000004

012700
104447

000040

020546

103412

020550
020554

012700
104447

020556

103410

020560
020564

012700
104447

000036

103013
000137

021476

005037

002270

32 020556

33 020560

b3 020566
68
0205
020574

020574

40 020600

002264

103416

012700
104447

31 020550

BNE
MOV
CLR
1%:

020540
020544

30 020546

001005
012737
005037

LSINIT::

000037

000035

STARST:
NEWST:

1%
#1,FRSTIM
FRSPAS

:1F NOT = ERROR TRAP VECTOR ALREADY SAVED
:FLAG THAT WE'VE BEEN THRU THE 1ST TIME
sCLEAR COUNTER FOR # OF PASSES AFTER LOAD

;1F YES = BRANCH.

READEF

;1S THIS A RESTART ?

BCOMPLETE STARST

;1F YES = BRANCH.

READEF

;1S THIS A NEW PASS?

#EF .NEW

BCOMPLETE NEWST

;1F YES = BRANCH

READEF

;1S THIS A CONTINUATION?

#EF.CONTINUE

#PRIO7,RO
C$SPRI

:1S THIS THE TIME THROUGH AFTER LOAD?

BCOMPLETE STARST
#EF.RESTART

MOV
TRAP

#4 R0
CSCVEC

MOV
TRAP

#EF.START
RO
CSREFG

BCS

STARST

MOV
TRAP

#EF .RESTART,RO
CSREFG

BCS

STARST

MOV
TRAP

#EF .NEW,RO
CSREFG

BCS

NEWST

MOV
TRAP

#EF .CONTINUE
RO
CSREFG

BCC

GETPRM

BNCOMPLETE GETPRM

;1F NOT = GET PARAMETERS

JMP

END

;OTHERWISE = DON'T INITIALIZE.

CLR

STARES

;CLEAR THE FLAG TO SHOW START/RESTART,

mMs
)
la

g
N

NOSNINOOVN

—

5353 S5
Vi
g
§8%333333

o [=l=lelelelelelelelelelelelelelel=l=-t=l={x

—

DO
O
S80S0
ONO VSN~

VIS WNN=-0O

7
;g:ctloNAL TESTS MACRO V03.01 30-JUL=80 11:38:40 PAGE &5-1
8‘%7 7

177777

005237

002270

0 s 7 002%66

oos;gr 002366
023737
002363

002366

013700

002366

104442

002366

002252

042711

000007

MOV
MOV

002234

MOV
ADD

062737

000003

002244

062737

000004

002236

062737

000005

002246

062737

000006

002240

062737

000007

002250

821414
2711

000007

011100
032700 000007

39S

SO SO

00O

D
i
i

1333

VAWV

i
i

(R1)+,WTYPE
(R1),RO

#7,(R1)

SMAKE IT 76XXX0

GETPRM

INC

BSEL1

MOV

(R1),BSEL3

ADD

#3,BSEL3

:HIGH BYTE OF SEL2

ADD

84 ,SELL

:PORT REG (SEL &) ADDRESS

ADD

#5,BSELS

:HIGH BYTE OF SEL&

ADD

#6,SEL6

:PORT REG (SEL 6) ADDRESS

ADD

#7 ,BSEL7

:HIGH BYTE OF SEL6

BEQ
BIC

1%
:1F NOT = OK (XX0)
#7.(R1)
SMAKE IT XX0
#FINIT2,(R1),RO :INFORM THE USER

MOV

MOV
BIT

PRINTB

(R1),BSELS
(R1),SEL6

(R1)+,BSEL?

(r1) RO
07,80

000010

811137
11137

002226
002230

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

MOV

RO,=(SP)

MOV
MOV
MOV

#FINIT2,-(SP)
#3,-(SP)
SP.RO

ADD

#10,5P

MOV

TRAP

:
MOV
MOV

(R1) ,DMRVEC
(R1) .DMTVEC

RO,=(SP)
(R1),=(SP)
#FINITY,=(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,5P

:GET VECTOR
*DOES THIS VECTOR END IN NON-ZERO?

021567
000003

062706

GETPRM

:HIGH BYTE ADDRESS OF CSR
;CONTROL OUT REGISTER ADDRESS

(R1),SEL4

CSGPHRD

RO,R1

;CSR ADDRESS

(R1),SEL2
#2,SEL2

MOV

010046

(R1),CSR
(R1) .BSEL1

LOGDEV,RO

‘DOES THIS DEVICE ADDRESS END IN NON=-2ERO?
:1F NOT = OK (76XXX0)

002234
000002

012137 002250

MOV

MOV
;1F NOT AVAILABLE, GET THE NEXT ONE
BCC
;MICROPROCESSOR TYPE
:SAVE THE ADDRESS

#FINIT1,(R1),RO :INFORM THE USER

011137
062737

011137 002240

i e

:IS THE MAXIMUM UNIT # EXCEEDED?
:1F YES = DO A NEW START
;GET THE P-TABLE POINTER INTO R1

PRINTB

BIC

MOV
MOV

104414

:NEXT LOGICAL UNIT TO BE TESTED

#7,R0
108

882535
00224

012746
012746
010600

LOGDEV,LSUNIT
NEWST
S
LOGDEV,R1

BIT
BEQ

8111;7
1137

011146

LOGDEV

000010

011137 002246

— e

:INCREMENT # OF PASSES SINCE START/RESTART.

: INCREMENT # OF PASSES AFTER LOAD.

TRAP

021500
000003

011137 002236

VRN

STARES

GPHARD

032700 000007
001414

011137 002244

00000000000

INC

BGE

005237 002242

75 021030

sINITIALIZE LOGICAL UNIT NUMBER.

FRSPAS

BNCOMPLETE

103365
012137
011100

010046
011146
012746
012746
010600
104414
062706

#-1,L0GDEV

INC

CMP

010001

MOV

" INC

002012

SEQ

:RCV. VECTOR
STRANSMIT VECTOR

(R1),=(SP)

CSPNTB

ggfl-111§g=CYIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 45-2
R1) RO

NN~

MoV
CLRB
CLRB

000003
000007

(RO}

(RO)

SE@

;RCV. VECTOR

;CLEAR HI BYTE OF PSW FOR RCV. VECTOR.
;CLEAR HI BYTE OF PSW FOR XMIT. VECTOR.
;THIS WILL ENSURE THAT WE DON'T PICK

;UP ANY UNEXPECTED BITS IN PROCESSORS

;WHICH USE BITS 11-15 OF TN; PSW. IE
;1F BIT 11 IS SET IN AN 11/70 ANOTHER
062737

000004

002230

ADD

#4 ,DMTVEC

;REGISTER SET MAY BE USED.
sADJUST XMIT VECTOR

)

;SET UP ISRS FOR DMR. INTERRUPTS ENABLED IN
;TESTS 15-19.
SETVEC

000240
022052
002226
000003
000010

SETVEC

000240

DMRVEC ,#INISR,#PR1OS

DMTVEC,#OUTISR,#PRIOS

: INPUT ISR

;OUTPUT ISR

e
e T
B
—

#14,R1
¢+ ,DMTURN
(R1)

s INCR. P=-TABLE POINTER.

002224

Mov

SPEED,RO

;GET THE SOFTWARE P-TABLE VALUE GIVEN
:BY THE USER

000002
000012

MOV

#2,.R1

;GET FIRST TIMER VALUE
;GET SECOND TIMER VALUE

n0..R2

MOV

R2,WAIT3

MOV

#333,Ax3

CMP
BNE

002316

002314

000333

000001

CSSVEC
#10,5P

; CONTINUE UNTIL DONE INCREASING WAIT VALUES
R1,WAITY
R1
R1
R1,WAIT2

002304

#OUTISR,-(SP)
DMTVEC,-(SP)

TIMER VALUES X 2

: DEC SPEED VARIABLE

DEC
BNE

CSSVEC
#10,sP

: TURNAROUND

;

ASL
ASL

il i

&3 5O 05!\:0@288

MOV

MOV
ASR
ASR
MOV

#3,-(SP)

ADD

O000000O0
0000

MOV

002312

#PR105,-(SP)

000014
002254

=i=]

D i
D i i e
s D il
i
i it D i
i
—

MOV

TRAP
ADD

000010

D i

D ch

PORVRONIPY
b b cd e
e = e = =b

#PR105,-(SP)
#INISR,=(SP)
DMRVEC ,=(SP)
#3,-(SP)

MOV
MOV

000003

101

MOV
MoV
MOV
MOV

20%

,DMTURN

;SAVE TIMER VALUE FOR SWAIT

sHALF THAT VALUE

sHALF IT AGAIN.

;SAVE TIMER VALUE FOR SMSCLR AND $CLRQI
: SUBROUTINES.
;TIMER VALUE FOR $INOUT SUBROUTINE.
s CHECK TURNAROUND.

;MASK FOR AX3-15 = BIT CLEARED WILL

:?E LHSSlNYERFACE SELECTED.
REQUESTED?

;1F NOT = CONTINUE

1CO DMR=11 FUNCTIONAL TESTS

TIALIZE SECTION

MACRO v03.01 30-JuUL=-80 11:38:40 PAGE8 62-3

1%5 021256
126 0%1 64
127 021266
128 0%1 66
1%8 021274
1
021;52
131 021
13% 021306
133 021306
134 021314
135 021316
136 021324
137 021326
138 021326
139 021334
140 021336
141 021344
142 021344
143 021352
144 021354
145 021354
146 021360
}2; 021364

042737
000427

000020

002304

022737
001004
0462737
000417

000002

002254

000010

002304

022737
001004
042737
000407

000003

002254

000100

002304

022737

000004

002254

000200

002304

012737
000404

000001

002262

005037
005037

002262
002304

149 021364

;g? 021370

005737

001410

002310

15§ 0%1372
153 021400
154 021402
155 021410
156 021412
157 021412
158 021420
159 021422
160 021430
161 021432
162 021440
163 021442
021442
021446
021452
021454
021456

022737
001430
022737
001424

000001

002254

000003

002254

022737
001420
022737
001020
022737
001010

000006

002254

000007

002254

012746
012746
010600
104414
062706

021656
000001

012737
000402

000001

005037

002306

22%:

25%:

308:

40%:

42%:

002270

45%:

508:
END:

021503
021506

052
101

045

101
122

—Pown

104411

FINITY:

#BIT4 AX3

;SELECT v.35

CMP
BNE
BIC
BR

l% DMTURN

;1S INTEGRAL REQUESTED?
;IF NOT = CONTINUE.
;SELECT INTEGRAL MODEM.

CMP
BNE
BIC
BR

#3 DMTURN

CMP
BNE
BIC

#4 ,DMTURN

MoV

#1, INFACE
40$

;SET FLAG THAT ALLOWS INTERFACE CHANGE.

CLR
CLR

INFACE
AX3

;CLEAR FLAG = NO INTERFACE CHANGE.
;CLEAR AX3 BITS

TST
BEQ

MANUF

308

22%

#BITY, A3

308

25§

#BIT6,AX3

308

35§

#BIT7,AX3

;1S EIA REQUESTED?
:1F NOT = CONTINUE.
;SELECT EIA(XYZ).

;1S RS422 REQUESTED?
;1F NOT, DON'T ALLOW INTERFACE CHANGE.
;SELECT RS&422.

:Qt'iQtt'tt"'!'.'.t'tttt""".I'Q'Q'Q"

CMP
BEQ
CMP
BEQ
CMP
BEQ
CMP
BNE
CMP
BNE
PRINTB

42%

#1,DMTURN

45$

#3, DMTURN
45%
#6,DMTURN

45%

#7 ,DMTURN

50%

#1,STARES

45%
#FINITS

000004

002306

SEQ

BIC
BR

;1S THIS A SPECIAL MANUFACTURING TEST CON.?
;IF NOT = SET MAINT BIT ONLY FOR MODEM LOOP

HAAAAAAAA AR AAAAA RS AAAAARARRARARARA
R A0

;1S THIS V.35 WITH SPECIAL CONNECTOR?
I 3 YES = SET WRITE MAINT. BIT
I S THIS EIA WITH SPECIAL CONNECTOR?
I F YES - SET WRITE MAINT. BIT

| S THIS LOCAL LOOP?

F YES = SET WRITE MAINT. BIT.
? THIS REMOTE LOOP?

;1F NOT = CLEAR MAINT. BIT FLAG
;1S ) THIS THE FIRST PASS?
;1F F NOT - SKIP MESSAGE
A
TO USE ONLY TESTS 17-19
;WARN

MoV
MOV
MOV
TRAP
ADD

#FINIT3,-(SP)
#1,-(SP)

SP,.RO
CSPNTB

#4,5P

MOV

#1 ,UMAINT
END

;SET FLAG TO WRITE MODEM MAINTENANCE BIT S.

CLR

WMAINT

;CLEAR FLAG - DON'T WRITE MAINT. 1 OR 2.

ENDINIT

021476
021476

172 021500

000001

208:

35%:

— -

164

165 021462
166 021462
167 021470
168 021472
169 021472
170 021476
171 021476

001007
042737

C
1

L10014: .
LASCI2

/XAt+ WARNING - WILL ASSUME ADDRESS XO06XA (NOT XO06XA)XN/

CSINIT

( 8
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL=B0 11:38:40 PAGE 45-4
INITIALIZE SECTION

02151
021514
021517
021522
0215%5
021530
021533
021536
021541
021544
021547
021552
021555
021560
021563
021566
173 021567
021572
021575
021600
021603
021606
021611
021614
021617
021622
021625
021630
021633
021636
021641
021644
021647
021652
021655
176 021656
021661
021664
021667
021672
021675
021700
021703
021706
021N
021714
021717
21722
021725
021730
021733
021736
021761
175

m
040
127
114
123
115
101
122
123
117
101
116
040
066
051
000
045
052
101
1)
040
127
114
123
115
126
124
040
117
101
116
040
063
051
000
045
052
m
040
115
105
117
102
113
123
124
124
061
055
on
116
040
045

SEQ

116
055
1M1
040
123
105
104
105
040
066
040
117
045
045
045

107
040
114
101
125
040
104
123
045
045
050
124
117
101
116

101
040
122
116
055
m
040
123
105
105
117

052
127
116
107
040
114
101
125
040
103
122

FINIT2:

_ASCIZ

/XA*+ WARNING = WILL ASSUME VECTOR

101
040
124
122
117
040
117
101
040
105
105
123
067
040
040
114
052
116

052
127
110
105
124
114
120
103
125
040
123
040
040
061
117
13
052
000

FINIT3:

_ASCIZ

/XA*+ WITH REMOTE LOOPBACK USE TESTS 17 = 19 ONLY #*XIN/

040
063
040
117
045
045
045

203X%A (NOT X03%A)IN/

045
045
050
124
117
101
116

.EVEN

D 8
CZOMICO DMR=71 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 46
AUTO DROP UNIT SECTION

SEQ

}

LSBTTL

3
4

///////////////////////////////////////////////////////////////////////////
/ THE AUTO DROP CODING DETERMINES WHETHER OR NOT THE DEVICE WHOSE P-TABLE

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

AUTO DROP UNIT SECTION

/ WAS JUST OBTAINED IS READY FOR TESTING, AND IT IS DROPPED IF NOT READY.

8 021744

BGNAUTO

’ 021744

10 021744

021744
021750

012746
012746

000340
(023572

021760
021764
021766

012746
104437
062706

000003

LSAUTO: :
SETVEC

#4,#NOXMEM,#PRIO7 ;SET UP NON =EXISTENT MEMORY TRAP VECTOR.

021754 012746 000004
11 021772
12 021776
}2

005037
005777

#PRIO7,=(SP)
INOXHEH -(SP)

MOV
TRAP
ADD

#3,-(SP)
CSSVEC
#10,SP

MOV

000010

002350
160230

CLR
1ST

NXMFLG
aCSR

#4,-(SP)

;CLEAR FLAG THAT WILL BE SET IF NXM OCCURS.
:REFERENCE MEMORY ADDRESS FOR THE DEVICE
:TO SEE IF IT EXISTS.

'..'..'.'.'..""'"""""""'..'.."".."'....'.""'....."'."""'

; lf THE DEVICE DOESN'T EXIST THE RES..TANT TRAP TO VECTOR 04 UILL
: CAUSE THE DEVICE TO BE DROPPED (SEE INTERRUPT ROUTINE °'DROPO4')
; OTHERWISE THE MEMORY REFERENCE IS UNEVENTFUL AND THE DEVICE IS READV.

17
18

;:"'..'""'.""'"'."'"""".'...'.".'"..'..."."..""".""""'

21 022002
022002
022006
22 022010
23 022014
24 022016

012700
104436

000004

005737
001406

002350

022016
022022

013700
104451

002366

022024

104444

25 022024

26 022026
27 022032
28 022032

022032
29 0220;?
30
3
32
33
34

MOV
MOV

005037

#¢4

TST
BEQ
DpODU

NXMFLG
1%
LOGDEV

DOCLN
002350

1%:
ENDAUTO

104461 .

CLRVEC

CLR

sRETURN VECTOR 04 TO NORMAL STATE
MOV
TRAP
;DID NXM OCCUR?
:1F NOT EXIT
;DROP THE DEVICE

MOV
TRAP

LOGDEV,RO
C$DODU

TRAP

CSDCLN

TRAP

CSAUTO

;D0 CLEAN UP - FORCE BACK TO INIT CODE.
NXMFLG

JRESTORE FLAG.

L10015:

#6 R0
CSCVEC

TESTS MACRO v03.01 30-JuUL=-80 11:38:40 PAGE &7
CZDMICO DMR-11 FUNCTIONAL
l

SEQ

VBN
=0

—_— s

VONO VW

CLEANUP CODING SECTION
0

.SBTTL

CLEANUP CODING SECTION

SAIIIIIIIIIIII
:/

:/
;/

i inn it

iiin i iziniiiniz i iiiieriiin i in il riiieieieee e

THE CLEANUP CODING SECTION CONTAINS THE CODING THAT

END OF THE TEST SEQUENCE ON A PARTICULAR UNIT.
EVEN IF

IS A NULL CLEANUP

IS PERFORMED AT THE

THIS SECTION IS REQUIRED

g
BGNCLN

005737
001003
012777

002350

040000

160162

TST
BNE

10%:

ENDCLN
104412

LSCLEAN::

MOV

NXMFLG
108
#MCLR,ISELO

;WAS THERE A NXM ERRCR?

;1F YES = SKIP MASTER CLEAR.
;ISSUE A MASTER CLEAR.

L10016:

TRAP

CSCLEAN

F
8
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 48

SEQ

INTERRUPT HANDLING ROUTINES

GLOBAL INTERRUPT HANDLING ROUTINES

NITTITII0
s

0t it niiiiiieiniiiiiiiiiiriiieiiineeriiiiinlieti
il
INTERRUPT HANDLING SECTION CONTAINS CODING REQUIRED TO USE

SHIIEIIIIIIIIII

010046
010146
017701

022066
022074
022076

032777
001002
000137

022062

BGNSRV

042701

160150

177760

000200
022606

WO VR NOWVSWN
NOWVMS

ittt

ie i iiirrniiein iz iieniirei i ki ie i i

MoV
MoV
MOV

RO,=(SP)
R1,=(SP)
aSELO,R1

; INPUT INTERRUPT SERVICE ROUTINE
INISR::
;SAVE RO
:SAVE R1
;SAVE THE CONTROL IN COMMAND.

BIT
BNE
JMP

#RDI,3SELO
1%
NEXT

;1S RDI SET
;1F YES = PROCESS INPUT COMMAND.
; ISSUE NEXT INPUT COMMAND.

#177760,R1

;CLEAR ALL BUT THE COMMAND BITS (0-3)

:'t't"'""""""""'.."'.tt"".'QQ'Q""'.""Q".""""t"'

:"Q.""""""""""t'tQ'Q'.'.t'i.l!l.ll"'.".'t"""""""'

022102

022102
022106
022110
022114

022701
001533
022701
001537

022122
022124
022130
022132
022136
022140
022144
022146
022152

001461
022701
001444
022701
001417
022701
001410
022701
001572

035113

022154
022154
022156

gg 022164

022701

1%:

000004
000000
000003

000001
000005

000015
000002

015112
000565

;1S
:BR
;1S
:BR

BEQ
(MP
BEQ
CMP
BEQ
CMP
BEQ
(MP
BEQ

20%
#CNTRL R
15%
#WMODEM, R
10%
#INTER,R1
5%
#HLT R
70%

:BR IF YES.
:1S THIS A CONTROL IN?
;BR IF YES.
;1S THIS A WRITE MODEM?
:BR IF YES.
;1S THIS AN INTERFACE WRITE.
:BR IF YES.
;1S THIS A HALT?
SEXIT = IF YES (NOTHING TO SET UP)

#BASEI ,R1

17,EMG17 ,ERRG2

70%

THIS A RCV. BA/CC?
IF YES.
THIS A XMIT, BA/CC?
IF YES.

;1S THIS A BASE

IN?

;PROBLEM IF IT'S NOT ONE OF THE ABOVE.
TRAP
MWORD

.WORD
.WORD

JEXIT

5%:

: WRITE AX3-15

44 022166
45

113777

2; 022174

000561

g? 022176

#BACCR,R1
29%
#BACCT ,R1
30%

ERRDF

104455
000021
020267

CMP
BEQ
CMP
BEQ
CMP

2? 022166

§2

NOTE EVERY INTERRUPT ROUTINE SHOULD SAVE
.
:

INISR

BIC

160136

* PROCESS INPUT COMMAND

022160
022162

/\LHE

:/
THE 'SETVEC' MACRO.
:/ AND RESTORE RO.

022052
022052
022052
022054
022056

.SBTTL

NOWVERWN =0

WVONOWVISWN
-

GLOBAL

002304

160054

MOVB

AX3,aBSEL7

70%

108:

: MODEM WRITE

;WRITE NECESSARY AX3-15 INTERFACE.
:AX3 HAS BEEN DETERMINED IN THE INIT
. CODE.

CSERDF
17
EMG17

ERRGZ2

cC 8
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 48-1

GLOBAL INTERRUPT HANDLING ROUTINES

53
S4& 022176
55 022204
56 022206
57 022214
S8 022222
59 022224
60 022224
61 022232
62 022240
gz 022242

022737
001007
042777
052777

000546

042777
052777
000537

000006

002254

000004
000110

160024
160016

000010
000104

160006
160000

.
11%:

15%:

22
67 022242
68 022246
69 022250
70 022256
71 022260
72 022260
73 022264

;g 022266

005737
001404
012777
000530

002300

005077

157754

000525

000400

157762
17%:

208:

012777

002636

80 022274
81 022300
82 022302

005737
001004
012777

002276

83 022310
84 022312
85 022312
86 022316
87 022316
88 022322
89 022324
90 022332
91 022334
92 022334
93 022342
94
95
96 022350
97 022350
98 022354

000402

}8? 8%%364

000465

000522

157742

157730

22%:

005077

157722

005737
001004
052777
000406

002272

000100

157702

052777
012737

010000
177777

157676
002356

005737
001004

002254

052777

004000

23%:

24%:

25%:

157646

}8% ozzggg 042777 004000 157636
106
107
108
109 022376

#LLOOP ,DMTURN
:1S LOCAL MODEM LOOPBACK DESIRED?
11%
:BR IF NOT
#MAINT2 ,3SELG
sENSURE REMOTE LOOPBACK IS CLEAR.
#OTR'MAINTT,QSELS ;SET MAINTENANCE 1 BIT AND DTR.

BIC
BIS
BR

#MAINTT,QSELG
:ENSURE LOCAL LOOPBACK IS CLEAR.
#DTR'MAINT2 ,@SELG ;SET MAINTENANCE 2 BIT AND DTR.
70%
;CLEAR RQI

708

ST
BEQ
MOV
BR

MNTMDE
17%
#MAINT ,3SELG
70%

;1S MAINTENANCE MODE REQUESTED
;BR IF NOT
;REQUEST MAINT. MODE

CLR

aSEL6

:FULL DUPLEX = NON=-MAINT. MODE.

MOV

#BASE ,aSEL4

;sBASE TABLE ADDRESS.

ST
BNE
MOV
BH

DMCMDE
22%
#DMR ,3SELG

23%

:ARE WE IN DMC MODE?
:BR IF YES
:DMR MODE.
;CHECK LOOPBACK.

CLR

oSEL6

;DMC MODE

ST
BNE
BIS
BR

START
24%
#1E0,9SEL2
25%

;1S THIS THE FIRST BASE IN?
s1F NOT = SET RESUME.
:ON FIRST BASE IN SET RDO INT.ENABLE.

BIS
MOV

#RES ,aSELG
#-1,RESFLG

;SET RESUME
:FLAG THAT THIS IS A BASE IN RESUME COMMAND
:(THIS WILL BE USED LATER IN THIS ISR TO
:DECIDE WHAT THE NEXT COMMAND WILL BE)

TST
BNE

DMTURN
27%

:1S INTERNAL LOOPACK REQUESTED?
:BR IF NOT = CLEAR LU LOOP

BIC

70%

#LPLU,ASELOD

;CLEAR RQI AND EXIT.

70%

:CLEAR RQI AND EXIT

3
;BA/CC
3

IN RCV

70%

;sBASE IN

;3 022266

}82 022374

CMP
BNE
BIC
BIS

:CONTROL IN

99 022356

SEQ

278

000461

29%:

BIS

#LPLU,ISELOD

sSET THE LINE UNIT LOOPBACK BIT

:Ekgfg)LlNE UNIT LOOPBACK (CONNECTOR OR

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL=80 11:38:40 PAGE &8-2

GLOBAL INTERRUPT WANDLING ROUTINES
110 022376
111 022402

11§ 022406
}}‘ 022412
115
116
117 022414
118 022414
119 022420

}g? 85%2%3

122 022430
123 022434
124
125 022436

126
127 022444

005337
012277

012277
000406

0023§6
157630

157626

005337
012377

002330
157612

005737
001441

002302

052777

040000

012377

128 022446
130
131 022460

042777

160000

042702

017777

132 022464
133 022470
134 022472

135 022476
136 022500

137
138 022506

139 022510
140 022510

141 022514
142 022516
143
144 022524
145 022526

022702
00i421
022702

001004

052777

157564

157574

157556

020000

157530

022702

001004
052777

040000

149 022534
}g? 022536

012602
000400

060000

157502

155
156 022544
157 022550
158
159
160 022552
161 022554
162 022556

163 022564
164

}gz 022572

010137

002362

005737
001011

002276

012601
012600
052777

042777
000002

42%:

44s:

152

153 022540
154 022540

000020

000040

IN XMIT

DEC
MoV

INXMIT
(R3)+,3SEL&

;DECREMENT COUNTER
:XMIT BUFFER ADDRESS.

ST
BEQ

MMANAG
708

BIS

#BIT14,3SEL6

:ARE THE BUFFERS MEMORY MANAGED?
:1F NOT SKIP CONVERTING VIRTUAL ADDR
;7O PHYSICAL ADDR.
:SET BIT 16 OF PHSICAL ADDRESS (I.E.

MoV
MOV

R2,-(SP)
aSEL4L,R2

;SAVE THE VIRTUAL ADDRESS.

BIC

N7 LR2

;IN THE VIRTUAL ADDRESS.
:SAVE ONLY THE PAGE # IN THE SAVED ADDR.

BNE

4“1

:1F NOT SEE IF IT'S PAGE 4 Ok S

MOV

70%:

157446

157440

(R3)+,3SELG

#160000,3SEL4
#60000,R2
443
#100000,R2
#BIT13,3SEL4

;RCV CHARACTER COUNT

:XMIT CHARACTER COUNT.

:VIRTUAL ADDR 60000 = PHYSICAL ADDR 200000
:SAVE R2 (NEXT RCV BUFFER ADDRESS)

:CLEAR BITS CORRESPONDING TO THE PAGE #
:1S THIS PAGE 3?
:1F YES, PHYSICAL ADDRESS CALCULATED
;1S THIS PAGE 4?

:SET BIT FOR PHYSICAL ADDR (I.E. VIRTUAL

:ADDR 100000 = PHYSICAL ADDR. 220000

44t

CMP

#120000,R2

443

BiS

#BIT14'BIT13,8SEL4 ;SET BIT FOR PHYSICAL ADDR (1.E. VIRTUAL
:ADDR 140000 = PHYSICAL ADDR. 260000

MOV
BR

(SP)+,R2
70%

;RESTORE R2 (NEXT RCV BUFFER ADDRESS)
;CLEAR RQI AND EXIT

MOV

R1,LAST

ST
BNE

DMCMDE
80%

MOV
MOV
BIS

(SP)+,R1
(SP)+ RO
#LECLR,ISELD

:SAVE THE INPUT COMMAND (USED
:TO DETERMINE NEXT INPUT COMMAND)
;ARE WE IN DMC MODE?
s1F YES = DON'T USE IECLR
:NOTE: INTERRUPT CAPABILITY FOR RQl
sCLEAR IS ONLY AVAILABLE IN DMR MODE.

BNE
BIS

157512

000403

052777

sBA/CC
3

BIS

41%:

120000

;DECREMENT COUNTER
:RCV BUFFER ADDRESS

(R2)+,3SELG
4 0%

CMP
BEQ
CMP

100000

INRCV
(R2)+,aSELL

MOV
Hi

BIC

060000

000412

1646 022526
147

148 022534

30%:

157610

010246
017702

129 022452

DEC
MOV

SEQ

BIC
RTI

42%
#BIT14,35EL4

#RQI,3SELOD

;1S THIS PAGE 4?

:1F NOT, MUST BE PAGE §S.
:SET BIT FOR PHYSICAL ADDR (1.E. VIRTUAL
:ADDR 120000 = PHYSICAL ADDR. 240000

‘

:RESTORE R1
sRESTORE RO
;SET INTERRUPT ENABLE FOR RDI CLEAR.

:CLEAR RQI = INT, GENERATED WHEN RDI
;CLEARS IN RESPONSE.

:RETURN AND WAIT FOR RQI CLEAR INTERRUPT,

1 8
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 48-3
GLOBAL INTERRUPT HANDLING ROUTINES

022602

157430

BIC
CALL

#IECLR,ISELD
$CLROI

;ENSURE INTERRUPT ENABLE FOR RDI CLEAR IS CLR.
;CLEAR RQI AND WAIT FOR RDI TO CLEAR.

:.""""Q"'"'0"""".".".'."""Q"".'0'.'.0""0"""."'

;l"".'Q""'Q"""".".'.'.."."..".'.""'Q".."Q'"'Q.'.'QQ'

000002

002362

002274

002352
002354

000143

157364

000015

002362

R88

002362

NN
LY LSV

000003

002262

2706

002272

000155

115%:

157310

117%:

VAVA
S &~

#LESET!RQI!BASEI,@SELO ;ISSUE A BASE
170%
JEXIT

TST
BNE

DMCMDE

CMP
BEQ
CMP

#BASEI ,LAST
115%

BEQ
BR
TST

002326

IST

MOvB

TST

002326

;IF YES = DON'T BOTHER CHECKING MODEM

JYRITE AND AX3-15 WRITE COMMANDS

;WAS THE LAST COMMAND A BASE IN ?
;IF YES = SEE IF INTER. OR M. WRITE

130%

;KEEP CHECKING FOR NEXT COMMAND.

INFACE

;1S AN AX3-15 WRITE NEEDED?

117%

;IF YES = NO NEED TO REWRITE AX3-15.

117%
START

IS NEEDED?

;WAS THE LAST COMMAND AN AX3-15 WRITE?

:BR IF NOT
;WAS CONTROL

IN ISSUED?

THIS

;SHOULD HAVE BEEN DONE ON THE 1ST BASE IN.

WMAINT
;WRITE MAINT 1 OR 2?
13C%
;1F NOT = SKIP WRITE MODEM COMMAND.
:;SEEY!ROl!HHODEH.QBSELO ;ISSUE A MODEM WRITE COMMAND

BEQ

002274

;ARE WE IN DMC MODE?

TST

BNE
INC

150%:

:{g;ifl.LAS!

IN.

:;sifT!ROIEINTER.CBSELO sISSUE AN AX3-15 WRITE COMMAND.

Move

1308:

1308

;WAS THE LAST COMMAND A HALT?
;1F NOT = PROCEED.
sARE WE TESTING RESUME?
;1F NOT, DON'T ISSUE ANOTHER COMMAND.
s INPUT BUFFER DONE?
:1F NOT, BASE IN.
;OUTPUT BUFFER DONE?
;IF YES, DON'T ISSUE ANOTHER COMMAND.

MOvB

BEQ

157272

~N
N

MOve

BNE

ik 157250

002356

W#HLT,LAST
110%
RE SUME
1708
INFLAG
106%
OUTFLG
1708

TST

002272

000001

CMP
BNE
TST
BEQ
TST
BEQ
TST
BNE

BEQ

002306
000145

1068%:
110%:

002276

NN NI I NI I
NI
& §§ NN
INSERIRES/RSKE

000020

O0O0O0O00O0 O0OO00O0O00O0O0O0
rorororDRRD RN NN

B8R SRR
~N PONIND

b b e o
= OOV~

b
=
o \flb“NdOg

NINLNLNLRLNL
AL NN
NN

042777

* RDI CLEAR = DETERMINE NEXT INPUT COMMAND.

NNPORN) =B D —2 b b b b b2 2 ed D D b D b D D
oo
N -

b s D e DD > D DD b

EIRARER IS ISIFIRNANISS

167 022574
168 022574

SE@

BEQ

BIT

BEQ
TST
BNE

S TART
1508

;WAS A CONTROL

INRCV
160%
RE SUME
1538

;ARE ALL THE BA/CC IN RCVS DONE?
;1F YES = BR TO SEE IF XMITS DONE.
;1S A TEST OF RESUME REQUESTED?
:BR IF NOT,
;1S THIS AN 00D COUNT?
:BR IF NOT.
sWAS THE LAST COMMAND A BASE IN RESUME?
:1F YES, ISSUE BA/C(C

:1F _YES - SKIP
;SET FLAG.

IN ISSUED?

START
:%SEEY!ROIECNTRL.QBSELO ;ISSUE A CONTROL IN

#8110, INRCV

1538
RESFLG
152%

J 8
CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL=-80 11:38:40 PAGE 48-4

SE@

GLOBAL INTERRUPT HANDLING ROUTINES
224

:HALT = TO TEST RESUME.

225
226
227

228 023016 112777
2%3 023024 000440

000142

%31 8 ggg%

005037

002356

234 ogso«o
235 023042
236 023042
237 023046
238 023050
239 023054
240 023056
241 023064
242 023066

000432

0%3026

157206
152%:

23§ ogsos 112777 000144 157172

243 023072

244

245
246
247
248 023074

249 023102

005737
001424
005737
001415
032737
00141
005737
001004

112777

000411

002274
000001

000142
002356

253 023110

112777

000140

258 023126
259 023126
%2? 023130

000403
012737

002330

002356

005037

254 023116

1508%:

002330

250 023104
g} 8%%}?3

255 023120
ggg 023120

177777

157130
162%:
-

157114
002352

1708:

012601
012600

CLR

RESFLG

;CLEAR FLAG.

MOVB

#IESET!'RQI'BACCR,IBSELO ;ISSUE A BA/CC IN RCV. COMMAND.

ST
BEQ
ST
BEQ
BIT
BEQ
ST

INXMIT
165%
RE SUME
1638
#8170, INXMIT
1638
RESFLG

1708

162%

:ARE ALL THE BA/CC IN XMITS DONE?
:1F YES, SET THE FLAG
;1S A TEST OF RESUME REQUESTED?
:BR IF NOT.
;1S THIS AN ODD COUNT?
:BR IF NOT,
:WAS THE LAST COMMAND A BASE IN RESUME?
;1F

YES,

ISSUE BA/CC

MOVB

NOTE: THIS WILL
;:OCCUR ONLY WHEN RESUME IS REQUESTED,
:FOLLOWING EVERY OTHER BA/(CC
:COMMAND (NEVER FOLLOWING A RESUME)
#IESET'RQI'HLT,@BSELO ;MALT IT

CLR

RESFLG

MOVB

#LESET!'RQI'BACCT,IBSELO ;ISSUE A BA/CC IN XMIT COMMAND.

MOV

#-1,INFLAG

:FLAG THAT ALL BA/CC INS DONE.

MOV
MOV

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

:RESTORE R
;RESTORE RO

B8R

:HALT = TO TEST RESUME.

1708

:CLEAR BASE

IN RESUME FLAG.

1708

L10017:

000002

RTI

;QQQ..Qtt...t."""t".'tt.'tQ"'Q'.Qt't."'t't'tt't'tttl'tt""'.t'
;t"t't..t.tll"l"""'.'t""ttt'.tllt'tt.t'tltt'!'00".0"".."'.

266

2N
272 023146
023146
023150
025152
853156
023156
273

WIESET'RQI'WLT,3BSELO ;MALT IT
1708

ENDSRV

2“
265

267 023134
023134
68 023134
69 023136
270 023144

165%:

THIS WILL

;OCCUR ONLY WHEN RESUME IS REQUESTED,
:FOLLOWING EVERY OTHER BA/CC
:COMMAND (NEVER FOLLOWING A RESUME)

MOVBE
B8R

BNE

262 023132

023132
263 023132

NOTE:

100

BGNSRY
010046
032777
001006

104455
000022
020341
01511;
000137

000200

023530

157070

OUTISR
MOV
BIT
BNE

RO,-(SP)
#RDO,ISEL2
5%

ERRDF

18,EMG18,ERRG2

JMP

60%

:OUTPUT INTERRUPT SERVICE ROUTINE
QUTISR::
:SAVE RO
;1S THE RDO OUT BIT SET?
:1F YES = OK TO PROCEED.

;OTHERWISE REPORT SPURIOUS INTERRUPT
TRAP
WORD
.WORD
.WORD

CSERDF
18
EMG18
ERRG?

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 6%-5

SEQ

GLOBAL INTERRUPT HANDL ING ROUTINES

274 02316
275 0 1?
27? 02N

57 023172
78 0232

279 023202
280 023210
281 023212
Zai 023216
283 023216
023216
023220
0232%2
0%3% 4
§84 023 gg
85 0232
286 023230
287 023234
288 023236
289 023242
290 023244
291 023244
292 023250
293 023252
294 023252
023252
023254
gggszg
295 023262
296 023266
297 023266
298 023272
588 023274
301
302 023302
303 023304
023304
023308
023310
0%3312
;84 023314
5 023316
309 023316

307 023324
ggg 0233
390 023334

1" 0% 342
1; 023344
13 023346
14 023354
15 023356
19 0 353
1
05336
18 023364

032777
143?

000001

157044

001000

157040

032777
001407
000137

000040

157030

032777
00101

023560

002352

005737
001143

002274

BIT
BNE

7%:

104455
000011
020026
015112
000554
005737
001403
005737
001132

BIT
BEQ

10%:

002354
15%:

16%:

104455
00002
020236

000137

023530

005737
001452
032777

002302
040000

208:
156736

001005
104455
000013
020104
015112
000505

0‘;777
017702
06270;
042777
005702
001096
052777
000421
022702
001004
052777

140000
156706
017777
160000

060000

156714
156674

156662
22%:

020000
100000

21%:

156644

BIT
BEQ
JMP
ERRDF

#CNTRL ,@SEL2

;1S THIS A CONTROL OUT

#HALTC ,9SELS
108
#OMRRUN,ISELS
108

;1S
sIF
;1S
;1F

208

s1F NOT - PROCESS BA/CC OuT

THIS CONTROL OUT A HALT?
IT IS = SEE IF WE SHOULD RESUMe.
THIS DMR RUN MODE ACKNOWLEDGE?
NOT = REPORT ERROR

65%

JEXIT

9.EMGY,ERRG2

sUNEXPECTED CONTROL OUT.

65%

sEXIT ROUTINE

ST
BEQ
ST
BNE

15%
OUTFLG

INFLAG

;ARE THE INPUTS DONE?

60%

s1F YES = ALL DONE, EXIT

RE SUME

65%

;IF YES = OK, BR TO EXIT

ERRDF

16 ,EMG16

;ERROR = UNEXPECTED HALT.

ST
BEQ
BIT

MMANAG
40%
#BIT14,3SELG

BNE
ERRDF

21%

11,EMG11,ERRG?2

CSERDF

.WORD

EMGY

TRAP

CSERDF

;1S A RESUME REQUESTED?

.WORD
.WORD
.WORD

;(1.E. BUFFER SHOULD BE IN PHYSICAL

;ADDRESS RANGE: 200000 = 277776)
;sPROCEED - IF BIT SET.

TRAP

.WORD
.WORD
.WORD

60%

BIC
MOV
BIC
BIC

:géllSéng\k.iSELb ;CLEAR THE EXTENDED ADDRESS BITS.

ST
BNE
BIS
BR

(Mp
SNE
BIS

0§0000.R2

;1S THIS PAGE 4?

#100000,3SEL4

;SET BITS FOR PAGE 4.

22%
282000.0SEL4

23%

16
EMG16
0

:ARE THE BUFFERS MEMORY MANAGED?
s1F NOT = NO NEED TO DETERMINE PHYS. ADDR.
:1S BIT 16 OF THE PHYSICAL ADDR SET?

$1777% R2
#160000,3SEL4

ERRG2

:BR IF NOT
;ARE THE OUTPUTS DONE?

ST
BNE

60%

TRAP

.WORD

JMP

101

;SAVE BITS 0-15 OF THE PHYSICAL ADDRESS.

:SAVE ONLY PAGE ADDRESS BITS.
:CLEAR PAGE ADDRESS BITS IN SEL4
;DETERMINE PAGE
;1S THIS PAGE

# FOR VIRTUAL ADDRESS.

:IF NOT CHECK FOR OTHER PAGES
;SET BITS FOR PAGE 3.

;1F NOT = KEEP CHECKING

CSERDF

1"
EMG1
ERRG?2

L 8
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 48-6
GLOBAL INTERRUPT HANDLING ROUTINES
319 023372
320 023374
321 023374
3%% 023400
323
023402
326 023410
1%
3250
326 023412
327 0234%0
328 0%34 0
329 0 3458
330 0234
331 023434
332 023440
333 023442
334 023444
023444
023446
023450
023452
335 023454
336 023456
337 023456
338 023462
339 023464
023464
023466
0%;270
023472
340 023474
341 023476
342 023476
343 023502
344 023506
345 023510
023510
023512
023514
023516
346 023520
347 023522
;28 023524
358 023524
;Sl 023530
S§ 023530
53 023534
564 023536
55 023542
Ss 8 3544
5
3544
3523
58
59
0235
3560
gg! 023598
2 OSSS
023570

000412

238:

022702
1004
052777
03

040000
120000

156626

052777

140000

156616

032777
001023
005337
022577
001406
005725

000004

156606

CMP
BNE
BIS
BR

#40000,R¢

24%

IS THIS PAGE 5?
IF _NOT = MUST BE PAGE 6
SET BITS FOR PAGE 5.

BIS

#140000,aSELS

;SET BITS FOR PAGE 6.

BIT

#RCV,ASEL2

;1S THIS A RECV. BUFFER?
:IF YES = PROCESS THE BUFFER.
;DECREMENT BA/CC OUT XMIT.
;1S THE XMIT BUFFER ADDRESS CORRECT?
:1F YES = PROCEED.
;INCR. POINTER FOR ERROR MESSAGE.
;IF NOT = ERROR

BNE

41%:

156556

50%:

002332
156530

104455
000013
020104
015752
005724
000402

51%:

017724

156510

005737
001011
005737
001006

002334

862777
12737

000100
177777

002354

042777
012600

000207

156446

60$%:

156462

61%:

65%:
ENDSRV

#120000,3SELS
40%

50%
OUTXMT

(R5)+,aSEL4

(RS)+
11,EMG11,ERRGS

TRAP

.WORD
.WORD
.WORD

60%

SEXIT ROUTINE

CMP
BEQ
ERRDF

60%
12,EMG12,ERRGS

(R5)+,aSEL6

;1S THE CHAR. COUNT CORRECT?
;1F OK = EXIT ROUTINE.
:IF NOT = ERROR

DEC
CMP
BEQ
ERRDF

TRAP

.WORD
.WORD
.WORD

60%

JEXIT

OUTRCV
(R4)+,aSELG
51%
11,EMG11 ,ERRG?7

;DECREMENT BA/CC OUT RCV
;1S THE RCV BUFFER ADDRESS CORRECT?
:1F OK = PROCEED
TRAP

.WORD
.WORD
.WORD

TST
BR

(R4)+

60%

sUPDATE POINTER
sEXIT ROUTINE

MoV

@SELS, (R4)+

; CHANGE THE CHARACTER COUNT TO WHAT
:WAS RECEIVED.

TST

OUTXMT

;HAVE ALL THE XMITS BEEN DONE?

BNE

002332

102

40%

CMP
BEQ
TST
ERRDF

104455
000014
020127
016050
000415
005337
022477
001406

40$:

002334
156576

104455
000013
020104
016050
000425

022577
001422

24%:

SEQ

TST
BNE

65%
OUTRCV
65%

:1F NOT, CONTINUE

;HAVE ALL THE RECEIVES BEEN DONE?

:1F NOT, CONTINUE

BIC
MOV

#1E0,ASEL2

;CLEAR THE OUTPUT INTERRUPT

BIC
MOV

#RDO'
CMD ,@SEL2
(SP)+,RO

:CLEAR THE RDC BIT.
;RESTORE RO

#-1,0UTFLG

:FLAG AS DONE.

L10020:

CSERDF
1

EMG11
ERRGS

CSERDF

EMG12
ERRGS

CSERDF
1

EMG1]
ERRG7

—

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 43-7

SEQ@

GLOBAL INTERRUPT HANDLING ROUTINES

3 023570

000002

103

RTI
:'.."....""."""""'"""'."'."..""""".'""""."""

:'""'."."'.""""""""""".'.""""'"'."'.""""""

367 023572

BGNSRV

368 023572

%98 023572
371 023600
023600
- 023600
373

012737

000001

002350

MOV
ENDSRV

000002

NOXMEM

NOXMEM: :
#1,NXMFLG

sSET FLAG IF MEMORY ADDRESSED IS NON-EXISTENT.

L10021:

RTI

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 68

SEQ

.SBTTL

DROP UNIT SECTION

BGNDU

013746
012746
012746
010600
104417
062706

L$DU::
BRESET

104433

PRINTF

002366
023632
000002

; ISSUE UNIBUS RESET TO CLEAN UP Sash
#FMDROP,LOGDEV

000006
ENDDU

L10022:

[l R N
OO ONIN —
OO
=
UviOn

e OO -t
O
OoONO
=0
SOV
W

104453

104

T
:/ THE DROP=UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
s/ TO NO LONGER BE TESTED.
Ry

OONOWVSWN—

DROP UNIT SECTION

FMDROP:

.ASCIZ

.EVEN

/XNXAUNIT XD2XA DROPPED/

CSRESET

MoV
MOov
MOov
MOV
TRAP

LOGDEV,=(SP)

ADD

SP,RO
CSPNTF
#6,SP

TRAP

csou

#FMDROP ,=(SP)

#2,-(SP)

lDfllCO DMR=11 FUNC TIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 51
TEST1 - DMR CSR VERIF l Tl ON
1

.SBTTL

2
3

SEQ

105

TEST 1 = DMR CSR VERIFICATION

3
RN NORRRCRRNRRAARNARRRARNAARPRRRRANARACORNROROROCOOORSE
3CHARRRRANRRARARNRANRCN

4
5

i
TEST 1 = DMR-11
;* VERIFY THAT ADDRESSING THE & UNIBUS CSRS DOES NOT CAUSE A NON-

;* EXISTENT MEMORY TRAP.

8
9
10

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

:* FLOATING ADDRESS SPACE: 76XXX0 = 76XXX6

:* THE FOUR REGISTERS ARE ASSIGNED ADDRESSES IN THE 1/0 PAGE
:Q

14
15
16
17

;*
;*
:*
:*

19 023662

BGNTST

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

'tttt.tt"t""""'ttttt"t'tttQQtt'tttttt"tttt'tt"ttt't"tt't""'

20 023662

21 023662

023662

012746

000340

023676
023702
02%704
22 023710

012746
104437
062706
005037

000003

023666
023672

23 023714

012746
012746

005001

T1 12
SETVEC

#4&,#LOCATE ,#PRIO7 :SET UP NON =EXISTENT MEMORY TRAP VECTOR.

024004
000004

MOV

#PRIO7,-(SP)

MOV
TRAP
ADD

#3,-(SP)
CSSVEC
#10,SP

MOV
MOV

000010
002350

CLR
CLR

NXMFLG
R1

:FLAG USED IN THE TRAP ROUTINE.
:USE REGISTER TO REMEMBER WHICH OF THE

OLOCATE -(SP)
#4,-(SP)

:4 CSRS WE ARE ADDRESSING.

. ttttt"tttttt"t't't"Q'ttt"t'ttttttt.t"t"ttl"t't'.t'tt'ttt"t.."""

;:n'ttQ'ttfi'tt'tt'"'tt'""'t't'ttt't"Qt"ttttt't'tlttt'ttt'tttt't"ttttt'

27
28
29

:"IF ADDRESSING ANY ONE OF THE CSRS RESULTS IN A TRAP TO VECTOR 04, THE TRAP
: WILL REPORT THE ERROR (SEE INTERRUPT ROUTINE 'LOCATE'). OTHERWISE THE
: MEMORY REFERENCE IS UNEVENTFUL AND THE DEVICE IS READY FOR FURTHER TESTS

32 023716
33 023722

005777
012701

156310
000002

TST
MOV

aSELO
#2,R1

;TEST THE CSR AT 76XXX0
:SAVE THE OFFSET OF THE NEXT CSR

35 023732
36 023736

012701
005777

000004
156274

MOV
TST

%R
aSEL4

:SAVE THE OFFSET OF THE NEXT CSR
sTEST THE CSR AT 76XXX4

005777

156266

34 023726

37 023742

38 023746

39 023752
40 023756
41 023760

023760
023764

42 023766

023766

43 023770
L4 023774
45 023774

023774
024000

005777

012701

156302

000006

005737
001406

002350

013700
104451

002366

104444

005037

012700
104436

TST

MOV

ST
BEQ
DODU

@SEL?2

26, ,R1

aSEL6

NXMFLG
10%
LOGDEV

DOCLN
002350

000004

10%:

:TEST THE CSR AT 76XXxx2

;SAVE THE OFFSET OF THE NEXT (SR
:TEST THE CSR AT 76XXX6
:WAS THERE A TRAP?
:1F NOT = EXIT.
:DROP THE DEVICE

MOV
TRAP

LOGDEV,RO
C$DODU

TRAP

CSDCLN

;DO CLEAN UP - FORCE BACK TO INIT CODE.

CLR

NXMFLG

;RESTORE THE FLAG.

CLRVEC

:RETURN VECTOR 04 TO NORMAL STATE

MOV
TRAP

#6 RO
CSCVEC

—

c 9
CZOMICO DMR-11 FU:%{%ONQ& }ESTS MACRO v03.01 30-JuUL=-80 11:38:40 PAGE 51-1
TEST

- DMR (SR

)
47 024002

024002
o8 024002

ENDTST

53 024012
54
55 024014
0264014
024016
024020
024022
56 024026
57 024030
58 024030
024030
024034
024036
024042
024046
024050

024052

BGNSRV
010046
005737
001006

104455
000006
024062
000000
005237
016146
010146
012746
012746
010600
104415

062706
012600

002350

000010

101
122
123
122
122
040

104
105
040
122
040
124

024107
63 0241
0246114
024117
024122
0246125
024130
024133
024136
024141
024144
024147
024152
024155
024160
024163
024166
64

064
045

000
123

ENDSRV

120

101
122
123
045
045
040
040
066
040
105
116
040
123
116
116

106
123
105
117
055
122

EMTO:

063
103
040
105
104
101
101
045
045
104
123
117
122
120
104
000

FMTO:

106

TRAP

CSETST

; INTERRUPT SERVICE ROUTINE
LOCATE::
;SAVE RO
sHAVE WE HAD AT LEAST 1 PREVIOUS TRAP?

MoV
ST

RO,=(SP)
NXMFLG

ERRDF

6,EMTO

INC

NXMFLG

PRINTX

#FMTO,R1,CSR(R1) ;PRINT THE CSR THAT DOESN'T RESPOND.

MoV

(SP)+,RO

108

;IF YES, DON'T BOTHER DECLARING ANOTHER
;OEVICE FATAL ERROR
sNON-EXISTENT DEVICE ERROR
TRAP
.WORD
.WORD
.WORD
;SET THE FLAG
MoV
MOV
MoV
MoV
MOV
TRAP

024111
000003

62 024062
024065
024070
024073
024076
024101

045
123
050
114
061
051
124
117
101
117
040
124
105
117
045

108:

002232

000002

101

LOCATE

BNE

002350

59 024056
60 02406
024060
ol 024060

024104

L10023:

104401

50 024004
024004
51 024004
52 024006

SEQ

FICATION

ADD

;RESTORE RO

L10024:
_ASCIZ

/ADDRESS ERROR = TRAP &/

4
_ASCIZ

.EVEN

/XS3XACSR (SELXD1XA) AT X06X%A DOES NOT RESPONDXN/

CSR(R1) ,=(SP)
R1,-(SP)
#EMTO,-(SP)
#3,-(SP)
SP,RO
CSPNTX

#10,SP

RTI

040

CSERDF
6
EMTO
0

0D 9
CZOMICO
DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE 53
4
TE ST 2 = ROM CHECK

107

TEST 2 = ROM CHECK

.S BTTL

WA -

SEQ

CHARRRRANRRRNRRRNCECCERRRRCRCERORRROOERRARRROEANRRARQACOENANOORORRRRONONORNOROERTS

THE
LAST & BYTES CONTAIN INFORMATION ABOUT THE ROM TO CHECK,
THE 1ST
THE 2ND BYTE
OF THESE BYTES CONTAINS THE ASCII VERSION NUMBER.
THE
3RD
AND
&4TH
BYTES
CONTAIN
A NEGATIVE
CONTAINS THE ROM NUMBER.
CRC/CCITT WORD FOR THE ROM.
CHIP ADD:ESE RANGE

LOCA ION

M
* ¥

E0
EQ4
E01
E05
E14

. ®

%
M
* %

S WN 2OV

seeneanenrenassr

CHIP NO.

ADDRESS RANGE

0000
0000 2000 2000 4000 4000 -

1777
1777
3777
3777
5777
5777

N N T Y Y T 2
¢ N

LOW
HIGH
LOW
HIGH
LOW
HIGH

W) = O

OOV

;*
;*
;*
;*

VIS

TEST 2 = DMR-11
;* ROM CRC/CCITT = CHECK ROM POSITION AND CALCULATE CRC/CCITT,

[MPORTANT

oooooooooo

2R 2222222222

POPINI NI

;* FOR THIS TEST TO RUN CORRECTLY, ENSURE THAT SWITCH 1 AT LOCATION
IF THIS SWITCH IS OFF, BSEL1 WILL BE
;* EB5 ON THE MB207 IS ON.
:+ LOCKED OUT AND THE MAINTENANCE FEATURES WILL NOT BE ENABLED.
2

*»

%
%
.

2222

4402

2737
1061

000001

000001
001774

024220

002366
025146
000002

024240

41 026244
42 024244
43 024250

2; 024256

R Rt

AR R

002270

RRRddRRRd

RRRRRRRRRRRR

12.1:
CMP
BNE

#1,STARES

CLR

R&
#,RS

MOV
MOV
PRINTB

002410

D D)

#1774 ,ROMADR

#FMT1.LOGDEY

TRAP

(sBsuB

;1S THIS THE FIRST PASS?
:1F NOT = SKIP THIS SUBROUTINE.
;GET VERSION # FROM EACH ROM AND PRINT IT OUT
:# OF
:# OF

THE 1ST ROM

NEXT ROM

:ADDRESS OF BYTE CONTAINING # IN ROMS 0 & 1
:MICROCODE VERSION

MOV
MOV

L§
1%:

Rl ]l

12::

BGNSUB

38 024206
39 024212

4C 024220

iRt

BG NTST

8R3

32 024172
024172
33 024172
024172
024172
34 024174
35 024202
36
37 024204

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

TRAP

ADD

LOGDEV,=(SP)
#EMTY,=-(SP)
#2,-(SP)

SP,RO

CSPNTB

#6,5P

:GET ROM CONTENTS.
;SAVE THE ASCII REVISION # OF THE ROM
;SAVE THE REV. # OF THE NEXT ROM

CALL
MOVB
Move

$ROMO
aBSEL6,REV]
@BSEL7 ,REV2

PRINTB

#FMT2,R4,#REVT, RS, #REV2

MOV
MOV

#REV2,=(SP)
RS .= (SP)

C l OM 1 C 0 DMR=11 FUNCTIONAL TESTS MACRO v03.01
1 3 ST 2 = ROM CHECK

024272
026%38
024
024304
024310
026312
y 024314

012746
010446
012746
012746
010600
104414
062706

025502

48 024320
49 024324

022705
001410

000005

S0 024326
51 024332
52 024336
gz 024344

062704
062705
062737
000737

025215
000005
000014

000002
000002
002000

(MP
BEQ

#2,R4
#2,RS
#2000, ROMADR
1%

002342

005004

gg 024364

012737

177777

002400

70 024372
71 024400

012737
012701

177777
001000

002402

108:

L10026:

TRAP

TRAP
C$BSUB
;USE THE FLAG TO MARK WHEN AN ERRDF
:HAS BEEN DETECTED IN THIS TEST.
:START CRC CHECK WITH ROM 0
:R4& IS THE ROM #.
THE LOCATION FOR THE

CLR

FLAG

CLR

ROMADR

:ROM IS CONTAINED IN THE TABLE "ROMLOC'.
;:BEGIN AT ROM ADDRESS 0

MOV

#-1,L0CRC

:é={26fk%f5~CRc WORD FOR THE LOW BYTE

MOV
MOV

#-1,H1CRC
#1000,R1

:INIT. CRC WORD FOR THE HIGH BYTE.
:COUNTER FOR LOOP TO READ THE ROM CONTENTS

:AND CALCULATE THE CRC - THE COUNTER IS 512.,

;:BECAUSE 2 ADDRESS LOCATIONS ARE READ FOR EACH
;PASS (1.E. THE ROMS ARE 1K X 8 BITS)

: THIS ROUTINE WILL CALCULATE/CHECK THE CRC 2 ROMS AT A TIME.

82 024410
83 024416
84 024424
85 024430
86 024434
87 024442
88
89
90 024450
91 024454
92 024456

CSESUB

12.2:

73
;g

80 024404
81 024404

#REV1,=(SP)
R4 ,=(SP)
#FENT2,=-(SP)
#5,-(SP)
SP,RO
CSPNTB
#14,5P

:INCR. ROM NUMBERS
3
;ADDRESS OF BYTES CONTAINING NEXT ROM REV #S.

BGNSUB

104402
005037

108

sARE WE DONE?
;1F YES = EXIT

104403

002410

#5,RS
5%

5%:
ENDSUB

005037

67 024364

ADD
ADD
ADD
Bk

002410

58
59 024350

024350
024350
60 024352
61
62 024356
63
64
22 024360

SEQ
MoV
MOV
MOV
MOV
MOV
TRAP
ADD

55 024346
56 024346

024346
- 024346

E 9
30-JuL-80 11:38:40 PAGE 53-1

; BECAUSE A ROM OUT WILL OUTPUT THE ROM CONTENTS (I.E. 16 BITS)

20%:

117737
117737
005237

155624
155626
002410

002404
002406

117737
117737

155600
155602

002405
002407

005237
005301
001443

002410
-

CALL
MOVB
MOVB
INC
CALL
MOVB
MOVB

$ROMO
@BSEL6,LOWORD
@BSEL7,HIWORD
ROMADR
$ROMO
@BSEL6,LOWORD+1
@BSEL7 ,HIWORD+1

:GET THE ROM CONTENTS
;SAVE THE LOW BYTE OF THE ROM CONTENTS.
;SAVE THE HIGH BYTE OF THE ROM CONTENTS.
: INCREMENT THE ROM ADDRESS POINTER
:GET THE CONTENTS OF THE NEXT ROM ADDRESS
;SAVE THE NEXT LOW BYTE.
;SAVE THE NEXT HIGH BYTE.

INC
DEC

ROMADR
R1
40%

;1F YES, CHECK CRC

BEQ

sNOTE: AT THIS POINT LOWORD IS A WORD WHICH
:HAS 2 CONSECUTIVE LOW BYTES OF ROM CONTENTS.
: INCREMENT THE ROM ADDRESS POINTER
:ARE WE FINISHED WITH THESE 2 ROMS?

CZOM 1CO DMR=11 FUNCTIONAL TESTS MACRO v03.01
TEST 2 = ROM CHECK

F
9
30-JuL-80 11:38:40 PAGE 53-2

SEQ

109

: CRC/CCITT CALCULATION = CONVERT THE WORD (LOWORD & HWIWORD) TO
;
012703

O00O0O0O000O0

24510
24516

002402
002406

VWAV

oWV
ocosron

000241
006037
006037

012702
043702
062737
050237

&»

24562

24566

102010

002400
102010
002400

10201

25%:

002400
002404

012702
043702
042737
050237

OgOOOOOOO
OO

24534

102010

002402

#6.,R3

;16 BITS TO CONSIDER

cLe
ROR
ROR

LOCRC
LOWORD

:CLEAR THE CARRY
‘ROTATE BITO INTO THE CARRY BIT
*ROTATE BITO INTO C AND THE OLD C INTO BIT15
CARE THE BITS 15 & BITS O THE SAME?

BVC

308

MOV

#102010,R2

BIC
BIS

#102010, LOCRC
R2,LOCRC

BIC

002400

308:

HICRC

BVC

35%

MOV

#102010,R2

BIC
BIS

#102010, HICRC
R2.HICRC

DEC
BNE

R3
25%

BIC

002402
35%:

005303
001340
000707

40%:

LOCRC,R2

cLe
ROR

ROR

102010

002402

MOV

HIWORD

HICRC,R2

208

“IF YES (V IS CLEAR), DON'T DO THE CRC
INOTE: V IS THE EXCLUSIVE OR OF BITO & BIT1S.
*CRC/CCITT POLYNOMIAL

:CLEAR THE CARRY
*ROTATE BIT 0 INTO €
*ROTATE OLD C INTO BIT15 (SIGN) & BITO INTO €
“ARE THE BITS O OF HICRC & HIWORD THE SAME?

“IF YES (V IS CLEAR), DON'T DO THE CRC.

INOTE: V IS THE EXCLUSIVE OR OF BITO & BIT1S.
*CRC/CCITT POLYNOMIAL

:D0 ALL 16 BITS

:GET THE CONTENTS OF THE NEXT 2 ROM ADDRESSES.

: AT THIS POINT WE'VE READ THE CONTENTS AND CALCULATED THE CRC FOR
; 2 ROM ROMS (ONE LOW BYTE & ONE HIGH BYTE). ALSO WE'VE READ THE
; CRC BLASTED INTO THE LAST 2 BYTES OF THE ROM (IN LOWORD/HIWORD)
005137
023737

002400
002400

24600
26602

001427
005737

002342

24606

001007
012737

000001

oMo

NINON)
= = —

OO0

24566
24572

O0OO0OO0O000O0

NO VWS WN =000~
OOV
NOWVESWN
= OOV
W

102011

RN
NN

D sl

D il i

D i

)

D il

D i

D A

D i i

D il i

000241
006037
006037

000020

A SERIAL STREAM FOR CALCULATION.

CMP

BEQ

002342

104455

4624

139 024626

140 024626

COM

002404

4L1%:

002404
002400

025272
000004

LOCRC

LOCRC,LOWORD

50%

FLAG

BNE
MOV
ERRDF

1%
#1,FLAG
7,EMT

PRINTB

;COMPLEMENT THE CALCULATED CRC

.
;1S THE CRC IN ROM THE SAME AS THE
: CALCULATED CRC?
;IF YES = CHECK THE HIGH BYTE CRC (NEXT ROM)
;HAS AN ERRDF ALREADY BEEN DECLARED (REMEMBER
;WE'RE IN A LOOP)
;1F YES, DON'T BOTHER WITH ANOTHER ERRDF.
;FLAG THAT ERRDF HAS BEEN DETECTED.
:ROM ERROR

#FMT3,R4,LOCRC,LOWORD

TRAP

CSERDF

WORD
.WORD
WORD

7
EMTI
O

MOV
MOV
MOV

LOWORD,=(SP)
LOCRC,=(SP)
R4 ,=(SP)

MOV

#4,-(SP)

MOV

#EMT3,-(SP)

SE@

TEST 2 = ROM CHECK

024650
024652
0246564

141 024660
14§ 024660
143 024662
144 024666
145 0246764
146 024676
147
148 024702
149 0247064
150 024712

010600
104414
062706
005204
005137
023737
001427

005737
001007
012737

000012
002402
002402

000001

104455
000007
025434
000000

024722
024726
024732
024734
024740
024744
024746
024750

013746
013746
010446
012746
012746
010600
104414
062706

002406
002402

154 024754

022704

000005

153 024754

155 024760
156 024762
157 024764

}gg 024770

001403
005204
000137

002406

002342

024712
024714
024716
024720

151 024722
152 024722

508:

002342

51%:

000012

608:

024364

708 :

163 024774

164 025000
165 025002

166 025010
167 025010
168 025014
169
170 025020
171 025022

BNE
MOV
ERRDF

518
#1,FLAG
7,EMT1

PRINTB

#FMT3,R4,HICRC,HIWORD

CMP

5, R4

BEQ
INC
JMP

70$
R4
108

‘HAS AN ERRDF ALREADY BEEN DECLARED (REMEMBER
‘WE'RE IN A LOOP)
‘IF YES, DON'T BOTHER WITH ANOTHER ERRDF.
*FLAG THAT ERRDF HAS BEEN DETECTED.
‘ROM ERROR

005037

005004
012737
117701

002342

001775

108:

155220

000402

117701

155222

042701
020104

177760

178 025036

005737

002342

001427

002410

158:

17%:

CSERDF
7
EMT1
0

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

HIWORD
, = (SP)
HICRC,=(SP)
R4, =($P)
#EMT3,
= (SP)
#6,-(SP)
SP.RO
CSPNTB
#12,5P

“EXIT WHEN DONE
*CHECK THE NEXT ROM.

L10027:

12.3:
CLR

TRAP
LWORD
"WORD
WORD

:IF WE'VE DONE ROMS 0-5, WE'RE DONE.

BGNSUB

104402

SP,RO
CSPNTB
#2,5P

:INCR ROM #
*COMPLEMENT THE CALCULATED CRC FOR THE HI BYTE
:ROM CRC AND CALCULATED CRC THE SAME?
“IF YES = CHECK THE ROM LOCATIONS.

104403

172 025022
173
174 025026
175 025026
176 025032

177 025034

R4
HICRC
HICRC,HIWORD
608
FLAG

ENDSUB

162 024772

024772
024772

INC
COM
CMP
BEQ
ST

025272
000004

160 024770

024770
. 024770

MOV
TRAP
ADD

110

TRAP

(SESUB

TRAP

($BSUB

CLR
MOV

FLAG

R4
#1775,ROMADR

:CLEAR FLAG

CALL
MOVE

SROMO
@BSEL6,R1

17%

:GET ROM CONTENTS
*SAVE THE CONTENTS OF THE LOW BYTE
*FOR ROMS 0,2.4

MOVB

@BSEL7.R1

:SAVE THE CONTENTS OF THE HIGH BYTE
*FOR ROMS 1,3,5

BIC
CMP

#°C17.R1
R1, R4

:CONVERT THE ASCII BYTE TO AN OCTAL WORD.
IS THIS THE EXPECTED ROM #

FLAG

'HAS AN ERRDF ALREADY BEEN DECLARED (REMEMBER

BEQ

20$

BEGIN AT ROM 0
:ADDRESS OF BYTE CONTAINING ROM #

“1F YES = OK.

—

6 9
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 53-3

(22?1(0 DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL=-80 11:38:40 PAGE 53-4
2 = ROM CHECK

179
180 025042
181 025044
182 02505%

001007
012737

025054
025056
025060

000007
025454
000000

025052

183 025062

184 025062

025062
025064
025066
025070
025074
025100

025104
025106
025110

185 025114
186 025114
187 025120
188 025122
189 025124

}3? 025130

192 025132
193 025140
194 025142

000001

002342

104455

010446
010146
005046
156416
012746
012746

010600
104414
062706

18$%:

000012

022704
001410
005204
032704

000005

062737
000723

002000

001334

208:

000001

025144

198 025146
025151
025154
025157
025162
025165
025170
025173
025176
025201
025204
025207
025212
199 025215
025220
025223
025226
025231
025234
025237
025242

TRAP

“#FMT4L,<B,ROMLOC (R4)>,R1,R4

002410
308:
ENDSUB

116
115
122
117
040
126
1M1
040
040
m
104
101
116
0
115
062
040
122
056
124
045

045
1M
117
104
122
1M
117
m
125
124
063
072
000
122
045
045
055
105
040
045
101

MoV
Mov
CLR
BISB
MOV
MOV

R4 ,=(SP)
R1,-(SP)
=(SP)
ROMLOC
(R&) , (SP)
#FEMTL,
- (SP)
#4,-(SP)

;DID WE FINISH THE LAST ROM?
;IF YES = SKIP TO THE END
;POINT TO THE NEXT ROM #
;1S THIS AN ODD #

ADD
BR

#2000, ROMADR
108

;INCR. ADDRESS POINTER TO NEXT ROM #.

SP,RO
CSPNTB
#2,sp

;IF YES GO BACK AND READ THE HIGH BYTE

L10030:

ENDTST

045
101
103
103
105
105
123
116
116
116
045
045
045
045
117
104
101
040
126
045
116

7
EMT2
0

#5 R4
30%
R4
#B1T0,R4

104403

104401

CSERDF

.WORD
.WORD
.WORD

(MP
BEQ
INC
BIT

15%

;WE'RE IN A LOOP)
;IF YES, DON'T BOTHER WITH ANOTHER ERRDF.
;FLAG THAT ERRDF HAS BEEN DETECTED.
:ROM ERROR

MoV
TRAP
ADD

BNE

197 025144

025144

PRINTB

18%
#1,FLAG
7,EMT?

SE@

025473
025356
000004

195 025142

025142
e 025142

BNE
MoV
ERRDF

1 10025:

FMT1:

_ASCIZ

/XNXAMICROCODE REVISION IN UNITXD3XA:IN/

FMT2:

_ASCIZ

/XAROMXD2XA - REV. XTINXAROMID2XA - REV. XTIN/

TRAP

(SESUB

TRAP

CSETST

Sc——

TEST

)

1 9
DMICO DMR-11 ¢ UNCTIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE 53-5
2 = ROM CHMECK
0%5245
0 sgso
025253
025256
025261
025264
025267
200 025272
025275
025300
025303
025306
025311
025314
025317
025322
025325
025330
025333
025336
025341

122
045
045
055
105
040
045
045
117
104
101
103
103
124
040
103
045
045
040
103
116

117
104
101
040
126
045
116
101
115
062
072
101
125
105
103
040
117
101
103
040
040

115
062
040
122
056
124
000
122
045
045
040
114
101
104
122
075
066
040
122
m
122

025347
025352
025355
201 025356
025361
025364
025367
025372
025375
025400
025403
025406
025411
025414
025417
025422
025425
025430
202 025433

075
066
000
045
045
045
m
122
040
061
040
110
114
102
122
040
061
051
000

045
045

117
116

101
104
101
123
17
045
045
050
117
104
105
117
045
045
045

203 025434

103

025344

025437
025442
025445
025450
025453
204 025454
025457
025462
025465

055
m
040
122
000
114
101
17
105

06 025473

003

o 025470

207

025476

1?7

001

SE@

FMT3:

_ASCIZ

/XAROMXID2XA: CALCUATED CRC =%06%A

105
062
040
040
115
104
10
123
125
040
040
1158
104
101
116

FMT4:

.ASCIZ

/XAEXD2XA IS ROM XD1XA (SHOULD BE ROM XID13%A)2IN/

122

103

EMT1:

_ASCIZ

/CRC=CCITT ERROR/

117
124
116
122

103
m
040
122

EMT2:

_ASCIZ

/LOCATION FRROR/

002

004

ROMLOC: .BYTE 3,2.4.1,5,14,

115

103
124
105
117

122

005

(RC IN ROM =X06IN/

040

103
124
122
122

000
016

EVEN

;ROM 0 = ROM LOCATION 3 ETC.

112

J 9
(ZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-B0 11:38:40 PAGE 53-6
TEST 2 - ROM CHECK

208 025502
09 025504

000000
000000

REVI:
REV2:

.WORD
.WORD

O
O

;ASCII VALUE OF THE REV. NUMBER
sASCII VALUE OF THE REV. NUMBER

SE@

113

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 54
TEST 3 = MASTER CLEAR AND MICROTEST

SEQ

114

}

.SBTTL

TEST 3 = MASTER CLEAR AND MICROTEST

.0tOQQ'Q.tQQQQQ"t"'tt"t""'QQQ."t".'tt.""t".'Q".'Q"QQQ"Q'Q

TEST 3 - DMR-11

S
6

;* MASTER CLEAR
;* THIS TEST WILL ISSUE 2 MASTER CLEARS.

8
9
10
n
12
13

;*
:*
;*
;*
:*
;*

EACH CALL TO THE MASTER

;* CLEAR ROUTINE WILL ENSURE THAT THE RUN BIT WILL BE SET.

ALSO

THE MASTER CLEAR WILL CAUSE THE DIAGNOSTIC MICROTESTS TO BE
RUN WHEN THE MICRODIAGNOSTIC BIT (BIT 13 IN SELO) IS CORRECTLY
SET OR CLEARED.
BECAUSE THE RUNNING OF MICROTESTS DEPENDS ON THE
EXCLUSIVE OR OF THE HARDWARE SWITCH 10 ON E134 OF THE M8203 AND
THE MICRODIAGNOSTIC BIT, WE CAN'T KNOW WHETHER THE SETTING OR
CLEARING OF BIT 13 WILL RESULT IN THE RUNNING OF MICROTESTS.

;* THEREFORE THE MASTER CLEAR SUBROUTINE WILL TOGGLE

(I.E. SET

15
16

;* BIT 13 ONLY ON EVERY OTHER MASTER CLEAR) THE SOF TWARE BIT.
;* THIS WILL ENSURE THAT REGARDLESS OF THE POSITION OF THE

:+ WHEN RUNNING THIS TEST, WE EXPECT TO ADD THE RESULTS OF BSEL3

;* HARDWARE SWITCH, MICROTESTS WILL BE RUN EVERY OTHER MASTER CLEAR.

i« AFTER EACH MASTER CLEAR.

;* BSEL3 = 100

2!
22

MICROTESTS DISABLED

;* BSELS = 200
- MICROTESTS RUN SUCCESFULLY
;* IF THE RESULT OF THE 2 MASTER CLEARS IS NOT 300, AN ERROR IS

;* REPORTED.
M

;* ADDITIONALLY THIS ROUTINE WILL REPORT WHENEVER THE RESULT OF

e ??E%S 53(?.
- ®

:'t't'tttttt'!""'t"'Q'tt"""t"t.t'ttttt.QQQ'Q""ttttt"'..'tt"

BGNTST

29 025506
025506
30 025506
025506

N
32 025512

025512
025514
33 025516

34 025522

35 025524

0255%

025530
025534
025536
025540
36 025544

37 025546

CLEAR
004737

011066

104410
000072
105777

154522

012746

017424

0010M

012746
010600
104414
062706
000420

154472

025552

004737

011066

025556
025560

104410
000026

13::

;eeee MACRO EXPANSION seee

JSR

PC, SMSCLR

ESCAPE

TST

;1F ERROR, BR TO TEST END.

TSTB

@BSEL3

;1S THERE A DMR RESPONSE?

PRINTB

#FMG19

;REPORT DEVICE NOT DMR.

BNE

000004

117701

;MACRO FOR MASTER CLEAR

;ISSUE A DMR MASTER CLEAR

:tt"

teee

000001

38 025546
39 025552

41 025556

THIS WILL MEAN THAT THE DEVICE IS NOT A DMR

1%:

MOVB
CLEAR

@BSEL3,R1

JSR

PC, SMSCLR

ESCAPE

TST

TRAP
.WORD

(SESCAPE
L10031-,

MOV

#ENG19,-(SP)

MOV
MOV
TRAP
ADD

”,-(SP)
SP,RO
CSPNTB
8 ,5P

;SAVE THE RESULT OF THE FIRST MASTER CLEAR.
;MASTER CLEAR AGAIN.
;eeee MACRO EXPANSION sete

;1SSUE A DMR MASTER CLEAR
ALl

LA A2

;1F ERROR, BR TO TEST END.

TRAP
LWORD

(SESCAPE
L10031-,

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAG% 54=1
TEST

SE@

5 = MASTER CLEAR AND MICROTEST

42 025562
43 025566
Ly
45
46
47 025570
48 025574
49 025576

117702
060102

154456

Move
ADD

@BSEL3,R2
R1,R2

122702
001404

000300

(MPB
BEQ
ERRDF

#300,R2
5%
3 ,EMT3,ERRG3

025576
025600
025602
025604

104455
000003
025610
015226

025606
52 025606

104401

53 025610

115

50 025606
51 025606

025613
025616
025621
025624
025627
025632
025635

122
105
040
124
117
114
105

;SAVE THE RESULTS OF THE SECOND MASTER CLEAR
;ADD THE RESULTS OF THE 2 CLEARS
;NOTE: ONE SHOULD BE 100 - MICRO TESTS NOT
;ENABLED AND ONE SHOULD BE 200 = MICRO TESTS
s SUCCESFULLY RUN.
;WAS THE MICROTEST COMPLETED?
:1F YES = OK
;MICROTEST NOT COMPLETED

5%:
ENDTST

117
123
116
040
115
105
104

103
124
124
117
103
120
124
000

EMT3:

L10031:
_ASCIZ

.EVEN

115

/MICROTEST NOT COMPLETED/

TRAP
.WORD
.WORD
.WORD

CSERDF
3
EMT3
ERRG3

TRAP

CSETST

K
CI0!
HlCO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 56

SEQ

.58 TTL

TEST & = BASE

IN COMMAND

Rt RARRRRRRRRRRRRCRRRRCRCOCERORRRCEARRRRRROARNRARACOERRORRROCAOROROERRNOOOOQOETRTE

SUBTEST 1

= ISSUE A BASE IN = DMR MODE.
ENSURE THAT THE DMR MODE BIT (BIT &) IS SET IN
THE MICROCODE SCRATCH PAD 7 AND THAT THE DDCMP

SUBTEST 2

= ISSUE A BASE IN = DMC MODE.
ENSURE THAT THE DMC MODE BIT (BIT 4) IS CLEAR IN
THE MICROCODE SCRATCH PAD 7 AND THAT THE DDCMP

MESSAGE VARIABLES ARE PROPERLY INITIALIZED.

RSN

TEST 4 - DMR-11
BASE IN COMMANDS

MESSAGE VARIABLES ARE PROPERLY INITIALIZED.

R0 dRRRRRRRRRRRddRddd)

BGN TST

T4::

BGNSUB

19 025642

025642
20
21 025646
025646
025650
22
23 025652

025652
025656
025660
025662

0
26 025670

104402

004737

T6.1:

sMACRO FOR MASTER CLEAR COMMAND

CLEAR

011066

104410

JSR

PC, SMSCLR

ESCAPE

TST

BASEIN

004737

011264

JSR

27 025674

132737

000020

002730

001004
104455

12221

;1F

ERROR, BR TO TEST END

HAINTENANCE MODE BITS TO SET IN BSEL1
BASE TABLE ADDRESS

;1F ERROR, BR TO TEST END

JSR

>
PC, SHALT

seees MACRO EXPANSION wete
sDMR HALT ROUTINE.

BITB

#BIT4,BASE+ISP7 :SEE IF THE DMR MODE BIT IS SET IN THE

BNE
ERRDF

108
20,EMT4

(221

TRAP

.WORD

Riil]

CSESCAPE

L10032-.

(221

DHR SCRATCH PAD REGISTER 7 (BASE TABLE
;LOCATION CONTAINS AN IMAGE OF SP7)
OK IF SET - BR

TRAP

CSERDF

LWORD

EMT4

.MWORD

108%:

CSESCAPE

L10032-.

seenee MACRO EXPANSION tene
CALL BASE IN ROUTINE

02638
000000

TRAP

:HODE

" SHUTDN
012550

.WORD: _ )

L
PC, SBASE!

:“

004737

sevee MACRO EXPANSION twee
sISSUE A DMR MASTER CLEAR

.WORD: “DMR

. L ESCAPE

csBsuB

0,BASE ,DMR

.WORD:--BASE

104410
000226

TRAP

.WORD
;BASE IN COMMAND WITH NO MAINTENANCE,
:BASE=BASE TABLE ADDRESS, AND DMR-11 MODE

000244

025670

p vt

116

N
[N
—

NOWVSWN2LOOONOWVIWN
-

= BASE IN COMMAND

TESTY

LWORD
;CHECK MESSAGE EXCHANGE VALUES

:IN THE BASE TABLE.

CIOM 1CO

DMR=11 FUNCTIONAL TESTS MACRO v03.01 so-JuL-ao 11:38:40 PAGE 561

TEST & - BASE

35 025714
36 025720
37 025722

105737
00101
10573

002700

39 025730
40 0%5722

105737
oo1og7

002702

4; 025744

00100

1.} ozs7§8 00101

41 025736
43
4
45
46

sEQ

IN COMMAND

025746
025752
025754
025754

025754
025756
025760
025762

47 025764
48 025764

025764
L 025764
50 025766

025766

002701

122737

000001

105737
001404

002704

002703

004737

BNE

206

#1,BASE+T

TSTB
BEQ

BASE+X
308

ERRDF

20,EMTS,ERRT1

:ERROR IF NON ZERO

: #T (NEXT MESSAGE 0 TRANSMITTED) = 12

*ERROR IF NOT EQUAL TO 1.

P #X (LAST MESSAGE raAusnxrreo) = 0?

L10033:

011066

104410
000116

004737
000000
002636
000000

011264

0260'6

004737

012550

60 026022
61
g
63 026030
64 026032

132737

000020

104455
000024
026431

;MACRO FOR MASTER CLEAR COMMAND

CSERDF
20
EMTS
ERRT1

TRAP

CSESUB

TRAP

C$BSUB

TRAP
.WORD

CSESCAPE
L10032-.

ixexe MACRO EXPANSION #ew+

PC, SMSCLR

ESCAPE

TST

BASEIN

0,BASE,O

:BASE IN COMMAND WITH NO MAINTENANCE
SAND DMC MODE.

JSR

PC, saasex
WORD
0
'WORD
BASE
WORD
O

SCALL BASE IN ROUTINE
*MAINTENANCE MODE BITS TO SET IN BSEL!
:BASE TABLE ADDRESS
MODE

TST

SHUTDN

002730

TRAP
.WORD
.WORD
.WORD

JSR

ESCAPE

104410
000100

001404

16.2:

CLEAR

026012
026014

026032
026034
026036

P #A (MESSAGE ACKNOWLEDGED) = 0?
;ERROR IF NON_ZERO

BGNSUB

55
56 026000

59 026016

BASE+A
208

308:
ENDSUB

57
58 026012

TSTB
BNE
CMPB

208:

025770

026000
026004
026006
026010

: #R (MESSAGE RECEIVED) = 07
enaoa IF NON ZERO
: #N (MESSAGE TRANSMITTED) = 07

104403

104402

025774
i 025776

BASE*R
208
gASEou

BNE

104455
000024
026363
026116

025766
51 025770

53 025774

TSTB
BNE
1ST8

117

“ISSUE A DMR MASTER CLEAR
22221

;

L2
2 R

:IF ERROR, BR TO TEST END

teses MACRO EXPANSION seee

:"t'

tten

:1f ERROR, BR TO TEST END

TRAP
.WORD

;eves MACRO EXPANSION seee

JSR

PC, SHALT

BITB

#BIT4.BASE+ISP7 :SEE IF THE DMR MODE BIT IS CLEAR IN THE
*DMR SCRATCH PAD REGISTER 7 (BASE TABLE
*LOCATION CONTAINS AN IMAGE OF SP7)
108
‘0K IF CLEAR - BR
20,EMT6

BEQ
ERRDF

CSESCAPE
L10032-.

‘DMR MALT ROUTINE.

"'.

L322 3]

TRAP
.WORD
'WORD

CSERDF
20
EMT6

B 10
CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 56-2
TEST & = BASE

IN COMMAND

026040
65 026042
66
67
68 026042
69 026046
70 026050

000000

72 026056
73 026062
74 026064

105737
001007
122737

002702

105737
001404

002704

71 026054

7S 026072

76 026074
77 026100
78 026102
79 026102

026102
026104
026106
026110
80 026112
81 026112
026112
o 026112

105737

001015
105737
001012

001003

108:

002700
002701

000001

104455
000024
026363
026116

026132
026136
026142
026146
026146

89 026152
90 026152
91 026156
92 026160

026160
026162
26166
026172

026176
26200
026202

32 026206
95 026206
96 026212
97 026214

002703

BASE*R
20%

BASE+N
208

TSTB
BNE
CMPB

BASE+A
208
#1,BASE+T

TSTB
BEQ

BASE+X
308

ERRDF

20,EMTS,ERRTI

BNE

*ERROR IF NON ZERO

P #A (MESSAGE ACKNOWLEDGED) = 0?
:ERROR IF NON ZERO
P MT (NEXT MESSAGE # TRANSMITTED) = 12

*ERROR IF NGCT EQUAL TO 1.

S #X (LAST MESSAGE TRANSMITTED) = 0?

L10034:

L10032:

104401

105737
001413

005046
153716

012746
012746
010600
104414
062706

002700

105737

002701

005046
153716
012746
012746

002640
026521
000002

001413

010600
104414
062706
105737
001413

ERRT1

TSTB
BEQ
PRINTB

BASE+R
;1S #R = 0?
1%
‘0K - IF ZERO
#FMTS,<B,BASE+R> ;PRINT #R

TSTB

BASE+N

002700
026470
000002

000006

000006
002702

1$:

BEQ
PRINTB

PRINTB

BASE+A
3%

TRAP
.WORD
.WORD
"WORD

CSERDF
20
EMTS
ERRT1

TRAP

CSESUB

TRAP

CSETST

ERRT1::

CLR
BISB
MOV
MOV
MOV
TRAP
ADD

-(SP)
BASE+R, (SP)
#EMTS,=(SP)
#2,-(5P)
SP.RO
CSPNTB
#6,5P

CLR
BISB
MOV
MOV
MOV
TRAP
ADD

-(SP)
BASE+2,(SP)
#EMT6,
- (SP)
#2.-(5P)
SP.RO
CSPNTB
#6,SP

;1S #N = 0?

$
10K - IF ZERO
#FMT6,<B,BASE+N> ;PRINT #N

2%:
TSTB
BEQ

P #N (MESSAGE TRANSMITTED) = 0?

ENDTST

WORD

P #R (MESSAGE RECEIVED) = 0?
‘ERROR IF NON ZERO

104403

BGNMSG

118

;CHECK MESSAGE EXCHANGE VALUES
*IN THE BASE TABLE.

308
:
ENDSUB

85 026116

026116
86 026116
87 026122
88 026124
026124
026126

BNE

208
:

83 026114

026114
= 026114

TSTB

BNE
TSTB

SEQ

;1S #A = 0?
‘0K - IF ZERO

#FMT7,<B,BASE+A> ;PRINT #A

¢ 10

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL=80 11:38:40 PAGE 56-3

TEST & = BASE

026214
026216
026222
026226
026232
026234
026236
98 026242
99 026242
100 026250
101 026252
026252
026254
026260
026264
026270
026272
026274
102 026300
103 026300
104 026304
105 026306
026
026310

026314
026320
026324
026326
0263

106 026334
107 026334

026334
026334

109 026336

026341
026344
026347
026352
026355
026360
110 026363
026366
026371
026374
026377
026402
026405
026410
026413
026416
026421
026424
026427
111 026431

0264 34
026437

SEQ@

IN COMMAND

005046
153716
012746
012746
010600
104414
062706
122737

001413

005046
153716
012746
012746
010600
104414
062706
105737
001413

005046
153716

012746
012746
010600
104414
062706

002702
026552
000002
000006
000001

BEQ
PRINTB

(MPB

#1,BASE+T
;IS #T = 1?7
4%
;0K = [F ONE
#FMT8,<B,BASE+T> ;PRINT #T

TSTB
BEQ
PRINTB

BASE +X
;IS X = 0?
5%
;0K = IF ZERO
#FMT9,<B,BASE+X> ;PRINT #X

002703
026603
000002
000006
002704

002704

026634
000002

L10035:

104423
104
040
104
102
040
124
105
104
115
115
123
105
101
101
105
051
17
103
122
124
104

040
104

115

115
105
m
116
040
124
104
120
105
101
040
122
102
050
040
124
117
105
000
115

115
105

CLR
BISB
MOV
MOV
MOV
TRAP
ADD

-(SP)
BASE+A, (SP)
#FEMT7,=-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,5P

CLR
BISB
MOV
MoV
MOV
TRAP
ADD

-(SP)
BASE+T, (SP)
#FMT8,-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,SP

CLR
BISB

-(SP)
BASE+X, (SP)

TRAP

CSMSG

MOV
MOV
MOV
TRAP
ADD

000006

122

117
040
124
117
123
000
103
040
123
107
126
m
114
123
116
040
122
103
103

117
040

EMT6:

LASC1Z

/DMR MODE BIT NOT SET/

LASCIZ

/DDCMP MESSAGE VARIABLE(S) NOT CORRECT/

.ASCIZ

/DMC MODE - DMR BIT NOT CLEARED/

119

#FMT9,-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,5P

D 10
CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE S6-4

TEST & = BASE

026442
026445
026450
026453
026456
026461
026464
12 026467

055
115
102
040
124
114
122
000

113 026470

045

114 026521

045

026473
026476
026501
026504
026507
026512
026515
026520

SEQ

IN COMMAND

040
122
111
116
040
105
105

104
040
124
117
103

101

0643

FMTS:

(ASCIZ

/XANR (MSG. RCVD)

%D3AN/

101

043

FMT6:

.ASCIZ

/RANN (MSG.

XMIT)

XD3AIN/

ACK)

XD3AIN/

101
104

122
115
056
103
051
040
063
000

040
123
040
126
040
045
045

116
115
056
115
051
040
063
000

040
123
040
11
040
045
045

026555
026560
026563
026566
026571
026574
026577

101
115
056
103
040
040
063

040
123
040
113
040
045
045

101

043

FMT7:

.ASCIZ

/XARA (MSG.

116 026603

045

101

043

FMTB:

.ASCIZ

/XA#T

(NEXT XMIT)

XD3AN/

101

043

FMT9:

,ASCIZ

/XANX

(LAST XMIT)

D3AIN/

026524
026527
026532
026535
026540
026543
026546
026551

115 026552

026606
026611
026614
026617
026622
026625
026630

026633

117 026634

026637
026642
026645
026650
026653
026656
026661

045

124
116
124
115
051
040
063
000
045
130
114
124
115
051
040
063

040
105
040
m
040
045
045

040
101
040
m
040
045
045

050
107
122
104
075
104
116
050
107
130
124
075
104
116

050
107
101
051
075
104
116
050
130
130
124
075
104
116

050
123
130
124
075
104
116

.EVEN

120

E 10

C2OMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL=-80 11:38:40 PAGE 57

SEQ

TEST S = DMR COMMANDS

121

TEST S = DMR COMMANDS

}

LSBTTL

;'Qt'tttttttt't"""tt"t""""'ttt't'tt't'ttt"tttQttit't"t't't't

“
5

:* DMR COMMANDS

;%
i

6
7

SUBTEST 1

:»

SUBTEST 2

e
b

16 026666
17 026666

104402

026670

004737

011066

104410
000330

22 026700
026704
026706
026710

026712
026714
25 026716
026716
026722
026724
026726

004737

004000
002636
000522

011264

104410
000312
004737

000006
000000
000000

012060

27 026730

026730

104410

026732 000274

29 026740

026740

15::
15.1:
:MACRO FOR MASTER CLEAR COMMAND

JSR

PC, SMSCLR

ESCAPE

TST

004737

104410

JSR

C$BSUB

TRAP
.WORD

CSESCAPE
L10036~-.

:1SSUE A DMR MASTER CLEAR
;"tt

(22 81

:BASE IN COMMAND WITH

PC, $BASEI
.WORD
.WORD
.WORD

LPLU
BASE
DMR

DMRIN

EXERR

JSR

PC, SDMRIN
.WORD
.WORD
.WORD

LINE UNIT LOOP,
;CALL BASE IN ROUTINE WITH DEFAULTS
;eeee MACRO EXPANSION ##w+

:SET LINE UNIT LOOP
;BASE TABLE ADDRESS
:DMR-11 MODE
;tttt

L3223

:1F ERROR, BR TO TEST END

TST

TRAP
.WORD
:ENABLE EXTENDED ERROR NOTIFICATION

EXERR
O
O

TST

JSR

PC, SHALT

ESCAPE

T1ST

CSESCAPE
L10036-.

;exee MACRO EXPANSION ##x+

:CALL DMR MODE INPUT ROUTINE
;INPUT COMMAND
:NO SEL4
:NO SEL6

;'ttt

L2 82

:1F ERROR, BR TO TEST END
;HALT THE DMR

SHUTDN

012550

TRAP

;eeve MACRO EXPANSION #ews

:1F ERROR, BR TO TEST END

ESCAPE

28 026734

026734

]

BASEIN

24 026712

THE BASE TABLE AFTER HALTING THE DMR.

CLEAR

026700

CHECK THAT THE VALUES ARE CORRECT IN

VALUES.

BGNSUB

026666
026666

026674
o 026676

= SET REP/SEL TIMER VALUE AND SET THE DMR THRESHOLD

BGNTST

026666

20 026674

;tttfitttt'tt'tt'ttt'tttt"tt'ttt"'ttt't'ttt't 2222233233333 3323223222 3]

18 026670

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

?gsegtiaexteuoso ERROR AND CHECK THAT THE ENABLE BIT

TEST 5 = DMR-11

TRAP

CSESCAPE

LWORD

L10036~-.

TRAP

(SESCAPE

;eeve MACRO EXPANSION weee

:DMR HALT ROUTINE.

;tttt

L 28 8]

:1F ERROR, BR TO TEST END

F 10
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 57-1
TEST 5 = DMR COMMANDS

026742
30 026744

000264

32 026752
33 026754
026754
026756
026760
026762
34 026764
35 026766
36 026766

001005

026766
026772
026774
026776

004737
004000
002636
010522

132737

000001

002734

104455
000030
027536
000000
000430

108:

004737
000007
000000
000000

.WORD
L10036~-.
#BITO,BASE+ISP13 ;CHECK EXT ENABLE BIT IN THE BASE TABLE.

BNE
ERRDF

108
24 ,EMT7

20%

BASEIN

LPLU,BASE,RES'DMR :BASE IN COMMAND WITH RESUME SET.

JSR

PC, SBASEI
.WORD
LPLU
.WORD
BASE
.WORD
RES'DMR

011264

012060

40 027012

027012
027014

41 027016

027016
42 027022

027022
027024

104410
000202

4
45 027034
46 027036

001404

027042
027044

027536
000000

43 027026

027036
027040

47 027046
4«8 027046
'A

027046
: 027046

132737

000001

002734

104455
000030

;BIT SET = OK.
;ERROR EXT ENABLE CLEAR

:CALL BASE IN ROUTINE
;MAINTENANCE MODE BITS TO SET IN BSEL1
;BASE TABLE ADDRESS
;MODE
;t'tt

JSR

PC, SOMRIN
.WORD
DXERR
.WORD
O
WORD
O

;CALL DMR MODE INPUT ROUTINE
;INPUT CCMMAND
:NO SEL&
:NO SEL6

;e MACRO EXPANSION ##w+

;tt't

:1F

:HALT THE DMR

027052

004737

CSESCAPE
L10036~-.

TRAP
.WORD

CS$ESCAPE
L10036~-.

TRAP
MORD

CSERDF
24

JSR

PC, SHALT

ESCAPE

TST

BITB

#BITO,BASE+ISP13 ;CHECK EXT ENABLE BIT IN THE BASE TABLE.

BEQ
ERRDF

20%
24 EMT7

:DMR HALT ROUTINE.
kR

L2223

:1F ERROR, BR TO TEST END.

:IMAGE OF SCRATCH PAD 13.
;IF CLEAR OK
:ERROR EXT ENABLE SET

110037:

15.2:
CLEAR

011066

TRAP
.WORD

seexe MACRO EXPANSION #ewe

BGNSUB

104402

L2 2 2]

ERROR, BR TO TEST END

104403

027050
027050
51 027052

(22 2]

:DISABLE EXTENDED ERROR NOTIFICATION.

TST

CSERDF
24
EMT7
O

;eves MACRO EXPANSION #ewe

20%:
ENDSUB

50 027050

TRAP
.WORD
.WORD
.WORD

DXERR

SHUTDN

012550

:IMAGE OF SCRATCH PAD 13,

DMRIN

ESCAPE

104410
000212
004737

122

BITB

37
38 027000

027000
027004
027005
027010

SEQ

JSR

:MACRO FOR MASTER CLEAR COMMAND
PC, SMSCLR

ceeax MACRO EXPANSION weee

S1SSUE A DMR MASTER CLEAR
MHAAA L

LA R R

.WORD
WORD

EMT7
O

TRAP

C$ESUB

TRAP

($BSUB

C l D MICO DMR=11 FUNCTIONAL TESTS MACRO v03.01
= DMR COMMANDS
1 t S TS

52
53 027056
027056
5 027060

ESCAPE

104410
000146

55 027062

004737
004000
002636
000522

56
57 027074
027074

104410

027076

000130

027100
027104
027106
027110

004737
000012
000000
000054

59
60 027112

027112
.1 027114

T1S7T

BASE IN

027062
027066
027070
027072

58 027100

6 10
30-JuL=-80 11:38:40 PAG
E 57=2

011264

JSR

ESCAPE

012060

:BASE IN COMMAND WITH

PC, SBASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR
TST

LINE UNIT LOOP,

seeve MACRO EXPANSION #xe+

;CALL BASE IN ROUTINE WITH DEFAULTS
sSET LINE UNIT LOOP
sBASE TABLE ADDRESS
:DMR-11 MODE
:"tt

L2 23]

;1F ERROR, BR TO TEST END

TRAP

LWORD

;SET REP/SELECT TIMER VALUE

JSR

PC, SDMRIN
.WORD
TIMER
.WORD
O
.WORD
54

sCALL DMR MODE INPUT ROUTINE
: INPUT COMMAND
:SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)
:SEL6 VALUE (OR BITS TO SET IN BSEL6)

TST

CSESCAPE
L10036~-.

CSESCAPE

L10036~-.

seexx MACRO EXPANSION e

;Qttt

L2223

;1F ERROR, BR TO TEST END

TRAP
LWORD

CSESCAPE
L10036~-.

;SET THRESHOLD VALUES AS FOLLOWS:

63
64
65
66
67 027116
027116
027122
0271264
027126

004737
000013
005403
002015

69 027130
027130

104410

012060

027132

000074

027134

004737

71 027140

TRAP
.WORD

TIMER,0,54

70 027134

:1F ERROR, BR TO TEST END

123

DMRIN

ESCAPE

104410
000112

SEQ

027140
027142

104410
000064

73 027152
74 027154
75 027162
76 027164
77 027172

001020
122737
001014
122737
001010

DMRIN

THRESH,5403,2015

JSR

PC, SDMRIN
.WORD
THRESH
.WORD
5403
.WORD
2015

ESCAPE

TST

SHUTDN

012550

72 027144 122737 000054 002713
000015

002722

000003

002716

:BSEL4
:BSELS
:BSEL6
:BSEL7

= NAKS RECEIVED (3)
= NAKS TRANSMITTED (13)
= REP/SEL SENT (15)
= NO BUFFFER (&)

sexxt MACRO EXPANSION #nee

sCALL DMR MODE INPUT ROUTINE
;INPUT COMMAND
:SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)
:SEL6 VALUE (OR BITS TO SET IN BSEL6)
;tttt

L2221

;1IF ERROR, BR TO TEST END
:HALT THE DMR.

TRAP

L10036~-.

TRAP
.WORD

CSESCAPE
L10036~-.

seeex MACRO EXPANSION #tte

JSR

PC, SHALT

ESCAPE

TST

CMPB

#54 ,BASE+PRETIM;CHECK REP/SEL TIME IN BASE TABLE .

BNE
CMPB
BNE
CMPB
BNE

108
#15,BASE+TH3L
10%
#3,BASE+THIL
10%

CSESCAPE

.WORD

:DMR HALT ROUTINE.
;'itt

L3 8 8]

;1F ERROR, BR TO TEST END

;1F NOT 54, BR 10 ERROR.
CNECK REP. THRESH. IN BASE TABLE.
:IF NOT 15. BR TO ERROR.
;CHECK NAK RCVD. THRESH. IN BASE TABLE.
:1F NOT 3, BR TO ERROR.

SEQ

TEST S = DMR COMMANDS
78 027174
79 027202

122737
001004

81 027212

001404

027214
027216
027220
027222
84 027224
85 027224
027224
027224
86 027226
027226
87 027226

104455
000030
027567
027230

80 027204

82 027214
83 027214

122737

000013

002720

000004

002724

005046

91 027306
92 027314
93 027316

122737
001413

153716
012746
012746
010600
104414
062706

005046
153716

012746
012746

027334 010600
027336
027340

94 027344
95 027344
96 027352
97 027354

027354
027356
027362
027
027372
027374
027376

20$

‘IF 4, ALL CHECKS OK = EXIT

ERRDF

#4 ,BASE+TH4L

:CHECK NO BUF. THRESH. IN BASE TABLE.

24 ,EMT8,ERRT3

L10040:

ENDTST

BGNMSG

027260

027324
027330

BEQ

L10036:

104401

017746
017746
012746
012746
010600
104414
062706

027316
027320

:CHECK NAK SENT THRESH. IN BASE TABLE.
;1F NOT 13, BR TO ERROR

208:
ENDSUB

104403

027230
89 027230
027230
027234
027240
027244
027250
027252
027254

027262
027266
027272
027276
027300
027302

#13,BASE+TH2L
108

CMPB

108:

88 027230

90 027260

CMPB
BNE

104414
062706
122737
001413

005046
153716
012746
012746
010600
104414
062706

153000
152772
016270
000003
000010

ERRT3

000054

002713

CSESUB

TRAP

CSETST

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

ASEL2,=(SP)
ASELO,=(SP)
#EMG1,=(SP)
#3,-(SP)
SP.RO
CSPNTB
#10,SP

ERRT3::

#FMT11,<B.BASE+ISP13> :PRINT OUT THE IMAGE OF SCRATCH PAD 1%.
CLR

(MPB
BEQ

#54,BASE+PRETIM ;1S REP/SEL TIME OK?
1%
BR IF OK
#FMT12,<B,BASE+PRETIM> ;PRINT IT OUT.

002716

1%:

CMPB
BEQ
PRINTB

#3,BASE*THIL
;IS NAK RCVD OK?
2%
‘BR IF OK.
#FMT13,<B,BASE+THIL> ;PRINT IT OUT

-(SP)

BISB
MOV
MOV
MOV
TRAP
ADD

BASE+ISP13,(SP)
#EMT11,-(SP)
#2,-(SP)
SP.RO
CSPNTB
#6,SP

CLR
BISB
MOV
MOV

-(SP)
BASE+PRETIM,
(SP)
#EMT12,-(SP)
#2,-(SP)

TRAP
ADD

CSPNTB
#6,SP

CLR
BISB
MOV
MOV
MOV
TRAP
ADD

-(SP)
BASE+THIL,(SP)
#FMT13,-(SP)
#2,-(SP)
SP.RO
CSPNTB
#6,SP

MOV

000006

TRAP

PRINTB

002713
027655
000002

002716
027712
000002

CSERDF
24
EMT8
ERRT3

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

PRINTB

000003

TRAP
.WORD
.WORD
.WORD

PRINTB

002734
027624
000002
000006

124

SP.RO

H 10

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO V03.01 30-JuL-80 11:38:40 PAGE 57-3

DMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30=JuUL=80 11:38:40 PAGEI 59-4

SEQ

S = DMR COMMANDS

98 027402
99 027402
100 027470

122737
001413

027412
027414
027420
027424
0274
027432
027434

005046
153716
012746
012746
010600
104414
062706

101 027412

102 027440
103 027440
104 027446

105 027450
027450

027452
027456
027462
027466
027470
027472

106 027476
107 027476
108 027504
109 027506

122737
001413

005046
153716
012746
012746
010600
104414
062706
122737
001413

027506
027510

005046
153716

027520
027524
027526
027530

012746
010600
104414
062706

027514

110 027534
111 02753

027534
" 027534

13
114 027536

027541
027544
027547
027552
027555
027560
027563
0275
115 02756
02757
02757
0 7602
02760

027606
027611
027614
027617

012746

000013

002720

2%:

(MPB
BEQ

PRINTB

#13,BASE+*TH2L
3%

;1S NAK SENT OK?
BR IF OK.

#FMT14,<B, BASEoru2L> :PRINT IT ouT

002720
027747
000002
000006
000015

002722

7¢:

CMPB
BEFQ
PRINTB

#15,BASE+TH3L
4%

000004

002724

A ¥

(MPB
BEQ
PRINTB

#4 ,BASE + THAL
;1S NO BUFFER LEVEL 0K?
5%
:BR IF OK.
#FMT16,<B,BASE+TH4L> ;PRINT IT OUT

#FMT15,<B,BASE+TH3L> ;PRINT IT QUT

002724
030041

105

000006

103
115§
104
122

130

5%:
ENDMSG

L1004:

040
122
040
124
116
122
103

126

105
117
102
040
103
122
124

EMT7:

.ASCIZ

/EXT. ERROR BIT

115

122

EMT8:

.ASCIZ

/DMR MODE

115
105
116
124
117

17
040
120
040
115

040
122

105
17

101

-(SP)
BASE+TH2L, (SP)
#EMT14,-(SP)
#2.,-(SP)
SP,RO
CSPNTB
#6,5P

CLR
BISB
MOV
MOV
MOV
TRAP
ADD

-(SP)
BASE+TH3L,
(SP)
#FEMT1S,-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,5P

CLR
BISB

-(SP)
BASE +TH4L , (SP)

MOV
MOV
TRAP
ADD

#2.,-(SP)
SP,RO
CSPNTB
#6,5P

MOV

000002

104423

056
122
122
m
m
17
105
000
104
040
104
m
125

CLR
BISB
MOV
MOV
MOV
TRAP
ADD

;IS REP LEVEL 0K?
;BR IF OK.

002722
030004
000002
000006

116

125

INCORRECT/

INPUT COMMAND ERROR/

TRAP

#FNMT16,-(SP)

CIMSG

121 030004

027663
027666
02767
027674

119 027712

120 027747
O

VWO SrO—-=Muni

=t NN
-

VWO NWVWIROOODT

VIVIONWVER
O OO0

—

&N
O —
2N

FMTIS:

—

FMT14:

—

FMT13:

ot ) -

RRRISHZRZ FRRISINRZ RRRZR — i AN
FuT12:

-.-.2-.-.-. FRRSSHSRN
N —
[«
- 1N)TwT80-.
3NT.3
VIO NWHM O ON

RRRRRROO §
WVWVOOOO
— -

) _._a_o.‘g —
NNN-‘?N SESEIEX
Vi
N
R VIO
NgO—fl
~N
VO W

027660

-‘-.-.2-.-.-.
-..n-.g-o.-.
O—-O
2R3=3R3=3 WO
‘dd‘gd
ONO
RocovoONe
W - N~ VIO
W
- g wogcwcnuu- g S
=
-‘~8
WwWwONOO o
— 822 R ONO WO — 11 ® OO

118 027655

"7 0276%&

-.-o-n-.-.g

027622

ek TM
—_ e (O — — —» s —s
s
I
N==N) -=NONNO
NN - NONNO
ONON)
—
VA
WO
8=
O
VB
WO
S
WO
WA B WA NWVO

VIR
N
-

VAW

LRIZTSHRS
: g33gesesgass

116

0000000000000
00

~
~

J 19
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 57-5
TEST S = DMR ( OMMAND
SEQ

FMTI1Y:

ASCIZ

/RAIMAGE OF
SP 13 = XD3IN/

LASCIZ
/RAREP-SEL
TIME VALUE

W3IN/

LASCIZ
/RANAK RCVD THRESHOLD

1D 3IN/

LASCIZ
/RANAK
SENT
THRESHOLD

20 3IN/

LASCIZ
/RAREP SENT
THRESHOLD

1D 3IN/

FMT16:

LASCIZ
/ZANO BUFFER THRESHOLD = XD3IN/

126

K10
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 57-6

2
2
2

—

TEST S = DMR COMMANDS

030063
030066
030071
030074

117
040
045
045

114
075
104
116

104
040
063
000

.EVEN

SEQ

127

L 10
30-JuL-80 11:38:40 PAGE 58

MICO DMR=11 FUNCTIONAL TESTS MACRO v03.01
TEST 6 = CONTROL IN COMMAND

.SBTTL

R
B
B

SUBTEST 3
SUBTEST &

004737

104410

000404

004737
004000
002636
000522

RECEIVED.

AR A

A AR
R R RRRRRRRRRRRRRRRdd)

¥8
S 88 888

83
g 8% 828

[« 1=}
OO0
o000
o

B3
w2

004737
000000

16.1:

sMACRO FOR MASTER CLEAR

JSR

PC, SMSCLR

ESCAPE

TST

ESCAPE

000366

PC, $SBASE!
.WORD
LPLU
.WORD
BASE
.WORD
DMR

TST

JSR

104410

Rt
d

:1IF ERROR, BR TO TEST END.

004737

000057

010274

152062

TRAP

.WORD

CSESCAPE

L10042-.

seeex MACRO EXPANSION w#we

;CALL BASE IN ROUTINE WITH DEFAULTS
;SET _LINE UNIT LOOP
:BASE TABLE ADDRESS
;:DMR-11 MODE
RITT

reae

:1F ERROR, BR TO TEST END.

TRAP

LWORD
;MACRO FOR CONTROL IN (FULL DUPLEX)
PC, SCNTIN
.WORD
0

csBsuB

;ISSUE A DMR MASTER CLEAR

JERkR

CSESCAPE

L10042-.

seeet MACRO EXPANSION #wee

;CALL CONTROL IN ROUTINE WITH DEFAULT
;SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.
JreRn

ESCAPE

TST

:IF ERROR, BR TO TEST END.

BIS
WAIT

#RQI !RMODEM,3SELO ;SET RQI AND READ MODEM COMMAND
ROD1
;WAIT FOR RDI TO BE SET

JSR

PC, SWAILT

000354

052777

TRAP

sexxe MACRO EXPANSION #wwe

;MACRO FOR BASE IN COMMAND

CNTRIN
011520

)

NOT CORRECT, DMR RUN MODE ACKNOWLEDGE WILL NOT BE

JSR

104410

BIT IS SET.

BASEIN

011264

TR R T

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

011066

ENSURE THAT

BGNSUB

030102

IS CLEAR IN THE MODEM STATUS WORD,

BGNTST

104402

ALSO ENSURE THAT DDCMP MODE BIT IS SET IN SCRATCH PAD 7.
= CONTROL IN, HALF DUPLEX.
ENSURE THAT THE HALF DUPLEX

SUBTEST 2

R
R
IR

THE HALF=-DUPLEX BIT

IR IR

= CONTROL IN, FULL DUPLEX, DDCMP MODE.

LR B

SUBTEST 1

BN B

TETE

NO N
>

= OO0V

D
s
b

D
>
b
d
e

TEST 6 = DMR-11
CONTROL IN COMMAND TEST -

030100
22 030102

128

TEST 6 = CONTROL IN COMMAND

OO NN

—_—

SEQ

steex MACRO EXPANSION were

;CALL WAIT ROUTINE

TRAP

CSESCAPE

CZOM
1CO DMR=11 FUNCTIONAL TESYS MACRO v03.01
l
TE ST 6 - CONTROL IN COMMAND

030154

000009

032777
001404

37 030176
38 030176
030176

M 10
30-JUL=-80 11:38:40 PAGE 58-1
LWORD

000020

ERRDF

104455
000025
030516
000000

004737

BIT

152052

108:

010704

39 030202
030202
40 030206

030206

#BIT4,aSELSL
108
21,EMT9

104410
000304
132737
001004

012550

000020

002730

:".'

thee

:1S THE HDX BIT SET IN MODEM STATUS REG?
;0K = IF BIT CLEAR
;ERROR HDX BIT SET
TRAP

RQI

:CLEAR RQI AND WAIT FOR RDI TO CLEAR.

JSR

PC, SCLRQI

sevne MACRO EXPANSION #xte
:CLEAR RQI AND WAIT FOR IT TO BE CLEARED.

JSR

PC, SHALT

sHALT DMR
seeax MACRO EXPANSION e
:DMR HALT ROUTINE.

ESCAPE

TST

IF ERROR, EXIT.

BITB
BNE
ERRDF

;'QQ'

L2831

't'.

L2 2 3]

TRAP

21 ,EMT10

sERROR DDCMP RUN BIT NOT SET

TRAP

L10043:

030232
BGNSUB

030236
030242

011264

16.2:

BASEIN

LPLU,BASE ,RES!DMR ;BASE IN WITH RESUME.

JSR

PC, SBASEI]

.WORD
.WORD
.WORD

011520

000057

010274

151742

CSESCAPE

L10042-.
LWORD
gg%T‘,BASE*lSP7 :1S THE DDCMP RUN BIT SET IN IMAGE OF SP 7.

ENDSUB

030234
48 030236

CSERDF

21
EMT9
O

WAIT

20%:

45 030232
030232

129

sFLAG THAT WE'RE WAITING FOR RDI

.WORD
.WORD
WORD

SHUTDN

004737

SEQ@

LPLU

JSR

PC, SCNTIN

.WORD

HDX

TRAP

CSESUB

TRAP

csBsuB

sMAINTENANCE MODE BITS TO SET IN BSEL?
It

HDX

21
EMT10
O

setee MACRO EXPANSION tete
sCALL BASE IN ROUTINE

BASE
sBASE TABLE ADDRESS
RES'!DMR ;MODE

CNTRIN

CSERDF

.WORD
.WORD
.WORD

tane

sCONTROL IN COMMAND WITH HDX.
seeex MACRO EXPANSION #xee
sCALL CONTROL IN ROUTINE

;SEL6 = (DUPLEX, MODE)
:"..

L3323

ESCAPE

TST

:IF ERROR, BR TO TEST END.
2

BIS

WAIT

MWORD
#RQI 'RMODEM,3SELO :SET RQI AND READ MODEM COMMAND
RDI
JWALIT FOR RDI TO BE SET

JSR

PC, SWALT

seeex MACRO EXPANSICN tere
sCALL WAIT ROUTINE

TRAP

CSESCAPE

L10042-.

N 10
CZDOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE 58-2
TEST 6 = CONTROL

030274

000000

SS 030276

032777

56 030304
57 030306
030306
030310
030312
030314
58 030316
59 030316
030316
60
61 030322
030322
" 030322

63 030324
030324
030324
64 030326

001004

004737

004737
004000
002636
000522

012550

011066

004737
000400

104410
000130

030366

004737

030372
030374

108
21,EMTI

SHUTDN

JSR

:1S THE HWDX BIT SET IN MODEM STATUS REG?
:0K = IF BIT SET
;ERROR HDX BIT CLEAR.

011264

PC, SHALT

011520

:DMR HALT ROUTINE.
:tttt

104410
000120

TRAP

C$ESUB

TRAP

C$8SUB

TRAP
LWORD

CSESCAPE
L10042-.

LA 23]

16.3:
:MACRO FOR MASTER CLEAR

JSR

PC, SMSCLR

ESCAPE

TST

;enees MACRO EXPANSION #eew

:1SSUE A DMR MASTER CLEAR
JRRRR

LR
R L

:1F ERROR, BR TO TEST END.
:MACRO FOR BASE IN COMMAND

PC, SBASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR

sevex MACRO EXPANSION #xwx

:CALL BASE IN ROUTINE WITH DEFAULTS
;SET LINE UNIT LOOP
;BASE TABLE ADDRESS
:DMR=-11 MODE
;t'tt

L322

ESCAPE

TST

:1F ERROR, BR TO TEST END.

CNTRIN

MAINT

;MACRO FOR CONTROL IN (MAINT. MODE)

JSR

PC, SCNTIN
.WORD
MAINT

;CALL CONTROL IN ROUTINE
;SEL6 = (DUPLEX, MODE)

ESCAPE

TST

SHUTDN

012550

CSERDF
21
EMT1I
O
"

;evene MACRO EXPANSION teee

L10044:

JSR

TRAP
LWORD
LWORD
LWORD

:HALT THE DMRK.

BASEIN

104410
000142

030362
030364

74 030372

#BIT4,3SEL4

CLEAR

73 030366

BNE
ERRDF

108:

104402

030336
030342
030344
030346

72 030362

BIT

‘Nt d

BGNSUB

104410
000160

030354
030360

151732

PC, SHALT

ESCAPE

TST

TRAP
WORD

CSESCAPE
L10042-.

TRAP
.WORD

CSESCAPE
L10042-.

TRAP
WORD

CSESCAPE
L10042-.

;eves MACRO EXPANSION #wws
;tttl

L322

:1F ERROR, BR TO TEST END.
THALT

JSR

130

;FLAG THAT WE'RE WAITING FOR RDI

104403

66 030332
030332
030334
67 030336

70 030354

000020

ENDSUB

004737

030350
030352

LMORD

104455
000025
030574
000000

030326

68
69 030350

SEQ@

IN COMMAND

;evee MACRO EXPANSION wewe

:DMR HALT ROUTINE.
;'tttt

ttte

1F ERROR, BR TO TEST END.

)

B 1

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 58-3

SE@

TEST 6 = CONTROL IN COMMAND

75 030376

76 030404
77 030406

132737

001004

030406
030410
030412
030414

104455
000025
030630
000000

030416
g 030416

104403

78 030416
79 030416

000002

002730

BITB

BNE
ERRDF

83 030422

030426
030430
86 030432

87 030436
88 030440
89 030446
90 03045
91 030450
92 030456
93 030456

94 030462
95 030464
96 030466
97 030470

004737

104410
000064
005737

001004
052737
000403
042737

011066

104410
000022

030500
030502

104410
000012

102 030504

030504
030510

004737
000000

103 030512

030512

104
105
106

030512

107 030514

030514

002254
004000

030462

004000

030462

000000
002636
000522

030470
030472
98 030474

99
100
101 030500

:ERROR = MAINT., BIT NOT SET.

L10045:
16.4:
CLEAR

85 030426

108
21,EMT12

BGNSUB

030420
gy 030420 104402

030422

#BIT1,BASE+ISP7 ;IS THE MAINTENANCE BIT SET IN IMAGE OF SP 7.

108:
ENDSUB

81 030420

18:
28

100%:

ESCAPE

TST

:1F ERROR, BR TO TEST END.

TST

OMTURN

;1S INTERNAL LOOPBACK REQUESTED?

BIC

#LPLU,100$

:CLEAR LINE UNIT LOOPBACK.

CALL

SBASEI

:BASE IN COMMAND.

18
#LPLU,100$
28

ESCAPE

.WORD
'WORD
.WORD
TST

CALL

$LOOP

ESCAPE

TST

0
BASE
DMR

CNTRIN

JSR
ENDSUB

104403
ENDTST

CSERDF
21
EMT12
0

TRAP

(SESUB

TRAP

($BSUB

TRAP
MORD

CSESCAPE
L10042-.

seeee MACRO EXPANSION #wee

PC, SMSCLR

011520

TRAP
JMORD
.WORD
WORD

sMACRO FOR MASTER CLEAR

JSR

BNE
BIS
BR

130

“ISSUE A DMR MASTER CLEAR
;i'.'

LA 23]

“IF NOT, BR
“SET LINE UNIT LOOPBACK.

sMAINTENANCE BITS (L. U. LOOPBACK?)
:BASE TABLE ADDRESS.
;DMR MODE.
:1F ERROR, BR TO TEST END.

TRAP
CSESCAPE
WORD
L10042-.
;EXTENDED DMR COMMAND TO SET MAINT. BITS
“IF NEEDED. THIS WILL ALLOW MODEM LOOPBACK
“1F THE USER REQUESTED IT.
“1F ERROR, BR TO TEST END.

TRAP
WORD

sMACRO FOR CONTROL IN (FULL DUPLEX)

PC, SCNTIN
0
.WORD

CSESCAPE
L10042-.

;e MACRO EXPANSION teee

“CALL CONTROL IN ROUTINE WITH DEFAULT
“SEL6 - FULL DUPLEX, RUN MODE, 1 SEC START,
:.t'.

ttee

L10046:

L10042:

TRAP

CSESUB

120

o
W
w
L

o
w
o
W

—

oo
w
o

110 030546

111 030574
T,

NS
=N
S D
OO0O0O0OfrO0—=0O

Ottt
e O = O =
OMN =N =N
OWNSFfONO~-

EMTI2:

NS 22 e
OO0
O
FfOO—=0OWOO—-=VIOW—O

OO
b
O bt

EMT11:

Py o P

D
D, Y
O—==NONFOO
FOONVSONS

A
R
el = | = I T
T . T
ONSFONNOWES
SN OO
VS ONWVOSFROOOoOOSsSsOMNS

EMT9:

Y e L e T T
NS =2 wO—=NNO
SO0 =V
=

030514

TEST 6 = CONTROL

e D) it e ) s
D) e
O e i
D)
e )
i
e
O oSO
Pt
O == O N—-N
= ON =N
=2OO = —=NON &S waon
OOVOO - VNOWNSTOOOWNSIONWVMESTOONWVS oo

ownes
w

—

cNn
T

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 58-4
IN COMMAND

ASCIZ
/HDX BIT

EMTI0:
LASCIZ
/DDCMP RUN BIT NCT

_ASCIZ
/HDX BIT NOT

ASCIZ
/MAINT.

.EVEN

SEQ

104401
TRAP

SET WHEN IN FDX/

SET/

SET WHEN [N HDX/

MODE BIT NOT
SET/

132

CSETST

——

[

SEQ

TEST 7 = MODEM WRITE COMMAND

LSBTTL

TEST 7 = MODEM WRITE COMMAND

;"t"t"'Q'Qt"""'0"'0"""""'0""'""QQ""QQQQQQQQQQQQQQQQQ

4
5
6

3
TEST 7 = DMR=11
;* MODEM WRITE COMMAND
;*
SUBTEST 1
= WRITE DATA PATTERNS INTO THE MODEM WRITE REGISTER.

8
9

;e
;*

ENSURE THAT ON THE NEXT MODEM READ THAT THE

SUBTEST 2

}%
1‘

WHEN READING THE MODEM STATUS, ONLY

THE HALF=DUPLEX SHOULD BE SET.

]

E't'Qt'ttt"tt""t"""'"0""""""'.Qt""'t'"t"t""t"tt"'

15 030660

BGNTST

"% 030660
17 030660

17::

BGNSUB

030660
030660
18 030662

104402

030662

004737

030666
030670
21 030672

104410
000232

030672
030676
030700
030702

004737
004000
002636
000522

22
23 030704
030704

104410

17.1:
CLEAR

011066

20 030666

MICROCODE RETURNS THE PATTERN WRITTEN INTO BSELG.
= ATTEMPT TO WRITE BOTH THE WALF=DUPLEX BIT AND THE
RTS HOLD BIT.
THE MICROCODE SHOULD NOT ALLOW THIS
TO HAPPEN.

3®
M

—

}

133

:MACRO FOR MASTER CLEAR

JSR

PC, SMSCLR

ESCAPE

TST

BASEIN
011264

JSR

ESCAPE

. 030706

000214

25 030710
26 030714
27 030720
28 030720
29 030724
30 030730
31 030732
32 030734
33 030736

012701
012702

000005
031124

012237
004737
000005
000377
000000

030734
012060

030736
- 030740

104410
000162

35 030742
36 030750

052777

030750
030754

004737
000000

TRAP

C$BSUB

TRAP
.WORD

CSESCAPE
L10047~-.

;eeee MACRO EXPANSION #eee

;:ISSUE A DMR MASTER CLEAR
"QQ"

ten e

:1F ERROR, BR TO TEST END.

:BASE IN COMMAND.

;eeat MACRO EXPANSION weve

PC, $BASE!
.WORD
LPLU
.WORD
BASE
.WORD
DMR

:CALL BASE IN ROUTINE WITH DEFAULTS
;SET LINE UNIT LOOP
;BASE TABLE ADDRESS
:DMR=11 MODE

TST

:1F ERROR, BR TO TEST END.

;'ttt

Tt e

TRAP

WORD

10%:

15%:

000057
010274

151262

MOV
MOV

#5.R
#MODEM,R2

:COUNTER
;PATTERN TO WRITE INTO MODEM

MOV
JSR

ESCAPE

(R2)+,15%
PC,SOMRIN
.WORD
WMODEM
.WORD
377
LWORD
O
TST

JWRITE PATTERN
:1SSUE DMR MODE COMMAND
;WRITE MODEM COMMNAD
;CLEAR ALL BITS IN BSEL6
;SET THE BITS IN BSEL6 (FROM PATTERN)
:1F ERROR, BR TO TEST END.

BIS
WAIT

#RQ]'RMODEM,3SELO ;SET RQI AND READ MODEM COMMAND
RDI
;WAIT FOR RD] TO BE SET.

JSR

PC, SWAIT
WORD
O

TRAP
LWORD

seeet MACRO EXPANSION teee

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

——————
e eeeed

P11
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL=80 11:38:40 PAGE 59

C$ESCAPE

L10047-.

CSESCAPE
L10047-.

E 1
CZDOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE 59-1

SEQ

TEST 7 - MODEM WRITE COMMAND

ML A

37 030756
030756
030760
38 030762
39 030762
40 030770
41 030772
&2 030776
030776
031000
031002
031004

43 031006
&4 031006

031006
45 031012

031012
031014

46 031016
47 031020

23 031022

104410
000142
127737
001406
013703

151252

25%:

010704

104410
000106
005301
001337

308:

1 031022

55
56 031040

031040
031042
57 031044

58 031052

031052
031056
59 031060

BEQ
MOV
ERRDF

CMPB

aBSELG,15%
25%
158,R3
22,EMT13,ERRT2

;:DID THE MICROCODE COPY THE BITS?
:IF YES CONTINUE
;SAVE THE PATTERN FOR THE ERROR MESSAGE.
;WRITE MODEM ERROR
TRAP
CSERDF
.WORD
22
.WORD
EMT13
.WORD
ERRT?

WAIT

RQI

;CLEAR RGI AND WAIT FOR RDI

JSR

PC, SCLRQI

;CLEAR RQI AND WAIT FOR IT TO BE CLEARED.

ESCAPE

TST

;IF ERROR, EXIT TEST.

DEC
BNE

R1
108

;DECREMENT COUNTER
;CONTINUE UNTIL ALL 5 PATTERNS TRIED.

TRAP
LWORD

sevsee MACRO EXPANSION #wee
ALl

104410
000060
052777
004737
000000

104410
000040

61 031064
62 031072

122777
001406
012703

012060

17.2:

151160

010274

000020

000021

CSESCAPE
L10047-.

TRAP

($SESUB

TRAP

(sBsuB

WMODEM,377,21

;ATTEMPT TO WRITE MODEM HDX AND RTS.

JSR

PC, SDMRIN
.WORD
WMODEM
.WORD
377
LWORD
21

;CALL DMR MODE INPUT ROUTINE
; INPUT COMMAND
;SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)
;SEL6 VALUE (OR BITS TO SET IN BSEL6)

BIS
WAIT
JSR

151146

TRAP
.WORD

DMRIN

ESCAPE

000057

TO CLEAR.

L10050:

104402

004737
000005
000377
000021

seves MACRO EXPANSION weee

AL AL

Tttt

TST

:IF ERROR, BR TO END.

RDI

;WAIT FOR RDI TO BE SET

PC, SWAIT
LWORD
0

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

TRAP
LWORD
#RQ] !RMODEM,@SELO ;SET RQI AND READ MODEM COMMAND.

CSESCAPE
L10047-,

seres MACRO EXPANSION weee
AL

ESCAPE

TST

;1F ERROR, EXIT TEST.

(MPB
BEQ
MOV

#20,3BSELG
10%

;1S ONLY HDX SET?
J1F YES = OK

#21,R3

CSESCAPE
L10047-.

tthe

BGNSUB

031060
60 031062
63 031074

;1F ERROR, EXIT TEST.

104403

54 031026
031026
031032
031034
031036

TST

ENDSUB

52 031024

031024
53 031024

ESCAPE

50 031022

031022

208:

030734

104455
000026
031170
031136

004737

030734

134

tee
e

TRAP
LWORD

;SAVE THE PATTERN FOR THE ERROR MESSAGE.

(SESCAPE
L10047-,

SEQ

TEST 7 -~ MODEM WRITE COMMAND

64 031100
031100
031102
031104
031106
65 031110
66 031110
031110

104455
000026
031170
031136

004737

108:
010704

67 031114
031114

012550

73 031124

- 031132

031144
031146
031152
031156
031160
031162

77 031166

031166
” 031166

JSR

PC, SCLRQI

:CLEAR RQI AND WAIT FOR IT TO BE CLEARED.

PC, SHALT

000000

000252

000376

000357

000001

‘RN

than

;eves MACRO EXPANSION #eee

;OMR HALT ROUTINE.
"""

005046
157716

010346
012746
012746
010600
104414
062706

L10047:
.WORD

BGNMSG

ERRT?

PRINTB

0,376,1,252,357 ;PATTERN TO WRITE

#FMT19,R3,<B,aBSEL6>

127
124
115
105
105
117
000

122
105
117
115
122
122

83 031214

045

101

EMT13:

TRAP

CSETST

CLR
BISB

-(SP)
aBSEL6, (SP)

TRAP

CSMSG

MOV
MOV
MOV
MOV
TRAP
ADD

ENDMSG

111
040
104
040
122
040

CSESUB

ERRT2::

031214
000003
000010

TRAP

INTO MODEM

151074

L10052:

104423

122
105
116
123
066

teee

L10051:

MODEM:

_ASCIZ

/WRITE MODEM ERROR /

EVEN

117
040
040
105
072

127

124
m
102
114
040

FMT19:

_ASCIZ

CSERDF
22
EMT13
ERRT?

seeer MACRO EXPANSION teee

104401

8C 031170
031173
031176
031201
031204
031207
031212
g}

031217
031222
031225
031230
031233

:CLEAR RQI AND WAIT FOR RDI TO CLEAR.

ENDTST

031136

031136
031140

RQI

104403

75 031136

76 031136

WAIT

TRAP
LWORD
.WORD
.WORD

ENDSUB

71 031122

031122
22 031122

22,EMT13,ERRT?

JSR

68
69 031120

031120
- 031120

ERRDF

SHUTDN
004737

135

/XAWROTE [N BSELE: XO3XA

MODEM FORMAT IN BSEL6: XO3IN/

R3,=-(SP)
#FMT19,-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP

e ————————

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-B0 11:38:40 PAGE 59-2

OMNONI VNNMONMN

]Oal=0laTliNdadTiLMoTt

¢ N
CZOMICO DMR- 11 FUN%YIONAL TESTS MACRO v03.01 30-JuL=B0 11:38:40 PAGE 59-3
TEST 7 EM WRITE COMMAND

3O0FO

SEQ

136

H 1

(ig?l(O DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 60
TEST
8 = NO BUFFER ERROR

SEQ

137

}

LSBTTL

:'.t"".".""""""""""'Q.".QQ."'."'."..'."Q"".'."'"

S
‘

i«
i

“

TEST 8 = NO BUFFER ERROR

SUBTEST 1

1
12

SUBTEST 2

e
i

TEST 8 = DMR=11

= TRANSMIT A BUFFER THREE TIMES WIHOUT ASSIGNING A
RECEIVE BUFFER.
BY ASSIGNING A NO BUFFER THRESHOLD
THREE,

ENSURE THAT A NO BUFFER ERROR IS RECEIVED

AFTER THE THIRD THRANSMISSION.

= TRANSMIT A BUFFER WITHOUT A RECEIVE BUFFER.

ASSIGN THE NAKS THRESHOLD OF 3 AND A NO BUFFER

THRESHOLD OF 7.
CHECK THAT THE NAKS ERROR COUNT
THREE AFTER SHUTDOWN.

;Q".""..."'Q'"'"""'."""'.Q"""'.'.""".""""'.'.""

14 031302

BGNTST

031302

15 031302

031302
031302

16 031304

031304
17
18 031310

031310

031312

19 031314

031314
031320
031322
031324
20
21 031326
031326

031330
22 031332
031332
031336
23
24 031340

031340
. 031342

18::

BGNSUB

104402
004737

CLEAR

011066

104410

000416
004737
004000
002636
000522

:MACRO FOR MASTER CLEAR

JSR

PC, SMSCLR

ESCAPE

TST

011264

011520

JSR

:t'l'

(22 3]

ERROR, BR TO TEST END.

TRAP

.WORD

IN COMMAND

iexxe MACRO EXPANSION #ves

‘CALL BASE IN ROUTINE WITH DEFAULTS
:SET LINE UNIT LOOP
:BASE TABLE ADDRESS
:DMR-11 MODE
:'."

tht e

TST

:1F ERROR, BR TO TEST END.

CNTRIN

MAINT

TRAP
CSESCAPE
.WORD
L10053-.
:MACRO FOR CONTROL IN (FULL DUPLEX AND MAINT)

JSR

PC, SCNTIN
.WORD
MAINT

SCALL CONTROL IN ROUTINE
:SEL6 = (DUPLEX, MODE)

TST

teses MACRO EXPANSION sves
:".'

123 2]

:1F ERROR, BR TO TEST END.

26
27

TRAP
.WORD

:SET THRESHOLDS:
:NAKS RCVD = 377

28
29
30

31 031344
031344
031350

031352

004737
000013

177777

012060

CSESCAPE

L10053-.

ESCAPE

104410
000366

($BSUB

“ISSUE A DMR MASTER CLEAR

:MACRO FOR BASE

PC, $BASEI
LWORD
LPLU
.WORD
BASE
.WORD
DMR

TRAP

ieene MACRO EXPANSION seee

:1F

BASE IN

104410
000400
004737
000400

18.1:

INAKS SENT = 377
:REP SENT = 377
‘NO BUFFER = 3

DMRIN

THRESW,177777,1717

JSR

PC, SOMRIN
.WORD
THRESH

'WORD

177777

;enes MACRO EXPANSION seee

*CALL DMR MODE INPUT ROUTINE
:INPUT COMMAND

:SEL& VALUE (OR BITS TO CLEAR IN BSEL6)

CSESCAPE
L10053-.

I N
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 60-1

SEQ

TEST 8 = NO BUFFER ERROR

031354

001777

32
33 031356
031356
031360
34 031362
35 031366
36 031366

10441
000350
012700

031366
031372
031374
031376

004737
000040
002520
000044

.WORD
ESCAPE

000003

1%:

012270

39 031406
031406
031410

40 031412
41 031414
42 031416
43 0316%6
&6 031426
45 031426
&6 031434
&7 031436

031436
031440
031442
031444

48 031446
49 031450

SO 031450
51 031456
52 031460
031460
031462
031464
53 031466

004737
000001

010274

104410
000320

005300
001404
042777
000760
032777
001005

000207

150610

000001

150600

104455
000010
017762
015112

000410

032777
001004

000004

150562

20%:

104455
000011
020026
015112

5S¢ 031470
§S 031470
56 031476

042777

000207

031476
031502

004737
000001

010274

S7 031504
0315064
031506
S8 031510

108:

104410
000;;;
042

000207

150536

150516

30%:

;SELG6 VALUE (OR BITS TO SET IN BSELG)
:'t"

:1F

#3,R0

L2 2 2]

ERROR, BR TO TEST END.

TRAP

.WORD

;SET UP A COUNTER

CSESCAPE
L10053-.

:BA/CC IN COMMAND FOR TRANSMIT

BACCIT
JSR

37
38 031400
031400
031404

MOV

1777

138

PC, $SBACC

.WORD
.WORD
LWORD

RQI'BACCT
:BA/CC IN TRANSMIT COMMAND
TBUF
;TRANSMIT BUFFER ADDRESS
TCOUNT
;TRANSMIT CHARACTER COUNT
:ttt.

WAIT

RDO

JSR

PC, SWAIT

ESCAPE

TSt

LWORD

seees MACRO EXPANSION weee
sCALL BA/CC IN ROUTINE WITH DEFAULTS

ettt

;WAIT FOR RDO TO BE SET
;evee MACRO EXPANSION #eee
:CALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDO
:"tt

;1F

L2 2 8]

RDO NOT SET, BR i0 TEST END.

TRAP

.WORD

DEC
BEQ
BIC
BA

RO
108
#RDO'CMD,3SEL2
1%

sDEC COUNTER
:TRANSMIT FOR 3 TIMES.
;CLEAR BACC OUT TRANSMIT.
;TRANSMIT AGAIN

BIT
BNE
ERRDF

#CNTRL ,@SEL2

;1S THIS A CONTROL 0OUT?

8,.EMGB ,ERRG2

:EXPECTED CONTROL OUT NOT '5(E'V$£;,

20%

1F YES, PROCEED.

.WORD
.WORD
.WORD

Skl

30%

JEXIT

BIT
BNt
ERRDF

#NOBFR,aSELS

:1S THE NO BUFFER FLAG SET?

9,EMGY ,ERRG?

;WE'RE NOT GETTING EXPECTED RESULT

30%

TRAP

:CLEAR CONTROL OUT
EXPECT ANOTHER BACC OUT.

BIC
WAIT

RDO

JSR

PC, SWALT

ESCAPE

'St

:1F ERROR, BR TO END.

BIC

#RDO
(MD ,SEL2

;CLEAR BACC OUT.

.WORD

CSERDF
8

EMG8
ERRG?

:1F YES = OK, PROCEED.

.WORD
.WORD
.WORD
;(EITHER CONTROL OUT OR NOBUF /NAKS)
#RDO'CMD,ISEL2

CSESCAPE

L10053~.

ieees MACRO EXPANSION *eee

SCALL WAIT ROUTINE

:FLAG THAT WE'RE WAITING FOR RDO
:'..'

LA A A

TRAP

.WORD

CSERDF

EMGY
ERRG?

CZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE 60-2
TEST 8 = NO BUFFER ERROR
59 031516
031516

60 031522
61 031522
031522
031522

8 031524

SHUTDN
004737

104403

104402

031526

004737

031536
031542
031544
031546

004737
004000
002636
000522

104410
000156

031554
031560

004737
000000

031562

7 031564

011066

;MACRO FOR MASTER CLEAR
;eeee

011264

ESCAPE

157

;1F ERROR, BR TO TEST END.

JSR

ESCAPE

031600
031602

:.'.'

TS1

PC, SCNTIN
LWORD
O
TST

(SESUB

TRAP

(s8suB

TRAP
LWORD

CSESCAPE
L10053-.

ttee

;MACRO FOR BASE IN COMMAND

PC, SBASEI
LWORD
LPLU
.WORD
BASE
.WORD
DMR

TRAP

eceee

;1SSUE A DMR MASTER CLEAR

(NTRIN

104410

EXPANSION

PC, SMASCLR

ESCAPE

011520

MACRO

JSR

BASE IN

seeee MACRO EXPANSION eeee

sCALL BASE IN ROUTINE WITH DEFAULTS
sSET LINE UNIT LOOP
sBASE TABLE ADDRESS
;DMR=11 MODE
eeee

eeee

;1F ERROR, BR TO TEST END.

TRAP
LMORD
sMACRO FOR CONTROL IN (FULL DUPLEX)

CSESCAPE
L10053-.

seees MACRO EXPANSION eeee

sCALL CONTROL IN ROUTINE WITH DEFAULTY
;SELG = FULL DUPLEX, RUN MODE, 1 SEC START,
;"..

;1F

Tttt

ERROR, BR TO TEST END.

000144

TRAP

.WORD

CSESCAPE

L10053-.

sSET THRESHMOLDS:

75
76
77
78
79 031566

3? 031600

teee

18.2:

031566
031572
031574
031576

:DMR MALT ROUTINE.

jeeen

L10054:

CLEAR

104410
000174

031550
031552
70 031554

A
72 031562

PC, SHALT

seeee MACRO EXPANSION eeee

BGNSULB

69 031550

JSR

139

sHALT DMR

50%:
ENDSUB

031524
0315264
64 031526

65
66 031532
031532
031534
67 031536

012550

SEQ

004737
000013
001403
003777

104410
000126

012060

DMRIN

THRESH,1403,3777

JSR

PC, SOMRIN
.WORD
NI%SN
LWORD
140
LWORD
3777

ESCAPE TSV

NAKS RCVD = §
sNAKS SENT = §
;REP SENT = 377
:NO BUFFER = 7

seeee MACRO EXPANSION eseee

(M.L DMR MODE INPUT ROUTINE
'lWl COMMAND
JSELG VALUE (OR BITS TO CLEAR IN BSELS)
SELG VALUE (OR BITS TO SET IN BSELS)
;oon

s1F ERROR, BR TO TEST END.

TRAP
LMORD

(SESCAPE
L10053-.

gébfllto DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 60-3
ST 8 = NO BUFFER ERROR

g
SNO

BACCIT

012270

108:

JSR

PC, SBACC

WAIT

RDO

JSR

PC, SWALT

ESCAPE

010274

OO0

004737
000040
002520
000044

000001

150376

.WORD
.WORD
.WORD

.WORD

“CALL BA/CC IN ROUTINE WITH DEFAULTS

COMMAND

;WAIT FOR RDO TO BE SET

#ONTRL ,@SEL2

ERRDF

8,EMGB E"RG2

BNE

208

sevee MACRO EXPANSION evee

sCALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDO
teee

“IF RDO NOT SET, BR TO TEST e,

000004

150360

IS THIS A CONTROL OUT?

JEXPECTED CONTROL OUT NOT RECEIVED.

RAP

308:

95 031672
96 031672

&R
S NT<T.
Y- Y. % o

AIRIN)
= =b b b

888T - 30« - S

POPOPOND

b ed s b D D

SNNNNNNN

— e e

Y LV
Ly R
T

OO0 O000O0

[V L

SRS

S50

NNNNNNNY ~N O~

) D e el e

O0OO000O0O0O0O00O

031672

—

.WORD
.WORD

308

JEXIT

BIT

#NOBFR,3SELG

;1S THE NO BUFFER FLAG SET?

ERRDF

9.EMGY,ERRG2

;WE'RE NOT GETTING EXPECTED RESULT

BNE

30%

;1F

012550
002641

000003

002644

000003
35%:

JSR

PC, SHALT

(MPB

BASE+3,#3
35%
BASE+6,43

BNE
CMPB
BEQ

TRAP

ERRDF

ENDTST

EMGY

ERRG2

;DMR HALT ROUTINE.
Al

"NAKS REC. - NO BUFFER = 3?

; IF NOT ERROR
;NAKS SENT - NO BUFFER = 3?
;1F 0K = SKIP,

23,EMT20,ERRTS

TRAP

.WORD
.WORD
.WORD

40%:
ENDSUB

CSERDF
9

;eeee MACRO EXPANSION weee
AL

40%

CSERDF
8
EMG8
ERRGZ

YES - Ok, PROCEED.

;(EITHER CONTROL OUT OR NOBUF /NAKS)
SHUTDN

(SESCAPE

L10053-.

:1F YES, PROCEED.

.WORD
.WORD

)

107

RAP

.WORD

031644
20%:

140

:BA/CC IN COMMAND FOR TRANSMIT
ieees MACRO EXPANSION eeee

:BA/CC IN TRANSMIT
ROI'!BACC f
:TRANSMIT BUFFER ADDRESS
TBUF
STRANSPIT CHARACTER COUNT
TCOUNT

BIT

NOO

3337 &3

h
i

OO
OO0
OO0
o060

D i

228

OO0

0O OCO0000
(Vo
IV IV WIHWWIWNW

:O
w

OO0Oo o

82 031604

SEQ

L10055:
L10053:

CSERDF
23
EMT20
ERRTS

TRAP

(SESUB

TRAP

CSETST

wno
—=

LN
CO DMR=11 FUNCT
CTIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE 60-4
8 = NO BUFFER ERROR

108
109 0317

BGNMSG

0317
110 03173
0317%2
0317
031740
031742
031746
031752
031756
031760
031762

005046
153716
005046
153716
012746
012746
010600
104414
062706

031766
"a 031766

104423

113 031770

116

111 031766

14
15

031773
031776
032001

123
122
122

ERRT4

PRINTB

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

SEQ

ERRTG::

002644

002641
016510
000003
000010

101
040
122
000

ENDMSG

113

105
17

EMT20:

L10056:
.ASCIZ

.EVEN

/NAKS ERROR/

CLR
BISB
CLR
BISB
MOV
MOV
MOV
TRAP
ADD

-(SP)
BASE
+6, (SP)
-(SP)
BASE+3, (SP)
#FENG7 ,-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,5P

TRAP

CSMSG

—

N -

L)
lCO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAG 61
9 = NON-EXISTENT MEMORY ERROR

.SBTTL

TEST 9 = NON-EXISTENT MEMORY ERROR

TR TR IR IRTETETE
TE TN

TEST 9 = DMR=11

NOVES

> NON-EXISTENT MEMORY (NXM) ERROR CHECK

s« PERFORM DMR COMMANDS USING NXM ADDRESSES;

VERIFY THAT NXM ERROR IS

:« REPORTED IN EACH OF THE FOLLOWING SUBTESTS:

‘e
:+

NSOV

142

'Qlt".""'t't""'t'i""""'.""""Q'Q."'Q""Q"QQ"Q'.""'Q

SUBTEST 1
SUBTEST g
SUBTEST

=
-

BASE IN RESUME COMMAND - BASE TABLE ADDRESS IS NXM
BA/CC IN RECEIVE COMMAND - BA/CC IN ADDRESS IS NXM
BA/CC IN TRANSMIT COMMAND - BA/CC IN ADDRESS IS NXM

]

TR RRRRRRRARRRCCIRCORRRRRRRRRRRARNRARARARARAANANRAARAROORAOOOROOOERETTS

BGNTST

BGNSUB

—

SEQ

104402

004737

CLEAR

011066

18 032016

011264

;ISSUE A DMR MASTER CLEAR

ESCAPE

TST

;1F ERROR, BR TO TEST END

JSR

012550

22 032040
032040
032042
23 032044
24
25
26
27 032052

000001

PC, $BASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR

TST

TRAP

(sBsuB

L A2 2

;BASE IN COMMAND - DMR MODE

TRAP

.WORD

CSESCAPE

L10057-.

;evas MACRO EXPANSION #w+

:CALL BASE IN ROUTINE WITH DEFAULTS
:SET LINE UNIT LOOP
:BASE TABLE ADDRESS
:DMR=11 MODE
:"'.

:1F ERROR, BR TO TEST END

SHUTDN

032034

28
29 032064

PC, SMSCLR

ESCAPE

20 032030
032030
032032
21 032034

sMASTER CLEAR MACRO
seeee MACRO EXPANSION w#we

JSR

BASE IN

03%01
03202
032024
032026

032052
032056
032060
032062

19.1:

TRAP

CSESCAPE

.WORD

L10057-.

TRAP

CSESCAPE

JSR

PC, SHALT

;HALT
ieess MACRO EXPANSION e+
:DMR HALT ROUTINE.

ESCAPE

TST

:1F ERROR, BR TO TEST END.

#CNTRL ,ERROR

L10057-.
.WORD
OUT
CONTROL
;THIS FLAG WILL INHIBIT
;ERROR REPORTING = BECAUSE WE EXPECT ONE.

MOV

:."'

LA R 2

:BASE IN RESUME COMMAND WITH NXM BASE TABLE.

BASEIN 0,160000,B1T15!BIT14'RES!DMR
004737
000000

011264

JSR

160000
150522

PC, SBASEI
WORD
O
.WORD
160000

WORD

WAIT

RDO

sveee MACRO EXPANSION weee

:CALL BASE IN ROUTINE
*MAINTENANCE MODE BITS TO SET IN BSEL!
:BASE TABLE ADDRESS

BIT15'BIT14'RES
' DMR
'.Ql

: MODE

Tttt

:WAIT FOR RDO TO BE SET

stete MACRC EXPANSION veee

—

N1 1
30-JUL=-80 11:38:40 PAGE 6 1 -1

€l DMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01
TE S1 9 - NON-EXISTENT MEMORY ERROR

032
032070

004737
000001

010274

30 032072
31 032100
32 032102
032102
032104
032106
032110
gz 8%%}}2

032777
001005

000001

35 032114
36 032122
37 032124
032124
032126
032130
032132
38 032134
39 032134
40 032142
41 032146
032146
: 032146

032777
001004

44 032152

032152

000400

042777
005037

104402
004737

000207
002364
\

150072
. ENDSUB

e
';’ )

032162
032166
032170
032172

004737
004000
002636
000522

104410
000316

032200
032204

004737
000000

51
52 032206
032206
032210

104410
000304

#CNTRL ,@SEL2
10%
B,EMGB,ERRG2

1S THERE A CONTROL OUT REPORTED ?
‘1F YES, PROCEED.
CEXPECTED CONTROL OUT

TRAP

.WORD
-WORD
-WORD

20%

JEXIT

BIT
BNE
ERRDF

#NXM,3SELS
20%
9,EMGY,ERRG2

;1S THE NXM FLAG SET?
;1F YES = ERROR REPORTED CORRECTLY
sUNEXPECTED CONTROL OUT RECEIVED

011066

'l
gy
P2

BIC
CLR

#RDO'CMD,aSEL2
ERROR

TRAP

yf‘
;

& )

19.2:

sMACRO FOR MASTER CLEAR

-‘CLEAR

JSR'*

ESCAPE

PC, SMSCLR
18T

BASEIN

011264

JSR

ESCAPE

PC, SBASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR
TST

CNTRIN

011520

JSR

PC, SCNTIN
.WORD
O

ESCAPE

T1S7

CSERDF
8
EMG8
ERRG2

CSERDF
9

EMGY
ERRG2

:CLEAR RDO AND THE COMMAND BITS
sALLOW ERROR REPORTING
L10060:

‘1
radiy

143

;FLAG THAT WE'RE WAITING FOR RDO

BGNSUB
g

032174
032176
50 032200

;CALL WAIT ROUTINE

PRy

;

032160

49 032174

150116

PC, SWAILT
.WORD
1

.WORD
.WORD
.WORD

104403

104410
000334

47 032162

BIT
BNE
ERRDF

104455
000011
020026
015112

-5

46 032156
032156

150134

104455
000010
017762
015112
000410

43 032150

032150
032150

JSR

SEQ

TRAP

($ESuB

TRAP

(sesus

seene MACRO EXPANSION weee

;ISSUE A DMR MASTER CLEAR
:'.'.

:1F ERROR, BR TO TEST END.
:MACRO FOR BASE IN COMMAND
stvet MACRO EXPANSION #eee

TRAP

.WORD

CSESCAPE

L10057~.

;CALL BASE IN ROUTINE WITH DEFAULTS
;SET LINE UNIT LOOP
:BASE TABLE ADDRESS
;DMR-11 MODE
RITL

;1F ERROR, BR TO TEST END.

TRAP

.WORD
sMACRO FOR CONTROL IN (FULL DUPLEX)
seeet MACRO EXPANSION teee

CSESCAPE
L10057-,

sCALL CONTROL IN ROUTINE WITH DEFAULT
;SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START,
;1F ERROR, BR TO TEST END.

TRAP

(SESCAPE

L10057-.

B 12
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 61-2

SEQ

TEST 9 = NON-EXISTENT MEMORY ERROR

gz 032212

012737

000001

002364

MOV

§7 032220

BACCIR

032220

004737

032226

160000

032224 000044

012270

JSR

032230 140044

BACCIT

004737
000040
002520
000044

012270

JSR

62 032252
63 032260
64 03%26

004737
000001

032777
001005

032262
032264
032266
032270
65 032272
66 032274
67 032274
68 032302

104455
000010
017762
015112
000410

032304
032306
032310
= 032312

104455
000011
020026
015112

69 032304

71 032314

72 032314
73 032322

74 032326

032326
032326

032777
001004

042777
005037

160000, 811158174 4&'RCOUNT

seeee MACRO EXPANSION wweee
PC, $BACC
SCALL BA/CC IN ROUTINE
:BA/CC IN RECEIVE COMMAND
.WORD RQI'BACCR
.WORD
160000 :BUFFER ADDRESS BITS 0-15
:BA BITS 16/17 AND CHAR. COUNT
.WORD BIT15'BIT 14'RCOUNT

000001

000400

147754

147736

;BA/CC IN XMIT
sveex MACRO EXPANSION #tee
PC, $BACC
;CALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RaQI'BACCT
;BA/CC IN TRANSMIT COMMAND

147712

TBUF
TCOUNT

;TRANSMIT BUFFER ADDRESS

; TRANSMIT CHARACTER COUNT
JERRN

LA A2

;WAIT FOR RDO

JSR

PC, SWAIT
LWORD
1

;CALL WAIT ROUTINE

#CNTRL,@SEL2
10%
8,EMG8,ERRG2

;1S THERE A CONTROL OUT REPORTED ?

stete MACRO EXPANSION #ewe

;FLAG THAT WE'RE WAITING FOR RDO
AL

LA 2 2

:1F YES, PROCEED.
;EXPECTED CONTROL OUT

TRAP
.WORD

.WORD
.WORD

208

JEXIT

BIT
BNE

#NXM,ASELG
208

;1S THE NXM FLAG SET?
;1F YES - ERROR REPORTED CORRECTLY
;UNEXPECTED CONTROL OUT RECEIVED

ERRDF

000207
002364

LA 22

RDO

BIT
BNE
ERRDF

10$:

WAIT

010274

208
:
ENDSUB

BIC
CLR

9,EMGY,ERRG2

#RDO'CMD,aSEL2
ERROR

TRAP

L10061:

BGNSUB

032330
032330
77 032332

104402

032332

004737

19.3:
;MACRO FOR MASTER CLEAR

CLEAR

011066

JSR

PC, SMSCLR

g’ERDF

EMG8
ERRGZ2

CSERDF

.WORD
.WORD
.WORD

9
EMG9Y
ERRGZ2

TRAP

(SESUB

TRAP

($BSUB

;CLEAR RDO AND THE COMMAND BITS.
;ENABLE ERROR REPORTING

104403

76 032330

BA/CC IN REC. COMMAND WITH NXM
ADDR = 760000 AND A CHARACTER COUNT = 3,

.WORD
"WORD

60
61 032244

032244
032250

;INHIBIT CONTROL OUT ERROR REPORTING AGAIN.

1]
§9 032232

032232
032236
032240
032242

#CNTRL ,ERROR

144

seeee MACRO EXPANSION #vee
;ISSUE A DMR MASTER CLEAR
st

LA AR

¢ 12
CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 61-3

SEQ

TEST 9 = NON-EXISTENT MEMORY ERROR

ESCAPE

104410

000154

;1F ERROR, BR TO TEST END.

JSR

82 032354
032354
032356
83 032360

ESCAPE

PC, SBASE!

.WORD
.WORD
.WORD

LPLU
BASE
DMR

011520

JSR

84
85 032366
032366
032370
86 032372

ESCAPE

012270

JSR

;SET LINE UNIT LOOP
:BASE TABLE ADDRESS
:DMR=11 MODE
:Qttt

PC, SCNTIN

.WORD

TST

ERROR, BR TO TEST END.

000001

002364

TRAP

:MACRO FOR CONTROL IN (FULL DUPLEX)
;eees MACRO EXPANSION #ev+
:CALL CONTROL IN ROUTINE WITH DEFAULT

CSESCAPE

L10057-.

sSEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.
:QQ'Q

:1F

L2 23]

ERROR, BR TO TEST END.

TRAP

.WORD

;BA/CC IN RCV

CSESCAPE

L10057~-.

seeee MACRO EXPANSION tene

PC, $BACC
SCALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI'BACCR
:BA/CC IN RECEIVE COMMAND
.WORD
RBUF
sRECEIVE BUFFER
.WORD
RCOUNT
;RECEIVE CHARACTER COUNT
;"tt

06
89 032410
90

CSESCAPE

L10057-.

(22 8]

.WORD

BACTIR

032372
032376
032400
032402

:MACRO FOR BASE IN COMMAND
seven MACRO EXPANSION teee
:CALL BASE IN ROUTINE WITH DEFAULTS

:1F

CNTRIN

032360
032364

TRAP

.WORD

BASEIN

011264

145

(22 2]

ESCAPE

TST

;1F

ERROR, BR TO TEST END.

MOV

#CNTRL ,ERROR

;INHIBIT CONTROL OUT ERROR REPORTING AGAIN.

TRAP

.MORD

CSESCAPE

L10057-.

:BA/CC IN XMIT COMMAND WITH NXM BUFFER

9N
92
93 032416

012270

032416
032422
032424
032426

ADDRESS (760000) AND A CHAR. COUNT = 1

BACCIT

160000,81715'B1T14'1

JSR

PC, $BACC

.WORD

.WORD
LWORD

95 032430

032430
032434

004737

010274

032436
97 032444
98 032446
032446
032450
032452

032777
001005

000001

104455
0000

017762

147570

IN ROUTINE

:BA/CC IN TRANSMIT COMMAND

160000 ;BUFFER ADDRESS BITS 0-15
BIT15!BIT14!1
;BA BITS 16 & 17 AND CHAR. COUNT
sanen

RDO

JSR

PC, SWALT

BIT

#CNTRL ,@SEL2
10%

BNE
ERRDF

;CALL BA/CC

RQI'!BACCT

WAIT

.WORD

seveee MACRO EXPANSION #eee

tene

;WAIT FOR RDO TO BE SET.

8.EMG8 ERRG?

sevee MACRO EXPANSION weve
sCALL WAIT ROUTINE

:FLAG THAT WE'RE WAITING FOR RDO
AL

teee

;1S THERE A CONTROL OUT REPORTED ?
:1F YES, PROCEED.

;EXPECTED CONTROL OUT

o
.WORD
.WORD

gtERDF

EMG8

015112

NNV NN

VIVIVIWAVAES S

W
N N N N NN N NN NN NN

[~ BNlelelelalelelelelal" (=]=1=l=]

[o]=l=]

P
-

o288

CZOMICO DMR-11 F UNCTIONAL TESTS MACRO v03.01 30-JuL=B0 11:38:40 PAGE 61-4
TEST 9 = NON-EXI STENT MEMORY ERROR

WSS WN = O

-l
il e o

[

32514
032514

000410

032777
001004

‘s

000400

147552

104455
000011

000207
002364

208

JEXIT

BIT
BNE
ERRDF

#NXM,aSELS
20%
9,EMG9,ERRG2

:1S THE NXM FLAG SET?
:1F YES = ERROR REPORTED CORRECTLY
sUNEXPECTED CONTROL OUT RECEIVED
TRAP
.WORD
.WORD
.WORD

147526
ENDSUB

104403
ENDTST

104401

.WORD

020026
015112
042777
005037

SEQ

BIC
CLR

#RDO'CMD,aSEL2
ERROR

146

ERRG2

CSERDF
9
EMGY

ERRG2

;CLEAR RDO AND THE COMMAND BITS.
:DON'T INHMIBIT CONTROL OUT ERRORS
L10062:

L10057:

TRAP

(SESUB

TRAP

CSETST

—

-4 0

—_r

OVONOWVISMWN—-

TEST 10 - TIME OUT ERROR
A

Al A

ARl

R0 RRRRRRdRRRRRRRRRdRRRddld)

AAAA

A ARl
R
R
RRRRRRRRdRRlRRRR Rl d)

BGNTST

T10::

CLEAR

011066

w
~N
v
~n
~N

14 032526

000214

004737
004000
002636
000522

JSR

PC, SMSCLR

ESCAPE

JSR

;ISSUE A DMR MASTER CLEAR
;".'

LA 23]

;MACRO FOR BASE IN COMMAND

BASEIN

011264

:MACRO FOR MASTER CLEAR
senes MACRO EXPANSION #ewne

;1F ERROR, BR TO TEST END.

PC, SBASEI

.WORD
.WORD
.WORD

LPLU
BASE
DMR

TRAP

.WORD

CSESCAPE

L10063-.

seeve MACRO EXPANSION weer

;CALL BASE IN ROUTINE WITH DEFAULTS
;SET LINE UNIT LOOP
:BASE TABLE ADDRESS
;DMR-11 MODE
ML
A

~NOW

032526
032532
032534
032536

Rttt

;SET THRESHOLD VALUES AS FOLLOWS:
;BSEL4 = NAKS RECEIVED (377)
;BSELS = NAKS TRANSMITTED (377)
;BSEL6 = REP/SEL SENT_(1)

- OV

;* MB207 1 MSEC PROGRAM TIMER IS OUT OF RANGE.

AAAAA

147

TEST
10 = DMR-11
* TIME OUT = FORCE A TIMEOUT AND VERIFY THAT THE ERROR IS REPORTED
;* THIS TEST WILL ALSO USE AN APPROXIMATE TIMER TO DETERMINE IF THE

104410

SEQ

004737
W

E 12

30-JuL-80 11:38:40 PAGE 62

.SBTTL

—>

1 FUNCTIONAL TESTS MACRO v03.01
OUT ERROR

032540

032540
032544
032546
032550
032552
032552
032554
24 032556

032556

25
26

004737
000013

012060

032574

JSR

PC, SDMRIN

ESCAPE

104410

000164

012060

THRESH

177777
177401

DMRIN

TIMER,0,10

JSR

PC, SDMRIN

.WORD
.WORD

ESCAPE

TIMER

TSt

CNTRIN

011520

JSR

(377)

seveee MACRO EXPANSION #vee

:CALL DMR MODE INPUT ROUTINE
: INPUT COMMAND
;SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)
;SEL6 VALUE (OR BITS TO SET IN BSEL6)
:'l"

LA A2

;1F ERROR, BR TO TEST END

.WORD

000146

004737

.WORD

MORD
.WORC

104410

27 032574

THRESH,177777,177401

177777
177401

004737
000012
000000
000010

‘BSEL 7 = NO BUFFFER

DMRIN

PC, SCNTIN

TRAP

L10063~.

TRAP

C $ESCAPE

;SET REP/SEL TIMER
sevet MACRO EXPANSION #wee
;CALL DMR MODE INPUT ROUTINE
: INPUT COMMAND
;SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)
;SEL6 VALUE (OR BITS TO SET IN BSEL6)
LA

(SESCAPE

.WORD

LA
R A

;1F ERROR, BR TO TEST END.

LWORD
sMACRO FOR CONTROL IN (FULL DUPLEX)
stver MACRO EXPANSION weee

;CALL CONTROL IN ROUTINE WITH DEFAULT

L 10063-.

F 12
%8 DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 62-1

SEQ

TIME OUT ERROR

032600
28
29 032602
032602
032604

000000

MORD
ESCAPE

104410

004737
000005
000000
000020

004737
000040
002520
000044

35
36 032632
032632
032634
37 032636

104410

40
;
“
42 032656
4“3
44 032660

;1F ERROR, BR TO TEST END.

012060

DMRIN

WMODEM,0,B1T4

JSR

PC,

SDMRIN

.WORD
.WORD
.WORD

WMODEM
0
BIT4

TRAP

012270

JSR

ESCAPE

000104

004737
000001

010274

000072
023727

002414

003005
104455

011610

PC, $BACC

.WORD
.WORD
.WORD

;CALL DMR MODE INPUT ROUTINE
; INPUT COMMAND
sSEL4 VALUE (OR BITS TO CLEAR IN BSELS6)
;SEL6 VALUE (OR BITS TO SET IN BSEL6)
AL

JSR

PC, SWALT
1
.WORD
TST

COUNT, #5000.

BGT

ERRDF

19,EMG19

seeee MACRO EXPANSION #eee

;CALL BA/CC IN ROUTINE WITH DEFAULTS

RQI'!BACCT
:BA/CC IN TRANSMIT COMMAND
;TRANSMIT BUFFER ADDRESS
TBUF
s TRANSMIT CHARACTER (OUNT
TCOUNT

RDO

CMP

sevee MACRO EXPANSION #wee

sBA/CC IN XMIT BUFFER

WAIT

ESCAPE

104410

CSESCAPE

L10063-.

;BLIND THE RECEIVER BY GOING INTO HDX.
;USE WRITE MODEM COMMAND TO SET HALF DUPLEX.

BACCIT

032620
032624
032626
032630

38 032644
032644
032646
39 032650

;"QQ

.WORD

33
34 032620

032636
032642

;SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.

000134

N
32 032606
032606
032612
032614
032616

148

000023
020370
000000

LA AL

LA R 2

;IF ERROR, EXIT

TRAP

.WORD

;WAIT FOR THE READY OUT.
seees MACRO EXPANSION veee

(SESCAPE

L10063-.

;CALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDO
;"'Q

:IF ERROR, EXIT.

TRAP

;CHECK THE SOFTWARE TIMER COUNT.
:THE

.WORD

(SESCAPE

L10063-.

TIMER VALUE WAS DETERMINED

;EMPIRICALLY ON A 11/04, 11/34, 11/40, 11/70.
;1F

OK - PROCEED

:t.'l"..i.""."""l'.'.t'."""."

TRAP

; 1MSEC PROGRAM TIMER = OUT OF

.WORD
.WORD
.WORD

RANGE.

CSERDF

19
EMG19
0

;1F THIS ERROR OCCURS, CHECK THE M8207
;MICROPROCESSOR AS FOLLOWS:

;RESET THE DMR, SCOPE E-69, PIN & TO VERIFY
;THAT THE TMSEC TIMER IS OUT OF RANGE.
:Qt.'..t.'.".'.'t'.."l.'.l'It't"'t"

25%

000423

032777
001005
104455

000001

BIT

BNE
ERRDF

#CNTRL ,@SEL2
10%

8,EMGB ,ERRGZ

.1 S THIS A CONTROL OUT
| f YES, PROCEED.
. i P ECTE D A CONTROL OuT.

TRAP

(SERDF

G 1

%8 DMR=11
FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 65-2
TIME OUT ERROR
032704
032706
032710

56 032712
57 032714
S8 032714
59 032722
60 032724

032724
032726
032730
032732

61 032734
62 032734

03273&

000010
017762
015112

000410

032777
001004

000002

104455
000011
020026
015112

004737

147316

10%:

20%:

012550
25%:

65 032740

ENDTST

104401

20%

JEXIT

BIT
BNE
ERRDF

#TOUT,aSELS
20%
9,EMGY,ERRGZ

;WAS THE TIME OUT REPORTED?
;IF YES, EXIT
sUNEXPECTED ERROR.

SHUTDN

JSR

22 032740

032740
032740

SEQ

PC, SHALT

149

.WORD
.WORD
.WORD

8
EMGB
ERRGZ

TRAP
.WORD
.WORD
.WORD

CSERDF
9
EMGY
ERRGZ

TRAP

(SETST

;eeee MACRO EXPANSION weee

:DMR MALT ROUTINE.
22

Tttt

L10063:

H 12
30-JuL=-8C 11:38:40 PAGE 64

C l DMI1CO DMR=11 FUNCTIONAL TESTS MACRO v03.01
1 3 S TM = MESSAGE TOO LONG ERROR

AL AAAAL AR

9 032742
032742
10 032742

032742

13 032752

032752
032756
032760
032762
14
15 032764

004737

011066

004737
004000
002636
000522

004737
000000

25 033034

RECEIVE BUFFER
R

AL R

ESCAPE

ND VERIFY THAT THE "'TOO LONG'' ERROR IS RECEIVED.

011264

JSR

ESCAPE

104410

PC,

SMSCLR

JSP

000120

004737
000044
002570
000022

012270

012737

000001

A DMR MASTER CLEAR

PC, S$BASEI

.WORD
.WORD
.WORD

LPLU
BASE
DMR

1£31

TRAP

:MACRO FOR BASE IN COMMAND
texee MACRO EXPANSION wte+
*CALL BASE IN ROUTINE WITH DEFAULTS

:SET LINE UNIT LOOP
:BASE TABLE ADDRESS
‘DMR-11 MODE
:t'.'

Tttt

:1F ERROR, BR TO TEST END.

TRAP

:MACRO FOR CONTROL IN (FULL DUPLEX)
PC, SCNTIN

.WORD

CSESCAPE

L10064~-.

CSESCAPE

L10064~.

tease MACRO EXPANSION e+
SCALL CONTROL IN ROUTINE WITH DEFAULT

SSEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.
;t.t'

L2 2 2]

BACCIR

RBUF ,RCOUNT/2

L10064~.
.WORD
;SET UP THE RECEIVE BUFFER WITH 1/2 BUF. SPACE

JSR

PC, SBACC

JSR

.WORD

TRAP

CSESCAPE

ieses MACRO EXPANSION weee
*CALL BA/CC IN ROUTINE

:BA/CC IN RECEIVE COMMAND
RBUF
:BUFFER ADDRESS BITS 0-15
RCOUNT/2
:BA BITS 16/17 AND CHAR. COUNT
;'tt.

PC, SBACC

.WORD
.WORD

ERROR, BR TO TEST END.

RQI'BACCR

#CNTRL,ERROR

"WORD
108:

TO TEST END.

:1F

MoV

012270

.WORD

.WORD
‘WORD
002364

ERROR,

ttee

.WORD

BACCIT

004737
000040
002520
000044

“ISSUE

1sT

ESCAPE

104410

RRRRRRRRRRRRRR])

:MACRO FOR MASTER CLEAR
seeee MACRO EXPANSION weee

:1F

CNTRIN

011520

T11::

BASE IN

23
24 033022

033022
033026
033030
033032

- DMR-11

;"'0

000150

032770
032774

32776

ARl RRRRRRRRRRRRRRlld)

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

JSR

104410

000132

032776

CLEAR

032764
032766

16 032770

TOO LONG ERROR

BGNTST

12 032746

TEST 11

6
7

= MESSAGE

thee

;THIS FLAG WILL DISABLE ANY CONTROL OUT ERROR

:REPORTING BECAUSE WE ARE INTENTIONALLY
:CAUSING ONE IN THIS TEST.
*BA/CC IN XMIT COMMAND
ieses MACRO EXPANSION veee

“CALL BA/CC IN ROUTINE WITH DEFAULTS

RQI'BACCT
BA/CC IN TRANSMIT COMMAND
TBUF
:TRANSMIT BUFFER ADDRESS
TCOUNT

:TRANSMIT CHARACTER COUNT

S
—

17
18

TEST 11

LSBTTL

2
3

150

SE@

112
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 64-1

SE@

11 = MESSAGE TOO LONG ERROR

033034
033040
27 033042
33042
033044
28 033046
29 033054
30 033056
033056
33060
033062
033064
31 033066
32 033070
33 033070
34 033076
35 033100
36 033100
033100
033102
033104
37 033106

004737
000001
104410
000054
032777
001005

010274

000001

104455
000010
017762
015112
000410

032777
001004

000020

104455
000011
020026

002364

033114

004737

012550

41
42
43
46 033120

RDO

;WAIT FOR RDO TO BE SET

JSR

PC, SWALT
.WORD
1

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

ESCAPE

TsT

;1F RDO NOT SET, BR TO TEST END.

BIT
BNE
ERRDF

#CNTRL ,@SEL2
20%
8,EMGB,ERRG2

;1S THIS A CONTROL OUT?
:1F YES, PROCEED
;EXPECTED CONTROL OUT.

40%

JEXIT

BIT
BNE

40%:

104401

AL AL

LA A

CSESCAPE
L10064~.

TRAP
.WORD
.WORD
.WORD

CSERDF
8
EMG8
ERRGZ

#TOLONG,@SEL6
40%

;IS THE TOO LONG BIT SET?
;1F YES, TEST OK = FINISH UP.

ERRDF

9,EMGY,ERRG?

;WE'RE NOT GETTING EXPECTED RESULT
TRAP
.WORD
.WORD
.WORD

CSERDF
9
EMG9
ERRGZ2

(LR

ERROR

;RESTORE ERROR FLAG TO NORMAL STATE.

JSR

PC, SHALT

SHUTDN

ENDTST

;eeee MACRO EXPANSION weee

TRAP
LWORD

015112

005037

033120
. 033120

147142

208:
308:

38 033110
39 033110

40 033114

147160

WAIT

;HALT THE DMR.

;evee MACRO EXPANSION #eee

;DMR HALT ROUTINE.
;Q.Q.

LA R 2

L10064:

TRAP

CSETST

—

26 033034

151

TEST

SEQ

E ERRORS

LSBTTL

TEST 12 - PROCEDURE ERRORS

TEST 12 - DMR-1

152

;t"'."'t"Q"""'t"'0"'0""0.""""000tttl""""".".'.""

5
.

9
10
n

:*
;*

PROCEDURE ERRORS =
THE FOLLOWING SHOULD CAUSE THE DMR=11

SUBTEST 1

A SECOND BASE IN COMMAND

SUBTEST S

A BA/CC IN XMIT. WITH A BUFFER LENGTH OF 0

:*
:*
;v

“

033122

033150
033154
033156
033160

004737

011066

004737
004000
002636
000522

011264

012737

000001

PC, SMSCLR

JSR

002364

MoV

004737
004000
002636
000522

011264

JSR

004737
000001

010274

s;
802 77
1005
:
~

000001

1470%2

EXPANSION

SISSUE A DMR MASTER CLEAR
;'.QQ

tten

;eeee MACRO EXPANSION eteee

sCALL BASE IN ROUTINE WITH DEFAULTS
:SET LINE UNIT LOOP
;BASE TABLE ADDRESS
:DMR=11 MODE

#CNTRL ,ERROR

:THIS FLAG WILL DISABLE ANY CONTROL OUT ERROR
:REPORTING BECAUSE WE ARE INTENTIONALLY
;CAUSING ONE IN THIS TEST.
:SECOND BASE IN

PC., SBASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR

:'t..

Tttt

;eeee MACRO EXPANSION ¢eee

:CALL BASE IN ROUTINE WITH DEFAULTS
:SET LINE UNIT LOOP
:BASE TABLE ADDRESS
:DMR=11 MODE
:O...

atee

RDO

:WAIT FOR RDO TO BE SET

JSR

PC, SWALT
LWORD
1

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

BIT
BNE
ERRDF

C$8SUB

teee

WAIT

ESCAPE

104410

MACRO

TRAP

PC, SBASEI
LWORD
LPLU
.WORD
BASE
.WORD
DMR

BASE IN

;MASTER CLEAR MACRO

;evee

BASE IN

—

28 033170
033170
osgtrz
og 174
0 3502
1 8%3 04

112.1:

JSR

26
27 033162

033162
033166

12::

CLEAR

20 033130

21
22 033142
23
24
25 033150

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

104402

033130
033134
033136
033140

-~
=
=

BGNSUB

18 033124

033124

SUBTEST i
SUBTEST
SUBTEST &

TO WALT AND RESPOND WITH

BGNTST

16 033122

033122
o 033122

A PROCEDURE ERROR:

EQ'Q.Q."."""0"""Q"Q""""".'Q"Q'"'QQQ"'QQ".Q'Q'QQ.Q'QQ'

15 033122

43~

J
UNCTIONAL
TESTS
MACRO
v03.01
30-JuL-80
11:38:40
PAGE
bg
12 - PROCEDUR

€0 DMR=11 ¥

T1ST

SCNTRL ,3SEL2
108
B,EMGB,ERRG?

iesee MACRO EXPANSION eeee

;Qttt

teen

;1F RDO NOT SET, BR TO TEST END.

;1S THIS A CONTROL OUT?
:1F YES, PROCEED.
;EXPECTED CONTROL OUT

TRAP

LWORD

TRAP

.WORD

CSE SCAPE

L10065-.

(SERDF

B
::::2?““9”03?&"““02£3!!:fl!2:
o SRR
SRR R rmo 2

017762
015118

.WORD
.WORD

TV TP TP TV T TV TV TP T LV )
T TV T TV TV TV T [ T ) w

sEa

w (VT T TV TP T
w[V IV TV IV T T
~N
w

v Sete
oogw

]
Ll

o 0000000000000
0O00O

~nNO

—

TMmr.

TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 6§-1
. UNCTIONAL
DURE
ERRORS

00041

032777
001004

108

001000

042777
005037

43
&4 033254

033254
45
46 033260
47
48
49 033266

50
51
52
53 033272

M —
— e

RO
rR8ER CRRSSSES

L U Ll L A A A L
N
NN NN NN NN N NN
Ll U U L L A A L U A

[=lelelelelelolelel=1=1]

———

VAW

033272
033276

JEXIT

BIT
BNE
ERRDF

#HALTC ,3SELS
15%
9.EMGY ,ERRG?2

:1S THE MALT = PROCEDURE ERROR BIT SET?
;1F YES = ERROR REPORTED CORRECTLY
:UNEXPECTED CONTROL OUT RECEIVED
TRAP
CSERDF
.WORD
9

146770
ENDSUB

BIC
CLR

#RDO'CMD ,@SEL2
ERROR

L10066:

BGNSUB

112.2:

104402
CLEAR

004737

011066

012737

000001

005037

002260

002364

LWORD
.WORD

EMGY
ERRGZ

TRAP

CSESUB

TRAP

($BsSuB

;CLEAR RDO AND THE COMMAND BITS
;RESTORE FLAG

104403

&2 033252

033252
033252

15%

158
000207
002364

EMGS
ERRGZ

B8R

147014

104455
000011
020026
015112

153

JMASTER CLEAR MACRO

JSR

PC, SMSCLR

MOV

#CNTRL ,ERROR

CLR

DMRFLG

seven MACRO EXPANSION teee

;ISSUE A DMR MASTER CLEAR
;"..

(23 2 )

;THIS FLAG WILL DISABLE ANY CONTROL OUT ERROR
:REPORTING BECAUSE WE ARE INTENTIONALLY
sCAUSING ONE IN THIS TEST.
:CLEAR FLAG THAT IS SET IN BASEIN IN ORDER
:TO0 FLAG THAT A CONTROL OUT-DMR RUN MODE

:COMMAND IS EXPECTED (THIS FLAG WAS SET IN

:THE PREVIOUS SUBTEST BASEIN)

CNTRIN

004737
000000

004737
000001

011520

JSR

010274

032777
001005

000001

017765
o151

000410

108

teen

:WAIT FOR RDO TO BE SET

JSR

PC, SWALT
.WORD
1

sCALL WAIT ROUTINE
sFLAG THAT WE'RE WAITING FOR RDO

ERRDF

104455
000010

:".'

RDO

BIT
BNE

146714

:CALL CONTROL IN ROUTINE WITH DEFAULT
:SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.

WAIT

ESCAPE

104410

000514

PC, SCNTIN
.WORD
0

:CONTROL IN
senee MACRO EXPANSION ttee

TS7

#CNTRL ,@SEL2
10%

8,EMGB ,ERRG?

15%

senee MACRO EXPANSION #tee
‘hene

Tttt

:1F RDO NOT SET, BR TO TEST END.

;1S THIS A CONTROL OuUT?
;1F YES = PROCEED.

JEXPECTED CONTROL OuT

JEXIT

TRAP

CSESCAPE

LWORD

L10065~-.

lRS:D
M

g‘[flbl

.WORD
.MWORD

EMG8
ERRGZ2

UNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 6§-2

mMre

DMICO DMR-11 F
ST 12 = PROCEDURE ERRORS
6% 033334
63 033342
64 033344

033344
033346
033350
033352

65 033354
66 033354
67 033362
68 033366
033366
69 033366

032777
001004

001000

146676

104455
000011
020026
015112
042777
005037

000207
002364

146652

n 033370

74 033376
75
76
77 033404

012737

0000017

033404
033410
033412
033414

004737
000044
002570
000044

002364

012270

004737
000001

104410
000376

81 033430
82 033436
83 033440

032777
001005

033446

015112

gg 83;220

112.3:

010274

000001

146576

104455
000010
017762

000410

JSR

PC, SMSCLR

MOV

#CNTRL ,ERROR

104455
000011
020026

TRAP

(SESUB

TRAP

csB8suB

;ISSUE A DMR MASTER CLEAR
;QQQQ

ttee

:THIS FLAG WILL DISABLE ANY CONTROL OUT ERROR
sREPORTING BECAUSE WE ARE INTENTIONALLY
sCAUSING ONE IN THIS TEST.
;sBA/CC IN RCV. COMMAND
seeex MACRO EXPANSION weee

PC, $BACC
:CALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI'BACCR
sBA/CC IN RECEIVE COMMAND
.WORD
RBUF
sRECEIVE BUFFER
.WORD
RCOUNT ;RECEIVE CHARACTER COUNT
LA 22

RDO

:WAIT FOR RDO TO BE SET

JSR

PC, SWALT
.WORD
1

:CALL WAIT ROUTINE
sFLAG THAT WE'RE WAITING FOR RDO

seeee MACRO EXPANSION tree
;'tlt

L322

ESCAPE

TST

s1F RDO NOT SET, BR TO TEST END.

BIT
BNE
ERRDF

#CNTRL ,@SEL2
108
8 ,EMG8 ,ERRG2

;1S THIS A CONTROL 0QUT?
;1F YES = PROCEED.
sEXPECTED CONTROL OUT

15%

JEXIT

15%
9,.EMG9,ERRG?

:IF
UNEXPECTED CONTROL OUT RECEIVED

BNE
ERRDF

CSERDF
9
EMGY
ERRGZ2

seeee MACRO EXPANSION teee

WAIT

BIT

TRAP
WORD
.WORD
.WORD

JMASTER CLEAR MACRO

;t.t'

03345% 032777 001000 146560
86
87 033460 001004
88 033465
033462
033464
033466

L10067:

JSR

033440
033442
033444

;CLEAR RDO AND THE COMMAND BITS.
;RESTORE FLAG

BACCIR

79 033416

033426
033426

#PDO'CMD,aSEL2
ERROR

CLEAR

011066

80 033424

BIC
CLR

15%:

104402
004737

033416
033422

;1S THE HALT = PROCEDURE ERROR BIT SET?
:1F YES = ERROR REPORTED CORRECTLY
JUNEXPECTED CONTROL OUT RECEIVED

BGNSUB

033372
73

#HALTC ,9SELG
15%
9,EMGY,ERRGZ2

104403

72 033372

154

81T
BNE
ERRDF

ENDSUB

70 033370

033370

SEQ

#HALTC ,9SELGE

TRAP
MWORD

CSESCAPE
L10065~-.

TRAP
.WORD
.WORD

CSERDF
8
EMG8

.WORD

ERRG2

- PROCEDURE ERROR BIT SET?
THE HALT
;1S YES
= ERROR REPORTED CORRECTLY
TRAP
.WORD
MWORD

CSERDF
9
EMGY

1CO
DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL=-80 11:38:40 PAGE 6‘-3
12 = PROCEDURE

SEQ

- 8%332;0

015112

.WORD

ERRG2

90 033472
91 033500
92 033504
033504
033504

042777
005037

TRAP

CSESUB

TRAP

csasus

TRAP

CSESCAPE
L10065~-.

ERRORS

94 033506
033506
033506
95 033510

104402

96
97 033514
033514

104410

033520
033524
033526
033530

ENDSUB

011066

000306
004737
004000
002636
000522

033532
033534

104410
000270

033536
033542
033544
033546

004737
000044
002570
000044

101 033536

033550
033552
104 033554
105

011264

104410
000252
012737

033570
033572

JSR

PC, SMSCLR

ESCAPE

TST

:ISSUE A DMR MASTER CLEAR
;'ttt

012270

002364

TST

:CALL BASE IN ROUTINE WITH DEFAULTS
sSET LINE UNIT LOOP
sBASE TABLE ADDRESS
:DMR-11 MODE
;tttt

010274

TRAP
.WORD

sASSIGN A BA/CC IN RECEIVE BUFFER

CSESCAPE
L10065-.

senex MACRO EXPANSION #nee

PC, $BACC
sCALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI'BACCR
sBA/CC IN RECEIVE COMMAND
.WORD
RBUF
sRECEIVE BUFFER
.WORD
RCOUNT
RECEIVE CHARACTER COUNT
TST

MOV

#CNTRL ,ERROR

BACCIT

TBUF,0

:1F ERROR, EXIT.

TRAP
CSESCAPE
.WORD
L10065~-.
sTHIS FLAG WILL DISABLE ANY CONTROL OUT
sERROR REPORTING BECAUSE WE ARE INTENTIONALLY
sCAUSING ONE.

sASSIGN A BA/CC IN XMIT BUFFER LENGTH = 0.
seeee MACRO EXPANSION teee
PC, SBACC
sCALL BA/CC IN ROUTINE
.WORD
RQI'BACCT
sBA/CC IN TRANSMIT COMMAND

.WORD
.WORD

109 033574

L2 2 2]

;1F ERROR, EXIT.

ESCAPE

JSR

LWORD

suenne MACRO EXPANSION #ee«

JRRRR

000001

L322 2]

s1F ERROR, EXIT.

PC, $BASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR

JSR

002520
000000

004737
000001

seeee MACRO EXPANSION teee

;BASE IN COMMAND

JSR

012270

108

033574
033600

sMASTER CLEAR

BACCIR

106

004737
000040

T12.4:

ESCAPE

107 033562
033562
033566

;CLEAR RDO AND THE COMMAND BITS.
;RESTORE FLAG
L10070:

BASEIN

102

103 033550

#RDO'CMD ,aSEL2
ERROR

CLEAR

100 033535

BIC
CLR

BGNSUB

004737

98 033520

146534

104403

033510

033516

000207
002364

155

TBUF
O

;BUFFER ADDRESS BITS 0-15
:BA BITS 16 € 17 AND CHAR. COUNT
;t'tt

Tttt e

WAIT

RDO

sWAIT FOR RDO TO BE SET

JSR

PC, SWAIT
LWORD
1

sCALL WAIT ROUTINE
sFLAG THAT WE'RE WAITING FOR RDO

seeet MACRO EXPANSION teee
;'i'l

LA AR

DMICO

DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 6%-6

10 033602
033602
033604
111 033606
112 033614
113
033616
033616
033620
033622
033624
114 033626
115 033630
116 033630
117 033636
118 033640
033640
033642
033644
033646
119 033650
120 033650
121 033656

122 033662
033662
123 033662

104410
000220
032777
001005

000001

146420

104455
000010
017762
015112
000410
032777
001004

001000

146402

104455
000011
020026
015112
042777 000207
005037 002364

146356

033666

004737

033672
033674

104410
000130

033676
033702
033704
033706

004737
004000
002636
000522

131 033714
132
13%
134 033722

104410
000112

012737

033722

004737

033730
033732

002570
000000

033726

.1F RDO NOT SET. BR TO TEST END.

BIT
BNE
ERRDF

WCNTRL,@SEL2
108
8,EMGB,ERRG2

;1S THIS A CONTROL OUT?
“IF YES = PROCEED.
-EXPECTED CONTROL OUT

158

SEXIT

BIT
BNE
ERRDF

WHALTC.3SEL6
158
9.EMG9.ERRG2

:1S THE HALT - PROCEDURE ERROR BIT SET?
“IF YES - ERROR REPORTED CORRECTLY
-UNEXPECTED CONTROL OUT RE CEIVED

BIC
CLR

#RDO'CMD,aSEL2
ERROR

;CLEAR RDO AND THE COMMAND BITS.
"RESTORE FLAG

L10071

000044

112.5:
CLEAR

011066

JMASTER CLEAR

JSR

PC., SMSCLR

cSCAPE

TS7

011264

JSR

ESCAPE

000001

012270

002364

BACCIR

RBUF.0

JSR

PC. SBACC

"woRD

"WORD
"WORD

a1 eact
RBUF
0

TRAP
.WORD
"WORD
"WORD

CSERDF
9
EMGO
ERRG2

TRAP

CSESUB

TRAP

C$BSUB

TRAP
WORD

CSESCAPE
L10065=.

“CALL BASE IN ROUTINE WITH DEFAULTS
:SET LINE UNIT LOOP
-BASE TABLE ADDRESS
:DMR-11 MODE
TIL)

.1F ERROR, EXIT.

WCNTRLLERROR

CSERDF
8
EMG8
ERRG2

“eees MACRO EXPANSION teee

“f

MOV

TRAP
.WORD
"WORD
"WORD

L322 2]

;BASE IN COMMAND

TST

CSESCAPE
L10065-.

"ISSUE A DMR MASTER CLEAR

:..'.

:1F ERROR, EXIT.

PC. SBASEI
WORD
LPLU
‘WORD
BASE
"WORD
DMR

TRAP
.WORD

senxe MACRO EXPANSION vtee

BASE IN

129

033710
033712

TST

BGNSUB

106402

130 033710

158

156

ESCAPE

104403

033664
033664
125 033666

128 033676

198

ENDSUB

124 033664

126
127 033672

SEQ

CZOMICO
TEST 12 - PROCEDURE ERRORS

TRAP
.WORD

CSESCAPE
L 10065

:THIS FLAG WILL DISABLE ANY CONTROL OUT
“ERROR REPORTING BECAUSE WE ARE INTENTIONALLY
“CAUSING ONE.
"ASSIGN A BA/CC IN REC. BUFFER LENGTH = 0
“eves MACRO EXPANSION sees

'CALL BAZCC IN ROUTINE

:BAZCC IN RECEIVE COMMAND

:BUFFER ADDRESS BITS O-1
“BA BITS 16/17 AND CHAR. COUN!

B 13

CIDll%g DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 65-5

SEQ

= PROCEDURE ERRORS

thee

:"'Q

135
136 033734

033734
033740
137 033742

033742

004737
000001

010274

000001

JSR

PC, SWAIT

BIT

146260

BNE
ERRDF

104455

000010
017762
015112
000410
032777
001004

RDO

ESCAPE

104410

001000

146242

108:

104455
000011
020026

015112

0462777
005037
034022

146216

15%:
ENDSUB

104403
ENDTST

1 034024

034024
034024

000207
002364

104401

;WAIT FOR RDO TO BE SET

WAIT

WORD

#CNTRL ,@5EL2
108

8,EMG8 ,ERRG2

;eeee MACRO EXPANSION #eee

;CALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDO
MLA A

*IF RDO NOT SET, BR TO TEST END.

TRAP

CSESCAPE
L10065-.

TRAP

CSERDF
8
EMG8
ERRG2

.WORD

;1S THIS A CONTROL OUT?

;1F YES = PROCEED.
;EXPECTED CONTROL OUT

.WORD
.WORD
.WORD

15%

JEXIT

BIT
BNE
ERRDF

#HALTC,aSELG
15%
9,EMG9,ERRG2

;1F YES - ERROR REPORTED CORRECTLY

BIC
CLR

157

#RDO! CMD,aSEL2
ERROR

;1S THE MALT - PROCEDURE ERROR BIT SET?
sUNEXPECTED CONTROL OUT RECEIVED

TRAP
.WORD
.WORD

CSERDF
9

.WORD

EMGY
ERRGZ

TRAP

C$ESUB

TRAP

CSETST

;CLEAR RDO AND THE COMMAND BITS.
;RESTORE

FLAG

L10072:

L10065:

—

rflC

> -t

o
b|

NOWVESWN—=

—

N(YIONAL TESTS MACRO v03.01

AAAAL A

158

ARl

RRRRRRRRRRRdRRtl]

)

TEST 13 = DMR-11

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

—

2OV

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

IS USED

SAARAL A 2

IN A DATA TRANSMISSION MODE.

e e e e L

)

COONOWVS
NN

BGNTST

013700
062700

000044
000002

012701

002570

10%:

[\ P

105021

002516
002566

104410

000466
005737
001004
052737
000403

FRER RREEE

LERRURZET

SEQ

TEST 13 = DATA TEST

.SBTTL

011066

Ses

¢ 13

30-JuL-80 11:38:40 PAG E 67

0462737

002254

R RRRRddRRRRRRRRRRdRRddRdddd)

T13::
;BYTE COUNT FOR RECEIVE BUFFER

MOV
ADD

RCOUNT RO
#2.,R0

MOV

#RBUF ,R1

CLRB
DEC
BNE

(R1)+
RO
10%

;CLEAR A BYTE IN THE BUFFER
;CONTINUE = UNTIL ENTIRE BUFFER DONE

CLR
CLR
CLEAR

TFLAG
RFLAG

;CLEAR TRANSMIT FLAG
;CLEAR RECEIVER FLAG

JSR

PC, SMSCLR

seees MACRO EXPANSION #eee
;ISSUE A DMR MASTER CLEAR

ESCAPE

TST

;2 ADDITIONAL BYTES AT END OF BUFFER ARE
;USED FOR DELIMITOR
;ADDRESS OF RECEIVE BUFFER

;MACRO FOR MASTER CLEAR

A A
LA

;IF ERROR, BR TO TEST END.

DMTURN

;1S INTERNAL LOOPBACK DESIRED?
sIF NOT, CLEAR INTERNAL LOOPBACK.
sSET LINE UNIT LOOPBACK.

1%
#LPLU,100%
12%

00400C

034120

BNE
BIS
BR

004000

034120

BIC

#LPLU,100%

;CLEAR LINE UNIT LOOPBACK.

CALL

$BASE]

;BASE IN COMMAND.

ESCAPE

.WORD
.WORD
TST

CALL
ESCAPE

$LOOP
T1S1

100%:

000000
002636
000522
104410
000424

TRAP

.WORD

BASE
UMR

sMAINTENANCE BITS

004737

011520

JSR

ESCAPE

PC, SCNTIN
.WORD
0

T1S7T

CSESCAPE

L10073-.

(LINE UNIT LOOP)

;BASE TABLE ADDRESS
:DMR MODE
;1F ERROR, BR TO TEST END.

TRAP

CSESCAPE

;DMR COMMAND TO SET MAINT. BITS
;1F ERROR, BR TO TEST END.

TRAP

.WORD

CNTRIN

43 034150

;MACRO FOR CONTROL IN (FULL DUPLEX)
sevee MACRO EXPANSION weve

CSESCAPE

L10073-.

:CALL CONTROL IN ROUTINE WITH DEFAULI
;SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.
'.'.'

R 2]
LA

;1F ERROR, BR TO TEST END.

D13
(Zbfllgg DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-8C 11:38:40 PAGE 67-1
TEST

SEQ

DATA TEST

034150
- 034152

104410
000402

TRAP
.WORD

45 034154

034154
034160
034162
034164

BACCIR

004737
000044
002570
000044

012270

JSR

47 034166
034166

48 034170

ESCAPE

104410
000364

50
51 034204
034204

52 034206

55 034216

034216
56 034220
57 034226
58 034230
034230
034232
034234
034236
56 034240
60 034242
61 034242
g% 034250

004737
000040
002520
000044

012270

JSR

ESCAPE

104410
000346

20%:
004737
000001

103552
032777
001405

010274

000001

146006

104455
000011
020026
015112
000541

032777
001035

sCALL BA/CC

000004

145764

25%:

L10073-.

IN ROUTINE WITH DEFAULTS

RQI'BACCR
sBA/CC IN RECEIVE COMMAND
RBUF
sRECEIVE BUFFER
RCOUNT
;RECEIVE CHARACTER COUNT
:""

TST

:1F

ERROR

(222

(I.E.

RDI NOT SET), ESCAPE

TRAP

CSESCAPE
L10073-.

:BUFFER ADDRESS/CHARACTER COUNT XMIT. IN
PC, S$BACC

.WORD
.WORD
.WORD

seeae MACRO EXPANSION teee
sCALL BA/CC IN ROUTINE WITH DEFAULTS

RQI!BACCT
:BA/CC IN TRANSMIT COMMAND
TBUF
;TRANSMIT BUFFER ADDRESS
;TRANSMIT CHARACTER COUNT
TCOUNT
:"..

TST

:1F

ERROR

LA 2 2

(I.E. RDI NOT SET), ESCAPE

TRAP

.WORD

66 034252
67 034256
68 034260
034260
034262
034264
034266
69 034270

.WORD
.WORD
.WORD

BACCIT

53 034210
54 034210
034210
034214

PC, $BACC

CSESCAPE

;BUFFER ADDRESS/CHARACTER COUNT REC. IN
seeee MACRO EXPANSION wene

.WORD

49 034172

034172
034176
034200
034202

159

WAIT

RDO

JSR

PC, SWAIT

.WORD

;WAIT FOR RDO
sevex MACRO EXPANSION tene
;CALL WAIT ROUTINE

sFLAG THAT WE'RE WAITING FOR RDO
;'."

Tttt

BERROR

52%

:1F ERROR = RDO NOT SET, END TES;CS

BIT
BEQ
ERRDF

#CNTRL ,@SEL2

;1S THIS A CONTROL OUT COMMAND ?

9,EMGY,ERRG2

JUNEXPECTED CONTROL OUuT RECE!VEDTRAP

25%

52%

:1F NOT - PROCEED

.WORD
.WORD
.WORD

52%

BIT
BNE

#RCV,aSELZ

;TRANSMIT OR RECEIVE

TFLAG

;1S THIS THE FIRST TRANSMIT DONE?

10,EMG10,ERRG2

;ERROR MULTIPLE TRANSMITS

40%

CSESCAPE

L10073-.

:BR FOR RECEIVE

CSERDF
9

EMGY
ERRG2

;CHECK TRANSMIT

005737
001405
104455
000012
020055
015112
000525

002516

TST
BEQ
ERRDF

30%

52%

JYES = 0K

.WORD
.WORD
.WORD

CSERDF
10

EMG10
ERRGZ

W
W
oo

BRRNSFrrRooR

TEST 13 = DATA T

012737
022777
001405

177777

002520

0025 1 6
145730
3

308:

BEQ
ERRDF

104455

000013
020104
015112
000511

022777
001470

000044

145710

MOV
CMP

32%:

104455

000014
020127
015112
000500

#-1,TFLAG
0T2UF.3$EL4

11,EMG11 ,ERRG2

52%

CMP
BEQ
ERRDF

#TCOUNT ,aSEL6

50%

12,EMG12 ,ERRG2

SEQ

160
S

E 13
CZOMICO DMR-11 Fgg%TlONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 67-2

;FLAG THAT TRANSMIT CHECK IS DONE.
;TRANSMIT BUFFER ADDRESS CORRECT?

;YES - PROCEED
;:BUFFER ADDRESS ERROR

TRAP

.WORD
.WORD
.WORD

CSERDF
1

EMG11

ERRG2

:COUNT CORRECT ?

;YES = PROCEED

;CHARACTER COUNT ERROR

TRAP

.WORD
.WORD
.WORD

52%

CSERDF
12

EMG12
ERRG2

;CHECK RECEIVE
84 034344
85 034344

86 034350
87 034352
034352
034354
034356
034360
88 034362
89 034364
90
364

005737
001405

40%:

002566

1046455

000015
020155
015112
000470

012737
022777
001405

177777

002570

002566

41%:

SIRIV28E

s =D
b
b
D

13,EMG13,ERRG2

;1S THIS THE FIRST RECEIVE DONE ?
;YES = PROCEED

;MULTIPLE RECEIVES

MOV

#-1,RFLAG
#RBUF ,@SEL&

43%

11,EMG11,ERRG2

TRAP

.WORD
.WORD
.WORD

000044

000044
002520
002570

145616

43%:

CMP

449

45%:

#RCOUNT ,3SEL6
L4%

12,EMG12 ,ERRG2

;YES - PROCEED
;BUFFER ADDRESS ERROR

TRAP

CSERDF

.WORD

EMG11
ERRGZ

;1S THE BUFFER COUNT CORRECT?
;YES - PROCEED
;CHARACTER COUNT ERROR

TRAP

.WORD
.WORD
.WORD

52%

MOV

#RCOUNT,RO

MoV

#RBUF ,R2

:GOOD DATA POINTER
;RECEIVE DATA POINTER

CMPB
BNE

(R1)¢,(R2)¢
46%

;1S THE DATA THE SAME ?
;1F NOT, BRANCH TO DATA ERROR MESSAGE

#TBUF ,R1

EMG13
ERRGZ

;1S THE RECEIVE BUFFER ADDRESS CORRECT?

52%
BEQ
ERRDF

CSERDF
13

;FLAG THAT RECEIVE CHECK HAS BEEN DONE.

.WORD
.WORD

000013
020104
015112
000454

—

RFLAG
L1

52%
(MP
BEQ
ERRDF

145636

104455

022777
001405

TST
BEQ
ERRDF

;SET UP FOR DATA CHECK (CHARCATER COUNT)

CSERDF

EMG12
ERRGZ

F13
DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL=80 11:38:40 PAGE 67-3
= DATA TEST
'

SEQ

161

034456
034460
034462

005300
001374
005712

DEC
BNE
TST

RO
45%
aR2

:CONTINUE CHECKING UNTIL DONE WITH BUFFER.

034464
034466
034466
034470
034472
034474
113 034476

001412

REQ
ERRDF

50%
14,EMG14,ERRG2

:1F OK - PROCEED
;RECEIVED EXTRA DATA

52%

ERRDF

15,EMG15,ERRG2

114 034500
115 034500

034500
034502

034504
034506
034510

104455
000016
020203
015112
000422

(5%

104455
000017

020223
015112
000415

BR
:

034512

034512
034520
034524
8222%3

042777
005737
001002
000137

000213
002566

034532
034536
034540
034544
0 034544

005737
001002
000137

002516

034544

004737

034210

145514

52%:

012550

%% 034550
034554

034554
034554

ENDTST

104401

:2 EXTRA BYTES DURING BUFFER INIT.

;DATA ERROR

TRAP
.WORD
.WORD
.WORD

CSERDF
14
EMG14
ERRG2

TRAP
.WORD

CSERDF
15

.WORD
.WORD

52%

TRANSMIT OR RECEIVE

50%:

;THIS SHOULD BE O - REMEMBER WE CLEARED

EMG1S
ERRG2

CHECK DONE

BIC
ST
BNE
JMP

#RDO+RCV+CMD,aSEL2 ;CLEAR RDO, RCV & COMMMAND BITS (0,1
RFLAG
;1S THE RECEIVE DONE ? (IF DONE, FLAG = =1)
51%
:YES = SEE IF TRANSMIT DONE
20%
:NO - GO BACK AND DO IT.

ST
BNE
JMP

TFLAG
52%
20%

SHUTDN

:1S THE TRANSMIT DONE ?
:YES = BR TO SHUTDOWN
JNO - DO IT
:SHUTDOWN DMR

JSR

PC, SHALT

CALL

S$ERROR

;eetee MACRO EXPANSION tewe

:DMR HALT ROUTINE.
;Qt.'

L2 2 3]

:CHECK BASE TABLE AND REPORT ANY SOFT ERRORS
L10073:

TRAP

CSETST

.SBTTL

162

TEST 14 - EXTENDED ADDRESSING DATA TEST

:*
:*
;*
;*

TEST 14 - DMR-11
IN THIS TEST = SEE IF WE WAVE MEMORY MANAGEMENT, IF SO SEE IF we
HAVE THE MEMORY TO CHECK BITS 16 € 17 IN SEL6. THIS WILL ALLOW
US TO TRANSFER DATA USING THOSE EXTENDED ADDRESSING BITS. AS IN

;* TEST 13 THE TEST

;* USED.

IS NON-INTERRUPT AND INTERNAL (TTL) LOOPBACK IS

E""'t""'..t""""' (2222233322323 23333322332323333333232233320222302320203]

034556

ESNTST

034556

034556
034562

012746
012746

000340
023572

034572
034576
034600
034604
034610
034614
034614
034620

012746
104437
062706
005037
005737

000003

012700
104436

000004

034566

19 034622

20
21
22 034626
23 034630
24 034634
25 034640
Ce

28
29 034640
30 034646
31 034650
32 034654
33 034654

012746

;ENABLE LOCAL BLOCK - NEEDED BECAUSE OF

SETVEC

#4,#NOXMEM,#PRIO? ;SET UP TRAP VECTOR 4

‘USE

OF SYMBOLIC LABELS ''RSEL&"

ETC.

MOV
MOV

#PRI07,=(SP)
#NOXMEM,-(SP)

MOV
TRAP
ADD

#3,-(SP)
CS$SVEC
#10,SP

CLR
ST
CLRVEC

NXMFLG
ax177572
#4

;CLEAR FLAG = SET IF TRAP TO 4.
*ADDRESS MEMORY MANAGEMENT REGISTER.
‘RESTORE TRAP VECTOR 4.

#4 RO
CSCVEC

002350

TSt

NXMFLG

001404
005037
000137

002350
036200

BEQ
(LR
JMP

108
NXMFLG
85%

*NOTE: THE FLAG WILL BE SET BY TRAP &
S1F THERE IS NO MEMORY MANAGEMENT.
:1F FLAG IS CLEARED, PROCEED WITH TEST.
“RESTORE FLAG
TEXIT = CAN'T TEST WITHOUT MEM. MANAG.

CMP
BGE
JMP

LSHIMEM, #2200
15%
85$

:NOTE: LSHIMEM IS SIZE OF TOTAL MEMORY IN
*PAGE ADDRESS REGISTER FORM - DETERMINED BY
:BY DIAGNOSTIC SUPERVISOR AT STARTUP.
:DO WE HAVE ENOUGH MEMORY TO ADDRESS BIT 16?
:1F YES - PROCEED WITH TEST
S1F NOT = EXIT

SETPRI

#PRIO7

:MAKE SURE WE ARE IN KERNEL MODE.

MOV

#172300,R1

MOV

#776406,(R1)+

DEC
BNE

RO
20%
#172340,R1

012700
104441

000340

35
36 034662

012701

172300

39 034672
40

012721

077406

10%:

002200

036200

15%:

;; 8;2293 012700 000010
005300
001374

012701
005011
012761
012761

172340

000200
000400

000002
000004

MOV

MOV
CLR
MOV
MOV

#8. RO

(R1)
#200,2(RY)
#400,4(RY)

;1S THE FLAG STILL CLEARED?

MOV
TRAP

#4,-(SP)

005737

034654
034660

&6 034706
45 034710
&6 034716

LSB

MOV

000010
002350
177572

002120

41 034676
6§ 034700
43 034702

T14::

LENABL

000004

023727
002002
000137

SEQ

= EXTENDED ADDRESSING DATA TEST

————eeee d

N=O00®NOWVESWN—

VEW

—a

g
w

—

me.

—————
e

613
DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL=-80 11:38:40 PAGE 68

MOV
#PR107,RO
TRAP
($SPRI
:SETTING PRI SHOULD ALSO CLEAR BITS 14 815
:IN PSW WHICH PLACES PROCESSOR IN KERNEL MODE.
:GET ADDRESS OF KERNEL PDR REG 0

:GOING TO WRITE PDR REG 0-7

:WRITE BITS FOR THE FOLLOWING PAGE DESCRIPTION
:READ/WRITE ACCESS, 128. BLOCK PAGE LENGTH.
;WRITE ALL PDRS

:GET
;PAR
:PAR
:PAR

ADDRESS OF KERNAL PAR 0
0, ADDRS
0 - 17776
1, ADDRS 20000 =~ 37776
2, ADDRS 40000 = 57776

H13

SEQ

%2 DMR=11 FUNCTIONAL TESTS MACRD v03.01 30-JuL-80 11:38:40 PAGE 68-1
= EXTENDED ADDRESSING DATA TEST

53 034762
gg 034766
56
57 034772
58 034776

60 035032

65
66 035044
67 035050
68 035052
69 035054
70 035056
71 035060

76 035070

77 035074
78 035076

NN
= -

SR SRR E R RN

il
D
i
il

il
D e

il
il
il
—

N L L L L L Ll L AN A

COCO000000000000

VVWAWA WAV
A VTV AW

82 035106

000100

MOV
MOV

120000

005037

002350

012746
012746
012746
012746
104437
062706
012737

000340
023572
000004
000003

012701
012702

000040
002416

000010
000001

012224

005737
001014
005301
001372
005303
001364
012701

004000

005737
001002
005301
001372

002350

005037

177572

012700
104436
005737
001417

000004

002350

104455

000023
036202
000000
0 10446
0 12746
0 12746
0 10600
104414

CLR
SETVEC

177572

21%:

22%:

002350

005024

000016

23%:

24%:

:PAR

ADDRS 60000
ADDRS 100000
ADDRS 200000
ADDRS 400000

:PAR 7, ADDRS 160000
#64. R3

#120000,
R4
NXMFLG

6
177776 (1/0 PAGE)

;COUNTER FOR OUTER LOOP OF TEST PATTERN GEN.
;USE VIRTUAL -ADDRESS TO MAP TO PAR 5
;GENERATE A TEST PATTERN IN THE 1ST 4K

;BYTES OF PAR 5 (VIRTUAL ADDR 120000 - 127776)
‘ENSURE FLAG IS CLEARED

#4,ONOXMEM, #PRI0? :SET UP TRAP VECTOR & (WILL SET FLAG)
MOV
MOV
MOv
MOV

TRAP
ADD

#PR107,-(SP)

#NOXMEM,
- (SP)
#6,-(SP)

#3,-(SP)
CSSVEC
#10,5P

MOV

2 ,30177572

SENABLE MEMORY MANAGEMENT

MOV

#32. ,R1
#8CCITT,
R2

;COUNTER FOR INNER LOOP OF TEST PATTERN GEN.
;ADDRESS FOR 32. WORDL TEST PATTERN

MOV

(R2)+,(R4)+

;WRITE TEST PATTERN INTO 4K BYTES

TST
BNE

NXMFLG

sNXM TRAP 4?

;DO THE INNER LOOP 32. TIMES

249

; (PHYSICAL ADDRESS 200000 - 207776)
J1F YES = EXIT

DEC
BNE
DEC
BNE
MOV

;D0 THE OUTER LOOP 128. TIMES

#4000,R1

sCOUNTER TO CLEAR THE NEXT &k BYTES.

CLR

(R4)+

;CLEAR OQUT THE ENTIRE PAR

TST

NXMFLG

sNXM TRAP 4?

BNE
DEC
BNE

CLR
CLRVEC
1ST
BEQ
ERRDF

PRINTB

036240
000002

ozooo.1z

.
.
.
.

22%

24%
R1

; (PHYSICAL ADDRESS 210000 - 217776)

:1F YES = EXIT

23%

77572
"

NXMFLG

25%
19,EMT22

#FMT25,R4

;TURN OFF MEMORY MANAGEMENT
JRESTORE TRAP & TO SUPERVISOR

;WAS THIS AN ERROR EXIT
;1F NOT, PROCEED.

# RO
TRAP

CSCVEC

TRAP

(SERDF
19

.WORD
.WORD
.WORD

MOV
MOV
MOV
MOV
TRAP

———————————————————————————

#600,6(R

#1000,10

EMT2?2
0

R4 ,=(SP)

#EMT2S,-(SP)
#2.,-(SP)

SP,RO

(SPNTB

004000
007600

MOV
MOV
MOV
MOV
MOV

]

000006

47 0347264

163

113

SEQ

11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 68-2
TENDED ADDRESSING DATA TEST

062706
000137

004737
90
91 035164

035164
035166

92
93 035170
96 035174

000006
036200

25%:

011066

104410

JMP

ADD

85%

CLEAR

JSR

PC, SMSCLR

ESCAPE

TST

sISSUE A DMR MASTER CLEAR
:"'Q

LA A A

;1F ERROR, BR TO TEST END.

TRAP

001012

002254
004000

042737

004000

DMTURN

:{g #g}ERNAL LOOPBACK DESIRED?

035220

BNE
BIS
BR

#LPLU,100%

'SET LINE UNIT LOOPBACK.

035220

BIC

#LPLU,100%

;CLEAR LINE UNIT LOOPBACK.

CALL

$BASE!

;BASE IN COMMAND.

TST

1008:

000000
002636
000522

ESCAPE

104410

308

32%

.WORD

.WORD
.WORD

BASE
DMR

;MAINTENANCE BITS

(LINE UNIT LCOP)

:BASE TABLE ADDRESS
;DMR MODE
;1F ERROR, BR TO TEST END.

TRAP

.WORD

;DMR_COMMAND TO SET MAINT. BITS
;IF ERROR, BR TO TEST END.

104410

035242
035246

;MACRO FOR CONTROL
PC, SCNTIN

011520

.WORD

ESCAPE

104410

010000
050000

MOV

#10000,RSEL4

035342
050000

(LR

orNOOD

MNOPNON) =4

-b

TFLAG
RFLAG

WML

;CALL CONTROL IN ROUTINE WITH DEFAULT
;SEL6 - FULL DUPLEX, RUN MODE, 1 SEC START.
ML AL

LA R A

000726
(LR
CLR
CLR

MOV

RSELS:
RSELG:

SFLAG

;CLEAR TRANSMIT FLAG
sCLEAR RECEIVE FLAG
;CLEAR SECOND LOOP FLAG
= 0, THEN THIS |
s1F SFLAG
= -1, THEN THI S
:1F SFLAG

sRECEIVE BUFFER ADDRESS %B

#B1714!10000,RSEL6 ;REC BUFFER ADDR BIT

TSEL4

TRAP

CSESCAPE

L10074~-.

A TEST OF BIT 16
A TEST OF BIT 17
S 0-1%5)

:BYTE RECEIVE CHARACTER c

s TRANSMIT BUFFER ADDRESS
(

MOV

#81714!10000,TSEL6 ;XMIT BUFFER ADDR BIT
1
;BYTE XMIT CHARACTER COUNT

CALL

$BACC

.WORD
.WORD
.WORD

(SESCAPE

L10074~-.

IN (FULL DUPLEX)

.WORD

002516
002566
002344

CSESCAPE

L10074-.

;teve MACRO EXPANSION veee

;1F ERROR, BR TO TEST END.

OO0

035250
035252

OO0OO0O0O0

— el e

D el il

D il el il

il il el el i

POPORINIRUNININ
b b b b d e e = e

NOWVESWN
2O OV
NO WS W -

110 035250

004737
000000

TRAP

.WORD

000740

109 035242

CSESCAPE

L10074~-.

CLEAR INTERMAL LOOPBACK.

000750
$LOOP

#6,5P

;MACRO FOR MASTER CLEAR
sevee MACRO EXPANSION #xee

.WORD

005737
001004
052737
000403

164

;ISSUE THE BUFFER ADDR/ CHAR COUNT CCMMAND
RQI'BACCR
; COMMAND FOR BA/CC IN RECEIVE
0
;BUFFER ADDRESS BITS 0-15
O
sBUFFER ADDR BIT 16 + CHAR. COUNT

FECZEY

oOooOoOo
NN

3
r SRRaT Gau o1
333 3

~r0

[

b
—.
b 2

O0O00000
w WG

035350

135 035352
136 035352

035352
035356
137 035360

035360
035362

138
139 035364
140 035372

141 035374

035374
035376
035400
035402

’:U“fi\”vm’
W —-=O O

16§ 035404
143
035410
144 035410
145 035416
146 035420
147 0354264
148 035426

J 13

1 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 68-3
ENDED ADDRESSING DATA TEST

ESCAPE

1046410

TST

;1F

SEQ
ERROR, END TEST

TRAP

000646

.WORD

CALL

000040
000000
000000

TSELG:
TSELG:

104410

000630

004737
000001

(N8
010274

ESCAPE

.MWORD
.WORD

18T

O
0

WAIT

RDO

JSR

PC, SWAILT

.WORD

;BUFFER ADDRESS BITS 0-15
;BUFFER ADDR BIT 16 + CHAR. COUNT
;IF ERROR, END TEST

TRAP

TST

BIT

164642

BEQ
ERRDF

104455

000011
020026
015112
000137

036170

032777

000004

144616

50%:

;Q't.

:1F

(22 2]

RDC NOT SET BEFORE

TIMEOUT, END TEST
TRAP
CSESCAPE

036170
177777

035342

002516

55%:

144560

9.EMGY,ERRG?2

JUNEXPECTED CONTROL OUT.

TRAP

80%

JEXIT

BIT

#RCV,aSEL2

;1S THIS A TRANSMIT OR RECEIVE?

TFLAG

;1S THIS THE

60%
55%

10,EMG10,ERRG2

9
EMGY
ERRGZ2

TRAP

CSERDF

1ST TRANSMIT DONE

+1F YES, PROCEED
;MULTIPLE

TRANSMITS

80%

JEXIT

MOV
CMP

#-1,TFLAG

;FLAG THAT THE TRANSMIT

11,EMG11,ERRG2

;BUFFER ADDRESS ERROR

BEQ
ERRDF

.WORD
.WORD
.WORD

10
EMG10
ERRG?2

TRAP

CSERDF

IS DONE.

:1S THE BUFFER ADDRESS CORRECT?
:1F OK, PROCEED WITH CHECK.

OO0 NO W

VAVAVAVALVA

— i

.WORD
.WORD

036170

035344

144536

56%:

CSERDF

.WORD
.WORD
.WORD

:BR FOR RECEIVE

JMP

TSEL&L ,@SEL4
56%

L10074~-.

;1S THIS A CONTROL OUT COMMAND?
:NO = PROCEED

JMP
BNE
TST
BEQ
ERRDF

002516

#CNTRL ,@SEL2
50%

L10074~.

;FLAG THAT WE'RE WAITING FOR RDO

.WORD

000001

CSESCAPE

;WAIT FOR RDO TO BE SET
seeee MACRO EXPANSION ttee
;CALL WAIT ROUTINE

000616

032777
001406

CSESCAPE

L10074~-.

;ISSUE THE BUFFER ADDR/ CHAR COUNT COMMAND
RQI'BACCT
;COMMAND FOR BA/CC IN TRANSMIT

.WORD

ESCAPE

104410

$BACC
.WORD

165

.WORD

1"
EMG11
ERRG?

JMP

80%

EXIT

CMP
BEQ
ERRDF

TSEL6,SELS
70%
12.EMG12,ERRG2

;1S THE CHAR, COUNT CORRECT?
:1F Ok, PROCEED
;CHARACTER COUNT ERROR = OR EXT MEM PROBLEM
CSERDF
TRAP

.WORD
.WORD

12
EMG12

FREEFERSSrN TM.
m=
&
2 S%

&S0

FARZZS

—

SEQ

ADDRESSING DATA TEST

036170

177777

035324

dh D

002344

004000

JMP
TST

BEQ
ERRDF

036170

il il

LR REC28TEIFARIR
2B I3

60$%:

002566

035326

002566

€1%:

144440

62%:

FE5S
33335033442
NNNNO

#-1,RFLAG
RSELG ,@SELG

;FLAG THAT THE RECEIVE

CMP

130000

012700
012701
012702

010000

012737

000001

65%:

120000
140000

177572

668%:

67%:

68%:

62%

11,EMG11,ERRG2

80%

JEXIT

RSEL6,QSELG

;1S THE CHAR. COUNT CORRECT?
:1F 0K, PROCEED
;CHARACTER COUNT ERROR

63%

12,EMG12,ERRG2

166

.WORD

ERRG2

TRAP

CSERDF
13

.WORD
.WORD
.WORD

EMG13
ERRG2

TRAP

CSERDF

IS DONE.

;1S THE BUFFER ADDRESS CORRE(CT?
:1F 0K, PROCEED WITH CHECK.
;BUFFER ADDRESS ERRCR

.WORD
.WORD
.WORD

TRAP

.WORD
.WORD
.WORD

TST

SFLAG

#4000, R0

:BR FOR BIT 17 CHECK
;IN THE TEST OF BIT 16 WE SENT 4K BYTES

MOV
BR

#130000,R2
66%

;WHICH WILL MAP TO 200000
;THE REC BUF, MAPS TO 210000
;GO COMPARE THE XMIT AND REC BUFFERS

MOV
MOV
MOV

#10000, RO

;IN THE TEST OF BIT 17 WE SENT 8K BYTES

#140000,R2

;THE REC BUF. MAPS TO 400000

MOV

., anrisre

;TURN MEMORY MANAGEMENT BACK ON.

CMP
BNE
DEC

68%

(R1)+,(R2)+

;1S THE DATA THE SAME?
:IF _NOT THERE IS A DATA ERROR.
:CHECK ENTIRE BUFFER

70%

;1F DATA OK, PROCEED WITH TEST.

77572
15,EMG15 ,ERRG2

:TURN MEMORY MANAGEMENT OFF
.

BNE
BR

CLR
ERRDF

R1
#120000,

R?
#120000,

67%

80%

EMG11
ERRG2

CSERDF
12

EMG12
ERRGZ

sWHICH EXTENDED ADDRESS ARE WE CHECKING?

MOV
MOV

;THE XMIT BUFFER BEGAN AT THIS VIRTUAL ADDR

;THE XMIT BUFFER MAPS TO 200000

:DATA ERROR

SR8

FEO>
INN

NNNNY

e dadLod L L Lnd A L A L L Ll A

0000000000000 O0O0O0O0O0O0O000

012702
000406

;1S THIS THE 1ST RECEIVE DONE
:1F YES, PROCEED
sMULTIPLE RECEIVES

MOV

BNE

120000

RFLAG

61%
13,EMG13,ERRG2

JEXIT

BEQ
ERRDF

63%:

JEXIT

80%

CMP
BEQ
ERRDF

164460

80%

JMP

i
il i
D i
s
D il il
h
D
D il il i
s

—

mere

K13
CTIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE 68-4

JEXIT

TRAP

.WORD
.WORD
.WORD

CSERDF
15

EMG15
ERRG?

——

VIV
AW

N NN NN NN

[elelel-l- BN-lelelelolelelolalalal=1"]

000213
002566

035352

72%:

002344
177777
002120

RFLAG

7%
408

71%:

002516

023727

77572
;TURN MEMORY MANAGEMENT OFF.
#RDO+RCV+CMD ,@SEL2 ;CLEAR RDO, RCV & COMMMAND BITS (0,1)

144312

035352

002344
004200

;1S THE RECEIVE DONE ? (IF DONE, FLAG = =1)
;YES = SEE IF TRANSMIT DONE

:NO = GO BACK AND DO IT.

72%

;1S THE TRANSMIT DONE ?
;YES - SEE IF THERE IS MORE

TFLAG

40%

:NO = DO IT

TST
BNE

SFLAG

80%

;HAVE WE ALREADY TESTED BIT 17

MOV

#-1,SFLAG

;FLAG SO WE DON'T COME THIS WAY AGAIN.

BLT
CLR
CLR

TFLAG
RFLAG

CMP

002516
002566

167

LSHIMEM, #42 00
80%

;IF SO = END OF TEST

;1S THERE ENOUGH MEMORY TO TEST BIT 17?
;IF NOT = END OF TEST.
sCLEAR FLAGS FOR NEXT TEST

;THIS TEST WILL TRANSMIT 8K BYTES STARTING AT PHYSICAL ADDRESS 200000
;7O PHYSICAL ADDRESS 400000. THE TRANSMITTED BUFFER STILL CONTAINS
;THE TEST PATTERN GENERATED IN THE BIT 16 TEST.

005037
012737

035324

036014
036020

005037
012737

035342
060000

036026
036032

012701
012704

010000

MOV
MOV

036036

005037

002350

012746
012746
012746
012746
104437
062706
012737

000340
023572
000004

CLR
SETVEC

120000

035326
035344

TSELS
;TRANSMIT BUFFER ADDRESS (BITS 0-15)
#B1714!20000,TSE L6 ;XMIT BUFFER ADDR BIT 16 SET AND 8K

;BYTE RECEIVE CHARACTER COUNT

#10000,R1

sBYTE XMIT CHARACTER COUNT
:COUNTER TO CLEAR 8K BYTES

NXMFLG

:ENSURE FLAG IS CLEAR

R&
#140000,

000010
000001

177572

74%:

002350

#4,#NOXMEM,#PR107 ;SET UP TRAP TO VECTOR & (WILL SET FLAG)

177572

000004

MOV

n.,amn7rrse

CLR

(R4)+
NXMFLG
75%
RO
748

TST

i
e
e

sVIRTUAL ADDRESS THAT WILL MAP INTO PAR 6
;WITH THE PHYSICAL ADDRESS 400000

000003

e
e
il

(LR

#81715:20000,RSE L6 ;REC BUFFER ADDR BIT 17 SET AND 8K

75%:

BNE
DEC
BNE

CLR
CLRVEC

77572

TST
BNE

NXMFLG

RSEL4

MOV

140000

;RECEIVE BUFFER ADDRESS (BITS 0-15)

(LR

MoV

KBRS amvmo8RES =3

PSS
SS
w
N =t =t =d b b
-~

036002

33 LYL
[« B¥T.3

177572

708:

SEQ

:SET UP TO TEST BIT 17, IF THERE IS ENOUGH MEMORY.

[eYelelel=lolelolelelolellot

OOOS =
S&GRERS
ruuug-----~
-l NOWVMESWN—-O
i il D i i D 8&<
W
= OOV
NOWVSWN 2O O

——

[SLSLSLSLNLNSTNTNSTNT
ST SISTSTSTSTSTSTNTNTST NS NN SIS ]NN NN

~N
&~

nornoN
&S

—_

mers

L 13
UNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 68-5
ED ADDRESSING DATA TEST

002350

035316

JMP

76%
35%

;TURN ON MEMORY MANAGEMENT

MOV
MOV
MOV
MOV
TRAP
ADD

#PR107,-(SP)
- (SP)
#NOXMEM,
#4,-(SP)
#3,-(SP)

MOV
TRAP

#4 RO

CSSVEC

#10,SP

;CLEAR 400000 - 417776

:DOES A NXM TRAP & OCCUR?
;1F YES, EXIT

:TURN OFF MEMORY MANAGEMENT

;RESTORE TRAP &

;WAS THIS AN ERROR EXIT?
:1F YES = REPORT ERROR
;START THE SECOND TEST

CSCVEC

SEREREGSEARESES
o

76%:

ERRDF

19,EMT122

PRINTB

#EMT25,RG

000006

80$%:

012550

85$:
ENDTST

SHUTDN

CSERDF
19
EMT22
0
R4 ,=(SP)
#FEMT25,-(SP)
#2,-(SP)

: SHUTDOWN DMR
seeve MACRO EXPANSION #ewe
;DMR HALT ROUTINE.

JSR

PC,

CALL

SERROR

;CHECK BASE TABLE AND REPORT ANY SOFT ERRORS

LSB

;DISABLE LOCAL SYMBOL BLOCK

SABL

SHALT

HAAL L

— il i il i
D) B e e i e el
NN = NNOR S OOW—=LOW—
ONNWES
O OWNME ==

O OMNWVIONMWO O

Ot et Ot et et D e OO =t = O =t = O = =d —d e d e —d O =t
SOV
2O
=2
NOS =2 —=O—=—=000NO
~—=
VIO S ONWVMSONVIVIW
S ONVIONWVMIVLVWVIVIW S OO

263

SoaSE

=lelelelelelel]

036270

VO NN =N WV

WV S O OWN =

D
D) e O i i O e e e i
i O
e e e e i e e O b
S BN =N
2O
=2NNONOSATNVNOO = WNNO &~O

262

ety

L10074:

104401

040

TRAP

EMT22:

LASCIZ

/CAN'T ADDRESS EXTENDED MEMORY/

FMT25:

ASCIZ

/%XAMEMORY ADDRESS X06X DOES NOT RESPOND - TRAP 4XIN/

.EVEN

——————

168

036240
000002

puin

B P OROBOREROEE 0T

o
[eTeleolelelelelelelelelelalele]

251

M3
FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 68-6
NDED ADDRESSING DATA TEST

owv

WSS

CSETST

CO DMR=1 1 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 70
15 - DMC MODE (RESUME) INTERRUPT TEST

SEQ

169

}

LSBTTL

.t"tt'ttttttt""'"Qt"""""'tittt."ttt"'tt""QQQ'Q'Q'QQQQQ"'

10
1
12

;i
it
i

S
6
7
8
9

;*
;*
:*
;*
:*

20
22

23
24
25
26
27

IN RESUME

e
i
v
i
i
i

HALT
BASE
2 BA/CC IN RECEIVE
HALT
BASE
2 BA/CC IN RECEIVE
HALT
BASE
1 BA/CC IN RECEIVE

IN RESUME

2 BA/CC IN TRANSMIT

2 BA/CC IN RECEIVE

IN RESUME
IN RESUME

HALT

BASE

IN RESUME

HALT

BASE

IN RESUME

HALT

BASE

IN RESUME

e
i
it
I
I

BASE IN
CONTROL IN
HALT
-

BASE

TEST 15 = DMR=11

RESUME BASE IN - DMC MODE
«+
WILL NOT RUN IF MODEM LOOPBACK IS SELECTED
e«
[N THIS TEST THE DMR WILL TRANSMIT AND RECEIVE 7 BUFFERS. DURING THE
TEST THE DMR WILL BE HALTED AND RESTARTED BY A BASE=IN RESUME IN THE
FOLLOWING MANNER:

14
15
16
17
18
19

TEST 15 - DMC MODE (RESUME) INTERRUPT TEST

2 BA/CC
HALT
2 BA/CC
HALT
1 BA/CC

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

]

34
35
36

I
it
e

38
39
40

3
g%

e
it
;t

e
it

61
42

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

THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST
THE RECEIVE/TRANSMIT TABLE.
THE BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS.
THIS
SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OFf
SEVEN RECEIVE AND SEVEN TRANSMIT BUFFERS.
THE ROUTINE WILL

ATTEMPT

HIERARCHY:

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

THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

‘S

IN THE FOLLOWING

e
i

‘Z

TO USE AS LARGE BUFFERS AS POSSIBLE

.ttt't'...t.t.t.'tt.tt.t't"O'Q"..QQtQ.lt..t"".ttt'."'t.."....'O'

46 036

036

BGNTST

7T15::

47 036

WMAINT

49 036326
S0
51
sg
5
gg

BNE

408

MOV

#7,BUFNUR

CLR

N TRDE

S1F YES WE CAN'T RUN THIS TEST
;(NOTE: CAN'T WRITE MODEM IN DMC MODE)
:# OF RCY & XMIT BUFFERS.
:FLAG SET TO REQUEST USE OF RESUME.
:FLAG SET TO REQUEST DMC MODE.
SFLAG NOT TO REQUEST MAINTENANCE MODE
.

CALL

$SBUFFS

:DETERMINE 7 RCY &

MoV
MoV

#1,RESUME
#1,DMCMDE

;DO WE NEED TO WRITE MODEM
SMAINTENACE 1 OR 2?

7 XMIT BUFFERS

—

B 14

OM =11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 70-1
MC MODE

(RESUME)

011066

104410

JSR

PC, SMSCLR

ESCAPE

TST

seeee MACRO EXPANSION #eee

sISSUE A DMR MASTER CLEAR
:""

LA 2 2]

;IF ERRCR, EXIT TEST

TRAP

000034

.WORD

011264

JSR

67 036410

ESCAPE

000016

036410

004737

68 036414
036414
036416

104410

PC, SBASEI
.WORD
LPLU

.WORD
.WORD

104410

BASE
DMR

TST

sevex MACRO EXPANSION ##¢«

;CALL BASE IN ROUTINE WITH DEFAULTS
;SET LINE UNIT LOOP
;BASE TABLE ADDRESS
;DMR=-11 MODE
AL A

LA 2 A

:IF ERROR, EXIT TEST

TRAP

.WORD

JHALT

SHUTDN

012550

CSESCAPE

L10075~-.

;ISSUE A DMR MODE BASEIN
:IN DMR MODE, IF A INTERFACE IS REQUIRED
;70O BE WRITTEN = IT WILL BE DONE.

BASEIN

004737
004000
002636
000522

170

sMASTER CLEAR

CLEAR

004737

SEQ

INTERRUPT TEST

JSR

PC, SHALT

ESCAPE

TST

L10075~-.

seeex MACRO EXPANSION #wee

:DMR HALT ROUTINE.

;t'tt

LA 28]

;IF ERROR, EXIT TEST.

TRAP

LWORD

000006

CSESCAPE

L10075-.

¢AFTER SETTING INTERFACE OR LOOPBACK MAINT.

;(CAN'T BE DONE IN DMC MODE), START IN
:DMC MODE.
74 036420

CALL

$INOUT

;THIS ROUTINE WILL MANAGE ALL THE DMR

;COMMANDS ISSUED IN THE INTERRUPT ROUTINES
: (FROM BASE IN UNTIL SHUT DOWN). BESIDES
;CONTROLLING THE SOF TWARE TIMEOUT, THIS
;ROUTINE WILL ALSO CHECK THAT BUFFER

;CHARACTER COUNTS AND ADDRESSES ARE CORRECT

;AND THAT THE DATA IS CORRECT IN THOSE BUFFERS

40$%:

ENDTST

104401

L10075:

TRAP

CSETST

o»

OO
NOWVEWN 2OV NOVSWN—-

FUNCTIONAL TESTS MACRO v03.01
MODE (RESUME) INTERRUPT TEST

€ 14

30-JuL-80 11:38:40 PAGE 71

.SBTTL

SE@

TEST 16 = DMR MODE

(RESUME)

INTERRUPT TEST

AR RRRRRRRARRRRCRORRORRCORRORREORARARARRRRRRARRARRRONARASOCERRCEROONRROERRTSE

;* RESUME BASE

TEST 16 = DMR-11

IN - DMR MODE

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

SPHWNN 2OV

b cd cd

R I I IR T

...l.......‘...".QQ.OQ'......Q.‘Q'Q

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

A e S S

CONTROL IN

HALT

BASE

IN RESUME

HALT

BASE

IN RESUME

HALT

BASE

IN RESUME

HALT
BASE
1 BA/CC IN RECEIVE
HALT
BASE

IN RESUME

HALT

BASE

IN RESUME

HALT

BASE

IN RESUME

HALT
BASE
1 BA/CC IN TRANSNKIT
HALT
BASE

IN RESUME

2 BA/CC IN RECEIVE

2 BA/CC IN TRANSAMIT

2 BA/CC IN TRANSMIT
2 BA/CC IN TRANSMIT

IN RESUME

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

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE SBUFFS.

A. IF THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32Kk.
B. IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER
THAN 2K BYTES, USE THAT MEMORY

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

(2222223222232 2222222222222

222222 2R

R R0RRRRRRRRRRRRRRRRRRRRRdd])

GNTST

000007
000001
002276
002300

51
g% 036452

004737

011066

T16::

MOV
MOV
CLR
CLR

#7 ,BUFNUN
#1 ,RESUME
DMCMDE
MNTMDE

:# OF
sFLAG
sFLAG
:FLAG

CALL

$BUFFS

;DETERMINE 7 RCV &

PC, SMSCLR

seeee MACRO EXPANSION #eve
;ISSUE A DMR MASTER CLEAR

JSR

RCV & XMIT BUFFERS.
SET TO REQUEST USE OF RESUME.
CLEARED - DMR MODE.
NOT TO REQUEST MAINTENANCE MODE.

sMASTER CLEAR

CLEAR

54 036456
036456

002324
202274

THIS

SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
SEVEN RECEIVE AND SEVEN TRANSMIT BUFFERS.
THE ROUTINE WILL
:}ES::IH:O USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING

T E

T TR TR T T Tl T

O I o

I T

IN THE

BASE IN

o. T E TR TRLR TR

—

MR-11

PONINI NN

mer<

—

7 XMIT BUFFERS

—

D 14

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 71-1

SE@

TEST 16- DMR MODE (RESUME) INTERRUPT TEST

56 036462

036462
57 036464

104410
000006

58 036466
59
60
61

172

ESCAPE

TST

;IF ERROR, EXIT TEST

CALL

$INOUT

;THIS ROUTINE WILL MANAGE ALL THE DMR
:COMMANDS ISSUED IN THE INTERRUPT ROUTINES
;(FROM BASE IN UNTIL SHUT DOWN). BESIDES
:CONTROLLING THE SOF TWARE TIMEOUT, THIS

TRAP
LWOND

CSESCAPE
L10076~.

:ROUTINE WILL ALSC CHECK THAT BUFFER

;CHARACTER COUNTS AND ADDRESSES ARE CORRECT

63
22

;AND THAT THE DATA IS CORRECT IN THOSE BUFFERS

ENDTST

68 036472
69

036472
036472

104401

L10076:

TRAP

(SETST

NO
NO VS WN -

1
1

}
1

1
2

%
2

SEQ

173

TEST 17 - DMR MODE INTERRUPT EXERCISE

LT
R
R

TEST 17 = DMR-11

;* INTERRUPT DRIVEN EXERCISE
;* IN THIS TEST 64 BUFFERS WILL BE TRANSMITTED AND RECEIVED
3

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

NOWVNESWN

1
1

E 14

30-JuL=-80 11:38:40 PAGE 72

LSBTTL

THE

i
;e

o
K

CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE

RECEIVE/TRANSMIT

CHECKED AGAINST

TABLE.

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE SBUFFS.

THIS

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

:IEE=SEH;° USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING
.

i
o

SWN 2OV

—
S

0o MR=11 FUNCTIONAL TESTS MACRO v03.01
17
= DMR MODE INTERRUPT EXERCISE

IF
IF

THERE

IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
IS FREE MEMORY ABOVE

THE SUPERVISOR GREATER

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

THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

.:"Q."."'.""'"'""""'"'Q.."'.."."".."."'.'."""'.""

BGNTST

036474
036474
gg 036474

012737

000100

27 036502
28 036506
%g 036512

005037
005037
005037

002274
002276
002300

MOV

#64. ,BUFNUM

T17::
:# OF RCV & XMIT BUFFERS.

CLR
CLR
CLR

RE SUME
DMCMDE
MNTMDE

:FLAG CLEARED IN ORDER NOT TO USE RESUME.
:FLAG CLEARED TO ALLOW DMR MODE.
:FLAG NOT TO REQUEST MAINTENANCE MODE.

g; 036516

CALL

$BUFFS

;DETERMINE 64 RCV &

33 036522

CLEAR

036522
34
35 0%6526

036526
% 036530

004737

002324

011066

104410
000012

37 036532
38
39
40
[

:MASTER CLEAR

seeee MACRO EXPANSION wree

JSR

PC, SMSCLR

ESCAPE

TST

;1F ERROR, EXIT TEST

CALL

$INOUT

:THIS ROUTINE WILL MANAGE ALL THE DMR
:COMMANDS ISSUED IN THE INTERRUPT ROUTINES
;s (FROM BASE IN UNTIL SHUT DOWN). BESIDES
:CONTROLLING THE SOFTWARE TIMEOUT, THIS
sROUTINE WILL ALSO CHECK THAT BUFFER

:1SSUE A DMR MASTER CLEAR
""..

Tttt

TRAP
.WORD

;AND THAT THE DATA IS CORRECT

22 036536

CALL

4“7
48 036542

036542
036542

CSESCAPE
L10077-.

:CHARACTER COUNTS AND ADDRESSES ARE CORRECT

64 XMIT BUFFERS

ENDTST

104401

$ERROR

IN THOSE BUFFERS

;CHECK BASE TABLE FOR SOFT ERRORS

L10077:

TRAP

CSETST

SeSeNevsna

AAAE

—————

A ARl
R
R R
RRRRRRRRdRRRtRRd]])

18 = DMR-11
TEST
:* LARGE MESSAGE
;* IN THIS MODE TRANSMIT AND RECEIVE 1 LARGE BUFFER
‘%

;* THE BA/CC OUT RECEIVE AND TRANSMIT WILL BE ACCOUNTED FOR AND
;* THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST
:* THE RECEIVE/TRANSMIT TABLE.
AN
S8

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

ATTEMPT TO USE AS LARGE BUFFERS AS POSSIBLE
HIERARCHY:

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

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

A.
B.
C.

IN THE FOLLOWING

24 036544
036544
25
%9 036544

012737

000001

28 036552
29 036556
g? 036562

005037
005037
005037

002274
002276
002300

35
36 036576
036576
036600
37
38 036602
39

AR R

RRRRRRRRRRRRRR

BGNTST

32 036566
33
34 036572
036572

002324

T18::
MOV

#1,BUFNUM

:# OF

CLR
CLR
CLR

RE SUME

DMCMDE

MNTMDE

;FLAG CLEARED IN ORDER NOT TO USE RESUME.
;FLAG CLEARED TO ALLOW DMR MODE.

CALL

$BUFFS

;DETERMINE 1 RCV &

JSR

PC,

;MASTER CLEAR
;reex MACRO EXPANSION weee
sISSUE A DMR MASTER CLEAR

ESCAPE

187

;IF ERROR, EXIT TEST

CALL

$INOUT

;THIS ROUTINE WILL MANAGE ALL THE DMR

CLEAR

004737

104410

011066

SMSCLR

RCV & XMIT BUFFERS.

;FLAG NOT

TO REQUEST MAINTENANCE MODE.

:t".

XMIT BUFFER

LA A2

000012

;COMMANDS ISSUED IN THE INTERRUPT ROUTINES
; (FROM BASE

40
o

IN UNTIL SHUT DOWN).

BESIDES

;CONTROLLING THE SOF TWARE TIMEQUT, THIS
.
;ROUTINE WILL ALSO CHECK THAT BUFFER
CORRECT
ARE
S
ADDRESSE
AND
COUNTS
R
;CHARACTE
;AND THAT THE DATA IS CORRECT

46 036606

CALL

SERROR

IN THOSE BUFFERS

;CHECK BASE TABLE FOR SOFT ERRORS
;NOTE: NORMALLY ANY NON-ZERQ ERROR COUNT IS
;REPORTED; HOWEVER IN THIS TEST A REP COUNT

;0F 1 IS ALLOWED, BECAUSE AT LOW BAUD RATES
;WE WOULD EXPECT 1 REP.

0O
2OV NOWVNSWN—=2OO0V®NO
VS W~

174

TEST 18 = DMR MODE LARGE MESSAGE

.SBTTL

—

SEQ

= DMR MODE LARGE MESSAGE

POPONIND
= cd d
e
cd b s s

—

mMre

——————

F 14
DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-B0 11:38:40 PAGE 73

G 14

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 73-1

SEQ

TEST 18 = DMR MODE LARGE MESSAGE

52
53 036612
036612
- 036612

ENDTST

10440

L10100:

TRAP

175

CSETST

|9 oM 1 C 0 DMR=11 FUNCTIONAL TESTS MACRO v03.01
TE ST 1 9 - DMR MAINTENANCE MODE MESSAGE

2
3

5
6

R RRRRRRRRdl)

VTWN~O0Vo~N

;
YHE BA/CC OUT RECEIVE AND TRANSMIT WILL BE ACCOUNTED FOR AND
;* THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST
THE BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS.

THIS
SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
ONE RECEIVE AND ONE TRANSMIT BUFFER.
THE ROUTINE WILL
QIESQSEH;O USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING

;* THE RECEIVE/TRANSMIT TABLE.

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

2 OO0V

THAN 2K BYTES, USE THAT MEMORY

C. IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE

THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

036614
036614
036614

A22 222

SR SRR

R R0t
RRRRRRRRRRRdl)

BGNTST

T19::
RCV & XMIT BUFFERS.

MOV

#1 ,BUFNUM

:# OF

CLR
CLR

RE SUME

MOV

DMCMDE
#1 ,MNTMDE

;DON'T ALLOW RESUME

30 036640

CALL

$BUFFS

sDETERMINE 1 RCV &

32 036644

CLEAR

ORI
v

176

TEST 19 = DMR=11
. * HAlNTENANCE MODE OPERATION

SEQ

TEST 19 -~ DMR MAINTENANCE MODE MESSAGE

.SBTTL

NUONIRUND
=B b ad e
e
i = h

H 14

30-JuUL-80 11:38:40 PAGE 74

6 036622

28 036632

012737

000001

005037
005037
012737

002274
002276
000001

036644

004737

34 036650
036650
036652
35

104410
000012

002324

002300

011066

:FLAG CLEARED TO ALLOW DMR MODE.
FLAG SET TO REQUEST MAINTENANCE MODE.
1 XMIT BUFFER

;MASTER CLEAR

JSR

PC, SMSCLR

ESCAPE

swvex MACRO EXPANSION #we
;ISSUE A DMR MASTER CLEAR
ceren

;1F

teen

ERROR, EXIT TEST

TRAP

.WORD

gb 036654

CALL

$INOUT

CSESCAPE

L10101~-.

;THIS ROUTINE WILL MANAGE ALL THE DMR
:COMMANDS ISSUED IN THE INTERRUPT ROUTINES
; (FROM BASE IN UNTIL SHUT DOWN). BESIDES
:CONTROLLING THE SOFTWARE TIMEOUT, THIS

:ROUTINE WILL ALSO CHECK THAT BUFFER

: CHARACTER COUNTS AND ADDRESSES ARE CORRECT
;AND THAT THE DATA IS CORRECT IN THOSE BUFFERS

CALL

ENDTST
104401

$ERROR

;CHECK BASE TABLE FOR SOFT ERRORS

L10101:

TRAP

CSETST

I 14
TESTS
MACRO
v03.01
30-JuL-80
11:38:40
PAGE
75
CZOMICO DMR=11 FUNCTIONAL

HARDWARE PARAMETER CODING SECTI ON

;

.SBTTL

SEQ

177

HARDWARE PARAMETER CODING SECTION

‘

;'.t."'."""""""""'0"""'*"'Qt'tt".'t"""'t't""""t'

7
8
9

:
;
:
;

b)
6

:
:

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

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

:t"'i".."'.'t"""" 2222222232333 322322332223323223323323232322222232222003]

12
13 036666

036666

% 036670

15 036670

036670
036672
036674
036676

001031
036722
160000
177776

036700
036702
036704
036706

002031
036740
000000
000776

036710
036712
036714
036716
- 036720

010032
036761
000007
000000
000007

16 036700

17 036710

BGNHRD

000015

LSHARD: :

19 036722

GPRMA

P1,2,0,160000,177776,YES

GPRMA

P2,4,0,0,776,YES

GPRMD

P3,20,0,7,0,7,YES

ENDHRD

s 036722

£L10102:

21 036722
036725
036730
036733
036736
22 036740
036743
036746
036751
036754
036757

103
040
104
123
040
126
124
040
104
123
040

123
101
122
123
000
105
117
101
122
123
000

122
104
105
072

P1:

.ASCIZ

/CSR ADDRESS: /

103
122
104
105
072

P2:

LASCIZ

/VECTOR ADDRESS: /

105
040
116
107
101
117
055

123
103
106
125
124
116
015

P3:

JASCI1

/TEST CONFIGURATION =/<CR><LF>

24 037007

040

060

JASCII

23 036761
036764
036767
036772
036775
037000
037003
037006

124
124
117
"M
122
M
040
012

0 = INTERNAL (NO CONNECTOR)/<CR><LF>

.WORD L10102-L$SHARD/2

.WORD
.WORD
.WORD
LWORD

TSCODE
P
TSLOLIM
TSHILIM

.WORD
.MWORD
.WORD
WORD

TS$CODE
P2
TSLOLIM
TSHILIM

.WORD
.WORD
.WORD
LWORD
LWORD

T$CODE
P3
7
TSLOLIM
TSHILIM

J 14

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 75-1

SE@

075
116
122
114
116
103
116
124
051

Ot
ald)—
O
— e O etk S A D B
N NWVINNOO
O

040
075
063
064
040

26 037127

040

037143
037146
037151
037154
037157
037162
037165
037170
037173
037176
037201
037204
037207
037212
27 037214

055
116
107
114
040
117
101
m
105
101
040
114
124
116
015

040
124
122
040
120
107
115
116
122
103
123
105
1M
051
012

037244
037247

062
012

063

040

H3254 - v.35

LASCII

2 = H3254 - INTEGRAL

JASCID

<CRX<LF>/

064

ASCIDT

(NOTE:

178

MODE 1-4 ALLOWS/<CR><LF>

28
29 037250

e e

s e

—_-OOOOONISMNINSOO =080

-l e

=00 —=0O0

063

— OO — 5

040

OO0

037217

2 OOOCO

VIV

LASCIT

NwWwWwhww OSHfONNO—=2WN=0ONON)

040
1M
105
101
050
040
116
103
122
012
040
040
110
065
055

VIS NWWVMIWVOOO

037012
037015
037020
037023
037026
037031
037034
037037
037042
037045
25 037046
037051
037054
037057
037062

HARDWARE PARAMETER CODING SECTION

PROGRAM [NTERFACE SELECTION)/

3 = H3255 = RS232C/<57>/423/<CR><LF>

& = H3255 = RS422/<CR><LF>

—_—

K 14

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 75-2

HARDWARE PARAMETER CODING SECTION

037253
037256
037261
037264
037267
037272
30 037275
037300
037303
037306
037311
037314
037317
037322
037325
037330
037333
037336
037341
037344
037347
31 037351

040
110
065
055
123
062
040
040
103
114
101
040
040
103
1M
105
101
040
114
124
015
040

075
063
065
040
064
015
040
075
101
105
116
123
120
113
116
122
103
123
105
105
012
040

040
062
040
122
062
012
065
040
102
040
104
127
101
040
124
106
105
105
103
104

037370
037373
037376
037401
037404
037407
037412
037415

065
040
124
122
055
065
055
054

060
111
105
101
102
065
061

054
116
107
114
103
101
060

037421
037424
037427

062
103
063

063
055
062

06¢
110
065

037443
037446
037451
037454

062
110
065
015

062
063
061
012

055
06
051

037461
037464
037467
037472
037475
037500
037503
0375
03751
037514
037517

105
103
124
040
114
127
107
116
040
040
105

114
124
110
106
114
m
040
114
m
124
040

105
040
105
117
117
116
117
13
106
110
115

32 037416

33 037456

040

052

122

040

123

LASCII

SEe

179

5 = CABLE AND SW PACK INTERFACE SELECTED/<CR><LF>

;

LASCIT

(V.35-H3250, INTEGRAL=-BCS55A-10,/

LASCI1

/7 RS232C-H325, RS423/<57>/422-H3251)/<CR><LF>

LASCI1

/+ SELECT THE FOLLOWING ONLY IF THE MODEM SUPPORTS LOOPBACK ¢/

R Sy

L 14

CZDOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE 75-3

HARDWARE PARAMETER CODING SECTION

375
037525
037530
037533
037536
037541
037544
037547
34 037552
037555
037560
037563
037566
037571
037574
35 037576
037601
037604
037607
037612
037615
36
37

037620

117
115
125
117
123
117
102
113
015
040
075
17
14
117
015
040
040
122
117
040
117
012

104
040
120
122
040
117
101
040
012
066
040
103
040
117
012
040
075
105
124
114
120

000

105
123
120
124
114
120
103
052
040
040
114
101
114
120

067
040
115
105
117
015

LASCII

<CR><LF>/

LASCIZ

.EVEN

'
6 = LOCAL LOOP/<CR><LF>

7 = REMOTE LOOP/<CR><LF>

SEQ

180

M 14

CZOMICO DMR-11 FUNCE!ONA L T TESTS T? MACRO v03.01 30-JuUL-80 11:38:40 PAGE 76

SEQ

181

.SBTTL

CRRARRARNRARARNRARACNERCOOCRORROERARNARNANOANOANANRAAROOOROPIOORRORROEREQRETD

= OO0 N

CODING SECTION

NS W

SOF TWARE PARAMETER

SOFTWARE PARAMETER CODING SECTION

:
;
:
:

THE SOFTWARE PARAMETER CODING SECTION CONTAINS MACROS
THAT ARE USED BY THER SUPERVISOR TO BUILD P-TABLES. THE
MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES. THE

;

WITH THE OPERATOR.

;

MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS

037622
037624

000005

037624
037626
037630
037632
037634

000032
037636
000007
000001
000005

16
17 037636

LS$SOFT::

=ONNS
==
2220 =N

S~
vl ONWVONWVINO

=S P OWVWVIOWWO
= a~Nyhow

Ot O e b O = ed e ed ed e

=2t aaVO
vB

NS DO

[e P Telel lelelele R Rt

w
~
-~
W

037763

— e i i ) i i e e i ) e
COONMNIWVM—=N—=O =000

o
~N

w
~
~

20 037711

L10103:
8--ucoo-o-u~:~am~ Vet SN N2 O 8 =2 YO NN

037636

8
19 8%;22?

.WORD L10103~-L$SOFT/2

.WORD
.WORD
WORD
.WORD
.WORD

OO0 20000 = b b b e =
O = NWWVNE O VO =IO

BGNSFT

ENDSFT

8&)&“(}(’820"03‘-‘Oflfl\fif"fl()hohJUhduhUl

037622

b O = b b e e e e O b b e b s b
CO=O—=0O—=0O Ot et OO =
5~
W=t
NN ON = S NVNOOON
S N==OOHwWWN
OWVIVIWN
= OWVO~

—_—

CRRRRRNRERRARNAN RN ERERRERRNRRRANRRAARNRRAARRAAARAACRRNARAOCOOTRRRROROETTTSE

S1:

VEN

LASCI1

/SELECTABLE PROGRAM LOOP TIME-OUT VARIABLE/<CR><LF>

LASCIZ

/[REFER TO LISTING 6.3.13]1

(MAX=5; MIN=1) /

TSCODE
§1
7
TSLOLIM
TSHILIM

N 14

CZOMICO DMR=11 FUNCTIONAL TESTMS MACRO v03.01 30-JuUL=-80 11:38:40 PAGE 76-1

SEQ

0
SOF TWARE PARAMETER CODING SEC.ION

.EVEN

JRRRRRRRRRACRNRRCRNS

24 037766
25
26 040066
27 040070
28 040072
29

040066
000240
000240
000240

g? 040074

PATCH:

040100

TR RARRRRRRCRERORRRRRRRRROEROETY

ENDMOD

32 040074

040074
040076

.=.+100
NOP
NOP
NOP

PATCH AREA

182

LASTAD

000000
000000
000001

LSLAST::
.END

.WORD
.WORD

0
0

B 15
CZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 76-2

017704
020055
020104
020127
020155
020203
020223
020236
020267
020341
020370
017715
017762
020026
012526
012712
024062
025434
030546
030574
030630
031170
025454
031770
036202
025610
026336
026363
026431
027536
027567
030516
021476
002360
014604
016152
016204
016236
015112
015226
015456
015752
016050
002364

FINITY

FINIT?
FINITS
FLAG
FMDROP
FMG1

FMG10
FMG11
FMG12
FMG13
FMG14
FMG15
FMG16
FMG17
FMG18
FMG19
FMG2
FMG21
FMG22

FMG23
FMG24
FMG3
FMG4

FMG5
FMG?7
FMG8
FMGY
FMS1
FMS2
FMS3
FMTO
FMT1
FMTT
FMT12
FMT13
FMT14
FMT15
FMT16
FMT19
FMT2
FMT25

FMT3

FMT4
FMTS
FMT6
FMT?
FMT8
FMT9

FRSPAS

[T~

EMG1
EMG10
EMG11
EMG12
EMG13
EMG14
EMG15
EMG16
EMG17
EMG18
EMG19
EMG2
EMG8
EMGY
EMS3
EMS4
EMTO
EMT1
EMT10
EMT11
EMT12
EMT13
EMT2
EMT20
EMT22
EMT3
EMT4
EMTS
EMTS
EMT?
EMT8
EMT9
END
ERRFLG
ERRG1
ERRG10
ERRG11
ERRG12
ERRG
ERRG
ERRG4
ERRG?
ERRG8
ERROR

ERRT4
EVL
EXERR =
ESEND =
ESLOAD=

O NOWVIN)
NN S =

C$DODU= 000051
CSORPT= 000024
CSoU = 000053
CSEDIT= 000003
CSERDF= 000055
CSERHR= 000056
CSERRO= 000060
CSERSF= 000054
CSERSO= 000057
CSESCA= 000010
CSESEG= 000005
CSESUB= 000003
CSETST= 000001
C$EXIT= 000032
CSGETB= 000026
CSGETW= 000027
CSGMAN= 000043
CSGPHR= 000042
C$GPLO= 000030
CSGPRI= 000040
CSINIT= 000011
CSINLP= 000020
CSMANI= 000050
CSMEM = 000031
CSMSG = 000023
CSOPEN= 000034
CSPNTB= 000014
CSPNTF= 000017
CSPNTS= 000016
CSPNTX= 000015
C$Q10 = 000377
CSRDBU= 000007
CSREFG= 000047
CSRESE= 000033
CSREVI= 000003
CSRFLA= 000021
CSRPT = 000025
C$SEFG= 000046
C$SPRI= 000041
C$SVEC= 000037
C$TPRI= 000013
DOMC = 000010
DFPTBL 002174
DIAGMC= 000000
DISCON= 000100
DMCMDE 002276

(AT~

DTR
= 000100
DXERR = 000007

[aIaTalalAaTalalal~)

BUFNUM 002324
BUFSIZ 002322
co
= 002
CHIPNO 002412
CLRNO
002376
= 000007
CMD
CNTRL = 000001
002414
COUNT
000015
=
CR
CSR
002232
TS
= 010000
(SAU = 000052

ERRT

(A2l alalalalalalalalalalalalalalalalalalalal
A a1 )

AX3
002304
BACCR = 000004
BACCT = 000000
BASE
002636
BASE! = 000003
BASEUP= 020000
BIGBUF 004236
BITO = 000001
81700 = 000001
81701 = 000002
81702 = 000004
81103 = 000010
81704 = 000020
BIT05 = 000040
81706 = 000100
81707 = 000200
81708 = 000400
BIT09 = 001000
BIT1
= 000002
81710 = 002000
BIT11 = 004000
BIT12 = 010000
BIT13 = 020000
BIT14 = 040000
BIT15 = 100000
BIT2 = 000004
8173 = 000010
8IT4 = 000020
BITS = 000040
BIT6é = 000100
8117 = 000200
BIT8 = 000400
BIT9 = 001000
= 000400
BOE
BSELO = 002232

(2TaTalaT~A)

C$AUTO= 000061

“
= 000044
ADR
= 000020
ASSEMB= 000010

ONWS NOOWO
OO WWNN-—WONNON NO WO SO

SYMBOL TABLE

FoR—

0020
002

-l
-l
il
) el
D

NOWVS
W —-2ONO VSN —

(i %d

LSEF

-l

002072
010236

023602

il il

LSOUT
LSOVTY

LSOV

002032
002011
010244
002076
002060
002124
002116
002040
002034

—

L$CO
LSDEPO
LSDESC
LSDESP
LSOEVP
LSDISP
LSOLY
LSOTP
LSOTYP

-l

88383388838838383
FORORORIRINON)
— — — — — —

NOBFR =
NOXMEM
=
NXM
NXMFLG

OUTFLG
OUTISR
OUTRCV
OUTXMT
O$APTS=
OSAU =
0$BGNR=
0$BGNS=
os$bU =
OSERRT=
O$GNSW=
O$SPOIN=
0$SETU=

PRIOO
PRIO1
PRI02
PRIO3
PRI04
PRIOS
PRIO6
PRIO7

PSTACK

P1
P2
P3
R

RBUF
RCOUNT=
RCYV
=
RCVBUF
RDI
RDO

SELO
SELZ2
SELG
SEL6

SFLAG
SFPTBL
SKIP
SPEED
STARES

STARST
START
STLUY

PATCH
=
PNT
PRETIM=
PRI
0

RUN

SAVE
SECN

N U U U AN W

OO N
U U AN A N
N N N N N N
N W NN N NN OO
= = b b b b —b b OOO0OO~NNNNOONWN
NN NN S W PORIRININ)
ONIW—~N
NN = NN N
N = =2 O = W SN WD
~N =N =ONNINNOTONON)
— — NN = LN S~ NN — O~
OO ONNOCONNINO NSO
o ONO

[elelelelelelelelelelelalalalolelalalelelelel
ol ol = o
ot

o)
ol alala T ala T a T
ala
o T Al
Eabala g Il
e a Il
Al

LSETP
LSEXPT
LSEXP4
LSEXPS5
LSHARD
LSHIME
LSHPCP
LSHPTP
LSHW
LSICP
LSINIT
LSLADP
LSLAST
LSLOAD
LSLUN
LSMREV
L SNAME
LSPRIO
LSPROT
LSPRY
LSREPP
LSREV
LSSOFT
LSSPC
LS$SPCP
LSSPTP
LSSTA
LSSW
LSTEST
LSTIML
LSUNIT
L10000
L10001
L10002
L10003
L10004
L10005
L10006
L10007
L10010
L100
ettt atatatatatatatatalalats

INISR
022052 G
INRCV
002326
INTER = 00001%
INXRIT 002330
1SP13 = 000076
I1SP7 = 000072
ISR
= 000100
= 004000
IXE
I1$AU_ = 000041
1$AUTO= 000041
ISCLN = 000041
ISOU = 000041
ISHRD = 000041
ISINIT= 000041
1SMOD = 000041
1SMSG = 000041
ISPROT= 000040
ISPTAB= 000041
ISPWR = 000041
ISRPT = 000041
I$SEG = 000041
I$SETU= 000041
I$SFT = 000041
I$SRV = 000041
I1$SUB = 000041
ISTST = 000041
JSJAP = 000167
00236%
LAST
= 00001
LF
LLOOP = 000006
LOCATE 024004 G
002400
LOCRC
= 040000 G
LOE
LOGDEV 002366
= 000010 G
LOT
LOWORD 002404
LPLU = 004000
002110 G
LSACP
002036 G
LSAPT
002070 G
LSAUT

(olelelolelel
=" "d"d
OOOWOOOO

C
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 76-3
SYMBOL TABLE

STREC
STUP
SUBRPC
SVCGBL=
SVCINS=
SvCsSuB=
JVCTAG=

SVCTST=
SWw00 =
Swo1
SW0?2
SW03
SW04
SW05S
SWw0é
SWw07
Sw08
SW09
swi0
SW1l1
Sw12

SWw13
SWi4

SW1s
SSLSYM
S1

T
TBUF
TCOUNT=
TEMP
TFLAG
THRE SH=

THIL
TH2L

TH3L

THAL
TIMER
TOLONG=
=
TOUT
TSEL4
TSELG
T$ARG(C=

—

e e

D 15
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL=-80 11:38:40 PAGE 76-4
SYMBOL TABLE

. ABS.

040100

000000
ERRORS DETECTED:

T4,

[2X~)

000
001

( 91 PAGES)
23264 WORDS
DYNAMIC MEMORY AVAILABLE FOR 69 PAGES
CZDMIC.BIN,DB2:CZDMIC.SEQ/C/N:TOC=#SVC34R.MLB,CZDMIC.P11

VIRTUAL MEMORY USED:

PVY,
N

000046

X$OFFS= 0

N =t

WAITS
WMAINT
WMODEM=
WTYPE

185

XMTBUF
003236
KSALWA=
X$FALS=

=
UAM
UPDATE=
WAITI
WAIT?
00

WAIT3

930100

[AaTalalalalalA)

NN
—

.
.

6
G
6
6

010101
023662
032516
032742
033122
033122
033252
033370

T$$TES=
mn
110
T
112
112.1
112.2
712.3

177777
177777
000000
177777
010104
000000
000023

—_

T$SAVL=
TSSEGL=
T$SUBN=
TSTAGL=
TSTAGN=
TSTEMP=
TSTEST=

000000
000005
000002
000000

TSNSO =
TSNS1 =
T$NS2 =
T$PTNU=

— PP
e e b

TSERRN= 000023
TSEXCP= 000000
TSFLAG= 000040
TSGMAN= 000000
TSHILI= 000005
1SLAST= 000001
TSLOL1= 000001
TSLSYM= 010000
TSLTNO= 000023
TSNEST= 177777

PNININD = b cd
e e h
o
V00 NON W S WO

T$TSTM= 177777
T$757S= 000001
T$$AUT= 010015
T$SCLE= 010016
T$$0U = 010022
T$SHAR= 010102
T$$HW = 010000
T$SINI= 010014
T$SMSG= 010056
T$$PRO= 010013
T$$S0F= 010103
T$$SRV= 010024
T$$SUB= 010072
T$$Sw = 010001

T$CODE= 000032

SEQ

002
0023
002306
000005
002252

X$TRUE=
$BACC
$BASE!
$BUFFS
$CCITT
$CLRAI
SCNTIN
$OMRIN
SERROR
SHALT
$INOUT
$LOOP
SLSTIN=
SLSTTA=
$SMSCLR
$ROMO
SWAIT

010704
011520
012060
012402
012550
014126
013052
000001
000001
011066
012732
010274

$BUFFS
$CCITT
$CLRQI
SCNTIN
SOMRIN
SERROR
SHALT

67-45
31-36#
61-27
40-34#
20-151#
29-29#
32-340

60-36
67-49
56-23
61-47
70-56
40-75

31-54
$8-28
39-41
67-132
64-40
70-74
58-98

SLSTTA
SMSCLR

54-30

SLSTIN

58-25
65-25

58-48
65-98

58-67
65-128

58-93
67-33

59-21
68-100

60-19

60-67

61-18

33-69
58-192
57-38

34-45
60-22
57-58

4(8-169

68-253

70-67

73-4b
57-28

56-72

56-95

56=97

31-76
48-23
48-25
35-34

45-121+
4<8-233
4(8-253

56-70
57-22
57-97
60-19
65-128
31-40

56-72
57-30
57-99
60-67
67-35

45-125+
61-57
60-36
6-71
42-95

45-130+
61-86
60-82
42-74
48-78

14-15

42-92

-0--0--0880802000
BN - O
NO
WV
N
-

68-106

42-6Y
42-95

L1-41

56=74
§7-36
§7-101
60-97
68-102

56-76
57-43
57-103
€0-99
70-64

74-44

57-41

7=2

0-7
7-6

7-7

70-64

61-50
59-29

61-83
59-54

58-38

59-44
62-27
60-31

59-66
64-16
60-79

65-53
62-21

67-42
62-24

68-109
62-32

58-39

58-59

58-73

59-67

60-59

60-96

61-21

58-22
65-95

58-64
65-125

60-64

37=23
64-26

37-27
65-27

59-36
65-136

62-34

64-24

74-36

33-48
61-95

45-135¢
64-19

61-59

42-78

42-74

56-35
56-90
57-74
57-109

56-23
56-86
57-55
57-105
60-110

42-81

56-37
56-92
57-76
58-25

71-54

67-45
65-107

42-81

56-39
56-95
57-78
58-41
61-80

68-125
67-49

68-131

4£2-83
56-41

42-85

56-97
57-80
58-48
62-14

56-43
56-99
57-90
58-67
64-13

68-118

68-121

4£2-88

56-56
56-101
57-91
58-75
65-20

48-191

48-220

48-240

53-189

57-30

57-43

48-299

48-306

61-27

61-57

61-93

0000?0000
"
i
et et et 44 4

o
10010

s
il
il
il
i
s
—

57-55%
65-20
74-30

) - -

57-36
64=13
73-32

- -

00 Pt B0 P

65-134

53-167
32-54
61-61

65-107

53-85
32-39
61-29

65-101

53-81
31-74
60-84

61-77

) -

g Pd G

65-77

56=51
65-18

)

64=24

30-49

Gt G

64-19

56-19
64=10

56-39

62-34

54-39
62-11

ASSEMB

61-93

73-38

74-32
53-42
31-42
60-56

AX3
BACCR
BACCY
BASE

61-86

72-37°

$ROMO
SWALT

ADR

61-59

72-45
56-59

41-115

$INOUT
$LOOP

6157
68-130
§7-22
62-164
72-31
68-62
32-50
58-70
§7-25

~NOw

$BASE
]

34-294

186

58-75

19-64

19-62
19-59
19-57
48-125

19-65
19-61

48-136
48-142

4B-146
4B8-146

68-229

4£2-88

56-60

56-103
57-93
58-95
65-25

———————

SEQ

O
N

$BACC

oo D T T T T T T T T G O O M ®

——

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE S-1
CROSS REFERENCE TABLE (CREF v01-05 )

SEQ

CROSS REFERENCE TABLE (CREF v01-05 )

BIT1S
BIT2
BIT3

19-8#
19-8#
19-8#

19-34
19-50
19-77

48-306
19-79
19-78

61-27
19-80
45-130

BIT6

19-8#

19-44

19-54

19-73

19-67
19-66

19-68

BIT4
BITS

BI117

BIT8
BITY
BOE

19-8#
19-8#4
19-8#

19-8#
19-8#
19-8#

19-47
19-46
19-43

19-41
19-40

19-76
19-75
19-53

45-125

61-57

61-93

68-226

56-27

56=-60

58-34

58-41

58-55

62-32

19-74

45-135

19-72

45-140

20-20#

31-40+¢

45-58+

45-59+

31-73«

32-37¢

33=f2e

34=32¢

41-41+

4B=202+*

4B8-207+

4B-213+

BSELS

20-234

30-42+

42-44

42-49

42-57

45-62+

45-63+

54-33

54-38

54=42

BSELS
BSEL6

20-25#
20-26#

45-66+
31-56

45-67+
53-43

BUFNUM

20-88#

40-96

4&5-70+

40-101

53-82
45-71+

53-86
4B-44r

53-168
55-44

59-39
53-83

59-61
53-87

59-76
53-172

%g:all

%2-?;:

40-98+

42-21

70=51¢

71=47«

(SAUTO
(SBRK
(SBSEG

14-15#
14-15#
14-15#

40-28
28-59

60-15

60-63

BSEL7

C($8SUB

20-21#

202784
42-19

31=76*

42-20

14-15#

53-33

CSCEFG
CSCLCK
CSCLEA
CSCLOS
CSCLP1

14-15#
14-154
14-154
14-15#4
14-15#

47-16

CSOCLN
(S00DU
CSORPT
SOV
CSEDIT

14-15#4
14-15#
14-15#
14-158
14-15#

CSCVEC

CSERDF

CSERHR
CSERRO
CSERSF
(SERSO

(SESCA

14-15#

14-15#
48-283
56-79
60-102
65-59
67-98
14-15#
14-15#
14-15#
14-15#4

14-154
57-57
58-97
60-57
61-85
65-80

. ?2-?;'
(SESUB

14-15#

40-131

41-29

L1-67

40-147+

40-149+

40-177

40-178

40-189

40-191

42-13

58-47

58-63

58-81

59-17

59-52

41-81

61-96

48-37

48-272

60-47
64-30

60-52
64-36

60-88
65-31

60-93
65-36

68-175

68-198

68-250

29-46

30-70

L1-45

56-18

56-50

57-17

57-50

65-16

65-42

65-70

45-25

46-21

51=45

68-18

68-82

68-245

28-78
4B8-303
57-46
61-37
65-83
67-115

29-52
4B8-334
57-83
61-64
65-88
68-85

30-76
4B-339

32-61
4B-345

54-32
57-60
58-101
60-66
61-88
65-97

54-41
57-69
59-20
60-69
62-13
65-100

56-21
57-7
59-23
60-72
62-23
65-103

5625
58-24
59-33
60-81
62-26
65-110

53-56

53-160

53-195

56-48

28-67
4B-294
57-33
61-32
65-64
67-112

35-54

68-104

68-107

68-110

42-18

41-28

74=24*

61-76

49-13
15-1

42-12

61-27

40-146*

51-42
51=41

48-253+

41-26

73=26¢

61-43

46-25
46-24

4B8-248¢

40-185

72-25+

61-14

40-113

B-233c

40-174

40-106+

53-162

4B8-228+

40-133

40-103+

53-59

187

19-7

BSELO
BSELY1

——————

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE S-2

58-36
61-69
65-113
68-141

68-128

58-21

65-94

65-124

59
=182

54-49

56-31

56-46

56-64

3
0

65-145

67-58

64
=60
67-68

56-53
58-27
59-37
60-85
62-29
65-127

56-58
58-30
59-45
61-17
62-36
65-130

57-20
58-40
59-56
61-20
62-38
65-137

57-24
58-52
59-59
61-22
64-12
67-25

57=27
58-66
60-18
61-46
64-15
67-37

57-29
58-69
60-21
61-49
64-18
67-40

57-40
58-72
60-24
61-52
64-27
67-43

57-42
58-74
60-33
61-79
65-28
67-47

57-53
58-85
60-39
61-82
65-56
67-51

56-81

57-48

57-85

58-45

58-61

58-79

58-103

59-50

59-69

58-43
61-98
65-118
68-148

68-134

g
6

68-137

68-159

70-60

68-164

70-66

68-170

70-68

67-74

71-56

67-79

72-35

67-87 =

73-36

67-93

74-34

G 15

SEQ

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO V03.01 30-JUL-80 11:38:40 PAGE $-3
CROSS REFERENCE TABLE (CREF V01-05 )

CSETST
CSEXIT
CSGETB
(SGETW
CSGMAN
CSGPHR
CSGPLO
CSGPRI
COINIT
CSINLP
CSMANI
CSMEM

COMSG

CSOPEN

CSPNTB

60-61
14-154
68-258
14-15#
14-15#
14-15#
14-15#
14-15#
14-15#
14-15#
14-15#4
14-154
14-15#
14-15#4

14-15#

14-15#
42-39
42-108
54-35

CSREVI
CSRFLA
CSRPT
CSSEFG

60-110
14-15#
14-15#
14-15#
14~15#
14-15#
14-15#
14-15#¢
14-15#
14-15#
14-15#
14-15#

CSTPRI
cD
CHIPNO
CLRNO

14-15#
19-654
20-135#
20-125#

CNTRL

CSPNTF
CSPNTS
CSPNTX
($Q10
CSRDBU

CSREFG
CSRESE

CSSPRI
(SSVEC

14-15#
14-15#

60-105
51-47
70-83

61-41
53-197
71-68

61-74
54-51
72-48

61-107
56-83
73-53

65-40
57-86
74-47

65-68
58-107

65-92
59-71

42-24

42-34

42-61

42-97

42-105

42-111

4&2-116

28-75
42-41
42-109
56-88

28-84
42-46
42-110
56-92

32-56
42-51
42-115
56-97

42-9
42-54
42-119
56-101

42-10
42-59
42-125
56-105

42-11
42-67
45-55
57-89

42-12
42-74
45-76
57-90

45-27
14-15#

45-29
49-10

45-31

45-33

40-48
40-38

41-38
45-93

61-117
45-94

45-10
46-10

68-33
51-21

68-15

68-58

68-235

188

65-151

67-134

62-65

6b=bb

42-126

56-107

57-111

60-111

42-22

4£2-88
53-40
57-97

42-23
42-95
53-46
57-101

42-30
42-102

42-33
42-104

45-48
45-17"

40-114

68-86
49-11

68-251

53-184
59-76

53-140
57-105

51-58

15-1

30-49

30-62+

45-16¢

32-69

37-38

48-360

60-42

60-55

60-58

61-39

61-72

61-105

65-38

65-66

65-90

65-120

19-90#
61-53

28-73
61-62

28-76
61-89

31-67
61-96

32-37
62-53

32-59
64-21

37-29
64-28

48-29
65-22

48-213

65-29

48-275
65-46

60-45
65-57

60-86
65-74

61-23
65-81

61-30
65-104

COUNT

20-136#

28-39+

28-60+

62-39

75-27
51-58

75-30

75-32

75-34

75-35

76-19

19-61#4
19-97#
17-10#
14-15
19-734

75-27
46-12

75-29

(95
DDMC
DFPTBL
DIAGMC
DISCON

75-25
45-57+

45-15+
56-23
61-80
31-64+

48-80
57-22
62-14
32-48+

48-156
57-36
64-13
32-51

4B-188
57-55
65-20
32-53+

70-53+
58-2%
65-25
65-49¢

7149+
58-48
65-98

60-19

60-67

cMD

(R
CSR

DMCMDE
DMR

DMRFLG

DMRRUN
DMRVEC

19-1104

19-1438
20-15#

20-54#
19-684
61-27
20-41#
19-754
20-13#4

75-23
20-19

75-24
20-20

14-15

39-23
48-82
61-47
31-61+

32-64
45-78+

48-279
45-93

73-29+
58-96

67-36

70-64

61-18

H15

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL=-80 11:38:40 PAGE S~-4
CROSS REFERENCE TABLE (CREF v01-05 )

SEQ

189
”
ne

DMTURN

%g-%zl

zg-%g

4597+

45-123

DMTVEC
DTR
DXERR
ESEND
ESLOAD
EF.CON
EF.NEW
EF.PWR
EF.RES
EF.STA
EMGY
EMGI0

20-14#
19-744
19-96#
14-15#
14-15#
19-8#
19-84.
19-8#
19-8#
19-8#
28-67
42-160#

45-79+
4(B-57
57-38

45-BB+
48-61

45-94

30-76
68-148
4B-334
4B-339
68-164

L2-1564

67-115

68-198

EMG11
EMG12
EMG13
EMGI4
EMGIS
EMG16
EMG17
EMG18
EMG19

EMG2
EMG8
EMGY

42-161#
41-81
42-1634

42-164K
41-96
42-166#
42-1678
42-168#
42-169#

41-59
32-61
28-78

5-118

45-29
45-27
29-52
67-68

4B-303
L2-162¢
67-87

67-112
42-165#¢
4B8-294
4B-37
4B8-272
62-44

42-157»
42-1584
32-66

60-47
42-1594

)
6

68-170

62-55
61-69

28-68+

28-79+

28-92

29-30*

29-53+

29-61

28-78
60-93
65-64

29~
61-32
65-83

32-61
61-37
65-88

32-66
61-64
65-113

37-3
61-69
65-118

37-36
61-98
65-140

42-274
61-103
65-145

42-364
L2-640

54-49

65-145

67-58

53-150

53-203#

EMTI3

59-42

59-64

59-80#

EM122

68-85

68-250

68-2614

EMTS

56-46

56-79

56=-110#

57-33

57-46

57=-114n

EMTS
EMTO
END

57-83
58-36
45-35

57-115#
58-109#
65-167

ERRG1
ERRGIO
ERRG11
ERRG12

41-59
41-81
42-118#
41-96

42-84
L2-1144

67-98

67-112

30-76
35-54

67-93
68-159

61-98
61-37

53-138

ERRG3
ERRGG

67-74
67-98

61-64
60-93

EMTI

28-67
60-88
65-59

4LB-345
67-79

61-32
60-52

37-434

ERRG2

45-152

60-88
4B-283

37-36

20-113#

45-138

45-154

45-157

45-159

48-54

48-97

58-86

37-3

ERRFLG

45-133

15-11
45-33
45-31

EMS4

EMT?7

45-128

28-38+

42-1224

45-170#

67-115

68-141

68-148

68-154

68-159

68-164

64-30
61-103

65-31
62-60

65-59
64-36

65-83
65-36

23
65-140
65-¥13
65-88
65-64

4B-37
62-55
67-58

48-272
62-60
67-68

48-283
64-30
67-74

48-303
64-36
67-79

60-47
65-31
67-87

68-170

68-175

68-198

60-52
65-36
67-93

115
CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 5-5
CROSS REFERENCE TABLE (CREF v01-05 )

ERROR

ERRT
ERRT2
ERRTS
ERRT4
EVL
EXERR
F$AU

WQUGN-owz
w

42-101#
62-1078

20-119#
65-46+
56-46
59-42
57-83
60-102
19-8#
19-95#
14-15#

4B-345
4B-334

28-73
65-67+
56-79
59-64

48-339

31-67
65-74+
56-85#4
59-75#

45-13+

6591+

61-23¢
65-104+

61-40+
65-121¢

61=53+
65=131¢

6173
65-148+

61-89+

61-106+

64=21+

190

64=39¢

65-22¢

65-39+

57-25

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ERRG?
ERRGS

SEQ

191

e e e NN T

VNN OISO
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N~ OOVON

wO-

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]

w M o OML
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58-107
67-134

59-15
68-12

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3333153333333~33333243wW[¥a)t M~eoVMKNgN~ oo)~2VBaM

~ ~5w own 2VB

4)("%alValValre ~N(o=]el——M. oONO

~NO

e -—

N~ O

—OMONOO e @

J 15
CZDMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-B0 11:38:40 PAGE S-6
CROSS REFERENCE TABLE (CREF v01-05 )

58-20
67-11

K 1 15
SCZDOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGFF S-7
CROSS REFERENCE TABLE (CREF v01-05 )

-O e 0eevFvrONI

SEQ

44-84

gb [0.—Moy3) wMo0 p4-—X -= oP—]l ~Mu%

—N "l

<O " -—

~NO

NnNO
~Oo

L -~ o

N
%—

u,un0wvuIMNOWTVnOsrMVI—uOr—rqMi—erl—nuLA=3 ~NOWovi

B=N O NB4

192

=nB

L) -

4e
< ~N - -e
13

L 15

SEQ

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE $-8
CROSS REFERENCE TABLE (CREF v01-05 )

2
3

53-594
56-484
57=50#
58-614
59-50
60-63
61740
65-404
65-1228

1
1

59-69
61-13

61-14

62-10
65-704

OOONNOV O

61-107#
65-70

— 2l e w e

74-234

T4=4TH

T4=478

kd
=

M vO

e W OCNONNO

58-63
59-50#
60-634
61-744
65-42
65-1224

53-160#
56-50

57-854
58-634
59-50#
60-105
61-76
65-420
65-124

53-160#
56-504
57-854
58-79
59-52

60-105#
61-764
65-68
65-1248
g

76-47

74-34

58-103#
60-15#

N~ N O OO OO OO

61-107#
65-684

58-103#
60-15
61-414
65-15
65-92#

8
6
61-14

53-160
56-48#
57-85

193

5[+
o] o M ~M
i

~ ao N 5 a0
]

~~[
o] o~ w M
|

53-162

56-81
58-20
58-794
59-52#

60-105#
61-107
65-684
65-149

M 15

833888888

POPON)
b b b b e e wd

N=2ONOWVESNN—=ON

BuN

29-49

30-73

49-8#

22-134

VU
N
N
BRRRn

75-13

75-134

40-44

68-29

17-10

17=-10#

45-84

76-32#4

—

D D

1000

[

- —— —g————

D e

D-

28-63

VR
RNRUR

N NN

LSEXPS
LSHARD
LSHIME
LSHPCP
LSHPTP
LSHW
LSICP
LSINIT
LSLADP
LSLAST

LR
~NOCD
—— e o e e D D e e e e
N
S
R
s
O NS

LSOLY
LSDTP
LSDTYP
LSCU
LSDUT
LSOVTY
LSEF
LSENVI
LSETP
LSEXP
LSEXP4

“-‘-‘-‘-‘dddd—.-‘-‘—.d.‘d-‘d-‘-‘—.-‘-‘-‘-‘—.-‘-.-.-.-D—-l-‘—.-‘-‘d—.—.-fi_l-‘

CZDMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE $-9
CROSS REFERENCE TABLE (CREF vO1-05 )

76-134

68-215

41-54

SEQ

194

CROSS REFERENCE TABLE (CREF V01-05 )

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01

BRAAR
30-JuL-80

11:38:

N 15

SEQ

195

51=474

56-58

56-83#

57-24

57=29

57-40

57-42

57=53

57-57

57-60

57-69

57-71

57-864

58-27

58-40

58-52

58-69

58-72

58-74

58-85

58-97

58-101

60-106#

59-23

59-33

59-37

59-45

59-56

59-59

59-71#

60-21

60-24

60-33

60-39

60-57

60-66

60-69

60-72

60-81

60-85

61-20

61-22

61-49

61-52

61-79

61-82

61-85

61-88

61-109#

62-23
64-15
65-56

62-26
64-18
65-80

62-36
b4-44N
65-100

62-38

62-65#

65-103

65-110

65-127

65-130

65-137

65-151#

67-40
68-107

67-47
68-128

67-51

75-34

70-68

76-13

20-1172

19-1448
19-141#

Lot

19-8¢

73-53#
T4=-4708
75-19#
76-17#

4B-154+

48-176

39-%9
§1-50#
53-68¢

48-5¢4

L5410

75-23

68-134

68-258#

4B8-19

48-193

75-27

75-29

75-30

75-32

53-100¢

53-106

§53=107¢

53-108+

53=130¢

53=-131

53-140

£5-45

65-46

45-48

46-24

49-11

S1-41

53-40

75-24

75-25

58-107#

7535

76-19

———

B 16
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.0%1 30-JuL-80 11:38:°0 PAGE S-11
CROSS REFERENCE TABLE (CREF v01-05 )

4<8-99
1=47

MAINT
MAINTI

48-102

61-80
48-69
39-37
39-38

MAINT2

MANUF
MCLR
MDIAG
MICRO
MMANAG
MNTMDE
MNTREC
MODEM

53-86+

53-82¢

LOWORD
LPLU

SEQ

58-67
65-128

196

58-88
67-28

58-91
67-31

59-21
68-95

60-19
68-98

60-67

33-36

33-45

33-46%

33-49¢

33-7

48-369+

51-22+

51-39

70-64

30-5¢4

NAKS

NESTPC

NEWST
NEXT

£0-112¢
70=54+

L1-68
71=50¢

59-73#
56-37

56-70

56-90

28-40
34=47

28-86
35-26

29-32

35-56

65-47

60-91

NOBFR
NOXMEM
NXM
NXMFLG

L8-367#

68-16+

4£0-88
68-19

40-204¢

14-340

15-11

4,8-288

48-358+

42-23
42-23

4B8-342¢

57-91

57-93

40-38
45-11¢

56-35

1-57

48-122

48-297

31-80+
39-40+

32-38+
39-47+

32-71«

41-25+«

41-118+

46=-11+

46-22

b6-26*

47-1

68-235

68-66

68-23+

68-76

68-83

68-234+

—_—
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42-20+
42-21¢

—

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48-182

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40-79

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40-40

41-38
45-93

20-177#

68-235

68-15
61-101

d\hbb\h?b\fl\fl\fl—‘

'
4
N =2 NN =S NN =S b

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0$AU

68-58

61-67

41-98
74-28+

48-330+

4L8-354
48-352

45-94

40-48

L1-117

68-33

68-58

56-68
64-19
61-86

56-86
65-77
64-19

67-9N
67-96

67-103
67-101

68-239

68-246

RD1
RDC

RES
RESFLG
RESUME
RETURN
REV1

REV2

RFLAG
RLOOP
RMODEM
ROMADR

19-434

67-61
40-128+

48-222
48-178

68-144

68-202

SEQ

40-164

40-172

40-173

41-34

41-36

41-65

37-38
67-121
58-48

48-269

48-360

60-42

60-55

60-58

61-39

48-251¢
48-291

70=52¢

71-4B*

72=27+

73-28+

74=26+

67-122

68-113¢

68-162

68-218+

38-29

59-57
53=52¢
38-35

53-65+

53-84+

53-192+

31-73
58-32
65-101

2-37
8-53
5=107

19-50#

20-192#

RCV
RCVBUF

2 (NON SO SN
O —
QD —
~

¢ 16
CZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE S=-12
CROSS REFERENCE TABLE (CREF v01-05 )

53-208#4
53-209#
67-85

48-242
48-238

68-202
61-27

37-20
59-57
67-45

61-105

65-38

48-213
61-93

48-228

&5-1714
56-48#
59-69#
65-684

46-28#
56-81#
59-71#
65-92#

62-34

68-225+
68-226+

SEL2

SEL&

SELG

SFLAG
SFPTBL
SKIP
SPEED
STARES
STARST
START
STLY
STREC
STuP

33-54

33=75+

29-31+
38-33¢«

29-44

57-864
60-1114

68-258#

30-51+

48-163+

28-55

48-89¢

61-39¢
65-120+
3149
48-136+
67-72
31=51¢
42-103
48-120+

42-103
48-313+

33-59+
4LB=-57+
48-306+
65-116

48-212¢

38-20+

48-14

38-25+

48-99+
42-41

Yo AV LV

SELO

S7-854
60-106#
67-134n

42-32

60-55+
65-66+

60-58+
65-81

SECN

S7-484
60-105#
65-151#

42-1264

42-34H
49-134

100 00 N or}»ab—-wmm-

s1
SAVE

48-362#

42-240
48-3714

48-111+
48-343

48-119+

(e X 2FMLVTP o

SSLSYM

34-42+

48-69+
51-38

87-96

38-21+

51-36

38-30+

48-85+

61-35

ONITONe—OO~ITOOOV~NINMOVMOOMNAN e\MWD
M N e0 O OVNO NTVNOIN MMTNNe~SNA0NAN—
4-

[aTt AS Po et ol el Sl ol ol o ol ol ol el AVLoNTNT T NT NT NTNTN al al al al al al al al al ol S8 S S A5 S5 S5 A A A0 A 2= A 4

€

SVCGBL

= e -“-"

SVCINS

198

SEQ

D 16
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE S-13
CROSS REFERENCE TABLE (CREF v01-05 )

0
0
IS
IIIIIINIII
IS
INIITIIIINI
I I I I I I I I I I I I IIIIITIITIIT
VI00 0I I& 0I 0
0
IS
IIIIIIII
IIIITIITIIIIIIIIII
I I I T T T I I I I I I I I I I I I0
BT0 0I 0I 0

y L4

— =ONOUOIMIM MM M W 3 T N O N A G0G0G0G O O v v r—r—.v— v v v v v =v v r—(UMM T N N O O o=o= — UM N

v v v = v v v v == (VM F
N
N
—
v
v
O
O
NN
I
NN
e
e
—— ==OONNOOVVOOIIMM MMMMMMN MM FF TT DADNANINOON NN 0OO0 0 O v v v v ve

N N O O o= v — UM AN

’

199

E 16

SEQ

CZDMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-B0 11:38:40 PAGE S-14
CROSS REFERENCE TABLE (CREF v01-05 )

F 16

’

NOSTVMONU—WDVnO=M0NO
e e Y Y Y Y Y el al ol al al al al al al al al al al al al al el al alal a al Tal al Tal Talal"al al"al"alval o Vo TV oV T o T o P a L a U a U a L a L a el e L ol

alL'
a1

200
SEQ

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-B0 11:38:40 PAGE S-15
CROSS REFERENCE TABLE (CREF v01-05 )

————————————

G 16
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE S=16
CROSS REFERENCE TABLE (CREF v01-05 )

SE@

201

57-105
57-105
57-109
57-111
58-27
58-36
58-43
58-47
58-57
58-66

57-105
57-105
57-109
58-21
58-27
58-36
58-43
58-47
58-57
58-66

57-105
57-105
57-109
58-21
58-30
58-36
58-43
58-52
58-57
58-66

57-105
57-105
57-109
58-24
58-30
58-36
58-43
58-52
58-57
58-69

57-105
57-109
57-109
58-24
58-30
58-36
58-43
58-52
58-57
58-69

57-105
57-109
57-109
58-24
58-30
58-40
58-43
58-52
58-61
58-69

57-105
57-109
57-109
58-24
58-36
58-40
58-43
58-57
58-61
58-69

57-105
57-109
57-109
58-24
58-36
58-40
58-43
58-57
58-63
58-69

57-105
57-109
57-109
58-27
5836
58-40
58-45
58-57
58-63
58-72

57-105
57-109
57-109
58-27
58-36
58-40
58-45
58-57
58-63
58-72

60-93
60-105
60-110
60-110
61-17

60-102
60-105
60-110
60-110
61-17

60-102
60-106
60-110
60-110
61-20

60-102
60-106
60-110
60-111
61-20

60-102
60-110
60-110
60-111
61-20

60-102
60-110
60-110
61-14
61-20

60-102
60-110
60-110
61-14
2}-%5

60-102
60-110
60-110
61-14
61-22

60-102
60-110
60-110
61-17
61-22

64-18
64-30
64-36
65-28
65-36
65-42

64=27
64-30
64-36
65-31
65-36
65-42

64-27
64-30
64-36
65-31
65-36
65-42

64-27
64-30
64-44
65-31
65-36
65-56

64-27
64-36
64-44
65-3
65-36
65-56

64-27
64-36
65-16
65-31
65-36
65-56

64-30
64-36
65-16
65-31
65-36
65-56

64-30
64-36
65-16
65-3
65-36
65-56

64-30
64-36
65-28
65-31
65-36
65-59

64-30
64-36
65-28
65-31
65-40
65-59

58-72
58-77
58-85
58-101
$9-20
59-33
59-42
59-52
59-59

58-72
58-77
58-85
58-101
$9-20
59-37
59-42
59-52
59-64

58-74
58-77
58-85
58-103
9-20
59-37
59-42
59-52
59-64

58-74
58-77
58-85
58-103
59-23
59-37
59-42
59-56
59-64

58-74
58-77
5R-97
58-103
59-23
59-37
59-42
59-56
59-64

58-74
58-77
58-97
58-107
59-23
59-37
59-45
59=-56
59-64

58-74
58-79
58-97
58-107
59-23
59-37
59-45
59-56
59-64

58-74
58-79
58-97
58-107
59-23
59-42
59-45
59-56
59-64

58-77
58-79
58-97
59-17
59-23
59-42
59-45
59-56
59-64

58-77
58-81
58-97
59-17
59-33
59-42
59-45
59-59
59-64

58-77
58-81
58-101
59-17
59-33
59-42
59-45
59-59
59-64

58-77
58-81
58-101
59-20
59-33
59-42
59-50
59-59
59-64

H 16

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-B0 11:38:40 PAGE S-17
CROSS REFERENCE TABLE (CREF v01-05 )

SVCTAG

202

65-59
65-64
65-80
65-83

65-59
65-64
65-80
65-88

65-59
65-64
65-83
65-88

65-59
65-68
65-83
65-88

65-64
65-68
65-83
65-88

65-64
65-70
65-83
65-88

65-64
65-80
65-83
65-88

65-64
65-80
65-83
65-92

68-250
68-251
68-251
70-66
71-56
72-48
74-34
75-15
75-16
75-17
76-15

=250
68-251
68-258
70-66
71-56
73-36
74-34
75-15
75-16
75-17
76-15

=250
68-251
68-258
70-68
71-56
73-36
74-47
75-15
75-16
75-17
76-15

68-250
68-251
68-258
70-68
71-68
73-36
74-47
75-15
75-16
75-17
76-15

68-250
68-251
70-60
70-68
71-68
73-36
74-47
75-15
75-17
75-17
76-15

68-250
68-251
70-60
70-68
71-68
73-36
75-13
75-15
75-17
75-19
76-15

68-250
68-251
70-60
70-68
72-35
73-36
75-13
75-16
75-17
75-19
76-15

68-250
68-251
70-60
70-68
72-35
73-53
75-13
75-16
75-17
75-19
76-15

68-250
68-251
70-60
70-83
72-35
73-53
75-15
75-16
75-17
76-13
76=-15

68-250
68-251
70-60
70-83
72-35
73-53
75-15
75-16
75-17
76-13
76-15

68-250
68-251
70-66
70-83
72-35
76-34
75-15
75-16
75-17
76-13
76-15

68-251
68-251
70-66
71-56
72-35
74-34
75-15
75-16
75-17
76=-15
76-15

68-251
68-251
70-66
71-56
72-48
746-34
75-15
75-16
75-17
76-15
76-17

68-25)
68-251
70-66
71-56
72-48
74-34
75-15
75-16
75-17
76-15
76-17

58-47

58-63

58-81

59-17

42-116

42-12

42-126

45-11"

65-92
65-100
65-110
65-118
65-1264
65-130
65-140
65-145
67-25
67-43
67-51
67-58
67-68
67-79
67-87
67-93
67-98
67-112
67-115
68-15
68-18
68-58

SVCSUB

SEQ

76-17

14-15#

65-92
65-100
65-113
65-118
65-124
65-137
65-140
65-145
67-37
67-43
67-51
67-58
67-68
67-79
67-87
67-93
67-98
67-112
67-115
68-15
68-33
68-58

76-32

14-25#

65-94
65-100
65-113
65-118
65-124
65-137
65-140
65-145
67-37
67-43
67-51
67-58
67-74
67-79
67-87
67-93
67-98
67-112
67-134
68-15
68-33
68-58

76-32

53-33

65-94
65-103
65-113
65-118
65-127
65-137
65-14C
65-149
67-37
67-43
67-55
67-58
67-74
67-79
67-87
67-93
67-98
67-112
67-134
68-15
68-33
68-58

76-32

53-59

65-94
65-103
65-113
65-118
65-127
65-137
65-140
65-149
67-37
67-43
67-55
67-68
67-74
67-79
67-87
67-93
67-98
67-115
67-134
68-15
68-33
68-58

76-32

53-162

65-97
65-103
65-113
65-118
65-127
65-137
65-145
65-149
67-37
67-47
67-55
67-68
67-74
67-79
67-87
67-93
67-98
67-115
68-15
68-15
68-33
68-58

76-32

56-18

9-52

60-15

60-63

61-14

61-43

61-76

46-28
56-81

47-16
56-83

48-262
56-107

4B8-362
57-48

48-371
57-85

49-13
57-86

14-154

14-27#

17-24

18-12

42-24

42-34

65-97
65-103
65-113
65-118
65-127
65-137
65-145
65-151
67-37
67-47
67-58
67-68
67-74
67-79
67-87
67-93
67-112
67-115
68-15
68-15
68-33
68-58

76-32

56-50

65-97
65-103
65-113
65-118
65-127
65-140
65-145
65-151
67-40
67-47
67-58
67-68
67-74
67-79
67-87
67-93
67-112
67-115
68-15
68-15
68-58
68-58

76-32

57-17

65-97
65-103
65-113
65-118
65-127
65-140
65-145
65-151
67-40
67-47
67-58
67-68
67-74
67-79
67-87
67-98
67-112
67-115
68-15
68-15
68-58
68-58

76-32

57-50

65-97
65-110
65-113
65-118
65-130
65-140
65-145
67-25
67-40
67-47
67-58
67-68
67-74
67-79
67-87
67-98
67-112
67-115
68-15
68-18
68-58
68-58

76-32

58-21

65-97
65-110
65-113
65-118
65-130
65-140
65-145
67-25
67-40
67-47
67-58
67-68
67-74
67-79
67-93
67-98
67-112
67-115
68-15
68-18
68-58
68-58

65-16

65-42

65-70

65-94

65-124

51-47
57-111

51-60
58-45

53-56
58-61

53-160
58-79

53-195
58-103

42-61

42-97

42-105

42-111

65-100
65-110
65-113
65-122
65-130
65-140
65-145
67-25
67-40
67-51
67-58
67-68
67-74
67-79
67-93
67-98
67-112
67-115
68-15
68-18
68-58
68-82

53%-19
58-107

65-100
65-110
65-113
65-122
65-130
65-140
65-145
67-25
67-40
67-51
67-58
67-68
67-74
67-87
67-93
67-98
67-112
67-115
68-15
68-18
68-58
68-82

5451
59-50

65-100
65-110
65-118
65-122
65-130
65-140
65-145
67-25
67-43
67-51
67-58
67-68
67-74
67-87
67-93
67-98
67-112
67-115
68-15
68-18
68-58
68-82

56-48
59-69

I 16

CZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE $-18
CROSS REFERENCE TABLE (CREF v01-05 )

SVCTST
Sw00
SW01
SW02
SW03
SWO4

SW05
SWoé
Sw07
SW08
SW09
SWw10
SW11l
Sw12
SW13
SWié

SwW15
1

TSSAUT
TSSCLE
T$$0U

TSSHAR

TSSHY
T$SINI

TSSMSG

TSSPRO

T$$SOF

TSSSRV
T$$SUB

TSSTES

19=-22#
19-21#
19-20#
19-19#
19-18#
19-17#
19-164
19-15#
19-144
19-122#
46-84
&47-9#
49-84

75-13

17-10
45-84
&2-8#
42-118#
44-B#
76-13
48-9#
53-334

58-21#
60-634
65-94#
18-8
51-19#

S7-164
58-24
59-20
60-57
61-79

64-12
65-130
68-107

TS$ARGC

72-244
15-1
15-11#
42-9

L2-112
42-22

42-30
42-33
62-414
42-67
42-81

203

59-77
65-122

14=240
68-12

56-41
46-28
47-16
49-13
75-134
17-104
65-17
42-24

42-120

76-134
48-262

53-56
58-45
60-105
65-122
18-8#
51-47
57-20
58-27
59-23
60-56
61-82
64-15
65-137
68-110
72-35
15-11
15-11#4

42-94
42-114
42-22
42-30
42-334
42-414
42-67
42-81

56-74

56-99

56-101

42=274
42-122K8

42-34
42-126

42-364

42-6
2=61

76=-17
4B-267#
53-59#
58-474
61-144

4B-362
53-160
58-61
61-41

48-3674

48-371

65-1244

65-149

56-85#

53-162#
58-634
61-434

60-109#

1
56
6-107

53-195
58-79
61-74

T T O e e (IT T e 00 v e UMM -0

T$$SW

59-71
65-92
14-15#
67-11
19-29#
19-28#
19-27#
19-26#
19-25#
19-244
19-23#

SEQ

42- m
6 0- m

42-1140

42-116

T$CODE
TSERRN

TSEXCP

TSFLAG

75-17
14-15#

75=178
28-67

75-17#
28-674

37-31
4B-283
53-138
56-79
58-77
60-102
62-44
65-59
65-145
67-98
68-159

37-31#
4B-283F
53-1384
56-794
58-774
60-102#
62-44N
65-59%
65-1454
67-984
6B-1594

54-32
56-534
57-29#
57-60
58-274
58-694

54=-320
6-58
57-29%
S7-604
58-30
58-69#

54-328
56-58#
57-40
57-604
58-304
8-72

75-15

67408
-104

68-134#
71-564

14-154

75-15#

58-101#
59-45
60-214
60-664
61-17
61-494
61-88¢
62-36
64-184
65-974
65-130

67-408

£8-104#

08-137

71-564

75-16

58-1014
59-454
60-264
60-664
61-17#
61-52
61-88#4
62-364
64-27
65-974
65-130#

67-43

68-1044

68-1374

75-17¢
28-78

75-164
32-614

53-46
53-1404
53-184
56-88#
56-101#
57-90
57-974
57-109#4
60-1104
75-164
32-66

\nv!vo:

7-90

57-101
57-109#
60-110#
75-17

32-664

41-96
4B-339
56-31
58-36
60-52
61-69
64-36
65-113
67-79
68-141
68-198

L1-964
4B-3394
56-314
58-364
60-52#
61-694
64-364
65-1134
67-794
68-1414
68-198¢

48-37
4B8-345
56-46
58-43
60-88
61-98
65-31
65-118
67-87
68-148
68-250

48-374
48-345#
56-464

54-41
56-58¢
57-408
57-69
58-304
58-724

S4-410
57-20
57-408
S7-694
58-40
58-72#

S54-418
57-204
57-42
57-69#
58-40#
58-74

56-21
57-20#
57-420
57-71
58-40#
58-74#

56-214
57-24
57-428
57-714
58-52
58-744

56-21#
57-240
57-53
57-71¢
58-52#
58-85

56-25
57-248
57-534
58-24
58-52¢
58-854

56-25#4
57-27
57-53%
58-244
58-66
58-854

56-254
57=274
57-57
58-244
58-664
58-97

56-53
57=27#
57=57#
58-27
58-66#
58-97#
59-37
60-18#

75-164

59-20
59-454
60-24#
60-69
61-174
61-52#
62-13
62-364
64=278
65-100
65-130#

67-6438
68-107

68-1374

75-17

59-20#
59-56
60-244
60-69#
61-20
61-52¢
62-13#
62-38
64-27h
5-100#
65-137

67438

68-1074

70-60

72-35

72-354

72-354
75-17

75-15

75-15#

75-16

75164

17-24

76-15#
32-61

53-46
531404
53-184
56-884
56-101
57-894
S57=978
57-109
€0-1104

42-103
42-109
42-115
42-125
45-76
51-58

L1-81
4B-334m
54-49%
57-834
60-47#
61-644
64-30#
65-884
67-744
68-854
68-1754

T$LOLl

14-154

76=154
30-764

53-46
53-140
53-184
56-88
56-101
57-89%
57-97
57-109
60-110
.
75-164

42-103
42-109
42-115
42-125
45-76
51-58

41-81
4B8-334
54-49
57-83
60-47
61-64
64-30
65-88
67-74
68-85
68-175

75-164

14-15

76=-154
30-76

53-46
53-140
53-152#
56-88
56-101
57-894
57-97
57-109
60-110
68-2514
75-16

42-103
42-109
42-115
42-125
45-76
&9-114

61-59¢
48-303#4
53-182#
57-4L6#
59-648
61-374
62-60#
65-834
67-684
67-1154
68-170#

75-16

TSLSYM

76=15
29-52#

53-408
53-140
53-152#
56-88
56-97#
57-89
57-97
57-1054
60-110
68-2514
75-16

42-103
42-108#
42-110#
42-1198
45-55M
49114

41-59
4B-303
53-182
5746
59-64
61-37
62-60
65-83
67-68
67-115
68-170

75-154
76-32#

76-15
29-52

53-408
53-140
53-152#
54-35¢
56-97#
57-89
57-93¢
57-105#
60-110
6B-251
75-16

42-102#
42-108
42-1104
42-119#
45-55M
49-1

37-364
4B-294N
53-150#
57-334
59-424
61-324¢
62-554
65-644
67-584
67-1124
68-164#

75-15

14-154¢

76-15
28-788

53-40
53-140
53-152#
54-35
56-97
57-89
57-93#
57-105
59-76#
68-251
75-15#

42-102
42-108
4&2-110#
42-119#
45-558
49-11

37-36
4B-294
53-150
57-33
59-42
61-32
62-55
65-64
67-58
67-112
68-164

TSHILI

TSLAST

53-40
53-46F
53-152
54-35
56-97
57-89
57-93
57-105
59-76#
68-251
75-15¢

42-102
42-104#
42-110
42-119
45-55
49-11

53-40
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53-152
53-184k
56-97
56-105#
57-93
57-105
59-764
68-8B64
75-154

42-95M
42-104W
42-110
42-119
45-55
45-1634

ddn

42-954
42-104
42-110
42-119
45-55
45-163

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51-58¢
S3-46H
53-152
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56-92¢
56-1054
57-93
57-101#
59-76
68-864
75-15

35-544
4B-2720
51-55#
56-64#
58-574
60-93#
61-103#
é5-364
65-1408
67-934
68-1544

58-101
59-37#
60-21#
60-66
60-85¢
61-49#
61-88
62-29¢
64-184
65-97
65-127#

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51-58¢
S3-4OF
53-152
53-184n
56-92#
56-105
57-90#
57-101#
59-76
68-86
75-15

42-95#
42-104
42-110
42-119
45-55
45-163

?O‘

51-584
53-468
53-152
53-184#
56-92
56-105
57-90#
57-101
59-76
68-86
75-15

42-95
42-104
42-109#
42-115#4
42-1258
L5-764

204

42-95
62-103#
42-1094
62=115#
42-125#
L5-T68

SEQ

[V IV IV IV IV IV IV P oD

J 16
CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL=-80 11:38:40 PAGE S-19
CROSS REFERENCE TABLE (CREF v01-05 )

18-12

75-17

42-24

75=-17#

59-20#
59-56#
60-33
60-69#
61-204
61-79
62-134
62-384
65-28
65-100#
65-137#

67-47

68-107#

70-60#

76-15

76=154

59-23
59-56#
60-33#
60-72
61-20#
61-79¢
2-23
62-38#
65-284
65-103
65-1374

59-23#
59-59
60-33#
60-72#
61-22
61-79%
62-234
64-12
65-284
65-103#
67-25

59-23#
59-59#
60-39
60-72¢
61-228
61-82
62-234
64-120
65-56
65-103#
67-25#4

59-33
59-594
60-39#
60-81
61-228
61-82#4
62-26
64-128
65-564
65-110
67-254

59-33#
60-18
60-394
60-814
61-46
61-82¢
62-264
64-15
65-564
65-110#
67-37

59-334
60-18#
60-57
60-81#
61-464
61-85
62-264
64-154
5-80
65-110#
67-374

68-110

68-110#

68-128

68-128#

67-478

70-60#

67-4TH

70-66

73-36

73-364

75-17¢

76-15

76=15#

75-17¢

42-34

76-15

42-61

76-15#4

42-97

67-51

70-664
74-34

42-105

67-514

70-664

67-514

70-68

76=-340

74-340

42-111

42-116

68-9

70-68#

42-120

58-43#
60-88#
61-98#

65-314
65-118#
67-87#
68-148#
68-250#

60-57#
60-85
61-464
61-85#
62-29
64-15#
65-80#
65-127
67-374
68-91#
68-134
70-68#

42-126

——
e 4

K 16
CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE S$-20
CROSS REFERENCE TABLE (CREF v01-05 )

SEQ

205

- JTOFe—OFO3OTNOr~—ONOM~Mr—NITOITOINg—r

~UOTMONIraeON-l~MVreON—ArF— sOV3ITNMCVAIVWAaVNMOlWNWA'NON7“9269“3585950Oo94—R3Wo‘O15oV8O2~ROy6‘Y3

e b B — — — ——
=w2W&

L 16
CZDMICO DMR=11 FUNCTIONAL TESTS MACRO vO03.01 30-JUL-80 11:38:40 PAGE S-21
CROSS REFERENCE TABLE (CREF v01-05 )

SEQ

206

"7710103‘O091MVN=—26M80e20W“N6~5

B 1
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO VO03.01 23-APR-80 08:29:31 PAGE S-16

SEQ

CROSS REFERENCE TABLE (CREF v01-05 )

57-101
57-105
37-105
27-109
57-111
58-27
58-35
58-42
58-56
58-65
58-7
58-76

57-101
7-105
57-105
571
57-111
58-27
58-35
38-42
58-46
58-56
58-65
58-71
58-76

58-100
20
59-33
2

58-100

59-59
59-69

59-59

59-50
59-76
59-76
60-21
60-33

59-3

59-52

59-69

60-52
60-61
60-69
60-85

60-69
60-85

60-105

59-76
59-77
60-21
60-33
60-47
60-52
60-63
60-72
60-85
60~
60-102
60-105

61-49

59-76
59-76
60-21
60-33
60-47

27-101
7-105
57-105
57-109
58-21
58-27
58-35
58-42
58-46
58-56
58-65
58-71
58-76
-84
58-100
59-20
59-37
59-42
59-52

60-52

57-101
57-105
57-105
57-1
58-21
58-30
58-35
3842
38-51
58-56
5865
58-73
58-76
"y
58-102
59-20
59-37
3942
59-52
59-64
39-71

59-76
59-77
60-21
60-33
60-47

61-98

61-98_

61-98

61-103

62-44
64=12

62-39

62
64-12

“i

65-28
65-31

=36

62-39

62-44
64-12

64-36

65-28
65-36

61-64
61-74

65-28
-

59-64
59-76

60-72
60-85
60-93
60-102

60-72

60-72
60-8
60-93
60-102

60-81

60-81
60~
60-93
60-102
60-110

61-52

61-69
61-76

61-69
61-79

61-103

61-183

61-64
61-74

62-39

59-64
59-76

57-101
57-105
57-109
57-109
58-24
58-35
58-39
58-42
58-56
58-60
58-68
58-76
58-78
58-96
59-17
5923
59-42
59-45
59-56
59-76
60-18
60-24
60-39
60-52
60-57

62-39

59-76

57-101
57-105
57-109
57-109
38-24
58~
58-39
58-42
58-51
58-60
58-68
58-73
58-78
8-96
58-106
59-23
59-42
59-45
59-56
59-76
60-18
60-24
60-39
60-5
60-5

61-109

62-44
64-12

59-64
59-76

57-101
57-105
57-109
57-109
38-264
5858-39
58-42
58-51
58-60
58-68
58-73
58-78
58-96
58-106
59-23
59-37
59-45
59-56
59-76
60-15
60-24
60-39
604
60-57

61-107

57-101
57-105
7-109
7-109
8-24
38~
38-3
58-42
58-51
58-56
58-68
58-73
58-76
58-96
58-106
59-23
59-37
59-45
59-56
59-76
60-15
60-24
60-39
60-47
60-57

60-72
60-85
60-93
60-102

61-52

59-76
60-15
60-21
60-39

60-72
60-85
60~
60-102
60-106

61-52

61-107

59-71

60-52

61-52

61-107

59-76
59-77
60-21
60-39
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59-56

60-52

61-64
61-69

61-103

59-64
59-71

57-101
57-105
57-105
57-109
38-24
5858-3
58-42
58-51
58-56
58
58-73
58-76
58-96
58-102
3923
59-37

60-5

61-64
61-69

57-101
57-105
57-105
57-109
58-21
58~
58-35
58-42
58-51
5856
58-65
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58-76
58-84
58-102
59-%3
59-37
5942
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61-69
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61-109

62-39

64-1;
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64-36

65-31

61-109

62-39

62-44
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62-11

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62-44
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62-44
64~15

65-16

61-64

59-76
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60-52
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60-81

61-103

64-44

59-76
60-18
60-24
60-47
60-52
60-57
60-69
60-21
60-88
60-93
60-102
60-}

61-103

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64-44

59-76

61-103
62-39

62-44
64-15

59-76

61-69
61-79

62-39

62-44
64-15

59-59

57-101
57-105
57-109
57-109
58-27
58-35
58-39
58-44
58-56
3
58-71
58-76
58-80
58-100
59-17
59-33
59-42
5945
59-59

61-69
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62-39

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64-15

65-31
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60-93
60-102
60-110

57-101
57-105
57-109
57-109
58°§4
58-35
58-39
58-42
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58-68
58-76
58-80
58-96
59-17
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207

65-31
65~

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65-16
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68-85

68-86

68-106
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68-13¢
68-141
€8-148
68-154
68-164
€170
68-175
68-198
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68-104
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68-134
68-141
68148
68-156
68-164
€-170
68-175
68-198
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68-245

68-104
68110
68-137
68-141
€8-148
68-159
68-164
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68-175
68-198
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68-166
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68-175
68-198
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68-250

68-164
68170
68-175
68-198
6823
68-250

68-104
€3-108
68-137
68-141
68-154
68-159
68-164
68170
68-175
68-198
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68-550

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68-235
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68-1
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70-66
71-36

68-958
7
71-%6

68-358
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71-%6

68-358
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71-68

76-3%
75-15
75-16

76-34
75-15
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75-15
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75-16

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75-15
75-16

74-4?
75-15
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75-15
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68-137
68-148
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68-159

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68-86

68-85

68-86

70-48

68-951

68-86
68-104
68-128
68-137
68-141
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68-159

68-85

72-35

68-251

68-86
68-106
68110
68-137
68-141
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68-18
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68-15
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68-58

65-59
65-64
65-83
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65-10
65-11
65-11

65-59
64
65-83
65-88
6594
65-103
65-11
65-11;

65-59
65-64
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65-88
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65-59
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65-80
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65-9.
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65-118

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65-1
65-110
65-118

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65-59
65
65~
65
65-92
65-100
65-110
65-118

65-59
6564
65-80
65-83
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65-11
65-11

65-59
6564
65-80
65-83
65-88
65-100
65-110
65-113

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c 1
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE S-17
CROSS REFERENCE TABLE (CREF v01-05 )

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE $S-18
CROSS REFERENCE TABLE (CREF VO1-05 )

59-71

65-92

59-77_

65-122

60-61

65-149

60-105

111
28-258

SW00

68-12

70-46

53-32

29:11

67=11
19-29#

51-19

65-151
71-46

72-24

SW0
SWO4
SWO5
Swo6
Sw0?7
Sw08
Sw09

1
19-25#
19244
19-234
19-22#
19-21#
19-204

Sw13
SW14
sw15

19-15#4

56-41

56-74

56-99

56=101

SVCTST

14-16#

14=25#

54-59

SEC

1-41

61-74

2-1 4

71-68

58-20

1-107
1-1
93:6?
93-5?9

73=2 4

57-1
74-2

59-1

60-14

61-13

42-101
57-111

42-105#
59-75#

42-109
59-77

Se-1as

56-504

61-76#

65-16#

-4
9%—6;

209

=44
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76=-17

65-40

65-68

62-8

64-9

65-15

42-1114
60-109#

42-115
60-111

42-118¢

42-120

56-81

57-178

57-48

57-50#

57-85

65-40

65-428

65-68

65-70#

65-92

56~5

56~58

Sw10
Sw11
Sw12

19-19#
19-18#4
19-17#

19-164

19-144

19-122¢

46-8#
47-9#

47-16

TSSHAR
TSSHW

75-13
17-10

75-134
17-104

75-19
17-24

TSSMSG

42-8#
22-122#

42-24
42-126

42-278
42-1264

42-34
42-130

42-364
56-854

42-65
56=107

42-684
57-88#

76~13#
48-262

7617
48-267#

48-362

4B8-3674

48-371

51-50#

72-35

72-48
15-11
1511

68-110

15-11
15-11#

42-94

42-33¢
L2-41N
42-63

68-128

42-338
42-4
42-6

54-3

61-

61-109

58-39
59-37
72

64~
7-114

9;:1

24N

15-1
28-73

58-51
9-45

67-25
137
36
15-11
28-73

42-1

42-10

42-334
42-46
42-71

42-

42-464
42-71
o
v

64-18
65151

42-9

42-33
42=61N
4263

61-85

64~1
65-137

54-29%
57-

859-3
9

57-27

58-27
59-23

57-24

53195

61-74

72-240

15-11
15-11#

N
N

T$SARGC

53-197

57-20

s3-lew

614

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68-107

18-12
328

61-79

64-12
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1
5147

58-24
59-20
60-57

61-41

S7-16#

33160

61-14#

1
51-19#

3300

60-105

TSSSW
TSSTES

-84
76-13
48-9F

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TSSSOF
TSSSRV

TSSCLE

46-28

57-4

3
59-56

57-N1

57-86

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.C. 23-APR-80 08:29:31 PAGE $-19

]

—

Y NN

LS u.i..'._._._.
N

—

&U‘U’!Mbb&b&b

CROSS REFERENCE TABLE (CREF v01-05

T$CODE

TSERRN

TSEXCP
T$FLAG

TSGMAN
TSHILI

TSLOLI
TSLSYM

76=15#4

75-17#
=34

76=154
42-101

42-109

42-115

42-120

42-124

42-130

47-16
56-83
59-77
65-122

48-26
56-10
60-61
65-149

48-362
5748
60-105
65-151

TSNEST

14-16#

14-19

16194

18-12
42-34
42-101
62-115
42-126

18-12
42-34
42-101
42-115
42-124

46-28
48-262
48-371
51-47
53-33
33-162
5451
56-50

57111

44-14

TSNSO
TSNST

TSNS2

TSPTNU
TSSAVL
TSSEGL
TSSUBN

48-371
57-85
60-1
67-1
17-10

49-13
57-86
60-111
68-258
17-10

51=47
57-111
61-41
70-83
17-10#

51-60
58-44
61-74
71-68
17-56

53-56
5
61-107
72-48
17-24

160
50~78
61-1
73=5
17-24

53-195
58-102
62-4
74=47
17-24#4

53-197
58-106
64=44
75-19
18-8

18-12¢
42-348
42-1014
42-115#
42-124M

42-8
42-36
42-105
42-118
42-126

42-84
42-36#
42-105#
42-118¢
42-1268

42-24
42-65
42-109
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42-24
42-65
42-109
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42-24M
42-654
42-109#
42-1
42-1

4227
4
42-111
42-122
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42-27
42-68
42-111
42-122
44-8

46-28
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4B-371
51-47
53-33
53-162
54-51
56-50

28
48-262
4B8-371
51-47
53-334
53-162¢
56-51
56~5

46-284
482
48-371#
51-474
53-56
53-195
4=514
56-81

47-9
48-267

47+
48-267
49~
51-50
53-56
53-195
5617
56-81

47-9%
4B-267M
51-50#
o
53-195#
56-17#
56-81#

47-16
4B-362
49-13
51
53-5
53-197
56-18
56-83

47-16
4B-362
49-13
1
53-59
53-197
56-18
56-83

47-16
48-362
49-13
1
5
53-197
56-18#4
56-83

47-164
4B8-362
49-134
1
53-1
53-197#

48-367
51-19
53-32
53-160
-

48-9
48-367
51-19
53-32
53-160
-29

56-85

57-111
58-46

57-111#

58-20
58

58-20

58-20#
58-60#

58-21
58-62

58-21
58

58-21#

5
58-78

58-44
58-78

58-78

59-69
60-14
60-105
61-13

44-14

59-17
59-71
60-15
60-106

65-70
65-126

65-70
65-124

70-83
72-48

44=14n

38-102

59-50
59-714

51-50
33-56
53-195
5
56-81

58-102

45-

58-102

=8¥

58-102#

45-171

58-106

45-171

58-106

45-171

S58-106

45-171%

58-106#

46-8

59-15

59-50
59-75
60-61
60-109

59-50#
59-75#
60-61#4
60-1

59-52
59-77

59-;;
59-

39524
59-77

60-106#

59-50
59-75
60-61
60-109

60-111

59-69
59-778
60-105
60-111#

65-70#
65-124#

65-92
65-149

65-92
23-149

65-92
65-149

65-924
65-149%

65-94
65-151

65-94
23-153

63-94#
65-151

65-122
23:1510

65-122
67-11

70-83
72-48

70-834
72-48%

71-46
73-24

71-464
73-244

71-68
73-53

71-6§
73-5
75-19

71-68
73-53

75-19

71-684
73-534

75-19%

72-24
74-23

76-13

72-24
7423

76-13

42-105#
46-8#
51-504
58:820

65-68

70-46

74-47

74=47

74=478

75-13

;g:;gl

75-19

14-19%
17-10#

76-30
17-24

18-8#4

18-12

42-84

42-24

42274

6%-34

42-368

42-65

42-684

42-101

47-M
53-324

47-16
53-197

48-9F
5429

4B-262
54-51

4B-267M
28:17#

4B8-362
28:83

4B-367#
56-85#

48-371
56-107

49-8#
S7-16#

49-13
57-86

51-19%
57-88#

51-47
57-111

65-15#

65-151

67-114

67-134

68-12#

68-258

70-46#

70-83

71-464

71-68

53-33#

53-56

33-59#

53-160

S53-162#

56~50#

14-16#4
14-16#4
14-16#4
14-16#

18-8

18-12
42-34
42-101
42-115
42-124

57-111
o
oy
59-17#
59-71
60-15#
60-106

58-21#
60-63#
65-96#

54-51
59-50
65-40
76-17

70-46

62-8#
72-244

62-48
72-48

64
73=244

58-44
60-105
65-122

58-46#
61-14#
65-124#

58-60
61-41
65-149

58-6;‘
61-4

53-195
58-78
61-74

S56~18#¢
58-80#
61-764

56~48
58-10
61-10

59-174
65-16#

56-81

59-50
65-40

57-178
59-52¢
65-424¢

57-48

59-69
65-68

57-50#
60-15#
65-70#4

51-19#
56-18

53-32#
56-18#

53-33
56-50

53-33
56~50

53-33#
56=50#

53-59
S57-16#

53-59
57-17

33-594
57-17

53-162
57-17&8

53-162
57-50

53-162#
57-50

54-29#
57-50#

SE————

46-28
56-81
59-N1
92:25'

SEQ@

(CREF v01-05 )

CROSS REFERENCE TABLE

.y
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE S$=20

CZOMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE S-21
CROSS REFERENCE TABLE (CREF V01-05 )
-

61-14#
65-42
71-468

14-16#
14-16#

62-36
42-122

53-59

57-50

57-50#

17-10

42-68
42-122¢

47-9
51-19
53-59%
5650
57-88
#

58-464
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59-52# 68:?L“a
68-?;

58-46

61-4
%:70
2R

61-4
9576-2

17-10#

& -636
42~

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51-19
53-162
56=50#
57-88

18-8

1-19#

1-50

53-1

16-8

42-109
46-28

42-109#
46-28F

42-115
47-16

53-56
56-21

53-56#
56=214

57-42
57-85

S7-428
57-854

57-48
57-86

5
S7-g6'

g?7-1

59-234
59-6*
~4

59-33
59-7

9-334
9-714

29-;7
5960-61

65-1
6743
68-110

73-53
75-16

76-15

14-16#

5617
58-62

61-13¢
65-42
71-46

61-854

62-27#

64=27H
65-9

65-1
674384
68-110#

73-538
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76=154

51-19

56-17#
58-80

61-14
6570
71=460

61 -gz

62~

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635-97_

65-137
67-47
68-128

74~

75-164

76~15¢

51-19

56-18
59-15

61-43
65-94
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53-160
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35-84r 20-60‘_%
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6146

16-8
16-8
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16-8
16-8
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16-8
16-8
168
24

S53-160#

42-1
48-262%

7-5
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50-%

61-107

61-107#

65-97%

65-28
65~ %

65-137#
67-47
1

74~

75-1

76~154

61-49

65-14
67-51
134

74-4

75-17

oor

145
67-514
1342

76-2%
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7g:17

76-174

7-12’
59-1

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9-1

51-19#

61-76
65-124
72-24

6;-8
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2=24h

56~-50
59-15

6;-8
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7324

59-1

65-15#

N—lg

76-13#

1
1
1

16-8

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S
60-18

61-

61-1

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65-151
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102

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64-1

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64-9
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73-24m

60-15#
61-43

65-16

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1300
3718

1978

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59-17

197

61'5&

65-151#
67-1
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5?-1
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60-21

65-1

1
1
1

4
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61-1

195#

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Sl
3628

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59-15#

65-15

124
lg

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61 -gz

61-46F

65-15

75:?2' 76:??

62-27

6427
65-9.

61-4614

16-8

61-85

58-78# 3884

1074

61-41

75-12

59-23
59-69

Sg:‘;g

7‘-22’ 75-1?

56-107

1
614

16-8

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54=514

63:
S
57-16

915-126

64~

59-15

5&8

4&2-1
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48-267
5154~
57-16
58-

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16-8

4&2-115#
47-16F

48-9%
1-50
54~
#

9?-9(

64-9

16-8
16-8
19-‘0
17-244

Gs:l

1054
44-8

65-9%

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16-8
16-8
16-8#4
17-24

60-15
61-144

65-704

16-8
16-8
16-8#
16-84

18-8#

42-105
448

60-14#
61-16

6570

16-8
16-8
16-8#
16-8#

60-14
61-14

68:1 A

"fil£l

61-76#4
65-94

60-14
61-13¢

23:?%0

61-76
65-94

58-20

59-75#
61-13

74-2%

31628
5685

5
63-‘%

57-88¢

59-7.
61-13

74-23

18-8

42-105
42-1264

59-75
60-109#

-84

61-76

42-684
42-126

59-524
60-109

51-60
54-51

TSTEST

42-364
42-122

53-59

62-8

TSTEMP

17-10

TSTAGL
TSTAGN

61-4
65-42
72-240

59-5

58-46

61-14
65-42
70~468

59=-17# 58-21#
S9-§

58-21

59-17

58-21

110

“:g

178
53-59

57-50
60-14
64-9
?—1
74-2

-278

S7-608

1028
60-21#
60-69%
61-748

62-11#

64-120

65-564
8-1 100
@

154

75-\7»
&162

20
60-144
64-94
90-1 il
4-2

H 1
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE $-22
CROSS REFERENCE TABLE (CREF Vv01-05 )
TSTSTM

14-16#4

37-31

42-1

‘-

T$TSTS

i§§ai§§§$iili 2

1010

oovn:‘|

[« N

FReTIRiaraas

16-8

58-21#

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

SEQ

CROSS REFERENCE TABLE (CREF v01-05 )

16.2
16.3
16.4
17
17.1
17.2

58-464
58-62#
58-80#
16-8
59-17#
59-52#

60-14#

16-8

61-13#

20~-168#
20-167#

60-36
36
28-44+

60-82
60-82
28-69

57-74
57-80

57-103
57-107

60-15#
60-63#

19.1
T9.§
19.

61-144
61-43#
61-76#

TBUF
TCOUNT
TEMP

TH3L
TH4L

THRESH
TIMER
TOLONG

TOUT

TSEL4
TSEL6

UPDATE

WAIT1
WAIT2

WAITS
IT4¢

WMAINT
WMODEM
WIYPE
X

XSALWA

XSFALS
XSOFFS
XSTRUE
XMTBUF

59-15#

16-8

18.1
18.2

19-127#
19-128¢

19-100#
19-99#
19-76#

19-81#

68-120%
68-121+
19-8#
19-98%¢
20-8B1#
20-83#
20-85#
20-86#
20-67#
19-94#
20-32#
19-123#
14-16#
14-16#
14-16#
14-16#4
20-189#

214

68-112+

57-67
57-58
64-33

60-31
62-22

60-79

68-1324
68-133#

68-152
68-157

68-228+
68-229%

62-42

41-111
28-49
29-39

41-40
41-40*

45-113«

45-118+
41-57+

68-151+

68-217+

45-116+

39-25
33-54
45-50+
56-43

45-166*
39-42

45-169%
48-31

56-76

56-103

40-94*

40-120%

40-125«

]

61-57
60-36
56-23
61-80

61-86
60-82
5656
=12

64=19
61-59
57=22
64=13

65-77
61-93
57-36
65-20

65-101
62-32
57=55
65-25

65-134
64-24
58-25
65-98

67-45
65-107
58-47
65-128

14-16#
14-164
16-164
14164
14-16#
14-164
14-16#
14-164
14-164
16164

31-55

31-75

37-24

37-26

37-28

67-55

468
47-9
49-8
75-13
17-10
45-8
14-19
42-8

42-27

42-36

42-68

62-105

76-13
489

48-267

48-367

53-162
61-43

51-50

56-18
61-76

51-19

53-32

54-29

56-17

73-24

74=23

32-55

30-70

33-50
41-45

34-36

14164
14-164
14-164
14-164
14-164
14-16#
16-164

14-16#
?2-}2'

215

67-49
58-66
70-64

59-21

60-19

60-67

61-18

61-27

42-111

42-118

42-122

42-126

56-85

57-88

59-75

56-50
65-16

57-17
65-42

57-50
65-70

58-21
65-94

58-46
65-124

58-62

58-80

59-17

57-16

58-20

59-15

60-14

61-13

62-8

64-9

65-15

44-8
-

53-33
?8:33

53-59
61-14

146-16#
68-12
16-164
14-164
}2-}2‘

70-46
45-34
31-43
f3:§8

71-46
45-49
32-40
29-46

39-41
92:120

48-169
68-254

53-42
70-56

53-81
70-74

53-85
71-52

53-167
71-58

58-92
72-31

58-97
72-37

67-33
72-45

67-39
73-32

67-132
73-38

68-100
73-46

68-106
74-30

54~30
92-;;

54-39
62-9

56-19
64-10

56-51
65-18

57-18
65-44

57-51
65-72

58-22
65-95

58-63
65-125

58-8
67-2

59-18
68-89

60-16
70-58

6064
71-54

61-15
72-33

14-164
14-164
16-164

40-113

45-25

46-21

58-101

60-22

51-45

68-18

68-82

68-245

61-83

62-25

64-16

65-53

6742

68-109

59-54

60-31

60-79

62-19

62-22

62-30

14-16#4

?2-%2'

14-16#4

58-49

58-69

72-24

14-164
14-164

2-18
2-13

29-49

30-73

41-5¢4

41-111
14-164
146-164
14-16#
14-164
14-164
14-164

57-25
66-55
46-24

57-38
51-42
51-41

57-58

57-67

1igr oo

46-28

47-16

60-70

61-50

VIVOETX=

26-6#
26-32#
24-6#

SEQ@

DIV VVD

BACCIR
BACCIT
BASEIN

’

J 1
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE M-1
CROSS REFERENCE TABLE (CREF v01-05 )

K 1
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE M-2
CROSS REFERENCE TABLE (CREF v01-05 )

ENDINI
ENDMOD
ENDMSG
i

1-475#
1-487#
1-500#
60-111

ENDPTA

1-520#

ENDRPT

1-S512#

1-529#

EQUALS

1-541#
1-555#
1-568#
1-580#
1-596#
59-69
1-614#
1-624#
67-134
1-642#

ERRHRD
ERROR
ERRSF
ERRSOF
ERRTBL
ESCAPE

48-272
56~64
60-93
65-59
67-98
1-718#
1-722#
1=-726#
1-730#
1-734#
1-744H

ENDSW
ENDTST

ERRDF

1
1
1
1
1
1
1
1

42-34

57-53
58-84
60-39
61-82
65-56
67-51
74-34
1=-771#4
-810#

42-65

54-32
58-100
60-66
61-88
65-97
68-104

45-48
75-15
75-17
15-1

75-16
76-15

42-109

42-115

42-120

42-130

58-44
65-122

58-60
65-149

54-51
72-48

60-106

61-109

59-52

37-36
53-150
59-4
62-44

41-59

57-83
-64
65-113
68-141

35-54

42-101

42-124

48-371
53-195
61-74

1=-7144

ENDSEG
ENDSET
ENDSFT
ENDSRV
ENDSUB

1
1
1
1

[ENDPRO

216

14-164
14-}6’

11333333 11343

1-425#
14414
1-453#
1

ENDCOM
ENDDU
ENDHRD
ENDHW

SEQ

68-170

53-182
59-64

64-30
67-74
68-175

56-107

57-111

59-77

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE M-3
CROSS REFERENCE TABLE (CREF V01-05 )

LASTAD
MSBYTE
MSCHEC
MSCNTO
MSCOUN

1=;47#
1-DOO#
1
1-EB2#
1

14-164
14-16#
14-164
14-16#
14-164

62=51#
42-854
4e=112
42-129

42-54
42-92
42-112¢
42-129
51-5
53-152
56-101

33-152
56-97#
57101
MSDATA

MSDECR

57-101#

1-B67#
15-1
15-1
1-D29#%

42-109
46-28

51-60
56-81
58-44
59-71

61-764#

65-92

MSERRI

65-92¢

7
1-E70#
1-D74#
46-284
6-814

71-68¢
14-16#
14-168
4L7-16F
56-834

63-92¢

65-1224

35~
48-272
51-55

58-56
60-93
61-103
63-59
63-145
67-98
68-159
1-DO6#F
5757-57
58-39 - -

15-22”

56-64

MSESCA

14-16#

42-109%
46-28%¢

51-60#
56-81#
LA
59-714

61-74

MSDEFA
MSENDE

14-16#
15-11
15-1

59-56

60-57
61-20
61-85

76-32
15-11

15-1

15-11

15-114

75-15

75=15#
-

75-16

75-164

75-17

75=178

76~15
42-9

76=15#4
42-

42=54F
42-92
42-113
42-129
0
53-152#
56-101#

42-59
42-9
42-113
45-55

42-59%
42-1138
45-55
53-46
53-184
S6-105#

&
42-99
42-114
45-558
53-46
53-184
57-89

42-634
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42-114
45-76

42-714
42-106#
42-119
45-768

59-76

54=354
57-90
59-764

42-78
42-107
42-119
45-163
53-140

57-109#

3 3-184#
57-89
59-76

42-71
42-106
42-1144
45-76
53-46
54-35
57-89%

56-88
57-904
60-110

15-1
15-11
15-11

15-1
15-1
15-1

15-1
15-11
15-1

15-11
15-11
15-1

15-1
15-1
15-1
42-34

3-60F

57-105

53-184
56-105
57-1054

15-11
15-11
15-11

15-1
15-11
15-1

17-24

42-115
47-16

53-56
§6-83
9-77

61-107

65-122

72-48
75-15
17-248
4B-202N
56-1074

65-149

17-264#

42-1158
L7-16#

33-56#
23-83#

59=774

61-107#

65-122¢

72-48%4
75-154
18-12K
48-362M
57-484
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57-109

18-12

42-120
48-262

53-160
56=107
58-78

61-109

65-149

18-12¢

42-120
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CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE M-4

CROSS REFERENCE TABLE (CREF v01-05 )

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CZDMIBO DMR-11 FUNCT 1
;ESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE M-5
CROSS REFERENCE TABLE (CREF V01-05 )

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CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE
CROSS REFERENCE TABLE (CREF v01-05 )

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

CROSS REFERENCE TABLE

(CREF v01-05 )

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e3“PBBSR~G4q2TWR.R0alT3Ls3S.‘2IRdeATf3aT8Rl5KALd2dOS84R-mTAiN2kdR0%0i-RAo2o8”lt5MiiLeIRRIRA8dnSfAT,nSieg0yEhfAie“R1oo7yV0Nf.Mp8RdEl.RM1-TOi“nne2Ha&fze2RSsf&E9aRgIRAiiSsNSo=5I-RiItnO5Ih9-l0"AoERtAKa4BA—lCNRIRelOqN%CfHIlaEOTN:Vl&YfYNliYnEa%I~2StRabD Io=mOi2tngnMSEgoeRe!nyr%RR<|A30eAp5Jwe3SRyW80.s6w3RIn.SS2L1I9Rw0A33kLs1S1“m0awA1AERwu0a3RRu1n0a4w5SARmIw0a3R*1RyRw2wmwu3SOu9RRNw1mSu3wu2wmBUw3mwNIw32mswA3mA»O3YwWSw8s1m1wURw8s3wyR3w48wm3WRu8w3
0 2
CZDMIBO DMR-11 FUNCT IONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE M-8
CROSS REFERENCE TABL E (CREF
V01 =05
)
SEQ

222

1
1
1
1
1
1
1

2
68-250
68-251#

72-354
74474
75-17

76-15#

S7-17#
59-52#
65-420

®3
67-11#

3ag3Rnantas,

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE Hg9
CROSS REFERENCE TABLE (CREF v01-05 )

531404
54~

53-150#
54~

53-152#
54-29
56=17#
26-50

53-160#
34=294

53-162

MS10SE

|MSLDRO

42-101#
45-171#

S1-47#
56-48#
57-111»
-6
61-41#
S-68#
MSPRIN

71-68#
14-16#
42-12#4
42-354
&2=-71#

34
42-107#»