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AH-8485E-MC

February 1985

104 pages

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Document:	CZDHKE0 DH11,DM11 MODEM CTRL MLTPLXR FEB 1985 bw
Order Number:	AH-8485E-MC
Revision:	000
Pages:	104
Original Filename:	CZDHKE0__DH11,DM11__MODEM_CTRL_MLTPLXR__AH-8485E-MC__FEB_1985_gray.pdf

OCR Text

FEB

1985

e ifefifta]]
Made

USA

| CZOMX-E MACY11l SOA(1032)

' CZOMKE .P11

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PAGE 1

SEQ 1

.REMu

1
2
3
a

S
6
7

'
|

8
9

11
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13

IDENTIFICATION

19'

PRODUCT CODE:

AC-8484E-MC

PRODUCT NAME:

CZDMXEO MODEM CONTROL MA.TIPLEXER DIAGNOSTIC

DATE

JALY 1984

1
1

SESEURALUR
YR
NRRRUNEY

,‘

MAINTAINER:

DIAGNOSTIC GROUP

THE DNFORMATION IN THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT

NOTICE AND SMOULD NOT BE CONSTRUED AS A COMMITMENT B8Y DIGITAL
EQUIPMENT CORPORATION. DIGITAL EQUIPMENT CORPORATION ASSUMES
NO RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT.
THE SOFTWARE DESCRIBED IN THIS DOCUMENT IS FURNISHED UNDER A

LICENSE AND MAY OMLY BE USED OR COPIED IN ACCORDANCE WITH THE
TERMS OF SUCH LICENSE.

DIGITAL EQUIPMENT CORPORATION ASSUMES NO RESPONSIBILITY FOR
THE USE OR RELIABILITY OF ITS SOFTWARE ON EQUIPMENT THAT IS
NOT SUPPLIED 8 DIGITAL.

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1.0

46
48

SO
S1
s2
S3
g;

FOLLOWS :
GROUP O:

GROUP 1:
GROUP 2:
GROUP S:

ALL LINE SCANNER AND LINE MU TIPLEXER FUNCTIONS ARE

TESTED. NO TEST CONNECTOR IS NEEDED...
A SINGLE LINE IS TESTED USING THE MODEM CABLE AND

A H31S TEST CONNECTOR
CONNECT-DISCOMMNECTY TEST FOR 103A MODEMS
COMMNECT-DISCONNECT TEST FOR 202C MODEMS

2.0

REQUIREMENTS

2.1

EQUIPMENT

60
61
62
22
22

POP-11 COMPUTER WITH AT LEAST 8X OF MEMORY
WITH OR WITHOUT HARDMARE SWITCH REGISTER
ASR-33 TELETYPE OR EQUIVALENT
MODEM CONTROL MODWLES
2.1.1

67
23
;‘l’

FOR 16 LINE SCANNER TEST
NO ADDITIONAL MARDMARE IS NEEDED. PROGRAM HAS BEEN MODIFIED
TO RUN WITHOUT M861 TEST CONNECTOR.

2.1.2

FOR SINGLE LINE CABLE TEST
4 CABLES TC COMMECT TO THE DISTRIBUTION PANEL

MODEM CONTROL MU TIPLEXER USED WITH THE DM11 OPTI

THE PROGRAM IS DIVIDED INTO FUNCTIONAL TEST GROUPS AS

ABSTRACT
THIS PROGRAM IS A TEST OF THE

SEQ 2

PAGE 2

H31S TEST CONMECTOR

2.1.3

FOR ON LINE TESTS

4 CABLES TO COMMECT TO THE DISTRIBUTION PANEL

2 BELL 202C MODEMS (FOR 202C TEST)

:il’

2 BELL 103A MODEMS (FOR 103A TEST)

5.0

LOADING PROCEDURE
THE STANDARD PROCEDURE FOR LOADING BINARY TAPES IS TO BE USED.

4.0

STARTING PROCEDURE

4.1

STARTING ADDRESS

THE STARTING ADDRESS FORP ALL TESTS IS 000200.

RESTART ADDRESS FOR ALL TESTS IS 000200

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SEQ
3

PAGE 3

4.2

OPERATOR AND/OR PROGRAM ACTION

4.2.1

INITIAL PROGRAM START

NOTE

IF PROGRAM IS BEING RUN WITH THE “XOR" MODULE TESTER
LOCATION 1030(8) MUST BE MODIFIED TO CONTAIN A 240(8)
"NOP" TO ACTIVATE THAT CODE AFFECTING THE

“XOR" TESTER.

NOTE
0000000000 000000

SOF TWARE SWITCH REGISTER IS DEFINED AS LOC.

176

(REFER TO SECTION 5.1.2 FOR DYNAMIC LOADING INSTRUCTIONS)

4.2.1.1 LOAD ADORESS 000200

SET SWO0 = 1

PRESS START

¢+eSOF TWARE SWITCH REGISTER IS LOC. 176

4.2.1.2 PROGRAM WILL TYPE

*DM11-MHODEM CONTROL DIAGNOSTIC “(ONCE ONLY)

¢eoNOTE: IF USING SOFTWARE SWITCH REGISTER THE FOLLOWING

WILL BE TYPED BEFORE TITLE:
SHR=XXXXXX NEWe= (REFER TO SECTION 5.1.2 FOR OPTIONS)

4.2.1.3 PROCRAM WILL TYPE (WITH SWOO = 1)

VECTOR ADDRESS-" AND WILL WAIT FOR AN INPUT

FROM THE TELETYPE KEYBOARD.

4.2.1.4 TYPE A THREE DIGIT NUMBER (OCTAL) WHICH IS THE

ADDRESS THAT THE MODEM CONTROL WILL INTERRUPT TO, FOLLOWED BY
<RETURN>,
IF AN INCORRECT ADORESS IS TYPED, THE PROGRAM WILL
TYPE *?* AND THEN REPEAT 4.2.1.3.

NOTE :

IF THE ADORESS ENTERED IS ACCEPTIBLE TO THE PROGRAM,
BUT IS NOT THE INTERRUPT VECTOR ADDRESS OF THE MODEM CONTROL
UNDER TEST, A MALT WILL OCCUR AT THAT ADDRESS+<2, WHEN
THE MODEM CONTROL INTERRUPTS.
TO RECOVER, PERFORM 4.2.2.1.

4.2.1.5 THE PROGRAM WILL TYPE

“CONTROL REGISTER ADDRESS-“ AND WAIT FOR

AN INPUT FROM THE TELETYPE KEYBOARD.

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4
SEQ

PAGE 4

144

(OCTAL NUMBER) WHICH IS THE ADDRESS OF THE
MODEM CONTROL'S CONTROL REGISTER FOLLOWED BY <RETURN>,

146

TYPE "7 AND THEN REPEAT 4.2.1.6.

143

11-JU -84

4.2.1.6 TYPE A 6 DIGIT

IF AN INCORRECT ADDRESS IS TYPED, THE PROGRAM WILL

145

147

148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165

NOTE:

IF THE ADORESS ENTERED IS ACCEPTIBLE TO THE PROGRAM
BUT IS A NON-EXISTANT REGISTER, A BUS ERROR TRAP WILL
OCCUR WHEN THE PROGRAM ADDRESSES THE REGISTER, AND THE
PROGRAM WILL MALT AT LOCATION 6.
TO RECOVER, PERFORM 4.2.2.1.

‘.201.7 THE PROGRAM WILL TYPE

“LINE SELECTION PARAMETER-" AND WAIT FOR
INPUT FROM THE TTY KEYBOARD.

4.2.1.8 TYPE AN OCTAL NUMBER TO SPECIFY

THE FOLLOWING ENCODING SCHEME:

166

167
168
169

THE LINES TO BE TESTED USING

B8IT00 = 1
8ITO1 = 1
8IT02 = 0

TEST LINE 00
TEST LINE 01
DO NOT TEST LINE 2

B8IT1S = 1

TEST LINE 1S

EG:

TYPING 377(8) SELECTS LINES 00 THRU 07
TYPING 177777(8) SELECTS ALL 16 LINES

IF THE NO. TYPED IS NOT ACCEPTABLE, THE PROGRAM TYPES A "2

AND ASKS FOR THE LINE SELECT PARAMETER AGAIN.
4.2.1.9 THE mm WILL TYPE

“TEST-" AND WAIT FOR AN INPUT FROM THE TELETYPE KEYBOARD.

4.2.1.10

TYPE A THREE DIGIT OCTAL NUMBER CORRESPONDING TO THE

OF THE TEST TO BE RUN FOLLOMED BY <RETURN>.
IF AN INCORRECT TEST NUMBER IS TYPED THE PROGRAM WILL

TYPE “7* AND THEN REPEAT 4.2.1.7

THE AVAILABLE TESTS TOGETHER WITH THE NUMBER TO BE TYPED

ARE GIVEN BELOW.

TEST GROUP 0:

OFF LINE TESTS -FIRST TEST=0
TEST GROWP 1:

OFF LINE YESYS USING DC11 TEST CONNECTOR AND MODEM CABLE-FIRST TEST=100
TEST GROUP
2

(r:?s.‘CCY/DISCOKCT TEST FOR BELL 103A MODEMS-FIRST TEST=200

- FIRST TEST=300
CONNECT/DISCONNECT TEST FOR BELL 202C MODEMS
4.2.1.11

THE PROGRAM WILL ENTER THE SELECTED TEST GROUP,

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SEQ
S

PAGE S

4.2.2

PROGRAM RESTART

4.2.2.1 WITH SWOO=1

LOAD ADDRESS 200
SET SWOO=1 BEFORE PRESSING START.
¢4oSOFTWARE SWITCH REGISTER IS LOC 176ees

PRESS START

PROGRAM WILL PERFORM AS DESCRIBED IN 4.2.1.3 70 4.2.1.10.
4.2.2.2 WITH SW00=0

LOAD ADORESS 200

¢eoSOF TWARE SWITCH REGISTER IS LOC.

PRESS START
5.0

213
2ia

176

PROGRAM WILL PERFORM AS DESCRIBED IN 4.2.1.7 70 4.2.1.10

OPZRATING PROCEDURE

S.1

TEST GROUP 0

16 LINE SCANNER TEST

S.1.1

TEST "NITIALIZATION

NONE REQUIRED, PRUGRAM TYPES “16 LINE SCANNER TEST"
AND BEGINS TEST EXECUTION.

5.1.2

OPERATIONAL SWITCH SETTINGS

IF THE DIAGNOSTIC IS RUN ON A CPU WITHOUT A SWITCH

REGISTER THEN A SOFTWARE SWITCH REGISTER IS USED WHICH ALLOWS
THE USER THt SAME SWITCH OPTIONS AS THE HARDMARE SWITCH REGISTER.
IF THE HARDMARE SWITCH REGISTER DOES NOT EXIST OR IF ONE DCES
AND IT CONTAINS ALL ONES (177777) THEN THE SOFTWARE SWITCH
REGISTER (LOC. 176) IS USED.
CONTROL:

THIS PROGRAN ALSO SUPPORTS THE DYNAMIC LOADING OF THE SOF TWARE SWITCH
REGISTER (LOC. 176) FROM THE TTY. THIS CAN BE ACCOMPLISHED BY
DOING THE FOLLOMING:

1) TYPE CONTROL G <*G>; THIS WILL ALLOW THE TTY TO ENTER DATA INTO
LOC. 176 AT SELECTED POINTS WITHIN THE PROGRAM.

2) THE MACHINE WILL THEN TYPE: SWR=XXXXXXNEW= (XXXXXX IS THME OCTAL CONTENTS
OF THE SOFTWARE SWITCH REGISTER.)

3) AFTER THE ''NEW='' HWAS BEEN TYPED THEN THE OPERATOR CAN DO ONE
OF THE FOLLOWING AT THE TTY:

Gl
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A) TYPE A NUMBER TO BE LOADED INTO LOC.

246

8) IF A CONTROL U <tU> IS DEPRESSED THEN THE PROGRAM WILL SEND YOU
BACK TO STEP 2.

SW1S=1,
SWide=1,
SW13e1,
SWil=l,
SW10=1,
SW09=1,
5.1.3

277
278
279
280
281
282

283
264
285
286
287
288
289
290
291

HALT ON ERROR
LOOP ON CURRENT TEST
SUPPRESS ERROR TYPEOUT
SUPPRESS ITERATIONS
ESCAPE TO NEXT TEST ON ERROR
FREEZE DATA

PROGRAM AND/OR OPERATOR ACTION

DOMN, THE PROGRA
WILL RUN
5.1.3.1 WITH ALL SWITCHES

ALL TESTS IN TME SELECTED GROUP, SEQUENTIALLY.

266

267
268
269
270
271
272
273
274
275
276

176 FOLLOWED BY A «CR>,

(ONLY NUMBERS BETWEEN 0-7 WILL BE ACCEPTED AND ONLY 6 NUMBERS
WILL BE ALLOWED)
IF A <CR> IS THE FIRST KEY DEPRESSED THE SOF TWARE SWITCH
REGISTER CONTENTS WILL NOT BE CHANGED.

247

248
249
250
251
252
253
254
255
256
257
258
259
260
261
262
263
264
265

6
SEQ

6
PAGE

EACH TEST IS REPEATED

A FIXED NMBER OF TIMES (SEE LISTING FOR DETAILS),

EXCEPT FOR TO WMICH IS EXECUTED ONCE ONLY AFTER START OF TEST.
WHEN ALL
TESTS MAVE BEEN COMPLETED, THE PROGRAM WILL ISSUE A "RESET"”, RING THE TELETYPE
BELL, AND RESTART AT THE FIRST TEST OF THE SELECTED GROUP.
IF AN ERROR OCCURS, THE PROGRAM WILL TYPE AN APPROPRIATE
ERROR MESSAGE AND CONTINUE TESTING.
5.1.3.2 WITH SW1S=1, PROGRAM ACTION WILL BE AS IN S5.1.3.1 EXCEPT THAT
A HALT WILL OCCUR AFTER ERROR TYPEOUT.

NOTE: IF USING THE SOFTWARE SWITCH REGISTER AND AN EROR

HALT OCCURS. THE SOF TWARE SWITCH REGISTER CAN BE CHANGED

Owgifxfix cg&m THE PROGRAM WILL RESPOND WITH THE FOLLOWING:

5.1.35.3

WITH SW13=1, PROGRAM ACTION WILL BE AS IN S.1.3.1 EXCEPT THAT

NO ERROR TYPEOUT WILL OCCUR.
THE PC OF THE TEST THAT FAILED
WILL BE DISPLAYED IN THE COMPUTER DATA LIGHTS.

5.1.3.4 THIS PROGRAM WILL NO LONGER TRACE TRAP WITH THIS RELEASE

5.1.3.5 WITH SW10=1, PROGRAM ACTION WILL BE AS IN 5.1.3.1 EXCEPT THAT
AFTER AN ERROR HAS OCCURED, THE PROGRAM WILL IMMEDIATELY
START THE NEXT TEST IN SEQUENCE.

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5.2

S.2.1

TEST GROUP 1

SINGLE '.INE CABLE TEST

TEST INITIALIZATION

THE PROGRAM WILL TYPE “SINGLE LINE CABLE TEST

LINE NUMBER-" AND WILL WAIT FOR AN INPUT FROM
THE TELETYPE KEYBOARD.

TYPE A 2 DIGIT OCTAL NUMBER BETWEEN O AND 17, CORRESPONDING
TO THE NUMBER OF THE LINE TO BE TESTED, FOLLOWED BY
<RETURN>,

THE PROGRAM WILL THEN BEGIN TEST EXECUTION.

IF THE TELETYPE INPUT IS INCORRECT, THE PROGRAM

WILL TYPE "2" AND REPEAT THE MESSAGE.

S5.2.2

OPERATIONAL SWITCH SETTINGS
SAME AS 5.1.2

5.2.3

PROGRAM AND/OR OPERATOR ACTION
SAME AS 5.1.3

5.3

TEST GROUP 2 BELL 103A MOOEM CONNECT-DISCONNECT TEST

S5.3.1

TEST INITIALIZATION
THE PROGRAM WILL TYPE ~103A CONNECT-DISCONNECT TEST

B PG

%IGIMTE LINE-" AND WAIT FOR AN INPUT FROM THE TELETYPE
TYPE THE NUMBER OF THE LINE THAT WILL ORIGINATE THE

CALL (0-17 OCTAL) FOLLOWED BY RETURN.

THE PROGRAM WILL TYPE “ANSWER LINE-" AND WILL WAIT
FOR AN INPUT FROM THE TELETYPE KEYBOARD.

327

328

TYPE THE NUMBER OF THE LINE THAT WILL ANSWER THE CALL

331
332
33

THE PROGRAM WILL TYPE “DIAL ANSMERING DATA SET"
AND WILL MWAIT FOR THE ORIGINATE AND ANSWERING MODEMS
TO GENERATE INTERRUPTS.

;233

ggg
337
338
;23

341

(0-17 OCTAL) FOLLOMED BY <RETURN>,

5.3.2

OPERATOR ACTION TO MAKE TELEPHONE CONNECTION
AFTER THE MESSAGE “DIAL ANSWERING DATA SET" IS TYPED
THE OPERATOR HAS APPROXIMATELY S MINUTES TO ESTABLISH
A CONNECTION BETWEEN THE 2 DATA SETS.

S5.3.2.1 PLACE ANSWERING DATA SET IN "AUTO ANSWER" MODE

SEQ

11
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379

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PAGE 8

$.5.2.2 PLACE ORIGINATING DATA SET IN “TALK" MODE
5.3.2.3 DIAL DIAL ANSWERING DATA SET FROM ORIGINATING
DATA SET
5.35.2.4 LISTEN FOR TONE IN MANDSET OF ORIGINATING DATA SET.
WHEN TONE IS HMEARD, PRESS "DATA” BUTTON ON

ORIGINATING DATA SET.

"DATA" LIGHT SHOULD ILLUMINATE
5.3.2.5 "DATA” LIGHT ON ANSWERING DATA SET SHOWD BE LIT.
5.3.2.6 THE PROGRAM WILL NOW WAIT FOR

INTERRUPTS FROM THE MODEM CONTROL.

5.3.2.7 IF THE CONNECTION HAS BEEN PROPERLY ESTABLISHED,
THE PROGRAM WILL TYPE "TYPE TTY KEY TO DISCONNECT".

WHEN TTY KEY IS STRUCK, THE PROGRAM WILL BEGIN THE
DISCONNECT SEQUENCE.
5.3.2.8 WHEN THE DISCONNECT SEQUENCE HAS BEEN COMPLETED
THE PROGRAM WILL TYPE ~103A TEST COMPLETE",
AND WILL REQUEST THE OPERATOR TO SELECT NEW LINES.

S.5.3

PROGRAM ACTION IN CASE OF ERROR

5.3.3.1 RING ON INCORRECT LINE

IF THE PROGRAM DETECTS A RING SIGNAL ON AN INCORRECT
LINE, OR IF ANY OTHER TRANSITION BESIDES RING IS
DETECTED BEFORE RING, THE PROGRAM WILL TYPE
A FATAL ERROR MESSAGE AND REQUEST THE OPERATOR
TO RESELECT LINES AND REDIAL.
5.3.3.2 OTHER ERRORS

IF ANY ERRORS OCCUR AFTER THE FIRST RING HMAS BEEN

DETECTED, THE PROGRAM WILL TYPE AN APPROPRIATE ERROR
MESSAGE AND CONTINUE TESTING TO COMPLETION.
THE ONLY EXCEPTION TO THIS IS IF AN INTERRUPT
OCCURS ON A LINE NOT SELECTED, IN WHICH
CASE A FATAL ERROR WILL BE REPORTED, AND THE PROGRAM
WILL PROCEED AS DESCRIBED IN 5.3.3.1

SEQ
8

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9
SEQ

9
PAGE

5.5.4

OPERATION SWITCH SETTINGS
IF THE DIAGNOSTIC JS RUN ON A CPU WITHOUT A SWITCH
REGISTER THEN A SOFTWARE SWITCH REGISTER IS USED WHICH ALLOWS
THE USER THE SAME SWITCH OPTIONS AS THE HARDWARE SWITCH REGISTER.
IF THE HARDWARE SWITCH REGISTER DOES NOT EXIST OR IF ONE DOES
AND IT CONTAINS ALL ONES (177777) THEN THE SOF TWARE SWITCH

176) IS USED.

CONTROL :
THIS PROGRAM ALSO SUPPORTS THE DYNAMIC LOADING OF THE SOF TWARE SWITCH

1) TYPE CONTROL G <tG>; THIS WILL ALLOW THE TTY TO ENTER DATA INTO
LOC. 176 AT SELECTED POINTS WITHIN THE PROGRAM.
2) THE MACHINE WILL THEN TYPE: SWR=XXXXXXNEW= (XXXXXX IS THE OCTAL CONTENTS
OF THE SOFTWARE SWITCH REGISTER.)
3) AFTER THE '’'NEW='' HAS BEEN TYPED THEN THE OPERATOR CAN DO ONE
OF THE FOLLOWING AT THE TTY:
414
415

A) TYPE A NUMBER TO BE LOADED INTO LOC.

176 FOLLOWED BY A <CR>.

(ONLY NUMBERS BETWEEN 0-7 WILL BE ACCEPTED AND ONLY 6 NUMBERS

WILL BE ALLOMED)

IF A <CR> IS THE FIRST KEY DEPRESSED THE SOF TWARE SWITCH
REGISTER CONTEN'S WILL NOT BE CHANGED.
B) TF A CONTROL U <tU> IS DEPRESSED THEN THE PROGRAM WILL SEND YOU
BACK TO STEP 2.
SW1S=1, HALT ON ERROR
SW13=1, SUPPRESS ERROR TYPEQUT
5.3.5

DATA SET MODE SWITCHING
AFTER THE PROGRAM MAS TYPED THE MESSAGE DESCRIBED

IN S.3.2.7, BUT BEFORE TTY KEY IS STRUCK, THE OPERATOR

MAY SWITCH EITHER DATA SET FROM THE MODE THAT
IT IS IN TO ANOTHER MODE.

ALL TRANSITIONS DETECTED AT THIS TIME WILL
BE REPORTED.

NOTE:

THE ORIGINATE DATA SET MUST BE RETURNED TO “TALK" MODE
AND THE ANSWERING DATA SET TO "AUTO ANSWER" BEFORE

DISCONNECT IS STARTED TO PREVENT ERRORS FROM BEING
DETECTED THAT ARE CAUSED BY THE FACT THAT THE MODEM IS
IN THE INCORRECT STATE.

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447
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449
450
451
452
453
454
455
456
457
458
459

460
461
462

463
464
465
466

467
468
469
470

471
472
473
474

475
476
477
478

479

480
481
482
483
484
485
486
487
488
489
490
491
492
493
494

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SEQ 10

PAGE 10

5.4

TEST GROUP 3

BELL 202C MODEM CONNECT-DISCONNECT TEST

5.4.1

TEST INITIALIZATION

SAME AS 5.3.1 EXCEPT PROGRAM WILL TYPE "“202C CONNECT
DISCONNECT TEST".

OPERATOR ACTION TO MAKE TELEPHONE CONNECTION
SAME AS 5.3.2 EXCEPT AT END OF TEST, PROGRAM WILL TYPE
*202C TEST COMPLETE".
PROGRAM ACTION IN CASE OF ERRORS

SAME AS 5.3.3

OPERATICNAL SWITCH SETTINGS
SAME AS 5.3.4

DATA SET MODE SWITCHING
SAME AS 5.3.5
TEST RESELECTION

TO ESCAPE FROM THE TEST IN PROGRESS, AND SELECT
A NEW TEST, TYPE <CONTOL C>.
THE PROGRAM WILL STOP EXECUTION OF THE TEST IN PROGRESS
AND THEN TYPE "TEST-" AND WAIT FOR AN INPUT FROM
THE TELETYPE KEYBOARD.
PROCEED AS DESCRIBED IN 4.2.1.8

ADDRESS CHANGE
TO CHANGE THE VECTOR AND REGISTER ADDRESS OF THE MODEM CONTROL
UNDER TEST, TYPE <CONTROL V>.
THE PROGRAM WILL
STOP EXECUTION OF THE TEST IN PROGRESS AND PROCEED AS

DESCRIBED IN SECTION 4.2.1, EXCEPT THAT

~MODEM CONTROL DIAGNOSTIC* WILL NOT BE TYPED.

LINE NUMBER CHANGE
TO CHANGE THE LINE NUMBER(S) UNDER TEST, TYPE

<CONTROL L>. THE PROGRAM WILL SUSPEND THE
TEST IN PROGRESS AND RETURN TO THE INITIALIZATION

STAGE OF THE SELECTED TEST.

WHEN THE LINE NUMBER(S) HAS BEEN CHANGED, THE
PROGRAM WILL RESTART THE SELECTED TEST USING THE NEW
LINE NUMBER(S).

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5.7

POMER FAILURE

IF A POMER FAIL TRAP OCCURS DURING TEST EXECUTION

THE PROGRAM WILL SAVE THE GENERAL REGISTERS OF THE

PROCESSOR AND HALT.

S00

501
502
503
S04
505
506
S07
508
S09
510
511
512
513
S14
515
516
517
518
519

SEQ 11

WHEN POMER UP OCCURS, THE PROGRAM WILL TYPE
"POMER FAILURE -CURRENT TEST WILL BE RESTARTED".
THE PROGRAM WILL THEN RUSUME TEST EXECUTION.
NOTE :

IF A TEST IS NOT IN PROGRESS, I.E., IF THE PROGRAM
IS WAITING FOR AN INPUT FROM THE TELETYPE KEYBOARD,

THE ERROR MESSAGE WILL BE “"POMER FAILURE".
THE PROGRAM WILL THEN REQUEST THE OPERATOR TO SELECT A TEST.

NOTE :

IF MACHINE HAS A SOLID-STATE SWITCH REGISTER, THEN THE CONTENTS WILL BE
LOST ON A POMER FAIL AND THEREFORE WILL HAVE TO BE RELOADED.

6.0

ERRORS

6.1

NCRMAL OPERATION

IF AN ERROR OCCURS WITH ALL SWITCHES DOWN, THE PROGRAM
WILL TYPE AN APPROPRIATE ERROR MESSAGE AND THEN

RESUME TESTING.

THERE ARE SEVERAL ERROR MESSAGE FORMATS, AND
THE PARTICULAR MESSAGE TYPED DEPENDS UPON THE
TEST IN PROGRESS.
6.1.1

ERROR MESSAGES

6.1.1.1 UNIQUE ERROR

ONLY PC OF FAILING TEST IS OUTPUT TO TELEPRINTER
AN EXAMPLE OF THIS TYPE OF ERROR IS:

1. AN INTERRUPT OCCURED AT THE WRONG PRIORITY
2. A REGISTER BIT WAS NOT CLEARED BY RESET

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6.1.1.2 TRANSITION DETECTION ERROR

THIS ERROR WILL OCCUR IN ONE OF THE ON-LINE TESTS

IF AN EXPECTED INTERRUPT DOES NOT OCCUR, OR IF

wggrn INTERRUPT DOES OCCUR, ON THE LINES
FORMAT FOR ERROR TYPEOUT IS

XXXXXX TRANSITION ERROR
EXP
REC
LINE

546

547
548
549
550
551
552
553
554
555
556
557

558
559
560
561
562
563
564
565
566
567
568
569
570
571
572
573
574
575
576
577
578
579
580
581
582
583
584

SEQ 12

PAGE 12

WHERE XXXXXX=PC+2 OF CALL TO ERROR ROUTINE
AA=EXPECTED INTERRUPT FLAGS (CORRESPONDS TO 4 MSB OF CONTROL REGISTER

B8=RECEIVED INTERRUPT FLAGS (AS ABOVE)
CC=LINE ON WHICH ERROR OCCURED

6.1.1.3

SINGLE LINE STATUS ERROR

THIS ERROR WILL OCCUR IN ANY TEST, OFF LINE OR ON-LINE

:gn THE EXPECTED AND RECEIVED LINE STATUS ARE NOT
FORMAT FOR SINGLE LINE STATUS ERROR IS

XXXX LINE ERROR
EXP
REC
LINE
AAA

BBR

WHERE XXXXXX=PC+2 OF CALL TO ERROR ROUTINE
AAA=EXPECTED LINE STATUS AT TIME OF ERROR

B88=RECEIVED LINE STATUS AT TIME OF ERROR
CC=LINE ON WHICH ERROR OCCURED

6.1.1.4 FATAL TRANSITION ERROR

THIS ERROR WILL OCCUR IN AN ON-LINE TEST IF AN INTERRUPT

OCCURS ON A LINE NOT SELECTED FOR TESTING.
FORMAT FOR FATAL ERROR TYPEOUT IS
XXXXXX FATAL ERROR

CSTAT

LSTAT

AAAAAA BBB

WHERE XXXXXX=PCe+2 OF CALL TO ERROR ROUTINE
AAAAAA=RECEVICED CONTROL STATUS ON LINE THAT INTERRUPTED

BBB=RECEIVED LINE STATUS ON LINE THAT INTERRUPTED

N1
CZDHK-E MACY11 S0A(1052)
CZOMKE.P11
585
586
587
588
589
590
591
592
593

11-JUL -84

-84 08:45
AL 11

08:53

PAGE 13

6.1.1.4 CONTROL STATUS ERROR

THIS ERROR WILL OCCUR IN A TEST THAT PRIMARILY
INVOLVES THE LINE SCANNER
FORMAT FOR CONTROL STATUS ERROR IS
XXXXXX STATUS FRROR

EXP

REC

AAAAAA BBBBBB

WHERE XXXXXX=PC+2 OF CALL TO ERROR ROUTINE
AAAAAA=EXPECTED CONTROL STATUS AT TIME OF ERROR

888888-RECEIVED(ACTUAL) CONTROL STATUS AT TIME OF ERROR

6.1.1.5 LINE STATUS ERROR

THIS ERROR WILL OCCUR IN THOSE OFF LINE TESTS THAT

SET ONE LINE TO A PARTICULAR STATE, AND THEN CHECK
ALL OTHER LINES

FORMAT FOR LINE STATUS ERROR IS
XXXX LINE ERROR

EXP

AAA

REC

DDD

LINE
CC

SEL

WHERE XXXXXX=PC+2 OF CALL TO ERROR ROUTINE
AAA=EXPECTED LINE STATUS AT TIME OF ERROR
B8B88-RECEIVED LINE STATUS AT TIME OF ERROR

CC=LINE ON WHICH ERROR OCCURED

DD=THE LINE ON WHICH THE PROGRAM WAS OPERATING
6.1.1.6 TIME OUT ERROR

THIS ERROR WILL OCCUR IF THE LINE UNDER TEST DOES
NOT INTERRUPT WITHIN A GIVEN TIME FRAME.
FORMAT FOR THIS ERROR IS

XXXXXX TIME OUT WAITING FOR INTERRUPT
LN CSR
LSR
AAA BBBBBB CCCCCC

SEQ 13

B2
| CZDMX-E MACY11l SOA(1052)

| CZOMXE .P11
634
635
6%
.
637
638
.
639
|
640
641
642

643
644

11-JAA -84

AL -84 08:45
11-

08:53

PAGE 14
WHERE

XXXXXX*PC+2 OF ERROR CALL

AA=FAILING LINE NUMBER

BBO8B8-CONTROL STATUS REGISTER
CCCCCC=LINE STATUS REGISTER
€ 1.2

REPEATED ERRORS

IF THE SAME ERROR OCCURS REPEATEDLY IN A GIVEN TEST
ONLY THE DATA RELATING TO THMAT ERROR WILL BE TYPED
IF THE ERROR OCCURS IN THE SAME TEST uUN THE SAME PASS

SEQ 14

Ce
CZDMX-E MACY11 SOAC1052)

| C20M¢E .P11

AL -84 08:45
11-

PAGE 15

645

6.2

SCOPE L 00OPS

647

NOTE:

SCOPE LOOPING APPLIES ONLY TO TEST GROUPS O AND 1

649

6.2.1

AFTER ERROR MALT

646

;

11-JL -84 08:53

648

650

651
652
653
654

TO LOOP ON A GIVEN TEST AFTER AN ERROR MALT,
SET SW1S=0 TO RUN WITHOUT STOPPING
SET SWid=1 TO LOOP ON CURRENT TEST
SET SW1Se1 TO SUPPRESS ERROR TYPEOUT

623

SET SW09=1 TO LOOP ON SAME DATA (IF REQUIRED)

SET SW10-0 (IF IT IS 1)

655
6

ese]F USING SOFTWARE SWITCH REGISTER AND YOU WANT TO CHANGE
THE SWITCM SETTING TYPE A <G> BEFORE CONTINUING.

658
659
::o

PRESS CONTINUE

::g

THE PROGRAM WILL LOOP ON THE SAME TEST.
FROM PROGRAM START

6.2.2

::9’

6.2.2.1 PROCEED AS DESCRIBED IN 4.2.1.1 70 2.2.1.4

668
:gg

6.2.2.2 WEN THE PROGRAM TYPES "TEST-", SET SWi4-1 TO LOOP
ON THE TEST THMAT WILL BE SELECTED.

671
:;g

6.2.2.3 TYPE IN THE NUMBER OF THE TEST THMAT IS TO BE LOOPED
ON (SEE LISTING FOR TEST NUMBER REFERENCE DESIGNATIONS)

674

6.2.2.4 THE PROGRAM WILL

675

676

:;;

SW14+0.

6.2.3

AFTER <CONTROL>

SAME AS 6.2.2.2 T0 6.2.2.4

679

680
681

LOOP ON THE SELECTED TEST UNTIL

682

7.0

RESTRICTIONS

684

7.1

STARTING

::g

7.1.1

FOR 16 LINE SCANNER TEST

683
685

NO TEST CONNECTOR IS NEEDED TO RUN THIS TEST....

::g
::(l,

7.1.2

FOR SINGLE LINE CABLE TEST

7.1.3

FOR ON LINE TESTS

::g
694
695

698

699

M31S TEST CONNECTOR MUST BE INSTALLED ON MODEM CABLE
NORE

SEQ 15

De
| CZOMX-E MACY11 SOAC1052) 11-JUL-84 08:53 PAGE 16
CZOMXE .P11
700
701
702

11-J -84 08:45

7.2

OPERATING

NONE.

703

704

705

7.3

WHEN ON ACT-11 OR "XOR"
PROGRAM WILL DEFAULT TO 16 LINE SCANNER TEST

7.4

DEFAULT PARAMETERS (INCLUDING ACT-11 € "XOR")

706

707

708
709
710
711
712

713

DHMVEC: 300
OHMLWL: 302

(AUTOMATICALLY GENERATED
B8Y PROGRAM WHEN UNDER ACT-11 OR "XOR")

714

715

716
717

718
719

720

NOTE: SWOO(RESELECT ADDRESSES AND VECTORS BECOMES
INOPERATIVE UNDER ACT-11 OR "XOR".

5€EQ 16

E2
CIDH<-E MACY11 S0A(1052)

CZOMXE .P11
721
722
723
724

11-JUL -84

11-JUL -84 08:45

08:53
8.0

EXECUTION TIME

8.1

16 LINE SCANNER TEST

728
729
730
731
732
733
734
735
736
737
738
739
740
741
742
743
744
745
746
747
748
749

750
751
752
753
754
755
756
757
758
759

760
761
762
763
764
765

766

767
768
769
770
771
772

SEQ 17

THE TIME FOR 2 PASSES OF THE 16 LINE SCANNER TEST IS
APPROXIMATELY 1.5 MINUTES.

725

726
727

PAGE 17

8.2

SINGLE LINE CABLE TEST
THE TIME FOR 12 PASSES OF THE SINGLE LINE CABLE TEST

IS APPROXIMATELY 1 MINUTE.

103A MODEM CONNECT-DISCONNECT TEST
APPROXIMATELY 30 SECONDS WILL ELAPSE BETWEEN THE
TIME THAT THE ANSWERING DATA SET FIRST DETECTS A RING

SIGNAL TO THE TIME THAT THE PROGRAM TYPES
*SET SWO1=1 TO DISCONNECT".

APPROXIMATELY 30 SECONDS WILL ELAPSE BETWEEN THE TIME
THAT THE PROGRAM TYPES THE ABOVE MESSAGE UNTIL THE
TIME THAT THE PROGRAM TYPES “103A TEST COMPLETE".
8.4

202C MODEM CONNECT-DISCONNECT TEST
APPROXIMATELY 1.5 MINUTES WILL ELAPSE BETWEEN THE TIME
THAT THE ANSMERING DATA SET DETECTS THE FIRST RING SIGNAL
TO THE TIME THAT THE PROGRAM TYPES “SET SWO1=1 TO DISCONNECT".
APPROXIMATELY 30 SECONDS WILL ELAPSE BETWEEN THE
TIME THAT THE PROGRAM TYPES THE ABOVE MESSAGE UNTIL
THE PROGRAM TYPES "202C TEST COMPLETE".
PROGRAM DESCRIPTION

THIS PROGRAM CONSISTS OF A SERIES OF TEST GROUPS

LD.%OV A SET OF COMMON SERVICE ROUTINES AND A KEYBOARD

WHEN INITIALLY LOADED AND STARTED ...SWOO0 MUST BE SET =1, THE PROGRAM WILL
BEGIN A DIALOG WITH THE OPERATOR TO INPUT THE PARAMETERS
REQUIRED BY THE PROGRAM.
WHEN ALL INFORMATION MAS BEEN INPUTTED, THE PROGRAM WILL
REQUEST THE OPERATOR TO SELECT A TEST BY TYPING
THE NUMBER OF THE TEST TO BE RUN.
WHEN A CORRECT TEST NUMBER

IS RECEIVED, THE PROGRAM WILL BEGIN EXECUTION OF THE

SELECTED TEST.

AT ANY TIME DURING TEST EXECUTION, THE OPERATOR MAY

CHANGE A TEST PARAMETER BY ENTERING THE APPROPRIATE
COMMAND VIA THE TELETYPE KEYBOARD.

[

——

Fe
!

CZOMX-E MACY11 30A(1052)
CZOMKE .P11
773
774
775
776
777
778
779
780
781
782

783

784
785
786
787
788
789
790
791
792

793

11-JUL-84

11-JUL -84 08:45

08:53
9.

SEQ 18

PAGE 18
CONT'D

IF AN OFF LINE TEST MAS BEEN SELECTED, THWAT TEST WILL
BE REPEATED UNTIL THE OPERATOR INTERVENES.

IF AN ON LINE TEST MAS BEEN SELECTED, THE OPERATOR IS
REQUIRED TO TAKE ACTION EACH TIME THE TEST IS COMPLETED.
AT THE END OF EVERY OFF LINE TEST PASS,
WILL RING THE TELETYPE BELL.

THE PROGRAM

?T THE END OF AN ON LINE TEST, A TEST COMPLETE MESSAGE WILL BE
10. LISTING

11. MODIFICATION HISTORY:

10- ALY -84

KEN RAUMALA

ADDED DELAY FOR PDP-11/44 WITH CACHE ON.
THE "MUXS2" MACRO WAS MODIFIED.

G2
‘cm € MACY11 SOAC1052) 11-JUL-84 08:53 PAGE 19
11-J.-84 08:45

JTITLE CZOMX-E
.ENABLE ABS,AMA

22388552582 8443434

CZOMKE.P11

SEQ 19

1SWITCH REGISTER OPTIONS

1SW1S=1,
1SW14=1,
1SW13=1,
1SW12=1,
1SW1le=1,
1SW10=1,
1SW09=1,
1SWO01=1,
1SW00=1,

MALT ON ERROR
LOOP ON CURRENT TEST
SUPPRESS ERROR TYPEQUT
SUPPRESS TRACE TRAPPING(THIS IS INOPERATIVE IN THIS RE! CASE)
SUPPRESS ITERATIONS
ESCAPE TO 'EXT TEST ON ERROR
FREEZE DATA
START DISCONNECT SEQUENCE
RESELECT VECTOR AND CONTROL REGISTER ADDRESS
1AFTER PROGRAM RESTART

1STARTING ADDRESS FOR ALL TESTS IS 000200
tRESTART ADORESS=000200

:12

1 TESTS AVAILABLE

815
816
817
818
819
820
821

1 TEST GROUP
©
1OFF LINE TESTS USING NO TEST CONNECTOR-FIRST TEST=0
s TEST GROUP 1tOFF LINE TESTS USING DC11 TEST CONNECTOR AND MODEM CABLE-FIRST TEST=100
1 TEST GROWP 2sCONNECT/DISCONNECT TEST FOR BELL 103A MODEMS-FIRST TEST=200
s TEST GROUP 3-

sCONNECT/DISCONNECT TEST FOR BELL 202C MODEMS-FIRST TEST=300

1SYMBOL DEFINITIONS

%
826
G27
828
829
830

100000
040000
020000
010000
004000

:g;

000100

831
832
833

836

837

838

002000
001000
000400

SW15=100000
SW14=40000
SW13=20000
SW12+=10000
SW11-4000

SH10=2000
SK09+=1000
SWO8 =400

SW06+=100
LNLIST
LIST

MC,.MD,.CND
TME

He
cm« € MACY11 S0A(1052)
CZOMXE .P11

11-JU -84 08:45

840

842

847

848
849
850
851

000000
000001
000002
000003

000004

000005
000006
000007

SEQ 20

PAGE 20

RO=%0
Rles]
R2e=w2
R3=#3

1GENERAL REGISTER
1GENERAL REGISTER
1GENERAL REGISTER
1GENERAL REGISTER

RS=#5S
SPe%6
PCeu7

1GENERAL REGISTER
1PROCESSOR STACK POINTER
1PROGRAM COUNTER

1GENERAL REGISTER

R4 ~wd

tLOCATION EQUIVALENCIES

85%
85

08:53

tREGISTER DEFINITIONS

841

843
844
845
846

11-JU.-84

854

177776

PS=177776

1PROCESSOR STATUS WORD

856
857
:gg

014376
014372
014374

RADIX=DIVIS
BINMRO=DIVIDL
DIGIT=DIVIDH

+CONVERSION FACTOR FOR DECIMAL OUTPUT
;WORD TO BE CONVERTED TO OCTAL ASCII
sASCII OCTAL DIGIT

855

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

:;2
877
e78
879
830
881
882
883
::;

BUSY=20
SCNENA=40
INTENA=100
OONE =200
STEP=400
MAINT=1000
CLRMUX = 2000
CLRSCN=4000
SECRXF =10000
CSF =20000
COF =40000
RINGF = 100000

tLINE SCANNER RUNNING
tLINE SCANNER ENABLE
+ INTERRUPT ENABLE
:
OONE
sCAUSES LINE COUNTER TO BE INCREMENTED BY 1 COUNT
+FORCES 1S TO INPUT OF SCRATCH PAD MEMORY
sCLEAR MULTIPLEXER FUNCTION FLIPFLOPS
1CLEARS SCANNER SCRATCHPAD MEMORY
.szcoonv RECEIVE TRANSITION WAS DETECTED BY SCANNER
tCLEAR TO SEND TRANSITION WAS DETECTED BY SCANNER
.cmm TRANSITION WAS DETECTED BY SCANNER
sRING SIGNAL WAS DETECTED BY SCANNER

sLINE REGISTER BIT FUNCTIONS
000001
000002
000004
000010
000020
000040
000100
000200

LINENA=]
TRMROY=2
RS=4
SECTX=10
SECRX=20
CS=40
C0=100
RING=200

1*1,
1*1,
1*1,
1=1,
1=1,
1*1,
1*1,
1*1,

RECOGNIZE TRANSITIONS ON THIS LINE
SEND TERMINAL READY TO MODEM
SEND REQUEST TO SEND TO MODEM
SEND SECONDARY TRANSMIT TO MODEM
SECONDARY RECEIVE TURNED ON BY MODEM
CLEAR TO SEND TURNED ON BY MODEM
CARRIER TURNED ON BY MODEM
RING TURNED ON BY MODEM

1SOF TWARE TRANSITION FLAGS

::g
888
889
890

PS,PSW

sCONTROL STATUS REGISTER BIT FUNCTIONS

:g‘l)
862
863
8.4
865
866
867
868
869
870
871
872
:;z

.EQUIV

000004
000002
000001

XCO=4
XCS=2
XSCRX=1

1CARRIER TRANSITION WAS DETECTED
1CLEAR TO SEND TRANSITION WAS DETECTED
1 SECONDARY RECEIVE TRANSITION WAS DETECTED

[

|
|

L -84
CZOMX-E MACY11l 3S0A(1052) 1111-JUL -84 08:45
CZOMXE .P11

08:53

SEQ 21

PAGE 21

1 INSTRUCTION DEFINITIONS
PUSH1SP=5746

POP1SP=5726
PUSHRO=10046
POPRO=12600

PUSH25P
= 24646
POP2SP =22626

1DECREMENT PROCESSOR STACK 1 WORD
+ INCREMENT PROCESSOR STACK 1 WORD
1SAVE RO ON STACK
tRESTORE RC FROM STACK
1DECREMENT STACK TWICE
s INCREMENT STACK TWICE

1EMT DEFINITION TABLE
+X
ERRORC=EMT
+X
=EMT
ERRORL

1CONTROL STATUS ERROR SERVICE
tLINE STATUS ERROR SERVICE
1SCOPE LOOP AND ITERATION SERVICE
1DATA FREEZE SERVICE
1CONVERT DATA TO ASCII AND TYPE
tRESTORE RO-RS
tASCII CONVERSION ROUTINE
1DIGIT EXTRACTION ROUTINE
+TYPE PC OF FAILING TESTS ONLY
1 INPUT OCTAL DATA STRING
s TRANSITION ERROR
tON LINE STATUS ERROR
tFATAL TRANSITION

1 INPUT LINE NUMBERS
1DELAY FOR TRANSIENTS
1CHANGE SWREG ROUTINE
sCHECK FOR INTERRUPTS-FLAG STYLE
tFAKE INTERRUPT ENTRY POINT

Je
CZDMX-E MACY11l 30AC1052)
CZOMXE.P11
919
920
921
922
927
928
929
930
931
932
933
934

11-JU.-84

11-JUL -84 08:45

08:53

104020
104021
104022

SETUP=EMT+X
CKRING=EMT+X

1SET UP FOR ON LINE TEST
1CHECK FOR RING ON CORRERT LINE

CKTRAN=EMT «+ X
ERRINT=EMT +X

1CHECK TRANSITIONS
s TIME OUT ERROR FOR INTERRUPTS

WAITRN=EMT « X

104023
104030
000000
000200

SEQ 22

PAGE 22

.=0

1 TRAPCATCAER FOR ILLEGAL INTERRUPTS

.REPT 200
.ENDR

tWAIT FOR TRANSITIONS

.2
HALT

K2
CZDMX-E MACY11l 30A(1052)
CZDHXE.P11
935
936
937
938
939
940
941
942
943
944
945
946
947
948
949
950
951
952

953

954
955
956
957
958
959

11-JUL-84

-84 08:45
L11

08:53

SEQ 23

PAGE 23
1STANDARD INTERRUPT VECTORS

000024

340
EMTSRV
340

000046
012766

000060

001760
000174
000176

+EMT DISPATCH SERVICE
1+SERVICE AT LEVEL 7

LOGICAL

1ACT11?

KBOINT

1KEYBOARD MONITOR
1 SERVICE AT LEVEL 7

340

000340
000174
000000
000000
000200
000137

1POMER FAIL MANDLER
+SERVICE AT LEVEL 7

PFAIL

015144
000340
013004
000340

DISPREG:
SWREG:
O
001100

START

1GO TO START OF PROGRAM

L2
CZOMX-E MACY11l 30A(1052)
CZOMXE .P11
960
9%1
9%2

963
965

012737

015144

001106
oo1112
001116

005037
005077
012706

001756
014440
001100

00il22
001126
001132
001140
001146

013746
013746

000006
000004
001152

001152

001154

001162
001170
001174
001206

012737
022777

001402
000407
022626

012737
012737
012637
012637
012777
005037

000176
000174
000004
000006
000100
001252

.=1100
STACK::

START:

SUSWR:
000004
014420

0135566
015570

SEQ 24

PAGE 24

08:53

001100

001100
001100

001150

§ass 88358333583 388888¢

11- AL -84
11- AL -84 08:45

644:
654:

664 :

014350

MOV

®PFAIL 24

CLR
CLR
MOV

TIPFLG
STKCSR
#STACK, SP

MOV
MOV
MOV
e
B8EQ
BR
(=,
MOV
MOV
MOV

906, -(SP)
804, -(SP)
0644, 004
#-1,85WR
654
664
(SP)+,(SP)e
OSUREG, SWR
SOISPREG,DISPLAY
(SP). . 004

1SAVE VECTORS

MOV
CLR

OINTENA,8TKCER
XOR = NO
XFLAG

1ENABLE TELETYPE INTERRUPTS

MOV

1SET UP POMWER FAIL
1 INTERRUPT SERVICE VECTOR
tCLEAR TEST IN PROGRESS FLAG

1SET UP STACK POINTER

1SET UP FOR TIMEOUT
tREFERENCE HARDWARE SWITCH REGISTER

1ADJUST STACK
sPOINT TO SOFTWARE SWITCH REG
t+POINT 7O SOFT DISPLAY REG
tRESTORE VECTORS

(S')’...S

19000000800400000000880088008088004808080008004800488008880880¢

tREPLACE THE FOLLOWING BRANCH WITH A "NOP” (240) TO ACTIVATE "XOR" CODE
I

000423
013746
012737
005737
012637
005137
004737
000137
000000
022626
012637
005737
001005
104004
016535
012737
005737
100422
005737
001403
004737
000414
005737
001005

022737

001001

104025
032777
001510
012706
012737

LTI

T AT T

BR
MOV
MOV
TST

HOV

XFLAG:

comM
JSR
JP
O

XORSVC: POP2SP

BEQ
JSR
BR
STARTL: T.SiT

015266
000042

000176

001100
000300

015566

XFLAG
PC,XOR
STARTO

;XOR = YES
1AUTO VECTOR

012712

VECSTR: MOV
MOV

R L

L L

1RESTORE TRAPCATCMER
1XOR FLAG

TIFLG

#1,TIFLG
XFLAG
VECSTR

START1
PC,XOR
VECSTR
?:42

#1,85uWR

BEQ

L AL

;GOT AN XOR TESTER OUT THERE ?

BIT

CNTLW

177060

OSHREG, SWR
14

1¢:

L L R

1SKIP XOR STUFF

(S’)'. 'YES

ce
BNE

014214

STARTO
4,-(SP) ;SAVE 4
OXORSVC., 4
1SET UP SVC ROUTINE

.+14

18T

000042

BHNE

MOV
TST
B8MI

015656

(SP)+,4 ;RESTORE 4

;TY;gLE

000001

e L

MOV

STARTO: TST

001252

STARTN

#STACK, SP
0300, DATAl

s TYPED TITLE?

s YES

1 TYPE *"MODEM CONTROL DIAGNOSTIC“

IACT 117

1NO
:YES

ISEY TITLE TYPED FLAG
X OR ?
aRESTME TRAPCATCHER

AUTO VECTOR
t1GET VECTOR AND REGISTER ADDRESS
tUNDER MONITOR?

tUSING SWREG?
1IF SW BIT O=1, ON PROGRAM RESTART

1INPUT VECTOR AND REGISTER ADDRESSES
1SET UP PROCESSOR STACK POINTER
1ADDRESS OF FIRST FLOATING VECTOR

M2
CZDMX-E MACY11l S0A(1052)

CZOMXE .P11
1016

1017

1018
1019
1020
1021

11-JAA-84

08:53

001366
001374
001402

012737
013777
005077

000302
012714
011306

012714
011310

MOV
VECSTA: MOV
CLR

001406
001414
001422

062737
062737
023727
001361
005737
100523
005737
001120
104013
016621

000004
000004
012712

012712
012714
001000

ADD
ADD

001430
001432
001436
001440

001444
001446
001450
001452
001454
001456
001460
001466
001470
001474
001500
001506
001514
001516
001520
001522
001524
001526
001534
001536
001542
001546
001554
001562
001564
001566
001570
001572

001252

013737
062737

001460
014774
015546

104013

016643
170500
177777
0135552
032737
001404
012716
000137
013737
062737
104013
016677
000000

177777
015660

#302,DATA2

DATA2,8DATAL
SDATAZ2
#4 ,DATAL
#4 ,DATA2

DATAL, #1000
VECSTA

+ADDRESS OF STATUS WORD
+MOVE ADDRESS OF STATUS WORD TO VECTOR
1CLEAR STATUS WORD
1(FOR MALT ON ILLEGAL INTERRUPT)
INEXT VECTOR
tNEXT STATUS WORD

1IS TABLE CLEARED
1 IF NOT, CONTINUE

000042

1GET VECTOR ADORESS
tMESSAGE "VECTOR ADORESS-“
sLOMER LIMIT FOR ADORESS
tUPPER LIMIT FOR ADORESS
1STORAGE FOR ADDRESS
1 TEST 2 LSB OF ADDRESS
1IF 0, CONTINUE

000300
000774

015546
032737
001404
012716
000137

SEQ 25

PAGE 25

001526
014774

015552

015546

1¢:

0135550
015550

VECST1:

+ INCORRECT ADORESS, TRY AGAIN
1GENERATE ADDRESS OF
s INTERRUPT STATUS WORD

1GET ADORESS OF CONTROL REGISTER

015552

1¢:

015554
015554

REGST1:

tMESSAGE "REGISTER ADORESS"
tLOMER LIMIY FOR ADORESS
tUPPER LIMIT FOR ADDRESS
1STORAGE FOR ADDRESS
+IF 3 LSB ARE NOT 0

s INCORRECT ADORESS, TRY AGAIN

1SET UP ADDRESS OF LINE STATUS REGISTER
;GET LINE SELECT PARAMETER
0

177777
LINSEL

N2
CZDMX-E MACY11l 30A(1052) 11-JU -84
11-JUL -84 08:45
CZOHXE .P11
1055

1056
1057
1058
1059
1060
1061
1062
1063
1064
1065
1066
1067
1068

1069
1070
1071
1072
1073
1074
{8;2

1077
1078

001574
001600
001602
001604
001606
001610
001612
001616
001622
001624
001626
001630
001632

001634
001642
001650

001654
001656
001662
001666

001674
001702

1079
1080
1081
1082
1083
1084
1085
1086

001704
001706
001712
001714
001716
001724
001730
001734

1090
1091

001752
001756

1087
1088
1089

001740
001742
001744

012706
104013
016731
000000
000777
015600
013705
042705
006205
006205
006205
006205
006205

016537
016537
005737

001004
012716
000137
042737

023737
003401

000764
012746
005746
000005
012737
005037
005037
005037
104004
016745
012737

000137
000000

08: 53

001100

SEQ 26

PAGE 26

STARTN: MOV
INSTRG

OSTACK, SP

MTEST

015600
177077

017472
017452
015632
001612
014774
177700
015600

X1A:

8IC

ASR
ASR
ASR
ASH

ASR
MOV
MOV
TST

015634
015632
X18:

015600

MOV

002202
015636
015574
015576

002204

000001

001756

TSTNO,RS
#177077,RS

RS
RS
RS

GRO(RS), TSTHAX

TSTLST(RS), TSTPNT
TSTPNT

STRTOA

#X1A,(SP)

INSTER

STRTOA: BIC

#177700,TSTNO

TSTGO:

TSTNO, TSTHAX
TSTGO
X18
340, -(SP)

015634

000340

013226

0
777
TSTNO
MOV

1s:
TIPFLG:

MOV
JP
O

1SET UP PROCESSOR STACK
1GET TEST NUMBER
tMESSAGE "TEST-"
tLOMER LIMIT FOR TEST NUMBER
sUPPER LIMIT FOR TEST NUMBER
1STORAGE FOR TEST NUMBER
1GET TEST NUMBER
tEXTRACT TEST GROUP NUMBER

1GET HIGHEST TEST IN GROUP
" $GET POINTER TO TEST TABLE
+IF O, INVALID TEST GROWP
1 TRY AGAIN

1GET NUMBER OF FIRST TEST

: 70 BE EXECUTED IN SELECTED GROUP
;IS NUMBER TOO LARGE
+SET UP PRIORITY LEVEL

SOMYRTI KRET
LINFLG
TRACON
PASCNT

:SET UP DUMMY KEYBOARD RETURN
tCLEAR LINE SELECTED FLAG
tCLEAR TRACE TRAP FLAG
iCLEAR PASS COUNT

#1,TIPFLG
TSTENT

:SET TEST IN PROGRESS FLAG
:START TESTING

CZOMK-E MACYI] SOAC1032)

CZOMKE.P11
|

1092

11-JUL-84

11-JUL-84 08:45

08:53

1TELETYPE KEYBOARD INTERRUPT SERVICE ROUTINE

1094

1095 001760 005037 001756
1096 001764 005037 014222
1097

001770

005037

KBOINT: CLR
CLR

002206

1098
1099
1100
1101
1102

001774 117737 013560 014222
002002 142737 000200 014222
002010 122737 000003 014222
002016 001011
002020 104004

1105
1106

002026
002032

1103
1108

1107

PAGE 27

1093

002022
002024

017175
022626

002036

000137

005077
005077

013520
013520
000026

001574

CLR
CLR

BOHMC SR
OTKCSR

KBDIN1: CrP8
BNE
TYPE

026, T'P1
KBDIN2

CLR
CLR
JP
KBOIN2: O'98
BNE
TYPE
MCONTL
o
8rg

S0+HC SR
STKCSR
VECSTR
014, TMP1
KBOINS

MCONTC
POP2SP
P

122737
001011
104004

1113
1114
111S
1116
1117
1118
1119
1120
1121

002060
002064
002070
002074
002102
002104
002106
002110
002116

005077
O00S077
000137
122737
001015
104004
017203
022737
001431

013466
013466
001354
000014

014222

002202

002204

1123
1124

002122
002126

005077
005077

013424
013424

CLR
CLR

005737

000042

KBOINS: TST

1122

002120

1125

002132

1127
1128
1129

002142
002144
002152

1126

1130
1131

1132

1133
1134
1135

1136
1137
1138

002136

002154

017200
022626

022626
000177

001011
022737
001005

122737

002162

001001

002166
002174

012737
012737

002204

000000

002164

002202
002206

104025

000002
000000

MCONTY
POP2SP

POP2SP
P

000046

000176

015566

000007

014222

000001
000001

002206
001756

SINTFL

STKDBR, TMP]
0200, TMP1
3, TP
KBOIN1

002042
002050
002052

002054
002056

014222

CLR

TIPFLG
TMP1

mOVe
8ICB
(n, ]
BNE
TYPE

1108
1109
1110
1111
1112

S€Q

SINTFL: O

1IF <CONTROL V> WAS TYPED
1TYPE ~tv* AND GET NEW
tVECTOR AND REGISTER ADORESS

1IF <CONTROL L> WAS TYPED
1TYPE “¢L" AND GET NEW
;LINE NUMBERS, UNMLESS
1 TEST GROUP O WAS IN PROGRESS
1IF <CONTROL L> WAS TYPED IN TEST
1GROUP 0, IGNORE

GXRET

ONTLW

1IF <ONTROL C> WAS TYPED
1 TYPE ~¢C* AND
1SELECT NEW TEST

BMNE

MOV
MOV

1CLEAR SOF TWARE INTERRUPT FLAG

SDHMCSR
OTKCSR
14
OSUREG, SWR
14

DMYRTI: RTI

.EVEN
KRET:

OOMYRTI KRET
OMYRTI

BNE
(o, 4
BNE

(o, -}

1¢:

STARTN

1CLEAR TEST IN PROGRESS FLAG

07, THP]

1IS IT <G>

01,SINTFL
01,TIPFLG

1SET SOF TWARE INTERRUPT FLAG
1SET TEST IN PROGRESS FLAG

C3
CZDMX-E MACY11 SOA(1052)

| CZOMXE .P11

11-JA.-64
11- AL -84 08:45

08:5%

PAGE 28

tINITIALIZATION CHECK - PERFORMED ONLY AT PROGRAM START
(VERIFY THAT CONTROL STATUS REGISTER AND LINE STATUS
(REGISTER WERE CLEARED BY INITIALIZE

1139
1140

1141
1142

1148
44
11
1145
1146

1147
1148
1149
1150
1151
1152
1153
1154
1155
1156
1157
1158
1159
1160
1161
1162

1163

1164

1165

1166
1167
1168
1169
1170
1171
1172

1173
1174
1175
1176
1177

1178
1179
1180
1181
1182

1183
1184
1185
1186
1187
1188
1189
1190
1191
1192

SEQ 28

T0:

104004
016502
005777
001401
104012
005777
001401
104012
104002

INIT):

013332

Ml6
TST
BEQ

ERROR

TST
B8EQ
ERROR

013324

tREFERENCE DESIGNATION

1TYPE ~16 LINE SCANNER TEST"

TYPE

SDHMCSR

1 TEST CONTROL STATUS REGISTER

SOFMLSR

1CONTROL STATUS NOT CLEARED, ERROR
1 TEST LINE STATUS REGISTER

. .‘
Y

tLINE STATUS NOT CLEARED, ERROR

1CHECX FOR LOOP

SCOPE

IVERIFY THAT ~INTERRUPT ENABLE"~ CAN BE
1SET AND CLEARED.
012777
032777

000100
000100

013306
013300

042777
032777

000100
000100

013266
013260

001001

001401

T1:

CSTR1:

104012
104002

MOV
8IT
BNE
ERROR
8IC
8IT
8EQ
ERROR
SCOPE

OINTENA, BDHMCSR
on‘nm\ . SOHMCSR
OINTENA
, BDHMCSR
on‘cm.wmcsa

tREFERENCE DESIGNATION

lmo ERRUR

iCLEAR INTERRUPT ENABLE
1WAS INTERRUPT ENABLE CLEARED

. ®

iNO, ERROR

sCHECKX FOR ITERATIONS, LOOP

1 VERIFY THAT “DONE"~ CAN BE SET AND CLEARED
013244
013236

012777
032777
001001
104012

T2:
CSTR2:

013224
013216

032777
001401
104012
104002

MOV
8IT
BNE
ERROR

OOONE , BDHMC SR
.®

SOONE , BDHMC SR
m‘ . SDHMCSR

tREFERENCE DESIGNATION

1SET DONE

1NO, ERROR
1CLEAR DONE
1WAS DONE CLEARED

1CHECKX FOR ITERATIONS, LOOP
“"MAINTENANCE MODE~ CAN BE SET AND CLEARED

012777
032777
001001
104012
042777
032777
001401
104012
104002

001000
001000

013202
013174

001000
001000

013162
013154

T3:

CSTRS:

+REFERENCE DESIGNATION

fl!:INT . SOHMCSR

1SET MAINTENANCE MODE
1WAS MAINTENANCE MODE SET

OMAINT , GOMMCSR
G%INT . SOHMCSR

1CLEAR MAINTENANCE MODE
1WAS MAINTENANCE MODE CLEARED

OMAINT , GDHMCSR

1NO, ERROR

1CHECX FOR ITERATIONS, LOOP

D3
| CZOMX-E MACY11 SOA(1052)
CZOMXCE .P11
1193
1194
1195
1196
1197
1198
1199

11- AL -84
11-L -84 08:45

08:53

(VERIFY THAT “SCAN ENABLE" CAN BE SET AND CLEARED.
012777
032777

013140
013132

104012
042777
032777
001401

013120
013112

001001

T4:

CSTRa:;

MOV

BIT
BNE
ERROR

8IC

OSCNENA
, SDHMC SR
OSCNENA
, BDMMCSR

. o8

, SDHMCSR
OSCNENA

1REFERENCE DESIGNATION
1SET SCAN ENABLE
1WAS SCAN ENABLE SET

1NO, ERROR
1CLEAR SCAN ENABLE
1WAS SCAN ENABLE CLEARED
1NO, ERROR
1CHECK FOR ITERATIONS, LOOP

ERROR
SCOPE

104012
104002

tVERIFY THAT “BUSY" IS SET WHEN "SCAN ENABLE" IS SET
tVERIFY THAT “BUSY" IS CLEARED WMEN "SCAN ENABLE" IS CLEARED

1211

012777

032777

001001
104012

1219

SEQ 29

PAGE 29

042777
032777
001401
104012

013076
013070

1S:

CSTRS:

MOV
BIT
BNE

, BDHMCSR
OSCNENA
#BUSY , BDHMCSR
Y

8IC
8IT

, BDHMCSR
OSCONENA
#BUSY , BDHMCSR

ERROR

013056
013050

BEQ

ERROR
SCOPE

104002

1REFERENCE DESIGNATION

1SET SCAN ENABLE
+IS BUSY BIT SET

1BUSY NOT SET, ERROR
1CLEAR SCAN ENABLE
1 IS BUSY BIT CLEARED

1BUSY NOT CLEARED, ERROR
1CHECX FOR LOOP, ITERATIONS

tVERIFY THAT SETTING “DONE* DOES NOT CCAUSE AN
1 INTERRUPT IF “INTERRUPT ENABLE" IS CLEARED.
052737

005077
012777
013777
052777
042737

104012

104002

177776

T6:

INTL:

013016
013012
013006
177776

8IS

#340,PS

MOV
8IS
8IC

SOHML
SR
OOONE , BDHMC
#340,PS

CLR

NOP

INT1A:

POP2SP

INT1B:

SCOPE

SOMMCSR

tREFERENCE DESIGNATION
;LOCKX OUT INTERRUPTS

1CLEAR CONTROL REGISTER
1SET UP INTERRUPT SERVICE ADDRESS
1SET UP INTERRUPT PRIORITY
1SET DONE
tALLOM INTERRUPTS

mssrme STACK, INTERRUPT
1OCCURED, ERROR
1CHECK FOR LOOP, ITERATIONS

3
CZDMX-E MACY11 S0A(1052)

CZOMXE .P11
1238
1239
1240
1241
1242

1243
1244

1245

1246

1247
1248
1249

1250
1251

11-JL -84
11-L -84 08:45

08: S3

SEQ 30

PAGE 30

tVERIFY THAT NO INTERRUPT OCCURS WITH "INTERRUPT ENABLE"

1SET AND "DONE" CLEARED.

052737
005077
012777
013777
052777
042737

000240
000402
022626
104012
104002

000340
012754

177776
000100
000340

177776

T7:

INT2:

012742
012736
012732

177776

INT2A:
INT28:

BIS
CLR
MOV
MOV
8IS
8IC
NOP
BR
POP2SP
ERROR

#340,PS
SOHMCSR
OINT2A, SOHMVEC
PS, SDHMLVL
OINTENA, BDHMCSR
#340,PS
INT28

SCOPE

tREFERENCE DESIGNATION

1LOCK OUT INTERRUPTS
1CLEAR CONTROL REGISTER ~
1SET UP INTERRUPT SERVICE ADDRESS
1SET UP INTERRUPT SERVICE LEVEL
1SET INTERRUPT ENABLE
tALLOW INTERRUPTS
1DELAY FOR INTERRUPTS
1NO INTERRUPT, CONTINUE
JRESTORE STACK
s INTERRUPT OCCURED, ERROR
sC’CCK FOR ITERATIONS, LOOP

tVERIFY THAT SETTING “DONE" CAUSES AN INTERRUPT
tWITH “INTERRUPT ENABLE" SET

1270

052737
005077
012777
012777
013777
042737
052777

000340
012700
002724
000100

005077
104012

012632

177776

T10:
INTS:

012666
012664
012654
177776
012642

INT3SA:
INT38:

104002

1274

#340,PS
SDHMCSR
@INT3A, SDHMVEC
OINTENA, SOHMCSR
PS,S0HMLVL
#340,PS
QOONE , BDHMCSR

CLR
ERROR
BR
POP2SP
SCOPE

SDHMCSR

INT3B

tREFERENCE DESIGNATION

1LOCK OUT INTERRUPTS
1CLEAR CONTROL REGISTER
1SET UP INTERRUPT SERVICE ADORESS
1SET "INTERRUPT ENABLE“
1SET “INTERRUPT LEVEL"
tALLOM INTERRUPTS
1SET "DONE"
1DELAY FOR INTERRUPT
s INTERRUPT OCCURED, ERROR
s CONTINUE
s INTERRUPT OCCURED, RESTOR STACK
1CHECK FOR ITERATION, LOOP

tVERIFY THAT NO INTERRUPT OCCURS WITH
1 “INTERRUPT ENABLE" SET AND “DONE" SET AT PRIORITY 7.

1277
1278

T11:
177776
177776

INT4:

012570

INT4AA:
1292

BIS
CLR
MOV
MOV
MOV
8IC
8IS
g

INT4B:

CLR
8IC
BIS
MOV
MOV
MOV
8IS
"";

SOHMCSR
#340,PS
#340,PS
OINTAA, SOHMVEC
PS, SDHMLVL
OINTENA, BDHMCSR
®OONE , BDHMC SR

CLR
BR

SDOHMCSR
INT4B

POP2SP
ERROR

SCOPE

tREFERENCE DESIGNATION

tCLEAR CONTROL REGISTER
1SET PROCESSOR PRIORITY
17O LEVEL 7.
1SET UP INTERRUPT SERVICE ADORESS
1SET UP INTERRUPT SERVICE LEVEL
1SET INTERRUPT ENABLE
1GENERATE INTERRUPT
1DELAY FOR INTERRUPT
tNO INTERRUPT, CONTINUE

tRESTORE STACK
1 INTERRUPT OCCURED, ERROR

1CHECK FOR ITERATION, LOOP

F
CZDMX-E MACY11l 30A(1052)
CZOMXE .P11

11-JUL -84 08:53

11-JUL -84 08:45

1293

JVERIFY THAT NO INTERRUPT OCCURS WITHM
+ "INTERRUPT ENABLE” SET AND "DONE" SET AT PRIORITY 6.

1294
1295
1296

1297 003020

1298
1299
1300
1301
1302
1303
1304

1305
1306
1307
1308
1309
1310

003020
003024
003032
003040
003046
003054
003062

003070
003072
003074
003100
003102
003104

005077
042737
052737
012777
013777
012777
052777

012526
000340
000300
003102
177776
000100
000200

000240
000240
005077 012452
000402
022626
104012

177776
177776
012500
012474
012470
012462

T12:

INTS:

INTSA:

1330

SOMMCSR
#340,PS
#300,PS
#INTSA, GDHMVEC
PS , BDHMLVL
SINTENA, GDHMCSR
SOONE , BOHMC SR

NOP
NOP
SOHMCSR
CLR
INTS8
ae
POP2SP
ERROR

sREFERENCE DESIGNATION

1CLEAR CONTROL REGISTER
1SET PROCESSOR PRIORITY
1 T0 LEVEL 6.
1SET UP INTERRUPT SERVICE ADORESS
1SET UP INTERRUPT SERVICE LEVEL
1SET INTERRUPT ENABLE
1GENERATE INTERRUPT
1DELAY FOR INTERRUPT

sNO INTERRUPT, CONTINUE
sRESTORE STACK
1 INTERRUPT OCCURED, ERROR

JCHECK FOR ITERATION, LOOP

{VERIFY THAT NO INTERRUPT OCCURS WITH
+ "INTERRUPT ENABLE" SET AND “DONE* SET AT PRIORITY S.

1313
1314
1

CLR
BIC
8IS
MOV
MOV
MOV
BIS

INTSB: SCOPE

1311 003106 104002

1316
1317
1318
1319
1320
1321
1322
1323
1324
1325
1326
1327
1328
1329

SEQ 31

PAGE 31

003110
003110
003114
003122
003130
003136
003144
003152
003160
003162
003164
003170
003172
003174
003176

005077
042737
052737
012777
013777
012777
052777
000240
000240
005077
000402

012435
000340
000240
003172
177776
000100
000200

177776
177776
012410
012404
012400
012372

T13:
INT6:

012362

022626

INT6A:

104002

INT6B:

104012

CLR
BIC
BIS
MOV
MOV
MOV
8IS
NOP
NOP
CLR
R

POP2SP

SDHMCSR
0340,.PS
0240,PS
#INT6A, GDHMVEC
PS, GDHMLVL
#INTENA, DHMCSR
#DONE , SDHMC SR
SOHMCSR
INT68

ERROR
SCOPE

JREFERENCE DESIGNATION
1CLEAR CONTROL REGISTER
1SET PROCESSOR PRIORITY
170 LEVEL S.
1SET UP INTERRUPT SERVICE ADORESS
1SET UP INTERRUPT SERVICE LEVEL
1SET INTERRUPT ENABLE
1GENERATE INTERRUPT
sDELAY FOR INTERRUPT
1NO INTERRUPT, CONTINUE
1RESTORE STACK
1 INTERRUPT OCCURED, ERROR

JCHECK FOR ITERATION, LOOP

JVERIFY THAT NO INTERRUPT OCCURS WITHM
1 "INTERRUPT ENABLE” SET AND "DONE” SET AT PRIORITY 4.

1332
1333
1335

003200

1339
1340

003220
003226

T14;

INT7:
1336 003200 005077 012346
1337 003204 042737 000340 177776
1338 003212 052737 000200 177776
012777
013777

003262
177776

012320
012314

CLR
BIC
BIS

MOV
MOV

BOHACSR
#340,PS
#200,PS

@INT7A, GDHMVEC
PS,S0MMLVL

JREFERENCE DESIGNATION

JCLEAR CONTROL REGISTER
1SET PROCESSOR PRIORITY
1 T0 LEVEL 4,

1SET UP INTERRUPT SERVICE ADORESS
1SET UP INTERRUPT SERVICE LEVEL

G3
CZDMX-E MACY1l 30A(1052)

CZOMXE .P11
1341
1342

1343
1344
1345

1346
1347
1348
1349

11-JA -84

AL -84 08:45
11
012777
052777
000240

000100
000200

005077
000402
022626
104012

012272

000240

104002

08:53

SEQ 32

PAGE 32
#INTENA, BDHMCSR

012310
012302

SOONE
, SOHMCSR

INT7A:
INT78B:

SOHMCSR
INT78

1SET INTERRUPT ENABLE
1GENERATE INTERRUPT
1DELAY FOR INTERRUPT
tNO INTERRUPT, CONTINUE
tRESTORE STACK
1 INTERRUPT OCCURED, ERROR
1CHECK FOR ITERATION, LOOP

H3
CZDMX-E MACY11l 30A(1052)
CZOMXE.P11

11-JU.-84

11-JUL -84 08:45

08:53

1331

tVERIFY THAT AN INTERRUPT OCCURS WITH "INTERRUPT

1352

1ENABLE" SET AND "DONE"” SET AT PRIORITY 0.

1353

1354

1355

003270

1363

003336

1356
1357
1358
1359
1360
1361
1362
1364

1365
1366
1367

1368
{;_6,3

003270
003274
003302
003310
003314
003322
003330

005077 012256
042737 000340 177776
012777 003352 012236
005077 012234
052737 000000 177776
012777 000100 Ol12222
052777 000200 012214

003340

000240

003342
003346
003350
003352
003354

T1S:

INT10:

005077
104012
000401

NOP

012204

CLR
ERROR
BR

022626
104002

INT10A: POP2SP
INT108: SCOPE

003356
003356
003362
003370
003376
003402

1382

1384
1385
1386
1387
{33:8

003424

005077
042737
012777
005077
052737
012777
052777
000240

012170
000340
003440
012146
000040
000100
000200

003430
003434
003436
003440
003442

005077
104012
000401
022626
104002

012116

003410
003416
003426

000240

177776
012150

T16:
INT11:

177776

012134
012126

CLR
ERROR
BR
INT11A: POP2SP

SDHMCSR
INT108

1REFERENCE DESIGNATION

1CLEAR CONTROL REGISTER
1tALLOW INTERRUPTS
1SET UP INTERRUPT SERVICE ADDRESS
1SET UP INTERRUPT SERVICE PRIORITY
1SET PROCESSOR PRIORITY TO LEVEL 0.
1SET INTERRUPT ENABLE
1GENERATE INTERRUPT

tWAIT FOR INTERRUPT

tNO INTERRUPT, ERROR
s CONTINUE
1 INTERRUPT OCCURED, RESTORE STACK
1CHECK FOR INTERATIONS, LOOP.

SOHMCSR
#340,PS
®INT11A, SOHMVEC
SOHMLVL
#40,PS
@INTENA, SDHMCSR
QOONE , SOHMCSR
SOHMCSR

INT118

INT118: SCOPE

1REFERENCE DESIGNATION
1CLEAR CONTROL REGISTER
tALLOW INTERRUPTS
1SET UP INTERRUPT SERVICE ADORESS
+SET UP INTERRUPT SERVICE PRIORITY
1SET PROCESSOR PRIORITY TO LEVEL 1.

1SET INTERRUPT ENABLE
1GENERATE INTERRUPT
tMAIT FOR INTERRUPT

1NO INTERRUPT, ERROR
1 CONTINUE
s INTERRUPT OCCURED, RESTORE STACK
tCHECK FOR INTERATIONS, LOOP.

tVERIFY THAT AN INTERRUPT OCCURS WITH "INTERRUPT

{ggé

1397

CLR
8IC
MOV
CLR
8IS
MOV
8IS
NOP
NOP

1390

1393
1394
1395
1396

SDHMCSR
#340,PS
@INT10A, BOHMVEC
SOHMLVL
®0,PS
OINTENA, SDHMCSR
SOONE , SOHMCSR

tVERIFY THAT AN INTERRUPT OCCURS WITH “INTERRUPT
tENABLE" SET AND "DONE" SET AT PRIORITY 1.

1374
1375
1376
1377
1378
1379

1383

CLR
8IC
MOV
CLR
8IS
MOV
8IS
NOP

000240

1371
{;;g

1380
1381

SEQ 33

PAGE 33

1ENABLE” SET AND “DONE" SET AT PRIORITY 2.

003444
003444
003450
003456

003464

005077
042737
012777
005077

012102
000340
003526
012060

177776
012062

T17:
INT12:

CLR
8IC
MOV
CLR

SOHMCSR
#340,PS
#INT12A, BOHMVEC
SOHMLVL

1REFERENCE DESIGNATION
1CLEAR CONTROL REGISTER
1ALLOW INTERRUPTS
+SET UP INTERRUPT SERVICE ADORESS

1SET UP INTERRUPT SERVICE PRIORITY

I3
CZDMX-E MACY1l 30A(1052)

CZOMXE .P11
1398
1399
1400
1401
1402
1403
1404
1405
1406

1407

003470
003476
003504
003512
003514
003516
003522
003524
003526
003530

11-JA-84

11-JL -84 08:45
052737
012777
052777

000100
000100
000200
012030

08:53

177776
012046
012040

SEQ 34

PAGE 34
8IS
MOV
8IS
NOP
NOP

CLR
ERROR
B8R
INT12A: POP2SP
INT128: SCOPE

#100,PS
@INTENA, BDHMCSR

®DONE , SOHMCSR

SOHMCSR
INT128

1SET PROCESSOR PRIORITY TO LEVEL 2.
1SET _INTERRUPT ENABLE
1GENERATE INTERRUPT
tWAIT FOR INTERRUPT
tNO INTERRUPT, ERROR
s CONTINUE
s INTERRUPT OCCURED, RESTORE STACK
1CHECK FOR INTERATIONS, LOOP.

J3
CZDMX-E MACY11l 30A(1052)
CZOHKE P11
1408
1409
1410
1411
1412

1413
1414
1415
1416

1417
1418
1419
1420
1421

11-JUL-84
11-JUL -84 08:45

08:53

SEQ 35

PAGE 35

tVERIFY THAY AN INTERRUPT OCCURS WITH “INTERRUPT
1ENABLE” SET AND "DONE"” SET AT PRIORITY 3.
005077
042737
012777
005077
052737
012777
952777
005077
104012

104002

012014
003614
011772
000140
000100

011742

T120:

177776

011774

177776
011760
011752

INT13:

CLR
8IC

MOV
CLR
8IS
MOV
BIS
a0
NOP
CLR
ERROR
BR
INT13A: POP2SP
INT138: SCOPE

SOHMCSR

#340,PS
®INT13A, SOHMVEC

SOHMLVL

#140,PS
@INTENA, BDHMCSR

QOONE
, SDHMCSR

1REFERENCE DESIGNATION

1CLEAR CONTROL REGISTER
tALLOW INTERRUPTS
1SET UP INTERRUPT SERVICE ADORESS
1SET UP INTERRUPT SERVICE PRIORITY
+SET PROCESSOR PRIORITY TO LEVEL 3.
1SET _INTERRUPT ENABLE
$GENERATE INTERRUPT
tWAIT FOR INTERRUPT

SDHMCSR
INT138

s INTERRUPT OCCURED, RESTORE STACK
1CHECK FOR INTERATIONS, LOOP.

IK3
CZDMX-E MACY11 30A(1052)

CZOMXE .P11

11-JUL-84

11-JUL -84 08:45

08:53

SEQ 36

PAGE 36
tVERIFY THAT ALL LINE NUMBERS CAN BE WRITTEN INTO AND

+READ BACK FROM LINE COUNTER
011726
000340
000001

177776
015662

000020
015662

015660

011670
011664

015662

T2l:
LINT1:

CLR
8IC
MOV
CLR
MOV
LINT1A: BIT
BEQ
MOV
MOV
cP
BEQ
ERRORC
LINT18: SCOPEF
LINT1A
INC
ASL
DEC
BNE
SCOPE

SDHMCSR
#340,PS
#1, SELMSK
RS
16. ,RO
SELMSK, LINSEL
LINT18
RS, SDHMCSR
SOHMCSR , R4
RS,.R4
LINT18

RS
SELMSK
RO
LINT1A

1REFERENCE UESIGNATION

1CLEAR CONTROL STATUS REGISTER
1ENABLE INTERRUPTS
¢ INIT LINE SELECT MASK
1CLEAR EXPECTED LINE NUMBER
1SET UP TO TEST 16 LINE NUMBERS
1 THIS LINE SELECTED ??
18R _IF NOT
1SET LINE NUMBER
tREAD BACK LINE NUMBER
+ARE EXPECTED AND RECEIVED
iLINE NUBMERS THE SAME
sLINE NUMBERS DIFFERENT, ERROR
1CHECK FOR DATA FREEZE
tRETURN FOR DATA FREEZE
tUPDATE LINE COUNT
1 SELECT NEXT LINE TO TEST
tUPDATE LINE NUMBER
1 CONTINUE
1CHECK FOR ITERATION, LOOP

tUSING “STEP” MODE, VERIFY THAT THE
sLINE COUNTER CAN BE STEPPED THRU ALL STATES.
000340
011624

177776

000001
177777

015662

000017
015662

011576
015660

013344
011556

T22:

LINT2:

BIC
CLR
CLR
MOV
MOV
MOV
MOV
LINT2A: BIT
BEQ
CALL
MOV
ce
BEQ
ERRORC
LINT28: SCD%SF
L

015662
011530

#340,PS
SOHMCSR
RS
1, SELMSK
¢-1,R1
#16. ,RO
#17,80HMCSR
SELMSK, LINSEL
LINT28
STEPER
SOHMCSR , R4
RS,R4
LINT28

+REFERENCE DESIGNATION

1ENABLE INTERRUPTS
tCLEAR CONYROL STATUS REGISTER
tCLEAR EXPECTED LINE COUNT
1SET UP SELECT MASK
s INIT LINE COUNTER
+SET UP TO TEST 16 VALUES
tFIRST VALUE =0
1 THIS LINE SELECTED ?2?
1BR _IF NOT
1STEP LINE COUNTER
1READ LINE COUNTER
1 COMPARE EXPECTED AND
+RECEIVED LINE NUMBERS
1LINE COUNTER ERROR
1CHECK FOR DATA FREEZE

INC

tUPDATE EXPECTED LINE NUMBER

INC
MOV
DEC
BNE
SCOPE

R1
R1,80HMCSR
RO
LINT2A

1GEN NEW LINE NO.
1SET NEW LINE NO. IN CSR

ASL

SELMSK

1 SHIFT SELECT MASK

1CHECK FOR ITERATIONS, LOOP

L
CZDMX-E MACY11l S0A(1052)
CZOMXE .P11

11-JA -84

11-JUL -84 08:45

08: S8

SEQ 37

PAGE 37

1479

tMRITE 1'S INTO ALL SCANNER MEMORY LOCATIONS.
tVERIFY THAT ALL LOCATIONS HAVE BEEN WRITTEN
170 1'S.
iVERIFY THAT "CLEAR SCAN" CLEARS ALL SCANNER
1 MEMORY LOCATIONS.

011474

8IS
MEMT1A: CALL
DEC

011436

MEMT18:

104003

004214
004216

004737
017704
020504
001403
104000
104003
004134
005205
005300
001364
104002

MEMTAC:
011410
011402

000017
013344
011354

#16. ,RO

OMAINT+17,80HMCSR

STEPER
RO
MEMT1A

#16. ,RO
#70000,R3
€17, 8DHMCSR

STEPER
, R4
SOHMCSR

011364

MEMT10:

MEMT1

DEC

MEMT1E: CALL

MEMT1F:

tREFERENCE DESIGNATION
1CLEAR CONTROL STATUS REGISTER

lME INTERRUPTS

1SET UP TO TEST 16 LOCATIONS
1SET MAINTEANCE MODE
1SET LINE COUNTER THRU ALL
1STATES, MRITING 1°'S INTO
stALL MEMORY WORDS
$1SET UP TO TEST 16 WORDS
1SET UP EXPECTED STATUS REGISTER
1START WITH LINE O
sACCESS SCANNER MEMORY

lfiAD DATA

a%fli EXPECTED AND RECEIVED
'

;1CONTROL STATUS OR MEMORY ERROR

1CHECK FOR DATA FREEZE

RS
RO
MEMT18
OCLRSCN, GDHMCSR

+UPDATE EEXPECTED STATUS
tUPDATE LINE COUNT
s CONTINUE

016 .RO

1SET UP TO TEST 16 MEMORY
1LOCATIONS
tFIRSY TO BE TESTED=0
1ACCESS SEANNER MEMORY
tREAD DATA
lgmfi EXPECTED AND RECEIVED

MY BOHMCSR

017, 80HMCSR

STEPER
SPHMCSR, R4
RS.R4
MEMTIF

g 38

012777

#340,PS

RS,R4
MEMTLC

001403
104000
004030
005205
005300
001364
012777
032777
001374
012700
005005

OCLRMUX
, BOHMCSR

TRULE

011446

8IC

020504

011514
177776

MOV

g 3had

012777
042737
012700
052777
004737
005300
001374
012700
012705
012777
004737
017704

T23:

MEMT1:

RO
MEMT1E

1SET_"CLEAR SCAN"
tWAIT FOR "CLEAR CYCLES"

tCONTROL STATUS OF MEMORY ERROR
1CKECK FOR DATA FREEZE
tUPDATE EXPECTED DATA
tUPDATE LINE COUNT
s CONTTINUE
1CHECK FOR ITERATIONS, LOOP

M3
CZOMX-E MACY11l 30A(1052)
CZDHXE .P11

11- AL -84
-84 08:45
L11

08:53

SEQ 38

PAGE 38

tWRITE 1'S INTO SELECTED SCANNER MEMORY LOCATION.
{VERIFY THAT ONLY SELECTED LOCATION WAS WRITTEN INTO.
011326
000340
000017

T24:

177776

011302
011274

001000
011260
013344
001000

011264

0C0017

011234

013344
011220

070000

011246

CLR
8IC
MOV
MOV
MEMT2A: MOV
8IT
BNE
MOV
8IS
CALL
8IC

MEMT2:

SOHMCSR

#340,PS
16.,R0

tREFERENCE DESIGNATION
1CLEAR CONTROL STATUS REGISTER
1ENABLE INTERRUPTS

aSET UP TO TEST 16 ADDRESSES
1FIRST ADDRESS TO BE TESTED=0
1CLEAR ACANNER MEMORY
1MAIT FOR CLEAR CYCLE

1SET "MAINTENANCE MODE~
+SET LINE COUNTER TO TEST ADDRESS-1
'WRITE 1'S INTO TEST ADORESS

tCLEAR "MAINTENANCE MODE*
+SET UP TO TEST ALL 16

1 SCANNER MEMORY LOCATIONS
FEMT28: CALL

sACCESS SCANNER MEMORY
tREAD CONPENTS OF MEMORY
1SET UP EXPECTED CONTENTS
1OF SCANNER MEMORY

MEMT2C: O

1COMPARE EXPECTED AND RECEIVED
1 VALUES
1 SCANNER MEMORY ERROR
1CHECKX FOR DATA FREEZE

MEMT20:

INC

s TEST NEXT SCANNEB LOCATION

sUPDATE LINE COUNT
;+CHECK FOR ITERATION, LOOP

N3
CZDHX-E MACY11 30A(1052)

CZOMKE .P11
1561
1562
1563
1564
1565
1566
1567
1568
1569
1570
1571
1572
1573
1574
1575

11-JUL.-84

11-JUL -84 08:45

08:53

SEQ 39

PAGE 39
tWITH ALL ACANNER MEMORY LOCATIONS SET TO 1'S,
tWRITE 0'S INTO SELECTED LOCATION
tVERIFY THAT ONLY SELECTED LOCATION WAS CLEARED.

004372
004372
004376

005077
042737
012700
012702
012703
012777
004737
001374
010277

011154
000340
000020
000017
000020
001017
013344
011110
013344
000020
000017

177776

011124

125:
MEMTS:

MOV
MEMT3A MOV
MOV
MEMT3B: CALL
DEC

011072

SOHMCSR

#340,PS

16. ,RO
7.k
OMAINT+17,80HMCSR

STEPER

R3
MEMT38

sREFERENCE DESIGNATION

tCLEAR CONTROL STATUS REGISTER
1ENABLE INTERRUPTS
1SET UP TO TEST 16 ADORESSES
+FIRST ADDRESS TO BE TESTED=0
tWRITE 1'S INTO ALL SCANNER
sMEMORY LOCATIONS
1ACCESS SCANNER MEM

+SET LINE COUNTER TO TEST ADORESS-1
tWRITE 0'S INTO TEST ADODRESS
1SET UP TO TEST ALL 16
s SCANNER MEMORY LOCATIONS
1ACESS SCANNER MEMORY

013344
011056

070000

CLR
8IC
MOV

tREAD CONTENTS OF MEMORY
:SET UP EXPECTED CONTENTS
1OF SCANNER MEIORY

MEMT3D:

MEMT3E:

1COMPARE EXPECTED AND
+RECEIVED VALUES
s SCANNER MEMORY ERROR
;CHECK FOR DATA FREEZE
: TEST NEXT SCANNER LOCATION

1UPDATE ADORESS COUNT

;CHECK FOR ITERATION, LOOP

B4
CM € MACY11l SO0A(1052)
CZOMXE .P11

HSM-84

11- AN -84 08:4

08:53

SEQ 40

PAGE 40
(VERIFY THAT LINE ENABLE FUNCTION FLIP-FLOP CAN
1BE SET AND CLEARED FOR SELECTED LINE

|
011012

T26:

177776

MUX1:

015662

010762

MUX1A:

CLR
8IC

CLR

SR
DM
0340,PS

016. ,RO

01, SELHSK
R1

010736
015664
MUX18:
MUX

, R4
SDHMLSR
SDMMCSR ,R3

0177760,R3
R1,R3

mux1C
OLINENA
RS

MUxi1C:

RS,.R4
MUxX10

013344
015664

MUX10:

010624

MUX1E:

010620

1SET UP TO TEST 16 FUNCTION FLIP-FLOP

IINIY LINE SELECT MASK
1START AT LINE O

STEPER

lSELEC?ED (4

18R IF NO
mno LDC STATUS REGISTER
READ CONTROL STATUS REGISTER
CLEM UNMANTED BITS

llf LINE NUMBER-SELECTED LINE NUMBER,
1EXCEPT LINE ENABLE FUNCTION FLIP FLOP
;170 BE SET

1CLEAR RING,CO,CS,SECRCY
+IF NO LEVEL CONVERTER THESE BITS FLOAT
;1OMP EXPECTED AND RECVD
sRESULTS
iILINE STATUS ERROR
tEXAMINE NEXT LINE
1 SHIFT MASK

1SET LINE COUNTER TO SELECTED LINE
1CLEAR LINE ENABLE FLIP FLOP
1DELAY FOR CABLE

10ITTO
tREAD LINE STATUS REGISTER

010606

MUX]F:
015662

lCLEM CONTROL STATUS REGISTER
1ENABLE INTERRUPT S

1IS THIS LINE SELECTED FOR TEST ?
1BR IF NOT
1SELECTY LINE TO BE TESTED
1SET LINE ENABLE FUNCTION FLIP-FLOP
1INIT ANOTHER SELECT MASK

015660

1REFERENCE DESIGNATION

tWAS LINE ENABLE FUNCTION FLIP FLOP
1CLEARED
iNO, LINE STATUS ERROR
1CHECK FOR LOOP ON SAME DATA
1SHIFT SELECT MASK
1SELECT NEXT LINE

1DECREMENT LINE COUNT
1CONTINU IF NOT DONE
1CHECK FOR ITERATIONS, LOOP

C4
| CZOMX-E MACY11 SOA(1052) 11- AL -84
11- AL -84 08:45
lczonts P11

08:53

SEQ 41

PAGE 41

tVERIFY THAT TERMINAL READY FUNCTION FLIP-FLOP CAN
1BE SET AND CLEARED FOR SELECTED LINE

1635

010352

17777

T27:
MUX2:

015662

010522

015662
010302
010462

015664
010446
010440
177760

015660
010476
015664

015660

MUX2A:

CLR
8IC
MoV
MOV
CLR
Mov
MOV
8Iv
8EQ
MoV
MOV
MoV

CLR
CLR
817
8EQ
MOV
nOve
8IC

BNE

MOV

1REFERENCE DESIGNATION
1CLEAR CONTROL STATUS REGISTER
1ENABLE INTERRUPTS

1SET UP TO TEST 16 FUNCTION FLIP-FLOP

s INIT LINE SELECT MASK

1START AT LINE O

1IS THIS LINE SELECTED FOR TEST ?
18R IF NOT
1SELECT LINE TO BE TESTED
1SET TERMINAL READY FUNCTION FLIP-FLOP
.MT ANCTHER SELECT MASK

u%m 7
.uuo LINE STATUS REGISTER
READ CONTROL STATUS REGISTER

CLE. UNMANTED BITS
lIF LINE NUMBER-SELECTED LINE NUMBER.
1EXCEPT TERMINAL READY FUNCTION FLIP FLOP
17O BE SET
;1CMP EXPECTED AND RECVD
tRESWLTS
iLINE STATUS ERROR

013344
015664

010370

010364
000000
010352

015662

sEXAMINE NEXT LINE
1SHIFT MASK

1SET LINE COUNTER TO SELECTED LINE
1CLEAR TERMINAL READY FLIP FLOP
l&LAY FOR CABLE
10ITTO
tREAD LINE STATUS REGISTER
I1MWAS TERMINAL READY FUNCTION FLIP FLOP
1CLEARED
1ND, LINE STATUS ERROR
1CHECX FOR LOOP ON SAME DATA
s SHIFT SELECT MASK
1 SELECT NEXT LINE

1DECREMENT LINE COUNT
1CONTINU IF NOT DONE
1CHECX FOR ITERATIONS, LOOP

D4
|

|
I

CZOMxX-E MACY11 3S0A(1052)
CZOMXE .P11

11- A -84
11- L -84 08:45

08:53

SEQ 42

PAGE 42

1709
1710

(VERIFY THAT REQUEST TO SEND FUNCTION FLIP-FLOP CAN
1BE SET AND CLEARED FOR SELECTED LINE

1713

CLR
8I1C

1711
1712

1714
1715
1716
177
1718
1719
1720
1721
1722
1723
1724
1725
1726
1727
1728

005077
042737
012700
012737
012777
012702
033737
001462
010177
012777
012737
0035077
005005
033737
001417
017704
117703
042703
020103

010316
000340
000020
000001

002000
000020
013662

17777
015662
010266

MUX3SA:

010242
015664

015664

015660

#340,PS

016. ,RO
:1.5&"9(
1

OCLRMUX
, BDHMC SR
, LINSEL
SELMSK
MUXSF

015660

010246
000004
000001
010226

CLR

SOHMCSR

R1, 8DHMCSR

RS , SOHML
SR
01, SLMSK

SDHMCSR
RS
, LINSEL
SLMSK
MUX3D
SDHMLSR R4
SOHMCSR ,R3

010212
010204
177760

#177760,.R3
R1,RS
MUX3C
RS RS

012705

RS.R4
MUX30

1REFERENCE DESIGNATION
1CLEAR CONTROL STATUS REGISTER
1ENABLE INTERRUPTS

OSET UP TO TEST 16 FUNCTION FLIP-FLOP
s INIT LINE SELECT MASK
1START AT LINE O
1IS THIS LINE SELECTED FOR TEST ?
1BR IF NOT
+SELECT LINE TO BE TESTED
1SET REQUEST TO SEND FUNCTION FLIP-FLOP
sINIT ANOTHER SELECT MASK
1 SELECTED ??
1BR IF NOT
tREAD LINE STATUS REGISTER
tREAD CONTROL STAYUS REGISTER
1CLEAR UNMANTED BIT
UIF LINE NUMBER- SELECTED LINE NUMBER,
1EXCEPT REQUEST TO SEND FUNCTION FLIP FLOP
170 BE SET
lC’P EXPECTED AND RECVD
RESULTS

sLM STATUS ERROR
sEXAMINE NEXT LINE

013344
015664

sSHIFT MASK

010134

1SET LINE COUNTER TO SELECTED LINE
+CLEAR REQUEST TO SEND FLIP FLOP

010130
000000

"1DELAY FOR CABLE
1DITTO
tREAD LINE STATUS REGISTER

010116

1WAS REQUEST TO SEND FUNCTION FLIP FLOP

1 CLEARED
MUXSF;
015662

I'O. LINE STATUS ERROR
1CHECK FOR LOOP ON SAME DATA

1SHIFT SELECT MASK
1 SELECT NEXT LINE
sDECREMENT LINE COUNT
1CONTINV IF NOT DONE
1CHECK FOR ITERATIONS, LOOP

CZDMX-E MACY11l 30A(1052)
CZOMXE .P11

11-JA -84 08:53

11-JUL -84 08:45

tVERIFY THAT SECONDARY TRANSMIT FUNCTION FLIP-FLOP CAN
1BE SET AND CLEARED FOR SELECTED LINE

1763

1764

1765

1766
1767

1768
1769
1770
1771
1772
1773
1774
1775
1776
1777
1778
1779
1780
1781
1782
1783
1784
1785
1786
1787

SEQ 43

PAGE 43

005464
005464

005470
005476
005502
005510
005512
005520
005524
005332
005534
005540
0053546
0053554

005560
005362
005570
005572
005576
005602
005606
005610

005077
042737
012700
012737

012777
012702
033737

001462
010177

012777
012737
003077
005005
033737
001417
017704
117703
042703
020103
012705

010062

177776

T31:
MUXAE;

015662
010032
015662
010012
000010

007772

015664

MUX4A :

CLR
8IC
MOV
MOV
CLR
MOV
MOV

SOHMCSR

#340,PS
16. ,RO
#1, SELMSK

BIT
BEQ

015660

1IS THIS LINE SELECTED FOR TEST ?
1BR IF NOT
1SELECT LINE TO BE TESTED
1SET SECONDARY TRANSMIT FUNCTION FLIP-FLOP
s INIT ANOTHER SELECT MASK

MOV
MOV
MOV
CLR

010006
015664

CLR
BIT
BEQ

015660

007756
007750
177760

#177760,R3
R1,R3
MUXAC
#SECTX,RS

000010

1REFERENCE DESIGNATION
tCLEAR CONTROL STATUS REGISTER
tENABLE INTERRUPTS
1SET UP TO TEST 16 FUNCTION FLIP-FLOP
+ INIT LINE SELECT MASK
iSTART AT LINE O

RS,.R4
MUX40

1 SELECTED ??
1BR IF NOT
.aeno LINE STATUS REGISTER
tREAD CONTROL STATUS REGISTER
1CLEAR UNWANTED BITS

llf LINE NUMBER=SELECTED LINE NUMBER,
1EXCEPT SECONDARY TRANSMIT FUNCTION FLIP FLOP
17O BE SET

;CMP EXPECTED AND RECVD
tRESWLTS
;LINE STATUS ERROR
sEXAMINE NEXT LINE

013344
015664

s SHIFT MASK

007700

1SET LINE COUNTER TO SELECTED LINE
1CLEAR SECONDARY TRANSMIT FLIP FLOP
1DELAY FOR CABLE
10ITTO
tREAD LINE STATUS REGISTER

007674
007662

1WAS SECONDARY TRANSMIT FUNCTION FLIP FLOP
1 CLEARED

MUXAF;

1813

005710

1815
1816

005714
005716

005201

015662

iNO, LINE STATUS ERROR
;CHECK FOR LOOP ON SAME DATA
1SHIFT SELECT MASK
1 SELECT NEXT LINE
1DECREMENT LINE COUNT
tCONTINU IF NOT DONE
1CHECK FOR ITERATIONS, LOOP

F4
CZOMX-E MACY11l 30A(1052)
CZOMXE .P11
1817
1818
1819
1820
1821

11-JA -84

11-JUL -84 08:45

08: S3

SEQ 44

PAGE 44

tVERIFY THAT “CLEAR MULTIPLXER” CLEARS ALL MU TIPLEXER

tFUNCTION FLIP-FLOPS
007626
000340

000017
013344

177776
007610

MUXS:
MUXBA:

MOV
CALL

DEC
BNE

MOV

015662
007554
015660

CLR
8IC
MOV

CLR

MUX8B:
MUX8C:

MOV
MOV
8IT
BEQ
Hov
MOV

CLR
TST

BEQ

000001

000360

007512

tREFERENCE DESIGNATION
tCLEAR CONTROL REGISTER
1ENABLE INTERRUPTS
1SET UP TO TEST 16 LINES
tWRITE 1S INTO ALL MU TIPLEXER
tFUNCTION FLIPFLOPS

s INIT SELECT MASK
1SET UP FOR 16 LINES
tCLEAR MULTIPLEXER
1SELECTED ??
1BR IF NOT
1 SELECT LINE
sREAD LINE STATUS REGISTER
1EXPECT 0S

1WAS LINE STATUS REGISTER CLEARED
tLINE STATUS ERROR
sCHECK FOR LOOP ON SAME DATA
1EXPECT LINE ENABLE
1SET LINE ENABLE ON SE. ECTED LINE
tREAD LINE STATUS REGISTER
1CLEAR RING,CO,CS SECRCV-MAY FLOAT HIGH
+IS ANYTHING BUT LINE ENABLE SET
tLINE STATUS ERROR
1CHECK FOR LOOP ON SAME DATA

007462
015662
006102

1UPDATE LINE NUMBER
1CLEAR CURRENT LINE
1SHIFT SELECT MASK
sCONTINUE IF ALL LINES NOT
s TESTED

1CHECK FOR ITERATIONS, LOOP

G4
CM € MACY11l 30A(1052) 11-JU.-84
11- AL -84 08:45
CZOMXE .P11

08: S3

1858
1859
1860
1861
1862
1663

tWRITE 1'S INTO ALL SCANNER MEMORY LOCATIONS
1SET "LINE ENABLE FOR ALL LINES
tVERIFY THAT AN INTERRUPP OCCURS FOR EACH LINE
1 THIS TEST WILL FAIL ON ANY LINE THAT DOES
tNOT MAVE A LEVEL CONVERTER--CO0,CS,RING,SECRCV WILL FLOAT
tHIGH,, HENCE MAINT. MODE CANNOT TOGGLE THESE SIGNALS TO
tCAUSE A TRANSITION.A PROGRAM TIME OUT WILL OCCUR......

1864

1865

1866

1867

1868
1869
1870
1871
1872
1873
1874
1875
1876
1877

SEQ 45

PAGE 45

006104
006116

012777
005077
042737
012700
012777

012737

012777
003300
001371
012701

012777
013777
012700
012777
033737
001456
0352737
004 .37
042737
005303
001404
105777

100373
100416

002000

007434
000340

000020

001017

000001
013344
000001

177777
070300
006344
177776
000020
000117
015662

T33:

SCNT1:

177776
007414
015662

007376

MOV

SDHMCSR
#340,PS
#16. ,RO
MMMAINT«17,80HMCSR
1, SELMSK

MOV
DEC
BNE
MOV
MOV
MOV
MOV
MOV
MOV

OLINENA, BDHMLSR
RO
SCNT1A
e-1,R1
#70300,RS
OSONTLC, S8DHMVEC
PS,SDHMLVL
#16. ,RO
OINTENA+17, SDHMCSR

SCNT1A: CALL

007346
007342

SCNT1B: BIT

000340
013344

177776

8IS

000340

177776

BEQ

14:

007270
000340

017703
042704
10403¢
104003
006104

007246

052737
017704

000340
007216

007252

177776

24:

104003

006104
000410

007200

177776

3s:

STEPER

SELMSK ,LINSEL

SCONT1D

#340,PS

CALL
CLR

STEPER
R3

DEC
3EQ
1S78
BPL
B8MI

R3S
24
SDHMCSR
14
3

MOV
MOV
MOV

R4
SDOHMCSR
R4 ,R2
SDHMLSR,R3

8IC

BIS

8IC
ERRINT
SCOPEF
SCNT1

177760

OCLRMUX
, SDHMCSR

CLR
B8IC
MOV
MoV
MOV

007332
015660

052737
017704

022626
017704
020504

007440

#340,PS

#177760.R4

SCNT1D

MOV

SDHMCSR ,R4

B8R

SCNT1D

MOV

, R4
SOHMCSR

8IS

ERRORC
SCOPEF
SCNT1

SCNT1C: POP2SP

cHP

#340,PS

RS ,Ré4

;REFERENCE DESIGNATION
tCLEAR ALL MULTIPLEXER FLIPFLOPS
1CLEAR CONTROL REGISTER

lME INTERRUPTS

1SET UP TO WRITE 1'S INTO
tALL SCANNER MEMORY LOCATION
IINIY SELECT MASK
tWRITE A LOCATION
tLET "LINE ENABLE"
1 INIT LINE NO. GEN.

1EXPECT “DONE*+ "COF
* ¢ "CSF * + “SECRXF~

+SET UP LOCAL INTERRUPT SERVICE
1SERVICE AT LEVEL 7
1SET INTERRUPT ENABLE
1 SELECTED ?2?
1BR IF NOT
sLOCK OUT INTERRUPTS
sHIT THE SCANER ONCE
1CLEAR DELAY
1ENABLE INTERRUPTS
WAIT LONG ENOUGH?
1WE HAVE AN ERROR
:10ID m SET
1NOT YE

1SET M NO INTERRUPT
1GET FAILING LINE
1GET CSR
1GET LSR

tREPORT ERROR HMAS OCCURED
tCONTINUE THE TEST
+ INTERRUPT DID NOT OCCUR
1ERROR
1CONTROL STATUS ERROR
1CHECK FOR LOOP ON SAME DATA

1 INTERRUPT OCCURED, REPOSITION STACK
tREAD CONTROL STATUS
1ARE EXPECTED AND RECEIVED

H4
CZDMX-E MACY11l S0A(1052)
CZOMKE P11
1914

1915
1916
1917
1918
1919
1920

1921
1922

1923
1924
1925

11-JUL-84

-84 08:45
L11

08:53

001403
104000
104003
006104

042777
005201

150177
006337
005205
005300
001303
104002

000217
007152
015662

007160

SEQ 46

PAGE 46

SCNT1D:

SCNT1D

tREGISTERS THE SAME
tNO, LINE STATUS ERROR
1CHECK FOR LOOP WITH CURRENT DATA

:?Md?.MSR

1CLEAR D DONE
1GEN NXT LINE NO.
1SET LINE NO. BITS
1SHIFT SELECT MASK
1UPDATE EXPECTED RESWLT
tCONTINUE IF NOT DONE

R1,80HMCSR

SELMSK

SCNT18

1CHECK FOR ITERATIONS, LOOP

I4
CZOMX-E MACY1l 30A(1052)

CZOHXE .P11

11-JUL-84

11-JUL -84 08:45

08:53

SEQ 47

PAGE 47

1926

1927

1928
1929
1930
1931
1932
1933
1934
1935
1936
1937
1938
1939
1940
1941
1942
1943
1544
1945
1946

1SINGLE LINE CABLE TEST
1FOR USE WITH MODEM CABLE AND DC11 TEST CONNECTOR

170 DISTRIBUTION PANEL WIA DM11-0C
'NOTE:

012737
042737

104004
016750
104013
017003
000000
000017
015640
104004
016745

006434
000340

002204
177776

T100:

STRLIN: MOV

8IC
"T‘.Y;E‘

STRLNA: INSTRG
MLINEI
0

17
LINE
TYPE

MCRLF

MODEM CONTROL MULTIPLEXER INPUTS SHOULD

#STRLNA ,KRET
#340,PS

BE
Selase
. IS

1REFERENCE DESIGNATION
1SET UP FOR NEW LINE SELECTION
1ENABLE INTERRUPTS
1 TYPE “"SINGLE LINE CABLE TEST”

1GET LINE NUMBER

J4
CZDMX-E MACY11 30A(1052)

11-JUL -84 08:45

08:53

SEQ 48

PAGE 48
tVERIFY THAT LINE ENABLE FUNCTION FLIP-FLOP CAN
tBE SET AND CLEARED FOR SELECTED LINE

005077
042737
013701
012777
012702
010177
012777
005077
017704

117703
042703
020103
012705

007074

000340
015640
002000

000020
007044
000001
007032

007026
007020

177776

007054

T101:
MUX11:

MUX11A:

007040
MUX118:

177760

000001

000360

MUX11C:

P
E 83008333355

CZOHXE.P11

11-JL-84

tREFERENCE DESIGNATION
1CLEAR CONTROL STATUS REGISTER
1tENABLE INTERRUPTS

+SELECT LINE TO BE TESTED
1SET LINE ENABLE FUNCTION FLIP-FLOP

SDHMCSR,R3

#177760,R3
R1,R3

MUX11C
®LINENA,RS
#360,R4

RS.R4
MUX110

013344

010177
010103
005077
105227
001375
017704
005704

001401
104001
104002

006750

MUX110:

MUX11E:

006744

006732

MUX11F:

STEPER

tREAD LINE STATUS REGISTER
tREAD CONTROL STATUS REGISTER
tCLEAR UNMANTED BITS
sIF LINE NUMBER=SELECTED LINE NUMBER,
1EXCEPT LINE ENABLE FUNCTION FLIP FLOP

170 BE SET

1CLEAR RING,CO,CS,SECRCV
+IF NO LEVEL CONVERTER THESE BITS FLOAT
1CMP EXPECTED AND RECVD
tRESULTS
tLINE STATUS ERROR
tEXAMINE NEXT LINE

MUX118
RS

R1,80HMCSR
R1,R3

1SET LINE COUNTER TO SELECTED LINE
tCLEAR LINE ENABLE FLIP FLOP
1DELAY FOR CABLE
1DITTO
tREAD LINE STATUS REGISTER
1WAS LINE ENABLE FUNCTION FLIP FLOP
1CLEARED
1NO, LINE STATUS ERROR
;1CHECK FOR ITERATIONS, LOOP

I<K4
CZDMX-E MACY11l 3S0A(1052)

11-JUL -84 08:45

08:53

1 VERIFY THAT TERMINAL READY FUNCTION FLIP-FLOP CAN
1BE SET AND CLEARED FOR SELECTED LINE

177776

006674

MUX12A:

006660

MUX128:

177760

010103
0035077
105227
001375
017704
005704
001401
104001
104002

SOHMCSR
#340,PS

LINE,R]
OCLRMUX
, BDHMCSR
016. ,R2

R1,8DHMCSR
OTRMROY , BDHMLSR
SOMMCSR
RS
SOHMLSR R4
SOHMCSR,R3
#177760,R3
R1,R3

MUX12C

001002

020504
001403
104001
104003
006740
004737
005302
001354
005005

CLR
8IC

332033833

T102:

MUX12:

#TRMROY RS

012705

010177

EEHHENE

006714

L EFRE
U
B

005077
042737
013701
012777
012702
010177
012777
005077
005005
017704
117703
042703
020103

(o]

1990
1991
1992

1993
1994

SEQ 49

PAGE 49

CZOMXE .P11

11-JA-84

MUX12C:

013344

tREAD LINE STATUS REGISTER
tREAD CONTROL STATUS REGISTER

sCLEAR UNMANTED B1TS
+IF LINE NUMBER=SELECTED LINE NUMBER,
1EXCEPT TERMINAL READY FUNCTION FLIP FLOP
:TO BE SET
:CMP EXPECTED AND RECVD
tRESWLTS
;LINE STATUS ERROR

STEPER
R2
MUX128
RS

JEXAMINE NEXT LINE

006570

SOHML

006556

R
, R4
SOHMLS

.04

MUX12F
MUX12F:

1SELECT LINE TO BE TESTED
1SET TERMINAL READY FUNCTION FLIP-FLOP

RS,.R4
MUX120

R1,80HMCSR
R1,R3

006574

1REFERENCE DESIGNATION
1CLEAR CONTROL STATUS REGISTER
1ENABLE INTERRUPTS

;1SET LINE COUNTER TO SELECTED LINE
1CLEAR TERMINAL READY FLIP FLOP
;DELAY FOR CABLE
:DITTO
tREAD LINE STATUS REGISTER

1WAS TERMINAL READY FUNCTION FLIP FLOP
1 CLEARED
tNO, LINE STATUS ERROR
;CHECK FOR ITERATIONS, LOOP

L4
CZDMX-E MACY11 S0A(1052)
CZOMXE.P11

11-JUL.-84

-84 08:45
AL 11

08:53

2030

tVERIFY THAT REQUEST TO SEND FUNCTION FLIP-FLOP CAN

:BE SET AND CLEARED FOR SELECTED LINE

2031

2034
2035
2036
2037

2038

007006

007006
007012
007020
007024
007032

005077 006540
042737 000340 177776
013701 015640
012777 002000 006520
012702

000020

2039 007036 010177
2040 007042 012777
2041 007050 005077

006510
000004 006504
006476

2043
2044

006472
006464

2042

2045
2046

007054

005005

007066
007072

042703
020103

007056
007062

017704
117703

2047 007074 001002

2048
2049

007076

2051
2052
2053

007102
007104
007106

020504
001403
104001

007112

007114

007102

2054

007110

2055

2056
2057
2058
2059

2060

2061
2062
2063
2064
2065
2066
2067

2068

007114
007120
007122
007124

004737
005302
001354
005005

007132
007134
007140
007144
007146
007152
007154

010103
005077
105227
001375
017704
005704
001401
104002

007126

007156

CLR
8IC
MOV
MUX13A: MOV
MUX13:

MOV

000004

010177

104001

013344

006420

1 SELECT LINE TO BE TESTED
1SET REQUEST TO SEND FUNCTION FLIP-FLOP

MOV
MOve

SDHMLSR , R4
SOHMCSR,R3

tREAD LINE STATUS REGISTER
tREAD CONTROL STATUS REGISTER

BNE

MUX13C

MOV
MUX13C:

16. ,R2

ce
erQ
ERRORL

R3S

#177760,R3
R1,R3
#RS,RS

MOV
CLR
INCB
BNE
MOV
TST
8EQ

006402

MUX13F :

1EXCEPT REQUEST TO SEND FUNCTION FLIP FLOP
17O BE SET

1CMP EXPECTED AND RECVD
tRESULTS
tLINE STATUS ERROR

STEPER
Re
MUX138
RS

sEXAMINE NEXT LINE

R1,.R3
SOHMLSR
0
. -4
SOHMLSR R4
LL
MUX13F

1SET LINE COUNTER TO SELECTED LINE
tCLEAR REQUEST TO SEND FLIP FLOP
:DELAY FOR CABLE
:DITTO
tREAD LINE STATUS REGISTER
tWAS REQUEST TO SEND FUNCTION FLIP FLOP
1 CLEARED

MUX130

MUX13E: MOV

lCLEM UNWANTED BITS
+IF LINE NUMBER=SELECTED LINE NUMBER,

RS,R4
MUX130

MUX130: CALL
DEC
BNE
CLR

006414
000000

tCLEAR CONTROL STATUS REGISTER
1ENABLE INTERRUPTS

R1,8DHMCSR
ORS , BDHMLSR
SDHMCSR

8IC
ce

177760

SDHMCSR
#340,PS
LINE,R1
UX
, BOHMCSR
OCLRM

tREFERENCE DESIGNATION

MOV
MOV
CLR

MUX138: CLR

104003

;
:

2050

012705

T103:

2032

2033

SEQ 50

PAGE 50

R1,80HMCSR

tNO, LINE STATUS ERROR
1CHECK FOR ITERATIONS, LOOP

M4
CZDMX-E MACY11l 3S0A(1052)
CZOMXE .P11

11-JA-84

11- L -84 08:45

08:53

2070

tVERIFY THAT SECONDARY TRANSMIT FUNCTION FLIP-FLOP CAN

2071

2073

1BE SET AND CLEARED FOR SELECTED LINE

2074 007162 005077 006364
207S 007i66 042737 000340
2076
2077
2078
2079
2080
2081

2082

2083
2084
2085
2006

007174
007200
007206
007212
007216
007224

007230

007232
007236
007242
007246

013701
012777
012702
010177
012777
005077

015640
002000
000020
006334
000010
006322

017704
117703

006316
006310

0035005

042703
020103

. 2087 007250 001002
2088
2089

007252

2091
2092
2093

007256
007260
007262

012705

2090

007256

2094
2095

007264
007266

104003
007270

007300
007302
007306
007310
007314
007320
007322
007326
007330
007332
007334

003005
010177
010103
005077
105227
001375
017704
005704
001401
104001
104002

2096
2097
2098

2099
2100
2101
2102
2103
2104
2105
2106
2107
2103
2109

T104:

007162

007270
007274
007276

177776

006330

MUX148: CLR

006244

006240
000000

LINE,R1
X
, SDHMCSR
OCLRMU
016. ,R2
R1,8DHMCSR
OSECTX, SDHMLSR
SDHMCSR
RS

+SELECT LINE TO BE TESTED
1SET SECONDARY TRANSMIT FUNCTION FLIP-FLOP

BNE

MUX14C

1EXCEPT SECONDARY TRANSMIT FUNCTION FLIP FLOP

ce
BEQ
ERRORL

#177760,R3
R1,R3
#SECTX,RS

MUX140: CALL
DEC
BNE
CLR
MUX14E: MOV
MOV

CLR
INCB
BNE
MOV
TST
BEQ

1CLEAR UNMANTED BITS
+IF LINE NUMBER=SELECTED LINE NUMBER,
:TO BE SET

RS.R4
MUX140

1CMP EXPECTED AND RECVD
tRESWLTS
;LINE STATUS ERROR

STEPER
R
MUX148
RS

tEXAMINE NEXT LINE

SCOPEF

MUX14F :

1CLEAR CONTROL STATUS REGISTER
1EMABLE INTERRUPTS

tREAD LINE STATUS REGISTER
+READ CONTROL STIYUS REGISTER

MUX140

006226

1REFERENCE DESIGNATION

SDHMLSR , R4
SDHMCSR,R3

MOV

MUX14C:

SOHMCSR
#340,PS

MOV
MOVe
8IC
P

000010

013344

CLR
8IC

MOV
MUX14A: MOV
MOV
MOV
MOV
CLR

006344

177760

020504
001403
104001

004737
005302
001354

MUX14:

R1,80HMCSR
R1,R3

SDHMLSR
0
.-4
SDHMLSR R4
R4
MUX14F

2072

SEQ 51

PAGE 51

1SET LINE COUNTER TO SELECTED LINE
1CLEAR SECONDARY TRANSMIT FLIP FLOP
:DELAY FOR CABLE
1OITTO
|KM LINE STATUS REGISTER
WAS SECONDARY TRANSMIT FUNCTION FLIP FLOP
1 CLEMED
iNO, LINE STATUS ERROR
+CHECK FOR ITERATIONS, LOOP

N4
AL -84
CZDMX-E MACY11 30A(1052) 1111-JUL -84 08:45
. P11
C7OMXE

2127
2128
€129
2130

2131
2132
2133
2134
2135
2136
2137
2138
2139
2140
2141
2142
2143
2144
2145
2146
2147
2148
2149
2150
2151
2152
2153
2154

007372
007374

000240
000240

007376

005077
005005
017704

117703

042703
020103
001002
012705

020405
601403
104001

104003
007442
004737
005302
001354
012705
010103
010177
042777

105227
001375
017704
001401
104001
104002

006210
000340
015640
006166
000003

177776

006162

CLR
8IC

MOV
MUX1SA: MOV
MOV
MOV

SOHMC SR
#340,PS
LINE,.R1
016. ,R2
R1,80HMCSR

OLINENA«TRMROY
, SDHMLSR

tREFERENCE DESIGNATION
tCLEAR CONTROL REGISTER
1ENASLE INTERRUPTS
116 LINES
s SELECT A LINE
1SET LINE ENABLE +TRMRO-

+THESE TWO NOP'S ADDED FOR SOME DELAY FOR PDP-11/44
:WITH CACHE MEMORY TURNED ON.
1KR 10-ALY-84 REV E
1KR 10-ALY-84 REV E
006150
006144

MUX158:

006136
177760

3328
§§
3353 33

2126

007364

005077
042737
013701
012702
010177
012777

T10S:

MUX1S:

(g}

2125

007336
007336
007342
007350
007354
007360

2121
2122
2123
2124

tAND TERMINAL ARE SET FOR SELECTED LINE.

000143

MUX15C:

MUX1SD:

MUX15E:

SOHMCSR
RS
SDHMLSR , R4
SOHMCSR ,R3

#177760,R3
R1,R3
MUX15C

SLINENA+TRMROY+CO+CS,RS

R4 ,R5
MUX150

MUX150

DEC

388 3338

2117
2118
2119
2120

tVERIFY THAT CLEAR TO SEND AND CARRIER ARE SET IF "LINE ENABLE"

(g}

2116

SEQ 52

PAGE 52

2110
2111
2112
2113
2114
2115

08:53

BEQ
MUX15F: SCOPE

STEPER

OLINENA
RS

R1,R3
R1,8DHMCSR
:OTMY.MSR

.-4

R
R4
SOHMLS

RS.R4
MUX15F

1CLEAR CONTROL REGISTER
tCLEAR EXPECTED RESWLT
tREAD LINE STATUS
tREAD LINE NUMBER
1CLEAR UNMANTED BITS
+IF RECEIVED LINE=SELECTED LINE
sEXPECT LINE ENABLE AND

tCLEAR TO SEND AND CARRIER ARE SET
1 COMPARE EXPECTED AND
+RECEIVED RESWLTS
iLINE STATUS ERROR

sUPDATE LINE COUNTER
;CONTINUE IF ALL CHECKS
;ARE NOT DONE FOR THIS LINE
tEXPECT LINE ENABLE
tON SELECTED LINE
1 SELECT LINE
;CLEAR TERMINAL

1DELAY FOR CABLE
:1DITTO
sREAD LINE STATUS REGISTER
sONLY LINE ENABLE SHOULD BE
1SET ON THIS LINE
;LINE STATUS ERROR

;CHECK FOR ITERATIONS, LOOP

SEQ 53

AL -84
CZOMX-E MACY11l SOA(1052) 1108:45
-84
AL
11
CZOMCE .P11
2155
2156
2157
2158
2159
2160
2161
2162
2163
2164
2165

08:53

tVERIFY THAT RING IS SET IF “LINE ENABLE"

1AND REQUEST TO SEND ARE SET FOR SELECTED LINE.
T7106:

005077
042737
013701

006032
000340
013640

010177

006010

012777

177776

MUx16:

CLR
8IC

SDMMCSR
0340,PS

MoV

LINE,R1

MOV
MOV

R1, 8DMMCSR
OLINENA
RS, BDHML SR

MUX16A: MOV

2166

016. ,R2

1REFERENCE DESIGNATION

1CLEAR CONTROL REGISTER
1ENABLE INTERRUPTS
116 LINES
1SELECT A LINE
1SET LINE ENABLE RS

1 THESE TWO NOP 'S ADDED FOR SOME DELAY FOR POP-11/44
iWITH CACHE MEMORY TURNED ON.

2167
2168
2169
2170
2171
2172

KR 10-AALY-84 REV E

MR
B0P

CLR

005772

2173

MUX168: CLR

MoV
L]

005766
005760
177760

2174
2175
2176
2177
2178
2179

2180
2181
2182
2183
2184
2185
2186
2187
2188
2189
2190
2191
2192
2193
2194
2195
2196
2197
2198
2199

PAGE 53

010103
010177
007654
007656

017704
001401

00767C

104001
104002

8IC

(o, 4
BNE
MOV

SDHMCSR

,
SDMLSRR4
SOMMCSR,R3
0177760,.R3

R1,.R3
MUX16C
OLINENA+RS +RING,RS

MUx16C: OP
]
ERRORL
SCOPEF
MUX160
MmUx160: CALL

R4.RS
MUX160

MUX16E: MOV

R1,.R3

DEC
BXE
MoV

005704

IKR 10-AALY-84 REV E

MOV
8IC

INCB
BMNE
MOV
(w,
BEQ

ERRORL
MUX16F: SCOPE

STEPER
R2
MUX168
OLINENA
RS

R1,8DMMCSR

SR
ORS , BDHL

®0
.-4
SDHMLSR
R4
RS.Re
MUX16F

sCLEAR CONTROL REGISTER
1CLEAR EXPECTED RESWLT
tREAD LINE STATUS
IREAD LINE NUMBER
1CLEAR UNMANTED BITS
1IF RECEIVED LINE-SELECTED LINE
1EXPECT LINE ENABLE AND
+RING IS SET
1COMPARE EXPECTED AND
+RECEIVED RESWLTS
iLINE STATUS ERROR
tUPDATE LINE COUNTER
tCONTINUE IF ALL CHECXS
1ARE NOT DONE FOR THIS LINE

1EXPECT LINE ENABLE

1ON SELECTED LINE
1SELECT LINE

1CLEAR REQUEST TO SEND
1DELAY FOR CABLE

1DITTO
tREAD LINE STATUS REGISTER
sONLY LINE ENABLE SHOWLD BE
1SET ON THIS LINE
iLINE STATUS ERROR

;CHECKX FOR ITERATIONS, LOOP

C5
CZDMX-E MACY11 SO0A(1052)

| CZOMKE .P11

11-AA -84 08:53

11- AL -84 08:45

2200

2202
2203

2204

2207

007704

013701

015640

2210

007720

012777

000011

2208 007710 012702 000020
2209 007714 010177 005632
2212
2213
2214
gxs

007726
007730

000240
000240

2217
2218
2219
2220
2221
2222
2223

007732
007736
007740
007744
007750
007754
007756

003077
005005
017704
117703
042703
020103
001002

007764
007766
007770

020405
001403
104001

007776
010002
010004
010006
010012
010014
010020
010026

004737
005302
001354
012705
010103
010177
042777
103227

2224
2225
2226
2227
2228
2229
2230

2231
2232
2233
2234
2235
2236
2237
2238
2239
2240
2241
2242
2243
2244

1AND SECONDARY TRANSMIT ARE SET FOR SELECTED LINE.

T107:

007672

2205 007672 005077 003654
2206 007676 042737 000340

2211

IVERIFY THAT SECONDARY RECEIVE IS SET IF "LINE ENABLE"

2201

007760

007772
007774

010032
010034
010040
010042
010044
010046

012705

104003
007776

001375
017704
020504
001401
104001
104002

177776
005626

005614
003610
005602
177760
000031

MoV

MUX17A: MOV
MOV
MOV

005526

1REFERENCE DESIGNATION

SOMMCSR
#340,PS

tCLEAR CONTROL REGISTER
1ENABLE INTERRUPTS

s, ,R2
R1,SDMMCSR
OLINENACSECTX
, GDHMLSR

116 LINES
s SELECT A LINE

LINE,R1

;SET LINE ENABLE -SECTX
s THESE TWO NOP'S ADDED FOR SOME DELAY FOR POP-11/44
(WITH CACHE MEMORY TURNED ON.
NOP
NOP

KR 10-AALY-84 REV E
KR 10-ALY-84 REV E

CLR
MUx178: CLR
MoV
MOVe
8IC
oP
B

1CLEAR CONTROL REGISTER
1CLEAR EXPECTED RESWLT
sREAD LINE STATUS
tREAD LINE NUBER
1CLEAR UMMANTED BITS
|IF RECEIVED LIMNE-SELECTED LINE
1EXPECT LINE ENABLE AND

SDHMCSR
RS
SDHMLSR R4
SDHMCSR ,R3
#177760,R3
R1,.R3
MUx17C

OLINENA.SECTX+SECRX,RS

Mmxi17C: OP
R4,RS
8EQ
MUX170
ERRORL

1 SECONDARY RECEIVE IS SET
1COMPARE EXPECTED AND
tRECEIVED RESWLTS
ILINE STATUS ERROR

MUX170: CALL
C
BHE
MoV
MUX17E: MOV
MOV
8IC
INCB

1UPDATE LINE COUNTER
sCONTINUE IF ALL CHECXS
tARE NOT DONE FOR THIS LINE
1EXPECT LINE ENABLE
1ON SELECTED LINE
+SELECT
LINE
1CLEAR SECONDARY TRANSMIT
1DELAY FOR CABLE

SCOPEF
MUX170

000001

005514

MUx17:

CLR
8I1C

MoV

013344

0035532
000010
000000

SEQ S4

PAGE 54

BNE
Ll
o
BEQ
ERRORL
MUX17F: SCOPE

STEPER
MUX178
OLINEMA RS
R1,R3
R1, 8DMMCSR
OSECTX, SDMMLSR
#0
. -4
SDHMLSR R4
R3.R4
MUX17F

1DITTO
tREAD LINE STATUS REGISTER
JONLY LINE ENABLE SHOULD BE
1SET ON THIS LINE
iLINE STATUS ERROR
1CHECX FOR ITERATIONS, LOOP

D5
CZDMx-E MACY11l 3S0A(1052) 11- AL -84
11- AL -84 08:45
| CZOMXE .P11

08:53

SEQ SS

PAGE 55

tMODEM CONTROL ON LINE TEST USING 103A TYPE MODEMS

.msm STATION TO BE OPERATED IN AUTO-ANSWER MODE
1THIS TEST VERIFIES THE CONNECT AND DISCONMNECT SEQUENCES
tUSING THE MODEM CONTROL TO CONTROL 103A TYPE MODEMS
(NOTE:
IF THE OM11-AA IS NOT COMMNECTED TO THE
1DISTRIBUTION PANEL, AN M974 DM11 MAINTENANCE JMPER
1SHOULD BE INSTALLED IN SLOT 81 OR 83 OF THE DISTRIBUTION
1PANNEL TO PREVENT A POSSIBLE LONG SPACE
1DISCONNECT FROM MANGING UP THE MODEM
010050
010050
010052
010060
010062
010064

010072
010074
010076
010104
010112

sREFERENCE DESIGMNATION

1200:

012737

000340

177776

016167
022737
001001

000176

015566

010114
010112

011704
002204

012737

012737
104017

010114

104020

010116
010120
010122
010124

010126
010122

104012
000772

ST103A: RESET

MOV

#340,PS

(w, 4

G
, SWR
OSMRE

1¢:

MOV

OT103A FATRET

T103A:

SETUP

TYPE
MT1037

B
ONTLW

MoV
ST1038: GETLNS

OST1038 . KRET

1SET UP FOR FATAL ERROR

1SET UP FOR LINE CHANGE
1 INPUT ORIGINATE AND

tAND ANSHER LINE NUMBERS
1SET UP TO RECEIVE INTERRUPTS
HAIT FOR RING
1GO HERE IF RING OX

T103A1

ERROR
B

s TYPE ~103A MODEM CONNECT
1DISCONNECT TEST”

71038
T103A1:

sINITIALIZE INTERFACE
1DISABLE ALL INTERRUPTS

1GO MERE IF NO RING

ST1038

tNDO RING WITHIN S MINUTES
1SELECT NEW LINES AND REDIAL

;CHECK FOR RING INTERRUPT ON SELECTED ANSMER LINE
s IF AN INCORRECT TRANSITION OCCURS, THE PROGRAM
sMILL TYPE AN ERROR MESSAGE, AND THE OPERATOR
sWILL BE REQUESTED TO RESELECT LINES AND REDIAL
71038:

104021

010130

010146

T103C

010132

010136

710381

010134

010142

710382

010140

010142
010144

104014
000762

1CHECK FOR RING INTERRUPT
sONLY ON ANSMER LINE
sAND NO TRANSITIONS ON
tORIGINATE LINE
1GO HERE IF TRANSITIONS
1ARE CORRECT
1GO HMERE IF INCORRECT
1TRANSITION ON ANSWER LINE
1GO HERE IF INCORRECT TRANSITION
1ON ORIGINATE LINE

CKXRING

010126

T10381:

ERRORT

T10382:

ERRORT

RTS

B8R

ST1038

1 TRANSITION ERROR ON ANSWER LINE
1CONTINUE CHECKING

1TRANSITION SRROR ON ORIGINATE LINE

tRESELECT LINES AND REDIAL

ES
11-JL -84
11- -84 08:45

CZOMX-E MACY11l 30A(1052)
CZOMXE .P11

08:53

SEQ S6

PAGE S6

2296

1SET TERMINAL READY ON SELECTED ANSWER LINE

(WAIT FOR TRANSITIONS TO UCCUR ON SELECTED LINES
010146

013777

015644

005376

010154

052777

000002

005372

010162
010164

104026
104022

T103C:

MTMMOV

LINANS , SDHMCSR

;SET LINE COUNTER TO

BIS

OTRMROY , SDHML SR

aSET TERMINAL READY ON

CKINTT

WAITRN

1 ANSHER LINE NMUMBER

1SELECTED ANSMER LINE

tWAIT FOR TRANSITIONS TO OCCUR

1CHECK FOR CORRECT STATUS AND TRANSITIONS ON
1SELECTED ORIGINATE AND ANSMER LINES
010166

104023

CKXTRAN

1CHECK TRANSITIONS AND

010170

000143

CO+CS+LINENA.TRMROY

1EXPECT CARRIER, CLEAR TO SEND,

010172

000143

CO+CS+LINENA. TRMRDY

010174

100006

RINGF +XCO+XCS

010176

000006

XCO+XCS

010200

010212

710301

010202
010204
010206
010210
010212
010214
010216
010220
010222
010224
010226
010230

010216
010222
010226
010232

710302
710303
710304
T103€

104015
000207
104015
000207
104014
000207
104014
000207

T103D01: ERRORS
RTS
T10302: ERRORS

RTS

T10303: ERRORT

RTS
T10304: ERRORT
RTS

1STATUS ON SELECTED
1ANSHER AND ORIGINATE LINES
iILINE ENABLE AND TERMINAL
tREADY STATUS BITS SET ON
1 ANSMER LINE

1EXPECT CARRIER, CLEAR TO SEND,

ILINE ENABLE , AND TERMINAL
tREADY STATUS BITS ON
1ORIGINATE LINE
1EXPECT CARRIER, CLEAR TO SEND
1AND POSSIBLE RING TRANSITIONS
;ON ANSMER LINE
1EXPECT CARRIER AND CLEAR
17O SEND TRANSITIONS ON
1ORIGINATE LINE

1GO HERE ON ANSMER LINE STATUS ERROR

1GO HERE ON ORIGINATE LINE STATUS ERROR
1GO MERE ON ANSMER LINE TRANSITION ERROR
1GO MERE ON ORIGINATE LINE TRANSITION ERROR
1GO TO NEXT TEST IF NO ERRORS
PC

PC
PC
PC

sANSHER LINE STATUS ERROR
1CONTINUE CHECKING
tORIGINATE LINE STATUS ERROR

1CONTINVE CHECKING

stANSHER LINE TRANSITION ERROR

1CONTINUE CHECKING
.oammre LINE_TRANSITION ERROR
;1CONTINUE CHECKING

Fo
CZOMX-E MACY11l 30A(1052)

CZOMXE .P11

11-JA -84 08:53

11-JUL -84 08:45

2341

1SET UP TO TEST DISCONNECT SEQUENCE
1 THE PROGRAM WILL REQUEST THE OPERATOR TO TYPE A CHARACTER
170 INITIATE TME DISCONNECT SEQUENCE
1 THE OPERATOR MAY MANUALLY SWITCH THE DATA SETS FROM
tDATA TO TALK MODE AS MANY TIMES AS DESIRED
1BEFORE THE SWITCH SEETIN IS MADE
tANY TRANSITIONS DETECTED DURING THIS TIME WILL BE
+REPORTED BY TYPEOQUT

<351
2352
2353
2354

010232
010234
010236
010244

104004
016432
012737
012777

177776
005274

TYPE
MDISC
MOV
MOV

2356

010252

012737

015672

MOV

2358
2359
2360
2361
2362
2363
2364
2365

010260
010266
010272
010276
010302
010304
010310
010316

012777
005037
005077
105777
100375
005777
012737
005077
013777
042777
104026

005264

MOV
CLR
CLR

2366
2367
2368
2369

SEQ 57

PAGE 57

010322
010330
010336
010340

104022

TST8

BPL
177776

005222

005216

TST

MOV
CLR
MOV
gil((I:NTT
WAITRN

1 TYPE "STRIKE ANY TTY KEY
1 TEST DISCONNECT*~
#340,PS
;LOCK QUT INTERRUPTS
OTRNTYP ,B8DHMVEC ;SET UP TO DETECT TRANSITIONS
1BEFORE DISCONNECT SEQUENCE STARTS
OT103ES ,RNGRET
1SET UP DUMMY RETURN FOR
1RING INTERRUPT
:gmomrm.msn 1SET SCAN ENABLE AND INTERRUPT ENABLE
tALLOW IMTERRUPTS
S8TKDBR
8TKCSR
(WAIT FOR TTY TO MIT
14
S8TKDBR

#340,PS
SDHMCSR
LINORG, BDHMCSR

#TRMROY , BDHMLSR

1START DISCONNECT SEQUENCE
1CLEAR CONROL REGISTER
+SET LINE COUNTER TO SELECTED ORIGINATE LINE
1SET TERMINAL READY ON SELECTED LINE
tWAIT FOR TRANSITIONS TO OCCUR

G5
CZOMX-E MACY11l SOA(1052)
CZOHXE .P11
2370
2371
2372
2373
2374
2375
2376
2377
2378
2379
2380
2381
2382
2383

11-JUL-84

11-J -84 08:45

08:53

SEQ S8

PAGE 58
1CHECK FOR CORRECT STATUS AND TRANSITIONS ON SELECTED

tORIGINATE AND ANSWER LINES
010342

CKTRAN

104023

1CHECK TRANSITIONS AND

1STATUS ON SELECTED

010344

LINENA .« TRMRDY

010346

LINENA

010350

XCO+XCS

1ANSWER AND WIGIMTE LINES

lEXFECT LINE ENABLE

1 TERMINAL READY STAYUS BITS

ISET ON ANSMWER LINE
1EXPECT LINE ENABLE STATUS BIT
1SET ON ORIGINATE LINE
1EXPECT CARRIER AND CLEAR

1TO SEND TRANSITIONS ON
1 ANSUER LINE

010352

000006

XCO+XCS

010354

010366

T103€E1

170 SEND TRANSITIONS ON
tORIGINATE LINE
1GO HERE ON ANSMER LINE STATUS ERROR

010356
010360
010362
010364
010366
010370

010372
010376
010402
010406
104015

T103€2
T103€3
T103€E4

1GO HERE ON ORIGINATE LINE STATUS ERROR
1GO HERE ON ANSWER LINE TRANSITION ERROR
1GO HERE ON ORIGINATE LINE TRANSITION ERROR

010372

010374
010376
010400
010402

T103EN
ERRORS

T103€2:

ERRORS

T103€E3:

ERRORT

RTS

T103€4: ERRORT

010404

010406
010406
010410
010412
010416
010420

T103€E1:

104004
016354
005037
104026
000137

1EXPECT CARRIER AND CLEAR

1GO TO NEXT TEST IF NO ERRORS
s ANSHER LINE STATUS ERROR
1 CONTINUE CHECKING
tORIGINATE LINE STATUS ERROR
1 CONTINUE CHECKING
tANSMER LINE TRANSITION ERROR
1CONTINUE CHECKING
tORIGINATE LINE TRANSITION ERROR
1CONTINUE CHECKING
tREFERENCE DESIGNATION

T201:
T103EN: 'T';:g“

:TYPE * 103A TEST COMPLETE"

015600

&'I‘NTY

TSTNO

tCLEAR TEST NUMBER FOR LOOPING

010112

ST1038

1SELECT NEW LINE NUMBERS AND
tRESTART TECT

H5
CZDMX-E MACY11l S0A(1052)
CZDOMXE .P11

11-JA-84

11-JUL -84 08:45

08:53

24)
8Ls
2412

+MODEM CONTROL ON LINE TEST USING 202C TYPE MODEMS
tANSWER STATION TO BE OPERATED IN AUTO-ANSWER MODE
1 THIS TEST VERIFIES THE CONNECT AND DISCONNECT SEQUENCES
tUSING THE MODEM CONTROL TO CONTROL 202C TYPE MODEMS

2413
2414
2415

1ALSO TESTED ARE LINE TURN-AROUND AND
1 SECONDARY TRANSMIT-SECONDARY RECEIVE

2416

2417
2418
2419

SEQ 59

PAGE 59

010424
010424
010426

010434

012737

010436
010440
010446
010450
010452
010460
010466

016240

010470

104020

010472
010474
010476
010500

1REFERENCE DESIGNATION

7300:

022737

001001

012737
012737
104017

010502
010476
104012
000772

000340

177776

000176

015566

010470
010466

011704
002204

ST202A: RESET

MOV

TYPE
MT2027
o

ANE
14:

ONTLW

MOV

ST2028: GETLNS
T202A:

T202A1:

#340,PS
OSUREG, SWR

1 INITIALIZE INTERFACE
1DISABLE ALL INTERRUPTS

s TYPE ~202C MODEM CONNECT1DISCONNECT TEST"

#T202A,FATREY

0572028 ,KRET

SETWP

1SET UP FOR FATAL ERROR

1SET UP FOR LINE CHANGE
1 INPUT CRIGINATE AND
+ANSHER LINE NUMBERS
+SET UP TO RECEIVE INTERRUPTS

72028

tWAIT FOR RING
1GO HERE IF RING O

ERROR
BR

tNO RING WITHIN 5 MINUTES
+SELECT NEW LINES AND REDIAL

T202A1

1GO HERE IF NO RING

ST2028

LCHECK FOR RING INTERRUPT ON SELECTED ANSWER LINE
s IF AN INCORRECT TRANSITION OCCURS, THE PROGRAM
sWILL TYPE AN ERROR MESSAGE, AND THE OPERATOR
sWILL BE REQUESTED TO RESELECT LINES AND REDIAL

CXRING

1CHECK FOR RING INTERRUPT

010522

T202C

010506

010512

720281

010510

010516

T20282

1GO HERE IF TRANSITIONS
1ARE CORRECT
1GO HERE IF INCORRECT
s TRANSITION ON ANSWER LINE
1GO HERE IF INCCRRECT

010502

104021

010504

010314

010516
010520

104014
000762

T2028:

720281
:

ERRORT

T20282:

ERRORT
BR

RTS

sONLY ON ANSWER LINE
sAND NO TRANSITIONS ON

ST2028

s TRANSITION ON ORIGINATE LINE
1ANSWER LINE TRANSITION ERROR
1 CONTINUE CHECKING

tORIGINATE LINE TRANSITION ERROR
+RESELECT LINES AND REDIAL

I5
CZOMX-E MACY11l 3S0A(1052)

CZOMXE .P11

84
AL
11-84 08:45
AN 11

08:53

SEQ 60

PAGE 60

2457
2458

1SET TERMINAL READY ON SELECTED ANSWER LINE
1SET REQUEST TO SEND ON SELECTED ORIGINATE LINE
tWAIT FOR TRANSITIONS TO OCCUR ON SELECTED LINES
010522
10530
010536
010544
010552
010554

013777

052777
013777
052777
104026
104022

015644

005022

T202C:

015642

005006

T2020:

MOV
8IS
MOV
(':fipm

LINANS , BDHMCSR
#TRMROY , GOHML SR
LINORG , BDHMCSR
RS , BOHMLSR

WAITRN

1SET LINE COUNTER TO ANSMWER LINE
1SET TERMINAL READY ON ANSWER LINE
1SET LINE COUNTER TO ORIGINATE LINE
1SET REQUEST TO SEND ON ORIGINATE LINE
tWAIT FOR TRANSITIONS TO OCCUR

1CHECK FOR CORRECT STATUS AND TRANSITIONS ON
1SELECTED ORIGINATE AND ANSMER LINES
010556

104023

CKXTRAN

010560

000103

CO+LINENA«TRMRDY

010562

000147

RS+CO+CS+LINENA+TRMRDY

1CHECK TRANSITIONS AND STATUS
1ON SELECTED ANSMWER AND
1ORIGINATE LINES

1EXPECT CARRIER, LINE ENABLE
1AND TERMINAL READY STATUS

IOIYS SET ON ANSHER LINE
1EXPECT REQUEST TO SEND, CLEAR
170 SEND, CARRIER, LINE ENABLE

1AND TERMINAL READY STATUS BITS

010564

RINGF +XCO

100004

010566

XCO+XCS

010570
010572
010574
010576
010600
010602
010604
010606
010610
010612
010614
010616
010620

720201
120202
1720203

T20201:

T20202:
T20203:

720204 :

120204
T202€
ERRORS
RTS
ERRORS
RTS
ERRORT
RTS
ERRORT
RTS

lSET ON ORIGINATE LINE

1EXPECT CARRIER AND POSSIBLE
tRING TRANSITIONS ON

1 ANSUER LINE
1EXPECT CARRIER AND CLEAR
17O SEND TRANSITIONS ON

UNIGIMTE LINE

HERE ON ANSWER LINE STATUS ERROR
aGO HERE ON ORIGINATE LINE STATUS ERROR
1GO HERE ON ANSMER LINE STATUS ERROR
1GO HERE ON ORIGINATE LINE TRANSITION ERROR
1GO TO NEXT TEST IF NO ERRORS

PC
PC
PC
PC

tANSHER LINE SATAUS ERROR
1CONTINUE CHECKING
tORIGINATE LINE STATUS ERROR
1CONTINUE CHECKING

1ANSHER LINE TRANSITION ERROR
1CONTINUE CHECKING
sORIGINATE LINE TRANSITION ERROR
1CONTINUE CHECKING

J5
CZDMX-E MACY11l 30A(1052)
CZDOMXE.P11

2527
2530

11-JUL -84 08:45

08:53

SEQ 61

PAGE 61
1SET SECONDARY TRANSMIT ON ANSWER LINE
(WAIT FOR TRANSITIONS TO OCCUR ON SELECTED LINES

010622
010630
010636
010640

013777
052777

104026
104022

015644
000010

004722
004716

T202€:

MOV
SII&NTT

LINANS , SOHMCSR
O#SECTX, SOHMLSR

WAITRN

1SET LINE COUNTER TO ANSWER LINE
1SET SECONDARY RECEIVE ON ANSWER LINE
IWAIT FOR TRANSITIONS TO OCCUR

1CHECK FOR CORRECT STATUS AND TRANSITIONS ON
1SELECTED ORIGINATE AND ANSMER LINES
010642

104023

CKTRAN

1CHECK TRANSITIONS AND STATUS

010644

000133

SECTX+CO+LINENA«TRMROY « SECRX

010646

000167

SECRX+RS+CO+CS+LINENA+TRMROY

1ON SELECTED ANSWER AND
1ORIGINATE LINES

1EXPECT SECONDARY TRANSMIT
1 SECONDARY RECEIVE, CARRIER
tLINE ENABLE AND TERMINAL READY
ISTAM BITS SET ON ANSMWER LINE
1EXPECT SECONDARY RECEIVE,
tREQUEST TO SEND, CLEAR TO SEND
1CARRIER, LINE ENABLE AND
+ TERMINAL READY STATUS BITS

010650

XSCRX

010652

XSCRX

010654
010656
010660
010662
010664
010666
010670
010672
010674
010676
010700
010702
010704

T202€1
T202€2
T202€3
T202€4
T202F
T202€1: ERRORS
RTS

ERRORS
RTS
T202€3: ERRORT

T202€2:

RTS

T202€4 ; ERRORT
RTS

lSET ON ORIGINATE LINE

1EXPECT SECONDARY RECEIVE

s TRANSITION ON ANSWER LINE

1EXPECT SECONDARY RECEIVE

PC
PC
PC
P

2501
2502
2503
2504
2505
2506
2507
2508
2509
2510
2511
2312
2513
2514
2515
23516
2517
2518
2519
2520
2521
2522
2523
2524

11-JUL.-84

s TRANSITION ON ORIGINATE LINE
1GO HERE ON ANSUER LINE STATUS ERROR
1GO HERE ON ORIGINATE LINE STATUS ERROR
1GO HERE ON ANSWER LINE TRANSITION ERROR
1GO HERE ON ORIGINATE LINE TRANSITION ERROR
1GO TO NEXT TEST IF NO ERRORS
tANSMER LINE STATUS ERROR
s CONTINUE CHECKING
tORIGINATE LINE STATUS ERROR
1CONTINUE CHECKING
1ANSMER LINE TRANSITION ERROR
1CONTINUE CHECKING

sORIGINATE LINE TRANSITION ERROR
1CONTINUE CHECKING

IK5
CZDMX-E MACYil S0A(1052)
CZOMKE .P11

11-JA-84

11-JUL -84 08:45

08:53

SEQ 62

PAGE 62
1OROP REQUEST TO SEND ON ORIGINATE LINE
1OROP SECONDARY TRANSMIT ON ANSWER LINE
tWAIT FOR TRANSITIONS TO OCCUR ON SELECTED LINES

010706
010714
010722
010730
010736
010740

013777
042777
013777
042777
104026
104022

MOV
8IC
MOV
8IC
CKINTT
WAITRN

015642

015644
000010

LINORG , BOHMCSR

1SET LINE COUNTER TO ORIGINATE LINE

#SECTX , GDHMLSR

1OROP SECONDARY RECEIVE

RS, BOHMLSR
LINANS, SDHMCSR

1OROP REQUEST TO SEND
1SET LINE COUNTER TO ANSWER LINE
tWAIT FOR TRANSITIONS TO OCCUR

1CHECK FOR CORRECT STATUS AND TRANSITIONS ON
:SELECTED ORIGINATE AND ANSWER LINES
010742

CKTRAN

104023

sCHECK TRANSITIONS AND STATUS
1ON SELECTED ANSJER AND
tORIGINATE LINES
1EXPECT LINE ENABLE AND
s TERMINAL READY STATUS BITS

010744

LINENA«TRMRDY

010746

LINENA«TRMROY

010750

XCO+XSCRX

010752

XCO+XCS +XSCRX

1EXPECT cmm CLEAR TO SEND

T202F2
T202F
3

lMITIO‘S ON ORIGINATE LINE
1GO HERE ON ANSUER LINE STAATUS ERROR
1GO HERE ON ORIGINATE LINE STATUS ERRORO
1GO MERE ON ANSWER LINE TRANSITION ERROR

010766
010772
010776
011002
011006

104015

T202F2:

104015

T202F3:

000207

000207
104014

T202F4:

104014

T202F5:

000207

1AND SECONDARY RECEIVE

1GO HERE ON ORIGINATE LINE TRANSITION ERROR
1GO TO NEXT TEST IF NO ERRORS

38388

010754
010756
010760
010762
010764
010766
010770
019772
010774
010776
011000
011002
011004

1SET ON ANSMER LINE
1EXPECT LINE ENABLE AND
s TERMINAL READY STATUS BITS

1ANSHER LINE STATUS ERROR
1CONTINUE CHECKING
tORIGINATE LINE STATUS ERROR
1 CONTINUE CHECKING
JANSHER LINE TRANSITION ERROR
1CONTINTUE CHECKING
tORIGINATE LINE TRANSITION ERROR
1CONTINUE CHECKING

i
CZDMX-E MACY11l S0A(1052)
CZOMXE .P11

11-JAA -84

11- AL -84 08:45

08:53

2585
2586

2587
2588
2589

1SET REQUEST TO SEND ON ANSWER LINE

tWAIT FOR TRANSITIONS ON SELECTED LINES

2590
2591

011006
011014

013777
052777

2593

011024

104022

2592
259

011022

104026

015644
000004

004536
004532

T202G:

MOV
8IS

CXINTY

LINANS , BDHMCSR
RS , SDHMLSR

WAITRN

2595
2596
2597

SEQ 63

PAGE 63

1SET LINE COUNTER TO ANSWER LINE
1SET REQUEST TO SEND
tWAIT FOR TRANSITIONS TO OCCUR

1CHECK FOR CORRECT STATUS AND TRANSITIONS ON
+SELECTED ORIGIMATE AND ANSMER LINES

2598

011026

104023

CXTRAN

sOHECK TRANSITIONS AND STATUS

2601

011030

000147

RS+CO+CS+LINENA+TRMRODY

1EXPECT LINE ENABLE, TERMINAL

011032

000103

CO+LINENA.TRMROY

011034

000006

XCO+XCS

011036

000004

xCo

011040
011042
011044
011046
011050
0110352
011054

011052
011056
011062
011066
011072
104015
000207

720261
1202G2
1202G3
720264
T202H
ERRORS
RTS
ERRORS
RTS
ERRORT
RTS
ERRORT
RTS

2599
2600
2602
2603
2604
2605
2606
2607
2608
2609
2610
2611
2612
2613
2614
2615
2616
2617
2618
2619
2620
2621
2622
2623
2624
2625

011056
011060
011062
011064
011066
011070

104015
000207
104014
000207
104014
000207

7202G1:
T202G2:
T202G3:

T202G4:

PC
PC
PC
PC

sON SELECTED ANSWER AND
tORIGINATE LINES

JREADY, REQUEST TO SEND, CLEAR
170 SEND, AND CARRIER
1STATUS BITS SET ON ANSUER LINE
1EXPECT LINE ENABLE, TERMINAL
tREADY AND CARRIER STATUS
1BITS SET ON ORIGINATE LINE
tEXPECT CARRIER AND CLEAR
17O SEND TRANSITIONS ON
1 ANSHER LINE
1EXPECT CARRIER TRANSITION
1ON ORIGINATE LINE
1GO HERE ON ANSWER LINE STATUS ERROR
|GO HERE ON ORIGINATE LINE STATUS ERROR
1GO HERE ON ANSWER LINE TRANSITION ERROR
1GO MERE ON ORIGINATE LINE TRANSITION ERROR
1GO TO NEXT TEST IF NO ERRORS
tANSMER LINE STATUS ERROR
.connu TESTING
tORIGINATE LINE STATUS ERROR
1CONTINUE TESTING
tANSMER LINE TRANSITION ERROR
sCONTINUE TESTING
;ORIGINATE LINE TRANSITION ERROR
1CONTINUE TESTING

M5
84
AL
CZOMX-E MACY11l 30A(1052) 11-84 08:45
011
CZOMKE .P11

08:53

2626

2627
2628
2629
2630
2631
2632

SEQ 64

PAGE 64

1SET SECONDARY TRANSMIT ON ORIGINATE LINE
tWAIT FOR TRANSITIONS TO OCCUR ON SELECTED LINES
011072

011100
011106
011110

013777

052777
104026
104022

015642

000010

004452

004446

T202M:

MOV
&I&N"

LINORG , SDHMCSR
OSECTX, SDHMLSR

WAITRN

1SET LINE COUNTER TO ORIGINATE LINE
1SET SECONDARY TRANSMIT
tWAIT FOR TRAMSITIONS TO OCCUR

1CHECK FOR CORRECT STATUS AND TRANSITIONS ON
1SELECTED ORIGINATE AND ANSWER LINES
011112

104023

CXTRAN

011114

000167

RS+CS+CO+LINENA+TRMROY + SECRX

000133

SECTX+CO+LINENA+TRMROY SECRX

011116

1CHECK TRANSITIONS AND STATUS
'

(EXPECT LINE ENABLE, TERMINAL

sREADY, REQUEST TO SEND, CLEAR
1TO SEND, CARRIER AND SECONDARY
+RECEIVE STATUS BITS SET
14

1EXPECT LINE ENABLE,
AND

SECONDARY

|(CEM STATUS BITS SET
011120

XSCRX

011122

XSCRX

011124
011126

T202H2
T202H3
T20214

011130

011132
011134
011136

011140
011142
011144
011146

011150
011152
011154

T202¢5
172021
T202H2: ERRORS
RTS
T202M3: ERRORS
T202H4:

T202M5:

RTS

ERRORT
RTS

LINE
tON ORIGINATE

1EXPECT SECONDARY RECEIVE

1 TRANSITION ON ANSMER LINE
1EXPECT SECONDARY RECEIVE

PC
PC

s TRANSITION ON ORIGINATE LINE
1GO HERE ON ANSMER
LINE STATUS ERROR
1GO HERE ON ORIGINATE LINE STATUS ERROR
1GO MERE ON ANSMER LINE TRANSITION ERROR
1GO HERE ON ORIGINATE LINE TRANSITION ERROR
1GO TO NEXT TEST IF NO ERRORS
sANSHER LIN STATUS ERROR
s CONTINUE CHECKING
sORIGINATE LINE STATUS ERROR
1 CONTINUE CHECKING

s ANSMER LINE TRAMSITION ERROR
1CONTINUE CHECKING

1CONTINUE CHECKING

;ORIGINATE LINE TRANSITION ERROR

NS
CZDMX-E MACY11l 30A(1052)
CZOMXE. P11

2687
2690

11- AL -84 08:4

08:53

SEQ 65

FACE 65

1DROP REQUEST TO SEND ON ANSWER LINE
tWAIT FOR TRANSITIONS TO OCCUR ON SELECTED LINES
011156
011164
011172
011200
011205

011210

013777

015644

013777
042777
104026
104022

015642
000010

042777

004366
004362
004352
004346

T2021:

MOV
8IC
MOV

8IC
CKINTT

LINANS , SDHMCSR
RS , BOHML SR
LINORG , SDHMCSR
OSECTX, SDHMLSR

1SET LINE COUNTER TO ANSWER LINE
1CLEAR REQUEST TO SEND
1SET LINE COUNTER TO ORIGINATE LINE
lCLEM SECONDARY TRANSMIT
tWAIT FRO TRANSITIONS TO OCCUR

WAITRN

1CHECK FOR CORRECT STATUS AND TRANSITIONS ON
+SELECTED ORIGINATE AND ANSWER LINES
o11212

CKTRAN

104023

011214

LINENA«TRMROY

011216

LINENA«TRMROY

011220

XCO+XCS+XSCRX

011222

XCO+XSCRX

011224
011226
011230
011232
011234

T202I2
720213
720214
1720215
T202J

011236
011240

011242
011244
011246
011250
011252
011254

T20212:

120213:
T20214:
T20215:

ERRORS

RTS

aa8a8

2668
2669
2670
2671
2672
2673
2674
2675
2676
2677
2678
2679
2680
2681
2682
2683
2684
2685

llsM-“

RTS

ERRORT

sCHECK TRANSITION S AND STATUS
tON SELECTED ANSWE AND
1ORIGINATE LINES
1EXPECT LINE ENABLE AND
s TERMINAL READY STATUS BITS SET
1ON ANSHER LINE
1EXPECT LINE ENABLE AND

s TERMINAL READY STATUS BITS
1SET ON ORIGINATE LINE
1EXPECT CARRIER, CLEAR TO SEND
1AND SECONDARY RECEIVE TRANSITIONS
1ON_ANSMER LINE
1EXPECT CARRIER AND SECONDARY
tRECEIVE TRANSITIONS ON
tORIGINATE LINE
1GO HERE ON ANSMER LINE STATUS ERROR
1GO HERE ON ORIGINATE LINE STATUS ERROR
1GO HERE ON ANSMER LINE TRANSITIN ERROR
1GO HERE ON ORIGINATE LINE TRANSITION ERROR
1GO TO NEXT TEST IF NO ERRORS
s ANSHER LINE STATUS ERROR
1 CONTINUE CHECKING
tORIGINATE LINE STATUS ERROR
1CONTINUE CHECKING
tANSHWE LINE TRANSITION ERROR
1 CONTINUE CHECKING

tORIGINATE LINE TRANSITION ERROR
1CONTINUE CHECKING

B6
|

C ZOMX-E

MACY11 SOA(1052)

CZOMCE .P11

11-JA -84

-84 08:45
AL 11

08:53

2710
2711
2712
2713
2714
2715

1SET UP TO TEST DISCOMNECT SEQUENCE

1 THE PROGRAM WILL REQUEST THE OPERATOR TO TYPE A CHARACTER
070 INITIATE THE DISCONNECT SEQUENCE

1THE OPERATOR MAY MANUALLY SWITOM THE DATA SETS FROM
1DATA TO TALK MODE AS MANY TIMES AS DESIRED
1BEFORE THE SWITCM SEETIN IS MADE
tANY TRANSITIONS DETECTED DURING THIS TIME WILL BE
1REPORTED BY TYPEOUT

2716

2717

2718
2719
2720
2721
2722

2723

2724
2725
2726
2727
2728
2729
2730
2731
2732
2733
2734
2735
2736
2737
2738
2739
2740
2741
2742

SEQ 66

PAGE 66

T202J:

TYPE

011270
011276

104004
016432
012737
012777
012737

000340
011726
011316

177776
004250
0135672

MOV
MOV
MOV

0340,PS
OTRNTYP . BDHMVEC
0T202JS ,RNGRE T

011304

012777

000140

004240

MOV

OSONENA
« INTENA , GDHMCSR

011312
011316
011322
011326
011330

005037
005077

177776
004236
004230

CLR
CLR

011256
011260

105777
100373

T202JS:
18:

005777

MDISC

8TXDBR

TST8

STKCSR

TST

STKDBR

BPL

sTYPE “STRIKE ANY TTY KEY
1 TEST DISCONNECT1LOCK OUT INTERRUPTS
|§T UP TO DETECT TRANSITIONS

1SET UP DUMMY RETURN FOR RING

1FROM RING INTERRUPT

.m.t LINE SCANMER
1START SCANNER
1ENABLE INTERRUPTS

sOISCONNECT SEQUENCE REQUESTED
011334
011342
011346
011354
011362
011364
011366

012737
005077
013777
042777
104024
104026
104022

177776
004176
004172

MOV
CLR
MOV
8IC

WAITS

CKINTT

WAITRN

0340,PS
SDHMCSR
LINORG
, SDHMCSR
SR
OTRMROY , SDHML

1LOCK OUT INTERRUPTS
1STOP SCANNER

1SET LINE COUNTER TO SELECTED ORIGINATE LINE
.gt.rtmxm READY ON SELECTED LINE

1DELAY

iMAIT FOR TRANSITIONS TO OCCUR

Cé
AL -84
CZDMx-E MACY11 SOA(1052) 11
08:45
-84
AL
11
CZOMCE .P11

08:53

2743
2744
2745

2746

2747
2748

SEQ 67

PAGE 67

1CHECK FOR CORRECT STATUS AND TRANSITIONS ON SELECTED

1ORIGINATE AND ANSWER LINES
011370

CXTRAN

104023

1CHECK TRANSITIONS AND STATUS

011372

LINENA . TRMROY

011374

LINENA

011376

911400

011402
011404
011406
011410

011412
011414
011416

011420
011422
011424
011426
011430
011432
011434
011436
011440
011442

011414
011420
011424

011430
011434
104015
000207
104015
000207
104014
000207
104014
000207
10<004
016403
104026
000137

T202J1
120242
T1202J3
Te02.4
T202 N

T202J1:

ERRORS

T202J2:

ERRORS

RTS

ERRORT
RTS
T202.4 : ERRORT

T202J3:

RTS

T202JUN:

010466

PC
PC

TYPE

1EXPECT LINE ENABLE AND
1 TERMINAL READY STATUS BITS
1SET ON ANSMER LINE
1EXPECT LINE ENABLE STATUS
1817 SET ON ORIGINATE LINE
1EXPECT NO TRANSITIONS ON
1 ANSMER L INE
1EXPECT ND TRANSITIONS ON
1ORIGINATE LINE
1GO HERE IF ANSMER LINE STATUS ERROR
1GO HERE 1F ORIGINATE LINE STATUS ERROR
1GO MERE IF ANSMER LINE TRANSITION ERROR
1GO HERE IF ORIGINATE LINE TRANSITIONS ERROR
1GO 70 END OF TEST IF NO ERRORS
tANSMER LINE STATUS ERRORO
1 CONTINUE CHECKING
tORIGINATE LINE STATUS ERRROR
1CONTIMUE CHECKING
JANSMER LINE TRANSITION ERROR
1CONTINE CHECKING
sORIGINATE LINE TRANSITION ERROR
sCONTINUE CHECKING

1 TYPE ~202C TEST COMPLETE"

MT202A

CXINTT

1ON SELECTED ASMMER AND
1ORIGINATE LINES

S$T2028

1GET NEW LINE NUMBERS

(RESTART TEST

D6
CZOMxX-E MACY11l SO0A(1052)

| CZOMXE .P11

AL -84
11-

-84 08:45
AL 11

08:53

SEQ 68

PAGE 68

2778

tDETECT AND RECCRD TRANSITIONS ON SELECTED
1ORIGINATE AND ANSMER LINES

2779

2780

2781
2782
2784

1 TRANSITION DATA IS STORED IN LOCATIONS ANSFLG AND ORGFLG
tFOR ANSMER AND ORIGINATE ' YMES RESPECTIVELY
1FORMAT OF DATA IS (FOR BOTH LINES)

2787
2788
2789

181IT0=1,SECONDARY RECEIVE CAUSED INTERRUPT
18IT1=1, CLEAR TO SEND CAUSED INTERRUPT
18IT2=1, CARRIER CAUSED INTERRUPT
18IT3«1, RING CAUSED INTERRUPT

2783

2785
2786

2790
2791

011446

017704

011452
011454
011460
011464
011466
011472
011474
011500
011504
011506

010405

177760

023705

015642

023705
001443

015644

001411

TRANS :

004100

MOV

R4
SDHMC,SR

MOV
8IC
o

R4,RS
#177760,RS
LINORG,RS

BEQ
P
BEQ
MOV
MOV
ERRORN
BR

019577
017703
104016
000471

ORGTR
LINANS RS
ANSTR
RS, SDHMCSR
SDHMLSR,R3
FATEX

1GET LINE NUMBER AND
1 INTERRUPT FLAGS

1EXTRACT LINE NUMBER
10ID ORIGINATE LINE INTERRUPT
1IF _YES, SERVICE
10ID ANSMER LINE INTERRUPT
1 IF YES, SERVICE
1 INTERRUPT ON INCORRECT LINE

tRECORD TRANSITIONS FOR ORIGINATE LINE
011510
011514

032704
001403

0113524
011530
011532
011540

032704
001403
052737
032704

011544

001403

011546
011554

052737
032704

011560
011562
011570

001403
052737
032704

011574
011576
011600

001044
104016
000434

011516

100000
000010

015650

8IT

ORINGF ,R4

8IT

O0COF ,Re

015650

1 IF RING CAUSED INTERRUPT,

1SET RING TRANSITION BIT

1
IF_CARRIER CAUSED INTERRUPT
1SET CARRIER TRANSITION BIT

+IF CLEAR TO SEND
1CAUSED INTERRUPT
1SET CLEAR TO SEND
s TRANSITION BIT

010000
000001

170000

015650

8IS
ORGTRS: BIT

02, 0RGFLG
#SECRXF ,R4

+ IF SECONDARY RECEIVE

BNE

1CAUSED INTERRUPT
ORGTR4
1SET SECONDARY RECEIVE
1 TRANSITION BIT
#1,0RGFLG
ORINGF +COF «CSF « SECRXF R4
+IF NO INTERRUPT FLAGS SET
TRANE X
$EXIT TRANSITION DETECTION

FATEX

BEQ
8IS
ORGTR4; 8IT
ORGTRR ; ERRORN

E6
CZDMx-E MACY11l SO0A(1052)
CZOMXE .P11

11-JUL -84
11-JUL -84 08:45

08:53

SEQ 69

PAGE 69

tRECORD TRANSITIONS FOR ANSWER LINE
100000

011602
011606
011610
011616
011622
011624
011632

032704
001403
052737
032704
001403
052737
032704

011636

001403

011640
0115646

052737
032704

010000

011652
011654

001403
052737
032704

000001
170000

011662

011666
011670
011672
011676
011700
011704

001007
104016
005037
022626
000177

000010

015646
015646

015646

ANSTR:

BIT
BEQ

ORINGF ,R4
ANSTR1

1 IF RING CAUSED INTERRUPT,
1SET RING TRANSITION BIT

ANSTR1:

8IT
8EQ

oCOF ,R4
ANSTR2

1 IF_ CARRIER CAUSED INTERRUPT
1SET CARRIER TRANSITION BIT

ANSTR2:

ANSTRS:

8IS

BIT

84, ANSFLG

OCSF R4

ANSTR3

8IS

02, ANSFLG

8IT

#SECRXF R4

]
8IS

ANSTRA
@1 ,ANSFLG

BNE

TRANEX

CLR

TSTNO

SFATRET

: ERRORN

FATRET:

€10,ANSFLG

BEQ

ANSTR4: BIT

FATEX:

015600

8IS

POP2SP
0

ORINGF +COF +CSF
+ SECRXF ,R4

+IF CLEAR TO SEND

1CAUSED INTERRUPT

+SET CLEAR TO SEND

.TRH‘SITIO‘ 8IT

+ IF SECONDARY RECEIVE

1CAUSED INTERRUPT

1SET SECONDARY RECEIVE
s TRANSITION BIT
1 IF NO INTERRUPT FLAGS SET

tEXIT TRANSITION DETECTION

sEXIT TRANSITION DETECTION
011706
011710
011712
021716
011724

005704
100002
013716
012777
000002

TRANEX :

015672
000140

003626

TST

8PL
MOV

TRANX] : %

+IF RING FLAG WAS SET

@SCNENA+INTENA,GDHMCSR

;RESTART SCANNER

. +6
RNGRET, (SP?

s TYPE TRANSITION DATA AND RETURN
011726
011734
011742
011744
011746

017737
017737

003620
003614

012712
012714

TRNTYP: MOV

MOV

TYPE
MTRNDET

OCTASC

TRNTAB

011750

011752
011754

TRNTAB :

011756

2873
2874

011760
011762
011764

SOHMCSR ,DATAL
SOHMLSR ,DATA2

012714

2
6
DATAL
3
DATA2

TRANX1

1SET UP SPECIAL RETURN

Fé6
CZOM<-E MACY11l 3S0A(1052)

CZDMXE .P11

AL -84
11-84 08:45
UL 11

08:53

2875
2876

1 INPUT ORIGINATE AND ANSWER LINES FROM TELETYPE KEYBOARD

2877
2878
2879

GETLIN: RESET
INSTRG
gSELG

000005

104013

FL LR

016311
000000
000017
015642
104013
016335
000000
000017
015644
104004
016745
000002

1 TYPE

"ORIGINATE LINE-"

1tAND GET LINE NUMBER

17
L INORG
INSTRG
MSELANS
0

1 TYPE “ANSWER LINE-"
1tAND GET LINE NUMBER

17
LINANS

TYPE
MCRLF

tRETURN TO CALLING ROUTINE

RTI

s INITIALIZE INTERFACE
000005
012737
011605

012337

012337
010516
012777
032777
001374
005037

R B

177776

SETUPS: RESET

MOV
MOV
MOV
MOV
MOV
MOV

012722
012702
006000
000020

003476
003470

SETUPL: 8IT

BNE
CLR

015572

#340,PS
(SP).RS
(RS)+ ,NXTTS
(R3)+,ERR]
R3,.(SP)
OCLRSCN +CLRMUX , SDHMCSR
#BUSY, BDHMC SR
SETUP1
ERRFLG

1LOCK OUT ALL INTERRUPTS

tCLEAR LINE SCANNER AND MULTIPLEXER
tMAIT FOR SCANNER TO CLEAR

1ENABLE SELECTED LINES
+SET TERMINAL READY ON SELECTED ORIGINATE LINE
012070

013777

012076

012777

012104
012112

013777
012777

015642

003454
003450

015644
000001

003440
003434

SETUPZ2:

38&

PR
2923

SEQ 70

PAGE 70

LINORG, BDHMCSR

OLINENA«TRMROY
, SDHML SR
LINANS, BDHMCSR
OLINENA, BOHMLSR

1SET UP TO ENABLE ORIGINATE LINE
tORIGINATE LINE NUMBER
1SET LINE ENABLE AND
1 TERMINAL READY ON ORIGINATE LINE
1SET LINE COUNTER TO ANSWER LINE
1SET LINE ENABLE ON ANSWER LINE

sREQUEST OPERATOR TO DIAL SELECTED ANSWER TERMINAL
1SET UP TO RECEIVE INTERRUPTS
1START LINE SCANNER
012120

012777

011446

003420

MOV

#TRANS , SOHMVEC

1SET UP INTERRUPT VECTOR

012126

000340
000140
015646
015650
012202

003414
003410

MOV

9340, SOHMLVL

012142
012146
012152

012777
012777
005037
005037
012737

CLR
CLR
MOV

ANSFLG
ORGFLG
#SETUP4 ,RNGRET

1SET UP INTERRUPT SERVICE LEVEL
1START SCANNER, ENABLE INTERRUPTS
1CLEAR TRANSITION DETECTED FLAGS

012160
012162
012164

104004
016131
005037

012134

015672

TYPE

177776

DIALM
CLR

tFOR TRANSITION DETECTION

1SET UP RETURN FROM
1DETECTION OF RING INTERRUPT
tREQUEST OPERATOR TC DIAL

1CLEAR PROCESSOR STATUS WORD

G6
CZOMXE .P11

2931
2932
2933
2934
2935
2936
2937
2938
2939
2940

012170
012174
012202
012206
012210
012214
012216
012222
012224
012230

11-JA -84

-84 08:45
AL 11
005037
012737
005737
001014
005737
001011
005237
001367
005337
001364
022626
000177
022626
000177
012766
000002

015652
001000
015646

015650

015652
015654
000442

000454
000340

08:53

015654

SEQ 71

PAGE 71
CLR
MOV

SETUP4: TST
BNE
TST
BNE

INC
BNE
DEC
BNE
POP2SP
JP
SETUPB: POP2SP

CZDMX-E MACY11 30AC1052)

RTI

TIMEL
#1000, TIME2
ANSFLG

1CLEAR TIMER
1SET UP FOR 5 MINUTE DELAY
1 IF TRANSITION HAS OCCURED,

TIMEL

tALLOW OPERATOR S MINUTES TO DIAL

SETUPB

1EXIT WAIT LOOP

SNXTTS

€340, +2(SP)

011605
012537
012537
012337
010516
012705
013704
013703
020504
001402
004777

012722
012702
012704
000010

015646
015644

015650
015642

012342

013704
013703
005704
001403
022626
000177

012350

000177

000346

(SP).RS
(RS)+ ,NXTTS

g %§§§§§§§§3§§§§§§§§

1CHECK FOR RING INTERRUPT ON SELECTED ANSMWER LINE

(RS). ,ERR2
RS,(SP)
#10,.RS

ANSFLG,R4
LINANS ,R3
RS.R4
CXRNG1

Rd&

CKRNG2

000336

1EXPECT RING ONLY ON ANSWER LINE

1GET ACTUAL TRANSITION DATA
1SET UP LINE NUMBER
:DID RING CAUSE INTERRUPT
1ON ANSWER LINE

+IF TRANSITION OCCURED

tON ORIGINATE LINE, ERROR

012777
005037
005037
012737
005237
001375
005337
001372

012406

012412
012416
012424
012430
012432
012436
012440

011446
012412

003154
015672

000140

003144

177776
0156352
000025
015652

015654

MAITRR:
WAITR1:

015654

CLR
CLR
MOV

ANSFLG
ORGFLG
#TRANS
, SOMMVEC
SAITRR ,RNGRE T
@SCNENA+INTENA,BDHMCSR

1SET UP FOR RETURN
1FROM RING DETECTION
;START SCANNEP

R
AP PRI R S

2978
2979

012400

WAITR:

015646

015650

L PEECE

2976
2977

005037
005037
012777
012737

tWAIT FOR TRANSITIONS OF

2973
2974
2975

012354
012360
012364
012372

SEQ 72

PAGE 72

WAITR1

1CARRIER AND CLEAR TO SEND

;CHECK FOR CORRECT STATUS AND TRANSITIONS ON
1 SELECTED ORIGINATE AND ANSWER LINES
000340
003076

177776

CKTRN:

012712
012714
012716
012720
012702
012704
012706
012710
012722

012712
015644
003012
015644
000124
015642
002764
012714
015642

000074

003014

002766

CKTRN1:

$B33833583383333333333833358

2970
2971
2972

08:53

CZDMX-E MACY11 3S0A(1052) 11-JUL -84
11-JUL -84 08:45
CZOMXE .P11

#340,PS

SOHMCSR

(SP).RS

;LOCK OUT FURTHER INTERRUPTS

1STOP LINE SCANNER

(RS)+,DATA2
(RS)+ ,DATA4
(RS)+,ERR]1
(RS)+,ERR2
(RS)+,ERRS
(RS)+,ERR4
(RS)+ ,NXTTS

RS,(SP)

DATAL,.RS

LINANS , BDHMCSR
SDMMLSR, R4

1SET LINE COUNTER TO ANSMER LINE
1GET ACTUAL ANSMER LINE STATUS

RS,R4

: COMPARE

LINORG , SDHMCSR
SOHMLSR, R4

1SET LINE COUNTER TO ORIGINATE LINE
1GET ACTUAL ORIGINATE LINE STATUS

RS,R4

1 COMPARE

LINANS ,R3

CKXTRN1
PC,SERR]

DATA2,RS
LINORG,R3
CKTRN2
PC,SERR2

16
AL -84
11-84 08:45
011

CZDOMX-E MACY11l SOA(1052)
3016
3017
3018
3019
3021

3023

1CHECK FOR CORRECT TRANSITIONS ON

1SELECTED ORIGINATE AND ANSWER LINES

000010
015646

¢ ¢t

SEEEEE

3043

8IC

015646

012716
015644

000036

3041

CXTRNZ: TST8

012717

015650

3035
3036
3037
3038
3039

08:53

012720
015642
000014

000020

CXTRNS:

CXTRNA;
ERR1:
ERR2:
ERRS:
ERRA;
DATAL:

DATA2:
DATAS:
DATAA:

NXTTS:

DATAS.1
.+10
010, ANSFLG

ANSFLG,R4

1GET TRANSITION DATA FOR

RS,R4

10ID CORRECT TRANSITIONS OCCUR

ORGFLG,R4

sGET TRANSITION DATA FOR

RS,R4

1DID CORRECT TRANSITIONS OCCUR

I
L

CZOMKE .P11

SEQ 73

PAGE 73

J6
CZDMX-E MACY11l 30A(1052)

BEEREERRESIsSSIataCaRaRARERRRTITYIGR git -

CZOMXE .P11

11-JAL-84

11-JUL -84 08:45

08:53

1END OF PASS
tUPDATE PASS COUNT
:TYPE END OF PASS MESSAGE

3047

3049

3051

SEQ 74

PAGE 74

012724
012724
012730
012736
012740
012744
0127350

015576
000001

015670
015670

EOP:

015600

14:

INC
MOV
RESET
CLR
DEC
BNE
TYPE

012754
012756
012762
012764
012766
012770

MEPASS

MOV
BEQ

000042

LOGICAL :

012772
012774
012776
013000

RESET
NOP
NOP
NOP
NOP

013226

PASCNT
#1,TSTNO

1UPDATE PASS COUNT
1START AT FIRST TEST OF GROUL?
+CLEAR THE WORLD
+ INIT COUNTER
1COUNT THE CTR
1BR TIL STALL TIMES OUT

FILLA
FILLA
14

+ RING BELL

42,R1
TSTENT
JSR

:NO

+ARE YOU ON ACT11?

PC.(R1)

TSTENT

1GET ADDRESS OF FIRST TEST

sEMT DISPATCH SERVICE
s ARGUMENT OF EMT IS EXTRACTED
sAND USED AS OFFSET TO OBTAIN POINTER
+TO SELECTED SUBROUTINE
013004
013006
013012
013016
013020
013024
013030
013034
013036
013042
013044
013046

EMTSRV: MOV
SuB
MoV

011646

162716

017616
006316
042716
062716
017616
000136

177001
017366

105777

002514

100001

104027

EMTOK:

CKINT:
1%:

(SP),-(SP)
02,(SP)
&(SP),(SP)

1GET PC OF RETURN
1=PC OF EMT
1GET EMT

8IC
ADD
MOV
JP

#177001,(SP)
GEMTTAB, (SP)
(SP),(SP)
(SP).

1CLEAR UNMANTED BITS
+POINTER TO SUBROUTINE ADDRESS
1 SUBROUTINE ADORESS
1GO TO SUBROUTINE

TSTB

8TKCSR

ASL

B8PL

KBOIN
RTI

(SP)

tMULTIPLY EMT ARG BY 2

IK6
CZDMX-E MACY11 30A(1052)

CZOMKE .P11
3089
3090
3091
3092
3093
3094
3095
3096
3097
3098
3099
3100
3101
3102
3103
3104
3105

11-JUL-84

11-JUL -84 08:45

08:53

SEQ 75

PAGE 75
+END OF SUBTEST SERVICE
1CHECK FOR LOOP ON CURRENT TEST
1CHECK FOR ESCAPE TO NEXT TEST ON ERROR
tUPDATE ITERATION COUNT AND EXIT TO NEXT TEST IF 0

1 TEST XOR FLAG (XFLAG) FOR EXISTANCE OF XOR TESTER.
013050
013054
013056

013062
013070
013074
013100
013102
013104
013110
013112
013116
013122
013122
013126
013134

013140

013142
013146
013150
013156
013160
013166
013170
013176
013200
013204
013206
013212
013220
013222
013226
013232
013234
013236
013242
013246
0132350
013252
013256
013262
013270
013272
013300

LOOP:

001252

#14,4

1¢:

013222
013226

2%:

as:
002422

002410

:
LOOPS

040000
004000

002370

015604

015602
000100

002336

LOOPER:
LOOPX ;

015600
015600

tRESTORE STACK

g%’)h‘ tRESTORE 4
LOOPX

TSTENT

;GO TO NEXT TEST

;GO

PSHW
OINTEHA, 8TKCSR

PASCNT

S¢:

015572
002000

;SET UP SVC ROUTINE

177060
;GOT SOMETHING LIKE SLAVE SYNC
g?)o.l 1 YOU BETCHUM

000004

000100
015576

1'13 THERE AN XOR TESTER OUT THERE ?
§

000004
013102
177060
000004

177776

TSTENT:

LOOPX
ERRFLG
LOOPS
#5M10, BSWR
LOOPX
#SH14 , BSWR
LOOPL
#SH11,8SWR
LOOPX
ICOUNT
LOOPX
RETURN, (SP)

@INTENA,STKCSR

TSTMO
TSTNO,RS

TSTPNT RS

015632
015602
015604
015572
000100

:
LOOPL

tNO ITERATIONS
+IF ERROR OCCURED FLAG=1,
1CHECK FOR ESCAPE TO NEXT TEST
+IF SW10-=1,
:ESCAPE TO NEXT TEST
1 IF SWld=]1,
1LOOP ON CURRENT TEST
1 IF SMll=1,
s INHIBIT ITERATIONS
sUPDATE ITERATION COUNT
+IF ICOUNT=0, GO TO NEXT TEST
1SET UP FOR RETURN TO CURRENT TEST
tRETURN TO CURRENT TEST
tUPDATE TEST NUMBER
1GET TEST NUMBER

sMULTIPLY TEST NUMBER BY 4
1GET POINTER FOR TEST ENTRY

(RS),RETURN
EOP
(RS)+,(SP)
(RS), ICOUNT
ERRFLG

1GET STARTING ADDRESS OF NEXT TEST
+IF ADDRESS=0, GO TO END OF PASS
1PUT STARTING ADDRSS ON STACK
1GET ITERATION COUNT FOR TEST
1CLEAR ERROR OCCURED FLAG

#1, ICOUNT
LOOPER

1GO TO TEST
1SET UP TO EXIT TEST AFTER LOOP
1GO TO LOOP SERVICE

@INTENA,STKCSR

015604

+1ST PASS

;CHECK FOR LOOPING WITH SAME DATA
1CHECK FOR ESCAPE TO NEXT TEST ON ERROR

L6
CZDMX-E MACY11 30A(1052)

CZDHXE .P11
3145

3146
3147
3148
3149
3150
3151
3152
3153
3154
3155
3156
3157
3158
3159
3160
3161
3162
35163

013302
013306

013310

013316
013320

013326
013330
013334
013336
013342

013344
013352

013360
013362

11-JAL-84

-84 08:45
A 11

000000

062716

000002

052777
032777
001374
000207

001000

TST

BEQ

BIT

002000
002240

002200
002172

SEQ 76

PAGE 76

FREEZE:

015572

005737
001413
032777
001341
032777
001403
017616
000002

08:53

BNE
BIT
BEQ

STEPER: BIS
8IT
14:
BNE

1 IF ERROR FLAG=0,
100 NOT TEST FOR ESCAPE
1 IF SW10-1,
1ESCAPE TO NEXT TEST
1 IF _SW09=1,
tFREEZE CURRENT DATA
1GET LOOPING ADDRESS
1 LOOP
sCONTINUE IN CURRENT TEST

M6
CZDMX-E MACY11l 30A(1052)

CZOMXE .P11

08:53

1GENERAL ERROR SERVICE
tONLY PC OF FAILING TEST IS OUTPUT TO TELEPRINTER
013364

005037

015572

CLR

ERRFLG

013370
013374
013400

005037
005037
000451

013604
013616

CLR
CLR
BR

ERRMSG
ERTAB
ERRGEN

tALMAYS TYPE PC.2

1OF TEST THAT FAILED

1NO MESSAGE
tNO TABLE OF DATA
1OUTPUT ERROR MESSAGE

s TRANSITION DETECTION ERROR SERVICE

+FORMAT FOR ERROR TYPEOUT IS

3177

s XXXXXX TRANSITION ERROR

3178
3179
3180
3181
3182
3183

iEXP
i AA

REC
8

LINE
cC

{WHERE XXXXXX=PCe2 OF CALL TO ERROR ROUTINE

3184

3185
3186
3187

SEQ 77

PAGE 77

013402
013406
013414
013422

005037
012737
012737

015572
016072
013710

013604
013616

ERRT:

3385

3164
3165
3166
3167
3168
3169
3170
3171
3172
3173
3174
3175
3176

11-J -84 08

1};&-“

M=EXPECTED INTERRUPT FLAGS (CORRESPONDS TO 4 MSB OF CONTROL REGISTER

B88=RECEIVED INTERRUPT flchf't(ss ABOVE)
CC=LINE ON WHICH ERROR

ERRFLG
SMTRANE , ERRMSG
OERTABL ,ERTAB
ERRGEN

tALWAYS OUTPUT ALL DATA
tTYPE “TRANSITION ERROR
1 TABLE OF DATA
1OUTPUT ERROR MESSAGE

;tON-LINE STATUS ERROR SERVICE
;1FORMAT FOR LINE STATUS ERROR IS

1 XXXX LINE ERROR

:EXP

sAAA

REC

BB8

LINE
CC

tWHERE XXXXXX=PCe2 OF CALL TO ERROR ROUTINE
AAA=EXPECTED LINE STATUS AT TIME OF ERROR
:
B8B8=RECEIVED LINE STATUS AT TIME OF ERROR
:
CC=LINE ON WHICH ERROR OCCURED
:
013424
013430
013436
013444

005037
012737
012737
000427

015572

016041

013726

013604
013616

CLR
MOV

ERRFLG
OMLINE] , ERRMSG

MOV
BR

#ERTAB2 ,ERTAB
ERRGEN

1ALKAYS OUTPUT ALL DATA
1 TYPE “LINE ERROR
1EXP REC LINE"
1 TABLE OF DATA
1OUTPUT ERROR MESSAGE

N6
84
AL
CZOMX-E MACY11l S0A(1052) 1108:45
-84
AL
11
.P11
CZOMXE

08:53

SEQ 78

PAGE 78

3210
3211
3212
3213
3214
3215
3216
3217
3218
3219

+FATAL TRANSITION ERROR
1FORMAT FOR FATAL ERROR TYPEOUT IS

s XXXXXX FATAL ERROR

tCSTAT

LSTAT

{WHERE XXXXXX=PC+2 OF CALL TO ERROR ROUTINE

AAAAAA=RECEVICED CONTROL STATUS ON LINE THAT INTERRUPTED

B888=RECEIVED LINE STATUS ON LINE THAT INTERRUPTED
013446
013452

005037
012737

015572
017022

013604

013460

012737

013744

013616

013466

000416

CLR
MOV

ERRFLG

MOV
BR

#ERTABS ,ERTAB
ERRGEN

®FATAL ,ERRMSG

1ALWAYS OUTPUT ALLL DATA

1 TYPE "FATAL ERROR
LSTAT"
tCSTAT

1 TABLE OF DATA
1OUTPUT ERROR MESSAGE

s "CONTROL STATUS” ERROR SERVICE
;FORMAT FOR CONTROL STATUS ERROR IS
§ XXXXXX STATUS ERROR
REC
1EXP

;AAARAA BBBBEB

tWHERE XXXXXX=PC+2 OF CALL TO ERROR ROUTINE

AAAAAA=EXPECTED CONTROL STATUS AT TIME OF ERROR

B888888=RECEIVED(ACTUAL) CONTROL STATUS AT TIME OF ERROR
013470
013476

013504

012737
012737

000407

015753
013756

013604

ERRCS:

013616

MOV

MMSTATE ,ERRMSG

:TYPE “STATUS ERROR

MOV
BR

S#ERTABA ,ERTAB
ERRGEN

: TABLE OF DATA
;OUTPUT DATA

: "EXP REC”

;LINE STATUS ERROR SERVICE
;FORMAT FOR LINE STATUS ERROR IS
$ XXXX LINE ERROR
LINE
iEXP
REC
: RAR

000

SEL
00

i WHERE XXXXXX=PC+2 OF CALL TO ERROR ROUTINE

AAA=EXPECTED LINE STATUS AT TIME OF ERROR

B8B8=RECEIVED LINE STATUS AT TIME OF ERROR
CC=LINE ON WHICH ERROR OCCURED
DDO=THE LINE ON WHICH THE PROGRAM WAS OPERATING
013506
013514
013522

012737
012737

000400

016004
013770

013604
013616

ERRLS:

MOV
MOV

OMLINER, ERRMSG
OERTABS ,ERTAB
ERRGEN

B7
|

A -84 08:33 PAGE 79
CZOMx-E MACY11 SOA(1052) 11-A
5
CZOMXE .P11

A0 -84 08:4
11

3263
564
3265

1GENERAL ERROR MANDLER
1TYPE PC.2 OF TEST THAT FAILED
1TYPE ERRUR MESSAGE (IF ANY)
1TYPE DATA RELATING TO FAILURE (IF ANY)

£5§

3267

CLR
MOV

177776

3269
3270
271
272
3273
5274
3273
3276
3277
3278
27

§E9ISITATITRERRTNRLY

SEQ 79

000100

8IY
BNE
ow

002022

015624
015572

B0 Q
CLR

015572

187

SAVOSP

BNE

OCTASC
ERTABO
TST

013604

BEQ

;Y’E
TST

013616

8EQ
gcusc

PS5k
OINTEMA, TKCSR

#SM13, BSuWR
.3
(SP),SAVPC
. *6
ERRFLG

ERRFLG

1 IF SWiSe-1, DO NOT
1 TYPE ERROR MESSAGE
1SAME ERROR AGAIN
1 IF ERROR OCCURED FLAG-1.

s TYPE DATA OMLY

s TYPE PC+.2 OF CALL TO ERROR ROUTINE

ERRMSG

1 TYPE ERROR MESSAGE

ERTAB

1 TYPE DATA

tRESTORE RO-RS

RESOS
sERROR MALT SERVICE
013622

032777
001406

013664
013672
013700

001736

022737

000176

015566

012737

000001
000100

015572
001674

001001

013654
013662

100000

042777

012737
012737
000711

015674
014020

013604
013616

81T
8EQ

#5M1S, BSWR
.4

[« d

OSUREG, SWR

MOV

01 .ERRFLG

MALT

.4:

B
ONTLW

:%(I:

+ IF SW15+0. DO NOT
tHALT ON ERROR

sHALT AND DISPLAY ADDRESS OF FAILING TEST

OINTENA, BTKCSR

1SET ERROR OCCURED FLAG
(RETURN TO TEST

s TIMEOUT ERROR WAITING FOR INTERRUPT ON TEST 33
MoV

MOV
BR

N0INT ,ERRMSG

GERTADG .ERTAB
ERRGEN

1 TYPE LN®,CSR,LSR-MSG
1OUTPUT DATA

C7
. CZOMX-E MACY11 SOA(1052) 11-JA -84 08:53
AL -84 08:45
11
| CZOMXE P11
3309

|
|

;TABLE S OF DATA FOR ERROR TYPEOQUT

3310

1TABLE FOR TRANSITION STATUS ERROR

3511

3312

SEQ 80

PAGE 80

000001
000006
015624
000003

ERTABO: 1
[
SAVPC
ERTABL: 3

3318 013714 015620
3319 013716 000002
$320 013720 015616
3321 013722 000002
3322 013724 015614

SAVRS
SRyTa
2
SEVRY

sCONTAINS EXPECTED TRANSITION STATUS
;CONTAINS RECEIVED TRANSITION STATUS
;CONTAINS MUPMBER OF LINE WERE ERROR OCCURED

SAYTS

;CONTAINS EXPECTED LINE STATUS

SRVE

1CONTAINS RECEIVED LINE STATUS

SAVRS

;CONTAINS MUPBER OF LINE WERE ERROR OCCURED

3313
3314
3315
3316
$317

013702
013704
013706
013710
013712

000002

3323
3324

013726
013730

000003
000003

ERTAB2: 3
¥

3326

013734

000003

3328

013740

000002

3330
3331

013744
013746

000002
000006

ERTABS: 2
&

000002

ERTABA: 2

3325 013732 015620

3327 013736 015616
3329 013742 015614
3332
3333
3334

013750
013752
013754

015616
000003
015614

3336

013760

000006

3335

3337

3338

013756

SAVRA
3
SAVR3

013762 015620

SAVRS

;CONTAINS EXPECTED CONTROL STATUS

SAVR4

;CONTAINS RECEIVED CONTROL STATUS

SAVRS

sCONTAINS EXPECTED LINE STATUS

SAVRA

1CONTAINS RECEIVED LINE STATUS

SAVRS

;CONTAINS NMUMBER OF LINE WHERE ERROR OCCURED
;CONTAINS NUMBER OF LINE UNDER TEST

013764

000006

3340
3341

013770
013772

000004
000003

ERTABS: 4
3

3343

013776

000003

3339 013766 015616
3342

013774

015620

3344

014000 015616

3346

014004

3345

014062

000002

014006

000002

3350
3351
3352

014012
014014

000001
000006

SWRTB:

3355
3356

014020
014022

000003
000003

ERTABG6: 3
5

3358

014026

000006

3347

015614

SAVR]

gg:: 014010 015610

gssgz
3357

014016 000176
014024

015616

3359 014030 015612
3360

3361

014032

014034

015614

1
&

SWREG
SAVRA

(FATLING LINE @

SAVR2

1CSR OF DEVICE

SAVRS

iLSR OF DEVICE

D7
CM-E MACY11 SO0A(1052)

cm Pli
3363
3364
3365
3366
3367

3369
3370

31
3372

3373

3374
3375
3376
3377
3378
3379

3381

11- A -84
11- A0 -84 08:45

05:53

SEQ 81

PAGE 81

1CONVERT OCTAL TO ASCII AND
OUTPUT ON TELETYPE

014074
014076
014102

010,RADIX

014376

014046
014054
014060

014070

o(SP), RS
02,(5P)

OCTASM:

014036

R4
®#9CD.2,
T
,MROCN
(RS)e+
(RS )+, CHRONT

OCTAS]::

014372

8(RS). ,8INRD

015626

WROCNT

014104
014110
014114
014116
014120
014122

000100

0100,(R4)

014124
014130
014136
014140
014142
014150
014152
014154
014156
014160

014222
000001

014162
014164
014166
014170
014172
014200
014202
014210
014214
014220
014222
014224
014226

OCTAS1
SMLN

014226

1GET MPBER OF WORDS TO BE CONVERTED
1GET NMUMBER OF DIGITS IN WORD
1GET DATA TO BE CONVERTED

1CONVERT TO ASCII
+IF ALL DATA IS NOT CONVERTED
;CONTINUE
1PUT TERMINATOR AT END OF MESSAGE
1QUTPUT CONVERTED DATA

(RETURN TO CALLING ROUTINE

TM1

CONTLU:

o1,THP2

014226

01,SMLN

015122

000015

014222
014224
014226

001356

n.ou'.ns
1
TMP1,8SWR
TMP2
SMLN

1¢:
RTI

TTMPL:
TMP2:
SMLN:

1SET UP POINTER FOR CONVERTED DATA

ITO TELETYPE

18:

014224

1GET POINTER TO TABLE OF DATA

0
0
0

———

E7
CZDM<-E MACY11 SOA(1052)

CZOMXE .P11

3418

3419

+INTEGER BINARY TO ASCII CONVERSION COMMON ROUTINE
BINASC: MOV

015630
017352

014230
014234
014240
014242
0142350
014254
014256

000060
014374

014260
014262
014266
014270
014274

014374

MOV

CHRCNT RO
OTEMTAB,R1

ADO
mOve
DEC
BNE
MOV
DEC
BNE

#60,0IGIT
DIGIT,(R1).
RO
BINASA
-(R1),(R4).
CHRONT
BINASB

BINASA: EXTRACT

015630
000040

1SET UP COUNT FOR DIGITS TO BE CONVERTED
1SET UP POINTER FOR TEMPORARY STORAGE
1EXTRACT ONE DIGIT
sCONVERT FROM BCD TO ASCII
1STORE DIGIY
s IF ALL DIGITS NOT DONE,
1 CONTINUE
1REVERSE ORDER OF DIGITS
1IF ALL CHARACTERS ARE NOT
1 INSERT SPACE AFTER LAST DIGIT
sRETURN TO CALLING ROUTINE

RTI

1SINGLE PRECISION UNSIGNED DIVIDE LOOP
014374

014276
014302
014310
014312
014320
014322
014330
014332
014340
Q14344
014350
014352
014354
014356

014374

014376

000021

014352

014374

014376

014376
014372
014374

014374

DIVI:
DIVIV:

DIVIA:
DIVIC:

DIVONT:
014374
014372

014362
014366
014370
014372
014374
014376

3417

SEQ 82

PAGE 82

DIVIDM
OIVIDM,DIVIS

BHIS
MOV
BR

oIvVie
#17. ,0IVCNT
DIVIC

8LO
SUB
ROL
ROL

OIVIC
DIVIS.DIVIDH
DIVIDL
OIVIDH

BNE
ROR
comM
RTI

OIVIDH,DIVIS

(PC).

ODIVIA
DIVIODH
DIVIDL

HALT
DIVIB:
DIVIDL : 0
DIVIDH: 0

DIVIS:

sSAVE PC OF TEST THAT FAILED AND RO-RS
014400

015624

016637

SVOSP:

MOV

4(SP),SAVPC

1 SAVE RO-RS5
014406
014412
014416
014422
014426
014432
014436

010537

010437
010337
010237
010137
010037
000002

015620
013616
015614
013612
015610
015606

SVOS:

833399

3415

3416

-84 08:45
AL 11

08:53

ot
L]

3411
3412
3413
3414

11-JA -84

p-]

RS, SAVRS
R4 ,SAVR4
R3,SAVR3

R2,SAVR2
R1,SAVR1
RO, SAVRO

F7
CZDMX-E MACY11 SOA(1052)

CZDMXE .P11

11-JAA -84 08:53

-84 08:45
L11

3463

'RESTORE RO-R5

464

3465

3465
3467
3468
3469
3470
3471
S‘?g
347

014440
014444
014450
014454
014460
014464
014470

013700
013701
013702
013703
013704
013705
000002

RSOS:

015606
013610
013612
015614
0135616
015620

3476
3477
3478
3479
3480
3481
3482
3483
3484
3485
3486
3487

3488
3489
3490
3491
3492
3493
3494
3495
3496
3497

3498
3499

SAVRO,RO
SAVR]1,R1
SAVR2,R2
SAVRS ,R3
SAVR4 R4
SAVRS RS

+TELETYPE OUTPUT ROUTINE

014472
014476
014502
0143506
014510
014516
014520
014526
014530
014532
014536
014542

014544
014546
014552
014554
014560
014562
014566
014570
014574
014600

017605
062716
105777
100375
122765
001405
122765
001401
000402
004737
122715
001001

000002
122715
001406
122715
001403
112577
000745
142715
152715
000770

000000
000002
001054

TYPER:

000012

177777

000015

177777

014602
000100

MOV
ADD
TYPERA: TSTB
B8PL
cP8

18:
es:

BEQ
CrPe
BEQ
BR
JSR
cPe
BNE

RTI
TYPER1: OB
BEQ
CPe
BEQ

000042
000045
000776

TYPER2: MOVE
B8R
TYPECL: BICB
8IS8
BR

000040
000010

gssgg
3502
3503
3504
3505
3506
3507
;556“6

MOV
MOV
MOV
MOV
MOV
MOV
RTI

SC;;

SEQ 83

PAGE 83

&(SP),RS
02,(5P)
8TPCSR
TYPERA
012, -1(RS)
14
15, -1(RS)
14
44
PC,TYFILL
€100, (RS)
TYPER1

#42,(RS)
TYPECL
#43,(RS)
TYPECL

(RS).,8TPDBR
TYPERA
#40,(R3)
€10, (RS)
TYPER2

1GET POINTER TO MESSAGE (ON STACK)
1CORRECT STACK FOR RETURN
tWAIT FOR TELEPRINTER READY
tWAS LAST ONE A L.F. 27
1BR IF YES
1WAS LAST ONE A C.R. 27
1BR IF YES
sCONTINUE IF NEITHER
1G0 OUT PUT FILLERS
+IF CHARACTER IS NOT TERMINATOR, TYPE IT
sCHARACTER IS TERMINATOR, EXIT
1 IF CHARACTER=42,
1 TYPE LINE FEED
1 IF CHARACTER=45,
1 TYPE CARRIAGE RETURN
1GET CHARACTER
s TYPE IV
1CONVERT CODE OF 42 OR 45
:70 12 OR 15
s TYPE IT

sOUTPUT FILLERS AFTER <CR> OR <LF> CHAR IS OUT PUTTED.
014602

014610
014616

014622
014624
014630
014632

113737
113777
105777
100375
105337
001367
000207

015666
015667
000740
015670

015670
000746

TYFILL: MOVB
14:
MOVE
24:
TST8
B8PL
DECB
BNE
RTS

FILL.FILLA

FILL.1,8TPDBR
STPCSR

24
FILLA
14
PC

1GET FILL COUNT
tOUT PUT ONE FILLER
tWAIT FOR TTY TO FINISH OUTPUT
1BR IF TTY NOT OONE
1COUNT ONE FILLER
1BR TIL ALL DONE
tRETURN TO CALLER ABOVE

3510
3511
3512

+INPUT OCTAL CHARACTER STRING
s TERMINATOR IS CARRIAGE RETURN
+IF MORE THAN SEVEN (7) CHARACTERS INCLUDING

3514

1BE RE-REQUESTED

3513
3515

3516

3517
3518

1CARRIAGE RETURN ARE TYPED, THE IN
014634

014634
014636

011605
012537

INSTR:

014662

MOV
MOV

(SP).RS
(RS)«,MSG

PUT MWILL

1GET POINTER TO ARGUMENTS
1GET MESAGE TO BE TYPED

012337
012337
012337
0103516
104004

014674
014700
014702
014706
014714
014722
014726
014732
014734
014740
014742
014746
014750
014754
014756

105777
100375
005037
017737
142737
113714
121427

014670

014762
014766
014770

014772
014774

014776
015000

000000
012704
012703

015114
015116
015120

013122
000007

014222
014222

001420

121427

001420
121427
001003
005037
000741
112477

105777
100375
005303
001340
104004
016741
000727

1GET LOWER LIMIT
1GET UPPER LIMIT
1GET DATA STORAGE LOCATION
1RESTORE STACK
1 TYPE MESSAGE
1SET UP CHARACTER INPUT BUFFER
1SET UP INPUT COUNT
IWAIT FOR CHARACTER

014642
014646
0146352
014656
014660
014662
014664

1 IS CHARACTER TERMINATOR
+IF IT IS, CONVERT INPUT STRING

tWAIT TO FINISH TYPING

tUPDATE RECEIVED COUNT
1 AND CONTINUE
1 TYPE “2" AND RE-REQUEST INPUT
INSTR1

sCONVERT ASCII STRING TO OCTAL
015002
015004
015006
015012
015014

104004
016745
012704
005003
122714

015020
015022
013026
015030
015034
013036
015042
015044
015050
015052
015054
015056
015060

001431
121427
002762

121427

003357
142714
152403
121427
001404
006303
006303
006303
000760

015122

000015

000067

000015

INSTR2: TYPE
MCRLF

3519

SEQ 84

PAGE 84

08:53

TR L FLPLET =aes 733°33333

A -84
CZorMx-E MACY11l SOA(1052) 11-84 08:45
AN 11
CZOMCE .P11

CLR
(o, o}

BEQ
: CMPB
BLY
cP8
8GT
8IC8
B8IS8
cHP8
BEQ
ASL
ASL
ASL

OINBUF ,R4

R3
#15,.(R4)

CHCX

1GET POINTER TO ASCII STRING
1IS TERMINATOR FIRST
1CHARACTER IN STRING

(R4), 060

1IS CHARACTER OCTAL DIGIT

(R4), 067

;CHARACTER IS OCTAL DIGIT

INSTER

INSTER
#60,(R4)
(R4).+,R3
(R4),015
INSTR3

1IF 67>=CHAR>=60

1STRIP ASCII

1GENERATE OCTAL NUMBER
1IF END OF STRING, CHECX LIMITS

sMULTIPLY DIGIT BY 10 (OCTAL
1GET NEXT DIGIT

s TEST NUMBER TO SEE IF IT IS WITHIN LIMITS
015062

020337

015116

INSTR3: CMP

R3,HILIM

s TEST HI LIMIT

H7
CZDMC-E MACY11l S0A(1052)

CZOMXE .P11
3575
3576
3577
3578
3579

3581

3591

3593
3594
3595

§EEESEERELY

3597
3598

11-JA -84 08:53

-84 08:45
AL 11

015066
013070

BMI

015114

015074

000016

015076
015102
015104
015110
013112
0135114
013116
013120
015122

CHCX

014224

LoLIM:
MILIM:
STORE:
I'.'Zé

INSTER

8LO
MOV

R3,8STORE

TST
8EQ

TM2
INSTER

RTI

1 IF R3>HILIM, ERROR

s TEST LOW LIMIY
1 IF R3<LOLIM, ERROR
1STORE NUMBER

R3,LOLIM
INSTER

tEXIT

O
O©
O
0

1ENTER MERE ON POMER FAILURE
010046
010146
010246
010346
010446
010546
013746
010637

012737
000000
000776

PFAIL:

015622
015202

MOV

RO, -(SP)

1SAVE RO-RS ON PROCESSOR STACK

MOV
MOV
MOV
MOV
MOV
MOV
HALT

RS, -(SP)
R4, -(SP)
RS,-(SP)
24,-(SP)
SP,SAVSP
ORESTART 24

1SAVE STACK POINTER
1SET UP FOR POMER UP TRAP

MOV

”

R1,-(SP)

tHALT ON POMER DOWN NORMAL

--2

;PROCESSOR WILL TRAP HERE WHEN POMER IS RESTORED
RESTAR: MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV

015622

3610
015144

POP1SP

TYPE
MPFAIL
TST

001756
3619

SEQ 85

PAGE 85

001262

RESTAL:

TYPE

MPF1

tRESTORE STACK POINTER
tRESTORE RO-RS

1SET UP FOR POWER FAILURE

TIPFLG

RESTAL
STARTO

MOV

€340, -(SP)

TSTENT

PUSH1SP

013226

000020
000022
015470
000340

BNE
JP

SAVSP , SP
(SP)+,RS
(SP)+.R4
(SP)+,R3
(SP)+,R2
(SP)+,R1
(SP)+,RO
OPFAIL ,24

s THE FOLLOWING AUTO YECTORS USING THE FIRST BASE ADDRESS

XOR :
000020
000022

MOV

MOV
MOV
MOV

.-(SP)

22,-(SP)
#24,20
#340,22

1SAVE 20

1SAVE 22
1 JOT INTR VECTOR
1 IOT INTR LVL

3632
3633
3634
3635
3636
3637
3638
3639
3640
3641
3642

3643

3645
3647

015312
013320
013326
015334
0135342
015350
015356
015364
015366

0135374

0135402
0135410
015414
015422
015430
0135436
015440

11-JUL -84 08:45
012737
012737
013777
012777
062737
062737
023727
001360
012737
012737
052737
005077
012777
042737
052777
000240

012637
012637
005077
052737
104012

000000
000426
011637

162737
013737
162737

012737
005077
022626
022626
012637
012637
000207

08:53

000300
000302
012714
000004
000004
000004
012712

012712
012714

000000
017502
000340
000136
000100
000340
000200

015600
015632
177776

000076
000340

015546
015546
000002

175356
175352
012712

18:

012714
001000

000130
177776
000114

177776

0153546
015550
015546
177776

24:

3%:

PAGE 86

§£§353E§E§§§§E§§B§§§33§§§§§§

CZOMCE .P11

11-JUL-84

#33935
€%

CZDMX-E MACY11l SOA(1052)

#300,DATAL
#302,DATA2

DATA2,8DATAL

#I0T,8DATA2

+I0T TRAP

#0, TSTNO

1SET UP DEFAULT

4 ,DATAL
#4,DATA2
%TAI.OLOOO

#TSTTBO,TSTPNT
#340,PS

aPflEVENT INTERRUPTS

SOHMCSR
@INTENA, SDHMCSR lSET INTERRUPT ENABLE
#340,PS ;ALLOW INTERRUPTYS
| SET DONE..AND INTERRUPT
GOONE ,@DHMCSR

(SP)., 22
(SP).,20
SDHMCSR
#340,PS

1YOU DIDN'T INTERRUPT ?
sRESTORE 20 € 22
1STOP ALL INTERRUPT
f

1 YOU SHOULD HMAVE INTERRUPTED

(SP),OMMVEC
02 ,0MMVEC
OHMVEC , DHMLVL
2, 0MMVEC

1EXTRACT VECTOR -4
;CREATE LW
1SAVE
;1CREATE AND SAVE VEC

SDHMC SR

#340,PS

(SP)., 22

‘(’CSP)O.ZO

1PREVEMT INTERRUPTS

;RESTORE 22

;RESTORE 20

J7
CZDMX-E MACY11l 30A(1052)
CZOHXE P11

11-JA-84

A0 -84 08:45
11

08:53

3666

+INDIRECT POINTERS
015546
015550
015552

015554

015556
015560
015562
015564
015566
015570

DHMVEC:
DHMLVL:
DHMCSR:
DHMLSR:

000300

+MODEM CONTROL INTERRUPT VECTOR
+MODEM CONTROL ONTERRUPT PRIORITY
+MODEM CONTROL CONTROL STATUS REGISTER
sMODEM CONTROL CONTROL STATUS REGISTER

300
302

170500
170502
TKCSR:
177560
TKDBR :
177562
TPCSR:
177564
TPDBR:
177566
SWR:
177570
DISPLAY: 177570

170500
170502
177560
177562
177564
177566
177570
177570

g OONOOF‘OOOOOOOOOOEOOOOOOOOOOOOOOOO
p

1PROGRAM VARIABLES
015572
015574
015576
015600
015602

015670
015672

015674
015734
015753
016004
016041

044524
047114

042515

044514
114

042516
047111

047440
051503

020105

3667
3668
3669
3670
3671
5672
3673
3674
3675
3676
3677
3678
3679
3680
3681

SEQ 87

PAGE 87

.ASCII
.ASCII

tFILL CHAR/COUNT
1 TEMP STORAGE FOR FILL COUNT

s TIME OUT WAITING FOR INTERRUPTS";
iILN CSR
LSR®;
1STATUS ERRORs "EXP
RECS;
1LINE ERRORs“EXP REC LINE SELS8;
;LINE ERRORS“EXP REC LINES;

I<7
CZDMX-E MACY11l 30A(1052)
CZOMXE .P11

016072
016131
016167
016240
016311
016335
016354
016403
016432
016502

016535
016621
016643
016677
016731
016741
016745
016750
017003
017022
017054
017120
017140
017175
017200
017203
017206
017217
017231
017247

11-JA-84

-84 08:45
AL 11
051124
04S
045
021045
045
045
021045
045
021045
021045

045
04S
045
045
045
040
045
021045
045
040506
021045
021045
041455
136
053136
136
021045

040
045
045

017351
017352

047101
022442
022442
021045
022442
040442
030061
031042
052123
021045
Oz2442
053042
041442
046042
052042
037440
040042
044523
046042
040524
051124
047520
051125
040103
100
040114
053523

020040
042442
042

08:53

0443523
042042
030442
030062
047442
051516
031060
044522
033061
041505
047117
047111
051505
100
043516
047111
020114
047101
042527
042522

036522
042516
042116

MTRANE:
ODIALM:
MT103T:
MT202T:
MSELOR:
MSELAN:
MT103A:
MT202A:
MDISC:
M16:

MTITLE:
MVECTO:
:
MLINSL:
MTEST:
MQM:
MCRLF:
MLINE:
MLINEI:
MFATAL:
MTRNDE:
MPFAIL:
MPFl:
MCONTC:
MCONTV:
MCONTL:
$SWREQ:
$NEWIS:
MEPASS:
:

.=.+100
.EVEN

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

017352

000000

TEMTAB: 0

017364

000000

017366
017370
017372
017374
017376
017400
017402
017404
017406
017410
017412

013470
013506
013050
013302
014472
014400
014036
014440
014230
014276
013364

017414
017416
017420
017422
017424
017426

017364

014634
013402
013424
013446
011766
012022

SEQ 88

PAGE 88

.=.+10

EMTTAB: ERRCS
ERRLS
LOOP
FREEZE
TYPER
SVO5P
OCTASN
RSOS
BINASC
DIVI
ERR

INSTR
ERRT
ERRS
ERRN
GETLIN
SETUPS

1TRANSITION ERRORS“EXP REC LINES;
18978 "DIAL ANSWERING DATA SETs"8;

19°87103A MODEM CONNECT -DISCONNECT TESTs"8;
19°87202C MODEM CONNECT-DISCONNECT TESTs"8;

19*8"0RIGINATE LINE-8;

18"ANSHER LINE-8;
18”103A TEST COMPLETE®"®;
187202C TEST COMPLETES"8;
18"STRIKE ANY TTY KEY TO TEST DISCONNECT®;
1978716 LINE SCANNER TEST#"8;
19°8°CZOMK-E
----- MODEM CONTROL DIAGNOSTIC----- 9;
18*VECTOR ADDRESS-8;

18"CONTROL REGISTER ADDRESS-8;
18"LINE SELECT PARAMETER -8;
18*TEST-8;
{ I
"
1970,

18"SINGLE LINE CABLE YEST#"9;
18°LINE NUMBER-8;

tFATAL ERRORS“CSTAT

LSTATS;

18*TRANSITION DETECTED®S“CSTAT

185"POMER FAILURES;

1 -CURRENT TEST WILL RESTARTS"8;

11C8;

1TV0;
1 tL8;

18°SHR=

§;

NEW= §;
’
1S“END PASS
18"

LSTATS;

L7
CZDMX-E MACY11l SOA(1052)

CZOMXE .P11

017430
017432
017434
017436
017440
017442
017444
017446
017450
017452
017454
017456

(2)
(2)
(2)
(2)
(2)
(2)
(2)

017460
017462
017464
017466
017470
017472
017474
017476
0173500
017502
017504

017506
017510
017512
017514
017516
017520
017522

(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)

017524
017526
017530
017532
017534
017336
017540
017542
017544
017546
017550
017552
017554
017556
017560
017562
017564
017566
017570
017572
017574
017576
017600
017602

(2)

017606

(2)

017604

11-JA-84

AL -84 08:45
11

08:53

012256
012354
012442
012412

sCALL BY EMT CONTLW
tCALL BY EMT CKINTT
tCALLBY EMT KBOIN

014124

013036
001760
013664
000000
017502

EMTLIM:
TSTLST:

017664

017726
017734
000000
000000
000033
000007
000001
000000
002210
000001
002236

SEQ 89

PAGE 89

TSTTBO:

1CALLED BY EMT ERRINT

ZOMX-E MACY11 S0A(1052)

CZOMXE .P11

84
AL
11-

AL 84 08:45
11-

017610
017612
017614
017616
017620
017622
017624
017626
017630
017632
017634
017636
017640
017642
017644
017646
017650
017652
017654
017656
017660
017662
017664
017666
017670
017672
017674
017676
017700
017702
017704
017706
017710
017712
017714
017716
017720
017722
017724
017726
017730
017732
017734
017736

004000
003714
000400
004030
000400
004220
000400
004372
000200
004534
000200
004774
000200
005230
000200
005464
000,20
005720
000200
006104
000200
000000
0064 1<
002001
006452
000200
006632
000200
007006
000200
007162
000200
007336
000200
007514
000200
007672
000200
000000
010050
000001
000000
010424
000001
000001

08:53

PAGE 90

TIMES
T22
TIMES
123
TIMES
T24
TIMES
125
TIMES
T26
TIMES
127
TIMES
730
TIMES
T31
TIMES
T32
TIMES
733
TIMES
0
TSTTB1: T100
1
T101
TIMES
T102
TIMES
7103
TIMES
7104
TIMES
T105
TIMES
7106

TSTTB2:

TSTTB3:

.END

TIMES
7107
TIMES
0

T200
1
0
7300
1

SEQ 90

N7
CZDMX-E MACY11l S0A(1052)

CZDMXE .P11

015646
011602
011670
011616
011632
011646
011662
014240
014260
014230
014372

11-JU -84
A0 -84 08:45
11
2831e
2798
28470
2830

SEQ 91

08:53 PAGE 92
CROSS REFEFCWCE TABLE -- USER SYMBOLS
2933

2971

3022+

3023

37040

2551

2592

2632

2676

2741

2775

2557

2598

2638

1772

1832

1869

2478

2516

2956

2839«

2843

2924+

1218

1508

1534

3422¢

3697¢

2282

2368
2443

2407

2466

2507

2310

2374

2472

2513

1487
1507

1608
1533

1664
2901

1718

2134
2809

1132
2313
2821

2265
2317
2832

2426

2313
2821

2317
2835

2478
2844

1022
1021+
3043¢

2863+
256644

2872
2874

2992+

2993+

3011

1105
1185
1244+
1307
137Se
1439«
1514

1113+
1188«

1123+
1189
1260+
1322+
1381+
1457«
1533«
1608+

1146
1197
1262+

1158+
1198
1265+
1326
1394«

2834
2629¢

2832¢
2835¢
28400
28440

3420
3423
3716
3373«
1214
3580¢
3414
3716
2304

3716
29610
Py 3.1

3716
3009
3020¢
30294
3035¢
3716
1011

3374
2134
2812

1713«
1832+
1955+
2039s

2844

1247«

1317«
1380+

1529«
1603+
1718«
1835+
1957+
2041+

3159

2601

1722+
1869«
1959+

1323«
1384+

1462+
1534
1612+
1725+
1870«

2060+

2747

1955

1997

2037

2077

2601

2605

2641

2646

3041¢
30424

3631«
3632+

3633+
3633

3635+
3634+

3637
3636+

1159
1202+
1268+
1336+
1399»
1475«
1537«

1162+
1203

1163
1213+
1284+
1342+
1403+
1490=
1541+
1659+
1772+
1897
1999«
2081+

1171+
1214
1285+
1345e
1413+
1496+
1545

1172
1217+
1288+
1356+
1418+
1498
1567+
1668+
1779«

2901

2641

1536+
1615+

1873«
1980+
2074+

1747«
1884+
1994+
2077

1279+
1341«
1400»
1487»
1539=

1639
1767+
1893

1997«
2079«

16642+

1776+
1906
2001+

2084

1912
2004

2100+

CZDwx-E MACY11 SOA(1052) 11-JA -84
11-AA -84 08:45
| CZOMXE .P11

| DMLSR
!

015554

211S¢
2220
2672¢
2923

2119
223
2674¢
2976e

2127«
23500¢
27266
2990«

2130
2358
2737
35003¢

2146¢
2365
2738
3009«

2160+
2366
2791
3138«

2164¢
2462+«
2799
3139

2172¢
2464¢
2038+
36420

2173
2303
2863
3643¢

2191
2347«
29%01e
3645«

2205«
2549«
2902
3649«

2209
2590«
290%
3659

2217¢
2630«
2913.
36710

174%
1958

1732
1961

1777«
1962«

1783
1963

1003«
2000

1806
2003

1623«
2022¢

1836
2023

18044¢
2040¢

1843
2043

1853¢
2062«

1876
2065

2664
12350¢

2911e
1246¢

2914«
1263¢

3004
1263«

30,0
1302¢

36720
1321e¢

2210«
2673

189
2080+
2219
2675

1340¢

1339¢

1378¢

1397¢

1416e

1048¢

2102¢
2240

1882¢

2922+

141Se

1881e

015550

273%
1037¢

DHWEC

015546

1032

016131
DIAM
DIGIT = 014374

2929
85866

DIVIV

OMYRTI

ODOME

015570
000174
014352
014276
014322
014370
014340
014374
014372
014376
014302

002202

= 000200

ENTLIN
ENTOX
EMTSRY

017450
013016
013004

EOP
ERR

012724
013364

ENTTA8
ERRCS

ERRFLG
ERRGEN

37160
3417«

977«
9510
3432¢
3429¢
34340
3431
3433
838
857
836

36780
977
34400
37.6
4]
34450
34335
3429«
3437¢
34 %5

1083

1400

1419

34 08

865¢

117

3636

1037

2354¢

2120«
2367«
36700

1229¢

1619

2129
2463«

124Se¢

1641

2147«
2463«

1644

2130
2506¢

1669

2165«
23548¢

2723¢

2920¢

2973

1261¢

1262¢
3654¢

3655«

1301¢

a‘S:.

3436

3438«

3442«

34470

3436

34480

16735

2174
2330¢

1320¢

1377«

1396e

1381

3418

3437¢
3430
3443
34 34
1121

11350

1918

3oa%

1173

1176

1231

1265

1285

1304

1323

1342

1362

3277

3299«

3682¢

1172

3114
3189

3136
3209

3145
3226

3168«
3243

3186
3262

3205e¢
32690

3222«
3306

3275

013604
013446

3170s
3222¢

3187¢
3716

3206

3223¢

3240¢

3260

3281

32640

3304

gg:

1232

1269

1151

1161

1165

1310

1329

1348

1178

1187

1191

9036
904¢

1443
1631

1469
1647

1501
1683

1517
1701

1532
1739

1390
1735

1907
1793

1915
1809

ERRORN- 104016

ERRORS= 104015

ERRORT= 104014
013664
013424

%27¢
32600

913¢

1729

1358

2904¢
5172

52400

1339«

2195
2631e

1723«

36690

015572
013524

013470

2192«
2391e

169

3657«

3133
3716

3080

1693«

3656

5cS1e
351680

ERRORC+= 104000
ERRORL= 104001

ERRS

1033

2103
2502¢

1613¢

30750

017366

ERROR = 104012

ERRQ

2000
1038

1149

57160
30730
91

ERRINT= 104030
ERALS
013506

ERRSG
ERTM

1049

2083
2237

oMWV

DISPLA
DISPRE
DIVONT
oIVl
DIVIA
DIVIB
DIVIC
OIVIDM
DIVIDL
DIVIS

08:353 PAGE 93
CROSS REFERENCE TABLE -- USER SYMBOLS

37160

3716

1901
3716

1148

1174

1366

1385

1201

1206

1216

1220

1404

1423

2274

2435

2013

2028

2033

2068

2093

2108

2138

2153

2183

1840
2198

1849
2228

1973
224%

1988

9166

2333

2394

2396

2493

2495

2534

2536

2577

2579

261t

2620

2337
2624

2339
2664

2398
2666

2400
2706

2433
2708

2455
2768

2497
2770

2499

2538

2540

917¢

20601

2660

2662

33040

3716

915¢
2381
3205¢

2292
2383
3716

2624

2702

2294
2622

2647

2704

2764

2766

C8
CZDMx-E MACY11l SOA(1052) 11-JAA -84 08:53 PAGE 94
CROSS REFERENCE TABLE
-84 08:45
A0 11
CZUMXE .P11
ERRT
ERR]
ERR2
ERRS
£5ed
ERTAS
ERTABO
ERTABL
ERT AB2

3186¢

2952¢
2997
3039¢
30404
3208

ERTASS
T A4
ER
ERTASS
ERTABG
EXTRAC=

2648¢

SEQ 93

.- USER SYMBOLS

2960
3015

2936
30%8¢

3008

3037¢

3225¢

3242¢

3261

3285

3288¢

3305

3560

3562

3578

3577

28510
5713¢

3153¢
2429
35840
3139
5554

36870

1074

3534

1039

1050

1057

1940

2879

2884

3395

1158
1418

1159

1162
2358

1163

1247

1262

1284
2976

3548

14070

1425¢
1426¢

1884

2726

2858

2923

3581

1303

35111

1322
3125

1341
351%7

1361

3270

D8
AL -84
CZOMx-E MACY11 SOA(1052) 11-84 08:45
AL 11
CZONE .P11

08:53

002632
002636
002640
002724
002726

12310
1253¢

003012
INTAA
003016
INTA8
003020
INTS
003102
INTSA
003106
INTSE
003110
INT6
003172
INT6A
003176
INT6B
003200
INT?
003262
INT7TA
003266
MT78
KBOIN = 104027
XBOINT 001760

1290¢
1292¢

INT2A
INT28
INTS
INTSA
INTSE

INTA

002730

PAGE 95

CROSS REFERENCE TABLE

SEQ 9

-- USER SYMBOLS

1271¢
1272¢

1309
13511¢
1328¢
1330¢
13470
1349¢
3716

XBOIN1
XBOIN2
K3DINS

002042
002074
002136

LINANS

015644

002204

1137¢
2549

1936¢

2267«
2672

2428
2797

LINE

015640

2036

2076

2313

1876
2317

2117
1938
2377
2688

2162
1966
2380
2750

KRET

LINENA= 000001
LINFLG
LINORG

015636
015642

2630

2674

2738

2795

LINSEL

015660

1610

1617

1666

1673

LINT1
LINT1IA
LINT18
LINT2
LINT2A
LINT28
LOGICA
LOLIM
LOOP
LOOPER
LOOPL
LOOPS
LOOPX
LVL
=
MAINT =

003620
003646
003674
003714
003754
004002
012766
015114
013050
013206
013272
013160
013222
000004
001000

1312¢
1185

3123

3127¢

3148

MCONTC
MCONTL
MCONTY

017175
017203
017200

3394

35121
1331¢
1188
57160

2890

3553

3716¢

M"8CD

MCRLF
MDISC

017247

016745
016432
004030

2913
3701¢

2478
2911

2957
2144

2516
2914
2963

1727

1774

1408¢
1572

1427¢
1873

1449
14440

1470¢
3583¢

3117

37160

1350¢

1189

1351¢
1490

1370¢
1536

2165
2520

1389¢
1539

1781

2179

2189
2563

3012

3031

1833

18£S

———

E8
| CZOMX-E MACY11 SOAC10S2)
CZOMCE .P11

MEMT1A
MENT18
MENMTIC

004056
004104
004126
004134
004166

11-JA-84

A0 -84 08:45
11-

14910

1497¢
1500
1507¢
1513¢
1516

08:53 PAGE 96

CROSS REFERENCE TABLE -- USER SYMBOLS

14938
1506
135040
1319
1522
1520¢

1554
1557
1550¢
1555¢

1559

1392
1575
1595
1388¢
1593¢
37160
37160

1597

1649
1637

1653

37160
37160
37160
37160
3716¢
37160
37166
37164
37164
3716¢
3716
37166
35240
37160
37160
37160
37160
37160
37160
37166
37160
5716¢

16164
1618

1626¢
1630

1633

1611

1646

1648¢

1965
1972

1978
1968¢
1975

19762

1987

1989¢

1952¢
1955¢

19940

16340

SEQ 95

F8
CZOMXE .P11
MUX12A
mx128
Mux12C
MUx120
MUX12€
MUX12F
MmUx13
MUX13A
MUX138
uUx13C
MUX130
MUX1SE
MUX1SF
MUx14

MUX14A
MUX148
Mux14C
MUX140
MUX14E
MUX14F
MUX15
MUX15A
MUX158
MUX15C
MUX150

006726

AL -84 08:45
11-

08:53

2018
2010¢
2015

PAGE 97

CROSS REFERENCE TABLE -- USER SYMBOLS

20160

2143
21360
2140

21410

2154¢

2188
2181¢
2185

2186¢

2199¢

SHHHHITHE

MUX1SE
MUX1SF
MUX16
MUX16A
MUX168
MUX16C
MUX160
MUX16E
MUX16F
MUX17
17A
MUX178
MmUX17C
MUX170
MUX17E
MUX17F

006650
006700

11-JA-84

CZOMX-E MACY11l SOA(1052)

2233
22264
2230

2231¢

22440

1703
1691
1682¢
1684

1707

1700

1702¢

1757
1745
1736¢

1761

1738

1741

1754

1756¢

1687

1688¢

1742¢

SEQ 9%

G8
CZOMX-E MACY1l SOA(1052)
CZOMXE .P11

005512
005560
005616

MREeA
MUXe8
MUXaC

005630
005646
005700
005720
005736
005770

MUX4D
MUX4E
MUX4F
MUX8
MUXBA
MUX88

005776

MUXsC

006032

MUX8D

MUXSE
MVECTO

006064
016621

= 000034

= 000110
M
M16
016502
= 000300
N
NXTTS
012722
= 000034
NO

11-JA. -84 08:53

CROSS REFERENCE TABLE -« USER SYMEILS

-84 08:45
AL 11

17720
1780¢
1787
1782
1801¢
1775
1822¢
1825¢
1832¢
1833¢
1639
1834
1029

1811
1799
1790¢
1792

1815
1795

1796¢

1810¢

1851

1852¢

37160
3716¢

1145
11430
2098«

2951e
1157
13360
1427
1658
1951

= 000110

N2
=
N3
=
OCTASC=
OCTASN
OCTAS1
ORGFLG
ORGTR
ORGTRR
ORGTR1
ORGTR2
ORGTRS
ORGTR4
PASONT
PFAIL

SEQ 97

PAGE 98

000202
000301
104006
014036
014064
015650
011510
011576
011524
011540
011554
011570
015576
015144

3716
3279

1170

1335
1432¢
1712

1993

3036
1171¢
1278
1356¢
1455
17130
19940

3045¢
1183
1279¢
1370
1456¢
1766
2033

2935

2962

2972«

3705¢

1235
2941
1243«
1319«
1433«
1890¢
23559«
3658+

1251
2943
1246
1321
1456+
1896«
2364

1271

1309
3035
1263

1196

1317¢

13756
i487¢
1821
2073

1567¢

3716

2159

3716
3391

2816+

POPRO = 012600

POP1SP= 005726
POP2SP= 022626

PSH
=
PUSHRO=
PUSH1S=
PUSH2S=

1122

177776

177776
010046
005746
024646

RADIX = 014376
REGST1
001546
RESTAR
015202

2161¢
2989
3110

1081
3369+

1232+
1318«
1417«
1887+
2353s
3650

1248«
1337
1488+
190Se
2421e

1259+
1338«
1530«
1937«
2722+

1568+
1953¢
2728

1328

1368

3104
1264+

3661
1281+

2736

207Se
2930+

1357
1604¢
199Se

1376+
1714«

H8
CZDMX-E MACY11l SOA(1052)
CZOMXE.P11

015250

104007

015602
000200
100000
015672
000004

014440
015624
015606
015610
013612

11-JAA -84 08:53

SEQ %8

PAGE 99

CROSS REFERENCE TABLE -- USER SYMBOLS

-84 08:45
AN 11

3619¢
3289
3132e
2179
2321

2821

2974«

2724

1723

2179

2192

34586
3357
3471

3469
2457
36930

3691¢
3470

3692¢

1213

1217

2358

2726

1207

1221

2109

1591
1916

1237
1523
2154
1632
1974

2210

2224

2237

1463
1812+

1473«
1829«

1606+
1833

1610
1854«

1766

1927¢

1951

1993

1673

1689+

1724+

1350¢

1351¢

1538+

1544+«
2056«

2641
3716
3315

3459«

2829
37140
2165

3361
3456

1918¢
1192

1518
1902

1450

1553
1908

2478

2858

2591

2923

2976

1654

1311
1708

1330
1762

1702

1740
2139

1756
2184

2516

2550

2631

1662+

1885

1666
1921+

1704«

1716+

2033

2073

2114

2159

2204

1727

1743«

1778«

1781

1797«

3711¢

1370¢

1389¢

1408¢

1427¢

1573«
2096+

1577

1582+
2186+

1634+«
2231

1688+
3158¢

1742«

1796+

2141+

1478

2641

2940
1712
3529+
1670

1331¢
1056

37100

3618

1513
1976+

2016+

18
CZDMX-E MACY11l 30AC1052)

CZOMXE .P11

006414

OOé4 34

001666

010050
010112
010424

SEQ 99

PAGE 100

CROSS REFERENCE TABLE -- USER SYMBOLS

1940¢
1075¢
2295

2408

010466
001122
014406
014400
015566

2436

2456

2776

1009

1128

2263

000176
014012
000100
000400
001000
002000
004020
010000
020000
040000
100000
000014
017352

1009

1012
3677¢
1128

2263

2424

1350¢

1351¢

1370¢

1091¢
1106+

37064
3707¢
1134«
1124+

3616
2361

2730

015560
014222

2363
1099«

2732
1108

3530
1116

36740
1130

3386+

014224
015562
015564

3407¢

2120

2134
2563

2147
2601

3053+

3127+

000200
015652
015654
001756
015556

015574
011706
011446
011716
000002

TSTPNT
TSTTBO
T1STTB1
TSTT82

-84 08:45
AL 11

08:53

2275

015656

TRNTA8
TRNTYP
TSTENT
TSTGO
TSTLST
TSTHAX
TSTND

11-JAA-84

011754

011726
013226
001706
017452
015634
015600
015632
017502
017664
017726

2424

3116

35118

3120

1408¢

1427¢

3111e

3125«

3147

3149

3271

3137+

3270+

3300

35530«

3531

2367
2685

2377

3353

3147

1312¢

1389¢

3708¢
2978+

3399

3541

2855¢
2973
1680
2478
2911

2863¢
1078
3699¢

1075«

3131
37160

3108
1680¢

3128¢

3623

1077

2406+

2848+

3640+

3698¢

2313
2641

3128

3639«

2317

J8
CZDMX-E MACY11l 30A(1052)
CZOMXE .P11

TSTTBS 017734
TYFILL 014602
= 104004
TYPE
TYPECL
TYPER
TYPERA
TYPER1
TYPER2
T0
T1

014570
014472
014502
014546
014562
002210
002236

T103A
T103A1
71038
710381
710382
T103C
T10301
710302
710303

010114
010122
010126
310136
010142
010146
010212
010216
010222

T10
7100
T101
T102
T103

002640
006414
006452
006632
007006

710304
T103E
T103EN
T103ES
T103E1
T103E2
T103E3
T103E4

010226
010232
010406
010272
010366
010372
010376
010402

T107

007672

T104
T105
T106
T11

T12
T13

T14

T15
T16
T17
T2

007162
007336
007514

002730

003020
003110
003200

003270
003356
003444
002300

120
17200
1201

003532
010050
010406

T202A1
72028
720281
720282
T202C
T2020

010476
010502
010512
010516
010522
010536

T202A

010470

11-JU -84
A0 -84 08:45
11
3716¢
3485
907¢
2720
3614
3490
34760
3478¢

3487

3493¢

1143¢
1157¢
1258¢
1935¢
1951¢
1993¢
2033¢
2266
2273
2272

1087
2865
3495¢

3479

SEQ 100

08:53 PAGE 101
CROSS REFERENCE TABLE -- USER SYMBOLS

3494

1102
2889

1110
2928

1118
3058

1144

3283

1938
3380

1945
3388

2261
3393

2351
3523

2404
3546

2422
3552

K8
CZDMX-E MACY11l S0A(1052)
CZD+E P11
T20201
120202
720203
1720204
T202¢€
T202€1
T202€2
T202€3
T202€4
T202F
T202F2
T202F3

010602
010606
010612
010616
010622
010666

010672
010676
010702
010706
010766
010772
010776

011002
011006
011052

011056
011062
011066
011072
011136
011142
011146
011152
011156
011236
011242
011246

011252
011256
011434

011316
011414
011420
011424
011430
003620
003714
004030
004220
004372
004534
004774
002342
005230
010424
005464
005720
006104
002404
002446

002510

002564
001374
001354
001500

11-JU.-84

11-0 -84 08:45

2488
2489
2490
2491
2492
2529
2330
2531
2332
2333
2572
2573
2574
2575
2576
2613
2614
2615

08:53

PAGE 102

CROSS REFERENCE TABLE -- USER SYMBOLS

2493¢

2616

2617

2655
2656
2657
2658
2659
2697
2698
2699
2700

27040
27060
270846
27200
27730
2729¢
27648
27664
27680
27704
3716
3716
3716
3716
3716
3716
3716
3716
3716
3716
3716
3716
3716
3716
3716
3716
3716

1023
1006
1037¢

1014¢

1115

SEQ 101

L8
CZDMX-E MACY11 30A(1052)
CZOMXE .P11

012354

WAITR

WAITRN= 104022

VAITRR

Ol2412

MROCNT

015626

WAITR1 Ol2424
WAITS = 104024

11-JA-84

A0 -84 08:45
11

2971¢
921¢

3716

08:53

CROSS REFERENCE TABLE -- USER SYMBOLS
2369
3716

2467

= 000000

xCO
XCS

= 000004
= 000002

2324
2324
993¢

2382

000101
000300
015266
001254

22580
3627¢

2419¢

=
XM
=
XN
XOR
XORSVC
XSCRX =
X1A
x18
SNEMIS
$SUREQ
=
.

.1
.2
-3

001252

000001
001612
001656
017217
017206
017740

013606
013620
013622
013646

2508

2352

2593

2633

2677

2742

2983
35964
305¢
918¢

XFLAG

SEQ 102

PAGE 103

9056
919¢

1001

9074

2385
2385
1024

23527

938¢
1186

3289¢

Ga4e
1190

947¢

1199
2104

9214

9224

910¢
923¢

911¢
92440

925¢

2569

2482

2485
2569

2566

2651

2653

2691

2694

1204
2149

9540
1215
2194

9%1¢
1219
2239

1509
2856

2485
3097

912¢

2691

997

1147
1535

3021

913¢
9260

914¢

927¢

915¢
928¢

2611

2691

2694

1150
1643
3274

1160
1697
3587¢

1164
1751
3601

SEQ 103

PAGE 105 TABLE -- MACRO NAMES
11-JAA-84 08:53
30AC1052)08:45
MACY11 11-JUL-84
CZDMC-E
REFERENCE
CROSS
CZDMCE P11
COMMEN
EMTDEF
INTS

MUXS1

839¢
903

918
1139¢

1139¢

9590
904

11430
905

919
1351

920
1370

921
1389
2200
1312

1170
1431
2073

1599

1635

MUXS2
NOINT

1139¢
1139¢

2110
1274

2155
1293

9586
1374
1951

1i43
1393
1993

1157
1412
2033

—
. ABS.

9%0¢

017740

ERRORS DETECTED:

12740
906

3716

000
O

CZDHXE , CZDHXE /SOL /CRF =CZDHXE . P11
RUN-TIME: 4 8 1 SECONDS
RUN-TIME RATIO: 30/14=2.0
CORE USED:
11K (21 PAGES)

1709

13510
907
922
1408
1763

19276
908

1935¢
909

22586
910

2419¢
911

1948

1990

2030

2070

1196
1486
2159

1212
1528
2204

1226
1566
2258

1242
1602
2403

923

924

925

926

3716¢
912
927

959¢

913

914

915

916

1258
1658
2419

1278
1712

1297
1766

1316
1821

1335
1868

1355
1935

1331

1183
1455
2114