Digital PDFs

AC-E866L-MC

February 1979

15 pages

Original

1.9MB

Document:	CXDHAL0-DH11-16-Lne-Prog
Order Number:	AC-E866L-MC
Revision:	0
Pages:	15
Original Filename:	http://bitsavers.org/pdf/dec/pdp11/xxdp/x11_listings/AC-E866L-MC_CXDHAL0-DH11-16-Lne-Prog_Feb79.pdf

OCR Text

••

,t
J

DRAL DEC{Xll SYSTEM EXERCISER MODULE
XDHALO.P 1
31-0CT-78 08:40
.REM S

MACYl1 30A(1052)

31-0CT-18

08:42

PAGE 2

IDENfIFICATION
PRODUCT CODE:
AC-EB66L-MC
CXDHALO DHll 16-LNE PPOG
PRODUCT NAME:
PRODUCT DATE:
FEB 1919
MAl NT AlNRR:
D~C'Xll SUPPORT GROUP
THE INFORMAflON IN THIS DOCUMENT IS SUBJECT TO CHANGF
WITHOUT NOTICE AND SHOULD NOT BE CONSTRUEO AS A COMMITMENT
BY DIGITAL EQUIPMENT
CORPORAtION.
DIGITAL
EQUIPMRNT
CORPORATION ASSUMES NO RESPON~IBILIrV FOR ANY ERRORS THAT
MAY APPEAR IN THIS MANUAL.
THE SOFrWAR~ DESCRIBED IN THIS DOCUMENf IS FURNISHEO TO THE
PURCHASER aNDER A LICENSE FON lISE ON A SI~GLE COMPUTER
SYSTE~
AND
CAN BF. COPIED (WITh INCLUSION OF DIGtTALS
COPVRIGHT NOTICE) ONLY FOR USE IN SUCH SYSTEM, EXCEPT AS MAV
OTHERWISE BE PR09IDED IN WRITING BY DIGITAL.
DIGITAL EQUIPMENT CORPORATION ASSU~ES NO RESPUNSIBILITY FOR
THE nSE OR RELIARILITY OF ITS SOPTWARE ON EQtfIPMENT THAT IS
NOT SUPPLIsn RY DIGITAL.
C8PYRIGHT (C) lQ73,lQ7 Q DIGITAL F,QUIPMENT CORPORATION

·t

OHAL DEC{XII
XDHALO.P I

SYSTE~

EXERCIS~R

11-nCT-18 OR:40
1.

MACYII 30A(I052)

~nDOLE

31-nC1-78

08:42

PAGE 3

ABSTR~CT:

DHA IS AN IO~OD TIIAT EXFRCISES UP TO FOUR (CONSECUTIVELV AOnRFSSEO) DHlt
ASY~CHRONOUS INTERFACES.
IT USES MAINTENANCE MOD~ TO TRANSMIT
AND RECEIVE A BINARY COUNT PATTERN OUTPUTTgO AHn RECEIVED
IN ~4. CHARACTER BURSTS. THE MAJOR PORTION OF THE FRROR
C~ECKING IS D~FERREn TO LEVEL O.
A~L LINES SELECTEn FOR TEST
APE ACTIVATED AND RUN CONCURRENTLY.
2.

RFQUIREMENTS:

------------HlROWARR:
AT L~AST U~E DHll INTERfACE
STORAGE:: OHA RFQUIRES:
I. DEC!VAL WORDS~ 1066
2. OCTAL WORDS: u2052
3. nCTAL BYTES: 4124

PASS DEFINITI1N:

ONE PASS OF TH~ DHA MODf'LE CONSISTS OF TRANSMITTIN~ ANn RECEIVING 425994. CHARACTERS FOR EACH OHll SEL~CTsn
EYECUTION T[M~:

VARIES WITH B~UO RATE BUT SHOULD TAKE AN AVERAGE OF ONF.
MINUTE TO CO\fPLETE nNr: PASS WHEN RUNNING ALONE.

CONPIGURATIJN
D~FAULT

OVA:

R~(JU lRt::!1

PARA~ETF.RS:

PARAM~TFHS:

VCT: .1,

SRI:

BR2:

OVC:

PAPA'H;n:RS:

AT CONFIGURATION TIME THE USER MUST SPECI~Y:
DVA:
ADDRESS uF FIRST DHll CS~ REG.
VCT:
VFCTOR ADDRFSS OF' FIRST oHll
nyc:
NO OF DH11·S IF GREATER THAN 1
SRI:
RITIS ~UST BE SEr TO A "I" FOR
8. WORDS RcT~E~N ADJACENT VECTORS
(2040 CONFIGIJRATION)

SRI:

UHAL DEC/XII
XDHALO.Pll

EXERCISFR
ll-nCT-7Q OQ:40

SYSTE~

MACYll 30A(1052)

31-nCT-7d

08:42

PlGE 4

DEVICF Oprl~N SETUP:
NONE

400UL~

REQUIRED

MODULE

OP~RArION:

START:

DETER~INE IF ANY ERRORS ARE SELECTED. 00 NOT RUN
THE MODULE IF ~O DEVICES ARE SEL~CTED. IF THERE
ARE SELECTED JEVICES,- INITIALIZE TdE BINARY cnUNT
PATTERN AT O. CONTINuE PROCESSING.
Rr.STRT: INITIALIZr. THE ITERATION COUNTER TO 6656. DETERMIN~
IF ANY DH11·S ARE SELECTED. LOAD THE INTERRUPT
VECTORS TO POINT TO THE JSR LINKING TABLE.
SETUP2: INITIALIZE THE QUEUE POINTERS. CLEAR ALL THE BUFFERS
AND QUEUES. CLEAR THE BUFFER ACCESS FLAG (LCKOUT)
IN CASE IT WAS STILL SET BY A CONTROL C INTERRUPT
OF THE PROGRAM ..
lCTVATE: THIS BLOCK OF CODE GETS THE PHYSICAL ADDRESS OF
THE T~ANSMITTER TEXT BUFFER. IT INITIALIZES EACH
DHll SELECTED. IT SAVES THE EXTENDED ADDRESS
INFOR~ATION IN THE APPROPRIATE SYSTEM CONTROL
REGISTER BITS. EACH OF THE SIXTEEN LINES IS LOADED
WITH THE PHYSICAL ADDRESS AND LENGTH OF THE TRANSMITTER
BUFFER. ALSO~ EIGHT BITS PER Cff~RACTER IS SELECTED.
IF A RAUDPAT~ IS SELECTED IT IS CALCULATED AND
ASSIGNED. OTHERWISE THE O~FAULT RATE OF 9600 BAUD
IS ASSUMEO ..
INITIAL: THE DATA PATTERN IS LOADED INTO THE TRANSMITTER
BUFFER. IT IS A BINARY COUNT PATTERN WHICH, ON
SUCCESSIVE ITERATIONS~ BEGINS O~4,lOL14~20' ••• L177774.
THE SILO ALARM LEVEL is PLACED iN TH~ SiLO STATUS
REGISTER TRANS~ITTER AND ERROR INTERRUPTS ARE ENABLED.
ALL THE TRANSMITTERS FOR EACH SELECTED OHll ARE
ENABLED.
TMRSET: TMRCNI'. IS USED AS A MULTIPLYIHG F ACTOR TO DETERMINE
THE WAITING LENGTH FOR THE WATCHDOG tIMER. IT IS
PRESENTLY SET AT 5 TO AL~OW SEVENTY-FIVE SECONDS
TO ELAPSE BEFORE TAKING FURTHER ACTION.
TIMER: THIS IS THE WATCHDOG TIMER LOOP. IT IS CONTROLLED
BY R4 AND TMRCNT. IF ALL OHII-S SELECTED GENERATED
BOTH TRANSMIT AND RECEIVE INTERRUprS L THE APPROPRIATE
BIT IN DONFLG FOR THAT DR11 WILL BE ~LEARED. IF
THIS ~OF.S NOT OCCOR IN THE GIVEN TIMEL THE DEVICE
NUMBER OF THE OFFENDING DHll WILb BE ~ALCULATED
AND TRIS WILL BE REPORTED IN A M DULE MESSAGE. fHE

•

DHAL DEC/XII SYSTEM EXERCISER MODOLE
MACY11 30A(1052) 31-0CT-78 08:42 PACE 5
XDHALO.Pll
31-0CT-78 08:40
OFFENDING DE~ICE IS DROPPED FROM THE EXERCISE. IF
NO MORE OH11·S ARE SELECTED THE ~OOULE ITSELF IS
DROPPED FROM THE RUN. IF ~O~E REMAIM TO BE EXERCISEO,
HOWEVER, CONTROL IS TRANSFERRED TO "FINISH."
FINISH: CONTROL COMES HERE IF ALL SELECTED DH11·S WERE
SUCCESSFULLY EXERCISED OR IF MORg OH11·S REMAIN
AFTER ONE WAS HUNG. THE ITERATION COUNT IS DECREASED.
IF THE COUNT DOES NOT REACH ZERO f CONTROL IS PASSED
TO SETUP2 AND THE MODULE IS RUN AGAIN. WHEN THE
COUNT REACHES ZERO, AN END OF PASS IS SIG~ALLE,D ..
XMTINT: THIS SEGMENT SAVES A POINTER TO THE eSR ADDRESS OF
THE INTERRUPTING DH11 IN A FIRST-IN FIRST-OUT
WRAPAROUND BUFFER. THE TRANSMITTER 6UEUE. THE fNTRY
POINTER IS THEN UPDATED TO POINT fa THE NEXT ENTRY
IN THE QUEUE.
XMTSRV: THIS BLOCK FETCHES A POINTER TO A eSR ADDRESS
FROM THf. TRANS~ITTER QUF,Uf., AND THE QUEUE IS UPDATED
TO THE NEXT ENrRV. THE CSR IS TESTED TO DETERMINE
WHAT KIND OF INTERRUPT OCCURRED. FALS~ INTERRUPT
AND NON-EXISTENT MEMORV INTERRUPT ARE REPORTEO.
IF ~VF,RYTHING IS CORRECT, THE RECEIVER FOR THIS
DHll IS ENARLED ..
RCVINT: THIS SEGMENT SAVES A POINTER TO THE CSR ADDRESS
OP THE INTERRUPTING DHl1 IN THE RECEIVER QUEUE.
IT UPOATES THE QUEUE ENTRY AND RESTORES THE VALUE
OP R5 wHICH WAS SAVED BV THE JSR INSTRUCTION FROM
THE LINKAGE TABLE.
RCVSRV: THE FIRST TASK IS TO PREVENT VOLATILE REGISTER
INFOR~ATION FROM BEING DESTROYED. THIS IS DONE
BV TESTING A SEMAPHORE, "LCKOflT." U' IT IS SET,
CONTROL IS RETURNED TO THE MONITJR TO WAIT FOR
A WHILE. IF IT IS CLEAR ACCESS IS PERMITTED. THE
FLAG IS SFT TO DENy OTH€R ACCr.SSE5 TO THIS DEFERR~D
ROUTINE. A CSR ADDRESS IS OBTAINEn FROM THE QUEflE
AND THE QUEUE ENTRY IS UPDATED. rHE RECEIVER INTE~RIJPT
AND INTERRUPT ENARLE ARE CLEARED. THE REGISTERS ARE SET
UP TO RETRIEVE AS QUICKLY AS POSSIBLE THE DATA FRn~
T~E OK11 SILO. EACH FETCH IS CHECKED TO SEE IF THE
INfORI.1ATION IS VAl.ID. IF IT IS Nor, THE REGISTERS
ARE SAVED AND A BREAK LOOP IS USED TO ALLOw MORE
TIME ~OR VALID INFORMATION TO BECJMF AVAILABLE.
IP AfTER THE ALLOTED TIME ALL THE CHARAr.TERS ARE
STILL NOT RECEIVEO AN ~RROR MESSAGE IS R~PORTED.
IN THE MESSAGE! TH~ ~UMRER FOLLO~I~G STATe IS THE
OCTAl. NUMBER O~ CHARACTFRS 4ISSTN~.
CKnATA: T~IS SEGMENT I~ITIALIZES THE LINE CHECK BflFF~P
{LNCKBFl TO THE FIRST DATU~ THAT WAS TRANSMITTED ..
tHE DFV CE NUMBFR IS SAVEO FOR LATER USAGE. THE
RECEIVED INFORMATION IS CHEC~F,D FOR VALIDITY
AND T~ANSMISSIJN ERRO~S. ~RRORS ARE HaNOLPD BY Thf.

UHAL Ote/xll
XD~.LOePll

EXKRCISER
31-0CT-78 08:40

SVST~M

MACYll 10A(1052)

~nDULE

31-oCT-7q

08:47

PAG~

'STATERR' (STATUS ERROR) A~D ·OERRJP' (DATA ERROR)
ROUTINES.
RCVDONE: THIS BLOCK CLEARS THE ACCESS SEMAPHORE TO ALLOW
OTHER DEVICES TO USE THE LINE CHECK RIJFF~R. IT
THEN RUYLDS A ONE BrT ~ASK USING RO AND THE
CARRY 8IT TO DELETE THE APPROPRIATE RIT IN THE
WATCHDOG TIMER FLAG (OONFLG). WHEN THIS IS nON~,
PROCESSING CONTROL IS RETUR~EO TO THE MONITOR.

SUBROUTINES
VCTLOAO: THIS ROUTINE IS CALLED IN ·SETUPI·. IT IS USED
TO LOAil THE ADDRESS OF THE LINKING INSTRUCTION FOP
I~TERRUPT SERVICING INTn THE CDRR~SPONDING VECTOR
SPACE. IT ALSO LOADS THE PRIORITY LFVEL AND THE
DEVICE ADDRESS. THE LATTER IS LOADED INTQ TH~
APPROPRIATE JSR TABLE ENTRY.
SAVR~G: THIS ~OUTINE SAVgS THE FIVE vnLAfILF INFORMATION
REGISTERS IN A FIPST-IN, FIRST-OUT WRAPAROUND
BUFFER, THE ERROR QUEUE.
GOTREG: THIS ROUTINE RETRIEVES THOS~ SA~E REGISTERS.
BAUDRTE: THIS ROUTINE CALCULATES THE RAUU RATE~ ASSIGNS
ITl AND SELECTS 8 BITS/CHARACTER COMMUNICATION
MOuE. IF SR1=O THE DEFAULT RATE OF 9600. BAUD
IS ASSIGNED. T~E BAUD RATE SEL~crEO IS DETERMINED
BV THE LEAST SIGNIFICANT (RIGHTMOST) SET AIT IN SRI.
STATERR: THIS ROUTINE DETERMINES WhETHER AN ERROR INDICATEU
IN THE RECEIVED CHARACTER INFORMATION ~AS AN
OVERRUN ERROR,. A FRAMING ERROR, OR A PARITY ERRnR.
THE DEVICE NUMRER OF THE ERRIN~ D~VICE IS REPORTEO
AS STATC. CSRA WILL BE CLEAR.
DERROR: THIS ROUTINE REPORTS A DATA ERROR.
8.

OPERATOR OPTIONS
MODIl['E LOCATION OVIDl MAV BE MODIFIED (MOO. CMMO) TO EXERCISt;
ANV COMBINATION OF OH11'S.
MODULE LOCATION SRl MAY BF. ~ODIFIED TO SELECT A DIFFERENT BAUD RATE.
THE FOLLOWING TABLE SHoOLn RE USEn:
FOR THE BAUD RATE
SRI=
9600
0
EXT. B
I
EXT.

MACVll 30A(1052)

UHAL DEC/XII SYSTEM EXERCISER MODULE
XDHALO.Pll
31-0CT-78 08:40
9600
4QOO

31-0CT-18

1200

110

75
50
2040 CONFIGURATION

PAGE 1

4
10
20
40
100
200
400
1000
2000

2400
HIOO

#)00
300
200
150
134.5

08:42

4000

10000
20000
40000
100000

(8. WORDS BETwEEN VECTORS)

BIT15 MAY BE SET IN CONJUNCTION WITH ONE OF BITS

00 THRU 14 TO INDICATE SPECIFIC BAUD RATE OTHER THAN
DEFAU~T OF Q600 BAUD. (SR(14:00)
0)

THE
9.

DEFAU~T

RATE IS 9600 BAUD(SRl=O).

NON-STANDARD PRINTOUTS:
WHEN A STATUS ERROR IS DETECTED L DHA USES rHE ERROR
CALL TO REPORT IT. THE LINE NUMHER IS
REPORTED IN SlATC.
ALL OTHER PRINTOUT IS STANDARD.

M~CV11

302

),,1
)04
30S
1 O~

,LIST
InMOD

000000'
000000'

~OP

]vq

111

314

838883: 044104
046101
000
838m: 000001
000010' 000001
000012'

040

240

240
882m: 000001
117 000011;' 000000

315

111i

31"

320

321
322
32:l
324
.1 L~l

326
'27
328
320
330
331
332
333
334
13~

33~

337
338
330
340
341
142
343
144
30tS
341)

347
348

)40

350
351
352
353
354
355
1S6

'5'

000020' 000000
000022' 000000
000024' 000000
140000
000224'
000032'
000034'
017000
000000
000042' 000000
000044' 000000
888g~~: 000000
000000
000052' 000000
000054' 000000
000056 '
000056 ' 000000
000060' 000000
000062' 000000
000064' 000000
00006~' 000000
000010' 000000
000012' 000000
OOU014' 000000
000076' 000000
000100' 000000
000102'
000102' 000000
000104'
000104' 000000
000106'
000000
000000
000112' 000244'
OU0114 ' 000000
00011r
·0001 ~ ,
0001 2' 000025
000040

888m:

g88m'

888m:

888ggg

DHAL n~CfXII
XDH~LO.PII

EXBRClSER .DonLE
31-nCT-78 0~:40

SYS'~M

~~~i

000224 '

PAGE B

SEQ 0007

LOC BIN
<D~1b >1(;1,5,5,(11000,25

5~Q

SR3:

g~~~

!~=lt~~ ~~gl~+~~ ~
;SWITCH

OP~N

REGIST~R

~f1~****~~~:****************.***'~~lI~~*~~~1~1~~*:**** *****************

STAT:
140000
INlT:
START
SPOrNT: ~ODSP
PASCNT: ~
1~3cr&t: 01000

iSTATUS WORD.
;~ODULE START ADDR.
;MODULE STACK pnINTER.
iPASS COUNTER.

SOFPA5: 0
HRUPAS: 0
SVSCNT: 0

OPEN

iLOC TO SAVE SOFT ERRORS PER PASS
;LOC TO SAV, HARD ERRORS PER PASS
iff Of SVS ERRORS ACCU~ULATEn
~~~~E~v~~N~g~ ~n~r~SRRd~E MACRO IS CALLED
;RESERVED FOR MONITOR USE
;RESERVED FOR M~NlTOR USE
iLOC TO SAVE RO.
;LOC TO SAVE RI.
;LOC TO SAVE R2.
iLOC TO SAVE R3.
iLOC TO SAVE R4.
iLOC TO SAVE R5.
;LOC TO SAVE R6.
; ADDR OF CURRENT CSR.
;ADOR OF GOOD DATA, OR
;CONTENTS OF CSR.

iB~i:

g=~~

JI~~~ilEgA¥I!A.

WOTO:

OP~N

lDNU~:

25
,REPT

~~ogFT~T~~~~~01~Ek~~lb~~S=11000

~2b~~fl g

~A~~~~;
HFSI:
RES2:
SVRO:
SVRI:
SVR2:
SVR3:
SVR4:
SYR5:
SVR~:
CSRA:
SBADR:
ACSR:

j~g~ ~8 ~1~~ ~~f~r ~~~6 ~~~g~~

0
0
0

OPEN
OPEN
OPEN
OPEN
OPEN
OpEN
OPEN
OPEN

:~,:¥~: OPEN
ERRTY?:
R~TRT:

~~t~i

1=¥K~u~FR~aDcg:J:~Tg~
ITYPE OF ERROR

RESTHT

ADDRESS AFTER END Of PASS
IWORDS TO MEMORY PER ITERATION

iRE~TART

g~E~

!~O~PSI~¥~~Rn~~~R~E~E~T~~i~tfi~ON

SPSIZ

MACYII 30A(1052)

35')
360
363

OB:42

;
DDXCOv VERSInN 6
23-MAY-18
,LIST
BlN
-**********************************************.*.*******.*.*********.*.
AEGIN:
.OON4~: .ASCII
IDHAL I iMODULE NAME,
~65~~:
i~6TE
OPEN
;IST DEvig~E~D6~.~EEP TRACK OF WBUFF USAGE
VECTOR: 1+0
,1ST "EVlCE VECTOR.
SRI:
.BYTE
PRTV5+0
;1ST BR LF.VEL.
BR2:
.~VT"
PRTV5+0
i2HD RR LEVEL,
DVlOI: +1
;DEVlCE lNDICATOR I.

~5 q

31-nCT-7d

~~¥¥~[ A~Ar glg;:tl'~f~'i~5Ii~Jglg~~5MoDnLE

107

310
311
312

304(1052)

MODSP:

31-0CT-19

;MODULE lDENTlFICATION NUMBER=25
;~ODULE STACK STARTS HERE.

08:42

PAGE

, NL I ST
.WORD
.LtST
• ENDR

;**~************************************************** ******************

SEQ OOOB

NACYII 30A(1052)

31-0CT-78

08:42

PAGE 10

SEQ 000 q

mA~~/g~~WMogfil~R~~~M~I~~:.~Hi~ m,s~ktinUE MODULE FRnM THE RIIN
003566
000236" 001002

888~~8: 104410

START:
DROP:

000000"

CLR8
MOV
RESTRT
BNE
ENDS, ~EGIN

JIHITIALI7E THE DATA PATTERN WORD
l~ueVD~Uic~~V~~[E~'lB~TION PARAMETER. ARE
;IF sn, REGIN PROCESSING. IP NOT, DROP TII~ MODU!.E

$~~~¥~~~I¥~ I~~E~~n~~RI2FT~~s~H~R~8Tr~EMe~~KI~~TT~&L~~Ec~~tlsh~~5r,¥y~~

000342"

00~767

gg8l~8: Ag2~8a

JVCTLOAn FOR THIS PURPOSE.
RESTRT: CLR
MOV
BIC
REO
ADO
IS:
ROR
BCS
SR
MOV
2S:
BIC
SETUPI : MOV
BEQ
MOV
m~O~~RO
MOV
MOV
iLNKh8,R3
IS:
ASR
R1
BCS
BEQ
UTUP2
ADD
#lO,RO
TST
SRI
BPL
ADD
4,fo,RO
ADD
20,R3
ADO
20,R2
BR
RtVCTLOAO
JSR

177450
000010

000354" 062703 8g80~0
888361: R8a~gl
0 0
ooo~g "004567 001426
OU037 " 000013'

BR2

001420

R5, VCTLOAD

JSR

177410
000010

55:

BR1
TST
BPL
ADO
BR

MACYll 30A(1052)

SETIlP2: HOV
HOV
HOV
MOV
HOY
MOV
MOY
MOV
IS:
CLR
DEC
8NE
CLRR

31-nCT-18

08:42

#XMTQUE,XMrQP!
#XHTQUE,XMTQPO
RCYQUE,RCVQPI
RCVQUE, RCVQPO
ERRQUE,ERRQPI
ERRQUE,ERRQPn

m~~hR3

R3)+

IS
LCKOl)T

PAGE 11

SEQ 0010

$~gI~AETU~GT~~~~~I~FQ¥~~EgH~3~Y (IN) POINTER·
;POINT THE ~RANSMIT QU~UE RETRIRVAL (OUT)
lPOINTER TO THE BEGINNING OF THE QUEUE
,SET UP THE RECEIVER QUEUE POINTERS
~SETUP THE ERROR QUEUE POINTERS
$POINT R3 TO THE REGINNING OF THE QUEU~ AREA
JUSING R4 AS 1 COUNTER CLEAR f+~t=~=II~~~'T~~¥E~3~~~~.~~0 FRQOR QUEUES ••••
;RECEIVER SILO BUFF~RS
,CLEAR THE ~UFFEk ACCRSS FLAG

THE CHAR

8mu

177266
002764" 003304

°8°8W~: mm
ooods:
UU0
86~7~1

000000" 004032"

IS:

002542 "

000020

2$:

880m: ohm 004000

3S:
THE CSR
4$:

177774
001316

000010

MOY
.-4,10(Rl)
JSR
&~, BAllORtE
DEC
BEQ
INC
BR
,THIS BLOCK SETS Up THE TRANSNITTER TEXT WITH THE TEST OATA • IT INSURES THAT THE
JF.XTENDED ADDRESS BITS ARE SET, THEN STARTS EACH RECEIVER AND EACH TRANSMITTER SEL~CTED
INITIAL: HOV
MOVA
MOVo
NOV
IS:
MOYB
INC~
DEC

!~l)

.
HACYll 30A(1052)
41~

411

41~

419
480
481
482
4B3

000662" 80~m
88m3: 016101
000614"
001414

mm
888m:

003134

111112

25:

3S:
888m: 88~m 000020
484 00011 0" 012761 000040 000015 45:
485

4B6
481

:U
490

000116" 052111
000122" 012161
000730" 000164

020000
177711

BNE
MOY
MOY
ASR
DCS
SEQ
ADD
8R
MOY
BIS

31-nCT-7~

OB:42

PAGE 12

SEQ 0011

m~;tiRO

~~RSET
~20,Rl

Uh.,16(RU

000012

491
492
493
494
495

4Qr,

491

m
000732" 012161 000005 003070 TMRSET: MOV
500 000140 " 005004
TIMER: CLR
501
502
503
5U4
505
506
507
50R
50Q
510
511
512

888m:
104407 000000"
000746" 104401 000000"
000752" 105761
000756" 001454

003071

000164" 005361
000110" 001363
000112' 116103
000776" 040367
U01002" 005061
001006" 006003
001010" 103405
001012" 005204

003040

888m: mm

m
m
m
m 881m: 8FHI
515

516

523
524
525
526
5r

530
531

001024" 018461

003051
003022
111012

000020
003022

534
535

~3~

538
539
540
541
542
543
544

3S:

~~~t~~:~~gI~

~~H~~O~~:;I:~lU~~ tgx~o~~~¥~uCTioN.

DONPLG

!~~cg~M~~fiLIS

8~~

~lNISH

~I~ ~g~.P~~bg~~ ~~8~~S~N&Rg~~~~I~gAIN

BNE
DEC
SNE
MOVA
8IC
CLR
ROR

IS
TMRCNT
TIMER
DONFLG,R3
R3 S L C
CS~AE E T
R3

CLEAR, EACH SELECTED DEVICE WAS

;BREAK IF COUNT NOT EXCEEDED
;REDUCE THE OVERALL TIME.IS IT EXCEEDED?
; IF NO,START ANOTHER BREAK LOOP
;IF TIMEOUT OCCURRED, SAVE THE REMAINING FLAG
~~eE~a·THE
SELECTION FLAG FOR THIS DEVICE
;/SETUP TO REPORT CSR
l~ij~~§~J.~E wHICH DEVICE WAS READ FOR REPORTING

~liNIH~~M~~R:~~ g5v~~~6R~4I~ONTAINS THE CORRECT
;IF NOT~ INCREMENT R4~ WHICH WAS INITIALLY 0
;FROM THE PREVIOUS LO P
~20,CSRA
;/ADD DEVICE OFFSET F R CORRECT DHII
~~V
R~ NUMBAI
!¥UES~~,I~ET~bSB~~ ~¥ELD~~I~~PORT AS STATC
;*********'*************'*************~******************~~*****
;CONVERT HUMBAI TO ASCII AND
;STORE AT M2
OTOA$,BEGIN,NOHBAl,M2

35
R4

000712

~ODULf

l~~bjg

001056" 104405
001064" 104403
001072" 004767
001076" 005767
001102" 001002
001104" 104410

000000" 000000
000000" 004054"
000776
002722

104413
001114" 000161

#5, TMRC NT
R4

TSTR

BCS
INC
ADD

17705~

g81g~~: g~gb%~

m g81l18:

547
54"
549
550

2S:

g8lg3~: Agl~~~" 000000" 004052"

001040" 004167

DHAL DEC/Ill SYSTEM BJERCISER
XDHALO.Pll
31-0CT-1B 08:40

~5~

IS:

MACYll 30A(1052)
~~R

177026

000000"

000000"
177276

31-0CT-78

08:42

AgD~~~SRA

PAGE 13

!6~~goa~SE

SEQ 0012
ADDRESS TO OFFSET FOR ERROR CALL

;_.** •• _i.f.,.* •• * •• *.**, •••• *_**.*.**.***._ ••• _ •• _.*.*t* •• * •• t .
~~2~~~'~;;I~,~M~~*******,*****************************t • • **t.*.*

~SGNS'BEGIN~HUNG

~~~

;ASCII MESSAGE CALb NITH COMMON HEADER

~~(E~+REG

s~~~T~ft~RlHXN~R~11 g~sR~~fElE~c~t~~1S

R5'f~~~~iT

;~~~~TlHfHgFF~Er,ETOH1~E ~~rNI:~O TRANSMITTER QUEUE

~~~l+§~

;RESTOR

8HE
FINISH
;IF YES, REDUCE COJHT AND CONTINUE
;IF NO, DROP THE MODULE
ENDS, BEGIN
;
;THIS BLOCK REDUCES THE ITERATION COUNT AND GOES TO SETUP2 IF THE COUNT IS NOT EXCEEDED
FINISH:
l::NDIT$,BEGIN
;SIGNAL END OF ITERATION.
;MONITOR SHALL TEST END OF PASS
JMP
SETUP2

m
553

554
555
556
551
55B
5~Q
560
561

001120" 010511
001124" 06f61

8868gi
881m:
n
~37
m
01r6~
564
565
56567
56q

001142"
001150" 01 605
001152" 010046
001154" 010146

00265~

002660" 002650
002642" on640

li~TQUE.16,XHTQPI LH'S THE Q~E~E 95UNDIRY BEtN EXCEEDED?
is
;Ir NO CONTINUE PROCESSING
PMTQIIE~XMTQPI ;IF YE§~ RESET THE POINTER TO QUEUE BEGINNING

1 S:

Rl'-lsp~
R2,- SP~

881m: mm
mm: SHH1 mm
511 881m: mm 002660" mm
513

R3,- SP
SP
X~TQPO<Rl
2 XMTQ~O

~~g

R4 -

<11

514

X~TQUE+16,XMTQP

881m: A~3m 002642" 002Q6

001214" Ottl00
m
001
577

XMTQUij,XMTQPO

~5\,R

n6" 005710

51·

579
580
581

582

~8j

584
5A 5

586
5.7

gglm: mm

001226" 001032
001230" 010067
001234" 011067
001240" 004167

881W:
8mg~
001258" 012602
001252" 012601

$
#BITI0,(RO)
25

002000
176644
176642
0005n

MOV
MOY
JSR
HOY
~OY
MOV

Mnv

~g6is~~SR

PC~S1VREG

SP +,R2
l ~pt!:~1
SP +,Rl

THE PREY IOIfS R5 VALUE

,FETCH THE OFFSET FROM THE QUEUE
6°UPDATE THE QUEUE RETRIEVAL POINTER
LHAS THE QUEUE ~OUNDARY BEEN EXCEEDED?
;IY NO CONTINUE PROCESSING
;IF YE§~ RESET POINTER TO BEGINNING OF THE QUEUE

~LI~A¥HisRAA~~~IgSI~~~~RH~T?

; F YES, CO ENABLE RECEIYER INTERRUPT
;IF NO~ DF.TF.R~INE THE TYPE OF ERROR
;IF NON-EXISTENT MEMORY (8IT 10 SET) GO PROCESS
;THIT TYPE OF ~RROR. OTHeRWISE IT IS A FILSE INTERRUPT

J~~O~ ln~ 8~~IcnN~g~~~ss

;SAVE THE REGISTERS BEFORE ERROR MESSAGE

HACY11 30A(1052)

31-0CT-7B

OB:42

PAGE 14

MACY11 30A(1052)

31-0C1-18

08:42

PAGE 15

SEQ 0013

000000'
116Sg0

001356' 104405
001364'

00476~

muo
8M1S: um
88IH~:

00 4~0' OS 2710

0014~4' ~H604

001412'

000000' 000000
0~~S84
*00808,
000100

1~68A

88lm: OAOg02

m~~ 002362
8°02700'
002354
002662' 002344

mm·
002146

000010
000100

002130

CKDATA: MOV
MOV
MOV
2S:
nEC
BNE
MOV
MOV
MOV
MOV
3S:
BGE

#~ ... R3

BLN"KRF,R5
BGNDATA,(R51·
R3

21~0) R2

g~~~hDYCNMBR

f R2 )+,.RO
~CVDONE

SET UP A COUNT FOR CLEARING THE BUFFER
POINT TO THE BEGINNING OF THE RUFFER
SET UP TWO LINE CHECK BYTES
REDUCE THE COUNT. HAVE 16. BYTES BEEN CLEARED?
l~AgOtH~oSg~t~~R~H~I~5M~A~~~~s IN R2
SAVE THE NUMRER OF THIS DEVICE
LOAD COUNT TO COMPARE 64. CHARACTERS
FETCH A WORD FROM THE SILO INTO RO
IF IT'S INVALID, GO CLEAN UP BUFFERS

SEQ 0014

lliJ\L 0,:C/X11

XOHALO.Pll
'70U
7 OJ
702
70]
704
100
701;
707
10A
700
'110
711

SVSTEo EXERCISER
l1-nCT-1B 08:40

NnDUL~

~ACVll

30A(10521

31-0CT-18

08:42

PAGE 16

MACYll 30&(1052)

31-0CT-78

08:42

PAGE 17

SEQ 0015

mm
831m:
004'67 000304
001'/32" 110061 0021D
000300
881m: 126061
042700
mm· 002'.115
001120'

snm=

001754'
OO17M"
001164"
001166"

070000

001402
004761
105760
005303
001352

%m4i;·

714

17 7"
718
719

001710" ~O5061

724

002014" 104400

05000
881m: 000261
720 002000" 006100
721
005367
722 g&mt:
723 002010" mw

125
126
7n

002055
002032
002033
000000"

72A

72Q

730
731
732
133
734
735
736

137

738
13 0
740
741
742
743
144
745

14fi
741

749

750
7,1
752

753

mm:mm
002024" 005200
gO~0~6' 02p23
00O-01F3
002032" 005 23
002034' 000205

002036 • 016105
002042" 010025
002044' 010125

001756

m8~8: 818m

002052" 010425
002054' 0~2705
3m
002066' 016561
002072' 000207

mm: 6

00276;>'
002702"
001726

154
755

~~A1Lg~~H 11
75~

157
758

'150

760
161

762

763
764

m
767
768

SYST~M

EXERCISER MODHLE

31-nCT-18 08:40

002014' 016705
002100' 012500
002102 ' 012501
002104 • 012502
002106' 01~50~
002110 '
002112" SU85
002116' 103002
002120"
002124'
002130 • 000207

GETRfG: MOV

001722

~g~

~ov
MOV

~s~
=~IS

002761'

ggm~'

002132" 005761
002136"
002140"
002144" 100003

175652

771

77l

773

716
777
778
170
780
781
782
183
184
785
786
781
788

175fi60

100000
ggmF 8~240~ 000017

002154' Od763
002160' 006004
002166"
002170"
002172"
002114'

000774
000257
010305
006105

88m3: m18~
790 S8B86: 8~gm
7n 002210" 006005
78 0

192
793
794
705

002202" 006105

002212" 006005
002214" 052705
002220" 050561
002224" 000207
002226' 052761
002234" 000207

"11

002236 " 004767
002242" 010167
005004
016703
002254" 001404
002256" 0627 04
002262" 005303
002264" 001374
066704
010467
00221~' 010001

790
799
ROO
ROI
R02
B03
R04
AO<;
006
A07
ROR
ROO
AIO

mm:
883m:

000003
000004
033501

177574
175634
001564
000020
175514
175602

000004

~R5l+'~1

(R5 +,R2

~R5!+'R3

f~~~Q6~!60'RS

SEQ 0016

IUSE RS FOR INDEXING CAPABILITY

~RETRIEVER~~::·
I

;

R2 •••

R3 •••

~~~~ ~~E QUEUE BOU~DARY BEEN EXCEEDED?
J~~s~¥'RI0ItE~~tDQ3~~EP~I~I~~ING

#IRRQUE L R5
MOV
R5,ERRQpO
ISEI THE RETRIEVAL POINTER TO THE NEXT FETCH POINT.
RIS
PC
,RETURN TO THE CALLING BLOCK
,THIS ROUTINE CALCULATES THE RAUD RATE FROM THE SRI OPTION, IF SRI IS O,THE DEFAULT
;RATES OF q~OO, ARE ASSIGNED. THE LE.ST SIGNIFICANT BIT IS THE ONLY ONE CONSIDERED.
;THE RAUD RATES ARE THEN LQADED INTO THE PROPER LINE PARAMETER REGISTER.
;IS A SPECIFIC RATE SELECTED?
8AUDRTe'TST
SRI
;IF NOLGO ASSIGN THE OEFAULT RATE
~8~
~~I,R4
; IF YE. COPY SRI
8PL
45
,RR IF NOT R. WORDS BETWEEN VECTORS
BIC
#RIT15,R4
~~hEt~ ~~~lgETS~Lij~~ ~~60 BAUD
BEQ
3~
;SET UP THE 8IT CON~IGDRATION FOR A BAUD RATE SELECTION
~g~
~47,Rl
,ISOLATE IHE NEXT BIT IN THE CARRY BIT
,IF THIS S THE BYT fi PUT TOGETHER THE BAUD RATE
~~
~21f~A~~~L~IiTTAET~~~IT~~l CONFIGURATION
BR
IS
2$ :
CCC
!~~k~I~Abijptlt~~~E~8~vF5~G~H~E~~~5 ~~f~TING
R3,R5
~OV
ROL
R5
;BUILO THE TRANSMITTER RATE IN R5
ROL
R5
ROL
RS
ROL
R5
ADD
R 3, R5
,ADD THE RECEIV~R RATE TO THE TRANS~ITTER RATE
SWAB
RS
IALIGN THE RATE TO BIT POSITIONS 6-13
ROR
RS
ROR
R5
sIS
AIS
~~: ~~ Rl)
RTS
PC
3 S:
SIS
~~3S01,4(Rl)
RTS
,THIS ROUTINE DETERMINES WHAT TVPE OF ERROR WAS INDICATED BY THE SILO AND REPORTS EACH
STATERR,JSR
PC,SAVREG
6~~~~TT~~ER~~AS~5~¥ENTS
HOY
Rl,ACSR
CLR
R4
ISETUP TO CALCULATE
MOV
DYCNMBR,R3
BEQ
2$
~O~~Ig~RO JUST AOD ADDRESS
IS:
IPrJINT NEXT DHll
ADO
~320,R4
DEC
R
19r9~¥MB~II~H NUMBER
HDR,R4
2$:
IAOD BASE AOOR~S TO OFFSET
MOV
R4,CSRA
IREPORT CSR ADDRESS
~OV
RO,RI
CALC LINE 4

mm:mm

ERRRS Q£O,<R0 5

;Jb

MACV!! 30AII052)

l!-OCT-1Q

08:42

PAGE 18

SeQ 0011

HALF
;LEAVE ONLY LINE ff
;PUT IT IN ASTAT
;PLACE TH' ~VERRUN BIT
;G~T

;EACH EN~b~N~A~~IH~LtiF

CO~RECT

JSR INSTRUCTION FOLLOWED BY

R5,RCVINT

;LINK FOR RECEIvER 0

THE CARRY HIT

A LOCATION

INTO '.HICH THE CSR IS

~~~~~~g6pt~L~~~E8s~YA~~~E~~Leo~g~FI~DA¥R~Eijij~Bk~Lb~W¥UEB1N~F~~~pt¥~GT~~vit~NSMITTER

LNKTAB:

~SR

SILOO

Va~iLg~~{fll S!i!g~T~~~R54~~g MODULE
B~R
R Q
8 0

K7~

8 3 36

gg~~12: 0 5
176402
0T18,
00
5 2' 880800
04567 176672
00 2 ' 000000
00
883PO'
002532'
4 67 176362
°g88g o
002542' g0456~ 176652
gOf48' 000000
00° ~~ 2', 8°3370'
04567 176342
2
00~562' 004587 176632
0025~8' 0000 0
0025 • 803570'
002572' 04567 176322
og8GGG

r75 mm:
Hj
879
m
882 88 m: 888m
883
4

884
R85

m mm:
R~~
8 0
891
892
893
894
B'15
896
8'17
898

8m8~: m8&8
mm:
mogg
002612' gpQ80

002614'
60 0
8026 ~' 005bo O
08m2: m688
002624' 000750

m gm~8: 888m

'101
902

00~632'

000300

88 U4: goom
m
905 002648, 088110
906
907

~g,
910
911

~i~

;tn3
9 6

002642' 000010

mm:mm

oon~r 000004
88
0'• 880100
8100
0033 o· 8 100
08m

~~3 mm:

923

MACYU 30A(1052)

JSR
0
0

31-0CT-78
R5,XMTINT

08: 42

PAG. 19

;LINK FOR TRANSMITTER 0

R5,RCVINT
;LINK FOR RECEIVER 1
SIL01
;LINK FOR TRANS"ITTER
R5, XMTI NT
JSR
0
1
;LINK ~OR R~CEIVER 2
RS,RCVIN!
JSR
°
SIL02
;LINK FOR TRANSMITTER 2
R5, XHTINT
JSR
0
2
R5,RCVINT
;L INK FOR RECEIVER 3
JSR
0
SIL03
;LINK FOR TRAN SMI TTER 3
R5,XMTlNT
JSR
0
3
;DIFFERENT ITERATION COUNTS FOR
CNTTBL: 17000
;DIFFERENT, RAUo RATES
17000
17000
17000
11700
6000
mg
1600
750
500
350
300
260
165
110
;THESE ARE THE QUEU"S.
;TRANSMITTER SERVICE QUEUE
XMTQUE: .BLKW
8.
;RECEIVER SERVICE QIlE"E
RCVQUE: .BLKW
8.
;ERROR SERVICE QUEUE
ERROUE: .BLKW
25.
;THESE ARE THE BUFFERS
;FOUR CHARACTER TRANS~ITTER BUFFER
XMT8UF: .BLK8
4.
64,
;RECEIVER 8UFPER FOR DEVICE O.
SILOO: .BLKW
64,
;RECEIVER BUFFEP FOR DEVICE 1
SIL01 : .BLKW
;RECEIVER BUFFER FOR DEVICE 2
64.
SIL02: .BLKW
3
64.
SIL03: .RLKW
~~ij~~~XE~oaU~h~~K~~~ DEVICE
INDIVIDUAL LINF. DATA
16.
LNCKBF: .BLKB
;THESE ARE THE QUEUE POINTERS
~SR

SEQ 0018

~MA~Lg;~{~11 S!l!ij~T~~ijRg~~~~ MODOLE
OO~074R

= b803UR
r44~5
S~85~H
og8om

~88m~
8g~~m
0!502R

380mR
= ~ON1R

= 18 4 2
=

~8~8g~~

sdsb

1= 8mij~R

2~- s0~~1~8
~g

;; 888848
;; 888i~8
0 ~8
~ 88 8
=
00

; ~n~lg

= 1 7 6
= 005746

~ °3W~

88°8~4R
4 50R
s8im~

gg4m~

535

594

613

682

460.
646
106
865#

651"
109'

711'
84A

945.
852

920"

5<14
946#
~18
50
934

613
319
351
935

6A2
320
353
936

820
331
354
931

609

644

883
641"
656"

926#
927#

Hi. ml
u!
me
691
394

~6~'

Ihl m'
9J m:

364
951
52
95
364
524
3p

535

~28

946
364#
455

3~51

~~~

64
61

933
528
93H
590

003510R

ogm~R

425'

I~~f
89#

H1
861
813
819
8R5

3~~i
~30

324

31
318

8ggg~a~

339

000 OR
OOOOpR

8g8M~

0~8ma
8 4030R

R
808m
004032R

mm~

35~

gm2a~
02236R

000062R

~22#

~Ui

340
34~

340
924
940

341
925

942

342
926
943

315

364#

106
m~
631"
652

849
811
638"
653"

425

310

583

420(
916
911
918
919
820
~51

944#
811
639
654

~~5~~IR~~~~~g~~)TA~tEO~!-~~ERO~~~§OL~AGE 24
639
650

641

654

656

910l!

343
921
944

344
92R
945

602
389
549

669
438

679

142#
514*

801
539

839

417

826

832

400

411

172

174

~RO

8R6
563*
514*
563
916#

924#
925
572
911#

574
91 Bn

Q09#
919#

SEQ 0022

ms
933~

36"
80U

~~31

m
mf

406
341
313
54
53

000f4R
800 16R
088 m
002164R

smm
o
12R

420
422·

smm

q] 2
339
3MB
939

lill

002A36R

AOO046R
gS8m R
OOOor R
8888 g~
0000 4R

626

338
355
938

364
364
364
364
364

33
p6
52
531

mh8!

SEQ 0021

~57

bll
m

mm~
004044R

0004~6R

PIGE 23

424
644
661-

o88~b~~~
03 6R

08:42

596

8~~{fl1 Slr!~~T!'~Ril~l~ MonOLE

8mm
888°tg~

31-nCr-18

536

AS = bSl32~R
= 88 0 R

MICYtl 301(10521

CROSS REFERENCE TABLE -- USER S'~80LS
615
672
756H
6At
834

l11

5~9f

~ 3#

g
H;
5 0

443
409
392
851"
468
868
559"
510
422
910#

935#

560·
571·
428
911#

61
572
561
915_

920#

956#

961#

~HAl

U~C/'11

XnHAlO.Pll

SYSTE"

f~ERCISFR
31-PCT-7~ OQ:40

MflDUU

8888gg
Q26 004014" 000000
~~1 8glg~8: gggggg
Q2Q
004022" 000000
~3~

~glgtg:

x~rQP[

X~TQPO

RCVQP I
ReVQPD
ERRQP[
ERRQPO

030

a3 a

a43
044

945
046
947

T~RCNT:

004032" 000000
004034" 000000

VA:

PAl
EA:

9bl

004050"

88m~:

g8m~: Ooom

HUNG:
04452~

052510

042503

Ml:

043515

M2:
M3 :

004042R

lUi m:
4~~
lW m
72'

MACVl1 30A(1052) 31-0CT-78 08:42 PAGE 22
CROSS REFERE~CE TABLE -- USER SYMBOLS
601440

679·
479

802·
532

809

846

503
64B

528
649

535
670

531
671

542

677·

810·

947·

830·

SRl·
474·

600·
942_

512
804

723·
841

943#

426

93B.
547
~72
42
756
427

92B.
929.
750

764
BIB"

06
3641

540
443

5 6.

364

O~RRO

0 24D~R
00404 R
8mm

709
419 *
3

KNDIT~= 1044h
F.ND~ = A844~8
ERRQPI
40 R
ERRQGO 004~ 2R
ERRQ F 002 82R
vP = oOU R
FlNI~H A8uI0R
GFTPAS= 104415

11 •

3t6
3r'

m:
2t

3~'~i

W
42~*

451

50~

SEQ

814·

532·
473

lUI

3367II

DROPPED'"

618

3641

00l046R

r/ AS

671

OAU

SgW~~

6
" HUNCUT

670

~61'

~tIDl

" ASCIZ

649

470·
518
449
486
776

RTOOI = 1°l421
mIri= AMHR

DAT~KS= 10 431
OAT R~= 1844 4

.BL~8

648

36411
364(
64
64

8 IT B = 000400
BITo = 001000
9RpK $= 304407

;THIS IS THE ASCI! MESSAGE
HI
-1
• ASCII "OEVICE "

503

BIT2
BIT3
BIT4
BITS

em ~ 888~88
R~2
omm
gm~ smm
f~nT smm

OPEN

940_

m
1
I~U

= OOgOO
= 3D o~o
= 0 0 0
= 0 0040

OP~N

OPEN

443
617
602

855
4g9*
Mi

9ITI0
BITB =
= 00 0 0
BIT
= 0180 0

UiP
~ 8~08 &
81T1~ = 10000~

OPEN

.EVEN
.FNO

"
oOgl124
0001

mw mm~
un ~ °m8~
go~or

OP;':M
OPEN

.EVF.N

044445 020124 040527
gg:m:
051104 050117
000
004116" wm 022504

08Ao ogR

m&MB

;RECEIVER QUEUE POINTERS
;ERROR QUE POINTERS

OPEN

RCVTMR: 0
DATA:
• BYT;;
.RYTE
RCVOlTA:.BYTE
LCKOUT: .SYTE
NUMBAl: OPEN

OHAL DEC/XII SYSTEM EXERCISER MOOULE
XOHALO.Pll
]1-nCT-78 00:40
582"
ACSR
003s3lR
ACTVAT gO
R
30 3
AODR
00006R
3Ui
mm=
ASTAT
gOd34R
~49.
AliAS
lOR

OONFLG

SEQ 0019

~t~:=~=liif~ gg~H~ K~J~IE$I~)p&~A~lKR(OUT)

OPEN

OONPLG:

000
0008gg

004054" 004060 "
004056 • 177777
004060" 042504
004066 "
040

962

RGNOU

PAGE 20

mmm~~~

004042" 000000
004044" 000000

949
050
051
052
953
054
955
056
957
a5q
950
060

08:42

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mm: ggg888
mm: ggg
a40
041
942

31-0CT-78

OPEN
OPEN
OPEN
OPEN
OPEN
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9h
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034
93·/
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MACVl1 301(1052)

6~2

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469
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504

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542

748

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939'

541
724

594
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SEQ 0023
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