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AC-E941C-MC

February 1979

17 pages

Original

1.9MB

Document:	CXDZAC0-DZ11
Order Number:	AC-E941C-MC
Revision:	0
Pages:	17
Original Filename:	http://bitsavers.org/pdf/dec/pdp11/xxdp/x11_listings/AC-E941C-MC_CXDZAC0-DZ11_Feb79.pdf

OCR Text

.......

DZAC DEC/XII SYSTEM EXERCISER MODULE
XDZACO.PII
31-0CT-18 09:16

,/"

MACYll 30l(1052)

31-0CT-18

09:17

PlGE 2

IDENTIFICATION
PRODUCT CODE:
AC-!941C-MC
CXDZACO DIll MODULE
PRDDUCT NAME:
PRODucr DAfE:
FEB 1979
MAINTAINER:
DEC/XII SUPPORT GRDUP
THE INFDRMArION IN tHIS DOCUMENT IS SUBJECT TO CHANGE
WITHOUT NOTICE AID SHOULD lOT BE CONSTRUED AS A COMMITMENT
BY DIGITAL EQUIPMEIT
CDRPORATION.
DIGITAL
EQUIPMENT
CDRPORAtION ASSUMES 10 RF.SPDISIBILl'lY FOR UY ERRORS THAT
MAY APPEAR IN THIS MANUAL.
THE SOFTWARE DESCRIBED IN THIS DOCUMENr IS FURNISHED TO THE
PURCHASER UNDER I LICENSE FOR USE aM A SINGLE COMPUTER
SYSTEM AND CAN BE COPIE8 (WITH INCLUSION OF DIGITALS
COPYRIGHT NOTICE) ORLY FOR SE IN SUCH SYSTEM, EXCEPT AS MAY
OTHERWISE BE PROYIDED IN WRITING BY DIGITAL.
DIGITAL EQUIPMENI CORPORATION ASSUMES NO RESPONSIBILITY FOR
tHE USE .OR RELI BILITY OF ITS SOFTWARE ON EQUIPMENT THAT IS
NOT SUPPLIED BY DIGITAL.
COPYRIGHT (e) 1976,1919 DIGITAL EQUIPMENT CORPORATION

SEQ 0001

DZAC OEC{XII SYSTEM EXERCISER MODULE
IOZICO.P 1
31-0CT-78 09:16
1.

HACYll 30A(1052)

31-0CT-78

09:17

PAGE 3

SEQ 0002

ABSTRACT:
DZA IS AN 10MOD THAT EXERCISES UP TO EIGHT (CONSECUTIVELY ADDRESSED)
DZll ASYHCHRONOOS INTERFACES. IT USES MAINTENANCE MODE TO TRANSMIT
AND RECEIVE A BINARY COUNT PATTERN OUTPUTTED AID RECEIVED
IN 64. CHARACTER BURSTS. THE MAJOR PORTION OF THE ERROR
CHECKING IS DEFERRED TO PRIORITY LEVEL O. ALL DEVICES SELECTED FOR fEST
ARE ACTIVATED AID RUN CONCURRENTLY.
ALL EIGHT LINES ARE RUN ON EACH SELECTED DEVICE.

REQUIREMENTS:
HARDWARE: AT LEAST DIE DIll INTERFACE; NO WRAPAROUND OR MAIITENlNCE CABLE IS IEEDED
STORAGE:: DZA REQUIRES:
DECIMAL WORDSI 1349
• OCTAL WORDS: u2505
• OCTAL BYTES: 5212

PASS DEFINITIDI:

ONE PASS OF THE DZA MODULE CONSISTS OF fRAISMITfllG AND RECEIVING 8960. CHARACTERS FOR EACH LIIE OF EACH DZll SELECTED
EXECUTION TIME:
EXECUTION TIME IS PROPDRTIONAL TO TBE BAUD RATE BUT SHOULD TAlE AN AVERAGE OF ONE
MIIUTE TO COMPLETE DIE PASS VHEN RUINING ALDIE OM A PDP11/40 AT 9600. BAUD.

COIFXGUR1TIOI PARAMETERS:
DEFAULT PARAMETERS:
DYA: 1, VCT: 1, BRl: 5, BR2: 5, DVC: 1,
REQUIREO PARAMETERS:
AT CONFIGURATION fIME THE USER MUST SPECIFY:
OVA:
ADDRESS OF FIRST OZll CSR REG.
fCT:
VECTOR ADDRESS OF F RST DZ11
DlC:
NO OF DZ11'S IF GRElTER TRAN 1

SRI:

•l
~

DZAC DEC/XII SYSTEM EXERCISER MODULE
IDZACO.PIl
31-0CT-78 09:16
6.

MAC'll 30A(lD52)

31-0CT-78

09:17

PAGE 4

DEVICE OPtION SETUP:
IOIlE REQUIRED

MODULE OPERATION:
DETERMINE Ir AIT DEYICES ARE SELECTED. DO lOt RUI
tHE MODULE IF 10 DEYICES ARE SELECtED. IF THERE
IRE SELECtED DEfIeES, IIITIALIZE tHE BINARY COUNT
PlttERN At O. COltII E PROCESSING.
RESTn: INItIALIZE tHE ItERAtION COUNtER TO 1120. DETERMINE
Ir All DZ1l·S IRE SELECtED LOAD tHE IltERRUPt
YECTO S TO POIIT to THE JS~ LIIKIIG tABLE.
SEtUP2: INItiALIZE tHE QUEUE POINtERS. CLEAR ALL THE BUFFERS
AID QUEUES. CLEAR tHE BOFFER ACCESS FLAG (LCKOUt>
IN CASE It WAS StiLL SET BY A CONTROL C INTERRUPt
OF tHE PRDGRAM.
ACtVATE: THIS SEGMENT INITIALIZES EACH DZll SELECTED.
EIGHT BItS PER CHARACTER IS SELECtED.
F A BAUD RAtE IS SELECTED IT IS CALCULATED AND
SSIGIED. OTHERWISE TRE DEfAULt RATE OF 9600 BAUD
IS ASSUMED.
INITIAL: THE DATA PAtTERN IS LOADED liTO THE TRlMSMITTER
BurFER IT It A BINARY COONT PAtTERN WHICH ON
SUCCES!lfE I ERATIONS L BEGINS OLIOr.20f ••• ~{71760(117710.
TaE NUMBER 0 CH1RACT~RS to BE TRAMSM TTEu IS CA CULATED.
,
rRANS~lTTER
INtERRUPTS ARE ENABLED.
ALL Sg ECTED T~ NSMITTERS FOR EACH SELECTED DIll ARE
ENABLED.
TMRSET: TMRCNT. IS USED AS A MUL fIPLYING P' ACTOR TO DETERMINE
THE WAITING LENGTH FOR THE WATCHDOG TIMER IT IS
PRESENTLY SEt AT 5 TO ALLOW SEYENTy-rIVE SECONDS
TO ELAPSE BEFORE TA(ING FURTHER ACTION.
TIMER: THIS IS THE WAtCHDOG TIMER LOOP. IT IS CONTROLLED
BY R4 AND tHRCNT. IF ALL DIll·S SELECTED GENERATED
BOtH TRANSMIT AND RECEIVE INTERRUPTS L THE APPROPRIATE
BIt IN DONFLG FOR THAT DIll WILL BE ~LEARED. IF
THIS DOES NOT OCCOR IN THE GIVEN TIME THE DEVICE
NUMBER OF THE OFFENDING DIll WILL 8E fALCOLATED L
liD THIS WILL 8E REPORTED [N A MODGLE MESSIGE. THE
OFFENDING DEVICE IS DROPPED FROM tKE EXERCISE. IF
NO MORE DIll-S ARE SELECtED THE MODULE ItSELF IS
DROPPED FROM THE RON. IF MO'E REMAIN TO BE EXERCISED,
HOWEVER, CONTROL IS TRANSFERRED TO "FINISH."
STARt:

SEQ 0003

DZAC DEC/XII SYSTEM EXERCISER MODULE
MACYII 30A(1052) 31-0CT-78 09:17 PAGE 5
XDZACO.PI1
31-0CT-78 09:16
FunSR: CONTROL COMES HERE IF ALL SELECTED DZ11~S WERE
SUCCESSFULLY EXERCISED OR IF MORE DZl1·S REMAIN
AFTER ONE WAS HUNG. THE ITERATION COUNT IS DECREASED.
IF THE COUNT DOES NOf REACH ZERO CONTROL IS PASSED
TO SEfUP2 AND THE MODULE IS RUN GAil. VHEN THE
COUIT REACRES ZERO, AN END OF PA S S SIGNALLED.
XlfTUT: THIS SEGMENT SAVES A POINTER TO THE CSR ADDRESS OF
THE INTERRUPTING DZ11 IN A FIRST-IN FIRST-OUT
NRAP ROUND BOFFER. THE TRANSMITTER 6UEUE. THE ~NTRY
POINTER IS THEN UPDATED TO POIII TO THE NEXT ENTRY
IN THE QUEUE.
XMTSRV: THIS BLOCK FETCHtS A POINTER TO A eSR ADDRESS
FROM fHE TR'.S~t TER QUEUE, '10 fHE QUEUE IS UPDATED
TO THE NEXT EITR • THE eSR IS TESTED TO DETERMINE
VHAT KIND OF IITBRRUPT OCCURRED. FALSE INTERRUPT IS
REPORrED. IF EVERYTHING IS CORRECT, IHE ADDRESS OF
THE BYTE ASSOCIATED VITH THIS LIIE ( I THE TRANSMITTER
BUfFER ) IS CALCULATED A CHARACTER IS TRANSMITTED
01 THIS LINE. TRANSMITfER INTERRUPTS ARE REENABLED
FOR THIS DEVICE L IF MORE CHARACTERS ARE TO BE TRANS"ITTED. IF NO MuRE ARE TO BE SEIT ON THIS LINE A
B T POINTER IS BUILT AND THE TRAISMITTER IS DI§ABLED.
IF ALL LINES ARE DISABLED,TRE RECEI'ER fOR
THIS DZII IS ENABLED.
RCVln: THIS SEGMENT SAVES A POINTER TO THE CSR ADDRESS
OF rHE INTERRUPTING DZII IN THE RECEIYER QUEUE.
IT DISABLES FURTHER INTERRUPTS FOR THIS DEVICE.
It UPDATES THE QUEUE ENTRY AID RESTORES THE 'ALUE
OF R5 WRICH VAS SAVED BY THE JSR INSTRUCTION FROM
THE LINIAGE T1BLE.
RCVSRY= RE FIRST TASI IS TO PRE'ENT VOLATILE REGISTER
.fORMATION FROM BEING DESTROYED. THIS IS DONE
BY TESTING A SEMAPHORE "LCISUTe- IF IT IS SEt
CONTROL IS RETURMED TO' THE M IITOR TO WAIT FOR'
A WHILE. IF IT IS CLEAR ACCESS IS PERMItTED. THE
FLAG IS SET TO DENY OTH~R ACCESSES TO THIS DEFERRED
ROUTINE. A CSR ADDRESS IS OBTAINED FROM THE QUEUE
AND THE QUEUE ENTRY IS UPDATED. rHE RECEIVER INTE6RUPT
AND INTERRUPT ENABLE ARE CLEARED. THE REGISTERS ARE SET
UP TO RETRIEVE AS QUICKLY AS POSSIBLE THE DATA FROM
HE DZ11 SILO EACH FETCH IS CHECKED TO SEE IF THE
'FORMAtION IS V'LID. IF IT IS MOT, THE REGISTERS
ARE SAtED AND A BREAK LOOP IS USED TO ALLOW MORE
TIME rOR VALID INFORMATION TO BiCOME AVAILABLE.
IF AFTER THE ALLOTTED TIME ALL HE CHARACTERS ARE
STILL NOT RECEIYED L AN ERROR ME SAGE IS REPORTED.
II tHE MESSAGE TVu NUMtERS ARE GIVEN. THE FIRST
IS THE NUMBER 6F CHARAC ERS THAT WERE TRANSMITTED
(IN OCTAL). THE NEXT IS THE NUMBER OF CHARACTERS
fHAT WERE NOT RECEIYED (ALSO IN OCTAL).
CKDATA: THIS SEGMENT INITIALIZE5 THP. LINE CHECK HOFFER

SEQ 0004

DZAC DEC/XII SYSTEM EXERCISER MODOLE
XDZACO.Pll
31-0CT-78 OQ:16

MACY11 30A(1052)

31-0CT-78

09:17

PAGE 6

TO THE FIRST DATOM THAT WAS TRANSMITTED.
tHE DEY CE NUMBER IS SAYED FOR LATER OSAGE. THE
RECEI'E INFORMATION IS CHECKED FOR 'ALIDITY
AND TRANSMISSION ERRORS. ERRORS ARE HANDLED BY THE
'STATERR' (ST TUS ERROR) AND PDERROR' (DATA ERROR)
ROUTIIES.
RCYDOIE: THIS BLOCK CLEARS THE ACCESS SEMAPHORE TO ALLOW
OTHER DEIICES TO USE THE LINE CHECK BUFFER. IT
ALSO DIS BLES THE DEVICE WITH A DEVICE CLEAR. IT
THEI BUILDS A ONE BIT MASK oSrNG RO AND IHE
CARRY BIT TO DELETE IHE APPROPRIATE SIT N THE
WATCHDOG TIMER FLAG DONFLG). WHEI THIS IS DONE,
PROCESSING CONTROL I RETORMED TO THE MONITOR.
(~NCKBFl

SUBROUTINES
yCTLOAD: THIS ROUTINE ISHiLLED IN -SETUPl' i IT IS USED
TO LOAD THE ADDR S OF THE LIIIING ISTRUCTION FOR
INTERRUPT SER'IC NG INTO THE CORRESPONDING YECTOR
SPiCE. IT ALSO LOADS THE PRIORITY ~EYEL AND THE
DEVICE ADDRESS. TRE LATTER IS LOADED INTO THE
APPROPRIATE JSR TABLE ENTRY.
SAYREG: THIS ROUTINE SAYES THE FIYE VOLArI~E INFORMATION
REGISTERS II A FIRST-II, FIRST-OUT WRAPAROUND
BUFFER, THE ERROR QUEUE.
GETREG: TRIS ROUTINE RETRIEYES TaOSE SAME REGISTERS.
GETLINE: THIS ROUTINE CALCULATES HOW MAN' CHARACTERS WILL
BE TRANSMITTED FOR EACH DEfICE DURING AN ITERATION
OF THE PROGRAM. EIGHT CHARACTERS ARE SENT ON EACH
SELECTED LINE IN DIE ITERATION. TRE TOTAL COUNT
IS STORED IN -XNTCNT-.
BAUDRTE: THIS ROUTINE CALCULATES THE BAUD RATE, ASSIGNS
IT6 AND SELECTS 8 BITS/CHARACTER COMMU ICATION
MO E. IF SR1=OL THE DEPAULT RATE OF 9600. BAUD
IS ASS CNED. THE BAUD RATE SELECTED IS DETERMINED
BY THE LEAST SIGNIFICANT (RICHTMOST) SET BIT IN SR1.
STATERR: THIS ROUTINE BETERMINES WHETHER AN ERROR INDICATED
II THE RECEIYE CHARACTER INFORMATION WAS AN
oYERRUN ERROR,. A FRAMING ERROR L DR A PARITY ERROR.
THE DEVICE NU~BER OF THE ERRIN~ DEVICE IS REPORTED
AS STATC. CSRA WILL BE CLEAR.
DERROR: THIS ROOTINE REPORTS A DATA ERROR.
8.

OPERATOR OPTIONS

SEQ 0005

DZAC DEC/Xll SYSTEM EXERCISER MODDLE
IDZlCO.PIl
31-0CT-18 09:16

MACYll 30l(l052}

31-0CT-78

09:17

PAGE 7

SEQ 0006

MODULE LOCATION D'ID! (APC=141 MAY 8E MODIFIED (MOD. CMND) TO E~ERCISE
ANY CONBIIITIOI OF EIGRT DZll S.
MODULE LOCtTIOM SRl (lPC=16) MAY BE MODIFIED TO SELECT A DIFFERENT BAUD RATE.
THE FOLLOW NG tlaLE SHOULD 8E USED:
FOR tRE BAgD RUE
SRl=
LOC 33~=
72 0
1
~OiSO

I!4g88
18 0

~oo

150
5
133,~

i
l8
t

400
1210

tl 8
10000

1~38

t~~8
350
111
8
3 0

t13

70
50
20000
45
(LOCAtION 336 IS THE LOC1TION OF tHE ITERAtIOI CONSTANt, USING THESE 'ALUES
iILL YIELD AN END OF PASS CLOSE T~ OlE MINUTE FO EACH B UD RATE.)
THE DEFAULT RATE IS 9600 BAUD(SR1=0).
MODULE LOCATION SLCfLII CAPC=310) HAY BE MODIFIED TO RUN ANY
COMBINATION OF EIGHT LINES. THE COMBII1TIOI S fHEN RUN ON
ALL SELECTED DEYICES. THE DEFAULt SELECtION IS ALL EIGHt LINES.
NOTE: ShCTLI.F1LLS ON 1 BYTE BOON01RY" BE SURE
T RESTORE THE BITS SEt IN THE OtHER BYTE

't,

MODULE LOCltlON RESTRT +2 (lPC=336) MAY BE MODIFIED TO VIRY THE PERIOD BETWEEN END OF PASS REPORTS.
MODULE LOCATION TMRSEr +2 (lPC=152) HAY BE MODIFIED TO VARY
fHE PERIOD OF tHE ntCHDDG TIMER. IT IS PRESENtLY SEt TO EXPIRE
AFtER SEYENTY-FIYE SECD'DS WBEI 011 IS RO.IING lLOIE.
9.

101-STAID1RD PRINTDUTS:
WHEN A STATOS ERROR IS DEtECTED DZI OSES IHE ERRORI
CALL TO REPORT IT~ THI FIRST IU'BER CIYEI S THE NUMBER
OF THE DEY ICE (0 TO 7 • THE SECOID IS TBE COITENTS OF
THE RElD BUFFER (DZRD OF= CSR + 2,E.C.,160042).
WHEN ALL CH1RACtERS ARE NOT RECEIVED AI ERROR. CALL IS REPORTED. rHE FIRST MUMBER IS rHE MUHBiR OF CHARACtERS EXPECTED.
tHE SECOND IS THE N HBER OF CHARACTERS rRlr WERE NOT RECEIVED.
ALL OTHER

PRIITOUT IS STANDARD.

.w.• •'

'"
$

DIAC DEC/XII SJSTEM EXERCISER MODULE
XDZACO.Pll
1-0CT-78 09:16
10.
MNEMONICS

HACYll 301(1052)

31-0CT-78

09:17

PAGE B

THE FOLLOWING INFORMATION SHOULD BE USEFUL IN UNDERSTANDING
NAMES GIVEN T3 VARIABLES IN TRIS PROGRAM.
IMT REFERS TO THE TRINSMITTER
RCV REFERS TO THE RECEIVER
ERR REFERS TO ANYTHIIG TO DO WITH ERROR HAIDLING
FLG REFERS TO 1 SOFTWARE FLAG« DSDlLLY A 8IT FLAG
QOE REFERS to A FIRSt IN FIR~T OOT BUFFER
TMR REFERS TO SOFTWARE TiMING FUMCTIONS
CRT REFERS TO A WORD USED AS A COONTER
OP REFERS TO A POINtER ASSOCIATED WITH A QOEUE BOFFER
I IS AN INSERTION POINTER 0 IS AN OOTPUT POINTER
LR REFERS TO SOMETHING INVOLVING I GIVEN LIRE
1M IS AMOTHER REFERENCE TO TRANSMITTER
CT GENERALLY REFERS TO A COONT
E.G:XMTQPO=TRINSMITTER QUEUE POINTER OUT
OTHERS ARE BASICALLY SELF EIPLAIITORY.

SEQ 0007

DZAC DEC/X11 SYSTEM EXERCISfR MODULE
XDZACO.Pll
31-DCT-78 09: 6
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MACYll 301(1052)

31-DCT-78

09117

PACE 9

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31-OCT-78

09:17

PAGE 11

HACYll 301(1052)

31-0CT-78

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SEQ 0011

AR,
0, S~LECfEO
ROP THE MOOUL F FROM THE RUH

;9 WORDS TO MEM~ITERATION
JDYC TO HI
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COpy THE OE'~ic SfLECTIO PARAMETER. ARE
BIlE
RESTRT
Jt'Ys8~Yj~e~N R~8 E~lNG. IF NOT, DROP THE MODULE
DROP:
END$,BEGIII
I DROP THE MOOUL E
lI.~'~ALIZ~ IHt MUJ!ER or P1SS5S T8 BE MA~E. SET UP THE DZll INTERRUPT
J~ L ~g JOR ~HilRp I~:G~E S BRO TIRE L .~IMG TABLE. CALL SUBROUTINE
NO:

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SEQ 0010

Ta~ Tg.,SHIT QUIUE ENTRY (INl POlhTER
!;~8[Ni
T E G~ N Ie OF ~ E GUnE
P8 I IJ TH, RA.SHI~ a fOE R RA~VAL LOUT)

JP I

0 THE BE 1 N IIC OF T

QUP. E

DZAC DEC/Xli SYSTEM EXERCISER NODULE
XDZlCO. Pll
31-0CT-78 09216
551

0ooOIO~O; 18i~804

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iitiii~ liJ!I! ;;;;;;

31-OCT-18

09a11

PAGE 13

NlCYll 30l(1052)

31-DCT-18

09111

PAGE 14

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NACYll 30&(1052)

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MACYll 30&(1052)

31-0CT-78

09:17

PAGE 15

MaCYII 30A(1052)

31-OCT-78

09:17

PAGE 16

SSO 0014

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OZAC DEC/xlI SYSTEM EXERCISER MODULE
IOZlCO.plt
31-0CT-78 09116

2S:

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lCOUIT A CHIRICTER TRINSMITTED 'OR THIS LIIE
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ISET I II POll R IN R3
lOSE R2 IS A C NT 0' ROTATIONS ro MAKE

SgO 0015

UZAe SEC/XII SYSTEM EXERCISER NODULE
XOZlC .Pll
31-0CT-78 09116

MACYII 30A(1052)

31-OCT-78

09:17

PAGE 11

3t-OCT-78

09:17

PAGE 18

SEQ 0016

674

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XDZACO.Pll

31-0CT-78 0~:16

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go l8~: 68r 1 nun:
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13

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SEQ 0017

THIS R06¥'~EI1~RI=TERPgrLTiIRIAC~H~021i·1 R SS or TH IMTERR PTI.G D VIC IN TH
JR~CEIVER QUiUE&-SERV.CE IS D ERRED TO PRISKI', LE'EL
AT DE~ERRiD S!R'I~E (RCY~RV),
IT
lrrSET IS r~TCHK& rRON
QYEUi• THE IITERRUPT A,D IHTERRU~T NABLE BITS ARE
IC IRED liD THE SILO
fMP
HTO THE sorrvlRE Bur ER. IF AL C ARACTERS
E lOT R CElYED TH S S RED. CII C THE aD r R UD
PRO TA R DRS. IF
lX.OTRER RK~EI'ER is A RIIO! S Ie THE L~HI CRECl 'yJrER (LR~KB')t §UBsiQ6ENT
IRECEllfRS
ACCESS IHEII
alTILALLTHE'
~OMPLe IT
E. RELEASES
IF THERE
IARE
CH U~L
R CT RERBi ORP RMKQEO
R
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DATA RST
IRE ISCHECKED,
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AR THE ",ORRESPOIlDIIIG BIT IH OONFLG.

~gg

NACYll 30A(1052)

00 7 '
00H40'

16
a

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SEQ 0019

1$1

GIlYUGI

1$1

i~i

I·

B
GETLUS'lfI
1$1
8!B

MaCYl1 30&(1052)

31-OCT-78

09111

RS,RCVIII!

PAGE 22

SEQ 0021

»LINK FOR RECEIVER 0

RS,XMTUf

,LIHK POR TRAISMITTER 0

RS,Renn

,LINK FOR RECEIVER 1

R5,XMTIIIT

,LIBK FOR TRANSMITTER 1

Rs,RCVIn

,LINK FOR RECEIVER 2

R5,XIITIn

,LUK FDR TRANSMlTfEa 2
,LInK PDR RECEI'ER 3

RS,XIITUf

,LINK FOR TRANSMITTER 3

R5,RC'IUT

JLJIK FOR RECEIVER 4

R5,XIITUf

ILINK FOR TRANSMITTER 4

RS,RcnRT

,LIIK FOR RECII'ER 5

R5, IIITI!If

,LINK FOR TAAISMITTER S
,LIWK POR RECEIVER 6
,LXII FOR TRARSMITTER 6

RS,Rcnu.

lLIUK FOR RBCIl,gR 7
,LINK FOR TRAISMITTER 1

,TRES! ARE THE QUEUES.

IMII211 "ILKM I
E&RQH : : tl= ~i"
ITHESE ARE THE DUFrERS

8
f@:StRYIC!
&~B8IE E

'1IA.~"liTIR
IE fi8A'g R

UEUE

UZAC OEC/~ll SJSTEM EXERCISER MODULE
XDZACO.Pll
1-0CT-78 09116

MACYII 30A(1052)

UZAC DEC/~ll SYSTEM EXERCISER MODULE
XDZACO.Pll
3I-oeT-?S 09:16

MACYII 301(1052) 3I-DCT-78 09117 PACE 25
CROSS REFEREICE rABLE -- OSER SYMBOLS
872*

leSR
ACTVAT 88080~RR
R
ADDR
ADDR22: O~10
ASB
0
6R
ASTAT
All AS
00l~OR
BAUDIT
2R

08 8

mBA!: 88!m
go8

RlP~;;

4~o 0

HIT~ = b~oo
= 0008i~
= 0g8

= 00

glIB

;; go 8
BREAKS= Ag~417
n~ oh81G

°i
431
~~~~e~
= ~~Io d~i
D~8~MR g 2~~R

gONFIG
CSRA
DA •
DA Cit

645
893

418

m
5'/0

713

ojb

OVIOI

ERR&PJ

85~40R
42R

714

735

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829

831

9561

8231

878

895

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579
987

788*

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g~j 1,6R
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ERRotE
ERRTYP

UH-I~ oRH

GETPAS= lo~h5

GETREG

SEQ 0023

548

~~nh;; 01~ol~0 RR

SEQ 0022

B1Th = 32RRiR
0108 8

BIT13 :

PACE 23

0~2
0

BITI :
RIT 0 :
BIT
: 0

Ut~

09117

8 8184R
3°23
000 OR

BEGIN

RlT 3
BIT4
BITS
BIT6
BIT?

31-0Cr-78

002204R

748

864

865

649

652

709

713

DZAC DECI.tt SISTEM EXERCISER
IOZACO.Plt
t-OCT-'8 09116

MODO~E

~IB~'I= d2411 R

URgER

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f

lCOUNT
ONUM

lUll

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R

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;; 888 o~

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IIsess
=
IIses
=
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746

U
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LCKOUT
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INTH
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~~~

SKU 0024

IIli

985

i
1°1'
III

!1W' .11111'

III' III III III

= 1244~0
~ ~~C8T = ~Og83tR

orDAS

In II

lit

3A'!

709

~8~U2~ 1 S'1;t8
0 S

PRTY =
PRTYO =
PRTVl = 0 041
PRTY2
PRTY3 =
= 0
PR Y4 =
PRirS =
40
PRTY6
= 0
PRTY'! =
PS
1
6
PSI!
= ~ 11 6
PUSH =
6
PUSH2 =
46=6
RAND =
44

g 3

8 f8

is'1

407,

RANH~II A 00~4R

DZA SE~{XII sIfTEM E"R5ISE2 MODULE
XOZ C. 1
-OCT9:1

a
or
8 11I

RBUF
RCVOAT = Oor~~
00
R
RCVOON ~O
3R
ReVINT
R

R~VON
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RCY~UE

Rev
RCYTMR
RV
RCYVO,
R
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nn 888 II
01 0

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spup
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SIL06

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SOFC T
SOFER§=

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R
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SYI4

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tl'"

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I II Ill:
t6
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l

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770

887

909

915

927

933

tit lll: nl'

9Slt

734
465

'43
514

8113
599

921

939

SKU 0025

945

701

809'

813

547

581-

4911

837

854

•

442'
8,!0II

JIJI I IU~

615660

678

680

MACYll 30A(1052)

3l-0CT-78

09:11

PAGE 28

CROSS REFEREIC! TABLE -- USER SYMBOLS
TIMEW

8~A051R

U!.1 ~U;
lill UI: US:
561

t~~m
TR~DFD= ooA I~2~ ~

"\"
:~~~gH IIW
1n
11 1~H'
"..
:~H:+ 81
il1
t
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XMtQPI
XM QeO
XMT E

0 ~
0 2

8U· lU- na
iii!
III! 111* Ili~ t 3 In; lUi

R
R
R

XMT~RV = gOBS
0 12R
ARS.

88g~~~

576*

1'181

SEQ

3~U

'ISS,

956'

960,

96lt

632
962,

954'
963e

964,

955e

956lP

96'1#

968.

0026