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AH-8640D-MC

January 1979

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Document:	CZDQOD0 DQ11 OVERLAY FOR ITEP JAN 1979 bw
Order Number:	AH-8640D-MC
Revision:	000
Pages:	36
Original Filename:	CZDQOD0__DQ11__OVERLAY_FOR_ITEP__AH-8640D-MC__JAN_1979_bw.pdf

OCR Text

TEP OVERLAY

CZDQODO

AH-8640D-MC

JAN 1979

copvriGHT 75-7s

HOEAREN

FICHE1 OF
1

MADE
IN USA

0Q11 ITEP OVERLAY
MACY11
(ZDQ0D.P1N
05-0(T1-78 09:22

30A(1052)

18-0CT-78

10:51

PAGE 2

SEQ 0001

IDENTIFICATION

PRODUCT

C(ODE
:

AC-8639D-M(

PRODUC© NAME
:

CZDQODO DQ11

PROGRAM DATE
:

OCTOBER

MAINTAINER:

DIAGNOSTICS

AUTHORS :

R A JONES

ITEP OVRLY

1978

JOHN EGOLF

FAY BASHAW

THE

INFORMATION

THIS

DOCUMENT

SUBJECT

CHANGE

W]THOUT

NOTICE AND SHOU.D NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL
EQUIPMENT CORPORATION.
DIGITAL EQUIPMENT CORPORATION ASSUMES
NO RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT,
THE

SOF TWARE

DESCRIBED

LICENSE AND MAY ONLY BE
TERMS

SUCH LICENSE.

THIS DOCUMENT

USED OR COPIED

FURNISHED UNDER A

IN ACCORDANCE WITH THE

DIGITAL EQUIPMENT CORPORATION ASSUMES NO RESPONSIBILITY FOR
THE USE OR RELIABILITY OF ITS SOFTWARE ON EQUIPMENT THAT [S
NOTM SUPPLIED BY DIGITAL.

(OPYRIGHT

()

1974,

1978, By DIGITAI

EQUIPMENT

CORPORATION

0C11 ITEP OVERLAY
CIDQOD. P

'.C

MACY11 30A(1052) 18-0CT-78 10:51 PAGE %

SEQ 0002

05-0(T1-78 09:22

ABSTRA(T,
THIS PROGRAM IS DESIGNED
FIELD SERVICE PERSONEL.

AS
IT

A MAINTENANCE AID FOR
WILL VERIFY THE PROPER

OPERATION

OF A COMPLETE COMMUNICATION LINK FROM ONE PDP-11
SYSTEM TO ANOTHER OR TO A COMMUNJCATION TEST CENTER.
THIS PROGRAM MUST BE
TEST

PROGRAM(DZITP)

2.0

REQUIREMENTS.

c.1

EQUIPMENT
A.

2.2

PDP-11

A DQ11

SYSTEM WITH 4

IN CONJUNCTION WITH THE

PDP-11

INTERPROCESSOR

SYSTEM WITH A DL-11

[NTERFACE.

(ORE.

COMMUNICATION INTERFACE.

STORAGE
.
4K OF

3.0

USED

ON A

(ORE

LOADING PROCEDURE

THIS PROGRAM IS IN ABSOLUTE
THE ABS LOADER MUST BE USED

FORMA:.
TO LOAD

THE

PROGRAM.

OPERATING PROCEDURES.
A.

TWO METHODS OF ENTERING PARAMETERS ARE PROVIDED
1.
LOAD ADDRESS 200 AND START TO ENTER PARAMS FROM CONSOLE

LOAD ADDRESS 200 AND SET SWITCH REGISTER BIT 15 BEFORE

STARTING TO ENTER PARAMS FROM CONSOLE
*THE

PROGRAM MAY BE

C(ONSOLE
1.

RESTARTED AT

DIALOGUE PARAMETER

INPUT

THE PROGRAM WILL TYPEQUT
IF YOU WISH TO SETUP
8.
IF YOU WISH TO SETUP
C.
IF YOU WISH TO SETUP

DN OR DMB WAS

TYPED

LOC

SWITCHES,

204

(ONCE

(CURRENT

PROCEED

TTY,

PROCEED

TO SECTION B.

TO SECTION (.

PARAMETERS

HAVE

ALREADY BEEN SELECTED)

VALUES FOR PARAMETERS ARE

FOUND

IN OVERLAY)

THE NAME OF THE VARIABLE OVERLAY.
JUST THE INDICATED OVERLAY, TYPE A CARAGE RETURN
A DN11, TYPE IN DN.
A DM1188, TYPE IN DMB.

IN STEP 1

ABOVE

THEN THE BUS ADDRESS

VECTOR ETC. REFERED TO IN STEPS 2 THRU 7, PERTAIN TO THE DNi1 OR DMBB.
2.

THE PROGRAM WILL

TYPE

THE DEFAULT BUS ADDRESS OF

RETURN TO USE

TYPEIN ACTUAL BUS ADDRESS

THE

INTERFACE UNDER TEST.

DEFAULT BUS ADDRESS

THE PROGRAM WILL TYPE OUT THE DEFAULT VECTOR ADDRESS

TYPE A CAR.

THE

PROGRAM WILL

B.
4.

TYPE A CAR.

RETURN TO USE

DEFAULT ADDRESS

TYPEIN ACTUAL VECTOR ADDRESS

NOTE:

TYPE

OUT

THE

200-PRIO 4, 240=PRIO S,

DEFAJLT

INTERFACE

300=PRIO 6, ETC.

PRIORITY

DQ11 ITEP OVERLAY
MACY11
CZDQOD.P11
05-0CT-78 09:22

30A(1052)

TYPE A CAR.

THE

PROGRAM WILL

18-0CT-78

RETURN TO USE DEFAULT VALUE
TYPEOUT

TYPE A (AR.

THE

PROGRAM WILL

TYPEOUT

IF REQUIRED BY THE

THE

ISR.

PARAMA1

PARAMA?

10.0 IN OVERLAY LISTING FOR PARAMETER DESCRIPTION)

DEFAULT VALUE

TYPE A CAR. RETURN TO USE DEFAULT VALUE
ENTER ACTUAL VALUE

PROGRAM WILL

TYPEOUT

THE

REQUIRED BY THE OVERLAY.
A.

DEFAULT VALUE

RETURN TO USE DEFAULT VALUE

TYFEIN ACTUAL VALUE

A.
B.

THE

ISR.(SEE SECT.

THE

SEQ 0003

TYPEIN ACTUAL VALUE

IF REQUIRED BY THE

D
PAGE 4

10:51

DEFAULT VALUE

PARAMA3

TYPE A CAR. RETURN TO USE DEFAULT VALUE
THE DN=11 WILL USE PARAM #3 AS THE # TO DIA..

IF USING A MODEM WITHOUT AUTOMATIC HANDSHAKING,

THE NUMBER MUST

B.
THE

ENTER ACTUAL VALUE.

PROGRAM WILL

WAS FOR DN11
THE

TERMINATE WITH A

" END-OF -NUMBER' ' CHARACTER (:).
RETURN TO STEP B1

THIS

SETUP

OR DMI1BB.

PROGRAM WILL REQUEST THAT SWITCH REGISFER BE SET.
A.
SETUP SWITCH REGISTER AS SPECIFIED IN STEP D.
AND TYPE A CAR. RETURN.

NOTE:

IF ANY OF

THE ABOVE

ITEMS 2 THRU 7 WERE

NEW VALUES,THE NEW VALUE BECOMES
RESTARTS OF THE PROGRAM,

THE

DEFAULT

CHANGED BY ENTERING

VALUE

FOR

SUBSEQUENT

DQ11 ITEP OVERLAY

MACY11 30A(1052) 18-0CT-78 10:51 PAGE E

SEQ 0004

05-0CT1-78 09:22

“.

MANUAL PARAMETER INPUT FROM SWITCH REGISTER
1.
THE PROGRAM HALTS FOR ISR(INTERFACE SERVICE ROUTINE)
SWR14=SETUP DM-11B ISR

SPECIFICATION

SWR13=SETUP DN-11 ISR
SWR=000000=SETUP VARIABLE ISR

THE FOLLOWING HALTS ARE REPEATED FOR EACH ISR SPECIFIED.
SETUP SEQUENCE IS: DN11,DM11-BB THEN VARIABLE OVERLAY. (EACH ENTRY SFT SWICHES THEN HIT CONTINUE.)

[]

TMO

[}

CZDQOD.P11

HALT FOR BUS ADDRESS OF INTERFACE
HALT FOR VECTOR ADDRESS OF INTERFACE
HALT FOR PRIORITY OF INTERFACE
HALT FOR INTERFACE PARAM #1 (SEE SECT. 10.0 IN OVERLAY LISTING FOR PARAMETER DESCRIPTION)
HALT FOR INTERFACE PARAM #2 (DN11 AND DMBB PARAMETERS ARE DISCUSSED IN SECT. 10.0 OF THE MONITOR.
GO BACK TO STEP A IF THIS SETUP WAS FOR DN OR DMB.

HALT FOR OPERATIONAL SWITCH SETTINGS.

PRESS CONTINUE

TO START

TESTING

(SEE STEP D.)

BEFORE ATTEMPTING TO RUN THIS PROGRAM, THE OPERATOR MUST
ACCERTAIN THE COMPLETE COMMUNICATION LOOP AND PROCEEDURES
TO _BE USED, INCLUDING THE TYPE OF MODEMS, THE TYPE OF
INTERFACE BEING USED AT THE OTHER CPU AND THE MODES OF OPERATION,
DATA AND PARAMETERS TO BE USED AT EACH CPU.
THIS WILL REQUIRED VOCAL COMMUNICATION WITH THE OPERATOR
AT THE OTHER CPU UNLESS ITS CONFIGURATION AND OPERATION
ARE FIXED AS A TEST CENTER.

AFTER.DETERMINING THAT THE EQUIPMENTS ARE COMPATIBLE AND
AGREEING ON THE MODE AND VARIABLE PARAMETERS TO BE USED,
THE SYSTEM WHICH IS TO RECEIVE DATA FIRST SHOULD BE

LOADED AND STARTED.

THE MODEM BEING USED ON THIS SYSTEM

HAS AN AUTOMATIC ANSWER FEATURE,
THE

SYSTEM WHICH

SHOULD BE

TO TRANSMIT FIRST

SHOULD

ENABLED.
THEN BE

LOADED

AND STARTED AND THE CONNECTION ESTABLISHED E]THER MANUALLY
OR AUTOMATCALLY (VIA DN-11).

0Q11 ITEP OVERLAY
MACY11
CZDQ0D .P11
05-0CT1-78 09:22

30A(1052)

18-0CT-78

10:51

F
PAGE 6

SEQ 0005

OPERATIONAL SWITCH SETTINGS.

SW15=1 HALT ON ERROR
SW14=1 SINGLE PASS
SW14 HAS NO EFFECT IF SWO4=0
SW13=1 INHIBIT ERROR TYPEOUTS
SwW12=1 INHIBIT ALL TYPEOUTS EXCEPT ERRORS

IF SW12=0 AND SW04=1 END PASS IS TYPED

AND TRANSMITTED/RECEIVED DATA IS TYPED.
SW11=1 USE PREVIOUSLY SPECIFIED DATA

SW10=1 DATA SELECT (WITH SW09)
SW09=1 DATA SELECT (WITH SW10)
00=1 GET DATA FROM OPERATOR
01=1 TEST MESSAGE #1 (SA QUICK BROWN FOX)
10=1
11=1

TEST MESSAGE #2
TEST MESSAGE #3

($8 NUMERICS)
($C COMTEST/QUICK BROWN FOX/NUMERICS)

SWO8=1
TRANSMIT RECEIVED DATA (INTERNAL LOOPBACK MODE)
SWO7=1 DO NOT TEST RECEIVED DATA
SWO6=1 MONITOR TRANSMITTED DATA ON CONSOLE TTY.
SW05=1 MONITOR RECEIVED DATA ON CONSOLE TTY.«

+* [N MANY CASES, NOT ALL DATA WILL APPEAR ON THE CONSOLE
TTY. THIS IS ESPECIALLY TRUE WHEN THF COMM INTERFACE IS
RUNNING AT A FASTER BAUD THAN THE CONSOLE, BUT EVEN AT EQUAL

OR SLOWER BAUDS, ALL

SW04=1

CHARACTERS MAY NOT APPEAR ON THE

RETURN TO MONITOR FOR END PASS

WHEN SW04-0 PROGRAM LOOPS

SWO3 1 INTERNAL LOOPBA(CK MODE
SWO02=1 EXTERNAL LOOPBACK MODE
SWO1=1 ONE-WAY-IN MODE
SWOO 1 ONE-WAY-0UT MODE

CONSOLE.

IN THE OVERLAY NEVER RETURNING TD

THE MONITOR.

DQ11 ITEP OVERLAY
MACY11
CZDQOD.P11
05-0(T7-78 09:22

30A(1052)

18-0CT-78

10:51

PAGE 7

SEQ 0006

THIS PROGRAM HAS BEEN MODIFIED TO RUN ON A PROCESSOR WITH OR WITHOUT
A HARDWARE SWITCH REGISTER. WHEN FIRST EXECUTED THE PROGRAM TESTS
THE EXISTENCE OF A HARDWARE SWITCH REGISTER. IF _NOT FOUND A

SOF TWARE SWITCH REGISTER LOCATION (SWREG=LOC. 176 ) IS DEFAULTED TO.
[F THIS IS THE CASE, UPON EXECUTION THE CONTENTS OF THE SWREG ARE
DUMPED IN OCTAL ON THE CONSOLE TTY AND ANY (HANGES ARE REQUESTED
(Ie)
POSSIBLE

SWR=XXXXXX

NEW=

RESPONSES ARE:

<CR>

6 DIGITS 0-7

NO CHANGES ARE

TO BE MADE

TO REPRESENT IN OCTAL

VALUE

THE NEW SWITCH REGISTER

;LAST DIGIT FOLLOWED BY <(CR>.

"0 ALLOW REENTERING VALUE

If ERROR IS COMMITTED

KEYING IN SWREG VALUE.

BUILT INTO THE PROGRAM 1S THE ABILITY TO DYNAMICALLY CHANGE THE
CONTENTS OF SWREG DURING PROGRAM EXECUTION. BY STRIKING “G
(CNTL G) ON CONSOLE TTY THE OPERATOR SETS A REQUEST FLAG TO CHANGE
THE

CODE

CONTENTS OF

(IE)

APPLICABLE

SWREG,

WHICH

ERROR ROUTINES,
AREAS.

IF OPERATOR
REQUEST FOR
TYPE IN THE
“(UP ARROW)

IS PROCESSED

IN KEY AREAS OF

AFTER HALTS END OF

PASS,

THE

AND OTHER

PROGRAM

SPECIFIED DATA WAS INDICATED, THE PROGRAM WILL TYPE A
THE DATA. DATA MAY BE ENTERED AS ASCII CHARACTERS OR OCTAL

DATA

TERMINATED WITH A CR.

OCTAL

CODE MAY BE

ENTERED BY

FOLLOWED BY THE OCTAL CODE (IN THE RANGE 000 TO 377)
SEPERATED BY SPACES AND TERMINATED BY “(UP ARROW).
I.E.
ABCD* 000 123 377* EFG (CAR.RETURN)

A TYPICAL

SWITCH SETTING FOR HALF-DUPLEX=003150 THIS SETTING USES

A TYPICAL

SWITCH SETTING FOR FULL-DUPLEX=003144

CODE.
TYPING AN

INTERNAL LOOPBACK MODE, LOOPS IN OVERLAY, MONITORS TRANSMITTED AND RECEIVED
DATA ON THE CONSOLE TTY, AND TESTS RECEIVED DATA USING TEST MESSAGE #3.
IS THE SAME AS ABOVE EXCEPT

THIS SETTING

IT USES THE EXTERNAL LOOPBACK MODE.

ALL STANDARD MESSAGES(TEST MESSAGES 1-3) ARE PRECEDED BY 2 FJLL CHARACTERS(177),
AND ARE FOLLOWED BY A CR(015), LF(012) ,RECEIVE TERMINATING CHARACTER(001),
& FILLS(177), AND A TRANSMIT TERMINATING CHARACTER(000). DURING TRANSMISSION,
WHEN A 000 CHARACTER IS SEEN THE TRANSMISSION IS STOPPED.DURING RECEPTION,

WHEN A 001
IF

CHARACTER IS RECEIVED,

THE MESSAGE

WAS

INPUTED 8Y

THE

THE RECEIVER IS SHUT OFF.

OPERATER,

THE

TERMINATING

CHARACTERS ARE

ADDED.

ITEP OVERLAY

05-0CT1-78 09:22

30A(1052)

18-0CT-78

10:51

H
PAGE 8

SEQ 0007

TEST MOl ES

RETURNS

Ry
—

THE OVERLAY WAITS TO RECEIVE A MESSAGE (TERMINATED BY <001>)
VERFIES THE DATA AGAINST THE DATA SELECTED BY SWO9 AND SW10(SwW7=0)

INTERNAL LOOPBACK MODE

TRANSMIT
TRANSMIT

THE DATA SELECTED BY SWO9 AND Sw10 (Sw8 0)
THE RECEIVED DATA (Sw8=1)
TO MONITOR FOR 'END PASS'' (Sw4=1) OR

GO TO STEP 1.

(Sw4=0)

L[]

NN ISNND -

EXTERNAL LOOPBACK MODE

CZDQOD.PI11

MACY11

THE OVERLAY SETS REQUEST TO SEND
WAIT FOR CLEAR TO SEND
TRANSMITS THE SELECTED DATA
RESETS REQUEST TO SEND
WAIT FOR MESSAGE TO BE RECEIVED
VERIFIES THE DATA (SW07=0)
RETURNS TO MONITOR FOR 'END PASS''.

(Sw04-1)

GO TO STEP 1(Sw04=0)

ONE-WAY-IN MODE
1.

2.
3.

THE

OVERLAY WAITS FOR_MESSAGE

710 BE

RECEIVED.

VERIFIES THE DATA(SWO07 Q)
RETURNS TO MONITOR FOR "END PASS''(SW04=1) Ok
GO TO STEP 1 (SW04=0)
ONE-WAY-0UT MODE

S WY
=

0Q11

THE OVERLAY SETS REQUEST YO SEND
WAITS FOR CLEAR TO SEND
TRANSMITS SELECTED DATA
RETURNS TO MONITOR FOR 'END PASS''.

GO TO STEP 1

(SW04=0)

(SW04=1)

THE OVERLAY IS THEN ENTERED AND A CONNECTION ESTABLISHED EITHER
MANUALLY OR AUTOMATICALLY.

IF ONE-WAY=IN OR INTERNAL LOOPBACK MODES ARE

THE OVERLAY WILL

SET DATA TERMINAL

SELECTED.

READY AND WAIT

IF ONE-WAY-0UT OR EXTERNAL LCOPBACK MODES WERE

THE OVERLAY WILL

;ggNgxgfiLSXTXILL

FOR DATA.

SELECTEL.

SET DATA TERMINAL READY AND REQUEST

TO SEND.

THEN WAIT FOR CLEAR TO SEND BEFORE ATTEMPTING TO

THE PROGRAM WILL PRINTOUT A 'WAITING FOR CLEAR TO SEND"'

MESSAGE AND THE CONTENTS OF THE XMIT (SR EVERY 60 SECS.
UNTIL CLEAR TO SEND IS ASSERTED.

DQ11 ITEP OVERLAY
(Z0Q0D.P11

MACY11 30A(1052) 18-0CT-78 10:51 PAGE 5

SEQ 0008

05-0CT-78 09:22

S#04=0 THE OVIRLAY WILL CONTINUE TO

SWO4=1

TRANSMIT/RECEIVE DATA.

THE OVERLAY WILL RETURN

TO THE MONITOR AND TYPE “END PASS''.

IF BOTH SWO4=1 AND SW14=1, THE PROGRAM WILL REQUEST
?Egrluég?FACE PARAMS AFTER ONE PASS OF THE SELECTED
TEST

EXECUTION MAY BE

INTERRUPTED BY

TYPING

THE

FOLLOWING

CHARACTERS ON THE CONSOLE TTY.
LINE FEED = RESTART PROGRAM AT LOCATION 200.
QUESTION MARK = PRINTOUT FIRST 8 WORDS OF INPUT BUFFER.(ASCII)
"HEN TYPE EITHER:
WX XXXXX
TO PRINTOUT THE 8 WORDS
AT LOC XXXXXX.

CARRIAGE

5.0

*BXXXXXX

TO PRINTOUT
AFTER LOC XXXXXX.

«(

TO CONTINUE

PROGRAM MUST BE

RESTARTED AT

RETURN - RESTART AT REQUEST

THE

16 BYTES

200 AFTER PRINTING.

FOR NEW OPERATIONAL

SWITCHES.

PROGRAM AND/OR OPERATOR A(CTION
[f

THE OPERATOR WISHES

TO MANUALY EXAMINE

THE

TRANSMIT OR RECEIVE

BUFFERS, DO THE FOLLOWING; TO FIND THE STARTING ADDRESS OF THE RECE]VE
BUFFER, LOAD ADDRESS 11020 AND EXAMINE. TO FIND THE STARTING ADDRESS
OF THE TRANSMIT BUFFER, LOAD ADDRESS 11022 AND EXAMINE.

5.1

NORMAL HALTS
SEE SECTION 4.

6.0

ERRORS

6.1

ERROR REPORT INC
THE ONLY ERROR REPORT

INTERFACE SPECIFIED

FROM THE

CONTROL

IS NOT LOADED.

PROGRAM OCCURS

THE

IF DATA IS RECEIVED AND SWITCH 7 (NO DATA (OMPARE)
IS RESET, THE DATA WILL BE COMPARED AGAINST THE PRESELECTED
DATA AFTER A LINE FEED CHARACTER IS RECEIVID. IF THERE IS A

MISMATCH,

THE FOLLOWING ERROR REPORT

RECEIVED DATA=RRRRRR
DATA SHOULD BE TTITTT
DATA (OMPARE ERROR;
BAD CATA-BBR

IS PRINTED:

GOOD DATA GGG

DQ11 ITEP OVERLAY
MACY11
CZDQOD.P11
05-0CT1-78 09:22

30A(1052)

18-0CT-78

WHERE RRRRRR IS THE RECEIVE BUFFER
THE

TRANSMIT BUFFER

10:51

INTERFACE DETECTS A DATA ERROR,

THE

WILL BE PRINTED BEFORE
THERE

IS
IS

(UP TO 512 CHARACTERS)

THE FOLLOWING

THE DATA IS COMPARED:

WAS A RECEIVER ERROR.

WHERE XXXXXX
THE LOW BYTE

(UP TO $12 (HARACTERS)

TTITTTT

888 ]S THE BAD DATA CHARACTER
GGG IS THE GOOD DATA CHARACTER

PAGE

RECEIVER DATA REGISTER =XXXXXX

THE CONTENTS OF THE RECEIVER DATA REGISTER
THE DATA, AND THE HIGH BYTE IS THE ERROR BITS.

IF A RECEIVE TERMINATING CHARACTER<O01> iS NOT DETECTED
WITHIN 512 CHARACTERS A 'BUFFER FULL'' PRINTOUT WILL OCCUR.

7.0

RESTRICTIONS

THE OPERATION OF THIS PROGRAM REQUIRES COORDINATION BETWEEN
THE OPERATOR AND THE OPERATOR OF ANOTHER PDP-11 SYSTEM
UNLESS ONE OF THE SYSTEMS IS ALWAYS OPERATING IN A FIXED
MODE.
THE FOLLOWING TABLE LISTS THE VALID COMBINATIONS:

CPU #1
ONE-WAY-0UT
ONE-WAY=IN

CPU #2
ONE-WAY=]N
ONE-WAY-0UT

EXTERNAL-LOOPBACK

EXTERNAL=LOOPBACK

EXTERNAL-LOOPBA(CK
INTERNAL ~L OOPBA(CK

INTERNAL ~LOOPBA(CK
EXTERNAL~LOOPBA(CK

WHEN THE COMMUNICATION LINK
RESTRICTION APPLY:

(FULL

INVOLVES MODEMS

THE

DUPLEX)
FOLLOWING

[F RUNNING IN FULL DUPLEX MODE BOTH SYSTEMS
MUST BE IN EXTERNAL LOOP BACK MODE.
?QLHPEESTE"S SHOULD BE RUNNING

IDENTICAL

ROUTINES.

SWITCHES 14.13.7.4 SHOULD BE THE SAME

ON BOTH CPU’S

IF PROGRAM IS WAITING IN A SCAN ROUTINE AND TYPES 0QUT
A 'WAITING MESSAGE'',IF AN INCOMING MESSAGE STARTS DURING
THE

TYPE OUT,

IT WILL BE

LOST BECAUSE

THE

~YPEOUT PRIORITY

IS AT LEVEL 7. THIS WILL RESULT IN OVERRUN OR SILO OVER-

RUN ERRORS, DEPENDING ON THE DEVICE.TO AVOID THIS SITUATION
RUN WITH SWITCH 13 UP. IF OVERRUN DOES OCCURE DURING A
TYPEOQUT THE PROGRAM SHOULD
BE RESTARTED.

If USING AN ASYNCRONOUS DEVICE, MODEMS AND THE
MAYNARD TEST STATION AND INITALIZF DOES NOT CLEAR THE

CONNECTION (EXAMPLE THE DJ11) IF THE PROGRAM IS RESTARTED
IN THE MIDDLE OF A MESSAGE AT LOC 204 OR cv HITTING (R

[MMEDEATE

ERROR MESSAGE

FROM MAYNARD WILL

RE-

SEQ 0009

DQ11 ITEP OVERLAY
MACY11
CZDQOD.P11
05-0CT~78 09:22
CEIVED.
FOR

THE

30A(1052)

18-0CT-78

THIS IS BECAUSE THE
REST OF

THE

10:51

K
11

PAGE

SEQ 0010

TEST STATION IS STILL LOOKING

INTERUPTED MESSAGE.

ERROR , RESTART PROGRAM ONLY AT
CURRENTLY BEING TRANSMITTED.

TO AVOID

THE END OF

THIS

THE MESSAGE

MISCELLANEOUS

ITEP
201A
202C
103A

WAS CHECKED GUT USING THE FOLLOWING BELL
(HALF-DUPLEX SYNCHRONOUS 2000 BAUD)
(HALF-DUPLEX ASYNCHRUNOUS 1200 BAUD)
(FULL-DUPLEX ASYNCHRONOUS 110 BAUD)

TELEPHONE MODEMS.

PROGRAM DESCRIPTION

THE

DQ11

THE

TIME:

INTERFACE

ITEP CONTROL

SERVICE

PARAMS ARE

PROGRAM.

PROVIDES A MEANS OF

SETUP,

MEASURING ELASPED

EVERY SECOND BY A CLOCK INTERRUPT ROUTINE

SPECIFIED BY

TIME.

IN ITEP.

THE

OPERATOR,

INCREMENTED

WHEN THE OVERLAY 1S FIRST ENTERED BY ITEP AT LOCATION START:,
THE CONTENTS OF THE SWITCH REGISTER ARE STORED IN REGISTER 0.
THE MODE AND DATA SELECTIONS ARE FIXED AT THIS TIME AND CANNOT
BE ALTERED WITHOUT RETURNING TO THE CONTROL PROGRAM.
THE INTERRUPT VECTORS AND VARIABLES ARE THEN SETUP.
THE SELECTED ROUTINE DETERMINED BY THE MODE IS THEN ENTERED

THE QVERLAY THEN LOOPS IN ROUTINES: SOW] ,IF 'ONE WAY IN'' MCDE
WAS SELEFTED. $OWO,IF ''ONE WAY OUT'' MODE WAS SELECTED.
$ILB, IF ''INTERNAL LOOP BA(CK'' MODE WAS SELECTED.

$XLB,IF 'EXTERNAL LOOP BACK'' WAS SELECTED.

$OWI: IN THIS ROUTINE THE RECEIVER IS INITJALIZED AND PROGRAM
LOOPS WAITING FOR THE RECEIVER TO FINISH.IF NOTHING IS RECEIVED
FOR 60 SECS A 'WAITING'' MESSAGE IS TYPED. WHEN THE RECEIVER IS
DONE, THE PROGRAM (CHECKS DATA IF SWITCHES PERMIT,AND TYPES END

PASS DEPFNDING ON SWITCH SETTINGS.

.32

$OWO:

THE

TRANSMITTER IS INITIALIZED AND PROGRAM LOOPS

WAITING FOR

TRANSMITTER

TO FINISH,A ‘WAITING'' MESSAGE

TYPED

EVERY 60 SECS IF THERE IS NO ACTION. WHEN THE TRANSMITTER IS

DONE, THE PROGRAM EITHER LOOPS BACK
DEPENDING ON SWITCH SETTINGS.

.33

$ILB:

TO $OWO OR

TYPES END PASS

THE RECEIVER IS INITIALIZED AND PROGRAM LOOPS WAITING FOR

RECEIVER TO FINISH, A 'WAITING'' MESSAGE IS TYPED EVERY 60 SEC
IF NO ACTION. WHEN RECEIVER IS DONE PROGRA/ CHECKS DATA [F SWITCH
SETTINGS PERMIT, AND END PASS IS TYPED IF SWITCH SETTINGS PERMIT,
THEN THE

TRANSMITTER

INITIALIZED,

A "MWAITING'® MESSAGE

TYPED

EVERY 60 SEC IF NO ACTION. WHEN TRANSMITTER IS DONE PROGRAM RE TURNS
TO START OF ROUTINE.

.34

($ILB)

$XLB: IF IN HALF DUPLEX THE TRANSMITTER I. INITIALIZED,
A "WAITING MESSAGE IS TYPED EVERY 60 SEC IF THERE IS NO ACTION

0Q11 ITEP OVERLAY
MACY11
CZDQOD.P11
05-0(T1-78 09:22
WHEN THE

30A(1052)

TRANSMITTER

18-0CT-78

IS DONE

10:51

PAGE

L1
12

SEQ 0011

THE RECEIVER

INITIALIZED

WHEN THE RECEIVER IS DONE ,DATA IS CHECKED

SWITCH SETTINGS

LA 'WAITING'' MESSAGE IS TYPED EVERY 60 SEC IF THERE IS NO ACTION.

PERMIT AND END PASS IS TYPED |F
REPEATS CYCLE STARTING AT $xiLB.

SWITCHES ALLOW.THE

PROGRAM NOW

IN FULL DUPLEX THE RECEIVER AND TRANSMITTER ARE

INITIALIZED

. A "WAITING'® MESSAGE IS TYPED EVERY 60 SEC IF THERE IS NO

ACTION.

WHEN 30TH THE RECEIVER AND

TRANSMITTER ARE

DONE,DATA

CHECKED, END PASS IS TYPED AND PROGRAM LOOPS TO $XLB DEPENDING
ON THE SWITCH SETTINGS.

9.4

THE

RETURN TO MON;TOR ROUTINE

FOR END PASS AT EOP:

LOCKS OUT INTERUPTS AND SAVES THE TRANSMITTER INTERUPT ENABLE
BIT AND ALL GENERAL REGISTERS. IT THEN RETURNS TO THE MONITOR
TO TYPE "END PASS''. THE MONITOR CHECKS SW14 IF
TO ENTER:, OTHERWISE IT RESTARTS THE PROGRAM.

9.5

'JP IT RETURNS

ENTER: IS ENTERED FROM THE MONITOR AFTER TYPEING ‘END PASS'’,
IT RESTORES THE GENERAL REGISTERS AND THE TRANSMITTER (SR
AS SAVED IN EOP. THE DELAY FLAG IS SET AND PROGRAM RETURNS
THE SCAN ROUTINE (OWO,0WI,1LB,XLB) WHERE IT CAME FROM,

9.6

THE INITIALIZE TRANSMIT SUBROUTINE AT STARTX:
SETS UP THE INTERFACE AND POINTERS NECESSARY TO
INITIATE A TRANSMIT OPERATION.
AFTER SETTING 'DATA TERMINAL READY'' AND ‘REQUEST TO SEND'' A (CHECK
IS MADE ON PARAM? TO DETERMINE IF HALF DUPLEX OPERATION

WAS SELECTED BY

THE OPERATOR.

IT WAS,

THE

SUBROUTINE WAITS FOR CLEAR TO SEND.
A 'WAITING FOR CLEAR TO SEND' PRINTOUT OCCURS

EVERY 30 SECONDS UNTIL CLEAR TO SEND IS ASSERTED.

9.7

9.8

THE

INITIALIZE

RECEIVED

SUBROUTINE

STARIR:

SETS UP THE INTERFACE AND POINTERS NECESSARY
RECEIVE A MESSAGE.

THE TRANSMIT INTERRUPT SERVICE ROUTINE,
AT XISR-, IS ENTERED VIA TRANSMIT INTERRUPTS
FROM THE INTERFACE.
A TEST IS MADE TO SEE IF THE LAST CHARACTER
TRANSMITTED WAS A NULL (ALL ZEROS) CHARACTER.
IF IT WAS; THE TRANSMIT LOGIC IN THE INTERFACF

IS RESET AND THE TRANSMIT COMPLETE FLAG IS SET.

AT XISR1: THE NEXT CHARACTER IS TRANSMITTED
AND PRINTED ON THE TTY IF THE MONITOR TRANSM]T

SWITCH IS SET.

9.9

THE RECEIVE INTERRUPT SERVICE ROUTINE
LAT RISR:, IS ENTERED VIA RECEIVER INTERRUFTS
FROM THE INTERFACE.
THE RECEIVED CHARACTER IS STORED IN
THE INPUT BUFFER AND PRINTED ON THE TTY [F
THE MONITOR RECEIVER SWITCH IS SET.
[F THE INPUT BUFFER IS FULL, A "BUFFER FULL'
PRINTOUT WILL OCCUR. THIS INDICATES THAT /.

L INE FEED CHARACTER WAS NOT RECOGNIZED

DQ11 ITEP OVERLAY
MACY11
CZDQCO.PI1
05-0CT~78 09:22

30A(1052)

18-0CT~78

10:51

PAGE

M1
13

SEQ 0012

IN THE RECEIVED DATA (WITHIN 1000 CHARACTERS).
[f THE RECEIVED CHARACTER IS A LINE FEED,

THE RECEIVED LOGIC IS RESET AND
RECEIVE COMPLETE FLAG IS SET.

THE

IF A "RECEIVE ERROR' IS DETECTED AT RISR:,
CSR AND DBR WILL BE SAVED AND PRINTED OUT

AFTER THE

3.10

THE

COMPLETE MESSAGE HAS BEEN RECEIVED.

THE DATA TEST SUBKROUTINE AT TESTD: IS
ENTERED AFTER A COMPLETE MESSAGE HAS BEEN

RECEIVED.

IF A "RECEIVE ERROR' HAD BEEN DETECTED,

THE CONTENTS OF THE 'RECEIVE BUFFER®' AT THE
TIME THE ERROR OCCURRED WILL BE PRINTED,
THE DATA IS COMPARED UNTIL A ‘ALL ZEROS'

CHARA(CTER IS RECOGNIZED. 'FILL' (ALL ONES)
CHARACTERS ARE IGNORED. [F A MISMAT(CH
[S DETECTED, THE COMPLETE CONTENTS OF THE
INPUT BUFFER AND GOOD DATA 1S PRINTED.

DQ11

RESTRICTIONS

THE DQ171 HAS TWO MODES OF OPERATION IN ITEP, NORMAL( WHICH
INTERUPTS EVERY TWO CHARACTERS), AND HI-BAUD(ONE INTERUPT PER

MESSAGE,

THE WHOLE MESSAGE

TRANSMITTED OR RECEIVED ON A

COMPLETE WORD COUNT.). WHEN IN HI-BAUD MODE, DATA CANNOT BE
MONITORED ON THE CONSOLE TTY. IF SW 5=1 (MONITOR RECEIVED DATA)

AN ‘R°* WILL BE TYPED AFTER THE
WHOLE MESSAGE IS RECEIVED.
IF SW 6=1 (MONITOR TRANSMIT DATA) A 'T'* WILL BE TYPED AFTER THE

WHOLE MESSAGE
TTY

IS TRANSMITTED.

IS FASTER OR THE

IN NORMAL MODE,

SAME BAUD AS

THE DQ11,

EVEN IF

THE

CONSOLE

NOT EVERY CHARACTER

CAN BE TYPED BECAUSE OF THE TWO CHARACTER PER INTERUPT
OPERATION, IN THIS CASE EVERY OTHER CHARACTER WILL BE TYPED
[f DATA MONITORING IS SELECTED. HI-BAUD MODE (SELECTABLE IN PARAMA?)
SHOULD BE USED FOR BAUDS OF 40,000 OR HIGHER. NORMAL MODE IS
SUFFICIENT FOR BAUDS LOWER THAN 40,000 .

10.0

PARAMETERS FOR THE

PARAM#1

PARAMY?

PAKAMF?

PARAMIF3

|S NOT USED

(LOW BYTE)

BIT O
BIT 1

DQ11

(0)

FULL DUPLEX (1), DLFAULT= HALF DUPLEX (0)
HI-BAUD (1), DEFAULT= NORMAL (0)
(BITS 0,1 ARE NOT LOADED INTO ANY DQ'1 REGISTERS,

(HIGH BYTE)

IS LOADED

[S NOT USED

(177777)

BITS 8-15

INTO THE

SYNC REGISTER.

SYNC CHARACTER, DEFAULT= 26 (26)

THEY ARE ONLY SOF TWARE FLAGS)

0Q11

ITEP OVERLAY

€ZDQOD.P11

MACY11

05-0CT1-78 09:22

30A(1052)

18-0CT-78

10:51

N 1
PAGE 14

SEQ 0013

0Q11 ITEP OVERLAY
MACY11
CZDQOD .P11
05-0CT1-78 09:22

599

18-0CT-78

10:51

PAGE 15

SEQ 0014

:.""fi'.'...""""...".""*."".'...'."Q*.'Q'Q"'."""'.

601

603
604
605
606
607
608
609
610
611
612
613
614
615
616
617
618
619
620
621
622
623
624
252

30A(1052)

DQ11

INTERFACE SERVICE PARAMS

"'."'Q'Q."""""*fi"""fi'Q'Q*"fi‘fi.'.."'fi""fi'.Q....'....

011000
011004
011006
011010
011012
011014
011016
011029
011022
011024
011026
011030
011032
011034
011036
011040
011040
011041
011041
011042
011044
011046

011000
050504
160010
000300
000240
000000
013000
177777
000000
000000
000000
000000
000000
000000
000000
011106
000
001
000000
177570
177570

000040

DQ11:
BA:
RIV:
PRIOR:
PARAM1:
PARAM?:
PARAM3:
IRDA:
IXDA:
SETTLE:
B82016:
TIME:
TX.TERM:
RX.TERM:

.=11000
LASCIZ
/DQ /
160010
300
240
0
013000
177777
. WORD
.WORD

0
0

.WORD
.WORD
.WORD

O
9
O

O
START

;ISR NAME
:BUS ADDRESS
JVECTOR ADDRESS
JPRIORITY
:PARAM #1
;PARAM #?2
:PARAM #3
s INITIAL READ DATA ADDRESS
JINITIAL XMIT DATA ADDRESS
JLINE SETTLE DELAY FLAG
:
;ADDR OF BIN TO OCT TYPE ROUTINE
s TIMER
:
;ADDR OF START OF PROGRAM

.BYTE

000

TRANSMITTER TERMINATING CHAR.

001
O

JRECEIVER TERMINATING CHAR,

.WORD

.WORD
.WORD

.BYTE
FLAG:
.WORD
SWR:
177570
DISPLAY:177570

627

.‘Q".".fl"fifi.t*.l’t"*"**"*"t*fifiQ.l‘fit".**t't'i**fi'.*‘fi"i'fi’""

628

629

630
631
632
633
2%?

000000
100000
040000

STAT=R0
XFLG=100000
RFLG=40000

020000
020000

636
637
638
639
22?

C11050
011052
011054
011056
011060

642
643
644
645
646
gzg

011062
011064
011066
011070
011072

649
650
651
652

654

CONSTANTS + WORKING STORAGE

""**‘.'.*‘*t'fi‘***.‘*.'Q"t"Q.*.’tfi*t'fifififi‘tfiifi**fi*fii*"i'fitfifiit

DSFLG=20000
B1T13=20000

000000
000000
000000
000000
000000

SXCSR:
O
SRCSR:
0
ERCSR:
O
ERDBR:
O
DSSTAT: 0

011074

000000
000000
000000
000000
000000

TXWC:0
RXWC:0
XCC:
RCC:
RDA:
XDA:

011076
011100

177560
177562

011104

011102

¢
0
0

177564

177566

TKS:
TKB:
TPS:
TPB:

000001

FULL .DUPLEX=000001

177560
177562
177564
177566

JXMIT COMPLETE FLAG
JRCV COMPLETE FLAG
;DATA SET STATUS CHANGE FLAG
JINHIBIT PRINTOUTS
;SAVED XMIT (CSR
:SAV'Y RCV CSR
<RCV CSR SAVED ON ERROR
JRCV DATA REG SAVED ON ERROR
JRCV CSR SAVED ON DS CHANGE

JXMIT CHAR COUNT
¢RCV CHAR COUNT
;RCV DATA ADDR.

:XMIT DATA ADDR.

N”VRyVNHUfl"UKFJ—hJ—hfl—h‘—LJ—MJ—LJ—LJ
WWNIN)
= = =20 O NN
NS
S
(NANON)
— —

puur Qous- G
Qo G Gumr Gonsr Qer Gunr Ginr G
Guor Gunr Gunr o
Gunsr o e Goner G
S Guusr G Gouar
b ed d d e
e
) d
b b b d d
d d D b D
) b —D

leololelolelololololololololololololeolololololole)

0DQ11 ITEP OVERLAY
MACY11
CZDQOD PN
05-0CT-78 09:22

—)

ik cd wmd

011242

30A(1052)

18-0C7-78

10:51

S HRRR AR

R RN R R

SRR AN RN

AR AR AN AR AN

$TART:

PAGE 16

AN RN A AN

AR A AN AN AAAARNRRAAARRAN AR R RN AN RN

DQ11-X INTERFACE SERVICE ROUTINE

NOP

AN NN R AN

aSWR

RI1V,

#177400,

(R2)+
R4

*SETUP BUS ADDR INDEX

XCSR(R4):IN CSR'S

PARAM1, @RCSR
PARAM? R2
#0001 ,R2

005303
100372
005014
005064
005064
012703
052764
042764
005064
105264
005303
001364
112764
012764
005037
052764
005037
005037

#17.R3

#14.REG(RCSR)

R3,
1 (RCSR)
SEC(RCSR)
R3
1%
aRCSR
XCSR(R4)

ERR (R4)

000004
000004

000012
000040
014220
000010
011032
013274

”16.,R3

2%:

#1112 ERR(R4)

#60000,ERR(R4)
SEC(R4)
REG(R4)

R3
2%

000005
000006

#8175, SEC(RG)

000002

#81T3.XCSR(R4)

#12 ,REG(RG)

ERRORS

CLR

JROUTINE

TIME

DELAY

*SETUP VARIABLES

:SET=UP TO CLEAR ALL 16 LOCATIONS
:OF THE SEQUENCE CONTROL REGISTER
:CLEAR A LOCATION OF THE
: SEQUENCE CONTROL REGISTER
HAVE ALL 16 LOCATIONS BEEN CLEARED?
:1F NO THEN BRANCH, OTHERWISE PROCEED ON
:CLEAR THE RX CSR
:CLEAR TX CSR
:CLEAR THE ERROR REGISTER
SETnCOUNTER
:

SET WRITE ENABLE
:CLEAR EXT MEM BITS
:CLEAR THE SECONDARY REGISTER
:GET NEXT REGISTER

:DONE YET??
:KEEP CLEARING
:SELECT THE MISC REGISTER
:ISSUE A MASTER CLEAR.

JENABLE ERROR INTERUPTS
JRESET TIMER

JRESET DELAY

INDICATOR.

TO FIGURE RX AND TX WORD COUNTS.

:FOR HIGH BAUD THE TX AND RX MESSAGES MUST BE IDENTICAL

(ST NNTY

&WWNNN
nNOONNLN

NNININ N

SRRR

Giur Ghurd
Gonur Gaar G
G
Ghaur Gy
pior Qe

S
A O O O

elelelololelololelel

;THE
;THE

013702
00

011022

i.X:
1%:

DATA WILL BE TRANSFERED AT A BURST MODE.
TXWC AND RXWC SET FOR HOW MANY CHARS TO DEAL

MOV

IXDA ,R2
R3
R3

TX.TERM, (R2) +

005003

R3
R3, TXW(
IAPA,R2
R3

:STRIP JUNK

PRIOR,
BA,

(R2)+

¢ SETUP MODE IN RO

(R2)+
(RJ)+

#XISR,

1%:

RN RN AR AN R R NNRR RN R A RANR RN ARN RN AR

;SETUP
s INTERRUPT
sVECTORS

ARISR,
PRIOR,

000005

SEQ 0015

WITH.

DQ11 ITEP OVERLAY
MACY11
CZDQOD.P11
05-0CT-78 09:22

711
712
713
714
715
716
7
718

719
720
721
722
723
724
725
726
727
728
729
730
731
732
733

734
735
736
737

011354
011356
011362
011364
011366
011370

005203
123722
001374
010302
005403
010337

30A(1052)

18-0CT-78

2%:

011041

D_2¢
PAGE 17

10:51

SEQ 6016

R3
EX.TERM.(R2)¢
2%
R3.R2
R3
R3,RXWC

011064

IRNAARRAA R

R RN R RN R

AN RR AR RN R

ROUTINE USED TO GOTO
SUBROUTINE DEPENDENT
ON MODE SELECTED.
:ttttl’tttt*ttt'**ttt**tt*tittti AN AR KKK

011374
011400

011404
011410
011414
011416
011422
011426

011430
011434
011440
011442

005037
005037

005037
032700
001402
000137
032700
001402

000137
032700
001402
000137

011032
013274
013300
000001

GO:

011572
000002

1%:

011464
000010

2%:

011670
000004

3%:

012120

4%:

CLR
CLR
CLR

BIT
BEQ
JMP
BIT
BEQ
JMP
BIT
BEQ
JMP
BIT
BEQ
JMP

HALT
B8R

TIME
OELAY
STOP

$0W]

#1LB,MODE

3%
$I!8

#XL5 ,MODE

4%
$XLB

.~2

"tl'ttit'tfit*itttt*t**ttttt*tfittfifiktttlttttt*tit*tttt'fitttitl’ittttittt

ROUTINE USED IF 'ONE WAY IN'' MODE WAS SELECTED.
NOTE THAT WHEN IN THIS MODE HALF DUPLEX IS THE
ONLY MODE AVAILABLE.

"ONE WAY [N'' MEANS THAT ONLY THE RECEIVER IS

[

ENABLED.

THE

TRANSMITTER IS NEVER "TURNED ON''.

—
JWO
~NnND
W=

=00

—==0ONO
QN =2 NN
HEBENNONN

104416

OO0

SERORSINS

1664

b md

jror Qe gaurGhar Qe Gur Guer Sy Gy Gard

jolalolelelelololele)

puiy

[0,

"tt*ttt"itttt*ti*i*tt*ttit*tiitt*itttitttttltk*tttfittttttttt'tfittt'i

oW:

014556
040000
011022
000002

011032

1%:

000100

PC,STARTR
AR LG,STAT

TIME,#100
1$
aRCSR,R2

?CSR(R4),R3
TIME

DQ11 ITEP OVERLAY
MACY11
CZDQOD P11
05-0CT1-78 09:22

30A(1052)

18-0CT-78

10:51

000762

SRAALL

O%O‘J\Or\)g

—

rd e

(olelslolelele]

011534

032777

000200

012510
040000
000020

000735

3
2
PAGE 18

011570
012350

177310

177270

2%:

#NODAT ,aSWR

3%:

PC,TESTD
#RFLG,STAT
QEOOP.QSUR

013276

#43% BACK
EOP

SRR AR

$0wW]

ARAARRARRRRARAN R

ANRNNS AAAAARRRAAARARNARRAARNRAN
NN
A AANN AR AR AN AR

ROUTINE USED IF "ONE WAY OUT'' WAS SELECTED.
NOTE THAT WHEN IN THIS MODE HALF DUPLEX IS THE ONLY
MODE AVAILABLE.

"ONE WAY QUT'' MEANS THAT ONLY THE TRANSMITTER IS
ENABLED.

THE RECEIVER IS NEVER '‘TURNED ON.

;ttttt*'ttt*fit*tt**ttfi*ttttt*fik'tttttfitttttttttt**tttiittt*tttttttttt

011572
011574
011600
011604
011610
011612
011620
011622
011624
011630
011632
011636
011640

011644
011652

011654
011662
011666

$0W0:

013302
011032

100000

011032

1%:

000100

000002

011032
100000

KBDIN
JSR
CLR

#éFLG.STAT

2
TIME,#100
1%
aRCSR,R?
}»CSR(R4) ,R3
TIME

000020

177172

011666
012350

013276

2%:

AXF G,STAT
#LOOP,aSWR

#3% ,BACK
EOP
$0W0

SEQ 0017

DQ11

ITEP OVERLAY

CZDQ0D.P11

MACY11

05-0(7-78 09:22

30A(1052)

18-0CT-78

10:51

PAGE

F
2
19

SEQ 0018

809

SRR R AR R A RN AR AN AR R AR AR AR A AR AR AN AN R RN A RRRAR AR R A RAARANARNACARA RN AR RS

810

811
812
813
814

815
816

817

819
820
821
822
823
824

825
826
827

828
829
830
831
832
833
83%
835
83
837
838
839
840
841
842
33
84
845
846
87
88
89
85C
851
852
853
854
855
856
857
858
859
860
861
862

863

INTERNAL LOOP BACK'' WAS SELECTED.

NOTE THAT WHEN IN THIS MODE; HALF DUPLEX IS THE
ONLY MODE AVAILABLE.
,
3
“INTERNAL LOOP BACK'* MEANS THAT THE RECEIVER IS ''TURNED ON
AND A COMLPETE MESSAGE IS RECEIVED. IF DATA IS TO BE CHECKED

IS TRANSMITTED;

:
:

818

ROUTINE USED IF

:
:
:
:

IT 1S; IF 'END PASS'* IS DESIRED; IT IS GIVEN.
THEN THE TRANSMITTER IS ENABLED. AFTER THE WHOLE MESSAGE

THE CYCLE IS REPETED AS ABOVE.

tttfltt*tttl'*ifi*t'fi*ti't*'t'tfi*tfi.tt*tttfiitttfit*ttt*tlfitttttttttt't*'

011670
011672
011676
011702
011706
011710
011716
011720
011722
011726
011730
011734
011736
011744
011746
011752
011756
011764
011766
011774

104416
004737
005037
032700
001013
023727
103771
011402
016403
104001
005037
000762
032777
001002
004737
042700
032777
001405
012737
000137

012000
012006
012010

032777
001416
013702

(12026
012030
012034
012036
012042
012044
012050
01205
012060
012062
012070
012072
012074
012100
012102
012106
012110

001376
112743
005203
112723
105003
005037
004737

012014
012020
012024

012114

013703
010337
112223

032700
001013
023727
103771
011402
016403
104001
005037
000762
042700

000137

$ILB:

014556
011032
040000

011032

1$:

000100

000002

011032
000200

177100

012510
040000
000020

177060

012000
012350
000400

28:
3:

013276
177036

4$:

011020
011022
011074

000177

011032
013302
100000

S$:

000100

000002
011032
100000

011670

CMP
BLO
MOV
MOV
HLT
(LR
BR
BIT
BNE
JSR
BIC
BIT
BEQ
MOV
JMP

¢$:

PC,STARTR
TIME
ARFLG,STAT
28
TIME,#100
1§
@RCSR,R2
XCSR(R4),R3
1
TIME
1§
ANODAT,@SwR
3§
PC,TESTD
WRFLG,STAT
#LOOP.3SWR
48
#4S,BACK
EOP

BIT
BEQ
MOV

#400,
78
IRDA,

BNE
MOVB
INC
MOVB
CLRB
(LR
JSR

.=
#177,
-(R3)
R3
#177,
(R3+
(R3)+
TIME
PC,STARTX
#XFLG,STAT
68
TIME,#100
5%
@RCSR,R2
XCSR(R4),R?
1
TIME
58
AXFLG,STAT

MOV
MOV
MOVB

000177

011032

KBDIN
JSR
(LR
BIT
BNE

BIT
BNE
CMP

BLO
MOV
MOV
WT
(LR
BR
BIC

IXDA.
R3, °
(RO)+,

8IH

@SWR

R2
R3
XDA_
(R3)+

;USE EXTERNAL
:BR_If NO
:SET POINTER

DATA?

:SET POINTER
:SETUP XMIT DATA ADDR
:MOVE INPUT TO OUTPUT

:LOOP IF NOT ZERO CHAR
:INSERT A FILL CHAR
:BUMP_ADDRE SS
:INSERT ANOTHER FILL
:INSERT ZERO CHAR

0Q11 ITEP OVERLAY
MACY11
CZDQOD.P1
05-0CT1-7€ 09:22

30A(1052)

18-0CT-78

10:51

6 2
PAGE 20

SEQ 0019

;tt'ttifititfilttttt'.tttt'ttiftfitt.tfifittflfit.t*fifi't't'ttttttt'ttt'tt"'

ROUTINE USED IF "EXTERNAL LOOP BACK'' WAS SELECTED.
EITHER HALF OR FULL DUPLEX MAY BE SELECTED IN THIS MODE.

"EXTERNAL LOOP BACK'' MEANS THAT THE TRANSMITTER IS FRST

TURNED ON (IF HALF DUPLEX) AND THE WHOLE MESSAGE IS TRANSMITTED;
THEN THE RECEIVER IS ENABLED. AFTER THE WHOLE MESSAGE IS RECEIVED

DATA WILL THEN BE CHECKED IF DESIRED AND END PASS WILL
BE GIVEN IF DESIRED.
THEN THE CYCLE IS REPEATED
AS ABOVE.
IF RUNNING IN FULL DUPLEX THE PROGRAM
WAITS FOR BOTH THE RECEIVER AND TRANSMITTER TO

FINISH THEN RESTARTS THE RECEIVER AND

TRANSMITTER.

;.tttttQttfitttfitt'fitttt'*"Q'ttt'fi'tfiQfittttt*tk*.iifi't'titQt.ttt'ttt.

000001

011014

014556
013302
011032

1%:

100000

2%:

040000

7%:

011032

012200

$XLR:

000100

000002

011014

3%:

011014

A
¥

100600

014556

000001
100000

011032

000100

8IT
BNE
(MP
BLO
MOV
MOV

#RFLG,STAT
43
TIME #4100
2%
aRCSR,R2
#CSR(R4),R3

BNE

BIT

g;ULL.DUPLEX.PARAM?

BIT

géFLG.STAT

HLT
CLR

100000

6%:
8%:

040000
011032
000200

176524

012510
000020

176510

013276

TIME

#FULL .DUPLEX,PARAM?
’$
W#XFLG,STAT
SE.STARTR

MOV
MOV

011032

BIT
BNE
BIC
JSR

cMP

000002

012120
012350

#FULL .DUPLEX, PARAM?
1%
PC,STARTR
PC,STARTX
TIME
#XFLG,STAT

HLT
CLR

011032

000001

KBDIN
BIT
BEQ
JSR
JSR
CLR
ir

ER
BI(
BI(
(LR
817
BNE
JSR
BIT
BEQ
MOV

TIME ,#100

43
aR(SR,R?

¥CSR(R4),R3

T1ME
43
#XFLG,STAT
#RFLG,STAT
TIE
#NODAT
, @SWR
5%
PC,TESTD
#LOOP,aSwR
$XL8
#.VLB,BACK
EOP

0Q11 ITEP OVERLAY
MACY11
CZDQOD.P11
05-0(T~-78 09:2¢

30A(1052)

18-0CT-78

10:51

PAGE 21

920

IENARARRRARARANRRNA
KRN R RN RN RR R

921
922
923

:
:
:

924

925
926
927
928
929
930
931
932
933
934
935
936

012414
012420
012424

104414
016437
042737
042764
012766
010037
010137

010237
010337
010437

012430

010537

3%3

012434

000207

0
941
%62
N3
M4
95
M6
97
948
X9

012436
012436
012442
012446
012452
012456
012462
012466
012474
012502

013700
013701
013702
013703
013704
013705
012737
053764
000177

gg?

ROUTINE TO RETURN
TO MONITOR FOR
END PASS.

IRRRAR AR ANERR AR

012350
012350
012354
012362
012370
012376
012404
012410

012506

000000

000340
000002
177737
000040
012436
013260
013262

EOP:
012506
012506
000002
000002

013264
013266
013270

013272

ENTER:

013274
000002

QTPIE:

952
953

954

955
956

;
:

957

958
959

960
91
962
963
964
965
966
97
968
969
970
971

972
973
9764
975

012510
012514

912516
012526
012526
012532
012536
012540
012544
012550
012554
012556
012560
012564
012566
012572
0125764
012600

013746
001413

032777
001007
104400
004077
005746
104400
013701
013702
122122
001776
123741
001453

122742
001005
010237
104400

011056

MOV

R5,SAVRS

;SAVE

MOV
MOV
MOV
MOV
MOV
MOV
MOV
BIS
JMP

SAVRO,RO
SAVR1 ,R1
SAVR? ,R2
SAVR3,R3
SAVR4 R4
SAVRS ,R5
#-1,DELAY
QTPIE ,XCSR(R&4)
aBACK

JRESTORE
JRESTORE
;RESTORE
JRESTORE
JRESTORE
JRESTORE

020000
012720
176272

013001
011022
011020
011040

000002
012602

176320

sSET PS PRIORITY TO 7
.SAVE TX CSR
;CLEAR ALL BUT TX [E.
;CLEAR TX IE (EVEN IF IT WASN'T SET)
;SET FOR RETURN IF SW 14=1
;SAVE REGISTER 0
sSAVE REGISTER 1

JRETURN TO CONTROL PROGRAM

AR AN AR R AR AR AR AR RN

RC
R1
RZ2
R3
R4
RS

;IF ORGINALLY SET;

SET

RN RN

SUBROUTINE TU CHECK
RECEIVER DATA.

R AR AR

TESTD:

RN RN

;SAVE REGISTER 2
;SAVE REGISTER 3
sSAVE REGISTER 4

000C00

AN R AN

STPS,PRTY?7
MOV
XCSR(R4) ,QTPIE
BIC
#*C<TIE>,QTPIE
BIC
#TIE _XCSR(R4)
MOV
#ENTER,2 (SP)
MOV
RO, SAVRO
MoV
R1,SAVR]
MOv
RZ.SAVR2
MOV
R3,SAVR3
MoV
R4, SAVR4
RTS

013260
013262
013264
013266
013270
013272
177777
012506
000570

SEQ 0020

R AN N RARRRRA
R RN AR AANRR
NN

MOV
BEQ

BIT
BNE
TYPE
JSR
TST
TYPE
TSTDAT: MOV
MOV
SCANG:
(MPB
BEQ
{
BEQ

(MPS
BNE
MOV
TYPE

ERDBR,
TSTDAT

=-(SP)

#BIT13,aSWR
TSTDAT
.MSGO
RO,a@B2016
-(SP)
.MSG1i
IXDA,
R1
IRDA,
R2
(R)+,
(R2)+
SCANG
TX,TERM,~(R1)
TESTDX

#002,=(R2)
2%
k2,19

;WAS THERE A RECEIVE ERROR?
;BR IF NO
JINHIBIT PRINTOUTS?
JBR_IF YES
;<15><12>THERE WAS A RECEIVE ERROR.
JPRINT CONTENTS OF RBUF

;<15><12>
sSETUP XMIT DATA ADDR
2 SETUP RCV DATA ADDR
,DATA OK ?
;BR IF OK
;IS

IT END OF

JBR IF

YES

DATA

RBUF

DQ11 ITEP OVERLAY
CZDQOD.P11
976

012602

978
979
980
981
982
983
984
985
986
987
988
989
990
991
992
993
94
995
996
997

012606
012606
012610
012612
012616
012620
012622
012626
012630
012632
012636
012640
012642
012650
012652
012656
012664
012666
012670
012674

977

012604

000000

105712
001441

122721
001756
005301
122722
001752
105742
123722
001746
240
032777
001016
104400
013737
104400
104400
013737
104400
011022
111103
104007
005726

1006

012720

005015

(1)
(1)
(1)
(1)
(@D

g};

(1)
1007
1008

1009
1010
1011
1012
1013

}812

013001
013004
013031
013054
013123

013206

013260
013262

013264

013266
013270
013272
013274
013276

013300

1%:

000443

012702
012704
012706
012710
012712
012714

012716

SEQ 0021

05-0CT-78 09:22

998
999
1000
1001
1002
1003

}88?

MACY11 30A(1052) 18-0CT-78 10:51 PAGE 52 2
2%:

000177
000177
011015
020000

176174

013004
011020

012666

01303
011022

RDAX:
012704

114202

000207

015
005015
015
005015
015

005015

044124

000012
042522
042012
046120
053412

046120

SCANS:

051105

042503
052101
040505
042510

040505

MSGO:

MSG1:
MSG2:
MSG3:
MSG4:

MEG?:
.EVEN
SAVRO:

SAVR1:

000000
000000
000000
00000C
000000

SAVR3:
SAVR4:
SAVRS:
DELAY:
BACkK:

000000

TSTB
BEQ

(R2)
TESTDX

CMPB
BEQ
DEC
MPB
BEQ
TSTB
CMPR
BEQ
NOP
8IT
BNE
TYPE
MOV
TYPE
O
TYPE
MOV

TYPE
IXDA
DERR:
MOVB
MOVB
HLT+7
TESTDX: TST

000000

LWORD

SAVR2:

STOP:

TESTDX

n77,
SCANSG
R1

(R1)+

n77,
(R2)+
SCANS
-(R2)
PARAM2+1,
(R2) +
SCANS
#MIT13,3SWR
DERR
,MSG2
IRDA,
RDAX
MSG3
IXDA,

.+10

;
;BR IF YES
2IS IT FILL CHAR?
JBR IF YES
;BACKUP
JIS IT FILL?
:BR IF YES
JBACK UP POINTER
:BR IF CHAR WAS SYNC
;DATA ERROR
JINHIBIT PRINTOUTS
;BR IF YES
J<I5><12>RECEIVED DATA - <15><12>
;SETUP DATA ADRESS
JPRINT RECEIVED DATA
JRECEIVED DATA ADDR.
J<15><12>DATA SHOULD BE<15><12>
;SETUP ADDR.
JPRINT GOOD DATA

(R1) ,R3 ;SETUP XMIT DATA

-(R2) ,R2

(SP)+

JSETUP RCV DATA

;DATA ERROR HALT
JPOP STACK

RTS

JRETURN FROM SUB/ROUT

ASCIZ

<15><12>/THERE WAS A RECEIVER ERROR.

(SEL 2)

ASCIZ
<15><12>
ASCIZ
<15><12>/RECEIVED DATA = /<15><12>
LASCIZ
<15><12>/DATA SHOULD BE/<15><12>
LASCI] <15><12>/PLEASE MAKE CONNECTION (DIAL NUMBER)./
LASCIZ <15><12>/WHEN CONNECTION COMPLETE; HIT CONTINUE SWITCH./<15><12>

LASCIZ <15><12>/PLEASE MAKE CONNECTION (DIAL NUMBER)./<15><12>
O
O

O
O
0
Q
¢

0Q11 ITEP OVERLAY
MACYI
CZDQ0D.P11
05-0CT1-"8 09:22

30A(1052)

J_
2
18-0CT-78
10:51
PAGE 23
INITIALIZATION OF TRANSMITTER.

SEQ 0022

:ttttfitti'titt*tttfitt*t'iitititttti'tttttfitttttttttttttttt'tttttttttt

JINITIALIZE TRANSMITTER.

;PURPOSE OF THIS ROUTINE IS TO SEND OUT FIVE
sSYNC CHARS. THE SYNC CHAR TO BE SENT IS FOUND

;IN LOCATION PARAM2+1 (HIGH BYTE OF PARAM?).
SWHEN THE SYNC CHARS. HAVE BEEN TRANSMITTED

;THE TRANSMITTER WILL BE ENABLED FOR REAL DATA
s TRANSFER. CHARACTERS WILL BE TRANSMITTED ONE AT A TIME.
SRR ARAARA AR

013302
013306
013310
013314

005737
001416
005037
012737
062737
001374
005337
001371

000740
012701
012705
113725

005301
001374

013274
014214
000007
000001

STARTX:

014216
014214

000002

NDLY:

;IF SW04=1 & SW14=0 WAIT BEFORE
*NO GO AHEAD AND TURN ON TX

CLR

DELAY

;2ERO DELAY

BIC

#300,XCSR(R4)

;CLEAR BOTH DONE BITS FROM TX

BIT

#BIT2.XCSR(R4)

BIS

000002

BEQ

000005
014222
011015

1%:

#MBITS,XCSR(R4)

103770

011402
016403

000005
000006
000005
000006

000006

:GOTO BEGGINING
*SET FOR FIVE SYNC CHARS.

BNE

.~6

*BRANCH IF NOT DONE

SYNC

#SYNC ,RS
PARAM2+1,(RS)+
R1
(RS)

CHARS ARE

LOADED

BIS

#DTR_XCSR(R4)

BNE

013206
013300
002000

000002

16%:

002000

000002

8$:

011032

000036

000002

#12,REG(R4)
#4000,SEC(R4)
#2.REG(RG)
#SYNC.SEC(R4)
REG(R)
#-5,SEC (R4)

TST

TYPE

CoM

BIT
BNE
SLE

CMP

BLO

MOV
MOV

IS NEXT.

:GO TOGGLE TO GET PRIMARY.

*SET POINTER LOCATION
+LOAD IN SYNC CHARS.
:ALL DONE??
*SET LAST BYTE

MOVB
MOV
MOVB
MOV
INCB
MOV

BIC

000002

:WHERE IS THE POINTER POINTING

STARTX
#5,R1

PC.GETPRI]

*PICK UP AND TRANSMIT QuT.
000012
004000
000002
014222
000005
177773
100000
001000
013300

>ENABLE ERRORS

BR
MOV

CLRB

;NOW THE

TIME

:BR IF PRI

MOV
MOVB
DEC

105015

47, TEMP?
#1.TEMPT
.6
TEMP2
=14

JSR

015426

AR RN NN AR TR

DELAY
NDL Y
TEMP1

CLR

000002

AR AR A AR AN A AAR AN A ARN AN AN

TST
BEQ
CLR

MOV
ADD
BNE
DEC
BNE

014216

013274
011032
000300
000010
000004

R AR R A AR A AR R AR AN AR

#XFLG.STAT

IN CORE

DQ11

SRESET TX COMPLETE FLAG

-SET DATA TERMINAL READY

SFIRST

,MSGS

*MAKE

$TOP

THE

;SELECT MISC REGISTER
:SET FOR EIGHT BITS PER CHAR.
“SELECT THE TX BA PR].
:LOAD TX BA PRI. WITH SYNC ADDR.
SSELECT THE TX WC PRI.
*SET FOR FIVE CHARS.

STOP

168

FOR

TO ZERO

TIME HERE?

‘BR 1F NO

CONNECTION

#MRDY
, XCSR(R4)
2%
;gnov,xrsn<a4)

TIME.#36

;HAVE 30 SEC ELAPSED YET

an" SR, R2

*LOAD FOR TYPEOUT

XCSR(R4) ,R3

*NO NOT YET

LOAD FOR TYPEOUT

TURNING

TX ON

0Q11 ITEP OVERLAY
MACY11
CZDQOD P11
05-0CT1-78 09:22

032777
001001

010000

K 2
18-0CT-78
10:51
PAGE 24
INITIALIZATION OF TRANSMITTER.

175262

12%:

014214
00000S
000001

3%:

014216
000001

011014

2%:

010000

000002

10%:

011032

000036

BIT
BNE
HLT+2
CLR
BR
CLR

MOV
ADD

BNE
DEC
BNE
BIT
BNE
BIT
BEQ

) D e

011032

[ele]elolelolole]
‘Voflh’WNNhflCMOOTQOWAbwumr*C£30TNShhihNthE;
EERESSRAEE Gt

1072
1073
1074
1075
1076
1077
1078
1079

30A(1052)

) e

)

000002
010000

175154

13%:

011032
000400
020000

000002
000002

011032

000036

0%:
11%:

)
)

)

14%:

(LR

PORLINONIRINONINDY
— D b ed e =D ed =2 —b

D e

D
d
b

D e

)

—d

D
)

d e

=14

g;ULL.DUPLEX.PARAMZ

g;OOOO,XCSR(R4)
TIME 436
108
aRCSR,R2
XCSR(R4)
,R3
#SW12,aSWR
}3$

;1S CARRIER UP?

;30 SECONDS UP ?

JNOT YET

;PREPARE TYPE 0QUT
+AS ABOVE

JINHIBIT PRINTOUTS?
;BR ]F YES

JTYPE "MAITING '

.ZERO TIMER

TIME
#RQTS ,XCSR(R4)
#CTS XCSR(R4)

JSET TIME=0

JNOT YET

;30 SECONDS UP ?2?

aRCSR,R2
XCSR(R4) ,R3
#SW12,aSwR
14%
2
TIME

118

JPREPARE TYPE
.AS ABOVE

032737
001414
112764

013764

000002

011014

000006

000005
000006
000095
000006

112764

013764

6%:

BIT
BEQ

JTYPE "MAITING '

;ZERO TIMER

BAUD RATE.

MOVR
MoV

MOVR
MOV
JHERE

000001
011032
000002

000002

17%:
4%:

#6 ,REG(R4)
IXDA,SEC (R&)

#7 ,REG(R4)
TXWC,SEC(R4)

NOW BECAUSE

JNOW SEND THE

052764

#H] .BAUD ,PARAM?
17%

BIS
CLR
TSR

CLEAR

OUT

;INHIBIT PRINTOUTS?
;BR IF YES

NOTE

;MUST BE THE SAME LENGTH IN HI BAUD.

D ek

b ed
d md
—d e

_— e md ad md

TEMP2

JTEST AND SETUP FOR HI

)

D d

D e

)

011032

JTYPE 'WAITING TO TRANSMIT'' MESSAGE.

TEMP1
#5, TEMP?
nérmn

6$
TIME ,#36

175074

JINHIBIT PRINTOUTS?
JBR [F YES

108

)

D e e

b e

000002
010600

TIME

) i

e e

)

011032

#SW12,aSwWR
12$

SEQ 0023

THE MESSAGES

JHAS HI BAUD BEEN SELECTED?
JBR IF NO

;SEL SEC TXBA
JLOAD SEC TXBA WITH DATTA

;SEL SEC TxwC
;SFT TXWC FOR MAX CHAR XFER RATE

TO SEND HAS BEEN SET

SYNC (HARS.

#.G0,XCSR(R4)
T.ME
XCSR(R4)

JSET THE GO BIT
JSET TIME TO ZERO
;1S TX DONE W]TH SYNCS

;:4+D

MACY11 30A(1052) 18-0CT-78 10:51 PAGE 55

014040

100417
023727
103771

NI T B 25 In I 2 ol NN gl NN NN
A WWNNWNNIN)
NN IO

0DQ11 ITEP OVERLAY
C20Q00.P11
05-0CT-78 09:22

b d

d d

011402
016403

011032
000002
010000

INITIALIZATION OF

MOV
MOV
BIT
BNE
HLT
CLR
BR

174756

011032

15%:

8MI]
cMP
8LO

000036

5%
TIME 436
43
aR(CSR,R2
XCSR(R4)
,R3
#SW12,aSWR
158

Y
:BR IF

JHAVE 30 SECOND GONE BY??

:BR IF NOT YET
sLOAD FOR TYPE OUT
:LOAD FOR TYPE OUT

*INHIBIT PRINTOUTS?
;BR IF YES

JTYPE WAITING...

;ZERO TIMER
;GO WAIT FOR DONE

TIME

b d e

JNOW TRANSMITTER DONE HAS SET AND THE SYNC (HARS
JHAVE BEEN SENT OUT. THE TRANSMITTER IS TO BE

JENABLED AND THE DATA WILL BE TRANSFERED.

b e

d b

h o

032737
001033

b d

RO QRO ROCOR NN NN N DANND I

SEQ 0024

TRANSMITTER.

011014

000002
011022
000002
000003
177776
000006
011022
000007
177776

000005
000006
000006
000005
000006
000005
000006
000005

5%:

8iT

8NE
MOVB
MOV

ADD
MOVR
MOV
MOVB
MOV
MOVB
MOV

000006

012764

000002

#H1 .BAUD ,PARAM2

#2 ,REG(R&)

IXDA, SEC (R4)
#2.SEC(RG)
#3 REG(R4)

JHAS HI BAUD BEEN SELECTED?

:BR IF YES
;SELECT TX BA PRI
sLOAD BA

:POINT BA TWO HIGHER
sSELECT TX WC PRI
:SET TWO CHARS AT A TIME

#-2 ,SEC(R&)

#6 ,REG(R4)
IXDA, SEC (R4)
#7 .REG(R&)

JSELECT TX BA SEC
;LOAD TX BA SEC WITH DATA POINTER
JSELECT TX WC SEC

#-2,SEC(R&)

JSET WC WITH =2

JAND CONTINUE TRANSMITTING WHILE THE END CHAR IS
;SEARCHED FOR.
014176
014204

042764
052764

014212

000207

000300
000041

b
b

000002
000002

PRIMARY).

’$:

s SYNC

000000

TEMPY:
TEMP2:

NN
YN
NNNV

b e e eh e

ed b

:THE

:THE DQ11 IS TOTALLY ENABLE TO GO. THE TRANSMISSION
;WILL BEGIN ON THE SECONDAY (THE SYNC CHARS WENT ON

026

WILL

INTERUPT AFTER EACH CHAR

8IC
BIS

#300,XCSR(R4)

sCLEAR ALL TX DONES

RTS

sSET INTERUPT ENABLE AND GO
.GO BACK TO MAIN PROGRAM

#1E+.GO,XCSR(R&)

CHARA(CTER BUFFER AREA.

ERRORS:

SYNC(:

THE DQ11

O
O

.BYTE

BYTE
RYTE

26,26
26,26

ITEP OVERLAY

30A(1052)

18-0CT-78

TRANSMITTER

PRIl ERLRRREC2EBBIRRRIR2BIAIAIN

DQOD.P11

MACY11
05-0CT-78 09:22

d
d
d
D
b

000002
000300

014302

104000

014304
014312
014314
014316
0146320
014326
014330
014336
014342
014350

032737

001402
005746
000474
032764
001424
112764
016401

062764

004737

00000¢

O WNWNND S —

014220
000004
000002

011014

000C04

000002

000002
000006

000005

000002
014450

000006

OOV VNWN O

000004
000377

NONNOONO BNV

000002

000004

VOOV
ON

014230
014232
014236
014240
014244
014246
014250
014256
014264

WOVNO
RO S WO
W

TR R AR R R R R AR AR

XISR:

NOP
TST

2%:

BIT

#300,XCSR(R4)
.+
0

000005

000006

=(SP)
HBTCHK

sPREPARE FOR ERROR TYPEOUT

;PREPARE FOR ERROR TYPEOUT

;1S EITHER TX DONE SET??
;GOOD EITHER PRI OR SEC DONE
sREPORT ERROR.

:BR IF NO
JFAKE STACK
JXFER ALL DONE

#BIT2 XCSR(R4)
TX.SEC

;WHERE IS POINTER??
: SECONDARY IS NEXT.

ADD

#2,SEC(R4)

JUPDATE CURRENT ADDRESS.

MOVB
MOV

#2 ,REG(R4)
SEC(R4) ,R1

PC,TX.(K

sSELECT TX BA PRIMARY
sGET NEXT ADDRESS TO TRANSMIT

;GO CHECK FOR END (HAR.

COME BACK FROM THE SUBROUTINE THAT MEANS THAT THE
TRANSMISSON GOES ON.

MOVB

#3,REG(R4)

;SELECT TX WC SEC

BIC

#BIT7.XCSR(R4)

:CLEAR PRI DONE FROM TX

MOV

#-2,SEC(R&)

RTI

SLOAD WITH A =2

‘LEAVE

ISR

;THE ABOVE ROUTINE SERVICED THE INTERUPT [F
;PRIMARY REGISTERS CAUSED THE INTERUPT.

THE

TX.SEC:

TX BA SECONDARY.

MOVB

#6,REG(R4)

MGV
ADD

SEC(R&) R
#2,SEC(R4)

JSR

s THAT MEANS

PC,.TX.CK

THE

sSELECT

THE

;GET ADDRESS POINTER.
sUPDATE CURRENT ADDRESS.

;GO CHECK THE LAST CHARACTER.

| COME BACK FROM THE ABOVE SUBROUTIN

LAST

CHAR HASN'T BEEN TRANSMITTED

177776

000100

000005
000006
000002

~NONOh

JAND THAT TRANSMISSON SHOULD CONTINUE.
000007

MOVR

#7,REG(R4)

sSELECT THE

BIC

#BIT6.XCSR(RG)

:CLEAR SEC DONE

IS SET

INTERUPT WAS TO

BIT
BEQ

:JUST LIKE ABOVE;

014424
014432
014440

EXAMINE REGISTERS FOR ERRO

;BE CAUSED BY TX DONE; AND TX IS NOT DONE.

JSR

WO
&

HNOO
VOO

000006
OOOOOS
00000
014450

000005
000006
000002

014400
014406
014412
014420

000003
177776
000200

sNOT SET GOOD SO FAR.

fgl.BAUD.FARAMZ ;1S HIGH BAUD RATE SELECTED?

JEND CHAR WAS NOT FOUND AND THE

014354
014362
014370
014376

;DQ11 ERROR FLAG SET.
;SAVE DQ ERROR REG

XCSR(R4) ,R3

BEQ
TST
BR

0
ERR(R&) ,ERRORS

#377 ,ERR(R4)
dRCSR,R2

BIT

TX.PR]:

N AN N RN AN RA NN RN A AN

JLOCATION SET FOR HALT INSTRUCTION IN DEBUGGING.
;IS THE DQ11 ERROR FLAG SET??

BIC
MoV

HLT

R AR RN

ERR(R4)

2%
XCSR(R4)
,R3
aRCSR,R2

MOV

1$:

AR AR AN AN AN AN AN R AR AN

BPL
MOV
MOV

HLT
MOV

;1F

OV NN NN =O

sIN THIS ROUTINE THE END CHARACTER IS CHECKED FOR
JAND IF IT WASN'T FOUND THE TRANSMITTER CHARACTER COUNT
JREGISTER IS ADJUSTED.

) =t
D
d od nd o
D
d

SEQ 0025

INTERUPT SERVICE ROUTINE.

D e

D i

M2
PAGE 26

s TRANSMITTER INTERUPT SERVICE ROUTINE

e
d e
o
e
— e

cd D ed Db

b =D

[NSIASLAS
AN N1AN 1 NT,¥ 1,0 1,8 1,8}

10:51

#-2,5EC(RG)

TX WC SEC

SLOAD WITH A =2

FROM

0Q11

ITEP OVERLAY

CZDQ0OD.P11
1230
1231
1232
1233
1234
1235
1236
1237
1238
1239
1260
1241

1242
1243
1244
1245
12646
12647
1248
1249
1250
1251

016446
014450
014454
014456
014462
014464
014472
014474
014500
014502
014506
014510

MACY11

05-0CT1-78 09:22
000002
123741
001427
123741
001424
032777
001405
105777
100002
111177
000207
032777

014516
014520
014524
014526
014534
014540

001406
105777
100003
112777
052700
042764

014546
014552
014554

005037
005726
000002

30A(1052)

011040
011040

000100

174352

174402

174376
000100

174326

174356
000124
100000
000441
011032

174350

000002

18-0CT-78

10:51

N_2

PAGE 27

SEQ 0026

TRANSMITTER INTERUPT SERVICE ROUTINE.
4.8
5.9
2.6
5.9
2.6
7.7
2.6
5.6
2.6
7.6
3.5
7.7

2.6
5.6
2.6
7.6
3.8
7.0
3.7
3.2
4.8

RT]
(MPB
BEQ
(MP8
BEQ
MONDAT: BIT
BEQ
TSTB
8PL
MOVB
1%:
RTS
HBTCHK: BIT

JLEAVE HERE
;WAS THAT THE LAST (HARA(CTER.
;ISR IS DONE IF BR IS MADE
;LAST CHAR?
;BR IF YES
;CHECK FOR DATA MONITOR.
;DON'T MONITOR DATA
;TTY READY??
sTTY NOT READY GO ON WITH TEST
s TYPE CHARACTER
:GO BACK TO ISR
;CHECK FOR DATA MONITOR

Tx.(k:

TX.TERM,-(R1)
X1SRDN
TX.TERM,=(R1)
X1SRDN
#81T76,3aSWR
1%
aTPs
1%
(R1),3TPB
PC
#81T6,aSWR

BEQ
TSTR
8PL
MOVS
XISRDN: BIS
BIC

XISRDN
JDON'T MONITOR
alPS
;1S TTY READY
XISRDN
:TTY NOT READY GO ON WITH TEST
#'T,aTPB
JTYPE 'T'°
#XFLG,5TAT
;SET TX COMPLETE FLAG
#1E+RQTS+.GO,XCSR(R4)
sCLEAR ALL CONDITIONS FOR TX
TIME
;ZERO TIMER

TXOUT:

CLR
TST
RTI

(SP)+

;POP SUBROUTINE PC FROM STACK
sLEAVE HERE FOR GOOD.

0Q11 ITEP OVERLAY
CZDQOD.P11

MACY11 30A(1052) 18-0CT-78 10:51 PAGE 38

05-0C71-78 09:22

M 133823282233 322234233323 2232233282323 3233 2382423223028 330204023800

1254

.'Qtt'tttitt'fit'"*Q"Qt""il’.Qfififi*'*t'fifi'ttt""tt".tRtt'ttttitttt.

1257

014556

000240

1259

014564

032774

1260
1261
1262

1263
1264

1265
1266

1267

1268
1269

1270
1271

1272
1273
1274
1275

1276
1277
1278
1279
1280

1281
1282
1283
1284
1285

1286

1287
1288
1289
1290
1291
1292
1293
1294
1295
1296
1297
1298
1299

}%8?

1302
1303
1304
1305

1306

f2002R22022800222

s INITIALIZE RECEIVER ROUTINE

1255

1258

SEQ 0027

INITIALIZATION OF RECEIVER.

1253

1256

014560
014570
014572
014576

014600
014606

042714

001403
004737
000767

014222
014223

112764

000000

000005

014636
014644

013764
105264

014664
014672
014700
014704

013764
062764
105264
012764

014712
014720
014726
014734
014740
014744
014750
014756
014760
014766

014774

015002
015006
015014
(015020
015022
015026
015032
015032
015034
015036
015040
015042
015044

015050

015426

012764
112764

112764
012764
012737
042700
005037
005037
032737
001413
112764
013764
112764
005064
052764
005737
001004
104400
005137
000240
000240
000240
000240
000240
052714

000207

000011
014222

011020
000005

000005
000006

000006
000005

177776
000012
004000
000750
040000
011054
011056
000002

000006
000005
000006
011070

000001
011064

000005
000006

000006
001000
013300

000002

000005

013206
013300

000041

#300,aRCSR

BEQ
JSR
BR

18
PC,GETPRI
STARTR

:BR IF POINTING TO PRI
sPOINT REGISTERS TO PRI
;BEGIN AGAIN

#11,REG(R4)
SYNC,SEC(R4)

JSELECT SYNC REGISTER
;LOAD SYNC REGISTER

IRDA,SEC(R4)
REG(R4)

:LOAD RX BA FOR DATA
cGET WC REGISTER

MOVB
MOvB

MovB
MOV
INCB

MOV
MOVB

000006
000006

MOV
ADD
INCB
MOV

MOVB
MOV
MOV
BIC
CLR

011014

000005

°2%:

3%:

CLR
BIT
BEQ
MOVB
MOV
MOovB
CLR
BIS
TST
BNE
TYPE
(oM
NOP
NOP
NOP
NOP
NOP
BIS

RTS

. THE ABOVE

sCLEAR ALL DONES

#BIT2,aRCSR

MOVB
MOV

000006

177776
000004
011020
000002
000005

18:

;LEAVE OPEN FOR TEST PURPOSES.

BIC

BIT

011015
011015

112764
013764

014650
014656

000004

113737
113737

014614
014622

014630

STARTR: NOP

000300

;CHECK FOR POINTER TO SEC.

PARAM2+1 ,SYNC ~ ;GET SYNC CHAR
PARAM2+1,SYNC+1 ;GET SECOND SYNC CHAR
#0 ,REG(R4)

sSELECT RX BA PRI.

#-2,SEC(R4)
#4 ,REG(R4)

;SET FOR ONE CHAR.
sSELECT RX BA SEC.

IRDA,SEC (R4)
#2,SEC(R&)
REG(R4)

#-2,SEC(R4)
#12 ,REG(R4)
#4000,SEC(R4)
#750,RCC
W#RFLG,STAT
ERCSR
ERDBR
#H] .BAUD ,PARAM?
2%
#1,REG(R4)
RXWC,SEC (R&)
#5,REG(R4)
SEC(R4)
#DTR XCSR(R4)
sToP
3$
.MSGS
STOP

#]E+.GO,aRCSR
PC
SHOULD HAVE

PREPARED

sLOAD RX BA SEC.
;UPDATE DATA POINTER BY ONE
JGET WC REGISTER
sSET FOR TWO (CHAR.

sSELECT MISC REGISTER
;SELECT EIGHT BITS PER (HAR.
JSET FOR MAX 750 CHARS TO BE RXED
JRESET RX COMPLETE FLAG
;IS HIGH BAUD RATE SELECTED?
;BR IF NO
JSELECT THE RX WC PRI
JRECEIVE CHARS MAX.
sSELECT THE RX WC SEC.
;ZERO THE RX WC SECONDARY.
;SET DATA TERMINAL READY.
JFIRST TIME HERE?

;SET INTERUPT ENABLE
;GO TO MAINLINE.....
THE RECEIVER

JRECEIVE ALL THE CHARS NEEDED FOR TESTING.
;THE RECEIVER WILL

INTERUPT

AFTER EACH (HAR

JCHECKING FOR THE END CHARA(CTER.

AND GO

TO
IS RECEIVED.

DG11

ITEP OVERLAY

CZDQOD.P11

MACY11

05-0C7-78 09:22

30A(1052)

18-0CT-78

10:51

PAGE 29

SEQ 0028

RECEIVER INTERUPT SERVICE ROUTINE.

1307

1308

1309

JRECEIVER INTERUPT SERVICE ROUTINE.

1311
1312
1313

sTHIS ROUTINE WILL SERVICE THE PRIMARY AND SECONDARY
;REGISTERS WHEN THEY INTERUPT.

1310

W20
NN
NN 2OV
N=OOVO NN

JN S
W
W
W
U Y
W
i, T
s
B

AN AR A AR R AR AR R R AR AR A AN AN R

AR AR

NAAS

;CHECKING FOR THE END CHAR 1S PERFORMED.
015052
015054
015060
015062
015064
015070
015072
015100
015106
015112
015114
015116
015120
015122
015124
015126
015132
015136
015140
015142
015150
015152
015156
015160
015162
015166
015170

015176
015202
015210

000240
005764
100012
011402
016403
104000
016437
042764
005337
001004
000005
104006
000776
011402

016403
032714
001001
104000
032737
001404
042714
005746
000507
032714
001423
112764
016401
062764
004737

000006
000002
000004
{00377
(°°070

014220
000004

1.5
4.4
2.6
.8
:.0
6.3

6.4
7.0
3.7
2.6
1.5

9.3
1.8
2.6
3.8

000002
000300

000002

011014

000041

000004
000000
000006
000002
0153C4

000005
000006

5.0
5.3
2.6
9.3
5.3
2.6
5.8
4.4
2.6
5.3
2.6
6.4
5.0
6.4
5.8

RISR:

NOP
TST
BPL
MOV
MOV
HLT
MOV
BIC
2%:
DEC
BNE
RESET
HLT+5
HALT
BR
1%:
MOV
MOV
BIT
BNE
HLT
BIT
BEQ
BIC
TST
BR
3s:
BIT
BEQ
RX.PRI: MOVB

MOV
ADD
JSR

ERR(R4)
2%
aRCSR,R2
XCSR(R4)
,R3
0

;LEAVE SPACE FOR BEBUGGING
;CHECK THE DQ11 ERROR FLAG
;BR IF ERROR FLAG NOT SET
;CHECK ERROR REGISTER FOR ERROR.

ERR(R4) ,ERRORS
#377 ,ERR(R4)
RCC
1%

;CHECK THE BUFFER SIZE
;BR IF OK
;STOP THE SHOW
JRECEIVER BUFFER FULL
;STOP_EVERY THING
.=2
;DISABLE CONT SWITCH
dRCSR,R2
;PREPARE FOR ERROR TYPEOUT
XCSR(R4) ,R3
sPREPARE FOR ERROR TYPEOUT
#300,aRCSR
;1S EITHER DONE SET??
. +4
;BR IF AT LEAST ONE DONE IS SET
0
sNOBODY IS DONE. BUT AN INTERUPT OCCURED.
#H].BAUD ,PARAM? ;HIGH BAUD??
3%
;BR _IF NO
#1E+.GO,aRCSR
;CLEAR GO AND INTERUPT ENABLE
-(SP)
;FAKE STACK
HBRCHK
JXFER ALL DONE
#BIT2,aRCSR
;JWHERE IS THE POINTER.
RX.SEC
;POINTING TO SECONDARY.
#0,REG(R4)
JSELECT THE RX BA PRIMARY

SEC(R4) R
#2,SEC(R4)
PC.RX.CK

;GET THE ADDRESS OF DATA.
sUPDATE CURRENT ADDRESS
;GO CHECK THE DATA.

JIF 1 RETURN BACK FROM THE ABOVE SUBROUTINE THE END (HAR
SWAS NOT FOUND AND RECEIVING WILL CONTINUE.

N IV
S SSS SY SS 3S

AR A AR AR AR

.'ttttfit*ti!*tt**tt*t*t!*fit*lt.t***fit**t**t*t*t**k*fiQ*ttt*fiit.t*tittt*

}g}g

1316
1317
1318
1319
1320
1321
1322
1323
1324
1325
1326
1327
1328
1329
1330
1331
1332
1333
1334
1335
1336
1337
1338
1339

AR R R AR AN A AR

0315214

015222

015230
015234

112764

000001

042714
000002

000200

012764

177776

000005

000006

6.4

5.8
4.8

MOvB

MOV
BIC
RTI

#1,REG(R4)

JSELECT THE RX WC PRI.

#8177 ,aRCSR

;CLEAR RX DONE
;LEAVE HERE NOW.

#-2,SEC(R4)

JLOAD WITH =2

;THE ABOVE ROUTINE WAS FOR THE PRIMARY REGISTER INTERUPI.
;THE BELOW ROUTINE IS FOR THE SECONDARY REGISTERS.

015236
015244
015250
015256

112764
016401
062764
004737

000004
000006
000002
015304

000005
000006

6.4
5.0
6.4
5.8

RX.SEC: MOVB
MOV
ADD
n

#4 ,REG(R4)
SEC(R4) ,R1
#2,SEC(RG)
PC.RX. (K

;SELECT THE RX BA SEC.
sGET DATA ADDRESS
;UPDATE CURRENT ADDRESS
;GO CHECK THE DATA

30A(1052)

18-0CT~-78
10:51
PAGE 30
RECEIVER INTERUPT SERVICE ROUTINE.

SEQ 0029

112764

012764
042714
000002

000005

177776
000100

G000
& &

cIF 1 COME BACK THAT MEANS THAT THE END CHARACTER WASN'T
JFOUND AND 1 SHOULD CONTINUE RECEVING.
000005

000006

MOovVB
MOV
8IC
RTI

#5 REG(R4)

#-2,SEC(R&)

#8176,aRCSR

;SELECT THE RX _WC SEC

;LOAD WITH A =2
;CLEAR RX DONE

;GO BACK TO MAINLINE ....

RX.CK:

PO BN
SS NI

000200
000200
01041

000000

RXISRDN:

]

NI INWWWAWAL

000041
000300

OO OO\ NWVOOONONON

173462

000040

040000
011032

[

173512

173436

000040

[]

173506

015424

000122

1734660

[]

173466

BI(B
BICB
MP8
BEQ

#8I177,~(R1)
#8I177,-(R1)

BNE

NO.12

cMP8

011041

[}

015304
015310
015314
015320
015322

ONNOANOO

;THE BELOW ROUTINE CHECKS THE DATA FOR END (HAR.

N NINVAWAN) NN OONO VAN

NOWVNES WO

WWIWW
BEEERUERLLE 35
33

015262
015270
015276
015302

—

b —t

PSP
WWNWNW
NNNNNNNWY

FEHTEE 8

TEP OVER LAY
MACY11
P11
05-0CT~78 09:22

0Q
C

NO.12:

8IC
8I1C
BIS
CLR
TST
RTI

BIT
BEQ
TSTB
8PL
MOVB
RTS
1%:
HBRCHK: BIT
BEQ
TSTB
BPL
MOvVR
BR

RX.TERM, (R1) +
RXISRDN
RX.TERM, (R1)+

#1E+_GO,aRCSR

#300,a3R(SR
#RFLG,STAT

TIME
(SP)+

#BITS5,aSwR

1%
aTPS
1%
=(R1).,aTPB
PC

#8175,aSWR

RXISRDN

aTPS
RXISRDN
#'R,aTPB
RXISRDN

;CLEAR PARITY BIT.

;CLEAR PARITY BIT.
JWAS THE CHAR =001
;BR IF 001
; 0012
; NO 001
JCLEAR GO AND INTERUPT ENABLE
;CLEAR ALL RX DONES
;SET RX COMPLETE FLAG
;ZERO TIMER
;PCP SUBROUTINE POINTER.
JALL DONE GO HOME........
JMONJTOR RX DATA??
;DON'T MONITOR

;TTY READY??

;NOT READY GO ON WITH TEST
;PRINT

CHARACTER

;60 TO RX ISR
JMONITOR RX DATA?
;BR IF NO

;TTY READY?

JNO GO ON WITH TEST
;TYPE 'R

MACY11 30A(1052) 18-0CT-78 10:51 PAGE %1

DQ11 ITEP OVERLAY
CZDQ0oD P
05-0CT-78 09:22

000002

000005
000006
000005
000006
000005
000006

000012

000005
000006

015610
015614
015622
015624

000207
000000

015626
015670
015715

005015
005015
015

“BR IF NO
*SELECT THE MISC REG

#7 .REG(RG)
#-1,SEC(RG)

*SELECT TX WC SEC
*TX ONE CHAR

NO.DAT:
MFULL
:
:
MRXDA
MRXSR:

MOVB
BI(
BIC
BIC
RTS

0
LASCIZ
LASCiZ
LASCIZ

-SET EIGHT BITS AND TEST LOOP FOR CLK

#.GOXCSR(R4)

:SET GO

.~
GETPRI

*KEEP WAITING FOR TX DONE SEC.
16O RECHECK AND CKECK RX

>HANG HERE FOR SEC DONE

;1S RX ON SECONDARY REG
¢BR IF ON PRI.

sSELECT MISC REGISTERS
;EIGHT BITS AND TEST LOOP
sSELECT RX WC SEC
¢RX ONE CHAR
;SEL RX BA SEC.

(CLK)

#NO.DAT,SEC(R4)

;LOAD RX BA SEC.

#B1T6,aRCSR
.4
GETPRI

sHANG HERE FOR RX SEC DONE.
JKEEP WAITING
;GO CHECK EVERY ONE

#12 ,REG(RL)
#6010,SEC(R4)
#300,aRCSR
#300,XCSR(R4)
PC

;SELECT MISC REGISTER
;CLEAR EIGHT BITS AND
;CLEAR RX DONES
;CLEAR TX DONES
. GO HOME

#B1T12+.G0,aRCSR

’$:

;IS THE TX ON THE SEC??

1$
#12 ,REG(R4)

#12 ,REG(R4)
#4010,SEC(R4)
#5,REG(R4)
#-1,SEC(R4)
#4 ,REG(RG)

000002

042503
042503
047505

#BIT2,XCSR(R4)

#BIT2,3RCSR
2%

015572

015602

THEY ARE ON THE SECONDARY.

#BIT6.XCSR(R4)

1%:

000012
004010
000005
177777
000004
015624
010001
000100

#4010,SEC(R4)

SomIr

GETPRI: BIT
BEQ

d
e

THE PRIMARY REGISTERS

s
d

e
D

i —d
d

D e
b

)

ROUTINE TO GET TRANSMITTER OR RECEIVER ONTO

000002

000004

—

d
—

SRR ERESRENRES

d wnnd

000005

015574

SEQ 0030

RECEIVER INTERUPT SERVICE ROUTINE.

000100

SET GO!!!!!!!+ACTIVE

TEST LOOP

<15><12>/RECEIVER BUFFER FILLED. ERROR../
<15><12>/RECEIVED DATA - /<15><12>
<15><12>/RECEIVED DATA SHOULD BE /<15><12>

DQ11 ITEP OVERLAY
MACY11
(2DQ0D.P11
05-0(7-78 09:22

1432

000001

30A(1052)

18-0CT-78
10:51
PAGE 32
RECEIVER INTERUPT SERVICE ROUTINE.

.EVEN
.END

SEQ 0031

0Q11 ITEP OVERLAY
MACY11
(ZDQ00.P11
05-0(1-78 09:22

BA
BACK
BITO
BIT1
BIT10
BIT11
BIT12
BIT13
BIT14
BIT15
BIT2
8173

=
=
=
=
=
=
=
=
=
=

011004
013276
000001
000002
002000
004000
010000
020000
040000
100000
000004
000010

6054
775+
5994
SO
5994
5994

S599#
5994
S99
S99#
S99
SO

30A(1052)

666
803+

838+

918+

681
634n

1420
960

990

1038
690

1200
1037

688
1229
1212

1098
227
10004

BIT4
=
BITS
=
BIT6
=
BIT7
=
BIT8
=
BIT9
=
B2016
(TS
=
DELAY
DERR
DISPLA
DQ11
DSFLG =
DSSTAT
DTR
=
ENTER

000020
000040
000100
000200
000400
001000
011030
020000
013274
012706
011046
011000
020000
011060
001000
012436

S99
S994
590
S
S99
S99«
6154
S994
692+
991
6254
604#
S99
6404
5994
931

1059
9404

ERCSR

011054

6384

1280+

5994

679+«

EopP

ERDBR

ERR

ERRORS

012350
011056

6394

014220

689+

= 000004

FLAG
011042
FULL.D= 000001

GETPRI
GO
HBRCHK
HBTCHK

776

6234
6544

015426
011374
015400
014510

1040
7264
1339
1199

IE
- 000040
ILB
000010
IRDA
011020
IXDA
011022
KBDIN
104416
LOOP
= 000020

599¢
5994
6114
6124
SO
SO

HI.BAU- 000002

MFULL

MONDAT
MRDY
=
MRXDA
MRXSB
MSGO
MSG1
MSGZ
MSG3
MSG4

015626

014464
002000
015670
015715
012720
013001
013004
013031
013054

S99

14314

12354
5994
14314
“431a
962
965
992
996
'00¢#

18-0CT-78
10:5°
PAGE 34
CROSS REFERENCE TABLE -- USER SYMBOLS

949

10134

1259

1340

1601

16412

1386
1235
1352

1392
1241
*373

1368
1374

1408

1421

%7«

10124

1026

034

919

9264

€82+

1183

SEQ 0032

6334
"288

804

839

958

1281«

11704

1188+

878

1261

681~

894

1322+
899

1188

1189«

1317

1322

1323+

999

117

1146

1083

164014

14610

1423

1143

1196

182

1334

9¢7
709
788
801

993
843
820
836

1268
966
877
916

1272
997

13924
12414

1114

1162
735
842
702
757
773

1064
10064
10064
10064
10064

1247

1066

1299

1337

1380

DQ11 ITEP OVERLAY
MACY11
C2DQOD.P11
05-0C7-78 09:22

30A(1052)

H 3
18-0CT-78
10:51
PAGE 35
CROSS REFERENCE TABLE =-- USER SYMBOLS

MSGS
NOL Y
NODAT =
NO.DAT
NO.12
oWl
=
owo
=

013206
013344
000200
015624
015354
000002
000001

10064
1027
S99
1419
1378
S9N
S

1062
1035#
769
14304
13864
732
729

1291
832

913

PARAM?

011014

18%3#

1%%2

878

894

011016
011010
000000
000040
000100
000140
000200
000240
000300
000340
012506
011070
011072
012666
000005

6104
6074
5994
S99#

663

665

PARAM1

PARAM3
PRIOR
PRTYO =
PRTY1 =

PRTYZ2 =
PRTY3 =
PRTYS4 =

PRTYS =
PRTY6 =

PRTY7 =

QTPIE
RCC

RDA
RDAX
REG

RFLG
=
RISR
RIV
RQTS
=
RWAIT =
RXISRD

RXW(C

RX.CK
RX.PRI
RX.SEC
RX.TER

SAVRO
SAVR1
SAVRZ
SAVR3
SAVR4
SAVRS
SCANG
SCANS
SEC

SETTLE
SRCSR
START
STARTR
STARTX

STOP

(011012

6084

667

899

987

687«

1052+

1227«

1265«

5994

927

928+
6454

929+
1278+

64N
993«
SO

9954
672+

1202+

1210+

948
1324w

1143

1054~

1056+

1116+

1118+

1145«

1267+

1269+

1271«

1274v

1276+

1146+
1270+
1404+

1196

1263

1264

684+

1218+

1148+

1150+

1152«

1284+

1286+

1342+«

1147+«

1149+

1151«

1272+«
1406

1273«
1415+

1275+
1417»

9504

1247

1374

1393

015304
015170
015236
011041

1345
13424
1341
6214

1361

13584
712

1375

1377

932+
933«
934+
935«
936
937+
9684
9894
SO
1153«
}E;;-

9% i
942
943
944
945
946
969

10064
10074
10084
10094
10704
10114
982

985

988

674
1203
1232'

683+
1204«
1287«

688+
1211«
1343

613n
6374
618
758
789

6584
821
85¢

880
881

897
10064
1063

013300

114

S99

040000
015052
011006
000400
104410
015330

011024
011052
011106
014556
013302

1083

5994

1358+«
759
13164
661
1097

013260
013262
013264
013266
013270
013272
012554
012640
000006

1044

S99
S9o#

1350«
6324
662
606#
5994
S99
1376

011064

SEQ 0033

643

728+«

716«

10144

1366
772

1285

1403+
823

1405«
835

1395

1397

1414
885

1416+
AR

1618+
1279

1425+
1382

1053«
1216
1344

1055«
1220«
7351«

1057+«
1228+
1359

1117«
1266+
1360«

1119«
1268+
1367«

12578
""O)

1262

1289

1290«

13734

1060

MACY11 30A(1052) 18-0CT-78 10:51 PAGE %6 3

TEMP1

TEMP2

TESTD
TESTDX
TIE
=
TIME

014216

012510
012714
300040
011032

TKB
TKS
P8

011100
011076
011104

TSTDAT
TXOUT

012544
014554

TPS

761

011102

TXW(C

TX.CK
TX.PR]
TX.SEC
TX.TER
TYPE
=
XCC
XCSR
=

XDA
XFLG

1263+
1079+
1081+
9584
10034

014214

014450
014330
014400
011040
104400
011066
000002

011670

$OW0

011572

G0
. ABS.

2
1
1

—t

766

892+

1129

903
1136+

1390+
1388

1396+
1394

123

1233

975

690+

$ILB

$XLB

]

832

1386

836

840

797
912+
1383«

1035+

1075+

996

998

1291

858

1192

1085
1200

906
1097«
1229+

1247+

896

901

1058

1246

1193

1329

1392

916

1072

960

1266

790«
908+
1249+

798«

825

1087

830+

851«
1094+

928
1098

930+
1103

1288+

948w
1125+
1320

1333

1409

855

1096+

011062

011074
100000
XISR
014230
XISRDN
014534
xL8
000004
XWAIT = 104412
X.X
011322

$SOW 1

8
2

2$T U2
\g-

Sw12
= 010000
SXCSR
011050
SYNC
014222

773
1235
1104

—

769
1133
1091

—t

= 104414
011044

SEQ 0034

TABLE -- USER SYMBOLS

)

STPS
SWR

CROSS REFERENCE

—

DQ11 ITEP OVERLAY
¢ZDQ00.P1N
05-0C1-78 09:22

992

1059+
1162«
1408

764
1064
1185
1428+

853

862

12464

8204

011464

7574

012120

8774

015752

- 000001

742

846

1125

1162

918

997

1033

1046

1080

1267

1299

1337

1380

1407

0157%2

DSKZ:(ZDCJD
,DSK :

& 5

RUN-TITME RATIO:
"ORE 1JSED:
16k

- NWn
TM

ERRORS DETECTED:

RUN-TIMF:

828

1071

DOOD§SEO=DSK1:17EPT.HA( DSKZ:02DQ0
D
. P11
/10-16.0
1

PAGES)

MACY11 30A(1052) 18-0CT-78 10:51 PAGE i? 3

0Q11 ITEP OVERLAY
(ZDQ0D .P11

05-0(T7-78 09:22

DOCUMENT PAGES:

CROSS REFERENCE TABLE -- USER SYMBOLS

SEQ 0035