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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_gray.pdf

OCR Text

TEP OVERLAY

CZDQODO

AH-8640D-MC

JAN 1979

copvriGHT 75-7s

HOEAREN

FICHE1 OF
1

MADE
IN USA

0Q11 ITEP OVERLAY
(ZDQOD.P11

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

SEQ 0001

05-0CT-78 09:22

IDENTIFICATION

PRODUCT CODE
:

AC-8639D-M(

PRODUCT NAME
:

CZDQODO DQ11

PROGRAM DATE
:

OCTOBER 1978

MAINTAINER:

DIAGNOSTICS

AUTHORS :

R A JONES

ITEP OVRLY

JOHN EGOLF

FAY BASHAW

THE

INFORMATION

IN THIS DOCUMENT

THE

SOF TWARE DESCRIBED

IS SUBJECT

TO CHANGE WITHOUT

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

IS FURNISHED UNDER A

LICENSE AND MAY ONLY BE USED OR COPIED IN ACCORDANCE WITH THE
TERMS OF

SUCH LICENSE.

DIGITAL EQUIPMENT CORPORATION ASSUMES NO RESPONSIBILITY FOR
THE USE OR RELIABILITY OF

NOT SUPPLIED BY DIGITAL.
(OPYRIGHT

(C)

1975,

ITS SOFTWARE ON EQUIPMENT

THAT

1978, BY DIGITAL EQUIPMENT CORPORATION

OC11 ITEP OVERLAY
CZDQOD.P11

1.0

MACY11 30A(1052) 18-0CT-78 10:51 PAGE.S»

SEQ 0002

05-0CT-78 09:22

ABSTRACT.
THIS PROGRAM IS DESIGNED AS A MAINTENANCE AID FOR
FIELD SERVICE PERSONEL.
IT WILL VERIFY THE PROPER OPERATION

OF A COMPLETE COMMUNICATION LINK FROM ONE PDP-11
SYSTEM TO ANOTHER OR TO A COMMUNICATION TEST CENTER.

THIS PROGRAM MUST BE USED IN CONJUNCTION WITH THE INTERPROCESSOR
TEST PROGRAM(DZITP) ON A PDP-11 SYSTEM WITH A DL-11 INTERFACE.

2.0

REQUIREMENTS.

2.1

EQUIPMENT
A.
8.

2.2

PDP-11
A DQ11

SYSTEM WITH 4K OF CORE.
COMMUNICATION INTERFACE.

STORAGE.
4K OF

CORE

3.0

LOADING PROCEDURE

4.0

OPERATING PROCEDURES.

THIS PROGRAM IS IN ABSOLUTE FORMAT.
THE ABS LOADER MUST BE USED TO LOAD THE PROGRAM.

TWO METHODS OF ENTERING PARAMETERS ARE PROVIDED

LOAD ADDRESS 200 AND START TO ENTER PARAMS FROM CONSOLE

LOAD ADDRESS 200 AND SET SWITCH REGISTER BIT 15 BEFORE

TTY, PROCEED TO SECTION B.

STARTING TO ENTER PARAMS FROM CONSOLE SWITCHES, PROCEED TO SECTION C.
*THE PROGRAM MAY BE RESTARTED AT LOC 204

C(ONSOLE DIALOGUE PARAMETER INPUT
1.

THE PROGRAM WILL TYPEOUT
A.
IF YOU WISH TO SETUP
B.
IF YOU WISH TO SETUP
C.
IF YOU WISH TO SETUP

(CURRENT 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 DM11B8, TYPE IN DMB.

IF DN OR DMB WAS TYPED IN STEP 1 ABOVE THEN THE BUS ADDRESS

VECTOR ETC. REFERED TO IN STEPS 2 THRU 7, PERTAIN TO THE DNT1 OR DMBB.
2.

THE PROGRAM WILL TYPE THE DEFAULT BUS ADDRESS OF THE INTERFACE UNDER TEST.

A.
B.

B.
4.

TYPE A CAR. RETURN TO USE DEFAULT BUS ADDRESS
TYPEIN ACTUAL BUS ADDRESS

THE PROGRAM WILL TYPE OUT THE DEFAULT VECTOR ADDRESS

TYPE A CAR.

RETURN TO USE DEFAULT ADDRESS

TYPEIN ACTUAL VECTOR ADDRESS

THE PROGRAM WILL

TYPE OUT

THE

(ONCE PARAMETERS HAVE ALREADY BEEN SELECTED)

DEFAULT

INTERFACE

NOTE: 200=PRIO 4, 240=PRIO S5, 300=PRIO 6, ETC.

PRIORITY

DQ11

ITEP OVERLAY

CZDQOD.P11

MACY11 30A(1052)

05-0CT-78 09:22
A.
B.

18-0CT-78

10:51

)
PAGE
4

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

THE PROGRAM WILL TYPEOUT THE DEFAULT VALUE OF PARAMA1

IF REQUIRED BY THE ISR.(SEE SECT. 10.0 IN OVERLAY LISTING FOR PARAMETER DESCRIPTION)

A.
B.

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

THE PROGRAM WILL TYPEOUT THE DEFAULT VALUE OF PARAMA?2

IF REQUIRED BY THE ISR.
A.

TYPE A CAR. RETURN TO USE DEFAULT VALUE

ENTER ACTUAL VALUE

THE PROGRAM WILL TYPEOUT THE DEFAULT VALUE OF PARAM#3

IF REQUIRED BY THE OVERLAY.
A.

TYPE A CAR.

RETURN TO USE DEFAULT VALUE

THE DN=11 WILL USE PARAM #3 AS THE # TO DIAL.
IF USING A MODEM WITHOUT AUTOMATIC HANDSHAKING,

THE NUMBER MUST TERMINATE WITH A

"END-OF -NUMBER'' CHARACTER (:).
ENTER ACTUAL VALUE.

THE PROGRAM WILL RETURN TO STEP B1

WAS FOR DN11 OR DMI1BB.

THIS SETUP

THE PROGRAM WILL REQUEST THAT SWITCH REGISTER 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 CHANGED BY ENTERING
NEW VALUES,THE NEW VALUE BECOMES THE DEFAULT VALUE FOR SUBSEQUENT
RESTARTS OF THE PROGRAM.

SEQ 0003

DQ11 ITEP OVERLAY
CZDQOD.P11

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

SEQ 0004

05-0CT-78 09:22

MANUAL PARAMETER INPUT FROM SWITCH REGISTER
1.
THE PROGRAM HALTS FOR ISR(INTERFACE SERVICE ROUTINE)

SWR14=SETUP DM-11B ISR
SWR13=SETUP DN-11 ISR
SWR=000000=SETUP VARIABLE ISR

THE FOLLOWING HALTS ARE REPEATED FOR EACH ISR SPECIFIED.
SETlP SEQUENCE IS: DN11,DM11-88 THEN VARIABLE OVERLAY. (EACH ENTRY SFT SWICHES THEN HIT CONTINUE.)
B.
C.
D.

HALT
HALT
HALT
HALT

GO BACK TO STEP A IF

SPECIFICATION

FOR
FOR
FOR
FOR

BUS ADDRESS OF INTERFACE
VECTOR _ADDRESS OF INTERFACE
PRIORITY OF INTERFACE

INTERFACE PARAM #1

(SEE SECT.

THIS SETUP WAS FOR DN OR DMB.

HALT FOR OPERATIONAL SWITCH SETTINGS.

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.

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.

IF THE MODEM BEING USED ON THIS SYSTEM

HAS AN AUTOMATIC ANSWER FEATURE,
THE

SYSTEM WHICH IS

IT SHOULD BE ENABLED.

TO TRANSMIT FIRST SHOULD

THEN BE LOADED

AND STARTED AND THE CONNECTION ESTABLISHED EITHER MANUALLY
OR AUTOMATICALLY (VIA DN=11).

ITEP OVERLAY

05-0CT-78 09:22

18-0CT-78

10:51

F
PAGE 6

OPERATIONAL SWITCH SETTINGS.

SW15=1 HALT ON ERROR
SW14=1 SINGLE PASS
SW14 HAS NO EFFECT IF SW04=0
SW13=1 INHIBIT ERROR TYPEOUTS
SW12=1 INHIBIT ALL TYPEQUTS EXCEPT ERRORS

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

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

Sw10
SW09

DATA SELECT (WITH SW09)
DATA SELECT (WITH SW10)

1 GET _DATA FROM OPERATOR
1 TEST MESSAGE #1 (SA QUICK BROWN FOX)
1 TEST MESSAGE #2 ($8 NUMERICS)
1 TEST MESSAGE #3 ($C COMTEST/QUICK BROWN FOX/NUMERICS)

niann

CZDQOD.P11

MACY11 30A(1052)

-—— OO0 nun
- OO

DQ11

SW08=1
TRANSMIT RECEIVED DATA (INTERNAL LOOPBACK MODE)
SWO7=1 DO NOT TEST RECEIVED DATA
SWO06=1 MONITOR TRANSMITTED DATA ON CONSOLE TTY.=*
SW05=1 MONITOR RECEIVED DATA ON CONSOLE TTY.
*

IN MANY CASES, NOT ALL DATA WILL APPEAR ON THE CONSOLE

TTY. THIS IS ESPECIALLY TRUE WHEN THE COMM INTERFACE IS
RUNNING AT A FASTER BAUD THAN THE CONSOLE, BUT EVEN AT EQUAL

OR SLOWER BAUDS, ALL CHARACTERS MAY NOT APPEAR ON THE CONSOLE.

SW04=1 RETURN TO MONITOR FOR END PASS
WHEN SW04=0 PROGRAM LOOPS IN THE OVERLAY NEVER RETURNING TO THE MONITOR.
SW03=1 INTERNAL LOOPBACK MODE
SW02=1 EXTERNAL LOOPBACK MODE
SWO1=1 ONE-WAY-IN MODE
SWO0=1 ONE-WAY-OUT MODE

SEQ 0005

DQ11 ITEP OVERLAY
CZDQOD.P11

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

SEQ 0006

05-0CT-78 09:22

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

SOF TWARE SWITCH REGISTER LOCATION (SWREG=LOC. 176
) IS DEFAULTED TO.
IF THIS IS THE CASE, UPON EXECUTION THE CONTENTS OF THE SWREG ARE
DUMPED IN OCTAL ON THE CONSOLE TTY AND ANY CHANGES ARE REQUESTED
(1)

SWR=XXXXXX

NEW=

POSSIBLE RESPONSES ARE:

<CR>

6 DIGITS 0-7

IF NO CHANGES ARE TO BE MADE

TO REPRESENT IN OCTAL THE NEW SWITCH REGISTER

VALUE ;LAST DIGIT FOLLOWED BY <(CR>.

70 ALLOW REENTERING VALUE IF ERROR IS COMMITTED

KEYING IN SWREG VALUE.

BUILT INTO THE PROGRAM IS 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)

SWREG,

WHICH IS PROCESSED

IN KEY AREAS OF

THE PROGRAM

ERROR ROUTINES, AFTER HALTS END OF PASS, AND OTHER

APPLICABLE AREAS.

IF OPERATOR SPECIFIED DATA WAS INDICATED,

THE PROGRAM WILL

TYPE A

REQUEST FOR THE DATA. DATA MAY BE ENTERED AS ASCII CHARACTERS OR OCTAL CODE.
TYPE IN THE DATA TERMINATED WITH A CR. OCTAL CODE MAY BE ENTERED BY TYPING AN

*(UP ARROW) FOLLOWED BY THE OCTAL CODE (IN THE RANGE 000 TO 377)
SEPERATED BY SPACES AND TERMINATED BY “(UP ARROW).

I1.E.

ABCD* 000 123 377* EFG (CAR.RETURN)

A TYPICAL SWITCH SETTING FOR HALF-DUPLEX=003150 THIS SETTING USES

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

A TYPICAL SWITCH SETTING FOR FULL-DUPLEX=003144 THIS SETTING
IS THE SAME AS ABOVE EXCEPT IT USES THE EXTERNAL LOOPBACK MODE.
ALL STANDARD MESSAGES(TEST MESSAGES 1-3) ARE PRECEDED BY 2 FILL CHARACTERS(177),
AND ARE FOLLOWED BY A CR(015), LF(012) ,RECEIVE TERMINATING CHARACTER(001),

4 FILLS(177), AND A TRANSMIT TERMINATING CHARACTER(000). DURING TRANSMI SSTON,
WHEN A 000 CHARACTER IS SEEN THE TRANSMISSION IS STOPPED.DURING RECEPTION,
WHEN A 001 CHARACTER IS RECEIVED, THE RECEIVER IS SHUT OFF.
IF THE MESSAGE WAS INPUTED 8Y THE OPERATER, THE TERMINATING CHARACTERS ARE ADDED.

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

30A(1052)

18-0CT-78

H
PAGE 8

10:51

SEQ 0007

TEST MOLES

INTERNAL LOOPBACK MODE
1.

2.
3.
4.

THE OVERLAY WAITS TO RECEIVE A MESSAGE

(TERMINATED BY <001>)

VERFIES THE DATA AGAINST THE DATA SELECTED BY SW09 AND SW10(Sw7=0)
TRANSMIT THE DATA SELECTED BY SWO9 AND SW10 (Sw8=0) OR

TRANSMIT THE RECEIVED DATA (SwW8=1)
RETURNS TO MONITOR FOR 'END PASS'' (SW4=1)

GO TO STEP 1.

(SwW&=0)

NOADN
S WA =

EXTERNAL LOOPBACK MODE

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''.

GO TO STEP 1(Sw04=0)

(SW04=1)

ONE-WAY=IN MODE
1.

2.
3.

THE OVERLAY WAITS FOR_MESSAGE

TO BE RECEIVED.

VERIFIES THE DATA(SW07=0)
RETURNS TO MONITOR FOR "END PASS'‘'(SW04=1) Ok
GO TO STEP 1 (SW04=0)

SN
—

ONE-WAY=0QUT MODE

THE OVERLAY SETS REQUEST
WAITS FOR CLEAR TO SEND
TRANSMITS SELECTED DATA

TO SEND

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 SELECTED.

THE OVERLAY WILL

SET DATA TERMINAL READY AND WAIT FOR DATA.

IF ONE-WAY-OUT OR EXTERNAL LCOPBACK MODES WERE SELECTED.

THE OVERLAY WILL

}gi~gx§$L3xTXILL

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 CSR EVERY 60 SECS.
UNTIL CLEAR TO SEND IS ASSERTED.

DQ11 ITEP OVERLAY
CZDQOD.P11

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

SEQ 0008

05-0CT-78 09:22

IF SW04=0 THE OVERLAY WILL
TRANSMIT/RECEIVE DATA.

SW04=1

CONTINUE

THE OVERLAY WILL RETURN

TO THE MONITOR AND TYPE "END PASS''.

IF BOTH SWO4=1 AND SW14=1, THE PROGRAM WILL REQUEST
?EgTI%SIEQFACE 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)
THEN TYPE EITHER:
*WXXXXXX
TO PRINTOUT THE 8 WORDS
AT LOC XXXXXX.

*BXXXXXX

TO PRINTOUT THE
AFTER LOC XXXXXX.

TO CONTINUE

16 BYTES

PROGRAM MUST BE RESTARTED AT 200 AFTER PRINTING.

CARRIAGE RETURN = RESTART AT REQUEST FOR NEW OPERATIONAL SWITCHES.

5.0

PROGRAM AND/OR OPERATOR ACTION

IF THE OPERATOR WISHES TO MANUALY EXAMINE THE TRANSMIT OR RECEIVE
BUFFERS, DO THE FOLLOWING; TO FIND THE STARTING ADDRESS OF THE RECEIVE

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 REPORTINC
THE ONLY ERROR REPORT FROM THE

CONTROL PROGRAM OCCURS

INTERFACE SPECIFIED IS NOT LOADED.

THE

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

MISMATCH,

THE FOLLOWING ERROR REPORT

RECEIVED DATA=RRRRRR
DATA SHOULD BE TTTTTT
DATA COMPARE ERROR;
BAD CATA=BBB

IS PRINTED:

GOOD DATA=GGG

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

30A(1052)

18-0CT-78

10:51

PAGE 10

WHERE RRRRRR IS THE RECEIVE BUFFER (UP TO 512 CHARACTERS)
TTTTTT IS THE TRANSMIT BUFFER (UP TO 512 CHARACTERS)

BBB IS THE BAD DATA CHARACTER
GGG IS THE GOOD DATA CHARACTER
IF THE

INTERFACE DETECTS A DATA ERROR,

THE FOLLOWING

WILL BE PRINTED BEFORE THE DATA IS COMPARED:
THERE WAS A RECEIVER ERROR.

RECEIVER DATA REGISTER =XXXXXX

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

IF A RECEIVE TERMINATING CHARACTER<O001> 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
EXTERNAL-LOOPBACK
INTERNAL -L OOPBACK
EXTERNAL -LOOPBACK

CPU #2

ONE-WAY=IN
ONE-WAY-0UT
INTERNAL -LOOPBACK
EXTERNAL~LOOPBACK
EXTERNAL-LOOPBACK (FULL DUPLEX)

WHEN THE COMMUNICATION LINK INVOLVES MODEMS THE FOLLOWING
RESTRICTION APPLY:

IF RUNNING IN FULL DUPLEX MODE BOTH SYSTEMS
MUST BE IN EXTERNAL LOOP BACK MODE.
EE(JAT\;‘Pfgsrens 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 OUT
A "WAITING MESSAGE'',IF AN INCOMING MESSAGE STARTS DURING
THE

TYPE OUT,

IT WILL BE LOST BECAUSE

THE

TYPEOUT 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

TYPEOUT 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 c¥ HITTING (R
AN IMMEDEATE ERROR MESSAGE FROM MAYNARD WILL BE RE-

SEQ 0009

MACY11
0Q11 1 TE P OVERLAY
1
CZDQOD PN
05-0CT-78 09:22
CEIVED.

30A(1052)

18-0CT-78

SEQ 0010

THIS IS BECAUSE THE TEST STATION IS STILL LOOKING

FOR THE REST OF

THE

INTERUPTED MESSAGE.

TO AVOID THIS

ERROR , RESTART PROGRAM ONLY AT THE END OF

CURRENTLY BEING TRANSMITTED.

8.0

K 1
PAGE 11

10:51

THE MESSAGE

MISCELLANEOUS

ITEP WAS CHECKED OUT USING THE FOLLOWING BELL TELEPHONE MODEMS.

201A (HALF=DUPLEX SYNCHRONOUS 2000 BAUD)
202C (HALF=DUPLEX ASYNCHRONOUS 1200 BAUD)
103A (FULL=-DUPLEX ASYNCHRONOUS 110 BAUD)

9.0

PROGRAM DESCRIPTION

9.1

THE DQ11 INTERFACE SERVICE PARAMS ARE SETUP, AS SPECIFIED BY THE OPERATOR,
BY THE ITEP CONTROL PROGRAM.
TIME:

PROVIDES A MEANS OF MEASURING ELASPED TIME.

EVERY SECOND BY A CLOCK INTERRUPT ROUTINE IN ITEP.

9.2

9.5

IS INCREMENTED

WHEN THE OVERLAY IS 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 OVERLAY THEN LOOPS IN ROUTINES:

$OWI

,IF

''ONE WAY

WAS SELECTED. $OWO,IF 'ONE WAY OUT'' MODE WAS SELECTED.
$ILB, IF "'INTERNAL LOOP BACK'' MODE WAS SELECTED.

$XLB,1F
9.3

"EXTERNAL LOOP BACK''

IN'' MODE

WAS SELECTED.

$OWI: IN THIS ROUTINE THE RECEIVER IS INITIALIZED 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 DEPENDING ON SWITCH SETTINGS.

9.32

$OWO:

THE TRANSMITTER IS INITIALIZED AND PROGRAM LOOPS

WAITING FOR TRANSMITTER TO FINISH,A 'WAITING'' MESSAGE

IS TYPED

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

DONE, THE PROGRAM EITHER LOOPS BACK TO $OWO OR TYPES END PASS
DEPENDING ON SWITCH SETTINGS.

9.33

$ILB:

THE RECEIVER IS INITIALIZED AND PROGRAM LOOPS WAITING FOR

RECEIVER TO FINISH, A

"WAITI

MESSAGE

IS TYPED EVERY 60 SEC

IF NO ACTION. WHEN RECEIVER IS DONE PROGRA/M CHECKS DATA IF SWITCH
SETTINGS PERMIT. AND END PASS IS TYPED IF SWITCH SETTINGS PERMIT.
THEN THE TRANSMITTER IS INITIALIZED, A "WAITING'' MESSAGE

IS TYPED

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

9.34

($ILB)

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

0Q11 ITEP OVERLAY
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05-0CT-78 09:22

18-0CT-78

10:51

PAGE 12

WHEN THE TRANSMITTER IS DONE THE RECEIVER IS INITIALIZED

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

WHEN THE RECEIVER IS DONE,DATA IS CHECKED IF SWITCH SETTINGS

PERMIT AND END PASS IS TYPED IF SWITCHES ALLOW.THE PROGRAM NOW

REPEATS CYCLE STARTING AT $XLB.

IN FULL DUPLEX THE RECEIVER AND TRANSMITTER ARE INITIAUZED
"WAITING'' MESSAGE IS TYPED EVERY 60 SEC IF THERE IS NO

ACTION. WHEN BOTH THE RECEIVER AND TRANSMITTER ARE DONE,DATA IS
CHECKED, END PASS IS TYPED AND PROGRAM LOOPS TO $XLB DEPENDING

ON THE SWITCH SETTINGS.
9.4

THE RETURN TO MONITOR 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 P IT RETURNS
TO ENTER:, OTHERWISE

9.5

IT RESTARTS THE PROGRAM.

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 TO

THE SCAN ROUTINE (OWO,0WI,ILB,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 PARAM2 TO DETERMINE IF HALF DUPLEX OPERATION

WAS SELECTED BY THE OPERATOR.

IT WAS,

THE

LBRQJTI'& 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 AT STARIR:

SETS UP THE INTERFACE AND POINTERS NECESSARY TO
RECEIVE A MESSAGE.
THE TRANSMIT INTERRUPT SERVICE ROUTINE,
AT XISR:, IS ENTERED VIA TRANSMIT INTERRUPTS

FR(H 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 INTERFACE
IS RESET AND THE TRANSMIT COMPLETE FLAG IS SET.
AT XISR1: THE NEXT CHARACTER IS TRANSMITTED
AND PRINTED ON THE TTY IF THE MONITOR TRANSMIT
SWITCH IS SET.

9.9

THE RECEIVE INTERRUPT SERVICE ROUTINE
(AT RISR:, IS ENTERED VIA RECEIVER INTERRUFTS
FROM THE INTERFACE.
THE RECEIVED CHARACTER IS STORED IN
THE INPUT BUFFER AND PRINTED ON THE TTY IF
THE MONITOR RECEIVER SWITCH IS SET.

IF THE INPUT BUFFER IS FULL, A 'BUFFER FULL®

PRINTOUT WILL OCCUR.

THIS INDICATES THAT A

LINE FEED CHARACTER WAS NOT RECOGNIZED

SEQ 0011

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

30A(1052)

18-0CT-78

10:51

M 1
PAGE 13

SEQ 0012

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

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

IF
A "RECEIVE ERROR'

IS DETECTED AT RISR:, THE

CSR_AND DBR WILL BE SAVED AND PRINTED OUT
AFTER THE COMPLETE MESSAGE HAS BEEN RECEIVED.

9.10

THE DATA TEST SUBROUTINE AT TESTD:

ngE?S(E)DAFTER A COMPLETE MESSAGE HAS BEEN

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'

CHARACTER IS RECOGNIZED. 'FILL® (ALL ONES)
CHARACTERS ARE IGNORED. IF A MISMATCH
IS DETECTED, THE COMPLETE CONTENTS OF THE
INPUT BUFFER AND GOOD DATA IS PRINTED.

DQ11 RESTRICTIONS
THE DQ11 HAS TWO MODES OF OPERATION IN ITEP, NORMAL(
WHICH
INTERUPTS EVERY TWO CHARACTERS), AND HI-BAUD(ONE INTERUPT PER
MESSAGE, THE WHOLE MESSAGE IS 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 IS TRANSMITTED. IN nww. MODE, EVEN IF THE CONSOLE
TTY IS FASTER OR THE SAME BAUD AS THE DQ11, NOT EVERY CHARACTER
CAN BE TYPED BECAUSE OF THE TWO CHARACTER PER INTERUPT
OPERATION, IN THIS CASE EVERY OTHER CHARACTER WILL BE TYPED
IF DATA MONITORING IS SELECTED. HI-BAUD MODE (SELECTABLE IN PARAMA2)
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 DQ11

PARAM#1

IS NOT USED (0)

PARAM#2 (LOW BYTE)

BIT 0
BIT 1

FULL DUPLEX (1), DEFAULT= HALF DUPLEX (0)
HI-BAUD (1), DEFAULT= NORMAL (0)

(BITS 0,1 ARE NOT LOADED INTO ANY DQ!1 REGISTERS,

PARAMY2 (HIGH BYTE) IS LOADED INTO THE SYNC REGISTER.
BITS 8-15
SYNC CHARACTER, DEFAULT= 26 (26)
PARAMN3 S NOT USED

(177777)

THEY ARE ONLY SOF TWARE FLAGS)

DQ11

ITEP OVERLAY

CZDQOD.P11

MACY11 30A(1052)

05-0CT-78 09:22

18-0CT-78

10:51

N 1
PAGE 14

SEQ 0013

0DQ11

ITEP OVERLAY

CZDQOD.P11

18-0CT-78

MACY11 30A(1052)

05-0CT-78 09:22

MAAA

10:51

PAGE 15

SEQ 0014

ittt

DQ11 INTERFACE SERVICE PARAMS

DQ11:

.=11000
_ASCIZ
/DQ /

ittt

siiis

PR RRRERERIOORS 2222838

000040

BA:

160010

RIV:
300
PRIOR:
240
PARAM1: 0
P

IRDA:
IXDA:

SETTLE:

B2016:
TIME:

177777

;PARAM #2
;PARAM #3

O
0O

.WORD
.WORD
.WORD

9
0
O

;ADDR OF BIN TO OCT TYPE ROUTINE
s
TIMER
3

000

;TRANSMITTER TERMINATING CHAR.

001

JRECEIVER TERMINATING CHAR.

.xg

— .BYTE

SWR:

;BUS ADDRESS

.WORD
.WORD

— .WORD

FLAG:

;ISR NAME

;VECTOR ADDRESS
sPRIORITY
;PARAM #1

Pm: 013000

A= =200

il
o

) i
i

D
o

i
D
D

s
i
D

i
D

D
i e

b
b
D

D
i

D
e

D
D

e
i

)

e
b

eleolalelalelololalelelalololelalelelelolels)

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

.BYTE

. WORD

177570

JINITIAL READ DATA ADDRESS
JINITIAL XMIT DATA ADDRESS

;LINE SETTLE DELAY FLAG

START

JADDR OF START OF PROGRAM

DISPLAY:177570

:'itt"t'i'tt'fi'tt‘.'ttttt'tt.ttttfi'i"tl'itttt"fi*"lt"fi.t.'t'

SRR

CONSTANTS + WORKING STORAGE

A A A AR A A AR AR

STAT=R0O

XFLG=100000

RFLG=40000

g?:C“DC)
oo

TXWC:0
RXWC:0
XCC:
RCC:

—e
O

AR AR AR R R AR AR AR AR AR AR AR AR AR

JXMIT COMPLETE FLAG

JRCV COMPLETE FLAG

.DATA SET STATUS CHANGE FLAG
JINHIBIT PRINTOUTS

0
0
0
0
0

;SAVED XMIT CSR
;SAVED RCV CSR
;RCV CSR SAVED ON ERROR
sRCV DATA REG SAVED ON ERROR
JRCV CSR SAVED ON DS CHANGE

RDA:
XDA:

¢
0
0
0

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

177566

TKS:
TKB:
TPS:
TPB:

177560
177562
177564
177566

000001

FULL .DUPLEX=000001

OO0O0O0O0O
_—
D
—
) D D
olele]
OCOOC
—_— 2
— —2 —2

OOOCO
B S
S S
—_

SXCSR:
SRCSR:
ERCSR:
ERDBR:
DSSTAT:

RS N3 ;$§¥g
n

DSFLG=20000
BIT13=20000

AR AR

DQ11

ITEP OVERLAY

CZDQOD.P11

MACY11

05-0CT-78 09:22

30A(1052)

18-0CT-78

10:51

PAGE 16

SEQ 0015

655

'fittfi'tfi.tt"ttttttitt'tttt'ttQttti'tfit.fittttttttt'ii.tififi'tttti

656

DQ11=X INTERFACE SERVICE ROUTINE

START:

NOP
MOV

657

'Qtttt'tt"fitt'tt*tttfi""'ttttfi**t.'t.t."tfi"ttt*Qttttt'i..t't

658
659

011106
011110

000240
017700

177730

661

011120

013702

011006

663

011130

013722

011010

660 011114 062700

662 011124

177400

012722 015052

MOV

#RISR,

MOV
MOV
MOV
MOV
MOV
BIC
MOV

#XISR.
(RQ)+
PRIOR.
(R2)+
:
BA,
R4
*SETUP BUS ADDR INDEX
PARAM1, @RCSR
:SETUP VARIABLES
PARAMZ _ R2
;
#0001 ,R2
:
R2
XCSR(R4)
- IN CSR'S

MOVB

#14.REG(RCSR)

CLR
DEC
8PL
CLR
CLR
CLR

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

*SEQUENCE CONTROL REGISTER
*HAVE ALL 16 LOCATIONS BEEN CLEARED?
*IF NO THEN BRANCH, OTHERWISE PROCEED ON
*CLEAR THE RX CSR
*CLEAR TX CSR
‘CLEAR THE snnoa REGISTER

SEC (R4 )

*CLEAR THE SECONDARY REGISTER

011136
011140
011144
011150
011156
011160
011164

012722
013722
013704
013714
013702
042702
010264

014230
011010
011004
011012
011014
000001
000002

€72

011176

112764

000014

011170

673 011202

674
675
676
677
678
679

011206
011212
011214
011216
011220
011224

012703

000017

110364 000001

005064
005303
100372
005014
005064
005

MOV

000005

000006

684
685
686
687
688
689
690
691
ggg

011250

011254
011260
011262
011264
011272
011300
011304
011312
011316

005064

105264
005303
001364
112764
012764
005037
052764
005037
005037

MOV

1$:

000002
000004

680 011230 012703 000020
681 011234 052764 010000 000004
682 011242 042764 060000 000004
683

;SETUP MODE IN RO

c177zoo

664
665
666
667
668
669
670

671

BIC

2%:

000006

000005
000006
000002

PRIOR.

(R2)+

#17 .R3

R3,7(RCSR)

MOV
BIS
BIC

#16. .R3
#ITI2 ERR(RG)
#60000 . ERR (R4 )

INCB
DEC
BNE
MOVB
MOV
CLR
BIS
CLR
CLR

REG(R4)
R3
2%
#12.REG(R4)
#BIT5,SEC(R4)
ERRORS
#BIT3,XCSR(R4)
TIME
DELAY

CLR

000005

000012
000040
014220
000010
011032
013274

MOVB

RIV,

:SETUP

:STRIP JUNK

:INTERRUPT

=VECTORS

*SET=UP TO CLEAR ALL 16 LOCATIONS

:OF THE SEQUENCE CONTROL REGISTER

*CLEAR A LOCATION
OF THE

: SETpCOUNTER
-SETTWRITE ENABLE
anaurmnmm

*GET NEXT REGISTER
‘DONE YET??
*KEEP CLEARING
*SELECT THE MISC REGISTER
-ISSUE A MASTER CLEAR.
;ENABLE ERROR INTERUPTS
‘RESET TIMER
‘RESET DELAY INDICATOR.

694
ggg

;ROUTINE TO FIGURE RX AND TX WORD COUNTS.

697
698

*FOR HIGH BAUD THE TX AND RX MESSAGES MUST BE IDENTICAL
*THE DATA WILL BE TRANSFERED AT A BURST MODE.

983

701
702
703
706
705
706
707
708
709
710

:THE TXWC AND RXWC SET FOR HOW MANY CHARS TO DEAL WITH.

011322
011322
011326
011330
011332
011336
011340
011342
011346
011352

013702
005003
005203
123722
001374
005403
010337
013702
005003

011022

011040
011062
011022

%Xz

1$:

MOV
CLR
INC
CMPB
BNE
NEG
MOV
MOV
CLR

IXDA,R2
R3
R3
TX.TERM, (R2)+
1%
R3
R3, TXWC
1M ,R2
R3

DQ11

ITEP OVERLAY

CZDQOD.P11

011354

005203

714

011364

010302

011370

010337

715

;}9

011356
011362
011366

18-0CT-78

05-0CT-78 09:22

711

712
713

MACY11 30A(1052)

123722
001374

005403

28:

011041

10:51

INC

MOV

R3.R2

(MPB
BNE

SEQ 0016

RX.TERM, (R2)+
2%

NEG

011064

D_2

PAGE 17

MoV

R3.,RXWC

718

719
720

JRRARARARARRRARRRRARARRAR
RN RARRR AR A AR

721

ROUTINE USED TO GOTO

723

ON MODE SELECTED.

011032

GO:

CLR

011572
000002

1$:

011464
000010

2$:

011670
000004

3$:

722

724

725
726
727
728
729
730
731
732
733
734
735
736
737
738
739
740
741
742
743
764
745

SUBROUTINE DEPENDENT

JRERRKARARRRRARRNARARAARACR
RS AR AR AR

011374

011400
011404
011410
011414
011416
011422
011426
011430
011434
011440
011442
011446
011452

011454
011460
011462

005037

005037
005037
032700
001402
000137
032700
001402
000137
032700
001402
000137
032700
001402

000137
000000
000776

013274
013300
000001

012120

4%:

746

TIME

CLR
CLR
BIT
BEQ
JMP
BIT
BEQ
JMP
BIT
BEQ
JMP
BIT
BEQ

DELAY
STOP
#0W0 ,MODE
1$
$0w0
#OWI ,MODE
2%
$0wW1
#1LB,MODE
3%
$ILB
#XLB ,MODE
4%

JMP
HALT
BR

$XLB

747

AR AR

748
749
750
751
752

:
;
:
;
:

ROUTINE USED IF 'ONE WAY IN'' MODE WAS SELECTED.
NOTE THAT WHEN IN THIS MODE HALF DUPLEX IS THE
ONLY MODE AVAILABLE.
"ONE WAY IN'' MEANS THAT ONLY THE RECEIVER IS
ENABLED. THE TRANSMITTER IS NEVER ‘‘TURNED ON''.

$OwWl:

KBDIN
JSR
BIT
BNE

753

754
755
756
757
758
759
760
761
762
763
764
765
766

AR AR AR AR AR AR AR AR

011464
011466
011472
011476

011500
011506

011510

011512
011516
011520

104416
004737
032700
001013
023727
103771
011402
016403
104001
005037

014556
040000
011032
000002

011032

18:
000100

cMP
BLO
MOV
MoV
HLT
(LR

AR AR R RRR R AR AR AR RARA AR

PC,STARTR
#RiLG,STATY
2%
TIME #4100
$
aRCSR, R2
XCSR(R4) ,R3
1
TIME

R AR

DQ11 ITEP OVERLAY
MACY11 30A(1052)
CZDQOD.P11
05-0CT-78 09:22

011526
011534

032777

SRAAL
L

—_ D

O%O‘b@'\)&

000762

[elelolelolels)

011524

000200

177310

012510

040000
000020

011570
012350

177270

18-0CT-78

2%:
3%:

013276
4%:

10:51

E 2
PAGE 18

BIT
BNE
JSR
BIC
BIT
BEQ
MOV

#NODAT ,aSWR
3%
PC,TESTD
#RFLG,STAT
#LOO0P,aSWR
4%
#4$ ,BACK

JMP
BR

EOP
$OWI

NOTE THAT WHEN IN THIS MODE HALF DUPLEX IS THE ONLY
MODE AVAILABLE.

ENABLED.

$0OW0:

100000

011032

1%:

000100

"ONE WAY OQUT'' MEANS THAT ONLY THE TRANSMITTER IS

KBDIN
JSR
CLR
BIT
BNE

CMP
BLO
MOV
MOV

000002

HLT
CLR

011032
100000

ROUTINE USED IF 'ONE WAY OUT'' WAS SELECTED.

:
:

013302
011032

000020

177172

011666
012350

013276

T T,

2%:

BR
BIC
BIT

BEQ
MOV

3%:

JMP

THE RECEIVER IS NEVER '‘TURNED ON.
S

PC,STARTX
TIME
#XFLG,STAT
2%

TIME #7100
1$
aRCSR,R2

¥CSR(R4) ,R3
]
TIME
1%

#XFLG,STAT
#LOOP,aSWR

33
#3% ,BACK
EOP

$0W0

SEQ 0017

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

30A(1052)

809
810
811
812
813
814

840
841
842

843
844

845
846
847
848
849
85C
851
852

853
854
855
856

857

)
T
S
T
TN
IR

011670
011672
011676

011702
011706

011710
011716
011720
011722
011726
011730
011734
011736
011744
011746
011752
011756
011764
011766
011774
012000
012006
012010
012014
012020
012024
(12026
(12030
012034
012036
012042
012044
012050

012054
012060
012062
012070

012072

011032

1%:

000100

000002
011032
000200
012510
040000
000020

012000
012350
000400

177100

177060

2%:
3%:

013276
177036

4%:

011020
011022
011074

000177
011032

7%:

100000

5%:

013302

011032
000002

863

012114

011670

000100

AR AR A AR A AR AR

KBDIN
JSR
CLR
BIT

BNE
(MP
BLO

MOV
MOV
HLT
CLR
BR

BIT
BNE

AR AR

IS DESIRED; IT IS GIVEN.

THE CYCLE IS REPETED AS ABOVE.
AR AR A AR A AR AR R AR AR AR

TIME
#RFLG,STAT

2%
TIME,#100
1%

aRCSR,R2
?CSR(R&),R3
TIME

1%
#NODAT ,aSWR
3%

PC,TESTD
#RFLG,STAT

BEQ
MOV

4%
#4$ BACK

BIT

JMP
BIT
BEQ
MOV
MOV

#LOOP,aSWR

MOV

EOP
#6400,
7%
IRDA,
IXDA,
R3

MOVB
INC

#177,
R3

(R)+,

MovB

#177,

CLR

TIME

CLRB

JSR
BIT
BNE

BIC
JMP

AR AR R AR AR

PC,STARTR

JSR
BIC

CLR

68:

"END PASS''

IS TRANSMITTED;

(MP
BLO
MOV
MOV

011032
100000

MOVB

000177

012074
012100
012102
012106
012110

$ILB:

014556
011032
040000

858
859
860
861
862

IT 1S IF

SRR

THEN THE TRANSMITTER IS ENABLED. AFTER THE WHOLE MESSAGE

817

A AR

SEQ 0018

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

816

822
823
824
825
826
827
828
829
830
831
832
833
834
835
836
837
838
839

F 2
PAGE 19

10:51

S RAA AR AR AR AR AR AN AR

815

818
819
820
821

18-0CT-78

(R3)+

QSWR

R2
R3

sUSE EXTERNAL DATA?
:BR_IF NO
:SET POINTER
:SET POINTER

(R3)+

:MOVE INPUT TO OUTPUT

=(R3)

:INSERT A FILL CHAR
;BUMP ADDRESS

XDA

(R3)+

PC,STARTX
#XFLG,STAT
6%

TIME #4100
5%
aRCSR,R2
¥CSR(R4),R3
T IME

#XFLG,STAT
$..8

sSETUP XMIT DATA ADDR

*LOOP IF NOT ZERO CHAR

INSERT ANOTHER FILL

s INSERT ZERO (CHAR

AR ARk hd

DQ11

ITEP OVERLAY

CZDQOD.P11

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

SEQ 0019

05-0CT-7€ 09:22

MRS A

SRRl

ittt

iiii

ittt

iiiiiiiiisississdy

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 FIRST

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.

.d.a_ha_a;::.acrgasa;
~
Vi

i
i
i
i
)
i
b
-

889

USUSTS S STSTNTN
LN [N ],8 1,8

lelelolelololelelelelsls)

ttQtttt.iitt".ttfi"'.""'Q.Q"Q..ttltttt.".Qtfi.'fitt....t..'.'ttt.

012172

000001

011014

$XLB:

014556
013302
011032
00000

2%:

040000

7%:

011032

1%:

000100

000002

011014

3%:

074556
000001

011014

A ¥

100000

011032

100000

b
b
-

elelelele]

018380

#RFLG,STAT

BLO
MOV
MOV

2%
aR(SR,R2
)1(CSR(R4).R3

BNE
(MP

6%:
8%:
176524

176510

013276

4%
TIME 4100

T IME

#FULL .DUPLEX ,PARAM?

BIC
JSR

#XFLG,STAT
PC,STARTR

BIT

#FULL .DUPLEX ,PARAM?

BIT

#XFLG,STAT

BEQ

6%
TIME,#100
4%

MOV
MOV

aR(SR,R2
¥CSR(R4) .R3

TIME

BIC
BIC
(LR
BIT

#XFLG,STAT
#RFLG,STAT
TII4E
#NODAT ,aSWR

JSR
BIT
BEQ

PC,TESTD
#LOOP,aSWR
$XL8

BNE
5%:

BIT

BNE

HLT
CLR

011032

012510
000020

BIT

BNE

BLO

000002

040000
011032
000200

PC,STARTR
PC,STARTX
TIME
#XFLG,STAT

BNE
cMP

000100

#FULL .DUPLEX ,PARAMZ
1%

JSR
JSR
CLR
BIT

HLT
CLR

011032
000001

KBDIN

BIT
BEQ

MOV
JMP

#L¥LB,BACK
EOP

DQ11 ITEP OVERLAY
MACY11 30A(1052)
CZDQOD.P11
05-0CT-78 09:22

18-0CT-78

10: 51

H 2
PAGE 21

SEQ 0020

CRARRAARRA
A AR AN AR AR w

:
:

ROUTINE TO RETURN
TO MONITOR FOR
END PASS.

."'"'...*"..'QQ'*Q""'i"

012350

104414

016437
042737
042764
012766
010037
010137
010237
010337
010437
010537
000207
013700
013701
013702
013703
013704
013705
012737
053764
000177

000340

177737
012436
013260
013262
013264
013266
013270
013272

013260
013262
013264
013266
013270
01327
177777
012506
00057

EOP:

012506
012506
000002
000002

ENTER:

013274
000002
QTPIE:

MOV
BIC
BIC
MOV
MOV
MOV
MOV
MOV
MOV
MOV
RTS

STPS,PRTY?

XCSR(R4) ,QTPIE
#*C<TIE>,QTPIE
#TIE, XCSR(R4)
#ENTER Z(SP)
RO, SAVRO
R1,SAVR1
RZ.SAVRZ
R3,SAVR3
R4, SAVRS
RS, SAVRS
PC

;SET _PS PRIORITY TO 7
sSAVE TX (SR
sCLEAR ALL BUT TX IE.
sCLEAR TX IE (EVEN IF IT WASN'T SET)
:SET FOR RETURN IF SW 14=1
;SAVE REGISTER 0
s SAVE REGISTER 1
:SAVE REGISTER 2
;SAVE REGISTER 3
sSAVE REGISTER 4
sSAVE REGISTER 5
JRETURN TO CONTROL PROGRAM

MOV
MOV
MOV
MOV
MOV
MOV
MOV
BIS
JMP

SAVRO,RO
SAVR1 ,R1
SAVR?2 ,R2
SAVR3,R3
SAVR4 R4
SAVRS RS
#-1,DELAY
QTPIE ,XCSR(R4)
aBACK

JRESTORE RC

000000

;RESTORE R1

sRESTORE RZ2

sRESTORE R3

;RESTORE R4

sRESTORE RS
;IF ORGINALLY SET; SET TX IE

SUBROUTINE TO CHECK
RECEIVER DATA.

012720

104400

013001

v
)

013701
013702
122122
001776
123741
001453
122742

001005
010237
104400

011056

TESTD:

MOV
BEQ
BIT
BNE
TYPE

020000

176272

011022
011020
011040
000002

012602

176320

JSR
TST

TYPE

TSTDAT: MOV
MOV
SCAN4:
(MPB
BEQ
C
BEQ

CMPB

BNE
MOV

TYPE

ERDBR,
~=-(SP)
TSTDAT
#BIT13,3SWR
TSTDAT
,MSGO

RO,aB2016
-(SP)
LMSG1

IXDA,
R1
IRDA,
R2
(R1)+,
(R2)+
SCANS
TX.TERM,=(R1)
TESTDX

#002,-(R2)

2%
RS,19

;WAS THERE A RECEIVE ERROR?
;BR
IF NO
:BR

s INHIBIT PRINTOUTS?
:BR_IF YES
;<15><12>THERE WAS A RECEIVE ERROR. RBUF=
:PRINT CONTENTS OF RBUF
:<15<12>

sSETUP XMIT DATA ADDR
SETUP RCV DATA ADDR
DATA oK ?
:BR
F OK
;1 S § END OF DATA
;BR IF YES
~

—_

—_—

P
P
P
G

013746
001413
032777
001007
104400

004077
005746

G
G
i

:
:

:t't'fi.fitt'."t"".fi.".""fit.fit

—

OQOOOOOOSOOOOOOOOO

"ti""...Q.t*fifi"".fi*..".'*.fi.fi.

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

SEQ 0021

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

000000

1%:

000443

2%:

105712

001441
122721

. WORD
BR

TESTDX

(R2)

TESTDX

#1177

(R1)+

000177

0177

(R2)+

CANI

SCAN4
-(R2)
PARAM2+1,
(R2) +

011015

020000

013004
011020

176174

SCANSG

SCANS:

#MIT13,3SWR
DERR

,MSG2

012666
RDAX
:

012704

042503

,MSG3
IXDA,

.+10

‘BR IF YES
;BACKUP

*1S 17 PILLY?

:BR IF YES
;BACK UP POINTER

;BR IF CHAR WAS SYNC

;DATA ERROR

JINHIBIT PRINTOUTS
BR IF YES

J<15><12>RECEIVED DATA
= <15><12>
;SETUP DATA ADRESS

:PRINT RECEIVED DATA
JRECEIVED DATA ADDR.

;<15><12>DATA SHOULD BE<15><12>
;SETUP ADDR.

sPRINT GOOD DATA

;SETUP RCV DATA

TESTDX:

(SP)+
PC

;POP STACK
JRETURN FROM SUB/ROUT

MSGO:
MSG1:
MSG2:

:}g;:;g;/THERE WAS A RECEIVER ERROR. REGISTER (SEL 2)

MSG4:

MSGS:
.EVEN
SAVRO:
SAVR1:
SAVR?:
SAVR3:
:
SAVRS
SAVRS:

DELAY:
BACK:
STOP:

DATA ERROR HALT

<15><12>/RECEIVED DATA = /<15><12>
<15><12>/DATA SHOULD BE/<15><12>

MSG3:

15><12>/PLEASE MAKE CONNECTION (DIAL NUMBER)./
15><12>/WHEN CONNECTION COMPLETE; HIT CONTINUE SWITCH./<15><12>
15><12>/PLEASE MAKE CONNECTION (DIAL NUMBER) ./<15><12>

AAA

051105

RDAX

YES

;IS IT FILL CHAR?

(RZ)
R2

012712
012714
012716

IRDA,

sBR IF

(R1) ,R3 ;SETUP XMIT DATA

DERR:

012720
013001
013004
013031

000177

jelelelelelelelele

§SRSI828L8RYE 838 $828R5R2L2S
NV v

388
VB WN=O

Y
e [
e

) —d —d —d
—

lelalelelele

LS SN

NN
—d

NN NN
N
D
e d

—_ 0
a -

976
977
978
979

DQ11 ITEP OVERLAY
CZDQOD.P11

MACY11 30A(1052) 18-0CT-78 10:51 PAGE 53 2

05-0CT=78 09:22

SEQ 0022

INITIALIZATION OF TRANSMITTER.

1016

.-tttttttttttttttttt'tt'ttttttttttttt't'ttt.ttttttttttt'ttttttfittttttt

1017

“INITIALIZE TRANSMITTER.

1018
1019

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

1020
1021
1022
1023
1024
1025
1026

013302

005737

013274

1028

013310

005037

014214

1027

*IN LOCATION PARAM2+1 (HIGH BYTE OF PARAM2).
*WHEN THE SYNC CHARS. HAVE BEEN TRANSMITTED
:THE TRANSMITTER WILL BE ENABLED FOR REAL DATA
:TRANSFER. CHARACTERS WILL BE TRANSMITTED ONE AT A TIME.
.'ti'tttttttttttttttttttttttttttfittttttttttttttttt.tttttttttttttt'tttt

013306

001416

1029
1030
1031

013314
013322
013330

012737
062737
001374

1033

013336

001371

1032
1034

1035
1036

1037

1038
1039
1040

1041
1042
1043
1044
1045

1046

}8‘45

013332

013340

000007
000001

005337

014216

005037

013274

013344
013350

005037
042764

011032
000300

013364
013372
013374

032764
001403
004737

000004

013356

052764

013400
013402
013406

000740
012701
012705

013416

005301

013422

105015

013412

013420

113725

000010

STARTX:

(000002

000002

1%:

011015

1056

013440

1057

1061

1062

1063

1064

1065

1066

1067
1068

1069

1070
1071

TEMP2

=14

DELAY

TIME
#300 XCSR(R4)

;ZERO DELAY

:CLEAR BOTH DONE BITS FROM TX

BIS

#BITS,XCSR(RG)

B8R
MOV
MOV

STARTX
#5.R1
#SYNC RS

*GOTO BEGGINING
*SET FOR FIVE SYNC CHARS.
*SET POINTER LOCATION

DEC

*ALL DONE??

CLRB

(RS)

*SET LAST BYTE TO ZERO

MOVB

001374

*NO GO AHEAD AND TURN ON TX

BNE

#BIT2.XCSR(R4)
1%
PC,GETPRI

PARAM2+1,(RS)+

.~6

:ENABLE ERRORS

:WHERE IS THE POINTER POINTING
:BR IF PRI IS NEXT.
“GO TOGGLE TO GET PRIMARY.

:LOAD IN SYNC CHARS.

*BRANCH IF NOT DONE

:PICK UP AND TRANSMIT QUT.

013424

1058
1059
1060

CLR
BIC

BIT
BEQ
JSR

015426

000005
014222

CLR

TEMP1

JIF SW04=1 & SW14=0 WAIT BEFORE TURNING TX ON

;NOW THE SYNC CHARS ARE LOADED IN CORE FOR THE D@11 TO

1052

1056

47, TEMP?
#1 . TEMP
.6

DEC

1049

1055

MOV
ADD
BNE
BNE
NDLY:

DELAY

NDL Y

CLR

014216
014214

}8;9

1053

TST

BEQ

112764

013432

012764

013446

012764

013454

013460

013466
013472
013500

000012

MOVB

004000

000006

MOV

014222

000006

MOV

177773

000006

MOV

112764

000002

105264

012764

000005

MOVB

042700
052764
005737

100000
001000
013300

104400

013206

013516

032764

002000

000002

16%:

013526

032764

002000

000002

8$:

011032

000036

013504

001004

013512

005137

013506

013524

013534
013536
013544

013546

013550

001037

001017
023727
103770

011402

016403

013300

000002

#12,REG(R4)

#4000,SEC(R4)

;SELECT MISC REGISTER

:SET FOR EIGHT BITS PER CHAR.

#2,REG(R&)

*SELECT THE TX BA PRI.

INCB

REG(R4)

*SELECT THE TX WC PRI.

BIC
BIS
TST

#XFLG,STAT
#DTR _XCSR(R4)
STOP

*RESET TX COMPLETE FLAG
JSET DATA TERMINAL READY
JFIRST TIME HERE?

TYPE

,MSGS

BNE

COM

#SYNC,SEC(R4)

#-S,SEC (R4)

168

STOP

BIT

#MRDY ,XCSR(R4)

BIT

#MRDY
, XCSR(R4)

BLO

BNE

BNE
CMP

MOV
MOV

:LOAD TX BA PRI. WITH SYNC ADDR.

:SET FOR FIVE CHARS.

‘BR IF NO

*MAKE CONNECTION

3g
TIME,#36

an"SR,R2

XCSR(R4) ,R3

;HAVE 30 SEC ELAPSED YET
*NO NOT YET

*LOAD FOR TYPEOQUT

;LOAD FOR TYPEOQUT

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

013554

010000

D D
D e
d d
D

BIT
BNE

011032

12%:

014214
000005
000001

3%:

000001

2%:

010000

108:

011032

011032
011032

8$
TEMP1
#5,TEMP2

DEC

TEMP2

BNE

000400
020000

000002
000002

011032

000036

000002
010000

175074

011032

9%:
11%:

14%:

;TYPE "WAITING TO TRANSMIT'' MESSAGE.

#1,TEMP1
.-

.~14

g;ULL.DUPLEX.PARAMZ

gég

g}OOOO,XCSR(Rl.)

CMP

TIME ,#36

MOV
MOV
BIT

aR(SR,R2
XCSR(R4) ,R3
#SW12,aSWR

HLT

108

BNE
13%:

s INHIBIT PRINTOUTS?
:BR IF YES

ghllg

BLO
175154

TIME

BR
CLR
MOV
ADD
mE

014216

000002
010000

HLT+2
CLR

#5W12,aSWR
12%

SEQ 0023

CLR

108

13%

TIME

;IS CARRIER UP?

;30 SECONDS UP ?

:NOT
YET

:PREPARE TYPE OUT
:AS ABOVE
s INHIBIT PRINTOUTS?

:BR IF YES

:TYPE 'WAITING **

:ZERO TIMER

CLR
BIS
BIT

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

JSET TIME=0

CMP
BLO
MOV
MOV
BIT
BNE

TIME ,#36
118%
@RCSR,R2
XCSR(R4) ,R3
#SW12,aSWR
14%

:30 SECONDS UP ??
:NOT YET
:PREPARE TYPE OUT
+AS ABOVE
:INHIBIT PRINTOUTS?
;BR IF YES

118

BNE

HLT
CLR

2
TIME

sTYPE "WAITING **
;ZERO TIMER

;TEST AND SETUP FOR HI BAUD RATE. NOTE THE MESSAGES
;MUST BE THE SAME LENGTH IN Hl BAUD.
000002

011014

000006
011022
000007
011062

000005
000006
000095
000006

6$:

BIT
BEQ

MOVB
MOV
MOVB
MOV

#H] .BAUD ,PARAM?2
17%

;HAS HI BAUD BEEN SELECTED?

:BR IF _NO
sSEL SEC TXBA
:LOAD SEC TXBA WITH DATTA

#6 ,REG(R4)
I1XDA, SEC (R4)
#7 ,REG(R4)
TXWC, SEC (R4)

SSEL SEC TXWC
sSET TXWC FOR MAX CHAR XFER RATE

— e

e e

)

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

175262

D D D

D D D D

D D

D D d D d D D

D d D d D d i

~N
— e d e
d el D
o
\lo\\hl\w'\)—'gom\lo\\hbwm-"osg
Ngagwf\)—lg 3BIRIRIIIIRRRPERERE

1080

032777

30A(1052)

HERE NOW BECAUSE CLEAR TO SEND HAS BEEN SET
NOW SEND THE SYNC CHARS.

000001
011032
000002

000002

17%:

BIS

#.GO XCSR(R4)

4%:

TSTR

XCSR(R4)

CLR

TiME

;SET

THE GO BIT

sSET TIME TO ZERO
2iS TX DONE WITH SYNCS

J:+4D

}}

1
n
1
1
n
1
1
1
1
1
1
1
1
1
1
1
1
1
n

-4

g_.

100417
023727
103771
011402

014060

032777

010000

005037
000756

011032

014072
014076

016403

001001
104002

011032

000002

000036

BM]
CMP
BLO
MOV

5%
TIME ,#36
48
aRCSR,R2

BIT

#SW12,aSWR

CLR
BR

TIME
48

MOV

174756
158:

BNE
HLT

XCSR(R4) ,R3

158
2

:BR IF YES
*HAVE 30 SECOND GONE BY??
*BR IF NOT YET
:LOAD FOR TYPE OUT

:LOAD FOR TYPE OUT

*INHIBIT PRINTOUTS?

*BR IF YES
*TYPE WAITING...

*2ERO TIMER
*GO WAIT FOR DONE

sNOW TRANSMITTER DONE HAS SET AND THE SYNC CHARS

Y S

I S P

014066
014070

sHAVE BEEN SENT OUT. THE TRANSMITTER IS TO BE
;ENABLED AND THE DATA WILL BE TRANSFERED.
014100
014106
014110
014116

032737
001033
112764
013764

000002

011014

000002
011022

000005
000006

BIT
BNE
MOVB
MOV

014132

112764

000003

000005

MOVB

112764
013764
112764

000006
011022
000007

58$:

mm4WMOM%MM6
o~
o

—

014140
o

1
1151
1152

Y S N S

1149

014154
014162

1148

014040
014042
014050
014052

SEQ 0024

INITIALIZATION OF TRANSMITTER.

014170

012764

#H] .BAUD , PARAM2
;HAS HI BAUD BEEN SELECTED?
7%
‘BR IF YES
#2,REG(R4)
;SELECT
TX BA PRI
IXDA,SEC(R4)
:LOAD BA

ADD

%fimu
#3

REG(R4)

177776

000006

MOV

#=2,SEC(R4)

177776

000006

MOV

#-2,SEC (R4)

000005
000006
000005

MOVB
MOV
MOVB

#6,REG(R4)
IXDA,SEC(R4)
#7,REG(R4)

*POINT
BA TWO HIGHER

*SELECT TX WC PRI

*SET TWO CHARS AT A TIME

*SELECT TX BA SEC
:LOAD TX BA SEC WITH DATA POINTER
“SELECT TX WC SEC

“SET WC WITH =2

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

S S

1143
1144
1145
1146

MACY11 30A(1052) 18-0CT-78 10:51 PAGE 55 2

05-0CT-78 09:22

014056

BRI

pu—y

)

1
1
1
1
1
n
n
1
1
1
1
11
1

OVERLAY

;THE PRIMARY).

THE DQ11

WILL

INTERUPT AFTER EACH CHAR

7%:

BIC
BIS

#300 ,XCSR(R4)
;CLEAR ALL TX DONES
#1E+.GO,XCSR(R4)

RTS

sAND CONTINUE TRANSMITTING WHILE THE END CHAR IS
s SEARCHED FOR.
014176
014204

042764
052764

014212

000207

000300
000041

000002
000002

sSYNC CHARACTER BUFFER AREA.

014214
014216
014220
014222
014224
014226

000000
000000
000000
026
026
026

026
026
026

TEMP1:
0
TEMP2:
0
ERRORS: 0
SYNC:
.BYTE
BYTE
BYTE

26,26
26,26
26,26

sSET _INTERUPT ENABLE AND GO
;GO BACK TO MAIN PROGRAM

;144D

AR AR AR AR A AR AR R AR AR AR AR

AR R

AR AR AR

;ttttttttttttttt"tttttt.ttttitttttQQ.tttt..ttttt't.'tt'tttttt.ttt'tt

014230
014232

000240
005764

014236 100012
014240 016403
014244 011402

000002

1188

014250

016437

000004

011402
016403

000002

014246

014256

1190
1191

014264
014266

1193

014300

1194

1195

1196

014272

014302

014304

1197
1198

014312
014314

1200

014320

1199

1201
1202

1203
1204
}%

104000

042764
032764

001001

104000

032737

001402
005746

014316

000474

014326
014330

001424
112764

014336
014342
014350

032764

016401
062764
004737

1.5
4.4

000004

1184
1185
1186

119§

000377
000300

014220
000004

000002

011014

000004

000002

000005

000006

014354

1212

014370

1219
1220
}55}

:DQ11 ERROR FLAG SET. EXAMINE REGISTERS FOR ERRO

MOV

ERR(R4) ,ERRORS

7.0

3.8
5.0

HLT

2%:

6.5

2.6
5.3

2.6

6.5

2.6
6.4

5.0
6.4
5.8

BIC

#377 ,ERR(RG)

BIT

xsoo XCSR(R4)

MOV
MOV
BNE

2.6
4.4

112764

000003

042764

000200

014362

012764

014376

000002

177776

000005

6.4

000002

7.0

000006

18:

@RCSR,R2
XCSR(R4) ,R3

*NOT SET GOOD SO FAR.
:SAVE DQ ERROR REG

;PREPARE FOR ERROR TYPEOUT
*PREPARE FOR ERROR TYPEOUT
1S EITHER TX DONE SET??

:GOOD EITHER PRI OR SEC DONE IS SET

HLT

BIT

#H] .BAUD,PARAM2 :1S HIGH BAUD RATE SELECTED?

BEQ
TST

1%
-(SP)

BIT

mrz XCSR(R4)

BEQ
TX.PRI: MOVB

MOV
ADD
JSR

MOVB

6.4

MOV

4.8

RTI

*REPORT ERROR.

INTERUPT WAS TO

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

*BR IF NO
JFAKE STACK

HBT CHK

*XFER ALL DONE

oz necmo

*SECONDARY IS NEXT.
*SELECT TX BA PRIMARY

SEC(R4) ,R1
#2,SEC(R4)
PC.TX.CK

:WHERE IS POINTER??

*GET NEXT ADDRESS TO TRANSMIT FROM
“UPDATE CURRENT ADDRESS.
*GO CHECK FOR END CHAR.

BIC

#3,REG(R4)

sSELECT TX WC SEC

#BIT7,XCSR(R4)

:CLEAR PRI DONE FROM TX

#-2,SEC(R&)

*LOAD WITH A =2

*LEAVE TX ISR

;THE ABOVE ROUTINE SERVICED THE INTERUPT IF THE
:PRIMARY REGISTERS CAUSED THE INTERUPT.

014400

014406
014412
014420

112764

016401
062764
004737

000006

000006
000002
014450

000005

000006

6.4

5.0
é.4
5.8

TX.SEC: MOVB

MOV
ADD
JSR

#6,REG(R4)

SEC(R4) ,R1
#2,SEC(R4)
PC.TX.CK

;SELECT THE TX BA SECONDARY.

*GET ADDRESS POINTER.
*UPDATE CURRENT ADDRESS.
:GO CHECK THE LAST CHARACTER.

;JUST LIKE ABOVE; IF I COME BACK FROM THE ABOVE SUBROUTIN

1224

“THAT MEANS THE ?ue LAST CHAR HASN'T BEEN TRANSMITTED

}552

1228
1229

6.4

9.3

1223

1227

:LOCATION SET FOR HALT INSTRUCTION IN DEBUGGING.
*IS THE DO11 ERROR FLAG SET??

2$
XCSR(R4)
,R3
aRCSR,R2

1215
}5}9

1218

ERR(R4)

;IF 1 COME BACK FROM THE SUBROUTINE THAT MEANS THAT THE
*END CHAR WAS NOT FOUND AND THE TRANSMISSON GOES ON.

1210

}g}z

NOP
ST

BPL
MOV
MOV

9.3

000002

000006
000002
014450

XISR:

2.6
5.0
3.8

1207
}%

1211

1]80

1189

SEQ 0025

:TRANSMITTER INTERUPT SERVICE ROUTINE
m THIS ROUTINE THE END CHARACTER IS CHECKED FOR
AND IF IT WASN'T FOUND THE TRANSMITTER CHARACTER COUNT
“REGISTER IS ADJUSTED.

1187

18-0CT-78
10:51
PAGE 26
TRANSMITTER INTERUPT SERVICE ROUTINE.

1175
1176
177
”;g
1181
1182
1183

30A(1052)

~
R

)

—

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

*AND THAT TRANSMISSON SHOULD CONTINUE.
014424

014432
014440

112764

012764
042764

000007

177776
000100

000005

000006
000002

6.4

6.4
7.0

MOVB

MO
BIC

#7.REG(R4)

#-2,SEC(R4)
#8176, XCSR(R4)

sSELECT me TX WC SEC

‘LOAD WITH A =2
:CLEAR SEC oous

—

—a

TEP OVERLAY

) i

NN
i VIS
&S

D i

D e

NN
RRRRRRRY NN
N=OVoO~N SRR o858 BLERRUKZS

P11

MACY11

05-0CT=78 09:22

30A(1052)

N
CT7-78
10:51
PAGE
27 .
TRANSMITTER INTERUPT SERVICE ROUTINE.

014446
014450

000002
123741

011040

4.8
5.9

014456

123741

011040

5.9

014456

001427

014462
014464
014472

001424
032777
001405

014500

100002

014474

014502
014506

105777

174402

111177
000207

174376

014510
014516

032777
001406

014524

100003

014520
014526

000100

000100
174356

112777

000124

174350

000002

052700

042764

000441

014546

005037

011032

014552
014554

174326

005726

100000

TX.CK:

RTI
CMPB

BEQ

(MPB

2.6
7.7
2.6

BEQ
MONDAT: BIT
BEQ

2.6

8PL

5.6

105777

014534

014540

2.6
174352

SEQ 0026

18-0

7.6
3.5

TSTB

1%:

MOVB
RTS

7.7
2.6

HBTCHK: BIT
BEQ

2.6

BPL

3.8

XISRDN: BIS

3.7

CLR

5.6
7.6

7.0
3.2
4.8

TXOUT:

TX.TERM,=(R1)

:LEAVE HERE
:WAS THAT THE LAST CHARACTER.

TX.TERM,=(R1)

:LAST CHAR?

X I SRDN

X I SRON
#B1T6,aSWR
1%

;ISR IS DONE IF BR IS MADE
:BR IF YES
:CHECK FOR DATA MONITOR.
:DON'T MONITOR DATA

aTPS

*TTY READY??

(R1),aTPB
PC

:TYPE CHARACTER
*GO BACK TO ISR

#81T6,aSWR
X 1SRDN

sTTY NOT READY GO ON WITH TEST
“CHECK FOR DATA MONITOR
*DON'T MONITOR

ISTB

@TPS

MOVB

#'T,aTPB

BIC

#1E+RQTS+.GO,XCSR(R4)

ST
RTI

X I SRON

#XFLG,STAT

TIME

(5P)+

*IS TTY READY

:TTY NOT READY GO ON WITH TEST

STYPE T

SET TX COMPLETE FLAG

:CLEAR ALL CONDITIONS FOR TX

*ZERO TIMER

*POP SUBROUTINE PC FROM STACK
*LEAVE HERE FOR GOOD.

DQ11 ITEP OVERLAY
CZDQOD.P11

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

05-0CT-78 09:22

1255

1254

000240

1259 014564

032714

014560

1260
1261
1262

014570
014572
014576

1265

014614

1263
1264

1266

1267
1268
1269

1270
1271
1272
1273
12764

1275
1276

014600
014606

042714

001403
004737
000767

000004

015426

011015
011015

014222
014223

014622

013764

014222

000006

014636
014644

013764
105264

011020
000005

014664
014672
014700

013764
062764
105264

014630
014650
014656

014704
014712

112764

012764
112764

000011

000000

177776
000004

011020
000002
000005

1281
1282
1283

1284
1285
1286

1287

1288

014744
014750
014756

014760
014766
014774
015002

015006

1289
1290
1291

015014
015020
015022

1293
1294
1295
1296
1297
1298
1299

015032
015032
015034
015036
015040
015042
015044

1292

}3}8?

014726
014734
014740

015026

015050

012737
042700
005037

1%:

000005

R AR AR

E AR AR AR R AR

005037
032737
001413

000006

000006
000006

112764
013764
112764

000001
011064
000005

000005
000006
000005

052764

001000

000002

005737
001004
104400

005137

000240
000240
000240
000240
000240
052714

000207

013300

000041

MOVB
MOVB

lBlTé.iRCSR

;LEAVE OPEN FOR TEST PURPOSES.

sCLEAR ALL DONES

;sCHECK FOR POINTER TO SEC.
;BR IF POINTING TO PRI
JPOINT REGISTERS TO PRI
JBEGIN AGAIN

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

;SELECT RX BA PRI.

MOV
MOVB

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

MOV
MOVB

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

MOV
MOVB
CLR

BIS
TST

TYPE

comM

SYNC,SEC(R&)

IRDA,SEC(R4)
REG(R4)

IRDA,SEC (R4)
#2,SEC(RG)
REG(R4)

#4000,SEC(R4)
#750 ,RCC
#RFLG,STAT
ERCSR

sLOAD SYNC REGISTER

sLOAD RX BA FOR DATA
JGET WC REGISTER

sSET FOR ONE CHAR.
;SELECT RX BA SEC.

;LOAD RX BA SEC.
JUPDATE DATA POINTER BY ONE
;GET WC REGISTER

;SET FOR TWO CHAR.
JSELECT MISC REGISTER

:SELECT EIGHT BITS PER CHAR.

:SET FOR MAX 750 CHARS TO BE RXED
JRESET RX COMPLETE FLAG

ERDBR
#H] .BAUD ,PARAM? ;1S HIGH BAUD RATE SELECTED?
23
;BR IF NO
#1,REG(RS)
JSELECT THE RX WC PRI

RXWC ,SEC (R4)
#5,REG(RS)
SEC(R4)

#DTR,XCSR(R4)

JRECEIVE CHARS MAX.
sSELECT THE RX WC SEC.

;ZERO THE RX WC SECONDARY.

;SET DATA TERMINAL READY.

STOP
3%
MSGS

sFIRST TIME HERE?

#1E+.GO,aRCSR
PC

;SET INTERUPT ENABLE AND GO
;GO TO MAINLINE.....

STOP

NOP
NOP
NOP
NOP
BIS

RTS

1302
1303

;THE ABOVE SHOULD HAVE PREPARED THE RECEIVER TO
JRECEIVE ALL THE CHARS NEEDED FOR TESTING.

}3382

JCHECKING FOR THE END CHARACTER.

1304

RN RRAA AR RAAARRANNANARRRRAARAAR
AR AR

MOVB

CLR
BIT
BEQ
MOVB

3%:

RARANR AR RN

JSELECT SYNC REGISTER

MOV
BIC
CLR

°2%:

RARR R

#11.REG(§4)

MOV

013206

013300

1$
PC,GETPRI
STARTR

MOV
ADD
INCB

011070

011014

000006

BEQ
JSR
BR

MOV
INCB

000006
000005

011056
000002

005064

#300,aRCSR

MOV

000005

AR AR RN AR

BIC

MOVB

177776 000006
000012 .000005

000750
040000
011054

BIT

113737
113737

112764

STARTR: NOP

000300

1277 014720 012764 004000 000006
1278
1279
1280

AR AR

JINITIALIZE RECEIVER ROUTINE

014556

1258

SEQ 0027

INITIALIZATION OF RECEIVER.

1253

1256
1257

;THE RECEIVER WILL INTERUPT AFTER EACH CHAR IS RECEIVED.

—

—_—

—

TEP

MACY11 30A(1052) 18-0CT-78_ 10:51 PAGE 59 3

05-0CT-78 09:22

SEQ 0028

RECEIVER INTERUPT SERVICE ROUTINE.

S :

P11

OVERLAY

AR A AR AR AR A AR AR

A AR AR

AR R

AR AR AR AR AR AR AR AR A AR

AR R

AR AR AR AR AR ARk

R AR R AR AR AR

AR AR AR

ARk

VNN WO

A AR

sTHIS ROUTINE WILL SERVICE THE PRIMARY AND SECONDARY

RIS

D e
D e
d e
D

b D d D

JREGISTERS WHEN THEY INTERUPT.
sCHECKING FOR THE END CHAR IS PERFORMED.
015052
015054
015060
015062
015064
015070
015072
015100
015106
015112
015114
015116
015120
015122
015126

000240
005764
100012
011402
016403
104000
016437
042764
005337
001004
000005
104006
000000
000776
011402

015140
015142
015150
015152
015156
015160
015162
015166
015170
015176
015202
015210

104000
032737

d e

D e

015126
015132
015136

- OQVO\AJ*WN—'OOQVO\\AI\WN—‘O\O&

R R

D e
D b d e
D e
d e
D e
D
e
d De
d e
D e
—d e ed e ed

AR AR AR

sRECEIVER INTERUPT SERVICE ROUTINE.

) cxcl s
) e
i

d e

d D d e

b d D o

SRR

016403
032714
001001

001404
042714
005746
000507
032714
001423
112764
016401
062764
004737

014220
000004

000002
000300
000002

011014

000041
000004
000000
000006
000002
015304

000005

000006

1.5
4.4
2.6
5.8
5.0
%3
6.4
7.0
3.7
2.6
1.5
9.3
1.8
2.6
3.8
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:

2%:

1%:

NOP
TST
BPL
MOV
MOV
HLT
MOV
BIC
DEC
BNE
RESET
HLT+6
HALT
BR
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
ERR(R4) ,ERRORS
#377 ,ERR(R4)
RCC
1%

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

sCHECK ERROR REGISTER FOR ERROR.

= 4
aR(CSR,R2
XCSR(R4) ,R3
#300,aRCSR
. +4
0

;CHECK THE BUFFER SIZE
sBR IF OK
:STOP THE SHOW
sRECEIVER BUFFER FULL
:STOP_EVERY THING
sDISABLE CONT SWITCH
sPREPARE FOR ERROR TYPEOUT
sPREPARE FOR ERROR TYPEOUT
;1S EITHER DONE SET??
sBR IF AT LEAST ONE DONE IS SET
sNOBODY IS DONE. BUT AN INTERUPT OCCURED.

3%
#1E+.GO,aRCSR
-(SP)
HBRCHK
#BIT2,aRCSR
RX.SEC
#0 ,REG(R4)
SEC(R4) ,R1
#2,SEC(R4)
PC.RX.CK

:BR_IF NO
;CLEAR GO AND INTERUPT ENABLE
sFAKE STACK
sXFER _ALL DONE
;WHERE IS THE POINTER.
sPOINTING TO SECONDARY.
sSELECT THE RX BA PRIMARY
;GET THE ADDRESS OF DATA.
sUPDATE CURRENT ADDRESS
;GO CHECK THE DATA.

#HI .BAUD ,PARAM2 ;HIGH BAUD??

:IF I RETURN BACK FROM THE ABOVE SUBROUTINE THE END CHAR
;WAS NOT FOUND AND RECEIVING WILL CONTINUE.
015214

015222
015230

015234

112764

000001

042714

000200

012764

000002

177776

000005

000006

6.4

MOVB

#1,REG(R4)

5.8

BIC

#BIT7,aRCSR

6.4

4.8

MOV
RTI

#-2 ,SEC(R4)

sSELECT THE RX WC PRI.

;LOAD WITH =2

;CLEAR RX DONE

sLEAVE HERE NOW.

: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
Jo

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

sSELECT THE RX BA SEC.
:GET DATA ADDRESS
sUPDATE CURRENT ADDRESS
;GO CHECK THE DATA

DQ11 ITEP OVERLAY
CZDQOD.P11

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

05-0CT-78 09:22

;IF 1 COME BACK THAT MEANS THAT THE END CHARACTER WASN'T

}ggg

sFOUND AND ]I SHOULD CONTINUE RECEVING.

1366

015262

1368

015276

}%98

015270
015302

112764

000005

042714

000100

012764

000002

177776

000005

000006

6.4

015304
015310

142741
142741

015314
015320
015322
015326
015330
015330
015334
015340
015344
015350
015352
015354
015362
015364
015370
015372
015376
015400
015406

042714
042714
052700
005037
005726
000002
032777
001405
105777
100002
114177
000207
032777
001750

1395
1396

015414
015416

100345
112777

1397

#5 REG(R4)

:SELECT THE RX WC SEC

BIC

#BIT6,aRCSR

;CLEAR RX DONE

RTI

l-é.SEC(Ré)

;LOAD WITH A <2

;GO BACK TO MAINLINE ....

;THE BELOW ROUTINE CHECKS THE DATA FOR END CHAR.

1375
1376
1377
1378
1379
1380
1381
1382
1383
1384
1385
1386
1387
1388
1389
1390
1391
1392
1393

1394

MOVB

MOV

4.8

}%;}
1373
1374

SEQ 0029

RECEIVER INTERUPT SERVICE ROUTINE.

1363

1367

015410
015424

123721
001403
123721
001012

105777

000741

000200
000200

7.0
7.0

011041

4.7
2.6
4.7
2.6

011041
000041
000300
040000
011032
000040

173462

173512
173506

000040

173436

173466
000122

RXISRDN:

BICB
BICB

CMPR
BEQ
CMPB
BNE

5.8
5.8
3.8
3.7
3.2
4.8
7.7
2.6
5.6
2.6
8.8
3.5
7.7
2.6

BIC
BIC
BIS
CLR
TST
RTI
NO.12:
BIT
BEQ
TSTB
BPL
MOVB
1%:
RTS
HBRCHK: BIT
BEQ

2.6
7.6

BPL
MOVR

5.6

173460

RX.CK:

2.6

TSTB

#8I177,-(R1)
#BIT17,-(R1)

;CLEAR PARITY BIT.
:CLEAR PARITY BIT.

#1E+.GO,aRCSR
#300,3RCSR
#RFLG,STAT
TIME
(SP)+
#BITS,aSWR
1%
aTPs
1%
-(R1) ,aTPB
PC
#B175,aSWR
RXISRDN

;CLEAR GO AND INTERUPT ENABLE
:CLEAR ALL RX DONES
:SET RX COMPLETE FLAG
;ZERO TIMER
;PCP SUBROUTINE POINTER.
;ALL DONE GO HOME........
;MONITOR RX DATA??
;DON'T MONITOR
;TTY READY??
sNOT READY GO ON WITH TEST
;PRINT CHARACTER
;GO TO RX ISR
JMONITOR RX DATA?
:BR IF NO

RXISRDN
#'R,aTPB

:NO GO ON WITH TEST
:TYPE 'R"’

RX.TERM,(R1)+
RXISRDN
RX.TERM, (R1)+
NO.12

aTPsS

RX I SRDN

:WAS THE CHAR =001
:BR IF 001
: 001?
: NO 001

:TTY READY?

18-0CT-78 10:51 PAGE §1

ROUTINE TO GET TRANSMITTER OR RECEIVER ONTO

THE PRIMARY REGISTERS IF THEY ARE ON THE SECONDARY.

GETPRI : gég
000012
004019
00000

3 VONONN
S W=
D
d

d =D

D
D

#12.REG(R4)

*SELECT THE MISC REG

MOVB

#7.REG(R&)

*SELECT TX WC SEC

#.GOXCSR(R4)

:SET GO

#-1,SEC(R&)

BIT

#BIT6,XCSR(R4)

EIGHT BITS AND TEST LOOP FOR CLK

sTX ONE CHAR

*HANG HERE FOR SEC DONE

*KEEP WAITING FOR TX DONE SEC.

BIT
BEQ
MOVB

#BIT2,3RCSR
2s
#12.REG(R&)

;1S RX ON SECONDARY REG
*BR IF ON PRI.
*SELECT MISC REGISTERS

MOVB

#S.REG(R&)

*SELECT RX WC SEC

BIT

04010 SEC(R4)
#-1,SEC(R&)

+GO RECHECK AND CKECK RX

:EIGHT BITS AND TEST LOOP (CLK)
*RX ONE CHAR

#4,REG(R&)
*SEL RX BA SEC.
#NO.DAT,SEC(R4) :LOAD RX BA SEC.
#8]1712+.60,aRCSR
ET GO!!'!'!'!'!''+ACTIVE

08176 aRCSR

:HANG Heke FOR RX SEC DONE.

B8R

csrpnx

*GO CHECK EVERY ONE

MOVB
BIC
BIC
BIC

#12.REG(R4)
#40710,SEC(R4)
#300,3RCSR
#300.XCSR(R4)

BEQ

RTS

NO.DAT:
0
MFULL:
MRXDA:
MRXSB:

GETPRI

MOVB
MOV
BIS

2%:

SET

HE TX ON THE SEC??

MOV

015572

#4010,SEC(R4)

MOV

d e

1%:

MOVB

BEQ

.IS

BIS

—

EENERRERE

000001
000100

— e

1?172.XCSR(R4)

MOV

177777

015626
015670
015715

SEQ 0030

RECEIVER INTERUPT SERVICE ROUTINE.
:

015574
015602
015610

Me—

30A(1052)

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

.ASCIZ
_ASCiZ
LASCIZ

*KEEP WAITING

;SELECT MISC REGISTER
:CLEAR EIGHT BITS AND TEST LOOP
*CLEAR RX DONES
:CLEAR TX DONES

*GO HOME

<15><12>/RECEIVER BUFFER FILLED. ERROR!''/
<15><12>/RECEIVED DATA = /<15><12>
<15><12>/RECEIVED DATA SHOULD BE /<15><12>

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

1432

000001

30A(1052)

F.3

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

.EVEN
.END

SEQ 0031

0Q11 ITEP OVERLAY
CZDQOD.P1

BA
BACK

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

05-0CT-78 09:22

011004
013276

605#
775+

666
803+

838+

918+

BIT12 = 010000
BIT13 = 020000

S99#
5994

681
6344

1420
960

990

1038
690

1200
1037

1259

688

1386
1235
1352

1392

963
1098
727

%7+

8IT0
BIT1
BIT10
BIT11

=
=
=
=

000001
000002
002000
004000

BIT14
BIT15
BIT2
BIT3

=
=
=
=

040000
100000
000004
000010

BITS

= 000040

BIT4

= 000020

BIT6
BIT7
BIT8
BIT9
B2016
CTS
DELAY

000100
000200
000400
001000
011030
= 020000
013274

DISPLA

011046

DERR

=
=
=
=

012706

DQ11
011000
DSFLG = 0
DSSTAT 011060
DTR__
= 001000
ENTER
012436

EOP

ERCSR

5994

599
59%
5954
5994
6154
S99
692+

991

6254

6044
S9o#

10004

1340

1401

1412

1241
1373

1368
1374

1408

1421

101228

1028

1034+

919

9264

6334

011054

6384

1280+

014220

689+

11704

1188+

1322+

682«

1183

878
1261

894
14014

8
1410

1083
1423

1143
1247

1196
1299

1282
1337

1335
1380

967

993

1268

1272

012350

015400
014510

776

6394
5994
6234
6544
1040
7264

1288

804

839

958
679«

1281+
681~

000010

1339
1199
599
599%
5994

13924
12414
1114
1162
735

IXDA
011022
KBDIN = 104416
LOOP = 000020

6124
5994
5994

70
75
773

709
788
801

1064

1066

000002
000040

IRDA

011020

MFULL
| MONDAT
MRDY
=
MRXDA
MRXSB

015626
014464
00,
015670
015715

14314
12354
599¢
14314

MSG1
MSG2
MSG3
MSG4

013001
013004
013031
013054

965
992
996
10064

1229
1212

10134

1059
9404

FLAG
011042
FULL.D=
1
GETPRI 015426
GO
011374
HBRCHK
HBTCHK
H1.BAU=
IE
=
ILB
=

5994
5994
599#
5994

949

6404
599
931

ERDBR
011056
ERR
= 000004
ERRORS

5994
S99#
5994
5994

012720

6114

14314

962

SEQ 0032

CROSS REFERENCE TABLE == USER SYMBOLS

842

10064

10064
10064
10064

843
820
836

966
877
916

1188

997

1189«

1317

1322

1323+

999

117

1146

1151

DQ11

ITEP OVERLAY

MACY11

30A(1052)

MSGS
013206
NDLY
013344
NODAT = 000200

10064
1027
SS9

1 065
10354
769

oWl
OwO

S9o#
5994

732
729

CZDQOD.P11

NO.DAT
NO.12

015624
015354

= 000002
= 000001

PARAM1

011012

PARAMZ2

011014

PARAM3

PRIOR

011016

05-0CT-78 09:22

1419
1378

6084

13830

6104

913

1%%%

878

894

665

667

663

PRTYS = 000240
PRTY6 = 000300
PRTY7 = 000340
QTPIE
012506

S99
S99#
S99
928+

927
929+

RCC

RDA
RDAX
REG

=
=
=
=
=

000000
000040
000100
000140
000200

5994
595«
S99
5994
S99«

011070

6458

1278+

= 000005

672+

011072
012666

646¥
993

1202+

= 040000

1350+
6324

RQTS
= 000400
RWAIT = 104410
RXISRD
015330

S99
S99
1376

RFLG

RISR
RIV

015052
011006

662
6064

1395

1375

1377

RX.SEC

015236

1341

13584

SAVRO
SAVR1

013260
013262

9 %933«

9%
94

RX.TER

SA
SAVR

SAVRG
SAVRS
SCANG
SCANS
SEC

011041

6214

013264
013266

934+
935+

= 000006

9854
5

013270
013272
012554
012640

936+
937«

SETTLE

SRCSR
START

STARTR

STARTX
STOP

011024

011052
011106

014556

013;8(2;
01

712

10064
1007#

94
944

945
946
969

10104
1011#
982

674
1203

987

1044

1083

1054

1056+

1116
1271«

1403
823

1405+
835

1267+

789
728+

114

1143

1196

1263

1264

1269+

1118+

1145+«

1148+

1150«

1152+

1274

1276+

1284%

1286+

1342+

1146*
1270«
1404+

1147+
1272«
1406+

1149+
1273«
1415+

1151«
1275+
1417«

1414*
885

1416+
9N

1418+
1279

1425+
1382

}zgg'

683+
1504'

1057«
1%%8'
1359

1117«
1;28'
1360

1119«
1;281367+

1287«

985

988

688+
1211«
1343

1053+
1219
1344~

1055«
1;20'
351«

12578

1262

6134

6374
91
5

SEQ 0033

1008#
10094

1153«

;z;;'

1397

1393

1285
13734

1052+

1265+

13794

716
1361

13420

687+«

1247

643n
1345

899

1227+

1097

011064
015304

015170

684+

1218+

1366
772

13164
1

9504

1358+
759

RXWC
RX.CK

RX.PRI

948

1324+

9954

1210+

PAGE 35

1291
832

6074

10:51

CROSS REFERENCE TABLE == USER SYMBOLS

14304
1

011010

PRTYO
PRTY1
PRTY2
PRTY3
PRTY4

18-0CT-78

S84
21

852
10144

102
1063~

1041
1289

1292+

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

DQ11 ITEP OVERLAY
CZDQ0OD.P11

STPS

SWR

05-0CT=78 09:22

= 104414

S95#

011044

624m

1091
S9%%
6
104

SW12 = 010000
SXCSR
011050
SYNC
014222

927

659

1104
1072
1055

729

1133
1091

11718

773

1235
1104

1263«

1386

1264*

1266

766%

790+«

014214
014216

1028«
1029+«

1030
1032«

1077«
1078+

1079+
1081«

TESTDX

012714

971

977

980

10034

011032

6164«

691+

726*

761

1100
6504
64L9%
6524
6514
959
1251»
642N
1205
1202#
1201
6154

1107«

1126

1129

1136

1239«
1237
961

1245«
1243
664

1390+
1388

1396+
1394

708«
1221

1119
12314

1218#
705

970

1231

1233

670+
1037«

678+
1038

TIE

TIME

012510

= 000040

KB
TKS
P8
TPS
TSTDAT
TTMXOUT
TXWC
TX.CK

TX.PRI
TX.SEC
TX.TER

TYPE
XCC

XCSR

Ida

SO0

860+

011100
011076
011104
011102
012544
014554
011062
014450

014330
014400
011040

= 104400
011066

5994
644N

= 000002

5994
1036«

1127
XDA

XFLG

XISR

011074

= 100000

XISRDN
XxLB
=
XWAIT =
X.X

$ILB
$Ow 1
$OWO
$XLB

1331
6478
631

014230

664

014534
000004
104412
011322

1232
599#
5994
701#

011670
011464
011572
012120

962

1132

887

965

1161~

892+«

990

1072

792

798+

822+

825

830+

851«

855

912«

1035«

1068

1075«

992

994

996

998

1062

1291

690+
1059+«

764
1064

796
1066

828
1071

858
1085

890
1090

1212+

906
1097«

1229+

1247+

948+

1103

1125+

1333

1409

1098

896

901

910

1058

1246

1193

1329

800

853

862

1234
738

1242

1244

12464

10%

1033

1046

1080

1082

1125

1162

1247

1299

1337

1380

1407

1420

930+

883

1428+

997«

= 000001

928

1200

846

.G0

1096+

1192

1408

918

1094

1191

1407«

742

1087

1185

1401
844w
791

1182#

960

1383

1162+

908+

916

1249«

975

903

913

863
777
805
917

12%30

ERRORS DETECTED:

882+

930

9584

840

574
788#
8774

= 015752

015752

929

915

1168#
1165#

936

1392

737
7%
731
740

. ABS.

834

332

1241
1133

TEMP1
TEMP2

TESTD

SEQ 0034

CROSS REFERENCE TABLE == USER SYMBOLS

000
O

DSKZ : CZDQOD ,DSKZ : (ZDQOD, SEQ=DSKZ: I TEP1 . MAC ,DSK2:(2DQOD.P1
RUN-TIME: 4 5 |,
CONDS
RUN-TITMME RATIO: 172/10=16.0
TORE USED:
16k
(31 PAGES)

1288+

1320

| Q11

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

ITEP OVERLAY

(ZDQOD.P11

05-0(T-78 09:22

DOCUMENT PAGES:

CROSS REFERENCE TABLE == USER SYMBOLS

SEQ 0035