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AH-F961A-MC

May 1983

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Document:	CZRJMA0 RP07 FE-HOST ISOLATOR MAY 1983 bw
Order Number:	AH-F961A-MC
Revision:	000
Pages:	266
Original Filename:	CZRJMA0__RP07__FE-HOST_ISOLATOR__AH-F961A-MC__MAY_1983_bw.pdf

OCR Text

FE/HOST

I1SOLATOR

CZRJMAO

AH-FO61A-MC_

anit,

o
FICHE 2 OF 2 . wae v usn

[TEINE]

!
| CZRIJMAQ RPO? FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 2

SEQ 0001

USER DOCUMENTATION

+REM 3

IDENTIFICATION
PRODUCT (ODE:

AC~F960A-M(

PRODUCT NAMc:

CZRJMAO

PRODUCT DATE:

JANUARY 1,

MAINTAINEP:-

CX DIAGNOSTIC ENGINEERING

AUTHOR:

MIKE LEAVITT

RPO7 FE/HOST ISCiI ATOR

1983

THE INrCRMATION IN THIS DOCUMENT IS
SUBJECT
TO
CHANGE WITHOUT
NOTICE
AND
SHOULD
NOT BE CONSTRUED AS A COMMITMENT B8Y PiGITAL

EQUIPMENT CORPLTMATION.

DIGITAL EQUIPMENT CORPORATION ASSUMES NO

RESPONSIBILITY FUR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT.

NO RESPONSiBILITY IS ASSUMED

AFFILIATED COMPANIES.

DIGITAL

DEC

FCR

TWARE ON EQUIPMENT THAT IS NOT

USE

SUPPLIED

RELIABILITY

DIGITAL

1983 BY DIGITAL EQUIPMENT CORPORAT:ON

TRADEMARKS OF

PDP

THE

DECULS

DIGITAL cQUIPMENT CCRPORATION:

UNIBUS

DECTAPE

MASSBUS

OR ITS

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN~-83 13:37:00 PAGE 3

USER DOCUMENTATION

.REM 3

1.0

TABLE OF

GENERAL
1.1
1.2
1.3
1.4
1.5

2.0

INFORMATION
PROGRAM ABSTRA(CT

SYSTEM REQUIREMENTS

RELATED DOCUMENTS AND STANDARDS

XXDP+ USER'S MANUAL - CHQUS
1.4
ALL

DIAGNOSTIC HIERARCY PREREQUISITES
CPU,

MEMORY,

COMPLETION.

1.5

AND TERMINAL DIAGNOSTICS MUST RUN SUCCESSFULLY

ASSUMPTIONS

NONE

2.0

OPERATING INSTRUCTIONS

THIS

SECTION CONTAINS A BRIEF

FOR DETAILED INFORMATION,

DESCRIPTION OF

REFER TO THE

THE RUNTIME

SERVICES.

XXDP+ USER'S MANUAL

(CHQUS).

E 1
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE &=1

SEQ 0004

USER DOCUMENTATION

2.1

COMMANDS

THERE ARE ELEVEN LEGAL COMMANDS FOR THE DIAGNOSTIC RUNTIME SERVICES

(SUPERVISOR).

THIS SECTION LiSTS THE COMMANDS AND GIVES A VERY

BRIEF DESCRIPTION OF THEM.

THE XXDP+ USER'S MANUAL HAS MORE DETAILS.

COMMAND

EFFECT

START

STARY THE DIAGNOSTIC FROM AN INITIAL STATE

RESTART
CONT INUE
PROCEED

EXIT
ADD

START THE DIAGNOSTIC WITHOUT INITIALIZING
CONTINUE AT TEST THAT WAS INTERRUPTED (AFTER “()
CONTINUE FROM AN ERROR HALT

RETURN TO XXDP+ MONITOR (XXDP+ OPERATION ONLY!)
ACTIVATE A UNIT FOR TESTING (ALL UNITS ARE
CONSIDERED TO BE ACTIVE AT START TIME
DEACTIVATE A UNIT

DROP

PRINT STATISTICAL

DISPLAY
FLAGS

ZFLAGS

INFORMATION (iF

[MPLEMENTED

BY THE DIAGNOSTIC - SECTION 4.0)
TYPE A LIST OF ALL DEVICE INFORMATION
TYPE THE STATE OF ALL FLAGS

(SEE SECTION 2.3)

CLEAR ALL FLAGS (SEE SECTION 2.3)

A COMMAND CAN BE RECOGNIZED BY THE FIRST THREE CHARACTERS.
YOU MAY, FOR EXAMPLE, TYPE ''STA'® INSTEAD OF ''START''.

2.2

SWITCHES

THERE ARE SEVERAL SWITCHES WHICH ARE USED TO MODIFY SUPERVISOR OPERATION.
THESE SWITCHES ARE APPENDED TO THE LEGAL COMMANDS.
ALL OF THE LEGAL
SWITCHES ARE TABULATED BELOW WITH A BRIEF DESCRIPTION OF EACH.

IN THE DESCRIPTIONS BELOW, A DECIMAL NUMBER IS DESIGNATED BY °‘‘DDDDD'’.
SWITCH

EFFECT

/TESTS:LIST

EXECUTE ONLY THOSE TESTS SPECIFIED IN
THE LIST.
LIST IS A STRING nT TEST

NUMBEFS, FOR EXAMPLE - /TESTS:1:5:7-10,
THIS LIST WILL CAUSE TESTS 1,5,7,8,9,10 TO
/PASS:DDDDD
/FLAGS:FLGS

BE RUN.
ALL OTHER TESTS WILL NOT BE RUN.
EXECUTE DDDDD PASSES (DDDDD = 1 TO 64000)
SET SPECIFIED_FLAGS.
FLAGS ARE DESCRIBED

/EOP:DDDDD

REPORT END OF PASS MESSAGE AFTER EVERY

/UNITS:LIST

TEST/ADD/DROP ONLY THOSE UNITS SPECIFIEVD

IN SECTION 2.3.

DDDDD PASSES ONLY.

(DDDDD = 1

TO 64000)

IN THE LIST.
LIST EXAMPLE = /UNITS:0:5:10-12
USE UNITS 0,5,10,11,12 (UNIT NUMBERS = 0-63)

EXAMPLE OF SWITCH USAGE:

START/TES1S:1=-5/PASS:1C00/E0P:100
THE EFFECT OF

THIS COMMAND WILL BE:

TESTS 1

THROUGH 5 WILL BE

EXECUTED, 2) ALL UNITS WILL TESTED 1000 TIMES AND 3)

THE END OF

PASS MESSAGES WILL BE PRINTED AFTER EACH 100 PASSES ONLY.

F_1

CZRJMAQ RPO7 FE/HOST ISOLATOR MAC0 V04.00 1-JAN-83 13:37:00 PAGE 4-2

SEQ 0005

USER DOCUMENTATION

SWITCH CAN BE RECOGNIZED BY THE FIRST THREE CHARACTERS.
FOR EXAMPLE, TYPE ''/TES:1-5"' INSTEAD OF ‘*/TESTS:1-5"",

YOU MAY,

BELOW IS A TABLE THAT SPECIFIES WHICH SWITCHES CAN BE USED BY EACH
COMMAND
.,

START
RESTART
CONTINUE
PROCEED
DROP
ADD

TESTS

PASS

FLAGS

EOP

UNITS

X
X

X
X
X

X
X

DISPLAY

FLAGS

ZFLAGS
EXIT

2.3

FLAGS

FLAGS ARE USED TO SET UP CERTAIN OPERATIONAL PARAMETERS SUCH AS

LOOPING ON ERROR.
ALL FLAGS ARE CLEARED AT STARTUP AND REMAIN
CLEARED UNTIL EXPLICITLY SET USING THE FLAGS SWITCH.
FLAGS

ARE ALSO CLEARED AFTER A START COMMAND UNLESS SET USING THE
FLAG SWITCH.
THE ZFLAGS COMMAND MAY ALSO BE USED TO CLEAR
ALL FLAGS.
WITH THE EXCEPTION OF THE START AND ZFLAGS COMMANDS,

NU (OMMANDS AFFECT THE STATE OF THE FLAGS;
THEY REMAIN SET OR
CLEARED AS SPECIFIED BY THE LAST FLAG SWITCH.
FLAG

EFFECT

HOE

HALT ON ERROR = CONTROL IS RETURNED TO
RUNTIME SERVICES COMMAND MODE

LOE
IER*
IBR*

IXR*
PRI
PNT

BOE

UAM
ISR

IDR

ADR

LoT
EVL

LOOP ON ERROR
INHIBIT ALL ERROR REPORTS
INHIBIT ALL ERROR REPORTS EXCEPT
FIPST LEVEL

(FIRST LEVEL CONTAINS

ERROR TYPE, NUMBER, PC, TEST AND UNIT)
INHIBIT EXTENDED ERROR REPORTS (THOSE
CALLED BY PRINTX MACRO'S)
DIRECT MESSAGES TO LINE PRINTER
PRINT TEST NUMBER AS TEST EXECUTES

"BELL'' ON ERROR

UNATTENDED MODE (NO MANUAL INTERVENTION)
INHIBIT STATISTICAL REPORTS (DOES NOT
APPLY TO DIAGNOSTICS WHICH DO NOT SUPPORT

STATISTICAL REPORTING)
INHIBIT PROGRAM DROPPING OF UNITS

EXECUTE AUTODROP CODE

LOOP ON TEST
EXECUTE EVALUATION (ON DIAGNOSTICS WHICH
HAVE EVALUATION SUPPORT)

* ERROR MESSAGES ARE DESCRIBED IN SECTION 3.1

6_1
CZRJMAQ RPO?7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 4-3

SEQ C006

USER DOCUMENTATION

YOU MAY
SEE THE XXDP+ USER'S MANUAL FOR MORE DETAILS ON FLAGS.
FOR EXAMPLE,
SPECIFY MORE THAN ONE FLAG WITH THE FLAG SWITCH.

TO CAUSE 1HE PROGRAM TO LOOP GN ERROR, INHIBIT ERROR REPORTS
AND TYPE A 'BELL'' ON ERROR, YOU MAY USE THE FOLLOWING STRING:
/FLAGS:LOE: IER:BOE

2.4

HARDWARE QUESTIONS

WHEN A DIAGNOSTIC

IS STARTED,

THE RUNTIME SERVICES WILL PROMPT

THE USER FOR HARDWARE INFORMATION BY TYPING ‘'CHANGE HW (L) ?"
YOU MUST ANSWER ''Y'' AFTER A START COMMAND UNLESS THE HARDWARE

INFORMATION HAS BEEN °‘‘PRELOADED'' USING THE SETUP UTILITY (SEE

CHAPTER 6 OF THE XXDP+ USER'S MANUAL).
WHEN YOU ANSWER THIS
QUESTION WITH A ‘'v*'', THE RUNTIME SERVICES WILL ASK FOR THE NUMBER
OF UNITS (IN DECIMAL).
VYOU WILL THEN BE ASKED THE FOLLOWING
QUESTIONS FOR EACH UNIT.

UNIT O
RPCS1 ADRS (0)
176700 ?
VECTOR ADRS (0)
254 ?
BR LEVEL (0)
5 ?
DRIVE # (0)
0 ?
THE 1ST QUESTION ‘‘RPCS1 ADRS'' REQUIRES THAT THE USER INPUT THE

ADDRESS OF RPCS1

UNDER TEST.

THE CONTROLLER WHICH IS CONNECTED TO THE DRIVE

DEFAULT IS 176700 (OCTAL).

THE 2ND QUESTION °*VECTOR ADRS'' REQUIRES THE USER TO INPUT THE
INTERRUPT VECTOR ADDRESS OF

254 (OCTAL).

THE RHXX CONTROLLER.

DEFAULT IS

THE 3RD QUESTION 'BR LEVEL'' REQUIRES THE USER TO INPUT THE CONTROLLER

INTERRUPT PRIORITY LEVEL.

DEFAULT IS LEVEL S.

THE 4TH QUESTION 'DRIVE #'' REQUIRES THE USER YO SPECIFY THE DRIVE
NUMBER OF THE DRIVE TO BE TESTED.
DEFAULY IS O (OCTAL).

2.5

SOFTWARE QUESTIONS

AFTER YuU HAVE ANSWERED THE HARDWARE QUESTIONS OR AFTER A RESTART

OR CONTINUE COMMAND,
PARAME "ERS.

THE RUNTIME SERVICES WILL ASK FOR SOF TWARE

THESE PARAMETERS WILL GOVERN SOME DIAGNOSTIC

OPERATION MODES.

SPECIFIC

YOU WILL BE PROMPTED BY ''CHANGE Sw (L) ?*'

IF YOU WISH TO CHANGE ANY PARAMETERS, ANSWER BY TYPING
"'v**,
THE SOFTWARE QUESTIONS AND THE DEFAULT VALUES ARE DESCRIBED

IN THE NEXT PARAGRAPH(S).

THE

FOLLOWING QUESTION ASKS

INTERFACE SWITCH TEST.

THE USER WANTS TO EXECUTE

THIS IS USEFUL

THE MASSBUS

THE USER IS RUNNING MULTIPLE

PASSES AND DOES NOT WISH TO SLOW DOWN TESTING
THE MASSBUS INTERFACE SWITCH.

IN ORDER TO

'SWITCH'

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 4-4

SEQ 0007

USER DOCUMENTATION

“EXECUTE TEST 25., MASSBUS INTERFACE SWITCH TEST (L) Y 2
THE FOLLOWING QUESTION ASKS IF THE USER_WANTS THE RPO7 INTERNAL ERROR

LOG CONTENTS.

THE ERROR LOG IN THE RPO7 M"Y BE USEFUL AS A TROUBLESHOOTING

TOOt, AND AS SUCH MAY BE OQUTPLT UPON REQUEST.

“EXECUTE TEST 52., PRINT CONTENTS OF INTERNAL ERROR LOG (L) Y ?*'
THE FOLLOWING QUESTION ASKS THE USER IF

THE INTERNAL RPQ7 READ/WRITE

ROUTINE SHOULD BE LIMITED ONLY TO ONE TRACK.
TO HELP ISOLATE A SELECTED HEAD/CHIP FAILURE.

THIS MAY BE USEFUL

“'SELECT A TRACK FOR THE RPO7 INTERNAL RD-WRT TESTS (L) N ?"
THE

FOLLOWING QUESTION ASKED ONLY

THE ABOVE QUESTION IS ANSWERED

¥E§¥;' ALLOWS A USER TO SELECT ONE HEAD FOR THE INTERNAL READ/WRITE
*'TRACK ADDRESS (D)
THE

0 ?*

FOLLOWING QUESTION ASKS

THE USER DESIRES TO RUN ONLY ONE

MICRODIAGNOSTIC.
IF THE ANSWER IS YES, AND THE MANUAL MODE OF
OPERATION IS ENABLED, THE USER WILL BE INTERROGATED AS TO WHICH
ROUTINE

TO SELECT FOR EXECUTION.

“EXECUTE TEST 60., SELECT A MICRO-DIAGNCSTIC FOR EXECUTION (L) N ?°'
NOTE

ONCE THIS QUESTION HAS BEEN ANSWERED
'YES' AND THE ROUTINE HAS BcEN RUN AT
LEAST ONCE,
PROVIDING
THAT THE USER

HAS CORRECTLY
INPUT A ROUTINE NUMBER
WHICH IS VALID,
THE SELECTED ROUTINE
WILL
ALWAYS
RUN
WHEN
THE TEST
IS
SELECTED FOR EXECUTION.
THE ONLY WAY
THE
USER
MAY
(HANGE
THE
ROUTINE
SELECTED FOR EXECUTION IS TO HALT THE
PROGRAM
VIA
THE
CONTROL
C
(*C)
MECHANISM AND
ISSUE
A NEW
°‘START'
COMMAND. ANY OTHER METHOD OF RESUMING
PROGRAM
OPERATION
WILL
CONTINUE TO

EXECUTE

THE

ROUTINE

PREVIOUSLY

ACCEPTED AS INPUT FROM THE USER.

2.6

EXTENDED P-TABLE DIALOGUE

WHEN YOU ANSWER THE HARDWARE QUESTIONS, YOU ARE BUILDING ENTRIES
IN A TABLE THAT DESCRIBES THE DEVICES UNDER TEST.
THE SIMPLEST
WAY TO BUILD THIS TABLE IS TO ANSWER ALL QUESTIONS FOR EACH

UNIT TO BE TESTED.

IF YOU HAVE A MULTIPLEXED DEVICE SUCH AS

A MASS STORAGE CONTROLLER WITH SEVERAL DRIVES OR A COMMUNICATION

DEVICE WITH SEVERAL LINES,

THIS BECOMES TEDIOUS SINCE MOST OF

THE ANSWERS ARE REPETITIOUS.

TO ILLUSTRATE A MORE EFFICIENT METHOD,

A FICTIONAL DEVICE,

THE XY11.

SUPPOSE YOU ARE

TESTING

SUPPOSE THIS DEVICE CONSISTS OF

1
I
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 4-5

USER DOCUMENTATION

A CONTROL MODULE WITH EIGHT UNITS (SUB-DEVICES) ATTACHED TO IT.
THESE UNITS ARE DESCRIBED BY THE OCTAL NUMBERS O THROUGH 7.
IS ONE HARDWARE PARAMETER THAT CAN VARY AMONG UNITS CALLED THE
Q-FACTOR.
THIS Q-FACTOR MAY BE 0 OR 1,
BELOW IS A SIMPLE WAY
TO BUILD A TABLE FOR ONE XY11 WITH EIGHT UNITS.
# UNITS (D)

8<(R>

UNIT 1
160000<CR>
CSR ADDRESS (0) ?
SUB=-DEVICE # (0) ! O0<CR>
1<(R>
Q=FACTOR (0) 0 ?

UNIT 2
160000<CR>
CSR ADDRESS (0) ?
1<(R>
SUB-DEVICE # (0) ?

Q-FACTOR (0)

O0<CR>

UNIT 3
160000<CR>
CSR ADDRESS (0) ?
SUB-DEVICE # (0) ? 2<(CR>
Q-FACTOR

(0)

0 ?

<(CR>

UNIT &

160000<CR>
CSR ADDRESS (0) ?
3<(CR>
SUB-DEVICE # (0) ?

Q-FACTOR

(0)

0 ?

UNIT §
CSR ADDRESS (0) ?

<CR>

160000<CR>

4<CR>
SUB=DEVICE # (0) ?
Q-FACTOR (0) 0 ?
<(CR>

UNIT 6
160000<CR>
CSR ADDRESS (0) ?
5<CR>
SUB-DEVICE # (0) ?
Q=FACTOR

(0)

0 ?

<(CR>

UNIT 7
CSR ADDRESS (0)

?
160000<CR>
6<(R>
SUB-DEVICE # (0) ?
Q-FACTOR (0) 0 ?
1<CR>

UNIT 8
160000<CR>
CSR ADDRESS (0)
7<(R>
SUB=-DEVICE # (0) ?
Q-FACTOR

(0)

<(CR>

NOTICE THAT THE DEFAULT VALUE FOR THE Q-FACTOR CHANGES WHEN A
NON-DEFAULT RESPONSE IS GIVEN.
BE CAREFUL WHEN SPECIFYING
MULTIPLE UNITS!
A> YOU CAN SEE FROM THE ABOVE EXAMPLE,

THE HARDWARE PARAMETERS
THE PROCEDURE SHOWN [S

DO NOT VARY SIGNIFICANTLY FROM UNIT TO UNIT.
NOT VERY EFFICIENT.
THE RUNTIME

SERVICES CAN TAKE MULTIPLE UNIT

SPECIFICATIONS HOWEVER.

SEQ 0008

CZRIMAQ RPQ7 FE/HMOST ISOLATOR MACRO Vu4.00 1-JA' =83 13:37:00 PAGE 4-6

SEQ 0009

USER DOCUMENTATION

EUILD THE SAME TABLE USINC THE MULTIPLE SPECIFICATION
# UNITS (D)

8<(CR>

UNIT 1
160000<CR>
CSR ADDRESS (0) ?
SUB-DEVICE # (0) ? 0,1<(CR>
Q-FACTOR (0) 0 =

1,0<CR>

UNIT 3
1€0000<CR>
CSR ADDRES (0) ?
SUB=DFVIFE # (0) ? 2-5¢<(R>

Q-FAZTOR (0) 0 ?

O<(CR>

UNIT ?
160000<CR>
CSR ADSRESS (0) ?
6,7<CR>
SUB-DEVICE # (0) ?

Q-FACTOR (0) 0 ?

1<CR>

AS YOU CAN SEE IN THE ABOVE DIALOGUE, THE RUNTIME SERVICES WILL
BUILD AS MANY ENTRIES AS IT CAN WITH THE INFORMATION GIVEN IN ANY
ONE PASS THROUGH THE QUESTIONS.
IN THE FIRST PASS, TWO ENTRIES
ARE BUILT SINCE

TWO SUB-DEVICES AND Q-FACTORS WERE

SPECIFIED.

THE

SERVICES ASSUME THAT THE (SR ADDRESS IS 160000 FOR BOTH SINCE IT

WAS SPECIFIED ONLY ONCE.

BUILT.

IN THE

SECOND PASS,

FOUR ENTRIES WERE

THIS IS BECAUSE FOUR SUB-DEVICES WERE SPECIFIED.

THE

“'='* CONSTRUCT TELLS THE RUNTIME SERVICES TO INCREMENT THE DATA
FRCM THE

FIRST NUMBER TO THE SECOND.

2, 3, 4 AND 5 WERE SPECIFIED.

IN THIS CASE,

SUB-DEVICES

(IF THE SUB=DEVICE WERE SPECIFIED

BY ADDRESSES, THE INCREMENT WOULD BE BY 2 SINCE ADDRESSES MUST
BE ON AN EVEN BOUNDARY.)
THE CSR ADDRESSES AND Q-~FACTORS FOR
THE FOUR ENTRIES ARE ASSUMED TO BE 160000 AND O RESPECTIVELY
SINCE THEY WERE ONLY SPECIFIED ONCE.
THE LAST TWO UNITS ARE
SPECIFIED IN THE THIRD PASS.
THE WHOLE PROCESS COULD HAVE BEEN ACCOMPLISHED
SHOWN BELOW.
# UNITS

(D)

IN ONE PASS AS

8<(R>

UNIT 1
160000<(R>
CSR ADDRESS (0) ?
0=7<(R>
SUB-DEVICE # (0) ?
Q-FACTOR (00 0 ?
0,1.0,,,,1,1<CR>
AS YOU CAN SEE FROM THIS EXAMPLE, NULL REPLIES (COMMAS ENCLOSING
A NULL FIELD) TELL THE RUNTIME SERVICES TO REPEAT THE LAST REPLY.

2.7 QUICK START-UF PROCEDURE

(XXDP+)

TO START=UP THI% PROGRAM:

BOrT XXDP+

2. GIVE THE DATE AND ANSWER THE LSI AND 50HZ (IF THERE

K_1

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 4-7

SEQ C010

USER DOCUMENTATION

IS A CLOCK) QUESTIONS

3. TYPE ''R NAME'’, WHERE NAME IS THE NAME OF THE BIN OR BIC

FOR

THIS PROGRAM

TYPE ''START''

OO0
o~

FILE

ANSWER THE ''CHANGE HW'' QUESTION WITH °'v*'
ANSWER ALL THE HARCWARE QUESTIONS

. ANSWER THE °‘CHANGE SW'' QUESTION WITH °*'N"

WHEN YOU FOLLOW THIS PROCEDURE YOU WILL BE USING ONLY THE
DEFAULTS FOR FLAGS AND SOF TWARE PARAMETERS.
THESE DEFAULTS

ARE TESCRIBED IN SECTIONS 2.3 AND 2.5.
3.0 ERROR INFORMATION
3.1

TYPES OF ERROR MESSAGES

THERE ARE THREE LEVELS OF ERROR MESSAGES THAT MAY BE ISSUED BY
A DIAGNOSTIC: GENERAL, BASIC AND EXTENDED.
GENERAL ERROR _MESSAGES

ARE ALWAYS PRINTED UNLESS THE ''IER'" FLAG IS SET
THE GENERAL ERROR MESSAGE

NAME

TYPE

IS OF

NUMBER

ERROR McSSAGE

THE FORM:

ON UNIT NUMBER

(SECTION 2.3).

TST NUMBER PC:XXXXXX

LWHERE; NAME = DIAGNOSTIC NAME

TYPE = ERROR TYPE (SYS FATAL, DEV FATAL, HARD OR SOFT)
NUMBER = ERROR NUMBER

UNIT NUMBER = 0 = N (N IS LAST UNIT IN PTABLE)

TST NUMBER = TEST AND SUBTEST WHERE ©SROR OCCURRED
PC:XXXXXX = ADDRESS OF ERROR MESSAGS CALL

BASI(C ERROR MESSAGES ARE MESSAGES THAT CONTAIN SOME ADDITIONAL
INFORMATION ABOUT THE ERROR.
THESE ARE ALWAYS PRINTED UNLESS
THE ''IER'' OR °'IBR'' FLAGS ARE SET (SECTION ¢.3).
THESE MESSAGES
ARE PRINTED AFTER THE ASSOCIATED GENERAL MESSAGE.

EXTENDED ERROR MESSAGES CONTAIN SUPPLEMENTARY ERROR INFORMATION
SUCH AS REGISTER CONTENTS OR GOOD/BAD DATA.
THESE ARE Al WAYS
PRINTED UNLESS THE 'IER'’, ''IBR'' OR °'IXR'® FLAGS ARE SET (SECTION 2.3).

THESE® MESSAGES ARE PRINTED AFTER THE ASSOCIATED GENERAL ERROR
MESSAGE AND ANY ASSOCIATEL BASIC ERROR MESSAGES.
.

3.2 SPECIFIC ERROR MESSAGES
LA

L R

= COMPOSITE ERROR SET WHEN NOT EXPECTED THIS MESSAGE

IS GENERATED WHEN COMPOSITE ERROR

BE SET WHEN IT SHOULD HAVE BEEN RESET.

IS FOUND TO

rTL

L1
C(ZRJMAQ RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-yAN-83 13:37:00 PAGE 4-8

SEQ 0011

USER DOCUMENTATION

(2222220222323 222222222222232R2022200200d000RdR202R
2RRRdRRdRd )]

= DRIVE HUNG, DRY NOT SET IN TIME THIS MESSAGE IS GENERATED WHENW GO IS FOUND TO BE SET.
THE
FUNCTION IS TIMED, AND WHEN THE TIMING FUNCTION EXPIRES, THE ABOVE
MESSAGE IS PRODUCED.
AR

RN RN

R AN

AN RO AR R AN A AN

AN R TR

R R R RN

AR ERRRRN

-~ DRIVE WRITE LOCKED =
THIS MESSAGE

IS PRODUCED WHEN THE PROGRAM PREPARES TO EXECUTE A

WRITE FUNCTION AND THE WRITE LOCK BIT

(RPDS:WRL)

ASSERTED.
R

R AR

RN R

RN AR AR

A R

IS FOUND TO BE

NN NN AR AR RN

AR ERRERN

- DRIVE OFFLINE THIS MESSAGE IS GENERATED WHEN THE PROGRAM PREPARES TO EXECUTE
SEgD?MAND AND THE MEDIUM ON LINE BIT (RPDS:MOL) IS FOUND TO BE
c

T
I

~ RPCS2: OR FAILED TD SET IN TIME THIS MESSAGE

IS GENERATED WHEN WHILE USING A TIMER,

THE OUTPUT READY

BIT (RPCS2:0R) IS FOUND TO BE RESET UNTIL THE TIMER FUNCTION EXPIRES.
R

AR AR AR AN RN REARRENE

- RPCS2:0R FAILED TO CLEAR IN TIME THJ”

iESSAGE

IS GENERATED WHEN WHILE USING A TIMER,

CS2:0R)

THE QUTPUT READY

IS FOUND TO BE SET UM/ IL THE TIMER FUNCTION EXPIRES.

- RH CONTROLLER DIDN'T RESPOND (NO SSYNC). THIS MESSAGE

1S GENERATED WHEN THE PROGRAM ATTEMPTS TO ACCESS THE

CONTROLLER AT THE USER SPECIFIED ADDRESS, AND IT DOESN'T RESPOND.
R

AR AR AR

T AR

RN RN R RN R AR

N RN

NRS

= BIT(S) UNDER TEST DIDN'T CHANGE STATE THIS MESSAGF

IS GENERATED WHEN THE REGISTER RESULTS ARE NOT

THE REGIS 'F@ STATE AT
AR

RN RN

THE START OF

RN R E AR AN

THE TEST.

TR TN R TR AR R

THE

COMPLIMENT

TR AR RRRARRNNRRNRRN

= RPCS2:CLR DIDN'T FUNCTION PROPERLY =~
THIS MESSAGE

IS GENERATED WHEN THE

PROGRAM FINDS

THAT

THE

CONTROLLER

CZRJMAQ RPO? FE/HOST ISOLATOR MACRO V04.0C 1-JAN-83 13:37:00 PAGE 4-9

SEQ C012

USER DOCUMENTAT]ON

CLEAR FUNCTION DID NOT FUNCTION PROPERLY.
R

R AR

R AN R N R AR

A NN R ARSI TR T ARSI N RN N AR RO RN

= REG CONTENTS DON'T MATCH EXFECTED DATA THIS MESSAGE IS PRODUCED WHEN EXTRA BITS SET OR CLEAR WHEN THEY ARE
NOT EXPECTED TO FUNCTION IN THIS MANNER.
L

- REG DIDN'T CLEAR WHEN EXPECTED =
THIS MESSAGE IS GENERATED WHEN A REGISTER DOESN'T RESET WHEN EXPECTED.
L

- SC OR TRE SET WHEN NOT EXPECTED =
THIS “ESSAGE IS GENERATED AS A RESULT OF DETCCTING A TRANSFER ERROR
(RPCS1:TRE) OR DETECTING AN UNEXPECTED ATA (RPCS1:SC)
AN

TR AN

NIRRT

NPT

R AR AN R

= RPCS2:IR FAILED TO SET IN TIME ~THIS MESSAGE IS GENERATED WHEN USING A TIMER, INPUT READY (RP(S2:IR)
IS FOUND TO BE RESET AFTER THE TIMING FUNCTION HAS EXPIRED.
BN

RN RSP

E R IR RRNERNR

CE O

ORI N

AR ARRRRE

= RPCS1, MCPE DIDN'T SET WHCN EXPECTED THIS MESSAGE

IS GENERATED WAEN THE PROGRAM FAILS TO DETECT A MASSBUS

CONTROL PARITY ERROR (RPCS1, MCPE).
A2

232

= RPCS1,

02002000000

2232280822083 00003003000020332223023
83220 2]

SC OR TRE DIDN'T SET WHEN EXPECTED -

THIS MESSAGE 1S GENERATED WHEN THE PROGRAM FORCES AN ERROR OR ATTENTION,
AND THE RESULTING TRE OR SC IN RPCS1 DOES NOT SET.
(A4 AS4 2224022222233

2020222322323 28322202233232323222232223233223222273]

= BIT(S) UNDER TEST DIDN'T SET WHEN EXPECTED THIS MESSAGE

IS GENERATED WHEN THE

STJMULUS AND THE RESULT DO NOT

8A¥6Hi ANv THE RESULT WAS EXPECTED TO FORCE REGISTER BIT(S)

TO TOGGLE FROM

LA SAEARARaddiRdRRiRls
st
022 0020202203000 0000RR0R2220RRRRT]

= BIT(S) UNDER TEST DIDN'T CLEAR WHEN EXPECTED THIS MESSAGE |S GENERATED WHEN THE STIMULUS AND THE RESULT DO NOT MATCH,
AND THE RESULT WAS EXPECTED TO FORCE REGISTER BITS TO TOGGLE FROM

CZRJMAQ RPO7 FE/MOST ISCLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 4-10

SEQ 0013

USER DOCUMENTATION

T I

= RH INTERRUPTED AT WRONG PRIGRITY =
THIS MESSAGE IS PRUDUCED WHEN THE RH CONTROLLER INTERRUPTS AT A PRIORITY
HIGHER THAN THE EXPECTED PRIORITY.
T

~ RH GENERATED FALSE

T T

T e T

INTERRUPT =

THIS MESSAGE IS PRO.UCED WHEN THE RK IS TESTED TO HAVE NO PREREQUISITE

CONDITIONS WHICH COULD GENERATE AN INVERRUPT, YET DOES GENERATE AN
INTERRUPT ANYWAY,

T T

- RH DIDN'T INT-RRUPT WHEN EXPECTED =~
TH]S MESSAGE

IS GENERATED WHEN THE PROGRAM EXPECTS AN INTERRUPT BUT

DOESN'T GET ONE.
Y

- DRIVE NOT PRESENT,
THIS MESSAGE

TEST INVALID -

IS GENERATED WHEN THE UNIT UNDER TEST IS FOUND TO

BE NOT PRESENT.
R

R LTI
I T

- COMMAND EXECUTION INCORRECT THIS MESSAGE

IS GENERATED WHEN A COMMAND IS EXECUTED AND THE DRIVE

DOESN'T RETURN THE CORRECT STATUS FOR THE COMPLETED OPERATION.
LA

= DATA LINES STUCK LOW -

THIS MESSAGE IS GENERATED WHEN, DURING A ‘‘READ ALL TRACK DESCRIPTOR'
OPERATION, THE DATA RECEIVED DOESN'T FORCE ALL 16 DATA LINES FROM A 0 TO 1.
R

= FAILED TO SEEK PROPERLY -

THIS MESSAGE

IS5 GENERATED WHEN THE PROGRAM FAILS TO RECEIVE THE CORNECT

STATUS FROM THE DRIVE UPON THE COMPLETION OF A SEEK OPERATION.

1822322222223222322832232232223223222223232223223222322322223223223223383232223232324]

= DETECTED ERROR DURING WRITE DATA OPERATION THIS MESSAGE

IS PRODUFED TO ENABLE

THE USER TC DISCERN BETWEEN READ

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 4-11

SEQ@ 0014

|USER DOCUMENTATION

AND WRITE ERRORS.
| 2

X222

2222282222222 23232238 2222223830200 02d2020000002

8020030282004/

- FAILED TO CORRECTLY DETECT m WRITE CHECK ERROR THIS MESSAGE

IS GENERATED WHEN THE PROGRAM FORCES A WRITE CHECK

ERROR, BUT THE CRIVE FAILS TO POST THE CORRECT STATUS.
A

- DETECTED ERROR DURING FORMAT OPERATION =
THIS MESSAGE IS GENERATED TO ENABLE THE USER TO ISOLATE PROBLEMS
WHICH OCCUR ONLY DURING A FORMAT CPERATION.
R

- DETECTED ERROR DURING DATA TRANSFER THIS MESSAGE IS GENERATED ANYTINZ AN ERROR IS DETECTED DURING A
DATA TRANSFER OPERATION OTHER THAN THE ONES MENTIONED ABOVE.
L

- FAILED AN RPO7 INTERNAL MICRODIAGNOSTIC TEST THIS MESSAGE IS GENERATED ANYTIME THE PROGRAM DETECTS AN ERROR DURING
THE MICRODIAGNOSTIC EXECUTION IN THE DRIVE.
(222222222240

222283F2222

2220222222322 202020X32022022223023020R0222)]

= RHXX REGISTER SELECTION FAILURE -

THIS MESSAGE

1S GENERATED WHEN THE RH REGISTER SELECT TESTS FAIL.

IT IS INDICATIVE OF A MULTIPLEXOR OR SELECT LOGIC FAILURE.

AAATRAAAREY

(AR RARENANANCAACNRANNRRERAR
AR ARORARAANNENRAROAEY

- DATA RECTIVED DOESN'T MAT(CH EXPECTED DATA THIiS MESSAGE IS GENERATED WHEN THE PROGRAM COMPARES EXPECTED WITH
RECEIVED DATA AND FINDS THAT THEY DON'T MATCH, INDICATING A READ ERROR.
R

- DETECTED A PERMANENT ERROR =~

;H{SOHESSAGE IS GENERATED WHEN RPDS,
L

I AAS

SASAdARRRRiddldt

iRt

ERR=1 A'dD RPER1, RPER2 AND RPER3 ARE
RdR2RRRR

022

022200020

= INTERNAL RPO7 DIAGNOSTIC TIME-OUT (A

AAARAAA

THIS MESSAGE

222

dARd

000002

0020000202202

2RR

IS GENERATED WHEN THE PROGRAM FINDS, USING A MAINTENANCE

.2
CZRJMAQ RPO7 FE/MOST [SOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 4-12

SFu 0015

USER DOCUMENTATICN

TIMER,

THAT THE DIAGNGSTIC EXECUTION DID NOT COMPLETE WHEN THE

FUNCTION EXPIRED.

TIMER

4.0 PERFORMANCE AND PROGRESS REPORTS

AT THE END OF EACH PASS,

THc PASS COUNT

IS GIVEN ALONG WITH THE

TOTAL NUMBER OF ERRORS REPORTED SINCE THE DIAGNOSTIC WAS STARTED.
THE "EOP'' SWITCH CAN BE USED TO CONTROL HOW OFTEN THE END

OF PASS MESSAGE IS PRINTED.
5.0 DEVICE

SECTION 2.2 DESCRIBES SWITCHES.

INFORMATION TABLES

THE DEFAULT HARDWARE P-TABLE CONTAINS DEFAULT VALUES OF THE TEST-DEVICE
PARAMETERS.
THE STRUCTURE OF THIS TABLE IS IDENTICAL TO THE STRUCTURE

THE HARDWARE P-TABLES.

.WORD
.WORD
.WORD
.WORD
THE

THAN

176700
254
240
0

SOF TWARE P-TABLt
CAN BE

.WORD 1

ERRDMP:
SELTRK:

.WORD
.WORD 0

TRAKAD:

.WORD 0

SELRUN:

CONTAINS THE VALUES OF

CHANGED BY

SWITST:

.WORD 0

;RPCS1 BASE RESISTER ADDRESS
sVECTOR ADDRESS
:BR LEVEL 5 DEVICE
:DRIVE NUMBER
THE

OPERATOR.

THE PROGRAM PARAMETERS

JUSED TO SELECT MASSBUS INTERFACE TEST;
;DISABLED= 0, ENABLED= 1
;USED TO ENABLE THE RPO7 E 0R LOG DUMP
cUSED TO SELECT A TRACK AD 'ESS IN THE MICROsDIAGNOSTIC TEST
;USED

TO GET THE USER TRACk

cUSED TO DETERMINE IF USER
sDIAGNOSTIC TEST

ADDRESS

ELECTEDL A MICRO-

IN THE BAZIC DRIVE TEST, THERE IS A USER PROMPT WHI(H ASKS THE
OPERATOR TO DISABLE SWITCH A12-501 IN THE DRIVE.
IF THE USER
RESPONDS °WO'‘, THE TEST IS BYPASSED.
If THE USER RESPONDS ‘‘YES'', THE
PROGRAM EXPECTS THE SWITCH TO BE DISABLED WHEN THE USER RESPONDS.
THE PROGRAM, UPON COMPLETION OF THE TEST, ASKS THE USER TO RE-ENABLE

THE SWITCH.

THE USER RESPONDS '‘NO'' THE PROGRAM LOOPS UNTIL THE

SWITCH HAS BEEN RE-ENABLED AND THE USER RESPONDS '‘YES''.
IF

THE MANUAL MODE OF OPERATION IS ENABLED AND THE USER HAS,

THROUGH

THE

SOF TWARE

QUESTIONS,

INDICATED THAT ONE MICRO-DIAGNOSTIC

IS_TO BE SELECTED FOR EXECTUION, THE USER WIL_ BE ASKED TO INPUT
A 2 CHARACTER HEX ENTRY WHICH WILL ALLOW SELECTION AND EXECUTION
OF THAT PARTICULAR MICRO-DIAGNOSTIC.

6.0 TEST SUMMARIES
THE

FOLLOWING KREPRESENT A GENERAL

LIST OF

TESTS WHICH

WILL
BE
PERFORMED
.0
THE
RH?0
CONTROLLER.
THOSE TESTS
MARKED WITH AN ASTERISK (+) WILL NOT
BE
EXECUTED
WHEN
AN
RH11 CONTROLLER IS DETERMINED TO BE THF RPO7 INTERFACE.

)

SEQ 0016

CZRJMAQ RPQO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 4-13
'SER DOCUMENTATION

TEST

UNIT UNDER TEST

SELECTS A USER SPECIFIED CONTROLLER AND
THAT

THE

CONTROLLER

DOES

SSYN RESPONSE
TEST 2:

ASCERTAINS

INDEED EXIZT,

VALID

RP CLEAR TEST

THIS TEST ASCERTAINS CORRECTNESS OF THE DEVICE CLEAR
FUNCTION BY WRITTING RPBA TO ALL ONES, SETTING RP CLR

(BIT 5) IN RP(CS2 AND PROVING THAT AT LEAST SOME OF THE
BITS
DID
CLEAR
IN RPBA.
IT IS NOT THE INTENT OF
THE PROGRAM, AT THIS TIME,

THE RPBA REGISTER,

TO PROVE

THE CORRECTNESS

IT IS JUST TO PROVE THAT THE

RPCLR FUNCTION DOES WORK.

TEST 3.

RPCS2 STATIC FUNCTIONAL

THIS WALKS A ONE,

ZERO,

EXECUTE A DEVICE

CLEAR

RPCS2.

THE

RANGE

WILL

THAT REGISTER DID RESET.

TEST 4&:

ALL

ZEROS,

ALL

ONES

THROUGH

FROM BIT 0 TO BIT 2.

(RPCS2:

RPWC STATIC FUNCTIONAL

THIS TEST WALKS A ONE,

TEST

(LR)

AND

ENSURE

TEST

ZERO,

ALL ONES THROUGH RPW(.

GISTER TO ZERO, AND ENSURE THAT REGISTER DID RESET.
BITS TO VEST = BIT 0 - BIT 15,

WRITE RE-

TEST 5: RPBA STATIC FUNCTIONAL TEST
THIS TEST WALKS A ONE, ZERO, ALL ZER/A, ALL ONES THROUGH RPBA.
ALLOW
A
DEVICE
CLEAR AND CHECK THAT REGISTER DID

RESET.
TEST 6:

BITS TO TEST = BIT 1 - BIT 15.

SC AND TRE

TEST #1

(RH11

ONLY)

THIS TEST WILL TEST RP(CS2, MXF (BIT 09) TO PROPERLY SET AND
CLEAR.
ONCE
PROVEN FUNCTIONALLY CORRECT, SET THE

BIT (RPCS2, MXF) = 1 AGAIw AND OBSERVE

RPCS1, SC

AND
RPCS1, TRE.
BOTH BITS SHOULD BE SET DUE TO
MISSED TRANSFER (RPCS2, MXF BIT09)
BEING
SET.

SFT RPCS2, CLR = 1 AND ENSURE THAT BITS CLEARED.

TEST 7:

IR AND OR TEST

THIS TEST WILL TEST RPCS2, IR TO SET
AND
ENSURE
THAT
IT
WITHIN A FIXED rIME LIMIT.
WHEN IT SETS, WRITE RPDB GONCE
AND THEN TEST FOR RPCS2, OR TU SET WITHIN A
FIXED
TIME LIMIT,

DOES

TEST 8: RPDB READ/WRITE TEST #1
THIS TEST WRITES RPDB WITH 3 DATA
PATTERNS
INTERLOCKED
WITH
THE _ CORRECT
TRANSITION
OF
RPCS2, IR.
WHEN
RP(S2, OR SET, READ RPDB AND CHECK DATA
FOR
CORRECTNESS.

SEQ 0017

CZRJMAQ RPO? FE/HOST [SOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 4-14

USER DOCUMENTATION

TEST 9: RPDB READ/WRITE TEST #2
THIS TEST WRITES RPDB TWICE WITH THE SAME DATA PATTERN,

WITH

INTERLOCKED

THE CORRECT TRANSITION OF RP(CS2, IR. READ RPDB TWICE,

INTERLOCKED WITH THE FORRECT TRANSITION

THAT DATA IS CORRECT.

OF RP(CS2, OR, AND ENSURE

TEST 10: RPDB READ/WRITE TEST #3
THIS TEST WRITES DATA TO RPDB USING 8 DIFFERENT DATA PATTERNS,
INTERLOCKED
WITH
THE
CORRECT
TRANSITIONS OF

RPCS2,
IR.
READ RPDB AND
VERIFY
CORRECTNESS
OF
gszgé égTERLOCKED
WITH THE CORRECT TRANSITIONS OF

TEST 11:

«MDPE, SC AND TRE TEST #2

THIS TEST WILL SET RPCS2, PAT=1.

ENSURE THAT SC AND TRE IN RPCS1

-NSURE THAT RPCS2, MDPE DID NOT SET.

RPDB ONCE AND

VERIFY

THAT

INVERTED (WRONG) PARITY.

RPCS1

AND

WRITE

TRE=1, DUE TO THE

CHECK RPCS2, MOPE = 1.

CLR AND ENSURE THAT BITS DID CLEAR.

TEST 12:

SET RP(CSZ2,

*RPCS3 STATIC FUNCTIONAL TEST

THIS TEST WALKS A ONE,

ZERO,

ALL

ZEROS,

ALL

ONES

THROUGH

THIS TEST WALKS A ONE,
ZERO,
ALL
ZEROS,
ALL
ONES
S?EASESE%SSUE DEVICE CLEAR AND ENSURE THAT REGISTER

THROUGH

RPCS3,
FOR
THE
RANGE
OF
BITS
0-3
AND BIT 6.
S§§EUTE A DEVICE CLEAR AND ENSURE THAT REGISTER DID
TEST 13:

TEST 14:

*RPBAE STATIC FUNCTIONAL TEST

«TEST DUPLICATED ADDRESS BIT 16

THIS TEST WILL RESET DEVICE AND SET RPCS1 A16 = 1, TEST
ONLY
SET.
ENSURE THAT CORRESPONDING BIT IN RPBAE
(BIT 0) ALSO = 1.
ISSUE DEVICE
CLEAR
AND ENSURE

THAT

A16

THAT CORRESPONDING BITS DID CLEAR.

TEST 15:

«TEST DUPLICATED ADDRESS BIT 17

THIS TEST WILL RESET THE DEVICE AND SET RPCS1 A17 = 1,
A17 ONLY
SET.
ENSURE
THAT CORRESPONDING BIT IN
RPBAE

(BIT 1)

ALSO = 1.

16:

TEST RPCS1

TEST

THAT

ISSUE DEVICE CLEAR AND EN-

SURE THAT CORRESPONDING BITS DID CLEAR.

TEST

INTERRUPT ENABLE BIT

THIS TEST WILL RESET DEVICE AND SET RPCS1 s
THAT
THE
BIT
UNDER
TEST
DID SET.
IS

CLEAR AND ENSURE THAT CORRESPONDING BITS D

= 1.

ENSURE

—

——

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 4-15

SEQ 0018

USER DOCUMENTATION

TEST 17:

«TEST DUPLICATED INTERRUPT ENABLE BIT

THIS TEST SETS RPCS1, IE (BIT 06) = 1.
ENSURE
THAT
ALSO
SETS.
ISSUE DEVICE CLEAR AND ENSURE THAT AP~

RP(CS3:IE

PROPRIATE BITS CLEAR.

TEST 18:

«]PCKO TEST

THIS TEST WILL ISSUE DEVICE CLEAR, THEN SET IPCKO (RPCS3 BIT 0)=1,
CHECK THAT (RPCS2 IR (BIT 6) = 1) WITHIN A TIME

PERIOD.
WHEN IT DOES, WRITE 0°'S (ONCE) INTO
THIS
SHOULD
FORCE
(RPCS1
TRE AND SC = 1).

RPDB.
READ

RPDB WITH (RPCS2 OR = 1) AND (RPCS2 MDPE
SHOULD
=
EIEAR gBT SECOND
INITIALIZATION
AND DEVICE SHOULD
TEST 19:

«]PCK1

TEST

THIS TEST WILL ISSUE DEVICE CLEAR, THEN SET IPCK1
CHECK THAT (RPCS2 IR = 1) WITHIN A TIME PERIOD.
WHEN IT DOES,
THIS

SHOULD

WRITE

FORCE

0°'S

(RPCS1

(ONCE)

INTD

RPDB.

TRE AND SC = 1).

(RPCS3 BIT 1)=1.

READ

RPDB WITH (RPCS2 OR = 1) AND (RPCS2 MDPE
(BIT
7)
SHOULD
=
1).
DO SECOND INITIALIZATION AND DEVICE
SHOULD CLEAR OUT.
TEST 20:

*IPCK2 TEST

THIS TEST ILL ISSUE DEVICE CLEAR THEN SET IPCK2 (RPCS3 BIT
CHECK THA7 (RPCS2 IR = 1) WITHIN A TIME LIMIT,

2)=1.

WHEN IT DOES, WRITE 0°'S (TWICE)
INTO RPDB.
THIS
SHOULD
FORCE
(RPCST
TRE
AND SC = 1).
READ RPDB

WITH (RPCS2 OR = 1) AND (RPCS2 MDPE
387 SECOND
TEST 21:

INITIALIZATION

SHOULD

1),

AND DEVICE SHOULD CLEAR

*IPCK3 TEST

ISSUE DE v ICE CLEAR, THEN SET IPCK3 (RPCS3 BIT 3)=1.
WHEN IT DOES, WRITE
RPBD WITH 0°'S (TWICE).
deCK FOR_SAME ERRORS AS 14
ABOVE.
ISSUE
DEVICE CLEAR AND ENSURE THAT DEVICE
DID CLEAR OUT.
THIS

TEST WILL

CHECK THAT (RP(CS2 IR = 1 ).

TEST 22:

RHXX

INTERRUPT TEST # 1

THIS TCST FORCES THE RHXX CONTROLLER TO INTERRUPT FROM THE HIGHEST
PRIORITY LEVEL DOWN TO AND INCLUDING THE USER SPECIFIED PRIORITY

LEVEL.
IF THE DEVICE DOES ACTUALLY GENERATE AN INTERRUPT WHICH DOES
GET RECOGNIZED BY THE PROGRAM, THE CONTROLLER PRIORITY CIRCUITRY IS
SUSPECT.
TEST 23: RHXX INTERRRUPT TEST #2
THIS TEST ASSUMES THAT SC=0 AND RPDS,

ATA ALSO=0.

THEN

G 2
CZRJMAQ RPO? FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 4~16

SEQ 0019

USER DOCUMENTATION

ARMS THE CONTROLLE R FOR AN INTERRUPT WHICH IT DOES NOT EXPECT
TO RECEIVE.
IF IT D OES, AND THERE IS NO APPARENT Ri:ASON FOR HAVING
RECEIVED IT, IE SC =0 AND RDY DID NOT TOGGLE, THEN A HARDWARE MALFUNCTION

MAY BE ASSUMED.

TEST 24: RHXX INTERRUPT TEST #3
THIS TEST SETS THE PRIORITY TO ONE LESS THAN THE USER SPECIFIED PRIORITY.
IT THEN ARMS AN INTERRUPT AND FORCES THE CONTROLLER TO TOGGLE RDY.
THESE
ACTIONS SHOULD GENERATE AND NTERRUPT TO THE CORRECT VECTOR ADDRESS.

IF _THE INTERRUPT DOESN'T OCC JR, OR OCCURS AT THE WRONG ADDRESS, A

HARDWARE MALFUNCTION IS ASSL4ED.

TEST 25: BASIC DRIVE SELECT TEST
THIS TEST

REQUIRES

MANUAL

INTERVENTION.

IT WILL BE SKIPPED IF

THE DIAGNOSTIC IS RUN IN UNATTENDED MODE, OR THE USER RESPONDS 'N'
TO
THE
QUESTION: “FOR
DRIVE) N, WILL YOU PLACE THE MASSBUS
DISABLE
SWITCH
J12-SO01
_IN
THE °'DISABLED' (DOWN) POSITION?*'
TO RUN_
THIS
TEST,
USE
THE
DISABLE
SWITCH (J12-S01)
TO
DISCONNECT THE ‘DRIVE UNDER TEST'' FROM THE MASSBUS. NOW READ REG
06 (RPDT) AND VERIFY THAT NO DRIVE RESPONDS
TO THIS DRIVE'S
ADDRESS
(REGISTER SHOULD = 0). WHEN THE TEST IS COMPLETE, THE USER
WILL BE REQUIRED
TO RE-ENABLE
TO RUN ALL OTHER TESTS.

THE MASSBUS DISABLE SWITCH JN ORDER

TEST 26: DEMAND AND TRANSFER TEST
THIS TEST WILL READ DRIVE TYPE REGISTER (SHOULD NOT EQUAL 0), BUT

IGNORE DATA AND ERRORS.

WILL FAIL.
TEST

THE DRIVE TYPE REGISTER SHOULD NOT =0, ELSE THE TEST

27: UNIQUE UNIT UNDER TEST
THIS TEST WILL GUARANTEE THAT A UNIT UNDER TEST DOES NOT RESPOND
TO ANY OTHER DRIVE ADDRESS ON THE MASSBUS.

WRITE DATA PATTERN 46(8)

TO REGISTER O OF DRIVE UNDER TEST

WRITE 0°'S TO REGISTER O OF ALL OTHER DRIVES ON THE BUS.
AFTER WRITING EACH DRIVE ON THE BUSS, READ AND VERIFY THAT REGISTER

0O IN THE DRIVE UNDER TEST HAS NOT BEEN MODIFIED.

TEST 28:

READ DRIVE

TYPE

TEST

THIS TEST WILL READ DRIVE

TYPE REGISTER AND ACCEPT

ANY OTHER VALUE WILL PRODUCE AN ERROR MESSAGE.

TEST 29:

20072,

24042.

RPDA CONSTANT'S TEST

THIS TEST WILL WRITE-READ-VERIFY 1'S AND 0'S IN RPDA, AND
AND FLOAT 1°S AND 0'S THROUGH RPDA.
TEST 30:
THIS

PARITY BIT TRANSITION TEST
TEST WILL

VERIFY

THAT PARITY BIT SENT FROM DRIVE

RHXX

CZRJMAC RPO7 FE/HOST [SOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 4-17

SEQ 0020

USER DOCUMENTATION

NOT STJUCK AT 1 OR 0.
(USE RPDA REGISTER),
WRITE
000000 => P=1
READ/CHECK FOR PARITY
(SHOULD NOT GET A CONTROLLER PARITY ERROR),

WRITE
000001
=> P=0 READ/CHECK FOR PARITY
(SHOULD NOT GET A CONTROLLER PARITY ERROR)
TEST 31:

FLOATING DATA PARITY TEST

THIS TEST WILL WRITE ALL 1°'S AND ALL 0°'S, THEN FLOAT 1°'S
THROUGH
RPDA,
READING RPER1 AFTER EACH 4RITE, AND
VERIFY THAT NO PARITY ERROR SET IN RPERI

AND

0°S

TEST 32: REGISTER SELECT TEST 1
;S{g)TEST WILL WRITE EACH WRITEABLE REGISTER WITH THE

READ IT BACK AND VERIFY FOR CORRECTNESS.
TEST ARE; RPCS1, RPLA, RPDC, RPOF.

PATTERN

REGISTERS USED IN THE

TEST 53: REGISTER SELECT TEST 2
ENSURE THAT EACH WRITEABLE REGISTER HAS A UNIQUE ADDRESS.
WRITEABLE REGISTERS 0, 5, 11, 12
DATA = 70¢8) REF REGISTERS,
DATA = 0 OTHER REGISTERS
WRITE 70(8) INTO SOME MASSBUS WRITEABLE REGISTER
WRITE 0'S TO EVERY OTHER ADDRESSABLE REGISTER ON_THE MASSBUS.
AFTER EACH WRITE (STOP-2), READ AND VERIFY THAT THE REFERENCE
REGISTER HAS NOT BEEN MODIFIED (IF SO, IDENTIFY CONTROL LINE PAIR BY
REGISTER NUMBERS)
REPEAT 1 - 3 FOR ALL WRITEABLE REGISTERS.

TEST 34: DATA TEST RPMR1
THIS

TEST WILL WRITE,

USING PATTERNS:
ALL 0°'S
ALL 1°'S
FLOAT 0'S
FLOAT 1'S
POSSIBLE FAULT:

READ/VERIFY THE MAINTENANCE REGISTER

(RPMR1)

TEST 35: MASSBUS INITIALIZE DRIVE CLEAR TEST
THIS TEST WILL SET RPMR1:

DMD = 0.

DMD
= 1,

IF O, MARK THE EVENT.

THEN ISSUE DRIVE CLEAR COMMAND.
DID AGAIN CLEAR.

EITHER

THEN ISSUE RPCS2,

SET DMD
= 1 AGAIN
~VERIFY

THAT

RPCS2, CLR

CLR.

OMD

IF DMD DIDN'T CLEAR

WITH

EXECUTED,

CLEAR WHEN RPCS2, CLR WAS ASSERTED,

DRIVE
CLEAR_
COMMAND, POSSIBLE FAULTS ARE:
J12 OR J8.
IF DMD DIDN'T CLEAR WITH RPCS2, CLR, BUT DID CLEAR
WITH
DRIVE CLEAR COMMAND, POSSIBLE FAULTS ARE J12,
CABLE, CR THE RHXX.
IF DMD DIDN'T CLEAR WHEN DRIVE
CLEAR
COMMAND WAS

BUT

DID

CHECK

SEQ 0021

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 4-18

USER DOCUMENTATION

POSCIBLE FAULTS ARE J11, OR J12.
TEST 36: PARITY INITIALIZE TEST
THIS TEST WILL CHECK PARITY FOLLOWING MASSBUS INITIALIZE.
PROGRAM WILL THEN READ RPER1 AND VERIFY THAT RPER1, PAR AND [LF
ARE CLEAR.

TEST 37: PARITY ERROR DETECTION TEST

IMPLIED IN THIS TEST IS THAT THE PREVIOUS TEST DID
SUCCESSFULLY PASS.
THIS
TEST
CREATES A 'DOUBLE

FAULT'', WHICH IS USED TO DETERMINE THAT THE
PARITY
DETECTION CIRCUITS WORK PROPERLY, AND THAT ANY COMMAND S
REJECTED WHEN A PARITY ERROR IS DETECTED.
THE PROGRAM WILL SET RPCS2, PAT AND ISSUE A KNOWN ILLEGAL
CHECK RPCS1 AND VERIFY
THAT
GO
(BIT O0)
DID RESET
READ RPERT AND CHECK FOR FOLLOWING:
1.

IF RPER1, PAR IS THE ONLY ERROR
THERE WAS NO ERROR,

BIT

COMMAND,

SET,

IF RPER1, ILF IS THE ONLY ERROR BIT FOUND,
REPLACE J12,
IF RPER1, ILF AND PAR ARE BOTH SET OR BOTH

CLEAR,

REPLACE

EITHER

J9,

J10,

OR J12.

(THERE IS A GOOD CHANCE THAT THE 2901 IS BROKEN.)

TEST 38:

CORRECT PARITY TEST

THIS TEST CHECKS A VARIETY

DATA

PATTERNS

VERIFIES THAT NO PARITY ERRORS OCCURRED.
SEQUENCE IS AS FOLLOWS:
1.

AND

THE OPCRATING

LOAD DATA PATTERNS INTO THE RPDA REGISTER,

READ THE RPDA REGISTER

AND

ENSURE

DOES NOT DETECT ANY PARITY ERRORS.

THAT

RHXX

PATTERNS:
ALL ONES
ALL ZEROS
FLOAT 1'S

FLOAT 0°'S

TEST 39:
THIS

CLEAR COMPOSITE ERROR BIT TEST
TEST ENSURES THAT RPDS,

ERR

IS NOT STUCK

ONE.
IF IT IS (1) AND RPER1, RPER2 AND RPER3 ARE O, A PERMANENT
ERROR IS REPORTEC, ELSE A COMPOSITE ERROR IS REPORTED.
OPERATING
SEQUENCE IS AS FOLLOWS:
1.

2.
TEST 40:

ISSUE A CONTROLLER CLEAR.

READ RPDS AND ENSURE THAT ERR (BIT 14)

IS CLEAR.

SET AND CLEAR COMPOSITE ERROR TEST

THIS TEST ENSURES THAT COMPOSITE ERROR
RPDS,
14 WILL SET AND CLEAR.
SEQUENCE IS AS FOLLOWS:

8IT

J 2
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:0C PAGE 4-19

SEQ@ 0022

USER DOCUMENTATION

2.
3.
4.
TEST 41:

SET PAT IN RPCS2,
THEN WRITE
DATA TO RPDA.
THIS SHOJULD CAUSE A PARITY ERROR,
READ RPDS AND (HECK THAT RPDS, ERR=1,
ALSO
CHECK THAT RPER1, PAR IS ALSO SET,
ISSUE A CONTROLLER CLEAR,
READ RPDS AND ENSURE THAT ERR (BIT 14)=0.
READ
RPERT AND ENSURE THAT PAR (BIT 3)=0.

CLEAR ATA TEST

THIS TEST ENSURES THAT RPDS, ATA
(BIT
STUCK AT 1.
SEQUENCE IS AS FOLLOWS:
1.

2.
TEST 42:

15)

NOT

ISSUE CONTROL!/.ER CLEAR.

READ RPDS, ATA AND VERIFY THAT IT IS CLEAR.

SET AND CLEAR ATA TEST

THIS TEST, BY FORCING AN ERROR, TESTS
THE
CORRECT
FUNCTIONALITY OF RPDS, ATA.
SEQUENCE FOLLOWS:

~NoOwn

)

TEST 43:

SET RPCS2, PAT (BIT 04)=1, THEN

RPDA,

WRITE

FORCING A PARITY ERROR,

DATA

T0O

READ RPDS AND CHECK ATA (BIT 15) AND
ERR
(BIT 14)
YO BOTH BE SET,
ISSUE A DRIVt CLEAR,
READ RPDS AND VERIFY THAf ATA (BIT 15) AND
ERR
(BIT 14) DID BOTH CLEAR,
REPEAT STEP 1,

SET RPCS2, CLR (BIT 5),

REPEAT STEP 4.

CLEAR RPAS TEST

THIS TEST ENSURES THAT NO BITS ARE

SET

SEQUENCE 1S AS FOLLOWS:
1.

IN RPAS.

SET RP(CS2, CLR (BIT 5)=1,

READ RPAS AND ENSURE THAT IT IS CLEAR.
NOTE

IF THIS TFST IS FAILED,
THE CONTENTS
OF THE PSEUDO REGISTER (RPAS) WILL BE
PRINTED QUT,

AND THE

CONTENTS OfF

THE

STATUS REGISTER FOR EVFR¢ OTHER DRIVE
ON THE MASSBUS.
IF 1HE
CAUSE OF THE
FAILURE

IS ANOTHER DRIVE GN THE

EACH
DRIVE
MAY NEED
DOWN
ONE AT
A TIME,
DRIVE IS FOUND.
TEST 44:
THIS

TO BE
UNTIL

BUS,

POWERED
THE BAD

RPAS CORRECT POSITION DECODE TEST
TEST CHECKS FOR THE CORRECT

POSITION

BIT DECODED IN THE PSEUDO REGISTER.

SEQUENCE OF

THE

TEST FOLLOWS:

K_2

SEQ 0023

{ZRJMAQ RPQ? FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 4-20

USER DOCUMENTATION

TEST 45:

SET RP(CS2, CLR (BIT 05)=1,

SET PAT IN RP(CS2,

THEN

WRITE

DATA

FORCING A PARITY ERROR,
READ RPAS AND VERiFY THAT BIT POSITION IS
FOR
THE
DRIVE
UNDER TEST.
ALSO VERIFY
THAT RPDS, ATA AND ERR IS ALSO SET,

WRITE RPAS WITH THE CORRECT BIT FOR
UNDER TEST.

READ RPAS AND VERIFY THAT IT DID
SS?SCLQ:R

RPDA,
CORRECT

THE

DRIVE

CLEAR.

READ

ENSURE THAT ATA CLEARED, BUT ERR DID

RPAS UNIQUE POSITION DECODE TEST

THIS TEST VERIFIES THE UNIQUENESS OF THE PSEUDO REGISTER'S
BIT
WHICH CORRESPONDS TO THE UNIT-UNDER-TEST.
SEQUENCE IS AS FOLLOWS:

SET RPCS2, CLR=1,

SET RP(CS2, PAT=1, AND WRITE DATA TO RPDA,

ANOTHER PARITY ERROR,

READ RPAS AND ENSURE THAT

WRITE THE PSEUDO REGISTER WITH

SET.

ENSURE

THAT

THE

RPDS, ATA

PROPER

BIT

FORCING YET
IS

AND ERR ARE ALSO SET.
THE

COMPLIMENT

OF THE EXPECTED DATA IN ITEM 3,
READ RPAS AND ENSURE THAT THE BIT FOUND IN ITEM
3 DID NOT CLEAR.
VERIFY THAT RPDS, ATA AND ERR
DID NOT CLEAR.

TEST 46:

CLEAR MASSBUS ATTN TEST

THIS TEST VERIFIES THAT MASSBUS ATTN IS
AT A 1.
SEQUENCE IS AS FOLLOWS:

NOT

STUCK

SET RPCS2, CLR=1,

READ RPCS1 AND VERIFY THAT SC (BIT 15) DID
SET (FOR RH20, ENSURE THAT ATTN=0).

NOT

NOTE

IF ANOTHER DRIVE IS
SUSPECTED TO BE
CAUSING
THE MALFUNCTION,
EACH DRIVE
ON THE BUS MUST BE POWERED DOWN,
ONE
AT A TIME,
UNTIL THE OFFENDING
UNIT
IS LOCATED.
TEST 47:

SET AND CLEAR MASSBUS ATIN

THIS TEST VERIFIES THAT THE MASSBUS LINE '‘ATIN'' CAN
BE SET AND CLEARED.
SEQUENCE FOLLOWS:

SET RPCS2, PAT=1,

AND

WITH

DATA,

READ RPCS1, SC (BIT 15) AND VERIFY THAT IT

SET.

SET RPCS2, CLR = 1, AND ENSURE THAT RPCS1, SC DID CLEAR.

FORCING A PARITY ERROR,

(USE ''ATINTM' IN RH20.),

WRITE

RPDA

L. .2
CZRJMAQ RPO7 FE/HUST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 4=-21

SEQ 0024

USER DOCUMENTATION

TEST 48:
THIS

READ-IN-PRESET COMMAND TEST
IS _THE FIRST TEST TO ISSUE A VALID COMMAND

THE RPO7.
1T ENSURES THAT COMPOSITE ERROR DOES NOT
SET AS A RESULT OF THE COMMAND EXECUTION.
SEQUENCE FOLLOWS:
1.

2.
3.
TEST 49:

SET RPCS2, CLR=1,

ISSUE READ=IN-PRESET COMMAND,
VERIFY THAT RPDS, ERR=0.

RHXX UNIQUE REGISTER TEST

THIS TEST LOADS EACH WRITABLE RHXX REGISTER WITH

UNIQUE
DATA PATTERN, AND EXPECTS THAT THE PATTERN
WILL NOT CHANGE AS FURTHER REGISTERS ARt WRITTEN.
TEST 50:

RPLA STATIC TEST

THIS TEST CHECKS RPLA FOR EVERY VALID SECTOR ADDRESS.

IF, WHILE USING A MAINTENANCE TIMER, A SECTOR ADDRESS IS NOT

FOUND IN TIME, AN ERROR IS REPORTED.

TEST 51: RPMR1 - RPER2 WRAP AROUND TEST
THIS 1EST WRITE RPMR1 - LOW BYTE AND, AFTER WAITING A REASONABLE
AMOUNT OF TIME FOR HARDWARE AND FIRMWARE LATENCY, EXPECTS RPERZ2, LOW BYTE,
TO CONTAIN THE SAME DATA AS JUST WRITTEN INTO RPMR1.
IF THE
DATA IS NOT THE SAME, A HARDWARE MALFUNCTION MAY BE ASSUMED.

TEST 52: ERROR LOG DUMP
THIS ROUTINE UNLOADS THE RPO7 INTERNAL ERROR LOG WHEN IT WAS REQUESTED
BY THE USER.
(CONTENTS ARE NOT CHECKED, JUST REPORTED TO THE USER.

TEST 53:

COMPOSITE MICROCODE TEST

THIS TEST IS A COMPOSITE TEST WHICH RUNS ALL OF THE AVAILABLE RP0O7
MICRODIAGNOSTICS.
THE ROUTINE EMULATES THE RPO7 POWER UP SEQUENCE.
ERROR CODES ARE REPORTED IN HEX AS ARE THE ROUTINE NUMBERS WHICH WERE
RUNNING AT THE

TIME OF

THE FAILURE.

TEST 54: READ-IN-PRESET FUNCTIONAL TEST
THIS TEST SETS UP RPDC, RPDA = =i, AND SETS RPOF:FMT16=1.
IT THEN
ISSUES A RIP AND EXPECTS RPDC AND wPDA TO BE ZERO.
IT-ALSO EXPECTS

RPDC AND RPDA TO BE

TEST 55:

ZERO.

IT ALSO EXPECTS RPOF.FMT

TO BE

RESET.

COMMAND REJECT TEST

THIS TEST,

INVERTS PARITY AND

ISSUES A RIP COMMAND.

THE

COMMAND EXECUTED WITH A PARITY ERROR PRESENT, IE RPDC OR RPDA=0
OR FMT16=0, THEN A HARDWARE MALFUNCTION MAY BE ASSUMED.
TEST 56: DATA TEST # 1
THIS TEST EXECUTES IN THE FOLLOWING MANNER:

READ TRACK DESCRIPTORS

FROM

ANYWHERE

THE

M2
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 4-22

SEQ 0025

USER DOCUMENTATION

PACK.

~ THE

LINES

HAVE

LINES TOGGLE.

PURPOSE

IS TO ENSURE THAT THE DATA

REPEAT PROCESS UNTIL

ALL
TESTABLE
TOGGLED (BITS O THROUGH 15).

IGNORE ALL ERRORS;

THEY MAY BE CAUSED BY

CORRUPTED

TRACK DESCRIPTOR RECORDS.

IF _AFTER READING EVERY TRACK AND CYLINDER ON THE DRIVE, ALL

geTQEkég$EDSTILL HAVE NOT TOGGLED FROM O TO 1, AN ERROR WILL

TEST 57: DATA TEST #2
THIS TEST EXECUTES IN THE FOLLOWING MANNER:
1.

2.
3.

TEST 58:

ATTEMPT TO ACCESS A C.E.
CYLINDER WITHOUT SETTING
RPMR1:DMD
(BIT 15).
EXPECT RPER1, IAE TO SET.

ISSUE A RECAL COMMAND, THEN CHECK RPCC = 0.
ATTEMPT
TO ACCESS A C.E.
CYLINDER
WITH

RPMR1:
DMD=1, VERIFY CORRECT POSITION BY COMPARING
RPDC WITH RPCC.

DATA TEST #3

THIS TEST EXECUTES IN THE FOLLOWING MANNER:
1.

ATTEMPT TO FIND A

DEFECT

FREE

C.E.

TRACK

2.
3.

FORMAT TRACK AND VERIFY SAME (USING NULLSET INFORMATION).
?SKEERM SIMPLE DATA TESTING ON THE
FORMATTED

DETERMINING PRESENCE OF A TD WITH NULL SET INFORMATION.
IF ONE IS NOT FOUND
DISPATCH MESSAGE STATING THAT C.E.
TRACK #0 WILL BE FORMATTED PRIOR TO PERFORMING OPERATION.

SIMPLE DATA TcSTING TO INCLUDE:
1.

WRITING DATA PATTERNS WITHOUT ERROR.

WRITE CHECK

WRITE CHECK CATA WITHOUT ERROR.

WILL

RPW(C

BE TESTED TO = O, RPBA WILL BE TESTED

TO INCREMENT.

DATA

FORCING

WRITE

CHECK

ERROR.
BUFFER
POSITION OF THE ERROR WILL
BE VERIFIED USING THE RPBA REGISTER.

ISSUE A RIP COMMAND, FOLLOWED BY A
READ HEADER AND DATA COMMAND ON CYL 630 TRACK JUST
FORMATTED.

VERIFY THAT RPER1,

FER DID SET,

TEST 59: RPER1 NEGATIVE BIT TEST
ISSUES AN ILLEGAL FUNCTION AND EXPECTS S R PE R1, ILF TO
SET.
IT THEN ISSUES A COMMAND WITH THE WRONG SECT OR WRONG
TRATK ADDRESS AND EAPECTS RPERT, IAE 7O StV AFT ER cA A Luririang .
€

THIS TEST

AR AN

TEST 60: USER SELECTED MICRODIAGNOSTIC ROUTINE
THIS TEST,

IF MANUAL

INTERVENTION IS ALLOWED AND THE USER,

THROUGH

USE OF THE SOFTWARE QUESTIONS, DID ANSWER °‘YES® TO THE QUESTION
‘D0 YOU WANT TO SELECT ONE MICRODIAGNOSTIC FOR EXECUTION?®, WILL

C?RJMAD RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN=-83 13:37:00 PAGE 4-23

SEQ 0026

USER DOCUMENTATION

ALLOW THE USER TO SPECIFY A
ONLY LEGAL °'HEX' CHARACTERS
OF HEX CHARACTERS WILL BE A
INSURE THAT A VALID ROUTINE

PRODUCE AN ERROR FOR AN INVAL

ODIAGNOSTIC ROUTINE FOR EXECUTION.
gE ACCEPYED AS INPUT.
ANY PAIR
.
IT IS UP TO THE USER TO
L ECTED, JTHERWISE
0 UTINE SELECTION.

THE DRIVE WIL.
THIS ROUTINE

IS INTENDED PRIMARILY FOR DEBUG OF A PROBLEM, NOT SYSTEM ACCEPTANCE.

ONE APPLICATION OF THIS ROUTINE COULD BE TO LOOP 'FOREVER' ON A
USER SELEZTED MICRO DIAGNOSTIC ROUTINE, POSSIBLY TO DETECT INTERMITTENT
PROBLEMS.

THE

COMMAND STR'NG TO PERFOIM THIS WOULD BE AS FOLLOWS:

*STA/TES:60/FLA:<OPTION LIST>'.

THE OPTION IN THIS CASE WOULD BE

(LOOP ON TEST).
TO CHANGE THE ROUTINE, THE USER WOULD AGAIN USE
THE 'START® COMMAND:
°'STA/TES:60/FLA:LOT'.
THIS ACTION WOULD

PERMIT

THE USER TO CHANGE

AN’ OTHER COMMAND,

PREVIOUSLY ScLECTED BY

THE ROUTINE

‘LCT'

SELECTED FOR EXECUTION.

'RES' OR °'CON‘', ETC, WILL USE THE ROUTINE

THE USER, AND WILL NOT PERMIT THE USER TO

CHANGE THE SELECTED ROUTINE.

TEST 61:

NOP FUNCTIONAL TEST

THIS

TEST VERIFIES THE

CORRECT FUNCTIONALITY OF

HUNG®

MESSAGE WILL BE GENERATED.

THE NOP COMMAND.

INITIALLY, THE TEST VERIFIES THAT RPDS,
DRY = 1, THEN ISSJES THE
COMMAND.
RPDS,
DRY .S AGAIN CHICKED TO BE SET WITHIN A - IXED TIME
LIMIT.
IF THE LIMIT EXPIRES ANC RPDS,
DRY IS NOT SET, A °‘DRIVE
COMPOSITE ERROR AND

(RANSFER

ERROP ARE ALSO CHECKED AND VERIFIED TO NOT BE ASSERTED.

g%g%gse RPO? FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PACE 6

.REM 3

VERSION (CZRJM=-A-0)
1.

THIS VERSION IS THE SiARTING FOINT TOR CX DIAGNOSTIC SUPPORT OF
THE RPO7 DISK DRIVE.

SEQ 0027

CIRJMAQ RPC? FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 7

SEQ 0028

HISTORY

;*LAST REVISION 01-JAN-83
LTITLE CZRJMAQ RPO7 FE/HOST ISOLATOR
.SBTTL

395 000000

PROGRAM HEADER
.ENABL

002000

AMA, ABS

03
32
22

THE PROGRAM HEADER IS THE INTERFACE BETWEEN
THE DIAGNOSTIC PROGRAM ANC THE SUPERVISOR.

::
LSNAME

12
15
00
000

427 002000
002000
002001
002002
002003

b =D —d

;
;

000
101

060

000001

000200
044762
045100

002320
002332

045656
000000

00000V
000000
000000

002124
002044
002044
002046

000000
000000

LSREV::
LSDEPO::

LSUN]IT::
LSTIML::
:
LSHP(CP:
L$SPCP::
LSHPTP::
LS$SPTP::

:
LSLADP:

L$STA::
L$CO::
:
LSDTYP:

LSAPT::

:
LSDTP:
L$PRIO::

LSENV]::

LSEXPT::

LASCII
LASCII
LASCII
LASCII
LASCII
.BYTE
.BYTE
.BYTE

/¢/
/1/

/R/
/J/
M/

0
0
0

LASCII

/A/

LASCII

70/

.WORD

TSPTHY

.WORD

200

.WORD

L$HARD

.WORD

LSSOFT

.WORD

LSHW

.WORD

LSSW

.WORD

LSLAST

.WORD
.WORD

.WORD
.WORD
.WORD

.WORD
.WORD

;DIAGNOSTIC NAME

:REVISION LEVEL

;0
sNUMBER OF UNITS
:LONGEST TEST TIME
JPOINTER TO H.W. QUES.
;POINTER TO S.W. QUES.
JPTR.

1O DEF.

H.W,

;PTR.

TO S.W.

PTABLE

:DIAG. END ADDRESS

JRESERVED FOR APT STATS

;DVAGNOSTIC TYPE
;APT EXPANSION
;PTR.

LSDISPATCH

TO DISPATCH TABLE

;DIAGNOSTIC RUN PRIORITY
sFLAGS DESCRIBE

;EXPANSION WORD

HOW

IT WAS

SETUP

0. 3
CZRJMAQ RPO7 FE/HOST [SOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 7-1

PROGRAM HEADER

429

002046
002050
002050
002051
002052
002052
002054
002056
002056
002060
002060
002062
002062
002064
002064
002066
002066
002070
002070
002072
00207
002074
002074
002076
002076
002100
002100
002102
002102
002104
002104
002106
002106
002110
002110
002112
002112
002114
002114
002116
002116
002120
002120

000000

003
003
000000
000000
000000
006354

000000

000000
000000

000000
000000
000000

006362
104035

000000
020652
021350

021346

020644
000000
000000

000000

.WORD

LSMREV:

LSEF::

LSDEVP::

LSREPP::
LSEXP4::

LSEXPS::
LSAUT::

:DIAG. EVENT FLAGS

.WORD

; POINTER TO DEVICE TYPE LIST

+WORD

sPTR,

.WORD

;PTR. TO ADD UNIT CODE
;PTR. TO DROP UNIT CODE

.WORD

LSLUN::

LE$DESP::

L$LOAD::
LSETP::

.WORD

EMT
.WORD

LSICP::
L$CCP::
LSACP::

LSPRT::
LSTEST::

TO REPORT CODE

.WORD

LS$DUT::

LSHIME:

.WORD
.WORD

LS$SPC::

LSDLY::

;:SVC REV AND EDIT #

.BYTE
.BYTE

;LUN FOR EXERCISERS TO FILL

DESCRIPTION
Lsppsc TOINTER TO DIAG. AUTO
LOAD EMT

ESLOAD

.WORD

LSINIT

.WORD

LSCLEAN

.WORD

LSAUTO

.WORD

L$PROT
0

.WORD

" .WORD

:GENERATE SPECIAL

;POINTER TO ERRTBL
;PTR.

TO INIT CODE

sPTR.

TO CLEAN-UP CODE

sPTR.

TO AUTO CODE

;PTR.

TO PROTECT TABLE

sTEST NUMBER

;DELAY COUNT

sPTR. TO HIGH MEM

SEQ 0029

—

CZPJMAQ RPO?7 FE/MOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 8

DILATCh TABLE

.SBTTL

2
3

DISPATCH TABLE

o te

;

3324

.WORD
LSDISPATCH::
+WORD
.WORD
-WORD
.WORD

.WORD
.WORD
-WORD
.WORD

W= O

|
e o
ot

B
e Do R

VIS WA= OV

R
e D
e D
e
b

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
-WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
-WORD
.WORD
.WOPD
.WORD
+WORD
.WORD
.WORD
.WORD
-WORD
.WORD
.WORD
.WORD
.WORD
.WORD
-WORD
+WJRD
.WORD

POPNINONININD
= = —d b —d b —d =k b =D

002174
002176
002200
002202
002204
002206
002210
002212
002214
002216
002220
002222
002224
002226
002230
002232
002234
002236
002240
002242
002244
002246
002250
002252
002254
002256
002260
002262

021514
021612
022000
022142
022302
022444
022774
023270
023442
023602
023772
024152
024334
024510
025034
025360
025540
025732
026230
026526
027044
027362
027634
030102
030322
030514
030624
031016
031154
031322
031446
031600
031736
032136
032302
032562
032720
-

002160
002162
002164
002166
002170
002172

000075

V]
W

002130
002132
002134
002136
002140
002142
002144
002146
002150
002152
002154
002156

THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.

: IT IS USED bY THE SUPERVISOR TO DISPATCH TO EACH TEST.

jelelelelelelelelele]d

5
6
7
8 002122
002124
002124
002126

126

SEQ 0030

C IR JMAO RPO? FE/HOST
0 ISPATCh TABLE

002264
002266
002270
002272
002274
002276
002300
002302
002304
002306
002310
(02312
02314

ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 8-1
.WORD
.WORD
.WORD
+WORD
.WORD
.WORD
.WORD
.WORD

044614

.WORD
.WORD
.WORD
-WORD
.WORD

SEQ 0031

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 9

DEFAULT HARDWARE P-TABLE

}

.SBTTL

4
5

;
;

THE DEFAULT HARDWARE P -TABLE CONTAINS DEFAULT VALUES OF
THE TEST-DEVICE PARAMEI"RS.
THE STRUCTURE OF THIS TABLE

s IS IDENTICAL TO THE STRUCTURE OF THE HARDWARE P-TABLES.

9 002316

000004

10 002320
11 002322
12 002324

176700
00025«
000240

002320
002320

}2 002326

DEFAULT HARDWARE P-TABLE

25 002330

LOHW::
DFPTBL::

000000

.WORD

.WORD 176700
.WORD 254
.WORD 240

.WORD 0

L10000:

L10000-L$HW/2
sRPCS1 BASE REGISTER ADDRESS
JVECTOR ADDRESS
;BR LEVEL 5 DEVICE

:DRIVE NUMBER

SEQ 0032

CZRJMAQ RPO7 FE/HOST ISOLATOk MACRO v04.00 1-JAN-83 13:37:00 PAGE 10

SEQ C033

SOF TWARE P-TABLE

}

LSBTTL

4
2

;
;

SOFTWARE P-TABLE

THE SOFTWARE P-TABLE CONTAINS THE VALUES OF THE PROGRAM
PARAMETERS +HAT CAN BE CHANGED ©ry THE OPERATOR.

8 002330

00N0NNS

9 002332
10
11 002334

000001

LESW::
SFPTBL::
SWTTST: .WORD

000001

ERRDMP:

_WORD

.WORD

JUSED TO ENABLE

14 002340
15 002342

000000
000000

TRAKAD:
SELRUN:

.WORD
.WORD

0
O

JUSED TO GET THE USER TRACK ADDRESS
JUSED TO DETERMINE IF USER SELECTED A MICRO-

002332
002332

12 002336
13

25 002344

000000

.WORD

SELTRK:

L10001:

L10001-L%SW/2

sUSED TO SSELECT MASSBUS INTERFACE
;DISABLED= 0, ENABLED= 1

TEST;

THE RPO7 ERROR LOG DUMP

JUSED TO SELECT A TRACK ADDRESS IN THE MICROsDIAGNOSTIC TEST

;DIAGNOSTIC TEST

I
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1~JAN-83 13:37:(C0 PAGE 11

SEQ C034

GLOBAL EQUATES SECTION

.SBTTL

;

GLOBAL EQUATES SECTION

THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES THAT

ARE USED IN MORE

THAN ONE TEST.

: BIT DIFINITIONS
100000
040000
020000
010000
004000
002000
001000
000400
000200
000100
000040
000020
000010
000004
000002
000001

BIT15==
BIT14==
81T713==
81T12==
BIT11==
B8I1T10==
81709==
BIT08==
BIT07==
BIT06==
BIT05==
B8IT04==
B81703==
BIT02==
BIT01==
B8IT00==

100000
40000
20000
10000
4000
2000
1000
400
200
100
40
20
10
&
2
1

001000
000400
000200
000100
000040
000020
000010
000004

BIT9==
B178==
BIT7==
BIT6==
BIT5==
BIT4==
BI173==
8I1T2==
BIT1==
81T0==

BIT09
BIT08
BIT07
BIT06
BITO0S
BIT04
BIT03
BIT0?

000002

000001

s
H
000040
000037
000036
000035
000034

BIT00

EVENT FLAG DEFINITIONS
EF32:EF17 RESERVED FOR SUPERVISOR TO PRNMSRAM COMMUNICATION

EF.START==
EF .RESTART==
EF.CONTINUE==
EF .NEW==
EF .PWR==
;

000340
000300
000240
000200
000140
000100

BITO1

32.
3.
30.
29.
28.

PRIORITY LEVEL DEFINITIONS

PRI0O7==
PRI06==
PRI0S==
PRI04==
PR103==
PRI0Z==

340
300
240
200
140
100

;
;
;
;
;

START (OMMAND WAS ]SSUED
RESTART COMMAND WAS ISSUED
CONTINUE COMMAND WAS [SSUED
A NEW PASS HAS BEEN STARTED
A POWER-FAIL/POWER=-UP OCCURRED

J 3
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 11-1

GLOBAL EQUATES SECTION

000040
000000

PRIO1= = 40
PRI0O= =0

100000

EVL=

LOT==
ADR==
1DU==
ISR==
UAM==
BOE==
PNT==
PR]==
IXE==
IBE==
IER==
LOE==

HOE==

£&H

000004
000010
000020
000040
000100
000200
000400
001000
002000
004000
010000
020000
040000

1OPERATOR FLAG BITS
10
20
.0
100
200
400
1000
2000
4000
10000
20000
40000

100000

SEQ 0035

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 12

SEQ 0036

RHXX REGISTERS

VIS WA = O V00NV

PINININININ
= b b aod ed cad ed d b b

NN =2 O 000 NN N

NN —

.SBTTL

26
2

RHXX REGISTERS

:CONTROL AND STATUS REGISTER 1 (RP(CS1)
000100
000200
000400
001000
002000
020000
040000
100000

I1E

= 100

Al17

= 400
=1000

RDY
A16

PSEL

MCPE
TRE

: INTERRUPT ENABLE

(BIT #6)

= 200

;READY (BIT #7)

=2000
=20000

;PORT SELECT (BIT #10)
sMASSBUS PARITY ERROR (BIT #13)

sHIGH ORDER BUS ADDRESS BIT
sHIGH ORDER BUS ADDRESS BIT

=40000
=100000

(BIT #8)
(BIT #9)

s TRANSFER ERROR (BIT #14)
;SPECIAL CONDITION (BIT #15)

sWOR D COUNT REGISTER (RPW(C)
sEACH B8IT IS CALLED B8Y BLIT NUMBER
:BUS ADDRESS REGISTER (RPBA)
;EACH BIT IS CALLED BY BIT NUMBER

;CONTROL AND STATUS REGISTER 2 (RP(CS2)
000001
000002
000004

us1

100000

DLT

1
2
4
10
20
40
100
200
400
1000
2000
4000
10000
20000
40000
100000

us2
T

BAI
PAT

sUNIT SELECT (BIT #0)
sUNIT SELECT (BIT #1)
JUNIT SELECT (BIT #2)
:BUS ADDRESS INCREMENT INHIBIT (BIT #3)
sMASSBUS PARITY INHIBIT (BIT #4)
sCLEAR (BIT #5)
: INPUT READY (BIT #6)
;OUTPUT READY (BIT #7)
;MASSBUS PARITY ERROR (BIT #8)
sMISSED TRANSFER ERROR (BIT #9)
;PROGRAM ERROR (BIT #10)
sNON EXISTENT MEMORY (BIT #11)
sNON EXISTENT DRIVE (BIT #12)
;UNIBUS PARITY ERROR
sWRITE CHECK ERROR (BIT #14)
;DATA LATE (BIT #15)

sDATA BUFFER REGISTER (RPDB)
sEACH BIT IS DEFINED BY BIT NUMBER
.SBTTL

RPO7 REGISTERS

;CONTROL AND STATUS 1
000001
000002
000004
000010
000020
000040
004000

(#00)
;G0 BIT

(BIT #0)

sFUNCTION CODE BIT M

10
20

;FUNCTION CODE BIT #3
¢FUNCTION CODC BIT #4

40
4000

sFUNCTION CODE BIT #2

;FUNCTION CODE BIT #5
;DEVICE AVAILABLE (BIT #11)

L 3
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 12-1

SEQ C037

RPO7 REGISTERS

58
28

;DRIVE STATUS REGISTER (RPDS <#01>)

61
62
63
64
65
66
67
68
69

000001
000002
000004
000100
000200
000400
001000
002000
004000

oM =
EWN =
ILEV=
vw =
DRY =
DPR =
PGM =
LBT =
WRL =

1
2
4
100
200
400
1000
2000
4000

;OFFSET MODE (BIT #0)
;EARLY WARNI'G (BIT #1)
s INTERLEAVING AVAILABLE (BIT #2)
:VOLUME VALID (BIT #6)
;DATA READY (BIT #7)
;DRIVE PRESENT (BIT #8)
sPROGRAMABLE (BIT #9)
sLAST BLO'K _TRANSFERRED (BIT #10)
;WRITE LCCKED (BIT #11)

100000

ATA =

100000

JATTENTION ACTIVE (BIT #15)

70
4
72

010000
020000 040000

75
;9

MOL =
PIP =
ERR =

10000
20000
40000

sERROR REGISTER #1

;MEDIUM ON LINE (BIT #12)
sPOSITICNER IN PROGRESS (BIT #13)
;COMPOS.TE ERROR (BIT #14)

(RPER1 <#02>)

78
79
80
81
82
83
84
85
86

000001
000002
000004
000010
000020
000040
000100
000200
069400

ILF =
ILR =
RMR =
PAR =
FER =
WCF =
ECH =
HCE =
HCRC=

1
2
4
10
20
40
100
200
400

sILLEGAL FUNCTION (BIT #0)
¢ ILLCGAL REGISTER (BIT #1)
sREGISTER MODIFICATION REFUSED (BIT #2)
sPARITY ERROR (BIT #3)
:FORMAT ERROR (BIT #4)
sWRITE CLOCK FAIL (BIT #5)
cECC HARD ERROR (BIT #6)
sHCADER COMFARE ERROR (BIT #7)
sHEADER CRC ERROR (BIT #8)

0020230

IAE =

2000

: INVALID ADDRESS ERROR (BiT #10)

001200

AOE =

1000

004069

WLE =

4000

100000

DCK =

100000

90
91
92

010000
02000(
04000C

gg
33

100000

}8}

;}9

11¢

113
114

10000
20000
40000

.WRITE LOCK ERROR (BIT #11)

sDRIVE TIMING ERROR (B'T #12)
;OPERATION INCOMPLETE (BIT #13)
:DRIVE UNSAFE (BIT #14)

;DATA CHECK ERROR (BIT #15)

;DIAGNOSTIC MAINTAINABLILTY REGISTER (RPMR1 <#03>)

100

103
104
105
106
107
108
109

DTE =
OPI =
UNS =

;ADDRESS OVERFLOW ERROR (BIT #9)

DMD =

100000

;DIAGNOSTIC MODE (BIT #15)

;ATTENTION SUMMARY PSEUDO REGISTER (RPAS <#04>)
000001
000002
000004
000010
000020
000040
000100

000200

ATO
ATl
AT2
AT3
AT4
ATS
AT6

=
=
=
=
=
=
=

AT7 =

1
2
4
10
20
40
100

200

sDEVICE
sDEVICE
sDEVICE
;DEVICE
;DEVICE
;DEVICE
;DEVICE

O
1
2
3
4
5
6

(BIT
(BIT
(BIT
(BIT
(BIT
(BIT
(BIT

#40)
#1)
#2)
#3)
#4)
#5)
#6)

;DEVICE 7 (BIT #7)

;DESIRED SECTOR/TRACY ADDRESS REGISTER (RPDA <#05>)
;EACH BIT IS CALLED 8Y BIT NUMBER

—

ns3
CZRJMAO RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 12-2

SEQ 0038

=2 OVERNOWNHWNI=OVONOAVNNANNI=OV
NV
WA= OO0 NN W =000 NA VNS W —=O 000NN

— e

= ed

D e

D cd amd b

b @D

NNOOOOCONONOONONON N VHNWNWWA VNI

b = cad e

b md

] =D and ced wd e

S SN IS DN I BN IS IS 0 B NI

D wad cnd = nd ed

)

D e

b d

W N NN N N NN NI N NNV NI NI NININ) —

b =D

b b b o

RPQ7 REGISTERS

;DRIVE TYPE REGISTER (RPDT <#06>)
000001
000002
000004
000010
000020
000040
0072100
000200
000400
004000
020000
040000
100000

DRTO = 1
DRT1 = 2
DRT2 = &
DRT3 =
10
DRT4 = 20
DRTS = 40
DRT6 = 100
DRT7 = 200
DRT8 = 400
DRQ = 4000
MOH = 20000
TAP = 40000
NBA =

100000

sDRIVE TYPE NUMBER (BIT
;DRIVE TYPE NUMBER (BIT
;DRIVE TYPE NUMBER (BIT
sDRIVE TYPE NUMBER (BIT
sDRIVE TYPE NUMBER (BIT
sDRIVE TYfc NUMBER (BIT
sDRIVE TYPE NUM3ER (BIT
;DRIVE TYPE NUMBER (BIT
sDRIVE TYPE NUMBER (BIT
¢DRIVE REQUEST REQUIRED
;MOVING HEAD T“PE DRIVE
:TAPE DRIVE (BIT #14)

#0)
#1)
#2)
#3)
#4)
#5)
#6)
#7)
#8)
(BIT #11)
(BIT #13)

sNOT BLOCK ADDRESSED (BIT #15)

;LOOK AHEAD REGISTER (RPLA <#07>)
000100
000200
000400
001000
002000
004000
010000

sC1
sC2
SC4
SC8
SC16
SC32
sC64

=
=
=
=
=
=
=

100
200
400
1000
2000
4000
10000

sSECTOR
sSECTOR
sSECTOR
;SECTOR
;SECTOR
:SECTOR
;SECTOR

COUNT
COUNT
COUNT
COUNT
COUNT
COUNT
COUNT

FIELD
FIELD
FIELD
FIELD
FIELD
FIELD
FIELD

1 (BIT #6)
2 (BIT #7)
4 (BIT #8)
8 (BIT #9)
16 (BIT #10)
32 (BIT #11)
64 (BIT #12)

;RPQ7 SERIAL NUMBER REGISTER (RPSN <#10>)
cEACH BIT IS CALLED BY BIT NUMBER

;RPO7 OFFSET REGISTER (RPOF <#11>)
000200
002000
004000
010000
040000
100000

OFFDIR
HCI
ECI
EMY
MTD
CMOD

=
=
=
=
=

200
2000
4000
10000
40000

= 100000

;OFFSET DIRECTION (BIT #7)
sHEADER COMPARE CODE INHIBIT (BIT #10)
;ERROR CORRECTION CODE INH.BIT (BIT #11)
:16 BIT FORMAT (BIT #12)
sMOVE TRACK DESCRIPTOR (BIT #14)
:COMMAND MODIFIER (BIT #15)

sRPO7 DESIRED CYLINDER ADDRESS (RPDC <#12>)

;EACH BIT IS CALLED BY BIT NUMBER

sRPO7 CURRENT CYLINDER ADDRESS (RPCC <#13>)

;EACH BIT IS CALLED BY BIT NUMBER

JRP0O7 ERROR REGISTER 3 (RPER3 <#15>)

000002
000004
000010

SCF
SBE
DPE

=2
=4
=10

sSYNC CLOCK FAILURE (BIT #1)
:SYNC BYTE ERROR (BIT #2)
;DATA PARITY ERROR (BIT #3)

N3
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37-00 PAGE 12-3

SEQ 0029

=D
i
D
D
b
d cnd
D
b
D e
)
d
b
b
e
D ead
b ad
e
b
b
b
b o

OO OO OO OOV 000000000000000000
N N NNNV~NN
X NO WV
AWN =20 0V00 NN
S NN =2 O 000~
S W

RPO7 REGISTERS

000020
000040
000100
000200
000400
001200
002000
020000
€40000
100000

SDF
DCu
IXU
DVv(
PHF

LCE
L8C

DSE
K1
BSE

100000

;SERDES DATA FAILURE (BIT #4)
:DC UNSAFE (BIT #5)
s INDEX UNSAFE (BIT #6)
sDEVICE CHECK (BIT #7)
;8080 PROCESSOR HANDSHAKE FAILURE (BIT #8)
;LOSS OF CYLINDER ERROR (BIT #9)
sLOSS OF BIT CLOCK (BIi #10)
sDEFECT SKIP ERROR (BIT #13)
sSEEK INCOMPLETE (BIT #14)
:BAD SECTOR ERROR (BIT #15)

:FPO7 ERROR REGISTER #2 (RPER2 <#14>)

000400
001000
002000
004000
010000
020000
040000
100000

sBITS 0 THROUGH 7 = READ ONLY BITS
:WRITE READY UNSAFE

WRU

WOR
RWU1
RWU2
RWU3
CPU
CPE
PGE

(BIT #8)

:WRITE OVERRUN (BIT #9)
sREAD/WRITE UNSAFE #1
sREAD/WRITE UNSAFE #2

(BIT #10)
(BITM #11)

JREAD/WRITE UNSAFE #3 (BIT #12)

;CPlL) UNSAFE (BIT 713)

100000

.C UM PARITY ERROR (BIT #14)
¢PROGRAMMING ERROR

sECC POSITION REGISTER (RPEC1 <#16>)
sEACH BIT IS DEFINED BY BIT NUMBER

;ECC PATTERN REGISTER (RPEC2 <#17>)
;EACH BIT IS DEFINED BY BIT NUMBER

NN NI
=2 OO0

RDHDTA
RTD

b
b A\
) =D

DRCLR
RELEASE
NOP
RIP
SEARCH
DIAG
WCKD
WCKHD
WRDTA
FORTRK
WRTD
RDDTA

== AN == LN =

NN =

b b
b —d cad b e ed ek
NON)

000075

SEEK

RECAL

NN NONONON UNIVHANININD
=2 b b WY

210

000005
000007
000011
000013
000015
000021
000031
000035
000051
000053
000061
000063
000065
000071
000073

RPO7 COMMAND DEFINITIONS

ALY

.SBTTL

LSS LNT,NT,81,¥7,81,8],871,81,N)

s SEEK
sRECALIBRATE
:DRIVE CLEAR
:DRIVE RELEASE
:NO OPERATION

sREAD IN PRESET

;SEARCH
:DIAGNOSTIC MODE

(NO OPERATION)

;WRITE CHECK DATA
JWRITE CHECK HZADER AND DATE
;WRITE DATA
:FORMAT HEADER AND SD FOR ENTIRE
JWRITE TRACK DESCRIPTOR
:READ DATA

JREAD HEADER AND DATA

JREAD TRACK DESCRIPTOR

TRACK

————

CZRJMAQ RPO7 FE/MOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 13

SEQ 0040

GLOBAL DATA SECTION

.SBTTL

2
3

GLOBAL DATA SECTION

s+t

: THE GLOBAL DATA SECTION CONTAINS DATA THAT ARE USED
; IN MORE THAN ONE TEST.

8 002344
9 002346

000001
177776

PATT1:: 000001
PATT2:: 177776

}9 002364

000002

PATT9:: 000002

10
11
12
13
14
15

002350
002352
002354
002356
002360
002362

177777
000000
125252
052525
000070
030221

PATI3::
PATT4::
PATTS::
PATT6::
PATT?7::
PATT8::

177777
000000
125252
052525
000070
030221

;PATTERN 8 (WORST CASE)

18 002366
19 002370
20 002372
21 002374
22 002376
23 002400
24 002402
25 002404
26 002406
27 002410
28 002412
29 002414
30 002416
31 002420
32 002422
%2 002424

000000
000037
000000
001165
000000
000000
000012
000000
000000
007000
000000
000000
000000
000000
000000
000000

TABADD::
ENDTRK::
LASTRK::

.WORD
.WCRD
.WORD
ENDCYL:: .WORD
LASCYL:: .WORD
BITPOS:: .WORD
ITCOUN:: .WORD
ERRWD1::.WORD
ERFRWD2:: .WORD
BYTCNT::
. WORD
NEGWRD:: .WORD
DESTRK::.WORD
DESCYL::.WORD
FUNCTN::
. WORD
ROUTDO::.WORD
SELNUM::.WORD

0
31.
O
429.
O
0
10.
O
0
O
0
0
0
O
O
O

;BUFFER POINTER
sLAST TRACK (RPQ7+)
:PROGRAM CONTROLLED LAST TRACK
sLAST CYLINDER, (RFQJ7+)
sPROGRAM CONTROLLED LAST CYLINDER
;USED TO MASK THE CORRECT RPAS BIT POSITION
s ITERATION COUNTER
;ERROR MESSAGE INDEX #1
;ERROR MESSAGE INDEX #2
;USED TO INDICA'E #OF WORDS TRANSFERRED
sNEGATED WORD _ COUNT FOR DRIVER
sUSED TO SELECT A DESIRED TRA(CK
sUSED TO SELECT A DESIRED CYLINDER
sUSED TO SPECIFY A SELECTED FUNCTON
;USE THIS PARAMETER (°'USER SELECTED® INDICATOR)
;USED TO STORE THE USER MICRODIAGNOSTIC INPUT

35 002426
36 002430
37 002432
38 002434
39 002436

000000
000000
000000
000000
000000

CLKSTA:: .WORD
FASTAT:: .WORD
CSTORE:: .WORD
PATCNT:: .WORD
TEMP::
.WORD

0
0
O
0
O

;CLOCK STATUS (NO CLOCK= 0,KW11-P= 1 OR KW11=L= =1
sFAILED STATUS (USED INTERNALLY BY PROGRAM)
sSAVE CARRY FROM PREVIOUS XFER
:# OF PATTERNS TO USE
: TEMPORARY STORAGE FOR SCOPE LOOPS

42
43
44
45
46
47
48
49
50
51

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

SRCTMP::.WwORD
MASK::
.WORD
MSK::
.WORD
RCVEDP:: .WORD
EXPT D::.WORD
TESTRG::.WORD
ILOCK:: .WORD
INTFLG::.WORD

000000

UNABLE::.WORD
ERSTAT::.WORD
FATOf:: .WwORD

0
0
0
0
0
0
O
0
0
0

;DATA PATTERN TEMPORARY STORAGE
sCONTAINS # OF BITS TO TEST
sCONTAINS BIT UNDER TEST
sCONTAINS RECEIVED BAD DATA
sCONTAINS EXPECTED GOOD DATA
sCONTAINS ADDRESS OF REGISTER UNDER TEST
sUSED TO INDICATE RPDB IR/OR POLL ING
¢USED TO INDICATE THAT AN INTERRUPT HAS OCCURRED
sUSED TO CHECK FOR MANUAL INTERVENTION
sREPORTS PASS/FAIL STATUS TO CALLING MODULE

54 002472

000000

UNIT::

.WORD

56 002476
57 002502

000254
000050

RPVEC:.
RHEXT::

.WORD
.WORD

254,5+32.
50

40 002440
41 002442

002444
002446
002450
002452
002454
002456
002460
002462
00<464
002466

g% 002470
55 002474

000000
000000

176700

SNK::
SRC::

000240

RPADR::

.WORD
.WORD

.WORD

O
O

176700

sADDRESS OF REGISTER UNDER TEST
sADDRESS OF TESTING DATA PATTERN

cFUNCTION AT TIME OF FAILURE

;USED TO SELECT A UNIT FOR TEST

sCONTAINS RPCS1 BASE ADDRESS

sCONTAINS VECTOR ADDRESS & BR LEVEL
sCONTAINS RH70 OFFSET TO RPBAE

k
fa}

¢ &
CZRJMAO RPO7 FE/HOST ISGLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 13-1

SEQ 0041

GLOBAL DATA SECTION

58 002504
59 002506
60 002510

000000
000000
000000

RHTYPE::.WORD
DRVNO:: .WORD
DRVSN:: .WORD

0
0
0

sCONTAINS RHXX TYPE; RH11= 0, RH70= 1
sDRIVE NUMBER
;STORAGE FOR EACH S/N DIGIT

62 002512

176700
176702
176704
176706
176710
176712
176714
176716
176720
176722
176724
176726
176730
176732
176734
176736
176740
176742
176744
176746
176750
176752

RPCS1::
RPWC::
RPBA::
RPDA::

176700
176702
176704
176706

;BASE ADDRESS USED FOR THE DRIVE
sWORD COUNT REGISTER
;BYTE ADDRESS REGISTER
sDESIRED SECTOR/TRACK ADDRESS

63 002514
64 002516

65
66
67
68
69

002520
002522
002524
002526
002530

002534

74
75
76
77
78
79

002542
002544
002546
002550
002552
002554

70 002532

72 002536
73 002540

80
81
82
83

002556
002560
002562
002564

RPCS2::
RPDS::
RPER1::
RPAS::
RPLA::
RPDB::
RPMR1::
RPDT::
RPSN::
RPOF::
RPDC::
RPCC::
RPERZ2::
RPER3::
RPEC1::
RPEC2::
RPBAE::
RPCS3::

.WORD
.WORD
.WORD
.WORD

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
,WORD
,WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

176710
176712
176714
176716
176720
176722
176724
176726
176730
176732
176734
176736
176740
176742
176744
176746
176750
176752

JATTENTION BITS TABLE
sTHIS TABLE

sRPO7 STATUS REGISTER
;RP07 DRIVE STATUS
;RPO7 ERROR REGISTER M
+RPQ7 ATTENTION SUMMARY PSEUDO REGISTER
:RP0O7 LOOK AHEAD REGISTER
;RP0O7 DATA BUFFER
sRP0O7 MAINTENANCE REGISTER #1
;DRIVE TYPE REGISTER
;RPO7 SERIAL NUMBER
:RPQ7 OFFSET REGISTER
;RPO7 DESIRED CYLINDER
sRPO7 CURRENT CYLINDER
;RP07 ERROR REGISTER #2
sRP0O7 ERROR REGISTER #3
;RPO7 ERROR POSITION
:RPO7 ERROR PATTERN
;RH70 REGISTER
¢RH70 REGISTER
(ATABIT=8 BYTES)

CONTAINS THE CORRCSPONDING BIT

SATTENTION BIT

89 002566
90 002567
91 062570
92
93
94
95
96

ATABIT::.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

002571
002572
002573
002574
002575

.BYTE

1
2
4

20
40
100
200

TO EACH DRIVES

;ORIVE Q
;DRIVE 1
;DRIVE 2

;DRIVE 3

sDRIVE
;DRIVE
sDRIVE
;DRIVE

4
5
6
7

; STORAGE FOR DEVICE REGISTERS
0 002576

REG::

2 002652
3 002676
4 002730

PSTACK::.8LKW 10.
MCUTXT::.BLKW 13.
JOBUFF :: .BLKW <50.+6>

b
b
b

Qe Gy Qhuy Guer Paurd

b e
b
—

v G

004060
004062
004064
004066
2 004070
3 004072
4 004074

:
elelelelelele)

5
6
7
8
9
0
1

.BLKW 22.

:SAVE REGISTERS HERE
: SOF TWARE PSEUDO STACK
JASCII TEXT POINTER FILE

;BUFFER USED FOR DATA TRANSFERS

MODULE CALLOUT DISPATCH TABLE

MCUTAB: :J1

J2
J3
Jé
J5
Jé
J7

:AQ2
;AQ3
;AQ4
;AQ05
;AQ6
;A07

MODULE
MODULE
MODULE
MODULE
MODULE
MODULE

(BITO ERRWD1)

(BIT1
(BIT2
(BIT3
(BIT4
(BITS
(B1T6

ERRWD1)
ERRWD1)
ERRWD1)
ERRWD1)
ERRWD1)
ERRWD1)

SEQ 0042

)

b e

b ok

NNOOOOOOONONON O VNN NN
S B 8N 8N I IS IS
~LOVONO NN W= OOVNONEBWNI=2OVO NN
W

D e

004160
004162
004164
004166
004170

Sy iy Sy SNy Sy Siy Sy Sy SN

— e ced b d
b =3 O OO
NOAWN
S AW
= O

[

e
b
b
b
d
b
b
d
b nd e
b
b
e}
b
e
b

&5
B NWWWNWNINN
O =3 = =2 (AININO N NN NN NN
VAP SNON AN = O NN
N CO
OO NIWNLES WWNIWNIND
NN =B O ==b b VO ANON 85 = AN =3 85 YN VNO WO = 8~

;AQ8 MODULE (BIT7 ERRWD1)
;A09 MODULE (BIT 8 ERRWD1)
sA10 MODULE (BIT 9 ERRWD1)

:A11 MODULE
:A12 MODULE
:A13 MODULE
:A14 MODULE
:A15 MODULE

:A16 MODULE

(BIT 10 ERRWD1)
{BIT 11 ERWD1)
(BIT 12 ERRWD1)
(BIT 13 ERRWD1)
(BIT 14 ERRWD1)
(BIT 15 ERRWD1)

:A17 MODULE (BIT 0 ERRWD2)

:RH_CONTROLLER (BIT 1 ERRWD2)

;CABLE (BIT 2 ERRWD2)

;MASSBUS DISABLE SWITCH (BIT 3 ERRWDZ2)
sDUAL DRIVE RESPONSE (BIT & ERRWD2)
;A20 MODULE (BIT 5 ERRWD2)
HDA
TERM

:A21 MODULE (BIT 6_ERRWDZ)

:HDA CALLOUT (BIT 7 ERRWD2)
:TERMINATOR CALLOUT (BIT 8 ERRWD2)

:PHASE DETECTOR SENSOR (BIT 9 ERRWD2)

011477

K1RELA
OPRPNL
DRVBLT

;MOTOR / BRAKE ASSY'S (BIT 12 ERRWD2)
sRELAY K1 (BIT 13 ERRWD2)
;OPERATOR'S PANEL (BIT 14 ERRWD2)
;DRIVE BELT (BIT 15 ERRWD2)
:# OF

002346

TST103:: 2
RPCS2
000037
PATTI
PATT?2

:# OF PATTERNS USED

b
b

ey Qo

;BLOWER ASSY, (BIT 10 ERRWDZ2)

Quar Gusr

SENSOR
BLOWER

b e

oS NO

WIWNWW

3
¥

d
—

004140
004142
004144
004146
004150
004152
004154
004156

o Qanr

A
nNo

f=1=)
==
&K

[elelele]
elelels]

004124
004126

(eleleleleleloleleloleloalalolalelelelolelalalsls]

D ed

b ed

b nd

b —d

oD ad

IS BN W W
W W N N N N W
N N N PO NI NI NN N = b —d D
=O VO NO WV WN=O 00 NOWNEWN =20 00NN

115 004076
004100
004102
004104
004106
004110
004112
004114
004116

ey Guuer Guur Ger G- Punr Grur Gur Guar Gar Ghusr Guur Guur Guur Guur Grur PourPurd

GLOBAL DATA SECTION

PTRANS
MIRBRK

004172
004174
004176
€04200
004202

000002
002514
177777

TST04:: 22

004204
004206
004210
004212
004214

000002
002516

TSTO0S:: 2

004216
004220
004222
004224
004226
004230

000003
002534
177777
002344
002346
002354

TST08::

004232
004234
004236
004240
004242

000002
002564
000117
002344
002346

TST11::

RPWC

177777
PATTI]
PATT2

002344
002346

RPBA

177776

002364
002346

;POWER TRANSFORMER

PATTERNS USED IN THIS TEST

;PATTERN TO USE
sPATTERN TU USE

:# OF PATTERNS USED IN THIS TEST

sREGISTER TO TEST
;BIT MASK, BITS TO TEST = 1

:# OF

177777
PATT]
PATT?2
PATTS

sPATTERN TO USE
sPATTERN TO USE
;PATTERN TO USE

PATT1
PATT?2

IN THIS TEST

sREGISTER TO TEST
;BIT MASK, BITS TO TEST = 1

;PATTERN TO USE

2
RP(S3
000117

ERRWD2)

sREGISTER TO TEST
:BIT MASK, BITS TO TEST =
;PATTERN TO USE
;PATTERN TO USE

177776
PATTY
PATT?2
RPDB

(BIT11

;PATTERN TO USE
PATTERNS

IN USE

IN THIS TEST

PATTERNS TO USE

IN THIS TEST

sREGISTER UNDER TEST
;BIT MASK, BITS TO TEST =1

:# OF

;REGISTER TO TEST
;BIT MASK, BITS TO TEST =1
;PATTERN TO USE

sPATTERN TO USE

(2 1]

CZRJMAD RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 13-2

E &4
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 13-3

SEQ 0043

GLOBAL DATA SECTION

b
d
D
b e
h
e
b
D
D
D
b
b
b

TST12:: 2

6 004254

000002
002562
000077
002344
002346

8 004256
9 004260
004262
004264
004266
004270

000003
002520
177777
Quc34s
002346
002350

TST28::

004272
004274
004276
004300

002512
002520
002544
002546

TST33:: RP(S1

004302
004304
004306
004310
004312
004314
004316

000010

TST34:: 8.
RPMR1
177777
PATT]
PATT2
PATT3
PATTS
PATT6
PATT?
PATT8

:# OF

TST4L9:: RPCS1

sFILE OF

75 004252

O O O O O O O 00 00 00 00 00 00 00 0000 00 ~J ~N -~
OV
WN=0O VOO NONWVNES W
=O

172 004244
173 004246
1764 004250
I4

202 004339
203 004332
204 004334
205 004336
206 004340
207 004342
208 004344
209 004346
210 004350
211 004352

002512
002514
002516
002520
002522
002536
002544
002546
002562
002564

d od

o ed

200 004326

002536
177277
002344
002346
002350
002354
002356
002360
002362
002364

197 004320
198 004322
199 004324

RPBAE

000077

:# OF PATTERNS TO USE

PATTI]

PATT2

sPATTERN TO USE
sPATTERN TO USE

:# OF PATTERNS TO USE

RPDA

177777

PATTI]

PATT?2
PATT3
RPDA
RPOF
RPDC

FATT9

RPW(
RPBA
RPDA

RP(CS2
RPMR1

RPOF
RPDC
RPBAE

RPCS3

IN THIS TEST

;REGISTER TO TEST
;BIT MASK, BITS TO TEST = 1

JRECISTER TO TEST
;BIT MASK, BIT® TO TEST =1

sPATTERN TO USE
;PATTERN TO USE

sPATTERN TO USE

sFILE OF REGISTERS

:TO BE USED IN
sTHIS TEST

sLAST REGISTER USED = THIS TEST
PATTERNS TO USE

sREGISTER TO TEST
;BITS TO TEST
sUSE THIS PATTERN
sUSE THIS PATTERN
sUSE THIS PATTERN
sUSE THIS PATTERN
sUSE THIS PATTERN
sUSE THIS PATTERN
:USE THIS PATTERN
sUSE THIS PATTERN

WRITABLE REGISTERS

TO TEST

CALLOUT

.SBTTL

MODULE CALLOUT TABLE

;LAST ERROR CODE GUIDE REVISION: 3/15/81 (REV A)
;LAST THANGE TO THIS SOURCE CODE: 4/22/81

SO VOV

PPN NIN) = cmd od cd cad md ed

b md

WN = O 000N

004356
004356
004360
004362
004 364
004366
004370
004372
004374
004376
004400
004402
004404
004406
004410
004412
004414
004416
004420
25 004422
26 004424
27 004426
28 004430
29 004432
30 004434
31 004436
32 004440
33 004442
34 004444
35 004446
36 004450
37 004452
38 004454
39 004456

40 004460
41 004462

42 004464
43 004466

44
45
46
47
48
49
50

SEQ C044

TABLE

004470
004472
004474
006476
004500
004502
004504

000000
000000

060000
000000

000000
000000
000000
000000
000000
000000
000000
00C000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

000000
000000
000000
000000
000000
000000
000000

000000
000100
000000
000100
000000
000100
000000
000100
000000
000100
000000
000100
000000
000100

000000
000100
000000
000100

000000
000100
000000

£C.00:

(=lelelelolelolelslolelololololelelalslelolalaleleleolaloleloloels

MODULE

;NOT USED (00 ERROR CODE)
JNOT USED

:NOT USED
JNOT USED
:NOT USED
;NOT USED
:NOT USED
;NOT USED
JNOT USED
JNOT USED
;NOT USED
JNOT USED

(01 ERROR CODE)

(02 ERROR CODE)
(03 ERROR CODE)
(04 ERROR copE)

(0S5 ERROR CoDE)

:NOT USED (06 ERROR cooe)
JNOT USED

:NOT USED
;NOT USED
JNOT USED
;sNOT USED
:NOT USED
sNOT USED
;NOT USED

(07 ERROR cooe)
(08 ERROR CoDE)
(09 FRROR CODE)

(OA ERROR CODE)
JNOT USED
.NOT USED (0B ERROR CODE)

JNOT USED

:NOT USED (OC ERROR CODE)
;NOV USED
;JNOT USED (0D ERROR CODE)
¢NOT USCD

sNOT USED (UC ERROR CODE)
sNOT USED

NOT USED (OF ERROR CODE)
NOT USED

;A7 MODULE (10 ERROR CODE)
:NO CALLOUT

:A7 MODULE (11 ERROR CODE)
:NO CALLOUT

;A7 MODULE (12 ERROR CoDE)

:NO CALLOUT

A7 MODULE (13 ERROR CODE)
sNO CALLOUT

A7 MODULE (14 ERROR CoDE)

sNO CALLOUT

;A7 MODULE (15 ERROR cooE)
:ND CALLOUT

:A7 MODULE (16 ERROR CODE)

:NOT USED

A7 HODULE (17 ERROR codbE)

:NO CALLOUT

A7 MODULE (18 ERROR CODE)

:NO CALLOUT

A7 MODULE (19 ERROR cooe)
sNO CALLOUT

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 14

MODULE

CALLOUT

SEQ 0045

TABLE

58 004524

000100

BIT6

;A7 MODULE

60 004530
61 004532
62 004534
63 004536
64 004540
65 004542
66 004544
67 004546
68 004550
69 004552

000070
000200
000070
000200
000070
000200
000070
000200
177776
000040

BIT3!BIT4!BITS
BIT7
BIT3!6IT4!BITS
BIT7
BIT3!BIT4!BITS
BI17
BIT3!BIT4!BITS
BIT7
“cglro!sITiielTe
BITS

Aé A5,A6 MODULES (18 ERROR CODE)
HDA
A4 A5, A6 MODULES (1C ERROR CODE)
HDA
A4 A5, A6 MODULES (1D ERROR CODE)
HDA
A4 A5, A6 MODULES (1E ERROR CODE)
:HDA
:A4 = A16 MODULES (1F ERROR CODE)
:A20 MODULE

NO CALLOUT

59 004526

70 004554
71 004556
72 004560
73 004562

74 004564

000000

000100
000000
000100
000000

BIT6
0
BIT6

000100

8IT6

000100

BIT6

000100

BITé

004600
004602
004604
004606

000100
000000
000100
000000

BIT6
0
aIT6
0

85 004612

000000

75 004566

76 004570
77 004572

78 004574

79 004576

80
81
82
83

84 004610
86 004614

87 004616
88 004620
89 004622

90
91
92
93
94
95
96
97
98
99
100
101
102
103

004624
004626
004630
004632
004634
004636
004640
004642
004644
004646
004650
004652
004654
004656

104 004660

105 004662

106 004664

000000
000000

000000

000522

0
0

BIT1!BIT4!BIT6!BIT8

000050

BIT3!8'7T5

000050
000000
000030
000000
000050
000000
000050
000000
000030
000000
000030
000000
091400
000000

BIT3!BITS
0
BIT3!BITS
0
BIT3!BITS
0
BIT3!BITS
0
BIT3!BITS
0
BIT3!BIT4
0
BIT8!BIT9
0

000000
000030
000000

001000

000000

0
BIT3!BIT4
0

BIT9
0

001000

BIT9

108 004670

001400

BIT8!BIT9

110 004674

001000

BIT9

001000

BIT9

001000

BIT9

107 004666
109 004672

111 004676

112 004700
113 004702

114 004704

000000
000000

:NO CALLOUT

;A7 MODULE (20 ERROR CODE)
NO CALLOUT
HODULE (21 ERROR CODE)

A7 MODULE (22 ERROR CODE)
sNO CALLOUT

A7 HODULE

123 ERROR (ODE)

;A7 MODULE

(24 ERROR CODE)

sNO CALLOUT
sNO CALLOUT

;A7
sNO
.A?
0

MODULE (25 ERROR CODE)
CALLOUT
MODULE (26 ERROR CODE)
CALLOUT

A2 A5, A7, A9 MODULES (28 ERROR CODE)
:NO“cALLouT

(AL, A6 MODULE (28 ERROR CODE)
:NO’CALLOUT
A4, AS MODULE (29 ERROR CODE)
sNO CALLOUT

;A4, A6 MODULES (2A ERROR CODE)
sNO CALLOUT
;A4, A5 MODULE (2B ERROR CODE)
sNO CALLOUT
;A4, A6 MODULE (2C ERROR CODE)
sNO CALLOUT
;A4, A6 MODULE (2D ERROR CODE)
sNO CALLOUT
sA4, A5 MONULE (2E ERROR CODE)
sNO CALLOUT
sA4, AS MODULE (2F ERROR CODE)
sNO CALLOUT
:A9, A10 MODULES (30 ERROR CODE)
:NO CALLOUT

:A10 MODULE (31 ERROR CODE)
:NO_CALLOLT

:A10 MODULE (32 ERROR CODE)
:NO CALLOUT

:A9,A10 HODULE (33 ERROR CODE)

:NO CALLOU

N0 CAL

(1A ERROR (ODE)

:A10 HODULE (34 ERROR CODE)
:A10 ERROR CODE (35 ERROR CODE)
:NO_CALLOU

;A10 MODULE (36 ERROR CODE)

G &
CZRJMAO RPO7 FE/HOST ISOLATOR MACRO V04,00 1-JAN-83 13:37:00 PAGE 14-1

1°5 004706

000000

117 00471¢

000000

1°6 004710

sNO CALLOUT

:NO_CALLOUT

001000

BIT9

001000

BIT9

120 004720
121 004722
122 004724

001000
000000
001000

BITO
0
BIT9

124 004730
125 004732
126 004734

001000
000000
000100

BITS
0
BIT6

*18 004714

19 004716

123 004726

127 004736
128 004740
129 004742

130 004744
131
132
133
134
135

004746
004750
004752
004754
004756

136 004760

137 004762

138 004764
139 004766
140 004770
141 004772

000000

000000
000100
000000

000100

000000
001102
000000
000000
000000

000102

002000

000343
135200
000040

000200

142
143
144
145
146

004774
004776
005000
005002
005004

000070
000200
000070
000200
000070

148
149
150
151

005010
005012
005014
005016

000070
000200
000030
000000

156 005030

000032

147 005006

152
153
154
155

SEQ 0046

CALLOUT TABLE

005020
005022
005024
005026

157 005032

158 005034

000200

000030
000000
000070
000200
000000

005052
005054
005056
005060
005062

C00000
000070
000200
000070
000200

170 005064

171 005066

sNOT USED
;A7 MODULE
sNOT USED

BIT6

0
BIT1!BIT6!BIT9
0
0
0

BIT1!81IT6
BIT10

000070

000200

;A10 MODULE (3B ERROR CODE)
sNOT USED
;A7 MODULE (3C ERROR CODE)

;A7 MODULE

(3D ERROR CODE)

(3E ERROR CODE)

¢NOT USED
:A2, A7, A10 MODULES (5F ERROR (CODE)
sNOT USED
sNO CALLOUT (40 ERROR CODE)
:NO CALLOUT

:A2, A7 MODULES (41 ERROR CODE)
BLOUER ASSY

BITO!BIT1!BITS!BIT6!BIT7:A1,
A2, A6, A7, A8 MODULES (42 ERROR CODE)
BIT7'8BIT9!BIT11!BIT12! IT13‘BIT1S HDA, PHASE DETECTOR, TRANSFORMER, MOTOR, K1, BELT
BITS
;A6 MODULE (4% ERROR CODE)
BIT?7

¢HDA CALLOUT

BIT3!BIT4!BITS
BIT?
BIT3!BIT4!BITS
BIT7
BIT3!8IT4!BITS

A4,
:HDA
A4,
:HDA
;A4,

BIT3!BIT4!BITS
BIT?
BIT3!BIT4
0

;A4, AS, A6 MODULES (47 ERROR CODE)
sHDA
;A4, AS MODULES (48 ERROR CODE)
sNC (ALLOUT

BIT?7

BIT3'BITS
0
BIT3!BIT4!BITS
BIT7

BIT1!8IT3!8IT4
0

BIT1!BIT3

165
166
167
168
169

sA10 MODULE (39 ERROR (ODE)
sNO CALLOUT
;A10 MODULE (3A ERROR CODE)

0
BIT6
0

000012

000000
000020
000000
000053
000000

:NO CALLOUT

sNOT USED

BIT4

005036
005040
005042
005044
005046

:A10 MODULE (38 ERROR CODE)

000020

159
160
161
162
163

164 005050

:A10 MODULE (37 ERROR CODE)

0
BIT4
0
BITO!BIT1!BIT3!BITS
0
0
BIT3!BIT4!BITS
BI17
BIT3!BIT4!BITS
8117

BIT3!BIT4!BITS

BIT?7

:HDA

AS, A6 HODULES (44 ERROR CODE)
CALLOUT
AS, A6 (45 ERROR CODE)
CALLOUT
A5, A6 MODULES (46 ERROR CODE)

:44, AS MODULES (49 ERRDR CODE)
:NO CALLOUT
A4 AS, A6 MODULES (4A [RROR CODE)
HDA

A2 A4, AS MODULES (4B ERROR CODE)
N0 cALLOUT

:AS MODULE (4C ERROR CODE)

sNO CALLOUT
:AS MODULE (4D ERROR CODE)
‘NO CALLOUT
. A2, A4, A6 MODULES (4E ERROR CODE)
NO cALLOUT

:A2, A4 MODULES (4F ERROR CODE)

:NOT
USED
;A4, A5, A6 MODULES (50 ERROK CODE)
¢HDA
:A4, A5, A6 MODULES (51 ERROR CODE)
sHDA
;A4, A5, A6 MODULES

sHDA

(52 ERROR CODE)

[2Xa}

CZRIMAQ R0(Q7 FE’HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 14-2

MOC.Lc

4
I
CIZRJMAD RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 14-3

[,8]
&

197 005152

000050

BIT3!BITS

000012

BIT1'BIT3

000000

000000
000070
000200
000012
000000
000030
000000
000030
000000
000030
000000
000030
000000
000030
000000
000030
000000

000030

000000
000030
000000
000030
000000
000330
040000
000070

000200
000050
000000
000020

OV
NON N NN =

ASIASLANIANT
AN S 1N 1N 1N, N 1,8
PON) = crd b b b b wmd b md

000000
004570
000200

222 005234

226 005244
227 005246
228 005250

004550
000000
000070

000000
000040
000000
000050
000000
000200
000000
004200
000004
000000
000000
000160
000000
000160
000000
000060
00000G
000060

~
»n

o
—

o
(o]

(V2]

[=]
o

b —t
b
=D ad
D
b
P asld)
—nd cnd
i
e
b
e
D wnd
D wd
d
nd
)
—

OO VOOV V0000000000000
0000
NNV~ V
OV
WNN =2 OV
NO NS W =20 0V00 O »

172 005070
173 005072

SEQ C047

TABLE

BIT3!BIT4!BITS
17

;AL, A6 MODULES

(53 ERROR CODE)

sNO CALLOUT
:A2, AL MODULES (54 ERROR (ODE)

INOT USED

A‘A A5, A6 MODULES

(55 ERROR CODE)

A2, A4 MODULES (56 ERROR CODE)

BIT3!BITS

sNOT USED
A4, AS MODULES

(57 ERROR CODE)

BIT3!8IT4

;A4, A5 MODULES

(58 ERROR CODE)

;A4, AS MODULES

(59 ERROR (CODE)

sA4, A5 MODULES

(5A ERROR CODE)

817328174
gIT338174
817338174
ng3!BIT4
8173!BIT4
817338174
gITSEBITé
0

8173‘8174'BIT6'BIT7
8173'8174'BIT5

BI17
BIT3!BITS
oo

CALLOUT

BIT4

sNO CALLOUT

sNO CALLOUT
;NO CALLOUT

sNO CALLOUT
;A4, A5 MODULES (58 ERROR CODE)
sNO CALLOUY
;A4, A5 MODULES (5C ERROR CODE)

:NO CALLOUT

sA4, A5 MODULES

(5D ERROR CODE)

;A4, A5 MODULES

(5E ERROR (COCS)

¢NO CALLOUT

¢NO CALLOUT
;A4, AS MODULES (5F ERROR (CODE)
sNO CALLOUT

:A4, A5, A7, AB MODULES (60 ERROR CODE)
:OPERATOR'S PANEL
agA A5, A6 MODULES (61 ERROR CODE)

A4, A6 MODULES (62 ERROR CODE)

INO CALLOUT

AS HODULE (63 ERROR CODE)
T USED

81T3'BIT¢'BIT5BIT6'BIT8'BéT11sA4, AS, A6, A7, A9, A12 MODULES
8IT

(64 ERROR CODE)

8173’8175'BIT6'BIT8‘BIT11sAL, A6, A7, A9, A12 MODULES (65 ERROR CODE)
8IT3EBIT4!BITS
BITS
0

8173!8175

BIT7
0
BIT7!8IT11
BIT?2
OWOoOo

MODULE

BIT4!BITS!BIT6

81T4!BITS!BIT6

8174!8175
BIT4!BITS

NO CALLOUT

;A4, A5, A€ MODULES (66 ERROR CODE)

:NO CALLOUT

:A6 MODULES (67 ERROP CODE)

sNO CALLOUT

A4, A6 MODULES (68 ERROR CODE)
sNO CALLOUT
ngHSgULE (69 ERROR CODE)

:AB, A12 MODULES (6A ERROR CODE)

:MASSBUS CABLE
:NOT USED (6B ERROR CODE)
:NOT USED

:AS, A6, A7 MODULES (6C ERROR CODE)
:NO CALLOUT

:AS, A6, A7 MODULE (6D ERROR CODE)
:NO CALLOUT

sAS, A6 MODULE

(6E ERROR CODE)

sNG CALLOUT
;A5, A6 MODULE (6F ERROR CODE)

CALLOUT

005252
005254

SB,NN—O OO0 NN S NN
—o

MODULE

AN OO
N nnN)
FaE 2B 2% 2% N WNWN NN N NN NN W)

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 14-4

005256
005260
005262
005264
005266
005270

005272
005274

005276
005300
005302

005304
005306
005310
245 005312
246 005314
247 005316
248 005320
249 005322
250 005324
251 005326
252 005330
005332

SEQ C048

TABLE

000000
000130

000000
000010
000000
000012
000C00

000012

000000
000020
000000
000020
000000
000020
000000
000020
000000
000020
000000
000020
000000
000020
000000
000020
000000
000020
000000

0
ngS!BITA!BITb

sNO CALLOUT
;A4,

AS, A7 MODULES

(70 ERROR CODE)

BIT3

sNO CALLOUT
;A4 MODULE (71 ERROR CODE)

BIT1!BIT3
0
BIT1!BIT3
0
BIT4
0
BIT4

;A2,A4 MODULE (72 ERROR (ODE)
sNO CALLOUT
:A2,A4 MODULE (73 ERROR CODE)
:NO CALLOUT
;AS MODULE (74 ERROR CODE)
sNO CALLOUT
sAS MODULE (75 ERROR CODE)

sNO CALLOUT

BIT4

;A5 MODULE (76 ERROR CODE)

BIT4

;A5 MODULE (77 ERROR CODE)

0
BITé
0
BIT4
Q

BIT4

sNO CALLOUT
sNO
sAS
sNO
;A5
sNO

;A5

CALLOUT
MODULE (78
CALLOUT
MODULE (79
CALLOUT
MODULE (7A
CALLOUT
MODULE (7B
CALLOUT
MODULE (7C
CALLOUT
MODULE (7D
CALLOUT

ERROR CODE)
ERROR CODE)

ERROR CODE)

0
BIT4
0
BIT4
0
BIT4
0

:NO
;A5
sNO
;A5
sNO
;A5
:NO

BI1T10!8IT7

;A17.HDA CALLOUT (7E_ERROR CODE)

NO CALLOUT

ERROR CODE)
ERROR CODE)
ERROR CODE)

BIT6!BIT7!BIT8!BITY!BITI1!BITI3!IBITIL!BITIS;
A7, A8, A9, A10, A12, A14, A1S5, A6 (T7E
BIT7!8IT10!BIT11!BIT12

271
272
273
274

BITé

:A7 MODULE (80 ERROR CODE)

BIT7!8lT8!BIT9

A8, A9, AT0 MODULE (81 ERROR CODE)

BIT9

264 005360
265 005362
266 005364
267 005366
268 005370
269 005372
270 005374

0
BIT8!BIT9
0

BIT6!B1T7'!BIT8!BIT9

N0’ CALLOUT
:A9, A10 MODULES (82 ERROR CODE)
sNO CALLOUT

:A7, AB, A9, A10 MODULES (83 ERROR CODE)

A9, AT0 MODULES (86 ERROR CODE)

BIT7!8IT8

:AB, A9 HODULES (87 ERROR CODE)

BIT?
0
BIT5!8IT7
0
000000

BIT8!BITY
0
0
0

285 005432

:PHASE DETECTOR

0
:NO CALLOUT
BIT7!8IT8!BIT9!BIT11!BIT13,A8, A9, A10, A12, A14 MODULES (84 ERROR CODE)
0
sNO CALLOUT
8178!81T9
Ag C:10
MODULES (85 ERROR CODE)

005376
005400
005402
005404

282 005424
283 005426
284 005430

. A11, A12, A13 (7F ERROR CODE)

BIT4
0

:NO CALLOUT

:NO CALLOUT
:NO CALLOUT (88 ERROR CODE)
sNO CALLOUT

;A8 MODULE (89 ERROR CODE)
sNOT USED
A6, A8 MODULE (8A ERROR CODE)
sNO CALLOUT

:AS MODULE (88 ERROR CODE)
:NO CALLOUT

SEQ €049

CZRIMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 14 5

MODULE

CALLOUT

286 005434
287 005436
288 005440
289 005442

290 005644
291 005446
292 005450
293 005452
294 005456
295 005456
296 005460
297 005462
298 005464
299 005466

(9,]
(V4)

C05470
005472
005474
005476
005500
005502
005504
005506
005510
005512
005514
005516

(=]

AN AN AN N AN NN NN N WD
PON) = b b b o b e b b

= OO 00NN
NN -

300
301
302
303
304
305
306
307
308
309
310

TABLE

;AS MODULE (8C ERROR CODE)
:NO CALLOUT

000020
000000

AS MODULE (80 ERROR CODE)

000020

000000
165200
000200
001400
000000
004000
000000
004200
000000
004000
000000
004200
000000
004000
000000

004300
000000
004000
000000
004000

000000
004200
000000
004200
000000
004200

000000
004200
000000
004200
000000
004000
000000
004000
00000¢
004000
000000
004000
000000
004000
000000
004000
000000
004000

0 CALLOUT

BIT;'61T9'BIT11'BIT13'BIT14'BIT15;A8, A10, A12, A14, A15, A16 MODULE (BE ERROR CODE)
D

A9, A10 HODULE’ (8F ERROR CODE)

:NO_CALLOUT

:A12 MODULE (90 FRROR CODE)

81T7!LITI1
BITN
0
81T7!81T11
BITI
0

8176!81T7!BIT11
BITN
0
BIT1
0
8IT7EBIT11

81T7!BIT11

81T7EBIT11
8177!81711
8IT7!BITl1
BITH1
0
BIT11
0
BIT11
0
8ITN1
0
8ITN
0
8IT11
0
BITI1
0
81711

8IT7SBIT11

8177!81711

342 005614

004000

8ITI
0
BITN

:NO CALLOUT

:AB, A12 MODULES (91 ERROR CODE)
:NO_CALLOUT

A12 HODULE (92 ERROR CODE)
:NO CALLOUT

:A8, AT2 MODULES (93 ERROR CODE)

:NO_ CALLOUT

FA12 HODULE (94 ERROR (CODE)

:NO CALLOUT

A7, A8, A12 MODULES (95 ERROR CODE)
:NO CALLOUT

A12 MODULE (96 ERROR CODE)
:NO_CALLOUT

:A12 MODULE (97 ERROR CODE)

:NO CALLOUT

A8, AT2 MODULES (98 ERROR CODE)

sNO CALLOUT

:A8, A12 MODULES (99 ERROR CODE)

sNO CALLOUT

:AB, A12 MODULES (9A ERROR CODE)
:NO CALLOUT

:A8, A12 MODULES (98 ERROR CODE)
sNC CALLOUT

;A8, A12 MODULES (9C ERROR CODE)
sNO_CALLOUT

:A12 MODULE (9D ERROR CODE)
:NO_CALLOUT

:A12 MODULE (9E ERROR CODE)

:NO_CALLOUT

:A12 MODULE (9F ERROR CODE)

:NO_CALLOUT

:A12 MODULE (A0 ERROR CODE)
:NO_CALLOUT

:A12 MODULE (A1 ERROR CODE)
sNO_CALLOUT

:A12 MODULE (A2 ERROR CODE)
¢NO CALLOYUT
sA1Z2 MODULE

(A3 ERROR CODE)

:A12 MODULE

(A4 ERROR CODE)

¢NO_CALLOULT
sNO CALLOUT

;AB, A12 MODULES (AS ERROR CODE)

sNO CALLOUT
;AB, A12 MODULES (A6 ERROR CODE)
sNO_CALLOUT

;A2 MODULE

:NO_CALLOUT

(A7 ERROR CODE)

:A12 MODULE (A8 ERROR CODE)

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1~JAN-83 13:37:00 PAGE 14-6

SEQ €050

MODULE CALLOUT TABLE

343 005616

000000

345 005622

000000

344 005620

:NO_CALLOUT

:NO_CALLCUT

004000

BITN

004000

BITI

004000

BITN

004000

BITN

352 005640

004000

BIT11

354 005644

004000

BIT11

356 005650

004000

BIT1

346 005624

347 005626

348 005630

349 005632

350 005634

351 005636
353 005642

355 005646

357 005652
358 005654
359 005656
360 005660
361 005662
362 005664
363 005666
364 005670
365 005672
366 005674
367 005676
368 005700
369 005702
370 005704
371 005706

372 005710

373 005712

374 005714

000000

000000
000000
000000

000000
000000
004000
000000
004000
000000
004000
000000
004000
000000
004000
000000
004000
000000
004000
000000

004000

000000

004000

0
BIT1
0
BITI
0
BIT1
0
BIT1
0
BIT11
0
BIT11
0
BITN
0

BIT11
0

BIT11

000000

004000

8IT11

000020

BIT4

392 005760

000020

BIT4

396 005770

000020

BIT4

393 0057262
394 005764
395 005766

397 005772

398 005774

399 005776

000000
000030
000000

000000

000020

"00000

+NO_CALLOUT

:A12 MODULE (AC ERROR CODE)

sNO_CALLOUT

389 005752

000000

:A12 MODULE (AB ERROR CODE)

0
BIT6!BIT7!BITN
0
BIT7!8ITN
0
0
0
0
0
0
0
8IT11

391 005756

+NO_CALLOUT

sNO_CALLOUT

000000
004300
000000
004200
000000
000000
000000
000000
000000
000000
000000
004000
000000

390 005754

:A12 MODULE (AA ERROR CODE)

375 005716
376 005720
377 005722
378 005724
379 005726
380 005730
381 005732
382 005734
383 005736
384 005740
385 005742
386 005744
387 005746

388 005750

:A12 MODULE (A9 ERROR CODE)

0
BIT3!BIT4
0

BIT4
0

:A12 MODULE (AD ERROR CODE)
:A12 MODULE (AE ERROR CODE)
sNO_CALLOUT

:A12 MODULE (AF ERROR CODE)
sNO_CALLOUT
;A12 MODULE
sNO_CALLOUT
;A12 MODULE
sNO_CALLOUT
;A12 MODULE
sNO_CALLOUT
;A12 MODULE
sNO_CALLOUT
;A12 MODULE
sNO_CALLOUT
sA12 MODULE
sNO_CALLOUT
sA12 MODULE
:NO_CALLOUT

(BO ERROR CODE)

(B1 ERROR CODE)
(B2 ERROR CODE)
(B3 ERROR CODE)
(B4 ERROR CODE)
(B5 ERROR CODE)
(B6 ERROR CODE)

:A12 MODULE (B7 ERROR CODE)
sNO_CALLOUT

;A12 MODULE (B8 ERROR CODE)

NO CALLOUT
. A8, A12 MODULE (B9 ERROR CODE)
NO CALLOUT
A8, AT2 MODULES (BA ERROR CODE)
:NO CALLOUT
sNO CALLOUT (BB ERROR CODE)
sNO CALLOUT
:NO CALLOUT (BC ERROR CODE)
:NO CALLOUT
;NO CALLOUT (BD ERROR CODE)
:NO_CALLOUT
;A12 MODULE (BE ERROR CODE)
sNO_CALLOUT

:A12 MODULE (BF ERROR CODE)
sNO CALLOUT

:AS MODULE (CO ERROR CODE)
:ND CALLOUT

:AS5 MODULE (C1 ERROR CODE)

:ND CALLOUT
:A4, AS MODULES (C2 ERROR CODE)
N0’ CALLOUT

:AS MODULE (C3 ERROR CODE)
:NO CALLOUT

:AS MODULE (C4 C:ROR CODE)
:NO CALLOUT

M4
CZRJMAO RTMQ7 FE/:gSE ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 14-7

SEQ@ 0051

000060
000000

8ITLEBIT5

;A5, A6 MODULES (C5 ERROR CODE)

000000

BIT4

sA5 MODULE (C6 ERROR CODE)

000000
021000
000000
025400
000000

061000
000001
000000
000000
001000
000000
200000
000000
004400
000000

000000
000000
060000
000000
061000
000000
020000
000000
020000

006160

020000

:ND_CALLOUT

:NOT USED (C7 ERROR CODE)

sNOT USED (C8 ERROR CODE)
¢NOT USED

sNOT USED (C9 ERROR CODE)
sNOT USED

:NOT USED (CA ERROR CODE)
sNOT USED
sNOT USED

sNOT
sNOT
sNOT
sNOT
sNOT
sNOT

(CB ERROR CODE)

USED
USED (CC ERROR CONME)
USED
USED (CD ERROR (CODE)
USED
USED (CE ERROR CODE)

sNOT USED

zg; SSED (CF ERROR cODC?

BIT8!BITY9

81T8!BIT9!BIT13
gIT9
ngB!BIT9!BIT11
gIT9!81713
gITB!BIT9!BIT11!BIT13
ngg!BlT13!BIT14
—

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
200000
001400
000000
021400
000000
001000
000000
005400

sNO CALLOUT

:NOT USED

000000
000000
000000

000000

000020

1 006002
006004
006006
006010
006012
006014
006016
006020
006022
006024
006026
006030
006032
006034
006036
006049
006042
006044
006046
00€050
006052
006054
006056
006060
006062
006064
006266
006070
006072

OCOOWMOOOWOO o
o]

400 006000

lelalalelolelelololelelalalalelelolals]

MODULE CALLOUT
T

IT8!8I1TN

81T13!BIT14

SIT9!BIT13!BIT14
BIT13
0
BIT13
0
BIT13
0
BIT13

A9, A10 MODULE (DO ERROR CODE)
N0’ CALLOUT
:A9, A10, A14 MODULES
¢NO CALLOUT

(D1 ERROR CODE)

a80c200ULE (D2 ERROR CODE)
. A10, A12 MODULES (D3 ERROR CODE)

N0 CALLOUT

:A10, AT4 MODULES (D4 ERROR CODE)

:NO CALLOUT
A9, AT0, A12 A14 MODULES
N0’ CALLOUT

(D5 ERROR CODE)

:A10, Al4, A15 MODULES (D6 ERROR CODE)
:A17 MODULE

sNOT USED (D7 ERROR CODE)
sNOT USED
;A10 MODULE (D8 ERROR CODE)
sNO_CALLOUT
:NOT USED (D9 ERROR (CODE)
:NOT USED

:A9, A12 MODULE (DA ERROR CODE)
:NO CALLOUT

:NOT USED (DB ERROR CODE)

sNOT USED

:A14, A15 MODULES (DC ERROR CODE)
:NO_CALLOUT

:A10, A14, A15 MODULES (DD ERROR CODE)
N0 CALLOUT

sA14 MODULE
sNO CALLOUT
;A14 MODULE
sNO CALLOUT
:A14 MODULE
sNO CALLOUT
sA14 MODULE

(DE ERROR CODE)

(DF ERROR CODE)
(EQO ERROR CODE)
(E1 ERROR CODE)

CZRJMAD RPO7 FE/HOST

MODULE CALLOUT

TABLE

N 4
:SOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 14-8

SEQ 0052

457 006162
458 006164
459 006166

000000
020000
000000

0
BIT13

sNOT USED
sA14 MODULE

461 006172

(20000

000000

BIT13

:A14 MODULE (E3 ERROR CODE)

020000
000000

BIT13

472 006220
473 006222

474 006224

001000
000000

000600

475
47¢
477
478
479
480
481
482
483
484
485
486
487

006226
006230
006232
006234
006236
006240
006242
005244
006246
006250
004252
00,254
006256

000000
000000
000000
000000
000000
000100
000000
000000
000000
000000
000000
100000
000000

490
491
492
493
494
495
496

006264
006266
006270
006272
006274
006276
006300

100000
000200
100000
000200
100000
000200
100000

488 000260
489 006262

497 006302

498 006304
499 06306

500 06310
501 006312
502 006314
503 (06316
504 606320
505 006322
506 (06324
507 006326
508 006330
509 006332
510 006334
511 006336
512 006340
513 006342

100200
000201

000000
141000
000201

100000
000201
100000
000000
100000
000000
000000
000000
000000

000000
000000
000000
000009
000000

ITI3!BITILIELITYS
&~

000000
000000
160000
000000
040000
000000
141000
000000

—

006200
006202
006204
006206
006210
006212
006214
006216

—

464
465
466
467
4«68
469
470
471

42 006176
463 006176

COO0OOOOOOMODODDDOMDBODDDDDOMOOCOOMOOOOCOTIOMOWL w DMOOO

460 006170

IT9!BITI4EITIS

179
117!8178

176

1715

1T7!8IT15
11018117
1715
117
1T15
117
1115
117
1115

IT9'BIT14'BIT15
110'91T

1115
1T0'8177
1715
1715

:NO CALLOUT

(E2 ERROR CODE)

sNO CALLOUT

sA14 MODULE

(E4 ERROR CODE)
OUT
¢NO_CALL
sNOT USED (E5 ERROR CODE)
¢NOT USED
:A14, A15, A16 MODULE
: OPEN

3;5MODULE

(E6 ERROR CODE)

(E7 ERROR CODE)

:A10, A14, A15 MODULES
:NO_CALLOUT

(E8 ERROR (ODE)

:A10 MODULE (E9 ERROR CODE)
sNO CALLOUT

:AB, A9 MODULES (EA ERROR CODE)

sNO
:NO
-NO
:NO
sNO
;A7

CALLOUT
CALLOUT (EB ERROR CODE)
CALLOUT
CALLOUT (EC ERROR CODE)
CALLOUT
MODULE (ED ERROR CODE)
sNO CALLOUT
sNO CALLOUT (EE ERROR CODE)
sNO CALLOUT

~o CALLOUT (EF ERROR CODE)
0 CALLOUT
A16 MODULE (FO ERROR CODS)
*NO CALLOUT

:A8, A16 MODULE (F1 ERROR CODE)
*A17, HDA CALLOUT
*A16
“HDA
*A16
“HDA
:A16
*HDA
*A16

MODULE (F2
CALLOUT
MODULE (F3
CAL OUT
MODULE (F4
CALLOUT
MODULE (FS

*NOT USED

ERROR CODE)
ERROR CODE)

:A10, A1S5, A16 MODULE
SA17. HDA CALLOUT

(F6 ERROR CODE)

*A16 MODULE (F7 ERROR CODE)
©A17, HDA CALLOUT
"A16 MODULE (F8 ERROR CODE)
*NO CALLOUT
*A16 MODULE (F9 ERROR CODE)
*NO CALLOUT
*NOT USED (FA ERROR CODE)
*NOT USED
*NOT USED (FB ERROR CODE)
:NOT USFD
*NOT USED (FC ERROR CODE)
*NOT USED
*NOT USED (FD ERROR CODE)
*NOT USED

—_—

CZRJMAO RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 14-9

MODJLE

CALLOUT

514 006344
515 006346
516 006350
g}g 006352

SEQ 0053

TABLE

000000
000000
000000
000000

0
0
0
0

sNOT
;NOT
:NOT
sNOT

USED (FE ERRZR CODE)
USED
USED (FF ERROR CODE)
USED

SEQ 0054

CZRJ¥AQ RPO7 FE/HOST ISOLA'OR MACRO VO04. 00 1-JAN-83 13:37:00 PAGE 15
NONVIOONON
NS AN =

—b
ek wnd

GLOBAL TEXT SECTION

.SBTTL

GLOBAL TEXT SECTION

S+
¢

THE GLOBAL TEXT SEC T%ON CONTAINS FORMAT STATEMENTS,
MESSAGES, AND AS g%l
NFORMATION THAT ARE USED IN
MORE THAN ONE TE

: NAMES OF DEVICES SUPPORTED BY PROGRAM
006354
006354

122

120

060

{SDVTYP::

JASCIZ
.EVEN

/RPO7/

: TEST DESCRIPTION
7 006362

006362

122

120

060

L$DESC:

.ASCIZ
.EVEN

/RPO7 FRONT END-HOST ISOLATOR/

1z
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
w

CRLF::
[SNMSG::
SNDIGT::
MSGMOL::
MSGWLO::

b
o
e
o
b
b
e
e

= OON)
= —
e Yo Yo Yo T
lrP aYo Yo )

o
b
e
b
b e
md
b

OOO0O0O0O0O00
O—=O0O=OO0O0—=0—
OO0OO0O0O—==000
BB
OSSO0
NN)
£SO
SNO
(U LV IV IV, LV, IV IV IV BV, Te Y IV, ]V, [ 81wl NV . LU BV IV, IV, IV. P P lalV,la)
&S

(VL1V}

e
end o

045
045
045
045
045
045

007624
007655
V07717
007756
010004
010031

63
64
65
66
67
28

045
045

045
045
045
045
045
045
045
045

52 007161
53 007214
54 007273
55 007312
56 007315
57 007404
58 007426
007474
60 007545
g; 007574

md e

045

md md wd

g? 007062

045
045

47 006577
48 006671
49 006763

46 006522

b
N)ded
b e ed b et
= ODOO=ONIO
IO
[
YoSR SYe o
Yo Yo Yo Xo Xo SNe
Pl e TR o rTe Tl

006447
006452

006420
006423

3R X 2kl
k

39
40
41
45

elelelolele

: FORMAT STATEMENTS USED IN PRINT CALLS

MESG10::.ASCI2Z
MESG11::.ASCIZ
MESG12::.ASCIZ
MESG15::.ASCIZ

/IN/
;%?}ADRIVE X01%A, PG/
/XATEST ZD2XA. BYPASSED, DRIVE OFFLINEAN/
/ZATEST ZD2XA. BYPASSED, DRIVE WRITE LOCKEDZN/
/ANXADRIVE XO01XA, WAITING FOR °'MOL® TO SET (DRIVE OFFLINE)/
/XNXADRIVE XO1ZA, WAITING FOR 'DRY' TO SET (DRV NOT READY)/
/XNXATO REFORMAT FE CYLINDER, TRACK #0 UPON PROGRAM COMPLETION./
/ANXAREFORMATTING FE CYLINDER, TRACK #0. USE THE FORMAT PROGRAM/

FRMT00::.ASCIZ
FRMT01::.ASCIZ
FLSTO00::.ASCIZ
FLSTO1::.ASCIZ
FRMT02::.ASCIZ
FRMT03::.ASCI2
FRMTQ4::.ASCI2
FRMTO0S::.ASCIZ
FRMT06::.ASCIZ
FRMTO7::.ASCIZ

/XA*+ THERE IS ALSO A POSSIBILITY OF A HDA FAILURE
/XNXADRIVE XO1XA, /

FRMT10::.ASC12
FRMT11::.ASCI2
FRMT12::.ASCIZ
FRMT13::,ASCIZ
FRMT14::,ASCI¢
FRMT1S5::.ASCIZ
FRMT16::.ASCIZ
FRMT17::.ASC12

/ANZASEEK OVERSHOOTS: XD3/
/INXASOFT SEEK OVERSHOOTS: 2%D3/
/XNXAGUARD-BAND DETECTED SKI'S
i3/
/ANXAINDEX ERRORS: XD3/
/ANXAPLO UNSAFES: %D3/
/AINXAFAILED RECAL ATTFMPTS: XD3/
/XNZACHEX) ERROR LOG {~TRIES, IF PRESENT, ARE AS FOLLOWS:/
/ATATATATRA
/

FRMT20::.ASCIZ
FRMTZ23::.ASCIZ

/ZINXAB080 REV. LEVEL 1S: XD3XNXA2901 REV. LEVEL 1S: XD3/
/AINTARGUTINE NO. (2 CHAR ‘'HEX'® INPUT) /

/XAREGISTER UNDER TEST: %06/
/XNXAEXPECTED DATA: Z06%A
RECEIVED DATA:
5%?;AULT LIST: /

206/
w=+XN/

/XAMICRO-CODE TEST #: XTXTXTATXA (HEX)/
/%A
ERROR CODE: ZTATATATZA (HEX)ZN/
/XAFAILING FUNCTION:

XT/

/XNXASEEKS TOO LONG: %D3/

D S
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 15-1

SEQ 0055

GLOBAL TEXT SECTION
74
75 010337

045

116

045

FRMT40::
. ASCIZ

/AINXADRIVE

78 010510

045

116

045

FRMT50::.ASCIc

/ZNXARPER1

81 010661
g% 010753

0¢)
0.5

116
116

045
045

FRMT60::.ASCIZ
FRMT61::.ASCIZ

/INXARPOF
RPDC
RPCC
RPER2
RPER3
/ANXO6XA 2X06%A 2X06%A R%06%A X06%A X06XA

84 011035
gg 011355

045
045

101
116

122
045

FRMT70::.ASCIZ /XARPBAE
FRMT71::.ASCIZ ., ANXO6XA

;9 010430

gg 010601

045
045

116
116

045
045

FRMT4L1:: ASCIZ

FRMTS1::,ASCIZ

/XNXZO6%A

/XNXO6XA

RPCS1

RPW(

RPBA

RPDA

RP(S2

RPDS/

RPAS

RPLA

RPDB

RPMR1

RPDT

RPSN/

RPEC1
206N/

RPEC2/

%06%A
Z%06%A

RP(CS3/
%06%IN/

X06X%A
X06X%A

2X06XA
X06XA

2X06XA
2X06%A

Z06XA
%06%A

%06/

E
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 16

SEQ 0056

GLOBAL ASCII MESSAGE SECTION

3
6
S
6

.SBTTL

GLOBAL ASCII MESSAGE SECTION

011074
011121
011132
011151

104
101
122
103

125
061
110
101

101
062
040
102

AD::
DS::
RH::
CA

+ASCIZ
LASCIZ
ASClec
+ASCIZ

/DUAL DRIVE RESPONSE /
/A12-S01 /
/RH CONTROLLER /
/CABLES /

8 011166
9 011173

101
101

060
060

062
063

J¢2
J3

LASCIZ
.ASCIZ

/A02 /
/AQ3 /

066
067
060
061

J14::
J15::
J16::
J17::
J20::
J21::

7 011161

10
11
12
13
14
15
16
17
18
19

20
21
22
23
24
sg

011200
011205
011212
011217
011224
011231
011236
011243
011250
011255

011262
011267
011274
01130
011306
011313

101

101
101
101
101
101
101
101
101
101
101

101
101
101
101
101
101

060
060
060
060
060
060
060
061
061
061
061

061
061
061
061
062
062

061

064
065
066
067
070
071
060
061
062
063
064
065

J&
J5
J6
J7::
J8::
J9::
J10::
J11::
J12::
J13::

LASCIZ

LASCIZ
LASCIZ
ASCIZ
LASCIZ
LASCIZ
LASCIZ
.ASCIZ
,ASCIZ
LASCIZ
_ASCIZ

ASCIZ
,ASCIZ
.ASCIZ
,ASCIZ
.ASCIZ
.ASCIZ

/AQ1

sMASSBUS DISABLE SWITCH

/AQ4 /
/AQ5 /
/AQ6 /
/AQ7 /
/A08 /
/AQ09 /
/A10 /
/A1l /
/A2 /
/A13/
/A4 /
/A15 /

/A16
/A17
/A20
/A21

/
/
/
/

27 011320
28 011325
29 011341
30 011361
31 011376
32 011621
33 011443
34 011455
%g 011477

110
124
063
102
120
115
122
117
115

104
105
040
114
117
117
105
120
117

101
122
120
117
127
124
114
105
126

HDA::
_ASCIZ /HDA /
TERM::
_ASCIZ_/TERMINATOR /
SENSOR:: .ASCIZ /3 PHASE SENSOR /
BLOWER:: .ASCIZ /BLOWER ASSY /
PTRANS:: .ASCIZ /POWER TRANSFORMER /
MTRBRK:: .ASCIZ ‘MOTOR-BRAKE ASSY /
KIRELA:: ,ASCIZ /RELAY=K1 /
OPRPNL:: .ASCIZ /OPERATOR'S PANEL /
DRVBLT:: .ASCIZ /MOTOR BELT, MOTOR SPRING /

37 011531
38 011543
28 011566

122
127
127

105
122
122

101
124
111

READTD:: .ASCIZ /READ TD'S/
WTCKHD:: .ASCIZ /WRT CHK HDR & DATA/
WTCKD:: .ASCIZ
/WRITE CHECK DATA/

41 011607

120

114

101

MESG13::.ASCIZ

/PILACE

44 011747

103

117

115

EMI1:

.ASCIZ

/COMPOSITE ERROR SET WHEN NOT EXPECTED/

5? 012217

104

122

1M1

EM7:

.ASCIZ

2% 011667

45
46
47
48
49

012015
012055
012100
012116
012155

5¢
53
54
55
56
57

012272
(12342
012410
012454
012523
012562

120

104
104
104
122
122

122
102
122
122
122
123

114

122
122
122
120
120

110
11
120
105
105
103

101

111
111
111
103
103

040
124
103
107
107
040

MESG14::.ASCIZ
EM?:
EM3:
EM4:
EM5:
EM6:

EMN
EM12
EM13
EM14
EM15
EMI6

INTERFACE SWITCH A12-S01

/PLACE INTERFACE SWITCH A12-S01

IN DOWN POSITION/

POSITION/

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/DRIVE HUNG, DRY NOT SET IN TIME/
/DRIVE WRITE LOCKED/
/DRIVE OFFLINE/
/RPCS2:0R FAILED TO SET IN TIME/
/RPCS2:0R FAILED
TO CLEAR IN TIME/

+ASCIZ
CASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
LASCIZ

/RH CONTROLLER DIDN'T RESPOND (NO SSYNC)/
/BIT(S) UNDER TEST DIDN'T CHANGE STATE/
/RP(CS2: CLR DIDN'T FUNCTION PROPERLY/
/REG CONTENTS DON'T MATCH EXPECTED DATA/
/REG DIDN'T CLEAR WHEN EXPECTED/
/SC OR TRE SET WHEN NOT EXPECTED/

/DRIVE SHOULD BE WRITE ENABLED AND ON LINE'!/

CZRJMAO RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 16-1

SEQ C057

GLOBAL ASCII MESSAGE SECTION

gg 012622

122

120

103

EM17

LASCIZ

/RPCS2:IR FAILED TO SET [N TIME/

60 012661
61 012725
62 012776
63 013051
64 013126
65 013167
66 013224
gg 013266

122
122
102
102
122
122
122
104

120
120
m
MM
110
110
110
122

103
103
126
126
040
040
040
111

EM20::
EM21::
EM22::
EM23::
EM24::
EM25::
EM26::
EM27::

.ASCIZ
,ASCIZ
.ASClz
LASCIZ
L.ASCIZ
LASCIZ
.ASCIZ
.ASCIZ

/RPCS1:MCPE DIDN'T SET WHEN EXPECTED/
/RPCS1:SC OR TRE DIDN'T SET WHEN EXPECTED/
/BIT(S) UNDER TEST DIDN'T SET WHEN EXPECTED/
/BIT(S) UNDER TEST DIDN'T CLEAR WHEN EXPECTED/
/RH INTCRRUPTED AT WRONG PRIORITY/
/RH GENERATED FALSE INTERRUPT/
/RH DIDN'T INTERRUPT WHEN EXPECTED/
/DRIVE NOT PRESENT, TEST INVALID/

69 013326

103

117

115

EM30::

.ASCIZ

/COMMAND EXECUTION INCORRECT/

;9 013701

104

101

1246

EM37::

_ASCIZ

/DATA RECEIVED DOESN'T MATCH EXPECTED DATA/

70
71
72
73
74
75

013362
013411
013441
013505
013564
013641

78 013753
79 014026

80 014075
g; 014130

104
106
104
106
106
122

101
101
105
101
101
110

104
104

105
105

104
1M

105
116

126
111
126
117
11
130
1246
124

1.
126

EM31::
EM32::
EM33::
EM34::
EM35::
EM36::
EM4O::
EM41::

EM42::
EM43::

_ASCIZ
.ASCIZ
_ASCIZ
.ASCIZ
ASCIZ
.ASCIZ
ASCIZ
ASCIZ

.ASCIZ
_ASCIZ

/DATA LINE(S) STUCK LOW/
/FAILED TO SEEK PROPERLY/
/DETECTED ERROR DURING DATA TRANSFER/
/FAILED TO CORRECTLY DEiSCT A WRITE CHECK ERROR/
/FAILED AN RPO7 INTERNAL MICRODIAGNOSTIC TEST/
/RHXX REGISTER SELECTION FAILURE/
/DETECTED ERROR DURING WRITE DATA OPERATION/
/DETECTED ERROR DURING FORMAT OPERATION/

/DETECTED A PERMANENT ERROR/
/INTERNAL RPO7 DIAGNOSTIC TIME-QUT/

.EVEN

.SBTTL

s+t

9N
92
32

c
s
.

95
96
97
98
99

014172
014172
014176
014202
014206
014212
014216
014220
014222
100 014226

004737
004737
013746
012746
012746
010600
104414
062706
013746

101 014256

004737

104 014266

012746

014232
0146236
014242
014246
014250
014252

}8% 0164262
014272
014276

013746
012746
012746
010600
104414
062706
004737

012746
010600

017326
020532
002456
007161
000002

000006
002452

002454
007214
000003

GLOBAL ERROR REPORT SECTION

THE GLOBAL ERROR REPORY SECTION CONTAINS THE PRINTB AND PRINTX CALLS
THAT ARE USED IN MORE THAN ONE TEST.
IT ALSO INCLUDES THE ASCII MESSAGES
THAT ARE USED BY THE PRINTB AND PRINTX CALLS..

ERRO::

JSR
JSR
MOV
MOV
MOV
MOV
TRAP
*DD
MOV

PC,SAVRPR
PC,CECODE
TESTRG,~(SP)
#FRMT00,~(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,5P
RCVED,~-(SP)

000010

MOV
MOV
MoV
MOV
TRAP
ADD

016556

JSR

EXPTED,=(SP)
#FRMTO1,-(SP)
#3,-(SP)
SP.RO
CSPNTB
#10,SP
PC,DMPREG
PC,FAULTS

MOV

#CRLF ,=(SP)

016212

006420

000001

JSR

MOV
MOV

#1,-(SP)
SP.RO

;GET THE REGISTER SNAPSHOT NOW
;DECODE THE BIT MASK FOR THE ERROR!

;DO THE REGISTER DUMP NOW

:?SPE?T THE FAULT LIST

6 5
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13-57:00 PAGE 16-2

SEQ 0058

GLOBAL ERROR REPORT SECTION

014300
014302

104414
062706

106 014306

104423

107 014310
108 014310
109 0164314
}}? 014316

004737
010446

017326

004737

015416

112 014322

012746

002660

113 014362
114 014366

017746
062716

105 014306

014326
014332
014336
014342
014346
014352
014354
014356

}}2 014372

117 014376

0164402
014406
0164412
014416
014422
014426
014430
014432
118 014436
119 014442
120 014446

}g; 014452
123 014456
014462
u14466
014470

014472

124 014476

012746
012746
012746
012746
012746
010600
104414
062706

000004

C$MSG

JSR
MOV

3¢, SAVRPR
2% .= (SP)

MOV

'PSTACK+6,=(SP)

JSR

FC.OCTHEX

000014

004737

015416

JSR

PC,OCTHEX

012746

002560

012746
012746
012746
012746
012746
010600
104414
062706
004737

0 237
004737

GC04737

012746
012746
010€20
10.474

062706

166164
177400

016212
016132
020532

016556

000004

014514
014520
014522
014524

012746
010600
04414
(22706

000002

013746

012746

012746
010600

007404

#PSTACK+6,=(SP)

JSR
JSR

PC . CALMOD
PC,DECODE

JSR

006420
000001

L10003:
ERR2::

TRAP

($MSG

JSR
MOV

PC,DECODE
DRVNO, = (SP)

MOV

000006

007545

MOV

000002

PC_FAULTS

#CRLF ,-(SP)
#1,-(SP)
SP.RO
CSPNTB

ADD

MOV

MOV
MOV

;GET THE REGISTER SNAPSHOT NOW
SPUT THE ROUTINE NUMBER ON THE STACK

SAND CONVERT TO HEX

:GET THE CONTENTS OF RPER2 ON THE STACK
:AND ELIMINATE THE HIGH ORDER BITS

'NOW CONVERT TO HEX

#PSTACK+4,-(SP)
#PSTACK+2.=(SP)
#PSTACK ,=(SP)
#FRMTOS,=(SP)
#5,-(SP}
SP.RO
CSPNTB
#14,5P
PC,DMPREG
:DUMP THE REGISTERS NOW

MOV
MOV
MOV
TRAP

MOV
MOV
TRAP
ADD

002470

aRPERZ,=(SP)
#177400,(SP)

MOV

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
JSR

000014

020532
002506

012746

MOV
BIC

002056
002654
002652
007474
0070005

(04?7 ./
013746

014540
014544

TRAF

#PSTACK
+4 .= (SP)
#PSTACK+2,=(SP)
¢PSTACK,
= (SP)
AZRMT04
.= (SP)
#5 .- (SP)
SP.R0
CSPNTB
#14,SP

126 01450C
127 01450,
128 014504

014554

CSPNTB
#4,5P

MOV
MoV
MOV
MOV
MOV
MOV
TRAP
ADD

104423

129 0145-"

ERR1::

002656
002654
002652
007426
000005

125 014476

014510

L10002:

TRAP
ALD

*REPORT THE MODULE LIST
;DECODE THE MASK BITS FOR A MODULE CALLOUT

:égDL?EPORT THE FIND

#4,SP

#FRMTO3, ~(SP)
#2,-(SP)
SP.RO
CSPNTB
#6,5P

FATOF ,=(SP)

#FRMT06,
= (SP)
82,-(SP)
SP.RO

:DECODE THE MESSAGE

H S
CZRJMAQ RPO7 FE/HOST [SOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 16-~3

SEQ 0059

GLOBAL ERROR REPORT SECTION

016566
014550

104414
062706

000006

013746
012746

002454
007214

130 014554

013746

014570
014574

012746
010600

014560
014564

014576
131 014600

132 014604
014610
014614
014616

014620
}%2 014624

135 014630

014634
014640
014642
014644
136 014650
137 014650
138 014652

}23 014652
141 014656

104414
062706
012746
012746
010600
104414

Mov
MOV

006420
000001

MOV
MOV
MOV
TRAP

ADD
JSR

000001

000004

104423

004737

016212

012746

006420

104423

TRAP
ADD

000010

006420

014676

142 014676

EXPTED,=(SP)
#FRMTOT,~(SP)

000003

012746

012746
010600
104414
062706

Mov
Mov

MOV

000004
016556

014662
014666
014670
014672

CSPNTB
#6,5P

002452

062706
004737
012746
010600
104414
062706

TRAP
ADD

L10004:
ERR3::

000001

000004

L10005:

RCVED,=(SP)

#3,-(SP)
SP,RO
CSPNTB
#10,SP

#CRLF ,~(SP)
#1,-(SP)
SP,RO
CSPNTB

¥4, SP
PC,FAULTS

MOV

#CRLF ,=(SP)

TRAP

C$MSG

JSR

PC,DMPREG

MOV

#CRLF ,=(SP)

TRAP

C$MSG

MOV
Mov
TRAP
ADD

MOV
MOV
TRAP
ADD

CReLF

:?EPE?T THE FAULT LIST

#1,-(SP)
SP,RO
CSPNTB
#4,SP

#1,~(SP)
sP,RO
CSPNTB
#4,SP

:égSIFDU"P THE REGISTERS

SEQ 0060

GLOBAL SUBROUTINES SECTION
NV S WNN) —

.SBTTL

;AUTO SIZE FOR RH70 CONTROLLER AND DETERMINE If

;32 REGISTERS
sCALL
:

O
=000
W

NN = O 0 00 NON N BN

PORNININININD
= b b o o b e mad b

26 014764

41
42 015040

GLOBAL SUBROUTINES SECTION

JSR

PC,SIZE70

IT IS JUMPERED FOR 22 OR

;CALL ROUTINE

JRS5 MUST CONTAIN POINTER TO NEW RPCS1 BASE ADDRESS

005037
005037
013746
012737
011500
062700
012702
005720
005720
012737
005720
005302
001375
012737
000403
012716
000002
011500
013702
001415
060002
052710
022712
001007
005012
011046
042726
001002
005237
012637
000207

002502
002504
000004
014764

SIZE70: CLR
CLR

000050
000012
002502

000074

002502

014772

002502

MOV
MoV
ADD
MOV
TST

#2% ERRVEC
(R5) RO
#50,R0
#10.,R2
(RO) +

;SETUP °*TRAP' RETURN ADDRESS
sGET RPCS1 ADDRESS
sGET REGISTER OFFSET FOR RH70
sGET NUMBER OF REGISTERS TO CHECK
:TRAP IF NOT A VALID RPBAE

MOV

#50,RHEXT

ggv

g;é,RHEXT

TST

1%:

13T
DEC
BNE

ERRVEC,=(SP)

(RO) ¢+

(RO) ¢+
R
1%

sSAVE

CONTENTS OF

ERROR VECTOR

sTRAP [F NOT A VALID RP(S3
;LOAD OFFSET FOR RPBAE

(22 REGISTER RH)

sLOAD OFFSET FOR RPBAE

(32 REGISTER RH)

sTRAP IF NOT A VALID REGISTER
;DONE WITH ALL 32 REGISTERS ?
:BR IF NO

2%:

E?Y

#3$, (SP)

:SETUP RETURN ADDRESS

3s:

MOV
MOV
BEQ
ADD

(R5) ,RO
RHEXT,R2
49
RO,R2

;GET RPCS1 REGISTER
sGET RPBAE REGISTER OFFSET
sBR_IF NONE

BNE
CLR
MOV

4%
(R2)
(RO) ,=(SP)

:BR _IF NO
¢CLEAR EXTENDED ADDRESS BITS IN RPBAE
:SAVE RPCS1 REG CONTENTS

(SP)+ ERRVEC
PC

+RESTORE

BIS
CMP

001400
000003

176377

002504
000004

sCLEAR RPBAE OFFSET
sCLEAR RHXX TYPE REGISTER (RH11)

MOV

000004

000050

RHEXT
RHTYPE

4%:

BIC
BNE
INC

MOV
RTS

#A17!A16,(RO)
#3,(R2)

sGET RPBAE REGISTER

;SET EXTENDED ADDRESS BITS IN RP(CS1
+ARE THE EXTENDED BITS SET IN RPBAE ?

#°C<AT71A16>,(SP)+
;ARE THE EXTEND BITS CLEAR IN RPCS®
4$
s8R _IF NO
RHTYPE
:SET RHXX TYPE REGISTER (RH70)
CONTENTS OF

ERROR VECTOR

bLo}

I
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 17

SEQ 0061

C(ZRJIMAQ RPO7 FE/HOST ISOLATOR MA(RO Vv04.00 1-JAN-83 13:37:00 PAGE 18

DISK DRIVER AND SUPPORT ROUTINES

}

.SBTTL

DISK DRIVER AND SUPPORT ROUTINES

THIS MODULE

:SET.

5
6

LR
T Y

IS USED ANYTIME A DIAGNOSTIC COMMAND HAS JUST BEEN ISSUED BY

THE MODULE mRIVER"
IT POLLS THE CORRECT ATTENTION BIT IN THE PSEUDO
REGISTER AND USES
A 'WATCHDOG TIMER® TO VERIFY THAT THE BIT DOES EVENTUALLY

1T DOES NOT, AN ERROR MESSAGE

;DIAGNOSTIC TIMEOUT.

10
11 01
12 01
13 01

010146
010446
012701

15
16
17
18
19

001012
004737
005301
n03370
017704

16 01
0
01
01
01
01

20 015
015
015102
015106
21 015106
22 015114
23 015116
gg 015120

033777

104456
000621
014130
014310
013777
012604
012601
000207

000062

002400

165450

RPARDY: MOV
MOV
MOV

18:

8lT7

BNE
JSR
DEC
8GT
MOV

017000
165440

002400

1656414

TRAP
WORD
.WORD
.WORD
MoV
MOV
MOV
RTS

28%:

IS PRODUCED REPORTING A MICRO-

IR
e e
Y

R1,=-(SP)
R4.'(SP)
#50. ,R1

;SAVE R1
:sSAVE R4
;GET AN OVERALL [TERATION COUNT

2%
PC,WAIT
R1
1%
aRPMR1,R4

JIF SET, YES
JUSE THE WATCHDOG TIMER
JONE LESS CYCLE T10-GO
s1F NOT ZERO, KEEP WATCHING
sGET CONTENTS OF RPMR1

BITPOS aRPAS

;DONE??

CSERHRD
401
EM43
ERR1
B1TPOS ,aRPAS
(SP)+ R4
(SP)+,R1
PC

JRESET THE ATTENTION BIT TO O
JRESTORE R&
JRESTORE R1
;TAKE THE RETU~N

27
28
29

csTHIS MODULE IS CALLED BY THE DRIVER WHEN EVER A NON-DATA COMMAND HAS
sJUST BEEN ISSUED.
(EXCEPT A DIAGNOSTIC COMMAND.)
IT POLLS FOR RPDS:
sDRY.
THE FUNCTION IS NOT TIMED USING A WATCHDOG TIMER, BUT SUPERVISOR

R R

;'BREAKS® ARE SUPPORTED.

32
33 015122
015122
34 015124
35 015130
%9 015132

104422
105777
100374
000207

READY:
165374

TRAP
TS18
BPL
RTS

($BRK
aRPDS
READY
PC

T T

T T T S PR T

lSSUED
IT POLLS FOR CONTRCL!
FR READY.
THE FUNCTION IS NOT TIMED USING
;A WATCHDOG TIMER, BUT SUPERVISOR °'BREAKS® ARE SUPPORTED.

015134

45 015136
46 015142
47 015144

104422

105777
100374
000207

CREADY:
165350

TRAP

1518
B8PL
RTS

($BRK

aRP(S1
CREADY
PC

e Y

Y T T T Y

THIS MODULE IS CALLED BY THE DRIVER ANYTIME A DATA COMMAND HAS .'JST BEEN

43
44 015134

JREADY TRUE?
JNO, SO WAIT SOME MORE
:TAKE THE RETURN

40
41

L I

sCONTROLLER READY?
s1F 0, NO...WAIT SOME MORE
2IT'S 1, RETURN

T T T T

K
CZRJMAO RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 19

SEQ 0062

DISK DRIVER AND SUPPORT ROUTINES
1

tttt't".t"'.'t"t'.i"'t'ifi'tiQtt.ttt'.'.tttt'tt'tti".."'ttt"t'tt"'.t"

THIS MODULE DOES THE ACTUAL DISK ‘DRIVING'.

5
)
7
8
9

:NEGWRD = THE BYTE COUNT TO BE NEGATED, DESCYL =
THE DESIRED CYL 'NDER
;ADDRESS, DESTRK = THE DESIRED TRACK / SECTOR ADDRESS, TABADD = THE STARTING
sADDRESS OF THE TRANSFER BUFFER, FUNCTN = THE COMMAND TO BE EXECUTED.
sCALL TO THE MODULE IS: JSR PC,DRIVER.
sBUFFERS ARE LOADED/UNLOADED VIA LINKAGE PROVIDED BY TABADD.

:INCLUDE

12
13
14
15
16
17
18
19

THE FOLLOWING TAGS:

MAALARAAAL AR AR

015146
015152
015156
015164
015166
015174
015202
015210

20 015216
21 015224
22 015232
23 015234
24 015236
25 015242
26 015244
27 015250
28 015252
%8 015256

005437
004737
022737
001414
013777
013777
013777
013777

013777
023727
101004
001406
004737
000405
004737
000402
004737
000207

002412
015122
000035

(002420

002612
002416
002414
002366
002420

165320
165344
165310
165300
165266

002420

000035

DRIVER: NEG
JSR
CMP
BEQ
MOV
MOV
MoV
MOV

1$:

015122
015134

2%:

015042

3%:
4$:

MOV
CMP
BHI
BEQ
JSR
BR
JSR
BR
JSR
RTS

AAARARARRARARR

NEGWRD
PC,READY
#DIAG,FUNCTN
1%
NEGWRD ,aRPW(
DESCYL ,aRPDC
DESTRK,3RPDA
TABADD ,aRPBA

FUNCTN,aRPCST
FUNCTN,#DIAG
2%
3%
PC,READY
4%
PC,CREADY
4%
PC,RPARDY
PC

TABADD,

AR ARttt il

FUNCTN.

ittt

;GET THE COMMAND TO EXECUTE
¢IS THIS A DATA COMMAND?
cIF > THAN A DIAGNOSTIC COMMAND, YFS
sIF =, 1T GETS HANDLED UNIQUELY
;POLL FOR DRIVF READY
sAND SKIP NEXT POLL OPERATION
sPOLL FOR CONTROLLER READY
sNOW RETURN
:LOOK FOR ATTENTION NOW
:NOW RETURN

32
33
34
35
36

;THIS MODULE IS USED TO INITIATE THE DIAGNOSTIC MONITOR IN THE RP-07.
;1T IS DEPENDENT UPON 'DRIVER' FOR COMPLETION.
cSIDE AFFECTS INCLUDE THHE FACT THAT THE DRIVE WILL BE IN °DIAGNOSTIC

A AR AL AARARAALALEAAARALMRAARRARRAR Rt

38
39 015260

004737

016662

41 015272

012737

000035

004737
000207

016662

43 015306
44 015310

g T

I IIRI LY

sMODE' WHEN THIS MODULE COMPLETES.
THE DRIVE WILL BE UNABLE TO ACCEPT
:COMMANDS OTHER THAN DRIVE CLEAR, AND DIAGNOSTIC COMMANDS.

42 015300

it d

sNEGATE THE WORD COUNT ONLY ONCE!
sPOLL FOR DRIVE READY!
sDIAGNOSTIC COMMAND??
:IF EQUAL, SKIP NEXT CODE
;WORD COUNT ===> RP REGISTER
sGET THE CYLINDER ADDRESS TO THE DEVICE REGISTER
s TRACK/SEC ===> RP REGISTER
sLOAD THE TRANSFER ADDRESS

40 015264

INPUTS TO THE MODULE

NEGWRD, DESCYL, DESTRK,

0127¢7
004737

177000

015146

165244

002420

DIAGST::JSR

sGET THE DRIVE'S ATTENTION!

#DIAG,FUNCTN

sCREATE THE DIAGNOSTIC COMMAND

#177000,aRPMR1

JSR

PC,ORIVER

JSR
RTS

ittt ittt

PC,SEIZE

MOV

RRlll

PC,SEIZE
PC

it ttsdtRdld)

:SET UP THE '‘HANDSHAKE''
s ISSUE THE COMMAND

cRESET COMPOSITE ERROR (SETS WHEN FE
;AND RETURN TO MAIN

IS WRITTEN INTO RMPR1)

CZRJMAQ RPO? FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 20

SEQ 0063

DISK DRIVER AND SUPPORT ROUTINES
1

(2332222332323 202233223382232223422222222222322212222232223223223222222222223322322222222)]

ruxs MODULE IS USED TO TURN OFF THE RP-07 DIAGNOSTIC MONITOR.

;:tttttttttttttttttt'tttttttt"ttttttttttttitttttttttttttttttttttttt'ttttt'tQt'

A
3
6

IT IS

*DEPENDENT UPON °‘DRIVER® FOR ITS COMPLETION. IT WILL CLEAR ANY ERRORS
SWHICH SET AS A RESULT OF A DIAGNOSTIC ROUTINE EXECUTION.
THERE ARE
*NO OTHER SIDE-EFFECTS.

8
9 015312
10 015320

012737
004737

040011
015146

002420

12 015332

012737

000035

002420

005077

165166

11 015324

13 015340
14 015344

}g 015350

012777

004737

000207

177400

015146

165204

DIAGEN: MOV
JSR

MOV

JSR

CLR

RTS

#TRE 'DRCLR,FUNCTN;SET UP FOR A CONTROLLER-DRIVE CLEAR COMMAND
PC,DRIVER
:1SSUE THE COMMAND

#177400,3RPMR1

;TERMINATE THE SESSION

PC,DRIVER

SISSUE THE COMMAND NOW!''

#DIAG,FUNCTN
aRPMR1

:AND SET UP THE COMMAND

SRESET THE DIAGNOSTIC MODE BIT

*RETURN TO MAIN

;:tttttttttttttttt'tttttQtttttttttttttttttttt*tttttttttttttttttttittttt'*tttt'i

18
19

:THIS MODULE RECEIVES INPUT FROM R4.
OUTPUT GOES TO RPMR1.
IT IS
*DEPENDENT UPON °‘DRIVER' FOR COMPLETION.
THIS ROUTINE SHOL'D NOT

;;ttttttttttttttttttttttttttttttttttttttttttttttfitttttttttttttttttttttttttttttt

20
21

:BE EXECUTED UNTIL THE DIAGNOSTIC MONITOR HAS BEEN TURNED O.. THROUGH
STHE EXECUTION OF 'DIAGST'.

23
24 015352
25 015356
26 015364
27 015372
53 015376

010477
052777
012737
004737
000207

165160
100000
000035
015146

165152
002420

DIAGLD: MOV
8IS
MOV
JSR
RTS

R4 ,aRPMR1
#8IT15,3RPMR1
#DIAG,FUNCTN
PC,DRIVER
PC

:NOW SET THE DJAGNOSTIC NUMBER
:AND SET DMD = 1
:AND SET UP FOR A DIAGNOSTIC COMMAND
<ISSUE THE COMMAND NOW'
SRETURN TO CALLER!

.SBTTL

:;tttttttttttttttttttttt*t'tttttttttttttttttttttttttttttttttttttttt'tttittttttt

33
34
35

*THIS MODULE CLEARS THE DRIVE ERROR STATUS THROUGH A CONTROLLER CLEAR.
21T SAVES THE STATUS OF THE MAINTENANCE REGISTER (RPMR1), AND RESTORES
SIT WHEN THE RESET PROCESS 1S COMPLETE.

;:tttttttttttttttttttttttttttttttttttttttttttttttttttttitttttttttttttttttttt'tt

37
38 015400
39 015404
40 015410
2; 015414

017746
004737
012677
000207

165132
016662
165122

DRVCLR: MOV
JSR
MOV
RTS

aRPMR1,=(SP)
PC,SEIZE
(SP) +,aRPMR1
PC

:SAVE CONTENTS OF RPMR1
*NOW RESET THE DRIVE

*RESTORE THE MAINTENANCE REGISTER

SAND RETURN TG CALLER

tttttttttttttttttt'tttttttttttttttttttttttttttttttttttttttttittttt'titttttttt

44
45
46

ruxs MODULE IS PART OF THE I/0 SUPPORT.
IT CONVERTS OCTAL TO ASCII
“HEX.
IT RECEIVES ITS INPUT FROM THE TOP OF THE STACK.
IT'S OUTPUT
*1S PLACED IN PSTACK = PSTACK + 6.

;:tttttttttttttttttitttttttttt'tttktttttttttttttttttttttttttttttttttttttttttttt

49 015416
50
51
52
53

PROGRAM UTILITIES

010 46

015420
015422
015426
015432

010246
012700
012702
012701

55 015440
56 015442
57 015444

006310
000241
006366

5¢ 015436

005010

OCTHEX: MOV
002652
000004
000004

1$:
28:

000006

R1,~-(SP)

;SAVE R1

MOV
MOV
MOV
MOV

R2.=(SP)
#PSTACK,RO
#4,R2
246 RT

*SAVE R2
SSET UP THE BUFFER ADDRESS
*GET THE ITERATION VALUES
:AND DUPLICATE FOR TWO LOOPS

ASL
cLC
ASL

(RO)

:MOVE THE PREVIOUS BIT(S) OVER
‘CARRY =
*ROTATE A BIT FROM THE TEST VALUE

CLR

(RO)

6(SP)

SINITIALIZE THE BUFFER

SEQ 0064

CZRJMAD RPO?7 F e/

PROGRAM UTILIT It

58 015450
59 015452
60 015456
61 015460
62 015462
63 015464
64 015466
65 015470
66 015474
67 015500
68 015502
69 015504

;1F 2ERO, SKIP NEXT INSTRUCTION

00000

:MARK THE BIT AS BEING SET
:ONE LESS ITERATION TO GO

3%:

:BUT _NOT DONE UNTIL = 0!
sNEXT BUFFER LOCATION

#4,R2

000004
002652

000011

4%:

TST

(RO)

5%:

CMP

8
(RO) ,#11
6%

#60,(RO)+
7%
#55.,(RO)+
R2
5%
(SP)+,R2
(SP)+,R1
(SP)+,(SP)

000060

000067

6%:

ADD

8$:

MOV

7%:

DEC

012616
030207

RTS
RS

SRR

AR dd

iRt

sONE LESS ITERATION T0-GO
:IF NOT ZERO, KEEP GOING!
sGET THE NEW ITERATION COUNT
sAND GET THE BUFFER ADDRESS AGAIN
sCONTENTS ZERO?
:IF NOT, SKIP NEXT
;SET THIS CHARACTER = NULL
;ONE LESS CHARACTER TO GO
:IF NOT ZERO, KEEP GOING
;DONE, RETURN!
:?%PHA1?R NUMERIC CHARACTER?
H
>
ALPHA!
+MAKE NUMERIC ASCII
sAND GO-ON
:MAKE HEX ASCII
;ONE LESS iTERATION T0-GO
:ONE LESS ITERATION, IF NCT ZERO

sRESTORE RZ2
;AND R1
sMOVE STACK OVER INPUT VALUE
sAND RETURN
iRttt

:DETERMINE IF THERE IS A CLOCK ON SYSTEM.
¢ INDICATE THE CLOCK TYPE.

ittt

ilidtds

)

START THE CLOCK. "'CLKSTA" WILL

0= NO CLOCK

+1= KW11=-P
=1= KW11=L
;THIS ROUTINE WILL ALSO SETUP “‘TICKMS'* (TIME PER CLOCK TICK IN MILLISECONDS)
$AND "'TICKUSTM (TIME PER CLOCK TICK IN MICROSECONDS) AS PER LINE FREQUENCY.
:CALL

JSR

;
:

€05037
005037

002426
015759

012700

(20120

104462
010005

AARASALES

ST.CLK:

103031

PC,ST.CLK

sSTART THE CLOCK

SRR ARSAAARRRRlRR ARttt Rl

CLR
CLR

CLKSTA
HERTZ

MOV
TRAP
MOV

#'P,RO
C$CLCK
RO, RS

BCC

sttt

iRttt

;ASSUME 'NO CLOCK'
;ASSUME *'UNKNOWN'‘ HERTZ
s IS THERE A P-CLOCK PRESENT ?

;GO TO 1% IF NO

NNNNNN

SNV SNWAWLWY
NN NN

;SET P-CLOCK P-TABLE & START P=CLOCK
OCOO0O00O0
O a2 O\ —=d emp =d
NN === O

b
b
e
b
md
b o
d md
b
b

et 2 OQOOO00O000O
N = OV~
W

RE TURN

MOV

RS,PCLKTB

MOV
ADD

(R5) .PKB
#2.PKB

ADD

#4. PK(

MOV
015730

MOV

(R§) ,PKCS
(RS)+,PKC

sSAVE P-CLOCK TABLE ADDRESS
;GET _°*CSR* ADDRESS
sMAKE PKB ADDRESS BY

ADDING 2

:MAKE PK( ADDRESS BY
sADDING 4

iit

iiddls

N5
CZRJMAQ RPO?7 FE/HOST ISOLATOR MACRO v0&4.00 1-JAN-83 13:37:00 PAGE 20-2

SEQ 0065

PROGRAM UTILITIcS

113 0
114 015630
115
116
117
118
119
120
121

015634
015640
015646
015652
015654
015654

015680
015662

}Sg 015664

005725
012537

012537
012737
004737
000207
012700

104462
010005

015734

015750
000001
015752

002426
1%:

000114

TST
MOV

MOV
MOV
JSR
RTS

(RS)+
(RS)+,PKV
(RS)+ ,HERT?
#1,CLKSTA
PC,ST.PCLK
PC

MoV

#'L,RO

BCC

TRAP
MOV

103016

}sé

CSCLCK
RO,RS

:SKIP OVER °'BR LEVEL'
;GET °VECTOR' ADDRESS
:GET "HERTZ' LINE FREQUENCY
;SET P=CLOCK FLAG
:START P=CLOCK AS A WATCH DOG TIMER
;1S THERE A L=-CLOCK PRESENT ?

:GC T0O 2% IF NO

;SET L=-CLOCK P=-TABLE, START L=-CLOCK

126 015666

010537

128
129
130
131
132

005725
012537
012537
012737
004737

127 015672

015676
015700
015704
015710
015716

}gz 015722

012537

000207

015740

MOV

RS,LCLKTB

;SAVE L=-CLOCK TABLE ADDRESS

015744
015750
177777
016016

TST
MOV
MOV
MoV
JSR

(RS)+
(R5)+,LKV
(R5)+,HERT2
#-1,CLKSTA
PC,ST.LCLK

:SKIP OVER 'BR LEVEL'
:GET 'VECTOR' ADDRESS
;GET °*HERTZ® _INE FREQUENCY
:L=-CLOCK FLAG
;START L-CLOCK AS A WATCH DOG TIMER

015742

MOV
002426

2%:

1;2

RTS

(R§) +,LKS

:GET *CSR' ADDRESS

;KW11=P CLOCK TABLE, CSR REG, PKB REG, PKC REC & VEC ADR

}%g 015724

000000

PCLKTB:

.WORD

;P=CLK TBL ADF

139 015726
140 015730
141 015732

172540
172542
172544

PKCS:
PKB:
PKC:

.WORD
.WORD
WORD

172540
172542
172544

;CONTROL & STATUS
:COUNT SET BFR
:COUNTER

}2% 015734

000104

000106

PYV:

}fié

.WORD

104,106

:VECTOR

;KW11=L CLOCK TABLE, CSR REG & VEC ADR

}29 015740

000009

148 015742
}gg 015744

177546
000100

}g} 015750

000000

163 015752
154 015752

012746

015756
015762
015766
015772
015774

012746
013746
012746
104437
062706

157
}gg 016014

000207

155 016000
156 016006

160 016016
161 01€016

016022

012777
012777

012746

000102

LCLKTB:

.WORD

;L=CLK TBL ADR

LKS:
LKV:

JWORD
.WORD

177546
100,102

;CONTROL & STATUS
:VECTOR

HERTZ:

.WCRD

;60 HZ. OR 50 H2. LINE FREQUENCY

MOV

#PR106,-(SP)

MO ./
MO\

#1,3PKB
#115,3PKCS

ST.PCLK:

000300

016104
015734
000003
000010

000001
000115

MOV
MoV
MOV
TRAP
ALD

177722
177712

1¢:
000300

016104

ST.LCLK:

#KWSRV,
- (SP)
PKV,=(SP)
#3,-(SP)
C$SVEC
#10,SP

RTS

MOV

#PR106,-(SP)

MOV

#KWSRV,=(SP)

:SETUP VECTOR FOR P-CLOCK

;COUNT ONE TICK
S INT.EN."", COUNT DOWN'’, ‘MODE 1 (REPEAT)',

S“LINE FREQTM, AND ‘‘RUN"
*RETURN

:SETUP VECTOR FOR L=-CLOCK

B 6
CZRJMAQ RPOY FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 20-3

SEQ 0066

PROGRAM UTILITIES

016026
016032
016036
016040

013746
012746
104437
062706

}gz 016052

000207

162 016044

012777

015744
000003
000010

000100

177670

MOV
MOV
TRAP
ADD

LKV,=(SP)
#3,-(SP)
CS$SVEC
#10,SP

RTS

MoV

1%:

#100,3LKS

:START THE KW11-L
:RETURN

}gg

‘IXEE ROUTINE

}2%

JSR

PC,STOFCK

:CALL ROUTINE

STOPCK:

TST
BEQ
BMI
BIC

CLKSTA
2%
1%
#101,3PKCS

;1S THERE A CLOCK AVAILABLE ?
:BR IF NO
;BR IF L-CLOCK
:STOP THE P=-CLOCK

169
170
171
172
173
174

016054
016060
016062
016064
016072
016074

};g 016102

005737
001410
100404
042777
000403
042777

000207

002426
000101

177634

000100

177640

};g

180
181
182
183

2%:
:KW11

016104
016110
016116
016120

184 016124

185 016130

186 016130

012746
023727
001402
012716

162637

000024
015750
000020

016776

000002

000062

SR
BIC
RTS

1$:

2$
#100,3LKS

:STOP THE L-CLOCK

CLOCK INTERRUPT SERVICE ROUTINE

KUSRV:

1$:

IS USED TO STOP THE SYSTEM CLOCK

L10006:

MOV
CMP
BEQ
MOV

3V:]

#20.,-(SP)
HERTZ,#50.
1%
#16.,(SP)

(SP)+,WATIME

;ASSUME 20.0 MSEC
;1S IT 50 HERTZ LINE FREQUENCY ?
:BR IF YES
:MUST BE 60HZ, 16.667 MSEC

;SUBTRACT TIME PER TICK IN MILLISECONDS

RTI

187

M ;ttttttttttttttttt'ttttitt'ttttttttttttttttttttttttttttttttttttttttttttttttt"

188

:THIS MODULE IS USED TO DECODE THE CONTENTS OF RPER2 AND PRODUCE A MODULE

]9‘]

;,-ttttttttttfittttttttttttttttttttttttttttttttttttttttttt*ttttttttttttt'tttt'i't

189
190

sFAULT LIST BASED ON THE CONTENTS OF RPER2.
INPUT IS FROM RPER2 (LOW BYTE)
;OUTPUT IS TO ERRWD1 AND ERRWD2.
TABLE LOOKUP IS DONE STARTING AT EC.00.

192
193 016132

010146

195
196
197
198

017702
012701
0642702
001005

194 016134

016136
016142
016146
016152

199 G16154
200 016160
201 016164
202 016166
203 016170
204 016172
205 016174
206 016200
207 016204
208 016206
209 016210
210

010246

005037
005037
000407
022121
005302
003375
012137
011137
012602
012601
000207

CALMOD: MOV

MOV

164410
004354
177400

MoV
MoV
BIC
BNE

002404
002406

1%:

002404
002406

28:

CLR
CLR
BR
CMP

DEC
BGT
MoV
MOV
MOV
MOV
RTS

R1,-(SP)

:SAVE R

SRPER2,R2
#EC.00,R1
#177400,R2
18

;GET THE CONTENTS OF RPER2
:GET THE TOP OF THE CALLOUT LIST
:STRIP THE HIGH BYTE INFORMATION
:IF NOT ZERO, IT'S VALID
;SET THE CALLOUT LIST TO 0

R2,~-(SP)

ERRWD1
ERRWD2
2%
(R1)+,(R1)+

R2
1%
(R1)+,ERRWD1
(R1) ,ERRWD2
(SP)+,R2
(SP)+,R1
PC

:SAVE R2

:FOR BOTH (THIS ERROR CODE IS BAD)
:NOW TAKE THE RETURN
:MOVE THROUGH THE LIST
:ONE LESS ENTRY TO GO
:DO UNTIL R2 = 0
:LOAD THE MODULE CALLOUT FOR THIS CODE
:FOR BOTH MASKS
:RESTORE R?2
:RESTORE R1
:AND RETURN TO CALLER

211

I
T
I
I
LI LTI
T I,

212

sTHIS MODULE

213
214

'S PART OF

THE

[/0 SUPPORT.

IT IS USED TO DUMP THE RP=07

sREGISTERS AS PART OF AN ERROR MESSAGE.
INPUT TO THIS MODULE IS FROM
sREG = REG*52.
OUTPUT IS TO THE USED SPECIFIED PRINTING DEVICE.

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 20-4

SEQ 0067

PROGRAM UTILITIES

ALAAAAAASAAALAAASAARARALARARAAALARARARRRARlRdRAdlRldillildiittdl
ittt ldld)

oo~

[AS1yS
T, 8]

215

010337
000001
000004
002610
002606
002604
002602
002600
002576
002506
010430
000010

219

220
221 016306

062706

000022

012746
012746

010510
000001

010600

6436
6
6 446

226

6452
6
6
6
6
6
6

013746
012746
012746
010600
104415
062706
012746

b=
o

no
~

-—

(o}

6 402
6
6
6
6
6
6
6
PR
P

223
224

000004
002626

013746
013746

(=]
o

352
356
362
366
372

062706
013746
013746
013744
013746

OO
2t cdccd md b —d b

222

322
326
332
336
342

104415

010601
000210

000022

010661
000001
000004
002644
002642
002640
002636

002634
002632
002630
010753
000010
000022
002504

DMPREG:

Mov
MOV
MOV
TRAP
ADD
MOV
Mov
MOV
MOV
Mov
MoV
MOV
MoV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD
MOv
Mov
Mov
MOV
Mov
Mov
MoV
MOV
MoV
MOV
TRAP
ADD

MOv
MOV
MOV
TRAP
ADD
MoV
MOV
MOV
Mov
MoV
MOV
MoV
MOV
MOV
MOV
TRAP
ADD
TST

#FRMT4LO0,~(SP)
#1,-(SP)

;PRINT

'DRIVE

RPCS1

RPW(

RPBA

RPDA

RPCS2

RPDS'

sPRINT

‘RPER1

RPAS

RPLA

RPDB

RPMR1

RPDT

RPSN'

;PRINT

'RPOF

RPDC

RPCC

RPER2

RPER3

RPEC1

RPECZ’

SP,RO
CSPNTX

#4,SP

REG+12,~(SP)
REG+10,=(SP)
REG+6,=~(SP)
REG+4,~(SP)

REG+2,=(SP)

REG,=(SP)
DRVNO,=(SP)
#FRMT41,-(SP)
#10,-(SP)

SP,RO
CSPNTX

#22,sP
#FRMTS50,-(SP)

#1,-(SP)

SP,RO

CEPNTX

#4,SP

REG+30,-(SP)
REG+26,~(SP)
REG+24,~(SP)
REG+22,=(SP)
REG+20,-(SP)
REG+16,-(SP)
REG+14,-(SP)
#FRMTS51,-(SP)
#10,-(SP)

SP,RO

CSPNTX
#22,SP
#FRMT60,-(SP)
#1,-(SP)

SP,RO
CSPNTX

44 ,SP

REG+46,~(

#FRMTL1,-(SP)
#10,-(SP)

SP,RO
CSPNTX

#22,5P
RHTYPE

;IS IT RH70 CONTROLLER ?

CZRJMAQ RPO7 FE/HCST JSOLATOR MACRO v04.00 1-JAN-83 713:37:00 PAGE 20-5

SEQ 0068

PROGRAM UTILITIES

227 016502
228
229 016504
016510
016514

001424

012746
012746
010600

016520
230 016524
016530
016534
016540
016544
016546
016550
231 016554

062706
013746
013746
012746
012746
010600
104415
062706
000207

016516

104415

BEQ

011035
000001

MOV
MoV
MOV

#FRMT70,-(SP)
#1,-(SP)
SP,RO

000004
002650
002646
011055
000003

ADD
MoV
MoV
MOV
MoV
MOV
TRAP
ADD
RTS

#4,SP
REG+52,=(SP)
REG+50,=(SP)
#FRMT71,-(SP)
#3,-(SP)
SP,RO
CSPNTX
#10,SP
PC

000010

TRAP

18:

CSPNTX

:BR IF NO
;PRINT °'RPBAE

RP(S3'

E
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 21

SEQ 0069

PROGRAM UTILITIES
.

.':‘Qtt.tt'tt"'Qtttttt"'i"t'tittttttfit'tttittttit'tttii"'it'.'t'ti't"'ttit'

:THIS MODULE IS USED TO PRINT THE MODULE FAULT LIST TO THE USER.

5
6

:INPUT IS SET UP BY 'DECODE® SO THAT R2 IS THE LIST POINTER.
:TO THE USER SPECIFIED PRINTING DEVICE.

1S PART OF

I/0 SUPPORT USED WHEN AN ERROR MESSAGE

IS PRODUCED.

OUTPUT 13

":ttttttttttttt*itt't'ti*t'tfi'tttttttttttt'fittt"tttt'ttttttttttttit (A X2 2232222}

8
9 016556

016556
016562
016566
016570
016572

012746
012746
010600
104414
062706

007273
000001

11 76600

012701

10 016576
12 v16604

010146

016604
016606
016612
016616
016620
C16622

012246
012746
012746
010600
104414
062706

010630
016632
016634
016636
016636

001402
005301
003363

13 0.6626
14
15
16
17
18

THE

016642
016646
016650
016652

19 016656

20 016660

005712

012746

012746
010600
104414
062706
012601

000207

FAULTS:

000004

MOV
MOV
MOV
TRAP
ADD

WFLSTO00,-(SP)
#1,-(SP)
SP,RO
(SPNTB
#4,SP

000015

mov

#15.,R1

MOV
MOV
MOV
MOV
TRAP
ADD

(R2) +,=(SP)
#FLSTO1,~(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,SP

BEQ
DEC
BGT

2%
R
1$

MOV

WCRLF,=(SP)

MOV
18:

007312
000002
000006

006420

000001

000004

TST

28:

MOV
MOV
TRAP
ADD
MOV

R"S

R1,=(SP)

(RS)

1,-(5P)
SP,R0
(SPNTB
4, SP
(SP)+,R1

;;PUSH R1 ON STACK

:GET THE ITERATION COUNT

;MORE DATA?

:IF _ZERD, NO!
ONE LESS ITERATION T0-GO
:DO UNTIL = 0, OR (R2) = 0
:CR=LF

;:POP_STACK

INTO R1

:AND RETURN TO CALLER

SEQ 0070

PROGRAM UTILITIES

tt'ttittt"'ifitt"'t"'t"t'tttttttitQQtt.'ttt.'.'tttt'.ti'ttfi'.lti."'t"'i'

o
~

—

16744

16754

105777
100424

005077
010246
012702

105777
100410

004737
005302
001371
104455
000001
013266
000000
112777
012602
000207

000040
002506
163622

hnN
&~

052777
013777

CBCh

b
D
b
D
D
D
D md
d
b
d od
D e
b

ooo.oooroOrOrOMONOMONOOOO
NNNNNNNNNNNNNOON
S B NWNNNNIN
= =2 =200~V
RNOOSNIO
S NIONNOSNONO

16662

:;tttttitfifitttiti'itt"'i""tt'Q'ifittititItt.'ittttttti.ttttttttttt'ttt'ti'ttt

(elelelelelelelalelelelelolalelelelele

PON) =

=~ OOV

b ced b e cd v ad wmd ed

WN =20V

THIS MODULE DOES THE SEIZE OPERATION IN THE EVENT THAT
A GIVEN DRIVE IS DUAL PORTED.
:CALL IS JSR FC, SEIZE
: THERE ARE NO SIDE EFFECTS

SEIZE:

BIS

#CLR,aRPCS2

sSTART OUT WITH A CLEARED CONTROLLER

1ST8

aRPDS

s1S THIS DRIVE

CLR
MOV
MOV

aRPDS
R2,=(SP)
#10.,R2

sISSUE A DRIVE REQUEST
:SAVE R2
sLOAD R2 WITH AN OVERALL ITERATION COUNT

BMI
JSR
DEC
BNE

2$
PC,WAIT
R2
1%

LWORD
.WORD
.WORD

1
EM27

MOV

DRVNO,QRP(S2

BMI

163614

000012
163602

1$:

TSTB

017000

163556

2%:
3s:

FMAAS AL AR

;

¢AND REDUCE THE ITERATION COUNT
sLOOK AGAIN FOR DRIVE PRESENT

#377 ,aRPAS
(SP)+,R2
PC

sCLEAR ANY UNWANTED ATTENTION BITS
sRESTORE R?
sAND TAKE RETURN

iRl

ARl

liili

IS USED TO WAIT FOR THE SPECIFIED TIMF

MOV

sNOT YET IF RPDS:DRY =

ARttt

THIS MODULE
:CALL

sNOW WAIT FOR THE OTHER PORT TO RELEASE

CSERDF

MOovB
MOV
RTS

SEIZED BY ANOTHER PORT?

:NO, JUST TAKE RETURN

aRPDS

TRAP

000377

+RELOAD THE DRIVE NUMBER

#NUMBER,=(SP)

JSR

ittt liiliiodlds])

IN MILLISECONDS

;NUMBER IN MILLISECONDS TO WAIT

PC,WALITMS

sCALL WAIT ROUTINE

:NOTE: THE SHORTEST WAIT CANNOT BE LESS THAN 16.66MS
.

36 016756
37 016764
38 016770
39 016772

40 016774

016637
005737
003375
012616
000207

42 016776

000000

000002
016776

016776

AN AR

AR AN RN

?217"5: MOV

AN AR AR

2(SP) ,WATIME

AR AN

RN RAA

AN AAAR

NCONRN IR

sGET WAIT TIME IN MILLISECONDS

TST

WATIME

sDONE WITH WAIT YET

MOV
RTS

(SP)+,(SP)
PC

sADJUST RETURN ADDRESS ON STACK
¢NOW RETURN TO imaiN

WATIME:

.WORD

8GT

THIS MODULE

ARTIRNNRY

sBR IF NO

sWAIT TIME GOES HERE
RN

RPN

IS USED TO STALL

:RPO7 MICROPROCESSORS.

R AR R

AR ORI R

AR SRR

RN RS

A Ra Ot RN PSS

OB EREY

IN LOOPS WHICH MUST WAIT FOR THE

THE WAIT IS A FIXED TIME PTRIPy, AND

¢ CANNOT BE CHANGED DYNAMICALLY.

THERE ARE NO SICc F.FECTS.

;;ttttttttttttttttt'ttttt'tttttttttttttttttbtttfitt'ttttttttttttvttttttttntttttt

017006
017012

012727
000000
013727
000000

000372
002116

WAIT:

MOV

w0 RD

#250.,(PC)+
0

.WORD

MOV

LSDLY, (PC)+

——

CZRJMAQ RPO?7 FE/HOST [SOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 22

SEQ 0071

PROGRAM UTILITIES

017014
017020
017022
017026
51 017030
52
53
54
55
56
57
58
59

60
61
62
63
64
65

66
67
68
69
70
71
72
73
74

177772

DEC
BNE

=6 (PC)
.4

RTS

DEC
BNE

177756

=22(PC)
.=20

sNOW RETURN TO MAIN

sAtRRARANARRANAARARCERCCTLIERICOORARRANARNANNARANRAGSOARARACRARREAARRACAROORCORNONONTS

THIS MODULE DOES SOME OF THE ERROR CHECKING WHICH MUST OCCUR AS A
:RESULT OF ANY DATA TRANSFER.
THE MODULE CHECKS SC, TRE, AND MCPE IN

:RPCST, AND CHECKS ERR IN RPDS.

[F ERRORS ARE DETECTED, ‘ERSTAT'' IS

;SET TO =1, OTHERWISE 'ERSTAT'' = 0.
MR

017032
017036
017044
017046
017054
017062

017070
017076
017100
017106
017110
017116
017124
017132
017140

75 017146
76
77
78
79

80
81
82
83
84
85 017150

86 017152
87 017156
88 017162
89 017166

90
91
92
93
94
95
96
97
98

005367
001375
005367
001367
000207

017170
017176
017200
017204
017212
017214
017220
017226
017230

99 017234
100 017240

101 017246

162 017250
103

005037
032777
001415
013737
017737
013737
042737
000420
032777
001417
012737
017737
013737
042737
012737
000207

002466
040000

002524

163460

163444
002452
040000

002456
002452
002454
002454

160000

163404

002512

002456
002452
002454
002454
002466

163370

002452

160000

177777

ERRCK:

CLR
BIT

ERSTAT
#ERR,3RPDS

sSTART OUT WITHOUT ERRORS!
:COMPOSITE ERROR?
JNOT IF 0!

MOV

RPDS . TESTRG

MOV

adRPDS ,RCVED

sAND THE FAILING DATA

BIC
BR

#ERR,EXPTED
2%

BEQ
MOV

3s
RPCS1,TESTRG

:1F _ZERO, NO!
:GET THE FAILING REGISTER

RCVED,EXPTED

:NOW FORM THE EXPECTED DATA

BEQ

MOV
1%:

8IT

MoV
MOV

2%:
3s:

THERE ARE NO OTHER SIDE EFFECTS.

ALAALALAARALARARAARARARRARARRALRSRARAl
R
R
iRl
ldltdRldRlildlilld)

BIC
MOV
RTS

RCVED,EXPTED

sGET THE FAILING REGISTER

sNOW FORM THE EXPECTED DATA

BY CLEARING THE CORRECT BIT
NOW, GG-ON

#SC!TRE:MCPE, 3RPCS1 DID WE GET ANY ERRORS?

adRPCS1,RCVED

:AND THE FAILING DATA

#SC!TRE!MCPE,EXPTED;BY CLEARING THE CORRECT BITS!
#-1,ERSTAT
;SHOW THE ERROR STATUS
PC
SRETURN TO MAIN

SoRRAARARAAAARANAANAACATERNCEAARARAAAANRARAARAAAARARNANREAAARNAAOACCAANRERCROROONS

;THIS MODULE DOES THE DATA LOGGING IN THE EVENT OF

sMISCOMPARE.

A DATA BUFFER

THE ADDRESS ''RPDB'' IS LOADED INTO °‘TESTRG'', THE

:CORRECTED CONTENTS OF “‘RPBA'* ARE USED TO POINT TO THE EXPECTED DATA 4 "EXPTED"’,
:AND THE CONTENTS OF ''RPDB'' ARE LOADED INTO THE RECEIVED DATA ‘RCVED''.
;THERE ARE NO OTHER SIDE EFFECTS.

;:tti'tQt'ttttttt't'ttttttt'ttt"tttitttttttfi'ttttfitttttt't""iti'tt't"t'.t..

010246
017702
162702
005737
001422
032777

LOCATE: MOV

163340

000002
00250¢

000004
002000

18:

000002
010000

28:

000G,
002454
163270

C02452

38:

;SAVE R2

#2,R2

*AND CORRECT IT

aRPBA,R2

RHTYPE

SUB

004000

R2,~(SP)

MOV

:GET THE ADDRESS OF THE EXPECTED DATA
UHICH CONTROLLER??

BEQ
BIT
BEQ
SUB

38
#BIT11,3RPCS3
18
¥ R2

SIT'S AN RH11 IF 0!
IS IT AN EVEN WORD TRANSFER?
:NO, IT IS NOT, IF 0!
*CORRECT IT!

BEQ
SUB
B!T
BEQ
U8

28
#2,R2
#BIT12,aRPCS3
3s
#2 ,R2

LIF 7EPQ, NO!!
SCORRECT FOR A DOUBLE WORD TRANSFER
IS IT AN ODD WORD TRANSFER?
:1F ZERO, NO!
*CORRECT FOR 0DD WORD

MOV

aRPDB,RCVED

*AND FAILING DATA

RTS

BIT

MOV

#81T10,aRPCS3

(R2) ,EXPTED
(SP) +.R2

:IS IT A DOUBLE WORD TRANSFER?

SGET THE ACTUAL DATA
*NOW RESTORE R2

*AND RETURN TO MAIN

—

G .6
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04, 00 1-JAN-83 13:37:00 PAGE 22-1

SEQ 0072

PROGRAM UTILITIES
104

105
106

R I

TR T

ST R

R 2]

THIS MODULE IS USED FOR AN ERROR LOG DUMP.
IT IS FED BY R1, WHICH
SINITIALLY IS N = 1 FOR THE ROUTINE TO BE SELECTED.
R& IS USED FOR
:THE DUMP ROUTINE, AND R1, AFTER BEING INCREMENTED IS USED AS THE

;LOW BYTE ARGUMENT IN R4.

;OUMPS THE RP0O7 ERROR LOG.
A

017252
017254
017256
017260
017264

040104
00520°
050104
004737
000207

015352

AAA

AL AR

NEXLOC: BIC
INC
BIS
JSR
RTS

AR AR

THIS MODULE IS CALLED BY THE TEST WHICH

AMARAAAALAR AR

R1,R4
R1
R1,R4
PC,DIAGLD
PC

AR AARALR

ALARARAARAlsRRARdl

Rttt

sTAKE THE PREVIOUS ARGUMENT FROM Ré&
sGET THE NEXT RAM ADDRESS
;NOW LOAD THE ARGUMENT INTN R4
JRG IS USED TO LOAD THE DIAGNOSTIC ROUTINE
;NOW TAKE THE RETURN

lll]

-y

CZRIMAD RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 22-2

CZRJMAQ RPO7 FE/HOST [SOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE Zi

)

SEQ 0073

O NS Wy —

PROGRAM UTJLITIES

2Rl 22

0222222202222

2220232203228

INCREMENTS

4222232222222222%}/

THE DESIRED

IS READY TO OVERFLOW INTO AN ILLEGAL ADDRESS.

sWHEN THIS IS READY TO HAPPEN,

THE DESIRED TRACK IS SET TO ZERO, AND THE

WA 20000

;DESIRED CYLINDER ADDRESS IS INCREMENTED.
THE TERMINAL STATE IS REACHED
sWHEN THE DESIRED CYLINDER IS ABOUT TO OVERFLOW, AND THE DESIRED TRACK IS
;ALSO ABOUT TO OVERFLOW. WHEN THIS HAPPENS, THE DESIRED TRACK ADDRESS
;1S RESET TO 0.
THE CALLING MODULE MUST DETECT WHEN THIS CONDITION
sOCCURS.
VARIABLES: DESCYL, AND DESTRK ARE AFFECTED BY THIS MODULE.
sTHIS MODULE IS AFFECTED BY THE VALUE IN ''LASTRK'', WHICH REPRESENTS
:THE LAST USER TRACK, AND BY LASCYL, WHICH REPRESENTS THE LAST USER

D b wcd b
b d

b b d

W20V

N NN PO NI NI N PO NI NI N

CONTROLS SPIRAL READS OR WRITES.

s TRACK ADDRESS UNTIL

sCYLINDER ADDRESS ON THE DRIVE.
sFE

CYLINDER ADDRESSING.

LASCYL DOES NOT INCLUDE ANY DIAGNOSTIC

;:tt'tttt'iti'tttttt"tt""tt"'tti.ttt?ttti'.t'tttttttttt."tttt'ttt'tt'tt"'

017266
017274
017276
017302
017304
017312
017314
017320
017324

SUWN=OVBNO VB WN=2O VNIV

2332222022022

cTHIS MODULE

B8N BN 8

B NN NN AN N

017326
017330
017332
017336
017342
017344
017350
017352
017356
017360
017362
017364
45 017366

29 017370

123737
103003
105237
000410
023737
101002
005237
105037
000207

0026415

002372

002415
002416
002416
002415

002376

SPIRAL: (MPB
BHIS
INCB
BR
1$:
CMP
BHI
INC
2%:
CLRB
3$:
RTS
A

DESTRK+1,LASTRK
1%
DESTRK+1
3%
DESCYL,LASCYL
2$
DESCYL
DESTRK+1
PC

;TRACK COUNT AT MAX?
sIF HIGHER OR SAME, VYES!
¢NEXT TRACK PLEASE...
sAND RETURN
;LAST CYLINDER ADDRESS?
sYES, WE ARE ABOUT TO OVERFLOW:!
sNEXT CYLINDER ADDRESS PLEASE....
;RESET THE TRACK ADDRESS TO 0
:NAD TAKE THE RETURN

A22222000
RS ARl R
2 220202020220
0002202220022 R 282222

:THIS MODULE CREATES AN IMAGE OF THE RP REGISTERS.
1T IS USED TO SAVE THE REGISTERS FOR AN ERROR DUMP AFTER
;AN ERROR IS DETECTED.
CALL IS JSR PC,SAVRPR
:THE OUTPUT OF THIS MODULE LOADS A BUFFER CAL.LED ‘REG
RN RAARAARRARAAARRRLN

010046
010146
012700
012701
013021
022700
1G1374
005737
001402
013021
013021
012601
012600

000207

002512
002576

002562
002504

SAVRPR: MOV
MoV
MOV
MOV
1$:
MoV
CMP
BHI
TST
BEQ
MoV
MOV
2%:
Mov
MoV

RTS

TR ARNRARANRAANRENAN. CRACANAROAANNRCOACONRANRNANSIROIORSE

RO,=(SP)
R1,-(SP)
#RPCS1,RO
#REG,R1
d(RO)+,(R1)+
#RPBAE ,RO
1$
RHTYPE
2%
3(RO)+,(R1)+
3(RO)+, (R1)+
(SP)+,R1
(SP)+,RO

sAND THE TRANSFER ADDRESSES
:OF THE SOURCE AND REG BUFFERS
;NOW LOG THE DATA
¢ARE WE AT THE LIMIT?
:DO UNTIL ALL RHXX REGISTERS ARE LOGGED
sGET THE CONTENTS OF RPBAE
;GET THE CONTENTS OF RP(CS3

sRETURN TO MAIN FOR ERROR REPORT

AL ARAR AR AL AR AR AR Al ARl

cTHE FOLLOWING THREE MODULES ARE USED TO FORM UP EXPECTED VS RECEIVED DATA

cAND THE BIT FAILS TO SET, AND THE

52
53
54

sFOR TWO TYPES OF CASES.

ittt Rdtld])

THE FIRST IS WHEN THE PROGRAM TRIES TO SET A BIT
SECOND IS WHEN THE BIT FAILS TO CLEAR.

sTHE FORMER CASE IS HANDLED BY °‘BISEXP'' AND THE LATTER BY °‘BICEXP''.
;BOTH "BISEXP'* AND 'BICEXP'* CALL '‘REGSET'' TO PERFORM SOME PREL IMINARY
;DATA SETUP,
BOTH MODULES ''BISEXP'' AND 'BICEXP'® AFFECT THE FOLLOWING:
PO

Rdl

ARAAA

AR ARl
RdRRRldR
iRl RdRRR])

J
.6
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.0C 1-JAN-83 13:37:00 PAGE 23-1

SEQ 0074

PROGRAM UTILITIES

58
59
60
61
62
63
64

017372
017376
017402
017406
017414
017420

017602
004737
062716
057637
062716
000207

000000
017452
000002
000000
000002

65 017422
66 017426
67 017432
68 017436
69 017444
;? 017450

017602
004737
062716
047637
062716
000207

000000
017452
000002
000000
000302

72
73
74
75
76
77
78
79
80

011237
011202
011237
013737
000207

002456

017452
017456
017460
017464
017472

002454

#2,(SP)
a(SP) ,EXPTED
#2,(SP)

RTS

BIC
ADD
RTS

REGSET: MOV
MOV
MOV
MOV
RTS

002454

THE POINTER FOR A RETURN

sRETURN

#2,(SP)
a(SP) ,EXPTED
#2,(SP)

(R2) ,TESTRG
(R2),R2
(R2) ,RCVED
gEVED.EXPTED

sGET THE FAILING REGISTER
sGET THE FAILING REGISTER
sNOW GET ITS CONTENTS
sAND FORM EXPECTED DATA

PC,REGSET

ADD

002454

cMOVE

:GET THE POINTER TO THE FAILING REG.
:GO LOAD RESULTS
sMOVE THE POINTER TO GET THE MASK
sCLEAR EXPECTED BIT WHICH FAILED
;MOVE THE POINTER TO TAKE A RETURN
sNOW TAKE THE RETURN

a(SP) ,R2

BICEXP: :MOV
JSR

;GET THE POINTER TO THE FAILING REG.
:GO LOAD RESULTS
sMOVE THE POINTER TO GET THE BIT MASK
sSET EXPECTED BIT WHICH FAILED

sRETURN

kAR ARANRANSERCCAIACONCAORRRASARARAARCANROORNANOROANARNARRACAARAEACORRAONOTSY

sTHIS MODULE ISSUES A CONTROLLER CLEAR AND CHECKS THE REGISTER POINTED
sTO BY THE STACK WHEN THE MODULE WAS ORIGINALLY CALLED.
THE REGISTER

21S CHECKED AGAINST LOCATION ‘MSK'',

THE BITS JN MSK = 0 FOR THOSE BITS
IF THE BITS UNDER TEST

sWHICH SHOULD HAVE CLEARED AFTER A CONTROLLER CLEAR.

:DiD NOT CLEAR, AN ERROR MESSAGE IS DISPATCHED BY THIS MODULE, REPORTING
sTHE

FAILING REGISTER,

FAILING DATA,

AND EXPECTED DATA.

THE RETURN

sADDRESS IS MOVED OVER THE REGISTER UNDER TEST, AND CONTROLL IS AGAIN
THIS MODULE AFFECTS: °‘TESTRG'', 'EXPTED‘’,
sPASSED TO THE CALLING MODULE.
:"'RCVED'".

002450

RESET:

000002
000040
002450

002456
002454
002452
002450

017550
017552
017554

017556
017562
017564
017570

PC,REGSET

JSR
ADD
8IS
ADD

sokhkk

81
82
83
84
85
86
87
88
89
90 017474
91 017500
92 017502
93 017506
94 017510
95 017516
96 017522
97 017524
98 017530
99 017534
10" 017540
101 017546

102
103
104
105

002452
002452

3(SP),R2

BISEXP::MOV

012602

002450

000002

163004

(COM
MOV
MoV
MOV

8IS

BIT

BEQ

MOV
MOV
MOV

002454

8IC

TRAP

18:

.WORD
.WORD
.WORD
(oM
MOV
ADD
RTS

RAAN R

AT A

AR TANAARAAARNARIRAANRARARARANRARENARRNAGONONOROTONS

MSK

;gzng;zTHE BIT MASK, BITS TO TEST=1

a2 (SP) ,R2

sFORM ADDRESS OF REGISTER UNDER TEST

R2,=(SP)

(R2) ,R2

#CLR.ARPCS2
MSK, (R2)
1%
R2,TESTRG
(R2) ,EXPTED
(R2) ,RCVED
MSK,EXPTED

gSERHRD

EM15
ERRO

MSK

(SP)+,R2
#2,(SP)

sGOT IT NOW!
sSET RPCS2:CLR=1
;LOOK FOR BIT(S) UNTER TEST TO CLEAR
sI1F 0K, SKIP £RROR DISPAT(CH
sLOAD THE FAILING ADDRESS
sAND GET THE FAILING DATA
sAND SAVE

sNOW FORM THE EXPECTED DATA

;BITS T0 TEST=0
;RESTORE R?

+MOVE RETURN ADDRESS OVER DATA FIELD

sRETURN

SEQ 0075

CZRJMAQ RPQO7 FF/HOST ISOLATCF MACRO v04.00 1-JAN-83 13:37:00 PAGE 24

PROGRAM UTILITIES
1

2
3

SoANNARARAAANRRRLARNCLCACRAREREEARNANORANRANNANAAOARANANCORORNCAAARNNARNANOEOTRORS

5
6
7

:TRROR MESSAGE 1S DISPATCHED IN THIS MODULE.
CONTPOL IS DETERMINED 8y:
"ILOCK" WHICH DETERMINES IF THE DEVICE MUST BE POLLED, IE IR’ OR "‘OR"’
i= 1 AND *MSKTM WHICH CONTAINS THE BITS=UNDER=TEST = 0. WHEN THE
MODULE IS CALLED, ''SNK'' SHOULD EQUAL THE ADDRESS OF THE REGISTER UNDER TEST.

:THIS MODULE, WITH EXTERNALLY SET-UP LINKAGE, WRITES THE REGISTER=-UNDER
sTEST TO A 2ERO.
IF THE BITS UNDER T_ST DO NOT CLEAR AS EXPECTED, AN

:THE OUTPUT OF

9
10
1"

12
13
14
15
16
17
18
19

20
21
22
23
24
25
26

'WCVED"
L

017572
017576
017600
017604
017610
017614
017616

017622
017630
017636
017644
017650
017656
017660
017662
017664
017666
27 017670
28

005737
001402
004737
005077
005737
001402
004737
017737
043737
013737
005137
033737
001404

002460

LDZERO:

017672

162630

1%:

002460

017706
162612

002450
002450
002454
002454

002452
002452
002454

104456
000006
012523
014172
000207

IS IN THREE VARIABLES: ‘'TESTRG'', 'EXPTED'’, AND

ILOCK
1%
PC,IRLOCK
aSNK

BEQ

MOV

aSNK ,RCVED

JSR

2%:

TST
BEQ
JSR
CLR
TST

Ty T

PC,ORLOCK

:JK, POLL FOR OR TO SET

4%:

RTS

AL ARt

sNOT IF ZERO

sGET THE TEST RESULTS

sSTRIP OQUT THE UNWANTED BITS
sGET THE BIT MASK
sBITS=TO-TEST = 1
:NOW DO THE DATA COMPARISON
;BITS TO TEST = 0, OK!

EM15
ERRO

JRETURN TO MAIN

ddl

ittt

itddili

ittt

ittt dildd)

:THIS MODULE POLLS *'IR’' TO EQUAL A ONE AT SOME TIME.
THE ACTUAL TESTING
:OF "'IR' AGAINST A WATCHDOG TIMER IS NOT DONE HERE, BUT A SUPERVISOR CALL

;1S ISSUED IN CASE “'IR" NEVER SETS, AND THE DIAGNOSTIC HANGS.
:WILL RESPOND TO A CONTROL C WHILE

THE DIAGNOSTIC

IN THIS MODULE.

;:ttttttttttttttttttt'ttttit'ttittttittttttttfit'ttttttt'tttt'tiittttttt'ttltttt

106422
032777

001773
000207

IRLOCK:

000100

TRAP

C$BRK

BIT

162620

#IR,aRPCS?2

BEQ
RTS

sPOLL IR IN RP(CS2

IRLOCK
PC

JAND WAIT FOR IT!
JNOW RETURN TO CALLING SUBROUTINE

A
42

THIS MODULE POLLS ''OR’* AND WAITS FOR IT TO SET.

;1S ISSUED IN CASE ‘‘OR NEVER SETS, AND THE DIAGNOSTIC WANGS.

AR RN

AR AR

RSN

NR AR

E AR RA RN

O T O NRY

THE ACTUAL TESTING

:OF "ORTM AGAINST A WATCHDOG TIMER IS NOT DONE HERE, BUT A SUPERVISOR CALL

sWILL RESPOND TO A CONTROL C WHILE IN THIS MODULE.

48 017706
017706
49 017710
50 017716
51 017720

[L0CK

MSK,RCVED
MSK ,EXPTED
EXPTED
EXPTED ,RCVED
4%
CSERHRD
6

.WORD
JWORD

cPOLLED MODE?
sNOT IF ZERO
;POLL AND WAIT FOR IR TO SET
sWRITE 0°S TO THE REGISTER UNDER TEST
;POLLED MODE?

BIC
MoV
COM
BIT
BEQ
TRAP
.WORD

002452

29
30
3
32
33
34
35

36 017672
017672
37 017674
38 017702
39 017704
40

THIS MODULE

104422

032777
001773
000207

AAEAAA AR

ORLOCK:

000200

162604

TRAP

ARl

C$BRK

ittt

THE DIAGNOSTIC

ittt

BIT

#0R,aRP(CS2

;POLL OR _IN RP(S2

RTS

:NOW RETURN TO CALLING SUBROUTINE

BEQ

ORLOCK

sAND WAIT FOR IT!

tisiisdad]

L
CZRJMAD RPOZ FE/H OST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 25

SEQ 0076

NS W N =2

PROGRAM UTILITIES

Ty T

VNS WN = OV00

MIRAAA

017722
017726
017734
017742

004737
G12777
052777
000207

016662
000021
010000

162556
162602

THCRE ARE NO SIDE EFFECTS.

LMLALAALLASALAAARARARAAAAAAALARRASARLAARRLRR
AR AR AR RdlRltRlllliddldltlldd)

PRELOD: JSR
MOV
BIS
RTS
AASALAAAAS

PC,SEIZE
#RIP,aRPCST
#FMT ,aRPOF
PC
AR AR

AR iRl

:GET THE DRIVE'S ATTENTION
¢ISSUE A READ IN PRESET COMMAND
216 BITS/WORD
sRETURN
R

ittt

idl

ARttt ittt

litilstlldd)

;THIS MODULE DOES THE PARAMETER SETUP FOR °'‘FLOAT'’, ‘'LDZERO’’ AND '‘CONSET''.

sIT GETS ITS INPUT FROM A TABLE POINTED TO BY THE STACK WHEN THE
¢MODULE IS INITIALLY CALLED.
THIS TABLE CONTAINS THE DATA STRUCTURE
sUSED BY SOME TESTS.
CONTAINED WITHIN THE DATA STRUCTURES ARE

NN AANIND PO NI NININONININD)
b b b ed e ed oo ocd
e D

sIN PRESET COMMAND, AND SETTING FORMAT 16 = 1.

WN = OV

sTHE FOLLOWING:
1) THE REGISTER UNDER TEST, 2) THE BITS UNDER TEST,
sTHE DATA PATTERNS TO USE, 4) THE NUMBER OF PATTERNS TO USE.

:THE OUTPUT OF THIS MODULE IS IN: *MSK'‘; WHICH CONTAINS THE COMPL IMENTED
:FORM OF THE BITS UNDER TEST, ''PATCNT'' WHICH CONTAINS THE NUMBER OF PATTERNS
;7O USE, "MASK'' WHICH CONTAINS THE NUMBER OF BITS TO TEST, °‘'SRC'’; WHICH

sCONTAINS THE ADDRESS OF THE DATA PATTERN TO USE, ''SNK'’; WHICH CONTAINS
s THE ADDRESS OF THE REGISTER TO TEST, ''SCRTMP'': WHICH IS LOADED FOR A

V00NV

;POSSIBLE ERROR CONDITION, °‘‘CSTORE'® WHICH CONTAINS THE CARRY BIT FROM THE
sLAST OPERATION (INITIALLY SET TO O, INDICATING THE FIRST OPERATION).
e

010246
005037
017602
012237
013237
013737
012237
011237

002432
000002
002434
002440
002440
002446
002442

>8 020012

013737

002446

W= O

017744
017746
017752
017756
017762
3% 017766
35 017774
36 020000
37 020004

39 020020
40 020026
41

sTHIS MODULE, ONCE THE DRIVE HAS BEEN SEIZED, DOFS A PRELOAD OF THE DRIVE.
sA PRELOAD IS AN OPERATION WHEREIN THE DRIVE IS ScT UP THROUGH USE OF A READ

020026

25 020032

017737

005137
012602
062716

000207

162432

002450

SETUP:

002456
002444

AN R AN AN

AN AN R AR AR ARARANRA RN ANRAAAARAARAAAAAA AN

R2,=(SP)
CSTORE
32(SP) ,R2
(R2)+,PATCNT
3(R2) +,SNK
SNK, TESTRG
(R2)+,MASK
(R2), SRC

:SAVE R2
:CLEAN CARRY STORE
:GET TABLE ADDRESS
GET THE # OF PATTERNS TO RUN
;ADDRESS:REGISTER TO TEST
:ADDRESS = REGISYER UNDER TEST
*BITS T0 TEST
*TEST PATTERN

MOV

MASK , MSK

*GET THE BITS TO STRIP OUT

ADD

#2,(SP)

COM
MOV

000002

RN A

MOV
CLR
MOV
MOV
MOV
MOV
MOV
MOV
MOV

002450

AN XA

RTS

aSRC,SRCTMP

MSK
(SP)+,R2
PC

AN RN NNARY

:BUFFER TO DIDDLE THE BITS

:DON'T CARE BITS = 1
*RESTORE R2

*MODIFY RETURN OVER DATA FIELD

*RETURN

:;tttttttitt'ttttttiit"it't't"tt*tt'i't""tititit'fititttittt*'ttttti*'tt"tt

45
46
47

:THIS MODULE GENERATES A BIT WHICH IS FLOATED THROUGH A SELECTED REGISTER
SUNDER TEST.
IT IS SETUP THROUGH THE MODULE ''SETUP'’.
IF ERRORS ARE DETECTED,
1T WILL DISPATCH AN APPROPRIATE ERROR MESSAGE.
THIS MODULE EFFECTS THE

::itt't'tt**t*tttttttti"tttttttit*tiifittttt'ttttttttttttt'it't'itti'ttttt'ttt'

48
50

51
52
53
54
55
56
57

:FOLLOWING VARIABLES:
020034
020040
020044
020050
020056
020060
020062

013746
063716
043716
011637
005737
001402
004737

002444
002432
002450
002454
002460
017672

FLOAT:

MOV
ADD
PI(
MOV
TST
BEQ
JSR

''MASK'', “'CSTORE'', *‘SRCTMP'*, ‘RCVED'", "EXPTED'.

SRCIMP,=(SP)
CSTORE , (SP)
MSK, (SP)
(SP} ,EXPTED
ILOCK
1$
PC, IRLOCK

:;PUT PATTERN ON STACK
*ADD CARRY FROM LAST ROTATE
:CLEAR OUT UNWANTED BITS
*GET THE EXPECTED DATA
*SHOULD WE POLL IR/OR??
:NO, JUST DO THE LOAD FUNCTION
:GO~AHEAD AND POLL FOR IR = 1

M6
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 25-1

SEQ 0077

PROGRAM UTILITIES

58 020066
59 020072
60 020076
ol 020100
62 020104
63 020110
64 020114
65 020120
66 020122
67 020124
68 020130
69 020134
020136
020140
020142
70 020144
71
72
73
74
75
76
77
78
79

020146
020150
020154
020156
020162
020164
020170
020172
020200

011677
005737
001402
004737
017746
043716
011637
022626
00141
062716
005037
104456

000007
012454
0146172
000207
000241
006137
000241
006137
103403
005037
000765
012737
000761

162346
002460

1%:

017706
162330
002450
002452

2%:

MOV

BIC

MOV

CMP
BEQ

000002
002446

ADD

5%:

002446

CLR
TRAP
.WORD
-WORD
.WORD
RTS

002432
002432

6%:

(SP) ,aSNK
ILOCK

PC,ORLOCK

aSNK,=(SP)
MSK, (SP)
(SP) ,RCVED
(SP)+,(SP)+

¢sWRITE DATA TO REG UNDER TEST

sSHOULD WE POLL FOR OR = 1?
¢NO, JUST GET RESULTS
;0K, POLL FOR OR = 1
sGET THE RESULTS
:STRIP UNWANTED DATA

¢AND SAVE FOR POSSIBLE ERROR REPORT

cLOOK FOR MATCH
s IF MATCH,

SKIP ERROR DISPATCH

:gigER. MODIFY RETURN FOR ERROR LOOP
O FOR PREMATURE EXIT

gSERHRD
EM14
ERRO
PC

sRETURN

sCARRY
= 0
?EggCE TSE ITERATION COUNT BY ONE

ROL

MASK

ROL

SRCTMP
33
CSTORE
4$

:ROTATE PATTERN

sRETURN

CLC

002444

000001

MOV
TST
BEQ
JSR

BCS
CLR
BR

MOV
BR

AL AEL AL

:0BSERVE & SAVE CARRY

: CARRY=0

#1,CSTORE

LAt

ARl

sRETURN

sCARRY = 1

Rttt

ittt

ottt

ililsitddl)

:THIS MODULE DOES SOME DATA COMPARISON.
IF THE DATA DOES NOT MATCH,
;AN ERROR MESSAGE AND APPROPRIAEEP?égA ARE REPORTED.
VARIABLES AFFECTED ARE:

‘PSTACK” “TESTRG'', '‘RCVED'*
N

87 020202
88 020204
89 020210

002652
000002

92 020222
93 020226

002450
002454
002460

90 020214
91 020216

94
95
96
97
98
99
100

020232
020234
020240
020244
020250
020252
020256
020262
102 020266
103 020274

COMPAR: MOV

1$:

162174
002460

017706

162156

28:
002456

002402

R2,-(SP)

BEQ
JSR

1%
PC, IRLOCK

1LOCK

MOV

1LOCK

(R2)+,aSNK

BEQ

MOV
BIC

asSNK, (R2)
MSK, (R2)

MOV

(R2) ,RCVED

JSR

MOV

4%:

#PSTACK ,R2
a2(SP), (R2)
a(R2)+,~(R2)
MSK, (R2)
(R2) ,EXPTED

PC,ORLOCK
SNK
. TESTRG

CMP
BEQ

(R2)
.~ (R2)
48

JWORD
"WORD
.WORD

4
EM14
ERRO

MOV

(SP)+,R2

TRAP

108 020320

A AR

MOV
MOV
MOV
BIC
MOV
ST

017672

002450
002440
002452

AR AR

CLR

CSERHRD

TTCOUN

P AR R AR AR AR AR R AN AR AR

RN A AAN

ARARRANNSE

:SAVE R2
;GET THE SOFTWARE PSTACK ADDRESS
:GET THE ADDRESS OF THE DATA PATTERN TO RUN
sNOW GET THE DATA FATTERN TO USE
; THROW OUT UNUSED DATA

sAND SAVE EXPECTED RESULTS FOR POSSIBLE ERROR
sPULL IR/OR MODE?
:NO, JUST GO-ON
cWAIT FOR IR TO SET, IT REALLY WILL!
sWRITE DATA TO THE REGISTER
sPOLL IR/OR MODE?
sNOT IF ZERO
;WAIT FOR OR TO SET, IT REALLY WILL!
sGET THE RESULTS
s IGNORE UNUSED DATA
sSAVE REGISTER UNDER TEST
sAND THE REGISTER DATA
sCHECK RESULTS
:0K, SKIP ERROR REPORT

sSET ITERATIONS TO 0

;RESTORE R?2

N 6
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 25-2

SEQ 0078

PROGRAM UTILITIES

109 020322
}}? 020326

062716
000207

000002

AD"
RTS

#2,(SP)
PC

sMOVE RETURN OVER DATA [NPUT
;NOW RETURN TO MAIN

112

AAAAAALAAAL A AL A ALAAAAAAAAARAARLAA AR AARARARARRARARR

113
114

sTHIS MODULE 1S USED TO CONTINUE A SETUP PRUCEDURE BETWEEN SUBTESTS
;WITHIN A DIAGNOSTIC TEST.
IT AFFECTS THE FOLLOWING VARIABLES:
‘'PATCNT',

116

117
118 020330
119 020334
120 020336
121 020342
122 020350
123 020356
124 020362
125 020370

005337
100415
005037
062737
013737
005137
017737
000207

002434

002432
000002

002450

002442
002446

162054

002444

002446

AAALE AL A AR AR AR AR

CONSET: DEC
BMI
CLR
ADD
MOV
COM
MOV
1$:
RTS

ARAAAALAARA

PATCNT
19
CSTORE
#2,SRC
MSK,MASK
MASK
dSRC,SRCTMP
PC

ARl AdR

ARl

ARl Rl

dldldildlddl]

ARl

;ONE LESS PATTERN TO GO
JUNDERFLOW, WF'RE FINISHED!
:CLEAR CARR/ STURE
:GET NEXT PATTERN
sRELOAD # OF BITS TO TEST
sCORRECT THE INVERSION (BITS TESTED=1)
sLOAD THE BUFFER FOR BIT MANIPULATION
sRETURN

idRdRdddd)

B
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 26

SEQ 0079

PROGRAM UTILITIES

cer PR 2222222232223 2222222222222 2223223228222 2222222233232 2X2 22322222222 XX2RZ ]

“THIS MODULE IS USED IN THE EVENT OF A POWER FAIL.

5
6

‘WHICH PERIODiCALLY INFORMS THE USER THAT DRIVE READY HAS NOT YET SET, AND
STHE PROGRAM IS WAITING FOR IT TO SET BEFORE CONTINUING THE TESTS.

‘READY TO SET BEFORE RETURNING TO THE MAIN CODE.

M ;ttttttt*ttttttttttttittt'tttttttttttttttttttttttttttttttttttttttttttttttttttt

8
9 020372

010146

11 020400

013777

10 020374

012701

000062

002506

12 020406 032777 010000
13
14
15
16
17

IT WAITS FOR DRIVE

IT MAINTAINS A TIMER

020414
020416
020422
020424
020426

001017
004737
005301
003370
013746

20 020454

012701

22 020466
23 020470
24 020474

001017
004737
005301

017000

26 020500

013746

002506

020510
020514
020516
020520
gg 020524

012746
010600
104417
062706
000753

000002

29 020526
30 020530

012601
000207

:LOAD THE UNIT UNDER TEST

2$%:

BIT

#MOL , 3RPDS

MOV
MOV
MOV
TRAP
ADD
BR

#MESG10,~(SP)
#2.-(SP)
SP.RO
CSPNTF
#6,SP
18

;AND LOOP

MOV

#50. ,R1

:GET AN ITERATION COUNT

BNE
JSR
DEC

5%
PC,WAIT
R1

:YES, GO-ON
SSTALL FOR A WHILE
*ONE LESS ITERATION TO-GO

000006
000062

DRVNO,aRPCS2

#50. .R1

006577
000002

21 020460 032777 000200

012746

162110

:SAVE R1

MOV

002506

012746
012746
010600
104417
062706
000750

020504

162114

R1,=-(SP)

1$:

017000

020432
020436
020442
020444
020446
}g 020452

25 020476 003370

WATDRY: MOV

3¢:

162036 4$%:

MOV
BNE
JSR
DEC
BGT
MOV

8IT

MOV

#MESGT1,~(SP)

MOV
MOV
TRAP
ADD
BR

000606

5% :

#DRY .3RPDS

B8GT

MOV

006671

3$
PC,WALT
R1
2
DRVNO,
= (SP)

MOV
RTS

DRVNO, = (SP)

SGET AN ITERATION COUNT

SMEDIUM
ON LINE?

JIF = 1, YES
SSTALL FOR A WHILE
:ONE LESS ITERATION TO-GO
:DO UNTIL R1 = 0

*1S DRIVE READY SET?

:D0 UNTIL R1 = 0

#2.-(SP)
SP.RO
CEPNTF
#6,SP
38

:AND LOOP

(SP)+,R1
PC

;RESTORE R1
CEXIT

e Lan )

e
—

FAAAAALAAASAA AR AR

RALAARRA

SRRl

ARlRRRd

ARl

Al lRidildii

THIS MODULE DECODES TWO VARIABLES: '‘ERRWD1‘' AND °'‘ERRWD2'',

ittt

llddl

COMTAINED

:WITHIN THESE TWO VARIABLES ARE BITS WHICH REPRESENT THE VARIOUS MODULES
;WHICH ARE TO BE CALLED OUT FNR DIAGNOSTIC TEST FAILURES.
AFTER THE

;DECODING IS DONE, THE MODULE

"REATED AN ASCII DISPATCH TABLE WHICH

sPOINTS TO THE VARIOUS ASCII m_SSAGES REPRESENTING THE ACTUAL MODULE CALLOUT.
MR

002404
004060
002676
000002
000015
000001

020532
020536
020542
020546
020552
020556
020562
020564
020566
020570
020572
020574
020576
020600

ARAALL

MOV

MoV
MOV
MoV

MOV
BIT
BEQ
MoV
DEC
TST

#ERRWD1,RO
#MCUTAB.R2
#MCUTXT.R3
#2,RS

#15. R4

#8170,R1
R1, (RO)

(R2),(R3)+

ASL

5%:

020626

SRS

DECODL
- MOV

4%:

BNE

VO NN

WNNINDRNVNV NI NI PNINININD) b eod wd ed d

OO0 NN

b b

d b

WA = O

000NN NS WY

5
012702
000207

002676

6%:

DEC
BEQ
TST
BR
TST
BEQ
CLR
DEC
BGT
MOV
RTS

AR AAAALAAAARARS

#MCUTXT,R2

SRR

ARl

iRl

dlt

adlildiltitdialddl]

JGET THE FIRST ERROR WORD STATUS
;GET THE MODULE CALL OUT INDEX FILE
:NOW GET THE OUTPUT POINTER FILE
JWE'RE DOING 2 ERROR WORD MASKS'
JAND JE'RC CREATING 13. MESSAGE FILES!
;FORM THE INITIAL BIT MASK
;IS THIS BIT ''ON'"??
:NO, DON'T DO ANYTHING NOW!
JGET THIS MESSAGE!
JONE LESS MESSAGE TO GET!
JNEXT INPUT MESSAGE PLEASE...
;MOV MASK OVER FOR NEXT FIND...
JKEEP GOING IF NOT ZERO
JNEXT ERROR WORD STATUS ?
;IF ZERO, DONE WITH SEARCH
JNEXT cRROR WORD PLEASE..
:NOW SCAN THIS WORD!
:DID WE LOAD 7 MESSAGES?
JVES, JUST LOAD POINTER AND RETURN
;CREATE THE NULL MESSAGE FILE
;DONE?

:NOT IF > O!

;LOAD THE OQUTPUT POINTER NOW, WE'RE DONE!

;TAKE
ARARAR

THE RETURN
ittt

THIS IS A SIMPLE INTERRUPT ROUTINE WHICH TALLYS THE NUMBER OF
RECEIVED FOR ANY SELECTED OPERATION.

lddd

)]

INTERRUPTS

t*tt*tttttttttttttt*t"t*tttttttttttttttttttttk*ttttttittttttttt't*"tii'tt"

020630
020630
020634
020634

005237
000002

002462

INTSRV

L10007:

INC
RTI

INTFLG

sCOUNT THIS INTERRUPT

SEQ 0080

PROGRAM UTILITIES

-t

¢
CZRJMAQ RPO7 FE/HOST ISJLATOR MACRO v04.00 1~JAN-83 13:37:00 PAGE 27

D
CIRJMAO RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 28
REPORT

CJODING SECTION

.SBTTL

REPORT CODING SECTION

42
43

; THE REPORT CODING SECTION CONTAINS THE
; "PRINTS'' CALLS THAT GENERATE STATISTICAL REPORTS.

46 020636

LSRPT::

60 020636
020640

000167
000000

WORD
.WORD

JSUMP
L10010-2-.

.EVEN

75 020642

020642

104425

L10¢10:

TRAP

CSRPT

SEQ 0081

E
C(ZRJMAQ RPO7 FE/HOST JSOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 29
TABLE

}

W—=0000 NN

wny
=

PROTECTION

.SBTTL

PROTECTION TABLE

:
;

020644
020644

000000

020650

000006

020646

177777

THIS TABLE
TO PROTECT

L$PROT::

IS USED BY THE RUNTIME SERVI(cS
iHE LOAD MEDIA.

;P-TABLE OFFSET OF (SR

sP=TABLE OFFSET DRIVE #

sNOT A MASSBUS DEVICE

SEQ 0082

CZRJMA 0 RPO7 FE/HOST
TIALIZE SECTION
INITI

F
ISOLATOR MACRO Vv04.00 '-JAN-83 13:37:00 PAGE 30
.SBTTL

]

8 020652

9
10 020652
11
12 020654

020660

14 020662
15

THF

012700

104447

000034

INITIALI2E SECTION CONTAINS THE CODING THAT IS PERFORMED

THE BEGINNING OF EACH PASS.

TRAP

CSRESET

MoV

#EF .PWR,RO

BCS

5¢

MOV
TRAP

#EF .CON,RO
CSREFG

TRAP

103504

CSREFG

16 020664
020670

012700
104447

18 020672
19

103002

BCC

020676
21 020700
22 020700
020704
23
264 020706
gg 020710

104432

000446

TRAP

CSEXIT

27 020714
020720
020724
020726
020730
28 020734
29 020742
34 020746
35 020752
36
37 020756
020762
020764
38 020766
39 020770

012746
012746
010600
104417
062706
012737
005237
012702
012703

20 020674

40
41
42
43
44
45
46
47
48
49

020772
020774
021000
021002
021006
021006
021012
021016
021020
021024

50 021026

§1 021030

012700
104447
103015
005037

013700
104442
010005
103365
011346

011546
166616
061623
005302
001375
004737
005737
001406
013702
061502

010223

005722

000036

1%:

000035

002422

006620
000001
000004
177777
002472
000024
002512

002472

2%:

002472

000002

014700
002504
002502

3$:

SEQ 0083

INITIALIZE SECTION

LSINIT::
104433

.WORD

L10012-.

MOV
TRAP

#EF .NEW,RO
CSREFG

BCC
CLR

2$
ROUTDO

MoV
MOV
MOV
TRAP
ADD
MOV
INC
MoV
MoV

#1,-(SP)
SP,RO
CSPNTF
#4,SP
#-1,UNIT
UNIT
#20. ,R2
#RPCS1,R3

MOV
TRAP
MOV
8CC
MOV

UNIT,RO
CSGPHRD
RO,RS
2%
(R3),=(SP)

MOV
suB
ADD
DEC
BNE
JSR
TST
BEQ
MOV
ADD

MOV

1ST

;RESET THE WORLD
:POWER UP SEQUENCE

:GO TO S$ IF

YES

;CONTINUE COMMAND ?

:GO TO 1% IF NO, ELSE
SEXIT

INIT

:*STA',

'RES' OR 'NEW PASS®

;GO TO 2% IF NO, MUST BE NEW °'SUB-PASS'®
;?kLEg A NEW USER SELECTED MICRO DIAGNOSTIC SELSCTION

#CRLF ,=(SP)

;RESET UNIT COUNT
:GET NEXT UNIT NUMBER FOR TESTING
sRH/RP REGISTER COUNT
:DATA SINK
:GET UNIT FROM HARDWARE P-TABLE

:SAVE R3
;AND THE BASE ADDRESS

(RS),-(SP)
2(SP),(SP)
(SP), (R3)+
R2
3$
PC,SIZE70
RHTYPE
48
RHEXT,R2
(R5) ,R2

:DERIVE NEW ADDRESS
;:LOG IT IN NEW TABLE
:COUNT LOGGING
:R2 NOT ZERO, CONTINUE LOGGING
;SEE IF RH70 IS PRESENT
1S IT AN RH70 ?
:BR IF NO
;GET RPBAE OFFSET
:ADD BASE ADDRESS TO OFFSET

(RO) +

SADD 2

R2,(R3)+

:SAVE NEW RPBAE

SEQ 0084

INITIALIZE SECTION

NNOCVN
WL SSUNWINNIN) = —
SOOI OSNOSTO

52 021032
53
56 021034
55 021036
56 021042
57 021046
58 021052
59

010213
002474
002476
002500
002506
002370
002374

012777
013701
010177
005037

116137

004737
012746
004737

020372
002404
002406
002460
002462
002464
002466
002420
000040
002506

161350
002400
002566
015550
003720
016756

4%:

MOV

R2,(R3)

sSAVE NEW RP(S3

(MP
Mov

(SP)+,(SP)+

sRESTORE STACK

(R5)+,RPVEC
(R5)+ RPVEC+2
(R5) ,DRVNO
ENDTRK,LASTRK

:SAVE INTERUPT VECTOR ADDRESS
;SAVE INTERUPT PRIORITY
sSETUP DRIVE NUMBER FOR UNIT N
;SET UP THE LAST USABLE TRACK

MoV
MOV
MOov
MOV
MOV

002372
002376

5%:
6%:

161360

JSR
CLR
CLR
CLR
CLR
CLR
CLR
CLR

MOV
MOV
MOV

CLR
MovB
JSR
Mov
JSR

002400

(R5) ¢+ ,RPADR

EQDCYL,LASCYL
PC,WATDRY

ERRWD
ERRWD?
ILOCK

INTFLG
UNABLE
ERSTAT
FUNCTN
#CLR,aRPCS?

DRVNO,R1
R1,3RPCS2
8ITPOS

sSAVE RPCS1 BASE ADDRESS

sAND THE LAST USABLE CYLINDER
;PWR FAIL,

WAIT FOR THE DRIVE

;NO ERROR STATUS BITS
;FOR BOTH MASKS
:START WITHOUT IR/OR INTERLOCK
sRESET THE TNTERRUPT COUNTER
¢ INSURE THAT UNIT IS ENABLED
sNO FAIL STATUS

sSTART UP WITH NO FUNCTION CODE

sMASSBUS INIT TO CLEAR IMPENDING INTERRUPTS
+GET _THE DRIVE NUMBFR

sSELECT DRIVE

;CLEAR ATTENTION BIT PGSITION WORD
ATABIT(R1),BITPOS
;GET ATA BIT POSITION FOR THIS DRIVE
PC,ST.CLK

#2000, ,-(SP)
PC,WAITMS

sSTART

THE

CLOCK

;WAIT 2000. MS

sPRINT DRIVE SERIAL NUMBER
012701
013746
012746
012746
010600

000004
002506
006423
000002

MOV
MOV
MoV
MoV

#4 ,R1
DRVNO,=(SP)
#DSNMSG,
- (SP)
#2,~(SP)

;4 DIGITS

062706
017746
005002
006116
006102
006116
006102

000006

TRAP
ADD
MOV

gRPSN.-(SP)

sFETCH S/N

(SP)

;PUT NEXT DIGIT INTO R2

104417

021256
021262
021266
021272
021276
021302
021304
021306
96 021312
97 021314

006116
006102
006116
006102
062702
010237
012746
012746
012746
010600
104417

062706
005301
003347

161306

000060
002510
002510
006447
000002
000006

MoV

7%:

CLR

ROL
ROL
ROL
RIL
ROL
ROL
ROL
ROL
ADD
MOV
MOV
MOV
Mov
MOV
TRAP
ADD

DEC

BGT

TO GO READY

SP,RO
CSPNTF
,SP

:ZERO OQUTPUT

sMAKE RESULLT ASCII

sSAVE R2 FOR PRINT

+COUNT DOWN DIGIT

JNEXT DIGIT

—y
)

G 7
CZRJMAD RFQ7 FE/HOST ISOLATOR MACRO vO04. 00 1-JAN-83 13:37:00 PAGE 30-1

C 4 R JMAO RPO7 FE/HOST
l N l TIALIZE SECTION

10
12
12

OwWn-

12
13

—-=OWOV~N

98 021316
99
100 021320

14
14

021324
021330
021332
021334

021340
021342

H .7
[SOLATOR MACRL V04.U0 1~JAN-83 13:37:00 PAGE 30-2

005726
012746

012746
010600
104417
062706

006420
000C01
000004

104432
000002

TST

(SP) ¢

MOV
MOV
MOV
TRAP
ADD

#CRLF ,=(SP)
#1,=-(SP)

TRAP

.WORD

SP,RO
CSPNTF

#4,SP

CSEXIT

L10012-,

.EVEN

021344
021344

104411

L10012:

TRAP

CSINIT

SEQ 0085
;RESTORE STA(K
s CR=LF

(ZRJMAQ RPQ7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 31

SEQ 0086

AUTODROF SECTION

}

.SBTTL

5
6

:
:

AUTODROP SECTION

THIS CODE

IS EXECUTED

: DROPPED FROM TESTING.

[

;? 021346
18 021346

021346

LSAUTO::
104461

IMMEDIATELY AFTER

THE

INITIALIZE

CODE

THE '""ADR'' FLAG WAS SET.
THE UNIT(S) UNDER TEST ARE CHECKED TO
SEE IF THEY WILL RESPOND.
THOSE THAT DON'T ARE IMMEDIATELY

L10013:

TRAP

C$AUTO

SEQ 0087

CZRJMAQ RPO7 FE/HOST ISOLATCR MACRO v04.00 1-JAN-83 13:37:00 PAGE 32

O 00~

PONVPVINONININD
=
[o XV, P S JVWN],
N} =00

b ced b e cad e

b b b

OONOWVHWN=OV00
NN W=

CLEANUP CODING SECTION

.SBTTL

CLEANULP CODING SECTION

:
;

021350
021350
021354
021360
021364
021370
021374
021402
021404

021410
021410
021414
021416
021422
021430
021436
021442
021444

021446
021452
021454
021456
0¢1456
021462
021464
021464
021470
021472
021474

005037
005037
005037
005037
005037
022737
001002
004737

002404
002406
002466
002430
002464
000035

012700

000340

004737
012777
013777
005737
001410

016054
000040
002506
002426

013700

015734

104441

015312

THE CLEANUP CODING SE CTION CONTAINS THE CODING THAT
AFTER THE HmRDWARE TE STS HAVE BEEN PERFORMED.

LSCLEAN::
(LR
CLR

002420
1%:

100404

104436

000403

015744

013700

002476

2%.
3s:

104432

FASTAT

UNABLE

121AG.FUNCTN
PC,DIAGEN

MOV
TRAP
JSR
MOV
MoV
TST

#PR107,RO

BEQ
BMI

3s
2%

MOV
TRAP

PKV,RO
CSCVEC

013700
104436
104436

CLR
CLR
CLR
CMP
BNE
JSR

ERRWD1
ERRWD?2
ERSTAT

MOV
TRAP
MOV
TRAP

C$SPRI

PC,STOPCK

#CLR,aRP(S2

DRVNO,aRPCS2
CLKSTA

C$CVEC
RPVEC,RO

CSCVEC

TRAP

000002

.WORD

.EVEN

021476
021476

104412

L10014:

TRAP

CSCLEAN

IS PERFORMED

sAND ANY LEFT-QVER ERROR STATUS
sFOR BOTH MASKS!
sSET FOR PASS STATUS
sENSURE THAT °'INTERNAL' FAILED STATUS = 0
s INSURE THAT UNIT IS ENABLED
sWAS LAST COMMAND A DIAGNOSTIC COMMAND?
sIF SO, TAKE THE BRANCH
;AND ENSURE THAT THE UNIT ISN'T IN DIAGNOSTIC MODE
sSET PRIORITY T0 7
:STOP CLOCK
sMASSBUS INIT TO CLEAR IMPENDING INTERRUPTS

:GET DRIVE NUMBER
sRELEASE APPROPRIATE CLOCK VECTOR
¢NO CLOCK, SKIP
sL=CLK
:P-CLK VECTOR RELFASE

sL=CLK VECTOR RELEASE

;RPO7 VECTOR RELEASE

SEQ 0088

CZRJMAQ RPQO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 33

WWWN)

.SBTTL

DROP UNIT SECTION

THE DROP=UNIT

SECTION CONTAINS THE

: 7O NO LONGER BE TESTED.

L$0U::

027500

21500
21502

V00OV NS W) =

DROP UNIT SECTION

000167
000000

.WORD
.WORD

JSJM P
L100 15-2-.

.EVEN

4 021504

021504

104453

L10015:

TRAP

(o 1]V

CODING THAT CAUSES A DEVICE

L
(ZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 34

SEQ 0089

ADD UNIT SECTION

;

.SBTTL

14e

;

THE ADD=UNIT SECTION CONTAINS ANY CODE
TO THE

[

9 021506

LSAU::

21 021510
33
34
35 021512
021512

000167

TEST CYCLE.

.WORD

000000

.WORD

JSJMP

L10016-2~-.

.EVEN
104452

THE PROGRAMMER WISHES

TO BE EXECUTED IN CONJUNCTION WITH THE ADDING OF A UNIT BACK

20 021506

ADD UNIT SECTION

L10016:

TRAP

CSAL

n7
CZRJMAQ RPO?7 FE/HOST ISOLATOR MACRO v04.00 1~JAN-83 13:37:00 PAGE 35

HARDWARE

TESTS

.SBTTL

HARDWARE TESTS

SEQ €090

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 36
1

SEQ 0091

UNIT UNDER TEST

ILITICN

000012

012746
012746
012746
012746

062706
005777
012700
104436
000407
022626

104437

63
64

002402

MOV
MOV
MOV
MoV

#240,=(SP)
#2%,-(SP)
#4,-(SP)
#3,-(SP)

000010

ADD

#10,SP

000240
021564
000004
000003

#10.,1TCOUN

TRAP

160736
000004

2%:

164401

002402
002402

L10017:

CSSVEC

sACCESS THE CONTROLLER

(SP)+,(SP)+
CSERHRD
1

SJRESTORE THE STACK, DEVICE DIDN'T RESPOND

BGT

ITCOUN
I1TCOUN
1%

sSET ITERATIONS 10 O
sONE LESS ..cRATION T0 GO
KEEP GOING UNTIL = 0!

TRAP

CSETST

cMP
TRAP
.WORD

.WORD
WORD

3%:

sLOAD THE OVERALL ITERATION COUNTER

aRPCS1
#4 ,RO
CSCVEC

TST
MoV
TRAP

000001
012272

003345

ENDIF

Mov

104456

68 021576
69 021602
70 021606
71 021610
021610

UNIT UNDER TEST

END TEST 01
.

IRIR
IR

—

012737

TEST 1

TEST G1
UNIT UNDER TEST
GET CSR ADDRESS AND ACCESS THE CONTROLLER
IF DEVICE DOESN'T RESPOND
THEN
OQUTPUT ERROR MESSAGE (NO SSYNC, DEVICE NOT PRESENT)

.SBTTL

TEST

CLR
DEC

EMIT
0

I
_—

—_

—_——

iCZRJHAO RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 37
TEST 2

SEQ 0092

RP CLEAR TEST

2
3

TEST 2

: X

TEST 02
RPCLEAR TEST
WRITE RPBA = #-2
GE7 CONTENTS OF RPBA AND STORE THEM

IF RPBA = 0

RP CLEAR TEST

.SBTTL

:§

THEN

gggEUT ERROR MESSAGE (RPBA DIDN'T SET)

1y 3

E') TEST 02

1
12
13
14

B 4
1 4
:X
X

1 4

19 021612

%? 8%}258
021620

22 021622
23
24
25
26
27

021630
021634
021836
021644
021652

28 02166C

29 021664

30 021672
021674
021676
021700
31 021702
32 021706
021706
021706
33 021710
34 021712
35 021716
36 021724
37 021730
36 021732
39 021736

40 021744
41 021752
021754

021756
021760
42 021762
43 021766
021766
021766
44 021770
45 0217764
46 021776

012737
104404

013777

005777
001024
013737
Q017737
013737

005037

012737

104456

000002
012776
014172
005037

104405
104404
017746

052777
027726

001016
005037
013737
017737
104456
000003
012410
014172
00503

104405
005337
003311

T2::

000012

002402

002346

160666

002516
160646
002346

002456
002452
002454

TST
BNE
MoV
MoV
MOV

000002

002406

MOV

160662

002404

0024C2

160600

000040
160566
002454
002516

160546

002402

SET RPCS2:

OUTPUT ERROR MESSAGE (DEVICE CLEAR DID NOT FUNCTION)

ENDIF

MOV
TRAP

MOV

CLR

2%:
10000%:

160576

TRAP
.WORD
.WORD
.WORD
CLR

TRAP
TRAP
MOV

BIS
CMP

002456

002452

3%:
10001$:

002402
L10020:

CLR (BIT 05) =1

ENDIF
COMPARE RPBA WITH STORED VALUE
IF RPBA DID NOT CHANGE
:
THEN

BNE
CLR
MOV
MOV
TRAP
.WORD
.WORD
.WORD
CLR

TRAP
DEC
BGT

#10.,1ITCOUN
C$BSEG

PATTZ2,aRPBA

JLOAD THE CVERALL ITERATION COUNT

JLOAD UP RPBA WITH ALL ONES

aRPBA
s
RPBA,TESTRG
aRPBA,RCVED
PATTZ ,EXPTED

JSEE IF ANY BIT SET
.JF ANY BITS SET, TAKE BRANCH
;SAVE THE ADDRESS OF THE REGISTER UNDER TEST
JAND ITS CONTENTS
JNOW GET THE EXPECTED RESULTS

#BIT1 ,ERRWD2

;JUST CALLOUT THE CONTROLLER

2
EM22
ERRO
ITCOUN

JITERATIONS = 0

CSESEG
C$BSEG
aRPBA,-(SP)

;SAVE RPBA FOR COMPARISON

ERRWD 1

CSERHRD

#CLR,aRP(CS2
aRPBA, (SP) +

3%
EXPTED
RPBA,TESTRG
aRPBA,RCVED
C$ERHRD
3

EM13
ERRO
ITCOUN
CSESEG
ITCOUN
1$

:NO RPO7 MODULE CALLOUT

;ISSUE DEVICE CLEAR
;COMPARE PRESENT RrBA STATE WITH RPBA LAST STATE

;TAKE BRANCH IF A CHANGE OCCURRED
:FORM THE EXPECTED DATA
JGET ADDRESS OF FAILING REGISTER
JAND THE CONTENTS OF RPBA

;ITERATIONS = 0

JONE LECS ITERATION T0=-GO
;IF NOT O, KEEP GOING'

—

c 8
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 37-1
TEST 2

RP CLEAR TEST

021770

104401

TRAP

CSETST

SEQ 0093

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 38
TEST 3

SEQ 0094

RPCS2 READ WRITE TEST

017744

004737
000403
013737

020034

104404

104405
005737
001362
004737
005737
002355
104404

004737
002352
104405
104404
104404

004737
002350
104405

004737
002522

22 022132
23 022136
24 022140
022140

104405

005337
003330
104401

002444

002436

002444

TEST 03

RPCS2 READ-WRITE TEST

WRITE RPCS2 WITH DATA PATTERNS 1-4, ONE AT A TIME

BIiS TO TEST = 0..

THEN
OUTPUT ERROR MESSAGE
ELSE
:
SET RP(CSZ:
CLR =
ENDIF

(BIT UNDER TEST DID=-NOT SET)

IF RPCS2 BIT UNDER TEST DID NOT CLEAR

THEN OUTPUT ERROR MESSAGE

ENDIF

(BIT DIDN'T CLEAR WITH DEVICE CLEAR)

END TEST 03
LX)

o Ve Ve e By e v, .e LR
Ve Ve Be

[

004737
004160
013737

002402

RP(CS2 READ WRITE TFST

lF RPCSZ DOES NOT MATCH PATTERN

002406
Py

000002
002404
000012

TEST 3
:

012737
005037
012737

ILPTILILIRNR
LN
NNNEr

.SBTTL

648:

MOV
CLR
MOV

#BIT1,ERRWDZ

JSR
TST03

PC,SETUP

MOV
TRAP

JSR
BR

65%:

100008:

002446

MOV

TRAP
TST

020202
10003$:

017474
10002%:

002402

L10021:

PC,FLOAT

6 5%

TEMP ,SRCTMP

CSESEG

sSET UP FOR PUSSIBLE LOOP

sFLOAT THE PATTERN
sPATTERN FLOATED OK,

SKIP ERROR DSPAT(H

sRESTORE THE OLD DATA PATTERN FOR ERROR LOOP

JSR
PATT4

PC,COMPAR

;JWRITE

TRAP
TRAP
TRAP

CSESEG
C$BSEG
C$BSEG

TRAP

10001$:

SRCTMP,TEMP
C$BSEG

sLOAD I/0 POINTERS

sFROM THIS TABLE

sIF MASK = 0, WE'RE DONE

JSR
TST
BGE

020202

#10.,1TCOUN

;SET UP THE MODULE CALLOUT (JUST=IN-CASE)
sNO MODULE CALLOUT FOR THE DRIVE
sLOAD THE OVERALL ITERATION COUNT

MASK
64%
PC,CONSET
PATCNT

BNE

020330
002434

ERRWD1

JSR
PATT3
TRAP

64%
C$BSEG

PC.COMPAR

CSESEG

sGET NEXT PATTERN

sIF PATTERN COUNT UNDERFLOWED, DONE!

;NOT DONE YET, GO-ON

THE NEXT PATTERN

;WHICH IS PATTERN #4

:DO ANOTHER DATA COMPARISON

sUSING PATTERN #3

JSR

PC,RESET

sRESET THE DEVICE

TRAP
DEC

BGT

CSESEG
ITCOUNT
1%

¢ONE LESS ITERATION TO-GO
<KEEP GOING IF NOT ZERO

TRAP

CSETST

RP(CS2

:CLEAR RP(CS2 BY SETTING MASSBUS CLEAR

E
CIRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:327:00 PAGE 39
TEST &

RPWC READ WRITE

20
%

022146
85%}23

022162
022166
022170
022176
022200
022204
8553?2

022214
022214
022216
022222
022224
022230
022234
022236
022240
022244
022246
022246
022250
022252
022254
022260
022262
022262
022264
022270
022270

23 022272
24 022276
25 022300
022300

005037

012737
012737
004737
004172
013737
104404
004737
000403
013737

104405
005737
(051362
004737
005737
002355
104404
004737
002352
104405
104404
104404
004737
002350
104405
004737
104405
005337
003331

104401

002404

000002
000012

DL DRI

I
I
IR R RIR

T4::

002406
002402

017744

002444

002436

64$:

020034

002436

002444

655
100008
:

002446

020330
002434
020202
10001$:

020202
10003s$:

017572

TEST &

10002$:

002402
L10022:

RPWC REAF WRITE TEST

TEST 04
RPWC READ-WRITE TEST
:
WRITE RPWC WITH DATA PATTERNS 1..4
BIWS TO TEST = 1..15

IF RPWC BIT UNDER TEST DOESN'T MATCH EXPECTED
THEN
gggEUT ERROR MESSAGE

ILFR NIV NL PN

IR
R

1
1
}

022142
022142

SEQ 0095

TEST

LSBTTL

18
19

(BIT UNDER TEST DID NOT SET)

:
WRITE RPWC = 0
ENDIF
If ?5?& BIT(S) UNDER TEST DID NOT CLEAR
éND?ETPUT ERROR MESSAGE

(BIT(S)

DIDN'T CLEAR WHEN EXPECTED)

END TEST 04
CLR

ERRWD1

#81T1,ERRWD?
#10.,1TCOUN

:FOR THIS TEST
sLOAD THE OVERALL iTERATION COUNT

JSR
TST04
MOV
TRAP
JSR
BR
MOV

PC,SETUP

:LOAD [/0 POINTERS
:FROM THIS TABIE
:SET UP FOR >0SSIBLE LOOP

TRAP
TST
BNF
JSR
TST
8GE
TRAP
JSR
PATT4

r$ESEG
MASK
64%

TRAP
TRAP
TRAP
JSR
PATT3

CSESEG
C$BSEG
($BSEG
PC,COMPAR

TRAP
JSR

CSESEG
PC,LDZERO

TRAP
DEC
8GT

CSESEG

TRAP

CSETST

MoV
MOV

SRCTMP,TEMP
C$BSEG
P(,FLOAT
65%
TEMP,SRCTMP

PC,CONSET
PATCNT
648
C$BSEG
PC,COMPAR

ITCOUN
1%

sMODULE CALLOUT

;FLOAT THE PATTERN
JPATTERN FLOATED OK, SKIP ERROR DSPATCH
JRESTORE THE uLD DATA PATTERN FOR ERROR LOOP

;IF MASK = 0, WE'RE DONE

JGET MEXT PATTERN
;IF PATTERN COUNT UNDERFLOWED, DONE!
:NOT DONE YET, GO-ON
JWRITE THE NEXT PATTERN
:WHICH IS PATTERN #4

;D0 ANOTHER DATA COMPARISON
;US'NG PATTERN #3

JWRITE RPWC TO O TO CLEAR IT!

:0
LESS ITERATION TO-GO
s1F NOT Z2ERO, KEEP GOING

CIRJMAQ RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 °3:37:00 PAGE 40
TEST S

RPBA READ WRITE

TEST 5

RPBA READ WRITE TEST

TEST 05

RPBA READ~WRITE TEST

N R
e LK TR

(Sak o2 2

004737
004204
013737

017744

004737
000403
013737

020034

104405
005737
001362
004737
005737
002355
104404

004737
002352

022412
022414
022420
022422
022422
022424
022430
022432
022432
22 022434
022440
24 022442
022442

104405
104494
104404

004737
002350
104405

004737
002516
104405

005337
003330
104401

002444

002436

002406
002402

002436

002444

BIiS TO TEST = 0..15
IF RPBA BIT(S) UNDER TEST DON'T MATCH EXPECTED DATA

OUTPUT ERROR MESSAGE (BIT(S) UNDER TEST DON'T MATCH TEST DATA)
ELSE
:
WRITE RP(CS2:
=1
ENDIF
IF RPBA BIT(S) UNDER TEST DIDN'T CLEAR
THEN
OUTPUT ERROR MESSAGE (BIT(S) UNDER TEST DIDN'T CLEAR)

ENDIF

END TEST 05
CLR

002404
000002
000012

005037
012737
012737

WRITE RPBA WITH DATA PATTERNS 1. .4, ONE AT A TIME
THEN

I TN IR I IR

IRT PO

2 Rt
R
R

.SBTTL

104404

SEQ 0096

TEST

648:

65%:

13000%:

002446

#BIT1,ERRWD2

JSR
TST05

PC,SETUP

020202
10003$:

017474

MASK

;IF MASK
= 0, WE'RE DONE

PC,CONSET
PATCNT

sGET NEXT PATTERN
:IF PATTERN COUNT UNDERFLOWED, DONE!
;NOT DONE YET, GO-ON

002402

CSESEG

64%

648

C$BSEG

PC,COMPAR

TRAP
TRAP
TRAP

CSESEC
C$BSEG
($BSEG

JSR
PATT3
TRAP

RPBA
TRAP

DEC

L10023:

TEMP,SRCTMP

JSR
PATT4

JSR

10002%:

sSET UP FOR POSSIBLE LOOP

TRAP
TST

MOV

TRAP

10001$:

sLOAD I1/0 POINTERS

sFROM THIS TABLE

JSR
B8R

JSR
TST
BGE

020202

.1TCOUN

sMODULE CALLOUT
sFOR THIS TEST
sLOAD THE ITERATION COUNTER

SRCTMP,TEMP
C$BSEG
Pg.FLOAT
65%

MOV
TRAP

BNE

020330
002434

ERRWD1

MoV
Mov

BGT
TRAP

PC,COMPAR

CSESEG

PC,RESET

sFLOAT THE PATTERN
sPATTERN FLOATED OK, SKIP ERROR DSPAT(H
sRESTORE THE OLD DATA PATTERN FOR ERROR LOOP

;WRITE THE NEXT PATTERN
;WHICH IS PATTERN #4

;D0 ANOTHER DATA COMPARISON

sUSING PATTERN #3
sRESET THE DEVICE

sCLEAR RPBA BY SETTING MASSBUS CLEAR

;ONE LESS TO GO

;IF => 0, KEEP GOING!

(IR JMAQ RPQO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 41
TEST 6

& TRE

TEST

SEQ 0097

(RH11)

LSBTTL

TEST 6

SC & TRE TEST 1

TEST 06

SPECIAL CONDITION AND TRANSFER ERROR TEST (RH11

4
5
6

;%
%
R 4

SET RPCS2:

:§

SET RPCS2:
IfF RPCS1:
:
THEN

IF RPCS2:

:§

14
15

:X
%

18
19

(LR =1
SC OR RPCS1:

TEST ONLY!)

TRE =1

gggEUT ERROR MESSAGE (BIT STUCK AT 1, AND SHOULDN'T BE)

1 4

(RH11)

THEN

MXF (BIT 09) =1

MXF <> 1

23;2“' ERROR MESSAGE (BIT FAILED TO SET WHEN EXPECTED)
TRE < 1

:§

IF RPCST1:
:
THFN

éND(I)LFnPUT ERROR MESSAGE (BIT FAILED TO SET WHEN EXPECTED)

%
B 4

IF RPCS1:
:
THEN

SC < 1

(LR =1

:§

éND(IMFJTPUT ERROR MESSAGE (BIT FAILED TO SET WHEN EXPECTED)

SET RPCS2:

26
27
28

1 4
1 4
.%

23
24
25

134
;%
B 1

> 4

31
32
33
34

022444
022444
022450
022452
022454
35 022456

36 022462

37 022470
38 022476
022476
39 022500

005737
001402
104432
000316
005037

002504

012737

000012

012737
104404
104404

002404

000002

40 022502

052777

000040

42
43
44
45

032777
001412
004737
002512

140000

41 022510
022516
022524
022526
022532

46 022534

013777

104456
000010
012562

48 022546
49 022552

005037

022552
022552
50 022554

002406

002402

1%:
2%:

014172

104405
104404

:
ENDIF
ENDIF
ENDIF

END TEST 06
TST
BEQ
TRAP
WORD
CLR

:WHICH CONTROLLER??
JIF 0, IT'S AN RH1M

#10.,1TCOUN

;LOAD THE ITERATION COUNTER

MOV

#8171 ,_ERRWDZ2

TRAP
TRAP

C$BSEG
C$BSEG

MOV

;MODULE CALLOUT FOR THIS TEST

JONLY THE CONTROLLER

BIS

#CLR, aRPCS2

JINITIALIZE THE DEVICE

157766

81
BEQ
JSR
RPCS?

#SC'TRE,3RPCST
3%
PC,BICEXP

;SPECIAL CONDITION OR TRANSFER ERROR?

TRAP
.WORD
.WORD

CSERHRD
8
EM16

CLR

ITCOUN

017422

SC!TRE

002402

RHTYPE
1%
CSEXIT
L10024-.
ERRWD1

160012

160004

140000

47 022536
022540
0225642

022544

002506

T6::

IF RPCS1:
TRE OR SC = 1
:
THEN
:
OUTPUT ERROR MESSAGE (BITS FAILED TO CLEAR)

.WORD

3%:

10001%:

TRAP
TRAP

DRVNO,3RP(CS2

ERRO

(SESEG
($BSEG

;AND LOAD THE DRIVE NUMBER
;LOAD FAILING DATA
sFAILING REGISTER
:B1T UNDER TEST

SITERATIONS = 0

H 8
CZhJMAQ RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 41-1
TEST 6
SC & TRE TEST 1 (RH11)

052777
032777
001012
004737
002522
001000

001000
001000

157736
157730

#MXF ,aRPCS2
ngF,QRPCSZ

017372

PC,BISEXP

104456

000011
012776
016172

005037
104405
032777

001012
004737
002512
040000

CSERHRD
9

002402

'3 ¥

10002$:

040000

157662

CSESEG

#TRE ,aRPCS1

017372

PC,BISEXP

CSERHRD

104456

000012
012776
014172

EM22
ERRO
ITCOUN

SEQ 0098

sSET MISSED TRANSFER = 1
sDID [T SET?
¢YES I1 DID, SKIP ERROR DISPAT(CH
sLOAD FAILING DATA
;FAJLING REGISTER
;BIT UNDER TEST

;ITERATIONS = 0

;DID WwE DETECT A TRANSFER ERROR??
;YES, GO-ON
sLOAD FAILING DATA
cFAILING REGISTER

;81T UNDER TEST

002402

100000

157626

5%:

017372

EM22
ERRO
I1TCOUN

#SC,3RPCS1

sITERATIONS = 0
:DID WE GET SPECIAL CONDITION?

PC,BISEXP

sLOAD FAILING DATA

CSERHRD

sYES, SKIP ERROR DISPAT(H

.FAILING REGISTER
;BIT UNDER TEST

002402
000040
002506

6%:

140000

017422

EM22
ERRO
ITCOUN

#CLR,aRPCS2

DRVNO,a”P(S2
;SC:TRE,GRPCS1
$
PC,BICEXP

CSERHRD

82
83

84
85
86

022752
022754
0722756
02762
022762
022762
022764
022770
022772
022772

013051
014172
005037
104405
005337
003242
104401

;ITERATIONS = 0
sCLEAR OUT THE CONTROLLER
cRELOAD THE DRIVE NUMBER

:DID SC AND TRE CLEAR 0UT?

sYES, TEST OK!
sLOAD FAILING DATA
sFAILING REGISTER
:BIT UNDER TEST

EM23

002402

ERP”

7%:

ITLuUN

;ITERATIONS = 0

10000%:

cONE LESS ITERATION TO GO
;KEEP GOING IF => 0!

002402

L10024:

CSETST

CZRJMAQ RPQO7 FE/HOST
IR AND OR

000100

157474

000002

If }£2£~G LOOP HAS EXPIRED AND RPCS2:

éND?UTPUT ERROR MESSAGE

(RPCS2:

OR <> °

OR DIDN'T Sci

READ RPDB ONCE

ENDI

IF ?5232:

OR <> 0

éND?gTPUT ERROR MESSAGE (BIT FAILED TO CLEAR WHEN EXPECTED)
:

ENDIF

END TEST 07
ERRWD1

MOV
MOV

#81T1,ERRWDZ
#10., ITCOUNT

TRAP
TRAP

C$BSEG
C$BSEG
#IR,aRPCS2
2%
62.(PC)*

BIT
BNE

.WORD

sMODULE CALLOUT FOR THIS TEST

sONLY THE CONTROLLER COULD FAIL!
sLOAD THE ITERATION COUNT

:LOOK FOR IR TO SET IN RPCS2
;SET, GO-ON

6SDLY,(PC)*
.4

157434

IN TIME)

ELSE

-256PC)

002402

OR < 1

WAIT, USING & TIMING LOOP

177756

106456

000015
012622
014172
005037

IF RPCS2:

=6(PC)

017372

(BIT FAILED TO SET WHEN EXPECTED)

WRITE RPDB
= 0, ONCE

177772

000100

002522
000100

gEgEUT ERROR MESSAGE

MOV

002116

IR AND OR TEST

TEST 07
IR AND OR TEST M
:
TEST RPCS2:
IR =1
IR O 1
IF RP(S2:
THEN
WAIT USING A TIMING LOOP
IF }#EhNG LOOP HAS EXPIRED AND JR <> 1

CLR

002406
002402

TEST 7

TR TN FE FR FN ¥
NN
I
TN
FEAFE YR YR FE PR FIE FE
LA AR TR FEFEFEFETE

OIS NN =2 OO0 00 NO VNN

46 023110

002404
000002
000012

AN NOININIPININY
= s med cad b cnd d = o D

N = OO0

43 023074
44 023076
45 023100
023102

LI I PLPL DN ILITNRNLNNLILNLIRNLPNNLNR
NP2 PR PPN

LS8TTL

022774
022774
3 023000
34 023006
35 023014
023014
36 023016
37 023020
38 023026
39 023030
023034
023036
023042
023044
023050
023052
023056

40 023060
41 023066
42 023070

SEQ 0099

TEST

20000 NN NS WWND

WWWNWN PO

TEST

l
ISOLATOR MACRO v04. 00 1-JAN-83 13:37:00 PAGE 42

#IR,3RPCS2
2%
PC,BISEXP

CSERHRD
13
EM17
ERRO
ITCOUN

:LOOK FOR IR TO BE SET NOW!
1T SET IN TIME
sLOAD FAILING DATA

sFAILING REGISTER
;BIT UNDER TEST

;iTERATIONS = 0

CZRJHAO RPQO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 42 1
TEST

SEQ 0100

WIWNINND
= b b

ANONION

[oleloleleleolels]

(2SS TST, V1,V 1,081,817,
WWIWNWWNG
NN

IR AND OR TEST

023140

2%:
104405

10001$:

000020

3s
820.(PC)*

013727

002116

ESDLY,(PC)*

177772

=6(PC)

177756

=22(P()
.=20

000000

157412
000200

000200

aRPDB
#0R,aRP(S2

157372

000200
104456
000016
012116
014172
005037
005777
052777
001412
004737
002522
000200
104456

157332

#OR,aRP(S2

69 023252

000017
012155
014172
005037

023256
68 023260
69 023264

005337
003253

023266

104401

104405

PC,BISEXP

CSERHRD
14

EM5
ERRO

002402
157312

000200

157272

3s:

017422

I1TCOUN
aRPDB
#0R,3RP(CS2
4%
PC,BICEXP

CSERHRD
15
EM6

002402

sWRITE RPDB ONCE WITH DATA
sNOW LOOK FOR QUTPUT READY

;GOT IT, GO ON

017372

70 023266

CSESEG

005077
032777
001032
012727

(%
100008
:

002402
L10025:

ERRO
ITCOUN
CSESEG
ITCOUN
1%

CSETST

sLOOK FOR OR TO BE SET NOW
1T SET IN TIME
¢LOAD FAILING DATA
FAILING REGISTER
:BIT UNDER TEST

;ITERATTIONS = 0
sREAD THE BUFFER NOW
;OR SHOULD NOW = 0
;1T CLEARED, TEST 0K
sLOAD FAILING DATA
sFAILING REGISTER
;BIT UNDER TEST

sITERATIONS = 0

sONE LESS ITERATION TO-GO
sKEEP GOING UNTIL <= 0

K
CZRJMAQ RPG7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 43
TEST 8

RPDB PEAD WRITE

SEQ 0101

TEST M1

}

.SBTTL

TEST 8

7
4

4
Iy 3

TEST 08 RPDB READ WRITE TEST M1
:
WRITE RPDB WITH DATA PATTERNS 1,2,5., ONE AT A TIME

BI'S TO TEST=0..15

IfF RPCS2:

1 4

12
13

1 4
:X

9
10
1

RPDB READ WRITE TEST #1

THEN

[RO1

POLL BIT UNTIL IT SETS

;X
1 4
X

ELSE
:
WRITE DATA TO RPDB
ENDIF

B 4
%
1 4
:X

POLL BIT UNTIL
ELSE
READ RPDB
ENDIF

:§

éND?gTPUT ERROR MESSAGE

22
23
24
25
26
27

X
X
1
:%
X
1 4

IF RPCS2:
[IR<>1
:
THEN
:
POLL RPCS2:
IR UNTIL IT SETS
ENDIF
WRITE RPDB WITH 0°'S
IF RP(CS2:
OR<1

29
30
31
32
33
34

;X
I 4
%
1 4
:X
;%

:
POLL RPCS2:
OR UNTIL IT SETS
ENDIF
IF RPDB<>0
:
THEN
OUTPUT ERROR MESSAGE (BITS FAILED TO CLEAR)
ENDIF

14
15
16
17

IF RP(S2:
+
THEN

:§

> 4

37 023270
38 023270
39 023276

.
012737
005037

177777
002404

002460

2} 85%;}2

012737

000012

002402

40 023302

012737

023316
023322
023324
023332
023334
023340
85%%25

004737
004216
013737
104404
004737
000403
013737

023350
023350
023352
023356
023360

_
1044(
00575,
001362
004737

023370

002355

023364

005737

000002

002406

18::

017744
002444

002436

64$:

020034
002436

002444

655
100008
:

002446

020330

002434

IT SETS

IF ?Z?E RECEIVED DATA DOESN'T MATCH EXPECTED DATA

OR<1

(BITS RECEIVED DON'T MATCH EXPECTED DATA)

THEN

TND TEST 08
MOV
CLR

#-1,1L0CK
ERRWD1

;MARK THE RPDB POLL MODE
;CREATE THE MODULE CALLOUT

MoV

#10.,1TCOUN

:LOAD THE ITERATION COUNTER

MOV

#BIT1,ERRWD2

JSR
1STO8
MOV
TRAP
JSR
BR
MOV

SRCTMP,TEMP
C$BSEG
PC,FLOAT
65%
TEMP,SRCTMP

TRAP
TST
BNE
JSR

CSESEG
MASK
64%
PC,CONSET

BGE

64%

1ST

PC,SETUP

PATCNTY

:FOR THIS TEST

;LOAD [/0 POINTERS
;FROM THIS TABLE
JSET UP FOR POSSIBLE LOOP
JFLOAT THE PATTERN
sPATicaN FLOATED OK, SKIP ERROR DSPATCH
JRESTORE THE OLD DATA PATTERN fFOR ERROR LOOP

;IF MASK = 0, WE'RE DONE

;GET NEXT PATTERN

;IF PATTERN COUNT UNDERFLOWED, DONE!
sNOT DONE YET, GO-ON

CIR JMAQO RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 43-1
TEST 8

RPDB READ WRITE

023372
023374
023400
023402
023402
023404
023406
023410
023414
023416
023416
023420
023424
023424
023426
023432
023434
023440
023440

104404

004737
002352

004737
002350
104405

004737
104405

005337
003331
005037
104401

SEQ 0102

TEST #

TRAP

020202
10001s$:

104405
104404
104404

020202
10003s$:

017572

10002$:

002402
002460

L10026:

JSR
PATT4
TRAP
TRAP
TRAP
JSR

PATT3
TRAP

C$BSEG

PC,COMPAR

CSESEG

PC,LDZERO

TRAP

CSESEG
ITCOUN

TRAP

THE NEXT PATTERN

sWHICH [S PATTERN #4

CSESEG

C$BSEG
C$BSEG

JSR
DEC
BGT
CLR

;sWRITE

1%
ILOCK

CSETSY

;D0 ANOTHER DATA COMPARISON

;USING PATTERN #3

;WRITE RPDB TO 0 TO CLEAR IT!
JONE LESS ITERATION T0-GO
sKEE~” GOING UNTIL <= 0!
sCLEAR THE FOLLED MODE OF OPERATION

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 44

SEQ 0103

TEST 09 RPDB READ WRITE TEST #2
1

2
3

4
b)
6

.SBTTL

TEST 09 RPDB READ WRITE TEST #2

TEST 09 RPDB READ WRITE TEST #2
:
FOR 2 ITERATIONS DO

%
o%
%

10
11
12

:X
> 4

8
9

X
.%

Iy 4

17
18
19

023470
32 023472
33 023476
24 023502
35 023510
36 023512
37 023514
38 023520
239 023524

40 023532
41 023534
42 023542

43 023550
023552
023554
023556

023560
023564
023566
023570

023570
48 023572
49 023576

50 023600
023600

012737
005037
012737
012737
104404
012703
004737
013777
005303
002371
012703
004737
023777
001414
013737
017737

104456
000020
012454
014172

005037
005303
002354

-104405
005337
003334

104401

002334
002404
C20002
000012

002454
002406
002402

157024

000001
017706
002454

157002

092534
156766

302456
002452

002402

THEN

OR <> 1

POLL BIT UNTIL IT SETS

;§

éND(I)lFJTPUT ERROR MESSAGE

THEN

(BITS RECE

VED DON'T MATCH EXPECTED DATA)

END DO

END TEST 09

T9::

1
Hp

000001
017672
002454

IF RPCS2:

ELSE

26 023442
27 023442
28 023450
29 023454
;9 83;29%

IR O 1

:
READ RPDB
ENDIF
1F RPDB <> PATTERN #5

THEN

I 4
I 4
:%

1 4

44
45
46
47

IF RPCS2:

EOL% BIT UNTIL IT SETS
S
WRITE RPDB WITH PATTERN #5
:
ENDIF
END
D
FOR 2 ITERATIONS DO

1y3
. X

2%:

3%:

MOV
CLR
MOV
MOV

#PATTS EXPTED
ERRWD1
#BI1T1,ERRWD?
#10..lTCOUN

JGET THE TESTING DATA PATTERN
;CREATE THE MODULE CALLOUT
FOR THIS TEST
LOAD THE ITERATION COUNT

TRAP
MoV
JSR
MOV
DEC
8GE
MoV
JSR
CMP

C$BSEG
#1,R3
PC.,IRLOCK
EXPTED,aRPDB
R3
28
#1,R3
PC,ORLOCK
EXPTED,aRPDB

:SET UP TO DO TWO WRITE OPEkAiIONS
;WAIT FOR IR TO SET!
;NOW LOAD RPDB ONCE
JONE LESS ITERATION TO GO
J1F NOT MINUS, LOAD RPDB AGAIN!
JNOW SET=-UP TU DO TWO READ OPERATIONS
;WAIT FOR OR TO SET
;DOES THE DATA MAT(CH?

TRAP
LWORD
.WORD
.WORD

CSERHRD
16
EM14
ERRO

BEQ
MOV
MoV

4%
100008

002402
L10027:

A 3
RPDB,TESTRG
aRPDB,RCVED

JIF EQUAL, YES IT'S 0K
JGET THE FAILING REGISTER
JNOW GET THE FAILING DATA

ITCOUN
R3
3%

JRESET FURTHER ITERATONS
;ONE LESS ITERATION TO-DO
;IF NOT MINUS, DO-AGAIN

TRAP
DEC

C$ESEG
I1TCOUN

:ONE LESS ITERATION TO GO

TRAP

CSETST

(LR
DEC
BGE

8GT

JKEEP GOING UNTIL <= 0

TEST 10 RPDB READ WRITE TEST #3

I N0 2

TEST 10 RPDB READ WRITE TEST #3
:
FOR 8 ITERATIONS DO
PO%% BIT UNTIL

TR TETN

O TR

.SBTTL

lF ?RE%SZ

IR <> 1

€

IT SETS
(SEQUENTIALLY USING PATTERNS 1

TE T T
TA

END?RITE RPDB WITH A DATA PATTERN

¢
:

END D
FOR 8 ITERATIONS DO
:
IF RPCS2:
OR <& 1
¢
:
THEN
POLL BIT UNTIL

ELSE

LRI NI NI ILDANR DRIV

023630
32 023632
33 023636
34 023642
023642
35 023644
36 023646
37 023652
38 023656
39 023662
40 023664
41 023666

104404
012704
012702

000001
002344

43 023674

004737

85%255

42 023670
44 023700

023704
023706
023714
023722

023724
023726
023730

49 023732
50 023736

51 023740
52 023742

104404
010246
012703
004737
012277

005303
001372
012602

000010

022277

156630

000021
012454
014172

005037
005303

001355

002406

002402

3¢:

017706

156622
177776

T10::

28:

000010
017672
156652

012703

001414
017737
016237
104456

002456

002452
002454

ENDIF
IF ?ng DOESN'T MATCH EXPECTED DATA

10001$:

: OUTPUT ERROR MESSAGE (BITS RECEIVED DON'T MATCH EXPECTED DATA)

ENDIF

END DO

END TEST 10
MOV
CLR
MOV
MOV

RPDB, TESTRG
ERRWD1
#8IT1,ERRWD2
#10.,1TCOUN

;GET THE ADDRESS OF THE REGISTER UNDER TEST
*MODULE CALLOUT, THIS TEST
:ONLY THE CONTROLLER
:LOAD THE ITERATION COUNT

TRAP
MOV
MOV

C$BSEG
#1.R4
#PATT1,R2

;OVERALL LOOP COUNTER
JINPUT POINTER

TRAP
MOV
MOV
JSR
MOV
DEC
BNE
MOV

C$BSEG
R2,-(SP)
#8. ,R3
PC,IRLOCK
(R2)+,aRPDB
R3
38
(SP)+,R2

:SAVE THE INPUT START ADDRESS
*SET UP TO WRITE 8 TIMES
;POLL IR AND WAIT FOR IT
;LOAD THE BUFFER
*REDUCE THE # OF ITERATIONS
*AND CONTINUE
*RESTORE THE ORIGINAL POINTER

JSR

PC.ORLOCK

:POLL OR AND WAIT FOR IT

MOV

CMP

#8. RS

(R2)+,3RPDB

BEQ
MOV
MOV
TRAP

5$
2RPDB,RCVES
~2(R2),EXPTED
CSERHRD

CLR
DEC
BNE

ITCOUN
R3
A 3

.WORD
WORD
-WORD

IT SETS

READ RPDB

A TR
TR IR

023602
023602
023610
023614

002534
002404
000002
000012

-——b

17
EM14
ERRO

*AND THE ITERATION COUNTERS
*DOES THE DATA MATCH

S1F IT DOES, SKIP ERROR DISPATCH
:GET THE BAD DATA
:AND THE EXPECTED DATA

;RESET FURTHER ITERATIONS
*ONE LESS ITERATION TO GO

JNOT FINISHED, CHECK NEXT PATTERN

THRU 8)

—

SEC C104

TEST #3

013737
005037
012737
012737

45
46
47
48

2R 2NN

RPDB READ WRITE

LA TR

OO
OV NOTVBWNI=O
VR0 NOVISWN =200V
NOWNS W=

WANPINI
PO PRI NINIAININD) = = ced —d ed b oo b od d

-t

mry

N
RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 45

B 9
CZRJMAD RPQO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 45-1

SEQ 0105

TFST 10 RPDB READ WRITE TEST #3

023742
53 023744
5¢ 023746
55 023750
56 0237564
57 023756
58 023760
023760
023760
59 023762
60 023766
61 023770
023770

104405
005704
001404
012702
005004
000731
104405

005337
003320
104401

002346
6%:
100008:
002402

L10030:

TRAP
TST
BEQ
MOV
CLR
BR

CS$ESEG
R4
6%
#PATT2,R2
R4
2%

sDONE?
:1F 0, YES
:GET NEXT PATTERN
sAND INDICATE 2ND HALF OF TEST
:NOW DO IT!

DEC
BGT

TRAP

CSESEG
ITCOUN
1%

;ONE LESS ITERATION TO GO
;KEEP GOING UNTIL <= 0

TRAP

CSETST

e Yan

RPO7 FE/MOST ISOLATOR MACRO ,04.00 1-JAN-83 13:37:00 PAGE 46
MOPE, SC & TRE

TEST

42
43
44
45
46
47
48

0264102
024104
024112
024114
024120
026122
(24124

024124
024126
024130
024132

49 024134

50 024140
024140

PRI ITILPLNLNRINFLNL
PN
NL NN DRI

TEST 11 MDPE, SC & TRE TEST (RH70 TEST)
TEST 11 MDPE, SC & TRE TEST

(RH70 TEST)

SET RP(CS2:
CLR =
LOAD iHE _UNIY -UNDER
-TEST # INTO RP(CS2
SET RP(S2:
PAT =
IR < 1
AF RPC52
gAgg UNTIL RPCS2:

IR =1

WRITE RPDB ONCE, WITH PATTERN #3

ENDIF

1r RPCS2:
THEN

MDPE <> 1

gU;EUT ERROR MESSAGE

(RPCS1:

THEN

(MDPE DIDN'T SET WHEN EXPECTED)

SC & RP(CST:

OUTPUT ERROR MESSAGE
ENDIF

TRE <> 1)

(FAILED TO DETECT RPCS1:

SC OR TRE)

ENDIF

END TEST 11

—

Ve By Wo Te 09 0585000y %0 09 ¢ %0 %% % B9 %%, 0,

.SBTTL

023772
023772
023776
024000
024002
28 024004
29 024010
30 024016
31 024024
024024
32 024026
33 024034
34 024042
35 024050
36 024054
37 024062
38 024070
39 024072
40 024076
41 024100

SEQ 0106

(RH70 TEST)

005737
003002
104432
000146
005037
012737
012737
104404

052777
013777
052777
004737
013777
032777
001005
004737
002522
000400
000410
032777
001012
004737
002512

002504

TRAP

002404
000002

000012

000040
002506
001020
017672
002350
000400

002406

002402

2%:

.WORD
CLR
MOV
MOV
TRAP

BIS

156466
156460
156452

MOV
BIS
JSR
MOV

156452
156432

8IT
BNE

017372

JSR
RP(CS2

MDPE

140000

156400

3%:

017372

140000

104456

000022
013441
014172
005037

TST

BGT

002402

5¢:

100008
:

B8R

RHTYPE

CSEXIT

L10031-.
ERRWD1
#81T1,ERRWD?2
#10.,1TCOUN
($BSEG

#CLR,aRP(CS2

DRVNO,aRP(S2
#PAT ,aRP(S2
PC,IRLOCK
PATT3,aRPDB

#MDOE ,ARP(S?2
3%
PC,BISEXP

;WHICH CONTROLLFR TYPE?

JIF > 0, RH70...

sCREATE THE MODULE CALLOUT

sFOR THIS

TEST

:LOAD THE ITERATION COUNT
sSTART OUT WITHOUT ERRORS!
sLOAD THE DRIVE NUMBER
:NOW INVERT PARITY
sWAIT FOR IR TO SET!

sWRITE THIS DATA
;DID WE FORCE A MASSBUS PARITY ERROR?
sIF SET, YES
:FORM THE REPORT DATA
;THIS REGISTER
:THIS BIT FAILED TO SET

BIT

#SC!TRE,aRPCS1

sNOW TAKE THE CALL!
;DID WE GET TRANSFER ERROR AND SPECIAL CONDITION?

JSR
RP(CS1
SC!TRE

PC.BISEXP

sGET THE FAILING DATA

BNE

TRAP

.WORD
.WORD
.WORD
(LR

:VES,

TEST PASSES!

cTHIS REGISTER

cTHESE BITS FAILED TO SET!
SERHRD

18
EM33
ERRO
ITCOUN

sNO FURTHER

ITERATIONS

D 9
CZRJMAQ RPO7 FE/MOST ISOLATOR MACRO VU4.00 1-JAN-83 13:37:00 PAGE 46-1
TEST

MDPE,

026140
51 026142
52 024146
53 024150
024150

SC & TRE

104405
005337
003326
104401

TEST

SEQ 0107

(RW70 TEST)

002402
L10031:

TRAP
DEC
8GT

(SESEG
ITCOUN
23

TRAP

CSETST

sONE LESS ITERATION TO GO
:KEEP GOING IF NOT <= 0!

E
PO7_FE/HOST ISOLATOR MACRO V04.00 1-JAN-82 13:37:00 PAGE 47
PCS3 READ/WRITE TEST

SEQ 0108

¥
PN
I RN
N
N
LXK

b b b =D
b cad b ced b cud
O

NN PONIPUND

005737
003002

002404
000002
000012

012700

000340

004737
004232

017744

104441

002444

004737
000403
013737

020034

104405

024276
024300
024302
024304
024310
024312
024312
024314
024320
024322

002436

002446

004737
002352

020202

104405
104404
104404

004737
002350
104405

004737
002564

002406
002402

002436

002444

1%:

2%:

64$%:

TEST 09 (RH70_TEST ONLY)
RPCS3 RE. -WRITE TEST
:
WRITE RPCS3 WITH DATA PATTERNS 1..4, ONE AT A TIME
BIiS TO_TESY = 0..3, 6

IF ?Zgz3 BIT(S) UNDER TEST DIDN'T SET

65%:

éND?grpur CRROR MESSAGE (BIT(S) UNDER TEST DIDN'T CLEAR)

END TEST 12
ég;

.WORD

MOV
TRAP
JSR

#PR107,RO
CS$SPRI
PC,SETUP

TST11
MOV
TRAP
JSR

MoV

10003$:

017474
10002¢:

sIF

R'47YPE=+1

CONTROLLER

SRCTMP, TEMP
C$BSEG
PC,FLOAT

65%

TEMP,SRCTMP

sMODULE CALLOUT
sFOR THIS TESTY
sSET UP THE ITERATION COUNTER
:SET PRIORITY T0 7
sLOAD 1/0 POINTERS
sFROM THIS TABLE
cSET UP FOR POSSIBLE LOOP
sFLOAT THE PATTERN

sPATTERN FLOATED OK, SKIP ERROR DSPAT(CH

JRESTORE THE OLD DATA PATTERN FOR ERROR LOOP

TRAP
TST

CSESEG
MASK

:IF MASK = 0, WE'RE DONE

JSR

PC,CONSET

;GET NEXT PATTERN

649

PATCNT

BGE

648

JSR
PATT4

PC,COMPAR

TRAP
TRAP

CSESEG
C$BSEG
C$BSEG
PC,COMPAR

TRAP
JSR
PATT3
TRAP

JSR
RPCS3

[S AN RH70

CSEXLT

L10032-.

ERRWD1
#8171 ,ERRWD2
#10.,ITCOUN

TRAP

020202

figTYPE

CLR
MoV
Mov

TST

10001$:

CLR = 1

IF $:E§3 BIT(S) UNDER TEST DIDN'T CLEAR

BNE

02033y
002434

ouggur ERROR MESSAGE (BIT(S) DIDN'T SET)

EL
:
SET RPCS2:
ENDIF

BR
:
100008

005737
001362
004737
005737
002355
104404

TEST 12 RPCS3 READ/WRITE TEST

TRAP

013737
104404

T12::

002504

104432
000150
005037
012737
012737

FLITILFNL
NI IVNL PN

.SBTTL

C$BSEG

CSESEG

PC,RESEY

sIF PATTERN COUNT UNDERFLOWED, DONE!
:NOT DONE YET, GO-ON
sWRITE THE NEXT PATTERN
sWHICH IS PATTERN

;D0 ANOTHER D TA_COMPARISON
; JSING PATTERN #3

SJRESET THE DEVICE
:CLEAR RPCS3 BY SETTING MASSBUS CLEAR

g%R%HAg RPQ7 FE/HOST

F
9
ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 47-1

SEQ 0109

RPCS3 READ/WRITE TEST

024322
28 024324
29 024330
30 024332
024332

104405
005337
003325
104401

002402
L10032:

TRAP
DEC
8GT

CSESEG
ITCOUN
2%

TRAP

CSETST

;ONE LESS ITERATION TO GO
;KEEP GOING IF NOT <= 0!

G
CIRJMAQ RPO7 FE/HGST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 48

PO IR

I
R
I

TEST 13 (RH70 TEST ONLY)

R
R

TEST

BIiS TO TEST = 0..5
IF ?zga‘ BIT(S) UNDER TEST DIDN'T MATCH EXPECTED DATA

ou;gur ERROR MESSAGE (BIT(S) DIDN'T SET)

EL
:
SET RPCS2:
ENDIF

(LR =

IF RPBAE BIT(S) UNDER TEST DIDN'T CLEAR
THEN

OUTPUT ERROR MESSAGE

ENDIF

(BIT(S) UNDER TEST DIDN'T CLEAR)

END TEST 13

PRPLHL NN

RPBAE READ°URITE

WRITE RPBAE WITH DATA PATTERNS 1..4, ONE AT A TIME

d omd =D

TEST 13 RPBAE READ/WRITE TEST

NN PRI

IR IR

.SBTTL

b cd ek
POPVNIND

WVISWN

PNIUND)

b et

024334
024334
024340
024342
024344
024346
024352
024360
024366
024366
024372
024374
024402
024404
024410
024412
024420
024420
024420
024422
024426
024430
026434
024440
024442
024444
024450
024452
024452
024454
024456
024460
024464
026466
024466
024470
024474
024476
024476
26 024500

SEQ 0110

TEST

=000 NONHWNI
O 0V00 O N W
=

TEST 13 RPBAE READ/WRITE

005737
003002

002504

104432

000142
005037
012737
012737

002404
000002
000012

004737
004244
013737

017744

004737
000403
013737

020034

104404

104405

005737
001362
004737
005737
002355
104404

004737
002352
104405
104404
104404

004737
002350
104405

004737
002562
104405

005337

002444

002436

002406
002402

002436

002444

1%:

2%:
64%:

RHTYPE

TRAP

CSEXIT

LWORD

65%:

002446

10001s.

020202
10003$:

017474
:
100028

IT IS A% RH70

sMODULE CALLOUT

Mov

#10.,1TCOUN

:LOAD THE ITERATION COUNTER

MOV
JSR
TST12
Mov
TRAP
JSR
MOV
TRAP

#BI1T1,ERRWD?
PC,SETUP
SRCTMP,TEMP
CSBSEG

PC,FLOAT
65%

TEMP,SRCTMP

CSESEG

sFOR THIS TEST

sLOAD 1/0 POINTERS
sFROM THIS TABLE
sSET UP FOR POSSIBLE LOOP

sFLOAT THE PATTERN
sPATTERN 7LOATED OK, SKIP ERROR DSPAT(CH
sRESTORE

THE OLD DATA PATTERN FOR ERAUR LucP

TST

MASK

;IF MASK = 0, WE'RE DONE

JSR

PC,CONSET

sGET NEXT PATTERN

8GE
TRAP
JSR

648
C$BSEG
PC,COMPAR

sNOT DONE YET, GO-ON

TST

020202

SIF > 0,

ERRWD1

BNE

020330
002434

L10033-.

sTEST CONTROLLER TYPE

CLR

BR
100008
:

002402

TST

BGT 1%

PATT4
TRAP
TRAP

TRAP
JSR
PATT3
TRAP

649

PATCNT

s IF

PATTERN COUNT UNDERFLOWED,

sWRITE THE NEXT PATTERN
sWHICH

IS PATTERN #4

CSESEG
C$BSEG

C$BSEG
PC,COMPAR
CSESEG

;D0 ANOTHER DATA COMPAR]SON
;USING PATTERN #3

JSR

PC,RESET

;RESET THE DEVICE

TRAP
DEC

CSESEG
ITCOUN

sONE LESS ITERATION

RPBAE

DONE'

:CLEAR RPBAE BY SETTING MASSBUS CLEAR

CIRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 48-1
TEST 13 RPBAE READ/WRITE TEST
27 024504
28 024506
024506

003330
104401

L10033:

BGT

TRAP

($ETST

SEQ 0111
;IF NOT <= 0, KEEP GOING

RPBAE

l
ISOLATOR MACRO v04.00 1~JAN-83 13:37:00 PAGE 49

DUPLICATED A16

O
S
P

A
ST
A
Y
S
L

VIR ILICLIVFR LI ITLIN IV I IRVFLPR

=200 NONSWN=0O0VONO

D020

.SBTTL

24 024510

28 024530
024530
9 024532

30
31
32
33
34
35

0245490
024546
024550
024554
024556
024560
024562
024564
024566
36 024570
37 024574

38
39
40
41
42

024602
024604
024610
024612
024614
024616

224620
024622

43 024624
44 024630
45 024630

46
47
48
49

024630

024632
024634
024640
024642

000002
002404
000012

002406

000400
000400

155752
155744

002402

T14::

1%:

002402
001000

2%:

017422

005737
003002
104437

ggg?UT ERROR MESSAGE
IF RFE§1

IF RPBAE:

10000$:

002504

(BIT SET WHEN NOT EXPECTED)

BIT 0 <> 1

SET RPCS2:

ENDIF

(BIT STUCK AT 0)

(LR =1

ENDIF

IF ((RPCS1:
A16) AND (RPBAE:
BIT 0)) <> 0
éND}?EN OUTPUT ERROR MESSAGE (BIT(S) STUCK AT 1)

END TEST 14

MOV

#817T1,ERRWD?

;MODULE CALLOUT, THIS TEST

TRAP
MOV

C$BSEG
#A16,aRPCST

sSET RP(CS1:A16=1

JSR
RP(CS1

PC,.BISEXP

CLR
MOV

(LR

ERRWD
#10.,1TCOUN

#A16,8RPCST
2%

C$ERHRD

18
EM22
ERRO

ITCOUN

:NO RP0O7 BOARDS
;LOAD THE ITERATION COUNTER

:TEST RPCS1:A16
JIF =2, GO ON
;LOAD FAILING DATA
JFAILING REGISTER
;BIT UNDER TEST

sNO FURTHER JTERATIONS

BIT #A17,aRP(CS1
BEQ
3%

;DID A17 ALLD SET?
JIF ZERO, IT*S OK!

RP(CS1

JFOR THIS REGISTER

TRAP

3%:

A17 =1

Etgg OUTPUT ERROR MESSAGE

A17

002402

(BIT DIDN'T SET AS EXPECTED)

éND?UTPUT ERROR MESSAGE

JSR

104456

104405
104404

.WORD
.WORD
.WORD

155710

14 RPBAE DUPLICATED A16 TEST

TEST 14 (RH70 TEST ONLY)
RPBAE DUPLICATED A16 TEST
WRITE RP(CS1:
A16 (BIT 08) =1
A16 <> 1
IF ?PE31

A6
TRAP

000022
012776

000023
012454
014172
005037

TEST

BIT
BNE

017372

0146172
005037
032777
001412
004737
002512
001000

SEQ@ 0112

TEST

NS W=

—t P

RPO7? FE/HOST

PONININ)
b =d b b ad b b eed b b

L
e

mey

PC,BICEXP
CSERHRD

.WORD
.WORD
.WORD

19
EM14
ERRO

TRAP
TRAP
IST

CSESEG
($BSEG
RHTYPE

CLR

BGT

TRAP

I1TCOUN

CSEXIT

JLOAD THE OFFENDING BIT

;THIS BIT!

JITERATIONS = 0

JTEST

CONTROLLER TYPE

JIF >0,

IT IS AN RH70

J 9
M?g RPO? FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 49-1

SEQ 0113

RPBAE DUPLICATED A16 TEST

024644
024646
024654
024656
024662
024664
024666
024670
024672
024674
56 024676
57 024702
58 024702
024702
59 024704
60 024706
61 024714
62 024722
63 024724
64 024730
65 024732
66 024734
024736
024740
024742
67 024744
68 024750
69 024750
024750
70 024752
71 024754
50
51
52
53
56
55

72 024760
73 024762

024764

74 024766

75
76
77
78
79

024774
024776
025002
025004
025006
025010

025012
025014
80 025016
81 025022
82 025022
025022
83 025024
84 025030
85 025032
025032

000036
032777
001012
004737
002562

00000

155706

4$:

017372

RPBAE

000001
104456
000024
012776

014172
005037
104405
104404

052777
032777
001412
004737
002512
000400

BITO

002402

5%:

10001$:

000040
000400

017422

104405
104404

002402

10002%:

005737
003002

002504

032777
001412
004737
002562
000001

000001

104432
000036

6%:

104405
005337
003237
104401

CSESEG
($BSEG

BIS
BIT
8EQ
JSR
RP(CS1
A16
TRAP
.WORD
.WORD
.WORD

#CLR,aRPCS?
#A16 ,aRPCS1T

TRAP

CSESEG
C$BSEG

CLR

TRAP

017422

.WORD
BIT
BEQ

002402

8%:

10003$:

002402

L10034:

PC,BICEXP

CSERHRD
21
ERRO
ITCOUN

RHTYPE
7%

PC,BICEXP

TRAP

CSERHRD
27
EM23
ERRO

-WORD
.WORD
.WORD
CLR

sTEST RPBA4:BITO. (PARALLELS RP(CS1=A14)

¢IF SET, GO ON
sLOAD FAILI NG DATA

sFAILING RE GISTER

;BIT UNDER TEST

s ITERATION COUNT = 0

sCLEAR OUT THE DEVICE

s TEST RPCS1 :A16
;IF ZERO, G 0O ON
sLOAD FAILI NG DATA
sFAILING RE GISTER

:BIT UNDER TEST

EM23

ISR
*BAE

BITO

104456

000026
013051
014172
005037

TRAP
TRAP

BGT

7%:

PC,BISEXP

+WORD
.WORD
.WORD
CLR

TRAP
TST

155566

100018-.
ggxro,aapaAe

CSERHRD
20
EM22
ERRO
I1TCOUN

TRA?

104456

000025
013051
014172
005037

.WORD
BIT
BNE
JSR

sNO FURTHER ITERATIONS

:TEST CPNTR OLLER TYPE

JIF > 0, IT7 IS AN RH70
:TEST RPBAE :BITO
J1F 0, GO O N
;LOAD FAILI NG DATA
sFAILING RE GISTER
:BIT UNDER TEST

ITCOUN

JPESET THE ITERATION COUNTER

TRAP

DEC
8GT

CSESEG
ITCOUN
1%

JONE LESS I IESATION T0 GO
;DO UNTIL <

TRAP

CSETST

ol
o]

—

TETE PR T XY
T
I
A
AR
A
R TR
IR
R
A
A
I R
R
AR R

25034
25034
25040
0528?2
31
32
33
34
35
36
37

41
42
43
44

025054
025056
025064
025072
025074
025100
025102
025104
25106
25110
025112
25114
25120
5126

025130
025134
025136
025140

025142
025144
025146
025150
025154
025154
025154
025156
025160

JRILITFCPLIVNLINNL
NN DRI LN
NN NR OO

.SBTTL

T15::

SEQ 0114

TECT 15 RPBAE DUPLICATED A17 TEST
TEST 15 (RH70 TEST CILY)
RPBAE DUPLICATED A17 TEST
:
WRITE RPCS1:
A17 (BIT 09) =1

IF RPCST:
THEN

A17 O 1

EUTEUT tRROR MESSAGE
S

IF RPCS1:
THEN

(BIT FAILED TO SET®

A16
=

éND(I)UTPUT ERROR MESSAGE

IF s;sgasz

BITO1 DIDN'T SET

OUTPUT ERROR MESSAGE (BIT FAILED TO SET)
ELSE

CLR =1

?ET RPCS2:

ENDIF

IFf ;;g:cs1
:

(BIT SET WHEN NOT EXPECTED)

A17) AND (RPBAE:

OUTPUT ERROR MESSAGE

ENDIF

BIT01)) <> 0

(BIT(S)

DIDN'T CLEAR)

ENDIF

END TEST 15

—

mey

PO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 50
PBAE DUPLICATED A17 TEST

005037
012737
012737

002404
000002
000012

002402

012777
032777
001012
004737
002512
001000
104456
000027
012776
014172
005037

001000
001000

155426
155420

004737
002512
000400
104456

017422

104404

032777
001412

000030
012454
014172
005037

104405
104404
005737

002406

000400

002402

002504

155364

MOV

TRAP

017372

002402

CLR
MOV

2%:

3%
100008:

ERRWD1
#BIT1,ERRWD?

#10.,1TCOUN

($BSEG

MOV
BIT
BNE
JSR
RPCS1
A17
TRAP
.WORD
.WORD
.WORD
CLR

#A17,3RPCS1
#A17,3RPCST
2%
PC,BISEXP

JSR
RPCS1
A16
TRAP

PC,BICEXP

CSERHRD
23
EM22
ERRO
ITCOUN

:MODULE CALLOUT FOR THIS TEST
sCONTROLLER ONLY
;LOAD THE ITERATION COUNT
JSET RPCS1:A17=1
:TEST RPCS1:A17
JIF =2, 0K
LOAD FAILING DATA
sFAILING REGISTER
:BIT UNDER TEST

:NO ITERAT]ONS

BIT
BEQ

#A16,3RP(CST
3%

WORD
.WORD
.WORD
(LR

24
EM14
ERRO
ITCOUN

;ITERATIONS = 0

TRAP
TRAP
TST

C$ESEG
($BSEG
RHTYPE

JTEST CONTROLLER TYPE

CSERHRD

:DID A16 ALSO SET?
;1F ZERO, NO-IT'S OK!

;LOAD THE FAILING DATA
:THIS REGISTER
:THIS BIT FAILED TO REMAIN CLEAR:

L 9
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1~JAN-83 13:37:00 PAGE 50-1

SEQ 0115

15 RPBAE DUPLICATED A17 TEST

50 025164
51 025166
025170

2 025172
53 025200
54 025202
55 025206
56 025210
57 025212
025214
025216
025220
025222
025226
025226
025226
025230
025232

TEST

025240
025246

025250
025254
025256
025260
025262
025264
025266
025270
025274
025274

025274
025276
025300
025304

003002
104432
000036
032777
001012
004737
002562
000002

TRAP

000002

155362

4%:

017372

000031
012776
014172
005037
104405
104404

052777
032777
001412
004737
002512
001000

BIT1

TRAP

002402

000040
001000

5%:
10001$:
155262
155244

104405
104404
005737
003002
104432

002562
001000
104456

000033
013051
014172
005037
104405

205337
003237
104401

-WORD
-WORD
.WORD
CLR
TRAP
TRAP

BIS
BIT
BEQ
JSR
RPCS1

017422

A17

104456
000032
013051

016172
005037

.WORD
BIT
BNE
JSR
RPBAE

104456

000036
032777
001412
004737

87 025356
025356

BGT

TRAP

002402

6%:

10002%:

002504

000002

-WORD
+WORD
.WORD
CLR

13
CSEXIT
10001$-.
ggIT1.aRPBAE
PC,BISEXP

CSERHRD
25
EM22
ERRO
I1TCOUN

PC,BICEXP

CSERIRD
26
EM23
ERRO
ITCOUN

CSESEG
C$BSEG

7%:

017422

CSEXIT
10003s-.

#BIT1,3RPBAE

PC,BICEXP

CSERHRD
27

002402

EMZ3
ERRO
8%:
10003$:

002402

L10035:

s TEST RPBAE:BIT1
;IF =1
0K

*LOAD FAILING DATA
*FAILING REGISTER
;8IT UNDER TEST

;ITERATIONS = 0

CSESEG

C$BSEG
#CLR,3RPCS?
gg17.anpcs1

RHTYPE

155242

J1F > 0, = RH70

ITCOUN

CSESEG

ITCOUN
1%

CEETST

sSET RPCS2:CLR=1
:TEST RPCS1:A17

JIF 0, OK
sLOAD FAILING DATA
sFAILING REGISTER
;BIT UNDER TEST

sITERATIONS = 0

sTEST CONTROLLER TYPE

J1F =41, IS RH70
sTEST RPBAE:BIT1

JIF =0, 0K
sLOAD FAILING DATA
sFAILING REGISTER
:8IT UNDER TEST

sITERATIONS = 0

sONE LESS ITERATION
;IF NOT <= 0, KEEP GOING

CZRJMAQ R PO7
TEST

FE/HOST ISOLATOR MACRO V04.00 1-JAN=-83 13:37:00 PAGE 51

16 INTERRUPT ENABLE = BIT

SEQ 0116

TEST

}

.SBTTL

TEST 16 INTERRUPT ENABLE - BIT TEST

TEST 16

4
5
6
7
8

%
%
%
[ 4
%

B 4

Iy 4

B 4

12
13

X
%

I3 4

18 025360
19 025360

20 025364

21 025372
22 025400
23 025400
025404
24 025406
25 025410
26 025416
27 025424
28 025426
29 025432
30 025434
31 025436
025440
025442
025444
32 025446
33 025452
34 025452
025452
35 025454

005037

002404

012737

000012

012737

012700
104441
104404
052777
032777
001012
004737
002512
000100
104456
000034
012776
014172
005037

104405
104404

36 025456
37 025464
38 025472
39 025474

052777
032777
001412
004737

025506
025510
025512

000035
013051
014172

40 025500
41 025502
42 025504

43 025514
44 025520
45 025520

025520
46 025522
47 025526
48 025530

002512
000100
104456

005037

104405
005337
003324
012700

000002

T16::

002406
002402

000340
000100
000100

1%:

155074
155066

017372

002402

2$:

10000¢%:

000040
000100

155036
155020

017422

002402

002402
000000

SET RPZS2:

IF RPCS1:
¢
THEN

INTERRUPTS)

(LR =1

IE < 0

:
OUTPUT ERROR MESSAGE
ENDIF

(BIT DIDN'T CLEAR)

END TEST 16
CLR

ERRWD1

sMODULE CALLOUT

#10.,1TCOUN

:LOAD THE ITERATION COUNT
;SET PRIORITY TO 7

MOV

#8171 ,ERRWD?2

MOV
TRAP
TRAP
BIS
BIT
BNE
JSR
RPCST
IE
TRAP
LD
LWORD
.WORD
CLR

#PRI107,R0O
C$SPRI
C$BSEG
#1E,aRPCST
#1E,8RPCS1
2%
PC,BISEXP

TRAP
TRAP

CSESEG
C$BSEG

MoV

CSERHRD
28
EM22
HRRO
ITCOUN

BIS
8IT
BEQ
JSR

#CLR,aRP(CS2
#1E,aRPCS1T
3$
PC,BICEXP

.WORD
.WORD
.WORD

29
EM?23
ERRO

TRAP
DEC
BGT
MOV

(SESES
ITCOUN

RP(S1
1E
TRAP

3%:
100018:

ELSE

ENDIF

%
1 4

14
15

INTERRUPT ENABLE BIT SET-CLEAR TEST

SET PROCESSOR PRIORITY = 7 (LOCK OUT ALL
SET RPC31:
IE (BIT 06) =1
IF RPCS1:
IE & 1
:
THEN
OUTPUT ERROR MESSAGE (BIT DIDN'T SET)

CLR

CSERHRD

ITCOUN

1%
#0,R0

:FOR THIS TEST

;WRITE RPCST:INTERRUPT ENABLE=1
JTEST RPCS1:1E
;IF 2, GO ON
:LOAD FAILING DATA
sFAILING REGISTER
;BIT UNDER TEST

JITERATIONS = 0

;SET RPCS2:CLR=1
sTEST RPCS1:1E
sIF 0, TEST PASSES
;LOAD FAILING DATA

;FAILING REGISTER
;BIT UNDER TEST

JRESET FURTHER ITERATIONS

JONE LESS ITERATION TO-GO
JIF NOT <= 0, WE'RE NOT DONE

94 R JMAQ RPQ7 FE/HOST 150LATOR MACRO v04.00 1-JAN=-83 13:37:00 PAGE 51-1
TE S T 16 INTERRUPT ENABLE - BIT TEST

025534

10¢641

0255%%

104401

49 025536

L10036:

TRAP

CSSPRI

TRAP

CSETSY

SEQ 0117

SEQ 0118

}

LSBTTL

TEST 17 RH70 DUPLICATE INTERRUPT ENABLE TcST

TEST 17 (RH70 TEST ONLY) RP(CS3 DUPLICATE INTERRUPT ENABLE TEST

4
5

;%
;%

IF RPCS3:

9
10
1
12
13
14

3 4
;%
:%
%
B 4
%

17 025540
18 025540
19 025544

20 025546
025550
21 025552
22 025556
23 025564
24 025572
025572
25
025574
025600
025602

025610
025616
025620
025624
025626
025630
025632
025634
025636
025640
025644

025644
025644
025646

025650
025656
025664
025666

025672

025674
025676
025700
025702
025704
025706
025712
025712

005737
003002

104432
000160
005037
012737
012737

T17::

002504

002404
000002
000012

002406
002402

104404
012700

104441
012777

032777
001012
004737
002564
000100
104456
000036
(012776
014172
005037
104405
104404
052777
032777
001412
004737

002564

000100
104456
000037
013051
014172
005037

1%:
2%:

000340
000100

000100

154746

017372

3s:
10000%:

TST
BGT

RHTYPE
1%

CSEXIT
L1C037-.
ERRWD1
#81T1,ERRWD?
#10.,ITCOUN

TRAP

C$BSEG

MOV

#ERI07,RO

BIT
BNE
JSR
RPCS3
1E
TRAP
.WORD
.WORD
MWORD
CLR

#1E,3RPCS3
3%
PC,BISEXP

002402

1E
TRAP
.WORD
.WORD
.WORD
(LR

RP(CS3

4%:
10001%:

OUTPUT ERROR MESSAGE

TRAP
LWORD
CLR
MOV
MOV

017422

154644
154700

IE (BIT 06) < 1

EN. TEST 17

TRAP
TRAP
BIS
BIT
BEQ
JSR

000040
000100

THEN

ELSE SET RPCSZ2:
(LR =1
ENDIF
IF ((RPCS1:
IE) AND (RP(CS3:
IE)) <> 0
:
THEN
:
QUTPUT ERROR MESSAGE (BIT(S) DIDN'T CLEAR)
FNMDIF

TRAP
MOV

154702

002402

SET PROCESSOR PRIORITY = 7
SE7 RPCS1:
IE (BIT 06) =1

C$SPRI
#1E,aRPCSI

CSERHRD
30
EM22
".x0
ITCOUN
CSESEG
C$BSEG
#CLR,IRP(S2
#1E,3RPCS3
49
PC,BICEXP
CSERHRD
31
EM?23

ERRO
ITCOUN

;CAN WE u0 THIS TEST
sIF RH TYPE =+1, CONTROLLER IS RH70

sMODULE CALLOUT
JFOR THIS TEST
sLOAD THE ITERATION COUNT
;SET PRIORITY TO 7
JSET RP(CS1:1E=1

JTEST RPCS3:IE
JIF SET, GO ON
;LOAD FAILING DATA
JFAILING REGISTER
;8IT UNDER TEST

sNO ITERATIONS NECESSARY

sCLEAR OUT THE DEVICE
;TEST RPCS3:1IE
;IF CLEAR, TEST PASSES
sLOAD FAILING DATA

JFAILING REGISTER
BIT UNDER TEST

;NO ITERATIONS

-t £

—

mery
wDo

—

B 10

MAQ RPQ7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 52
17 RH70 DUPLICATE INTERRUPT ENABLE TEST

¢ 10

(IZRJMAQ RPQ? FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 52-1
TEST

17 RH70 DUPLICATE

025712

48 025714
49 025720
50 025722

025726
51 025730
025730

104405

005337
003324
012700

104441
104401

INTERRUPT ENABLE

SE. 0119

TEST

TRAP

002402

000000
L10037:

CSESEG

DEC
BGT
MOV

ITCOUN
2%
#0,R0

TRAP

CSETST

TRAP

(8SPRI

;ONE LESS ITERATION 70-GO
;>0 ?? DO AGAIN!!

SEQ

TEST 18 1PCKO TEST

8080 0s000c800: 800000000 8s8s0,s808, 00
80 80 80 8a 00 8.

]
005737
003002

025764
025766
025774
026002
026004
026010
026012
026014
026016
026020
026022
026024
026030
026030
026030
026032
026034
026040
026044
026050
026054

104404
052777
032777
001012
004737
002564
000001
104456
000040
012776
014172
005037

TEST 18 (RH70 TESY ONLY)
MDKPE TEST 1
:
SET RP(CS3:
[PCkO (BIT 0) =1
23;EUT ERROR MESSAGE

104405
104404
004737
005077
004737
005777
004737

(BIT DIDN'T SET)

IR O 1

IF RPCS2:

:
THEN
:
WAIT
ENDIF

Wi "TE DATA TO RPDB
ENDIF

IF §&gzcs1

TRE) AND (RP(CS1:

gUéEUT ERROR MESSAGE

SET RPCS2:

IF ((R?Cé%
HE-

SC) AND (RPCS2:

MCPE)) <> 1

(SHOULD HAVE DETECTED A PARITY ERROR)

(LR =

MCPE) OR (RPCS1:

éND?gTPUT ERROR MESSAGE

SC) OR (RPCS1:

TRE)) =1

(SRROR STATUS DIDN'T CLEAR)

ENDIF

END TEST 18

118::

002504

TST
BGT

104432

000264
005037
012737
012737

IPCKO <

IF ?PéfiS

-t

025732
025732
025736
025740
025742
025744
025750
852;22

JRILNLIRVILPRIVIR
LIV PAIN L PP T BR PR DL NN
NC

JSBTTL

002404
000002
000012

002406
002402

000001
0000017

154570
154562

TRAP
WORD
CLR
MOV
MoV

017372

002402
:

017672
154470
017706
154460
017000

RHTYPE
649

;1S THE CONTROLLER AN RK70?
JIF > 0, YES,

L10040-.
ERRWOD1
#8171, ERRWD?
#10.,1TCOUN

;SET THE MODIUILE CALLOUTY
sFOR THIS TEST
JLOAD THL ITERATION COUNT

CSEXIT

TRAP
BIS
BIT
BNE
JSR
RP(S3
BITO
TRAP
.WORD
.WORD
.WORD
CLR

C$BSEG
#B1T0,3RP(S3
#8170,aRPCS3
65%
PC.BISEXP

TRAP
TRAP
JSR
CLR
JSR
IST
JSR

CSESEG
($BSEG
PC,IRLOCK
aRPDB
PC,ORLOCK
aRPDE
P, WAIT

C§fRHRD
3.
EM22
ERKO
ITCOUN

;SET THE BITO=UMDER-TEST
:DID BITO SET IN RP(CS3?
JYES, SKIP ERROR DISPATCH
;LOAD FAILING DATA
JFAILING REGISTER
sBIT UNDER TEST

JRESFT FURTHER ]TERATIONS

;POLL INPUT READY IN RP(CS?
JWRITE RPDB WITH 0°'S
;NOW WAIT FOR OQUTPUI READY IN RP(S?2
JNOW DO A ONE WORD READ OF RPDB
JWAIT FOR THE RPQO7 MICROPROCESSOR

0720

—

D10

RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN=-83 13:37:00 PAGE 53

18 IPCKO TEST

ANONIMNLNINVINININININD
= b b d = =d = b wad =dd
O 00 NS AN 2 OO0 00 NN
S WIWN = OO 00 NON N IS

w D

Y
—

mnr~

ma0

CZRJMAQ
RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 5%-1
TESY 18 IPCKO TEST

SEQ 0121

026060
026066
026070
026074
026076
026100
026102
026104
026106
026110
026114
026122
026124
026130
026132
026134
026136

026140
026142
026144
026150
026156
026156
020160
026162
026170
026172
026176

026200
026202
026204
026206
026210
026212
026216
026216
026216
026220
026224
30 026226
026226

032777
001012
004753,
002512

140000

BIT

154624

BNE
JSR
RPCS1
SC!TRE

017372

140000
104456

000041
012776
0146172
005037
032777
001012
004737
002522
000400

TRAP

002402

000400

154400

67$:

017372

MDPE

104456

000042
012776
0146172
005037
052777
104405
104404

032777
001412
004737

-WORD
+WORD
.WORD
CLR
Bl
BNE
JSR
TRAP

002402
000040

000001

154344

68S:

10001¢:

154374

017422

.WORD
+WORD
.WORD
CLR
1c
‘.

TRAP
TRAP

005037
104405

005337
003257
10441

0024C2

69%:

:
100028

00>

L1004):

67%

PC,BISEXP

CSERHRD
33

EM22
ERRO

ITCOUN
#MDPE ,aRP(S2
68%
PC,BISEXP

CSERHRD
34
EM22
ERRO

I7CoUN
#CLR,aRPCS?2

CSESEG
C$BSEG

BIT
BEQ
JSR
RrCS3
BITO

#B1T0,aRPCS3

.WORD
-WORD

35
EM23
0
ITCOUN

TRAP

009000

#SC!TRE,aRPCST

.WORD
CLR

TRAP

69%

PC.BICEXP

CSERHRD

CSESEG
ITC"UN

DEC
BGT

66%

TRAP

CSETST

;LOOK FOR SC AND TRE

;THEY BOTH SET,

GO-ON

sLOAD FAILING DATA
sFAILING REGISTER
:BIT UNDER TEST

¢RESET FURTHER ITERATIONS

;DID WE DETECT PARITY ERROR?
;YES, GO-ON
sLOAD FAILING DATA
sFAILING REGISTER
;BIT UNDER TEST

sRESET FURTHER ]TERATIONS

sCLEAR OUT THE DEVI~"

sNOW CHECK T~ SEE THAT #BITO DID CLEAR
:= 0, TEST On!!
sLOAD FAILING DATA
sFAILING REGISTER
:BIT UNDER TEST

sRESET FURTHER ITERATIONS

sONE LESS ITERATION TO-GO

s TAKE BRANCH IF NOT DONE

SEQ 0122

-t

wno

mey

F 10
MAQ RPQ7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 54
19 IPCK1

TEST

;

LSBTTL

TEST 19 IPCK1 TEST

3
4
5
6

:X
.%
:%

TEST 19 (RH70 TEST ONL:) MDPE TEST 2
:
SET RP(CS3:
BIT 01 (IPCK1) =1
IF RPCS3:
IPCKT1 < 1

Jh
;%
B4
%
%

9
10

ELSE

IF RPCS2:
:
THEN

Iy 4

12
13

%
:%

1¢L

THEN
OUTPUT ERROR MESSAGE

IR <& 1

WAIT FOR RPCS2:

:
:

ENDIF
WRITE RPDB ONCE

IR TO SET

:§

1 4

ENDIF
IF

((R?SEL:

:§

gggEUT ERROR MESSAGE

SET RPCS2:

23
24

I 4
;%

27 026230
28 026230
026234
026236
026240
026242
026246
852523
026262

026264

026272
026300
026302
026306
026310
026312
026314
026316
026320
026322
026326
026326
026326
026330
026332
026336
026342
026346
026352
026356

005737
003002
104432
000264
005037

012737
012737
104404

052777

032777
001012
004737
002564
000001
104456
000044
012776
014172
005037
104405
104404
004737
005077
004737
005777
004737
032777

T19::

002504

002404

000002
000012

002406
002402

000002

154272

000002

648:

668

002402

017672
154172
017706
154162
017000
140000

65%:
100008:

154126

MDPE)) <> 1

(UNDETECTED PARITY ERROR)

TRE) OR (RPCS1:

SC) OR (RPCSZ2:

MDPE)) =1

OUTPUT EKROR MESSAGE (ERROR STATUS FAILED TO CLEAR)

END TEST 19
TST
BGT
TRAP
LWORD
CLR

MOV
M0V

TRAP

017372

¢+

CLR =1

SC) AND (RPCS2:

:
ENDIF
ENDIF

BIS

154264

TRE) AND (RPCS1:

IF %;25CS1:

:
:

(BIT DIDN'T SET)

BIT
BNE
JSR
RPCS3
BITO
TRAP
LWORD
.WORD
.WORD
CLR
TRAP
TRAP
JSR
CLR
JSR
TST
JSR
BIT

RHTYPE
649
CSEXIT
L10041~-.
ERRWD1

#BIT1,ERRWD?2
#10.,1TCOUN
C$BSEG

;1S THE CONTROLLER AN RH7C?
:1F >
0, YES,
;SET THE MODULE CALLOUT

:FOR THIS TEST

:LOAD THE ITERATION COUNT

#81T1,aRP(CS3

:SET THE BIT1-UNDER-TEST

CSERHRD
36
EM22
ERRO
ITCOUN

JRESET FURTHER ITERATIONS

#81T1,3RPCS3
65%
PC,BISEXP

C$ESEG
($BSEG
PC,IRLOCK
aRPDB
PC,ORLGCK
aRPDB
PC,WAIT
#SC!TRE,aRPCST

;DID BIT1 SET IN RP(CS3?
JYES, SKIP L ROR DISPATCH
;LOAD FAILING DATA
JFAILING REGISTER
:BIT UNDER TEST

;POLL INPUT READY IN RPCS?
:WRITE RPDB WITH 0°S
;NOW WAIT FOR OQUTPUT READY IN RP(S?2
JNOW DO A ONE WORD READ OF RPDB
;WAIT FOR THE RPO7 MICROPROCESSOR
;LOOK FOR SC AND TRE

6 10
CZRJMAO RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 54-1
TEST

IPCKY

076364
26366
026372
026374
026376
026400
026402
026404
026406
026412
026420
026422
026426
026430
026432
0,64 34
026436
026440
026442
026446

026454
026454
026456

001012
004737
002512

017372

140000
104456

000045
012776
014172
005037
032777
001012
004737
002522
000401

002402

000400

154102

67%:

017372

032777
001412
004737
002564
000001

104405

005337
003257
104401

37
EM22
ERRO
ITCOUN

MDPE
TRAP

002402
000040

154046

000002

68S%:
10001$:

154076

.WORD
.WORD
.WORD
CLR
BIS
TRAP
TRAP

BIT
BEQ
JSR
RPCS3

017422

8170

104456

013051
000000
005037

.WORD
.WORD
-WORD
CLR
BIT
BNE
RP(CS2

104405
104404

67%

JSR

104456
000046

012776
014172
005037
052777

BNE
JSR
RPCS1
SC!TRE
TRAP

TRAP
-WORD

000047

026514
026514
026514
026516
026522
29 026524
026524

SEQ C123

TEST

002402

69%:

10002%:

002402
L10041:

2C,BISEXP

CSERHRD

#MDPE ,aRPCS2

¢€8%

PC,BISEXP

CSERHRD
38

EM22
ERRO
ITCOUN

#CLR,aRPCS?

CSESEG
($BSEG
#BIT1,aRPCS3
65%
PC.BICEXP

CSERHRD
39

s THEY BOTH SET,

GO-ON

JRESET FURTHER

]TEKATIONS

sRESET FURTHER

JTERATIONS

sLOAD FAILING DATA
sFAILING REGISTER
;BIT UNDER TEST

;DID WE DETECT PARITY ERROR?
:YES, GO-ON
sLOAD FAILING DATA
sFAILING REGISTER
:BIT UNDER TEST

sCLEAR OUT THE DEVICE!

sNOW CHECK TO SEE THAT #BIT1 DID C_EAR
;= 0, TEST OK!!
sLOAD FAILING DATA

sFAILING REGISTER
;BIT UNDER TEST

-WORD
.WORD
CLR

EM23

0
ITCOUN

JRESET FURTHER ITERATIONS

DEC
BGT

TKAP

CSESEG
ITCOUN
66%

;TAKE BRANCH

TRAP

CSETST

sONE LESS ITERATION TO-GO
[F

NOT DONE

—

mry

H 10
0 PAGE 55

MAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:3,
20 IPCk2 TEST

SEQ C124

;

LSBTTL

TEST 20 IPCk2 TEST

TEST 20 (RH70 TEST ONLY) MDPE TEST 3

5
6

:%
;%

SET RPCS3:
IF RPCS3:
THEN

[PCK2 (BIT2) =1

IPCK2 <> 1

OUTPUT ERROR MESSAGE

8
9

:X
;2

12
13

;%
;X

ENDIF
up're DATA TO RPDB

10
1

ELSE
IfF RPCS2:

;X
;%

IR < 1
THEN
WAIT FOR RP7S2:

:
:

EDIF

;(2:cs1
H

TRE)

IR TO SET

AND RPCS1:

OUTPUT ERROR MESSAGE

SET RPCS2:

ELSE

:§

IF ;(g:cs1:

22
23
26

;%
33
;X

27 026526
28 026526
026532
026534
026536
026540
026544
852228

005737
003002
104432
000304
005037
012737
012737

026560
026562
026570
026576
026600
026604
026606
026610
026612
026614
026616

104404
052777
032777
001012
004737
002564
000001
104456
000050
012776
014172

026620
026624
026624
026624
026626

005037
104405
1046404

026630

004737

026654

005777

026634
026640
026644
026650

005077
004737
005077
004737

120::

002504

002404
000002
000012

002406
002402

000004
000004

153774
153766

648
665

017372

002402

65%:
10000$:

:
:

SC) AND

(RPCS2:

MCPE))

<> 1

(UNDETECTED PARITY ERROR)

CLR = 1

SC) OR (RPCS1:

:
OUTPUT ERROR MFSSAGE
ENDIF
ENDIF

TRE) OR (RPCS2:

MCPE)) = 1

(ERROR STATUS FAILED TO CLEAR)

END TEST 20
ST
BGT
TRAP
LWORD
CLR
MOV
MOV

RHTYPE
643
CSEXIT
L10042-~.
ERRWD1
#BIT1,ERRWD2
#10.,1TCOUN

TRAP
BIS
BIT
BNE
JSR
RPCS3
BITO
TRAP
.WORD
.WORD
.WORD

C$BSEG
#BIT2,aRP(S3
#BIT2,3RPCS3
65%
PC,BISEXP

CLR

CSERHRD
40
EM22
ERRO
1TCOUN

TRAP
TRAP

CSESEG
C$BSEG

017672

JSR

153654

TST

15367
017672
153664
017706

(BIT DIDN'T SET)

CLR
JSR
C.R
JSR

:1S THE CONTRCLLER AN RH7(
J1F > 0, YES,
;SET THE MODULE CALLOUT
“fOR THIS TEST
:LOAD THE ITERATION COUNT
sSET THE BIT2-UNDER-TESI
:DID BIT2 SET IN RP(CS3?
:YES, SKIP ERROR DISPATCH
;LOAD FAILING DATA
:FAILING REGISTER
;BIT UNDER TEST

JRESET FURTHER ]TERATIONS

PC.,IRLOCK

:POLL INPUT READY IN RP(S2

3RPLS

:NOW DO A ONE WORD READ OF RPDB

aRPLB
PC, IRLOCK
aRPDB
~{,IRLOCK

;WRITE RPDB WITH 0°'S
:WAIT FOR IR TO SET AGAIN
;WRITE RPDB = 0, AGAIN
:NOW WAIT FOR OUTPUT READY IN RP(S?2

[ 0
CIRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 55-1

SEQ 2125

TEST 20 IPCK2 TEST

026660
026664
026670
026674
026702
026704
026710
026712
026714
026716
026720
026722

026724
026730

026736

026740
026744
026746
026750
026752
026754
026756
026760
026764
026772
026772
026774
026776
027004
027006

027012
027014
027016
027020
027022
027024
027026
027032
027032
027032
027034
027040
29 027042
027042

004737

JSR
TST
JSR
8IT
BNE
JSR
RP(S1
SC!TRE

153610

017372
104456

000051
012776
014172
005037
032777
001012
004737
002522
000400

TRAP
.WORD

002402
000400

153564

67%:

017372

MDPE
TRAP

104456

000052
012776
014172
005037
052777
104405
104404
032777

001412
004737

002564
000001

002402
000040

000004

.WORD
.WORD
.WORD

153530

153560

005037

RPCS3
BITO

104405

005337
0032247
104401

69$:

10002%:

002402

L10042:

.WORD
.WORD
.WORD
CLR
TRAP

iWALT FOR THE RPO7 MICROPROCESSOR

sLOOK ron SC AND TRE
sTHEY BOTH SET,

GO-ON

:LOAD FAILING DATA

sFAILING REGISTER

;BIT UNDER TEST

EM22

ERRO
ITCOUN
lggPE.aRPCSZ
6
PC,BISEXP

CSERHRD
42

EM22
ERRO

CSESEG
C$8SEG
#B1T2,3RPCS3
69%

JSR

sMAIT FOR OQUTPUT RE/TMY TO SET IN RP(CS2 AGAIN!
;DO A SECOND READ_O+ RPDB

TRAP
TRAP

TRAP

002402

CSERHRD

1TCOUN
#CLR,3RPCS2

BIT
BEQ

017422

PC,BISEXP

CLR

68¢%:
BIS
10 001%:

104456

000053
013051
000000

.WORD
.WORD
CLR
BIT
BNE
JSR
RPCS2

PC,ORLOCK
aRPDB
PC,WAIT
0;&!TRE.3RPCS1
6

PC,.BICEXP

CSERHRD
43
EM23
¢
ITCOUN

(SESEG

DEC

BGT

ITCOUN
66%

TRAP

CSETST

JRESET FURTHER

ITERATIONS

sRESET FURTHER

ITERATIONS

;DID WE LETECT PARITY ERROR?
;YES, GO-ON
sLOAD FAILING DATA
sFAILING REGISTER
;BIT UNDER TEST

sCLEAR OUT THE DEVICE!

NOg CHEg§ 60SEE THAT #BIT2 DID CLEAR
:LOAD FAILING DATA
sFAILING REGISTER

:BIT UNDL> TEST

;RESET FURTHER

ITERATIONS

sONE LESS ITERATION TO-GO

s TAKE BRANCH

NOT DONE

wnx

mr~N

MAOQ RPQ7 FE/HOST

IPCK3 TEST

J 10

ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 56

SEQ 0126

}

LSBTTL

TEST 21 IPCK3 TEST

3 4
i
;%

TEST 21 (RH70 TEST ONLY) MDPE TEST 4
:
SET RPCS3:
IPCK3 (BIT 03) = 1
IF RPCS3:
IPCK3 <> 1

4
5
6

¥4

8
9
10
1
12
13

i
;2

;%
3
0%
%

ELSE
IF RPCS2:

IR O 1
:
THEN
:
WAIT FOR RPCS2:
ENDIF
ELSE

16
17

WAIT FOR PPCS2:

:§

23
5§

IF §£2:rs1:

¥ 4
;X

30 027044

31 027044
027050
027052
027054
027056
027062
85;8;2

005737
003002
104432
000304
005037
012737
012737

027076
027100
027106
027114
027116
027122
027124
027126
027130
027132
027134

104404
052777
032777
001012
004737
002564
000001
10445¢
000054
012776
014772
005037

027136
027142
027142
027142
027144
027146
027152
027156

104405
104404
004737
005077
004737

T21::

002504

002404
000002
000012

002406
002402

000010
000010

153456
153450

648
565

017372

002402

0176 72
153356
017672

65%:
100008:

SC) AND (RPCS1:

TRE) AND (RPCS2:

MCPE)) <> 1

ggggur ERROR MESSAGE (UNLETECTED PARITY ERROR)
SET RPCS2:

By 4
:§

26
27

IR TO SET AGAIN (USING A TIMER)

:
WRITE RPDB WITH DATA AGAIN
ENDIF

:§

IR TO SET

WRITE DATA TO RPDB

;%
;X

THEN

OUTPUT ERROR MESSAGE (BIT FAILED TO SET)

ENDIF
IF §;2:cs1:
:

CLR = 1

SC) OR (RPCS1:

OUTPUT ERROR MESSAGE
ENDIF

TRE) OR (RPCS2:

MCPE)) = 1

(ERROR STATUS FAILED TO CLEAR)

END TEST 21
TST
B8GT
TRAP
.WORD
CLR
MOV
MOV

RHTYPE
648
CSEXIT
L10043-.
ERRWD1
#8171 ,ERRWD?
#10.,1TCOUN

TRAP
BIS
BIT
BNE
JSR
RPCS3
BITO
TRAP
.WORD
.WORD
.WORD
CLR

C$BSEG
#BI73,3RPCS3
#BIT3,aRPCS3
65%
PC,BISEXP

ITCOUN

;RESET FURTHER ITERATIONS

TRAP
TRAP
JSR
CLR
JSR

C$ESEG
C$BSEG
PC,IRLOCK
aRPDB
PC,IRLOCK

:POLL INPUT READY IN RP(S?2
;WRITE RPDB WITH Q'S
;WAIT FOR IR TO SET AGAIN

CSERHRD
44
EM22
ERRO

:1S THE CONTROLLER AN RH70?
:IF > 0, VES,
;SET THE MODULE CALLOUT
:FOR THIS TEST
;LOAD THE ITERATION COUNT
:SET THE BIT3-UNDER-TEST
:DID BIT3 SET IN RP(CS3?
;YES, SKIP ERROR DISPATCH
:LOAD FAILING DATA
;FAILING REGISTER
:BIT UNDER TEST

(2 RJHA? RPO7 FE/HOST
TE ST 2
IPCK3 TEST

027162
027166
027172
027176

K 10

005077
004737
005777
004737
005777
004737
032777
001012
004737
002512

CLR
JSR
TST
JSR
TST
JSR
8IT
BNE
JSR
RPCS1
SC!TRE

153272

140000
104456

000055
012776
014172
005037
032777
001012
004737
002522
000400
104456
000056
012776
014172
005037
052777
104405
104404

032777
001412
004737
002564
000001
104456
000057
013051
000000
005037
104405

027356
32 027360
027360

SEQ C127

ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 56-1

005337
003247
104401

TRAP

002602
000400

153246

67%:

017372

002402
000040

000010

153212

68$:

10001$:

153242

+WIRD
.WORD
.WORD
CLR
8IT
BNE
JSR
RP(CS?2

MDPE
TRAP
-WORD
-WORD
.WORD
CLR

BIS

TRAP
TRAP

BIT
BEQ

017422

JSR

RPCS3
BITO
TRAP

002402

69%:
10002%:

002402

L10043:

.WORD
+WORD
.WCRD
CLR

aRPDB

;WRITE RPDB = 0, AGAIN

aRPDB
aRPDB

sNOW DO A ONE WORD READ OF RPDB
JWAIT FOR OUTPUT READY TO SET IN RP(CS2 AGAIN!
;00 A SECOND READ_OF RPDB

sTHEY BOTH SET,

PC,ORLOCK
PC,ORLOCK

PC,WAIT
l;EETRE.aRPCS1
PC,BISEXP

CSERHRD
45
EM22
ERRO

;NOW WAIT FOR OUTPUT READY IN RP(S?2

;WAIT FOR THE RP07 MICROPROCESSOR

;LOOK FOR SC AND TRE

GO-ON

sLOAD FAILING DATA
sFAILING REGISTER

:BIT UNDER TEST

ITCOUN
#MDPE ,aRP(CS2

JRESET FURTHER JTERATIONS

PC,BISEXP

sLOAD FAILING DATA
cFAILING REGISTER
;BIT UNDER TEST

68%

CSERHRD

;DID WE DETECT PARITY ERROR?

EM22
ERRO

ITCOUN
#CLR,IRPCS2

CSESEG
C$BSEG
#BIT3,3RPCS3
69%
PC,BICEXP

CS$ERHRD
47

sRESET FURTHER

ITERATIONS

sCLEAR OUT THE DEVICE!

sNOW CHECK TO SEE THAT #BIT3 DID CLEAR
;= 0, TEST OK!!

sLOAD FAILING DATA
sFAILING REGISTER
sBIT UNDER TEST

EM23

0
ITCOUN

SsRESET FURTHER

TRAP
DEC

BGT

C$ESEG
ITCOUN
66%

; TAKE BRANCH

TRAP

CSETST

ITERATIONS

sONE LESS ITERATION TO-GO
IF

NOT

DONE

L 10
CIZRJMAQ RPO? FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 57

005037
052777
032777

002462
000200
000200

T22::

002406
002402

1%:

TEST 22 INTERRUPT TEST M
TEST 22 INTERRUPT TEST 1
WRITE RP(CS1:
ROY (BIT 07)
RDY <> 1
IF RP(CS1:
:

ENDIF

THEN

OUTPUT ERROR MESSAGE
ENDIF

CLR
MOV
MOV

ERRWD1
#81T1,ERRWD?2
#10.,1TCOUN

TRAP
(LR

($BSEG
INTFLG

RDY
TRAP

W
TM

LWORD
.WORD

002402

2%:

W
~n

100008%:

33
34 027506
027506
35 027510
027512
36 027514
37 027522
027526
027530

TRAP

#RDY ,aRPCS1
2%
PC.BISEXP
CSERHRD

ERRQ
I1TCOUN

MOV

#3,-(SP)

000010
000340

ADD
MOV

#10,SP
#PRIO7,R2

002116
177772
177756

MOV
MOV

TRAP

MOV
TRAP
BIS
MOV
WORD
MOV
.WORD
DEC
BNE
DEC

BNE

sCREATE THE MODULE CALLOUT
sFOR

THIS

TEST

sLOAD THE ITERATION COUNT
NTERRUPT STATUS FLAG

:
:
:
;

IN RPCS1

ERROR DISPAT(CH

ERROR POINTERS

SRESET THE ITERATION COUNTER

CSESEG

#PR107,-(SP)

152770

(RHXX INTERRUPTED TO WRONG PRIORITY)

48
EMZ22

MOV

001300
000020

001367

.WORD
CLR

#RDY ,aRP(CS1

000340
020630
002476
000003

3%:

RDY STUCK AT 0)

END TEST 22

BIT
BNE
JSR
RPCS1

017372

(RP(CS1:

SET PROCESSOR PRIORITY = 7 DOWNTO THE DEVICE PRIORITY, ONE LEVEL AT A TIME
ROY AND RP(CS1:
SET RP(S1:
IE = 1
IF INTERRUPT IS RECEIVED

BIS

15 3074
153066

THEN

QUTPUT ERROR MESSAGE

- MM =2t

IR
TR
IR
R
TR

104404

002404
000002
000012

PRI IRAPL IR PL PRI

NN
PNOMNVMNINININONIND
PNION) b b b b cd e =D d ed b
Voo~
ONOANSWNWN
20000 NO VWA =20 000 N

005037
012737
012737

.SBTTL

027534
027536
027547
44
0275
027550

SEQ 0128

TEST M

INTERRUPT

NN =

TEST 22

#INTSRV,-(SP)
RPVEC,~(SP)

CS$SVEC

;SET THE PRIORITY TO 7

C$BSEG

R2 ,R0
C$SPRI
#RDY!IE,aRPCST
#20,(PC)+
O
LSOLY,(PC)+
-6(PC)

.~4
=22(PC)
.=20

sFORCE

INTERRUPT, BUT

DON'T HONOR

IT!

SEQ 0129

CZRJMAQ RPO? FE/HOST ISO%ATOR MACRO v04.00 1-JAN-83 13:37:00 PAGL 57~
TEST 22

INTERRUPT

TEST
#

38 027552
39 027556

005737
001406

027562
027564
027566
41 027570

000061
013126
000000
005037

027574
027574
43 027576

104405
162702

40 027560

42 027574

44
45
46
47
48

027602
027606
027610
027616
027622

50 027632
027632

002462

TST
BEQ

104456

020237
103337
052777
005337
003267
013700
104436
104401

TRAP

002402

4%
10001$:

-WORD
.WORD
.WORD
CLR

:IF INTFLG > 0, WRONG PRIORITY!!
JIT°S OK IF ZERO!

EM24
0
ITCOUN

¢NO ITERATIONS NECESSARY

CSERHRD
49

CSESEG

#40,R2
R2,RPVEC+2

000040
002500
000040
002402

INTFLG
43

#CLR,3RPCS2
ITCOUN
1%
RPVEC ,RO

152704

002476

L10044:

CS$CVEC

CSETST

sREDUCE THE PRIORITY LEVEL
sAT

THE DEVICE PRIORITY

YET?

sNOT IF HIGHER OR SAME...
sNOW DISARM INTERRUPTS
sONE LESS
;D0 UNTIL <= 0

Ve sV Wy Ve 0y, B, Ve e
Ve We 0o Ve

027634
027634
027642
027650
027656
027656
027660
227664
25 027672
26 027700
27 027706
28 027710
29 027714
30 027716
31 027720
027722
027724
027726
32 027730
027732
33 027734
027734
027734
34 02,736
027742
027746
027752
027756
027760
35 027764
36 027766
027772
37 027774
38 030002
030006
030010
030014
030016
030022
030024

016000

g
NON/

(VIVIVIV
A Py

002404
002406
002402

I PRI ITILFRIT
NP PL NN

.SBTTL

123::

1%:

002462
000040
002506
160000

TEST 23 INTERRUPT TEST #2
TES T 23 NTERRUPT TEST 2
WRITE RPCS2:
(LR =1

SE7 PROCESSOR PRIORITY = 0
IF §§25C81:
SC) OR (RPDS:

(PERSISTENT ATA OR SC~CANNOT PERFORM INTERRUPT TEST)

é~D?UTPUT ERROR MESSAGE

(RECEIVED FALSE INTERRUPT)

THEN

END TEST 23
MOV

#BIT10!BIT11!BIT12,ERRWDT;J11=J:3 CALLOUT

TRAP
CLR

C$BSEG
INTFLG

MOV
mMov

#8IT1!BIT2!'B 8.ERRWD2; CONTROLLER, CABLE, TERMINATOR
010..ITCOUN
;LOAD THE ITERATION COUNT

BIS
MOV

#CLR,aRPCS2
DRVNO,aRP(S2

BEQ

.WORD
.WORD
.WORD

50
EM16
ERRO

.WORD

L10045-.

TRAP

10000%:

TRAP

#PR107,-(SP)
#INTSRV,=(SP)

MOV

#3,-(SP)

062706

000010

012700

000000

ADD
TRAP
MoV

#10,5P
C$BSEG
#0,R0

012777
012727
000000
013727
000000
005367
001375
005367

000100
000020

MOV
MOV
.WORD
Mov
.WORD
DEC
BNE
DEC

#1E,aRPCS?
420, (PC)+
0
L$DLY, (PC)+
O
=6(PC)
.=4
=22(P0)

104404
104441

002116
177772

177756

152510

TRAP

:IF ZERO, NO!!

:LOAD THE ERROR POINTERS
sTHIS REGISTER FAILED,
:THIS DATA SHOULD BE CLEAR

CSESEG

MOV
MOV

TRAP

sCLEAR OUT THE CONTROLLER
:LOAD THE DRIVE NUMBER

CSEXIT

000340
020630
002476
000003

MOV

cRESET THE INTFRRUPTS RECEIVED FLAG

#SC'TRE
'MCPE ,@RPCS1;D0 WE HAVE A SPECIAL CONDITION, MCPE, OR TRANSFER ERROR?

JSR
PC,BICEXP
RPCS1
SC!TRE!MCPE
TRAP
CSERHRD

2%:

ATA)) =1

OUTPUT ERROR MESSAGE
:
EXIT TEST 19
ENDIF
WRITE RPCS1:
IE =1
IF RHXX INTERRUPTS

BIT

017422

RPVEC,=(SP)

C$SVEC

C$SPRI

JARM THE DEVICE, BUT DON'T EXPECT AN INTERRUPT

SEQ 0130

-t

N 10
RPQ7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 58
INTERRUPT TEST #2

—~

SEQ 0131

CZR HAO RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PASE 58TEST 23 INTCRRUPT TEST
#2

030030
39 030032
40 030036
1 030040
030042
030044
030046
03005C
0300.,4
030054
030054

030056
030064
030070
030072
030076
030100
030100

001367
0057%7
001406

104456
000063
013167
0146172
005037
104405

052777
005337
003272
013700
104436

104401

BNE

002462

TST
BEQ
TRAP

002402

3%:

100018%:

000040
002402

152436

002476

L10045:

-WORD
+WCRD
+WORD
CLR
TRAP

.~20

INTFLG

3s
CSERHRD
51
EM25

ERRO
ITCOUN

CSESEG

BIS
DEC
8GT

MOV
TRAP

#CLR,3RPCS?2
ITCOUN
1%
RPVEC,RO
CSCVEC

TRAP

CBETST

;THIS SHOULD = 0, FOR NC INTERRUPTS
;1S ZERO, TEST Ok!

¢RESET FURTHER ITERATIONS

:DISARM INTERRUPTS
sONE LESS ITERATION
;1IF > 0, CO AGAIN

WA —

cn
CZR HAC RPO7 FE/HOST [SOLATOR MACRO v04.00 1~JAN-83 13:37:00 PAGE 59
TEST 24 INTERRUPT TEST #3

f
PO

X
IR

R
K

TEST 24 INTERRUPY TEST 3
SET RP(S2:
:
CLR =1
SEr ((RPCS1:
IE) AND (RPCS1:
CLEAR PROCESSOR STATUS
1f %NTERRUPT DOESN'T OCCUR
HEN

TEST 24 INTERRUPT TEST #3

2
PRI

005037
052777
013777
005737
001002
005046
000404
013746
162716

2 7 030206
2 8 030214
030220
030222
030226
030230
030234
030236

0302+2

2 9 030244
3 0 030250
3 1 030252

030254
030256
030260
3 2 030262
3 3 030266
030266
030266
3 4 030270
3 5 030276
3 6 030302
3 7 030304

T24::

1%:

002462

OUTPUT ERROR MESSAGE

ENDIF

MOV
MoV
MOV
MOV
MoV
TRAP

#10.,

I TCCUN

#PRI0O7,-(SP)

5%:

CSSVEC

#10,SP

C$BSEG
INTFLC

3%
RPVEC+2,~(SP)
#40, (SP)
(SP)+,RO
C$SPRI

052777
012727
000000
013727

000300
000020
002116

bSDLY.(PC)*

005367
001375
005367
001367
005737
003006

177772

=-6(PC)

177756

=22(PC)
.=20

000000

152276

#RDY'!1E ,’RPCS1

g?O,(PC)+

002462

INTFLG
4%
CSERHRC
5¢

104456

002402

100008
:

000040
002402
002476

152224

sLOAD THE ITERATION COUNTER

#3,-($P)

-{SP)

2%:

(DEVICE FAILED TO INTERRUPT)

#INTSRV, = (SP)
RPVEC,~(SP)

DRVNO,aRP(CS?2
RPVEC-2
g 4

002500
000040

RDY)) =1

END TEST 24

#CLR,aRP(CS2

000040
002506
002500

012600
104441

o X ot

LIS

—
-t

o~
o

1047 24

o
W
(=]

002402

000010

00001.
00034(
020630
002476
000003
o

b ol
el ced

VIS WN = O 000 N0 N

—
—

PORNONONINININY
= =
VNS
WN =20V

.SBTTL

SE0 0132

EM26
0
ITCOUN
CSESEG

#CLR,3RP(CS2

1TCOUN

1%
RPVEC,RO

:RESET THE INTERRUPTS RECEIVED MARKER
:FLUSH_ OUT THE_CONTROLLER
:LOAD THE DRIVE NUMBER TO AVOID A TRANSFER ERROR!
GET THE DEVICE PTMTORITY
S > ZERO,

SET UP TO LOWcR THE PROCESSOR STATUS

;IT'S AT PRICRITY 0!
:G3 _NOwW!
:GCT THE PRIORITY
sAMD LOWER IT

sFORCE AN

INTERRUPT!!

s1F WE RECEIVED AN INTERRUPT.

.GOT IT,

TeST OK!

THIS > 0

sNO ITE<ATIONS NECESSARY

JNOW ' 10VE ALL INTERRUPT STATUS
s ONF cSS ITERATION TO GO

JIF

0, DO AGAIN

D 1

CZRJMAQ RPO7 FE/HOST [SOLATOR MACRO v04.00 1-JAN=-83 13:37:00 PAGE 59-

SEQ 0133

TEST 24 INTERRUPT TEST #3

8 030310

104436

39 030312
030316

012700
104441

030320

104401

40 030320

TRAP

000340

CSCVEC
#PRIO7,R0

C$SPRI

CSETST

sSET PRIORITY T0 7

TEST 2, BASIC DRIVE

SEQ .

TEST

.SBTTL

TEST 25 BASIC DRIVE TEST

Tesr 2S5 (RPO? REMOTE REGISTER TESTS)=B/SIC DRIVE SELECT TEST

S
6

X
X

)

IF *SWITST' = 0
:
THEN EXIV TEST

)

15
16
17
18
19

ENDIF

22
23
24
28

030322
030322
030326
030330
030332
29 030334
030334
30 030336
31 030340
030342
32 030344
33 030344

030346

030350
030352
030354
030356
030360
32 030360
s, 030364
26 030366
030370
37 030372
030372
38 030374
39 030402
030406
030410
030416
070426

44 0506436

005737
001002
104432
00016

¥
3
;2
3
33

OUTPUT ERROR MESSAGE (DUAL RESPONSE FOUNVD)
OUTPUT FAULT LIST = ANOTHER DRIV: RESPONDING,
RHXX, CABLES, DRIVE SELECT, XMIT ERS-R.CEIVERS F.? DRIVE,
J11 7 J13, TERMINATOR
ENDIF

18:

104450
103402
104432
000150

2%:

104443

000404

104404
013777
005777
001422
0137.°
017737
005037

012737

170008

002464

3%:
002506
152132

152120

002540
152116
002454

002456
002452

016000

002404

45 030436 (12737 030424 002406
46 030444

030446
030450
030452

104456

000065
012523
014172

IF $sg§sren 06 (RPDT) <> 0

:
:

END TEST 25
ST
BNE
TRAP
JWORD

SWTTST
18
CSEXIT
L10047-.

TRAP
BCS
TIAP

CSMANI
23
CSEXIT

TRAP

CSGMAN

.WORD
.WORD
.WORD
WOREL

UNABLE
T$CODE
MESG13
1

ST
BGT
TRAP
LWORD

UN~BLE
3s
CSEXIT
L10047-.

TRAP
MOV
TST

C$BSEG
DRVNO,3RP(S?
SRPDT

MOV

MoV

#BIT10'BIT11!81T12,ERRWD1

TRAP

.WORD
.WORD
WPRD

CSERHRD

53
EM15
ERRO

.WORD

B8R

002464
000120
011607
000001
005737
003002
104432
000122

THIS TeS: CANNOT BE RUN REMOTELY.

SET RPCS2.
CLR = 1
LOAD THE DRIVE-UNDER-TEST DEVICE NUMBER iNTO RP(CS?2

T25::

002332

FROM THE MASS 3US BY USING T+E DISABLE SWITCH

i
X

°*SWTTST®

PRINT MESSAGE ASKING USER TC DISCONNECT THE DRIVE-UNDER=-TEST

1
12

40
41
42
43

CHECK MASSBUS INTERFACE SWITCH TEST LOCATION

BEQ
MOV
MOV
CLR

L10047-.

:SHOULD WE DO MASSBUS INTERFACE SWITCH TEST ?
:BR IF = 1, YES

:TYPE

'PLACE INTERFACE SWITCH A12-SO1

IN DOWN PCSITION (L)

100008

43
RPDT,TESTRG
aRPDT ,RCVED
EXPTED

;DID OPERATOR RESPOND YES?
IF > 0, YES

;:LOAD THE DRIVE WUMBER
;LOOK AT THE DRIVE TYi= REGISTER

.SHOULD BE ALL 0°'S
;FAILING REGISTER
;FAILING DATA
:EXPECTED DATA

#BIT!BITZ!B Iré ERRWD2

;MARK J11, J12 & J13 FOR CALLOUT

;MARK RH, CABLE, TERMINATOR, ANOTHER DRIVE

—r

c N
CZRJMAO RPO7 FE/HMOST ISOLATOR MACRO v04.00 1=-JAN=-83 13:37:00 PAGE 60

f 1
AQ RPy? FE/HOST ISOLATOR MACRO v04.00 1-JAN=-83 13:37:00 PAGF 60- 1
25 BASIC DRIVE TEST

&7 030454
030454

030454

48 030456
49 030456

104405
000404
002464
000120
011667
100000

51 030476
52 03050C

~22403
004737

gz 030504

S 030506
56 030512
030512

5¢:

104443

n30460
0306462
030464
030466
030470
030472

50 030472

4s:
10001$:

005737

000764

005037

104401

002464

10002$:

CSESEG

TRAP

CSGMAN

6%:
L10047:

;TYPE

'PLACE

. .TERFACE SWITCH A12-S01

B8R
.WORD
.WORD
.WORD
.WORD

10002%
UNABLE
TSCODE
MESG14
100000

1£Y

UNAGLE

:DID OPERATOR RESPOND YES ?

B8R

JNOW ASK THE QUESTION AGAIN!

BLT
JSR

017000
002464

TRAP

SE0 013¢

63
PC,WAIT

CLR

UNABLE

TRAP

CSETST

:IF < 0, YES
:SPIN FOR A STALL LOOP
JINITIALIZE THIS

POSITION (L)

e
—

—

[Ze
2> o]

mers

MAQ RPO7 FE/HOST

[SOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 61
26 DEMAND AND TRANSFER TEST

LSBTTL TEST 26

4
5
6

;%
;X
B 4

X
B4
¥ 4
;%

15 030514
}9 838%}3

012737

000012

L
002492

030522
18 05052‘

104404
013777

002506

151770

20
21
22
23
24
25
26

005/37
001022
012737
013737
012737
012737
104456
000066
012776
014172
005037

19 030532

030540
0305'4
030546
030554
030562
050570
030576
0306290
030602
030604
27 030606
28 030612
030612
030612
29 030614
30 030620
31 030622
030622

017737

104405
005337
003340
104401

152002

002452

020042
002540
012200
000416

002454
002456
002404
002406

002452

002402

DEMAND AND TRANSFER TEST

LOAD THE DRIVE-UNDER-TEST'S NUMBER INTO RP(CS2
RExD RPDT REGISTER
IGNORE DATA AND ERRORS

IF ?E?*Sl.b DOESN'T RESPOND

9
10
1
12

DEMAND AND TRAMSFER TEST

TEST 26
:

SEQ 0136

[}

OUTPUT ERRL
~"SACE (DEMAND AND TRANSFER LOGIC NOT . “RKING)
OUTPUT FAULT ...
'vN, CABLES, J11 / J13, REMOTE Pu.SIBILITY Of
:
JC8, CTOD
REGISTER >..cCT LINES, DISABLE SWITCH, TERMINATOR.
ENDIF

i34

END TEST 26

T26::
18

MoV

#10.,1TCOUN

sLOAD THE ITERATION COUNT

TRAP
mov

($BSEG
NDVIAIN

,LOAD THE DRIVE NUMBER

MOV

2$:
10000%:

002402
L1005C:

wdl, auvty

sLOOK AT RPDT

TST
RCVED
JIF IT IS > 0, DRIVE IS THERE
BNE
2%
:> 0, 0K
MOV
#20042 ,EXPTED
sCREATE THE CORRECT DRIVE TYPE CONTENTS
MOV
RPDT, TESTRG
sGET THE FAILING REGISTER
MOV #BIT77!8IT10!8IT12,ERRWD1;SET MODULE CALLOUT MASK
MOV #BIT1!81T2'81T3!BIT8,ERRWD2;FOR BOTH WORL
S
TRAP
CSERHRD
.WORD
54
.WORD
EM22
LWORD
ERFTM
(LR
)
JRESET THE ITERATION COUNT
TRAP
DEC
8GT

C$ESEG
JTCOUN
1%

TRAP

CSETST

sONE LESS ITERATION
sIF >0, DO AGAIN

d
D
d e
—d el

:
:

TEST 27 UNIQUE UNIT UNDER TECT
:
WRITE
#46 TO RPCS: FOR THE DRIVE UNDER TEST

TEST 27 UNIQUE UNIT UNDER TEST

VSN WNN = O 000 ~NON NS WNN =

LSBTTL

) 4
:§

WRiTE DATA PATTERN #4 TO RPCST FOR ALL OTHER DRIVES ON THE BUS
IF ?5&31 FOR THE DRIVE UNDER TEST <> W46

QUTPUT ERROR MESSAGE (DRIVE SELECT LOGIC FAILURE)

030624
8%8%%3

012737

030632

24404

039642
030650

012777
005002

030656

001405

v 030634

030652

030660

000012

002402

.3777

002506

151660

020237

002506

010277

000046

151636

0.0664
030672
030674
030700
030702
030710
030716
030724
030 30
030732
030736
030744
030746

013777
005202
020227
103764
013777
012737
017737
012702
005102
040237
023737
001417
013737

002352

030762
030770
030772
030774
030776

012737
104456
000076
012454
014172

030754

031000

031004
031004
031004
037006
0321012
031014
031014

012737

002506
000046
151570
000046

002452

002512

002456

000406

002406

005037

002402

104405
005337
00330

002402

104401

127::
"

MOV
TRAP

MoV

3¢:

002404

L 0051:

($BSEG

DRVNO,aRP(CS2

CABLE,

11/J13,

TERMINATOR

:LOAD THE ITERATION COUL..T

;LOAD THE DRIVE UNDER TEST

#46,3RPCST
R2

JSET SUME COMMAND FUNCTION BITS
JSET UP TO DO ALL DRIVFS

BEQ

JIF SO, WE ALREADY WROTE 1T,

MoV
INC
cMP
BLO
MoV
MOV
MOV
MOV
COM
BiC
MP
vEQ
MOV

PATT4 ,aRPCST
R2
R2.#10
2%
DRVNO,aRP(S2
#66 ,EXPVED
aRPZS1, CVED
#4¢ ,R2
R2
R2.RCVED
EXPTED,RCVED
48
RPCS1,TESTRG

JAND WRITE A PATTERN
:NEXT DRIVE
s DONE
:IF <10, NO
JRELOAD ORIGINAL DRIVE UNDER TES”
sCREATE DATA FILE
:GET RESULTS
JAND STRIP UNUSED DATA
sFOR A POSSIBLE ERROR REPORT
;DATA SHOULD MAT(CH NOW
;D0 THE COMPARISON
JIF EQUAL, IT'S OK
;LOG FAILING REGISTER

MOV
TRAP
.WORD
.WORD
.WORD

#BIT1!BITC!BIT8, ERRWD2 ;BOTH WORDS
CSERHRD
62
EM14
ERRO

CMP

Moy

4%:
10000%:

#10.,1TCOUN

RHXX,

MoV
CLR

MoV

151612
002454
002452

002452
002454

012000

END TEST 27

2$.

000010

END??TFUT FAULT LIST:

151642

151620

SEQ 0137

CLR

R2,DRVNO

R2.3RP(CS?

:DRIVE UNDER TEST?

;LOAD THIS DRIVE #

lBIT]é!BII12.ERRUD1 :FORM MODULE CALL-0UT

I1TCOUN

;ITERATIONS = 0

TRAP
DEC
BGT

(SFSEG
1
N
1%

sONE LESS ITERATIUN
;DO UNTIL <= 0

TRAP

CS$ETST

—t

RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 62
UNIQUE UNIT UNDER TEST

CIRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.LD 1-JAN-82 17.37:00 PAGE 6%

SEQ C138

TEST 28 RPDT REGISTER TEST

LSBTTL TEST 28

2
S
6

3 4
%

1M
12

;%
:%

:§

TEST 28 TEST DRIVE TYPE REGISTER
:
SET RPCS2:
(LR =1
LOAD DRIVE-UNDER-TEST'S NUMBER INTO RP(S?
READ RPDT

IF ?:2; DOESN'T = ONE GF THE FOLLOWING:
OUTPUT ERROR

By 4

15 031016

}9 8%}852

012737

000012

002402

031024
18 031026
19 031034
20 031042

104404
052777
053777
017737

000040
002506
151472

151466
151460
002452

22
23
24
25
26
27

031056
031064
031066
031074
0311(2
031104

032737
001403
052737
023737
00141
013737

004000

002452

29 031120
30 031126
031130
031132
031134
31 031136
32 031142

012737
104456
000067
012454
014172
005037

031142
33 231144
34 031150
35 031152
031152

104405
005337
003325

21 031050

28 031112

031142

012737

104401

020042

004000
002452

002540
000406

00240¢

002402

002454

002454
0024%4
}
002436

016200

128::

002404

JO8,
ENDIF

TEMINATOR.

3%:

002402
L10052:

20042, 24042

(RP0O7 NOT FOUND, RPDT =

(RPDT CONTENTS))

RHXX, CABLE., J11/J13, J12, CTOD, RS, MASSBUS,

END TEST 28
MOV

#10.,1TCOUN

JLOAC THE ITERATION COUNT

TRAP
RIS
olS
MOV

($BSEG
#CLR,aRP(CS2
DRVNO,aRP(CS?2
aRPDT RCVEP

JSTART OUT WITH AN INITIALIZED CONTROLLER
;LOAD THE DRIVE #
;GET RPDT AND STORE IT

BIT
BEQ
BIS
CMP
BEQ
MOV

#DR"., RCVED
2$
#DRQ, EXPTED
RCVED, EXPTED
3%
RPDT, TESTRG

:DUAL PORTED?
;NO, IF NOT SET!
JSET DUAL-PORT
;DOES DATA MAT(CH?
;YES, TEST OK!
:AND LOAD FAILING REG'STER

lZOOéé.EX'(ED

MOV #BIT7!BIT1

10C00$% :

MESSAGE

OUTPUT FAULT LIST:

MOV
2%:

RPDT REGISTER TEST

JCREATE EXPECTED DATA

1!81?12. ERRWD1;CREATE MODULE CALLOUT LIST

MOV #3IT1!BIT2'BIT8, EPRWD2;FOR BOTH MASK WORDS
TRAP
CSLRHR
.WORD
55
WC”D
EM14
.WORD
ERRO
CLR
ITCOUN
JRESET FURTHER ITERATIONS
TRAP
DEC
BGT

CSESEG
1TCOUN
1%

TRAP

CSETST

.
JONE LESS ITERATION
LIF >0, DO AGAIN

Y
—t

mn~

MAQ RPO? FE/HOST

ISOLATOR MACRO
29 RPDA READ WRITE TEST

J "
04.00 1-JAN-83 13:37:00 PAGE 64

LSBTTL TEST 29

B 4

9
10

%
;%

12
13

%
4

B 4

20 031154
21 031154

22 031162

23 031170
24 031176
25 031202
031206

031210

031216
031220
031224

8%}5%2

031234
031234
031236
031242
031244
031250
031254
031256
031260
031264
031266
031266
031270
031272
031274
031300
031302
031302
031304
031310
031310

26 03131C
27 031316
28 031320
031320

012737

000012

002402

012737
004737
004737
004256
013737
104404
004737
000403

000406
016662
017744

002406

012737

013737

104405
005737
001362
004737
O0uS5737
002355
104404
004737
002352
104405
104404
104404
004737
002350

104405
004737
104405
005337
003327
104401

016200

002444

129::

002404

002436

1$:
64$:

002444

658
100008
:

002446
020330
002434
020202
10001$:

020202
10003$:
017572

100028:

002402
L10053:

(RPDA BIT(S) UNDER TEST DON'T MATCH EXPECTED)

RHYK, CABLES, STUCK DATA BITS, J11/J13,

:
CTOD STUCK AT 0, J12, J8,
ENDIF

TERMINATOR

WRITE RPDA WITH DATA PATTERN #4

1F RPDA DOESN'T = 0
:
THEN

OUTPUT ERROR MESSAGE (RPDA BITS STUCK AT 1)
OUTPUT FAULT LIST:
RHXX, CABLES, STUCK DATA BITS,

J12, REMOTE POSSIBILITY OF J8, TER"INATOR

J11/J13,

ENDIF

END TEST 29
MoV

#10.,1TCOUN

MOV
JSR
JSR
TS128

#BIT1!8BIT2!'BIT8,ERRWDZ; FOR BOTH MODULES
PC,SEIZE
:LOAD THE DRIVF UNGER TEST
PC,SETUP
:LOAD 170 POINTERS
JFROM THIS TABLE

MoV

020034

002436

If ?SEQ DATA DOESN'T MATCH EXPECTED
OUTPUT FAULT LIST:

;X
X

WRITE RPDA WITH DATA PATTERNS 1-4, ONE AT A TIME
OUTPUT ERROR MESSAGE

14
15

RPDA READ WRITE TEST

TEST 29 RPDA READ WRITE TEST

SEQ (0139

MoV

:LOAD THE ITERATION COUNT

lBlT7!81T10'BIT11'BIT12 ERRWD1;CAEATE THE MODULE CALLOUT

SRCTMP,TEMP

;SET UP FOR POSSIBLE LOOP

TRAP
JSR
BR

($B8SEG
PC,FLOAT
65%

TRAP
TST
BNE
JSR
TST
BGE
TRAP
JSR
PATTS

CSESEG
MASK
64%
PC,CONSET
PATCNT
649
C$BSEG
PC,COMPAR

TRAP
TRAP
TRAP
JSR
PATT3

C$ESEG
($BSEG
C$BSEG
PC,COMPAR

TRAP
Jse

($ESEG
PC,LDZERO

JWRITE RPDA TO O TO CLEAR IT!

TRAP
DEC
8GT

C$ESEG
ITCOUN
1%

JONE LESS ITERATUN
;DO UNT' <= Q!

TRAP

($L
. ST

MOV

TEMP,SRCTMP

;FLOAT THE PATTERN
JPATTERN FLOATED OK, SKIP ERROR DSPAT(H

;RESTORE THE OLD DATA PATTERN FOR ERROR LOOP

JIF MASK
= 0, WE'nE DONE
:GET NEXT PATTERN
;IF PATTERN COUNT UNDERFLOWED, DONE!
:NOT DONE YET, GO-ON
JWRITE THE NEXT PATTERN
JWHICH IS PATTERN #4

:D0 ANOTHER DATA COMPARISON
;USING PATTERN #3

K 11

0 §P07 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 65
ARITY BIT TRANSITION TEST
0

I P

6
7

TR IR

9
10
};

TR TR IR

13
}Q
p]

}g
18 031322

}g 8%}%%5

012737

000012

031330
21 031332
22 031336
23 031342
24 031346
25 031352

104404
012703
012702
004737
014377
004737

002352
000002
(016662
151146
017000

27 031364
28 031366

001420
004737

30
31
32
33

060000
012737
nM2737
104456
000070
013051
014172
005037
005743
005302
003345

26 031356

29 031372

34
35
36
37
38
39

031374
031376
0314
03141
031414
031416
031620
031422
031426
031430
031432
031434
031434
031736

40 031442
41 031444

031444

032777

002512

104405
005337
003332

104401

060000

002402

LI IR PN PRI ICIL NP NN

.SBTTL TEST 30

2
3

130::

2%:

151126

016200
000406

002402

WRITE RPDA USING DATA PATTERN 4

IF
:

3%:

100008
:
002402
L.10054:

((TRE) OR (MCPE)) = 1

THEN

OUTPUT ERROR MESSAGE (DETECTED FALSE PARITY ERROR)
RHXX, CABLES, J11/J13, J12, JO8,
OUTPUT FAULT LIST:

ENDIF
WRITE RPDA USING DATA PATTERN #1, ONCE.
IF %;ESE) OR (MCPE)) =1

OUTPUT ERROR MESSAGE

END?ETPUT FAULT LIST:

(DETECTED FALSE PARITY ERROR)

RHXX,

CABLES,

J11/J13,

J12,

J08,

TERMINATOR

END TEST 30
MOV

#10.,1TCOUN

JLOAD THE ITERATION COUNT

TRAP
MOV
MOV
JSR
Mov
JSR

C$BSEG
#PATTS RS
#2,R2
PC,SEIZE
=(R3), ARPDA
PC,WAIT

:GET THE ZEROS PATTERN
:D0 THE OPERATION TWICE
:FLUSH ERRORS AND GET THE DRIVE
JLOAD THE PATTERN
JWAIT FOR ANY ERRORS TO SET

BEQ
JSR

3
PC,BICEXP

JNOT IF =0, TEST 0OK!
+FORM DATA REPORT

RP(CS1

002404
002406

PARITY BIT TRANSITION TEST

TEST 30 PARITY BIT TRANSITION TEST

BIT

017422

SEQ 0140

#TRE 'MCPE, @RPCS1;ERRORS?

FORM DATA REPORT

TRE 'MCPE
YHESE BITS FAILED TO BE CLEAR
MOV
#BIT7'BIT10'BIT11!BIT12,ERRWD1;FORM MODULE CALLOUT MASK
MOV
#BIT1'BIT2!'BIT8,ERRWD2;B0TH WORDS
TRAP
CSERHRD
.WORD
56
.WORD
EM23
.WORD
ERRO
CLR
1TCOUN
JRESET THE ITERATON COUNT
TS8T
=(R3)
JMOVE POINTER BACK
DEC
R2
;D0 SECOND TIME
BGT
2%
:IF R2=0, DONE
TRAP
DEC

C($ESEG
ITCOUN

TRAP

CSETST

BGT

:ONE LESS ITERATION
:1fF <= 0, DONE!!

L N
CZRJMAQ PPN7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 66
TEST 31

tLOATING DATA PARITY

}

LSBTTL TEST 31

7
g

X
;%

4
2

12 031446

;%
;%

}2 8%12?2

012737

000012

031454
15 531456
16 031462
17 031466

104404
012702
012703
004737

000011
002344
016662

19 031476

032777

000010

151022

151006
000010

151006

18 031472

012377

20 031504
21 031506
22 031512
23 031520
24 031522
25 031526
26 031530
27 031532

001006
005777
032777
001420
004737
002526
000010
012737

29 031546
031550
031552
031554
30 031556
31 031562
32 031564
33 031566
031566
34 031570
35 031574
36 031576
031576

104456
000071
013051
014172
005037
005302
003342

28 031540

012737

104405
005337
003327

104401

SEQ C141

TEST

151022

002402

017422
004200

000002

002402

T31::

2%:

38:
002404

002406

TEST 31 FLOATING ONES AND ZEROS PARITY TEST
:

WRITE RPDA USING DATA PATTERNS 1 TO 9, CNE AT A TIME
1F $zgz1:
PAR = 1 AFTER ANY WRITE OR ANY READ TO RPDA
OUTPUT E'.ROR MESSAGE (DETECTED FALSE PAKITY ERROR)
éND?gtPUT rAULT LIST:
RHXX (PARITY NETWORK), DRIVE (PARITY NETWORK),

END TEST 31
MOV

#10., 1TCOUN

;LOAD THE ITERATION COUNT

TRAP
MOV
MOV
JSR

C$BSEG
#9. .R2
#PATTT,R3
PC,SEIZE

:DO FOR 9 PATTERNS
:GET FIRST PATTERN
*FLUSH ERRORS AND GET THE DRIVE

BIT

#PAR, 3RPER1

*PARITY ERROR?

#8IT1,ERRWDS

;BOTH WORDS

MOV

100008:
002402
L10055:

(R3)+.8RPDA

JWRITE PATTER". 10 RPDA

BNE
TST
BIT
BEQ
JSR
RPER1
PAR
MOV

3s
aRPDA
#PAR ,ARPER1
4
PC,BICEXP

TRAP
WORD
"WORD
"WORD
CLR
DEC
BGT

CSERHRD
€7
E. 23
ERRO
ITCOUN
R2
2$

;RESET FURTHER ITERATIONS
*REDUCE ITERATIONS
>0, DO AGAIN...

TRAP
DEC
8GT

CSESEG
ITCOUN
1%

:ONE LESS ITERATION
S1F <= 0, DONE

TRAP

CSETST

MOV

48:

FLOATING DATA PARITY TEST

SIF =1, YES = IT'S NOT OK
‘READ THE REGISTER JUST WRITTEN
:DID READ CAUSE ERRORS?
SIF PAR = 0, NO!
*FORM DATA REPORT
JFAILING REGISTER
STHIS BIT FAILED TO CLEAR
#81T7'BIT11,ERRWD1;FORM MODULE CALL OUT MASK

J12,

JOS8.

~NO\O:
O
~NN
QN

—t

WWNW

104404

l=leTa]

NONwWn
S NN
NOWVISWN
= OO
00~NON

WNWNNWN WIWNWWAIN POPOPORAININD
AUN) b cad md cach od ced
RPN

013737
005137
012737
012737
004737
012737

031710
031714
031716
031722
38 031724
031724
031724
39 031726
40 031732
41 031734
031734

013701
010137
004737
002360
020137
103003
062701
000765
020137
103003
062701
000757
020137
001403
062701
000751
104405

005337
003342
104401

002360
002450
016200
000406
016662
000012

002450

F2PLPRILIT
PN PO IRNR

.SBTTL

031600

SEQ 0142

TEST M

RTINS

MmN
ISOLATOR MACHy V04.00 1-JAN-83 13:37:00 PAGE 67

b —ed cd b

LS00V
NOWVMISWN
20
JOOWNSWKWND=

RPO7 FE/HOST

T32::

TEST 32 REGISTER SELECT TEST #1
TEST 32 REGISTER SELECT TEST 1
:
USE DATA PATTERN #7
WRiTE REGISTERS:

RPCS1, RPDA,

RPDC, RPOF, ONE AT A TIME.

READ EACH REGISTER AFTER WRITING IT

IF $£E£STER UNDER TEST DOESN'T MATCH TEST DATA

OUTPUT ERROR MESSAGE (BIT(S) FAILED TO SET)
OUTPUT FAULT LIST:
RHXX, CABLES, J11/J13, J12, J08,

ENDIF

END TEST 32
MOV

PATT7,MSK

;CREAT BIT MASK

COM

MSK

*UNUSED BITS = 1

MOV

#10.,1TCOUN

SLOAD THE ITERATION COUNT

($BSEG
RPCST,R1
R1,SNK
PC.COMPAR

002520

TRAP
MOV
MOV
JSR
PATT?
CMP

000006

ADD

002512
002440
020202

002544

MOV
MOV
JSR

002404
002406

002402

1%:

2%:

000024

002546

4%:

000002
5¢:

10000%:

002402
L10056:

#81T7'BIT10'BIT11!8IT12,ERRWD1;
CREATE THE MODULE CALLOUT
#BI1T11BIT2!BIT8,ERRWD2;
FOR BOTH MASKS
PC,SEIZ2E
sFLUSH ERRORS AND GET THE DRIVE

;GET THE FIRST ADDRESS
‘LOAD TEST REGJSTER POINTER
:DO THE COMPARISON
‘USING THIS DATA
*SEE CURRENT REGISTER

BR
CMP
BHIS
ADD

R1,RPDA
38
#6,R1
2%
R1,RPOF
4$
#24 ,R1

;60!
:DID WE DO RPOF?
‘YES, SKIP NEXT
:DO # RPOF NOW

CMP

R1,RPDC

DONE?

BHIS

3¢:

TERMINATOR

B8R

*WE ALREADY DID RPCS1 & RPDA!
‘DO RPDA NEXT

:G0!

BEQ
ADD
BR

5¢
82, P
2%

:IF EQUAL, YES
:DO RPDC NOW!
.

TRAP
DEC

C$ESEG
ITCOUN

;ONE LESS

TRAP

CSETST

BGT

ITERATION

:1F <= 0, DONE'!

SEQ 0143

.SBTTL

TEST 33 REGISTER SELECT TEST #2

;X
;X

TEST 33 REGISTER SELECT TEST 2
: USE DATA PATTERN #7

WRiTE REGISTERS:

X
;§
X

OUTPUT ERROR MESSAGE (REGISTER SELECT LINES CROSSED)

;§

%
031736
031736
031744
031752
031756
8%1;95

012737
012737
013702
004737
012737

016200
000406
002360
016662
000012

031770
031772
031776
032002
032006
032014
032016

1044064
012701
013137
010277

004272
002440
150432

032026

013704

032022

023737
103770
012703

012701

002440

004272
002450
002450
002440
020202

032132
032134
032134

003316
104401

00252/

016662

4$:
5§

002440

6%:
7%:
002546

8$:
100008:

002402

J12,

JO8,TERMINATOR

TRAP
MOV
MOV
MOV

CS$BSEG
#TST33,R1
a(R1)+.SNK
R2,3SNK

;GET FILE OF REGISTERS
:GET THE TEST REGISTER
SWRITE THE TEST PATTERN TO THE REGISTER

MOV

#1STS3 R

SGET FILE OF REGISTERS AGAIN

SNK , RPDC
2$
#20. .R3

RPCS1T,R4

*DONE WRITING REGISTERS YET?
*NOT DONE YET, DO MORE
:GET THE ITERATION COUNT

JGET START OF REGISTER FILE

CMP
BEQ
CLR
CMP
BNE
JSR
DEC
8GT
BR
CMP

R4 ,3(R1)
5§
(R4) ¢
R4 ,RPDS
4%
PC,SEIZE
R3
38
6$
(R&)+,(R1)+

SSHOULD WE CLEAR THIS REGISTER?
SIF THEY MATCH, NO
*WRITE THIS REGISTER TO A 0
:DID WE JUST WRITE RPCS2?
YIF <> . NO..
“GET THE DRIVE AGAIN!
SREDUCE THE ITERATION COUNT
:D0 UNTIL EQUAL TO 0
:TAKE THIS BRANCH WHEN DONE..
*POP THE POINTERS

MOV
MOV
COM
MOV
JSR
PATT?
CMP
BLO

#TST33,R1
R2,MSK
MSK
a(R1)+,SNK
PC,COMPAR

*GET FILE REGISTERS AGAIN
SGET THE TESTING PATTERN
*DON'T CARE BITS EQUAL 1
SGET THE RESULTS
SCHECK THE DATA FOR CORRECTNESS
*USING THIS DATA PATTERN
*DONE YET??
:NOT YET, IF LOWER

B8R

SNK ,RPDC
7%

TRAP

CSESEG

BGT

DEC

L10057:

J11/7J13,

#BIT7'BIT'0!BIT11!BIT12,ERRWD1;
CREATE THE MCDULE CALLOUT
#B8IT1iBITZ!BIT8,ERRWD2;
FOR BOTH MASKS
PATI7.R2
sGET THE TEST PATTERN
PC,SEIZE
*GET THE DRIVE, FIRST FLUSH ERRORS'
#10.,1TCOUN
:LOAD THE ITERATION COUNT

MOV

012701
010237
005137
013137
004737
002360
023737
103767

005337

002546

CABLE,

MOV
MOV
MOV
JSR
MOV

002512

032066
032072
032076
032102
032106
032112
032114
032122
032124
032124

032126

2%:

004272

000000

104405

RH11,

END TEST 33

000024

020471
001411
005024
020437
001002
004737
005303
003365
000402
022421

000773

002402

T33::

éND?Qrpur FAULT LIST:

CMP
8LO
MOV

032032
032036
032040
032042
032046
032050
032054
032056
032060
032062

032064

002404
002406

RPCS1, RPDA, RPDC, RPOF, ONE AT A TIME.

WRITE ALL OTHER REGISTERS WITH 0'S
IF ?fiéfilNG ALL CTHER REGISTERS WITH 0'S CHANGED THE REGISTER UNDER TEST

TRAP

171COUN

(SETST

260 ON

;ONE LESS ITERATION
“IF <= 0, DONE'!

—

WO
) b b b cd b b b wnd b b

OOV
NOWVSWNSOVRNOWVESWN
=
= OVONOWVE
W=

WIWNROPOPNI
PO NIMNOPIRNINYG

N 11
RPO7 FE/HOST TSOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 68

B 12
CZRJMAQ RPN? FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:77:00 PAGE 69
TEST 34 "

LSBTTL

TEST 34 RPMR1 DATA TEST

;§

4
5

14
h

USE DATA PATTF NS 1 TO 9, ONE AT A TIME
BIiS TO TEST
O TC 15
'F ¥zgz1

DOESN'T MATCH TEST DATA

OUTPUT ERROR MESSAGE (BIT(S) UNDER TEST FAILED TO SET)

1"
12

Iy 4
B4

WRITE RPMRT1 = 0
IF RPMRT <> 0

9
10

:%
ih

15
16

4
;R

Iy 4

20 3136
21 932136

012737

000200

3 032150
ég 8%5}23

004737
012737

016662
000012

032162
032166

004737
004302

032176
032200

104404
004737

OUTPUT FAULT LIST:
ELSE

032144

032170

032204
8%5592

032214
032214
032216
032222
032224
052230
032234
032236
032240
032244
032246
032246
032250
032252
032254
032260
032262
032262
032264
032270
032270
26 032272

27 032276
28 032300

SEQ 0144

DATA TEST

005037

013737
000403
013737

104405
005737
001362
004737
005737
002355
104404
004737
002352
104405
104404
10404
00473,
002350

104405
004737
104405
005337
003331

002406

002404
002402

134::

002436

002444

UNDER TEST FAILED TO CLEAR)

END TEST 34
)Y

#BIT7 ,ERRWD1

;CREATE THE MODULE CALLOUT

JSR
MoV

PC,SETZE
#10.,1TCOUN

;FLUSH ERRORS AND GET THTM DRIVE
:LOAD THE ITERATION COUN

JSR
TST34

PC,SETUP

Ti,0
JSR

($BSEG
PC,FLOAT

ERRWD2

:LOAD 1/0 POINTERS
JFROM THIS TABLS

65%

65%
TEMP,SRCTMP

TRAP
TST
8N
JS
TST
8GE
TRAP
J&
PL T4

C$ESEG
MASK
64%
PC,CONSET
PATCNT
648
($BSEG
PC,COMPAR

TRAP
TRAP
TRAP
JSR
PATT3

CSESEG
$BSEG
$8SEG
C,COMPAR

TRAP
JSR

C$ESEG
PC,LDZERO

;W ITE RPMRT TO O TO CLEAR IT!

AP
.
BGT

C$ESEG
ITCOUN
1¢

JONE LESS ITERATION
;IF <= 0, DONE

020330
002434
020202
10001%:

020202
10003%:
10002¢%:

L10060:

SRCTMP, TEMP

:FOR BOTH MASKS

BR
MOV

002446

)
007402

(BIT(S)

J08

mMny

10000%:

017572

:
OUTPUT FAULT LIST:
ENDIF

64$:

020034

002436

THEN

OUTPUT ERROR MESSAGE

ENDIF

CLR

017744

002444

J08

;SET UP

OR POSSIBLE LOOP

;FLOAT THE PATTERN

sPATTERN FLOATED OK, SKIP ERROR DSPATCH
JRESTORE THE OLD DATA PATTERN FOR ERROR LOOP

JIF MASK = 9, WE'RE DONE
:GET NEXT ATTERN
JIF PATTF
.N COUNT UNDERFLOWED, DONE!
:NOT DOM
YET, GO=ON
JWRITE THE NEXT PATTERN
JWHICH 1S PATTERN #4

;DO ANOTHER DATA COMPARISON
:USING PATTERN #3

——

Mmoo

-—

TL>T

34 RPMR1

032300

€12
E/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 69-1
DATA TEST

104407

TRAP

CSETST

SEQ 0145

[}

INTIALIZE DRIVE

CLEAR

}

LSBTTL

TEST 35 MASSBUS INTIALIZE DRIVE CLEAR TEST

rEsr 35 MASSBUS INITIALIZE/DRIVE CLEAR RPMR1:

5
6

;X
:%

8
9

;2
X

:
MARK THE EVENT
ENDIF

:X
:X

IF RPMR1:
:
THEN

SET RPMR1:

;X
;%

14
15

;X
:%

12
13
}g

DMD BIT TEST

SE7 RPCS2:
CLR =1
IF RPMR1:
DMD
= 0

10
1

DMD
= 1

THEN

SET RPMR1:
OMD = 1 AGAIN
ISSUE DRIVE CLEAR COMMAND

DOMD = 0

:
MARK THIS SVENT
ENDIF
IF ¥:gz1:
DMD DIDN'T CLEAR WITH EITHER EVENT

:§

éND?grPur FAULT LIST:

IF $zgz1:

;§

éno?grpur FAULT LIST:

;§

IF gzgz1:

28
29
30

:%
;%
.Y

OUTPUT ERROR MESSAGE (RFMR1:
CLEARED BY RP(CS2:
:
GUTPUT FAULT LIST:
J11, J12.
ENDIF

33 032302
34 032302
gg 8%5%%2

005037
012737

002466
000012

002402

032314
37 032316
38 032324
39 032332

104404
013777
052777
052777

002506
100000
000040

1501..
150204
150162

000377
002506
100000
000011
100000
_
0003 '7
002466

002466
150130
150136
150104
150122

012737
022737
00141°

004000
000377

002404
002466

105737

002466

40
41
42
43
44
45
46
47
48
49
50
51

032340
032346
032354
032356
032364
032372
032400
032406
032414
0326416
032424
032430

52 032432
53 032440
54 032446

55 03245C

56 032454

013777
032777
001403
152737
013777
052777
012777
032777
001403
15¢°37
005757
001445

005037

002506
100000

002406

135::

1501564
150162

002467

2%:

3%:

OUTPUT ERROR MESSAGE

DMD NOT CLEARED BY RP(CS2:

CLR OR DRIVE CLEAR)

OMD IS CLEARED BY DRIVE "LEAR COMMAND, BUT NOT RP(CS2:

OUTPUT ERROR MESSAGE

(RPMR1:

J12, J08.

(RPMR1:

J12,

CABLE,

DMD CLEARED BY RP(S2:

CLEARED BY DRIVE CLEAR BUT NOT RP(CS2:
RHXX.

ERST T
#10. .1TCOUN

TRAP
MOV
BIS
BIS

C$BSEG
DRVND,3
"<?
#DMD ,aRP ©°
#CLR,aRF

MoV
BIT
BEQ
pIs8
MOV
BIS
MOV
BIT
BEQ
BISB
TST
BEQ

CLR BUT

VOT DRIVF CLEAR COMMA

MoV
CMP
BEQ

CLR

*STB

:ERROR STATUS=0 FOR START-UP
;LOAD THE ITERATION COUNT
;LOAD THF DRIVE-UNDER-TEST
:S5ET RPMR1-DMD=1
sTRY TO CLEAR IT USING A CONTROLLER CL®
;RELOAD THE DRIVE NUMBER
:DID IT CLEAR?
JYES., SKIP NEXT
:MARK THIS FAILED STATE
;LOAD THE DRIVE #
:SET RPMR1-DML
=1
;ISSURE A DRIVE CLEAR COMMAND

DRVNO,an
¢
#DMD ,aRPMR1
<$
#377 ,ERSTAT
DRVNO,aRP(S2
#DMD ,aRPMR1
#DRCLR,aRPCST
#DMD ,aRPMR1
3%
#377 ,ERSTAT 1
ERSTAT
7%

:IF
YES
*"ARK THE FAILED STATE
., EST FASS?
:IF 0 YES

ERRWD?2

:FORM FURTHER MODULE CALL=-0UI

#BIT11,ERRWDT
#377 ,ERSTAT
5%
ERSTAT

:DIC

CLR®

CLR BUT NOT DRIVE CLEAR COMMAND

END TEST 35
CLR
MOV

CLR

DMD CLCAR?

;LOAD PART OF THE MODULE CALL OuT
:NOW DETERMINE WHAT FAILED
;:DRIVE CLEAR COMMAND WORKEL, RH CLR FAILED
:FURTHER (HECK RESULTS

SEQ 0146

cS?

-t

TEST 35 MASSBUS

D1
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04 00 1-JAN-83 13:37:00 PAGE 70

TEST 35 MASSBUS

032460
032462
032470
032472

032540
032544
032544
032546
032552
032556
2 032560
032550

TNTIALIZE DRIVE

001404
052737
000407
052737

000200

002404

012000

002404

4§:

012737
013737

000006
002535

002406
00245€¢

5%:
6$%:

012737

100000

002452

0050-7
104405
005037
005327
003256

104401

002402

BEQ
BIS
B8R
BIS
BR

MOV
MOV

(LR

MO\I

TRAP

7%:

10000$:
002466
002402

.WORD
.WORD
.WORD
CLR

sRHCLR WORKED, DRIVE CLEAR FAILED
¢NOTHING WORKED, DRIVE CLEAR OR RHCLR

;REPORT THE FPRF

#,1T10!'BIT12,ERRWDT

; CREATE

-REPORT J7

RPART.TESTRG
EXPTED
“DMD ,RCVED

:;FORM *° .xT DATA
*EXPECIcD DATA
¢RECEIVED DATA

#61T1'BIT2,ERRWDS ;CREAT
CSERHRD
61

EM23
ERRO

.NO ITERATIONS

CSESEG
ERSTAT

;ERSTAT=0

8GT

sIF <= 0, DONE!

TRAP

CSETSH

I1TCOUN

CALL-O0UT

_E CALL=-OUT

ITCOUN

CLk
DEC

L10061:

4%
#BIT7,ERR

cONE LESS ITERATION

SEQ 0147

CLEAR TEST

faa

E 12

CZRJMAQ RPO? FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 70-1

37 032710
38 032714
39 032716
032716

PR
NI IV IN IR DA PR PP

T36::

104404

104456

35 0327C2

002402

012737

LTI

IR TR

.SBTTL

004737
013737
005037
005037
032777
001403
052737
032777
001403
052737
005737
(01414
012737
012737
000077
013051
014172
005037
104405

00533/
003325
104401

SEQ 0148

TEST

002456
000010

147704

000010
000001

002452
1647712

000001
002452

002452

012000
000" "9

002404
002406

TEST 36 P/RITY INITIALIZE TEST

TEST 36 PARITY INITIALIZE TEST
:
SET RP732:
(LR
=1
PAR)
=
I¥ (RPER1:
THEN

OUTPUT ERROR MESSAGE (DETECTED FALSE PARITY ERROR)
(CURRENT STATE OF 2901
OUTPUT FAULT ' IST:
J12, 409, J10.

ENDIF
IF

END TEST 36
MOV

#10.,1TCOUN

;LOAD THE ITERATION COUNT

TRAP
JSR

C$BSEG
PC,SEIZE

sGET CONTRNOL OF TH_ DRIVE

sEXPTECTED=0
RECEIVED=?
;1S PARITY ERROR=1?
;IF 0, NO

BEQ

3s:

4%
10000$:

0024¢
L10062:

RPERT,TESTRG
EXPTED
RCVED
#PAR ,aF.PERT

;FORM REPORT DATA

BIS

#FAR,RCVED

BIS
TST
BEQ
MOV

MOV
TRAP

:MARK IT!
#ILF ,RCVED
RCVED
:ERRORS??
43
:1F 0, TEST PASSES
#81710!8 1T12,ERRWD? ;FORM MODULE CALLO'T LIST
#81T1!BIT2,ERRWD2 ;BOTH WORDS
CSERHRD

.WURD

EM23

BIT
3EQ

002402

ILF) =

OUT "UT ERROR MESSAGE (DETECTED FALSE ILLEGAL FUNCTION ERROR)
OUTPUT FAULT LIST:
J12, J09, J10, (2901 ??)
ENDIF

MoV
CLR
Cun
BIT

2%:

(RPER1:

THEN

.WORD
CLR

#]LF ,aRPER2
o8

:MARK THE ERROR
{S 6LLE8AL FUNCTION SET?
F

ERRO
1T OUN

TRAP
DE
BGT

CSESEG
ITCOUN

TRAP

CSETST

:NO ITERATIONS

JONE LEZ> ITERATION
;IF <= 0, DONE

e
.

INITIALIZE

un)-

el a2
VONOWVNEBWN=O
V00NN NS WA -

PARITY

WWIWWNWNIMROMNOMNIMNIMNMNINDNIN
N=OVOONOWVWN-2OD

-u_

—

RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 71

6 12

[SOLATOR “ACRO V04.00 1-JAN-83 13:37:00 PAGE 72

SEQ 0149

37 PARLTY ERROR DETECTION TLST
5
3

LSBTTL

TEST 37 PARITY ERROR DETECTION TEST

TEST 37 PARITY ERROR DETECTICUN TECT

4
:§

ISSUE A KNOWN [LLEGAL FUNCTION
IF §3E5R1:
ILF = 1 AND RPER1:

b)
9
8
9

B 4
;X

}}

:§

012737

000012

1046404
004737
052777

016662
000020

24 032750
25 032756
26 032764
<? 032770
28 032774
29 033002
30 033004
31 033012
32 033020
33 033026
34 033030
35 033036
36 033" &
37 023u>0
38 033052
39 033060
40 033066

012737
013737
005037
004737
032777
001406
052737
112737
032777
001006
0642737
112737
00573,
001425
013737
012737
005037

22 8%%}?5

052737

41 033072
42 033100

033110
033112
033114
033116
45 033120
46 033124
033124
033124

47 033126
48 033132

49 033136
50 033140

01277«

023727
001403

104456
000100
012454
014172

005037

104405

005037
905337

003273

000046

002402

000001
000377
000010

002452
002466
147507

000010
000377
0C"'66

0072452
002466

002526
0204000
002406

002456
002404

002466

000377

001400

002404

002402

137::

1$:

147542

002452
002454

PAR = 0)

ILF 2iD RPERT:

PAR) = 1 OR = 0)

(UNKNOWN FUNCTIONAL SEQUENCE)

:
OUTPIT FAULT LIST:
ENDIF

J09, J10, J12,

(2901

GONE

??)

MOV

#106.,1TCOUN

:LOAD THE ITERATION COUnwT

TRAP
JSR
8IS

C$BSEG
°C,SEIZE
#PAT ,aRP(S2

JCFT THE DRIVE UNDER TEST
;INVERT PARITY, FORCE ERRORS!'!

MOV
MOV
CLR
JSh
8IT
BEQ
BIS
MOVB
BIT
BNE
8IC
MOVB
TST
BEQ
MOV
MOV
CLR

#PAR ,RCVED
RCVED,EXPTED
ERSTATY
PC,WAIT
#1LF ,aRPER1
2%
#ILF ,RCVED
#377 ,ERSTAT
#PAR ,aRPER1
38
#PAR,RCVED
#377 ,ERSTAT
ERSTAT
5%
RPER1,TESTRG
#BIT11,ERRWD
ERRWuv2

JFORM EX~ _TED DATA
;IN CASE OF AN ERROR
:RESET STATUS MARK
JSTALL FOR SOME SETTLE TIME
:DID ILLEGAL FUNCTION SET?
:1F NOT, GO ON
;LOG THIS ERROR IN THE RECEIVED BUFFER
:FARK THIS FAILURE
:0ID PARITY ERROR SET?
:IF SO, GO ON
JL06 FAILING RESULT
;ARK THIS FAILURE
:ERRORS?
JIF 0, NO
JGET FAILING REGISTER
;AND FORM MODULE CALL=-OUT
:BOTH WJORDS

8IS

081T8!81T9,ERRLDi sFORM REST OF CALL OuT

END TEST 37

147560

000010
072452
(12466
017000
000001

PAT =1

OUTPUT ERROR MESSAGE

19 032720
20 032726
032726
21 032730
22 032734
2% 032742

IF §5255R1:

B 4
:X

SET RFCS2:

OUTPUT ERROR MFSSAGE (PARIT ERROR NOT DETECTE..
s
OUTPUT FAULT LIST
J12.
ENDIF

14
1S

18 032720

MoV

147524

2%:

CMP
8EQ

v000s$:
002466
002402

TRAP
.WORD
.WORD
.WORD
CLR

TRAP

CLR
DEC

L10063:

B8GT

#46,3RPCST

ERSTAT ,#377
43

CSERHRD
64
EM14
ERRO
ITCOUN

(SESEG

ERSTAT
ITCOUN

JLOAD AN JLLEGAL FUNCT,.ON CODE

:ILLEGAL FUNCTION ONLY SET?
iF MATCH, THAT WAS ONLY ERROR

JNO ITERATICNS NECESSARY

JERSTAT=0
JONE LESS ITERATION

JIF <= 0, WE'RE DONE'!

(WITHOUT SCLTTING GO)

—

mery

(74 Jnad

MAQ RPQ7 FE/HOST

H 12
CIR HAO RPO7 FE/HOST ISOLA TOR
0 v04 00 1-JAN-83 13:37:00 PAGE 72-1
A RO
TEST 37 PARITY ERROR DETEC TION TEST

033140

104407

TRAP

CSETST

SEQ €150

I 12
CZRJMAQ RPO?7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 73
TEST

SEQ 0151

38 CORR.CT PARITY TEST

}

.SBTTL

TEST 38 CORRECT PARITY TEST

:§

:
3]
%

9
10

13 033142

}é 8%%}?8
033150

012737
1044064

000012

16 033152
17 033156
18 033162

004737
012702
012701

016662
002344
000004

20 033172
21 033176
22 033204

005777
032777
001011

147322
060000

24
25
26
27
28
29
30
31
32
33
34

032777
001010
005301
003360
000431
004737
002512
060000
000410
0.3737
017737

000010

19 033166

23 033206

033212
033220
033222
033226
033226
033230
033234
033236
033240
033242
033250

35 033256

36 033262

37 033270
38 033276
033300
033302
033304

39 033306

40 033312

033312
033312

41 033316
42 033320
43 033322

033322

012277

004737

005037

017000

016000

005037

002402

104405

005337
003313

104401

000406

28$:
147306

3$:
.
00¢«56
002452

4%:

002406

5%:

002406

6$:

10000$:

002402

L10064:

INTO RPDA, ONE AT A TIME

MCPE) OR (RPCS1:

TRE) OR (RPER1:

PAR)) = 1

TH
QUTPUT ERROR MESSAGE (PARITY LOGIC MALFUNCTION)
O"'TPUT FAULT LIST:
J11, J12, J13, RHXX, CABLE,

:
ENDIF

TERMINATOR

END TEST 38
Mov

#10.,1TCOUN
($BSEG

;LOAD THE ITERATION COUNT

JSR
MoV
MOV

PC,SEIZE
#PATT1,R2
#4,R1

1ST
BIT
BNE

aRPDA
;READ THE REGISTER
#MCPE
! TRE ,8RPCS1 ;ERROR?
3$
:1F <0,

MoV

JSR

14727«

017422

002526
147252
002454

138::

IF §<?:cs1:

TO &

READ RPDA AFTER EACH WRITE FUNCTION

TRAP

147326

012737

012737
104456
000101
013051
0146172

002402

LOAD DATA PATTERNS 1

(R2) +,aRPDA

PC,WAIT

BIT
#PAR ,3RPER1
BNE
4%
DEC
R1
8GT
2%
BR
6$
JSR
PC.BICEXP
RP(S1
MCPE ! TRE
BR
5%
MOV
RPER1,TESTRG
MOV
aRPER1 ,RCVED

;GET THE DRIVE UNDER TEST
¢CCT THE PATTERN ADDRESS
;AND THE OVERALL ITERATION COUNT

;WRITE THE DATA

;STALL FOR SOHF SETTLE TIME

:PARITY ERROR?
JIF <>0, YES
;ONE LESS ITERATION
;1F >0, NOT FINISHED
;GET OUT NOW!
:FORM UP THE FAILING DATA
;THIS REGISTER
:THESE BITS FAILED TO CLEAR
;REPORT THE ERROR
GET ADDRESS OF FAILING DATA
;GOT FAILED RESULTS

CLR

EXPTED

Mov
TRAP
.WORD
.WORD
.WORD

#81T1'B1T2!BiT8,ERRWD2
(SERHRD
65
EM23
ERRO

TRAP

(SESEG

TRAP

CSETST

MOV

CLR

DEC
BGT

:FORM EXPECTED DATA

#81710!81711!81712,ERRWD1 ;FORM MODULE CALL-OUT

ITCOUN

1TCOUN
18

:BOTH WORDS

:NO FURTHER ITERATIONS
:ONE LESS ITERATION
;IF <= 0, DONE!!

—b e

NN=2O

23 033350

Ve Bs %

b b e wd b

b b

012737
104404

004737
032777
001435
004737
002524
040000
005037
012737
005777
001013
005777
001010
005777
001005

000012
016662

002402

2NN PNNC

8o Do Ve ®e Wy By Ve By v,y v,

.SBTTL

IR ILITFL IR NN

J 12
ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 74

SEQ 0152

CLEAR COMPOSITE ERROR TEST

VONOWVISWN=OVONO
NS W=

N 2>

RPO7 FE/HOST

—_

—t

mnr

]

T39::
1%:

147156

005337
003330
104401

SET RPCS2:
CLR =1
ERR =1
IF RPDS:
:

Mov

TRAP
JSR

ERR
CLP

MOV
TST

BNE
TST
BNE
TST
BNE

147146
147142

TRAP
.WORD

2%:

002402

3%:

A ¥
100008%:

002402

L10065:

((RPER1 = 0) AND (RPER2 = 0) AND (RPER3 = 0))

THEN

gEgEUT ERROR MESSAGE

(DETECTED A PERMANENT ERROR)

OUTPUT ERROR MESSAGE

(DETECTED COMPOSITE ERROR)

OUTPUT FAULT LIST:

ENDIF

RPDS

002404

J12

END TEST 39

002406

004000
147130

THEN

ENDIF

017422

104456

104405

TEST 39 CLEAR COMPOSITE ERROR TEST

BIT
BEQ
JSR

040000

000102
014075
014172
000404

104456
000103
011747
014172
005037

TEST 39 CLEAR COMPOSITE ERROR TEST

.WORD
.WORD
BR
TRAP
.WORD

.WORD
.WORD
CLR

#10.,ITCOUN

C$BSEG

¢LOAD THE ITERATION COUNT

PC,SEIZF
#EKR ,IRPDS
48
PC.BICEXP

;GET THE DRIVE UNDER TEST
;DID WE RECEIVE A COMPOSITE ERROR?
JIF 0, TEST OK

ERRWD?

;CREATE MODULE CALL ourt

#BIT11,ERRWD1

aRPER1
2$

aRPER?2
2%
aRPER3
2%

CSE HRD
66

:FORM UP ERROR REPORT
;THIS REGISTER
;THIS BIT FAILED 10 CLEAR

;B0TH WORDS

:DID WE HAVE A DETECTABLE HARDWARE BUG?
;IF NOT O, YES

;DID WE HAVE A DETECTABLE HARDWARE BUG??
:IF NOT 0, YES
;DID WE HAVE A DETECTABLE HARDWARE BUG?
:1F NOT O, YES

EM42
ERRO
3%

;SKIP NEXT MESSAGE

CSERHRD
67
EM1
ERRO
ITCOUN

:NO FURTHER ITERATIONS NECESSARY

TRAP
DEC

CSESEG

BGT

ITCOUN
18

TRAP

CSETST

sONE LESS ITERATION TO-GO

:I1F >0, DO AGAIN

AN
A T YK YA YA S
U WY WA
I O A A ST

534

544
546

037
= O 000 ~ON

147010

777

140::

1
1

TEST 40 FORCE A COHPOSITE ERROR, THEN CLEAR IT
=
PAT
SET RPCS2:
WRiTE DATA PATTERN #1

IF ;;2508

SET RPCS2:
IF ;;ESDS:

OUTPUT FAULT LIST:

ENDIF

Mov

#10.,1TCOUN

TRAP
JSR

C$BSEG
PC,SEIZE

81s

#PAT ,3RPCS2

TST

aRPDA

BNE

RPER1
PAR

8IT
BNE
JSR

RPDS

PATT1,aRPDA

PC,WAIT
#PAR ,aRPER1
PC,BISEXP

#ERR ,aRPDS
4%
PC,BISEXP

ERR

002402

000040

002506
000010

002526
146664

002454
040000

002404

3s:

5¢%:

(ERROR STATUS FAILED TO CLEAR)

J12

sLOAD THE ITERATION COUNT
sGET THE DRIVE UNDER TEST
s INVERT PARITY - FORCE
ERRORS!
sWRITE A PATTERN

¢cREAD THE REGISTER_JUST WRITTEN

;STALL FOR THE RPO7 MICROPROCESSOR
:DID WE BETECY A PARITY ERROR?
IF =1, YES
:FORM THE FAILING DATA
sTHIS REGISTER FAILED
sTHIS BIT FAILED

sAND REPORT IT

TO SET

sDID WE GET COMPOSITE ERROR?
sIF =1, YES
:FORM THE ERROR DATA
:FORM THE ERROR REPORT

;FORM THE EXPECTED DATA

#B1T8!BIT9!BIT11,ERRWDT :FORM MODULE CALL-OUT LIST
ERRWD?2
:BOTH WORDS

.WORD
.WORD
.WORD

68
EM22
ERRO

BIS

#CLR,aRPCS2

BIT
BEQ

#PAR,aRPER1
5%

CLR
BR
BIT

EXPTED
6%
#ERR,aRPDS

CLR

MOV
MoV
MOV

Mov
CLR

TRAP

1
1
1

PAR) =

END TEST 40

JSR

017372

(LR =1

ENDIF

MoV

2%:

PAR)) =0

ERR) OR (RPER1:

OUTPUT ERROR MESSAGE

017372

146760

ERR) OR (RPER1:

OQUTPUT ERROR MESSAGE (COMPOSITE ERROR DIDN'T SET WHEN tXPECTED)
gf;EUT FAULT LIST:
J09, J10, J12

JSR
BIT

040000

TO RPDA

READ RPDA AFTER PERFORMING THE WRITE QPERATION

CSERHRD

I1TCOUN

:NO FURTHER ITERATONS NECESSARY

DRVNO,aRP(CS2

sRELOAD THE DRIVE = UNDER = TEST

RPER1,TESTRG
aRPER1,RCVED

sRESET THE DEVICE

;ERROR STATUS GONE?
JIF = 0, YES

:FORM THE ERROR REPORT DATA
:PAR SET AND SHOULD HAVE CLEARED

:SHOW 0 BITS EXPECTED DATA
;AND REPORT THE ERROR
:DID COMPOSITE ERROR CLEAR?

v
.

SEQ 0153

TEST 40 COMPOSITE ERROR SET - RESET TEST

017000
000010

005400
002406

42 033564
43 033570

016662
000020
002344

002402

IR IL NN

N
H

104404

004737
052777
013777
005777
004737
032777
001005
004737
002526
000010
000410
032777
001017
004737
002524
040000

000012

NIPONIND
= md b b od cd b b d ed
WOV
NO VN WN =20V

012737

DL IRIV IV NP PR NNNL PR

.SBTTL

NO WS W

OO0

K 12

RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 75
COMPOSITE ERROR SET = RESET TEST

25 033470

\NANWAAWN
S BN

—

w" Do

SEQ 0154

& 033660
5 033662

6 033666
g 033670

59 033672

60 033700
61 033704
033706
033710
033712
62 033714
63 033720
033720
033720
64 033722
65 033726
66 033730
033730

001417
004737
002524
040000
012737
005037
104456
000105
011747
014172
005037
104405

005337
003255
104401

BEQ
JSR

017422

RPDS

’$

PC,BICEXP

ERR

004000
002406

002402

002404

6%:

7%:
10000%:

002402

L10066:

MOV
CLR
TRAP

.WORD
+WORD
.WORD
CLR

JIF 0, YES
;CREATE THIS INFORMATION
;sAND MAKE 1T AVAILABLE FOR

sAN ERROR MESSAGE
#B1T11,ERRWDY

ERRWD?2
CSERHRD
69
EM1
ERRO
ITCOUN

DEC
BGT

TRAP

CSESEG
I1TCOUN
1%

TRAP

CSETST

sCREATE MODULE CALL our
:FOR BOTH WORDS

;RESET THE ITERATION COUNTER

;ONE LESS ITERATION TO 4O
;D0 UNTIL <= 0

~a
s

(4RJ
T3 S1

M1
CIRJMAD RPO7 FE/HOST ISOLATOR MACRO VC4.00 1-JAN-83 13:37:00 PAGE 76

27
28
29

104404

033766
033770
033772
034000
034004
034006
034010
034012
034014
034020
034020
034020
034022
034026
034030
034030

000012

004737
004737
032777
001417
004737
002524

016662
017000

012737
005037

004000
002406

140000

104456

000106
012454
014172
005037
104405

005337
003344
104401

100000

002402

T41::

1%:

146544

017422

002402

TEST &1 ATA CLEAR TEST
TEST 41 CLEAR ATA TEST
:
SET RPCS2:
CLR =1

IF RPDS:
:

THE

OUTPUT ERROR M%g?AGE
D ETECTED FALSE ATA)
QUTPUT FAULT L
J12

ENDIF

END TEST 41
MoV
TRAP

100008
:

002402

L10067:

C$BSEG

PC,SEIZE
PC,WALT
#ATA ,aRPDS
2%
PC.BICEXP

MOV

#BIT11,ERRWD1

TRAP

CSERHRD

CLR

2%:

#10.,ITCOUN

JSR
JSR
BIT
BEQ
JSR

RPDS
ATA!ERR

002404

ATA = 1

—

D
IE
R
RIRI R I
IR

b d e

012737

FIVIVILFRILNLIC

.SBTTL

b emd

=0O 0NNV
SN

POMNOPININ)
= b ed i md

25
26

SEQ 0155

ATA CLEAR TEST

BNWN=200V00
NON NI WA =

TEST 41

ERRWD2

.WORD
WORD
.WORD

70
EM14
ERRO

TRAP
DEC

CSESEG
ITCOUN

TRAP

CSETST

CLR

BGT

ITCOUN

sLOAD THE ITERATION COUNT
¢GET _THE DRIVE UNDER TEST
;WAIT FOR THE RPO7 MICROPROCESSOR
;DOES THE ATTENTION SUMMARY BIT = 1
<IF IT DOES, IT'S WRONG.
sFORM THE FAILING DATA

sTHIS REGISTER FAILED

sTHESE BITS FAILED TO CLEAR
:FORM MODULE CALL - OuT

+B0TH WORDS

¢RESET THE ITERATON COUNTER

;ONE LESS ITERATION
;DO UNTIL <= 0

CIRJMAQ RPO7 FE/HO!

N 12
ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 77

TEST 42 ATA SET = ReoET

.SBTTL

TEST 42 ATA SET - RESET TEST

TEST 42 SET AND CLEAR ATA BIT

3 4

:§

iy 4

8
9

X
3/

12
}z

%
:§

10
1

X
3 1

I3 4

18
19
20
g;

23
24
25

32 034046

000012

104404
004737

016662

052777

33 034054
34 034062
35 034066
36 034072
37 034100
38 034102
39 034110

013777
005037
004737
032777
001035
012737
004737

41
42
43
44
45
46
47

140000
012737
000452
032777
001016
004737
013746
012746

40 034114

034116
034120
034126
036130
034136
034140
034144
034150

034154
034160
034162
034164
$2 034170
034172
53 034174
564 034202

002524

012746
010600
104417
062706
104432
000124
013777
012777

000020

002344
002406
017000
140000

001400
017372

002402

IF %ég:DS:

ATA) AND (RPDS:

T42::
1%:

OUTPUT FAULT LIST:

ENDIF

J12

SET RPCS2:
(LR =1
IF T&ézPDS:
ATA) OR (RPDS:

#10.,1TCOUN

sLOAD THE ITERATION COUNTER

TRAP
JSR

C$BSEG
PC,SEIZE

sGET THE DRIVE UNDER TEST

ATA!ERR
MJV
BR
8IT
BNE
JSR
Mov
MOV

000002

000006

28%:

CLR DIDN'T CLEAR ATA AS EXPECTED)

Mov

MoV
CLR
JSR
8IT
BNE
MOV
JSR

017326
002114
006452

ERR) <> 0)

:
END TEST 42

RPDS

146320
146302

ERR)) <> 0

OUTPUT ERROR MESSAGE (ATA DIDN'T CLEAR WHEN EXPECTED)

8IS

002404

146366

ATA) AND (RPDS:

QUTPUT ERROR MESSAGE (RPCS2:
OUTPUT FAULT LIST:
J12
ENDIF

146424

010000

ELSE
ISSUE DRIVE CLEAR COMMAND

:%
1
Iy

146436

002404

OUTPUT ERROR MESSAGE (ATA DIDN'T SET WHEN EXPECTED)
QUTPUT FAULT LIST:
J09, J10

ENDIF
IF %égzDS:
:

ERR)) <> 1

SET RP(S2:
PAT =1
WRITE RPDA WITH DATA PATTERN #1, ONCE

146446

001400

002506
000011

PAT =1

X
%
X
:%

012737

SET RP(CS2:

WRiTE RPDA WITH DATA PATTERN #1, ONCE

:
:

28 034032
29 034032
30 034040
034040
31 034042

SEQ 0156

TEST

MOV
MOV
TRAP
ADD
TRAP
.WORD
Mov
MOV

#PAT,aRP(CS2

s INVERT PARITY

PATT1,aRPDA
:MOVE DATA TO RPDA
ERRWD2
<FORM SOME MODULE CALL - OUT
PC,WALIT
;WAIT FOR THE RPO7 MICROPROCESSOR TO FINISH
H#ATA'ERR,QRPDS
.DID WE DETECT ATTENTION AND ERROR?
2%
sIF =1, YES
#BIT8!BIT9,ERRWDT
:FORM BALANCE OF MODULE CALL OuT
PC,BISEXP
:SHOW DATA TO ERROR = REPORT
sTHIS REGISTER

: THESF BITS FAILED TO SET
#BIT8'!BIT9,ERRWDT;LOG THE MODULE CALLOUT
31
sREPORT IT!
#MOL ,aRPDS
¢1S THE DRIVE ON-LINE
2%
sYES, IT IS ONLINE!
PC,SAVRPR
sGET THE REGISTER SNAPSHOT
LSTEST,~(SP)
#MSGMOL
, = (SP)

#2,-(SP)
SP,RO
CSPNT
#6,SP
CSEXIY
L10070-.
DRVNO, 3RP(S2
#DRCLR,@RPCS1

cLOAD THE DRIVE #, CLEAR OUT PARITY INVERT
;ISSUE A DRIVE CLEAR COMMAND

B 13

SEQ 0157

JHAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-B3 13:37:00 PAGE 77-1
T 42 ATA SET =~ RESET TEST

55 034210
56 034216
57 034220
58 034226
59 02.234
60 054240

032777
001016
052777
013777
004737
004737

61 034244
62 034252
63 034254
64 034260
65 034262
66 034264
67 034272
034274
034276
034300
68 034302
09 034306
034306
034306

032777
001415
004737
002524
140000
012737
104456
000107
012454
014172
00507

034316

104401

70 034310
71 034314
72 034316

104405

005337
003251

140000

146306

000020

146274

017000
016662
140000

146252

002344

146264

017422
004000

002402

3$:

4$:
002404

5%
100008

002402

L10070:

BIT
BNE
BIS
MOV
JSR
JSR

#ATA'ERR,aRPDS
4$
#PAT,aRP(S2
PATTi,aRPDA
PCWAIT
PC.SEIZE

BIT
BEQ
JSR_
RPDS
ATA'ERR
MOV
TRAP
WORD
"WORD
.WORD
(LR

WATATERR,3RPDS
5%
PC,BICEXP

TRAP

CSESEG

TRAP

CSETST

DEC
BGT

#BIT11,ERRWD]
CSERHRD
71
EM14
ERRO
ITCOUN

ITCOUN
1%

;CHECK ATTENTION AND ERROR

;THEY'RE SET, ERROR!
: INVERT PARITY
;WRITE DATA AGAIN
:WAIT FOR THE MICRO PROCESSORS

:GET THE DRIVE NOW'

:CHECK ATTENTION AND ERROR

sIF O, TEST PASSES

;FORM EXPECTED DATA
sTHIS REGISTER
s THESE BITS FAILED TO CLEAR

sLOAD THIS MODULE CALLOUT

sNO FURTHER ITERATIONS

;ONE LESS TO-GO
:IF <= 0, WE'RE DONE!

c 13

CZRJM.Q nPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 78

SEQ 0158

1£S” 43 RPAS CLEAR TEST

;

LSBTTL

TEST 43 RPAS CLEAR TEST

B 4

TEST 43 CLEAR RPAS REGISTER TEST

5
6

;%X
%

1 4

7
8
9
10

.
:%
%
B4

3 4

13 037320

}g 8%2%%%

012737

034326
034330
034334
034340
034342

104404
004737
005777
001424
005037

22 034362

012737

16
17
18
19

20 034346
21 034354

23 034370
24 034376
034400
034402
034404
25 034406
26 034412
034412
034412
27 034414
28 034420
29 034422
034422

013737
017737

012737
104456
000110
012523
014172
0051737
104405
005337
003342
104401

000012

002402

T43::

016662
146170
002454

002530
146150

002456
002452

000020

002406

016000

002402

SET RP(S2:

OUTPUT ERROR MESSAGE (RPAS DIDN'T CLEAR WHEN EXPECTED)
OUTPUT CONTENTS OF RPAS
OUTPUT FAULT LIST:
J11 / J13, J12, ANOTHER DRIVE
ENDIF

IF RPAS <> 0
¢+
THEN

END TEST 43
MOV

#10.,1TCOUN

:LOAD THE ITERATION COUNTER

TRAP
JSR
TST
BEQ
CLR

C$BSEG
PC,SEIZE
aRPAS
2%
EXPTED

:GET THE DRIVE UNDER TEST
JRPAS = 0?
;1F 0, TEST OK!
:FORM ERROR DATA

MOV

#BIT10'BIT11!'8IT12,ERRWD

MOV
MoV

002404

2%:
100008
:

002402
L10071:

CLR =1

MOV
TRAP
WORD
WORD
.WORD
CLR

RPAS,TESTRG
®RPAS ,RCVED

#8174 ,ERRWD2
CSERHRD
72
EM15S
ERRO
ITCOUN

TRAP
CSESEG
DEC ITCOUN
B8GT
1%
TRAP

CSETST

;FOR AN ERROR DISPATCH
:GET RECEIVED DATA
:BOTH WORDS

;FORM MODULE CALL ourt

:RESET THE ITERATION COUNTER

;ONE LESS TO-GO
JIF >0, WE'RE NOT DONE

—

D13
CZRJMAQ RPQO7 FE/HOST ISOLATOR MA( 0 v04.0C 1-JAN-83 13:37:00 PAGE 79

1
1
1

034432
25 034436
26 034440
27 034446

104404
004737
052777
013777

016662
000020
002344

146054
146044

29
30
31
32
33

034460
034466
034474
034476
034504

013737
023777
001417
013737
017737

002400
002454

002454
146034

002530
146020

002456
002452

35 034520
36 034524
034526
034730
034532
37 034536
38 034542
39 034550
40 034554

005037
104456
000111
012454
014172
042777
013777
0c--5e
0057/,

000020
002454
002454
145750

145760
145760

017737

002530
145734

002456
002452

28 034454

34 034512

41 034560
42 034562

43 034570

44 034576

45 034604
46 034610

034612
034614
034616

47 034620
48 134624

u34624
034624

004737

012737

001421
013737

012737
005037
1044 5&

000112
013051
014172

005037
104405

017000

012000

002406

016000

002406

(02402

002402

RPN

000012

TEST 44 RPAS CORRECT POSITION DECODE
:
SET RPCS2:
(LR =1

SEi RPCS2:

T44::

OE§EUT FAULT LIST:

SET RP(CS2:
IF

MOV

#10.

TRAP
JSR
BIS
MOV

($BSEG
PC,SEIZE
#PAT,aRPCS2
PATTi,aRFDA

MOV
CMP
BEQ
MOV
MOV

BITPOS,EXPTED
EXPTED,3RPAS
2§
RPAS,TESTRG
@RPAS,RCVED

CLR
TRAP
.WORD
.WORD
.WORD
BIC
MOV
CLR
TST

TEST ©> 0

ITCOUN

PC,WAIT

;LOAD THE ITERATION COUNT
:GET THE DRIVE UNDER TEST
:INVERT PARITY (FORCE ERRORS)
:WRITE A PATTERN TO RPDA

WAIT FOR_THE RPO7 MICROPROCESSOR [0 FINISH
:GET THE EXPECTED DATA
:DID CORRECT ATN BIT SET?
:1F_EQUAL OK!
:FORM REGISTER DATA
:AND RECEIVED ERROR DATA

#BI'16'81T12 ERRWD1
ERRWD2
CSERHRD
73
EM14
ERRO
#PAT,3KPCS2
EXPTED,aRPAS
EXPTED
@RPAS

:NOW GET MODULE CALL - OUT

;BOTH WORDS

:INVERT PARITY AGAI!
:TRY TO CLEAR RPAS
:SHOW EXPECTED RESULTS
:DID RPAS CLEAR?

MOV~

3§
RPAS,"ESTRG
@RPAS.RCVED

CLR
TRAP

ERRWD2
CSERHRD

:BOTH WORDS

1TCOUN

:NO LOOPS NECESSARY

WORD
.WORD
.WORD

100008:

PAT =0

ATA BIT UNDER

END TEST 44

MOV

RPAS:

OUTPUT ERROR MESSAGE (RPAS DECODE LOGIC FAILURE)
:
QUTPUT FAULT LIST:
411 / 413, J12
ENDIF

BEQ
MOV

002404

(RPAS DECODE LOGIC FAILURE)

J11
/7 13

WRITE RPAS WITH EXPECTED RESULTS
ENDIF

MOV

28:

PAT -1

QUTPUT ERROR MESSAGE

JSR

002404

TEST

WRITE RPDA WITH DATA PATTERN #1, ONCE
IF ?S?g
ATA BIT IS NOT CORRECT POSITION FOR DRIVE UNDER TEST

NN 2NN

R R
R R

012737

TEST 44 RPAS CORRECT POSITION TEST

PPN

R R

034424
03442e

22
23

}

.SBTTL

LIV IVITPR

SEQ V159

PAS CORRECT POSITION TEST

BSWI=O0V00NO
WV WNWN 20000 N NN —

TEST 44

CLR

TRAP

:1F SO, SKIP ERROR DISPATCH
:FORM REGISTER DATA

:fORM RECEIVED DATA

#BIT10!BIT11!BIT12,ERRWD]
74
EM23
ERRD

(S$ESEG

;CREATE MODULE LIST

E 13
CZRJMAO RPO? FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 79-1

SEQ 0160

TEST &4 RPAS CORRECT POSITION TEST

49 034526

50 034532
51 03434
034634

005337

003277

104401

002402

DEC

L10072:

ITCOUN

BGT

TRAP

CSETST

sONE LESS TO-GO
:IF >0, WE'RE NOT DONE

F 13
CZRJMAQ RPO7 FE/HOST ISOLATOR NACRO v04.00 1-JAN-83 13:37:00 PAGE 80
TEST 45 UNIQUE POSITION DECODE

SEQ 0161

TEST

}

LSBTTL

TEST 45 UNIQUE POSITION DECODE TEST

: X

TEST 45 RPAS UNIQUE POSITION DECODE TEST

4
5
6
g

I 4
B4
1 4
:§

i3 4

ENDIF

;§

END?ETPUT ERROR MESSAGE

16
}g

%
:§

WF.TE RPAS WITH THE COMPLIMENT OF THE EXPECTED DATA
If ?:ez:
ATA rOR THE DRIVE UNLER TEST = 0

12
13

B4
:X

24 034636
25 034636
26 034644
034644
27 034646
28 034652
29 034660
30 034666
31 034674
32 034700
33 034706
34 034710
35 034716

36 034724

37 034732
38 034736
034740
034742
034744
39 034746

46
47
48
49

034752
034760
034762
034766
034770
034772

034774
034776
035000

035002
035006
035012
035020

50 035024

012737
104404
004737
052?77
017,77
015737
0C4737
023777
001421
013737
017737

012737

005037
104456
000113
012454
014172
005037

032777
00 )12
00’7737
0uclS2L
100000
1064456

700114
012776
014172

005037
005137
013777
005137

023777

000012
016662
000020
002344
002400
017000
002454
002530
145606

012000

002406

002402

10000u

002402

T4S::
18:

145642
145632
002454
145622
002456
0002452

002404

145544

2%.

002454

145510

145476

3%:

OUTPUT ERROR MESSAGE (RPAS DECODE LOGIC FAILURE)
OUTPUT FAULT LIST:

IF RPDS:
:
THEN

J11/7J13

ATA O 1

OQUTPUT ERROR MESSAGE

¢
OUTPUT TAULT LIST:
ENDIF

(RPDS:

ATA DIDN'T SET)

(RPAS DECODE LOGIC FAILURE)

J11 /7 213

END TEST 45
MOV

#10.,1

TRAP
JSR
8ls
MOV
MOV
JSR
CMP
BEQ
MOV
MOV

C$BS.G
PC,SEI2:
#PAT ,aRP(S2
PATT1,adR°NA
BITPOS,EXPIED
PC.WALT
EXPTED,aRPAS
23
RPAS,TESTRG
aRPAS ,RCVED

(LR
TRAP
.WORD
.WORD
.WORD
(LR

ERRWD?
CSERHRD
75
EM14
ERRO
ITCOUN

MOV

017372

002402
002454
002454
002454

SET RPCS2:
CLR =1
SET RP(CS2:
PAT =1
WRITE RPDA WITH DATA PATTERN #1, ONCE
IF ?523:
ATA FOR THE DRIVE UNDER TEST > 1
:

:%
B4

20
21

40
41
42
43
44
45

8IT
BNE
JSR
RPDS
ATA
TRAP

~OUN

;GET THE DRIVE UNDER TEST
:INVERT PARITY (FORCE ERRORS)
JWORIT RPDA WITH PATTERN1
;GET THE CORRECT ATTENTION BIT POSITION
:WAIT FOR THE RP0O7 MICROPROCESSOR
:MATCH?
;IF EQUAL, OK!
JFORM FAILURE DATA
JAND LOG IT

0BIT16!BIT12.ERRUDl

#ATA ,aRPDS
3%
PC,BISEXP

CSERHRD

.WORD
.WwORD
.WORD

76
EM22
ERRO

CMP

EXPTED,aRPAS

(LR
COM
MOV
(OM

;LCAD THE ITERATION COUNT

ITCOUN
EXPTED
EXPTeD,aRPAS
EXPTED

;CREATE MODULE CALL - ouT

:BOTH LORDS

:NO LOOPS NECESSARY

:DID AvA SET?
;1F NOT ZERO, YES!
;LOAD THE FAILING INFORMATION
:THIS REGISTER FAILED
;THIS BIT FAILE® TO SET

:NO LOOP NECCSSARY
;COMPLIMENT THE EXPECTED DATA
JAND WRITE TO RPDA (SHOULD DO NOTHING)
JRE-INVERT EXPECTED DATA

JAND SEE IF ATN CLEARD

613

(=4

001421

OOOOOOSOOOO c

PO? FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 80-1
NIQUE POSITION DECODE TEST

013737
017737
012737
005037

104456

000115
012454
04172
005037
104405

€0 035104
61 035106
035106

005337
003257
104401

002530
145462
012030
002406

002402

BEQ

002456
002452
002404

002402

L10073:

oIF MATCH,

IT DID NOT TEST OK!

sFOOM FAILING REGISTER

MOV
MOV
MOV

#B81110 ‘BIT12,ERRWD1T

TRAP
.WORD

CSERHRD
77

ERRWD?2

cAND FAILING DATA
sCREATE MODULE CALLOUT
WORDS
;BOTH

+WORD
.WORD
CLR

EM14
ERRO
1TCOUN

;RESET THE ITERATION COUNTER

TRAP

CSESEG

CLR

(8
10000%:

49
RPAS ,TESTRG
aRPAS ,RCVED

SEQ 0162

DEC
BGT

TRAP

ITCOUN
1%

CSETST

sONE LESS ITERATION

:IF> 0, DO AGAIN!!

—

wn o

—

mey

MAQ RPO7 FE/HOST

H 13

[SCLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 81

46 MASSBUS ATTENTION CLEAR

SEQ 0163

TEST

}

.SBTTL

TEST 46 MASSBUS ATTENTION CLEAR TEST

3
4

0%
%

TEST 46 CLEAR MASSBUS ATTENTION TEST
:
SET RPCS2:
(LR =1

i3 4

3 )

12 035110

T46::

:§

035116

035120
035124
035132
035134
035140

20 035142
21 035144

22 035152

23 035160
035162
035164
035166
24 035170
25 035174
035174
035174
26 035176
27 035202
28 035204
035204

012737
104404

004737
032777
001420
004737
002512

100009
012737

012737

104456
000116
012562
014172
005037

104405
005337
003345
104407

000012
016662
100000

002402

017422

012000

000426

002402

END??TPUT FAULT LIST:

Mov

002406

2%:
100008

002402
L10074:

#10.,1TCCUN
C$BSEG

sLOAD THE ITERATION COUNT

JSR
BITV
BEQ
JSR
RPCS1

PC,SEIZE
#5C,aRPCST
2%
PC.BICEXP

MoV

#81T1!8] 2 Bii«!'BIT8,ERRWD2;BOT

SC
Mov

002404

CABLE, RHXX, J11/J13, ANOTHER DRIVE, TERMINATOR

END TEST 46

TRAP

145360

SC) OR (ON RH20-"'ATIN'Y) = 1

OUTPUT ERROR MESSAGE (LCTECTED FALSE SPECIAL CONDITION)

:§

}2 8%2}}2
15
16
17
18
19

IF ;;?ZCS1

TRAP
.WORD
.WORD
.WORD
CLR

sGET THE DRIVE AFTER PURGING ERRORS'
sTEST RPCS1 = SPECIAL CONDITION
;1F 0, TEST OK!
cFORM UP FAILING DATA
sTHIS REGISTER

;THIS BIT FAILED TO CLEAR
#B1T10!81712,FRRWD]
:FORM UP MODU'E CALLOUT

WORDS

CSERHRD
78
EM16
ERRO
ITCOUN

+NO ITERATIONS NECESSARY

TRAP
DEC
BGT

CSESEG
ITCOUN
1%

sONE LESS ITERATION TO GO
:IF <= 0, DONE!!

TRAP

CSETST

TEST 47 MASSBUS ATTENTION SET/CLEAR
1

.SBTTL

5
6

REIETEY

15 035206
16 035214
035214

17 035216
18 035222
19 035230

20 035234

21 035242

22 035250
23 035252
24 03525¢<
25 0350¢)
26 035262
27 035270
28 035276
035300
035302
035304
29 035306
30 035312
035312
035312
31 035314
32 035320
33 035322

035322

10
11

012737
104404

000012

004737
052777
N3777
" 04737
032777
001020
004737
002512

016662
000020
002344
017000

012737
012737

012000
000406

100000

104456

000117
012725
014172
005037
104405

005337
003335
104401

100000

002402

LI PLIRPLNP

RO
NN

2
3

12
13
14 035206

147::
1%:

TEST 47 MASSBUS ATTENTION SET/CLEAR TEST

TEST 47 MASSBUS ATTN %ET € CLEAR TEST

SET RP(S2:
SEv RPCS2:

145272
145262

IF
:

MOV
TRAP

MoV
MoV
TRAP

2$:

100008
:

002402

L10075:

SC) OR (IN RH20-'ATIN'D)) <> 1

OUTPUT ERROR MESSALE (FAILED TO DETECT SPECIAL CONDITION WHEN EXPECTED)
RHXX, CABLES, J11 / J13, TERMINATOR
OUTPUT FAULT LIST:

ENDIF

JSR
BIT
BNE
JSR
RPCS1
SC

002404
002406

((RP(CS1:

THEN

END TEST 47

145242

CLR =

PAT = 1
WRITE RPDA WITH DATA PATTERN #1, ONCE

JSR
8If

017372

002402

SEQ C164

TEST

-WORD
.WORD
.WORD
CLR

#10..1TCOUN

C$BSEG

sLOAD THE ITERATION COUNT

PC,SEIZE
#PAT ,aRP(S2
PATT1,aRPDA
PC,WALY
#gC,GRPCSl

sFLUSH ERRORS THEN GET

PC,BISEXP

:FORM ERROR DATA
<FOR AN ERROR DIS. .TCH
sTHIS BIT FAILED TO SET

#BI1T10!BIT1
#8171!8] 2
CSERHRD
79

THE DRIVE

s INVERT PARITY (FORCE ERRORS)

sWRITE RPDA, ONCE
JWAIT tOR THE RPO7 MICROPROCESSOR

:DID SPECIAL CONDITION SET?
JIF = 2, YES

RUDI

sFORM MODULE LIST

;BOTH WORDS

EM21
ERRO
ITCOUN

¢RESET THE ITERATION COUNTER

DEC

8GT

CSESEG
ITCOUN
18

sONEW LESS ITERATION
;1F <= 0, DONE

TRAP

CSETST

TRAP

—

113
CIRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 82

J 13
CZRJMAQ RPO?7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 83

SEQ 0105

TEST 48 READ-IN-PRESET (OMMAND TEST

b
b md
b
—d

PRI
R
YRR

012737
032777
001016
004737
0137246
012746
012746
010600
104417

062706
104432

000012
010000

J02402
145164

004737
012777

004737
032777
001417
004737
002524
040000
012737
005037

104456
000120
§5 035460
6
035464

013051
014172
005037

035464
37 035466
38 035472
39 035474

005337
003_41
0C.737

035500

104401

40 035500

104405

T48::

1%:

000021
017000
040000

145100

002402

ERR = 1

ENDIF

MOV

.WORD

TRAP
JSR

ERR

002404

MOV

CLR

TRAP

2%:

002402

#10.,1TCOUN
g:OL.aRPDS
PC,SAVRPR

LSTEST,~(SP)

sLOAD THE ITERATION COUNT
;DRIVE ON LINE?
JIF 1, YES
:GET THE REGISTER SNAPSHOT

#MSGMOL
, = (SP)

#2,=(SP)

SP,R0

CSPNTF
#6,SP
CSEXIT
L10076~.

C$BSEG

PC,SEIZE
#RIP,3RPCS1
PC,WAIT
#ERR ,aRPDS

PC.BICEXP

#BIT11,ERRWDT

ERRWD?

CSERHRD

sGET THE DRIVE UNDER TEST
s ISSUE THE READ=-IN-PRESET

;WAIT FOR THE RPO7 MICROPROCESSOR

:DIDOIT CAUSE AN ERROR?

JIF

. _NO!

sLOAD FAILURE DATA
¢THIS REGISTER
sTHIS BIT FAILED TO STAY CLEAR
sFORM MODULE CALLOUT
:FOR BOTH WORDS

.WORD
.WORD
.WORD
CLR

ITCOUN

:NO ITERATIONS NECESSARY

TRAP

CSESEG
ITCOUN

;ONE LESS T0-GO

DEC

L10076:

OUTPUT ERROR MESSAGE (DETECTED FALSE COMPOSITE ERROR)
OQUTPUT FAULT LIST:
J12

END TEST 48

RPDS

10000%:

017722

ISSUE READ=IN- PRESET COMMAND

JSR
BIT
BEQ
JSR

145100

CLR =

SET RP(S2:

MOV

017422
004000
002406

TEST 48 READ~IN- PRESET BASIC COMMAND TEST

MOV
MOV
MOV
MOV
TRAP
ADD
TRAP

000006

016662

TEST 48 READ~IN-PRESET COMMAND TEST

BIT
BNE
JSR

017326
002114
006452
000002

000104
104404

PRI PLICIL
IR IR

0O NO VIS NN = O V00 NN N

b cod andd wnd

.SBTTL

EM23
ERRO

BGT
JSR

1%
PC,PRELOD

TRAP

CSETST

SUNTIL <= 0'!

SRESET THE DRIVE

TO 16 BIT MODE

SEQ 0166

RHXX UNIQUE REGISTER TEST

TE ST

v
ViV

NNN==200
oSO NN

WWWIWWW

(=lelelelele]

=20V

PONININ)
= = b b b e oed d b oD

WA= O V00~

FLILIT PP ITPRILFL
PPN OPONC

.SBTTL

24 035532
25 035536

012737
04737
012737
012702
012701
012703
013146
017612
053736
053722
005237
005303
003365
012737
012703
005737
001402
062703

000012
016662
000002
002652
004330
000004

002402

002436

T49::

1$:

2$:

000000

UNTIL ALL REGISTERS HAVE BEEN WRITTEN

ENDRE PEAT

IF ?EE£STER UNDER TEST DOESN'T MATCH EXPECTED DATA

:
:

MOV
JSR
MOV

MOV
MOV
MOV
MOV
MOV
BIS

002452
002456
002454
002404
002406

#PSTACK ,R2
#TSTL9,R1
#64 ,R3
a(R1)+,-(SP)
a(SP),(R2)
TEMP,a(SP)+

TEMP, (R2)+
TEMP

R3
2%

#10,TEMP
#4 ,R3

BEQ
ADD
MOV
MOV
8IS

43
#2,R3
8(R1)0 =(SP)
a(SP), (R2)
TEMP.S(SP)*

RHXX, CABLES, J11, J12, J13, TERMINATOR

RHTYPE

TEMP, (R2)+
TEMP

sLOAD THE ITERATION COUNT
;LOAD THE DRIVE UNDER TEST
;LOAD THE FIRST DATA PATTERN

sCREATE THE CHECK BUFFER ADDRESS

sGET THE FILE OF REGISTERS

sGET THE FIRST SEGMENT COUNT

sGET THE INITIAL STATE OF THE REGISTER
JSAVE 1T IN THE IMAGE FILE
sWRITE THE UNIQUE TEST BIT

sAND SET THE CORRECT MASK IN THE IMAGE FILE
¢NEXT UNIQUE PATTERN
sREDUCE THE ITERATION COUNT
sIF > 0, KEEP GOING!
sNEXT PATTERN
sAND THE NEXT SEGMENT COUNT
UHICH gg?{ROLLER’

ADD é TO THE SEGMENT COUNT TO REGISTER
INCLUDE RPBAE & RP(S3

:SAVE THE INITIAL STATE OF THE
:NOW GET THE INITIAL CONTENTS OF THE REGSISTER

sNOW WRITE THE TEST PATTERN
sAND UPDATE THE IMAGE FILE
sNEXT PATTERN
sONE LESS ITERATION TO GO
JIF > 0, NOT LONE YET!!
sGET THE REGISTER FILE AGAIN

DEC
BGT
MOV
MoV
MOV

R3
43
#TST4L9,R1
#PSTACK,R2
#8.,R3

BEQ
ADD
MOV
cMpP
BEQ
MoV
MOV
MOV
MOV
MOV

5%
JIF 0, IT'S AN RH11!!
#2,R3
;INCLUDE THE TWO EXTRA REG ISTERS: RPBAE & RPCS3
-(SP)
3(R1)+.
sGET THE ADDRESS OF THE RE GISTER UNDER TEST
3(SP)+,(R2)+
;DOES THE DATA MAT(CH?
6%
;YES, GO-ON:
a=2(SP),RCVE
sGET THE FAILING DATA
sAND THE FAILING REGISTER ADDRESS
<2(SP) ,TESTIR
:NOW GET THE EXPECTED DATA
-2(R2) ,EXPTE
81712, ERRWD1
#817110!'8B1T11! Bl
#BIT1!BIT2!BIT18 LERRWD2; CREATE THE MODULE CALLOUT

TST

5¢:

#10.,1TCOUN
PC,SEIZE
#2.TEMP

MOV
Moy

INC

000002

OUTPUT FAULT LIST:

END TEST 49

8IS

004330
002652
000010
002504

OUTPUT ERROR MESSAGE (REGISTER SELECTION FAILURE)

ENDIF

TST

4$:

WRITE A UNIQUE PATTERN INTO A SELECTED REGISTER
REGISTERS TO TEST = RP(CS1, RPWC, RPBA, RPDA, RPMR1, RPOF, RPD(

OPTIONAL REGISTERS FOR AN RH70 = RPBAE, RP(CS3

DEC
B86GT

002436

000000
002436
002436
002436

016000
000406

INC

000002

177776
177776
177776

CLR = 1
SET R PCS2:
kg:gAgRlVE NUMBER INTO RP(CS?2

8IS

002436
000010
000004
002504

TEST 49 RHXX UNIQUE REGISTER TEST

RHTYPE

sAND THE OUTPUT FILE AGAIN

;GET THE OVERALL ITERATION COUNT

;WHICH CONTROLLER??

K 13

RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 84

€2 RJ H

L 13
R
CZRJMAQ
RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 84 -1

SEQ 0167

TEST 49 RHXX UNIQUE REGISTER TEST

58 035730

035732
035734
035736
59 035740
60 035744
61 035746
62 035750
63 035754
64 035756
035756

104456

000121
013641
014172
0059237
005303
003346
005337
003257
104401

TRAP

002402

6%:

002402

.WORD
+WORD
.WORD
CLR
DEC
BGT

ITCOUN

cRESET THE ITERATION COUNTER

BGT

1TCOUN
1%

JONE LESS ITERATION
JIF <= 0, DONE!!

TRAP

CSETST

DEC

L10077:

CSERHRD
81
EM36
ERRO
R3
5%

sONE LESS REGISTER TO TEST
JIF > 0, KEEP GOING!

—S

[Ze -}

AQ RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 85
SO RPLA STATIC TEST

}

.SBTTL

TEST SO RPLA STATIC TVEST

TEST SO RPLA STATIC TEST

SET UP FOR A SECTOR MATCH IN RPLA

SEi UP A WATCHDOG TIMER

1} 1

;§

131

REPEAT

9
10
N
}2

:X
;X
:X
:2
;g

:
:
:
:
:

17
18
19
20
21
22

X
.2
:X
:X
X
:X

25 035760
26 035760
27 035766
28 035770
29 035774

012737
005001
012703
013737

000012

002402

000003
002532

002456

31
32
33
34
35
36
37
38
39

012737
004737
012737
027701
001421
005337
001372
005303
003365

000406
016662
177777
144476

30 036002

036010
036016
036022
036030
036034
036036
036042
036044
036046

40 036050
41 036056
42 036062

036064
036066
036070
43 036072

44 036076

45
46
47
48
49

036100
036106
036110
036114
036116

50 036122
51 036126

52 036134

53 036140
54 036142

012737

017737
010137
104456

000122
012454
014172
005037
000454

012703
062701
020127
001442
012702

012704
012737

005337
001404
027701

016200

150::
1%:

002404

2%:
3$:

002436

144456
002454

)

002452

4$:
5:

002402
002652
006100
006200

6$:

000002

000003
177777

(J2436
144364

002436

7%:

8$:

IF ?EE&RED SECTOh DOESN'T MATCH CONTENTS OF RPLA

DECREMENT THE WATCHDOG TIMER
IF WATCHDOG TIMER = 0
:
THEN
OUTPUT ERROR MESSAGE (CAN'T FIND DESIRED SECTOR IN TIME)
gEgEUT FAULT LIST:
J8, J11, J12, J13, RHXX, CONTROLLER, CABLES,
:

RE-READ RPLA LOOKING FOR A SECTOR MATCH

ENDIF

¢
ELSE
:
GET NEXT LEGAL SECTOR ADDRESS
:
REFRESH THE WATCHDOG TIMER
ENDIF
:
UNTIL ALL LEGAL SECTOR ADDRESSES HAVE BEEN USED
ENDREPEAT

END TEST 50
MOV
CLR
MOV
MOV

#10.,1TCOUN
R1
#3,R3
RPLA,TESTRG

MOV
JSR
MOV
CMP
BEQ
DEC
BNE
DEC
BGT

#BIT1'BIT2'
BIT8,ERRWD2
PC,SEIZE
;GET THE DRIVE NOW!
#-1,TEMP
:USED FOR A WATCHDOG T.
?
aRPLA.R1
sNOW LOOK FOR SECTOR 0
63
;MATCH, GO-ON
TEMP
;1.2 LESS MICROSECONDS TO GO
3$
;KEEP GOING IF NOT ZERO
R3
;ONE LESS ITERATION TO GO
2%
:1F NOT ZERO, KEEP GOING

.WORD
.WORD
.WORD
CLR

82
EM14
ERRO
ITCOUN

:RESET THE ITERATION COUNTER

#F
ACK,R3
#100,R1
R1,#6200
138
#2,R2

;GET THE 2 OUT OF 3 BUFFER
;SET UP FOR THE NEXT SECTOR ADDRESS
;:DONE? (SECTOR 50)
:1F MATCH, YES
;WE MUST HAVE TWO MATCHES

MOV

002406
002436

SEQ 0168

MOV
MoV
TRAP

MOV
ADD
CMP
BEQ
MOV

MOV
MOV

DEC

BEQ
CMP

;LOAD THE OVERALL ITERATION COUNTER
:R1 IS USED FOR THE SECTOR ADDRESS
SOVERALL ITERATION COUNTER
*THIS REGISTER MIGHT FAIL

#BIT7IBIT10! BIT11!BIT12.ERRUD1

@RPLA,RCVED
R1,EXPTED
CSERHRD

148

#3,R4
#-1,TEMP

TEMP

3
aRPLA,R1

;GET THE RECEIVED DATA
:GET THE EXPECTED DATA

:TAKE EARLY RETURN

:USE THIS FOR AN OVERAL. ITERATION COUNT
;USE THIS AS A WATCHDOG TIMER

;1.2 MICRO SECONDS LESS WINDOW

:IF ZERO, FIND OUT WHICH ITERATION
<MATCH?

TERMINA

N 13
07 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 8 5-1

SEQ 0169

LA STATIC TEST

001372

:IF NOT, KEEP TRYING

sIF SO, TRY AGAIN
sONE LESS ITERATION TO GO
:IF NOT ZERQO, KEEP TRYIMNG
sIF ZERO, WE HAVE AN ERROR

036206
036212
036214
036220
036222
0356226
036230

036230
030230

WWWN

WS
oo

:GET THE FIRST OF THREE READINGS
¢GET THE SECOND OF THREE READINGS
sGET THE FINAL READING
;D0 WE MATCH?

10%:
11¢:

64 036176
65 036200
66 036202
67 036204
68
69
70
71
72
73
74

S0
A,

—

el aud

6%:

002650

12%:

002454
003257
104601

002402

13%:
:
148

L10100:

sIF NOT, CHECK IT FOTM SRRORS

13%

R3,#PSTACK=2
11$
(R3) ,EXPTED
5%
ITCOUN
1%

CSETST

;0K ONCE, TRY AGAIN
s TAKE BRANCH IF NOT 0

sTEST 0K,

SO-FAR

:DID WE RUN OUT OF BUFFER?
sNOT YET
cGET THE EXPECTED DATA FOR THE REPORT
sNOW REPORT THE ERROR
sONE LESS ITERATION......
:1F <= 0, DONE!!

——

B 14
CZRJMAD RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 86
RPMR1

- RPERZ WRAP AROUND

.SBTTL

EEEY

2
3

5
6
7

19
1

}é

16 036232

17 036232
18 036240
19 036246

20 036254
21 036260
22 036264
23 036272
24 036276
25 076300
26 036304
27 036310

28 036314

29 035320
30 035322

31 036324
32 030330
33 03c334
34 036342
036344
036346
036350
35 036352
36 036356
37 036362
036362
38 036364
39 036366

40
41
42
43
44
45
46
47
48
49

036372
036376
036402
036406
036412
036414
036416
036422
036426
036434

036436
036440
036442

50 036444

012737
012737
012737

005037
004737
013737
012701
104404
010177
004737
017,46

042716

120126
001415

005037
110137
016637
104456
000123
012454
014172
005037
004737
104405
104404
012701

010177
004737
017746
042716
120126
001415
005037
110137
016637
104456

000124
012454
014172

005037

000002
000035
000300

002406
016662
002552
177000

002402
002420
002404

002456

T51::

1%:

144232
015146
144236

177400

002454
002454
177776

TEST 51 RPMR1 - RPER2 WRAP AROUND TEST
USING PATTERNS 1-4, ONE AT A TIME,
W
TE RPMR1, LOW BYTE WITH TEST PATTERN
Wk “E RPMR1, HIGH BYTE WITH 'FE'(HEX)
ISS ° A DIAGNOSTIC COMMAND
UAI. "OR THE COMMAND COMPLETION

IFR R2, LOW BYTE ONLY, DOESN'T MATCH THE TEST PATTERN
OU:

2%:
10000$%:

015146
144144
177400

002452

(REGISTER CONTENTS DON'T MATCH EXPECT DATA)

J7, J8

END TEST 51
MoV
MoV
MoV

CLR
JSR
Mov
Mov
TRAP
Mov
JSR
MOV

CLR

002452

'T ERROR MESSAGE

inp
?UT.JT FAULT LIST:

CMPB
BEQ

177377
144140

002402

TEST 51 RPMR1 - RPER2 WRAP AROUND TEST

BlC

002402
015400

002454
002454
177776

SEQ 0170

TEST

IRFTLIR PN 2L PR NNNC

FLIL I

TEST

#2.,1TCOUN
sLOAD THE ITERATION COUNT
#DIAG,FUNCTN
:LOAD THE DIAGNOSTIC COMMAND FUNCTION
#BIT6!BIT7 ERRWDT;LOAD THE CALLOUT LIST

ERRWD2
PC,SEIZE
RPER2,TESTRG
#177000,R1
C$BSEG
R1,3RPMR1
PC,DRIVER
aRPER2,=(SP)

:NO MODULE FOR THIS MASK
:LOAD THE DRIVE NUMBER
:THIS REGISTER MAY FAIL
:SET UP FOR A 0'S WRITE WRAP TO RPER2

R1,(SP)+
2%

IMATCH?
;TAKE BRANCH IF SO...

#177400, (SP)

Movse
MoV
TRAP
.WORD
.WORD
.WORD
CLR
JSR

EXPTED
R1,EXPTED
=2(SP) ,RCVED
CSERHRD
83
EM14
ERRO
ITCOUN
PC,DRVCLR

TRAP
TRAP
MoV

CSESEG
C$BSEG
#177377 ,R1

Mov
JSR
MoV
BIC
CMPB
BEQ
CLR
Move
MOV
TRAP

.WORD
.WORD
.WORD

CLR

R1,3RPMR1
PC,DRIVER
aRPER2 = (SP)
#177400, (SP)
R1,(SP)+
3%
EXPTED
R1,EXPTED
=2(SP) ,RCVED
CSERHRD

84
EM14
ERRO

ITCOUN

sLOAD THE MAINTENANCE REGISTER NOW
s ISSUE THE DIAGNOSTIC COMMAND
sGET THE RESULTS

: AND REMOVE THE UNWANTED BITS

:RESET THE EXPECTED DATA
:LOAD THE EXPECTED STATUS
sAND THE FAILING STATUS

sNO ITERATIONS NECESSARY
sPURGE ERRORS

sWRITE AN ALL ONES PATTERN TO RPER?
sWRITE THE MAINTENANCE REGISTER NOW
sISSUE THE DIAGNOSTIC COMMAND
sGET THE RESULTS
:STRIP THE HIGH BITS OUT
sMATCH?
;IF SO, TAKE BRANCH
+SET UP FOR AN ERROR MESSAGE

;SET THE EXPECTED DATA
;SET THE RECEIVED DATA

sNO FURTHER ITERATIONS NECESSARY

—

004737
104405
012701
052701
104404
010177
004737
017746

042716
120126
001415

64 036524
65 036532
036534
036536
036540
66 036542
67 036546
68 036552
036552
69 036554
70
71
72
73
74
75

036560
036562
036564
036566
036572
036576

76 036600

77 036604

78 036610
79 036614
gO 036620

005037
110137
016637
104456

000125
012454
014172
005037
004737
104405
042701
001402
006301
000736
012701
052701
104404

10001$:

000001

177000

4$:

144042

015146

144046
177400

002454
002454

177776

002452

002402
015400

5¢:
10002%:

177200

120126
001415
005037
110137
016637
104456

104405

042701
000261
006101
042701
022701
001332
005337
003402
000137
004737

JSR
TRAP
MoV
BIS
TRAP
MOV
JSR
MOV
BIC
CMPB
BEQ
CLR
MOv8
MOV
TRAP
-WORD
.WORD
.WORD
CLR
JSR

6$:
7%:

002402
015400

8%:

10003$:

177400

000377

002402
036272
015400

9%:

($BSEG

R1,(SP)+

sMATCH??

aRPER2,=(SP)
#1774600, (SP)
58
EXPTED
R1,EXPTED

=2(SP) ,RCVED
CSERHRD
85
EM14
ERRO
ITCOUN
PC,DRVCLR

#177000,R1

JSR

PC.DRIVER

CLR
Movs
MOV
TRAP
.WORD
.WORD
.WORD
CLR
JSR

TRAP

CMP
BNE
CEC
BLE
JMP
JSR

sLOAD THE NEXT PATTERN NOW
sAND SET THE DIAGNOSTIC START MASK
¢LOAD THE WRAP TEST NOW
+ ISSUE THE COMMAND NOW!
;GET THE RESULTS

81S

TRAP
MOV

«NO LEFT~-OVER ERRORS

R1,a8RPMR1
PC.DRIVER

X;
#376 ,R1

SEC
ROL

177400

#177000,R1

MOV

CMPB
BEQ

002452

CSESEG

#8170,R1

CSESEG
#177200,R1
6$

TRAP

MOV

177776

PC,DRVCLR

BIC
BEQ
ASL

010177
004737
017746
042716

000126
012454
014172
005037
004737

9
97 036714
98 036720

3s:

015400

SEQ 0171

CSBSEG
R1,3RPMR1

aRPER2,=(SP)
#177400, (SP)
R1,(SP)+
8$
EXPTED
R1.EXPTED

-2(SP) ,RCVED
CSERHRD

86
EM14
ERRC

ITCOUN
PC,DRVCLR

CSESEG

+STRIP UNWANTED DATA

:IF SO, SKIP ERROR MESSAGE
cRESET THE EXPECTED DATA
¢GET THE EXPECTED DATA
sAND THE FAILED RESULTS

sNO ITERATIONS NECESSARY
¢NO ERRORS!

sDONE?
sIF ZERO, YES!'!!
sNEXT BIT POSTIION, NOW!
sKEEP GOING!
sLAST PATTERN
sLOAD THE DIAGNOSTIC START AGAIN

:LOAD THE WRAP DATA NOW
sEXECUTE THE DIAGNOSTIC COMMAND NOW
sGET THE RESULTS
:STRIP UNWANTED DATA

sMATCH??

sI1F SO, SKIP ERROR REPORT
sRESET THE EXPECTED DATA

:LOG THE GOOD DATA
:LOG THE BAD DATA

sRESET THE

ITERATIONS COUNTER

sRESET ANY ERRORS

#177400,R1

sREMOVE

R1
#177400,R1

SSHIFT LEFT (ONE TIME!!)
sCLEAR THE UNUSED BITS FOR THE FINAL TEST

#377,R1
7%
ITCOUN
9%
1%

PC.DRVCLR

THE MASK

sCARRY = 1

:DONE..
sIF NOT, KEEP GOING
JONE LESS ITERATION YO-GO
JIF <= 0, DONE
:DO UNTIL = 0
JELIMINATE ANY ERRORS!'!

-t

mn~g

wno

¢ 14
RPO7 FE/HOST_ISOLATOR MACRO V04&.00 1-JAN-83 13:37:00 PAGE 86-1
RPMR1
RPER2 WRAP AROUND TEST

D 14
CZRJMAQ RPO? FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 86-2
TEST 51 RPMR1

99 036724
100 036730

036730

SEQ 0172

- RPER2 WRAP AROUND TEST

004737

104401

015312

L13101:

JSR

PC,DIAGEN

TRAP

CSETST

;SHUT THE DIAGNOSTIC MONITOR OFF.

CZRJMAQ RPO7 FE/HOST

SEQ 0172

52 ERROR LOG DUMP

O P P
O
L

005737
003Cn2

PR PR

PRI
PR
P P T P P P

=2C OOV

d ed
d =

NI VNS W

036732

LI P FC IRV IVNLHR IV IV NI

NS WA —

.SBTTL

b b ad eed ad o

TEST

3 14
[SOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 87

152::

002334

33 036774
34 037000
35 037002
36 037006
37 037012
38 037016
39 037022

40
41
42
43
44
45

037024
037030
037032
037034
037036
037036

037042
037046
037052
037056

000736
004737
012702
012737
012701
012704
000304
004737
050104
04737
004737
017712
042722
040104
020127
001402
005201
000761

016662
002652
000035
000161
000027
015260
015400
015352
143534
177400

TEST 52 ERROR LOG DUMP
:

71-72(HEX) FOR REVISION LEVEL

32-37(HEX) FOR THE ERROR LOG

88(HEX) FOR FAILED RECAL ATTEMPTS
gg;g:;HEX) FOR LAST 20. UNIQUE ERROR LOG ENTRIES
:

18:

002420

ERRDMP

TRAP

CSEXIY

.WORD

:1F >0, YES

cLOAD THE DRIVE NUMBER
;GET THE OUTPUT BUFFER

Mov
MOV
SWAB
JSR

#161,R1
#27 R4
R4
PC,DIAGST

sTHIS IS THE FIRST LOW BYTE PARAMETER (71 HEX)
sTHIS IS THE DUMP ROUTINE NUMBER (17 HEX)
sPUT THIS AS THE COMMAND NUMBER

JSR
JSR
MOV

PC,DRVCLR
PC.DIAGLD
aRPER?2, (R2)

sNO ERRORS INITIALLY
*ISSUE THE COMMAND
‘GET THE RESULTS (808072901

BIC
CMP
BEQ

R1,R4
R1.#162
38

*REMOVE THE LOW BYTE ARGUMENT
*DONE BOTH LOCATIONS? (72 HEX)
*IF MATCH, YES

BIS

B8R

002654
002652
010202
000003

062706
012701
004737
004737
017746
042726

000010
000061
015400
017252
143444
177400

ADD
MOV
JSR
JSR
MOV

016646
012746

1727776

MOV

007574

L10102-.

;DUMP THE ERROR LOG?

PC,SEIZE
#PSTACK,R2

INC

3s:

JSR
MOV

BIC

000162

PRINT OQUTPUT TO USER
UNTIL ALL CONTENTS HAVE BEEN DUMPED

TST

MOV

2%:

LOAD A DIAGNOSTIC COMMAND
WHEN COMMAND EXECUTION COMPLETES GET CONTENTS OF RPER?
CONVERT TO HEX OR DECIMAL (AS REQUIRED)

ENDREPEAT
END TEST 52

C13746
013746
012746
012746
010600

104417

THIS TEST DOES NO DATA CHECKING

LOAD #17(HEX) INTO RPMR1, HIGH BYTE
LOAD LOW BYTE OF RPMR1 WITH RAM LOCATION TO BE DUMPED:

BGT

104432

27 036744
28 036750
29 036754
30 036762
31 036766
32 036772

TEST 52 ERROR LOG DumP

MOV

MOV
MOV
MOV

TRAP

BIC

MOV

#DIAG,FUNCTN

R1,R4

#177400, (R2)+
R1

2
PSTACK+2,-(SP)

sSET UP FOR A DIAGNOST'C COMMAND

¢START THE DIAGNOSTIC MONITOR

«LOAD THE RAM ADDRESS

:STRIP OUT UNWANTED DATA

REV'S)

SSET THE 2901 REV LEVEL REQUEST

SAND GO TO THE RAM AND GET IT
:PRINT 8080 AND 2901

REVISION LEVELS

PSTACK,=(SP)

#FRMT20,
= (SP)
#3,-(SP)
SP.RO
CSPNTF

#10,SP
#61.R1
PC,DRVCLR
PC.NEXLOC
aRPER2,=(SP}

#177600, (SP)+
=2(SP),=(SP)

#FRMTO?,=(SP)

;SET UP FOR THE NEXT RAM DUMP (31
*NO ERRORS NOW'
*NOW GET THE DATA
*GET THE RAM OUTPUT

:STRIP UNUSED DATA

*PRINT NUMBER OF

SEEKS TOO LONG

HEX)

SEQ 0174

52 ERROR LOG DUMP

000002

037146
037152

012746
010600
104417
062706
004737
004737
017746
042726

037156
037162
037166
037172
037174
037176
037202
037206
037212
037216

016646
G12746
012746
010600
104417
062706
004737
004737
017746
042726

177776

64 037222
037226
037232
037236
037240
037242
65 037246
66 037252
67 037256
68 037262

016646
012746
012746
010600
1044617
062706
004737
004737
017746
062726

177776
007655
000002

143270

016646
012746
012746
010600
104417
062706
004737
004737
017746
042726

172776
007713

143224
177400

MOV

016646
012746
012746
010600
104417
062706

177776
007756
000002

MOV
MOV
MoV
MOV
TRAP
ADD

5
5
5
5
5
5

0O ~NONN
S W

TES T

59
60
61
62

037122
037126
037130
037132

69
70 037266

037272
037276
037302
037304
037306
71 037312
72 037316
73 037322
;4 037326
5

76 037332

037336
037342
037346

77 037356
78 037362
79 037366

80 037372
81
82 037376
037402
037406
037412

004737
004737
017746
042726
016646
012746

012746
010600

000006
015400
017252
143400
177400
007624
000002

000006
015400
017252
143334
177400

000006
015400
017252

177400

000002

000006
015400

017252

000006
015400

017252

#2,-(SP)

MOV
MOV
TRAP
ADD

SP,RO
CSPNTF
#6,SP

MOV

SRPER2,=(SP)

Mov
MOV
MOV
MOV
TRAP
ADD

=2(SP),=(SP)

JSR
JSR

BIC

JSR
JSR

MOV

BIC

MOV
MoV
MoV
MOV
TRAP
ADD

PC,ORVCLR
PC,NEXLOC

#177400,(SP)
+

:NO RESIDUAL ERRORS
:GET THE NEXT RAM CONTENTS
sGET THE RESULTS
;STRIP UMWANTED DATA
sPRINT NUMBER (if SEEK OVER

#FRMT10,-(SP)
#2,-(SP)

SP.RO
CSPNTF

#6, 5P
PC .DRVCLR
PC.NEXLOC

- (SP)
aRPER2,

#177400, (SP)+

=2(SP) ,=(SP)

sNO ERRORS

sNEXT CONTENTS, PLEASE..
sGET THE RESULTS

:STRIP UNUSED DATA
sPRINT NUMBER OF SOFT SEEK OVERSHOOTS

N#FRMT11,-(SP)
#2,-(SP)

SP,RO
CSPNTF

#6,SP
PC,DRVCLR

:NO _FURTHER ERRORS

MOV

aRPER2,=(SP)
#177400, (SP) +

sSTRIP THE UNUSED DATA

MoV
MoV
MOV
Mov
TRAP
ADD

~2(SP) ,~(SP)

JSR
JSR

8IC

PC,NEXLOC

sGET THE RESULTS

sPRINT GUARD-BAND DETECTED SKI'S

#FRMT12,=(SP)

#6,5P
PC.DRVCLR
PC.NEXLOC

8IC

#177400, (SP) +

aRPER2, = (SP)

-2(SP),-(SP)

:NO FURTHER ERRORS

sNEXT RAM LOCATION...

sGET THE RESULTS

sSTRIP THE UNUSED DATA
;PRINT NUMBER OF INDEX ERRORS

#FRMT1S,
- (sP)

PC .NEXLOC

143160
177400

MOV

aRPER2, - (SP)

177776
010004
000002

MOV
MoV
MOV
MOV

=2(SP) ,=(SP)

BIC

JGET THE NEXT CONTENTS PLEASE..

#2,~(SP)
SP.RO
CSPNTF

JSR
JSR

'"°TS

#177400, (SP)+
#FRMT14,-(SP)
#2,-(SP)

SP,RO

:NO FURTHER ERRORS
SNEXT DAM LOCATION
;GET THE RESULTS
;STRIP THE 'WHO CARES'' BITS

sPRINT NUMBER OF PLO UNSAFES

—

‘14

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 87-1

G 14

SEQ 0175

CZIRIMA 0 RPO? FE/HOST ISOLATOR MACRO v(04.00 1-JAN-83 13:37:00 PAGE 87-2
TEST 52 ERROR LOG DUMP

037414
037416
83 037422
84 037426
86 037436

106417
062706
012701
004737
004737
017746

000006
000210
015400
017252
143110

TRAP
ADD
MOV
JSR
JSR
MOV

CSPNTF
#6,SP
#210,R1
PC,DRVCLR
PC.NEXLOC
aRPER2, = (SP)

89 037446

016646

177776

MOV

<2(SP) ,=(SP)

037456
037462
037466
% 037466

012746
010600
104417
062706

000002
000006

MOV
MOV
TRAP
ADD

037502
037504
037506
92 037512

012746
012746
010600
104417
062706
012702

010070
000001

MOV
MOV

#FRMT16,-(SP)
#1,-(SP}

gg 037522

012703

(70005

MOV

#67,R1

85 037432

gg 037442

037452

91 037472
037476

93 037516
96 037526

037532
037536
037540
037542
97 037546
98 037552
99 037556

100 037562

101 037566
102 037570
103 037572

}82 037574

106 037500

042726

012701

012746

012746
010600
104417
062706
004737
004737
017746

0462716

005726
001427
005746

000067

000004
015400
017252
142770

012746
012746

010600
104417
062706

5%:

ST
BEQ
ST

6$:

#177400, (SP) +
#2,-(SP)
SP.RO
CSPNTF
#6,SP

;PRINT THE NUMBER OF RECAL ATTEMPTS

;PRINT ERROR LOG ENTRIES, IF ANY

:GET A 4 ITERATION COUNT

#5,R3

:EREr;RIES / ROW

;GET THE FIRST RAM LOCATION-1 FOR THE LAST 20 ERRORS

#CRLF,=(SP)

#1,-(SP)
SP.RO
CSPNTF
#4,SP
PC.DRVCLR
PC.NEXLOC
aRPER2 , = (SP)

#177400, (SP)

MOV

#PSTACK+6,=(SP)

DEC
BGT
DEC
8GT

R3
5%
R2

MOV
TRAP
ADD

:GET THE DATA NOW
¢GET THE RESULTS
¢STRIP THE UNWANTED DATA

SP.RO
CSPNTF
¥4, SP
#4 R2

JSR

MOV
MOV

sNO FURTHER ERRORS

#FRMT1S,-(SP)

(SP)+
63
~(SP)
PC,OCTHEX

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

000014

000004

MOV
MOV
TRAP
ADD
JSR
JSR
MOV

BIC

002656
002654
002652
010161
000005

006420
000001

MOV
MOV

177400

002660

003325

4$:

000001

012746

110 037646
111 037650
112 037650
037654

MOV
TRAP
ADD
MOV

006420

015416

005303
003341
005302

MOV

000004
000004

004737

012746
012746
012746
012746
012746
010600
104417
062706

037660
037662
037664

BIC

012746 010031

037604
037610
037614
037620
037624
037630
037632
037634

107 037640
108 037642
109 037644

177400

;GET THE SET=-UP FOR THE #OF RECAL AT EMPTS(88 HEX)

#PSTACK
+4 .= (SP)
#PSTACK+2.~(SP)
#PSTACK,=(SP)
SFRMTI7.~(SP)
#5,~(SP)
SP.RO
CSPNTF
#14,SP

X3
NCRLF ,=(SP)
#1,-(5P)

SP.RO
CSPNTF
#4,SP

:NO _FURTHER ERRORS
sGET THE RAM DATA
sGET THE RESULTS
:STRIP THE UNUSED RESULTS
:LOOK FOR NULL DATA
s TAKE BRANCH IF 0

sRESTORE THE STACK FOR OCTHEX
s CONVERT TO HEX
;DUMP THE RAM CONTENTS

sONE LESS ROW TO GO
;KEEP GOING
sONE LESS COLUMN TO GO
:KEEP GOING
:CR-LF

H 14
CZRJMAD RP 07 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 87-3

SEQ 0176

TEST S2 ERROR LOG DUMP
113 037670
114 037674
115 037700

037700

004737
004737

104401

015400
015312

L10102:

JSR
JSR

PC,DRVCLR
PC,DIAGEN

TRAP

CSETST

JRESET RPER2 TO O
sSHUT OFF THE DIAGNOSTIC MONITOR

0B, O,
00y eV,

=00V
NOWVNBWN=O
V0NN

%000,
0 B B 00, 008,
Ve By
Ve

24 037702

012704
004737
004737
005002
000304

FLITLIV NIV IVNTNTNLNNILNLNC
LIV NN

(NO
WN =

.SBTTL

—

[ 14

RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 88
CGMPOSITE MICROCODE TEST

PIPININY
=D ad b d cd wnd cod b d b

—y

mry

153::

000044
016662
015260

TEST 53 COMPOSITE MICROCODE TEST
TES T 53 COMPOSITE MICROCODE TEST

THIS TEST RUNS TWO SEQUENCES OF MICRODIAGNOSTICS THROUGH_THE

RPG7.
THE

THEN
éND?EPORr

TURN OFF

END TEST 53

1 037776

000037

2 040000
3 040004

000043

4 040006

5
6
7
8
9
0
1

040012
040014
040016
040022
040024
040026
040032

005737
001411
010446
042716
022627

002336

000377
021400

(AND HEAD NUMBER IF NECESSARY)

THE ERROR

(IN HEX),

AND THE MODULE

CALLOUT

THE DIAGNOSTIC MONITOR

MOV
JSR
JSR

#44 ,RG
PC,SEIZE
PC.DIAGST

:SET UP THE FIRST ROUTINE NUMBER
:LOAD THE DRIVE NUMBER
SAND THEN THE ‘‘HANDSHAKE''

SWAB

Ré

‘R4 HIGH BYTE USED FOR THE ROUTINE #

;NOW EXECUTE THE ROUTINE NUMBER
<GET THE RESULTS OF THE TEST

sIF 0, YES!!

21776400, (SP)+
CSERHRD

400
EM3S
ERR1

BIS

#DMD , 3RPMR1

TRAP

SWAB
INC

C(MPB
BLO
CMPB
BHI
SWAB
ST

:STRIP JUNK

#TRE 'DRCLR,FUNCTN
;LOAD THE DRIVE CLEAR AND rONTROLLER CLEAR COMMAND
PC,DRIVER
;NOW EXECUTE THE DRIVE CLEAR (OMMAND

CSESEG

<SET THE DIAGNOSTIC MODE BIT AGAIN

R&
R4

;RESTORE R4
*GET NEXT ROUTINE #

SROUTINE # IN HIGH BYTE

R4, #37
18
R4, #43
5¢
SELTRK

BEQ
MOV

X3
R4, =(SP)

CMP

(SP)+,#21400

BIC

*R2 USED FOR THE TRACK ADDRESS

($BSEG
PC,DIAGLD
ARPER2, = (SP)

.WORD
.WORD
.WORD

MOV
JSR

10000%:

THE

UNTIL ALL ROUTINES HAVE BEEN RUN
ENDREPEAT

TRAP

3s:

IF RPERZ (LOW BYTE) <> 0

BIC

142544

ROUTINES 18 ~ 23.

ISSUE A DIAGNOSTIC COMMAND

BEQ

002420

IS COMPRISED OF

TEST ACGCRITHM IS AS FOLLOWS:
TURN ON THE DIAGNOSTIC MONITOR
5233A$P"R1 WITH A DIAGNOSTIC NUMBER

TRAP
JSR
MOV

037752
037760
037764
037772
037772
037772
0 037774

THE FIRST SEQUENCE IS COMPRISED OF ROUTINES 24 - 3B

SECOND SEQUENCE

LOOP ON ERROR OPTION IS SELECTED, THE ROUTINE WHICH WAS RUNNING
AT THE TIME OF THE ERROR WILL BE 'FROZEN®' SO THAT THE ERROR MAY
BE ANALYZED FURTHER TO IDENTIFY THE FAILURE MECHANISM.

CLR

104404

SEQ 0177

#3077, (SP)

:1S THIS A READ/WRITE ROUTINE?
SVALID ROUTINE, KEEP GOING
*READ-WRITE ROUTINE?
:1F HIGHER, NO
TUSER SPECIFIED TRACK ADDRESS??

“IF ZERO, NO-DO THEM ALL''
:GET R4 ON THE STACK FOR SOME CHECKING

:STRIP THE TRACK ADDRESS

:WAS THIS THE LAST ROUTINE?

J 14
RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 88- 1
COMPOSITE MICROCODE TEST

040036

040040
040044
040046
040052
040054
040056
040060
040064
040066
040070
040072
040076
040102
040104
040106
040112
040114
040120
040122
040126
040126

001431
053704
000726
162704
040204
005202
050204

020227
101716
105004

00500¢
062704
020427
103707
000406
120427
101702

012704
000677
004737
104401

002340

000400

TRAKAD,
R4

000037

#6400,R4

R2.R4
R2
R2,R4

R%.131.

SEQ 0178

JIF =, YES IT WAS!!
sSET THE USER SPECIFIED TRACK ADDRESS
;AND GO=-ON

JGET THE LAST ROUTINE # (Wt MAY NOT BE DONE)
sRESET THE TRACK ADDRESS
:NEXT TRACK ADDRESS, PLEASE
;LOAD THE NEW TRACK ADDRESS
JWAS [T LEGAL?
:YES IT WAS,

GO-ON

JRESET TO TRACK O

;AND RESET THE TRACK TO 0

000400
021400

000073

5$:

000030
015312

6%:

L10103: .

PC,DIAGEN

CSETST

;GET NEXT ROUTINE #
;1S THIS ROUTINE #43 (HIGH BYTE INFO)?
JIF LESS, NC
;DONE, TURN OFF THE MONITOR
JEND ROUTINE?
JNOT YET, IF LOWER
:LOAD THE NEXT SEQUENCE OF ROUTINES
:AND KEEP GOING
:ALL DONE, SHUT=OFF THE DIAGNOSTIC MONITOR

-l

—

-4

mn~y

NN N
FL I PRI IR

000012
010000

062706
104432
000162

004737
013777
013777
052777
012777
005777
001405
004737
002520

040272
040274
040276
040300

040306
040310
040314
040316

040320
040326

50 040332
040334
040336
040340

177777
000420
005777
001405
004737

002546

002402
142360

154::

TEST 56 READ-IN-PRESET FUNCTIONAL TEST
:
WRITE RPDA WITH DATA PATTERN #3
WRiTE RPDC WITH DATA PATTERN #3
SET RPOF:
FMT =1
ISSUE A READ=IN=-PRESET COMMAND

%Lré(RPDA) OR

OUTPUT ERROR MESSAGE (RIP COMMAND FAILED TO EXECUTE PROPERLY)
OUTPUT FAULT LIST:
J12

000002

MOV
MoV

#2,=(SP)
SP,RO

000006

ADD

#6,SP

.WORD

L10104-.

MOV

TRAP
TRAP

1%:

016662
002350
002350
010000
000021

TRAP

017422

017422
004000
002406

002404

A ¥

C$BSEG

JSR

177777
BR

s THESE BITS FAILED TO CLEAR
:GO-ON

BEQ

s1F =

TST

RPDC

3%:

CSEXIT

;WRITE RPDC = -1
SFMT 16 = 1
s ISSUE THE READ=~IN-PRESET COMMAND
:DID RPDA CLEAR?
:1F 0, YES!
;FORM THE FAILING DATA

JSR

142236

CSPNTF

PATT3,3RPDC
#FMT ,aRPOF
#RIP,aRPCST
adRPDA
2%
PC,BICEXP

177777

010000

#MSGMOL
, = (SP)

MoV
8IS

RPDA

2%:

;LOAD THE ITERATION COUNT
sDRIVE ON-LINE?
JIF =1, YES
sGET THE REGISTER IMAGE

sGET THE DRIVE UNDER TEST

TST
BEQ

142262

< 0

PC,SEIZE

MOV

017422

FMT)

JSR

Mov

142254

(RPOF:

ENDIF

#10.,ITCOUN
#MOL ,aRPDS
18
PC,SAVRPR
LSTEST,~(SP)

017326
002114
006452

(RPDC) OR

END TEST 5%
MOV
BIT
BNE
JSR
MOV

177777

000410
032777
001417
004737
002544
010000
012737
005037
106456
000127
013326
014172

TEST 54 READ~IN-PRESET FUNCTIONAL TEST

PATT3,aRPDA

aRPDC

PC.BICEXP

B8R

BEQ

BIT

JSR
RPOF
FMT
MOV

CLR

TRAP

.WORD
.WORD
.WORD

#FMT ,aRPOF
PC,BICEXP

#BIT11,ERRWD1
ERRWD?
CSERHRD

87
EM30
ERRO

sWRITE PRDA = -1

sTHIS REGISTER

:DID RPDC CLEAR?

0, YES!

FORM THE FAILING DATA
cTHIS REGISTER

sTHESE BITS FAILED TO CLEAR

sNOW REPORT THE ERROR
:DID FMT16 CLEAR

;1F 0, YES
sFORM
sTHIS
¢THIS
;FORM

THE FAILING DATA FOR THIS FAILURE
REGISTER
BIT FAILEDS TO CLEAR

MOCULE CALL-OUT
+BOTH WORDS

Y
-t

S~O

104404

SEQ 0179

TEST

012737
032777
001016
004737
013746
012746
012746
010600
104417

40
41
42
43
44
45
46
47
4«8
49

FUNCTIONAL

.SBTTL

OV NOWVNESWN=OVOONO VNS WN—=

READ=~IN~PRESET

N =t ed cd b ced eed d d ad =D

—
me

K 14
RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 89

L 14
0 RPO? FE/HOST ISOLATOR MACRO v0/4.00 1-JAN-83 13:37:00 PAGE 89-1
4 READ=IN-PRESET FUNCTIONAL

040342
2 040346
040346
040346
53 040350
56 040354
55 040356
56 040362
040362
1

005037
104405

005337
003312
004737
104401

002402

5%:
10000$:

002402
017722

SEQ C180

TEST

(LR

ITCOUN

sNO ITERATIONS NOW!!

DEC

TRAP

CSESEG
ITCOUN

;ONE LESS ITERATION

JSR

PC,PRELOD

TRAP

CSETST

BGT

L10104:

!
JIF <= 0, DONE
V
E
BACK
IN 16 BIT MODE
DRI
:PUT

M 14
CZR MAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 90

SEQ 0181

TEST S5COMMAND REJECT TEST

T
T
T
TR

IR IR

2O 000 N

b d
—d

NOWVIES NN

cd cnd b b e

M) =

040364
040364
040372
040400
040402
040406
040412
040416
040422
040424
040426

24 040432
040434

104417

062706
104432
000166
104404

004737
052777
013777

25 040436
040436
26 040440
27 040444
28 040452
29 040460
040466
31 040472
32 040500
33 040506
34 040510
35 040516
36 040524
37 040532
38 040534
39 040540
40 040546

012737
032777
001016
004737
013746
012746
012746
010600

002402

T55::

142124

017326
002114
006452
000002
000006
s

000020
002350
002350
017000
000021

A5,]

004000
002406

141756

28:

002404

3%:

040574

040576
040600
47 040602
48 040606
040606
040606

014172

005037
104405

002402

A ¥

:
100008

THEN

OUTPUT ERROR MESSAGE

éND?gTPUT FAULT LIST:

(COMMAND EXECUTED WITH ERRORS PRESENT)
J12

END TEST S5
MOV
8IT
BNE

#10.,
I TCOUN
#MOL
. aRPDS
18

.WORD

#2,=(SP)
SP.RO
CSPNTF
#6,SP
CSEXIT
L10105-.

JSR
MOV
MOV
MOV
MOV
TRAP
ADD
TRAP

PC,SAVRPR
LSTEST,~(SP)
#MSGMOL
, = (SP)

($BSEG

sLOAD THE ITERATION COUNT
sDRIVE ON-LINE?
sIF =1, YES
sGET THE REGISTER SNAPSHOT

JSR
8IS

PC,SEIZE
#PAT,3RP(S2

;GET THE DRIVE UNDER TEST
:INVERT PARITY (FORCE ERRORS)

MOV
JSR

PATT3.aRPAS
PC.WAIT

CMP

PATTS,arRPDA

sWRITE RPAS = = 1
¢NOW WAIT FOR THE BOB0 TO DETECT THE PARITY ERROR
s ISSUE A READ=-IN-PRESET
¢MAT(CH??
sIF 0K, (MATCH) GO-ON

BEQ
MOV

017372

040550
040554
040556
040560
040566
46 040572

ISSUE A READ=IN-PRESET COMMAND
ATA <> 1) OR (RPDA <> DATA PATTERN #3))
IF ((RPDS:

MOV

141770
100000

TEST 55 COMMAND REJECT TEST
PAT = 1
SET RP(S2:
WRiTE RPDA WITH DATA PATTERN #3, ONCE
WRITE RPAS WITH DATA PATTERN #3, ONCE

MOV

002350
002520
017000

TEST 55 COMMAND REJECT TEST

TRAP

016662

002350

41
42
43
+4
H

000012
010000

L IRLPRITITPL
PR DR N

N ESNNY =

.SBTTL

PATTS,aRPDA

#RIP,BRPCS1

28
PATT3,EXPTED

MCV
MOV

RPDA, TESTRG
aRPDA,RCVED

BIT
BNE
JSR
RPDS
ATA

#ATA,aRPDS
4
PC,BISEXP

TRAP

CSERHRD

BR
JSR

38
PC.WAIT

MOV
CLR

#8I1T11,ERRWD
ERRWD?2

.WORD
-WORD

88
EM30

.WORD
CLR
TRAP

ERRO
ITCOUN
CSESEG

sWRITE RPDA = - 1

sFORM THE EXPECTED DATA

sGET THE FAILING REGISTER
sNOW THE FAILING RESULTS
¢NOW REPORT IT!

;STALL _FOR RPO7 MICROPROCESSOR DELAY
:DID ATA CLEAR
sIF SET, NO = IT'S OK
:FORM ERROR DATA

s THIS REGISTER
sTHIS BIT FAILED TO SET
:FORM MODULE CALL-OUT

+BOTH WORDS

sNO ITERATIONS NEEDED

49
50
51
52

060610
040614
060616
040622

040622

005337
003310
004737

104401

002402

017722

)

SEQ 0182

[

TEST 55 COMMAND REJECT TEST

N 14
PAGE 90-1

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:0¢

L10105:

DEC
BGT
JSR

ITCO'N
$
PC,PRELOD

TRAP

CEETST

;ONE LESS ITERATION TO-GO
:IF <= 0, DONE
;16/8B1T MODE

2
3

.SBTTL

TEST 56: DATA TEST #1

%
X

TEST
DATA TEST #1 FIRST DATA TEST OF THE MASSBUS DATA LINES
SET UP A (TOGGLE) BIT MAP FOR ALL EXPECTED BITS (BITS 0 TO 15)

5
6
7
8
9
10

%
;%
B4
;%
I 4
1 4

1"
12
13

SEi UP FOR A RETRY OF 20128 ITERATIONS (629 « 32)

SET RPDC =
SET RPDA = 255( )
REPEAT
:
SET RPOF:
(CMOD =1
ISSUE A READ TRACK DESCRIPTOR COMMAND

By 4
Iy 4
;%

15
16
17

IF (RPCS1:
TRE) OR (RPDS:
THEN
SET RPLS2:
(LR =1

ERR) =1

INCREMENT THE RETRY COUNTER

14
%
:%

RELOAD THE DRIVE NUMBER
IF RPDA < LAST TRACK ADDRESS (32-RP07)
:
THEN INCREMENT RPDA (HIGH BYTE ONLY)

:%
X

:
INCREMENT RPDC
ENDIF

By 4

19
20

SEQ 0183

ELSE CLEAR RPDA (HIGH BYTE)

21
22
23

1 4
Iy 4
134

EI.SE
>TORE TD WORD #1 AND WORD ¥2
MARK OFF BITS WHICH JUST TOGGLED FROM OFF TO ON,

:§

IF ?SES (HIGH BYTE) > LAST TRACK ADDRESS (32-RP07)

B 4

27
28
29
30
3
32

INCREMENT KPDA (HIGH BYTE ONLY)

3 4
I 4
.%
B 4
B4
14

IN BIT MAP

SET RPDA (nIGH BYTE) = 0
INCREMENT RPDC
:
ELSE
INCREMENT RPDA (HIGH BYTE ONLY)
:
ENDIF
ENDIF

:§

éNDg?;ékT{BIT MAP-ALL BITS UNDER TEST HAVE TOGGLED) OR (RETRY MAX EXCEEDED)

:§

IF ?fiENMAP DIDN'T COMPLETELY TOGGLE, AND RETRY COUNT > MAXIMUM (20128)

1y 4

38
39

1 4
1 4

42 040624
43 060624
44 040630
45 040636
46 040640
47 040644

51
52
53
54

040050
040654
040660
040662
040664
040670
040672
040674
040702
040710

004737
032777
001016
004737
013746

012746
012746
010600
104417
062706
104432
000262
012737
012737

016662
010000

156::
141666

017326
002114

006452
000002

000006
000012
177777

002402
002454

1%:
2$:

OUTPUT ERROR MESSAGE (DATA LINES STUCK OR OPEN)

:
OUTPUT FAULT LIST:
ENDIF

JSR
BIT
BNE
JSR
MOV

PC,SEIZE
#MOL ,aRPDS
1%
PC,SAVRPR
LSTEST,=(SP)

J11

7 J13, CABLES, RHXX, J10, TERMINATOR

END TEST

MOV
MOV
MOV
TRAP
ADD
TRAP
.WORD
MOV
MoV

#MSGMOL ,-(SP)
#2,-(SP)
SP,RO
CSPNTF
#6,SP
CSEXIT
L10106-.
#10.,1TCOUN
#-1,EXPTED

;sGET THE DRIVE UNDER TEST
;IS THE DRIVE REALLY ON-LINE?
sIF SET, IT IS ON-LiNE
JGET THE REGISTER SNAPSHOT

;LOAD THE ITERATION COUNT
JSET UP FOR THE EXPECTFD RESULTS

—

B 15
CZR HAO RPQ7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 91
! TEST 56: DATA TEST M

SEQ 0184

TEST 56: DATA TEST M

55
56
57
58
59
60

040710

040712
040716
040722
040726
040734
040740

104404

005037
005037
005037
012737

61 040744
62 040746
63 040750
64 040752
65 040760
66 040766
67 040774
68 041002

002432
002452
002416
000377
000006
002652

100000

69 041006
70 041012
71 041020
72 0641022
73 041030
74 041032
75 041036
76 041040
7 04124
78 04150
79 041054
80 041056
81 041060
82 041066

TRAP

CLR
CLR
CLR

002414
3s:
1461564

A ¥

MOV
MOV
MOV

CLR
DEC
BGT
BIS

141504

#ERR,aRPDS

040000

161462

#TRE ,aRPCS1T

CSTORE

5%:

000006

6%:

PC,SEIZE

#6,R1
#PSTACK ,R2

(R2)+,RCVED
R1
7%
RCVED,EXPTED
108

002452

002454

002432

047200

o F dele ¥ 1 STal, VP 3

NN —

NTe PR
Ea P

b
b
b
b

VAN S 85 BN B BN

e
d e
b

b ok =D
md

b
b

d o
md e

oo
F
9999
9

b cad
i

b
b

b cnd

(=]
jelelelelele)
o

91 0

012737
104456

001440
013362
0146172
005037
104405

005337
003256
104401

002534
013000
000406

002402

PC,SPIRAL

002456
002404
002406

9¢%:

RPDB,TEST RG

$SET WORD COUNT
:DO THE OPERATION NOW!
¢SHOW THIS ITERATION IN THE COUNTER
:DID WE GET AN ERROR?
sIF SET, YES
:DID WE GET A TRANSFER ERROR?
:NO, THE TRANSFER WAS OK!
;GET RID OF ERRORS NOW

¢GET THE ITERATION COUNT
sAND THE BUFFER ADDRESS
sLOG THE BIT(S) TRANSITION(S)

REDUCE THE ITERATION COUNT
IF > 0, KEEP GOING!
ALL BITS TOGGLE?

SAME,
YES
;IF F SAME,

;YES,

THERE IS AN ERROR

‘UPDATE THE DRIVER
*AND GO=-ON'

SLOAD FAILING 'REGISTER"

#BIT@'BIT;?
1T12.ERRWD1 ;CREATE MODULE CALL-OUT
#BIT1!BIT

CSERHRD
800

EM31
ERRO
10$:
:
100008

002402

L10106:

;1F NOT ZERO, KEEP GOING
sSET COMMAND MCDIFIER
sSET COMMAND
= READ TRACK DESCRIPTOR
:LOAD BUFFER LINK

5§TORE,#<628.+32.> ;DONE ALL CYLINDERS?

8%:

017266

9 0

#CMOD ,aRPOF
#RTD,FUNCTN
#PSTACK, TABADD
#6 ,NEGWRD
PC.ORIVER

040000

016662

sSTART AT CYLIND

sAND TRACK 0
sGET AN ITERATION COUNT
sGET THE BUFFER ADDRESS
sINITIALIZE THE BUFFER
sONE LESS ITERATION TO-GO

(R2)+
R1

002420
002366
002412

MoV

;CLEAR THE BITS RECEIVED COUNTER
;CLEAR THE RECEI gEROOF THE DATA

#PSTACK ,R2

000075
002652
000006
015146
002432

7%:

83 041070

C$BSEG
CSTORE
RCVED
DESCYL
#377 ,DESTRK
#6,R1

ITCOUN

:NO FURTHER ITERATIONS NECESSARY

CSESEG
ITCOUN

;ONE LESS ITERATION TO GO

2%
TRAP

T8,ERRWD2 ;BOTH WORDS

CSETST

:DO UNTIL =0

¢ 15
CZRJMAO RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 911-1

—

D15

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 92

SEQ 0185

.SBTTL

TES T 57: DATA TEST #2

\\'h FLITILPL P NI IRNR NN DR PPN PPN NV PPN PPNV PP RPLNVN RPN PLDC

TES T DATA TEST #2 TEST INVALID ADDRESS ERROR, RECALIBRATE & SEEK COMMANDS
SET RPDC
= FE CYLINDER ADDRESS

SEi RPDA
= 0
SET RPOF:
(MD
CLEAR RMPM1:
DMD

ISSUE _SEEK COMMAND

IF ¥zgz1

SET RPCS2:

CLR =1

ISSUE RECALIBRATE COMMAND
IF %;25CS1:
TRE) OR (RPDS:

ERR)) =1

OUTPUT ERROR MESSAGE (DETECTED ERRORS AFTER ISSUING A RECALIBRATE COMMAND)
éND?ETPUT FAULT LIST:
J09, J10, J12, CABLES, RHXX, TERMINATOR

SET RPOF:
(MD = 1
SET RPMR1:
DMD =1
SET RPDC = FE CYLINDER
ISSUE A SEEK COMMAND
IF ?525 <> RPCC AND ((RPDS:

YR FE FEFIE

S NN =20V

PN P PR FE
PNYR FE

IAE < 1

OUTPUT ERROR MESSAGE (FAILED TO DETECT AN INVALID ADDRESS ERROR)
gE;EUT FAULT LIST:
J09, J10, J08, JO7, J12, RHXX, CABLES, TERMINATOR

R FE
PRFE FE FE FRE PN FE

PINIAININ)
b = b b b cood ed cd b

N FE
PR PN PN PN

~NANSB WA= OO 00 NN N

WA =

TEST 57: DATA TEST #2

ERR <> 1) OR (RPCS1:

TRE <> 1))

OUTPUT ERROR MESSAGE (DIDN'T ACCESS FE CYLINDER PROPERLY, DIDN'T DETECT AN
QUTPUT FAULT LIST:
JO09, J10, RHXX, CABLES, J12, TERMINATOR
ELSE
If ?525 <> RPCC AND ((RPDS:
ERR = 1) OR (RPCS1:
TRE = 1))
OUTPUT ERROR MESSAGE

(DIDN'T ACCESS FE CYLINDER PROPERLY,

J09, J10, JO8, JO7. RHXX, CABLES, J12

éNDIF

ENDIF

END TEST

—

LB T FI

éND?grPur FAULT LIST:

51 041240

5¢ 041244
53 041246

013737
005237
005037
004737
032777
001016
004737
013746
012746
012746
210600
104417
062706
104432
000432
1046404

052777

002376
002416
002414
016662
010000

002416

Mov
INC
CLR
JSR

141316

BIT
BNE

017326
002114
006452
000002
000006
18:
100000

141270

JSR
MOV
MOV
MoV
MOV
TRA P
ADD
TRA P
.Wo RD
TRA P

BIS

LASCYL,DESCYL
DESCYL
DESTRK

H RM M THE CE CYLINDER _ADDRESS
1T 1S ONE_MORE THAN THE END CYL TNDEK
:STA RT AT TRACK #0

PC,SAVRPR

IT IS
JIF
;GET THE REGISTER SNAPSHOT

PC,SEIZE
qQOL.GRPDS

LSTEST,-(SP)

:GET THE DRIVE UNDER TEST
{HE
DRIVE ON LINE??
[4

#MSGMOL
, = (SP)

#2,-(SP)

SP,RO

CSPNTF
#6,SP
CSEXIT

L10107-.
C$BSEG
#CMOD, aRPOF

sSET COMMAND MODIFIER

DID DETECT FRR

E 15
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 92-1

SFQ 0186

TEST 57: DATA TEST #2

54 0461254
55 041262
56 041270
57 041276
58 041304
59 041310
60 041314
61 0641322
62 041324

63 041332
64 041340
65 041346
66 041354
67 041362
041364
041366
041370
68 041372
041372
041372
69 041374
70
71
72
73
74
75
76
77
78
79
80

041376
041402
041410
041414
041420
041426
041430
061434
041436
041440
041442

81 041450
82 041452
83 041456
84
85
86
87

041460
041462
041470
041476
041500
041502
041504

88 041506
89 041512
041512
041512

90
91
92
93

041514
0641516
041524
041532

95
96
97
98

041542
041550
041552
041560

94 041536

99 041566

100 041574

042777
012737
012737
012737
004737
004737
022777
001423
012737

017737
013737
012737
012737
104456
001447
012454
014172
104405
104404

004737
012737
004737
004737
032777
001405
004737
002512
040000
000410
032777

001420
004737
002524
040000
012737
012737
104456
001442
013051
014172
004737
104405
104404
052777
012737
004737
004737
027777
001446
017737
017737
013737
032777

100000
002652
000006
000005
015146
017000
002000

141254
002366
002412
002420

002000

002454

141170
002526
005700
000406

141204

002452
002456
002404
002406

2%:
100008:
016662
000007
015146
017000
040000

002420

141064

017422

040000

141054

3$:

002404
002406

4S:

017422
005400
000406

016662

5%:
10001$:

100000
000005
015146

141012
002420

141000

140770
140764
002550

002454
002452
002456

017000

040000

140722

BIC
MOV
MoV
MOV
JSR
JSR
CMP
BEQ
MoV

#DMD ,aRPMR1
#PSTACK,TABADD
#6 ,NEGWRD
#SEEY ,FUNCTN
PC,.DRIVER
PC,WALT
#1AE ,aRPERT
2%
#1AE,EXPTED

TRAP
TRAP

CSESEG
C$BSEG

MoV
MOV
Mov
MOV
TRAP
.WORD
.WORD
.WORD

JSR
MoV
JSR
JSR
BIT
BEQ
JSR
RPCS1
TRE
BR
BIT

BEQ
JSR
RPDS
ERR
MOV
MoV
TRAP
.WORD
.WORD
.WORD
JSR
TRAP
TRAP
BIS
MOV
JSR
JSR
CMP
BEQ
Mov
MoV
MoV
BIT

sAND FAIL TO SET DIAGNOSTIC MODE (FORCE ERRORS'!)
;DO THE LINK TRANSFER ADDRESS
sAND SET UP A WORD COUNT
sLOAD A SEEK COMMAND
¢NOW ]ISSUE THE COMMAND
:WAIT FOR THINGS TO SETTLE DOWN
sDID WE GET AN INVALID ADDRESS ERROR? (ONLY??)
sIF = YES WE DID!
cFORM THE EXPECTED DATA

adRPER1,RCVED
sFORM THE RECEIVED DATA
RPER1, TESTRG
:THIS REGISTER FAILED THE TEST
#BIT6!BIT7!BIT8!BIT9!BIT11,ERRWDT;LIST THE MODULE CALLOUT
#BIT1!BIT2!BIT8,ERRWD2;FOR BOTH MASKS
CSERHRD
801
EM14
ERRO

PC,SEIZE
#RECAL ,FUNCTN
PC,DRIVER
PC,WAIT
#TRE ,aRPCS1T
38
PC,BICEXP
31
#ERR,aRPDS

5%
PC.BICEXP

:PURGE ERRORS, AND RELOAD THE DRIVE NUMBER
;NOW SET A RECALIBRATE COMMAND IN THE QUEUE
sEXECUTE THE COMMAND NOW!
sWAIT FOR SOME SETTLE TIME
; TRANSFER ERROR??
sNOPE, NOT IF ZERO
sLOAD THIS FAILURE STATUS
sTHIS REGISTER
¢THIS BIT SET AND SHOULDN'T HAVE
:NOW REPORT THE FIND
sDID WE GET AN ERROR SUMMATION BIT??

sNOT IF ZERO
sFORM THIS ERROR!!
sTHIS RECISTER FAILED

sTHIS BIT SET AND SHOULDN'T HAVE
#BIT8!BIT9!BIT11,ERRWDT;FORM THE MODULE CALLOUT
#BIT1!BIT2!BIT8,ERRWD2;FOR BCTH MASKS
CSERHRD
802
EM23
ERRO
PC,SEIZE
¢RESET THE ERROR CONDITION

CSESEG
C$BSEG
#DMD,aRPMR1
#SEEK,FUNCTN
PC,DRIVER
PC,WAIT
arRPDC,aRPC(
7%
aRPDC,EXPTED
aRPCC,RCVED
RPCC,TESTRG
#ERR ,aRPDS

sAND NOW SET DIAGNOSTIC MODE
sLOAD A SEEK COMMAND
;DO _THE SEEK NOW!

JSETTLE TIME.......

;DID WE GET ON-CYLINDER??
sYES, TEST PASSES
¢LOAD THE ERROR STATUS
SEXPECTED VS RECEIVED

:AND THE "‘FAILED'® REGISTER

.LOOK FOR ERROR BITS

F 15
CIRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 92-2

SEQ 0187

TEST S7: DATA TEST #2
101
102
103
104
105
106

041602
0641604
041612
041614
041622
041630

107
108
109
110

041640
041642
041650
041656
041660

041632
041634
041636

0641662
041664

111 061666
112 041672

0C 217
"3.777
001013
012737
012737
104456

140700

005400
000406

002404
002406

001443
012725
014172

000412
012737
012737
104456
001444

012454
014172

004737

041672

104405

041674

104401

113 041674

040000

BNE
BIT
BNE
MOV
MoV
TRAP

63
;WE DIDN'T GET ON-CYLINDER, BUT WE DETECTED AN ERROR
#TRE ,aRP(CS1
:?go WE osggcr A TRANSFER ERROR?
63
#B118!BIT9!BIT 11 ERRWD1:LOAD THE MODU.E CALLOUT
#BIT1!BIT2!BIT 8,ERRWD2;FOR BOTH MASKS
CSERHRD

BR
MOV
MOV
TRAP
.WORD

’$
:NOW CHECK FOR LOOP...
#B176!B1T7!BIT 8!BIT9!BIT11,ERRWD1:LOAD ALL
#BIT1!BITZ,ERR WDZ: THESE BITS ALSO!!
CSERHRD
804

JSR

PC,SEIZE

.WORD
.WORD
.WORD

005700
000006

016662

002404
002406

6%:

7$:
100028
L10107:

.WORDL
.WORD

803
EM21
ERRO

EM14
ERRO

TRAP

CSESEG

TRAP

CSETST

sEND WITHOUT ERRORS

THESE BITS FOR MODULE CALLOUT

G 15

CZRJMAQ RPO? FE/HOST_ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 93

SEQ 0188

TEST 58: DATA TEST #3

2
3

.SBTTL

TEST 58: DATA TEST #3

TEST DATA TEST #3 READ TD'S, FORMAT, FORMAT VERIFY A SELECTED TRACK ON FE CYLINDEF

5
6
7
8
9
10

:%
X
B 4
:X
B 4
%

:§

15
16

%
X

21
22
23
24

:X
%
%
X

30
31
32
33

1 4
%
1 4
;X

sg
28
29

YHEN PERFORM DATA TESTING ON THAT TRACK

VAk
VAR

DO-REPEAT:
BOOLEAN
RETRY=-COUNTER:
INTEGER
SET RPDC = FE CYLINDER ADDRESS
SET DO-REPEAT = TRUE
SET RPDA = 255¢(.)
ISSUE A SEEK COMMAND

IF ;;QSERZ:
:

OUTPUT ERROR MESSAGE
OUTPUT FAULT LIST:

ENDIF
REPEAT

:§

SET RPOF:

TRE)) =1

(DIDN'T EXECUTE SEEK PROPERLY)

J09,

J10,

JO8,

J07,

CABLES.,

RHXX,

IF %gE:ORD #3 O

100 000 000 000 000 OR (RPCSZ2:

ERR OR RPCS1:

EE%gAD THL. DRIVE NUMBER FOR THE DR:iVE=-UNDER-TEST

OUTPUT MESSAGE (INCORRECTLY FORMATTING TRACK #0, REFORMAT USING

:X
X

FORMATTER UPON COMPLETION OF THIS DIAGNOSTIC)
SET DO-REPEAT
= FALSE

ENDIF
ELSE
SAVE TRACK NUMBER FOR FOUND NULLSET TD
FORMAT TRACK FOUND WITH NULLSET TD INFORMATION

:§

1F %ég:DS:

ERR) OR (RPCS1:

TRE) = 1)

OUTPUT ERROR MESSAGE (FAILED DURING A FORMAT TRACK OPERATION)

END??TPUT FAULT LIST:
:

J09, J10, J11 7 J13, J14, RHXX, CABLES, TERMINATOR

SET DO-REPEAY = FALSE

;X
B 4
:X
1 4

ENDIF
2
UNTIL NOT DO-REPEAT
ENDREPEAT
ISSUE A WRITE~CHECK HEADER COMMAND (WITH RPOF:

46
47

%
;X

:§

ENDIF

50
51
52
53
54
55
56
57

:X
B 4
14
X
X
:X
1 4
) 4

URITE A SECTOR USING DATA PATTERNS 1 TO 8, ONE AT A TIME
IF ((RPDS
ERR) OR (RPCS1:
TRE) = 1)
:
THEN
INCREMENT RETRY=-COUNTER
IF RETRY COUNTER < 3
¢
THEN
GOTO A
ELSE

:§

TRE = 1)

IF RPDA (HIGH BYTE) < LAST TRACK ADDRESS
THEN
INCREMENT RPDA (HIGH BYTE ONLY)
SET RPCSZ2:
CLR =1

40
41
42
43

TERMINATOR

(MD = 1

ISSUE A READ TRACK DESCRIPTOR COMMAND

:§

ERR) OR (RPCS1:

IF ;ég:DS:

ERR) OR (RPCS1:

TRE) =1

(MD = 1)

QUTPUT ERROR MESSAGE (rAILED OPERATION:
WRITE-CHECK HEADERS, RPOF:
(MD = 1)
OUTPUT FAULT LIST:
J09, J10, J11 /7 J13, J14, RHXX, CABLES, TERHINATOR

H 15

CZRJMAQ RPO7 FE/HOST_ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGF 93-

SEQ 0189

0000

TEST 58: DATA TEST #3

041722
041726
041732
041734
041736
93 041742
041744
94 041746
95 041754
96 041756
97 041762
041766
041772
041776
042000
042002
101 042006
042010
102 042012
103 042016
104 042024
105 042030

READ A SECTOR USING DATA PATTERNS 1 TO 8, ONE AT A TIME
IF §£§:os:

000006

104432

002036
032777
001416
004737
013746
012746
012746
010600
104417
062706
104432
001772

005037
013737
005237

017326
002114
006452
000002

004000

ISSUE A RIP COMMAND
SET UP A 6 WORD TRANSFER

SET RPOF:

(CMOD = 1

IF $ng1:

FER = 0

ISSUE A READ HEADER AND DATA COMMAND

éND?LFHPUT ERROR MESSAGE

SET RPOF:

END
JSR

MOV
MOV
MOV
MOV
TRA P
ADD
TRA P

002416

158.1:

.Wo RD
CLR

MOV

INC

(FAILED TO DETECT RPER1:

FER)

FMT16 =

Rggg} ALL DRIVE eanons

BIT
BEQ
JSR

2$:

THCN GOTO B

ENDIF

JSR

017326
002114
006522
000002

IF RETRY=COUNTER < 3

ELSE
OUTPU, ERROR MESSAGE (FAILED A SIMPLE READ TEST)
éND(I)lFJTPUT FAULT LIST:
J11 /7 J13, J09, J10, J14, CABLES, RHXX,

MOV
MOV
MOV
MOV
TRA P
ADD
TRA P
.W0 RD

140550

INCREMENT RETRY-COUNTER
:

BIT
BNE

140614

TRE) = 1)

PC,PRELOD
120L.8RPDS

;GET THE DRIVE NOW
:§§ IHE DR}gE ON LINE??

PC,SAVRPR

‘GET THE REGISTER SNAPSHOT

LSTEST,=(SP)

062706

104417

158::

ERR) OR (RPCS1:

017722
010000

ENDIF

gLEAR RETRY=-COUNTER

NI I NI IL PPNV PL NN PNV

91 041712
92 041716

004737
032777
001016
004737
013746
012746
012746
010600

OUTPUT ERROR MESS AGE (FAILED _TO WRITE A SIMPLE DATA TRANSFER)
OUTPUT FAULT LIST:
J11, J13, 409, J10, J14, CABLES, RHXX, TERMINATOR

ENDIF

ITITIL NIV
LI

87 041676
88 041676
89 041702
90 041710

#MSGMOL
, = (SP)
#2,=(SP)

SP.RO

CSPNTF

#6,SP

CSEXIT
L10110-.

#WRL ,aRPDS

{S 5HE BRIVE WRITE LOCKED?

PC,SAVRPR

:GET THE REGISTER SNAPSHOT

LSTEST,=(SP)

#MSGWLO,
= (SP)

#2,-(SP)

SP,RO

CSPNTF
#6,SP
CSEXIT
L10110-.
DESTRK
LASCYL,DESCYL

DESCYL

SIRED)=0
s TRACK ADDRESS (DES
:GO TO LAST USER CY LINDER (DESIRED)
:GO TO FE CYLINDER (DESIRED)

TERMINATOR

CZRJMAQ
RPO7 FE/HOST_ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 9%‘2
TEST

SEQ 0190

58: DATA TEST #3

106
107
108
109
110

042030

1044064
012737
012777
004737
004737

042066
042072
042076
042100
042106
042114

004737
005737
001414
012737
012737
104456

111 042060
112
113
114
115
116
117

104402

042032
042036
042042
062050
0462054

042116
042120
042122

118 042126
119 042130

042130
042130

012777

001445
013411
014172

004737

104405
104404

120 042132
121 042134
122 042140

012702
012701

124
125
126
127
128
129
130
131
132
133
134
135
136
137
138

005301
003375
012737
052737
052777
012737
012737
004737
023727
001431
004737
004737
105737
001335
012746

123 042144

042146
042150
042152
042160
042166
042174
042202
042210
0642214
042222
042226
042230
042236
062240
042242

042246
042252
042254
042256
139 042262
042266
042272
042274
042276
140 042302
141 042306

142 042312

143
144
145
146
147
148

042316
042324
042326
042332
042336
062340

005022

012746
010600
104417
062706
012746
012746
010600
104417
062706
004737
013746

052716

032737
001402
052716
005737
100002
052716

TRAP

000005
100000
015146
017000

002420
140466

000377

140442

001700
000406

002404
002406

017032
002466

3¢:

002652
000006

48:

5¢:
002420
002414
140350
002412
002366

140000

015400
017266
002415

007062
000001

000004
006763
000001

000004

015400
002416

030000
040000

040000
002652
100000

JSR
TST
BEQ
MOV
MOV
TRAP

PC,ERRCK
+LOOK FOR ERRORS
ERSTAT
:IF ERRORS, THIS = =1
3
:1F
0, NO
#BI116'BIT17'8 IT8!BIT9,ERRWDY
;FORM THE MODULE CALLOUT
#BIT1iBIT2i8 IT8,ERR wh2
:FOR BOTH WORDS
CSERHRD

MOV

100005:

000075
000377
100000
000006
002652
015146
002656

($BSEG
#SEEK,FUNCTN
#DMD, 3RPMR1
PC,DRIVER
PC.WAIT

.WORD
.WORD
.WORD

015400

6$:

002652
7%:

($BSUB

TRAP
MOV
MOV
JSR
JSR

#3077 ,aRPAS

805
EM32
ERRO

JSR

PC.DRVCLR

TRAP
TRAP

CSESEG
C$BSEG

sLOAD UP A SEEK COMMAND

sSET FOR DIAGNOSTIC MODE

s ISSUE THE COMMAND

sSTALL FOR SOME SETTLE TIME

sCLEAR QUT THE RESULTING ATTENTION BIT

cRESET ERRORS

sINITIALIZE A BUFFER
sGET THE BUFFER SIZE
sBUFFER=0
sONE LESS WORD TO GO

MOV
MOV

lPSTACK.RZ
#6 R1

DEC
BGT
MOV
BIS
BIS
MOV
MOV
JSR
CMP
BEQ
JSR
JSR
TSTB
BNE
MOV

R1
5¢
;D0 UNTIL = 0
#RTD,FUNCTN
sSET UP FOR A READ TRACK DESCRIPTOR OP
#377.DESTRK
sSECTOR _ADDRESS=-1
#CMOD
, 3RPOF
¢SET THE COMMAND MODIFIER FOR A READ TD OPERATION
#6,NEGWRD
sSET UP FOR A 6 WORD TRANSFER
#PSTACK, TABADD
sLOAD THE LINK ADDRESS
PC.DRIVER
s ISSUE THE COMMAND
PSTACK+4, #1400 00" ;IS TRACK DESCRIPTOR NULL?
6$
:IF EQUAL, YES!
PC.DRVCLR
;RESET ANY ERROR'
PC.SPIRAL
:GO TO NEXT TRACK
DESTRK+1
:DID WE TRY ALL TRA(CKS?
43
sIF NOT O, NO TRY AGAIN
#MESG1S,~(SP)

CLR

MOV
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD
JSR
MOV

BIS

BIT
BEQ
8IS
ST
BPL
BIS

(R2)+

#1,-(SP)
SP,RO
CSPNTF
#4,5P
AMESG12,-(SP)
#1,-(SP)
SP,R0
CSPNTF
#4,SP
PC.DRVCLR
DESCYL,=(SP)

sCLEAR OUT ANY ERRORS NOW!'!
:GET THE DESIRED CYLINDER ADDRESS
#BIT13181T12,( sP)
sAND MASK IT TO REPRESENT A TD
#81714. PSTACK
;WAS THE TD MOVED?
78
:1F _ZERO, NO
#BIT14,(SP)
:SET THE CORRECT BIT
PSTACK
:BIT 15 SET? (HEADER 0 MOVED)
8$
:1F _ZERO, NO
#B1T15,(SP)
;SET THE SAME BIT IN THE MASK

J 15

CZRJMAQ RPO? FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 93-3

SEQ 0191

TEST 58: DATA TEST #3

149 042344
150 042350

022637
001423

002652

152 042360
153 042366

012737
013737

000406
002652

151 042352
154 042374

012737
016637

033400

002404

177776

002454

155 042402
156 042410

012737
104456

011531

157
158
159
160
161

042620
042424
042432
042436
042440

012701
042737
013702
105002
010203

002730
000377
002414

163 042446
164 042450
165 042454

005004
012705
013711

0426412
042414
042616

162 042442
166
167
168
169
170
171
172

173
174
175
176
177
178
179
180
181
182
183
184
185
186
187

042460
042464
042466
042470
042472
062474
042502

042504
042506
042510
042512
042514
042516
042522
042526
042532
042536
042540
042542
042550
042556
042564

188 042572
189 042576
190 042602
191 042606

192 042610

193 042616
194 042624

042626
042630
042632

195 042634
196 042640

042640
042640
197 042642

001446
013701
014500

152703

052721
005704
100410
010221
005202
032777
001405

005104
000403
010321
005203
005004
012721
012721
012721
012721
005305
003345
012737
012737
012737
052777

004737
004737
005737
001414

012737

012737
104456

001447
014026
014172
004737

104405
104404

8s:

MOV

002406
002452

MoV
Mov

Mov

002470

Q02414

MOV
TRAP

9%:

000031
000062
002416
150000

000004

108:

140022

118:
140000
140000
140000
140000

002730
000063
000454
100000

015146

12%:

002366
002420
0026412
137752

000406

015400

002406

10001$%:

sMATCH?
. IF EQUAL,

YES

#B178!BIT9!BITIOIBITI2!BIT13,ERRWD1;SET UP THE MODULE CALLOUT
#BIT1iBIT2iBIT8,ERRWD2:FOR BOTH MASKS
PSTACK ,RCVED
;FORM_THE DATA FOR THE ERROR REPORT

~2(SP) ,EXPTED

:AND THE EXPECTED DATA

#READTD,FATOF
CSERHRD

;LOAD THE FAILING FUNCTON

#10BUFF ,R1
#377 ,DESTRK
DESTRK,R2
R2
R2,R3

sGET THE OUTPUT BUFFER ADDRESS
:SECTOR ADDRESS = 0!
sLOAD THE BUFFER TRACK ADDRESS
¢FOR AN INTERLEAVED FORMAT
sTHIS IS THE HIGH OR °‘'ODD'’ SECTOR

806
EM37
ERRZ

81SB

#25..R3

;1T STARTS AT SECTOR ADDRESS 25

COM
8R
Mov
INC
CLR
MoV
MOV
MoV
MOV
DEC
BGT
Mov
MoV
MoV
8IS

#SO..RS
DESCYL,(R1)
#150000,(R1)+
R4
11%
R2,(R1)+
R2
#1LEV,aRPDS
12%
R4
12%
R3,(R1)+
R3
Ré
#140000,(R1)¢+
140000, (R1)¢+
#140000,(R1)¢+
#140000, (R1)+
RS
108
#10BUFF ,TABADD
#FORTRK,FUNCTN
#<50.+6>,NEGWRD
#CMOD, BRPOF

;MARK SECTOR GOOD, IN 16 BIT MODE
:DO THIS TO GET NEXT SECTOR
:IT'S =1, LOAD HIGH OR ''ODD’* SECTOR
sLOAD LOW SECTOR
sUPDATE THE SECTOR COUNT
sDRIVE INTERLEAVED ENABLED?
:1F ZERO, NO!
sAND TOGGLE
sMOVE ON...
sLOAD HIGH SECTOR
sUPDATE SECTOR COUNT
: TOGGLE
;LOAD THE NULL-CASE
;FOR ALL FOUR WORDS
;THIRD WORD
;FOURTH WORD
;ONE LESS SECTOR TO DO
:BUT GO ON UNTIL G
;RELOAD THE LINK ADDRESS
:LOAD UP FOR A FORMAT_TRACK OPERATION
:AND THE WORD COUNT (314<8> EFF1)
- COMMAND MODIF IER=1

JSR
TST
BEQ

PC,ERRCK
ERSTAT
13$

:LOOK FOR ERRORS
:IF ERRORS, THIS
= <1
:LOOKS OK IF 0!

MOV
8IC
MoV
CLRB
MoV

CLR
MoV
Mov

BIS
TST
8M!
MoV
INC
BIT
BEQ

PC,DRIVER

sINITIALIZE THIS, IT'S A TOGGLE REGISTER
+# OF SECTORS/TRACK
sCYLINDER ADDRESS

:NOW DO THE TRANSFER

Mov

#BIT8'BIT9!BITI0IBIT12!RIT13,ERRWDT ;LOAD THE MODULE CALLOUT LIST

.WORD
.WORD
.WORD

807
EM41
ERRO

MOV
TRAP

138:

(SP)+,PSTACK
9$

.WORD
.WORD
.WORD

JSR

017032
002466

033400

CMP
BEQ

JSR

TRAP
TRAP

#B1T1iBIT2!BIT8,ERRWDZ ;FGR BOTH MASK WORDS
CSERHRD

PC,DRVCLR

CSESEG

C$BSEG

sRELOAD AND RESET ERRORS!

K 15
CIZRJMAQ RPO7 FE/HOST_ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 93-4

000406
040000
104456

001450
013441
014500
000411
004737
005737
001406

137636
002366
002412

002470
002404
002406
137534

017150

808
EM33
ERR2

017032
002466

16%
PC,ERRCK

15%:

015400

ERSTAT
17%
CS%RHRD

PC.DRVCLR

10002$:

002404
002406
002436

¢RESET ALL

ERRORS

#BIT1!BIT2!BIT8,ERRWD2;FOR BOTH MASKS

2%:

3s:

#4, TEMP

;ALLOW FOR FOUR DATA ERRORS BEFORE REPORTING THE ERROR!

#256. .R2

*GET THE SUFFER SIZE

#PATT1,R3
#10BUFF ,R1

1%:

002366
002420
002412

s TAKE BRANCH IF NO ERRORS

cs8suB
DESTRK
;SECTOR ADDRESS=0
#B8118!BIT9!BIT10!BIT12!BIT13,ERRWD1;SET UP THE MODULE CALLOUT

(¥,]

002730
000061
000400
015146
017032
002465

sSKIP THE NEXT DISPATCH
sANY ERRORS?
;IF ZERO, NO

CSESUB

158.2:

002414
033400
000406
000u .4
002344
002730
000400

TRAP

(R3),(R1)+
R2
2%
C$BSEG

*START LOADING THE BUFFER
SONE LESS WORD TO LOAD
:IF > 0, GO-ON

#10BUFF ,TABADD
#WRDTA,FUNCTN

;LOAD THE LINK AGAIN
;SETUP FOR A WRITE DATA COMMAND

PC,DRIVER
PC,ERRCA

¢NOW DO IT!
sLOOK FOR ERRORS

#256. ,NEGWRD

BEQ

‘GET THE TEST PATTERN
:CREATE THE OUTPUT BUFFER

ERSTAT
31

¢WRITE ONE SECTOR

:IF ERRORS, THIS = -1
:SKIP ERROR DISPATCH IF 0

e
o
e
m
m
e
e

¢ONE LESS ITERATION TO GO
:IF > 0, GO=-ON

CSESEG

L10111:

104403

bbb b =

EM14
ERRO

16%:
17%:

104405

05737

s COMMAND MODIF IER=1
;LOAD THE LINK ADDRESS

sTHIS IS THE ITERATION COUNT

#<50.+6> ,NEGWRD ;AND THE WORD COUNT (314<8> EFF1)
PC,DRIVER
:NOW DO THE TRANSFER
#WTCKHD .FATOF
-LOAD THE FAILING FUNCTION
#B178!8:79!BI710!8I1T12!BIT13,ERRWD1 ;CREATE MODULE CALLOUT
#BIT1!B/T2!BIT8,ERRWD2 ;LIST FOR BOTH MASKS
HTRE,aRP(ST
sDIP WE GET A TRANSFER ERROR?
1.9
s IF ZERO, NO!
PC,LOCATE
cFIND THE DATA FOR THE REPORT
CSERHRD

W
N
~

43102

#CMOD , aRPOF
#10BUFF ,TABADD

R3
14$

104456
001451

012454
014172
004737

sTHIS IS THE SECTOR ADDRESS
sRELOAD THE SECTOR ADDRESS
sNEXT SECTOR ADDRESS
:SKIP DATA IN CURRENT SECTOR MAP

100000

002730
000454
015146
011543
033400

R4
R4, (R2)
R4
#14,R2

#50.,R3

000014

;LOAD UP A WRITE=CHECK HEADERS COMMAND
:SET=UP TO REARRANGE THE BUFFER

CLR
move

#WCKHD,FUNCTN
#10BUFF +2,R2

MOV
MOV
MOV

14$:

QOO =t b = OQOOQ

b
o
d
o
s
b
b
b

NO VS WN=O

042656
042662
042664
042666
042670
042674
042676
042700
042706
042714
042722
042726
042734
042742
042750
042756
042760
042764
042766
042770
042772
218 042774
219 042776
220 043002
221 043006
222 043010
043012
043014
043016
223 043020
224 043024
225 043024
043024
226 043026
043026
227 043030
043030
228 043032
229 043036
[ASTANT,NT,
01,8 1,N1,8],¥}

200
201
202
203
204
205
206
207
208
209

002420

000053
002732
000062

198 042644
199 042652

SEQ 0192

TEST 58: DATA TEST #3

L 15

005737
003021
104456
001452
013753
014172
012746
012746
010600
104414
062706

002436

251
252
253
254

004737
012702
005112
012737

015400
003030

250 043202

0643210
043214
043220
043222

255 043230
256 043236

257 043244

8
259
260
261

043250
043254
043262
043264

262 043270
263 043272

264 043274
043276
043300
043302

012737

012737
012737

004737
004737
032777
001014
004737

002522
040000

1046456
001453
012776
014172

265 043304
266 043312
267 043314
268 043320
269 043322
270 043324
271 043326
272 043334
273 043340
274 043344
275 0643346
276 043354
043356
043360
043362
277 043364
278 043370
Sgg 043374

012737
000424
017746
005112
022612
001417
016637
011237
005737
003007
012737
104456
001454
013505
014500
017746
04276
022726

281
282
283
284
285

001410
004737
002512
140000
104456
001455
012776
014172
004737

043400
043402
043406
043410
043412
043414
0643416
043420
286 043422

007315
000001
000004

177777

000051
002730
000400
015146
017000
040000

002430
4$:
002420
002366
0026412

PC,DRVCLR
#10BUFF+64.,R2
(R2)
#WCKD,FUNCTN

RPCS?2
WCE
TRAP
.WORD
.WORD
.WORD

002430
5%:

177776
002454
002436

002452

011566

002470

6%:

7$:

017372

015400

JSR
MOV
COM
MOV
MoV
MOV
JSR
JSR
8IT
BNE
JSR

137240

137214

137122
037777
140000

TEMP
3
CSERHRD
810
EM4O
ERRO
#FRMT02,~(SP)
#1,-(SP)
SP,RO
CSPNTB
#4,SP

MoV

017372

177777

TST
8GT
TRAP
.WORD
.WORD
.WORD
MOV
Mov
MoV
TRAP
ADD

8%:

;DID WE DO FOUR ITERATIONS?
;IF NOT O, NO!!

#=1,FASTAT

sMARK THIS SECTOR AS FAILED

#10BUFF ,TABADD
#256. NEGWRD

;LOAD THE LINK ADDRESS
¢AND THE WORD COUNT
+NOW DO THE COMMAND EXECUTION
¢WAIT FOR A SETTLE TIME
:DID WE GET A WRITE CHECK ERROR?
sIF = 1, YES!
:FORM THE FAILING DATA

PC,DRIVER

PC,WALT
#WCE ,aRPCS2
5%
PC,.BISEXP

CSERHRD
811
EM22
ERRO

;GET RID OF ANY ERRORS
;GET ONE BUFFER LOCATION
sAND LOUSE IT UP!
¢LOAD THE WRITE CHECK FUNCTION

sTHIS REGISTER FAILED

sTHIS BIT FAILED TO SET

MOV
BR
MOV
COM
CMP
BEQ
MOV
MoV
TST
BGT
MOV
TRAP
.WORD
.WORD
.WORD
Mov
81C
cmp

#=1,FASTAT
sMARK VvHIS FAILURE
79
;NOW GO-ON
aRPDB,=(SP)
¢GET THE ACTUAL DATA
(Re)
s INVERT THE EXPECTED DATA
(SP)+,(R2)
sMATCH?
73
:LOOKS OK, GO-ON
=2(SP) ,RCVED
:AND LOG THE RESULTS FOR ERROR REPORTING
(R2) ,EXPTED
¢NOW GET THE EXPECTED DATA
TEMP
sWHICH ITERATION?
’$
;IF > 0, NOT THE LAST
AWTCKD,FATOF
:LOAD THE FUNCTION AT TIME OF FAILURE
CSERHRD
812
EM34
ERRZ
aRPCS1,=(5P)
:SAVE RPCS1 ON S
(K
#~C<SC!TRE>, (SP)
:GET RID UF THE UNNECESSARY BITS
#SC!TRE,(SP)+
;DID SC AND TRE SET?

BEQ
JSR
RPCS1T
SC!TRE
TRAP
.WORD
.WORD
.WORD
JSR

8s
PC,BISEXP

CSERHRD
813
EM22
ERRO
PC,DRVCLR

;IF SET, SKIP ERROR REPORT
sLOAD THE FAILING DATA
:THIS REGISTER
;THESE BITS DIDN'T SET

+RELOAD AND RESET

246 0431464
247 043150
248 043152
043154
0643156
043160
249 043162
043166
043172
043174
043176

.
—~—— L~
S~

SEQ 0193

TEST 58: DATA TEST #3

—

CIZRJMAQ RPO7 FE/HOST_ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 93-5

306 043564
307 043570
308 043574
309 043576
043600
043602
043604
310 043606
311 043612
312 063616
313 043620
314 043624

315 043626
043626

043626
316 043630
317 063632
318 043636
319 043640
320 043644
043644
043644
321 043646
322 043650
323 043656
324 043662
325 043670
326 043676
327 043704
328 043712
329 043716

002470

10$:

136766

004737
104456
001456
013441
014500
012746
012746
010600
104414
062706

017150

004737
005737
001406
104456
001457
012454
014172
004737
005737
001403
005037
000720

017032
002466

118:

015400
002430

12¢:
138:

000411

104405
005723
020327
101002
000137
174403
104404
012737
004737
012737
052777
012737
012737
004737
022777

3
TRAP
.WORD
.WORD
.WORD

007315

000004

002430
148:
10000$:

002362

000021
015146
000073
100000
000006
002652
015146
000020

158
L10112:
002420

002420
136646
002412
002366
136602

PC,ERRCK
ERSTAT
13§
CSERHRD
815
EM14
ERRO
PC,DRVCLR
FASTAT
148
FASTAT
9%

TRAP
TST
(MP

CSESEG
(R3)+
R3,#PATT8

JMP

ans

;POP_R3 TO THE NEXT DATA TABLE ENTRY
:DONE_YET
:IF R3 > # PATT8, YES
:DO MORE!!

TRAP
TRAP
MOV
JSR
MOV
BIS
MOV
MOV
JSR
CMP

(SESUB
($BSEG
#RIP,FUNCTN
PC,DRIVER
#ROHDTA,FUNCTN
#CMOD,aRPOF
#6,NEGWRD
#PSTACK,TABADD
PC,DRIVER
#FER,SRPER1

;SET UP_FOR ANGTHER READ IN PRESET
:ISSUE_THE COMMAND
:NOW PREPARE TO READ £ HEADER :ONLY SIX WORDS / TRANSFER
:LIKE 1 SAID, SIX WORDS ONLY!
;TRANSFER TO START AT THIS BUFFER ADDRESS
:THIS SHOULD CAUSE A FORMAT ERROR
:DID 1722

15§

SFIND' THE ERROR

T ATIMAOYIAD
s
WL

;3KIP NEXT REPORT

JSR
TST
BEQ
TRAP
.WORD
.WORD
.WORD
JSR
TST
BEQ
CLR
BR

BHI

043064

12§

MOV
MOV
TRAP
ADD

PC,LOCATE
CSERHRD
814
EM33
ERR2
WFRMT02,=-(SP)
#1,-(SP)
SP,RO
CSPNTB
44, SP

MOV

000001

;NOW_VERIFY DATA FOR CORRECTNESS
;DO 25% WORD (1 SECTOR) TRANSFER
:SET UP FOR A WRITE CHECK
:DO_THE_COMMAND NOW!
: ERRORS?
:IF “RRORS, THIS = = 1
:SKIP ERROR DISPATCH IF 0
:ALLOW ONE LESS ERROK!
:IF < 0, REPORT THE ERROR NOW!!
:GO TO THE NEXT SECTOR
:AND FOR NOW, SKIP THE ERROR DISPATCH!
:LOAD THE FAILING FUNCTION
:TEMP = 0, FOR A POSSIBLE LOOP
:DID WE GET A TRANSFER ERROR?
:IF 0,

00241
043104
011566
002436
040000

98:

#I0BUFF,TABADD
#256.,NEGWRD
WWCKD,FUNCTN
PC,DRIVER
PC,ERRCK
ERSTAT
138
TEMP
108
DESTRK
aa3s
#WTCKD,FATOF
TEMP
#TRE,aRPCS1
118

e W

002436

MOV
MOV
MOV
JSR
JSR
TST
BEQ
DEC
BLT
INCB
JMP
MOV
CLR
BIT
BtQ

W ¢

002366
002412
002420

:LOOK FOR ANY EDR0R
:IF ONE FOUND, THIS = = 1
:NO ERRORS, GO-ON

- e cmm SR AR . PPL TED TED P

305 043562

00273v
000400
000051
015146
017032
002466

302 043526
303 063532
043534
043536
043540
304 043542
043546
043552
043554
(43556

012737
012737
012737
004737
004737
005737
001452
005337
002404
105237
000137
012737
005037
032777
001417

;RESET_AND RELOAD
:ANY_ERROR?
:1F ZERQ, NO
:RESET THE FAILED MARKER
:AND GO TO NEXT SECTOR

— e — . SEe —— SENa Em R S

287 043426
288 043434
289 043442
290 043450
291 043454
292 043450
293 043464
294 043466
295 043472
296 043474
297 043500
298 043504
299 043512
300 043516
301 063526

TEST 58: DATA TEST #3

PRI

SEQ 0194

Mm15

CZRJMAQ RPO7 FE/HOST_:SOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 93-6

330
331
332
333
334
335
336

043724
043726
043734
043742
043750
043756
043764
043766
043770
0643772

001423
012737
017737
013737
012737
012737
104456
001460
01245%
01477,

358 044000
044000
339 044002

104405

337 043774

044002

004737

104407

00C020
13,566
002526
004400
000406

017722

002454
002452
002456
002404
002406

1$:

100008%:

L10110:

BEQ
MoV
MOV
Mov
MOov
MoV
TRAP
.WORD
+WORD
.WORD

1$
sIF MAICH, IT DID!
#FER,EXPTED
sFORM THE EXPECTED DATA
aRPERT,RC /ED
sFORM THE RECEIVED DATA
RPER1, TESTRG
sTHIS REGISTER FAILED THE TEST
#8ITBIBIT11,ERRWD1;LOAD THE MODULE CALLOUT
#B1T1!BIT2!BIT8,ERRWD2;FOR BOTH MASKS
CSERHRD
816
EM14
ERRO

TRAP

C$ESEG

TRA.

CSETST

JSR

PC,PRELCD

sRESET FOR 16 BIT MODE

o TMATMOIAMD
B~ R
s TOOANMAMOAMP R

SEQ 0195

TEST 58: DATA TEST #3

CZR HAO RPC? FE/HOST_ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 9§
4

TES T 59 RPER1 NEGATIVE BIT TESTS

TRYR YN FEFEYENE TR
IRTR FEFRE
FEYR
FEFE FY PR YN ¥

TES T 59 RPER1 NEGATIVE BIT TESTS

A
AR
TETR

42
43
44
45
46
47
48
49
50

044046
044052
044054
044056
044064
044072
044076
044104
044106
044114
044120
044126

51 044134
044136
044140
044142

104404
004737
032777
001016
004737

013746
012746
012746
010600

104417

062706
104432
000244
012737
013737

NN[ o %

.SBTTL

LT PTFTILIR NPT PN DL RN NIRRT IRVNTLN VI NN

b coad d e ad D
d = cd

31 04400~
32 044004
33 044006
34 044012
35 044020
36 044022
37 044026
044032
044036
044042
044044
41

SEQ 0196

RPER1 NEGATIVE BIT TESTS

=S OVONOWVNSBNWN=OOVONOWNS W=

B 16
RPQO? FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 94

PONIN =

—

mre

T59::
015400
010000

136504

017326
002114
006452
000002
000006

000043
002526
015146
000001

002420
002456

004000

002404

136374

002454
002452

136422

1%:

SET UP AN ILLEGAL COMMAND (#43 - OCTAL)
ISSUE _THE COMMAND
IF ?:gz1:
ILF = 0
:

OUTPUT ERROR MESSAGE (FAILED TO DETECT RPER1:
OUTPUT FAULT LIST:

J12

1LF)

ENDIF
ISSUE A DRIVE CLEAR COMMAND
SET UP FOR SECTOR ADDRESS 50(DECIMAL)
SET UP FOR TRACK ADDRESS 31(DECIMAL)
ISSUE SEEK COMMAND
IF ?PER1
IAE
= 0

éND?gTPUT ERROR MESSAGE (FAILED TO DETECT RPER1:

IAE)

ISSUE A DRIVE CLEAR
DECREMENT THE CECTOR ADDRESS (49 DECIMAL)
INCREMENT THE TkACK ADDRF3S (32 DFCIMAL)
ISSUE SEEK COMMAND
IF ?55:1:
IAE = 0
OUTPUT ERROR MESSAGE (FAILED TO DETECT RPER1:
IAE)
OUTPUT FAULT LIST:
J7, JB, RHXX, CABLES, TERMINATOR
ENDIF
ISSUE DRIVE CLEAR COMMAND
END TEST 59
TRA P
JSR
BIT
BNE
JSR
MOV
Mov
MOV
Mov
TRA P
ADD
TRA P
.Wo RD

MOV

MoV

JSR
CMP
BEQ
MoV
CLR

Mov
MOV
TRA P

W RD
W0 RD
.Wo0 RD

C$BSEG

PC,DRVCLR
#MOL ,aRPDS

PC,SAVRPR

LSTEST,=-(SP)

sSTART UP WITHOUT ERRORS
:DRIVE ONLINE?

JIF =1,

YES

:GET THE REGISTER SNAPSHOT

#MSGMOL
, - (SP)
#2,=(SP)

SP,RO

CSPNTF
#6,SP

CSEXIT

L10113-,
#43,FUNCTN
RPER1,TESTRG

#BIT11,ERRWDT

sLOAD UP AN ILLEGAL FUNCION
sFORM UP PART OF THE ERROR MESSAGE
s ISSUE THAT ILLEGAL COMMAND
sDID ILLEGAL FUNCTION ONLY SET?
s IF MATCH, YES
;LOAD THE MASK

#ILF ,EXPTED

:SET UP THE EXPECTED DATA

PC,DRIVER
NILF ,aRPERT

ERRWD2

adRPER1 ,RCVED
CSERHRD

817
EM14
ERRO

:FOR BOTH MASKS

¢REPORT THE RECEIVED DATA

c1 6
CIZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 944=1

SEQ 0197

TEST S5 RPER1 NEGATIVE BIT TESTS

52 044144
044144
044144
53 044146
5S4 044150

60
61
62
63
64
65
66

10000%:

015400
005700

0441°4
0441062
044170
044176
044204

044212
044220
044224
044232
044234
044242
044250
044252
04425¢
044256
67 044260
68 044272
69 044756
70
71
72
73
76

044272
064276
044302
044310
044312

75 044316
044316
76 044329
044320

004737
022777
001351
004737
104405
104401

002404
002406
002416
002415
002414
002420

002000

136274

002000
136260

002454
002452

002414
002415
015400
015146
002000

017722

TRAP
TRAP
JSR
MOV
MOV
MOV
MOvB
Move
MOV
JSR
CMP
BEQ

Mov
MoV

TRAP
+WORD
+WORD
WORD

136216
5¢:
10001$:

L10113:

DE(CB
INCB
JSR
JSR
CMP
BNE
JSR

h"—r'

55
56
57
58
59

2%:

wmh

[

:PURGE ANY ERRORS

7'BIT8'BIT9'BIT11 ERRWD1;LOAD THE MODULE CALLOUT

#B81T7
T2!BIT8,ERRWD2; FOR BOTH MASKS
#629. DESCYL
sLAST USER CYLINDER, PLEASE
#31. ,DESTRK+1
:LAST USER TRACK, PLEASE

'SOO'DESTRK

#SEEK,FUNCTN
PC,DRIVER

ziAE.SRPERl

#1AE ,EXPTED

@RPER1,RCVED
CSERHRD
818
EM14
ERRO
5%
DESTRK
DESTRK+1
PC,DRVCLR
PC,DRIVER
#1AE ,aRPERT

PC,PRELOD

TRAP

CSESEG

TRAP

CSETST

sILLEGAL SECTOR ADDRESS, PLEASE
sLOAD UP A SEEK COMMAND
s ISSUE THE COMMAND, BUT EXPECT IT TO FAIL
;DID WE GET THE EXPECTED RESULTS?
sIF MATCH,

YES

cFORM THE EXPECTED DATA
cGET THE ACTUAL DATA

cAND GET-0UT!
sLAST LEGAL SECTOR ADDRESS, PLEASE
s ILLEGAL TRACK ADDRESS, PLEASE
sNO ERRORS, YET!!
sNOW ISSUE THE BOGUS SEEK COMMAND
:DID WE GET IAE ONLY??
s TAKE _BRANCH IF NOT
¢RESET FURTHER ERRORS

D 16
CZRJMAQ RPQ7 FE/HOST ISOLATGR MACRO V04.00 1-JAN-83 13:37:00 PAGE 95

SEQ 0198

TEST 60 USER SELECTED MICRODIAGNOSTIC TMOUTINE
1

2
3
4
5
6

.SBTTL

TEST 60 USER SELECTED MICRODIAGNOSTIC ROUTINE

%
;X

8
9
10
1"

I 4
:X
:X
:%

14
15
16
17
18
19

:X
:X
:%
%
%
X

IF MANUAL TESTING IS NOT ALLOWED
THEN
:
EXIT TEST

ELSE
IF ?SE: SELECTED INPUT ALLOWS A HEX DATA SELECTION
A:
GET A 2 CHARACTER USER IN®YT

:§

20
21
22
23
24
25
26
27

;X
;X
:X
:%
:X
1 4
1 4
:X

1 4

30
31
32
36

044322
044322
044326
044330
044332
37 044334
38 044340
39 044342

005737
003002
104432
000260
005737
100470
104450

044350

000242

40 044344
41 044346

42 044352
43 044352

044356
044362
044364
044366
44 044372
044374
044376
044400
044402
064404
044406
044410
044412
45 044412
46 044416

002342

002422

T60::

1%:

103402
104432

012746

IF ;:ENUSER INPUT IS NOT A VALID HEX CHARACTER

:
REJECT THE INPUT AND GOTO A
ENDIF
LEFT JUSTIFY THE INPUT DATA AND MAKE IT BYTE ORIENTED
BY PUTTING TWO HEX CHARACTERS IN ONE BYTE
MOVE THE USER DATA INTO R4
TURN ON THE DIAGNOSTIC MONITOR IN THE DRIVE

LOAD THE ROUTINE NUMBER INTO THE DRIVE
WAIT FOR THE COMMAND TO FINISH EXECUTION
IF RPER2 <> 0
:
THEN
REPORT THE ERROR (DRIVE FAILED A MICRNDIAGNOSTIC ROUTINE)
:
RESET ALL DRIVE AND CONTROLLER ERRORS
ENDIF
ENDIF

END TEST 60
TST
BGT
TRAP
LWORD
TST
BMI
TRAP

SELRUN
1%
CSEXIT
L10114-,
ROUTDO
6%
CSMAN]

.WORD

L10114~-,

BCS
TRAP

01027

012746
070600
1046417
062706
104443
000406
002652
000142
000000
000001
000002
000002

000001

012704
012702

002652
000002

2$:

000004

100008:

JUSER PREVIOUSL: SELECTED INPUT?2?
JSKIP NEXT DIALOGUE

2%
CSEXIT

MOV

#FRMT23,~(SP)

TRAP

CSGMAN

MOV
MOV
TRAP
ADD

JALLOW A USER INPUT?
JIF >0, YES

JPRINT

'ROUTINE NO.

(2 CHAR °‘HEX"' INPUT)®

#1,=-(SP)
SP,RO
CSPNTF
#4,SP

BR
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

100009
PSTACK
T$CODE

MOV
MOV

#PSTACK R4
#2,R2

1
TSLOLIM
TSHILIM
;GET THE START OF THE STRING
sSET AN ITERATION COUNT

E 16
g%RJHAO RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN~83 13:37:00 PAGE 95-i
ST 60 USER SELECTED MICRODIAGNOSTIC ROUTINE

47 044422
48 044424
49 044430
50 044432
51 044436
52 044440
53 044442
54 044446
56
57
58
59

044450

044454
044456
044462
044464

112401

020127
101004
162701
100745

000406
162701
100741

110164
005302

177777

5%:

002652
002653
002«22

8MI
BR
SuB
BMI
CMP

2%
5%

JIF MINUS, THE USER GOOFED'! DO AGAIN!

#67,R1

;LEGA.

CHARATTER

Mov8
DEC

2%
R1,#.17
2%

R1,=1(R4)
R2

JMOVE

THE HEX BACK

BGT

8I1S8
CLRB
COM

MoV
Mov

002420

104405
004737
104401

135732

015312

7%:
10001$:

L10114:

#60,R1

='R&4) ,=(R4)
(R4)
(R4)
(R4)
(RG)+
(R&) ,PSTACK
PSTACK+1
ROUTDO
PSTACK,SELNUM

R4
SELNUM

JSR
SWAB

PC,DIAGST
R&

JSR
MOV
BIC
BEQ

PC.DIAGLD

TRAP

004737
052777

;GET THE DATA CHAHRACTER
;AND BEGIN TO SCALE IT

ASLB
ASLB
ASLB
ASLB

002424

+ R
(R4)

R;,l?f

BHI

TRAP

77 044554
044556
044560
044562

80 044576
81 044604
044604
044604
82 044606
83 044612
044612

CMP

8GT
(MPB

044526
044532
0644534
044536
044542
044546
044552

78 044564
79 044572

Move

sus

000067
000017

60 044466
61 044470
62 044472
63 044474
64 044476
65 044500
66 044504
67 044510
68 044514
69 044522
70
71
72
73
(4
75
76

000060

020127

003336

3s:

00007?

SEQ 0199

CSBSEG

SRPER2,=(SP)

;;77406,<sp)+
CSERHRD
401

;TAKE BRANCH [F

;STRIP THE ASCII

ALPHA,

NOT NUMERIC

;0K SO=-FAR, KFEP GOING
LSTRIP THE ASC.I
24 MINUS, THE UZER GOOFED!

JIF

11°S

!IN HEX)??

TOU ! ARGE

INTO THE BUFFER

JONE LESS CHARACTER TO0 GO

;D0 UNTIL R2 = 0
;BACK THE POINTER UP BY TWO BYTES
;7O LEFT JUSTIFY THE LOW BYTE

JSECOND SHIFT

JTHIRD SHIFT

JFOURTH SHIFT (POP POINTER)

JFORM “HE ENTIRE 2 CHAR HEX FIELD
:THROW THE HIGH BYTE OUT NOW!

:MARK THE USER SELECTED INPUT
:SAVE THE USER ROUTINE NUMBER
;LOAD THE ROUTINE NUMBER
;TURN ON THE MONITOR
:HIGH BYTE = ROUTINE NUMBER

;LOAD THE ROUTINE NUMBER
¢GET THE RESULTS OF THE TEST
:STRIP JUNK
. IF ZERO, NO!!

.WORD
.WORD
.WORD
oV
JSR
8Is

#TRE !DRCLR,FUNCTN;PREPARE TO RESET THE ERRORS
PC,DRIVER
sPURGE ERRORS NOW!
#DMD ,3RPMR1
sTURN ON THE DMD BIT AGAIN

TRAP
JSR

PC,DIAGEN

TRAP

CSETST

EM35
ERR1

CSESEG

DO AGAIN!

;TURN OFF

THE MONITOR

(SANS ASCID)

CIRJMAQ RFU/ FE/HGST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 96

SEQ C200

E
T
T
R

064656
044660
046662
044666
044670
044672

044674
38 044676
39 044700
40 044706
41 044710
42 044714

044716
044720
044722

43 044724
44 044726

45 044734
46 044736
47 044742
044744

044746
044750

48 044752

V04000
002406

000015
135654

002404

135646

NP0

T61::

1%:

017000

OUTPUT ERROR MESSAGE

ENDIF

OUTPUT ERROR MESSAGE

ENDIF

ERR =1
THEN
OUTPUT ERROR MESSAGE

ENDIF

IF RPCS1:
THEN

D?UTPUT ERROR MESSAGE

017326

040000

MOV
CLR
JSR
MOV

MOV

TST8

8MI
JSR

#BIT171,ERRWDT

ERRWD2

PC,SEIZE

017326

016662

(RPCS1:

TRE SET WHEN NOT EXPECTED)

;LOAD THE ERROR MASK

:FOR BOTH MASKS

:GET THE DRIVE NOW!

aRPDS

:D0 WE HAVE DRIVE READY?

#NOP,aRPCS1

PC,WAIT
R1

SWRITE A NOP COMMAND

SIF MINUS, YES!'!

*STALL, AND WASTE SOME TIME
*ONE LESS ITERATION TO-GO

SIF RT
SGET

<> 0, DO AGAIN

THE REGISTER SNAPSHOT

;AND SKIP NEXT PART OF

*TAKE BnANCH IF NOT

#ERR,aRPDS

:COMPOSITE ERROR SET?
:GET

TEST

THE REGISTER SNAPSHOT

(8
#TRE ,3RPCS1

;AND TAKE EARLY EXIT
*TRANSFER ERROR SET?

PC.,SAVRPR

:GET THE REGISTER SNAPSHOT

5¢

CSERHRD
404
EM16
4%:

(COMPOSITE ERROR SET WHEN NOT EXPECTED)

*GET AN OVERALL WATCHDOG TIMER

CSERHRD
403
EMI
ERR3

3$:

DRY NOT SET IN TIME)

#30..R1

PC.SAVRPR

135556

(RPDS:

END TEST 61

CSERHRD
402
EM2

2s:

DRY <> 1

TRE = 1

PC,SAVRPR

135616

DRY NOT SET WHEN EXPECTED)

IF RPDS:

ERR3

040000

(RPDS:

WRITE NOP COMMAND TO RP(S1
TIME RPDS:
DRY
IF ;ags EXPIRES AND RPDS:

017326
012015
014652
000425
032777
00140°
00473/
104456
000623
011747
014652
000412
032777
001410
004737
104456
000624
012562
014652
004737

TEST 61 NOP FUNCTIONAL TEST
LOAD UNIT UNDER TEST INTO RPCS2
DRY <> 1
IF ?5?3

DL I NN NN

R
R
AR

4
35
36
37

012737

TEST 61 NOP FUNCTIONAL TEST

= cd —d b b ced b aend ead b

SN =2 OOV

25 044614
26 044614
27 044622
28 044626
29 044632
30 044636
31 044644
32 044650
33 0445652

LRI

AT EYT

.SBTTL

PINIAI NN

WN=O 000 NO NS WA —

TEST 61 NOP FUNCTIONAL TEST

ERRS

PC,SEIZE

:IF ZERO, WE'RE

sPURGE REMAINING ERRORS

G 16
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 96-1
TEST 61

NOP FUNCTIONAL

49 044756

044756
0 044756

TEST

58:

104401

L10115:

TRAP

CSETST

SEQ 0201

H 16

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 97

SEQ 0202

TEST 61 NOP FUNCTIONAL TEST

.SBTTL

14+

44
45
46
47

: THC HARDWARE PARAMETER CODING SECTION CONTAINS MACROS
; THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.
THE
: MACROS ARE NOT EXECUTED AS MA(CHINE INSTRUCTIONS BUT ARE
; INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE

;. WITH THE OPERATOR.

4«8

HARDWARE PARAMETER CODING SECTION

: MACROS ALLOW THE SUPERVISOR TO ESTABLTISH COMMUNICATIONS

52 044760
044762
53
54 044762
044764
044766
044770
55
56 044772
064774
044776
045000

000022

L$HARD::

.WORD L10116-LSHARD/2

000031
045026
160000
177777

.WORD
.WORD
.WOPD
.WORD

T$CODE
MESG
TSLOLIM
TSHILIM

001031
045041
(000000
000377

.WORD
.wJRD
.WORD
.WORD

TSCODE
MESG4
TSLOLIM
TSHILIM

002032
045055
000340
000000

000007

.WORD
.WORD
.WORD
.WORD

WORD

T$CODE
MESGS
340
TSLOLIM

60 045014
045016
045020
045022
045024
61
62 045026

003032
045066
000007
000000
000007

.WORD
.WORD
LWORD
JWORD
.WORD
.EVEN

T$CODE
MESG6
7
TSLOLIM
TSHILIM

66 045026
67 045041
68 045055
69 045066

122
126
102
104

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/RP(CS1 ADRS/
/VECTOR ADRS/
/BR LEVEL/
/DRIVE #/

57
58 045002
045004

045006
045010

70
71

045012

L10116:
120
105
122
122

103
103
06.
111

MESG1:
MESG4:
HMESGS5:
MESG6:

TSHILIM

JPRINT *RP(CS1 ADRS?'

JPRINT *VECTOR ADRS?'

JPRINT

'BR LEVEL?'

JPRINT

'DRIVE #?°

I 16
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 98

SEQ 0203

-t

SOF TWARE PARAMETER CODING SECTION

.SBTTL

SOFTWARE PARAMETER CODiNG SECTION

4
5

;
;

; MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS

6
7

THE SOFTWARE PARAMETER CODING SECTION CONTAINS MACROS
THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.
THE

s MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
c INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE

; WITH THE OPERATOR.

12 045076

000022

13
14 045100

0645102
0451046

000130

0645144
000001

.WORD

.WORD
LMWORD

MESG17
1

045110
045112

001130
045224
900001

.WORD
.WORD
.WORD

TSCODE
MESG18
1

002130

.WORD

TSCODE

045100

15
16 045106
17
18 045114

LS$SOFT::

.WORD L10117-L$SOFT/2

T$CODE

045116
045120

045313
000001

.WORD
WORD

MESGZ20
1

20 045122

006044

.WORD

T$CODE

22 045124
0645126
045130
045132

003052
045375
000037
000000

.WORD
.WORD
.WORD
.WORD

TSCODE
MESG21
37
TSLOLIM

.WORD
.WORD
.WORD

T$CODE
MESG22
1

045134

23 045136
24 045136
045140
25 045142

000037

1%:

004130
045413
000001

32
33

34 045144

38 045144
39 045224
40 045313
41 045375
2% 045413

L10117:
105
105
123
124
105

130
130
105
122
130

105
105
114
101
105

TSHILIM

*EXECUTE TEST 25.,

MASSBUS INTERFACE SWITCH TEST

JPRINT

'EXECUTE

sPRINT

°*SELECT A TRACK FOR THE RPO7 INTERNAL RD=-WRT TESTS

TEST 52., PRINT CONTENTS OF

JPRINT

°TRACK ADDRESS

(D)

045652
045654
045656

$PAT(CH::.BLKW
045672
000006

LSLAST::

.EVEN
.WORD T$FREE
.WORD T$SIZE

JPRINT ‘EXECUTE TEST 60., SELECT A MICRO-DIAGNOSTIC FOR EXEC

/EXECUTE TEST 25., MASSBUS INTERFACE SWITCH TEST/
/EXECUTE TEST S52., PRINT CONTENTS OF INT.RNAL ERROR LOG/
/SELECT A TRACK FOR THE RPO7 INTERNAL RUL-WRT TESTS/
/TRACK ADDRESS/
/EXECUTE TEST 60., SELFCT A MICRO-DIAGNOSTIC FOR EXECUTION/

50.

INTERNAL ERROR L

0 2?°

EVEN

gg 045506

;GO TO 18 IF NO

.EVEN

MESG17::.ASCI
MESG18::.ASC!
MESG20::.ASCI
MESG21::.AS(]
MESG22::.ASC!

.WORD

sPRINT

:PROGRAM PATCH AREA (S50. WORDS)

J 16
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE 99
SOf TWARE PARAMETER CODING SECTION

AINIAY
— — =2

1
14
16 045656

045660
045662

7 045662

8 045664

9 045666
0 045670

; 045672

000000
000004
176700
000254
000240
000000

000001

L10120:

L10122:

-WORD
-WORD
.WORD
+WORD

0
L10122-./2-1
176700

254
240
0

SEQ 0204

K 16
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 99-1

SEQ 0205

SYMBOL TABLE
AD
ADR
=
AOE
=
ASSEMB=
ATA
=
ATABIT
ATO
=
AT1
=
AT2
=
AT3
=
AT4
=

011074 G
000020 G
001000
000010
100000
002566 G
000001
000002
000004
000010
000020

CONSET
CPE
=
CPU
=
CR
=
CREADY
CRLF
CSTORE
CSAU_
=
C$AUTO=
C$BRK =
CSRSEG=

020330
040000
020000
000015 G
015134
006420 G
002432 G
000052
000061
000022
000004

C$SPRI=
CSSVEC=
C$TPRI=
DCK
=
DCU
=
DECODE
DESCYL
DESTRK
DFPTBL
DIAG_
=
DIAGEN

000041
000037
000013
100000
000040
020532
002416
002414 G
002320 G
000035
015312

AT6
AT7
A16
A17
BAI

000100
000200
000400
001000
000010

CSCEFG=
C$CLCK=
CSCLEA=
C$CLOS=
C$CLP1=

000045
000062
000012
000035
000006

DIAGMC=
DIAGST
DLT
=
pDMD
=
DMPREG

000000
015260 6
100000
100000
016212

CSERRO=
CS$ERSF=
CSERSO=
C$ESCA=
CSESEG=
C$ESUB=
CSETST=
CS$EXIT=
C$GETB=
C$GETW=
CSGMAN=
C$GPHR=
C$GPLO=
CSGPRI=
CSINIT=
CSINLP=
CSMANI=
CSMEM =
CSMSG =
CSOPEN=
CSPNTB=
CSPNTF=
CSPNTS=
CSPNTX=
($Q10 =
C$RDBU=
CSREFG=
CSRESE=
CSREVI=
CSRFLA=
CSRPT =
C$SEFG=

000060
000054
000057
000010
000005
000003
000001
000032
000026
000027
000043
000042
000030
000040
000011
000020
000050
000031
000023
000034
000014
000017
000016
000015
000377
000007
000047
000033
000003
000021
000025
000046

ATS

= 000040
=
=
=
=
=

BELL
=
BICEXP
BISEXP
BITPOS
8IT0 =
81700 =
BITO1 =
BIT02 =

000007
017422
017372
002400
000001
000001
000002
000004

G
G
6
G
G
G
G
G

BIT03 = 000010 G
BIT04 = 000020 G
BITO5 = 000040 G
BITO6 = 000100 G
BIT07 = 000200 G
BITO8 = 000400 G
BI1T09 = 001000 G
BIT1
= 000002 G
8IT10 = 002000 G
BIT11 = 004000 G
BIT12 = 010000 G
BIT13 = 020000 G
BIT14 = 340000 G
BIT15 = 100000 G
BIT2 = 000004 G
BIT3 = 000010 G
BIT4 = 000020 G
BITS = 000040 G
8176 = 000100 G
BIT7 = 000200 G
BIT8 = 000400 G
BIT9 = 001000 G
BLOWER 011361 G
BOE
= 000400 G
BSE
= 100000
BYTCNT 002410 G
CA
011151 6
CALMOD 016132
CLKSTA 002426 G
CLR
= 000040
(MOD = 100000
COMPAR 020202

C$85uB= 000002

CSCVEC=
CSDCLN=
C$D0DU=
CSORPT=
C$DU_ =
C$EDIT=
CSERDF=
CS$ERHR=

000036
000044
000051
000024
000053
000003
000055
000056

DIAGLD

DPE
=
DPR
=
DRCLR =
DRIVER
DRQ
=
DRTO =
DRT1
=
DRT2 =

EM17
EM2
EM20
EM21
EM22
EM23
EM24
EM25
EM26
EM27
EM3

012622
012015
012661
012725
012776
013051
013126
013167
013224
013266
012055

G
G
G
6
6
6
6
G
6
6
G

FRMT03
FRMT04
FRMTOS
FRMT06
FRMT07
FRMT10
FRMT11
FRMT12
FRMT13
FRMT14
FRMT15

007404
007426
007474
007545
007574
007624
0G7655
007713
007756
010004
010031

G
G
G
G
G
G
G
6
G
6
G

EM31
EM32
EM33
EM34
EM3S

013362
013411
013441
013505
013564

6
G
G
6
G

FRMT17
FRMT20
FRMT23
FRMT40
FRMT41

010161
010202
010271
010337
010430

G
G
6
G
6

015352

EM30

000010
000400
000011
015146
004000
000001
000002
000004

EM36
EM37
EMé
EM4O
EM41
EM42
EM43
EMS

DRT3 = 000010
DRT4
= 000020
DRT5 = 000040
DRT6 = 000100
DRT7 = 000200
DRT8 = 000400
DRVBLT 011477 6
DRVCLR 015400
DRVNO
002506 G
DRVSN
002510 G
DRY
= 000200
DS
011121 G
S
= 020000
DSNMSG 006423 6
DTE
= 010000
DVA
= 004000
pve
= 000200
ECH
= 000100
ECI
= 004000
EC.00
004354
EF.CON= 000036 G
EF .NEW= 000035 6
EF .PWR= 000034 G
EF.RES= 000037 G
EF.STA= 000040 6
EM1
011747 G
EM11
012272 G
EM12
012342 6
EM13
012410 G
EM14
012454 G
EM15
012523 G
EM16
012562 6

013326 6

013641
013701
012100
013753
014026
014075
014130
012116

G
6
G
G
G
G
¢
G

EM6
012155 G
EM7
012217 6
ENDCYL 002374 6
ENDTRK 002370 6
ERR
= 040000
ERRCK
017032
ERRDMP 002334
ERRVEC= 000004
ERRWD1
002404 G
ERRWD2 002406 G
ERRO
014172 G
ERR1
014310 G
ERR?
014500 G
ERR3
014652 6
ERSTAT 002466 6
EVL
= 000004 G
EWN
= 000002
EXPTED 002454 6
ESEND = 002100
ESLOAD= 000035
FASTAT 002430 6
FATOF
002470 6
FAULTS 016556
FER
= 000020
FLOAT
020034
FLSTO0 007273 6
FLSTO1
007312 G
FMT
= 010000
FORTRK= 000063
FRMTO00 007161 G
FRMTO1
007214 G
FRMT02 007315 6

FRMT16

FRMTS0
FRMTS1
FPMT60
FRMT61
FRMT70
FRMT71
FUNCTN
FSAU =

010070 G

010510
010601
010661
010753
011035
011055
002420
000015

F$AUTO= 000020
F$BGN = 000040
FSCLEA= 000007
FSDU = 000016
FSEND = 000041
FSHARD= 000004
T SHW = 000013
FSINIT= 000006
F$JMP = 000050
F$MOD = 000000
F$MSG = 000011
FEPROT= 000021
FSPWR = 000017
FSRPT = 000012
F$SEG = 000003
F$SOFT= 000005
F$SRV = 000010
FesuB = 000002
F$SW = 000014
FSTEST= Q00001
F1
= 000002
F2
= 000004
F3
= 000010
F&
= 000020
F5
= 000040
GO
= 000001
GSCNTO= 000200
GSDELM= 000372
G$DISP= 000003
GSEXCP= 000400
GSHILI= 000002
G$LOLI= 000001

G
G
G
6
G
G
G

L 16
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 99-2

SEQ €206

SYMBOL TABLE

GSNO = 000000
GSOFFS= 000400
GSOFSI= 000376
G$PRMA= 000001
G$PRMD= 000002
GSPRML= 000000
GSRADA= 000140
GSRADB= 000000
G$RADD= 000040
GSRADL= 000120
G$RADO= 000020
GSXFER= 000004
GSYES = 000010
HCE
= 000200
HCI
= 002000

J1
J10
J11
J12
J13
J14
J15
J16
J17
J2
J20
Ja1
J3
Jé4
JS

011161
011236
011243
011250
011255
011262
011267
011274
011301
011166
011306
011313
011173
011200
011205

G
6
G
6
G
G
G
6
G
6
G
6
G
G
G

LSEXP4
LSEXPS
LSHARD
L$HIME
LSHPCF
LSHPTP
LSHW
L$ICP
LSINIT
LSLADP
LSLAST
LSLOAD
LSLUN
LSMREV
LSNAME

002064
002066
044762
002120
002016
002022
002320
002104
020652
002026
045656
002100
002074
002050
002000

G
G
G
G
G
G
6
G
G
G
G
6
G
G
G

L10034
L10035
L10036
L10037
L10040
L10041
L1042
L10043
L10044
L10045
L10046
L10047
L10050
L10051
L10052

025032
025356
025536
025730
026226
026524
027042
027360
027632
030100
030320
030512
030622
031014
03115¢

MCUTXT
MDPE =
MESGY
MESGI0O
MESG11
MESG12
MESG13
MESG14
MESG1S
MESG17
MESG18
MESG20
MESG21
MESG22
MESG4

002676 6
000400
045026
006577 G
006571 G
006763 6
011607 G
011667 6
007062 G
045144 G
045224 §
045313 6
045375 6
045413 G
045041

IAE
=
IBE
=
IDU
=
IE
=
IER
=
ILEV =
ILF
=
ILOCK
ILR
=
INTFLG
INTSRV
I0BUFF
IR
=
IRLOCK
ISR
=
ITCOUN

002000
010000 G
000040 G
000100
020000 G
000004
000001
002460 G
000002
002462 G
020630 G
002730 6
000100
017672
000100 G
002402 G

K1IRELA
LASCYL
LASTRK
LBC
=
L8T
=
LCE
=
LCLKTB
LDZERO
LF
=
LKS
LKV
LOCATE
LOE
=
LOT
=
LSACP
LSAPT

011443
002376
002372
002000
002000
001000
015740
017572
000012
015742
015744
017150
040000
000010
002110
002036

G
G
G

020636
045100
002056
002020
002024
002030
002332
002114
002014
002012
00233(C
002344
014306
014476
014650
014676

6
G
6
G
G
G
6
G
G
G

G
G
G
G

LSRPT
L$SOFT
L$SPC_
LS$SPCP
LSSPTP
LSSTA
LESW
LSTEST
LSTIML
LSUNIT
L10000
L10001
L10002
L10003
L10004
L10005

L10060
L10061
L10062
L10063
L10064
L10065
L10066
L10067
L1007C
L10071
L10072
L10073
L10074
L10075
L10076
L10077

032300
032560
032716
033140
033322
033452
033730
034030
034316
034422
034634
035106
035204
035322
035500
035756

MSGWLO
MSK
MTD
=
MTRBRK
MXF
=
NBA
=
NED
=
NEGWRD
NE
=
NEXLOC
NOP
=
OCTHEX
OFFDIR=
=
ONEFIL=
orPl
=

006522
002450
040000
011421
001000
100000
010000
002412
004000
017252
000015
015416
000200
000001
000001
020000

IxXu
=
I$AU_ =
I$AUTO=
ISCLN =
IOV =
I$HRD =
ISINIT=
1$MOD =
ISMSG =
I$PROT=
1$PTAB=
I$PWR =
ISRPT =
I$SEG =
I1$SETU=

000100
000041
000041
000041
000041
000041
000041
000041
000041
000040
000041
000041
000041
000041
000041

002070
021346
002106
021350
002032
002011
006362
002076
002060
002124
002116
002040
002034
021500
002072

G
G
G
G
6
G
6
G
G
G
G
G
G
G
G

L10007
L10010
L10012
L10013
L10014
L10015
L10016
L10017
L10020
L10021
L10022
L'0023
L10024
L10025
L10026

OR
=
ORLOCK
0$APTS=
0$AU =
0$BGNR=
0$BGNS=
0s$ouU =
O$ERRT=
O$GNSW=
0$POIN=
0$SETU=
PAR
=
PAT
=
PATCNT
PATT1

000200
017706
000000
000000
000000
000001
000000
000000
000001
000001
000001
000010
000020
002434 G
002344 G

HCRC
= 000400
HDA
011320 6
HELP
= 000000
HERTZ
015750
HOE
= 100000 G

IXE

= 004000 G

I$SFT = 000041
I$SRV = 000041
I1$SUB = 000041
ISTST = 000041
JSJMP = 000167

J6
J7
J8
J9
KWSRV

L$SAU

LSAUT
LSAUTO
LSCCP
LSCLEA
L$CO
L$L_°0
LE). 3.
L$NESP
LSDEVP
LSDISP
LSDLY
LSDTP
LSDTYP
LSOV
LSCUT

LSDVTY
LSEF
LSENVI
LSETP
LSEXPT

011212
011217
011224
011231
016104

6
G
G
6

021506 G

006354
002052
002044
002102
002046

G
6
G
G
G

LSPRIO
LSPROT
LSPRT
LSREPP
LSREV

L10006

L10027
L10030
L10031
L10032
L10033

002042
020644
002112
002062
002010

016130

020634
020642
021344
021346
021476
021504
021512
021610
021776
022140
022300
022442
022772
023266
023440

023600
023770
024150
024332
024506

G
G
G
G
G

L10053
L10054
L10055
L10056
L10057

L10100

L10101
L10102
L10103
L10104
L10105
L10106
L10107
L10110
L10111
L10112
L10113
L10114
L10115
L10116
L10117

L10120
L1012¢
MASK
MCPE =
MCUTAB

031320
031444
031576
031734
032134

036230

036730
0377
040126
040362
040622
041154
041674
044002
043026
043644
044320
044612
044756
045026
045144

045662
045672
002446 G
020000
004060 G

MESGS
MESG6
MOH
=
MOoL
=
MSGMOL

OPRPNL

PATT2
PATT3
PATT4
PATTS
PATT6

045055
045066
020000
010000
006452 G

6
G
6

011455 G

002346 6
002350 G
002352 G
002354 G
002356 G

B 1
CZRJMAQO RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE 99-3

SEQ 0207

SYMBOL TABLE

PATT?
'PATTB
PATT9
PCLKTB
PGE
=

002360 G
002362 G
002364 G
015724
100000

RPDS
RPDT
RPECT
RPEC2
RPER1

002524
002540
002556
002560
002526

PKC

015732

RPOF

002544 6

PGM
PHF
PIP
PKB

= 001000
= 000400
= 020000
015730

PKCS
PKV
PNT
=
PRELOD
PRI
=

RPERZ
RPER3
RPLA
RPMR1

015726
015734
001000 G
01772
002000 G

READTD
READY

000040
000100
000140
000200
000240
000300
000340
002000
002652
011376
002452
000071
000073
000200

RWUZ2

G
G
G
G
G
G
G

G
6
G

011531 G
015122

RELEAS= 000013

017474
011132
002502
002504
000021
000004
002422
002474
015042
002530
002516
002562
002550
002512
002522
002564
002520
002534
002546

. ABS.

045672

= 004000

RWU3
=
SAVRPR
SBE
=
SC
=
ZCF
=
sC1
=
SC16
=
sC2_
=
SC32
=
SC4
=
SC64
=
sC8
=
SDF
=
SEARCH=

010000
017326
000004
100000
000002
000100
002000
000200
004000
000400
010000
001000
000020
000031

SELNUM
SFLRUN
SELTRx

002424 G
002342
002336

SETUP
SFPTBL
SIZE70
SKI
=
SNDIGT
SNK
SPIRAL
Sk<
SRCTMP
STOPCK
ST.CLK
ST.LCL
ST.PCL
SVCGBL=
SVCINS=
svCsuB=
SVCTAG=
SVCTST=
SWITST

017744
002332
014700
040000
006447
002440
017266
002442
002444
016056
015550
016016
015752
000000
000000
000000
000000
000000
002332

S>ENSOR

G
G
G
G
G

6
6
G

G
G
G
G
6

6
6

000

SSLSYM=
TABADD
TAP
=
TEMP
TERM
TESTRG
TRAKAD
TRE _ =
TST03
IST04
TSTO5
TSTO8
TST11
TST12
TST28
TST33
TS134
TST49
T$ARG.=
T8CODE=
TSERRN=
TSEXC~=
T$FLAG=

SEEK_ = 000005
SEIZE
016662

RECAL = 000007
REG
002576 G
REGSET
017452
RESET
RH
RHEXT
RHTYPE
RIP
=
RMR
=
ROUTDO
RPADR
RPARDY
RPAS
RPBA
RPBAE
RPCC
RPCS1
RPCS2
RPCS3
RPDA
RPDB
RPDC

G
G
G
G

RPSN
002542 G
RPVEC
002476 G
RPWC
002514 6
RTD
= 000075
RWU1
= 002000

PRIOO = 000000 G
PRI01 =
PRIOZ2 =
PRIO3 =
PRIO4 =
PRIOS =
PR106 =
PRIO7 =
PSEL
=
PSTACK
PTRANS
RCVED
RDDTA =
RDHDTA=
RDY
=

002552
002554
002532
002536

G
G
G
G
G

011341 6
G
G
G
G
G

010000
(02366 6
040000
002436 6
011325 G
002456 G
002340
040000
004160 G

004172 G
004204
004216
004232
004244
004256

G
G
G
G
G

004272 G
004302 G
004330 6
000001
004130
000624
000000
000040
045672
000000
000037
000001
000000
010000
000075

T$$DU =
T$$HAR=
T$$SHW =
T$SINI=
T$$MSG=

T$$PC =
T$$PRO=
T$$PTA=
T$SRPT=
TE$SEG=
T$$SOF=
T$$SRV=
T$$SUB=
T$$SW =
TS$STES=
71
110
m
112
113
114
115
T16

TSFREE=
TS$GMAN=
TSHILI=
TSLAST=
T$LOLI=
TSLSYM=
TSLYNO=
TSNEST=
TSNSO =
TSNS1 =
TENS2 =
TENS3 =
T$PCNT=
T$PTAB=
T$PTHV=
T$PTNU=
T$SAVL=
T$SEGL=

177777
000000
000005
000003
000003
000000
010121
000001
000001
177777
177777

T17
718
119
T2
120
121
122
123
124
125
126
127
128
129
T3
130
131
132

T$SUBN=
TSTAGL=
TSTAGN=
TSTEMP=

000000
177777
010123
000000

136
137
138
139

T$SEKO= 010001
T$SEK1= 010003
T$S1Z2E= 000006

TSTEST=
T$TSTM=
T$TSTS=
TS$SAU =
T$SAUT=

000075
177777
000001
010016
010013

T$SCLE= 010014
T$$DAT= 010122

133
134
T35

T4
140
141
142
743

T44

010015
010116
010000
010012
010005

T45
T46
147
748
149

010001

153

000001
010011
010121
010010

034636
035110
035206
035324
035502

15
150
151
152

022302
035760
036232
036732

154
155
156
157
158

040130
040364
040624
041156
041676

G
G
G
6
G
6
G
G
G
G
6
6
C
G

158.2
159
76
160
161
17
78
19
UAM
=
UNABLE
UNIT
UNS
=
UPE
=
ust
=

043030
044004
022444
044322
044614
022774
023270
023442
000200
002464
002472
040000
020000
000001

030322 G
030514 G
030624 G

vV
=
WAIT
WAITMS
WATDRY
WATIME
WCE
=
WCF
=
WwCKD
=
WCKHD =

010117
010007
010112
010001
030115

021514 G
023602
023772
024152
024334
024510
025034
025360
025540
025732
026230
021612
026526
027044
027362

027634 G
036102 6

031016 G

031154
022000
031322
031446
031600
031736
032126
032302
032562
032720
033142
033324
022142
033454
033732
034032
034320
034424

6
G
6
6
6
6
6
G
6
G
5
G
G
6
6
G
G
G

037702

758.1

us2
usé

G
G
6
6
G
6
6
G
G
6

6
G
6

G
G
G
6

= 000002
= 000004

WLE
=
WwoR
=
“RDTA =

WRL
=
WRTD
=
WRU
=
WICKD
WICKHD
X$SALWA=
XSFALS=
X$OFFS=
X$TRUE=

SPATCH

042030

G
G
5
G
6

000100
017000
016756

020372

016776
040000
000040
000051
000053
004000
001000
000061
004000
000065
000400
011566 G
011543 G
000000
000040
000400
000020
045506 G

—

¢ 1
CZRJMAO RPO? FE/HOST !SOLATOR MACRO v04.00 1~JAN-83 13:37:00 PAGE 99-4
SYMBOL TABLE

000000
ERRORS DETVECTED:

001

VIRTUAL MEMORY USED:
32256 HORDS
( 126 PAGES)
DYNAMIC MEMORY AVAILABLE FOR
70 PAGES
CZRJMA.BIC,C2RIMA/(C=[20,0ISVC34R.MLB,[20,12]CZRIMA.DOC,CZRIMA.HIS,CZRIMA

SEQ 0208

D 1
CZRJMAQ RPO7 FE/HOST ISCLATOR MACRO v04&.00 1-JAN-83 13:37:00 PAGE S-1
(CREF v04.00 )

o][+ 0][+<][+ooprooOOm@dMom Nwova08oBBMw~)NN[oNINONOOREROL[oaVlal«®~-

PCICLHRARCIIA
CILCCICSLCODOD
TNOWOINOTMSINTMPNP —NNMOMe—OM Nela¥ M N M

CROSS REFERENCE TABLE

SEQ 0209

wZWv+yE—m[x8-O«X RN. oM-~Nwgn 0-M0— N0~ oO- (Yo~2]MU[ [I=o~]y -O0—M\ 9'[0[W)NVO [aSY[l"0¥a[Y)oO]=0[]]1 owM [oYWaY]ViaYO=N][LU (o—=][)}o[OG0
~r

89-45
23-58#

92-82
41-62

53-29
80-42

14-138

49-50
56-31

[

49-54

86-53

o)[T
LaXed

[]

"9 oo

49-74

RNRBBIIIBIILI

TMe—3rrrrr—QON[)N=OANANRANAN~NOVO.NANAOMON VNAOMNONAINMOAMNONONMON

~ (VoY8

BISEXP

92-76
41-54
53-29
77-39
14-68
53-29

"."u"

M-0 L~o ] M

~1y OeN——MNIUNMeI—OMN NOWN0TNITIWOW—ONOMIOM O~ ~ MO

N8TMMNIWVMOMTMNNNIN Wi NO=O\lN\=r=rv==NOM=NNONJ

NOON N

N OCOUINANWVoD NMO ONMOIND

MUY NON N0

2
«
[
4
o
X
=
N
V
1
e
.
r
o
[
N
]
O
(0D[=O}]~ MOrN—OMNOMWNYO UPL80] M=0ONO3ONT Lo2M~noy8d |[I]A []1U0L—MO—DNME L"[U] ~(2Ya&4TOLNFXarVl JOeT-rIeNehN0V0r A—UONMOMIIMY. UL|} MOIUNAN~OVNGD U§0L0 MOVNIOWNAIOVWNV NOITrM—Nn rOMNUVWMN0DeO

~ONMANOSF—nNOhN"dNNONOMOOa0
®O0M0o-TWNDWO0VN0OMW0NVOQ0NTO8M<0IMN—gFO—Ne0OL—e)CONv0IOVeUOLON06TANMNeTIRN0MIOn0oNNYN3ONOWOMN~DwOW0OWoW—=0OoneaONoOWLVMN00Oh(tTe=Nl]NrVOOIeMWNOT0VOONNO—YrWwVJNDOIO0VNyO0NeIrNOD|rMNYMAO)W0OD[T]ONVie2¢UOo=N0VCYOOOLh~OoVIeRWNTNVSON0WN[}0V
W}OOOM3OgWONJOVO—NNL[}on«NVOJWTuMoeAa—OOMOOnV4NlyN.wNoAVJO~O=m0WNIeVOO=NW=OBNlNOa~IVNNMNTPTl—IMIOIeNORNOIMvNlNT=N~V.OZeNNXNAOMlTAOO(L[WDNISSCNIBM=aOTeWRN[EXS~N—MOONMMe=NMAO-0N—NIeONMM2=N~=W01O4VMeLNAI =e00OUNMN08OO0=NAIVM1X~NS]~N\eINy\==T—NQSNNRNNNe2~To=W=Oe0V0IOa.NR0RdOiOTVN~OOI0ITMT0WIO0MAUNN~MNNVYMNNOWOJMAN0V0NVoIe@=l—eINOSNTSO~eNRMOOOe=IY0S—OO—0EICN0NXVMAOeMONI=IONO0WUZNMMXGU,8ON0eIU0NLOTV,NO=T£ITNOsEMJEYOAeNeMOOc0IV0A10UNNINaM0eeVLE,OA=OON"MSNONMNINAWOO=N=OMemeSOONU(XVOrNeM0W~IeOSrORVE0UeW—EOXMO—OOVJreOeeNWNRZmrRTAMmXNNANrc(OrIOSOMOeN—XNNrreO—IEOWIeSWmyemOXTNrNmMMrJnITMrEeeNNRV~OVNMErNIXeOONSOO0NOrVrOO0eIeNYX[r~NeNIS0O~eTO~DeNNUs0XNINMO(OBNMOOVLNOVWNM"U]NnG)NNN¢L0eVOOO[—A—OMOMMIOOTNe03=-IUUO]O~00NNLOOLN3MICM=O=-vFgV3O[]OTNONOMOMOWNWM--[4}[«
W0RIRR0Ev=R- SYO9OAREYTAOANMYORe=TTTTJORN®UROTaW7T35w
O—OTNWVORONO «~NMO0OOWNNEMOOWNMOMOWVOITOVMNIODONYOMANIaOg
0008 UNoU0U~ALOWY!V1"Oo U0RNNNNO"o"3]-’

O0O- 4(%X
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE S-2
CROSS REFERENCE TABLE (CREF v04.00 )

MBgO42[)—oL7aw T=(UONC—0>IMeIIM~\NONIOWOICT~AMN0DT fSVTNoempCOX¥WgBdZWAlMe0]UR1N N0ITAOMINIIIMITO—Ne=MIIATT~VTIe IOTMIWOAMTTNMF\EOLTAYM¢0UI)PD[0R2E OMTI0O=MP"VOM0N[UYTOS10$UNS}0OtNLM=eIOIO~I=FCU— TOe0~MrrrrN,Orrh O~—=NINTMWOFIONVMTAY TOIMN=OVON TMOI0NeMOV—
[}

[

SE@ 0210

F_1

SEQ 0211

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE S-3
CROSS REFERENCE TABLE

C$85UB
CSCEFG
CHCLCK
CSCLEA
C$CLOS
CSCLPY
CSCVEC
CSOCLN
C$D00DU
CSORPT
c$oU
CSEDIT
CSERDF
CSERHR

94-53
7=3734
7=-373#
7=3734
7=-3734
7-373#4
7=-3734
7=3734
7=3734
7=-3734
7-373#
7=-3734
7=-373#
7=3734
7=373#4
42-45
50-68

55-28
61-26

(CREF v04.00 )

95-72
93-105

73=227

20-101
32-57

20-120

32-26

32-29

32-3

36-~64

37-30

18-20
42-57
50-81

49-42
53-29
56-31
72-44

81-23

86-65
93-222

92-87
93-336

73734
7=-3734
7=-3734
7-3734

(SMAN]
CSMEM
C$MSG
CSOFEN

93-93
7-3734

— 00 HWNOD—=2OW

73734

7=-373#4
7=-3734
7-3734
7=-3734
7=373#
7-3734
7-3734
7=-3734
7-3734
7-373#4
7-3734

SNV WN0OND
S AN

0 ~NON WA
——h
~NON NN
[
R
O ONANNWN
N O N—=O

OO SO
N

\I!O-—'\-fl—.l NWO

77-72

95-39
16-124

16-136

16=142

41-72
50-44
54-28
59-31
75-61

41-57
49-79

54-28
58-31

74-36
84-58
93-117
95-77

39-22

CSESUB

C$GETB
CSGETW
CSGMAN
CSGPHR
($GPLO
CSGPRI
CSINIT
CSINLP

59-37

7=427

22-21

'CSETST

CSEXIT

58-47

33-34

77-67

CS$ERRO
CSERSF
C$ERSO
CSESCA
CSESEG

57-49

44-47
49-69

54-28
61-28
69-25
83-36
93-225

86-34

93-194
96-42

40-21
45-52
49-82
54-28

62-39
70-68
86-37

40-21
45-58

50-47
55-28
63-32
71-36

93-315

86-52
93-338

45-61
59-40
73-43

46-53

47-30

87-115

88-72

89-56

50-51
89-24

50-75
90-2¢4

91-51

60-56
74-41

61-31

75-66

52-20

—

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE S=-4
CROSS REFERENCE TABLE (CREF v04.00 )
CSPNTB

2:-%53#
-

CSPNTF
CSPNIS
CSPNTX
csalo
CSRDBYU
CSREFG
CSRESE
CSREVI
CSRFLA
CSRPT
CSSEFG
CSSPRI
CSSVEC
CSTPRI
CA
CALMOD
CLKSTA
CLR

CMOD
COMPAR
CONSET
CPE
CPU
CR
CREADY
CRLF
CSTORE
DCK

DCU
DECODE
DESCY.
DESTRK

DFPTBL
DIAG
DIAGEN
DIAGLD
JIAGMC

NIAGST
DLT
DMD
DMPREG
DPE
DPR
DRCLR
CRIVER
DRQ
DRTO
DRT1

7-373#
87-76
93-139
7-373#
7-373#
7=3734
7-373#
7-373#
7-373#
7-373#
7-373#
7=-373#
7-273#
7-373#
7-373#
7-375#
13-126
16-119
13-35#
12-304
54-28
12-156#
25-87#
64~25
25-1184
12-192#4
12=1914
15-12
18-44#
15394
}3-37#
12=-173#4
16-98
13-30#
13-29#
94-58+
9-9#
12-2124
20-9#
20-24#
7-373

19-394¢
12=-40#
12-98¢
16-101
12=171#
12~-66#
12-207#
19-12#
93-109
12-128#¢
12=-119#
1

}?-?g

16=112

16-117

16=-123

16-128

16-129

16-130

16-132

16-135

16-141

21-9

30-27
B87-91

30-82
B87-96

30-95
87-106

30-100
87-112

77-47
89-20

83-18
90-20

87-45
91-47

87-52
92-47

87-58
93-92

87-64
3-97

87-70
93-138

20-219

20-221

20-222

20-224

20-225

20-229

20-230

30-16
30-10

30-22

32-18
20-154

47-26
20-161

51-23
36-62

5
5

-?g

57-35

58-36

59-26

59-39

16-64
20-193#
20-98+
22-9
55-28
91-64
38-21
67-24
38-21

20-116*
23-94
56-31
92-53
38-21
68-44
39-22

20-131+
30-71
57-46
93-128
39-22
69-25
40-21

20-169
32-20
58-24
93-187
39-22
69-25
43-42

32-22
37-35
58-44
93-207
40-21

41-40
59-18
93-325
40-21

41-74
59-34

46-32
63-18

49-60
70-39

50-62
75-45

51-3%

52-38

53-29

43-42

47-27

4727

48-25

6425

47-27

£§=25

64-25

69-25

18-46
16-104
25-30+

19-26
16-123
25-52

16-132
25=76+

16-135
25-78+

16-141
25-120*

21-18
91-55¢+

30-27
91-69+

30-100
91-83

87-96

87-112

16=-120
19-17
19-18
9459+

16-127
23-20
23-16
94-68+

27-10#
23-22+
23-18+
94-69%

91-57+
23-23«

92-40+
91-58+

92-41¢
92-42+

93-103+
93-102+

93-104*
93-127+

93-141
93-136

93-165
93-158+¢

94-57+
93-159

93-228+

93-296+

19-14
32-16
22-115

19-21
86-99
87-36

19-41
87-11«
88-31

20-12
88-71
95-73

20-26
95-82

32-14

86-18

87-29

87-33

88-27

95-70

70-38

70-41

70-45
20-217#

70-47

70-65

88-38

92-54

92-91

93-108

95-80

20-9
19-42
93-131
63-22

70=46
20-10
03-188
63-24

77=54
20-13
93-21

95-78
86-26
93-257

86-41
93-290

86-57
93-323

86-77
93-32 8

88-37
94-44

91-68
94-61

92-58
9471

92-72
95-79

92-93

- |

;g-%gg

;%-}82

SEQ 0212

26-17
87-82
94-37

26-26
87-89
95-43

20-218
30-12
7-373#
7-427
28-75

7=-373

16-118

16-139

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE S-5

SEQ 0213

CROSS REFERENCE TABLE (CREF Vv04.00 )

DRT2
DRT3
DRT4

DRTS
DRT6

DRT?
DRT8
DRVBLT

DRVCLR
DRVNO
DRVSN

DRY
DS
DSE
DSNMSG
DTE
DVA
Dv(

ESEND
ESLOAD
EC.00
ECH
ECI
EF.CON
EF.NEW
EF.PWR
EF.RES
EF.STA
EMi
EMI1
EMI2
EMI3
EMIZ

EMIS
EMI6
EMI7
EM2
EM20

EmM21
EM22

12-121#
12-122#
12-123#

12-124#
12-125#
12-126#
12-127#
13-139

20-38#
87-97

13~-59#
58-25
13-60#
12-654
13-127
12-179#
15-40#
12-90#
12=-56#4
12=-175#
7=-373#
7-373#
14-6#
12-84#4
12-153#
11-574
11-57¢
11-574
11-57#
11-574
16=44%
16-52¢
16-53#
16-54#
16=55#
80-56
16-564
16-574
16-58%#
16-45¢
16-60#

16-35#

86-36
87-113
16-128
59-19
30-94+
26-21
16-4#

86~51
93-118

86-6 ?

20-219
60-38
30-95

7561

96-42

25-106
86-34
24-26
-

44~43
86-49
60-46
81-23

45-48
B86-65
78-24
96-47

93-1 346
0
8

86-87

93-140
26-11
62-16

87-35

93-223
26-26
62-26

87-47
93-251

87-53
93-286

87-59
93-310

87-65
94-33

76=24
93-336

i7-67
94-51

30-58«
63-19

30-72
70-37

30-82
70-40

32-21
70-44

87-71
94-54

41-41
75-46

87-77
94-70

87-84

41-75
77-53

46-33

79-36
94-6%

80-38

7-427
20-196
30-16
30-22
30-12

74=36
36-67
37-41
25-69
85-42
23101
41-47
42-45
96-37

82-28
37-30

92-106
41-57

61-65

55-28

L1-7
552

EM23

16-63¢

41-81

49-66

49-79

50-6

|EM30

16-69#

89-50

90-46

EM33

16=-724

46-48

93-217

70-66

93-195
26-17
62-19

30-82

16-61#
16-62#
54-28

86-98

54-28
71-34

54-28
73-38

79-46

93-303

83-3

49~42
36-85

50-44
92-67

62-37
92-110

63-30
93-222

72-44
93-309

49-55

50-37

50-57

S51-31

57-29

61-26

52-33

53-29

75-43

80-45

93-264

51-42

52-44

53-29

56-28

55-28

56=-31

65-33

C<-29

8
:

56-31

56=31

53-29

CZRJMAQ RPO7 FE/%OST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE S-6

SEQ 0214

CROSS REFERENCE TABLE (CREF V04.0v )

EM34
EM3S
EM36
EM37
EM4
EM4O
EMa
EM42
EM43
EMS
EM6
EM?7
ENDCYL
ENDTRK
ERR

| ERRT

16-734
16-74#
16-75#

16=-76#
16=474
16=-73#
16=-79#

16-80#
16-81#
16484
16=49#
16-50#
13-21#
13-19#
12-72¢
77-65
16~96#
4265

51-31

ERR1
ERR2
ERR3
ERRCK
ERRDMP
ERRVEC
ERRWD1

ERRWD2

ERSTAT
EVL
EWN

EXPTED

F$AU
FSAUTO

F$BGN

56-31
73-38
82-28
92-110
16~107#
16-126#
16-138#
22-60#
10-11#
17-10
13-25#
45-28c
60~44r
72=39¢
80-54+
93-115+
13-26#
46=29+
61=-25+
74=26*
85-31+
93-335¢
13-51#
72-35+
11=57#
12-624

13-46#

7=3734
7-3734

7-373¢
30-8
37-33
40-17

93-276
88-35
B84-58
93-156

95-77

93-248
93-194
74-34
18-20
42-57
42-65
30-60
30-59

22-61

22-66

23-101

24-26

51-42

52-33

83-27

44-43

56-31
74-34
83-34
93-117
18-20
93-156
96-37
93-112
87-21
17-13
20-199+
46-28r
6124+
72-43«
81-21+
93-151+
20-200%
47-23+
62-36*
75-42%
86-20*
94-48x
22-60v
72-36

83-31

74-21

74-25

75-35

75=39

75-53

75-57

76-21

77-36

77-41

77-55

77-61

37-41

41-47

61-57

41-65

41-72

41-81

42-45

42-57

53-29

5428

54-28

564-28

55-28

56-31

91-70

92-80

92-84

45-48

46-48

49-35

49-42

49-55

57-29
74-36
84-58
93-194
88-35
93-217
96-42
93-189

58-31
75-43
85-42
93-222
95-77
93-276
96-47
93-219

58-41
75-61
86-34
93-248

60-46
76~24
86-49
93-264

61-26
77-67
86-65
93-285

93-243

93-291

93-306

17=14%
20-205+

17-41«
27-10

30-64*

32-9«

62-35+
73-36%
B82-26*
93-192«
20-206%

63-28+
74=27+
83-32+
93-212%
30-65+

64-22¢
75-41t
B4-56*
93-229%
32-10+

64=23*

89-49*

90-45+

22-74+

30-69+

47-22+

48-23r

63-29*
75-60%

94-56

72-41

25-69

52=44

25-106

53-29

49-79

7-399
30-20
37-46
40-21

34-35
31-18

10-26
30-126
38-17
40-21

50-57

50-68

50-81

70-66
80-45
92-67

71-34
80-56
92-87

72-44
81-23
92-106

3728+

3B-19+

39-19%

40-18+

41-35¢

42-32%

43~39r

4428+

65-31%
75-59
85-30*
93~334+
37-29+

66-27
76-22+
86-19+
94~47+
38-18¢

67-17+
77-38%
89-48+
94=55%
39-20%

68-15+«
77-42%
90-44x
96-26+
40-10-

69-2(*
77-6H6%
971-B8r

70-52+
78=22%
92-65+

70-58+
79-34+
92-85+

70-60+
79-44+
92-104+

71-32¢
80-36+
92-108+

41-36*%

42-33%

43-40%

44-29¢

45-29+

65-32%

66-28+

67-18+

68-16r

69-22%

70-55+

7062+

71-33+

72-40v

91-89+

92-66+

92-86%

92-105+

92-109+

93-303

50-28+
77-34%

32-11+

93-113

50-27+

51-20%
78-23+

70-34+

93-190

51-19+

52-22¢
79-35+

70-43+

93-220

52<21x

53-29%
79-45%

70-49+

93-244

16-96
32-8
38-21
40-21

16-107
32-42
38-21
40-24

16-126
33-8
38-¢1
61-31

53-29%

5428+

80-37+

70-50

54<24x

55-28+

55-28¢

56-31+

80-55+

81-22¢«

93-116*

70-69+

72-26*

72-31¢

23-98+

23-100%

86-47+
94-64+

B6-62+

27-68+

23-75+

B6-31r
93-272+

B86-32+
93-331+

BO6-46r
94~49+

27-39
36-38
39-22
61-39

73-37«

93-193+

23-61«

20-179
34-36
39-18
41-38

60-45+

93-152+¢

70-56

16-138
34-9
38-24
41-34

58-20%

58-19+

84~57+

70-53

5719+

57-18+

83-33+

93-30

L4547+
79-29+

56-31+

82-27+

93-292

44-39
78-19+

*+
4

11-51
31-10
38-21
40-21

50-44

66-29
80-38
91-90
94-66

1¢-100

34-9
31-10

50-37

65-33
79-46
90-46
94-51

49-25+

72=47+

49-66

63-30
79-36
89-50
93-336

49-26*

9627+

53-29

96-39

62-37
78-24
86-85
93-309

48-22*

76-23%

37-30

92-100

60=43+
79-30

61-22¢
79-38

27-43
36-60
39-22
41-50

28-40
36~
39-c¢
L,-86

93-213¢

93-230+

24-22¢

62-27v
79-39+

62-32
80-30+

28-46
37-19
39-22
42-31

29-8
37-21
39-25
42-35

86-63+

NIMONNONN—OONMOeN—OIOD—MOYNNIOINNMIOWAOMNANOV—OONNOIMTTITOVIVIMNVNO.~NINTTI3NOATNOJN—MIMNCO=NN0IONNUIOMVWNNOODMOTMNMO—NI=NNONOOMOANMOMNNMONTONTTMOTN0
[OeLNN
oOo=OeODMOOOeee O0OAVNIOMIOMeAAOVe0Oy,NOTNOTUMP0NMS0O0—M0E-N0ROM=A00NM MNY0OUOw-M OnNONowMON0OAO ONMODO08NI0000T00O80
RNOeUSRNONoOANORe0Ss0e0eAR00SeRAORIROANAANRISRSRNONRRNSTITRSAI3UROAMSAMARIUNNNEONNARVN~M NTTOVPTONIMAYNOTNYIOYIN0ON0NO0NRT8VT00T

eO=0—OMMANAN—NNOO—O-DCNMNOMONTOUJINOUNNOOURM0AO[IULVNVYMaNWN)IPONT.NIA=—OOMMNNONWNMDO=WQI=O<ONO3NMII<FNNOTNIO0V0NO=O\C=evCONOAIVRI0V—0oo—Oe=VMD0NUOI0—MNWN0I~=MTOOO—OF0NNONMIIMWU7—AOI0GN3N0UOVAMN~NAS=MO\=N0(0MeROIM0N0VTF—=NNONOIM\MWOWMIORMIFO3MUOVNeNTONTN7MNO=—3NOVOeAUNIIM~IMNTWNO==eOee AOVCWNONOT=UWeNOO\NN—ONONOAMTOMINVNIAOT(~I=VGNIM0O—M3NONeM0=2NW~NAOeIAOI—NVMOVNOVM\—OYI0I0VNNOWeTMO—OM~VIOIONDQ——=NOIMRU—OINMOIOO—WNMOONMMT-IONM\O—NMNINNIWNTTP<INOMNYIO0STNNTOVONOTATNOMNNReOT0DE7IMNCMN—M0NOATOMOOO\IOSFOTIMNTMNDUN~M-N~—ICOUNNvOMOIOOMNNMN=O0AOSIEII—OMMNNNDWANM=ANMNOAA\IGANIIOU[VMNMvSNZTaSNUM=N—loeNO’IA2MMNy=aN)OOO—NM0=NIOYOMT~OWWTT3ONT\—O=YNONIoMMRI0NN\——ASNHWOW~AMoI~OMOTNOMNVNNe,NTOOIOoI~N0VNNMOWOoOTI1ITo=MNN—U.OS=OT1IMMN.3ONNMOoNINNOOONNO—O.0TVTNMOMONTONW=IM=MNANR~N~—VTOA~aIT~l=DOOIO—=NvTNNRaONMANO=l=NO0\OWeMVOTaUINAOOOVI=oNOlG—O=MrTOeDNOO—MNMelW0UWiO—OOeNNTWNlUMVMNNOMvINMOaDMONN]WSNYNTOIOaIMSMMlWMNOWMNYOWNNONNLATMMTLOIMIOP0NO—=\NYAT~YNN
e[
27"
~4D2
w0
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE $-7
CROSS REFERENCE TABLE (CREF v04.00 )

vYaw

w
M
[
V
n
a
l
e
L
a
o
l
’
]
a
l
TRNIeMAOONIM-N=—eIOUYANI~AMIN N0<eMIO=AN\MOJ-—NIF~}=Nr\O0MAIL IBNeYRyO0~=eMI—oMONFl=MUNTy TeOMIAgON=o—MINI~ONS=IAyIN— e0R.8LNO0vIUNSA2MYO=—CI~OMNS oURA0YNRMeOISP(ONMU—=0~WOVIEM AZoVbr1JYOTNaOlSTNei0gMRaOly.VNOalMvOaNlMOe~WaovNUJTFNi=—CA\OI0VWIM~USlOA—3NTOON=W\IOM0EDCAO0lVIOND
b3

SEQ 0215

oM0

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE S-8
CROSS REFERENCE TABLE
FSHARD
F SHW
FSINIT
FSJMP
FSMOD
FEMSG
FSPROT
FSPWR
FSRPT
FSSEG

7-373#
7=-3734
7-373%
7=-373x
49-49

83-22
7=-373#
7-3738
7-3734
7=373#
7=-3734
73734

39-22

40-21
43-42
47-27
48-25
50-1
53-29
55-28
58+43

64~25
69-25

73-40

97-52
9~9
30-8
28-60
49-73

87-26

7-399
1696
29-8

39-22

41-38
43-42
47-27
49-28
50-72

41-39
4342
47-27
4945
50~84

53-29

56=31
59-16
66=25

5631
59-33
64=25

7419
81-14

74-38
B1-25

69-25

88-39

93-119
95-81
98-20

98-33
27-39
93-227

20~185
93-226

27-41
93-320

=000OOOMN OONNNTNMNM
O0RO NONOONNTUMT M

93-106
95-72
98-12
20-179
93-105
10-8
36-60
43-37

ITe—NM -WINONOMONURL OTNM

M~r [LalaY] 0O—eOMOT

7-3734
7-3734
7-373#4
7=-3734
7=-3734#
42-70
49-85

2875
37-32
39-22

28-46
37-21

88-30

T
FSSOF
FSSRY
FESUB
FESW
FSTEST

SEQ 0216

(CREF v04.00 )

U[}L Woe— 4[]
”«&

LoalaY]O~

Moo

OoNe=—ON UL

(NO MNN~OMON

FASTAT
FATOF
FAULTS

70-72
77=72
84-64
91-95
12=-51#4
12=52#
12-53#
12=54#
12=55#
13-36#

50-26
57-17
64-20
71-17
78-13
85-25
92-39

a=M\laV] [YalvalNal
ONo VIR ENNN
MM~Xo Yo (o
~ oo
[9V] N
3’ ooU

56-32
63-35

~y a0 o un
[}

4 ow
OS
[}

el o o (Vo
4

L1
| CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE $-9

SEQ 0217

CROSS REFERENCE TABLE (CREF Vv04.00 )

FRMTO1

FRMTO2
FRMTO3
FRMTO4
FRMTOS
FRMTO6
FRMTO7
FRMT10
FRMT11
FRMT12
FRMT13
FRMT14
FRMT15
FRMT16
FRMT17
FRMT20
FRMT23
FRMT40
FRMT41
FRMTS50
FRMTST
FRMT60
FRMT61
FRMT70
FRMT71
FUNCTN

GSCNTO

GSDELM
GSDISP
GSEXCP
GSHILI
GSLOLI
GENO
GSOFFS
GSOFSI
GSPRMA
GSPRMD
GSPRML
GSRADA
GSRADB

GSRADD
GSRADL
GSRADO
GSXFER
GSYES
GO

HCE
HCI
HCRC
HDA
HELP

HERTZ

15-53#

15-56#
15-57#
(5-58#
15-59#
15-604
15-61#¢
15-63#
15-64"
15-654#
15-66#
15-67#
15-68¢#
15-69#
15-70#
15-72#
15-73#
15-75#
15-76#
15-78#
15-79#
15-81#
15-82#
15-84#
15-85#
13-31#
92-57+

7-373#
7-373#
7-3734
7-373#
7-373#
7-373#

7-3734#
7-373#
7-373#
7-373#
7-373#
7-373#
7-3734
7-373#
7-373#
7-373#
7-373#
7-373#
7=3734
12=-50#

12-854
12-152#
12-86#
13-131
7-3544
15-87
34-11
20-99+

16-100

16-130

93-249
16~-128
16-112
16-117
16-129
87-52
87-58
87-64
87-70
87-76
87-82
87-89
87-91
87-106
87-45
95-43
20-218
20-219
20-221
20-222
20-224
20-225
20-229
20-230
19-14
92-71%

93-304

19-29
92-92«

19-21
93-107%

19-41+
93-126*

20-9%
93-185+

2
12+
9 =198+

22-50

42-39

42-51

57-37

58-38

59-28

60-33
60-33
60-33
97-54
95-44
60-33
95-44

60-49
60-49
60-49
97-56
97-58
60-49

95-44
95-44
95-44

9754
97-54

97-56
97-56

97-58
97-58

97-60
98-14

98-22
98-16

98-18

98-24

60-49
97-56

98-14
97-58

98-16
97-60

98-18

98-24

97-56

97-58

97-60

98-14

98-22
60-33
97-54
98-20
97-54

16-274
7-368
15-98
34-22
20-115+

7-390

16-144

35-5#
20-130+

7-407

28-34

36-48
2(-1514

7-430

28-48

36-55
20-181

8-10

28-62

97-4h

93-240+

93-254+

30-70+

3
9

97-60
97-60

98-14
98-14

98-16
98-16

98-16

98-18

98-22

98-24

10-17

11-44

11-41

12=222

97-7

98-26

98-48

98-57

99-2

29-14

20-26%

30-102

30-128

31-12

98-18
98-18

32-33

87-29+
93-324%

88-36+*
94-42%

98-22
98-22

98-24
98-24

14-519

15-19

32-44

33-10

91-65+
94-60+

15-29

33-21

—

—_

————

———

—

——

i CIRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE S-10

ISSETU
ISSFT
I$SRV
1ssuB

38-214
39-22¢

38-214
40-17

38-21#
40-214

38-214
40-21#4

38-214
40214

38-214
40-214

81-14#

81-25¢

41-834
44=314
47-27H
49-46K
S50-61#
52-47#
54-2B#
56=314
6022
64=25H

42-31
44=L7#
47-27H
49-49
50-71#
53-28
55-07
57-17
40-374
64=25K

70-888
75-234

71-17
75-63#

8313
87-20
92-524
93-227

85-23
88-24
92-684
93-238#

Bi-jer
88-30#
92-694
93-315#

-8
88-39#
92-89#
93-321#4

8525

Be-lo
89-25#
92-1124

B6-oek
89-52#
93-87

Be-37k
90-15
93-105

)

92-90
93-33

71-198
76-12

79-48

R 3

79-24k

79-22

£
!
W
N

78~264

78-15#

42-35#
45-26
47-27@
4O-SBE
50-72#
53-204
55-0BK
57=21%
60-47H
64=25H

42-36K
45-31#
4B=18
49-SOK
50-75
53-204
55-28F
57-31#
61-15
64=25#

41-50#
44=26
47-274
49-4SH
50-60#
52-37K
54-28K
56314
59-33#
64-25K
67-21
70-364
75-21

71-368
76-14K

B6-3Br
90-254
93-106#
N

41-394
43-LON
47-27H
49-IBN
50-51
52-36#
54-28#
56=31#
59-16#
64=20
67-14
70-33
74-3B#

!
[)S]
o

41-384
43~
47-27K
49-24
50-48#
52-24k
54-28#
56-31#
59-13
63-324
66-334
§9-25#
74-194

41-31
43-42M
47-27
4B=2SH
50-47#
52-17
54=284
56=314
58-43%
63-17#
65-14#
69-25#4
74-17

—

40-214
43-UN
47-18
4B=2SH
50-30#
51-45#
54-284
56-31#
58-354
63-15
66-12
69-25#4
73-40K

]

38=17
39-22¢

—b

37-434
39-22¢

37-334
39-22

16-1424

0o
o
]

36-38

oo
o
1
N
o

16-1384

-—

78-13

£o-30v
86-88#
92-39
93-225#
96-25

34-364

37-324
39-20

34-36

O
oo
]
o~
0

37-214
39-22¢

27-43#

28-75#
37-19
39-22#

27-43

28-46#
36-60
39-18

11-51#
98-84k
16-1364

o~
!

99-214

11-51
98-64
16-1264

99-21

28-40#

o
oo

99-164

28-40

o
0o
!

30-141#
10-26#
9742k
16-1240

42-67H
45-34
4B-2SH
496
50-84#
53-294
55-28F
57-34#
61-17#
64=25#
69-20
72-18
76-268

B6-520
90-48#
93-119#
94=754

43-37
45-5B
4B-25K
49-70#
51-18
53-20#
55-28#
57-4o#
61-28#
64=2SK
69-25#
72-00K
77-08

43-42#
46-24
4B-25H
49-73
51-24#
53-204
55284
58-18
62-13
65-18
69-254
72-46N
77=30#
82-14

Be-S4
91-42
93-120#
95-30

Be-6as
91-54#
93-1964
95=-72#

48-18

7-373#
98-12#
7=373%4
7=-373#¢

99-15
98-33«#
20-1794
36-60

99-154

99-16

99-22

99-22#

20-1854
37-19

27-39%#
38-17

27-41#4
39-18

40-17

41-31

42-31

43-37

63-15

64-20

65-18

66-12

67-14

68-14

69-20

83-13
93-226#

70-33

84-18
93-226#4

71-17

85-25
93-227

86-16
93-227#

87-20
93-320

88-24
93-320#

89-15
93-320#

90-15
94-31

26-6nx
39-1L

36-71
39-184

36-71#
39--25

36-714
39-25#4

37-19
39-25¢

37-19%
40-17

37-46
40-174

37-464
40-24

37-464
40-244

38-17
40-24

38-17#
4131

38-24
41-314

49-24

77-28
g;-gg
-

ISTST

30-126
10-26
97-42
16-107#

77-608

8o-1oh
86-75#
91-92#
93-197#
95-81#

9%
94-5i#
16-1054

40-214
43-420
46-50N
4B=2SK
50-26
51-354
54-27
56=30
58-33#
62-39#
65-38#
69-25#
73-158

3
3
3
3

o
~
!
W
oo
xr

40-21#
43-820
46=318
48-25K
49-82#
51-34%
53-29%
55-284
58-20#
62-15#
65-20#
69-25#
73-13

34-9¢
31-10#
32-84
33-8¢
97-61¢
30-84
7-399
96=51
16-06#
29-8¢
99-16

[e-]
o
1
N
o~

73734
7-373#
7-3734
7-3734
97-528
7-373#
_7-373#
36-38%
7-373#
7-3734
7-373#
7-373#
7-373#
_7-3734
38-21#

e
&~
'

ISMSG_
ISPROT
ISPTAB
ISPWR
ISRPT
ISSEG

11-57#

L3
3

1SAU_
ISAUTO
ISCLN
185U
ISHRD
ISINIT
ISMOD

HOE

SEQ 0218

(CREF v04.00 )

[o o2
»

CROSS REFERENCE TABLE

7-3734
38-244

41-34
4426
46-534
49-24

51-494
54=27#
56-32
59-13
61-15¢
64-20

50-26

78-13
gg-}g

51-18

79-22
93-87

52-17

80-24
93-105

53-28

81-12
93-1054

54~27

82-14
93-226

5527

56-30

37-17

44-26

45-26

46-24

47-18

72-18

73-13

74-17

75-21

58-18

59-13

60-22

61-15

62-13

76-12

-“

36-60
38-24¢

41-86
44264
46-534
49-244

52-17
54-28
56-324
59-13#
61-21
64-20#

L1-864
44-50
47-18
49-85

52-174#
54-29
56-32¢
59-40
61-314
64-28

41-8B64
44=500
47-182
49-854

52-20
94=298
57-17
59-404
61-314
64-284

42-31
L4508
47-21
49-85#

52-51
54-294
57-174
59-404
62-13
64-28#

42-310
45-26
47-30
50-26

52=51¢
55-27
57-50
60-22
62-134
65-18

42-70
45-26#
47-304
50-26#

52-514
55=274
57-504
60-22¢
62-42
65-18#

42-704
45-61
47-304
50-87

53-28
55-28
57-504#
60-28
62-42#8
65-41

42-70#
45614
4B-18
50-87#

53-28#
95-29
58-18
60-31
62-428
65-414

43-37
45-614
48-184
50-87#

53-29
55<294
58-18¢#
60-36
63-15
65-41#

43-37#
46-24
48-21
51-18

53-30
55-29%¢
58-32
60-56
63-15#
66-12

43-46
46-248
48-28
51-18#

53-304
56-30
58-48
60-564
63-35
66-12#

43460
46~27
48-28¢
51-49

53-304
56-30#
58-48¢
60-56#
63-35¢
66-36

43-464
46~53
4B-28#
51-49#

54-27
56-31
58-48#
61-15
63-354
66~36#

N 1
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO Vv04.00 1-JAN-83 13:37:00 PAGE S-11
CROSS REFERENCE TABLE (CREF v04.00 )

66364
69-28#

72-50
75-21#
77=-72#
80-61#
83-22

67-14
69-28#
72-50#

67-14#

70-33
72=50#
75-664
78-13#

81-12
83-404
86-100
89-15

91-51

93-105

73-13
75-664
78-29

81-124
83-404
86-1004
89-154
91-95
93-227

30-66+

30-67+
58-34
93-184

58-23+

59=-17+

93-233

OOOOOO?QOOOOQ

b N\ )
b el b
b cogh emud e nd

OOVOHUNWN—=OPVOO-V

b
b
e
b
b
kb
b cod
b
b

WO NININLININY = =2 —2

WWWWW\.NW\N\NWW
100

b
b e
e
b
b
b
=
o

b e e

NOVWNMES
NN = O
-

52-28

69-20#
72-18
74=414
77=-72
80=24#
83-13
85-744
88-24#
90-52#
93-87

68-51#
71-39#
74-41
77-28#
79=51#

57-36

69-28

72-18#
75-21
77=72#

80-61
83-13«#
85-74#
88-72

94764

90=-52#
93-87#
95-30

58-37

59-27

24-28

44-33

55-28

56=-31

36-61+
41=48«

37-20+
41-73¢

39<21+
42-66*
47-28*
50-69+
53-29+
55-28+
59=14+
65-19«
70=70+

40-20+

91=52+

«C
=

Ny Sy Ty Sy Sy Sy SN e e
T

82-14
84-64n
87-26
89-56#
92-394
94-31
96-25#4

25-93

85-43«

NOPOND
=2 —d b b b b b b =d 8 3

76=294
79=224

94-45

49-43x
51=43«
5428+
56=-31«
61=29x
66=-34«
72=4L5+
76=27*
80=59«

Ly T

68-14#
71-17
73-434

71-29

L4~44n

13-108

70-72¢4
73-43#

51=41

42-37

IXE

73=43
76-12#
18=29#
81-28#
84-18#
87-20
89-56
91-954
93-339#
95-83#4
9472

68-14

51-26

24-17

ITCOUN

70=724

95-83
94-62

67-414

95-41
92-62

6’=41
70-334

SEQ 0219

33-19

45-49¢
4£9-80+

52-34
54-28+
57=30¢
62-40+
68-19+
73-39+
77=70+

81-26+
86=35+

75=44+
79=49+

83-37+
89=51+

43=-41+

4826+

50-85+
53-29+
26-31¢
59-35+
65-39¢
71=-35+
75-64+

80-39+
84~59+«
90~-16+

K1RELA

LSACP
LSAPT

[V, YUY P

i Qi g

20-180#

LSAU

LSAUT
LSAUTO
LSCCP
L3CLEA
L$CO
LSDEPO
LSDESC
LSDESP
LSDEVP
LINISP
LSDOLY
LEDTP
LSDTYP
L$DU
LSDUT
LSOVTY
LSEF

LSENV]
LSETP
LSEXP
LSEXP4
LSEXPS

LSHARD
LSHIME
LSHPCP
LSHPTP
LSHW
LSICP
LSINIT
LSLADP
LSLAST
LSLOAD
LSLUN
LSMREV
LSNAME
L$PRIO

LSPROT
LSPRT
LSREPP
LSREV

LSRPT
LSSOFT

LSSPC
LSSPCP

13-110

KWSRV

SEQ 0220

CROSS REFERENCE TABLE (CREF v04.00 )

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE 5912‘

42-39

15-17#

97-52

97-52#

9-9

9-9#

30-8#
98-634

99-22

29-8#

98-12

98-12¢#

42-51

57-37

58-38

59-28

—

c.2
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE S-13
CROSS REFERENCE TABLE

LSSPTP
LSSTA
LSSW
LSTEST
LSTIML
LSUNIT
L10000
L10001
L10002
L10003
L10004
L10005
L10006
L10007
L10010
L10012
L10013
L10014
L10015
(10016
L10017
L10020
L10021
10022
L10023
L1002
L10025
L10026
(10027
L10030
L10031
L10032
L10033
L10034
L10035
L10036
L10037
L10040
(10041
(10042
(10043
(10064
L10045

7-427#
7-427#
7427
7-4c7#
7-427#
7-427#
9-9
108
16-105#
16~124#
16-136¥
16-142#
20-185#
27~41#
28-60
30-20
31-18«#
3242
33-19
3420
36-714
37-46#
38-24#
39-25#
40-24#
41-34
42-70¥
43-46#
44-50#
45-61#
46-27
47-21
48-21
49-85#
50-87#
51-49#
52-20
33-29
5428
55-28
56-31
57-50#
58-32

L10047

60-28

10-8_
77-47

1 0-8#
8 3-18

89-20

9-254
10-25#

28-75#
30-126

30-141#

32-57#
33-3¢#
34-35#

41-86#

46-53#
47-30#
4B-28¢

52-514
53-30#
54294
55-29#
56-32¢

58-48#

60-31

SEQ 0221

(CREF v04.00 )

60-36

60-56#

90-20

91-47

92-47

93-92

93-97

94-37

—

0D 2
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE S-14
CROS'S REFERENCE TABLE

L10063
L10064
L10065
L10066
L10067
L10070
L10071
I L10072
L10073
L10074
L10075
L10076

SEQ 0222

‘CREF v04.00 )

72=50#
73-43#

74412
75-664
76=29#
77=52
78-29#
79-51#

77=724

80-61#
81-28#

82-33#
83-22

84=-644

83-404

< NN -

d wd ok

P
PPy b

b o

b
b o
b
bo
P>
b
wnoo [=lelelelelelels)

rrer —rreeeerre

d e e e wh b d OO
—Noo NOWVHS
WA =O N

87-115#

89-56#
90-52#
91-954
92-1134
93-101

93-3394

94-764
95-41

95-83#

97-614

98-334
99-21#

23-20
23-16

30-60+
30-59+

92-40

93-103

20-146#
39-22

6342

64-25

69-25

20-148#
20-149#
93-216

20-162+
20-161

93-302

20-174+
32-29

25=35+

25-38

25-68+

25=72¢

25-122+

25-123+

38-21

39-22

22-68
27-11
27-12

22-73

58-26

58-30

65-26

65-30

73-21

73-31

53-29

54-28

5428

55-28

46-37

27-32

46-41

40-21

43-42

56-31

47-27

48-25

64-25

E 2
CZRJMAQ RPO? FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE S-15
CROSS REFERENCE TABLE (CREF v04.0 0)
MESG15
MESG1?7
MESG18

MESG20

MESG21
MESG22
MESGS

MESG5

MESG6

15-504
98-14
98-16
98-18
98-22

SEQ 0223

93-138
98-38#
98-39#
98-40#
98-41#
98-42#
97-674
97-68#
97-694

26-12

7744

83-18

83-15
89-20

89-17
90-20

90-17
91-47

91-44
92-47

92-44
93-92

93-89
94-37

94-34

2390+

67-16+

23-95
6841+

23-100
68~42+

23102+

24=-21

24-22

25-38+

25-39«

25-53

25-63

25-91

16=-32#
41-51

41-52

41-56

19-12¢

19-16

91-67+

92-56+

93-129+

93-186+

93-209+

93-241+

93-256*

93-288+

93-326+

87-48
96-30

87-54

87-60

87-66

87-72

87-78

87-85

87-98

77-47
93-97

7=427
7=427
7=427
7-405#
7-427
7-427
7=405#
7-405
7=405#
16-115

98-63
87-104

2-8
36-3
16-34#

24-49
24~4L8N
66-19
46-34

25-101

25-122

35-1

7-405#

7-427

97-1

7-3584
97-8#

7-394
97-14

10-27

11-1

11-8#

1-13

28-74

28-12

34-37

42-52

42-56

75-25

71-24
77-32

42-64
45-43
72-24
79-26
43-42
13-181

53-29
72-32
79-37
4727
13-193

54-28
72-34
80-28
48-25
45-33

55-28
73-24
82-18
64-25
66-16

55-28
75-29
90-27
69-25
73-17

56-31
75-33

56-31
75-47

13-169

42-60
44-38
71-26
77=57
40-21
13-175

75-26

77-33

77-58

13-163
39-22

13-170
40-21

13-176
43-42

13-182
46-36

13-194
47-27

37-22
48-25

37-27
64-25

65-55
69-25

89-27

89-28

43-42

47-27

48-25

62-22

64=25

65-21

69-25

68-17

68-45

25-61
66-26

25-99
39-22

—

————

——————

F
2
CZRJMAQ RPO? FE/HOST ISOLATOR MACRO V04.00 1~JAN-83 13:37:00 PAGE S-16
CROSS REFERENCE TABLE (CREF v04.00 )
PCLKTB
PGE
PGM
PHF
PIP
PKB
PKC
PKCS
PKV
PNT
PRELOD
PRI
PRIOO
PRIOY

20-107+«
12=-35#
12=-67#
12=176#
12=71#
20=109+
20=111+
20-108«
20-114+
11=S7#
25-8#
11=57#
11-57#
11-57#

PRIO3
PRIOL
PRIOS
PRIOG

11=S7#
11=57#
11=-S7#
11=57#

PRIOZ2

;ggg?
PSTACK

SEQ 0224

20-137#
12-193«#

20-110«
20-112+«
20-139#
20-142#

20-1404
20-1414
20-156+
20-154

20-155+

83-39

89-55

90-51

93-88

93337

94-74

20-154

20-161

51=23

52-26

§57-32

57-33

20-172+
32-26

11=57#

}5-3;0
13-102#
85~45

32-18

16-112

47-26

16=112

16-112

16=-112

16=117

16-117

58-34
16=-117

59-15

59-39

16=-117

20-51
91-60

20-66
91-66

25-88
91-77

84-22
92-55

84-45
93-121

$§-}§g

85-68
?2-;?3

87-28
93-143

87-45
93-146

87-45
93-149

87-106
93-153

87-106
93327

87-106
95-44

87-106
95=45

RCVED

13-45#

16=-100

16-130

22-64+

22-65

22=71%

22-72

22-100%

23-74r
61-20
72=-30%
B6-8B4+r

23-75

23=99%

24<20t

62-32
75-50%
91-78+

24-21+

63-20r
78=21+
91-81

24-24
63-22
79-33e
92-63+

RDDTA
RDHDTA
RDY
READTD
READY
RECAL
REG

12-218#
12-219#
12-64
16-37#
18-33#
12-206#
13-100#

57-24

57-28

57-36

59-27

2
0

20-222
23-36

20-222

PTRANS

25-64r
6325
79-43«
92-98¢

25-103%
70-65¢
80-35+
93-153+

37-26%
71=23«
B0-53+
93271+

37-40%
71=26t
84-53+
93-332+

93-324
57-23
93-155
18-35
92-71
20-219

19-13

19-24

20-219

44=42+
71-29+
B85-40+
94-50*

45-46t
71-30
B6-33+
94-65+

REGSET
RELEAS
RESET
RH
RHEXT
RHTYPE

23-59
12-208#
23-90#
13-125
13-57#
13-58#

23-66

23-72#

38-21
16-5#
17-11«
17-12«

40-21

47-27

48-25

17-20+
17-40+

17=24+
20-226

17-30
22-88

RIP
RMR
ROUTDO
RPADR
RPARDY
RPAS

12-210#
12-80#
13-32#
13-55#
18-11#
13-69¢

25-9

83-25

89-30

90-31

30-25+
30-55+
19-28
18-14

95-37

95-67+

18-21+«

22-22+

RPBA
RPBAE
PPCC
RPCS1

80-32
13-64#
13-82#¢
13-774

13-62#

80-34
13-1564
13-173

80-35
13-204
13-210

13-185

13-202

92-95

92-98

78-17

78-20

60-42+
72=24c
BOH-48+

30-4¢€

78-21

61-19¢
72-25
86-64*

62-28+
72-34x
90-36%

95-66t

62-31t
73=34%
91=56*

95-68

41-32

46-25

47-19

48-19

L9-47

49-7

50-49

79-30

79-32

79-33

79-38«

79-4C

79-42

79-43

37-34
50-52

37-36
50-55

37-39
50-76

37-40
50-79

40-21

25~9+

30-35

36-63

61-42

41-45

80-48+
19-19«
23-38

85-50
22-86
48-25

80-52
3722
49-50

80-53
37-23
49-53

90-29+
37-25
49-74

93-111«
37-26
49-77

18-45

19-20

22-68

22-70

22-71

23-35

92-99

95-65¢

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42-354
43420
45-614
47274
48-254
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L3-464

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42-704
44-3

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CROSS REFERENCE TABLE

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([V,4])

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Q
W
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G 2
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE S~17
(CREF v04.00 )

SEQ 0225

U[]

43-42
44-31n
47-27
48-25
49-46

L
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43-42
44=504
47-27
48-25
49-46
S0-48#
51-494

|[]UL OaWe—Ne— TN[eN=—-O MOoONO7VYV

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50-48
51-35#

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43-42
45-31
47-27
48-25

L9-464

50-61
52-24

L3&"0

[U"¢'0

&«N

L
J

L
]

H 2
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE S-18
CROSS REFERENCE TABLE (CREF v04.00 )

52-244
53-304
55-28
56=31¢
58-35
60-49
63-17
64254
68-20
69-25#

52-37
54-28
55-28
56-314
58-35#
60-49
63-17#4
64284
68-20
69-254

52-37
54-28
55-28
56-32¢
58-484
60-49
63-354
65-20
68204
69-28#

52=374
54-28
55-284
57-21
59-16
60-494
64-25
65-20
68-514
70-36

52-514
5428
55-28B4
57-21
59-16
60-56#
64-25
65-204
69-25
70-36

53-29
54-28
55-28¢
57-214
39-164
61-17
64-25
65-414
69-25
70-36#

53-29
54~28
55-29¢
57-34
59-40#
61-17
64-25
66-14
69-25
70-72¢

53-29
54=284
56-31
57-34
60-33
61-17¢
64-25
66-14
69-25
71-19

53-29
54-28F
56-31
57-34w
60-33
61-314¢
64-25
66-144
69-25
71-19

53-29
54-28
56~-31
57-50#
60-33
62-15
64-25
66-364
69-25
71-19#

53-29
54-294
56-31
58-22
60-334
62-15
64-25
67-21
69-25
71-39¢

53-29#
55-28
56-31
58-22
60-37
62-154
64=250
67-21
69-25
72-20

83-23
86-75
90-25
92-90

B3-234
86-75
90-25#
92-904

B3-40K4
86-75#
90-524
92-113¢

B4-64n
86-100#
91-54
93-106

BS-74K
87-1154
91-54
93-106

BO-24
88-30
91544
93-106#

86-24
88-30
91-954
93-120

86-244
88-304
92-52
93-120

86-38
88-72¢
92-52
93-120#

86-38
89-25
92-524
93-197

86-38#
89-25
92-69
93-197

86-55
89-25#¢
92-69
93-197#

72=504
76=14
79-51#

SAVRPR

93238
95-44
;6-97

SBE
SC
sci

12-170#
12-12¢
?3°$§6l

SCl16
SC2
SC32

SCé4

SC64
sC8
SCF
SDF
SEARCH
SEEK

SEIZE

SELNUM
SELRUN
SELTRK
SENSOR
SETUP
SFPTBL
SIZE70
SK1
SNDIGT
SNK

SPIRAL
SRC
SRCTMP
ST.CLK
ST.LCL
ST.PCL

SEQ 0226

73-15
76=144
80-26

932384
95-44
16-108

73-15
76294
80-26

93-3204
95-44
23-33#

73-154
77-30
80-264

93-321
95-44n
77-46

73-434
77-30
80-61#

74-19
77=30%
81-14

74-19
77-72#
81-14

76-194
78-15
81-144

93-321
95-72
83-17

93-321#
95-72
89-19

93-339#
95-728
90-19

41-67
58-26

61-7
58-30

41-76
81-16

41-80
81-20

25-8

64=c¢.

65-23

66-17

22-68
55-28

22~73
55-28

41-42
56-31

41-46
56-31

12=142#4
12-139#
12-169#
12=172#
12-211#
12-205#

92-57

92-92

93-107

94-60

73-10

74-20

75-24

76-15

77-31

94-32
95-834
91-46

74-414
78-15
81-284¢

94-32
96-49%
92-46

75-23
78=154
82-16

94-324
97-614
93-91

75-23
78-29%¢
82-16

53-29#
55-28
56-31
58-22#
60-37
62-424
64=254
67-214
69-25#
72-20

53-29#
55-28
56-31#
58-35
60-37#
63-17
64-254
67-414
69-25#4
72=204

86-55
B89-56#
92-69#
93-226#

86-55#
90-25
92-90
93-238

75=234
79-24
82-164

75-664
79-24
82-33#

94-53

94=-534

76-14
79=244
83-23

94~53
98-33«4
93-96

94-76#

94-36

96-36

96-41

46-43
82-21

L6=47
82-25

53-29
93-278

53-c9
93-279

54-28
93-284

67-19

68-18

68-34

69-23

92-70

92-88

92-111

96-28

12=-140#

12-1374
12=141#

12-138#

19-39

19-43

86-21
13-33#
10-15#
10-12#
13~133
25-29#
10-8#
17-11#
12-180#
15-41#
Lg-zg#

30-95
gg-lg'

23-16#
13-414
13-42#
47-27+
20-68%¢
20-132
20-117

91-85
25-36*
25-37+
48-25
30-76
20-160#
20-153«#

87-27
95-68+
95-31
88-47
16-29#
38-21

20-39

2294

77-60

78-16

79-25

80-27

81-15

82-17

71-20

72-21

83-24

84-20

85-32

88-26
95-69

89-26

90-26

91-43

91-74

92-43

96-48

39-22

40-21

43-42

47-27

48-25

64-25

69-25

24-20

25-33«

25-34

25-58+

25-62

25-96+

25-100

25-102

67-23+

68-22+

68-23+

68-24

93-135
25-37
25-51
48-25*

25-121«
2574
64-25

25-124
25-124+
64=25*

69-25

38-21*

39-22

39-22¢

40-21

40-212

43-42

63-42v

4727

30-45

38-21

69-25+

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NVAY—6OOO]oVIUVVUTgN0VoOVI6IOTVNDoTV0VNTWOIVoONNI6TDO—VOooOOQONoV6IoTOVoOV0OT=IOoQO06VNN—0oVI1OoVOIo[OV6VT(O—aV0OUA8OVDo0--—lOeVOleOYog0VVOlNOeV-VlVOOoN0VXVOlV—MegOVVlNOOVe0MVVl—OoOOVVleVo0OleNoOVOlTe0OOVlM—LeOOOl—kL8eWWVlANMWUG0O00AG800600G0O0GG080GGG0O006G0008GG600000G608€0G0ONANI a0elilelelUil
VVOOPoOJOVO]e]L8NooVIVNV1NAOvOl]oTVoVooITvVIlWOOoTOrVeLTNVYWVOOloOWeVOeNIVVVJuOTNMlOOOMNTO=eQN—WYDTATlQNOeNJYOONTVlTNVNoNeOOQLIT—POlNWoMTaOVVv0~NTTLLlONVOQVeTeVYV—A(NII]lDVIORANVTNeT0VT=O=ANlV~oOOVVOeLOTDLT==TOelAOCVeoV==F I==LlLT]OoNOo0OWDot(XOlLl=C0T)eIlOVdOl==TsNWeToOVlXl=L¢NNeOONaTnVlVMLfYd=¢OeANolOVdT==OlNVOAooAToNlVLk=Ml1vIOo0VooOA0TVTL=ll=OOOd—lVlo=LOOPvOeVToaNrV~lelvdOWeOoIeVQVdOLNllTevNOoFV—oOdVdOYLlEreVeL0lOlOoMloL7OlR©ON0lo00e0VleGAG0l000elGAGTs000elG00o000lGG60s0N0elG0000L0Do00lN00UGG000N00NAAN0NN\AY\TDTNTSTTN\
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7-427
7=427
7-427
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7=427
7=427
7=427
-8
-8
-8
8
-8
-8
-8
-8
8

1
-1
-1
-1
-1
1
-1
-1

-1
1
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-2
-2
-2
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7=427
-8
-8
-8

oV)V}oTooVVVITVVT¥oTSNNTaVVToVVTToNoTVJNVToVVTNVTQToVoTVAaAVVToolleelleXloXlookleeklolooolloellolLald[l ANOTOONFANAANONOAANNNAANANNINANONNOONTN

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N
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MO —

CRNCS REFERENCE TABLE

MM = -

I 2
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE S-19
(CREF v04.00 )

SEQ 0227

8-8

OeNIOUo=TNI~MIONyMZ, Oacr—Ne—cWTNINOaINIMIN~NOMtUONMy

OeN~0-OFIOM0NyYOIMNV—NUrCMOmTO=Ne~W—IPOMVIrWM0OI—SVO0WNFCIN=OV~NMGONFI0O~IN0"INMN0OANOINANOOVNOOINON0=Y—MIONMNUOVNA=YOM=MICNTODUS<NMSO<TO2MrNSNW—8IWArLNONO—N=M~=eTINM=(N-AI0MTNNIMMNOEIVGONAINWTOMNLNMISOVEFOeIOmVeSN=AOILMAOTNN~3UWIOFNMCVOTNAMOeVON=DI(\OV=Av=ONGO0ONIUNMIO—=OAONON—ATOUOOONOWN~==—-—O=
T—AN(V—OUOPNMIS]e20NN
NoL
TNrMIOUD—N—OYIMINONVrANrVN—VIMOr—NISWN—IN-eR=eOMII—SN0OOO—MeI=VN0DINONO00O0NNTOOMONM~NJ0NO0ANeMOPOMTONOOMOMOOO0WONN0OS~WNOSF0NAOIROONON0UAINOeDIVIIAOSONOOIINArAAOSOOSWUVNM—ON—NTONOND0~TSSONFPSOTDRMI0~NWOF~NYONAO\M=wWNFVNNIAr(2INOToIAI3S\NMOOIFTA—O=TAIOAOOODWrNWMNIIAWNOE-NN II=OSW2TMMA—INNAMOCMMeTWIONTRGQrMNOIONIONOO—eC APeNMIeIAAN=eONSOP=e<eZTITNNMRMVOeeAAUS-OeTIZMOONOAIPMMONNeNeIMTV=eISSOIOONAMOIO=MN=OP3OARe MrNVOWOTMNDNAOMO=—=IOEN==NAVSOOOrYeOAONUIMONNN—O8=EO=O=O0NIOlOeNNN0—ANOeT=R00MVNTNONNOeN00OIO00IONNOO¢0U\IIONVOONMM&0O====&N0SONO=—=I00
)O—.Aeu—O.N—VAIuAqI.OR—T:sTOz.OANI:N.AO.OISuNI.VSqON:O.uSN0oAO.ONSeu:—_O.MA0NoO0fONNiwV.AN=AuIOPT4RA7NI.AIM:VMIS(RNM.=W,ION%eWQN%OQNOTN0QPO%W=A.N\T—Oe.MN=,%=OO%WAeI0N.NO\VN.eO0,AJI,MA%C4O4N&IOOA%4T4N@O4%IM4ON6%DeJAnOfN«OAWV..NJwOR.mz.NTV,%AoNfONiA.M.Ye.fE=i

UNo1IeTYrOYN71N—MVVW1OYToNVVYNINWVVgYYTNOVVPYToWGMTYYIOOVONANVoMTVYYVT=oMI=VVYYMVT~YIONAVVYTY0NYPVOOVPONYY0VVONNVTTIoVVNVNY0NVgIJTOVMVTTWVZNXCOSYPNZJTCXNNW2XZFSXNPONANJLJXXNTTZWMJPLSR2VOTCXEX0"AJZNZFUCXXIOOPAJIXMNTXNVM=WZFJLTXNXN0NNPEZ08TOS0ATZXJZ2—NXLNNWZZIUEL8OTXNW(NRXJIZPSSUXNNPOZEZZSXX~NNOLAMANXXLTLNINT=ONZIIZSNXXNNITOASSZZILNXXMNNNSLZSXXXNOVOePLILNSXXKMN=WOZQLSLXXNNNNNXLXSONXUNONSgMSXZNIN8XLTOS2XSB2NONNUIMZXaNNNSLRIfIXsg=EO~0oa2aIMll]\MaaaMlllI-MVTaaalellOOMaaaMll=lNIMaaaOllNlOVoaaaOOMlllIaoaOW=lMllNOaaoaNlll=OOiaaaMlllOVNoaaaIOMlllaNaaNMUlllOOaooMgMlltVaNaoo=1ltNOoo[oOlFlalVWINN[V=aTTIaONaoVVATNVIl]Q=IaVogVTIIQVaVeaIRNNVooT=iIOoaOqIFV[oVoIINOaOo[TVVINaIVVoOT=aIVV[IaIVaoVo=NINOWaITOQTVaIONoiNo—NTVgTNa]VQT
OrTN—e=M-I0INIVN0AM [LaIAVolQJXRS1JvigelTVV0¥tY]N.aovVRoeVlKiEoaR =TOUINPAM~SNO=\ [NI) =OeNINOVO—NNDMIONTOW0NNYN0
0— O— O—

el O -

J_ 2
CZRJMAQ RPO? FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE S-20
CROSS REFERENLE TABLE (CREF v04.00 )

(=]

SEQ 0228

[=]

0o- O(-=] 0o- Oo-

—TTOFNWIZNTUNOLWVNIOORWONONOONWNMONOOO0COO—N0I—NNMMNIITITWMNVOANONOONPOOONONDVOOOOCIP2PMMMMMM
\TNVAN00NOTT00T=OYIyoYL00NN00IMOOIO0oOO0=NNNeM0NMNN0W—0N0000ONAyONNO00MISOT0OUOOO—NSMNA00NIUOV0MOO-NAMAOMN<RNNWWIONIO2AS2CONNAMWMUOSRWOOOONOAANNMRNAMN\NN.M—NAAOOOOOONO\RIIIIIOOO=DA~23SNASSMSSFNONT~MOONOONOO=PARAvRNM—NNMNMMOMAGOeATSA0AMFNSN2O=22MMRN~wEOMA3FINFANNVO~I=00OANNWWNDN"ADA—0NOS(ATTN~NASMMN0FRN=UNWRM’NOMAMTTMONNVN~MDGOO=OWONRANNANOOOOeUNOWMMIWO—MCNNNOQOOMNOMIVNOOOVOOTONOMONA~NIOOTSO=ONM==WMSvTOON—OUMON0VOOOIVIANCAOOMOMCOINOUOOOVMU=UUNHSWNMIMMMNSVOOONO=I=BM0OCTAONNVOOVNM=ASMNOOOOOO\S<NS<SSVMMORNOVO=OONA—SMANAUWTTNOOMOMRNIONUCUUvCNOUOOMO0MNNOOM0BOMM\\M=OIWOIMNIONOC~=+TNM—VAUUANSOOONG0NOMNMAI0YION=ON=MO=ONWONNNNNIN==S0MSG~NUTSTFOMNNONOSR+IOPA=v)~S—ESODTNM=ON80MMMON)0M2—AGNNNM~3IMO~MA0~FM2ON—MYOYro=NM=N—=VUNNNOOSOOSSOSSPMTQnNVOINSOAMUUNAeeMIUTJIINVNANNIMMN=YMNAN.ONnN3AWMINOAOOONNNUMMUIDr=OMo=MOMNN=nrNMNNN=IOMMr=MMMeO=M=NY=MMrAnN=MV—=vrONNUOONNAUCTUO—evvevNMIIMIMINNOMONR0O0MODNM0INI0M0ITNNONNW0O0NOON0MYM0ONNNO0GO0IO0V0VONNDGWGO800N00~CNNNANAA0000OODINIAWNG000T0N0NNGP—OO0000RIOONOANNNMNO&000ANNNVOOVMVVOWMONN6¢00NININNOOOINOOOMNN000~ANNNOWAO0VNNOIMMMNOOCO0DDM
T]A1W.NO-WoWNYNAMNONWRIWCNW—4NNAA4N]ON40AO4SNTBRVO,%NRV,4IVOoRV41OVsVW2V4IVCINVYRVA,IVCeVsMTalvaYVaVColVaTlOVaXo~VFNYaAghsTIoAYVUMVoNlYTolOvoNlVNeIalVola=NXo=lCV=oYWo~otVVNoOlMUaIlralal(alIiaAlMValolra
K_2
CZRJMAQ RPO? FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE S-21
CROSS REFERENCE TABLE (CREF v04.00 )

INDOOAMRBAGNVMNMN [aogQV40J2Sel1l&TLRIYWaT7l.1NVoIaRIa]X,EiYVve [aIVToQN]e&AJR2¥dliYg)1aViaXtl,EVNCiv¥daRre OM<=SWANUTI)YOMP SRINey3O=eSMT~0FvNA2C0Wr—r—r—\r—= WIAP0ONN0O0¢8&0 MNOIATNWUN2TO=—VMVNMIMVANCMNNEIWOGO0GQ(e~ANO3M2=Nv—DYFL=MN0N NO~TMW2—WSITOMOSNONANMON0VGNONRIOO

SEQ 0229

82-28
83-18
83-34
84-58
85-42
86-37
86-55

\INOOO.*\A‘\WWN

82-28
83-18
83-23

00 Co Co 0o 0o O 00 00 Co Co

82-28
83-18
83-23

NSO
OMN NN =N
NGO
£~ 00 50000

L. .2
CZRJMAQO RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE S-22
CROSS REFERENCE TABLE (CREF v04.00 )

SEQ 0230
83-18
83-22
83-40
85-42
86-34
86-49
86-68
86-100
87-45
87~52
87-58
87-70
87-76
87-82
87-89
87-91
87-106
87-106
88-30
89-20
89-24
89-56
90-24
90-48
91-47
91-90

95-77
96-47

96-47

97-58

97-58
97-60

(O TN M=]ONNMMOWNMNOOCOOONONONONOYOVONNNNTTT IMT MMNIeONWOO
|OeTR0NNB0IN0VSPU08MT [AOT800NN
4
4
0
0
0
0
0
9
I0eM-00s0R0R0NYIMVewaRN—aoARMroNORAVNSN0RRANAORRRA -YINR~ANAATI'sVAN=YRO—RNRMOSACVISgNRONRRAOBTY TBNDeSTNIOSNAITNAONILANRTROUSTMNNMOAUN NyNNRE"33=1ONT2OT eVON"O0I

IeOMe—=NMJIeF-N—ONe—INIMOVNM~~M=OOO—O—SMINAMMINNAOSMIEON=ONOVNOPN~e=IO~NOOMIWFNNTOIMNWVOMNMNOI—OASTSNTOIONMUM—NOMYPAIOMNIAS0TOZUNMOMINON—MONSOMOASNINMOINIOINNMOIMNMIS0EOSOOTNONTIOUSMNWTNV~FOOTANONINOION—MIONNOANNN=—=IrMN=O"\Nl=~=QOo==W—

bN0NT—TOOMeIM—0~OCAI0|=NTMIVT—FWIOAMMeM0TWONN0O=ANWN0OIIM~IMOIDV0NO—A=UNONNMUVM0INOOAN0N=MI\.I&OOOIIN0IMNNAGM\ED—I=O0OMONN—MNPU=FOO—WO~OIOMC—NIMV0NMN0NVOMIONP=MeOMrNF0oo)oBEEAM=OeDOITNwMlMJeNNON=0Mln[NL]AeO0NP0N=EMI~NNGROOIrY~MWOMEMDDNew[(=NwNOeOE=V0=]O=y~a]TA[YVDINTMII—O—eYOCNGONOMMGIMVNNNECD——CNEDSO=E=OWMWAI~TCNOMVOOMIM0DANGIONOIMVOVNN—3TTNAIRO=NA~TOOeONNIMVOUIDMAUNN—NMIMMPGINO~ONOFTVO-0MCMN—OOVOMOMNIOEII~BUN—O—INNWMNAIMNVOTFOGNAIe=SNAEMDMVMCITNOONINUNMM2TOOOITONUNNONOI=-OMCMIDNI—ION0N0OVOMTN0NIMNOMO0OMNI=FTNvTIN~OWTV0~M0O2N0NANTTGEDSO0INN—TTOO==NTIIIAMRTNTNASSUOIW—VNNIMNOOOPNTMST\TWUO=O-AANAUIIOVOMNN\R\OFIeMNUO=ONOWNIMOITO—MUFNOMNM0OANMOIUNOM0ON~IMINCMNNMO0I0NOUNNINVF=O08AAMNYINEOTNow~EWN=E=I00TOMIMnNw0w==o==.o0nnM[OwN~OIV0nNlNOW=MMNU0INOF003NWLOON&NIOe0IO=0\O=NNN80oVTOOXNa0O==OUY[0M0o
N
-

m__2
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04 .00 1-JAN=-83 13:37:00 PAGE $-23
CROSS REFERENCE TABLE (CREF Vv04.00 )

wm|]W1 —~NOr=0TA\WIMOONO~MVAIMN—OOI AO—NITNMVNIMNNINDOR—AIMI~TOAOM—IOWOIT—NJ=OTNIDOAMNIOeN~MOTOIET 0yNO—INIO\—2NOM~NOMNOTAIONr~—IWrON—E NOWMAVI—MAeOMO—ONeINM=VwMONDN0O—nOMO0InOML$0bI|Y —ON=IWMA—NAN—CWUONoCNCIMIONONIMYOI CWIOVUNOMT8IA=NDNONNT O\NUOITMNP7=OGMFNIOMVyAE
U

SEQ 0231

N 2
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE S~c4
CROSS REFERENCE TABLE (CREF v04.00 )

SWITST
T$SAU
TSSAUT
TSSCLE
TSSDAT
TSSOV
TSSHAR
TSSHW
T$SINI
TSSMSG

T$SPC
TSSPRO
TSSPTA
TSSRPT
TSSSEG

SEQ 0232

10-9#

34-9#

31-10#4
32-8#
99-16

32-57

99-21

33-8#
97-52
9-9

32-34

97-61
9-25

30-8#

16-96#
99-"5#
29-3#
99-15#
28-46#
37-21

38-21
39-22

40-21
41-38
42-36
43-424
45-34
47-27

48-25

49-28
49-704
50-61#

51=45
53-29
54-28#
55-28#4
56-31#
58-35

30-126

16-107#

99-16
28-60
37=214
38-21
39-22
40-21
41-38#
42-364
43-420

45-344
47-27

48-25
49-28#
49-73
50-71
51-45#4

30-141

16-124

16=-126#

16=136

16-138#

16-142

99-16#

28-75
37-32
38-214
39-22

40-21
41-39
42=47
L3424
45-52
47-27

53-29
54-28
55-28
56=-31#
58-22#
60-47#

53-29
54-28#

55-28#
56-314

64-25
64~25#
68-204
69-25#

82-16#

T$$SOF

TSSSRV
TS$SUB

94-53
98-12
20-179#
93-105#

92-90#
93-225#¢
94-534
98-12#
20-185
93-226

92-112
93-238
94-75
98-33

27394

93-2274

92-112#4
93-238¢

94=754

27-41

93-320

91-92
93-10
93-31,
95-7¢2

86-524
89-25#

93-1194
93-321#
95-81#

93-120
93-338

92-684
93-1204

93-338#

89-52
92-69
93-196
94-32

72=204
75-63#4
79-244
82-304
86-55#
89-52#
92-694
93-1964
94-324

47-27
48-25
48-25#
L49-694
50-60#
51-35

53-29

56-28
55-28#
56-31#4
58-33

61-17
64+25
65-20
68-48
69-254
72-46
76-14
79-48

83-23
86-68
90-25
92-89

93-197
94-52

48-25#
49-70
50-61
51=-35#
53-29
54-28

55-28#
56-31#
58-33«#
61=-17#
64-25
65=-20#
68-48%
69-254
72=-46#
76=144
79-48#

83-23#
86-68#
90=25#
92-894#

93-197#

94=52#

60-33
9544k
97-58
98-14
98-18¢

60-334
95-44N
97-58
98-14#
98-18¢

60-334#
9754
97-58
98-144
98-20

18-204

22-21

22-214

60-33
95-44
97-56#
98-14
98-18
9
_7-373#

18-20

37-30

37-304

37-41

37-610

92-674
93-2174

92-87
93-222

92-87#4
93-222#

6
8

92-106#
93-2484

83-40

84-18#

90-15#
94-41

7=427
16-994

7=427
16-100

7-427
16-100

7=4L278
16-100

7-4278
16-100#

7-4L274
16~100#

16-129
16-135

16-1294
16-1354

16-129#
16-141

16-130
16-141

16-130
16-141#

16-130
20-218

26-17

26=17#

16-112
16=-117

16-112
16=-117¢

20-219
20-221
20-222#
20-225
20-229#

20-219
20-221
20-222#
20-225
20-230

20-2.:9
20-221#
20-222#
20-225
20-230

20-219
20-222
20-2224
20-225
20-230

20-219
20-222
20-22Z¢
20-225#
20-230

20~219
20-222
20-222#
20-225#
20-230#

20-219#
20-222
20~224
20-225#
20-230#

20-219#
20-222
20-224
20-225#
20-2304#

26-264
30-100
87-45
87-584
87-76
87-9N
87-106#
90-20#
93-924
93-249

30-27
3C-100
87-45
87-58¢
87-764
87-91#
B87-106#
91-47
93-92#
93-249#

30-27
30-1004
87-45
87-64
87-764
87-96
87-112
91-47
93-97
93-304

30-27#
77-47
87-454
87-64
87-b2
87-96
87-112
91-47
93-97
93-304

30-82
77=47
87-454
87-64
87-82
87-964
87-112#
91-474
93-97
93-304#

30-82
77=47
B7-454
87-644
87-82
87-106
89-20
91-47#
93-97#
94-37

30-82
77-474
87-52
87-644
87-82#
87-106
89-20
92-47
93-97#
94-37

30-82#
77-474#
87-52
87-70
87-82¢#
87-106
89-20
92-47
93-138
9437

30-82#
83-18
87-52
87-70
87-89
&87-106

60-33#
97-54
97-58#
98-14#
98-20

60-49
97-54
97-58¢
98-16
98-20

60-49
97-544
97-584
98-16
98-20

60-49
97-544
97-60
98-16
98-20

60-494
97-544
97-60
98-164
98-20

60-49%
97-56
97-60
98-16#4
98-20#

60~-49¥
97-56
97-604
98-164
98-204

95-44
97-56
97-60#
98-18
98-204#

95-44
97-56#
97-60#
98-18
98-20#

23-101

23-101#

16-128¢
16-132

21-12¢

41-47

16-129
16-132#

21-12¢

L1-474

21-18

24-26

461-57

16-112
16=-117#

21-18

24=_60

41-574

36-67#

60-33
95=44n
97-564
98-14
98-184#

21=12

89-56
94-31#

83-22

8
92-110
93-264

92-1104
93-264#

93-117
93-2 6

89-504
93-117#4
93-2764

16-112
16-117#

21-18¢

25-69

16=-112#¢
16=-117#

26-17

25694

16=-112#
16-117#

26-17

25106

16-112#
16~125

25-106#

16-1124
16-123

20-219#
20-~222
20-224#
20-225#
21-9

89-20#
92-47
93-138
94-37#

36-67

4L1-65
8

L1-654
45-484

4L1-72
4L6-48

L1-724
L46-488

41-81
49-35

3
8
1

52-33#
54-28
56-31

52-44
54-28#
56-31

52-44N
54-28#
56-31

53-29
54-288
56-31#

50-374

58-414

g
8
2
)
5
8

66-294

93-2854

50-44

59-31

70-66

50-444

59-314

70-664

93-303

93-303#

50-57

60-46

71-34

26-264
30-95#
87-45
87-58
87-76
87-91
87-106#
90-20#
93-92
03-249

21-12

89-24
93-339

83-13#

pary

26-26
30-954
83-18¢
87-58
87-76
87-894
87-106#
90-20
93-92
93-139#

89-154
93-101

26-26
30-95
83-18#
87-58
87-704#
87-894
87-106#
90-20
93-92
93-139

21-12

88-72
93-93

82-33

42-314
48-18#
53-30
58-48
64-20#
71-17#
77=72

W
J
[a]

26-26
30-95
83-18
87-52#
87-704
87-89
87-106
90-20
92-478
93-139

21-9#

88-24#
93-87#

-t

26=17#
30-95
83-18
87-52#
87-70
87-89
87-106
89-20#
92-478
93-138#

7-427
16-99¢

82-144

O
&H
L

20-219
20-2194
20-222¢
20-225
20-229

87-115
92-113

81-28

20-219
20-219#
20-222#¢
20-225
20-229

16-128¢
16-132

87-26
92-51
96-~49

81-12#

g
62~4
69-28
76-29

g;-g

W
[J

20-219
20-2194
20-222
20-225
20-225#

16~128
16-130#

16=112
16=117

52-20
S7=-174
62134
69-20#
76=1204

20-2184
20-219#
20222
20-225
20-225#

16-128
15-130#

16-112
16-117

7=427
16-99

52-174
56-32
61-31
68-51
75-66

20-218
202194
20-222
20-225
20-225#

16~128
16-130#

16-104#
16-117

87-20#
92-394
96-254

51-49
56-31
A=-154
68-144
75=214

41-86
47-30
53-29
58-32
63-35
70-72
77-52

16~104
16-117

7=427
16-99

80-61

51=-184
56-30#
60~56
6741
74-41

41-3 14
47-1

41-34
47-21
53-28¢
58-18¢
63-15#
70-33#
77=-284

46-53

16-104
16-117

7-427
7-4L278

86-100
91-95
95-83

40-24

46=27

w
[}

16-100#
16-112#¢
16=-1237
16-130

7-427
7=4L278

86-16#
91-51
95-41

40-174

7=427
16-99

85-74
91-424
95-36

39-25

46-. .¥

o
»

=427
7-4274

80-24#

85-25#4
90-52
95-30#

50-87
35-29
60-2
67-144
74=-174

39-18¢

45-61

N
[}

79-22#

2¥
6
73=-13¢
3
79-51

50-26#
55-28
60-31
66-36
73~43

38-24

L5260

38-174

44-50

TSERRN

84-64
90-24
94~76

1-9

T$CODE

TSARGC

78-29

60-22¢
65-41
72-50

VO~

78-13¢

59-4N
65-18¢
72-18¢

10-25
37-19%
43-46
49-24n
54~29

O OO 0000 O AV I

59-13¢
64-28
71-39

10-8#
36-71
43-37%
48-28
54-28

10-8
36-60#
42-70
48-21
54=27#

[]
W
W

T88SU
T$STES

SEQ 0233

93-309

(X]

8.3
CZRJMAQ RPO7 FE/MOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE S-25
CROSS REFERENCE TABLE (CREF v04.00 )

c.3
CZRJMAQ RPO? FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE S~26
CROSS REFERENCE TABLE

(CREF v04.00 )

93-309#

93-336#

TSEXCP
TSFLAG

TSFREE
TSGMAN
TSHILL
TSLASY

T$LOLI
TSLSYM

94-51

94-51#

94-66

94-664

9544
28-60

98-63

7=3734

95-44

7-3734
95-44
7-373

33-34

76-29

95-774

96-37

96-374

96-42

97-58#

97-60
30-126
61-34
48-214

97-60#
30-1264
41-340
49-49
50-75#

98-22

98-22#

41340
49-49

46-27
49-494
52-20
55-28#

99-224
95-44
95~44n
98-63#
95-44¥H
7-373#
34-35
49-85
63-35
77=-72
91-95

30-1264

50-75#
55-28
60-28#
83-22

90-24#
93-101
95-41#

95-44#
97-54
99-15
97-54
9-25
36-71
50-87
6428

78-29
92-113

95444
97-54#

97=-54L#
10-25
37-46
51-49
65-41
79-51
93-226

32-42

60-31
83-22#4

91-51
93-101#

97-56

97-56#

97-58

97-58#

97-60

97-60#

98-2¢

98-224

97-56
16-105
38-24
52=31

97-564
16-124
39-25
53-30
67-41
81-28
93-339

97-58
16-136
40-24
54-29
68-51
82-33

97-58#4
16-142

97-60

97-60#

98-22

98-22#4
30-141
45-61
59-40
73-43
87-115

66-36
80-61
93-320

41-86

55-29
69-28
83-40
95-83

94-76

56-32

27-41
43-46
57-50

84-64

85-74

20-185

42-70
70-72

96-49

71-39

97-61

28-75

4450
58-48
72-50
86-100
98-33

96-424

32-42
46-27
49-4L94
52-20
55-28#
60-31

83-22#

91-51
93-101#

31-18

46-53

60-56
7441

88-72

96-47

32-424

46274
49-73

52-20#
56-31
60-31#
87-26
91-51#
94-41

32-57

47-30
61-31
75-66
89-56

T44¢ONSSXXNVSSZXXeLLSNN\XSZNXMTILLSNXNEZLXFUL¥TIZJZXNXNLSJMNX\BSSSNNXTXESXXITXSLNNNMLLLPXKNX8SZLITOLGRgSTMLgPggIlglaaalllMoaolllIoaalllMaaa&R lllaaoIlllaaalllMaooAlllIRaoolY1NMoaVlVOTIaaVVVNOIIaaaVBNVITTaRei=Soe[ll_kLL=lRklE
4N4OxYL
XLYY
SSNISNXSX\NUXSNM%TSZNXTZEXXBTZLXNMPSSXXNLSNNnNSSMXXSSXNSLZTXXMTLLXKNSPNgaLNLIXgaollMaa=R llaallooIll0gallM0aall8Naall00aaIll0aollS00aoV00IVEaVo40lVo0=l80Lad80kL=l0l09
4NTOOO40y
Z0INXX~IZVXXMOXXNJNBTOOSSITTlNO\SZXXWPLOLTKOILZOX2rZXX—UNWZZALX»OPZSNXONNNMFMXXO—SENNNOTSLXKMI=WL8LN~AeTDLXXb% egOgMaNl]ICgaTllaaMNlleooMllaaNllaaDllaollOaallooNLllM03aaIVV0IIaaOVV0]IaN-» V=Lo0]V3dad60oeLLoC80lkIl
2T0OYL
LNNXPWOZXTUIVILNNNSHMIIZXSPNXIMXMAMJLZLS=®ZIXTTBMMUNOORX=OIZXxgMM~a¥g=lV0aARlMolVVOotO’2NIlMoeMlNolN0o©lSaVIGaVAVIIaEVNT[T=oeleRelOL=nd

90-52
98-63#

95-77

30-126
41-34

32-420

4<8-28
62-42
TSLINO
[, ("] 2]
(Y9 w —

93-336

SEQ 0234

x0ONVONONOJNhCOINMT=—*rxMOOI&N¥NOONOOlNeoO

x»»BRR3.yy3LB35»B33.BBLY¥x®BRL3BL3RVBPI-—NYRRWNNOn/BOoRWR~Nn—RO

APTIONO=VOUVNM=MMM oOUANMNSIL=NIVOoMITICIM O—WNOr=—MIAMNAeLN OMW~ANINJ2O=INM7FNNOVIOIM g08OM~NOMN=I0—\OFe2UNOrME— OMeNIT—U~O=yMN\ 096LG\0~MNOJTve=I—FONMy— ONA=PWMeI3ON~ 0¢60NON=eWANI= TNAOrL—CDOUMVMOVOIFCIOO QrITUMO—JeW==MV0eO©VN=vO0UVIMN
b N

VYRNBN'“RN¥O®»

b
3

(559=60“L379881183N78R925824058660B83B69B68N”50b36578x09238
=OOONOO0TOFITOMOWRPPNL~~L00NNY000NNDTNNOTGCSrWO0ONOWN—VPNaa)GS~MAOIVFW—WONDNNWDoYGO=N—ONJMVG6NGGNINII0VAVOONNNRVOG=3WINNsMOMAG60r—OOOON=DUMOSRDGOM0=AOANEIVMNMVG6B==IOMR(OMVMN6G=—W=v=NIV~O~WONIROCOO~G==NFOB\OSOSIN-OO—I\NNNNT\PM—0RSOOOoOYNMA=INWW\NPGOONOOMN~SAAIBOD(IMNM7(A\A=RJMO)NOAMTNO=A\=PNMv~JIOANVOJ=MOOW=CNAPION~W=MDOo=IVLNBF=NOTNM0AORo~ANOMMO=WOPNSNMOoOOoARo==IOORINTOMOE.NONRRMOeTOIIe*WOOVOIN—DOWWON~MWOVSGAMOeVGD+==O0WI—OD—TMOGS=TOAI0TA~OMOOOWMMINRNMTRNOIyGSS—=N—IOvT0ITEOONUINVITWIOOOOONOOIIGMDIUFOMOMI MBVONOND-TOAOOOROMUvv—IUIWWOMIMOTOOo=0=A=TROOO0WNOOOMF=OvWT~OO~IAOOTA—0\AFIJMTOONAIRN=UMM=AbMIOIVMSMCMMMTIOOINOOAVNM<UISIOOrY==—eN=IMOM—C0ATU==MvvvNO0MABOrTIv~v—M=OI—ODOM0BRNIGONC0INMAM0BOO0OGAN~OIO—0IROBO0ANMMON00AWRSIPIBOONNNCITRWAOXBEOrM~OANIN0(bMNRNANOOBWI0AOTMGNNSOBNII~BANOMOT0N00MrORN~rOMIWITOSM~GVOO00PNMF-0rVNNN~VOVAR=N~NW00OORRNONIN=OAM000VOVMOROIMOO~WTNEN0880RFONNNGM~SSNI0RAWD&0O0T0DANROWWIOORNSOWWN000O0NNNRAOWbNNTIBO0&N00RTOOPNNNNDON*RWR&0N0NONOVOOM8NRNANA00CAN
0O0080~0600M6000I0M00TPNARNDROCNO—RONeOSVNOPRNDNRONVO—APOINNIVNWNONNNRNNR—NABNIMRNBORERNBeTWNNVN
L3[Va)

TTNNTNNN NN NN NN N NOOOOOO OOO OO N A BNAI-0G060G0G0G0G0G060S0O

A
o
3
WIO0NWIOTNM7IN=VOION~e—\AOTNO—N *®X1B¥2RP"ar8y3 L408D2258471432223143121122334231121GWON0C~212111582U1ASPI©UM=v\FAINOI.N OIOUNMTS=VOI—eNII\IUIWG(B8C7~VISDO0T©NMUIA.e=E)\FLI0~ IOTWNTOWI=rUMNANOCTOMVNMY—NIOM0S&L0N NYG086SOTRAIe-F~ONSV A0GNOTI-LOoMT<NIGA=¢\~)YMOVSJ NIOPMNA=—GOINS
®

[

x®8 %82 B B ¥Bt [®

0.3
CZRJMAO RPQO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE S=~27
CROSS REFERENCE TARLE (CREF v04.00 )
SEQ 0235

E_3
CZRJMAD RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE S-28
CROSS REFERENCE TABLE (CREF Vv04.00 )
90-52
91-95
92-694
92-113
93-1194
93-225#
93-315#
93-339

20-179#

11=514
10-8#

27-43

36-~38#

L3-374
50-26#4
S7=-17#

43-46
50-87

16-142
32-57
40-24
47-30
54-29

71=-174
78-13#

71-39

75-66

91-95#
92-89

92-1134
93-120
93-22/.
93-320
93-3394
94-75
95-81

10-25

91-54

16-138#

28-75
36-71

32-84

57-50
64-28

91-92#
92-684
92-112#
93-119
93-225
93-315
93-338#
94-52#
95-30#

96254
97-524
98-64

20-185
33-34

41-86
48-28

$5-29

61-31
68-51

82-33

89-56
96-49

41-394
64-25

90-25#
93-321#

93-338

41-49

41-50#

41-59

64=254

70-68
77-69

69-25

86-37

91-92
94-52

69-254

40-214
48-254

64-25#
69-254
75-63
82-30
89-52
93-320

OO0.00QN

40-21
48-25

51-34
54-28
56=31#

(ST SIS SI,S 1,8 (V]
= NININ)
= b N

93-227#4

50-71
53-294
55-28#
58-43

N NNINN
N

bmmw?oomo
93-105#

8
93-226

39-22

42-67
4727
49-58

28=46N
36-604

90-524

TENS2

TSPCNT
TSPTAB
TSPTHV
TSPTNU
TSSAVL
T$SEGL

91-92
92-68
92-112
93-106#
93-197#
93-238#
93-338
94-52
95-30
96-25
97-52
98-64

96-49#
97-614

64-204

TENS3

91-92
92-68
92-112
93-106
93-197
93-238
93-338
94-52
95-30
96-25
97-52
98-33#

91-424
92-39¢#
92~89#
93-87#
93-196
93-226#
93-320#
94‘31”
94=75#
95-81#
96-51
98-12#

94-534
95724
96-49
97-61

TENSO
TENST

91-42
92-39
92-89
93-87

SEQ 0236

42-364

42-47
93-119

92-68
94-75

43-42

43-L20
93-196

—1oUOM0NIr5=IM2O—MON2FeV1®ON—A07ONM7OI5®NMNDI5O8=M03Me7=W1T4NOOL35OO79MNO8MTOW8NOOU1MNoM3O2N5OMO7®OTN8MII2EMI5OO8¥O5~F7~5]G0L“NOR523B6NIxO6IOM“2N5¥MM8~BFST%BNSO2NFI3»V
[ONUO—NrO!—NNG0oL00000Nb000000NNYNWI~OIMoOMbNOIONMrYN3MoOITT——NAYNMO=MMe0OoON0TANAFNMIYWMNOoCTNVr—N—O—NYMIONoUWIWVGAMCMNeVNLVBMODTeNIMNIOO0oAONT]NTND.NOUIOMo.O]MOMT0.WNNoN.NIOTO.MoON0N1Oo.ONI=—1oY—NMNMANDSVOYOSONAION.OIIOLTNOONMAOSRNNN(NOONVMMWGYAINVNO(sAOANOONR—NNT~OIN(ONMAISO-S-TNWONNA=TNN|IOOANMTNWRINVWNo,NOVVOVORVIWNAoATNVOOORIVIeO,OOOIOWe1—OMMVi~NOMeaTTNOV\ONNVIOIeVOTAOOaINAVMlOOeVOOOO=lMaN=VNOY\-eVTO—OOA3NaMIMelIOWOVNOON—aNYV0lIPVONNAOMNoMaOOlVvNN=AaOMOeNlAVCia=—MelOAXV=DNANae=r=vYOl—OViNNea2e==YD0VJTWaSVNOMYDaVPN0YAaOIVOAnlOaCWvNlY0eIrNoaNOTOYt=nN0VNNaVODOloOM0VYn0NoVIWlGNAVOCDoa20YISNONTNoVA~TMaoWM0lYNNVMaVNIloATT=VYOOOaNVNlMTINOVoOaJN—lVAMTIASANNNNQONNTTOSEIOWNXCNNNTONNNQSONOXNNNTNNNZOCXIN—N—Mb0NNNQXNOOO~NNT—MN00MSXPNOIMONNOTTTA0400MZXOAAWUNMNNNOTN0000IZSITRONMNXNNNNNNMEN0000OIXPNAOOIIMNNT80N000NXSNOAIRZTINIT000N06ZNMNXN~ITNTAO000P0Z—ANXONANTOMQNC¢8000ZNINXNNNO—A0800NgANOeATM880OONNNNgNOAEwoNUPT
UNARO—)DLYM=OkYNo=vIVYo0OYMo0NNe¥S0MWYNoePY~OAAo1NMOIM7V5OONU.OM0OI%TOV,O=ONSOM0NAO3R=0SMVNRBNS=INNOeeNTRWTROVI,WeOANVNoSTQXA0VOON—SRNVO0OGORN0VI,O«OOWRIAVIMIVe=OA2A8oMNGeA0—MYWUOPOAaRABMXVIaEFYV-MaB=S—y8VEXRO=evVeIRB80oM0TVaM8SYN0PaNOY0VRaOYVRaDNVoAAMYWNV0~VAFo0YV-OA—VOTTVTNOSZXMNSSNLeX3MNSNUMEN0ZXrA0SO=Q0AUN¥0ZXNOTTRR0STT0MAONRMI&SCUON&AN0ANRANLA
|

F_
3
CZRJMAQ RPO7 FE/HOST ISOLATOUR MACRO V04.00 1-JAN-83 13:37:00 PAGE S-29
[- o w %] [+
4 w)
[
[+
4w
v4
W

®R¥xB%rbO3/N0 OMG~A\NIOS0TWUM=—NFVyIOWUN=LxYRX&B[¥O«3yNOITNOINOAVN60NO0¢=MF—vIOIAOAO0MINONANANANO0. NG0OOTM0IN0N AoNeOb¥RBx&tyl Lx*«O¥bRW3— OG~MN—UFI=MCT20\SOIOIF,OMNMISNITMIb«3R®B¥&=OW_Ne *bL¥3BOxRWV
x

SEQ 0237

®»

"»n

6.3
CZRJMAO RPQ7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE $-30
CROSS REFERENCE TABLE (CREF v04.00 )

AAOG0NAGAO00G6GA00O00GG0OOGGAONOGGG4O0OGGGaOOOGGGOO0OGGG000OGGA0O0QGG0000GG€00DO O\ =M O\M YTN~NOMNNOWAOWONO N—IPOOM~~ONOI=MNMAN.
000AdOadDG0a0a0€00 OMN —N OoNOVNO0yJXIAARMde0MoLgAV=aYN.=WAONWRNNOgIIJNNJNIoVNINXOIOyOXNNVoTTYNoVINIIIaVN"oOVMWoMO[YAal

OM N== ON0VNORO=G OWONIMIONNIOMNOIOMWbNNANNOO~TITOGN¥OVMAIONe¥QR=
N4J'RNN-MVL
NRN
NaOVINaeVELoOl=O[MaW¥NVDWOONoo =AMOoNVIlNOOJTTa0VNIITV0aAlON8VAOMR0IMIcNIN0NeO0lTI
&] GORNNIOTMITOITINNINNNMOONDOROON OWU

SEQ 0238

OONNOMON—WrWT=—NNO0M0eN~OAOONMOOINWNIIWNMNNAID0NOIOOMNDIOANO0A—NONMNWOTOWI~N===O~NTeNNM=

)N2N27R9E&E91RE355R668R2NM

L
¥
2
%
0
R
R
O
y
[w4](uVJ]12Y([=t) aL3wR0ay Ne[UNOMN=IOMS TOMISNNNNONONMN0L[0MO~USTIFMVN0Y*¥Bx FOTUOOTNIONANOINUOIo0sYN T"NNONMONONNOTONOINONINTURNO0UOSW2MUItMNyT OITWNN0M~N RB[N}OISOUWMD—IANO=—WVNWM OM\NOT3I—NOWINM0AOTNeA[]Ly R«%oN =OMTOWMNT~—ONO08bL L3R&.O3 OMOT—NMIN—~0 L2*o®3«® WNONINGCOMNDODIONWNION SoTWNONINOMINODTONNIOM NMOeM=UOLVUWINMONO OISMTWVMNOM RB»¥%wNy
x

9-9
16~126#
29-8
34-9
39-18#
4426
49-24
53-28#
58-18

63-15
67-14#

72-18
77-28
81-12#
86-16
91-42
93-227#
98-12

8-9
16-138
29-8#
34-9
40-17
44264
49-24

56-27
58-18#
63-15
68-14

72-18»
77-28
82-14
86-16#
91-42
94-31
98-12#

9-94
16-138

10-8
16-138#
30-8

40-17
45-26
49-244
56-27

40-174
45-26

30-8
346-94

59-13
63-15#
68-14
73-13

Y " — w xo

N¥

=N
ANM=

N
3OO
U

10-8
20-179

36-60

50-26
54=274
59-13
64-20

76-12

77-28#

81-12
85-25#

82-14
87-20
91-42#
94-31

99-15

UL)DU aG4A60DO 08
RN

M NOO

oo3

USSLUBBG4CUSU0O

bBd

93-105¢
97-52

90-15
93-227
97-52#

[oe0f]-ll.o-,eURLSUSU USLBUSUS U) 04G60LUL

0 G0 a0 a0 0 G0 GO 40 G0 G0 40

53-28
58-18
62-13#
67-14
72-18
76-12#
81-12
86-16
90-15#4
93-227
98-12

OAN
MWNOoO0
RN R
NSO

7-3734
7-3734

(aAeodlS OMW~ DR [10} 0NTO §08—0=\r= U—M NMOINI— .oT)V l LalalLalndyY] AY<18JVN.oaY D)U TOTONO~ ATo3.VXea UL L2A3 3O0 Os80DaNONte— 3]L3 0~O0 UL]0-=—\} R WNOVO -e bB

G8GCO0OOGaG00OGGAOO004G0GDOOGGGO0O40GGDOOGDGOO4GG4OOOG6G40O00GG€000aGG0000QaQ00

TSTAGL
TSTAGN

~- 3"“'

OMO

-2~ND

—OMaoNN

——[
oL
122271
w2

b
3

ooi

—

H_ 3
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE S-31
CROSS REFERENCE TABLE (CREF v04.00 )

8-8#

16=142

16-142#¢

20-185

20-1854

27-41

27=410

27-43

27-434

Q=214
4247
43-46
46-50
47-30
49-45
49-85
50-84
52-47
54-28

40-214
L2=47h
43-46K
46=-504#
47-304
49-454
49-854
50-84#
52-47#
S4-28

40-24
42-67
L4-47
46-53
48-21
49-49
50-47
50-87
52-51
54-28

40-244
42-674
b4=478
46=534
48-214
L9-49%
50-474
50-874
52-51#
54-28

41-34
42-70
44-50
47-21
48-25
L9-L9%
50-51
51-34
53-29
564-284

L1-344
42=708
44=500
47214
48-25
49-58
50-51#
51-34#
53-29
54-284

4L1-49
43-42
45-52
4727
48-25
49-58#
50-51#
51-45
53-29
54-28¢

41-69%
63-42
45-520
47-27
48-25
49-69
50-60
51454
53-29
54-28k¢

41-59
43-42
45-58
47-27
48-254
49-69%
50-60#
51-49
53-294
54-29

56-32
58-48

56-32#
58-48#¢

57-31
59-33

57-314
59-334¢

57-42
59-40

57=428
59-40#

57-50
60-28

57-504
60-284

58-32
60-31

58-32#
60-314

58-33
60-33

58-334
60-33

58-43
60-33

58-434
60-33#

73-404
76-29%
79-514

73-43
77-52
80-58

73-434
77=524
80-584#

74-38
77-69
80-61

74-384
77-69%
80-61#

74-41
77-72
81-25

74~414
77-724
81-254#

75-63
78-26
81-28

75-63#4
78-26#
81-28#

8-8#

30-20
33-34
37-46
39-22

55-28#

30-126
34-20
38-21
39-224

55-28#

9-254

30-1264
364-204
38-21
39-224

55-28#

10-25

30-141
34-35
38-21
39-224

55-29

8-8#

10-254

30-141#
S4=-354
38-21
39-22¢

55-294

60-33#
61-284
6425
66-36#
69-254

60-36
61-31
64250
67-38
69-254

60-364
61-314
64=254
67-384
69-25#

60-47
62-39
64-254
67-41
69-28

60-474
62-39%
64-254
67-414
69-284

82-30
86-37
88-39

82-30#
86-37#
88-39#

82-33
86-52
88-72

82-33#
86-52#
88-72#

83-22
86-68
89-24

83-22#
86-68#
89-24#

97-56
97-60#
98-16#

97-564
97-604
98-16#

90-52
92-112
93-226
94-75
95-81

97-56
97-60
98-16
9
7-373#

72-464
75-66#
78-294

90-52#
92-112#
93-226#
94=~754
95-814
97-56
97-60#
98-16#
36-60

72-50
76-26
79-48

91-51
92-113
93-315
94-76
95-83

36-60

72-504
76264
79-484

91-514
92-1134
93-3154
94764
95-834

36-60#

73-40
76-29
79-51

91-92
93-93
93-320
95-36
96-49
97-564
97-61
98-18
37-19

91-92#
93-934
93-320#
95-364
96-494
97-56#
97-61#
98-18

37-19

8-8¢#

10-26

31-18
34-36
38-21#
39-25

56-31

8-8#

10-26#

31-18¢
34-364
38-214
39-254

56=-31

60-49
62-42
64-28
(8-48
70-68

60-49
62424
64-284
68-484
70-684

83-36
86-88
89-52

83-364
86-884
89-52#

91-95
93-101
93-338
95-41
96-51
97-58
98-14
98-18

37-19¢#

91-954
93-1014
93-3384
95-414
96=-51#
97-58
98-1
98-184
38-17

8-84

16-105

28-60

56-31

56-314

56-31¢

56-31#

60-49
63-32
65-38
68-51
70-72

83-40
B86-100
89-56

92-51
93-119
93-339
95-44
97-54
97-58
98-14
98-184
38-17

42-31

62-31¢

4(3-37

59-13
63-15#
68-14
73-13
77-28¢
82-14
87-20
91=-424
95-30#
7-373#
16-136

59-13
€4-20
68-14#
73-13
78-13
82-14#
87-20
2-39
96-25
16-99
16-141

59-134
64-20
69-20
73-13¢
78-13
83-13
87-20#
92-°)
96- .5
16 v
16-142

60-22
64-204
69-20
74-17
78-13¢
83-13
88-24
92-394
96-25#4
16-104
18-20

60-22
65-18
69-20#
74-17
79-22
83-13#
88-24
93-87
98-63
16-105
18-33

60-22#
65-18
70-33
26=17¢
79-22
84-18
88-244
93-87

61-15
65-18#¢
70-33
75-21
79-22¢
84-18
89-15
93-87¢

61-15
66-12
70-334
75-21
80-24
84-18#
89-15
93-105

61-154
66-12
71-17
75=21#
80-24
85-25
89-154
93-227

16~112
18-44

4L7-18
51-18¢
56-30

16-117
20-101

47-18
52-17
56-30#

16-123
20-120

29-12#

33-194
37-434
39-22
40-21#

42-31

L46=24N
51-18
56-30

29-12

8-8#

16-1364

33-19
37-43
39-22
40-214

41-314
46-24
51-18
55-274

28=-754

8-8¢4

16-136

32-574
37-324
38244
40-21

41-31

46-24
50-26#
5527

28-75

8-84

16-124#

32-57
37-32
38-24
40-21

41-31

45-260
50-26
55-27

28-604

8-8#

16-126

32-420
36=-714
38-214
40-21

GO=-174

45-26
50-26
54=27#

8-8#

16-105#

32-42
36-71
38-21#
40-21

40-17

4526
49-24#
54=27

TSTSTM

30-20#
33-344
37-464
39-22

9-25

60-33#
61-28
64-25
66-36
69=25#
7¢=46
75-66
78-29

TSTEST

8-8#

SEQ 0239

41594
43-42
45-58%
47-27
4B-254
49-73
50-71
51-494
53-29#
54-294

60-494
63-32#
65-384
68-51#
70-72¢

83-404
86-100#
89-564

92-514
93-1194
93-3394
95-44
97-54
97-584
98-14#
98-18¢

38-174#

4183
G3-620
45-61
Q7=278
4B-25#
49-734
50-71#
52-20
53-294
55-28

60-49%
63-35
65-41
69-25
71-36

B4~64
87-26
90-24

92-68
93-196
94-41
95-44
97-54
97-584#
98-144
98-22

39-18

41-834
L3-420
45-614
4L7<27h
4B8-25#
49-734
50-75
52-204
53-29%
55-28

60-494
63-3'#4
65-L14
69-:!5
71-364

41-86
43-428
4627
4L7=27K
4B8-28
49-82
50-754
52-36
53-30
55-28

6C-56
04=25
66-33
69-25
71-39

B4-644
87-26#
90-244

B85-74
87-115
90-48

97-584
98-144
98-22

92-684
93-196#
94-414
95-448
97=54k

39-18

97-60
98-16
98-22

39-18¢

40-17

49-24
53-284
58-18

49-24
54-27
58-18#

44=26

4426

62-13
66-12¢
71=17
76-12
80-244
85-25
90-15
94-31

62-13
67-14
71-174
76-12
81-12
85-254
90-15
94-31

62-134
67-14
72-18
76-124
81-12
86-16
90-154
94-314#

63-15
67-144
72-18
77-28
81-12#
86-16
91-42
95-30

16-129
20-218

16-130
20-219

16-124
20-154

16-128
20-161

4£8-18
53-28
57-17#

48-184
53-28
58-18

85=744
87-115#4
90-48#

92-894
93-225#
94=52#
95-44N
97-54#
97-60
98-16
98-22#

43-378

48-18
52-174
57-17

60-56#
64-25
66-33#
69-25
71=39#

92-89
93-225
94-52
95-44N
97-544

4£3-37

47-18¢
52-17
57-17

41-86#
43-42N
46274
47-274
4«8-28#
49-82#4
50-75#
52-36#
53-30#
55-28

16-132
20-221

44-264

63-15
68-14
72-18#
77-28
82-14
86-16#
91-42
95-30
16-135
20-222

—

—_—

1.3

CZRJMAO RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN=-83 13:37:00 PAGE S-32

SEQ 0240

CROSS REFERENCE TABLE (CREF v04.00 )

20-224
26=-17
30-141
37-21
38-21
40-21

20-225
26-26
3i-18
37-30
38-24
40-21

20-229
28=75
32-18
37-32
39-22
40-21

20-230
30-10
32-26
37-33
39-22
40-21

85-74

86-24

7=-373#

36-60#

88-8

36-60#
45-264

41-65
43-42
45-48
47-27
48-25
49-73
50-71
51-49
53-29
54-28
55-28
56-31
58-31
59-33
61-17
6425
66-36
69-25
73-15
76-14

TSTSTS

T
110

T11
T12
713
T14
115
116
117
718
119
T2
120
121

8-8
8-8
8-8
8-3
8-8
8-8
8-8

8-8
8-8
8-8
8-8
8-8

41-72
63-42
45-52
47-27
4£8-28
49-79
50-72
52-20
53-29
564-28
55-28
56-31
58-32
59-37
61-26
6425
67-21
69-28
73-38
76~24

L6=24N
47-18#
48-18#
49-24N
50-26#
51-18#
52-17#
53-28#
54=27#4
37-19#
55=274
56=20#

41-83
43-42
45-61
47-27
49-35
49-85
50-81
52-26
53-29
54-28
55-28
57-21
58-34
59-40
61-31
$4-25
¢7-¢41
70-66
73-43
76-29

21-9
30-12
3229
37-461
39-22
60-21

41-86
43-42
46-27
47-27
49-42
50-30
50-84
52-33
53-29
5428
55-29
57-29
58-35
60-28
62-15
64-25
68-20
70-68
74-19
77-30

21-12
30-16
32-31
37-43
39-22
40-24

21-18
30-20
32-42
37-46
39-22
461-34

22-21
30-22
32-57
38-21
39-22
41-38

23-101
30-27
33-34
38-21
39-22
41-39

24-26
30-37
34-35
38-21
39-22
61-47

24-36
30-82
36-62
38-21
39-25
41-49

24~48
30-95
36-64
38-21
40-21
41-50

86-34

86-37

86-38

86-49

86-52

86-55

86-65

86-68

37-194

38-17#

39-184

40-17#

41=-314

42-314

43-378

L4-26#

41-81
43-42
45-58
4727
£9-28
4£9-82
50-75
52-24
53-29
54~28
55-28
56-32
58-33
59-39
61-28
64-25
67-38
70-36
7340
76-26

42-35
43-42
46-31
47-30
49-45
50-37
50-87
52-36
53-29
54-28
56-31
57-31
58-36
60-29
62-37
64-25
68-48
70-72
74-34
77=-4L7

42-36
43-42
46-48
48-21
49-46
50-44
51-23
52-37
53-29
54-29
56-31
57-32
58-41
60-31
62-39
64-28
68-51
71-19
74-36
77-52

42-45
43-46
46-50
48-25
49-49
50-47
51=24
52-44
53-29
55-28
56-31
57-34
58-43
60-33
62-42
65-20
69-25
71-34
74-38
77-67

42-47
44-31
46-53
48-25
49-55
50-48
51-31
52~47
53-30
55-28
56-31
57-35
58-47
60-36
63-17
65-33
69-25
71-36
74-461
77-69

42-57
44~43
47-21
48-25
49-58
50-51
51-34
52-50
54-28
55-28
56=-31
57-40
58-48
60-37
63-30
65-38
69-25
71-39
75-23
77-72

42-67
44-50
47-27
48-25
49-66
50-60
51-42
53-29
54-28
55-28
56-31
57-49
59-16
60-47
63-35
66-14
69-25
72-44
75-61
78-24

25-69
30-100
36-67
38-21
40-21
41-57

42-70
45-31
47-27
48-25
49-69
50-61
51-45
53-29
54-28
55-28
56-31
57-50
59-26
60-49
64=25
66-29
69-25
72-46
75-63
78-26

25-106
30-126
36-71
38-21
40-21
41-59

86-75

86-85

86-88

86-100

4L5-268

4L6-24N

47-184

4(B-18#

42-65
4447
47-26
48-25
49-59
50-57
51-35
52-51
54-28
55-28
56-31
57-42
59-15
60-46
63-32
65-41
69-25
72-20
75-43
78-15

43-42
45-34
47-27
48-25
49-70
50-68
51-48
53-29
54-28
55-28
56=31
58-22
59-31
6C=-56
64-25
66-33
69-25
72-50
75-66
78-29

J,.3
CIZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE S-33
CROSS REFERENCE TABLE (CREF Vv04.00 )
122
123

8-8
8-8

57-17#
58-18#

125
126
127
128

8-8
8-8
8-8
8-8

60-22#
61-15#4
62-13#
63-15#4

8-8
8-8
8-8
8-8
8-8
8-8
8-8
8-8

38-17#4
65-18#4
66=124
67-14#
68-14#
69-20#
70-334
721=17#

8-8
8-8
8-8
8-8
8-8
8-8
%3-}%6‘

94-31#
41-314
95-30#
96-254
42-314
43-37#
Lb=264
19-19

91-66*

92-55¢

-’

124

129

T3
130
131
132
133
T34
135
136

137
138
139
T4
140
141
142
143
T44
145
T46
147
T48
149
15
150
TS1
152
153
154
155
156
157
158
758.1
158.2
159

16
160
761
17
18
19
;:gADD

8-8

8-8
8-8
8-8
8-8
8-8
8-8
8-8
8-8
8-8
8-8
8-8
8-8
8-8
8-8
8-8
8-8
8-8
8-8
8-8
8-8
8-8
8-8
8-8
8-8
93-105#
93-227#
8-8

TERM
TESTRG

85-52¢
13-132
13-47#

SEQ 0241

59-13#

6L ~204

72-18#
73-134
74=-17#
39-18#
75=21#
76=12#
77-284
78-13#
79-224
80-~24#
81-12#
82-14#
83-13#
84-18#
40-174
85-25#
86-16#
87-204
88-24#
89-15#4
90-15#
91-424
92-394
93-87#

93-231+
16-28#
16-99

93-130¢
-

93-184+
-

93-246

93-273

93-294*

93-299+¢

22-63+

22-70%

23-72«

23-97+«

93-208¢
-

25-34+

93-239+
-

25-102¢

093-255¢«

03-287¢

93-327+

37-25t

37=39%

44=41r

4(5-27+

60-41+

61-23e

K. 3
CZRJMAQ w07 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE S-34
CROSS REFERENCE TABLE (CREF Vv04.00 )

TRAKAD
TRE

TSTO3
TISTO04
TSTOS
TSTO8
TST11
TST12
TST28
TST33
TS134
TST49

UAM
UNABLE
UNIT
UNS
UPE
us1
us2
us4
v
WALT

62~34r
B6=22*

10-14#
12-11¢

5428
92-74
13-1414

13-147#
13-153#
13-1.9#
13-166#
13-1724
13-178#
13-1854
13-1904
13-202#

11=57#
13-50#
13-54#
12-92#
12-38#
12-25#
12-26#
12=27#
12-64#
18«16
;2-%%

WAITMS
WATDRY
WATIME
wCE
WCF
WCKD
WCKHD

22-36#
26-9#
20-184v
12-394
12-834
12-213#
12-214#

WOR
WRDTA
WRL
WRTD
WRU
WICKD
WICKHD
XSALWA

12-187#
12-215#
12-694
12=217#4
12-186#
16-3%
16-38#
7-3734

WLE

XSFALS
XSOFFS
XSTRUE

12-89#4

7-373#
7-373#
7-373#

6327+
90-35+
88-53
20-9

54-28
92-78
38-21

39-22
40-21
43-42
47-27
48-25
64-25
68-21
69-25
84-23

SEQ 0242

70-63+
91-87+

71-21+
92-64r

72-38+
92-99+

73-33+

93-333%

75-49+
94-43¢

78-20%

79-32+

79-42+

80-34+

B80-52+

22-68

22-73

41-42

fig-g?

41-60

41-64

41-76

41-80

46-43

46-47

73-31

88-36

91-72

56-31
90-38

60-52
92-59

65-25
92-73

72=27
92-94

73-23
93-110

75-28
93-258

55-28
92-102

68-27

55-28
93-214

56-31
93-278

<279
93-27
P

58-26
93-284

58-30
93-300

60-33
30-37

60-34

60-49

60-50

60-55+

22-18
77-35

22=504
77-59

26-14
79-28

26-23
80-31

53-29
82-20

54-28
83-26

55-28
90-30

30-77
30-63
22-36+
93-259

22-37
93-263

22-42#

93-289

93-240
93-94

98-20
98-20

73-21

53-29

8444

32-13«
30-29+

93-275
93-211

65-30
96-44

85-29+

68-40

30-68+
30-28+

93-254
93-198

65-26
95-78

B4~54+

93-298

CZRJMAD RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE M-1
CROSS REFERENCE TABLE (CREF Vv04.00 )

cd cnd

d ad

b e

1-15#
=194

—b e

8COMPL
BERROR
BGNAU
EGNAUY
BGNCLN
BGNOU
BGNHRD
BGNHW
BGNINI
BGNMOD
BGNMSG
BGNPRO
BGNPTA
BGNRPT
BGNSEG

-234

314
-394

474
=554
~664
774
-85#
~98#
=106#
=114#
1444

7-3734
7-3730
7-3730
7-3730
7-373#
7-3738
7-3730
7-3730
7-3738

30-14

60-30

SEQ 0243

95-40

34-9
31-10
32-8

97-42

7-3730
7-3730
7-3734

39-22

43-42

44-31
49-59

BNCOMP
BNERRO
BREAK
BRESET
CkLOOP
CLOCK
CLOSE
CLRVEC
COMMEN
DELAY
DESCRI
DEVTYP
DISPAT
DISPLA
DOCLN
00DU
DORPT
ENDAU

ENDAUT

ENDCLN
ENDCOM
ENDDU
ENDHRD

41-31

39-18
53-28
67-14
81-12
95-30
30-2¢4
7=3734
7=-3734
7-3734
7-3734
7-3734
7-3734
7-3734
7=-3734
7=-3734
7=3734
7-3734
7-3734
7=3734
7=373#4
7=-3734
7=-3734
7-3734
7-3734
7-3734

55=27
69-20

83-13

42-31
56-30
70-33
84-18

59-37

24-48

36-64

57-49

58-47

57-37

58-18

59-28

4£3-37
57-17
71-17

85-25

44-26

58-1R

72-18

86-16

70-36

71-19

62-15

83-23
93-197

86-24
93-238

86-38
93-321

45-26
59-13
73-13

46-24

69-25

BGNSET
BGNSFT
BGNSRV
BGNSUB
BGNSW
BONTST

40-21
45-34

50-30
55-28
63-17

54-28
61-17

93-106

40-21
45-31
49-70
54-28

87-20

60-22

74-17

88-¢4

m_3
CZRJMAO RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE M-2
CROSS REFERENCE TABLE (CREF Vv04.00 )

D000 NN
\h—'\lwo

ENDSET
ENDSFT
ENDSRV
ENDSUB
ENDSW
ENDTST

VOO NN
WOOOONMM

EQUALS
ERRDF
ERRHRD

ERROR
ERRSF
ERRSOF
ERRTBL
ESCAPE
EXIT

40-24
54-29
68-51

25-106

30-126
54-28
93-93

FEQUAL

GETBYT
GETPR]
GE TWOR
GMANIA
GMANID
GMANIL
GPHARD
GPRMA
GPRMD
GPRML

le\WN
WO —-=0Ow

73-40

N:\LNNWWJ\O
0o O~ 00O — WOD O

SN SN
N O WVPNONY

55-28
64-25

39-22

43-42
49-58
56-28

60-47
69-25
82-30

=N
= 00\

2~
= 00

7=-3734
7-3734
40-21
4727
50-71

O OOON NN IS NN

9-25

SNOWNESNIOOT )
QO OTM OO ~2 N NN —

7=3734
7=3734
7=-3734
7=-3734
7-3734
7=3734

o abia BV IV, P ¥ 3V,

1-4654
1=475#
1=-487#
1=-500#
1=512#
}-520#

FT9T ] § 1

ENDHW
ENDINI
ENDMOD
ENDMSG
ENDPRO
ENDPTA
ENDRPY
ENDSEG

SEQ 0244

93-196

44-50

82-33

96-49

46-48

52-44
56-31

70-66

80-45
91-90
93-303

34-20
58-32
95-36

61-34
60-28
95-41

98-16

98-18

47-21

60-36

60-49
97-56
95-444

60-33#

97-60

60-494

98-24

39-22

40-21
45-52
49-82
54-28

40-21
45-58
50-47
55-28

70-68

71-36
86~52
93-338

45-61
59-40
73-43
87-115

46~-53
60-55%

47-30

74~41

75-56
89-56

41-57
49-79
56-28
58-31
74-36
84-58
93-117
95-77

41-65

41-72
50-44
564-28
59-31
75-61
86-34

4447

49-69
54-28
61-28

(9-25
83-36

93-225

48-21
77-52

62-39

86-37
93-315

88-72

63-32

61-31

50-37
54-28
58-41
75-43
85-42
93-156
96-37

93-194
96-42

49-49

49-73

83-22

87-26

N3
CZRJMAQ
RPO?
FE/HOST
ISOLATOR
MACRO
v04.00
1-JAN-83
13:37:00
PAGE
M-3
|
CROSS REFERENCE TABLE (CREF v04.00 )
!

HEADER
INLOOP
I0SETU
IOSTAR
IPCKTS
KT
LASTAD
M$BYTE
MSCHEC

1=954#
1=-962#
1-966#
;-974#
-127#
1-982#
1=:474
1-D00#
1-E18#
41-34

50-75
60-28
90-24
95=41

=373
7=3734
7=377#
7=3734
53-29
7=373#
7-3734
7-3734
7-3734
Li=34#
50=75#

6C=28#

90-24#
95-414
7=-3734

97-604

7=373#
16=117
16=-1_%4

20-2194
20-225
21=-12
30-100

87-644
87-106
93-92
95-43

SEQ 0245

7-427

54-28
98-63
7=427
28-60
46-27
52=20

60-31

91-51

55-28

56=31

7=427

7=427
30-20

28-604
L6-274
52-204
60-31#
9751

48-214

54284

60-36
92-51

77=524

93-93#
95=-44
98-18
16=100#
1€-123#

60-33
98-14
16-99
16-117
16-135

20-221
20-225
21=12#
30-1004
87-70
87-106
93-92#
95-434

30-126#

47-21
57-29

21-18
77-47
87-704
87-106

87-112#
93-138#

93-97

95-44n
98-18#
16-104
16-128
84

89-20
93-139

32-42

49~49

55-28
83-22
93-101

R2=42N
&, ~hoN
55-2b.*
83-22#
93=-101#

49-734
56-314
87-26#
94=414

33-194

34-20
50-51
58-32
89-24
95-36

34-20#
50-51#
58-32#
89-24#
95-36#

97-56
98-24
16-112
16=-129#
20-219
20-222

97-564
98-244
16-112
16-130

97-58

97-58#

16-112
16-130
20-219

16-112#
16~130#

33-19

97-54
98-22
16-104#
16-128#
20-219
20-222

97=54#
98-22#4

89-204
93-139#

90-20
93-249

90-204
93-249#

7-427
7=427

7-427
7-427

16-112
16-129

20-219
20=222
20-2294
30-27
87-45#
87-89#

7=427

20-230
30-27#
87-52
87-91

7=427

20-219
20-222#
20-230
30-82
87-524
87-91#
91-47
93-304

7-427
7=427
7=627#

20-224
20-2304#
30-82#
87-58
87-96
91-474
93-3%#

7=427
7=427

7-4278

20-219
20-224#4
21-9
30-95
87-58#
87-96#

92-47
94-37

15-17

NJVaIlVWaNlRWVaMlIVtNalnvWayAlVnaIlNroLlWvaDl7Vy)NXxNS2NTSCRTENPS5¥TSN8SNxFXRMA=MaRMXa3lMLalIaElL[=a"da)aVi

——WOO~N4A08y4Yi—MN2OMRyXgnON0OoM—]OC~=nOJAMOioDMNOVAnTNNOOoNIiVICTOno0NOVITUOiTNOVnIRCMNINMnMoVNOwt—OAi~SnSelNN~OaNNOVIMNiaNANVNiOvIAeNNNo—MrVTl—~IJNNNVMVMaONYAOF<NoE2ARNAOXINNAAXXINOToNOOOOJ3NOaNNYVNITIoOAONVMNOIOgMNIVNNTIToMIWVITW=MMGN.IR=Oe0OaN=MW1=MMI0O4NWSMWQN[MRa==O=VO—$ES
44Ja.VU
R0
NXaXT1oVool,lVaelJVoVaVIlIReVgYvVoaIla2VVa]JlVVXaaYloVSaELlKroelo)]gEVSNiVveQeIXoJVVSINagTVEaoXVVI]EaX.VSESRXXXZRXXoSSJXNoVSSIoNaVVIIaigRgNVV0IigoalVV0E]Na.l0RANoNlg0oJdV0l[VAaLNYoE(lS9
IYoOMNV44MNxVey0L
Nna£IlXNOX£VNeR2XO]0A1“Ngo——VNUL2tYOWTvvVn—UNVoRM0OOVTVmoV00DLNTVRXnVV1JNNOoomO\XVLVMToiNORB~VXFRn3TN0emV~o—oNT0e]TR]ZJDJXo.N%7POJZQOIXVVV8IAIWLXT7NoVSBNOV\TISFIEMNQJyNOVN7VEEAXNYOEMBBT7ERESXXXsTTTRZXXXINYOITEQSXN( XXy\WOaFFSVPNTIO¥aParEOVVa—TILHrTQRR NRaO0OV—MOVEaNIONMlaM\0VoJVIaVrT=lNQMR0T—VaaEIMOlNPL0NNRLNNVAaE=0AdLaLR4wR A==o=Volit
WaO]OM3etRRNyVTV1OaOTl-MvIeVM]LOS—SVYYPVNt0ONVTIIOMoON—YTAIVMNOoOITNUIV0OMNYMVIV~NONFJTIV0aMIYVOARGSVNT0—oVyOTMXSVINWIIONSRAWNYTNJSOUNNZRX—NNPXSMNTTN~SFXNCNOOJSWEXKTNRVUROESNUXKEogyM~AYgOlMRMLaOlaOdaNNTlaNleRa=W=lo=o[lO=a==l

15=-27

49-73
56=-31
87-26
94<41

RUN &”R¥N82 RN y0oY [aXNESYrQJL7lVl8valVsvalarlCONMNOARO—MINANOORO—NIMIWNVOINO RNXx%B® MO=WNNY—M)NAAU eOT—IMNN~\MO OUYNITMIN—CNIWITIN NOO=e—IMN0—UMN TM—FTIOL0-VFINWRIe.O=NRN LoagSVlXQVYVlVltNVvaiVaVOTareU)WMVLN=ITOMNOD~N M0<O(X\NU=-J02OaIN~D LORN»—]n
x

® N ¥ RN =O

N n ininininininT NT NTTE NSM M MN=

R3‘5312.1323.1Ly9?2xr375x3rL87“698R5¥1x2N8

MSDECR

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE M§4 ¢
CROSS REFERENCE TABLE

61-2R#
63-35
64=25#
66-33#
68-51
69-25#

SEQ 0246

(CREF Vv04.00 )

62-39

61-28#
63-35#
64-25#
66-334
68-514

62~42#

62-39#
64-25

77694
79-51

93-3204
94754

97-614

60-334

MSDEFA

98-144
10-254

MSENDE

34-35#4
39-224

L3-424
47=274
50-60#
54-28#4

57-504
64~254
69-25#

932254
98-334
7-3734

MSERR]

36-67#

41-81#
49-354

50-57#
53-29
54=28#
56-314
60-46#
71-344

75-634
82-304
89-52#4
93-315#

18-20#

37-30#

42=454
L9-424

8464
86-68#
88-72
91-92
92-112
93-225
93-338#
95-81
98-64
95-44
98-18
16-124#
37-324
40-21#
63-424
48-25#

50-87#
54-294

58-48#
64-25#
69-28#
76-294

83-40#

90~52#
93-339#

23-101

61-47
42-65
49-66

51-31
53-29#

76-244

MSESCA

MSESCS

93-217
93-309
96-47

1-D06#
1-D10#

80-56#
86-49¥
92-674
93-217#4
93-309#
96-474
7=-3734
7-373#

93-336#

88-35
92-110
93-264
94-66

82-30
85-74
86-88
89-52
91-924

92-1124
93-2254
93-339
95-81#4
99-16
97-54
98-22
16=-1424

40-21#
L3464
48-25#
51-34#
55-28#4
59-334
64-28#4
70-68#
77-694

84644
91-92#
94-524

23-101#

G1-474
42-654
49-664

51-314
53-294
55-28#4
S7-404
63-304
74=34k
79-364
83-34#
88-354
92-1104
93-2644
94-664

37-464
40-21#
G4=47n
48-254
51-454

55-28#
59-404
65-38#
0=724
77=724

85-744
91-95#4
94~754
24-26

41-57
4443
49-79

63-32
64=25%
65-41#
68-48
69-254

63-324
64254
66-33
68-48#
69-25#

80-58
82-30#
86-37
86-88#
89-52#4
91-95#
92-113#
93-226#

80-58#
82-334
86-374
86-100#
89-56#

70=-72#
73-40
75-63#
77=724

71-36
73-404
75-66#
78-26

94-52
95-83#

97-564
98-244

27=43n
38-21#

41-59#
45-58#
L49-45#
32=474
56-31#

61-28#
66-36#
72=464
79-48#

86-68#

92-112#
95-834

25-694

L1-654
45-484
50-374

52-334
564-28
56-31
58=414
66-294
75-434
80-38#
85-424

90-464
93-156#

93-285#4
96-374

30-141#

38-244

41-86#
46-50#
49-694
53-29#
56-31#

62-394
67-414
73-40#

80-58#
86-100#
93-119#
96-51#

25-1064

41-724
46-480

50-44#
52-44N
54-28#
56-31

ONUOAAVOROROOONX40000Ny0NN
Oe~~\\INNO,NGONOMx—=OONNNVEAO00MOQ0\OGNDYJWRD~—~2TNN0—MDLMWOCVAoEIOOO3SONNNOTk=Ie—NLo=SNA~I=Y0ODOON—OAI\NNJOMVMAMNNORON\NORNEOMAMeOONO=’NS~VAONeUW—MOODS’MNIAMAYMONYN]N\NVlSANOOORO3—=\—NFOOONoM=F=NOTMROVO\OON~MOOOMAYOoI——=O~NOSDNOV<OONCM\UF3elAANNWNBM=WNSUNOI=——UTeNMUNINIMMN0IONN—IYUIDINNRNMOANOMIIBN0INS~NOIINFWNNTGRGO0INNTT7TVONNTS0OIT27OM~UNO—TB7T27AON=0IORON~T<~ON73FF7RAIISAPPF8TON2T2UI\3AMBOSPFNIOIFEVISODO==POOSOSSBTNNVONIOOMOM\OIMMYMUON=~=RUIMMNMM=MONMOAQVMOIO0NAM\.RMMERMYIZ2~AOEAI0FOONS=N=A=I===RyNTRNB=~=B===O0RN eWINO—R0V0~0—0IFNOANFBrT¥BT7S0IORmNR=PM~IIe8IFROENO~RTTICN0IWRRFArAN\O~eNR00NIRIFIVNNRFR\ON—00ONIURN3RdOOO—NVI7S00IM=oNPNN17OOOMTV0bM00D=\oNRIOOYaP=OMoONN0e80TBWNDIXNYS—OONN00PO0TRORINMOIOeTTEVU00L0NNIAOVWIOMMEN00NSONVONLW80A=ML—TMAISTNNO800)0oWNITNMIaOBV0ONWFlUNSM0AAURaOVWOeSOVlWRMUNOI8~&0ETrUI—0WIeNONNML NOSY!lNOTs01OODTeY
000NN
(gO)a—r0aNgnaNeMnvMsNOn=WOAORTNNANRNRN=RN2O88GELNMyOMNONYRTT9AOO10TeOTNV—

N(\)—ANISNOIONS0BI0OG0G0O60v0O0M—=NMeNI—0ONNG0IOMN0J0AA=NG0NNIO—N=S~ONA=N=RNMN—OMJOFTNO—OAINONINGINNOO~

OVNOTNYNNNIO0ODMNNe=OMwOANoOIO=AD=NN—=0MMOUANOVONDMN0NMO=MNAN=M]SNMM2NA’UA’NNMMMnNAOOOOOAWVOVUMOMONOMOUMAMINONIO=NNNOIUWINM=NTMANONN=OTNOIMTTNNSA7DlW—7O7IMIT7OIO®TTTONIW2OPGSLLNOOO3UNMMMIOINM=O0MMMF0NR==3e0AO==N0RAOW20NRO[30yR/VOT¥AE0RNNACT0IASO0TNITONAMONIgOAlNVWNvsaMN¥OSeOTMI¥RNWaNlNMO0RvLeaONYe=—NOVILXONOYIoMV0OWOLa0UMWNlIMVNaONY0WT~ieMRx»=M$le
= - ] —7
f

C &
CZRJMAO RPO7 FE/HOST ISOLATUR MACRO V04.00 1-JAN-83 13:37:00 PAGE M-5
CROSS REFERENCE TABLE

[>WP ]ogV

(CREF Vv04.00 )

7=3734
97-60
95~44
97-60#

95-44
98-22
97-54

O08VRNABoNAVN ONWJIVFROQAWMTIO—=UOA—IOOMOWIMO TO=7VMNWNI0NAIIAADINYMMACA—MIYV ®¥L3 VOMNIPTIIANN0WNDNWCNINANOINTNINNYVIOIT b®3RxgMVPRV|R_BV/-UONDNANAN

RNt

B»%y

SEQ 0247

97-54»

97-56
97-56
97-56#

®¥*r

97-58
97-58
97-58#

CZRJHAO RPO7 FE/HOST ISOLATOR HACRO v04.00 1-JAN-83 13:37:00 PAGE M-6

SEQ 0248

CROSS REFERENCE TABLE (CREF Vv04.00)
MSGENB
MSGETS

93-315#
94-764
97-524

1-C38#
1-D35#
16142

31-18
37-324
38-21
39-22
39-25

31-184
37-32¢
38-21
39-22
39-254#

60-33
9-25
20-185

32-57
37-43
38-214
39-22
40-21

40-21x
41-83
42-704
L3-L20
4L5-524
47-27
L7274
4B-25#
49-58
49-854
50-71#
51-45
52-51#

40214
41-83¢
43-42
L3-L28
45-58
47-27
47-30
4B-254
L49-584
50-47
50-75
51-454
53-29

56-29

54294

55-28

53-304#

54-28

93-338
95-44
98-12

60-33#
9-25#
20-185#4

93- 338#
95-44
98-12#
60-45
10-25
27-41

60-498
10-25¢
27-414

40-24
41-86
43-42
4L3-46
45-584
47-27
48-25
4B-254
49-69
50-474
50-84
51-49
53-29

40-240
41-864
43-42
43-464
45-584
47-27
48-25
4B-254
49-6%
50-474#
50-84
51-49¢
53-29

32-57#
37-43
38-21#
39-22
40-21

33-34
37-434
38-21#4
39-22
40-21

54-28

564-28

40-214
4L1-83¢
43-42
L3-L2K
45-58
47-27
47-304
48-25#4
49-584
50-47
50-754
51-45#
53-29
55-28

93-339
95-81
98-33

55-28

56-31
57-31
58-43
60-474
62-424
64-25
65-38#
67-414
69-25

81-28
84-64
86-68#
88-72
91-92
92-112
03-225
93-3384

81-28¢
84-644
86-684
88-72¢
91-92
92-112
93-225
93-338#¢

82-30
85-74
86-88
89-52
91-924
92-1124
93-2254
93-339

82-30
85-744
86-88
89-52
91-924
92-1124
93-225#4
93-3394

98-33
1-B774#
49-73
60-364
98-20#4
1-C02#
7=427

98-334
7-373¢
49-734
77-524

98-64
28-60#
50-51
83-224

98-64#
30-204
50-514
B7-26#

30-126#
50-75
89-244

32-420
50-754
90-244

7-373%
7=427

7-399%
7-427

7-427
7=427

=427
7=427

7-427
7-427

95-8!

95-81

95-814

70-68%#
72=504
75-63
77-69%
79-51#

95-814

4149
4L2-47
43-42
L4-47
45-61
47-27
48-25
48-28
L49-69%
50-51
50-84#
52-36
53-29

4149
42-47
43-42
L4=47
45-614
47-27
48-25
48-28h
L9-594
50-51#
50-844
52-36
53-29

54-28

56-31
57-31
58-43
60-474
62-42
6425
65-384
67-41
69-25

70-68#
72-50
75-63
77-694
79-51

95-44n
10-26#
27=434

56-28
55-28

94-31
95-83
98-63

95-44
10-26
27-43

34-35
37-46
38-214
39-224
40-21

55-29#
56-32#
58-334
60-47
62-39¢
6425
65-38
67-38%
69-25
70-68
72-46K
74=-610
77-69
79-484¢

56-31

93-339#
95-81#
98-33#

33-344
37-434
38-214
39-22
40-21

95-29
56-32
58-33#
6047
62-394
64-25
65-38
67-38¢
69-25
70-68
72-46K
74-41
77-69
79-484

MSGNGB

7-373#
7-373¢
16-1424

93-3204
95-308
97-61#

40-214
41-83
42-70
L3-L20
45-520
47-27
L7278
48254
49-58
49-85
50-71#
51-45
52=51

53-30

MSGETT

93-320
95-30
97-61

55-28

94=-754
96-494
99-21n

94-76
97-52

16-105
=75
28-

1 ~105#4
¥
2

16-124
29-12

16-124#
29-124

16-136
30-141

16-1364
30-141#

41-49%
L42=47H
43-42
G4=478
46-50
G7=278
48-25
49-45
49-73
50-60
50-87
52-36#4
53294

L1-49%
42-4TK
43-42
L4-47h
46~50
L7=27H
48-25
49-45
L49-734
50-60
50-874
52-364
53-294

54288

55-28

58-434
60-56
63-32
64=254
65-41
68-48
69254

82-304
86-37
86-88#
89-52#
91-95
92-113
93-226
94-52

82-30¢
86-37
86-88#
89-52#
91-954
92-113#
93-226#
94-52

82-33
86-374
86-100
B9-56
92-68
93-119
93-315
94-52¢

82-334
B86-374
86-100#
89-564
92-68
93-119
93-315
94-524

95-83#

94-75
96-49
99-21

54~28

56=-31
57-42
58-484¢
61-28
63-32#4
6425
66-33
68-48¢
69-254

95-83

94-524
96=-254
99-16#

34-36
38-21
38-214
39-22#
40-21

56-31
57-42
58-48
61-28
63-32#
64=258
66-33
68-484
69-25#4

70-724
73-40
75-63#
77-724
80-58

9
9
9

34-354
37-464
38-21#
39-224
40-21

56-31
57=-314
58-434
60-56#
63-32
64=25K
65-614
68-48
69-254

70-72
73-40
75-634
77-72
80-58

94=-314
95-83#4
98-634

55-284

36-71
38-21
38-24
39-224
40-214

36=714
38-21
38-244
39-224
40-21#

54~288

54-288

54-28¢

55-284

4159
42-67
43-420
44-50
46-50
L7=27K
48-25
L49-450
49-82
50-60#
51-34
52-47
53-204
55-284

56-314
57-428¢
59-33
61-28¢
63-354
64-25#
66-334
68-514
69-254

56-314
57-50
59-33#
61-31
64-25
64254
66-36
69-25
69-254

96-494

83-36
86-52
87-115
90-48
92-684
93-1194
93-3154
94-75
96-51

83-36
86-52
87-1154
90-48
92-684¢
92-1194
93-3154
94-"5

83-36#
86-52#
88-39
90-48#
92-89
93-196
93-320
94754

33194
52-2 o#
91-5 1#

34-204
53-294
92-514

4L1-34H
54-28B¢
93-934

L6-27H
55-284
93-1014

7=4 27
7=427

7-427
7=427

7=427
7-427

71-36
73-40#
75-66
78-26
80-58¢

96-49

71-36
73-404
75-664
78-26
80-58#

56=314

3 364
3 3 =214
3 =228
40-21

S7-428
59-33
61-284
63-35
64=254
66-334

68-51
69-25#4
71-364
73-43
76-26
78-264
80-61

71-364
73-43x
76-26
78-264
80-61#

96=-514

37-32
38-21
39-22
39-224¢
40-21#

37-32
38-21
39-22
39-22#
40-21#

41-59
42-67
L3-42K
44=504
4L6-504
4L7=27TH
48-25
4L9-454
49-82
50-60#
51-34
52-47
53-29#

L1-59#
42-674
L3-428¢
45-52
46-53
47=27#
48-25#
49-49
49-828
50-71
51344
52~47#
53-29#

41-59#
L2-67#
43-42#
45-52
46=53#
47=27#
4L8-25#
49-494
49-82#
50-71
51-344
52-47#
53-29#

55-284

55-28#

56-31#
57-504#
59-33¢
61-314
64-25
64-254
66-36#
69-25
69-25#

54-28%

69-25
69-28

56-31#
58-33
59-40#
62-39
64-25
64284
67-38
69-25
69-28#

83-36#4
B6-52¢
88-39
90-48#
92-89
93-196
93-3204#
94-75#4

83-40
B6-68
88-394
90-5¢
92-894
93-196#
93-338
94-76

83-404
86-68
88-39#
90-52#
92-89#
93-196#
93-338
94-764#

47-21h
56-314
94-414

4B=218
58-32#
95-36#

49-49
60-28¢
95-414

49-49¢
60-31#
98-20

7-427
7-427

=427
7-427

7-427
7-427

71-39
74-38
76-26#
78-29
81-25

71=394
74-38
76-26#
78-294
81-25

97-61

97-61#

56-31#

54-28#

58-33
59-40
62-39
64-25
64-28
67-38

72-46
74-384
76-29
79-48
81-254

98-20

72-46
74384
76294
79-48
81-25#

98-20#

—

r___

rVVY—OOCOJ\=]—oOVD0V(VNTUoVOU0TO—IoNMVDNTTeIOVrToVWNOTOONIV1VUlIoONV(r0NoIMOVTYN(eIOF0oBO=VWQRR—D=rBNNOVVrTTTOOMMo0ONNVBTI—0oPVdTxAROOOooT/0VTNOIoOOMNTVC0TTONNNOMCOoNTOr3QN—NOIr0oXrVW—O.OANDNNOT=gIFVILNrNIOECgO—VIWRIAM0MINOAVMTIROMOMDLTNMIe—BRlNNOIOePNOVlV0IOI=VVNBRXrOOO—VoTVV~l0rOOO——nlV—VVdreMrON—No—~VVVlOOrVINVoVVOIIOACOoIONLTVelIVNVW3CdONVINVOOOGLNOOOlIWNCM0G8AUOM8PG60.00G0GVN00P0|0G06V6G000R000606G600N00D0006000DrvS[NNIpAANTNRgTiNyAAIAiIKNNNTe8RIA-AOVAONTNNOM0OOWVNOAKTy=NrNO’NRA[NOSNATNyOVAI8MNNOM
\IN}NrVRORAOOvO=&gY0
BOA-ET8I3MIVNNWR—V((VTv\\V<M-MIoOJOJONToIN==IV=VToBV,OMOOWYRITO%TNV=o(yVENoN—VMNVOBOOODMJO)ONorAVMtNR—®TV®V===VRONENoVDeOVOT—=—WN—IO—O/I\DVYLV=A T&— O8TNo=D=NOO=MMVVYIB~=OVB=BOeMoNOABONN—BbEQUMOIN3VCUuNTOONQeONBOIVWNYyIINIQIehTMNORNOAMLWMOVToT0NRBoOVOIAMNOBEAW¥oO8BMVNCDONIPQNOOONODNINON8=IT&Be—PN0OYoOOVGDTTT=OTMVOTWGOB0IOeITMgMTTOYV—OR=I—MOee=NtrVrI0gNOO—=eOeNe~—aNNA—¥DWeAee(EeVrAM—NI—eIe¥oONOM0\LOrMNOoOVB|RxMOflMeeICRO/NYoNNIANT=leVMBWONTCNWeOOVV=DIlMONWNAOJrW0Ny=NRVIVMNYOtoOAOIlVNRBV=AMONOIuOokuVNV=BeO lMrre0VIwIoONOVyVeO TReOlPv0VkrVOVBeNNMOvOoOIAOO BOO2BN=INtRBIlWVNVTYVOe 0ONEOTOCLBRNRGBV 0aOMAWe00NEkMW08MPTN0OR00V08CNO0/B00N0O0RG00rO0RIV06G—E0000A08G000M00GB00TM080GI000V600NI00O0W60NV000DMNO0gN¥AiNRACN28A00ITNNNNB0RlSTINTT¥3A~N00NA\Ty2NAI00Ny,TAORR KAM00N\SNNNIAOoROAoNRT—0BM DNBe0OARANM0WOANNOIyO©NANMBXNNSA0OO,DMMxOOO0WI0NOVNNNNRARO0UNRAO=yIT N¥B0OONNNN—ON"UE

Vo—L]0003OV(RIYNgRN]=oRoNeOOVoRNToON=VQNOINV=T%ooOVoONRNTNIOOVOI=NoTI—VWNNJVINMIOoBSNVOOIIINVNRBOoIVOOTNoVNIVIOWOgUINVeIMVO.0eQRANAPOOeWVINeoANeLOleRTIeOlOe—NoNNleOIINeAM—lEeINMoTMelMIO=eoTOAlOeNWOdNeWnOdNNNEIoOlTTNLlOI0OoiAg0NIVAo0NTIo0V]aV0iNVNL0lI.0o8N0NI[8aLTN3¥KOB{3—Ta0eLVTDIUIaiTNVl0ATi06aVlUTE
)TVTNTNTQNoVVToVTNTGTNSNQWVTVTJNTVTTQNQNITQNaVTQVToololololololelololl MO

®o)}o0BV]oVoOW1oVT®»oVTNVNTL3oVWTVo1NoRToNoTWoToOO»QWNTINQIONToNRTAToUVQTNWNgMNQoBW]VMNoQONMTQVOBTOQVWNTIONVTWVoVEGNTRVI~yQobOVa3RIoAlOVTd—YIoOTeX3k—o—lOOoxlNo~IRRlNoTlIWoTlVaWoN3nld.NIadLoNOl[DLlGkl000ARN0NR0AA0NX0N0N0N§O0LOU~N-—UNNSU3¥UR

Oo]V¥]}oYVOg1To]Vo0io%Tg]VoN7VIToONoVTNoTI-VooVQOTNiogaVNu]TAoVNoIVTQIAVNgoTN~IoVOoCQgToNVTQoNQTVNIaINToQNVoTNWVQ[o=VTNIQoONVoIVNQoTNV1oOWQTBNIRToNVQ9oNTO]NIVAoAVTN=IoTINVSQGNTVoVMAoIA=aoLVTIaAVNIVTNeAgLTlOVIMkeo0NRlUoTlokNOkeoRloMNoylNolOolkOolekolOoaLeRld3k|NolALoOkdlCLOnodlVRVVNO]&oIRoB80NTBoB0VONT0aINT0oNVT80NVT¢0N(oN~]N)Ua1—Ooe¥LNPV]eg0lVu-LU—aM0ldALN0UUSN4u6UUStUP
E_4
CZRJMAQ RPO? FE/HOST ISOLATOR MACRO V04.00 1~JAN-83 13:37:00 PAGE M-7
CROSS REFERENCE TABLE (CREF Vv04.00 )

u—[oegAaVNTQ¥=MlkY}QONA~ VBO|NrM—PeIIIMAINJINMFRIAIWN»R¥NxB%y 086VONAWTmSD0VMNOIOOT0A(¢&eVOovMI\=NJD—~rJVONTOINRxOM=NAWDNIAN—T»RBXb¥My3N xRBY¥X[%LyN3LeoVAQNTOn1lkIW]oNeYPB0Ryt0I L3RXx¥.E3 UN08YISULST0r(OU0MVe=0N—O0\0 MT0NTOMUe—0NO0(aBOVBopRV/PRV—r—CNINMNMTMANy—r=—INININIUMN. LeogVQTG]N2—lWMIO

SEQ 0249

U[]

[]

B3b3g.y3R»NWBR]nblBN¥RBRN¥PBRyR2yRNy¥[~©®
oTT2WTaO%QNOoVAOCCRlY0)Y0ovVVNNNNYadl,A&BaItVI0yVBTV"oaVYBYJTa*NlxJ<IoeVOV0YV¥RPCaVYTBta\\IPIYOyT0ZF"POVVaaY)R\oPBPONClTJ0VTY"PPOoIUVyBa¥3N—Y-oNONVYdaYVN1XVYOxII-VnYYOaVNaNTM1YIUoVIPV2YaMlYRLVNOMMAC.VYVaIMNVooNU1oitMMNMYIVVoOaMYOYM1OVMVXVOYWaToV=1O8x=N¥Yte=OeVT\rVVYYVGURNrarrV—VmOmeYVVMVYoRTToMrWmYYIMYMV¥VVoeCoCNB—OOOyOtTAYYVMVVyOOWR&aoVVVY0oooOVOOYOBIYtAMONVVVYVyYf~*VI2FNW1ToVVyYOOOOGJoOVggSaVyMVOONOSEXZOOXXNBNB%iOXOZZIXNVBBNJISURS0XXNNNIDBVRSOONZSEFTXNXLZVBROOENSSLZNUXXRNONLBMESNSXNVOTTNIOxOMANNSZSXUROINXNINOOSONMNOSSZJISNMRONITLUMBN=EOCELMPSIOX0TNSTWO~OREI=MFXXJSNNILNrSyYDFNNTSTSZEANSNXNNUSOWIRTOI~SNLXRFSWNUyrNOORTMNXQXSVNNNXIN—OPOFrMOJSSNZIXXNXMRNR=IXNSZZNNOXXNXyOVOOISLZAZJSXXXXUMKON|MZNXWLXXOrLKQOGRBMCT.NOZLOZZXeXNXX~y=VBx=ZLWSSSMeN eO NXNXAyRLIZZSOgNNX8O-B¥=SO=AXSETO_NXXN3RYOBSZ2aD.CITNXET*=/ZXIMIR'®NgYZNNLBB2ag|ONLgga~oOyllTll3oo2OgaaIllOPMllOoaaaVML¥2llTllOVN3oaaNaaMxOllllBOTNRoaaaaOMllVlly0INaaao¥llllOW0MaLaoNOyO3RVlllNa0rTlaao~IVllal=MO0F,laWaLaI—®”OOorll=alT8yMWlaNLLRlORaa0IaO“FMNllrLlN.V.OGOaa0aMamllliOlooR¥xaaNa0allll.N=BBaaaaOllll
NA0S7ROIVM0TP¥O~00N
IN
O0TBPD3OO(I20-brD0FyTP\NJOIWP(OPOPGOeB¥0OOOOONNITOOMNMOOOO
3MVevN=MI3—OROA~O=NIINININNNyVAI0rILNMWURPNIISYNO—M¥VMNUUOUMMMaOLMIMNOMNya2eAS2vx=T—GOTGGMMNAIOOOMNMMrWOiMM~T0OmOWOIOXrON—OOM~rOW~OM<2FAMN0OSGOROO ¥0ZON0DA7OSONFTMMONWRON7I0Oy~<2NMNN7ONV~SOSFTTIOOO<ONUM7IONSINWOISONNOR¥OIIMNAONNNUTI2yMO0MN-NPNNMXM0SNMW~OW2NwINMNTN AIO¥S<TNATTSINATROTNONO—CNNNS0TENA23JSrOZAOMNAMPOGGBeSAMOOFNNROOSAO—yNT2DrNIP—8eMSTVS—ZRLTrERTOVPON0OA-OIOU_NMNOOR2APOFuPMyWNOMMD~OMuRONyIOOO0yOWM0ONONMBFM0QNC+=80vM—NIOSO—==A0vOIDOOO0NNBBOONE0M\NNNIMIOM0MT2=MT=e
IaARYNaV00NN
<YL0YyV,yV,0000RO0P0YAV0VYy00P0PVRY0NY0a0TRODIN0YYVVVaORO0N0LLTYOYIUPEITVROOOSMN~YLYXNOVVV0IINYORR~CYOYYNAVVTIONWOCOLM\YINYVEVVOYRMNBO—VPCMYIIN0NYVAYUPZF3TOEYT=MAVMOVVNOTNM]ORXYYLTVV—MI0r3Y2oOWM<NOY—YOYMEVVVMWRA—rOoWoNUNYYYVTNVMVRRN<—3—oNZYPYDooE20OYy—Oevv0VVoVDYRTOAOeo—VAYNA¥YYSOOTNNANNyO¥yYNRNTWvNIMMVYyDIIAVOO2E2MSOZO7UgAZOOVWWVNNOXBNIBOW—OROONXLYXNTIOAO6uSWTZNTI8AXXNMDnAA<WSSXJ2PISNRrXNNWOAOZWTT0NIUSNNXOOIBTOROZLMeULIN=ZUOOINZ1LUMIRAOA0O—M=XNENOMMQBReILJNILTOUASUTIMLRSNNTO~T<AO<TAOLOF3E7NITXMUINMN<ISEF8FAMSTKTOAOrARSPENI<MSSIINT3mMXX8=DAROrTAESXIXmNA¥C=NIEFLXeAOALE=IMN<O0ZZ2SIWRrXXNWTMNRQ—ZLAIXDOGOAnGAMZOZMLIIXNXKONRMOANAIVSZJ—XXXNOGWOXSSXXAVPB~=OT0EO2XXZFUUNXAITOMEORMBaZMNITMTIOITRASRO=M(NgLIYALTSNXNgVION~agIoOl—llMONoooN=l=lleeb0aOaa==~MAl2lTlU000FNEoaaM0IAOlllAO\M00RIIaaaMOMNOlll000WNNVaNaalONIlOl000NAiSaaaANVO=ll=Nl0T00,NWMaoa\OODlOllONN0O~00O\OILAaaAlv==alAv000N=NVlaLNIWlaOIaNR OO0T00NOVlNlMLaiIOINONO&al80&08aWObllGG/aNOaNIaNV000llIlNo0OYOaOaaT0NMlll
OY0Oa0e0IT)OS00Y
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 T~JAN-83 13:37:00 PAGE M-8
CROSS REFERENCE TABLE (CREF v04.00 )

L¥BRY83NOy LBR»¥N&"3PyEOR ReN—OBANWM=NDTMO0N~AVIMOT 080 bXiRNOBlyk

®8

SEQ 0250

®N

G &
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE M-9
CROSS REFERENCE TABLE (CREF Vv04.00 )

55-28
55-28
55-28#
55-284
56=31
56-31
56=314
56-314
57-29¢
57-32#
57-37
57-49
58-31#
58-34#
58-38

55-28
55-28
55-284
55-284
56-31
56-31
56-31#
56-31#
57-31
57-34
57-374

58-414
59-15
59-28

S7-49%
58-31#
58-344
58-38
58-414
59-15
59-28

80-56#
81-23
82-28
83-18
83-34
84-58
85-424
86-344
86-49#

80-56#
81-23»
82-28
83-18
83-34
84-58
B85-424
86-34w
B6-4OF

55-28
55-28
55-28B4
55-284
56-31
56=-314
56-314
56-32
57-31¢
57-34x
57-40

55-28
55-28
55-284
55-28#4
56-31
56-314
56-314
56-32¢
57-32
57-35
57-40

58-43
59-15#
59-28

57-50
58-32
58-34w
58-38
58~434
59-154#
59-28

55-28
55284
55-284
55-29
56=31
S56-314
S56-314
57-21
57-32
57-35
57-40

57-504
58-324
5B-344
58-38
58-47
59-154
59-28

80-56#
81-23»
82-284
83-18
83-34
84-58
B5-424
B6-344
BO-49¥

80-56#
81-234
82-284
83-184
83-34
84-584
B5-42N
B6-Fw
86-52

80-56#
81-23#
B82-284
83-184
83-34#
84-584
B5-424
86-37
86-52#

57-49%
58-32
58-344
58-38

55-28
55-284
55-284
55-29#
36=31
56-314
56-314
57-214
57-32
57-354
57-40

SEQ 0251

58-22
58-32#
58-34#
58-38
58-47
59-15#
59-28

55-28
55-284
55-284
56-31
56-31
56-314
56-314
57-29
57-32
57-354¢
S7=-408

58-22#
58-33
58-35
58-38¢
58-47#
59-154#
59-28

55-28
55-28#
55-284
56-31
56-31
56-314
56-314
57-29
57-32
57-37
57-404

58-31
58-33#
58-35¢
58-41
58-47#4
59-15#
59-28

55-28
55-284
55-284
56-31
56-31
56-314
56-314
57-29
57-32
57-37
57-404

58-31
58-34
58-36
58~41
58-48
59-16
59-28¢

55-28
55-284
55-284
56-31
56~31
56-314¢
56-31#
57-29
57=-324
57-37
57-404

0-58
B81-23#¢
82-284¢
83-184¢
83-344
B4-584
B5-74
86-37¢
86-55

80-58#
81-25
82-28#¢
83-18¢
B3-344
BL-58#
85-744
86-38
86-55#

58-31
58-34
58-36
58-41
58-484
59-164
59-31

55-28
55-28#¢
55-284¢
56=-31
56-33
56-31#
56-314
S7=294
57-3284
57-37
57-404#

58-31
58-34
58-36#
58-41
59-15
59-26
59-31

55-28
55-284¢
55-28#
56-31
56-31
56-314
S56-314
57294
57-324
57-37
57-42

80-61
81-25#
82-30
83-184¢
B3-344
B4-58#
B6-24
86-384
86-65

80-61#
81-28
82-304
83-22
B3-344
B4-64
B6-244
86-49
86-65

55-28
55-28#
55-284¢
56-31
56-31
56-314
56-314
57-294
57-324
57-37
57=420

55-28
55-28#
55-28«#
56-31
56-31
56-31#
56-31#
57-29#
57-32#
57-37
57-49

58-31#
58-34
58-364
58-414
59-15
59-26
59-31

58-314
58-34
58-38
58-414
59-15
59-264
59-31

58-31#
58-34
58-38
58-41#
59-15
59-26#
59-31#

81-14
81-284
82-33
83-22
B3-36
B4-64n
B6-34
86-49
86-65

81-14#
82-16
82-33#
83-224
83-364
BS5-42
86-34
86-49
86-65

81-23
82-164
83-18
83-22#4
83-40
85-42
86-34
86-49
B6-65#

81-23
82-28
83-18
B83-23
83-40#
85-42
86-34
86-494
B6-65#

81-23
82-28
83-18
83-23#
84-58
85-42
86~344
B6-49#
86-65#

CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1~JAN-83 13:37:00 PAGE M-10
CROSS REFERENCE TABLE (CREF Vv04.00 )

SEQ 0252

B6-65#4
B6-85#
87-45
87-52#
87-584
87-70
87-76
87-82¢
87-894
87-96
87-106#
87-112#
88-35#
89-20#
89-50#
90-204

B6-65#
86-88
87-45
B87-524
87-584
87-70
87-76
87-82¢
87-91
87-964
87-106#
87-1124
88-35#
89-20#
89-50#
90-204

B6-68
86-88#
87-454
87-52#
B87-64
87-70
87-764
87-82#
87-91
87-964
87-106#
87-1124
88-39
89-20#
89-50#
90-20#

86-68¢
86-100
B7-454
87-52#
87-64
87-70
B7-76#4
87-82#
87-91
B7-964
87-106#
87-115
88-39#
89-24
89-50#
90-20#

86-75
B86-100#
B7-454
87-52#
87-64
87-70
B7-764
87-89
87-91
B7-96#
87-106#
87-1154#
88-72
89-24
89-52
90-20#

86-75#
87-26
B7-45#
87-58
87-64
87-70#
87-764
87-89
87-91
87-106
87-106#
88-30
88-72#
89-244
89-52#
90-24

86-85
87-26
B7-45¢
87-58
87-64
87-704#
87-764
87-89
87-914
87-106
87-106#
88-30#
89-20
B9-244
89-56
90-24

86-85
87-264
B7-454
87-58
87-64
87-704
87-82
87-89
87-914#
87-106
87-106#
88-35
89-20
89-25
89-56#
90=244

86-85
B7-264
B7-52
87-58
87-644
87-704
87-82
87-89
87-91#
87-106
87-112
88-35
89-20
89-254
90-20
90-244

86-85
B7-45
87-52
87-58
B7-644
87-70#
87-82
87-89
87-914
87-106
87-112
88-35
89-20
89-50
90-20
90-25

86-85#4
87-45
87-52
87-58
B7-64w
87-76
87-82
87-894
87-96
87-106
87-112
88-35
89-20
89-50
90-20
90-25#

86-85¢
87-45
87-52
87-584
87-64#
87-76
87-82
B87-894
87-96
87-106
87-112
88-354
89-20
89-50
90-20
90-46

86-854
87-45
87-52
87-584#
87-64#
87-76
87-82
B87-894
87-96
87-106
87-112
88-354
89-20#
89-50
90-20
90-46

86-85#
87-45
87-52
87-58#
87-70
87-76
87-824
87-89«
87-96
87-106
87-112«#
88-35#
89-20#
89-50#
90-20
90-46

92-524#
92-87

92-67
92-87

92-67
92-874

92-674
92-87#

92-674
92-874

92-67#
92-89

92-68
92-89%4

92-69
92-904

92-69#4
92-106

95-72
95-834
96-428
96-49
97-58
98-12
98-20
98-63

96-L2K
97-524
97-58
98-14
98-22
98-63#

92-684
92-90
92-110
93-92
93-97
93-106
93-120#
93-139
93-194
93-217
93-222#
93-248
93-249#
93-276#
93-303
93-304#
93-315#
93-338
94-3784
94=514
94664
95-41
95-44
95-77
96-37
96~428
97-54
97-58
98-14
98-22
99-16

38-214
40-21

90-46
91-47
91-90
92-47

92=106
92-1104

93-92#
93-974
93-117
93-138
93-139#4
93-194
932174
93-225
93-2484
93-264
93-2764
93-303
93-304#
93-321
93-3394
94-41
94-52#

94-76
95-43

90-46#
91-47
91-90
92-47

92-106
92-1104

93-924
93-974
93-117
93-138
93-1394
93-1944
93-217#
93-225#
93-2484
93-264
93-2764
93-3034
93-309
93-321¢
94-32
94-41
94-53

90-4L64
91=478
91-90#
92-47

90-4L6X
91=478
91-90#
92=478

90-464
91=478
91-90#
92-47H

90-48
91-47#
91-90#
92-4TH

92-106
92-110#

92-106#
92-112

92-106#
92-112#4

94-614
94-534

94-51
94-66
95-36#
95-43
95-44n
95-81
96-42
96-47K
97-56
97-604
98-18
98-24#

96-42
96=47H
97-56
97-61
98-18
98-33

92-674
92-87#
92-106#
92-113#
93-934
93-101
93-117#
93-138#
93-156#
93-196
93-222
93-238
93-249
93-264#
93-285#
93-304
93-309#
93-336#
94-37
9451
94-66
95-39
95-434
95-44N
95-83
96-42
96-4TH
97-56#
97-614
98-18¢
98-33#

93-924
93-974
93-117
93-138
93-156
93-1944
932174
93-226
932488
93-264H
93-285
93-3034
93-309
93-336
94=324

93-92#
93-97#
93-1174
93-138#4
93-156
931944
932174
93-2264
93-249
93-2644
93-285
93-303#
93-309
93-336
94-37

93-93
93-974
93-117#
93-138¢
93-156
93~1944
93-217#
93-227
93-249
93-264#
93-285
93-303#
33-3V9
93-336
94-37

92-106#
92-113

93-93
93-101
93-117#
93-138¢
93-156
93-194#
93-222
93-227#
93-249
I3-264#
93-285
93-303#
93-309#
93-336
94-37

92-106#
93-92

37-32

37-324

37-43

37-430

38-21

41-49
L3-428

641-494
4362

41-59
43-620

41-594
43-420

47-83
44-47

41-83x
L4=670

_1-C134¢
39-22

7-3734
39-22

40-21#
43-42

39-22

39-22¢

96-428
96-494
97-58
98-12#
98-20#
98-63
38-21
40-21

38-21
40-21

95-40
95-434

94-51
94-66KF

39-224

90-524
91=514
91-92¢
92-51

92-110
93-92
93-97
93-105
93-119#
93-139
93-156#
93-197#
93-222¢
93-248
93-2494
93=276
93-285#
93-304
93-309#
93-336#4
94=378
94-514
94-668
95-404#
95-44
95-77
96-37
96424
97-52
97-58
98-14
98-22
98-63

95-39#
95-434

96-374
96=-478
97-56
97-60
98-16#
98-24

95-44N
95-81#

92-110
93-92

93-97
93-101#
93-119
93-139
93-156#
93-197
93-222
93-248
932494
93-276
93-285#
93-304
93-309#
93-336#
94-37

96-374
96-47
97-544
97-60
98-16
98-24

95-364
95434

90-52
91-51
91-92
92-47K

93-934
93-101#
93-117#
93-139
93-1564
93-196#
93-222
93-238¢
93-249
93-276
93-2854
93-304
93-3094
93-3364
94-37

95-36
95-43

95-44
95774

94-51
94-66

90-484
91-51
91-904
92-47K

94-764
95-43

95-44
95778

40-214
43-42

90-46H
91=478
91-90
92-47

94-L14
94-66
95-36
95-43
95-44N
95-77#
96-42
96-L78
97-56
97-60
98-18
98-24

95-44
95774

96-37#
96-47
97-54
97-60
98-16
83-%2‘
MSGNLS

94-514
94~664
95-724
96-37

42-47
45-52

L2-470
45-52#

91-47
91-51#
91-95
92-51
92-110
93-92

93-97
93-105#
93-120
93-139
93-156#
93-217
93-2224
93-248
93-2494
93-276
93-285#
93-304
93-315
93-3364
94-378
94-51#
94~66N

95-41
95-44

95-77
96-37

42-67
45-58

91-47
91-54
91-954
92-514

42-678
45-58%4

91-47
91-54#
92-47
92-51#

92-1104
93-92

91-47
91-90
92-47
92-52

92-110#
93-92#

93-97
93-106#
93-138
93-1394
93-194
93-217
93-2224
93-248¢
93-264
93-2764#
93-303
93-3044
93-320
93-3384
94-378#
94-51#¢
94-75
95-41#
95-44
95-77
96-374
96-47
97-54
97-58#
98-14#
98-22
99-16

93-97
93-117
93-138
93-139#
93-194
93-217
93-222#
93-243#
93-264
93-276#
93-303
93-304#
93-320#
93-339
94-37#
94-52
94754
95-41#
95-44
95-77#
96-37#
96-47
97-54
97-60
98-16
98-22
99-16#

38-21#
40-214

38-21#
40-21#

43-42
46-50

43-42
46~504

FOOWoWNMM0ONO]Y—D.OWOOVNEMWOOXNO'INVOZMMWONJTo=I—VTTOQD=NLMOMaNSYNIOaVOOEXSN=NLONOLNoMItN0OOWON\MJNW—M0eON0—OMOOONWMMNNONIOON—WWWMNNO00NMOIMOMO—GN0WNMWOV0NN\OIOOGGM00CNNMIAIAW\OIOOMNW—VMNWNAOMNMA

WN¥"y’u%MOO0O—NRODOMOOTRNIN=UMO0RODNE0N8EOTORW0NYO0N0N0W8N0t0IO0ORN08TN.s
rOT4Ba—NXOeBO=o—l=aIOlNOoTOlNalOIO.NaNlPO.OaOlNRVaOTl}OoNAloNloO0tOaOV[0aVTa0VA]OAdLNoAlNNLOkOMONNVMTOE
MNSEOVOROCNOWN—rN—OMNOWONONAN

940ORaoYBXXNNolN)TN2oelOa3lM1MLUoa=loaMlNIoE¥RXlS3—olMOLo=l0oaMl1oVRO—lYVOaORVN[IUVaVNMIIaAVNNM]NSAo=lOIoRXk=CNOLOO=kl—NQN~AMO—ONrAR —ONNMITWON0WWNIe—NDN~IITMSNNO=ICNIONON-NWNO0ONM~OAMOIINMSIINPONUO=IMIIAMM0NONNN~
EEX
KRN
<32

-0

96-494
7=-3734
42-314

56-30
63-15

70-33
77-28

84-18

91-42

O—eTMrONOV ONMT=UIMVNOVOVOTOMONODOOONMIO=—NM~ N—O0NIMNO R—NeOMNONONIN~INVONA 028NMOO~BN|RO=—N0OLO®3OXRO.3NO gY0RyO—=NM0e~—ORgBoOVvwNRITR ONTINOV RTuNkRHyp OSUNM=M\

0L
0
0
&
0
0
0
$
A
¥NRO TO—MN NI OUVW—04N0AXBOIXQ L«N1OVaNTeOVaOl00VaOY0.ADW8pN—ndI0OoNL0—N3Oo0lTO0LNTo
COVO ONOCONIONNOVOO O 0NIOMWOVTMNM O =NAMONON WOV
0NRTRYO2O0W~V0M0 oO0 OOV
RN~NWNM I RN=
VRPNYNyBR RB[NR RPRe RRxWPV0NNNB0R0P0R00YPE00YB80 y

TN=ONINMNYee NOMONIMIFOUNOMNT0

MSGNSU
MSGNTA

49-24n

77-284
84-18#
91-424

56-30#
63-15#
70-33#

0SeNOOMANOMINIONOMONOeCNINTOMA~MUMINRVBPPNRBROMMR NADOTUONMNNMNNNONUREe.NOWFTIN=VUON~SOMAMw3Mn N=OTNISMWONOMO¢sL08 x_ ~—ON=VTFMTONONNTOUVMIOM0SONIO~INNTNT =UNOTWAMONOON—0OWIOTANMNVOOTMON R¥BVO [U¢0L ¥3x N—TWMNOFNVONODNONONOUe08RBLDO 8¥O~ NOTNMNADOONDOONN bL3XN OOTN=MNOMN MTO-N=DIN~o OWNWTM\MIDN
97-61
36-60
4£3-37
50-26

97-61#

85-25
92-39

L3.3

- = v O VOVM MMNMIMMYMNNVIMNS

O~WO

A
l
CZRJMAQ RPO7 FE/HUST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE M-11
CROSS REFERENCE TABLE (CREF Vv04.00 )

SEQ 0253

«NW®l Axl

99-16#4

57-17
64-20

71-17
78-13

99-21

A[oT3aNl

—-OT—NeSS==TOOINOR=NWOOINUNaNOI(VVNO(\MNOVORNNWo==—AA=—o==Oo==N\UoT\OO=$MO(YM)OUMROM=NWAOueoIW=~FSyMNPWMNN)VooMM==NWMOB=<)Y=0eM=I2MNMMOOOeNUIIDOMMMN»0OOUIION0IONNORIW0yNOVAMIOAVNOINMN&OONIUONMNIO=IAMONUOIO=N~MRNNUMIIMI=OvT~MBOANNPTIN2ONVMNOCOYGOWAN0ARTOWSAONST0IBONOOOWOVIMNeN=OxAN[ONTPMSMTNMOOU=TMMeWNBMT~AN~NO<O<WF~INBN~O3GFNEOVNMA\TOTYFINNR=OMINM=OOINNAICMJOIMWNyOOIIUNOMMMA—IINrWO=A—MNEM

W-'OoL=N3N”3—yTPR&N'O>xR».1I5NI03oNM=2IRYo=TeMy6RVAORTOUVM4Y|BTRWNeB~PN8MfRWY_7RNo~|WBM.N)Y]8BO=ER5RenEUENM4OE/RBN6&NO9NYC6YRI4IO1RBY5yAON4IN5RVBBMIM4eY~7VBNyR9OeB&N7PR8MB&0NA8BV&RVO0YBPNR1ROB]N1PRPEO“¥R2OB5VMC»V2RNM7RP5NNV<O3¥SUP9M¥SR7B|YMM5NNRM/|=NM=3IWXvNXx-LOMRL—3
OMONNY800y
—)OS¥O=0O20G%oAO=00N
NVNOONNMONOETINOOOPWEMN-O=WONIOE=MIANOT=LMEOROOIUYNMOWOINYOONTM=LNOUNENMOWD\IYNVOOSAERV=NOeO=P—=MIvNvNBr=vv—NNAIOvvUANNVDOM0NYG0I0ON0NWAODNNBANIOAONVNN—VGI0NOVOBN0—NNIOOTN=NMN2TOONNMTNVMNNT—M30ON~OOVNN~O0NOTVTOOAWVSONTTAIPONNTWFGWANOTRNPIDNVOWTFPRODTNNOAOAPWTDINNWTO=OWPN=A=WMNOTANO=NTL0I0NOTMOOOMAT0T-N~RrOTN0FO—NAS0NFL—OTN0MOI==VN0FOMNTOT0OM=TT0TNGT80MMOONTIN80F~U0ON—TS
BOOODOTOOTTFNN
V00D
N0NNy
B0NSyNSO=PW0YTTBOWOONnOI0O~OVOR0NV0IOY8VOnNOVOVOPISPIOOOM=NOUMINnIMVOOSO=M0ATnO=TOTDAORMMNOVONONOMOvMOMOOBOMuA=gEyIORNOMNOm0EW=NWV(T=nOJWTMOERNNMIA)nON.JBFoWW=0MMAN<«RNNDOT)F3MnWWPN==ANOORNAIvOvve—NNnOVrVvvvI—UMI"VGWMN=OARIOOOnDRD—ONN0OOSN%ONN0nCIIPPT OO0NNVIOOOnIONNB—ORNCMONNVIM—rNCAnUOOrUNMCMINBRMN——NNNOeUNn~EMGOBNNRTCI0IMANNRNWI0MN8iNONBROTTWnNMOOAM~OTRTINN0OVrOTAMWNTBCONVOTN—SNNONTBNY0PAIO0NROTNNNNIMPMYRNON~TNTLINAOFTMOI0NAANWNIOPNBRTMNTNWAMNTN00TeON=P~TTT00NNN~VTN~00RFFW-ONYIN~AOT000RFELVWONNOATN0800OTrMVI=TTN000NPrMNNBVWWCI000T—MNNNBeA=INMF8T00RF=MINNOR=OOE=TF0008NMNNI=ANPONOO NW000VN=VVO=MIWN0¢0EPIMR=¥AWO8OEN
BOOD00Nv1—0EOWVEO1NTLyOE2OFIIYOSTDO3RYVEMTOINT4MORY5OEOoOT=OV6<O3Y7N7NV8NOT8IWYNMUW9MNOY9V0NY0yNI.NSO(BN1ININBNY2~NA&NY3TNO&N4ZDNWNNT~4OY5PNNNYSNN6TNNN¥AN6TAN7TNNTNB8N~VANTOT=9NN&ANNPS0NNN10I2NN0T|O0NNrDN320r—4BNMT0rO‘—NN0C4NA0OB5NN06NN0M7M
J 4
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE M-12
CROSS REFERENCE TABLE (CREF v04.00 )

LZSAQFJVrvoaRe]lYlXaYoivVlENTaleaVtlYViaea ONTEAO0rIZV—~TrNOWAVW—NVrVNM—ANWONO0CMON~MYOCOC~GoNVTO3INUM=—IUF0~IVNWISE OTINWINOSMN=VMYROON~=NIDMBMISOe800NOWo(U=NOT0MANOISN3)MVWIL3R&VNn¥VIOTVNAONIVNMWOITN=NOMOMNOM0YDMLO80TLYN0E=AMN0OVWN=IA—v+N0VN~CD LEY0EL0YNDY

SEQ 0254

K &4
CZRJMAQ RPO7? FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE M-13
CRCSS REFERENCE TABLE (CREF v04.00 )

67-214
68-204
69-25
69-25#
69-254
70-36#

67-214
68-204
69-25
69-254
69-284#
70-66#

67-38F
68-204
69-25
69254
70-33
70-684

67-414
(8-48#
69-25
69-254
70-33
70-724

80-454
81-14#

80-56#
81-144

80-58#
81-14#

80-614
81-23#

81-12
81-254

81-12
B81-28#

93-238
93-3094
94-31
94=510
95-30
95-728
96-428

93-238
93-3154
94-31
94-524
95-30#
95~724
96-474

93-238
93-320#
94-314
94-53
95-30#
95-724
96-494

93-238#
93-321
94-314
94-53
95-30#
95-724
97-42

93-238#¢
93-321
94-314
94-53
95-36#
95-77#
97-424

93-2384
93-321
94-32
94=-534
9S5-304
95-8B14
97-52

93-238#
93-321#
94-32
94-538
95-41#
95-83¢
97-52

1-A00#

7-373#4
7-3734

20-101

20-101#

20-120

52-26
59-37

52-264
59-374

52-50
59-39

32-29¢

30-12

51-484
59-264

32-29

10-25

10-25¢

71-194
72-20
73-134
24-170
75-21
75-614
76=14K
77-304
78-13#
79=228
80-24

MSIOSE

MSLDRO

MSMASK
MSMCHI
MSMCLO
MSMSK1

M$SPOP

14
514

67=214
68-20#
69-25
69-25#
69-254
70-36#

_1-C42#

71-194
72-20
73-15
74174
75=21
75-634
76148
77-304
78-15
79-224
80-24

32-18

32-184¢

1-3714
1-4#4
1-8244
1-a774

7-373#
7-373
7-373
7-3734

51-48
59-26

1-881#

7-3734¢

71-194
72=204
73-15
74178
75=21
75-664
76=244
77-304
78-15
79-22#
80-24

32-26

71-194
72204
73-15
74-19
75=214
76-12
76-264
77-304
78-15
79-24
80-24#

32-264

7=3734
7=-3734

7-3734
7-373#

9-25

9-254

71-34#
72-204
73-154
74-19
75-21@
76-12
76=294
77-47H4
78-154
7924
80-244

25
254
-33
17

14
364
4 20N
73154
74-19
75214
76-12
77-28
77-52K
78-154¢
79-24
80-24#

SEQ 0255

68-14
69-20
69-25
69-254
70-33#
71-17

68-14
69-20
69-25
69-254
70-334#
71-17

68-144
69-20
69-25
69-254
70-334
71-17#

81-12

81-12#

71-394
72-44N
73-154
76190
75-23
76=12¢
77-28
77-674
78-154¢
79-240
B0-26

72-18
72-46H
73-154
74=19%
75-23
76-120
77-28
77-694
78-154
79-24k
8U=cb

68-144
69-204
69-25
69-254
70-36
71=-174#

6B8-14#
69-20#
69-254
69-254
70-36
71-17#

68-20
69-20#
69-254
69-25#
70-36
71-19

68-20
69-25
69-254
69-25#
70-36#
71-19

68-20
69-25
69-25#
69-254
70-36#
71-19

72-18
72-504
73-384
74-198
75-23
76-124
77284
77-72¢
78-244
79-24N
80-26

72-18
73-13
73-404
74-19K
75=230
76~14
77-28¢
78-13
78-264
79=24N
80-26#

72-184¢
73-13
73-434
74-34K
75-234
76-14
77-284
78-13
78-294
79-36#
80-264

72-18¢
73-13
74-17
74-364
75234
76=14
77-30
78-13
79-22
79-464
80-26#

72-18¢
73-134
7417
74-3BK
75-234
76144
77-30
78-134
79-22
79-488¢
80-26#

72-20
73-13#
74-17
74-41N
75-43#
76-14#
77-30
78-13#
79-22
79-51#
80-38#

032484
93-321#
94-32
94-534
95-43F¢
96-25
97-524#

93-2494
93-321#
94328
94~534
95-44
96-25
97-52#

93-264#
093-3214
94328
94-664
9544l
96-25
98-12

93-2764
93-336#
94-328
94~754
95-44k
96-25#4
98-12

93-2854
93-3384
94-3284
94-764
95-72
96-25#4
98-12#

93-303#
93-339#
94-378
95-30
95-72
96~25#
98-12#

93-304#
9431
94-41#
95-30
95-72
96-37#
99-15

32-31

57-35

30-12#
32-314
57-354

30-16
36-64
57-49

30-164
36-644
57-494

47-26
58-36

-5

224
47-264
58-364

29-56

-37
51-23
58-47

393

-374
51-234
58-474

10-26

10-26#

16=105

16-1054

16-124

16-12484

16136

16-136#

81-12¢

81-14

81-14#

39°3

MMMII —NONONAINMDNONONOONAN NOD O ONOANM—Nr—ONDIOMODONT T IGOC=NMMNMIMNSNE

OG\SPOOTO=Ce00y
M0N
300N
CR00
ITSTMOJNNUXV—I—TTMJOXPTMTIR~MNWN2BNUAOMSS$OMTYNOeOUNaOe7OMI. INPo=]MOoTGMV=M0FV]AO=eNoTR)MyuIO=ONNVo=OIvOoMT(oLO1NNG.~O"o=NOINQVNNTM=O.MUOANgIVDMAOTTNMNo=v~=NObOOeMMN2AOOOINN~NoMYGoOOOYMToe==OM~YAoNVINO=RoNTDNOeMNDMOoM~TN.MOoIO]NDAoRe1OMO=LANMNIMONoIN8O0OMDIIOLTaMCN0lVOO=OeIlU~OJMeNOMWJIee VOMOaMNlVOa—NlSnMVNMaN—lMInVOIaWNNOlINnVWMaNOnIlONVIMaInONlInNVNINeMlNO0InreO—TNTTlveTNOTOEIX037NOISSTATNSNWXMNTTN0SIXTNTT080ZINXA~ONOI00OZXOOTR080VGSCNXVOOOMU00aVIORNONMXMN00IIoM~PFlM0I0OFNMaOI==lIM0UR 0MS[6NN=aI=O0VNE1
XMOAT0MxV07TV—IN0—OMP7—TT.RNOAONTTTTNr0N=TOO——CIITAyOTe®~TTVeNNuTle0IMNNTeIIITSAMMWNAMTMIeIeUSITATMIIUWNNCMIO0=NT\=IAAIINSeeMPFNCrMCX00O=—We)Oe-UePNUrIMIeMXNNeV0(MOCTLIOEUMUeM=MAOOOeLUIAMMOIMMeIAMORIVNMM0R0OOVAUTTMMMEINAIY~OIO=OR==MIeAVMeII=MAEo~-T0OOONOLRMOMAON-RTO==O0OAIeRNO0~J=VOUCNROFNB==O—LAEU0IOOMNeNNMIORIIINCOV~¥WMNSATDD\IAMBISMNOTNNr=rOUDUOe—NMoOALOAeN===BOhAgTRIOIO=—NTA=O=OOWOVMI01LL2CIMRNOOM0bNNOM3TUODDD!N=ONIWNWRLWDIRMMIOVOAONONMVMOYANNAEB¥NNNeYIMNOIOONAOGU=0NNIMDT=—ONWBOO—O00=O MNCMMVEMOOBDGIOIOUROIONORM%OOMJNMITNTTOVWARAONO2MBOMAVONVCMIA2T<MNONNNORAITOOW0DB’DSNMIANNOOAPVTVNTIAWOOIOOMUB*VTMON0IM~OOYONVMAO0INIPVVMINT¥O=WDO0MNOOIMVOMANWNx3IINROIMONTNMOSOW¥OTIASWMDO8NN\NMNMCNNOAIOMONNO—YN%MNONIIOIINA~VNMN=ENOTIIMNONTTXRMIONAtIIDNON=ROeNMN0NVOTOTTT80OOIMOOWGMTVNTI700NIWOO0ONON77N00MDNMOU—OANDTNRO78TTI00rNNeOR3TB2«TAON7T3TI0D08I—NOMWTIOO ON3IOTAMT—0NR0—NINOO\\MORAI380=WFMVOOOVIUMCAGOM000NTEOUNIMOCOMNSMAM000\INNIIOOIMNM=AM080INOMIINSIOOMMWO600TIIINNSA=VNWT MMYAT SNN¥goOEEIITT
2e]tXOXyL—TOeIITeFVJoUMB&8TNYNSOSBNB NBS@MNN’N=R»NIOTAOCNV8PNOONOSRRBOO MINRO¥VVTN MrV NMPOA-¥ ¥E

.0MNANa0BDbOVM¥NM~R—IB¥N2SWRNOCT~UEuIoR-OyMENNORON—eMYIONNNMON—O|~BMRMN~GMOOOOTLAN3(NOIU—OAMVN0NOUyWVOTTvNRONOVvVNMMOTR\RONOTOA=—O~OOI=N=OMNBOIMWONMM3VNNbMwODOANM~¥O{NOR|MI(IN~=]N—yO®OFADWM=NMI»TxDO~AIP—Ne%1O®NeJW—BEOVY.—IN=¥bLTO0MI3A—,eVNxW0OeI~¥DNMONTWMINM®RTMORRODRNy00OVyN=0IMOI$O=0-3—0LO0M-AONN~IN0ERW3AAOORNNWOxxNNOROTONNOON®MOINNIIMMONFIWTWONIMO=BNMT\OP-SA¥¥=T—
ANeOEOMNIA~ROANMOON=MANINMOWNANQO=MANWNVNOYVIWNTOWNONEN

N%NG»LRN3YN]XXLN—RO‘jOR6uMAyONOInOdDbNV|RDOBORBNMO2RR6OO"§“OM8OAN9ONww_VBP*W»BB%BbRB3Y*r¥NexuNBRBxrLR3]Ly3b3RR%NeRyBRNwNLn3
L &
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE M-14
CROSS REFERENCE TABLE (CREF v04.00 )

MS$PRIN

MSPUSH

M0OE=(NBIO—TNAeMI~BIONAMWG‘8DMO2W1N21W32I03T0~8O57N8MN13725852368071“121321 eNIBRy =OVNONMNIOMDON—MOINATVNDANO—OANOI—NM3MININ OUMo1=v<FTOSWNMIN\)V3OAIM NOM—N=eVONWeNEmNWIeFONMO0AeNINR~VeInCSY
-

SEQ 0256

LxR3

o=N[Rly=RBN=OB»NMOBNPC&R=RO¥NM=NLO3NOMO3LOON3IbMNMNOINM®ArINO=¥xORxNWINOb3—UMxNrAONROW¥NO~OXVNMIRODNITIgOMNrOVOV
O0O(NInR00N
N00y
=000
=ONyIOyyVUVBOB=—I~sOV=—~VBNOII¥M=NCONI0I|oM=MO=WIWM=o0NW=OB—Oo==0~O=ov=7OOOM=MOOAMNN-MNOVONPIONO0AMON»B NO0—MVP0NO—0ONNO0UOINAG0=CINOPINOMSIW~—SMUONeIOMOOONVUMNONII=A~NRII3ONNIINONNx=—OOMN~~O=ANM=(T=—UONA==MMUOM—=NTOVOMONNWIWOMNNNVOIOPCNNMTO—INOONIIU=OONNMIOION=NOPNNTV=TTIO~NNeNSOTOANWOMNAONNOIMNOTeOe=SWV—N0ONINION~~VOT8MFVN=MOT0NN~MAOOb0NWM=IO—0ONNIWIEU0ON0N—=DVIIAOOW20NUMUVIA~TOW0MNRNINOAO860IMNNTONN0I~’0NTME8N
rONrNIeIO—PONReW.00NNRN
—NuOOc|UJuIWBBcNuONWIn(V(NNyONUO=IOOe~I=R=T=NMOMeee=7==Dy=oReN=N=IN=oN—M==D=IvNMo=O=OAN=7vMFBOOION—IO=AvNVUAOOOOFRoICO»=MDGR=OM0I0OMyVS0BIMN®eSeT~M=B—eMN=IOOOOA—MeO=~IICOPgOINOMNIGOMIOAOWWxNNNOIDBAINNWOOee0Ne=eeRI0EMTO—N0OCFeRN°VVOON~M0LLONOAMEWNNYOMNNOAI=ONRNOOMYMOOOIONVOYMONOEIMO—EOIVIO=»MAMKN~YOMUBNO=NNOIMLeONINNRTOMOYNON~NO\OOO»NNAVO¥=OBNON~VOO—¥ON~NMM&=CM8ON—I==&OIMBN00DONINMNOxN00NOIIMMNOI00OANNONNI®I00CMIOMNI—N]NOI80NIENNWTMM00oIOONTM TOT80N
A0NVOYBOVBYODYVYOYOyNRMLReONNVNYlOTVrOIeRSRRTVOONMOVWTVNYAO—NA=eOVIATMOINM=GMVOAINO¥AWNeMNIOTAOVMOONTMVeROYOOCE0YONTSA INMEAYINTO NTONMTS=ONDTACOIMOAVONTCIOINOYOTVOTRONATRRMN—ENRAOAPNDCNR—OTN

ONIOVIO—OVONOOUe%Oe%b0NNy0NNOWNBVOVMNIIOOMNNIMB2BANtOCOONV0NOyOOU=NVMVOIIOOCNWONI2UOe——lONT0V0VVT—(ONROO=lOO=NeNe—ONF~CIIVO—0O(==2—eNOevOUN0ONtNC0eOM=oo=(vOM==IUWIWNVNNNo=0=oM00eeOy==OAOIO=BVoO===vevN0ve=O—DN0WOeuIeOr=NOe==0evNv—VNVOl0TMONrOOAOMOOOOvv\NONTOAOOMMOMMNINON®uVMONVOO/O—=NOMNB»nNA00OWOVMOO0AOITMNOOINNLVNOBO0NT=AD=vVWROV0MOGI0IOM0Oe00ONRNGVNNB0=O0AO=N]OYANO*NPIGNGNC8O00IOYIRINRIOMOOTMvWMNNOIIVOMIMNOSNONMNVO~N(NIIOO~8CROI=YSIUMINOV4NNMIOONNUOTT=V—YORNIAOVNOTMNNNORVIAMONVMTIIVNL=OWMIeON~NAeNNOTNIMAONNNO—NANOME3GIOAOA=eOe-=0OINOeN\ANTIAN—OG0RS3OO=eO e+eeeOI—O_OIINIVNEeErW¥NO0MvA—NOI=NOeC MOBe—MIvDONvWO0I¥OMOO BMO—=NNRTOVeOvNFOIOMOTNIOTOQWCVINMO~O.ONNONWON3WRONBxOIO.NeOOOT3AINNO~~ON—M¥NLNMCONOMAMIOAN=¥=ENOOMDV~DONIMTV¥O0¥BAOGNOOOM80NMT—EI0WAN¥NOOeNM0IMNNN0I—%¥_=-eeN0ILNOONIMVOB¥TM0MN=MYOINVMNOII=RET—eeO—ONNCNINTFWDNNNOIBB-MO=eNONONMOCYb|TIIINNCO=eSO3OINNOONINWBL¥ROAOO"NTNNE0NRN3OTOOIONRSAWINNV~OIOOOIR8=NNINAIOONINVVOONO=NA—M8ONIRVVMN—NMO=O0IONAANIOOONNMNW8®RNN~CIM6TVIINMNNNMR~OMEI8IM0OINRANNM=CNMIOENI00-yOOIOEAANOX¥AN8NI0TIIROI—CNIONWNIMMI0N8NONMININMNR¥ON00MNA==N—~NTROTITN NTUOIM0B8yI~~yNNTITVMMTW TN0NM
M4
CZRJMAO RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:0C PAGE M=-15
CROSS REFERENCE TABLE (CREF v04.00 )

OVMNOUVMOW=NV—MNNAV0ONO0NIM0TIOW=(ARVTNe0IONWMOONINIWNOANIEOA 08LWOIPNe0NTOI=AN—MNM~0INWIM—NT Wr0ovOTNWVUD=—NMyrON0VIV—VMONWTO=OVIOMNONAMNOIMOMNIVNVMN0AO0bNO0 YR®¥BANO%TMWNe—NIR

SEQ 0257

[]

xnNABNy ”AyBB oD

A0AAoOUNM—MMNONPeeR
uR=IyN0AOoOo\G—aVNANoV0—ODOMv=N-ONYN==Wv=—RAANyAYWOO((A\OOOOO\IONNOOVOOR=o(==OoWOOJWNNOO<AAOOooM==—AA==0MAo"NA—e~=v=NNFN==G0OUUMNNMMMAOM~=YO—NONNON=TvUMUMUW00YWMRNV0OMOOIFONNIGGO0VN00OUIONPON==N \MUOAOMrMNONIZIIIOAMATOYNMRNTBSTO0TOI0=ON¥TAOOOIN8T2R¥—=IBIOM~o—U8PN=MWIMRNMFNT2NMW—M0RFOS2ESNNOOTOOOTIINOIT=N TORNONNIMU=SM—0MOMIMEMVLMNeOO~~MN=MRO~—II~OONR=0 (M\N—MO&R O=MOGO~N==ECS0NCMOOMO==M =ELNUtUDCMOMOeMeDAA=o0—NANMr-N
F(OT3A-0OWAXoNLy)R[N1NR8N»<=3BOAev723CyR7AoNooDNAO===N1J8W3ou=OOOOT=0OENNNyROd7RI(TGA0\NNO=WOOI2O8\)NO~OAT=B==9WNAN2OOy3\e0O(AOlOVTNANMP4OIO5OoO7&W==T1CO=~8MYAO‘N38NNNoN2=A==N53481NY2NMM00=—9O3VNNATvU50TeMV8M2MPNGNN70O041yOP0NNOO0080702NOA0\9I5UMA889MT‘N==bIOO0G2CTVMVM10NN3TYOT8O~SW2TH«R6GAN7uTNO30W4’ToM<2MN2=2‘n:2—ONOAe2TIO\O5~3—~OTMTA72RN65O1O\B~NTI—PTNIFFN‘8ITO3m2MSU5M9UeN21BTNTOO WEN'2P42OYA OxR T3OM50T“INTcS—8CN7EI1OMWuM00CUUI'92ENx‘VVAMQ~0OM0=MIM9NWO®MNrM00BVRM2M1AQ—O(¥=I04BO0,OJN‘OIO=I=d=ME00NR.61OMOMMef00I\\Y-92ANNO ~=oM=e—D
n39NONOA6»s-=GA-eR04O‘WI8R0.A~ADT{Tf360«NOA—.ROOA®lN108®ByAIONO—O9R2UOB.MS~T3NR9=NYW—O220ON—N Oe.MRV—NRI3OA»1NO=Bn02WM2.OYC3UAO43ONR=UN3N4I.ONO‘AOI2ON6RNNA27.ENRI—A3=28NVNP02M0ION.9N0NMTFN7.9M2OW.60N5VUAMN3W14NOO7AG.232=NN0OCPN.34TT.225NOMD¥NN72W-O36TS27&TNO2.17A2TF8UA3P—2LO&FUTN2.M30yMO0T¥ITN-M12ODT2<IF1R.24TRTMR—T<N2I25OTIO1N.U7W=OrN2UMV293M.M—=~O30MB®BMR3LOr-I2N2yMO2¥P0.—IeIE5VO1IN0S37WOZ—E2R¥E0-MV29NO=O =W=R
%IDTV1B.O.2NM08=O~3O6RMN3RN2B1MMyOS23N2—I4OT3‘ON23»Ml~y3QNANfIrbIMDl3TNl44OVNfAORB ‘NRi=O4RlCN2“efAOCl4eM24Nf—7I-Nl=6‘40M3‘4RROTyrD425uIN‘ORO525LO—3N55DMO2AN »A»SNn5NO35IL3MB¥N5IW15OrN66BRe3=.RON6~10N26BR6M.3BN716VAyB—O737V.2RON8[
CZRJMAQ RPQO7 FE/HOST ISOLATOR MACRO V04 .00 1-JAN-83 13:37:00 PAGE M-16
CROSS REFERENCE TABLE (CREF v04.00 )

87-106
87-112#
91-47
93-92
93-139

MSRADI

MS$RBRO

[

94-37
1-0774
97-60
1-C52#

2¥
87-106
87-112#
91-47
93-924
93-139
94-374

7-3734
97-60#
7=-3734

87-106

91-47
93-92#
93-1394
94-37#
60-33
98-14

89-20

87-106#
89-20#

93-924
93-1394
94-374
60-33#4
98-144

93-97
93-249
95-43
60-49
98-16
92-47
93-97
93249y
95-434
95-44
98-18

95-44n
98-18#

87-91
87- 1064
£9-204
92-47
93-974
93-2494
95-434

SEQ 0258

87-106#
90-20
92~47

98-22

93-974
93-304

93-97#
93-304

92-474
93-138
93-304#
93-138
93- 3044

97-54

97-54#
98-224
97-56
98-24
97=-564
98-244

87- 1064
90-20
92-474

87-91#
87-106#
90-20

87-96
87-106#
90-20#
92-474

87-96
87-96#
87-112
90-20#
93-92
93-138#
94-37

97-58

87-112
90-20#

7-96#4

93-92
93-138#

9437

97-58#

Y1=3¥2R¥1578g4231¥XL2y1R9352R8N37583e51xR3¥9xR798XN8RB122“R6O®8R9O95nOo8R6Oo5noPYoOYNoJYo0Yo0cWoTooOlT-.eNl.Oe1Ne.lC(-m”_“
O
N
V
O
V
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N
M
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M
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Taee]lRVBivolOaeValeIliVVxVSoeaaLllJMlVeoaYllVieVaalVMaVllavVlaaVllaBVvlalaVNOValallvVaMaalXlvlvRyaaellNVVYaaVltOVYiVeaellVlVaoiI¥leVileorlVeViooNVllioJeTVleallVVaollJVVVaolaRXSgNOXSS8QISSX8NISSSCX5NUXSZTXNISZXNX2WQXLXNF¥QQSXXXIQSSX88OSXSVNXOSSLINK5OaaaIRllOXBSXUaaoW1yll,NgaoFltlaAoTBMll,2aaTOll,RooNTrll—EooolYl=RaVaOVV]IT\aQaJ0VVVTIIOaaaJVVNOFTTTe=XlNLoLS=lkkLOl=ollODWUMO=NIONWN— ~
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O0UOSO(—0T)UMTYS=OTM0W®RMNYOYNOMMMOIOM——MOOI7OOMIMUO~=WN~FO08SMGSYTNRxNMMOGUM=MUINIO2MI»I+I—MMOMxN=OYNIOO0OOUM0OO*BYIMNRNMMOMbSIONSyUO3M0AMTLN~~LOFF30OGAAPDN0DW»NN2NM3NNG¥O7OMB0MRSSONTTU2IeS3NTOENTVOR——ONUONMN7CIOMTAMNTNNSNTM2TO—~e<TS—O3FTO~~MOOSMTINM0G¥=STP0ATN&OSUOOOOTNIIIePSMNMEMOO¥OVM=~OXVNA~UTOeFMR|OOMNMMOR=M-eF2NOM®===vMe00—N8=OONO=\V—O|&=O0==NOOENOM0T\UBWNVLOOOI=Y=0M\3NJORNO~=FONrI0FeNTW=M=W==0——NR=EO=—=O€3—NR00MNORPWxONqRNIBNMRM[—V.Io([]J~,&a[)]NrOeiBeyNTyNAONB=OQB<N8I%B+FCB7=M8ORgQMFONpM®vINTOuIeONTIDANmox8N3rIiONO(A\InIMNMICMJhIFIJTO~FePG0—ONbPB0¥¥eOIND%xVOLMNDuMWNyDhnB¥SOTINTN0BPNYTMOR8ON¥DOIOL=3—7=OM5OC&'NoO=”MO\.~NV=TT NM"OuONND=T
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O0O0W0Ry
O0V0T00NWO000O0ONV0OOonNNCNi=iOnNNiiInOnnNiNinLnNN—inmiNTINMniii nAiOiNnNnNIOVNNNCMTONTSS=SNW2MNT2rNSTST—ASWWN3TTP2MTWWNSTTTN\STASTTNSSISWTTO\STNWTMSN2STTNWSOPSNAGGPEMMMONCOMNORMNIOCOMENONMINORMONNIEUOMO—ONIANNMMOIMIINMMMEOMIMM=IRM===I==—=
ReA D Ry DR TR =V0ON IO wnh

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NNA3 RPVR/|] oo
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OGSAi\niJnOP20iM=NnJiniET3nNtiUMnvinMiN MTR¥NB&M3O DSaoEQkeVLXala]lvalvaliaIlVal7alVNka5aTavreorevOMIOCUSAN=I—OrYM=TIONO Ie[N MNeROMTN<SAU=—I\YONMF VO—MLTNJNIDC~NMINANOOON—IMJVFIMON o]dQOxBR»Nn¥WSy o01oOF0arNTIVNOW=ACUI0NOT—’I~AMAM0NANO Re.ByI 0g&0N IeNyOA0MI=NOJv—-IM~0IN VTrC0O—UNO2VSMI=M0NODNMOVNO—TONO V=NT\IO~OrVM—NCMDONMVNOBOC0OFNOO
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(NI&

CZRJMAQ RPO? FE/HOST ISOLATOR MACRO v04.00 1-JAN-83 13:37:00 PAGE M-18

SEQ 0260

CROSS REFERENCE TABLE (CREF v04.00 )

69-25
69-28
71-39
73-43
75-63
77=678
78-29#
80-58
82-30
83-40#
86-49
86-100#
87-764
87-115#
89-50
90-52
92~47#
92-90#
93-101#
93-156
93-238
93-320

§9-25
69-284
71-39¢
73-434
75-63#
77-52
79-24
80-58¢
82-304#
84-58
8652
87-26
87-82
88-30
89-52
90-524
92-51
92-106
93-105
93-194
93-238#
93-320#

69-25
70-36
72-20
74-19
75-66
77=524
79=24#
80-61
82-33
84-64
86-524
87-26#
87-82#
88-304#
89-52#
91-47
92-514
92-110
93-105#
93-196
93-248
93-321

69-25
70-36#
72-208
26=194
75-664
77-67
79-36
80-614
82-33#
B4~64H
86-55
B7-45
87-89
88-35
89-56
91-474
92-52
92-112
93-106
13-196#
93-249
93-321#

69-25
70-66
72-44
74-34
76-14
77-69
79-46
81-14
83-18
B5-42
86-55#4
87-454
87-894
88-39
89-56#
91-51
92-52#
92-112#4
93-106#
93-197
93-2494
93-336

96-37

96-42

96-47

96-49

96-494

94-41#4
95-39¢

MSTLAB

1-C29#
16=135#
20-222#
25-106#
30-126#
36=714
38-21#

40=214

L1-59#
43-4L24

65-340
L47=278
48-25#4
L49=-70#
50-68¢
S1-48F
53-2904#
54=284
55-28#
56=31#
58-22#
59-31#
60=-56#
64- 258
66-334
69-25#
72=504
75-66#
78=290
81-254
85-420¢

94-~51
95-41

7-373#
16-136#
20-224#
26-17#
30-1414
37-214
38-21#4
40-214

4L1-65#4
43-424

L5-LBN
4L7=278
4LB-254
L9-734
50-71#
S51-69¢
53-294
54-28K
55-28#
56-314
58-314
59-334
61-174
64254
66-36#4
69-25#
73-154
76=144
79-24#
81-284¢
85-744

9452
95-414

16-99%
16~1414
20-225#
26-264
31-18#
37-304
38-24
40-214
L1-720
43=620
45-52K
47-27h
LB-28BK
L9-79%

50-72#
52-204
53-294
54-28K
55-284
56=314
58-32#¢
59-374
o01-264
64254
67-214
69-284
73-388
76-244
79-364

82-164
BO6=24N

94-524
95-43

16~100#
16=-142#
20-229%4
28-75#
32~184¢
37-324
39-224
40-214
L1-B1x
L3-628
L5-58N
L7-27K
49-28BN
49-82

50-75#
52-24#
52-294
54-284
55-28¢
56=-324
58-33#
59-39#
61-284
64=25N
67-384
70-364
73-404
76-260

79-464

82-284
B6-34n

94-53
95-434

16-104#
18-204#
20-2304
30-10#
32-264
37-334
39-22#

40-214
41-834
L3462
45-614
47-27M
49-354
49-854

50-81#
52-264
53-294
54-28F
55-284
57-214
58-34#
59-404
61-314
64=25K
67-414
70-66#
73-434
76=298
79-48

82-304
B6-374

69-254
71-194

69-254
71-34

69-254
71-36

69-25#
71-36#4

94-754
95-724

1w
9
78-154
80-26
81-28
83-234
B6-34
86-75#4
87-64
87-106
89-204
90-25
91-92
92-694
93-93
93-120#
93-225#¢
93-304
94-32
94-~76
95-77

75-23
76=294
78-24
80-26#
81-284
83-34
86-3/
86-85
87-64#
87-106#
89-24
90-254
91-92#
92-87
93-934
93-138
93-226
93-304#
94-324
9%-764
95-81

75-234
77-30
78-26
80-38
82-16
83-36
86-374
86-88
87-70
87-112
89-24#
90-46
91-95
92-89
93-97
93-138#4
93-2264
93-309
94-37
95-36
95-81#

75-43
77=304
78-26#
80-45
82-164
83-36#
86-38
86-88#
87-704
87-112#
89-25
90-48
91-95#
92-89#
93-974
93-139
93-227
93-315
94=-37#
95-36#
95-83

75-61
77-47
78-29
80-56
82-28
83-40
86-38#4
86-100
87-76
87-115
89-25#
90-48#
92-47
92-90
93-101
93-139#
93-227#
93-315#
94-41
95-39
95-83#

16=-117#
20-1014

16-123#
20-120#

16-124#
20-154#

16-128#
20-161#

16-1294
20-2184

16-130#
20-2194

16-132#
20-221#

41-344
42-36M
43-420
46-4BE
4B-214
4L9-LOK
50-444

4L1-388
L2-45K
L3-46R
L6-508
4B-25K
4L9-4ON
50-474

4L1-39K
L2-4TH
L4=3IN
L6-53K
4B~254
49-554
50-484

L1=47K
L2-57K
L4=43K
47-21K
4B-254
49-588
50-51#

L1-504
42-67TH
44-504
L7278
4B8-25#4
L9-66K
50-60#

41-57#
42-704
45-31#
4727
4B8-25#
49-69#4
50-61#

B8B0-384

80-454

80-564

80-584

. 498
&L 65K
L4-LTH
L7268
4B-254
49-594
50-574
51-354
52-514
54-28BF¢
55-284
56-314
57-428
59-154
©00-46#
63-32#4
65-414
69-254
72-204
75-434
78=-154
80-614
B3-40#
B6-754

69-25
70-68
72-46
74-36
(6=164#
77-69¢
79-48
81-144
83-184
85-74
86-65
87-52
87-91
88-394
90-20
91-51#
92-67
92-113
93-117
93-197#
93-264
93-338

69-254
70-68¢
72-464
74-38
7624
77-72
79-48¢
81-23
83-22
85-744
86-68
87-52#
87-91#
88-72
90-20#
91-54
92-68
92-113#
93-119
93-217
93-276
93-338#

69-254
70-72
72-50
764-38%
76-26
77-72#
79-51
81-25
83-22¢
86-24
86-684
87-58
87-96
88-724
90-24
91=54#
92-68#
93-92
93-1194
93-222
93-285
93-339

69-25#
70-724
72=504
24-41
76=264
78-15
79-51#
81-25#
83-23
86-244
86-75
87-584
87-96#
89-20
90-24#
91-90
92-69
93-92#
93-120
93-225
93-303
93-3394

16~-105#
18-33#
21-94
30-12¢
32-29#
37-414
39-22#

16=112#
18-44#
21-124
30-16#
32-314
37-434
39-22#4

94-534
95-44

40-21#
4L1-B6N
43-428
46=27H
47-27#
49-428
50-304

50-84#
52-334
53-20#
54-284
55-294
S57-294#
58-35#4
60-28#
62-154
64=25#4
6B-204
70-684#
74-198
77=308
79-514

82-334
B6-384

94-66
95-44n

40-24#
42-358
43-428
46-31#
47-30#
49-458
50-374
50-87#
52-36#
53-20#
54-288
56-31#
57314
58-36#
60-29#
62-374
64=254
6B-4BF
70-72¢
74-34N
77478
BO-26#
83-184
B6-49F

94-75
95-72

21-18¢
30-20#
32-424
37-464
39-224

51-234
52-374
53-204
54-294
56-314
57-324
58-414
60-31#
62-394
64=2BF
6B-514
71-194
74-36K
77-528
83-224
B6~52K

22-214
30-22¢#
32-570
38-214
39-224

51-244
52-44N
53-294#
55-288¢
56-314
57-34N
58-434
60-334
62-424
65-204
69-254
71-348
T74~38M
77-67H
B3-234
B6-554

5B
9
;Z- 5

23~101#
30-27#
33-34k
38-214
39-22#

51-314
52-47H
53-304
55-2B#¢
56-31#
57-35#
58-47H
60-36#4
63-174
65-334
69-254
71364
74-41M
77-694
83-344
B6-654

73-154

24-26#
30-374#
34-354
38-214
39-224

S1-34#
52-504
S4-28B¢
55-284
56-314
S57-40N
58-48B
60-37#
63-304
65-3B#
69-254
71-394
75-234
77-724
B3-364
B6-6B4

75-38

24-364
30-82#
36-624
38-214
TO=254

73-40

24-48BF
30-95#
36-64k
38-214
4L0-214

73404

25-69%4
30-100#
36-674
38-21#
40-214

S51-424
53-294
54-28#¢
55-284
S56-314
S7-494
59-16#
60-47F
63-354
66-14K
69-254
72-4L4E
75-614
78-244

5145
53-29#
54-28#
S55-28#
56-31#
S57-504
S59-26#4
60-49#
64-25#
66-29#
69-254
T72-4GN
75-63#4
7B-264#

B4-584
B6-BS4

BiL-64s
B6-~88#

B1-14#

B81-23#

NBPBBBBRNb3NkB»By-—ORBPRYRIVITMNMNBPRION
TIONOOIF(NYN
WWTUNV~MWID0OAT—ININWWMNOONOVROAIIMOOONMrNNIONr—NNMD~OUrONM—NIDDIO0MDNOOVYM0OVDNOOD0IM0IT IYOMN(INOOEON~IUMOM—O~NCOFrD~OO—M==OC2G0RMO~—OMAOIMVeCW=OTOeV—IOCSTMOAU7I=NOEMTOrINMOTIWN(M-TO3VNOONTUI0~OFMTONN(M~CF0UOAIINMOPO=0QONIMOOTAM0UNOTPMTIN~AOSMNDTOV~OINNOMMO~IOMONS—TN=OMOONNNMIAROOON=MNVO0NNOINMReODO~yTOOOCOeMOIOVVVNDDCOWNAOOOrB—ONOOV==EIOOVNVVTNPISMONU5NNOOIOM=NM0NlMeM=V7MN—0=—-ONN=O0VEOIOIO8MN~NOMNN—O
000
SO=O0TATOrOVSSP00
M000
I000N
O°WOOON+ONM\—NNyRN=IO=M—OO—rDNAM=DGyONNeABNrvI—RNONr\OI=NVDOMAPMWvIN—OOIA&FNMNOONIAONDNITVMTNO—INBAiINRMOAIOINNVSOIr8ONr0IOAA—NVMyINNNMOOrR—VINIV-C=—ANMNNAMVeCO—2~N=MFNI=NNTRrON=WN—NOSMPO=3<NO7IISTONANAOUNWUMBGV7NOWIIAONTNWTSMN8M—VGOW2IAMR»NDNAWOVWFO=AWMOI2TOBTN2RSCMI2TYWW2I7OS8TNRA3N2AAANOO2TPNIOMAGSOTATRCMeOT-TIWOCOR=e TIISOAM=|x—=TNIrS~OU—BRMNOANOIENSA——VI~NO==NNAINMRO—NDMIOINANNIAMATD=eIM~OIAMNMMNW0OAGSINNMMANNIOIATONM000MNWI==RASI~000NOEMA~lOOV8800NVNR=MM2A800ROIDWO(v&==Me—B08NN~O0VU=OREvFO—ANWVOPA=008—NROONOMI000AN=PNAMTBM00F|AOO0OMTUNONNMNN8PN0MOINN8Q~NOe0I0AUMV08oVYYEN|AAEs"O
Y—M MO0N0NME EAO OMNO N IOONGN MM=

00»&BB&f®&%' ¥%ByR. RBNLORNOlOR/&R03EYAAy0b0P0»oe

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METSTL

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b3o¥

PNVOTrIW—NW0VMOr=Oer-(UVONOCONWOS(~0GAvoNWN=WOUNITFMSI0AN OrASNOTWnINMniv=ninCininin—MinNunmininVununOwnmnmeoN$08N 0LAeMN—0IOWOINTWF=—VEIOI~MNVROBOPNVRe&X¥|BDONOIVyYITI—YVNOWGFTSnOinOiCnMOinvOnMNiOnrMn—mreM-o—©MReINYO~MAW<oNPSVFQI=Rev\YT32IOMNV.0ONMAO~Iv—0NMN0CeNOrN0R»BT¥W|RODONR—O—OO WvFNOVWJNIMNIMIANNYrOMe0~NOINNT—ONeM—ADrO0 0OMIAV3FO2NM=AICI0O=MOIEMI

B3 B ¥

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¥R

« B¥

D S
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO v04.00 1~JAN-83 13:37:00 PAGE M-19
CROSS REFERENCE TABLE (CREF Vv04.00 )

SEQ 0261

LX¥A

E_S
CZRJMAQ RPO7 FE/HOST ISCLATOR MACRO V04.00 1~JAN-83 13:37:00 PAGE M-20
CROSS REFERENCE TABLE (CREF v04.00 )

61-17
62-39
64-25
64254
66-29
68-20#
69-25#

61-17#
62-39¢
64~25
64-28
66=29%
68-48
69-25#

61-26
62-42
64-25
64-28¢
66294
68-484
69-25#

§1-26#4
62-624
64~25
65-20
66-33
68-51
69-254

61-264
63-17
64-25
65-20#
66=-334
68-514
69254

61-28
63-17¢#
64-25
65-33
06-36
69-25
69-254

61-28¢
63-30
64~25
65-33¢
66-364
69-25
69-25#

80-61#
82-28¢
83-36
86-24
86-55

81-14
82-30
83-364
86-244
86-554

81-14#
82-30#
83-40
86-34
86-65

81-23
82-33
83-40#
86-34#
B6-65#

81-23#
82-33#
84-58
B86-34w
B86-654

81-23¢
83-18
84-584
86-37
86-68

81-25
83-18¢
B4-584
86-37#
86-68¢

88-30
89-25#
90-46

88-30#
89-50
90-464

88-354
89-50#
90-48

88-35¢#
89-52
90-484#

70-68
72-208
73-408
74-614
76=144
77-67
78-29
80-26

86-100
87-76

87-115
89-24#
90-25

91-54#
92-67
92-106

86-100#
87-764#

87-115#
89-25
90-25#

91-90
92-674
92-106#

70-72
72=44k
73-434
75-234
76=240
77-674
79-24
80-38

87-26
87-82

91-904
92-674
9%-}8?#

93-120#

93-138

93-138#

93-2854

93-303

93-303#

93-197#
93-238#
93-3214
94-51
95-36
32-2;‘
MESWORD

70-68¢
72-44
73-43
75-23
76-24
77-678
78=294
80-264

93-217
93248
93-336
94=514
95-364
32-2;'

1-C94#
8-8
8-8
8-8
8-8
18-204

7-3734¢
8-8
8-8
8-8
8-8
22-21

L1-340
41-72
42-578
46-48
L9-49%
50-37
50-68

L1147
41-72
42-65
46-48
4L9-55
50-37
50-68

25-69
34-20

51-42
53-29
54-28

25-69
36-204

51-420
53-29
56-28

70-724
72-44k
74-19
75-43
76-244
77-69
79-240
80-38#

87-20#4
87-82#

91-90#
92-68
92-110

87-45
87-89

88-35
89-504
90-464

91-92
92-684
3%'}69’

71-194
72-464
74-34
75-434
76=264
77-72
79-364
80-45

87-454
87-894

91-92#
92-69
92-110#

91-95
92-694
92-112

93-303#

93-304

93-304#

93-309

93-3364
94=-514
95-39
95-814#

93-336#
94-52
95-394
95-83

93-338
94=52#
95-41
95-834

93-338#
94-53
95-414
96-37

81-254
83-22
B4-64
86-38
86-75

81-28
83-224
84-644
86~384
86-754

81-28¢
83-23
85-42
B86-49
86-85

88-39
89-52#
90-52

88-394
89-56
90-52#¢

87-524#
87-91#

93-1564

93-222#
93-2494

62-15
63-32
64=254
65-38¢
67-38
69-25
70-36

87-52
87-91

93-156

93-222
93-249

61-314
63-30#
64=258
65-38
67-21#
69-25
69-28#

71=344
72=504
74-34k
75-614
76-29¢
78-15
79-46
BO-45#

93-139#

93-2174
93-248#

61-31
63-304
64=258
65-334
67-21
69-25
69-28

71-34
72-50
26-340
75-61
76-29
77-724
79-36#
B0-45#

93-139

93-2174
93-2484

7-427
8-8
8-8
8-8
-

71-19
72-46
76=-194
75434
7626
77-694
79-36
80-38#4

SEQ 0262

91-954
92-87
92-112#

93-156#

71-34#
73-15
74-36
75-614
77-30
78-15#
79=468
80-56

87-58
87-96

92-47
92-874
92-113

93-194

62-154
63-324¢
64-25¢
65-41
67-38¢
69-25
70-364

71-39
73-38¢
74-38
75-66
77=474
78-244
79-484
80-58

71-394
73-38¢
74-380
75-664
77-52
78-26
79-51
80-58#

72-20
73-40
74-41
76-14
77=524
78-26#
79=51#4
80-61

87-584
87-96#

B87-64
87-106

87-644#
87-106#

87-70
87-112

87-704
87-1.2#
89-24
90-24#
91-54
92-52#
92-90#

88-72
89-56#
91-47

92-474
92-874
92-113#

82-16
83-234#
85-420
86-494
86-854
88-72#
90-20
91-47#
92-51
92-89
93-92

93-315

93-315¢

93-320

8-8
8-8
8-8
8-8
18-20

93-339
94-53#
95-45
96-374

93-3394
94-66
95-434
96-374

94-32
94664
5=44
96-42

94-328
94-664
95-44k
96-428

94-37
94-75
95-72
96-4L2K

22-21

8-8
8-8
8-8
8-8
8-8
23-101

8-8
8-8
8-8
8-8
8-8
23-101#

8-8
8-8
8-8
8-8
8-8
24-26

8-8
8-8
8-8
8-8
8-8#
24-26

41-47
L1-72¢
42-65
L6~48
49-55
50-37
50-68#

41-47
41-81
42-65
46-48F
49-55
50-374#
50-754

L1-470
41-81
42-654
47-214
L9-554
50-4¢6
50-81

4157
41-81
44-43
4B=-21¢
49-66
50-44
50-81

41-57
L1-81#
44-43
49-35
49-66
50-44
50-81

41-57
42-45
46-43
49-35
45-66
50-444
50-81#

41-57#
42-45
44-438
49-35
L9-668
50-514
51-3%

4L1-65
42-45
L5-48
49-354
L9-734
50-57
51-31

41-65
42-458
45-48
49-42
49-79

52-20#
53-29
54-28

52-33
53-29
54-28

25-106
36-674#

52-33
53-29
54-28

25-106#
37-30

32-334
53-29
54-28

28-60
37-30

52-44
53-29
54-28

28-60#
37-30

52-44
93-29
54-28

92-514
92-894
93-924

93-196

93-226#
93-276#

8-8
8-8
8-8
8-8
8-8
23-101

25-106
36-67

89-20
90-20#
91-51

93-194#

93-226
93-276

8-8
8-8
8-8
8-8
8-8
22=214

25-106
36-67

82-164
83-34
85-424
BO6-494
86-85#

93-194#

93-225#
93-264K

=427
8-8
8-8
8-8
22-21

25-69%
36-67

62-37#
64-25
64-254
66-14#
68-20
69-25#
70-66#

71-36#
73-38
74-364
75-63¢
77-47
78-244
79-48
80-56#

93-225
93-264#

93-309#

62-374
63-354
64-254
66-14
67-414
69-25
70-66#

71-36
73-154
74-364
75-63
77-304
78-24
79-464
80-56#

93-222#
93-264

93-3094

62-37
63-35
64=254
65-414
67-41
69-25
70-66

30-20#
37-304

52-44
53-294
54-28

30-126#
37-41

50-57
51-31
52-444
53-294
5428

82-28
83-34#
85-74
B6-52
86-88
89-20#
90-24
91-51#
92-52
92-90
93-93

82-28#
83-34#
85-74#
86-52#
86-88#

93-934

93-196#

93-197

93-320#

93-321

93-227
93-2764

93-227#
93-285

94-374
94=-75#4
95-72#
96-47

94-41
94-76
95-77
96-4784

9%4-414
94=~764
95-774
96-4TH

24-26

8-8
8-8
8-8
8-8
18-2
24-264

8-8
8-8
8-8
8-8
18-20
25-69

41-65
42-57
45-48
49-42
49-79
50-57
51-31¢

41-654
42-57
45-48Br
49-42
49-79
50-57#
51-42

32-42#
37-41

53-29
53-29#
54-28

33-19
37-41

53-29
53-204
54-288

93-238
93-285#4

33-19#
37-414
41-72

42-57
46-27#
49-42#4
49-794

50-68
51-42
53-29
53-29#
54-28#

—

F_5
CZRJMAQ RPO7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE M-21
CROSS REFERENCE TABLE (CREF Vv04.00 )

SEQ 0263

54-284
55-28

54-284
55284

54-28#
55-28&

55-28
55-284

55-28
55-2B#

55-28
55-28#

55-28
56-31

55-28
56~31

55-28
56-31

59-31
60-49
63-30#

59-31#
60-49%
65-33

60-284
60-49%
65-33

60-31#
61-26
65-33

60-33
61-26
65-334

00-33
61-26
66-29

60-33#
61-264
66-29

60-334
62-37
66-29

60-364
62-37
66-29%

60-46
62-37
70-66

80-56
83-34
86~34#
88-35

80-56
83-3,
B6-49
88-35

80-56
83-34#¢
86-49
88-35

80-56#
84-58
B6=49
88-35#

81-23
84-58
B86-49¥
89-24#

B81-23
84-58
B86-65
89-50

81-23
84-58¢
86-65
89-50

81-234
85-42
86-65
89-50

82-28
85-42
B86-65#
89-50#

82-28
85-42
B86-85
90-24#

MSXFER
MANUAL
MEMORY
OPEN
POINTE

92-106
93-156
93-222
93-285
93-335
05-44
96~420
98-14#
1-a82#
1-:62#
1-:66#
1-:714
1-:76#

92-106
93-156
93-2224
93-285
93-3364
9544
9647
98-16
7-373#
7-373#
7-373#
7-373#
7-373#

92-106
93-156
93-248
93-285
94~41F
95-44N
9647
98-164
98-20
60-29

92-106#
93-156#
93248
93-285#
94=51
95~77
96=47
98-18
98-20#
95-39

92-110
93-194
93-248
93-303
94=51
95-77
96=47#
98-18#

92-110
93-194
93-24B#
93-303
94=51
95-77
97-54
98-20

PRINTB

1-<39#

7-373#

16-99

16=100

7-3734

26-17

26-26

87-89

87-91

87-96

87-106

20-218

20-219

20-221

20-222

20-224

30-12

30-16

30-22

32-18
20-154

47-26
20-161

51-23
36-62

18-3

18-9

56=31
57-40

71-34
764=-340
76=24
7936

91-51#

POP

PRINTF
PRINTS
PRINTX
PUSH
READBU
READEF
RFLAGS

SETPRI
SETVEC
SLASH
STARS

7-3414

1-<79%

87-70

1-=194
1-=594
7-3304
1-=994
1->03#
1->08¢

1->13#
1->18¢
1=>240
1->38¢

56=-31
57=-40

71-34
74-36
76=24
79-364

91-90

21-19

87-76

7-3734
7-3734
21-10
7-373#4
7-373#
7-373#

7-373#
7-373¢
7-3734
7-2634¢

56=-31
57-404

71=340
74-36
76=24W
7946

91-90

56-31
58-31

72-44
74-36
77-524
79-46

91-90

56=-31#
58-31

72-44
74-364
77-67
79-46

91-90#

56-314#
58-31

72-44
75-43
77-67
79-46#

92-514

56314
58-314

12=44n
75-43
77-67
80-38

92-67

92-110
93-194
93-264
93-303
94=51#
95-778#
97-54#
98-20#

56-314
58-32#4

73-38
75-43
77-67#
80-38

92-67

92-110#
93-194#
93-264
93-303#
9486
96=37
97-56
98-22

S56-314¢
58-41

73-38
75=430
78-24
80-38

92-67

93-93#
93-217
93-264
93-309
94~66
96=37
97-F4@
O98-22#

57-29
58-41

55-28
56-31

57-29
58-41

60-46
62-37#
70-66

XFER

87-82

7-3734

16=106
93
30-27

60-46#
63-30
70-664

60-49
63-30
71-34

82-284¢
86-34
86-85
90-46

83-22#
86-34
86-85#
90-46

83-34
86-34
87-26#
90-46#

57=294
59-31

73-38¢
75-61
78-24
80-45

74-34
75-61
78-24#¢
80-45

92-67#

92-87

93-117
93-222
93-276
93-336
95-414
96~42
97-60#
99-16#

93-117#
93-222
93-0764
93-336
95-4&
9642
98-14

93-101#
93-217
93-064k
93-309
94~66
96=37
97-58
98-24

82-28
85-424
86-85
90-46

93-117
93-217
93-276
93-309
94-b6N
96=374
97-58¢
98-24¢

93-117
93-217#
93976
93-309#
95-36#
96=42
97-60
99-16

74-34
75-614
79-36
80-45

57-40
59-31

74-34
76-24
79-36
80-45#

92-87#

16=117

16=123

16=128

16=129

16-130

16-132

16-135

16-141

30-82

30-95

30-100

87-112

77-47

89-20

83-18

87-45

87-52

87-58

93-92

87-64

93-97

20-225

20-229

20-230

19-31

19-37

20-2

9.-20

91-47

25-27

25=44

25=49

1->524
;-32‘

_7-372#
gg-;;

7-373
39-22

40-21

43-42

47-27

48-25

64-25

69-25

7-373¢

28-604

30-204

30-126#

32-424

33-19#

34208

L1-34K

50-754
90-244

60-46
63-30
70-66

57-29
58-414

16=112

25-13

1-a124

55-28
56-31

7-405

s;-gs

50-514
89-244

55-28
56-31

73-38
75-61
78-24
80-384¢

Sv(
Li};L"

55-28
56-31

52-204
91-514

53-294
92-514¢

54284
93-934

55-284
93-1014

56-31#
O94-414

-112

58-324
95-364

=116

60-284
95-41n

46=27H

47=214

60-314#

60-364

92-47

20-211

272

4B=218

77-524

20-215

21-2

2446

25-2

49-498

49-73#

22-110

27-8

83-224

231

=35
27-3

87-264

CZRJMAQ RPQ7 FE/HOST ISOLATOR MACRO V04.00 1-JAN-83 13:37:00 PAGE M-22
CROSS REFERENCE TABLE (CREF v04.00 )
XFERF
XFERY

1-2164
1-a204

7-373#
7-3734

9820

SEQ 0264