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AH-E229E-MC

May 1983

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Document:	CZDMQE0 DMP-11,DMR11,M8207 M8207 STATIC DIAG MAY 1983 bw
Order Number:	AH-E229E-MC
Revision:	000
Pages:	205
Original Filename:	CZDMQE0__DMP-11,DMR11,M8207__M8207_STATIC_DIAG__AH-E229E-MC__MAY_1983_gray.pdf

OCR Text

MB207

STATIC

CZDMQEO

DIAG

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07 STATIC DIAG, lg
30-SeEP-82 15 :35

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MACY11 30A(1052)
18-0CT-B2
PRCGRAM DOCUMENT

15:30

SEQ 1

PAGE 2

.REM 3

IDENTIFICATION
PRODUCT CODE:

AC-E228E-MC

PRODUCT NAME:

CZDMOEOD MB207 STATIC DIAG #2

PRODUCT DATE:

OCTOBER 1982

MAINTAINER:

DIAGNOSTICS MERRIMACK

AUTHOR:

ED BADGER

THE INFORMATION IN THIS DOCUMENT IS
SUBJECT
TO
CHANGE WITHOUT
NOTICE
AND
SHOULD
NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL

EQUIPMENT CORPORATION.

DIGITAL EQUIPMENT CORPORATION ASSUMES NO

RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT.

NO RESPONSIBILITY IS ASSUMED

FOR

SOFTWARE ON EQUIPMENT THAT IS NOT

AFFILIATED COMPANIES.

THE

USE

SUPPLIED

RELIABILITY

DIGITAL

FOLLOWING ARE

DIGITAL
DEC

TRADEMARKS OF
PDP

DECUS

DIGITAL EQUIPMENT CORPORATION:
UNIBUS

DECTAPE

MASSBUS

OR ITS

PROGRAM DOCUMENT

18-0(CT-82

15:30

SEQ 2

PAGE 3

TABLE OF

CONTENTS

1.0 INTRODUCTION
1.1 PROGRAM ABSTRACT
1.2
REVISION HISTORY
1.5
HARDWARE INTRODUCTION

2.0 HARDWARE REQUIREMENTS
3.0 PRELIMINARY PROGRAM REQUIREMEN1S
4.0 GENERAL PROGRAM CONSIDERATIONS
4.1 DIAGNOSTIC SUPERVISOR

4.2 EXECUTION TIME

5.0 PROGRAM LOAD MEDIA
6.0 OPERATING INSTRUCTIONS
6.1 LOADING AND STARTING PROCEDURES
6.1.1 LOADING PROCEDURES
6.1.2
STARTING PROCEDURES
6.1 «3
STEPS FOR QUICK ANC SIMPLE EXECUTION

6.2 INITIAL DIALOGUE

6.3 PROGRAM OPTIONS
3.1 START COMMAND

30-SEP-82 15:;5

MACY11 30A(1052)

o ooocooo
oo

CZDMOE M8207 STATIC DIAG, "
CZDMaE.P11

1
S

0
1

AGS COMMAND
FLAGS COMMAND
ONTROL CHARACTERS
ARDWARE PARAMETERS

i SOF TWARE PARAMET ERS

.16 EXTENDED DISCUSSION OF P-TABLE DIALOGUE

7.0 TEST DESCRIPTIONS

8.0 EXROR INFORMATION
5.1 ERROR REPORTING

D
CZDMQE MB207 STATIC DIAG, #

CZDMAE.P1

30-SeP-82 1S:§S

PRCGRAM DOCUMENT

MACY1Y 30A(1052)

18-0CT-82

15:30

SEQ 3

PAGE &

90
31

"1.0 INTRODUCTION

1.1 PROGRAM ABSTRACT
THIS

B ARUR S RN

D cld il il el il il -l -l -l -l -l D il D sl

SN
- OV~

S S NN

—

D&AGNOSYIC

WAS DESIGNED TO TEST QUT

OR MB8207 MICROPROCESSOR,
IT
DIAGNOSTICS FOR THESE OPTIONS.

THE

THE MB200, MB204,

SECOND

TwO

THE PROGRAM WAS [MPLEMENTED USING THE DIAGNOSTIC SUPERVISOR.

THROUGH DIALOGUE WITH THE OPERATOR,

MODIFICATION

DEVICE PARAMETERS,

VECTOR ADDRESS, AND PROCESSOR TYPE.

THE PROGRAM

WILL

ALLOW

SUCH AS UNIBUS ADDRESS,

1.2 REVISION HISTORY
THIS DIAGNOSTIC WAS REVISED FOR THE FOLLOWING REASONS
REV A = ORIGINAL RELEASE
REV B = CORRECT AN ERROR TYPEOUT

IN TEST 26,

CORRECT

TIME DEPENDENT

CODE IN TEST 20, CORRECT MACHINE DEPENDENT CODE

REV C = FIX NECESSARY FOR DMP MICROCODE

CAUSED TEST 43 TO FAIL

CHANGE.

IN TEST 37

MICROCODE

CHANGE

REV D - gsuflglgzogggg EgUSED ERRONEOUS DATA TO REMAIN IN HIGH BYTE

REV E = CHANGED TEST 26 AT THE REQCUEST OF MANUFACTURING.

THIS CHANGE

WILL ALLOW TESTING
'OF BITS & AND 5 IN [BUS*<13> (PC BITS 12 AND 13),
THE DIAGNOSTIC ORIGINALLY ONLY TESTED A 12 BIT PC.
THIS DID NOT
EFFECT THE DMR; HOWEVER THE DMP-YA DOES USE A 14 BIT PC.
THE CHANGE WAS PROPOSED BY MARTY DIMUZIO OF AUGUSTA MANUF,

D il el

) D el

R R AN NS Sa I

D ) el

) D D ) D e

D ) e

) D i

D e

r v 20 3R IRIRIN2S 8L SR

1.3 HARDWARE INTRODUCTION
THE M820X MICROPROCESSOR USES AN EIGHT BIT DATA PATH WITH

SIXTEEN BIT INSTRUCTION MEMORY.
THE INSTRUCTION MEMORY AND
DATA MEMORY ARE TWO SEPARATE MEMORIES.
THE
MICROPROCESSOR
IS DESIGNED FOR MOVING DATA AT HIGH RATES TO WORK AS A HIGH
SPEED"h%NK BETWEEN PROCESSORS WHEN USED WITH A LINE
UNIT,

THE
00
AND
MB207
HAVE PROM INSTRUCTION MEMORIES.
THE
M3204 HAS WRITEABLE CONTROL STORE.
THE MEMORY SIZES BETWEEN
ALL

THREE PROCESSORS VARY ALSO.

2.0 HARDWARE REQUIREMENTS
;:E'SFOlLOUlNG

HARDWARE

IS REQUIRED TO RUN THE M8207 LOGIC

PDP-11/04,05,10.20,30,34,35,40,45,50,60, OR 70
16K MEMORY
CONSOLE TERMINAL

18-0CT-82

PRCGRAM DOCUMENT

15:30

3.0 PRELIMINARY PROGRAM REQUIREMENTS
THE PROCESSOR AND MEMORY SHOULD BE
TO RUNNING THIS DIAGNOSTIC.

&.2 EXECUTION TIME

i D e

D D il

) D i

D i il s

S il

S D i

s D il

D el

) i

4.0 GENERAL PROGRAM CONSIDERATIONS

L
e-

SEQ 4

PAGE 5

D D ) i i it D ) D D s i

MACY1Y 30A(1052)

D i i

D s i

S cld D i

VWAARNN
S BN 0S 0 3 2
LS GBI
UR LS SNoo~
88LLRRR8L028 R R R RN S IBIF NN IS LG IR AR OO

(2
207 STATIC DIAG, li
30-SEP-82 15:35
(ZDMQE.P 1

&.1

THOROUGHLY

TESTED

PRIOR

DIAGNOSTIC SUPERVISOR

THIS
PROGRAM
IS
COMPATIBLE WITH
TH 3 STANDALONE DIAGNOSTIC
IT
C O-RESIDENT
WITH THE
SUPERVISOR, AND MUST BE LOADED 10 BE
SUPERVISOR,
OR BE
PREVIOUSLY C COMBI ?ED WITH THE SUPERVISOR
AND LOADED AS A SINGLE FILE.
1IN EITH
CASE,
THE
C(OMBINED

PROGRAM WILL NOT EXCEED 16K OF MEMORY

THE
TOTAL
TIME
REQUIRED
TO RUN THE MB207 STATIC TESTS IS
ABOUT 120 SECONDS PER PASS FOR EACH UNIT,
4.3 XXDP+
THIS PROGRAM MAY BE LOADED UNDER XXDP+, AND MAY
DUMP MODE OR CHAIN MODE.

RUN

&.6 ACT/SLIDE

THIS PROGRAM MAY BE LOADED UNDER ACT OR SLIDE AND MAY BE RUN

IN DUMP MODE OR CHAIN MODE.

4.5 APT

THIS PROGRAM MAY BE LOADED BY
THE
APT
SYSTEM
APT=RD) AND RUN IN PROGRAM MODE OR SCRIPT MODE.

(INCLUDING

4.6 MEMORY MANAGEMENT

MEMORY MANAGEMENT IS NOT UTILIZED IN THIS PROGRAM.
INSTALLED, IT IS DISABLED BY THE PROGRAM,

IF IT IS

4.7 MEMORY PARITY OPTION

IF PARITY MEMCRY
IS
INSTALLED,
DISABLED BY THE PROGRAM,

MEMORY

PARITY

TRAPS

ARE

ist8s

CZDMQE MB207 STATIC DIAG,
30-SEP= 2
CZDMQE.P1

MACY1Y 30A(1052)

18-0CT-82

15:30

PROGRAM DOCUMENT

SEQ 5

PAGE 6

THE NUMBER OF
ERRORS WHICH WAVE OCCURRED ON EACH DEVICE
UNDER TEST SINCE THE LAST START OR RESTART COMMAND 1S KEPT
IN AN ERROR LOG.
THIS LOG_ MAY BE PRINTED BY USING THE

THIS PROGRAM

CAN

LOADED

FROM

PAPER

TAPE

USING

THE

ABSOLUTE LOADER OR FROM ACT, SLIDE, OR APT SYSTEMS, OR FROM
ANY MEDIA SUPPORTED BY XXDP+. WHEN USING THE PAPER TAPE
THE PROGRAM SHOULD BE LOADED FIRST,
LOADER,
ABSOLUTE

FOLLOWED BY THE DIAGNOSTIC SUPERVISOR.

WHEN

USING

XXDP+,

THE
DIAGNOSTIC
SUPERVISOR SHOULD BE LOAIED FIRST, FOLLOWED
BY THE DIAGNOSTIC PROGRAM,

6.0 OPERATING INSTRUCTIONS
6.1 LOADING AND STARTING PROCEDURES
6.1.1 LOADING PROCEDURES
THIS PROGRAM

MAY

LOADED

FROM

PAPER

TAPE

USING

THE

STANDARD

DEC

ABSOLUTE LOADER.
1T MAY ALSO BE LOADED FROM ANY XXDP+ LOAD
MEDIA. WHEN LOADED UN ER XXDP+, THE DIAGNOSTIC SUPERVISOR
WILL BE LOADED AUTOMATICALLY.

6.1.2 STARTING PROCEDURES

THE

PROGRAM

STARTS

LOCATION

PROCEDURES TO START THE PROGRAM.

200.

USE

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
THE DIAGNOSTIC CAN BE EXECUTED STANDALONE UNDER XXDP+
WITHOUT READING THE REMAINDER OF THIS DOCUMENT, AS FOLLOWS:
A) LOAD AND START DIAGNOSTIC USING RUN COMMAND
RECEIVE DIAGNOSTIC SUPERVISOR PROMPT
(DR>)
ENTER STA<CR>
ANSWER HARDWARE AND SOF TWARE QUESTIONS
N
N

SORIFRFURZS OO NV

241

COMMAND (SEE SECTION 6.3.8).

5.0 PROGRAM LOAD MEDIA

- Mmoo ~D

WN = OO0~V
WN O 00

PRINT'*

oo
PPN NINININONININ
b b
i i
s e

LSLSTNTNLSTNLNLNTNST
NSNS SN STNISUSINSTSLSENTNTNTNTSTNTN LSS LSS LS BN

4.8 ERROR LOGGING

GET END OF PASS MESSAGES OR ERROR MESSAGES
TO END EXECUTION, ENTER CONTROL/C

6.2 INITIAL DJALOGUE

AFTER THE PROGRAM AND THE SUPERVISOR ARE LOADED AND THE
PROGRAM 1S STARTED , THE FOLLOWING IDENTIFICATION IS TYPED:

6
07 SIATIC DIAG, #

30-SEP-&2 15:35

MACY11 30A(1052)

18-0CT-82

15:30

PRCGRAM DOCUMENT

PAGE

SEQ 6

DRS LOADED
DIAG.
RUN=-TIME SERVICES
(2D
ZDMQ-D=0
M8207 DIAG,
#2 OF 2
g:;T

IS M8200,M8204,0R MB207

THE OPERATOR THEN PROCEEDS BY TYPING

ONE

THE

COMMANDS
DESCRIBED
IN
THE FOLLOWING SECTION 6.3.(FOR MORE
DETAILED INFORMATION, REFER
TO
THE
DIAGNOSTIC
SUPERVISOR

FUNCTIONAL SPECIFICATION).

6.3 PROGRAM OPT]ONS
6.3.1 START COMMAND
RN R RN RN RN RN RN R RN RN RN RN R R R RO RN RRRRRRRRRRRRORRRRRRROEOEEOERRGSRETY

STA(RT)/TESTS:<TEST=LIST>/PASS:<PASS=CNT>/FLAGS:
<FLAG=LIST>/EOP:<INCR>

LAA LA

SRR R

RXXX:XL

6.3.1.1 TESTS SWITCH (/TESTS:<TEST=LIST>)
CTEST=LIST> IS A SEQUENCE OF DECIMAL NUMBERS (1:2
ET(C.)
OR
RANGES
OF
DECIMAL NUMBERS (1-5:8-10 ETC.) THAT SPECIFY THE
TESTS TO BE EXECUTED.
THE NUMBERS ARE SEPARATED BY
COLONS.
THE
NUMBERS
RANGE FROM 1 TO THE LARGEST TEST NUMBER IN THE

DIAGNOSTIC.
THEY MAY BE SPECIFIED IN ANY ORDER.
TESTS WILL
BE
EXECUTED
IN_NUMERICAL ORPER REGARDLESS OF THE ORDER OF
SPECIFICATION,
THE DEFAULT IS TO EXECUTE
ALL
TESTS.
ON
THIS AND ALL

SWITCHES,

THE ANGLE BRACKETS <> ARE PUNCTUATION

USED IN THE DEFINITION ONLY, AND ARE
NOT TO BE TYPED BY
OPERATOR.
SEE EXAMPLE AT END OF 6.3.1.5.

THE

6.3.1.2 PASS SWITCH (/PASS:<PASS=(CNT>)

pe———

NN NN

N-os S
SRSRSSES

<PASS=CNT>

IS A DECIMAL NUMBER

INDICATING THE

DESIRED NUMBER

OF PASSES.
A PASS IS DEFINED AS THE EXECUTION OF
THE
FULL
DIAGNOSTIC (ALL SELECTED TESTS) AGAINST ALL UNITS SUBMITTED.

THE DEFAULT IS NON-ENDING EXECUTION.
IN THIS CASE EXIT FROM
THE
PROGRAM IS ACCOMPLISHED EITHER BY TYPING A CONTROL/C OR

BY OCCURANCE OF AN ERROR WITH THE WALT ON ERROR

ég;.o' zfls glgl IS A RETURN TO COMMAND MODE.

FLAG

BEING

SEE EXAMPLE AT

6.3.1.3 FLAGS SWITCH (/FLAGS:<FLAG=LIST>)
<FLAG=LIST> IS A SEQUENCE OF ELEMENTS OF

THE

FORM

<FLAG>

<FLAG=1>, OR <FLAG=0>, SEPARATED BY COLONS, WHERE <FLAG> HAS

ONE OF

THE FOLLOWING VALUES:

3
v

MACY1Y 30A(1052)

18-0CT-B2

PRCGRAM DOCUMENT

15:30

SEQ 7

PAGE 8

HOE

MALT ON ERROR,

LOE

LOOP ON ERROR, CAUSING THE DIAGNOSTIC TO LOOP

CAUSING COMMAND MODE

ENTERED WHEN AN ERROR IS ENCOUNTERED

TO BE

CONTINUOUSLY WITHIN THE SMALLEST DEF INED BLOC

OF CODING (SEGHENT SUBTEST, OR TEST) CONTAIN=
ING THE ERROR

IER

INMIBIT ERROR REPORTING

IBE
IXE

INMIBIT BASIC ERROR REPORTS
INMIBIT EXTENDED ERROR REPORTS

PRI
PNT
BOE
UAM

DIRECT ALL MESSAGES TO A LINE PRINTER
PRINT NUMBER OF TEST BEING EXECUTED
BELL ON ERROR
RUN IN UNATTENDED MODE, BYPASSING MANUAL

INTERVENTION TESTS
INHIBIT STATISTICAL REPORTS
INWIBIT DROPPING OF UNITS BY DIAGNOSTIC
LOOP ON TEST

ISR
IDU
LOT

THE FLAGS NAMED OR EQUATED TO 1 ARE SET,

THOSE EQUATED TO

ARE CLEARED.
A FLAG NOT SPECIFIED IS CLEARED.
E:glgfl aSSN?YSGlVEN ALL FLAGS ARE CLEARED.
SEE

IF THE FLAGS
EXAMPLE
AT

6.3.1.4 END OF PASS SWITCH (/EOP:<INCR>)
<INCR> IS A DECIMAL NUMBER INDICATING HOW OFTEN (IN TERMS OF
PASSES) IT IS DESIRED
THAT
THE
END
OF
PASS
MESSAGE
BE
PRINTED. = THE
DEFAULT
IS
AT
THE END OF EVERY PASS.
SEE

EXAMPLE AT END OF 6.3.1.5.

6.3.1.5 EFFECT OF START COMMAND
THE EFFECT OF THE START COMMAND IS TO INITIATE THE
HARDWARE
PARAMETER
DIALOGUE,
THE
SOFTWARE
PARAMETER DIALOGUE, AND
THEN THE DIAGNOSTIC TESTS THEMSELVES.

33333§N-fl°OGN

(o QW P

07 STA!I( D AG.
30-SEP-82 15:

NN N NN N NN NN NN
S &
VIV
WVi

N LN N N N AN N N AN N N AN N N AN N N AN N N NN
&~
FRRRRRR
RN N
W
WWWHNINNI
NI NN NI NI NI NIRIN b b
eb
23
YV
N - OO0 ~ VS
W =20V~ v St et
S S AN Sty <t mm

[alal
~NN

THE HARDWARE PARAMETER DIALOGUE COMMENCES WITH THE
QUESTION
“#
UNITS?""
TO
WHICH
THE
OPERATOR REPLIES WITH
A DECIMAL

NUMBER N FROM 1 TO 16. THE TERM

"UNIT'*

REFERS TO THE

DEVICE

TO WHICH THIS SERIES or DIAGNOSTICS IS DEDICATED.
FOLLOWING
THIS ARE THE QUESTIONS
WHEREBY THE P-TABLES THEMSELVES
WILL

ALL

BUILT.

MUST

EACH P=T BLE IS A CORE-RESIDENT TABLE CONTAINING

THE HARDWARE

SUPPLY

INFORMATION FOR

ONE

UNIT.

THE

OPERATOR

(NUMBER OF UNITS) VALUES FOR EACH QUESTION.

HE MAY DO THIS BY GIVING ONE ANSWER
TO
EACH
QUESTION
CIN
WHICH CASE THE SERIES OF QUESTIONS WILL BE POSED N TIMES) OR

BY GIVING N VALUES,

SEPARATED BY COMMAS,

vae RESPONSE aAolx

(D FOR

(SERIES

OCTA

WILL

BE POSED ONCE).
YE
YES/NO)

A'TER IHE PARENIHESES.

EACH

QUESTION

EACH QUESTION IS FOLLOWED BY

DECIMAL,

FOR

BINARY,

FOR

IN PARENTHESES AND THE DEFAULT VALUE

FOLLOWING THE HARDWARE QUESTIONS ARE

THE

SOF TWARE

QUESTIONS

(lDHQE MB8207 STAYI( D AG .

(ZDMaE .P1

'Ss

30-SEP-82 15:

MACY1Y 30A(1052)

18-0CT-B2

PROGRAM DOCUMENT
10

BUILD

15:30

SEQ 8

PAGE 9

THE SOF TWARE TABLES,

WHICH DEFINE THE MODE

(QUICK

VERIFY ETC.) THAT THE DIAGNOSTIC WILL EXECUTE IN.
WHEN THE QUESTION ''# UNITS?'* IS ANSWERED,

ALLOCATED

FOR

THE

MEMORY STORAGE

P-TABLES, AND IF THERE IS NOT ENOUGH TO

ACCOMMODATE THEM THE nessncs
TOO MANY UNITS'*
IS ISSUED.
IN
THIS
CASE tnz DIAGNOSTIC MUST BE EXECUTED MORE THAN ONCE TO
TEST ALL UNITS,

EXAMPLE:
STA/TESTS:1:2-4:6:8-10/PASS:3/FLAGS: IER:HOE=1:UAM:LOE
THIS COMMAND WILL CAUSE THREE
PASSSS *0 BE MADE,

CONSISTING

EACH

PASS

AND 10 EXECUTED AGAINST

ALL UNITS. THERE IS NO oirfenencé ésruseu SAYING <FLAG> AND
SAYING <FLAG=1>,

THE NOTATION <FLAG=0> IS MEANINGFUL ONLY ON

A COMMAND
OTHER
THAN
START
TO
CLEAR
A
FLAG
THAT
WAS
PREVIOUSLY
SET.
NOTE
THAT ON ALL COMMANDS ONLY THE FIRST
THREE LETTERS ARE SCANNED.

6.3.2 RESTART COMMAND
RN RRRRNRR RN RN RN R RN R RN ERR RN R AR RRARARRRROROERARRRAROERRROEROOERS

RES(TART) /TESTS:<TEST=LIST>/PASS:<PASS=CNT>/FLAGS:
<FLAG=LIST>/UNITS:<UNIT=LIST>
CRRRERRRRERRARRNRRRRERROEOERREROERRRRROERQORRROERROERNRERROEOERAROEQROETRTS

6.3.2.1 TESTS, PASS, AND FLAGS SWITCHES
STEST=LIST>,

COMMAND.

<PASS=CNT>,

AND <FLAG=LIST> ARE

IN THE

START

6.3.2.2 UNITS SWITCH (/UNITS:<UNIT=LIST>)
<UNII°LISY> IS A SEQUENCE or o CIMAL NUMBERS (0,1

ANGES

F R ¥ oFo LR o F OF ¥
i i
oo W
= OVOO

OF DECIMAL NUMBERS(

ETC.)

8-10 ETC.) THAT SPECIFY THE

T0 BE TESTED. THE uunaen& ARE SEPARATED BY COLONS.

NUMBERS MAY
RANGE FROK O THRU N=1 (N IS THE NUMBER OF
ECIFIED IN THE PREVIOUS START COMMAND).
THE
NUMBER
S
THE
POSITION OF
THE
P-TABLE
AS
THE DATA WAS
DURING THE WARDWARE DIAGLOGUE.
THME UNITS WHICH ARE
ST
NOT
MWAVE
BEEN DROPPED BY THE DROP COMMAND.
DISCUSSION OF ADD AND DROP COMMANDS BELOW.
DEFAULT
TEST

ALL UNITS WHICH WAVE NOT BEEN DROPPED BY A DROP

6.3.2.3 EFFECT OF RESTART COMMAND
THE RESTART COMMAND DIFFERS FROM THE START
THE
P-TABLES
FROM
THE
PREVIOUS START COMMAND (
HAVE BEEN ONE) ARE USED, INSTEAD OF NEW
ONES
BEING

3
BUIL

bbf&bb‘“bbbb’
NN
PR
SSe ~orwy

lalal

ggfi‘

J
07 STATIC DIAG,
30-SeP-82 15

MACYTY 30A(1052)

18-0(7-82

PROGRAM DOCUMENT

15:30

SEQ 9

PAGE 10

THE
UNITS
SWITCH
GIVES
THE ABILITY TO SELECT A SUBSET OF
THESE.
THE SOF TWARE DlALOGUE MAY CPTIONALLY
BE_
REEXECUTED
(OPERATOR
WILL
BE_
ASKED).
THE
COMMAND CAN BE USED AFTER

COMMAND MODE WAS BEEN REENTERED IN ANY OF THE

THREE

NORMAL

WAYS:
A)
THE REQUESTED NUMBER OF PASSES HAVE BEEN MADL B)
AN FRROR WAS ENCOUNTERED
WITH THE HALT ON ERROR FLAG SET
()
A CONTROL/C WAS ENTERED BY THE OPERATOR.

6.3.3 CONTINUE COMMAND
RN RRRRRROERRRRRRRRRRRRRRRRRERRARRRRARRARNRRRARORRRORRROEROEORE

CON(TINUE) /PASS : <PASS=CNT/FLAGS
: <FLAG=LIST>

RERRRNERERRRROERERCECRRERRERRREREOOERRRRRNAARANRARONOENNOROENANNOEIOEY

6.3.3.1 PASS SWITCH (/PASS:<PASS=CNT>)
<PASS=CNT>

SAME AS IN START COMMAND, BUT

THE DEFAULT

THE UNSATISFIED PASS=CNT FROM THE PREVIOUS START OR RESTART.

IF NONE REMAINS, THE DEFAULT IS NON-ENDING EXECUTION.

6.3.3.2 FLAG SWITCH (/FLAGS:<FLAG=LIST>)
<FLAG=LIST>

SAME

IN START COMMAND, BUT UNSPECIFIED

FLAGS RETAIN THEIR CURRENT VALUE.

6.3.3.3 EFFECT OF CONTINUE COMMAND
CONTINUE MUST FOLLOW A START OR RESTART,
AND COMMAND MODE
MUST HAVE BEEN ENTERED DUE
TO A HALT ON ERROR OR A
CONTROL/C. THE EFFECT OF
THE
COMMAND IS TO GO TO THE

BEGINNING OF THE TEST THAT WAS BEING EXECUTED WHEN THE HALT
OR CONTROL/C TOOK PLACE. SOFTWARE DIALOGUE MAY OPTIONALLY
BE REEXECUTED. WARDWARE PARAMETERS MAY NOT BE CHANGED.
6.3.4 PROCEED COMMAND
IR

LTI

T Y

)
: <FLAG=-LIST>
CEED
/FLAGS
PROC

6.3.64.1 FLAGS SWITCH (/FLAGS:<FLAG-LIST>)
<FLAG-LIST>
IS
AS
IN THE
START COMMAND, BUT UNSPECIFIED
FLAGS RETAIN THEIR CURRENT VALUE.

6.3.4.2 EFFECT OF PROCEED COMMAND
PROCEED MUST FOLLOW A START, RESTART, OR CONTINUE.

MODE MUST WAVE BEEN ENTERED VIA A HALT ON ERROR.
OF THE

COMMAND

BEGIN

EXECUTION

THE

OHHAND

THE EF ECl

LOCATION

K
CZDMOE MB207 STATIC DIAG. #2

T
RS TRl 1
18 LTI
481
i

MACY1? 30A(1052)

18-0CT-82

15:30

PROGRAM DOCUMENT
FOLLOWING

THE

ER‘OR

SEQ 10

PAGE 11

CALL.

PARAMETERS MAY BE ALTERED.

NEITHER HARDWARE NOR SOF TWARE

485

6.3.5 ADD COMMAND

‘87

(3332223223233 323323232323232323223322322332333333333232233222333222333333

488

ADD/UNITS: <UNIT=LIST>

2%8

\ 3332323223233 232333233232232322323232322323232323332323323333233232232332222233232]

491
49

6.3.5.1 UNITS SWITCH (/UNITS:<UNIT=LIST>

CUNIT-LIST> IS AS IN THE RESTART COMMAND.

499

W=D 38

VAW

500
301
302
503
304

A WVTA VAWV

}

THE UNITS SPECIFIED ARE ADDED TO THE

TEST

AR RRRRRRRNRARRRRNCRRCREPRRRRNRRRAPANRARANAORORIRNOERROOEOERNOEREN

DRO(P) /UNITS:<UNIT=LIST>

6.3.6.1 UNITS SWITCH (/UNITS:<UNIT=LIST>)

}

CUNIT=LIST> IS AS IN THE RESTART COMMAND.

A R N S S OB

EACH

6.3.6 DROP COMMAND

1‘

SEQUENCE.

UNIT MUST MAVE
A P=TABLE
IN MEMORY DUE
TO AN EARLIER
HARDWARE DIALOGUE.
THIS COMMAND MUST BE
FOLLOWED BY A
RESTART OR CONTINUE. ~ THE UNITS SWITCH MUST BE SPECIFIED.
THE ADD COMMAND IS MEANINGFUL ONLY FOR UNITS THAT WERE
PREVIOUSLY DROPPED.

6.3.5.2 EFFECT OF ADD COMMAND

6.3.6.2 EFFECT OF DROP COMMAND

2
2
2

THE UNITS SPECIFIED WILL BE DROPPED FROM TESTING.
THE UNITS
WILL BE RESELECTED ONLY BY THE EXECUTION OF AN ADD OR START
COMMAND.
THE UNITS SWITCH MUST BE ENTERED.
THIS COMMAND

VAWMV

;

MUST BE FOLLOWED BY A RESTART OR A CONTINUE COMMAND.

2
2
2

6.3.7 PRINT COMMAND

VAW

S RN

WA VAV

ettt

PRI(NT)

ettt

tttRt

tdtR

R RRCRRRRERRROAROARRRRRERACRRRERROERRERRRROERRETSE

Rt RERREROACRRACRRERROERARERRRRRORRRORRRORRROERRRETS

6.3.7.1 EFFECT OF PRINT COMMAND
THE TOTAL NUMBER OF ERRORS FOR

EACH

UNIT

SINCE

THE

LAST

e
-

07 SIATIC DIAG, #

30-SEP-82 15:§S

MACY1Y 30A(1052)

18-0(CT-

PROGRA% DOCUMENT .

15:30

PAGE

SEQ 11

START OR RESTART
(COMMAND ARE
PRINTED.
STATISTICAL REPORTING) FLAG IS CLEARED.

THE ISR (INMIBIT

6.3.8 DISPLAY COMMAND
LA

AAAA R

AR A

2 2222222222231

DIS(PLAY)/UNITS:<UNIT=LIST>
R

L s

VIV
Vi VIV
0 CONOWVSWN
<O

6.3.8.1 UNITS SWITCH (/UNITS:<UNIT=LIST>)
SUNIT=LIST> IS AS IN THE RESTART COMMAND.

6.3.8.2 EFFECT OF DISPLAY COMMAND
THE HARDWARE P-TABLES FOR ALL UNITS UNDER TEST

OUT

THE

FORMAT

ARE

IN WHICH THEY WERE ENTERED.

THAT WERE DROPPED BY THE

DESIGNATED.

OPERATOR

‘DROP'*

COMMAND

PRINTED

ANY UNITS
ARE

6.3.9 FLAGS COMMAND
LA

FLA(GS)
L

2222

6.3.9.1 EFFECT OF FLAGS COMMAND
THE CURRENT SETTINGS OF ALL FLAGS ARE PRINTED.

\'nnunnun=raa=unna=unfiunvq3~n
el

SR ITARARN2E
IR

6.3.10 ZFLAGS COMMAND
IFL(AGS)

L
R L
L
L
I

6.3.10.1 EFFECT OF ZFLAGS COMMAND
ALL FLAGS ARE CLEARED.

6.3.11

CONTROL CHARACTERS

A CONTROL €

CAUSES A RETURN TO COMMAND MODE.

A CONTROL 7 (Z) ENTERED DURING ONE

THE

THREE

OPERATOR

DIALOGUES= INITIAL DIALOGUE (SEE 6 2).NARgUAR§ DIALOGUE (SEE

6.3.1.5), OR SOFTWARE

DIALOGUE

(SEE

6.3.1.5)

CAUSES

THE

CZDMQE MB207 SIATIC DIAG, # s
CZDMQE.PI
30-SEP-8215:
593

MACY11 30A(1052)

18-0(1-82

PROGRAM DOCUMENT

15:30

SEQ 12

PAGE 13

DEFAULTS TO BE TAKEN FOR THE REMAINDER OF THAT DIALOGUE.
A CONTROL
O (0) ENTERED DURING THE EXECUTION OF A DIAGNOSTIC

CAUSES

ALL

TELETYPE

OQUTPUT

BE_SURPRESSED

FOR

THE

REM/ "IDER__OF
THE
DIAGNOSTXC
OR UNTIL ANOTHER O IS TYPED,
WHICH RESTORES NORMAL TELETYPE OUTPUT.

6.3.12 HARDWARE PARAMETERS
THE FOLLOWING QUESTIONS WILL
g E_ASKED ON
A START
(OMMAND.
THE
VALUE
LOCATED
TO THE L FT OF THE QUESTION MARK IS THE
DEEAngEVALUE THAT
TAKEN
ON
WILL BE
A
CARRIAGE
RETURN

1. WHICH MICRO-CPU?

M8200, &= MB204, 7= MB207)

2. MICRO-CPU CSR ADDRL>S:

(0) 7?

(0) 160170?

THIS 1S THE ADDRESS AT WHICH THE CSR REGISTERS (SEL
ON
THE
UNIBUS.
THE
ALLOUABL; RANGE
IS
1600
(OCTAL), AND THE DEFAULT IS 160170.

MICRO-PROCESSOR RUN SWITCH-TYPE 1 IF ON, IF OFF:

THE RUN SWITCH IS E28,

SWITCH 7 ON THE MB8207. MORE

PERFORMED IF THE RUN SWITCH IS OFF.

ERROR IF YOU ANSWER THIS QUESTION WRONG.

(0) 0?

TESTS CAN

YOU MAY GENERATE AN

6.3.13 SOF TWARE PARAMETERS
NO SOF TWARE PARAMETER QUESTIONS ARE ASKED BY PART 2
STATIC LOGIC TESTS.

THE

6.3.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE
THE
FULL CAPABILITY OF THE HARDWARE DIALOGUE IS REVEALED BY
THE FOLLOWING DISCUSSION OF WHAT HAPPENS INTERNALLY.

AS SOON AS THE QUESTION *'# UNITS?'"

NUMBER

SAY)

SPACE IN CORE

ANSWERED

(WITH

THE

IS ALLOCATED FOR N P-TABLES.

ALL OF THE P-TABLES ARE OF THE SAME FORMAT, AND THERE

ONE-TO ONE
CORRESPONDENCE BETWEEN THE HARDWARE PARAME TER
QUESTIONS AND THE SLOTS IN THE P-TABLE FORMAT,

ON INE FIRST TRIP THRU THE QUESTIONS
THE
SLOTS
IN
ALL
TME
P-TABLES ARE FIL LED
LESS YHAN N EXPLICIT VALUES
| N RESPONSE
1O A
PARTICULAR
QUESTION,
THESE VALUES ARE PLA CED IN IHE p-vnamts (oue VAL UE
GOING INTO THE PROPER SLOT
OF EAC ? P-TABLE BEGINNING WITH
THE
FIRST P-TABLE) UNTIL THE STRING OF VALUES IS EXMAUSTED.

. IrtHE opeaAtoa tvpes IN

07 SIATIC DIAG,
30-SEP-82 15

MACY11 30A(1052)

18-0CT-82

15:30

PRCGRAM DOCUMENT

THE LAST VALUE

SE0 12

PAGE 14

IN THE STRING BECOMES THE NEW DEFAULT AND

USED TO FILL THAT SLOT IN THE REMAINING P-TABLES.

ON SUBSEQUENT TRIPS THRU THE QUESTIONS,
l
THE SAME PROCESS IS
CARRIED OUT, EXCEPT THAT THE EARLIEST P=TABLE
NOT
TO HAVE
RECEIVED
AN
EXPLICIT VALUE IN ANY OF ITS SLOTS NOW ASSUMES
THE ROLE

THAT TABLE NUMBER ONE PLAYED IN THE FIRST

TRIP.

THE SERIES OF QUESTIONS
IS
REISSUED
UNTIL
AT
LEAST
ONE
QUESTION HAS RECEIVED N EXPLICIT VALUES FROM THE OPERATOR.

IN GIVING A STRING OF VALUES, COMMAS WITHOUT INTERVENING
x:hgssvgtseai USED TO INDICATE
A REPETITION OF
THE
LAST
A

STRING

EXAMPLE).

SAMPLE

VALUES

MAY

GIVEN

TRANSLATES

THE

A RANGE

(6-10 FOR

THE VALUES REPRESENT PURE uuneach5 DATA,

RANGE

INCREMENT OF

1),

NOW

SEE

THE VALUES

STRING

ARE

6,7.8.9.10

ADDRESSES.

THE

THIS

(AN

SAMPLE

RANGE TRANSLATES TO THE STRING 6,8,10 (AN INCREMENT OF 2).
LET

HOW

CONSTRUCT A SET OF P-TABLES.

COULD

USE THESE CAPABILITIES TO

ASSUME THAT WE HAVE 16

UNITS

AND THAT THERE ARE THREE HARDWARE PARAMETERS FOR EACH (THREE

SLOTS IN
THE
P-TABLE,
THREE
HARDWARE
QUESTIONS
IN
THE
DIALOGUE).
gET THE DESIRED VALUE FOR THE FIRST PARAMETER BE
THE NUMBER 75

LET THE DESIRED VALUE

FOR

(0,1,2,....15) EXCEPT *OR UNIT 12, WHICH SHOULD RECEIVE

THE

THE NUMBER 76 FOR THE FIRST 7 UNITS AND THE
THE LAST 9 UNITS.
‘

FOR

THE

FOR ALL 16 TABLES.

_SECOND

VALUE

“11.°

PARAMETER

QUAL

THE

UNIT

NUMBER

LET THE DESIRED VALUE FOR THE THIRD PARAMETER BE
NUMBER

THE FOLLOWING DIALOGUE WOULD ACCOMPLISH THIS GOAL:

# UNITS

(D)

UNIT 1

<QUESTION 1> 2

<QUESTION

<QUESTION §> ? 0-6
3> ?

UNIT %1

<QUESTION 2> ? 7=-11,,13-15
<QUESTION 3> ? 77

THE

FIRST

TABLES

TIME

-IN ALL 16 TABLES.

THE

THRU

SERIES

1S ASKED,

SLOT ONE

SLOT TWO RECEIVES THE VALUES

RECEIVES A 75

0,1,2,...,6

6 AND A CONSTANT 6 IN TABLES ? fWRU'i5.

SLOT THREE RECEIVES A CONSTANT 76 IN ALL 16 TABLES.

THE SECOND TIME THRU THME_SERES, TABLES 16 THRU THE END ARE
GOING TO BE AFFECTED (NOTE
THAT THIS PIECE OF INFORMATION IS

PRINTED OUT FOR THE

THE

BEGINNING

THE OPERATOR

OF EACH SERIES).

IN THE

FORM

QUESTION 1

“UNIT

xx"

IS RESPONDED TQ

B
CIDMQE MB207 STATIC DIAG, #

CZDMQE.P11
705
706

707

708

;(1)8

30-SeP-82 1S:§S

MACY11 30A(1052)

18-0(7-8

PROGRAM DOCUMEN

15:30

2
PAGE

BY A <CR>, SO SLOT ONE STAYS AT CONSTANT 75 IN TABLES 7 THRU
SINCE N NEW iXL*ClT VALUES ARE TYPED
lN.
SLOY tuo ETS

tué"“%S AND 8,9,10,11
IN um;g 714,15
mau IN1 fm;g 13 mau 1 ;
GETS fHE VALYES
smt THREE GETS THE VALUE 77 IN TABLES 7 THRU

I4 )

THE DIALOGUE IS TERMINATED WHEN THE SOF TWARE RECOGNIZES THAT

716

7.0

719

teeecnnnnennenneeere

720

*VERIFY THAT REFERENCING UNlBUS DEVICE REGISTERS

71§
71
714
715

16 EXPLICIT VAL ES
HAVE BEEN GIVEN FOR AT LEAST ONE QUESTION
(NAMELY QUESTION
2).

TEST DESCRIPTIONS
TEST

neenennennennennenee

721

*DOES NOT CAUSE A TIME OUT
T

teecnnneneneneneeeeee TEST 2 nencncnencnennenenes

;23

;Zi

726
727
728

;Si

7
7

735

t.'QQ'Qtt'.ttt""""'Q"'QQ""..'tt't't'ttt.'t

*TEST OF BR RIGHT SHIFT
*VERIFY THAT A DEST OF BR RSH (011) OF A MICRO=INSTRUCTION
*SHIFTS THE RESULTING BR DATA RIGHT ONCE.
R

R R R

R R R R R R R R R R R X R RRXIRXXXIIzIIzIIIL

teenennnnenennnneeeeee TEST 3 ennneneccnncacnenne

*JOP CRAM WRITE/READ TEST
*FLOAT A 1 THROUGH EACH CRAM LOCATION

R R R R R R R R R R R R R R SR XXX iR XX:Xiizy

;3‘

tesnnneecnnnennentteed TEST 4 necnccccnnnncnnnnen

761

739
740
74

*JOP CRAM WRITE/READ TEST
*FLOAT A 0 THROUGH EACH CRAM LOCATION
R

R R

R R R R R R R R R RSB R R SRRRRERXERXXIXIIIr

;2&

tescennennnnenneeeteee TEST § nevncecencnncenncen

747

*ADDRESS TO VERIFY CORRECT ADDRESSING

745
746

748

749

*]OP CRAM DUAL ADDRESSING TEST
*WRITE EACH ADDRESS INTO ITSELF,

READ EACH

RN RRR RN RN RN RN RN OREREERRORRRROERRRRRERRRRERAERRRRRS

;g?

tenenecneennennccceeee TEST 6 tennccncentnnennene

754

ERRRERRRRRR RN RRRRORERRRRRORORRERRRARORRRROERERRS

75
75

755

«JOP MAIN MEMORY TEST
*FLOAT A 1 THROUGH ALL MAIN MEMORY LOCATIONS

;g?

tecenennncnnneneeetete TEST 7 eecenncncncentencene

760

tttettttntttttR Rttt RO ROROERRRRRRERRRRRORRRROARRORRTY

758
759

*JOP MAIN MEMORY TESTY
*FLOAT A 0 THROUGH ALL MAIN MEMORY LOCATIONS

SEQ 14

¢
CZDMQE MB207 STATIC DIAG, #

(lDHOE.P\g

SO-SEP-&Z 1S:§S

76}
76

PROGRAM DOCUMENT

MACY11 30A(1052)

18-0CT-B2

15:30

tenesennenennnneneeeee

64
765
766

SEQ 15

PAGE 16

TEST

eeenenccncnccncncnen

*10P MAIN MEMORY DUAL ADDRESSING TEST

*LOAD EACH MEMORY LOCATION WITH ITS OWN ADDRESS

«READ BACK EACH LOCATION TO VERIFY CORRECT ADDRESSING

;6;

L R R

R Rt

769

770

teeennennnnaneneetee

144
772

TEST

O teeencenencnncnceenen

*]OP MAR TEST
*PERFORM DUAL ADDRESSING TEST

773
774
775
7

*USING MAR AUTO=INC FEATURE
L
Y T R R R R R R R R R R LR RN LRI

779

rennennennennenneete TEST 10 eencencccnccccnennne

778
779
780

«JOP (CRAM) ODT BITS TEST
*LOAD MAR WITH A O INC MAR UNTIL IT OVERFLOWS
*VERIFY THAT IBUS* 10 BITS IS SET ONLY WHEN MAR BIT 8 IS A ONE

;3%

781

*AND THAT

JBUS* 10 BIT6 IS SET ON MAR OVERFLOW
R R

R R R LR R R

R R R R R

IIIy

TEST

eeccncnenenennnnenae

784

785

teeceenenenncnntenee

786
787
788
789
790
N
792

*CRAM TEST OF JUMP(I) NEVER MICRO-PROCESSOR INSTRUCTION.
*PERFORM THE JUMP INSTRUCTION
*VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT
IS AT,
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC.
AT THIS POINT
*THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
*THE CRAM PC IS CORRECT,
IF THE CRAM PC IN NOT RIGHT,

793
794

795
796

*THEN PORT4 CONTAINS A $7

RN RO R R RN PR RN RN

RN RN RARRRRRORRRRRORRRES

797

teesnnnenecnnnntenes

798
799
800
801
80§

*CRAM TEST OF JUMP(1) ALWAYS MICRO-PROCESSOR INSTRUCTION.
*PERFORM THE JUMP INSTRUCTION
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT
IS AT.
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC.
AT THIS POINT

384

805

806

807

ggg

10
n
li
1

814
815
816

TEST

tencncncncncneneneene

*«THE BR DATA IS MOVED TO PORT&.

*THE JUMP WAS SUCCESSFUL,

THIS DATA IS CORRECT

IF_THE JUMP WAS UNSUCCESSFUL

*THEN PORT4 WILL CONTAIN A 37

RN RN RN RN RN RN E R RN RN RN RRR RO RO RRRRRRRRRRROEROERORORNESR

seeensennanennnneett TEST 13 eeccncencnnencnnencee

*CRAM TEST OF JUMP(I) ON C BIT SET MICRO-PROCESSOR INSTRUCTION.
*SET THE C BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT ‘S AT.

THIS INSTRUCITON LOADS THE

*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
*THE BR DATA IS MOVED TO PORT&.
IF THIS DATA IS CORRECY
*THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL

z88

Viwiun

VN VB WN = OOV

NN =00V~ SHF WN <OOONOWVSWN~=O
Yo~

0o 0o 0o 0o 0o WW
0O 00 WWNNINININININININININ
OO 0O 00 0o Co 0o 0o 0o 0o 0o 0000 0o
0o 00
R
I A I I T I3 G0
WWNW
b b b

lDHOE.P\%

gg‘

SO-SEP-AZ 1S:§S

MACY11 30A(1052)

18-0CT-82
PROGRAM DOCUMENT
v

15:

2
PAGE

*THEN PORT4 WILL CONTAIN A 37,
LA

SEQ 16

R R

X2::11%)

T
T 1 L tevennRRRRRRRRRRRRRRRY
*CRAM TEST OF JUMP( 1) ON Z BIT SET MICRO-PROCESSOR INSTRUCTION.
*SET THE Z BIT, PER FO RM T HE JUMP INSTRUCTION.
*VERIFY THE JUMP D% 0 ocCu R BY CLOCKING THE INSTRUCTION
*IN THE LOCATION I
& S AT «
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWES T
BIT S OF THE CRAM PC. AT THIS POINT
*THE BR DATA IS MOVED 1 TO PORT4.
IF THIS DATA IS CORRECT
L AAAAAA

2222222

222 v

*THE JUMP WAS SUCCESSFUL, IF_THE JUMP WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN A 37
LA

teennennnnenennteee

TEST

2 2222222221 )

eevencncencnncannnnees

*CRAM TEST OF JUMP(I) ON BRO SET MICRO-PROCESSOR INSTRUCTION.
«SET THE BRO BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
«IN THE LOCATION IT
IS AT.
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC.
AT THIS POINT

*THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL,
IFf ru§ JUMP WAS UNSUCCESSFUL

*THEN THE PORT4 WILL CONTAIN A

teeennnnnennneneeet

TEST

221

teenerncnnccnnennennee

*CRAM TEST OF JUMP(I) ON BR1 SET MICRO-PROCESSOR INSTRUCTION.
*SET THE BR1 BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT ss AT.
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC.
AT THIS POINT
*THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT

*THE JUMP WAS SUCCESSFUL, IF_THE JUMP WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN A 37
LAA AR A

treteertRRRRRREREY

*CRAM TEST OF JUMP(
*SET THE BR4 BIT, P
*VERIFY THE JUMP D%

*IN THE LOCATION I
*BR WITH THE LOWES T

fooot =

C IOMQE MB8207 STATIC DIAG, #

*THE BR DATA IS MOVE
v
*THE JUMP WAS SUCCESSFUL,
*THEN PORT4 WILL CONTAIN A

2222)

Rt RRRARRRRCERRRRERRERTY

R& SET MICRO-PROCESSOR INSTRUCTION.
THE E JUMP INSTRUCTION,
Y CLOCKING THE INSTRUCTION
TH IS INSTRUCTION LOADS THE
AT THIS POINT
F THE CRAM PC.
T «
IF THIS DATA IS CORRECT
H E JUMP WAS UNSUCCESSFUL

abg

ERRRRNRRERNRRRNRRRRCEOCEROCROERORRRRRQERRRACERRRQAEONRRRETSR

863

teeseteRRRRRRRRR RS T EST 1 8 ttttttdRRatRRtRRRRERORY
*CRAM TEST
OF JUMP(I) ON B R 7 SET MICRO-PROCESSOR INSTRUCTION.
*SET THE BR7 BIT, PER F ORM T HE JUMP INSTRUCTION
*VERIFY THE JUMP DID O CCUR BY CLOCKING THE INSTRUCTION

1
2

E
CIDMOE MB207 STATIC
CZDMQE.P11
S0-SEP

D‘Qcisfis

MACYTY 30A(1052)
18-0(?-82
PROGRAM DOCUMENT

15:30

SEQ 17

PAGE 18

*IN THE LOCATION IT LS
AT,
f"ls lNSTRUCTION %OADS THE
*BR WITH THE LOWEST 8 BITS OFTHE CRAM PC.
AT
THIS POINT

*THE BR DATA IS MOVED TO POR“.
IF _THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL, IF_THE JUMP WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN A 37
L

L LTI

* T ST 19 tecenencenennecennnaene
*CRAM TEST OF JUMP(I} ON C BIT CLEAR HICRO-PROCESSOR INSTRUCTION.
*SET THE C BIT, PE?;O RM M THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID
OCCUR BY CLOCKING THE INSTRUCTION

*IN THE LOCATION IT
*BR WITH THE LOWEST

INSTRUCTION LOADS THE
AT THIS POINT
1
4
8 I1TS OF THE CRAM PC.
*THE BR DATA I5 MOVED TO
IS AT.

THIS

PORT4.
IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL, IF_THE JUM? WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN A 37
LAAA AR A

teeeennencnvenneeet

TEST

2 222222223

eteeencnnenencnnennennne

*CRAM TEST OF JUMP(I) ON Z BIT CLEAR MICRO-PROCESSOR INSTRUCTION.
*CLEAR THE Z BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT ‘S
AT.
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC.
AT THIS POINT

*THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL, IF_THE JUMP WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN A 37

LAA A

s a2
22222221}

tesensnnnanennnneee

wevecccncecnnennntnenny

*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION

*IN THE LOCATION IT
IS AT,
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC.
A THIS POINT

*THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL, If_THE JUMP WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN A 37
EERRRR RN RN RN RN RN

RO R R RRRRRRRORRARORARROERRS

*CRAM TEST OF JUMP(1) ON BR1 CLEAR HICRO-PROCESSOR INSTRUCTION.
*(LEAR THE BR1 BIT,
PERFORM THE JUMP INSTRUCTION.

—

teennnncnenenentete

VOOV OOVOOOOOO

OCO®NP
VS WN =D

907

TEST

*CRAM TEST OF JUMP(I) ON BRO CLEAR HICRO-PROCESSOR INSTRUCTION.
*CLEAR THE BRO BIT,
PERFORM THE JUMP INSTRUCTION

921

TEST

tevenencnenecentanennne

*VERIFY THE JUMP 0‘0 OCCUR BY CLOCKING THE INSTRUCTION

*IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST
Bl!S OF THE CRAM PC.
AT THIS POINT

*THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL, IF_THE JUMP WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN
A 37
tRttRRteRRRRRRRERRRRRRRRRRRRORORRRRRRRRRRRARRRRRRRARERTY

F
CZDMQE TM8 %07 S TATIC DIAG,
CZDMQE .P1
30-SEP-82 15:

929

MACY11 30A(1052)

18-0CT-82

15:30

PROGRAM DOCUMENT

teseennennnnnnnnees

TEST

SEQ 18

PAGE 19

eevenccnnennneceencenee

«CRAM TEST OF JUMP(I) ON BR& CLEAR nxcao-rnocssson INSTRUCTION.
«CLEAR THE BR& BIT, PERFORM THE JUMP INSTRUCTION

*VER;FY THE JUMP DiD NOT occun BY CLOCKING THE 1usrauctlou
«IN THE LOCATION IT
IS AT.
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC.
AT THIS POINT
*THE BR DATA IS MOVED TO PORT4.

*THE CRAM PC IS CORRECT,

*THEN PORT4 CONTAINS A $7

LAAAA A

THIS DATA IS CORRECT

IF THE CRAM PC IS NOT RIGHT

AR a2

sesannnnnnenneeeee

TEST

teevcnnnnnncenannnennnee

*CRAM TEST OF JUMP(I) ON BR7? CLEAR nxcao-pnocesson INSTRUCTION.
«CLEAR THE BR7 BIT, PERFORM THE JUMP INSTRUCTION.

*VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION

«IN THE LOCATION IT
IS AT.
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC.
AT THIS POINT
«THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
*THE CRAM PC IS CORRECT,
IF THE CRAM PC IS NOT RIGHT

«THEN PORT4 CONTAINS A $7

FRERRRRRRRRRR
RN AR RN RN RN RO RN RN RRRORRARNNROERARNONOEERS

teensenencnnenneee

TEST

eeevenencnnennnnenenanne

*MAIN MEMORY PAGE DUAL ADDRESS TEST.

*IN THIS TEST WE WILL VERIFY THAT PAGES DO
*NOT DUAL ADDRESS. 'THIS TEST IS DIFFERENT FROM THE

*PREVIOUS DUAL ADDRESS TESTS IN THAT THE OTHER
*TEST REALLY DIDN'T CHECK PAGE DUAL ADDRESSING
LA

AR A

seseneneenenneneee

TEST

tetenccnncnnenencnnennen

:JUHP FIELD,PAGE TEST
*IN THIS TEST ue UlLL MAKE SURE A JUMP FIELD INSTRUCTION
*WORKS.
TO DO THIS §'°L PUT THE DESIRED PAGE, FIELD

*INFORMATION IN IBUS*<13> THEN lSSUE A JUMP FIELD
«THEN WE'LL READ PC REG. AND VERI

* REV. E = CHANGE TO TEST BITS 4 t 5 (PC BITS 12 &8 13)
ERRRRRRRRRRRRARNRERRRRRARRROERERRRARRERY
CRRORROERORRNS

teessennennnnnneee

TEST

tevccnnccnnncncnnennenee

*JUMP TEST, JUMP ALWAYS, JUMP CHANGE FIELD

*IN THIS TEST,

WE WILL CHECK THE ABILITY OF

THE

*MICRO-PROCESSOR TO JUMP (BRANCH ANC ALWAYS INSTRUCTION)

*T0 LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.

*WE ALREADY KNOW THAT THE BRANCH INSTR WORKS FROM
*OTHER TEST.
PROCEDURE:

6
CZDMQE TM8 %07 S; ATIC DIAG,
CZDMQE.P1
0-SEP-82 15
985
986
987
988
989
990
991

.
.

TO CALCULATE NEW ADDRESS:
1.
INC LOW BYTE OF ADDRESS FOR PC ADDRESS 0-7

SSRSR3R8833333335552532333255

START ADDR 0, FIELD 0

997
998

SEQ 19

PAGE 20

§.

) i

15:30

*«CALCULATE NEW ADDRS,

READ PC FROM 1au3-12 AND [BUS*1

REPEAT STEP 2-4

INC LOW BYTE OF N ADDRESS FOR PC ADDRESS 8-11

OVERFLOWS,

NET RESULT IS JUMPS FROM:

FIELD,PAGE

LOC

‘

377

: 10

222222

2222222222222

2333332322222

*OTHER TESTS.

.
ks

.
*

THE

.
.

PROCEDURE:

START ADDR O, FIELD O

**CALCULATE NEW ADDRS, FIELD VIA DEC,

CAUSE JUMP (BRANCH)

TO NEW ADDRESS

READ PC FROM IBUS*12 AND [BUS*1

REPEAT STEP 2-4 256.TIMES

T0 CALCULATE NEW ADDRESS:

DEC LOW BYTE OF ADDRESS FOR PC ADDRESS 0-7

DEC LOW BYTE OF N ADDRESS FOR PC ADDRESS 8-11

BITS REPRESENTED AS BITS 0-3.
RESTARTS AT ZERO
NET RESULT IS JUMPS FROM:

FIELD ,PAGE

ol o

etevecnncncnnennanenanee

*M] CRO-PROCESSOR TO JUMP (BR..NCH AND ALWAYS INSTRUCTION)
*T0 LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.
*WE ALREADY KNOW THAT THE BRANCH INSTR WORKS FROM

oC:

}9
8

: 10

;7
7

000

s i

WHEN 0-3

tttttttttttnttRtRtttttt
Rt R R RO RRRRRARRRRRRORRRRRRRRREY

R wW

*IN THIS TEST, WE WILL CHECK THE ABILITY OF

TEST

:JUHP TEST, JUMP ALWAYS, JUMP CHANGE FIELD

=l=lelelelelelelele]

s i

s il

s i

secnnennncnnennnete

D e

WHEN 0-3

RESTARTS AT ZERO.

(A2

256.TIMES

BITS REPRESENTED AS BITS 0-3.

FIELD VIA INC,

CAUSE JUMP (BRANCH) TO NEW ADDRSSS

s e

18-0CT-82

PROGRAM DOCUMENT

90049

99
998
994

MACY1? 30A(1052)

seensccnnecscnesnee

JEST

seeccnccncncncncncnnnene

OVERFLOWS,

VOO NV
W= O V00 NOWNES
NN =

—

207 STATIC DIAG, #

SO-SEP-&Z 15:;5

MACY11 30A(1052)

18-0CT-82

15:30

PRCGRAM DOCUMENT

PAGE

SEQ 20

*IN THIS TEST WE'LL VERIFY THAT THE Z BIT CAN BE READ FROM
*]BUS*<13>, WE ALREADY KNOW THAT THE 2 BIT WORKS PROPERLY,

*ALL WE WANT TO KNOW HERE
LAAA

AR A

A A A

teesnnnnnnenveneeee

IS THAT

IT CAN BE READ.

A S22

TEST

eeeencancncenncnnnenanene

*IN THIS TEST WE'LL VERIFY THAT THE C BIT CAN BE READ FROM

*]BUS*<13>. WE ALREADY KNOW THAT THE C BIT WORKS PROPERLY

*ALL WE WANT TO KNOW HERE

IS THAT IT BE READ.

LAAAAAAA

AR A2 A2 A

tennnnennnnnenneene

*TEST OF

TEST

22222

22222222

eeencnnccnnenencnaneneee

PROGRAM CLOCK BIT

*DO A MASTER CLEAR,

VERIFY THAT PROGRAM CLOCK IS SET

*AND THEN SETS SOME

TIME LATER

*WRITE PROGRAM CLOCK BIT TO A ONE, VERIFY THAT IT CLEARS,

LAAAA

AR AR AR

AR A

tecsnsennnrennnnneee

TEST

Y]]

eeeecncnncnnecnenencenne

*FORCE POWER FAIL TEST

«SET FORCE POWER FAIL BIT VERIFY THAT PROCESSOR TRAPS TO 24
*GOING DOWN AND COMING UP,
VERIFY ALSO THAT BUS INIT WAS
*BLOCKED FROM GETTING TO THE M8200,4,.7 DURING THE POWER FAIL
LAARAA

tesesecennnnneneee

TEST

*M]ICRO-PROCESSOR NOISE

ceccncnncencncecencenenee

TEST

*WRITE ALL ZERO'S THEN ALL ONE'S THEN A DATA PATTERN

*T0 THE IBUS* AND IBUS REGISTERS AND TO THE SP AND MAIN MEM
*THEN GO BACK AND READ THE DATA PATTERNS TO VERIFY THAT
*READING AND WRITING OF OTHER LOCATIONS AND REGISTERS

*DID NOT CHANGE THE DATA.

k=D
b o

*DOES NOT WRITE

*125 INTO BOTH SPT

*THIS TEST

*T0 DO THIS,

*IF

TEST

tececscnnccncnnncccncntnne

IS DESIGNED TO MAKE SURE THAT A NODST

INTO PORT g OF THE MULTIPORT RAM,

WE'LL

PUT A 125 INTO INDATZ,

AND BR. LAST WE'LL

THERE IS A WRITE

INTO PORTB, INADTZ2

INSTRUCTION

THEN WE'LL PUT A

DO'A NODST BR, SUBOS. SP1
WILL CONTAIN A 37

B B

teescsccnnnceneeee

—

d =D ey D

o (={=1=]

el el il

~ NN~ &
:3GINNP\R&3323223 & ZEFSER2=] ssssss
-O
0

) D D e

) el

2ZFTF222E

) D

D el D

D ) ) D i

(wlelelelelelelel=le]

VIVITWVWAVVWAWAWNWLA

RER

D D D e

) e

) D

gg2222 33

~
~Ne

sescesscenceecseeee

JEST

eecccencccnccccccecnennee

*EXTENDED CRAM TEST FOR M8206.
*THROUGHOUT

THE

IN THIS TEST WE WILL LOAD DATA

CRAM (TEST DATA IS JUST &K OF

DIAG.

CODE)

AND

I
(lDflOE MB207 STATIC DIAG.
CZDMQE.P1
30-SEP-82 15

1097
1098

W=
O

18-0CT-82

PRCGRAM DOCUMENT

15:30

SEQ 21

PAGE 22

*THEN READ IT BACK AND VERIFY THAT

IS CORRECT

ERRRERRRRR
RN OREROEROORECERORRO
NRANN
OERROEROERRROERARE
NRC
TRTS

t'tl.'tt.""tt"t

TEST

TrEtTRTRRRRRER IR RN

'THIS TEST LOADS MICRO-CODE INTO A MB206 MCPU THEN EXECUTES IT.
'1HE MICRO-CODE IS DESIGNED TO WRITE ALL ONES INTO THE SEL REGS.

W= OO0~

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

'otoatatotcct-o'tt

WN = OOV

teeennncccnncncnnennnneee

IN THIS TEST, WE'LL MAKE SURE THAT THE HBZO?

DOSSlNOT RESPOND TO AN ADDRESS THAT

ISN'T ASSIGNED

*
LAAA AL R

'Qttt.t't.."'t.t'

TEST

teecnncacennnnncnennennne

'thE ADDRESSING TEST
HERE,
WE'RE GOING TO MAKE SURE THAT WE CAN

DNV

TEST

'NEGA!]VE ADDRESS TEST,
*

WRITE INTO ONLY A HIGH OR LOW BYTE OF THE MCPU.

RN RN RN RPN RN RN R RN RN RN

tenescnennenennene

RO RN RRRRAROARRRRRRROERRRRROERRES

TEST

eeccencnnnnnncnnenntnnense

WA
-

L ]

*IN THIS TEST WE'RE GOING TO MAKE SURE THAT THE PC
*REG COUNTS UP PROPERLY.

THE PC REG SHOULD INCREMENT

:ONCE AFTER EACH INSTRUCTION.

eescscsenenanenned

TEST

tetecensnnccncnenenenneee

N2 OOWNO
WV WN~-O

— il D ) D D
il i il D cld D ) D e s D el il il D ) D il ) D ) i e D
) D D e D D e
e
-l D s D D il il il il il D il Dl D D s D D il il D il D Dl D il il Al D el D D i D D e il

D D e
D D e

D D e
D e
) D e D
D i ) D ) ) D el D

1099

MACY11 30A(1052)

TEST
*IN
sIN THIS
THIS
TEST 6:5 LL MAKE SURE THAT "BRANCH FIELD W'* DOESN'T

*FJRST WE'LL CLEAR THE PC WIGH REG. THEN

WE'LL DO A BRANCH INSTR

*WITH BAB axrs 11412 SET.
IF PCR BITS 8+9
SET INEN UE'LL KNOW
*WE WERE SUCCESSFUL IF PCR BITS 8¢9 FAIL TO SET
KNOW

*THAT THE MAX SELECTED THE WRONG INPUT TO BE CL6CKE6 IN!O THE PCR.

esesececncnntenese

TEST

teeccncnennnnnennnnennnnee

*IN THIS TEST WE'RE GOING TO MAKE SURE THAT ONLY SPO
*1S
SELECTED FOR SOURCE WHEN THE DESTINATION
*IS THE OUTBUS

:;ggrowrg?nummmUhnU!
WA
=
VONO
WS W

S8RLRJRE028TEIT SRER2SI

D il il D il D Dl D D D i il D D il il D il D D ) D il D el i D D el D il D D D el D D i
N
s il il s sl il d il il il D ld el il il D D D el D D D D D i D D D D D il i
NSNS
NNNNYO
O

D D D D D ) D D D D D De
D D D i D ) D D e e il i i

CZDMQE . f
P1

30-559-52 is:is
#

MACY!? 30A(1052)

PROGRAM oocunefi 18-0CT-82

15:30

PAGE

-8

SEQ 22

*F IRST UE LI. UR"E EACN SP_ADDRS lgzo ITSELF THEN WE'LL

*MOV SP
*SP ADDRESS

WAT SHOULD
S
lr ANY OTHER oAtA SHOWS UP

*BLAME IT ON THE SELECTION OF A DIFFERENT§antcu PAD.

senacennnnnnennnee

TEST

teecencncennnennsanennnnnee

*IN THIS TEST UE Alg GOING 70 MAKE SURE THAT THE
*SIGNAL MOV
(ANDITS ASSOC. TRiZS) DOESN'T GET
*STUCK HIGH,
lN ORDEI T0 DO THIS WE'LL CLEAR THE PC HIGH REG
*PUT KNOWN DATA 8" THE BREG AND SP1 THEN WE'
ANCH
*WITH CROM BITS 0-3 SET AS WELL AS_CROM BIT
ulm CROM BITS 8 AND 11 CLEAR.

*IF

MOV _INST W'

GETS STUCK HIGH, THE PC REG HIGH WILL GET LOADED

*WITH THE CONTENTS OF THE ALU

ERRRRRRRRR
NN R E RN RN R RN RRNNN
NRANRNNRRACNNRORROOCERERE
RER

seenennennnnanenet

TEST

*TEST THAT MASTER CLEAR,

tecencnnencnneneenenennnnee

CLEARS BITS IN THE NPR (ONTROL REGISYER AND

*M]CROPROCESSOR MISCELLANEOUS REGISTER=FIRST WE'LL SET THE
*PRIORITY UP SO THAT WHEN WE SET THE BUS REQUEST BIT THAT

*THEN WE°'LL SET ALL THE BITS IN BOTH REGS EXCEPT THE
*NPR REQUEST. WE'LL LOOK TO SEE THAT ALL GOT SET, NEXT
*WE'LL DO A MASTER CLEAR AND BE SURE THAT THEY ALL CLEAR.
AR

AR A

IT WON'T BUG US

222212

8.0 ERROR INFORMATION
8.1 ERROR REPORTING
ERRORS ARE REPORTED BY THE PROGRAM AS THEY
INHIBITED). THE REPORT CONFORMS TO THE DIAGNO

CZDMOE MB207 STATIC DIAG,

UR_
(IF
NOT
C SUPERVISOIE!
ERROR REPORT FORMAT, AND CONSISTS OF A DESCRIPTION OF
ERROR,
THE
TEST
TEST NUMBER, PC OF THE ERROR

gklfll’mbf&l‘& ADDIESS. M BASIC

AND

EXTENDED

ERROR

THE FOLLOWING EXAMPLES PROVIDE TYPICAL ERROR REPORTS:

CZDMO DVC FTL ERR 00045 TST 027 SuB 000 PC:022572

58
8‘

MASTER CLEAR_ FAILED TO CLEAR PC REG,
TENTS=000624
CZDMQ DVC FTL ERR 15 1871 S sus 800 025?‘6

UNIT=00

208

000402

— i

MIUNG UNIT ADDRESS=16017C

"'% lgél - 080080DR

ADDR

808

.P1$

guwug OO NPV

NN = OO

NN 53
=20

NN SIS SIS LS S LS [N N [ N T NT NT VAN NT.N]
N NN NN NININININ)
= b e b b b s b

) D D i
) D ) D e
D
D e
D D ) D i
Dl el i D ) D e

lalal

';N

M8207 SIATIC DIAG, #

SO-SEP-LZ 15:;5

MACY1? 30A(1052)

SEQ 23

PROGRAM DOCUMENT .

15:30

FOR ALL OTHER ERRORS,

THE REPORT MAY BE MORE

18-0CT-82

PAGE

REQUIRE ADDITIONAL DATA TO BE REPORTED.
9.0

EXTENSIVE

AND

HISTORY
.

MODIFIED AUGUST 1980 FOR THE FOLLOWING REASONS:

1) CANCELL DEPO CZDMQA1

) CANCELL DEPO CZDMQA2
) DETECT BAD TIMING ON INTERNAL CLOCK.

MODIFIED JULY 1981

MODIFIED JANUARY 1982

TO FIX TEST 43 MAR BITS IN IBUS+* 10.

1)) E:R?QS?UEO?ATA WAS NOT CLEARED IN HIGH BYTE OF REGISTER §
FIX:

CHANGE BIC

#374,R5

TO BIC #177774,RS.

L
8207 SIATIC D&AG. lg
n
30-SEP -82 15:35

MACY11 30A(1052)
18-0CT-82
PROGRAM DOCUMENT

15:30

2
PAGE 25

SEQ 24

nazo7

P11

VIS NN = O

ZRORIRISILIGULUR - o[+ ]
-0Ow

il e i D ) el il

D el D il

D D ) D

D e

D i ol

D D D D D D i

) )

NINININIAINININI
NI NN NI NI NININI NN NNN NN NINININININININD
NN
Vi &~ ESESESEEE-000

(alal
i

n
TATIC

DIAG #

§o-sca—g 15:35

002000

MACY11 30A(1052)

18-0(!-82

PROGRAM DOCUMEN
.TITLE CZDMQOEQ

.=2058

15:30

SEQ 25

PAGE 26

M8207 STATIC DIAG #2

002000

MCALL

SVC

002000

BGNMOD

CZDMQ

: INITIALIZE SUPERVISOR MACROS

000000
000000
000000
000000

SLSTIN= 0
SLSTTAG= 0
SVCINS=
SVCTST=

: LIST INSTRUCTIONS, SHIFTED RIGHT
: LIST TEST TAGS, SHIFTED RIGHT

000000

SVCGBL=
SVCTAG= 0

: LIST GLOBAL TAGS, SHIFTED RIGHT
: LIST OTHER TAGS, SHIFTED RIGMT

000000

SVCSUB=

: LIST SUBTEST TAGS, SHIFTED RIGHT

CHANGE THE VALUES OF THE SVC... SYMBOLS TO BE ZERO IF YOU WISHW
TO ALIGN THE MACRO CALLS AND THEIR EXPANSIONS.
CHANGE THE
SYMBOLS TO BE MINUS-ONE TO NOT LIST THE EXPANSIONS.
YOU MAY
CHANGE THE SYMBOLS AT ANY POINT IN YOUR PROGRAM.

N
oo

ol
~Nry

EO MB207

) D ) D D D ) D D ) D D D ) D e d o D D D
NNV

E.P11

STATIC

DIAG #

§0-SEP-2£ 15:;5

7
7
7%
75

MACY1Y 30A(1052)

PROGRAM HEADER
.§§TTL

gm
002000
gai 002000

002000

286
287
288
289
590

00200
002004
002005
002006
002007

115
121
000
00
000

gog 002010

104

29& 002011

060

D
) D ) D ) D e

296
297
298

002010
002011

002015

002012
002014
002014

002016

305
306

002024
002024

308
309
gm
1

002026
002030
002030
oozoss

D ) D e

1
sog
30

002016
002020
002020
00202

D D D i

304 oozos

D ) D ) D i

307

002026

103

000000

000360
027344

000000

002262
000000
030144

000000

315 oozog‘ 000000
0020
gu oogo
000000
0020

D ) D il

319 8320
000000
1
2040
318 88206 002132
19

) D i

20
21
2;
323

00204

002042
002044
002044
002046

000000
000000

— el il

;u oozocs 000000
25 00205
329 002050
003
327

002051

LSNAME : :

132
104

313

-y

SEQ 26

PROGRAM HEADER

POINTER BGNAU,BGNDU

284 oogom
285 00200

295

THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.

15:30

: THE PROGRAM WEADER IS THE INTERFACE BETWEEN

2;3 002000

18-0CT-82

003

HEADER (ZDMQ,D,0,240.
.0
;DIAGNOSTIC NAME
LASCII /C/

JASCII 717
LASCII 7D/

LASCII 7M/
LASCIT 70/
.BYTE
0

LSREV::
LSDEPO::

LSUNIT::
LSTIML::

LSHPCP: :
LS$SPCP::
LSHPTP::
L$SPTP::

LSLADP: :
LSSTA::
L$CO::

LSDTYP::
LSAPT::

BYTE
BYTE

0
0

LASCII

7D/

LASCIT

70/

MORD

240.

.MORD

LSHARD

MORD

LMORD

LSHW

MORD

(MORD

LSLAST

MORD

MORD
LSDTP::
.MORD
LSPRIO: :
LSENV]::
LSEXPY::

LSMREV: :

MORD

JBYTE

;NUMBER OF UNITS
;LONGEST TEST TIME

;POINTER TO H.W. QUES.
sPOINTER TO S.W. QUES.
:PTR. TO DEF. H.W. PTABLE
sPTR. TO S.W. PTABLE

:DIAG. END ADDRESS
;RESERVED FOR APT STATS

;
:DIAGNOSTIC TYPE
;APT EXPANSION

O
:PTR. TO DISPATCH TABLE
LSDISPATCH

MORD

BYTE

;REVISION LEVEL

;:DIAGNOSTIC RUN PRIORITY
;FLAGS DESCRIBE HWOW IT WAS SETUP
JEXPANSION WORD

SVC REV AND EDIT #
ctnevmbn
CSEDIT

B
CZDMQED MB207

C{DHOE.P11
1328

1
1331
1
i
1
13364

05¢
002056
0
06
002060

§0°SEP-R£ 15:;5
STATIC

1329 §§ 0 s 000088

1335
1

88 06

0000

000000
002730

062

000000

068
88 07
070
00207
002072
002074
002074
002076
002076
002100
002100
00 10%
002102
002104
002104

000000

1338 005064 000000
1339
822

1340
1341
1
i
1
1344
1345

1346

1347
1348

1349
1350
1351
1 Sg

155
1354
1355

1366

002106
002106
002110
002110
002112
002112
002114
002114
005116
002116
002120
002120

1368
1369
1370
13N
1 7;
1373

002122
885125
1
002124
002126

1356
1357
1358
1359
1360
1361
136%
136
1364
1365
1367

}g;g

0021

012144

012140
000000

002312

104035
000000
011340

012134
012042
002122

000000
000000
000000

177777
177777
177777

AG #

PROGRAM HEADER

MACY1? 30A(1052)
LSEF::
LSSPC::
LSDEVP::

LSREPP::

18-0CT=82

+WORD

WORD

LSDVTYP

WORD

MORD

.WORD

LSAU

.WORD

LSOV

.WORD

LSDESC

EMT

ESLOAD

LWORD

LSINIT

.WORD

LSCLEAN

.WORD

LSAUTO

.WORD

LSPROT

.WORD

LMWORD

WORD

.WORD

———
LSEXPS::
LSAUT::
L$DUT::

LSLUN::
LSDESP::
LSLOAD::

LSETP::

LSICP::

LSCCP::
LSACP::

LSPRT::
LSTEST::
LSDLY::
LSHIME::

LSPROT::

15:30

BGNPROT
WORD
WORD
.WORD

ENDPROT

-1
-1
=1

SEQ 27

PAGE 28

sDIAG. EVENT FLAGS

s POINTER TO DEVICE TYPE LIST

sPTR., TO REPORT CODE

sPTR. TO ADD UNIT CODE
sPTR. TO DROP UNIT CODE

sLUN FOR EXERCISERS TO FILL
sPOINTER TO DIAG. DESCRIPTION
sGENERATE SPECIAL AUTOLOAD EMT

sPOINTER TO ERRTBL

sPTR. TO INIT CODE

sPTR. TO CLEAN-UP CODE
sPTR. TO AUTO CODE

sPTR. TO PROTECT TABLE
:TEST NUMBER
sDELAY COUNT
sPTR. TO HIGH MEM

WITNOTONTOITNOVIO622‘60206262%26226‘0~M(=1}
Yo

coeaceeaoec(eo(ceo(ec(oeceoecaeo(ceaeceaceoceeoceaeceaeoceaceaPcetceaecbeceaceacBaBcebcbabeaeaceaecaeaencan9N0WNWNNNrSI-2OOO-WoNNSNOW<4|o~[i~

LA XINS9W.NOUS”HNNIUSONINHSONUNNIEONUS%ON“IOUTTINSWNOQTN‘TIUW1NTNIU1NMITNAU1TXNMWEW1UONVT1UX2NOeI=eMXU2NeOTueLwT2EeXuOeTMEw2eXeNEk2eEueEEm9u9I895wN%u895waI050wT608u<.8m5©88w“8NXWa0VDuODeANN=5=~N=-T v2-aoT

-01g2=U)3OOSI3gMC8‘<G3ONR5O3vG86OOWGFRO07OOMo3R8V3o2ORM9OOg0%8NRN0MGOON1=N“0G8O2IOMG0M3S(oJUO82IF‘=MIG0NINr5UO‘QO=Io8IM6NO0oNIO7CMOGVOB28OGORO”=Jo‘O8NWIOovNV6B1OOo8MNINo3OOR0UOGMOBOoOO3II(NNoNIONOOG3IoTONN=LOOIAM~eJO3—NOIoO=OWNNO=NMV30OETO=VON=NA03OOO=M0VAV=V8OO0MNO3o0NIOON=T0ONeJOA30~VN8O0EOM3N0NO=80NNO0NOITO3TMOA8O0M8ONA[8O=ST18=wo13ML8WWO"oM1M36-o%)7ONNO8e"IN0O~N1o2o=—<3—%wWeiaoimu0~
(=3 -—

—[a=) X >NN~hNeTVaNBN BN T-- Lb0= Atbl

—y [.l

L
= < « T -— -

soac°taDceceCbNLoem ONw=Iv\

o w ~ wss

[WVaOl~O.oOa~ Nt SNEr=- Svas

LITTTITTEITIEIEIIT0

TCH TO EACH TEST.
LIITTEIITIIR
bR ieenieeieerineie i

ING ADDRESS OF EACH TEST.

000000000000 1000007

Seq 28

CZDMQED MB207

(%DHOE.Pll
1438
1434

STATIC

DIAG #

O-SEP-gg 1S:§S

(

)

MACY1Y 30A 1052)
18-0CT-82
ISPATCH TABLE

D
15:30

3
PAGE 30

SEQ 29

SEQ 30

PAGE 31

+SBTTL DEFAULT MARDWARE P=TABLE
g,
:/ THE DEFAULT HARDWARE P=TABLE CONTAINS DEFAULT VALUES OF
:/ THE TEST=DEVICE PARAMETERS. THE STRUCTURE OF THIS TABLE

¢/ 1S IDENTICAL TO THE STRUCTURE OF THE RUN-TIME P-TABLE.

SHVIZIIITIIIIITRET

002310
002310

LSHW::

DFPTBL::

000000

L10001:

DFPTBL

«WORD
«WORD
«WORD
«WORD
«WORD
«WORD
«WORD
+WORD
.WORD
«WORD
+WORD

ENDHW

L10001 =L$HW/2

DNONIZ
V) oebma e B =4 NOND

G00013

AMA

BGNHW
+WORD

OO -V nNr-«—X 3%
HHHNOMEECE—Z0000

002306

<ENABL

[={=l=]
o

002560
002260
00 265
00226
002262
002264
002266
002270
002272
002274
002276
002300
002302
002304

TR E LR R EReiaaiaa i iiiiiineieiteitiiiiiizeeeiieeieeeiteieesi

aocogwww—-fl
oo

AN = O O 00 N

WN = O 000 NO WV

MACY11 30A(1052)
18-0CT1-82
1 5:30
DEFAULT HARDWARE P-TAB LE

T
T I T Y LY 33
WSS NN = O O 00 NN

ST VeI
R PP

&
oo COVNVVVVNWVWNWNWNES
S BN NN

~
NN

=CPU TY PE.
ADDRES S
OR _ADD RESS
RITY L EVEL

PACK #

( DDCM P LINE #)
( BM87 3 BOOT ADDRESS)

ONNECTOR INSTA
)
LLED FLAG
NS BAUD RA T 3 2 4 =56K BAUD DEFAULT
1=4,8K
9.6k , 3=19.2k , & 56K
4 ; MEG BAUD
00?
5

STATIC D;AG Oi
0-SEP-82 15:35

ser

EAAS

et
L
R
———

CZDMQED MB207
CZOMQE.PU

+SBTTL

RI PRI

R L I RR LRI

it atiiieiiieeieeieeeeeieiiiey

THE PROGRAM

s/ PARAMETERS THAT CAN BE CHANGED BY THE OPERATOR.
SHIITTTITIIITT I RI 0000000020000 0 0000000000000 0000000000700000017000171107
002310

00%310
00 31%
00231

02312
02312

L2020 20 28 2L 2k 2f af oF o
oo 00O NY~NN~N
»W
= OO ~NOWVSS

SEQ 31

PAGE 32

s/ THE SOFTWARE P-TABLE CONTAINS THE VALUES OF

(68
2?8

67;
473
‘;

15:30

SOFTWARE P-TABLE

SIIITIIIIIEIIR T I

467

471

MACY11 30A(1052)
18-0CT-82
SOF TWARE P=-TABLE

000000

BGNSW
L8SW::
SFPTBL

L10002:

.WORD

ENDSW

SFPTBL

L10002-L$Sw/2

6
TMmm
. O

28 SRLR2RIL2S SEIER

AW VAN
S S EBBEDDD00
o
oo~
VIS
W
v

TMTM
NN

D i el e e e
) D D D e e
D D
D e
D ) e
D e

AWV A AV

NININI NV A NI NIAI N

b e e e e

VAWMV VAV ATV

b ccd b e

L RURZES owowawaooo~to\n:~u~dos
£3&3

D D e
D D D D el el D el e
D e
D D
D i
D ) D
) e

W
w

VAWV WAV

D il el el el il e
D el il
—

0§0-SEP-B2"%sSs
TATIC

MACY11 30A(1052)
18-0CT-82
SOF TWARE P-TABLE

«SBTTL

15:30

SEQ 32

PAGE 33

GLOBAL EQUATES SECTION

o/
i/

THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES THAT
ARE USED IN MORE THAN ONE TEST.

SIITITTITIITIIII TR0 R

002312

RT R

ER IR

ii i ieineeeeeieeeireeieeeieeses

EQUALS

: BIT DIFINITIONS
100000

040000

B1T15== 100000

BIT14==
BIT13==
BIT12==
BIT11==
BIT10==
BIT09==
BIT08==

40000
20000
10000
4000
2000
1000
400

BIT07==
BIT06==
BIT05==
BI704==
BIT03==
BIT02==
BITO1==
BIT00==

200
100
40
20
10
&
2
1

81719==

BIT09

BIT8==
BIT7==
BiTg=BITS==
BIT4==
BIT3==
BiT2==
BIT1==
BIT0==

BITO8
BIT07
BIT06

BITO
BITO4
01133
BI102
BIT01
BIT00

: EVENT_FLAG_DEF INITIONS
:
EF32:EF17 RESERVED FOR SUPERVISCR TO PROGRAM COMMUNICATION

EF.START==

EF .RESTART==

gz.

: START COMMAND WAS SSUED

: RESTART COMMAND WAS 1SSUED

CZDMQEQ MB207

c%onoe.911

0-559-85 1s:§s

1321

88883%

154

STATIC

15
1548

133;
1ss§

1554
}ggz

1557

}ggg
1560

MACY11 30A(1052)

GLOBAL EQUATES SECTION
18-0CT=82

"
==
E;.SONZLNUE

15:30

EF .PUR==

SEQ 33

PAGE 34

§8..
8.

}229

1549
1550

DIAG #

WAS ISSUED
s ACONTINUE
NEW PASSCOMMAND
HAS BEEN
STARTED
:

s A POWER=FAIL/POWER=UP OCCURRED

§ PRIORITY LEVEL DEFINITIONS
000340

000300
ooog‘o

000540
000100

000040
00

000010

PRIO?==

anog==
PRIOS==

340

00
240

PRIGSos So
PRI02== 100
PRIOYI== &0
PRI00== 0

*OPERATOR FLAG BITS

EvL==

LOT==

1565
1566

000400
001000

BOE==
PNT==

400
1000

1569

010000

IBE==

10000

157;
157
1574
1575

100000

HOE==

100000

}g;g

::".."..'...'.""..'Q"'Q"'..O..".'.'..."."..."".Q...Ql'....".

‘sn

::.'....'.Q'..'""'..""""'Q'.'.t'.'Q'...'.'.Q'i..'.'..'.'......""

1578

1580
1581
1582

** PROGRAM EVENT FLAG DEF INITIONS

HGZO?

TATlC gshfi 0§

0-SEP=

MACY11 30A(1052)

D b

.SBTTL

SEQ 34

PAGE 35

GLOBAL DATA SECTION

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

l/I/I/IIIIIl///I/IIIIlllIlIII/II/I///III/II////I///III/II/IIIII/IIIIIIIIIIII//

D o

RRX::L

:* STORAGE FOR DEVICE REGISTERS

D—
) D

..".'."Q""."'..Q'."'Q"'.".'.....'."."'."QQ'."'.""...".".Q"'

002312

15:30

002320

o
034115

030062

020067

DESCRIPT
LASCIZ

044504 o:.gsm 020056

00 §§2 0310643 047440 020106
002
000062

<MB207 DIAG. #2 OF 2>
/M8207 DIAG. #2 OF 2/

"".t...".'."""Q'"""'"Q"".'.0"".Q"""."t".""'""".

"...'.t."'.""Q""Q"'Q'Q""Q'..'!'.'.Q.'Q."."."'Q'.."'."'Q"

:* PROGRAM CONTROL PARAMETERS

002336

002340

000000

ooorororOrOr OO

D D il

)

)
D
D
D
)
D D
D

)
D B
D
D

ooocococoo oo

D
D
D

002342
002344
002346
002350
002352

000000
000000
000000
000000
000000

LOGDEV:
PSTACK:
SUBRPC:
ERRFLG:
RETADR:

.WORD
.WORD
.WORD
.WORD
.WORD

oozgzg
002
oozgfi
002

000000
000000
000000
000000

STAT:
CLKX:
MASKX:
SAVSP:

.WORD
.WORD
.WORD
.WORD

KMNUM:

.BLKW

002354

oog

;ADDRESS OF NEXT TEST TO BE EXECUTED

:ADDRESS FOR LOCK CURRENT DATA

000000

STRTSW: .WORD

0
0
O
O
O

:LOGICAL DEVICE NUMBER
BASE LEVEL PROGRAM STACK POINTER
:PC OF SUBR CALL FOR ERROR REPORTS
:SUBROUTINE ERROR FLAG
:SUBR ERROR RETURN ADDRESS

O
O
O
O

‘KM STATUS WORD STORAGE
:
:
$STACK POINTER STORAGE

002370
002372
002374
002376

SAVPC:
.WORD
ZERO:
.WORD
ONE:
.WORD
MEMLIM: .WORD
KMACTV: .BLKW

O
O
1
O
1

SAVACT: .BLKW

:.og

.WORD

'....'t'...t't."'."'"'.'0."."."...l...'."".'.'..".'..""..."

) S

LOCK:

:.""'.."..".Q'Q'Qt"Q'Q""'.."'.t'."""l'...'Q.'."""'."'.'t'

404

D
D il
il
D sl
)
il
—

:* MISCELLANEOUS STORAGE

) D e

)

) D

.EVEN

) D

) D il

18-0CT-82

GLOBAL DATA SECTION

\hfwdg OWONO
VS W =O3828328238 SBLRELESS 383832“
W

VI
WAV AWV
WVWOOO
O

(ala]
~NN

88 %1
414

00241

4
%24
&
4
4

SAVNUM: .BLKW

FLAG:

.WOR

FADR:
WIYPE:

.WORD
.WORD

SREGL:

.WORD

RUN:

$REG5:

$SREG3:
SREG2:
$SREGT:
SREGD:
TYPE:

.WORD
.WORD

.WORD
.WORD
.WOR
.WOR
.WORD

SSWITCHES AT START OF PROGRAM

:PROGRAM CO!INTER STORAGE
:
:
-ngcusst OCATION FOR NPR'S
SELECTED ACTIV

:0CTAL ‘NUMBER OF M8200,4,7'S

ORIGINAL ACTIVE DEVICES

*WORKABLE NUMBER

SSCRATCH STORAGE

:POINTER TO RUNNING DEVICES
;M82XX NUMBER FOR TYPE OF MICO-CPU

*STORAGE USED FOR ERROR MSG DATA

;=0 FOR DMP,=1

FOR MB206

T §o°sth-82"s8s
FRSEFR

BB &~ &S~
VWAV
S O I~

S SN
BTN

$GDADR:
$BDADR:
$GDDAT:
$BDDAT:

FTIME:
SAVEG:
SAVEG:

1 1 S L

;MEMLOC USED INSTEAD OF RO.
:INDICATES MEMORIE SIZE, LAST ADDR.

777

RUNB:

.WORD
.WORD
.WORD
.WORD
-WORD
.WORD

.WORD
.WORD
.W0

.WORD

:CONTAINS ADDRESS OF °*GOOD® DATA
:CONTAINS ADDRE
$$ or *BAD' DATA
:CONTAINS *GOOD* DATA
:CONTAINS °*BAD' DATA
*RESERVED==NOT TO BE USED

;0= RUN OFF,

IR RN RN R RN R RN C RO R

RN RN E

00247
00247

RO RO RN RRRRARORORRRROEREROEROROERROEREROEREORROEOROETRTETR

TR RN RN RN R RN NN RN RN RN R PR R RO

002476
0Co
000

INIFLG: .BYTE
LOKFLG: .BYTE

QV.FLG:

.BYTE

1= RUN SW ON

:0=RUN SW OFF, 1=RUN SW ON

:* PROGRAM CONTROL FLAGS
002474

SEQ 35

PAGE 36

.HORD

RUNINH: .WORD

RN RN RN R RN RARORRRARRPRRORRRCRRRROEORORRORREROECRORTETS

:PROGRAM INITIALIZING FLAG

:LOCK ON CURRENT TEST FLAG

:0UICK VERIFY FLAG

:® DEFINIIION OF MB8200,4,7 STATUS WORDS = STAT1,STAT2,STAT3
:Q

PGSR

STAT1 = BITS 00-08 1S M8200,4,7 V Ctga ADDRESS

BIT1S=1 LINE UNIT IS AN

VWA

iy:

M820

e
e

BIT14=0 NO TEST CONNECTOR(S) USED
BIT14=1 H=XXX TEST CONNECTOR WILL BE USED

;v
i

STAT2 = LOW BYTE IS SWITCH PACK #1 (DDCMP LINE NUMBER)
HIGH BYTE 1S SWITCH PACK #2 (BM873 BOOT ADDRESS)

STAT3 = BITO=1 DO FREE RUNNING TESTS ON M8200,4,7

e
v
I
i

B1T13=0 LINE UNIT IS AN M8201
BIT13=1 LINE UNIT IS AN M8202
BIT12=1 NO LINE gn&t
BITS 09-11 IS M8200,4,7 PRIORITY LEVEL

.'..'...'t.'.t.."""'.'."'".".....Q.'l..'.tt.l"."'.t.t.0..'00'OQ.

§IAII.

STAT2:
STAT :

.WORD

.WORD
+WORD

sttt ttttttR

Rttt R e RR Rt

R RRORRRRRRRRRRRRRRRORRORRRRRRRRRROERRRRRROERTOTORTY

VAV

" POINTERS TO M8200,4,7 VECTORS AND REGISTERS

2338

135010 2
ot

.WORD
uong

15:30

STEMPO: .WORD

$STMPO:

MACY11 30A(1052)
18-0CT-B2
GLCBAL DATA SECTION
MRO:
ngnsz

) o

-n-na-.;rn-‘-m‘-.-nn-mfl..;E;;u;au;au;a:ard-ha.‘-hu-a-hd-ma-‘
oo
OO
VIV
AWVAIAWD
2 oos

d e

D o

1639

888888888888888§

CZDMQED
CZDMAE .PY

KHRVEC
KMRLVL :
KMTVEC:
KMTLVL:

sPOINTER TO
:POINTER T0
sPOINTER TO M
sPOINTER TO

«4,7 RCV INTRPT VECTOR
‘- RCV lNIRPl SERVICE PS
4.7TX INTRPT VECTOR
24,7TX INTRPT SERVICE PS

K
CIDMQEOD MB207 §
CZOMQE.P11
1695

00251

1699

00 5

— il il

43 SR

) el e il e

i D D el i

NNNNNNNY ~~ NNNNNN
(={=]
SWN=O
WY
=

1696
1697

o-ser-82"578s

sgi

KMCSR:
KMCSRH:
KMCTL:

00 )
00 )

KMPO& :

KMPO6 :

30
30

15:30

SEQ 36

PAGE 37

;POINTER TO M8200,4,7 CONTROL STATUS REGISTER
;POINTER TO M8200,4,7 CONTROL STATUS REGISTER WIGM BYTE
;POINTER TO M
,4,7 CONTROL OUT REGISTER

:POINTER TO M 8 .4,7 PORT REGISTER = SEL&

:POINTER TO M

,4,7 PORT REGISTER = SEL6

si****

PRIMARY REG ADRS STORAGE FOR THIS UNIT

ssveve

STACK USED FOR SUBROUTINE LINKAGE
LKW
100

seeeee

: THESE LOCATIONS WILL BE LOADED FOR THE CURRENT UNIT, IN INIT CODE
REGADR:

002530
00
00

MACY11 30A(1052)
18-0CT=82
GLOBAL DATA SECTION

000100

SSTACK:

eeeee

SNNN NNNNNNNNNNNNNSN NNNNNYNNNNYNNN
B
D b D
E R X O F IV
W
v
W =O Y
CONO VS WN~-OYVONONWV

§°

~e
~N~

o§

D d D D

.SBTTL

i3
;3

i
PAGE 38

SEQ 37

GLOBAL TEXT SECTION

THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,

HESSAGES. AND ASCII INFORMATION THAT ARE USED IN

5§z:zxxxxxzixzzzzzgzizzigxizxzxxzzzxzxxzzxzzxzxxxzzzzxxzzzzzxxxzxxxzxxxzzzxzzzz
'.".'."'Q.""'""""""Q"'"".Ql"'".....""'.'"""'.'Q..""O"

:* NAMES OF DEVICES SUPPORTED BY PROGRAM
NNNNNN

(=]=1=]

88838388
NN

Rt RFUKZES

15:30

lllllllllllll!!l!!!l!!!!!!l!!l!!l!l!llllll!ll!1!1!!!2!!2!1!11!1!3!1!11118121!

D =D d =D D
d D
D D D
D e
d e
D D
e
D o
D D e
D D

82158

MACYTY 30A(1052)
18-0C1-82
GLCBAL TEXT SECTION

LSOVTY

RN RN

E R

PR RN RN RN RN IR

DEVYVP

<MB8200,M8204 ,0R M8207>

".ASCIZ

/MB200,M8204,0R M8207/

.EVEN

: FORMAT STATEMENTS USED IN PRINT CALLS

e erer et erEreTeETRTY

ns3

EO MB207

c{onoe P11

STATIC

DIAG

0-SEP-85 ?s:is

MACY11 30A(1052)

18-0CT-82

GLOBAL SUBROUTINES

15:30

PAGE 39

};:g

.SBTTL

174

////////////////////////////////////////////////////////////////////////////////

174

};23

GLOBAL SUBROUTINES

THE GLOBAL SUBROUTINES ARE CALLED BY MORE THANONE TEST

////////////////////////////////////////////////////////////////////////////////

1750
1731

};g‘

HA(RO S NEEDED TO CALL susaourxuss

1755

1756
1757
1758

LMACRO
.ENDM

POPSP2
22626

SEQ 38

(

mEh

mo?

CIOMOE P11
1759
1760
1761

7A.'.

30-5ep-83 ysi8s
om

‘

no’;‘tn.

ocri SPALIROLY mRgutingss 00
30-

FARArA

lg-cr’-&fi

Qf:’c

o
PAS

P&l‘t

‘c

SEQ 39

(%DHQEO M8207 §TAT!C gshG 0§
CZDMQE.P
0-SEP5
1764
1765
176

};28

1769
1770

MACY11 30A(1052)
18-0CT-82
GLOBAL SUBROUTINES

15:30

SIITTTTITIIIIITTTR IR0 0000000008000 00 0000000000000 0000000000000000000000011717
14
THE GLOBAL SUBROUTINES ARE CALLED BY MORE THAN ONE TEST

///l////////////l/I///I/lIllI/////I///I////////////////III////I//I///////I/////I

‘ 771

------'.-----.------.----------------------- ..... D P D AN R WS R

};;i

HACRO S NEEDED TO CALL SUBROUTINES

1774
1775
1776
1777
1778
1779
1780
1781
178;

178

1784
1785
1786
1787
1788
1789

SEQ 40

PAGE 41

.MACRO

K&4ONLY
CMP
BNE
EXIT
.ENDM
EDSCALL
LIST

?N2
HSHSZ.02000
]
1ST

sennnnnnveneeee

TEST

WNLIST

ENDM
«MACRO
LRADIX

BADHEAD
10

ED‘CALL \TSTESTNUM+1
RADIX
8
.ENDH

'XY'

aencnnencnnenen

T W B DS D SS W

mm
O

o0
—)

DIAG #2_

MACYIY

NN =

18-0CT-82

JENOM

LMACRO

MACEX
LIST

TNLIST

(=]=]

SIFRRUKLES
WA
W =0 O

PAGE

PAGE 42

SEQ 41

KMCSR,R1

;RECORD DEVICE ADDR.

;D0 NOT DO TEST If M8200

N2:
JENDM
"MACRO

BNE
EXIT
MACEX

nc§§¥z

TYPE

N2
TST

:DO NOT DO TEST IF M8200

P33 333 w

15:30

nl{§;

iol\!l :

333232

GLOBAL SvBROUTINES. > 0

30A(1052)

JMACRO

~ NN
33333 VOO

STATIC

ist

PONINININIROINININ
b e
e e
b e d d O

D D D il
D
D el e
D D D D e
D il
D D e
DD D
D el
D D i el e
) D
D D D D il D el
D ikl D
) D el
D ) il il
D il il el
—

(alal

PIT . 30-3Ep-82 15185
MB207

N2:
JENDM
MACRO

TNLIST
CMP

WTYPE ,#0

MACEX2
‘t?g%'

BNE
N2
EXIT TST

Egglggt DO TEST IF M8200, OR M8204
CMP

BNE
EXIT

MEMSZ, #2000
N2
TST

e&on
.MACRO
ENDM
«MACRO
«LIST

«NLIST
«ENDM

+MACRO

+ENDM

"MACRO

;NOTE THIS TEST IS ONLY DESIGNED FOR 4K MODULE.
CLRMAR

ROMCLK

004000
CLRMAR
ROMCLK

JSR

SROHELK
LIS

RS, .ROMCLK

JSR
«NLIST

RS, .SROMCLK

stgg?o

NNN

sCLOCK INSTRUCTION

Ecerot'uuu' IF M8206

oNLIS
(MP
BEQ

WTYPE,#6
NNN

sSEE

IF MB206

o-ser-82" 15785

MACY1T 30A(1052)
18-0CT-82
GLOBAL SUBROUTINES

VIV VIV

D D D lD l) D
D

+ENDM
“MACRO

5
6

8
9
0

.ENDM
.MACRO
JSR
.ENDM

002756
002756
002764
002772

000205

002774

000024

112777
1462777

.MSTCLR:

000100
000300

PATCH:

S N—aun

o
WVINNNNOO

el el-]

~NNSN

ENDBUG:

gezees 8

~
~
~N

8- N

: NE
NNONVINW
S NNV
NN
NOONNNNO

sWV

Qbbb

FREEIR

SFRSRuORS

wguwwwuwuwuwwww
D
cmd ot D b D nd s e ek =D =

003100

88388888388838838

WSS

W) =

d
ad d

lD i i

SEQ &2

PAGE 43

SKlP?? NNN
15
.GOTOt'NNN' IF M8207

«NLI
CMP
BEQ

WTYPE ,#7
NNN

stlp?&

NNN

;40

152 7
“

- 000205

"NLIST
¢MP
BEQ

;SEE IF M8200,4,7

+ROMCLK:

000002

1774462

000007

177430
177422

LREGT:

WTYPE,
#4
NNN

MSTCLR

;SEE IF M8204

RS,.MSTCLR

:CLEAR MB200,4,7

MOVB

#BIT6,3KMCSRM

:SET

.BLkWw

20.

sPATCH AREA,

g#ga

00 0o OO 0o Oo 00 00 0o[+ 1+J

0D 0o 00 Op O 0O 0O OO O 00

- i i i ad wd wd ad ad wd ad d wd ad w a

15:30

:GOTO *NNN' IF MB204

SEEFEEEETNN AN IIE SR ZRE2E2

D aD ai

+ENDM
«MACRO

00 00 00 00 00 00 00 0o 00 00

lD ld cD

lalal
~r~

DMQED M8 207 §
3 L1

:gltb!Blt?.axn(Sfiu

INST.

UNSAFE TO PATCH ANY OTHER AREA.
NOP
NOP

BISB

MOV

BISB

BICB
RTS

#BIT1,3KMCSRH
(RS
¢+ KMPOS
)

#81T1BIT0, aKMCSRH

#BIT2iBIT1!BITO,aKMCSRH

.SROMCLK:

000006

002414

00000%

177400

17740

000007

177362

000001
000007

177354
177346

000002

177334

NOP

CMP

#6,WTYPE

MOV

(RS)

BNE
BISB
s

NOP
NOP

REGT
#BIT1,aKMCSRM
+,3KMPO6

8l(8

#7 ,9KMCSRH

BISB
Bi(B

OBI!O'OKHCSI“
sSTEP INSTR,
#BIT2 BIT1!BITO,3KMCSRH

8IsB

#2 ,3KM(SRH

RTS

NOP
NOP

233

VO
OOO
VOO
o)
VOO0
ONSNNNOOOOO
NINININ
b b VOO0
b e e ad d e d
~ SHFURZEY
WO NV
NN = OO0 NO VSN = O SRLFSR 38

pw—
003166

MB207

SOAERRRRRRRRY w
VWA
NANNNIN
NOW vt
A OOV®NOWNSWNN-0OO

(ale]

P11

STATIC

DIAG #

§o-ssp-35 1s:§s

003166
88 };‘

004537
000400

003044

003174

004537

003044

883580 063220

MACY11 30A(1052)

GLCBAL SUBROUTINES

003220

3220
003224
003226

SETBRO:

004537
000401
000207

003230
003230
003234
003236

537
00040
00020

003044

003240
003240
003240
003244
003246

003250
003250
003254
003256

004537
000600
000207

00 56‘ 000777

003266
oogsgg
00

004537
063220

003044
003044

RS, .ROMCLK

;CLOCK INSTRUCTION

;CLOCK INSTRUCTION
BR,SP(0) + BR

RS, .ROMCLK
PC

sCLOCK INSTRUCTION
11 70 BR

;THIS SUBROUTINE SETS BR1 BIT
JSR
000402
RTS

;NEXT WORD IS INSTRUCTION
RS, .ROMCLK
:CLOCK INSTRUCTION
*BR_002
PC

;THIS SUBROUTINE

SETS 2Ré& BIT

RS, .ROMCLK

:NEXT WORD IS INSTRUCTION
1CLOCK INSTRUCTION

;THIS SUBROUTINE SETS BR7 BIT

ROMCLK
JSR
600
RTS

003044

SETC:

004537

JSR

1SP(0) TO BR

ROMCLK
JSR
420
RTS
SETBR7:

003260

003260
003260

ROMCLK

003044

003250

RS, .ROMCLK

JSR

SETBR&:

004537
000420
000207

JSR

401
RTS

SETBR1:

;CLOCK INSTRUCTION
‘0 TO BR

ROMCLK

003044

003230

RS, .ROMCLK

60400
SROMCLK
JSR
RS, . SROMCLK
0
RTS
PC

003100

003220

PAGE 44

JSR
383ch

3§5ggx

060400

004537
000000
000207

15:30

A ROMCLK
CLEARS C & Z BITS AND BR

ooszof 004537 003044

oosgoe
003210
003210
003214
003216

18-0CT=82

RS, .ROMCLK

:NEXT WORD IS INSTRUCTION
1CLOCK INSTRUCTION

;THIS SUBROUTINE SETS THE C BIT
ROMCLK
SR

00777

ROMCL K
SR
63220

RS, .ROMCLK
RS, .ROMCLK

;NEXT WORD IS INSTRUCTION
£ CLOCK INSTRUCTION

‘BR

377

*NEXT WORD IS INSTRUCTION
SCLOCK INSTRUCTION
1sP(0)_BR

SEQ 43

mMmm

MB207

003274

—=O
W

—t

o000

SRR

—

D ) ald

) il il

D el

) D D sl

) e

) A

VOO0 O0

D )

) D D

D ) D e

D e

ooooooooooog
SNINNNNNNNSNSY
O
w
$283388388 BE2RE2
mas-oaflo\naw-oo

) D ) D D e

i d

IR
=

22352322333 > 22

~NN

STATIC DIAG #

§o-ssp-a$ 1s:§s

MACY11 30A(1052)

GLCBAL SUBROUTINES

00 i?« 004537 003044
88 80 P
00 éo 004537 003100

oog 06
003310

0
RTS
SETZ:

004537
000777
000207

003330

JSR
0777
RTS
RAMDAT:

:CLOCK INSTRUCTION
‘NSoSCé ‘Gg? CLOCK THE BITS INTO IBUS <13
:

;THIS SUBROUTINE SETS THE 2 BIT

JSR
RS, .ROMCLK
ggg;gx

003100

;NEXT WORD IS INSTRUCTION

ROMCLK

00331% 004537 003044
88%3}8 pe—

SEQ 44

PAGE 45

6sa
RS, .ROMCLK
538:?8x RS, .SROMCLK
JSR

00331

003320
00332¢
003326

15:30

ROMCLK

000000
000207

003312

18-0CT-82

RS, .SROMCLK

sNEXT WORD IS INSTRUCTION

:CLOCK INSTRUCTION
»
usS<1
.:SSUSHOCK THE BITS INTO [BUS<13

;THIS SUBROUTINE LOADS R& WITH THE LOWEST

:8 BITS OF THE CRAM PC.
003330
003332

003336
003342

005004
017605

062716

CLR
MOV

000000

000002

003362

005011

003370
oossr;
003372
003376
003400

005011

003406
oas«og
oogzv
003414
003420

0034064

#2,(5P)
:ADJUST STACK
1%
1F MB206,WE'LL GET PC A DIFFERENT WAY.

§KIPO7

052711

< 1F M8200,4,7 WE'LL GET PC A DIFFERENT WAY.

:GOTO 18 IF MB8207

tLR

(R1)

000400

BIS

#BIT8, (R1)

(R1)

004537
061225
116104

003044

CLR
ROMCLK
JSR
061225
MOVE

004537
121266
1161064
000207

003044

000207

000005

RTS
1%:

000004

003422

WROM:
:
:

003422

003432

005000

003440

012711

3434

:GOOD DATA

ADD
SKIPO6

:GOTO 18 IF M8206é

003352
003364

R
a(SP) RS

oagrog

012146
002000

1$:

ROMCLK
JSR
121244
MOVB
RTS PC

RS, .ROMCLK
S(R1),Ré&

RS, .ROMCLK
4(R1),Ré&

;CLEAR BIT10

:CLOCK INSTRUCTION IN CRAM THAT
:JUMPED TO, IT LOADS BR WITH IT
:CLR BIT8
:NEXT WORD IS INSTRUCTION
:CLOCK INSTRUCTION
:MOV BR TO PORT 5
:PUT “'FOUND''
IN Ré

*RETURN

:READ PC LOW REG DIRECTLY.
:CLOCK INSTRUCTION
:1BUS*<12> TO PORT &
SPUT INTO Ré
SEXIT

:THIS SUBROUTINE WRITES THE ROMMAP INTO THE CRAM
BIT
#BIT15,STATY
BEG
$
SKIP07
2%
-GOTO 2% &v M8207

:BE SURE MB8200,4,7 HAS CRAM
:SKIP IF NO CRAM

MOV

*R2 POINTS TO ROMMAP

tLR

:RO=CRAM ADDRESS

MOV

#B1110,(RT)

SSET ROMO

oaonnur.ug

<15

NO SO S

LRESETSE

88838888 =2

207 30%5E5-B1Ms8s
0}0261

MACY1Y 20A(1052)
18-0CT1-82
GLCBAL SUBROUTINES

000004

8511

0035200
08 00
0 1366
005011
000207

15:30

RO,4(R1)

(R&)+,6(R1)
#BIT1%, (R1)

RO
HEHSZ.RO
1
(R1)
PC

002436

2$%:

003474

MEMSET:

SEQ 45

PAGE 46

sLOAD CRAM ADDRESS

.LO?DEU?RD TO BE WRITTEN
sNEXT ADDRESS

:DONE_YET?
:BR_IF NO
C%EAR SELO

sTHIS SUBROUTINE LOADS CRAM WITH SPECIAL

INSTRUCTIONS

FO THE CRAM JUMP TEST. ALL CRAH LOCATIONS ARE LOADED
WITH INSTRUCTIONS THAT HOVS

TO THE R EXCEPT THE

6,7,525, 17 THESE LOCATIONS
:CONTAIN INSTRUCTIONS WHICH LOAD THE BR WITH THE LOWEST

FOLLOUING CRAM ADDRESSES:

0,1,4

g8g8se g

1%:

000006

MOV

031110 (R1)

8IS

#Bi113, (rR1)

MOV

0437 (R1)

INC
CMP

RO
MEMSZ RO

000004
000006

2%:

CLR
MOV

RO
#B1T10, (R1)

MOV

#B1113, (R1)

cMP
BNE
CLR

#14,R0
28
(R1)

(RO)¢

—

LMORD

0,1,4,7,1777.525

INSTU:

000400
0868
00404
000407
000777
000525

PONURIAY
—

8888

S3332

(e]lelelele]

Fess

sSET ROMO

SNEXT

:BR_O
sBR71
:BRT4
:BR77
:BRTM377
BR7125
T0 SAVE GENERAL REGISTERS FOR ERROR ROUTINE.

gsa PC,SV05

MOV

R& . sa£o4

MOV

"$REGY

MOV
MOV

.lNDEx REGISTER

JCLEAR ALL BITS
ETURN

CRAMA:

sBR IF NO

:DONE YET?

Sv0S:

INSTRUCTION IN CRAM

sBR IF NO

RTS

CAL

sWRITE

:NEXT ADDRESS

INSTUCRO) _6(R1) .LOAD INSTRUCTION TO BE Uthttu
JWRITE CRAM!

8IS
ST

000004
000525

sSET ROMO
sLOAD CRAM ADDRESS
sLOAD INSTRUCTION

CRAMA(RO) ,4(R1) sLOAD
:
CRAM ADDRESS IN SEL&

MOV

3s:

;RO = CRAM ADDRESS

sDONE YET?

ROU!INE

338888

:1F MB8200,4,7 CAN'T WRITE CRAM!

0,4(rT)

BNE

&0~

-—

g
gsss
S
8¢

002436

N=-=N

002000

IR 28

S8R822228
gesee
SN
335853288

V=NV N =RN
O NN

(=]=lele]

SK1P07

tsoro 3% 5' M8207

SEEEER &
SOVNNN-‘
OSNNOOT
ON
—O

888888 88 838388888888
g2gssss
N N U N N N N N N NN N

:8 BITS OF THAT CRAM ADDRESS.

R3.SREG
a "$REG

CZDMQED MB207

STATIC

DIAG #

MACY1Y 30A(1052;

002434

CIDMQE.PIT | 30-5Ep-82 5. 85
070 003656 013737
§8;1
003664 000207
207

18=0CT=

OLOBAC SUBROUTINES. o100 PAGE 47

2?!

22°""°°

SEQ 46

@=a>-.~

@E&>=i
~

et &=7 aT

30°5¢5-82 15185

SO~

mONWw3oN=Vmo=eMm=Om.NTO b.m2Om=OMmNIWNmAImNomO.o-m[WmO=]Nm=O]O=]mOsoNm;YgmOms.==-omgOOeosOm-00w-=OmsOOeo-m00sOomVs0eo-0mo~LsVOwOoOom-0s|zOmsOowzo0m-= N~SNNS~ON V@I
[==~-—] --( ——~z-= (-44w—[~=[+)«- ew—~lv —=~ Eos~xd e= w.~~~ N~NW.LESSNOw&g
—[(*v) ["-'9)

—Wo3-=ONe\OeW-@4(9[=-&“——<aL-=ao~4N2]Pde02WA4\-702F=10S<o.=71=¢;-eo=07=-00=‘7([E(N‘=[<@=- —3~~ vw &vv >E >— -—~ ¥2%=ao]9tS<(}z—]d=)-N~1OeF2oN=1FW1aO\la~2do=A0No=2(OeleO“l[[((3ow“o-~—14ve<=N<—v=&=e¥[]v[ws)))+-Vle]NMe5T~¥Iea((0oer~[4~v>w&T-N==8t2M—])ANNWoF‘NAF>M2v[>24~=<I—NeeoTAN(NOT4ANaNWleU=[(~»wRe2Sw(*~~oe~o e-—<-=aNoNv]]lSQNTI>(*EE=~Mo&[w~-.NNaxe42v—]ddQlSNcNTlqNl>E[=owO>=oe~3v[3~—axa]e4¢dd *SXNeS~BSN=~ewIrN~NE—NEWSeS0OTcwJiNxwOIrwA~wa\ESTSD0ry~Ne-SsNesO\mWWm-Omk&X-E3V

6OM9NIN“3NO07I2N&O2Oe:T&VLewx%&47”%“6“‘O2770=.“1;c=2l0&60.“.7l-mWw“%6MIT2ANN0eNIEMWNM3ONW0NeNE1NDMO7='S="VTo43M&[+‘RlVTMOORM’NoS~)OOV1N7AIM~NAO7OMM0R‘M0OLS7aVlmn.M(IoWL.aYlo.u“VN.6NI.O“TNco~“vwN&

Mwi:zi)m“MWImwm10qu:t:;-:;tr-¢0JN.|)t).~¢;A:I.Umn,vnv.u.ficafixrlammm
NN
NNNN N bt t b CO0O0CO0O0O
(2 DMQED MmB207
CZDMQE .P11
MACY11 30A(1052)
18-0(7-8%
15:30 PAGE 48
GLCBAL ERROR REPOR
SECTION

SEQ &7

g
N _CONTAINS ERROR MESSAGES

LITITTIIININIIiieine et

T06%A,UNIT = 202/

e
Li

§Bf§é$-8£‘?s?§;

MCOINOFrWE—OINWNNY

N NNNJaNnNeMNOMNINNANDGITMIONTIN=—

31730

SEQ 48

MACY1Y 30A€1052)
18-0CT-82
15:30 PAGE 49
GLCBAL ERROR REPORT SECTION

/INXANEG ADDR TEST DUAL ADDR ERROR-BAD ADDR = 306/

LASCIZ

/%A SCRATCH PAD XZ03%A DUAL ADDRESS ERROR WITH SP202/

JASCIZ

/XTXIATHE MAR REG, CONTENTS= %06/

LASCIZ

/XTIATHE PC REG, CONTENTS= 206/

6““6&6‘666%65flfi55“%5%55

A ..

«ASCIZ

264

TFM4S:

OB DDOBOO

o~=

LASCIZ

~ &z & Ead T =[=] — [V9)

THIS ERROR MAY BE

FALSELY GENERATED

THE/

/INZARUN BIT (SW7 OF E28) IS ON/

“RANPR/MISC REGS DATA FAILURE, GOOD =3063A, BAD =%06"

SEQ 49

18-0CT~ 82
MACY11 30A(1052)
15:30 PAGE 50
GLOBAL ERROR REPORT SECTION

o — - = = a= a

No w

IT O O r N\ W\ W\ 7= = o= W\ 7= = = NN NN = O v = o= NN = N = = NN o= = A o
=NOTWNINOO

CZDMQED MB207 ;8:;%3-35A$SO§S
CZDMQE.P11

=y ‘e

3 =L wv

206"

Lol~NalalalalAlAlAlAlo01‘%01‘NINONOMO=3FO
”wzonNalalalalalalalvae652”6.).“.!”nz”‘07126‘"207‘”“;‘
[~=)[v~=)=o] w(v)wi—tw—wI—3(w)-([~=Y]V)[*V]

aoT8laO3allaNlm=vx-<iO8~lai3al5Ic-8iaTlONlsN)3Am“8l=v4-sOg34—-aUw8gxlalMa3—~OlVAONlI80ANl3WANlV0A3VNAI0WT3ON0WNO3OVN<v0—WLN8NIW3TSOINNOoOI3NT~WVmv<TOV5NN3IONTI3OAN8WN0mvgNANV83ONJ8Ne3V8NI3=—~v=N84TWOS8NMsY8NoTN3sw[==8OOv43MN8sMSOO3—s-Iv=E-rT—X8Es3I8TO3—3NsWO8ON3Ovm-LT=sV84NOI3eMTN8sNONTs8MNOs—OV
NN

N
N
N
I
N
N
L =WD eee W30ODeW NWee

8Fb=o7A4oNREeM~Sw[o~-R—g=M4eo9T8O1S)ITT4Va2.—~[T ow[[ ~[es‘[- NM9-]))iE—~~O2N35NSNISNN2N~53.reMR=)1NI=7v((e~[OB=yV)-YNOAOMNMO)I([-o2——— ~ON<45=3][=Y‘3~5W8O6[r=713O-18(“o@@oo ~waK333 —r@~[[ V3-w9-1]9B=NB80lAO1DAM82¢wo—~w3.4OaLa]e>-[33-+oWO2‘M285“2Nf6o—~—oEaM~[a5Nwy7A8O39N2~1g—~[v—~@ -ow e3I~25O353A7N5
ow

‘S”“mn’61i?“m7“-01.‘21c)?&!)ql“;‘“zb5‘6’7“ T[AON1)IMO~=NIMNT OVNUON=0-O0OeS0WO30O0OO -p=abo|4
o2 oE &@ ~ <b

CIORGE.P1T" 30°3EF-82 1535
MACY11 30A(1052)
18-0CT-82
15:30 PAGE 51
GLCBAL ERROR REPORT SECTION

[1e.-” Ww=»ov <o-wb
"INZAt et es et e

SEQ 50

et RN R R AR RERRRERRRRRRERERRRRRRRRERRRRRRRROERRORTRTETRTSE®

SISRRURZE
oo

$2 g3 =z
-

GRo538%% SR IR288S m

N N N N NN W NN N N W NN N WIN
NN NN
b ed b
© O NO VNN = O YO NO NS
N PNONINININININI
NN b b e

(alal

~NN

207

STATIC

DIAG

MACY11 30A(1052)

60440
61040

042104
042101

18-0CT-82

15:30

PAGE

iO-SEP-gi ?5:55
GLOBAL ERROR REPOR% SECTION L
577
1
67522
115
DH3:
+ASCIZ
/FROM ADDR TO ADDR BAD ADDR/
00§ 42101 051104 5 068
*

00601
016

0264

556
0201 S

044

42104

000122
+EVEN

: MACRO'S NEEDED TO REPORT ERRORS
+MACRO

MDT1

«MACRO

MDT2

.MACRO

MDT3

—

PRINTB

#TFM1,SREG2,SREGL,SREGO

#TFM1,SREGS,SREG4L,SREG2

PRINTB

#TFM2,SREGS,SREG

«MACRO
——

MDT&
PRINTB

#TFM3,SREGS,SREG4L,FLAG

«MACRO

MDTS
PRINTB

#TFM3,SREGS,SREG4L,SREG?

.ENDM

-ENDM

+MACRO

MDTO

+MACRO

MDT6
PRINTB

#TFM4,SREGZ,SREGS

.MACRO

MDT?7
PRINTB

#TFM&,SREGS, SREGS

SEQ 51

N
C7DMOFD MR207 STATIC DIAG lg

CZDMQE .P1

g:i
2344
4

30-SEP-82 15:35

MACY11

30A(1052)

18-0CT-82

15:30

GLCBAL ERROR REPORT SECTION
.ENDM

&
PAGE

- PRINTB #TFMS,FADR,SRESREG4
GS,
.ENDM

.MACRO

MDT8

SEQ 52

B
CZDMQED MB207

CZDMQE.P11

gngh

2347

STATIC g%AG l§

0-SEP-B2

15:35

MACY1Y 30A(1052)

18-0(T-82

15:30

GLOBAL ERROR REPORT SECTICN

+MACRO $MD

BGNMSG

ERRNN ERNB

ERR'ERRNN

SEQ 53

PAGE 54

ERHM

ERFM

c
DMQEOD

MB207

[alal

fonoe.r11

STATIC

§o-sev-35 1s:§s
DIAG #

MACY11 30A(1052)

GLOBAL ERROR REPORT SECTION

18-0CT=82

15:30

5
PAGE 55

PRINTB

#FM1,#EM'ERNB

PRINTB

#STM

9
50

PRINTB #FM1.#DH'ERHM
MDT'ERFM

S§

ENDMSG

b))

.ENDM

giss
g 56

LMACRO ERROR
ECB
JSR
PC,SV05

gsa
§9
360
2361
zseg
2363
gss«
365
2366
2367
gsea
369
Ssro
371
237;
537
374
gsrs

.ENDM

006032
006032
006032
oooosg
006042
006046
006050
006052
006056
006062
006
006072
006074
006076

012746
010600
104414
062706

000006

2377
378
379

ooetog
006112
006113

013746
013746
012746

381
38;
38
384

ooo1§6
006130
ooetgg
0061

010600
104414
062706
015766

386

006146

010600

806152
006156
006156
006160

062706

357

;76

380

385

387

338
389
390
391
§9
93

394

395

396

397

398

006102

026122

006142

006150

012746
01%766

005056
005046

062706
015746
012746

000006
005724
005046

012746
010600
104414

013746

012746

012746
104414

000004

ooogoe

012746

005046

12746

006 so

006222

805066

706

ooogu

403

000001

104414

%01

402

00001
00562

MOV
TRAP
ADD
MOV

006176

012746
010600

104414

#6,SP
#DH1,=(SP)
#FM1
. =(SP)

MOV

000004

000002

ADD
MOV
MOV

#2,-(sP)
SP,RO
CSPNTB

$REG4,
= (SP)
$REG2,=(SP)
#TFEM1,=-(SP)

012746

383 06

#EM1,=(SP)
#FEM1.=(SP)

MOV
MOV
MOV

002430

006170
006200

MOV
MOV

002420
002424
003666

005076

010600

1,111

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

746

006174

$MD

MOV
MOV
TRAP
ADD

12746

*ECB',EMO,ERRECB’

MOV
MOV
TRAP

000002

104423

399

%00

000002

006160
006160

006194

ERR1::

ERRDF

MOV

#4,=(5P)

MOV

#,-(sP)

MOV

TRAP

L10003:
ERR2::

$REGO, = (SP)

SP,RO
CSPNTB
#12,5P
#STH, = (SP)
SP RO

($PNTB

ADD

#4,SP

TRAP
$MD

$MSG
2,11

MOV

#EM2,~(SP)

MOV

#2,-(sP)

MOV
MOV

TRAP

#FM1 . =(SP)
SP.R

CSPNTB

ADD

#6,5P

MOV

#FM1 . =(SP)

005724

MOV

000002

MOV

TRAP

#0H1,=(SP)

#2,-(5P)
SP RO

(S$PNTB

SEQ 54

MQEQ MB207

MQE.P11

(als
e

D
STATIC

DIAG #

§o-sev-35 1s:§s

006224

062706

000006

06
07
08

00623¢
06240
4

013746
81 746
012746

00 aso
0 Lt
003666

006 ga

10600

1;
13

806 60
006 94

062706
012746

10600

05 006 go 013746
09
11

006250

006256

883

006276

006304

15
17

81 746
104414

006300

062706

006304

104423

006306

;

25
29
27
8
9

;g
3%

006306

006306
006312

006316

012746
012746

000004

005056
005046

n,-(

TRAP

(SPNTB

ERRZ::

SP.R

ADD

#4,SP

TRAP

$MSG

$MD

MOV
MOV

1,1.2

#EM1,=(SP)
#FM1 ,=(SP)

12746

MOV

#FM1 ,=(SP)

006

010600

12746

006350

00635

104414

06;706

010600

ooe4os
006612

8o 706
012746

ooosrg

006406

006613

445

006624

13766

12746

104414

012746

0066422

010600

062706

006432

104423

451
452

0064
006440

454

:45.3 882‘5

gwu.

104414

12746
012746

1738

455

006452

104414

459

006470

012746

8%54
60
ooeaga

7
012746
12746

MOV

TRAP

0006

006402

006

MOV
TRAP
ADD
MOV

000002

45
%5
458

MOV
MOV

L10004:

#12,5P
#STH,=(SP)

006

002416
003666

ADD
MOV

SP RO

($PNTB

906
005724
005046

013746
812766

#,-($P)

#2,-(SP)

006
00637,

MOV

$REG4,
= (SP)
SREG%.-(SP)
#TFMT . =(5P)

$REGO,
= (SP)

MOV

39
3

MOV
MOV
MOV

000002

002424

441
462

#6,5P

012746

006322 010600
006324 104414
006326 - 062706
006332
012746

81 7646

ADD

TRAP

000001

15:30

MOV
MOV

80001;
0056

000004

18-0CT=82

GLOBAL ERROR REPORT SECTION

00 ago

00635

MACY11 30A(1052)

005131
005046

000002

22
xoso&o

000002

$REG4,
= (SP)

MOV

TRAP

ADD
MOV

000001

000004

MOV

1;
00562

ERRG

$REG2,=(SP)
$REGS, = (SP)
#TEM ,=(SP)

#4,-($P)
SP RO

(CSPNTB

#12,5P
#STH,=(SP)

MOV

#,-(sP)

TRAP

C$PNTB

MOV
L10005:

SP RO

(C$PNTB

#6,S5P

MOV
MoV

000004

#2,-(sP)

ADD

MOV

002420

SP,RO
CSPNTB
#6,SP
#DH1,=(SP)

SP RO

ADD

#6,SP

TRAP

CSMSG

6.3.2.3

MOV

#2,-(5P)

MOV
MOV

TRAP

ADD
MOV
MOV

MOV

#EM3,
= (SP)
#EM1 - (SP)

SP.R

CSPNTB

#6,5P
#DNH2,=(SP)
#EM1 .= (5P)

#2,-(sP)

5
PAGE 56

SEQ 55

471
472

2673
2476
2475

006540
006544

006546
006550
006554
006554

8—‘055&‘“0—‘8
o ol 1o Yo To Yo 1o Jp o

006524
006526
006530
006534

MOV
TRAP
ADD

2467
2468
2469
2470

006510

MACY11 30A(1052)
18-0C
GLCBAL ERROR RE

Loal=ale

006514
006520

WIS~
O
NNNSON SNNNNNSO

465
466

2464

-0

006474

006476
006500
006504

-a.n—o..o_ngo_o
OR oMM

460

461
462
463

o-ser-82"%s8s
= O0000-=00000

CZDMOED MB207
CZDMQE.P11

L10006:

V-

:30 PAGE 57
ION

SEQ 56

MACY11 30A(1052)
18-0CT-82
15:30 PAGE 58
GLCBAL ERROR REPORT SECTION

ERRS::

BO=Or

OO OO

00O
—0000
b wd b
—‘OOOO-‘OOOOOg
i
OO e i e
NN 20--l‘°-~
~N &S & NNNSONNNNNS OANNNNSOONNY
—O s

0-sep-82"
151 s

$MD

5060203

MoV
MOV

WEMG,=(SP
#FM1 ,=(SP

#2,-(SP)

SP.RO

CSPNTB

ae.gp
#DH2,=(SP)
#FM1,=(SP)

02.-gsv)

OO
OO0 OO
sooocor

i
e
e
—

(ZDMQED MB207
CZDMQE.P11

00000

000010
005627
000001
000004

L10007:

SEQ 57

Imolo=]w(=3[=]TelelNelele][NeO]=l=][N=]O=1<]oo[]==]lo=T(==3]S0O0IO0TOIAN0OO)M[N=]O=OleN[-=]=0]=)
OoOBIsWRw1VTNMsOOLx|rQN2-OeDQVOvI&QAN—0O.VNNaN%—Ts[~E_-OT@R“OOINBVwIODTA|VEOBNTLIO2|P>MWRFNZ~NAD)OINaWTr=N2I~tVV,oAsVAVNIOUcVsWONiOV0aIVSBOoIV(VLPAoOTAOOnN@0NVTROMEO*~VQVAwI.NI—N9*NEO~_UI%I2¢~—TB~(VVN-OEROerDTOoVVe0WrNVE_UO*VoNw11XEN-OSOVl~ENXsoONB~OWvs*WYOOU«UBLNNVl&“OsV«-~AwEoDOO|OIPT4raR[EV-&=Qv/O2.2AO"r—N8AN~VN[+VCIINOvBMNEIVOJV/TFEOBWV2-OP>ZsN~“WPVSVOT1VaI<OE\NuOT0/IOCs~WOvV=E)RT'uw0BMv~O1N—/ViwOu0~IaOMO|oveATINI“VO"VOTNU@0wNABOOVOTUrONEFIL>IwDQV-A.ODAONA—*o~VEIOnrLORIZ¢To7R~NYVXOVOOweMIrA@IUoOOeOB0VIe=~RD_OTB0Yo0VIO|WANN—IEWOVs~NWOE-oSSSVe5wW
NB8yolgaN"3le8Nla05lNd"xa8oNl0leaN2l2le[a3=3lNl2eaNl5le:al2elN8Da0d2Nle2al83elU2l3ae33NllaelNloe83lD3adNle28alle2ollN3e8alNl33eallO8eoNl:lea2l5loe3lN3la[.L4~¥5l9]-[)+aalOaf5-lOao°o-old.La3SlOa3ela3lN0aNll3xeallv5oealVl50aeOll50aelO3loael3lcoeNl3load3lxesll3Noeal5l0ea2lNoo3l0os3t085o0N05e0t51xs5%ao5t0030i2t03N8tc5t‘a5a[0.4vv8¥(V]-o£8t
CZDMQED MB207
CZOMQE.P11

—e

30-SEP- 821555
TATIC

MACY11 30A(1052)
18-0C7-82
15:30 PAGE 59
GLCBAL ERR OR REPORT SECTION
SEQ 58

CZDMQED MB207
CZDMQE .P11

STATIC gsac 0;
0-SEP=-82
15:35

5 61
62
2563
564
565

0071 5
0071
007154
8071 4
007154

012746

oosgss

56
568

0071?4
0071 g

12746
010600

569

007160

007172

81 746
104414

TRAP
$MD

csn;c
10,7,2.3

MOV

#EM?,=(SP)

000002

MOV
MOV

#2,-(5P)
PR

oooggg
805
oso«g

ADD
MOV
MOV

#6,5P
#OH2 ,=(SP)
#EMT = (SP)
SP,RO
(SPNTB
#6,5P

ERR10::

805 46

MOV
TRAP

#FM1,=(SP)
CS$PNTB

570
571
57;

007174
887 00
7206

574
575
57?

007214
007216
007220

010600
104414
062706

000006

MOV
TRAP
ADD

578

007230

013746

002416

MOV

. SREGS.=(SP)

TRAP
$MD

(SMSG
11,10,2.6

MOV
MOV

#EM10,=(SP)
#FM1,=(SP)

§73
§77

2579
2580
2581
2sa§
2583
2584
2585
2586
2587
2588
2589
2590
2591
592
593
564

007210
0072264

007
007240
007244
007246
007250
007254
007260
007264
007266
007270
007274
007274
007276
007276
007276
007302

706
012746
012746

MACY1Y 30A(1052)
18-0CT=82 15:30 PAGE 60
GLCBAL ERROR REPORT SECTION
L10011:

104423

012746
013746

012746
012746
010600
104414
062706
012746
012746
010600
104414
062706

012746
012746

007306
007312

012746
010600

598
599

007 13
007322

oorg 2

600

601

60;

sco

604

007314

007326
007336

887 g

0072 g

612

007376

615
614

615

616

000006
8os7ss

ADD
MOV

'6'3P
#DH2,=(SP)

012746

000002

MOV

#2,-(sP)

104414

01%766

010600

104414

05046

013746

072746
01

81 746

007410

104414

062706

TRAP

00562

001

000004

#2,-(5P)
SP RO

(CSPNTB

#FEMT = (SP)
SP RO

CSPNTB

ADD

#6,5P

MOV
MOV

$REG2,=(SP)
STFMG . =(SP)

MOV

007402

0076412

MOV

00000

86 706 oooo19
010600

MOV

104414

012746

TRAP

002420

oor§r

007406

#TFM2.=(SP)
#3,-(5pP)
SP,RO
(SPNTB
#10,5P
#STH,=(SP)
#1,-(5P)
SP,RO
CSPNTB
#4,5P

062706
012746

002424
003755

610

ERR11::

$REGSL
, = (SP)

MOV
MOV

013746
012?46

7396

L10012:

MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

#2,-(sP)

000002

007352
oorsss

88736

611

005260
005046

0000

608

609

000010
005627
000001

062706

007346

606
607

MOV

00371
00000

007

2605

MOV

002420

104423

€95
596

597

00000

000004

TRAP

$REGL, = (SP)
#3,-(5P)
SP

CSPNTB

ADD

#10,5P

MOV

#,-(5P)

MOV
MOV

TRAP

ADD

#STR,=(SP)
SP RO

(S$PNTB

#,5P

SEQ 59

15
DMQED MB207

DMQE .P11

007416
007418

0074

STATIC

0074

10600

74640

7666
76450

7656

007460

012746

L10013:

oosgss
00504

ERR12::

00000

010600

80
050&3

013746
012746

007510

010600

007504

007512
007514
007520
007526
007530
007532
00753¢
007540
7540

00754

012746
104414
062706
012746
012746
010600
104414
062706

000

012746
012746

007556

010600

007552

oorszg
0075

012746

104414

706

oorsgs
0075

12746
12746

007602

oorsrg

887

12746

106414

000004

005260
005046

000002

oooogg

8857
so‘g

00000

000006

007613
0076

13746
12746

41
7

0076 3

0076

12746
1

8876

104414

007642

012746

007652

007646

887656

7656

g
$REG4L ,=(SP)

MOV

#3,-($P)

000004

SP RO

$REGS,=(SP)
STFML = (SP)

SP,RO

TRAP

($MSG

MOV
MOV

#EM10,=(SP)
#FEM1,=(SP)

MOV

SP RO

MOV

TRAP

13,10,2.3

#2,-(5P)

(CSPNTB

ADD

#6,5P

MOV

#2,-(5P)

MOV
MOV

TRAP

#OH2, = (SP)
#EMT . =(SP)
SP.R

(SPNTB

ADD

#6,5P

MOV
MOV

$REGS, =(SP)
#TFM2.-(SP)

MOV

,=(SP)
= (5P)

CSPNTB
#10,5P
#STR,=(SP)
2 ,-(5P)
SP.RO
(CSPNTB
#,5P

MOV

00562

#ON2
#EMT

TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

00000

012746

062706

MOV

000019

(S$PNTB

#2,-(5P)

420

706

106414

ERR13::

SP RO

MOV

MoV

062706

81 746

L10014:

#2,-(5P)

#6,5P

MOV

1
00562
00

1.2.7

ADD

MOV
MOV

000003

00761

#EM7,=(SP)
#FEM1 = (SP)

MOV

00241
00375

104423

007542
007546

MOV
MOV

RIS
200 sooog
oon% §?§7‘6 00242
0076476
007500

s n;c

TRAP

706 oogg

012746

15:30

TRAP

$MD
MOV

106414

012746
012746

18-0CT=82

GLCBAL ERROR aspoa? SECTION

104423
012746
012746

887‘

MACY1Y 30A(1052)

§o-ssp-gé 1s:§s

007420
007420
007426

007430

DIAG #

TRAP

ADD

MOV

MGV

TRAP

ADD

$REGSL
, = (SP)
#3,-(5P)
SP RO

(SPNTB

#10,5P

#STR,=(SP)

#,-(5P)
SP RO

(SPNTB

#,5P

PAGE 61

SEQ 60

DMQED MB207 §1lll( gl‘?s’is
0-SEPDMQE.P11
7663
7662
7664
666
7

S
1 08

7?0%

7702
7706
7710

12746

104414
062706
81 746

Qos fi
007724 010608
007726 104414
0077
0077
007740
007744
007750
007756
007756
007760

012746

10000

062706

010004

005312
504

ERR1G::

0000

38,206
#EM11,-(SP)
#EMY ,=(SP)

SP.RO

CSPNTB

809998

#6,5P

#DH2,=(SP)

005063
00000

#EMT

= (SP)

#2,-(5P)

062706
013746
81 746
1%7‘6
012746
010600
104414
062796

0077
007774
007776

18- 0 Ct-l?
MACY1Y 30A(1052)
15:30 PAGE 62
GLCBAL ERROR R EPORT
SECTION

L10015:

104423

012746
010600
104414

L10016:

SEQ 61

K
MB207

000000 ONOOO0OO0O0OO0O0O0O0O0O0O0O0O0O0O0O0O0O0O0O0O0OO0O0O0O0OO0O0O0O0O0OOO0OOOCOOOO0O0O

LSRN

N RUR S8 SR NE N R N S S 0B Vo N v

F3F

STATIC

MACY1Y 30A(1052)

§o-sev-3§ 1s:§s

10006

012766 005333
12746 805843

10600

188‘3

10026

12746

104414

10026
10032
100

062705
81 7646
127646

10046

0105

10042

10050

81 733
104414

$MD

MOV

SP RO

013746
013746

00241
00241

MOV

MOV
MOV

$REGS,=(SP)
FADR,=(SP)

MOV

10102

010600

10103
1011
10116
10122
10124
10126
101 g

062706
01%766
012746
010600
104414
062706

10106

104414

101
10

104423

10134

o1§746

101

10140
10144
10150

10152

012746
812766
010600

104414

10154
10160
10164

062706
012746
012746

10174

010600

10170

012746

10210
10214

10224

013746
012746

12746
01

104414

10240

012746

1
10

10244

10 48
10250
10254

706
12746

010600

104414

062706

MOV

TRAP

00001
00562
000001

000004

005353

L10017:
ERR16::

(CSPNTB

#6,5P

10053 815766 00377

000004

#2,-(5P)

ADD

MOV

012746

($PNTB

cb.gp
#OHS,
= (SP)
#EM1 = (5P)

002420

10076

#2,-(5P)

ADD
MOV
MOV

TRAP

10062
1

15,12,3.8

FEM12,=(SP)
3#FM1 ,=(SP)

TRAP

000002
0000

15:30

MOVv
MOV

ooog
005
005046

062706

013746

00000

10052

10056

18-0CT=82

GLCBAL ERROR aspoa% SECTION

10008
10013

10582 8?§7ce

DIAG #

$REG4L
, = (SP)

#1EmS, - (SP)

#6,-(5P)
SP RO

CSPNTB

ADD
MOV
MOV
MOV
TRAP
ADD

M
#STR,=(SP)
#1,-(5P)
SP RO
CSPNTB
#4,5P

TRAP
$MD

(CSMSG
16,16,2,7

MOV

#EM16,=(SP)

005046
000002

MOV
MOV
MOV

oooggg
005
005046

ADD
MOV
MOV

cb.gp
#DH2,~-(SP)
#FEMT . =(SP)

MOV

SP RO

TRAP

002

MOV

#FM1,=(SP)
#2,-(SP)
SP.RO

CSPNTB

#2,-(5P)

A0V

$REGL , = (SP)

000003

MOV

#3,-(5P)

00 612
00375

0056

MOV
MOV

MOV

TRAP

ADD
MOV

000004

MOV

TRAP

L10020:

$REGS,=(SP)
STFMG . =(SP)
SP

CSPNTB

#10,5P
#STR,=(SP)

#,-(sP)
SP R

CS$PNTB

#4,5P

5
PAGE

SEQ 62

CZDMQED MB207

CZDMQE .P11

3759
760

010254

STATIC g AG li

0-SEP-B2

104423

15:35

MaCY11 30A(1052)

18-0(7-8?

GLCBAL ERROR REPORT

TRAP

15:30

SECTION

($MSG

PAGE 64

SEQ 63

nS
CZOMQED MB207 iTATlC g A?sfis
CZDMQE .P11
0-SEP=-

;21
76

10256
10 56

765
766
767

010262
010 93
010

769
770

764

010 g

12746 gosm

MACY11 30A(1052)
:?0 PAGE 65
18-0(T-82
GLCBAL ERROR REPORT SECTION

ERR17:: $MD

MOV

17,17.,0.0
#EM17,=(SP)

012746
1 748
1060

oso«.g
00000

MOV
MOV
MOV

#FM1,=(SP)
#2,-(sP)
SP RO

01
73
010302

062706
012746

oooggg
005

ADD
MOV

“'3’
#DH0,
= (SP)

772
773
7764

01031
010316
010320

12746
010600
104414

00000

MOV
MOV
TRAP

#2,-(sP)
SP R
CSPNTB

776
777

010 g
0103

012746
81 746

MOV
MOV

#StM,-(SP)
#1,-(5P)

010 g

104414

TRAP

CSPNTB

768 818 76

771

775

010 og

010322

104414

12746

062706

TRAP

osoas

MOV

3°°°

ADD

00562
000001

CSPNTB

#EMT . =(SP)
#6,SP

778

81o§‘

780
781
ng

010342
010346
010346

784
785
786

010350
010350
010354

012746
012746

788
789

010364
010366

010600
104414

791
79;
793
796

010374
10400
010404
010410

012746
012746
81 746
O1

005755
005046
000002

MOV
MOV
MOV
MOV

#OH2,=(SP)
#FEMT1 .= (SP)
#2,-(SP)
SP

010414

86 706

000006

ADD

#6,5P

779

783

787

790

010350

010360

10600

062706

000004

104423

012746

005512
005046

797
798
799
800

0104
010626
0104
0104

aog

106462

104414

010450

01274

562

10494.

062706

000004

803

804

1ou.g
010444

104414

13746
013746
12746
1 733
702

010670

'327

813
814
815
816

1047

010472
1003
1850
010506

104423
012746
12746
1274
01

ADD

TRAP

#EM29,-(SP)
#FEMT1,~(SP)

TRAP

005434
socs

SP,RO
CSPNTB

ce.gp

CSPNTB

$REG4,
= (SP)
$REGS,=(SP)
#TFM2.=(SP)
#3,-(5P)

TRAP

CSPNTB

ADD

MOV

v
TRAP

#10,5P

#STH,=(SP)

gl
il
CSPNTB

ADD

#4,5P

$MD

32"3223

MOV
MOV
MOV
MOV

#EM3S,=(SP)
#EM1 .= (SP)
#2,-(5P)
.

il SO
ERR3S::

#2,-(sP)

MOV
MOV
MOV
MOV

MOV

CSMSG

MOV
MOV

ADD

#4,SP

29,29.2.3

MOV

002420
002416
ng

SP,RO

$MD

MOV
TRAP

806 010660
01660
mgg 104414

8‘89

ERR29::

1ogro 062706 000006

010412

801

L10021:

000002

795

796

MOV

SEQ

W- —IREE~< W%- RETF~-IW-~—IEFEF-<EFEFr-4SEZEr-<

gLO-a—ld-X[+x<-aX9-g[e=g1=~Jg]wQg.WOOgw+OeQDV0eg.IaS~~g.D4—Dg[+Ce-aLgr[T>=g]M)o=Ul~Dw[=G+v>T-ae=I1[=@O«gx]QaCXg(—-]=20=.>OOD>QW0s.VJ-o~ ~~0d~TO0Ox[«a&O<Lo—OCsAwC>DOOOWQDaO.0O~a~2~“DOOwICO0OAr0aoFP0AOAN>wo~1.OvS~uV>v.10wDIv[~0>m«NOwDLOOIFCaEVO0>Wo9~~ON>&~—r9-I0od-a

%MOO-C‘w2O“aQxC-e0v2o”L&~O&EwOOa”'EMoqNBOlR1Tm@Q”BV%VLamBONQceAOs~oW~N21UFNOmOO~e~BN=nR—Fn[=D<-O%|oIW%S"“2EYsO‘”w87SRIO0V1o07N"IOESmhL1~o8V%aoS-lcNlVo.h‘0=S2YONJC)lnv“O8V7AN0.oDxO48w0a~«O8((vNM@O~T=yMx))C8wEOaO08E[wOoBoA“~7=1R]0T@QaVV0oxO.8L2%0OV1owBsOvN(V‘O~anNU=l%xO~e7evRO1—onM@£eQmOJw0am&NoOsn[WvBaaMO&a¥uC]-oOm«A»IXWUOoA01oVIT@MRaO1xORsfc00B2-A%O0oiRVv«0[—0»0‘NnB=OIu4lR0oNT7=ATO0mOB“10O0RNA=uOo]B0QEI07OOV.OX1N0“xVUOs2[W>OOOa%0BM=E)oUO]IAV‘E=W&“Z]T0Zso7NR”OKEIO“2Tes0oBN—OVM%O(07OOVB=oON]UoQ11VO00R.OAxE7%0BZNVOBE>xIV“oDB4ROa—0N‘0*oBTOOWXV0WI7O-0BIOToN0OE—0V0BVIOUx1aa0P7OTOEa.O
¢
L Bratenr AR,
«0CT=

o‘wnummmmmmnmmmumuuumumuumu i£S23

REPO RT SECTION

82
15:30
PAGE 66

SEQ 65

0702

0-SEP=82

15:35

012746

004105

716

062706

000004

01%746

005627

0732
073¢
0736
074
074
0742
0744
0744
0744
0744

010600
104414
062706

D e

0716
07
07

012746

000004

104423

D
D o

0750

) D oD

D oD e

)

075¢
0756
0760
0764
0764
0770
0774
0776

012746
010600
104417
062706
012746
012746
010600
104414

062706

004174

000001

000004
005627
000001
000004

1000
1004
1004
1004

012746

1006
1006
1006

104423

101
1013

15766
12746

D i o

101g

10546

1060
10441
062706

1042

010600

10646
105
185
1052
1054
1054
1054

062706

1056

012746

) D

10
1026
1026
18 5
1

i e el

10 S

i e ol el

D i

1066

—

1054

015766

012746
104414

MOV

SP RO

TRAP

PRINTB

MOV
TRAP
ADD

SP,RO
CSPNTB
#4,5P

TRAP
BGNMSG ERR&2
ERR4GD:
:
PRINTF
#TFM&2
MOV

MOV

PRINTB

ENDMSG
L10027:

CSPNTF

#4,SP

MOV
ENDMSG
L10026:

#,-(SP)

ADD
#STM
MOV

MOV
TRAP
ADD
#STM
MOV
MOV
MOV
TRAP

#STM,=(SP)

#,-(sP)

($MSG

#TFMG2,=(SP)

#,=(5P)

SP,RO
CSPNTF
#,SP

#STM,=(SP)
#,-(sP)
SP.RO
CSPNTB

ADD

#,SP

TRAP

($MSG

MOV

004344
000003
000010
005627

PRINTB

000004

RS .=(SP)

MOV
TRAP
ADD
#STM
MOV

SP,RO
CSPNTF
#10,5P

MOV

TRAP

ENDMSG
L10030:

Ré,=(SP)

MOV

MOV
MOV

000001

104423

010446

FTFMGT,=(SP)

BGNMSG ERR43
ERRG3::
PRINTF
#TFM&3,RS,R4

810666

1006

MOV

000001

D o e

) o e

0726

OCO000O0O0O0O0O0O0O0O0O0O0O0O0O0O0O0O0O0O0O00

§§ SES%
L LN 3528
-~g-e e cd
S

= OO NPONES
WA —=O

d d o e

VOO0 OO0 VOO0

NON) =

GLOBAL ERROR REPORT SECTiON

01060

10441

ADD

#TFMG3, - (SP)
#3,-(5P)

#STH,=(SP)

#,-(sP)
SP RO

($PNTB

#,SP

TRAP
CSMSG
BGNMSG
ERR4&
ERRGG: ;
PRINTF #TFM4&, #TMMC R4
005010

MACY11 30A(1052) 18-0CT=82 15:30 PAGE 67

0703 o1§746 000001
871

COOO0O0OOO0OOOOOOOOOOOOOOOOOOOOOOO

—F

-0

207 STATIC gsns '§

MOV

R4, =(SP)

#TANC,
= (SP)

C
(alel

ZDMQED M8207
IDMQE P11
929

811062

931

81107

930

9 g

11063

11076

STATIC 85‘6 'i
0-SEP=-82
15:35
12746

12746

01060

10441

004427

11076
11105
11102

062706

000010

012746

005627

937

011112

010600

939
940
941
942

011116
01113
0111
011122

062706

938

294
2944
2945
2946
2947

%943

949

2950

5951
952

2953
2954
2955
2956
2957
958
959

11106

011114

012746
104414

000004

104423

010446
012746

005010

011136

012746

000003

011142

011144
011146

011152
011152
011156
011162
011164

010600

104417
062706

012746
012746
010600
104414

004466

000010

004524
000001

062706

000004

012746
012746
010600
104414
062706

005627
000001

968
969

011172
011176
011202
011204
011206
011315
01121
011212
011214
011214

971

811514

012666

ON 52
011226
011232
011234

012746
012746
o:ooog
10441

2960
961
962
2963
2964
2965
969

70
7;

973
974
75
976

977
978
979

980

981

982

983
984

011166
011172

012746

011214

11216

011236
ON as
011242

011 ‘S

062706

000010

012746

005627

011256
011262

062706

104414

TRAP

PRINTB

ADD
#STM
MOV

ENDMSG
L10031:

SP RO

CSPNTF

#10,5P

#STM,=(SP)

#,-(sP)

TRAP

C$PNTB

SP RO

ADD

#,SP

TRAP

CSMSG

MOV

#TEMeS, - (5P)

MOV

SP,RO

BGNMSG ERR4S
ERR4LS:
:
PRINTF
WTFM&S,#TMMC
,Ré
MOV
R4 ,=(SP)
MOV
#TMMC , = (SP)
MOV

PRINTB

ENDMSG
L10032:

TRAP
ADD

#TFM4SA
MOV
MOV
MOV
TRAP
ADD
#STM

MOV
MOV
MOV
TRAP
ADD

PRINTB

000001

CSPNTF
#10,5P

#TFMLSA,=(SP)
#,-(5P)
SP,RO
(C$PNTB

#4,SP

PSTM,=(SP)
#,-(sP)
SP,RO
(SPNTB
#4,SP
(SMSG

#TFM&6,SGDDAT,R4

RG,=(S$P)

MOy
MOV
MOV
TRAP

#TFMLG.=(SP)
#3,-(SP)
SP,RO
CSPNTF

$GODAT,=(SP)

ADD
#STM
MOV

#10,5P

MOV

SP RO

MOV

TRAP

ENDMSG

#3,-(5P)

MOV

00464
(00003

000004

#TFMGG, =(SP)

#3,=(SP)

MOV

PRINTF

00245

010600

MOV

TRAP
BGNMSG ERR&46
ERR4LG:

013746

011252

01125¢

000004

104423

012746

MOV

000001

011154
011124
011124
0111264
0111%6

011132

MACY11 30A(1052)
18-0CT=82 15:30 PAGE 68
GLCBAL ERROR REPORT SECTION

000003

9
934
9§2

ADD

#STH,=(SP)

0 ,-(sP)
($PNTB

#4,SP

SEQ 67

D
CZDMQEOD MB207
Cl DMQE .P11

STATIC gslG l§
15:35
0-SEP-

MACY1Y 30AC1052)
18-0CT -82
15 :30 PAGE 69
GLCBAL ERROR REPORT SECT 10 N

339 811363 104423

985

01126

L10033:

988
989

011754
01164

BGNMSG
ERR&7
ERRG7::

991

011264

010446

993
994

011270
011274

01%746
012746

990 011§64

992

011266

010546

MOV

01060

997
998
999
000
001
002
003

011§oc
011310
o11§10
011314
011320
011322
011324

062706

000010

012746
012746
010600
104414

005627
000001

3006
3005
3006

011302

011330
011330
011330

10441

062706

104423

MOV

004733
000003

811 00

996

TRAP

($MSG

PRINTF WTFMG7,RS.RG

995

000004

MOV
MOV

MOV

TRAP

PRINTB

ENDMSG
L10034:

RG,=(SP)

RS, =(SP)

#TFMLT7,=(SP)
#3,-(SP)
SP RO

CSPNTF

ADD
#STM
MOV
MOV
MOV
TRAP
ADD

#10,5P

#4,5P

TRAP

($MSG

#STM,=(SP)
#,-(sP)
SP,RO
(C$PNTB

SEQ 68

E
018207 $1A T

388 2%

[=2ve e ) ""f"

~eo

1D
0

P11

30- S

5-82 15185

MACY1Y 30A(1052)

18-0CT-82

REPORT CODING SECTION

+SBTTL

15:30

PAGE 70

REPORT CODING SECTION

SEQ 69

CZDMQED MB207 §6ATI( D%A?slis

CZDMQE.P1

301

-5EP-8

MACY11 30A(1052 )

18-0(CT- 82
15:30
REPORT (OD ING SEC TION

see

PAGE 7

CZDMQED MB207

DIAG #

15:
18-0C T~
MACY11 30A(10S )
C(ODING SECTION

0A(1052)

—

oo [=l=

0167
0000

18-0C1-82

15:30

THE R EPORT CODI N

"“"PRINTSTM CALLS H

NSNS [a¥1a¥]

(-alalal
MMg MMM
ONMI N ooON OOoOoOoUM

e
e]

CIOMOE P11

STATIC
30aeen-Bars

LSRPT::

BGNRPT

ExIT
+WORD
«WORD

RPT

J$JMp
L10035=2-.

SEQ 71

PAGE 72

—— HE
IC AL REPORTS.

MOED MB207

SRS

1
1
1

3
2

0%6
025
026
027
3028

ocoo

D t.PI

6
6

1046425

MACYTY

30A(105?)
18-0 (1-82
15:30
EPORT CCDING SECTION

L10035:

ENDRPT
TRAP

CSRPT

6
PAGE 73

SEQ 72

(ZDMQED MB207

P11
CIOMQE.
3050

STATIC

AG #

30-3Ep-82 15:85

18-0(T-

15:

REPORT-CODING SECTIoN >+ o0

MACY1Y 30A(1052)

PAGE

PAGE 74

SEQ 73

TomaE eI

CZDMOEO MB207

032

3025251 Ts TS
STATIC

DIAG #2

R OnT 2 ton NG SEc T Hon 100 PAGE 75

MACY11 30A(1052)

18-0(T=

SEQ 74

CILMQEOD mMB207 itl!l( gslG li
(ZDMQE .P1
0-SEP-B2
15:35
3033

MACY11 30A(1052)
18-0CT-B2
INITIALIZE SECTION
«SBTTL

15:30

INITIALIZE SECTION

PAGE 76

SEQ 75

L
=

STATIC gsAc 'i

0-SEP=-82

15:35

MACY11 30A(1052)

o000

./ THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED

SILIIIIEERTRTTT IR

0
%

o11§ao
011340

011340

012705

002730

6
7
8

011344
011350
01135¢

81 9;7
005737
001011

002344
002462

011364

013737

000006

VIV AAVWAW

1
g

011356

011372
011400

011406

011414

011422

011424
011‘5‘
011430
011432
011432

011434
011434
011440
01166%
011442

LSINIT::

013737

o1§7 7
013737
013737

000004

000001
002464

002466

BGNINIT

:STORE BASE LEVEL Paocnin STACK POINTER
tsr
BNE

002464

MOV

002466

002462
000004

000006

MOV

MOV
MOV

1$:

MOV

SP,PSTA
FTimE
18

ars,SAVESL

a6, SAVES

£, FTIME
SAVESL, an

SAVEG.an6

:SEE IF PROGRAM JUST srunreo BR IF YES
012700

104447

READEF

000040

MOV

TRAP

103414
012700
104447

;SEE

000035

000036

103576

012700
104447

(SREFG

BCS

NEWST

THIS IS A NEW PASS, BR IF

000037

103003

012737

177777

002342

RESE! LOGICAL DEV¥CE
10 -1

MOV

OGDEV

005237

00234

PRIORITY LEVE

v
‘TEST CONNECTOR INFO. FOR THI%

btlrn INC
66 023;§7 002%‘5 002012
CMpP

b
b

VES

NEWS

;GET uuxaus ADRS, VECTOR,
- —

NEWST

READEF
#EF .NEW
MOV
WEF. neu.ao
TRAP
CSREFG
BCOMPLE TE
NEWST
BCS
NEWST
:SEE IF PROGRAM WAS JUST CONTINUED
READEF
#EF .CONTINUE
MOV
WEF, CON!INUE RO
TRAP
(SR E ]
BCOMPLE
TE
ENDIT
BCS
ENDIT
:SEE IF PROGRAM JUST IESYARIED BR IF NOT
READEF
W#EF .RESTART
MOV
o;r
-RESTART,RO
TRAP
BNCOMPLE TE
GE TPRM
BCC
GETP

103410

012700
104447

WEF.STA

WEF . S!AR! RO

BCOMPLE TE

011456

I IEEIIITITIIIIELIIII00000000000000000000001001010

sINITIALIZE SUBROUTINE STACK
MOV
#SSTACK
RS

011444
011444
011450
011452
011452

BB EeRaE
o gy SRRT S
©

011422

—

;

011420

oO0O

SEQ 76

PAGE 77

:/ AT THE BEGINNING OF EACH PASS.

15:30

18-0CT=82

INITIALIZE SECTION

S s s A e
TSR RE 33
e 3 ggR

[ala

QE.P11

WWWN

EO MB207

LOGDEV

LOGDEV,LSUNIT

&ns
uult SWITCH

200,4,7 (CURRENT LOGICAL

mné

MB207

DMQE .P11
090

011474
811476
11473

011502

0115064
011506
011506

STATIC

DIAG #

§o-ssp-35 1s:§s

MACY1? 30A(1052)

INITIALIZE SECTION

002367
013700

10444

18-0CT=82

BGE
GPHARD
MOV

002342

TRAP

010001

15:30

NEWST
LOGDEV,R?
LOGDEV RO

CSGPHRD

MOV
RO,R1
BNCOMPLE TE
BCC
GETPRM

103335

ks, St

PAGE 78

GETPRM

GET Aoogggs OF é%%&&'!‘%"

v011520
on, Seapi
huppminy
o111gr 002520
UPAY,
WURSE., e
011530 o111g7 00252

GET poxfl?ga
10 55156i263'csa
Hl BYTE
MOV
(R%) KMCSRH
GET polfi?gn
0 53538"4
7 CTL OUT REG
MOV
(R1),kMETL

DRV,
SETIN. SIS . Wi GET POla?gR
10 :%258‘2‘7
PORT REG = SEL &
011542 o111gr 002524
MGV
(R1)
, KMPO4
011546
011554

062737

0000064

002524

011560

062737

012137

002526

011566

011137

002506

011572
011576

011137
062737

002510
000002

002510

011604
011610

011137
062737

002512
000004

002512

011616
011622

011137
062737

002514
000006

002514

011630

016137

000020

002472

011636

012137

000006

002500

011642

052137

002500

011646
011650
011225

005711
001004
052737

010000

811

11662

000416

881127

011673
01167

000412

011672

021127

000002

7
03

020000

011976

011700
011708
01171

001001

MOV

ADD

#4 ,KMPO4

(R1)+.KMPO6

#6,KMPO6

:GET POINTER TO RCV VECTOR
MOV
(R1) ,KMRVEC

:GET POINTER TO RCV PRIORITY LEVEL

MOV
(R1) ,KMRLVL
ADD
#2,KMRLVL
:GET POINTER TG TX VECTOR
MOV
(R1) ,KMTVEC
ADD
#4,KMTVEC
:GET POINTER TO TX PRIORITY LEVEL
MOV
(R1) ,KMTLVL
ADD
#6,KMTLVL

;PUT VECTOR INTO STATI
MOV

MOV

20(R1) ,RUNINH

(R1)+,STATI

:PUT PRIORITY INTO STAT1

002500

8IS
;SEE IF NO LINE
ST
BNE
BIS
R

oogos:

011662

011666

002526

ADD

;GET POINTER TO M8200,4.7 PORT REG = SEL 6

(R1)+,STAT
UNIT, SET BIT IF YES
(R1)
50000%
#BIT12,STATY
43

;SEE IF MB8201 LINE UNIT, SET BIT IF YES

000001

CMP

BNE

(R1) M

500018

R
is
oog1s:

sSEE IF M8202 LINE UNIT, SET BIT IF YES
CMP

002500

BNE

(R1) ,#2

sooogg

8IS
#BIT13,STATY
R
43
0002$:

;SET BIT FOR M8203 LINE UNIT

SEQ 77

M8207

STATIC

DIAG #

MACY11 30A(1052)

3}};}2

052737

100000

002500

011716

056137

000006

002500

;SET BIT IN STAT1 FOR TEST CONNECTOR
BIS
6(R1),STAT1

R N R AR EEIRIF A NANIISE ISR uz-svoawmrwaooaw m

P11

§o—sev-g 1s:§s

011744

012737

011756
011764
011766
011774
011776

123727
001425
123727
001004
012737

002414

000000

002414

000004

000001

002432

01%006
012014
012022
012054
0150 2
012040
012040
012040
012040
012040

otgrsr
123727
001003
012737
013737

007777
002414

002436
000006

oooog1
002472

002432
002470

002000
002436
011752 oogosr oozasg

104411

01204

012705
012737
oigrsr

815068
1207

880711
;«o

012102

00040

012072
012076
015100

000004
012104
000240

000004
000006

000002

012106

062706

000004

3' i10
12114

013700
104451

002342 -

012116

013737

012126

WTYPE,#0
ENDIT
WTYPE,
¥4
13
#1,TYPE

MOV
C(MPB
BNE
MOV
MOV

#7777 ,MEMS2
WTYPE.#6
7
#1,TYPE
RUNINH, RUNB

5$:

7%:
6$:
ENDIT:

002516

oog 01
00 ggs
001
g

012110

(MPB
BEQ
CMPB
BNE
MOV

LSAUTO::
013701

013737

(R1),STAT2+1

#2000, MEMSZ

CLR

.EVEN

mzo«s
012046
815052
12060

#BIT15,STATY

MOV

L10036:

1%:

28:

002464

QD0004

002466

3%:

TYPE

&MC?

W%T

ENDINIT
TRAP

CSINIT

BGNAUTO

;

:DEVICE DOES NOT HAVE A “‘READY
MOV
KMCSR,R1
:Q1 CONTAINS BASE M8200,4,7 ADDRESS

MOV
MOV
MOV

#4 RS
028 .4
#2406
(R1)

:REFERENCE DEVICE REGISTERS

ADD
DEC
BNE

cg.a1
R
1%

;NEXT REGISTER
:DEC REGISTER COUNT
:BR IF NOT LAST REGISTER

ADD

#4,5P

MOV
TRAP

LOGDEV,RO
($DODU

ST
NOP

B8R

S8R R RN 28R

000240
000240

012042

SEQ 78

PAGE 79

SET sux?ga PACK’g{RlN STAT2 LOW BYTE
SET sux?gx pAcx‘zi’IaSE?l¥z HIGH BYTE
MOVB

011740
011742

000415

BIS

15:30

; INCREMENT LOGICAL UNIT (DEVICE) NUMBER
;
INC
LOGDEV
NOP
NOP

D D D D e
D D e

O O

D D D il D D D ) e
) il il il D il il D D D D D D i

U N LA WA N U

D il D il ld il il
) i il e e il il

PUOND cd i i i ol i
o

DURII, SO B,
SO SR
01173¢
111137 002503

0120064

18-0CT=82

INITIALIZE SECTION

D e

VNN WWWNAVWAWLLS
SN S 0

N A N A U U U U O U U N U N N N N N N N N N AN N N N N N N N N NN

DODU

MOV

LOGDEV

SAVEGL,4

SAVEG.6

:4 REGISTERS TO BE TESTED
:SET OUT TIMEOUT TRAP
SLEVEL 7

207
213
21
2132

STATIC

DIAG

0-ser-B2
15155
104461

MACY1 3
0A(10 2
'
l

18-0CT-82

ALIZE SECTION

L10037:

15:30

ENDAUTO
TRAP

($AUTO

SEQ 79

82"%s"8s

MACY11 30A(1052)
18-0CT=-82
15:30
CLEANUP CODING SECTION

«SBTTL

PAGE 81

CLEANUP CODING SECTION
NV

TG // LITTITTTTIIITIT
0000000 Eieineeieeeiiieeel
s/ THE CLEANUP CODING EC ION CONTAINS THE CODING THAT IS PERFORMED
-

—00

207 § TATIC
0-SEP=

NS NN = O OO~
VIS WN = O V00N

POPOININIAIND
= b ad ed d

N NN N N WS NN NN NNNN NN N NN
AN LA ST ST ST N1 NT NS ST
NONOND

Bfififigoog 33

[alel
NN

:/ AT THE END OF EACH
AS .
AIITITNINIINNIere
IR0 2RIt ieieeeeeeieeieeeey
/ /1 HHHTTTEITIIII

BGNCLN

LS(LEAN::R

BRESET
TRAP

10443 3

10641 2

L10040:

CSRESET

ENDCLN
TRAP

CSCLEAN

SEQ 80

+SBTTL

15:30

PAGE 82

DROP UNIT SECTION

Ty /17
:/ THE DROP=UNIT SE C l ON C ONTAINS THE CODING THAT CAUSES A DEVICE
:/ TO NO L ONGER BE T S TED.
N

\flbWN—.ooa\sg w SWN=O VN

NN N NN NN N NN N W NN
N NN NN
NN
NN NN
Lk
2t al afi
WIWNWWNWWNONNON

NNNNNNNSNNN

oo
=
©

(lalal
NN

opntor 30°4E-84FsEs

MACY11 30A(1052)
18-0C1-82
DROP UNI T SECTION

I I iR inineiizinininiiieinieieeriiei
it / / LINTTTTERTRIIEI

12140
12140
1%140
12140
12142
12142

12142

L$DU::

BGNDU

s ISSUE UNIBUS RESET TO CLEAN UP
BRESET

104433
104453

L10041:

TRAP

CSRESET

TRAP

($ou

ENDDU

SEQ 81

E
CIDMQEQO MB207

CZDMQE.P1

STATIC

DIAG #

0°SEP-85 15:;5

MACY11 30A(1052)

ADC UNIT SECTION

18-0CT-82

15:30

7
PAGE 83

ig:?

+SBTTL

248
249
250
251

II////////II//I/II/lII//I/I/I///////////////////I/I////I////////////
THE ADD=UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
:/ TO BE (A) TESTED FOR THE FIRST TIME, OR (B) RESUMED IN TESTING.
IFf
o/
"EFLAUNIT''
IS SET, THE UNIT WILL BE TESTED AS A NEW UNIT,

gg%

25
3255
2556
57
3258
3259
3260
3261
3262
3263
3264

ADD UNIT SECTION

SIIILTIIITE 000D T 0TI IR I ITE 100110007 7070007707700710007800011000010011

012144
012144
012144
012144
012144

L$AU::
104452

L10042:

BGNAU
ENDAU

TRAP

($AU

SEQ 82

F
CZDMQED MB207

CZOMQE .P1

30°5EP-82
-SEP-8 1555

MACY11 30A(1052)

HARDWARE

265

SBTTL

67
268
3269
270

3291
329;
3293
g296
295
3296
3297
3298
3299
3300
3301
330§
303
306
305
38?

012206
012210
012212

CODE BLOCK WHICH IS USED AS DATA

TEST

eecenencnncence

s*VERIFY THAT REFERENCING UNIBUS DEVICE REGISTEKS
6;88EEDN0! CAUSE A TIME OQUT TRAP
seveennecevenee

TEST

eencevecnnncene

BGNTST
T1::

000004
000006

MOV
MOV

KMCSR,R1
#4,RS

MOV

#240.,6

MOV

Lg;

ESCAPE
TRAP

LMORD

000002

000004

012234
012242
012250
012250

002464
002466

SLEVEL 7

(R1)

:REFERENCE DEVICE REGISTERS

TST

(SESCAPE

L100&3-,

sNEXT

BNE

:BR

B8R

ADD

#,SP

TRAP

CSERDF

.WORD

EMO

MOV

SAVESL,4

ERROR

.WORD
3%:

:SET OUT TIMEOUT TRAP

#2.R1

LMORD

000004
000006

028 &

ADD

DEC

2%:

;R1 CONTAINS BASE M8200,4,7 ADDRESS
‘4 REGISTERS TO BE TESTED

:DEC REGISTER COUNT

NOT LAST REGISTER

;TIME OUT ERROR

ERR36

012252

3309
3310

012254
012254

314
315
316
3517
318
319

012256

320

SEQ 83

PAGE 84

TESTS

jeenennceeeeveee

012214
012220
012224
012226
012230
012232

3508 012256

8
818

15:30

BADHEAD

012146

012146
012146
012146
01%152
012156
012164
012172
012174
012176
012176
012200
012202

HARDWARE

:START OF

3278
279
3280
3281
328;
3283
3284
3285
3286
3287
3288
3289
3290

TESTS

ROMMAP:

012146

5;1 012146
5784
575
76
277

18-0CT-82

ENDTST

L10043:
.EVEN
BADHEAD

;eeenenceceeene

;*TEST OF

0122%6

TEST

BR RIGHT

eecoccncncnneee

SHIFT

s*VERJFY THAT A DEST OF BR RSH (011) OF A MICRO-INSTRUCTION
6;8:&:;5 THE RESULTING BR DATA RIGHT ONCE.
Jeecccceveeeeee

TEST

"etescececneene

G
0 MB207

AN NN AN N N
NNNNNNN

N A U AN N L L A AN U

N U A U U

N U AN N U U

NN NN
VWA

N AN N AN U

N NN N N N N U U

AN
R RR R R R R R R
OCWVEBWN-OO EEEEEEREE Voo~ A S W' OOV
NV
W =O

N N AN N U

N N U

N N e AN U AN U N N N N NN

STATIC

§0°SEP~E£ 15:§S
DIAG #

01%556
012256
012256

013701

012274

010561

012300
012300
012304
012306
012306
012312
012314
012314
012320
012322
012324
012326
012332
01233¢
012336
012342
012344
012346
012350
012352
012352
012354
012356
012356
012356
01§362
012364
012364
012370
012372
012374

012400

18-0CT-82

’

15:30

005011
012705

MSTCLR

002516

MOV

KMCSR, R

MOV

RS,4(RT)

CLR
MOV

052525

000004

104455
000014
005055
007420

104410
000044

ESCAPE TST
TRAP
CSESCAPE
LWORD
L10044~,

003044

004537
061620

003044

004537
061225
006005
005004
116104
120504
001410

003044

000005

1%:

004537
061620

002044

004537
061225
006005
116104

003044

120504

000005

ROMCLK
JSR
061620
ROMCLK
JSR
061225
ROR
MOVB

(MPB

RS
R&
S(R1),Ré
RS,R&
1%
12
CSERDF
12
EMC
ERR12

RS
S(R1) R4
gs

:BR IF YES

RS, .ROMCLK

RS,.R&

CSERDF
12
EMO
ERR12

TRAP

CSETST

012422

BADME
AD

sSKOULD BE 52

sNEXT WORD IS INSTRUCTION
;CLOCK INSTRUCTION
:BR RSH BR, SHFT BR RIGHT AGAIN
sNE&XT QORD IS INSTRUCTION
:CLOCK INSTRUCTION
:PORTS BR
:RS = "EXPECTED"
:R& = "FOUND'"

TRAP
LMORD
WORD
.WORD

104401

;R4 = “FOUND''
:DID BR SHIFT RIGHT ONCE?
:BR IF YES
:BR RIGHT SHIFT ERROR

RS, .ROMCLK

104455
000014
005055
007420

012620

sNEXT QORD IS INSTRUCTION
sCLOCK INSTRUCTION
:PORT4 TO BR=-REG
sNEXT WORD IS INSTRUCTION
;CLOCK INSTRUCTION
:BR RSH BR, SHIFT BR RIGHT
sNEXT WORD IS INSTRUCTION
:CLOCK INSTRUCTION
:PORTS_BR
:RS = TMEXPECTED'

RS, .ROMCLK

0126410
012412
012414
012416

2%:
ENDTST
L10044:

:PORT4 125

RS, .ROMCLK

BEQ

015‘20
012420
012420

‘R1 = M8200,4,7 BASE ADDRESS

:CLEAR SELO
sSTART Ustn 125

RS, .ROMCLK

001406

ERROR

CONTAINS BASS M8200,4,7 ADDRESS

;MASTER CLEAR M8200,4,7

(R1)
#52525,RS

ROMCLK
JSR
120500
ROMCLK
JSR
061620
ROMCLK
JSR
061225
ROR
CLR
MOVB
(MPB
BEO
ERROR
TRAP
MWORD
.WORD
.WORD

004537
120500

SEQ 84

:R1

015502

012404

BGNTST
12::

012262

012266
012270

HARDWARE TESTS

MACY1Y 30A(1052)

:DID BR SHIFT RIGHT?

sevvnnccennceee

:BR RIGHT SHIFT ERROR

:S/8 25

TEST

eeevvncencennne

CZDMQEQ MB207

CZDMQE.PI

STATIC

DIAG #

0°SEP-85 1S:§S

MACY11 30A(1052)

HARDWARE TESTS

”

38?

386

012430

BADHEAD

sevevnvevvreveee

13::

104432

87
88
389
390
391
392
39
394
395
396
397

815‘ 2
012434
0124

000116

013701

002516

01%&60
012444
015650
012450
012450
012452
012456

005037
012702

002434
000001

3399
36400
36401
340§
3403
3406
3405
06
07
08
3409

012470
012474
012500
012502
012504
012510
012512
012514
01;516
012520
012520

012464

012522
012524

361§
3613

012524
012524

15
16
17
18
19

012530
012532
012534
012540
0‘5546

0125;6

20
21
2§
5‘

012550
012550
012550
012550

012552

27
28

g3
0

431

3 eevencenenvenee

104404
01;711
013761

010261

052711
016104
020204
001410

002000
002434

000006

ADRG :
ADRS:

000004

38:

104410
$:

100008 :

104405

000241

104401

KMCSR,R1

(LR
MOV

MRO
”,R2

;RECCRD DEVICE ADDR.
sR1 CONTAINS BASE M3200,4,7 ADDRESS
:MRO = CRAM ADDRESS
:R2 = WRITE DATA

BGNSEG
TRAP
MOV
MOV

($BSEG
#BIT10,(R1)
MRO,4(R1)

:SET _ROMO
sWRITE ADDRESS TO SEL4

R2,6(R1)

:LOAD SEL6 WITH WRITE DATA

BIS
#BIT13,(R1)
MOV
6(R1) R4
(MP
R2,R4
BEQ
(3]
ERROR
1
TRAP
CSERDF
LWORD
1
«WORD
EMO
+WORD
ERR1
ESCAPE SEG
TRAP
CSESCAPE

000002

.WORD
ENDSEG

10000%~-.

TRAP

(SESEG

ROL
BNE
INC
(MP
BNE

R2
ADRS
MRO
MEMSZ ,MRO
ADR&

TRAP

C(SETST

CLC

002434
002436

L 10045~-.

MOV

020000
000006

104455
000001
005055
006032

006102
001346
005;37
023737
001336

HSSEQOY
DO _TEST IF mM8200
tRAP ~ CSEXIT
JWORD
MY INT

002434

5%:
ENDTST
L10045:

BADHEAD

Jeeecnneccnneer

JF,[

;WRITE SEL6 INTO CRAM
sREAD CRAM INTO ‘‘FOUND'
;1S DATA CORRECT?
:BR IF 0K
sERROR

;CLEAR CARRY

sSHIFT WRITE DATA
:BSR IF NOT DONE THIS ADDRESS
sBUMP TO NEXT CRAM ADDRESS
sDONE YET?
:BR [F NO

eencecncenenene

s*]0OP CRAM WRITE/READ TEST
:*FLOAT A O THROUGH EACH CRAM LOCATION

012552
012552

TEST

BENTST

0124 s

33? -~

34614

PAGE 86

: *FLOAT A 1 THROUGH EACH CRAM LOCATION

012422
012422

ile
11

15:30

;*10P CRAM WRITE/READ TEST

82
gB

3398

18-0CT-82

BADHEAD

Jeeccncenvennee

BGNTST

TEST

eecnncccncnncee

SEQ 85

MB207

O\SSSS

£.PI1

rEReRer §3

~NN

§ o

DIAG #

§o-ssp-gi 1s:§s

000126

9
40

012564
012570

013701

002516

44;

012600

012702

005037

002434

012614

104404
005102
o1§711
013761

012574

012604
012604
012606
012606
012610

012622

FRRRRRRRRRRRRRRLRRy

43
4
45
4
47

50
§1
sg
53
54
55

56
§7
58
59
60
61
6;
63
64

FRERRERRRRR

A ROREBIRIF ARG

65
66
67

0126%6
012632
012636
012640
012642
012646

012650
012652
012654
012656
012656
012660
01566
01266
012662

012664
012666
012670
013672

012674

015700
012706
012710
012710
012710
012710

010;61

052711
016104
020204
001410

000006

ADR1:

ADR?:

000004

38:

104455
000001
005055
006032
104410
000002

106405
005102
000241
006102
001344

oos;ir

023737
00133¢

1046401

“$:
100008:

002434

002436

LWORD

L10046~-,

MOV
MSTCLR

KMCSR,R1

5%:
ENDTST
L10046:

012712

:RECORD DEVICE ADDR.
:MASTER CLEAR M8200,4,7

MRO

:MRO = CRAM ADDRESS

BGNSEG
TRAP
COM
MOV
MOV

($BSEG
R2
#B1T10, (R1)
MRO, & (R1)

;MAKE IT A FLOATING ZERO
SSET ROMO
‘WRITE ADDRESS TO SEL&4

BIS
MOV
CMP
BEQ
ERROR
TRAP

#BIT13,(R1)
6(R1) R4
R2,R4
X1
1
(SERDF

TRAP
(OM
cLe
ROL
BNE

CSESEG
R2

#1.R2

‘R2 = WRITE DATA

R2,6(R1)

SLOAD SEL6 WITH WRITE DATA

JWRITE SEL6 INTO CRAM
*READ CRAM INTO '‘FOUND'
:1S DATA CORRECT?
‘BR IF OK
ERROR

MORD
1
.WORD
EMO
.WORD
ERR1
ESCAPE SEG
TRAP
(SESCAPE
.MORD
10000%-.
ENDSEG

INC

002434

;BACK TO FLOATING ONE
:CLEAR CARRY
SSinlFT WRITE DATA
:BR IF NOT DONE THIS ADDRESS

R2
ADR?

MRO

CMP
BNE

MEMSZ ,MRO
ADR1

TRAP

CSETST

BADHEAD

seensescveceeee

TEST

SBUMP TO NEXT CRAM ADDRESS

;DONE YET?
:BR IF NO

esennencencenene

:¢]OP CRAM DUAL ADDRESSING TEST
:*WRITE EACH ADDRESS INTO ITSELF,

READ EACH

«ADDRESS TO VERIFY CORRECT ADDRESSING
BADHEAD

012712

gns
0121

SEQ 86

PAGE 87

CLR

MOV

020000
000006

15:30

DO NOT DO
TEST IF M8200
CSEXIT

tRAP

MY INT

000001

002000
002434

18-0CT=82

HARDWARE TESTS

104432

012562

012564

MACY1Y 30A(1052)
14::

012560

STATIC

seesencnnecenee

e
MACEX

TEST

sevcncencnnnnne

;DO NOT DO TEST IF M8200

J
207

STATIC

DIAG #

R
P R

724

730

013701

005037

742

013702

740
740

74
75

760

766
772

106406

81 711
13761

013761

052711

002434

020000

000006

006

016104

000006

016
2020
024
is
030
3032
3034
3036
3036
3040
3040
3040
304;
3042

001410

) e D D D D D D D o) d e oD oD D D D ol

002434
0024 34

D e e

005037
81370{

056

001331

070 1;71
oozogg
076 013761 002436
3102 o1g104 oooogg
103 85 706 0024

e
i
D
e
i
i
D

o
b

104405
1046404

1
114
3120

3122
31264

126
130
130
132
1
1
136

136

002434

3$:
000004

104455
ooooog
00505

:RECGRD DEVICE ADDR.

:R1 CONTAINS BASE

M8200,4,7 ADDRESS

‘MASTER CLEAR M8200,4,7

MOV

MRO, R

:SAVE R2 FOR TYPEOUT

MOV

MRO,6(R1)

SLOAD SEL6 WITH WRITE DATA

MOV
MOV

C$BSE

03611 (R1)
"R0,4(R1)
#1113, (RD)

SKIP06 15%
:GOTO 158 IF MB206
LR
6(R1)

MOV

6(R1) ,Ré

CMP

MRO, R

TRAP
BGNSEG
TRAP

CSESEG

BEQ
28
ERROR
1
TRAP
CSERDF
MORD
1
.WORD
EMO
.WORD
ERR1
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10000%-.
ENDSEG

(CS$BSEG

:MRO =CRAM ADDRESS

SSET ROMO
:WRITE ADDRESS TO SEL&
‘WRITE CRAM

:1F MB206,SKIP NEXT INSTR,
;CLEAR SEL 6
:SHOULD READ BACK OWN ADDRESS

:1S DATA CORRECT?
‘BR IF YES
:DATA ERROR

INC
CMP

MRO
MEMSZ ,MRO

:BUMP TO NEXT ADDRESS
:DONE WRITING YET?

CLR
MOV

MRO
MRO,R?2

*RESTART AT ADDRESS 0
*SAVE R2 FOR TYPEOU'

BEQ
ERROR
TRAP

X
2
CSERDF

MOV
MOV
MOV
CMP

LMORD
.WORD

006160

KMCSR,R1

SEQ 87

PAGE 88

MRO

BNE

.WORD

#81110, (R1)
MRO, 4 (R1)
6(r1) R
MRO,R&

*BR IF NO

‘SET ROMO
:SEL4 = CRAM ADDRESS
SREAD CRAM INTO '‘FOUND'
*1S DATA CORRECT?
‘BR IF YES
:DUAL ADDRESSING ERROR

2
EMO

ERR2

ESCAPE SEG

104410
000002
104405

15:30

CLR

BGNSEG
TRAP

BIS

28:
100008:

060
064

000006

104410
000002

002434
002436

000004

104455
000001
005055
006032

005237
0 37;7

el e

1$:

012 023704 002434

3046
050

MSTCLR

002434

005061

—

MOV

002434

00 ogo
002434

18-0CT-82

HARDWARE TESTS
TRAP
CSEXIT
ig?:g L10047=.

002516

88%
-

[=l=lololelelelololelelele
lo ]

AN U LA U U L L Ll A L L L

A L AN L L A U U AN U A

VWAV

U N N A

N AN N

VAW

w
VAWV
VA VIV
3
NNN
I P NININININO
0D NOM WSS NN = FEEF TR S 82532

—b 2 b

§o-ssp-85 1s:§s
720 1044
§;§E ooozgs

MACY11 30A(1052)

10001$:

48:

TRAP
LMORD

CSESCAPE
10001%~.

TRAP

CSESEG

ENDSEG

:LOOP T0 3% If SW09=1

EO MB207

E.P1
5

013

9
0
%

0131
01315
013152

013154

WWW
VN AN NN
ON NAWVMNAVAIWAWNALES IS IS S 0

lalal
e~y

K
STATIC

DIAG #

0-SEP85 15:;5

MACY1Y 30A€1052)

? 0131
0 12%
ggi 002434
0056%6 002434
1345
8 013

6
7

104401

18-0CT-82

HARDWARE TESTS
5%:

ENDTST
L10047:

15:30

INC
CMP
BNE

MRO

TRAP

CSETST

PAGE 89

HEHSZ.MRO

BADHEAD

:'Q'tt"""'tt

TEST

:DONE WRITING YET?
:BR IF NO

sBUMP TO
NEXT
ADDRESS

;*10P HA!N MEMORY TEST

01315

:*FLOAT
A 1

BADHEAD

teennnnnnnnenen

THROUGH ALL MAIN MEMORY LOCATIONS

seennenseneceee TEST 6 vevcnennnvennne

SEQ 88

L
(%DHOEO MB8207
CZDMOE.P11

STATIC g AG li
0-SEP-B2
15:35

MACY11 30A(1052)
_18-0CT-82
HARDWARE TESTS

561
562
563
564

013154
013154
01315¢
013154

013701

002516

MYINT
MOV

KMCSR,R1

566
567
568

013160
013164
013170

005037
012737

002406
000001

MSTCLR
CLR
MOV

FLAG
#1,MRO

565

569

013176

BGNTST
T6::

15:30

042737

003777

ooiasa

013232

1%:

65%:

BIC

#3777,66%

SEQ 89

PAGE 90

:RECORD DE gss

:R1 CONTAINS BASS 9* - 7 ADDRESS
‘MASTER CLEAR M8 o
:START WITH ADDRS
:START WITH BIT

*CLEAR ADDRESS FIELD OF INSTRUCTION

CZDMQEQD MB207

CZDMOE .P1
3570

013204

STATIC

DIAG #

O-SEP-gg 15:;5

MACY11 30A(1052)

042737

000037

013240

18-0CT-82

HARDWARE TESTS
BIC

’

15:30

#37,68%

SEQ 90

PAGE 91
;CLEAR ADDRESS FIELD OF

INSTRUCTION

N
CIDMQEOD MB207

CZDMQE .P1N

STATIC

DIAG #

153737

0024

gO-SEP-Si 15:§S

MACY1Y 30A(1052)

HARDWARE TESTS

S7 81

1321

1525¢
% 12;7 7 00548? 812546

2;5
579

}
1

10000
004537 003044

578
579
580
581
sag
583
584
585
586
587
588
589

013240
81
48
01325
81
20
132564
013256
813 56
013262
013264
01 294
013270
013272

591

013302

120504

593
594
595
596

013306
013312
013314
013316

590

sog

3597
3598
3599
3600
3601
;20%
03
3604
ggos
06
3607

01% 76

013304

013320
01332%
01332
013324
013326
0133%8
0133
013334
013336
013336
013340
013344
013352

004000
013761

002434

0g6537
122500

003044

004537
040620

003044

004537
061;25
013705

003044

116104

BISB

66%:
000004

68%:

002434

000005

104410
000030

001320
104422
005237
023737
001306

67%:

002434

002406
002436

002406

CMPB

RS,.R&

sDATA CORRECT?

6
CSERDF
6
EMO

+sDATA ERROR

CLC
ROLB

BNE
BREAK
TRAP
INC
CMP
BNE

3615

013356

BADHEAD

013356

BADHEAD

§§17
16

013354

104401

3626

RS, .ROMCLK

S(Rf).kk

sPUT "'FOUND'' IN Ré&

67$

:BR IF YES

TRAP

:SW09=1?
sCLEAR CARRY
JSHIFT BIT IN MRO

MRO
65%

sDONE IF MRO=0

($BRK
FLAG
MEMSZ ,FLAG
1%

JNEXT ADDRESS
sLAST ADDRESS?
sBR IF NO

CSETST

s*]OP MAIN MEMORY TEST
TEST

secanannnnannne

;*FLOAT A 0 THROUGH ALL MAIN MEMORY LOCATIONS

sevecensetnnnts

§§2§ 013356

013356
013356
013356

RS, .ROMCLK

seennenenenenee

TEST

sencnnennnnnnee

BSN!S!

25
gg?&
25

MRO,4(R1)

.WORD
ERRé
ESCAPE TST
TRAP
CSESCAPE
.WORD
L10050~-.

013354
013354
013354

22}4

sADD ADDRESS T0 INSTRUCTION?

sADD ADDRESS TU INSTRUCTION
.
sCLOCK INSTRUCTION

MRO,RS

10
11
1;

2%:
ENDTST
L10050:

FLAG,60%

sLOAD MAR HI]
sWRITE PATTERN IN PORT4
sNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
JMOVE PORT4 TO MEMORY
sNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
sMOVE MEMORY TO BR
sNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
sMOVE BR TO PORTS
sPUT “EXPECTED'' IN RS

ERROR
TRAP
LWORD
.WORD

006700

SEQ N

PAGE 92

04000
MOV
ROMCLK
fsa
2500
ROMCLK
JSR
040620
ROMCLK
JSR
61225
MOV

BEQ

104455
000006
005055

15:30

BISB FLAG+1,68%
é&gggg
6SR
RS, .ROMCLK

MOVB

001410

000241
106137

18-0CT=82

17::

013701

002516

MY INT
MOV

KMCSR,R1

:RECORD DEV&(S ADDR.

;R1 CONTAINS BASE M8200,4,7 ADDRESS

NONNS =0

800

i 1§460
Tt

002434

§1 440
13446

013446

003044

000004

68%:

RS, .ROMCLK

MOV

MRO, 4 (R1)

JSR
122500

RS, .ROMCLK

JSR

RS, .ROMCLK

JSR
61225

002434
000005

MOV

MOVB
CMPB

) il
) D

67%:

002434

:NEXT WORD IS

INSTRUCTION,

:CLOCK INSTRUCTION
:LOAD MAR M]

:WRITE PATTERN IN PORT4

:NEXT WORD IS

INSTRUCTION,

:CLOCK INSTRUCTION
‘MOVE PORT4 TO MEMORY

:NEXT WORD IS INSTRUCTION,

:CLOCK INSTRUCTION

:MOVE MEMORY TO BR

:NEXT WORD IS INSTRUCTION,

:CLOCK INSTRUCTION
:MOVE_BR TO PORTS
:PUT “EXPECTED''

IN RS

:PUT "FOUND'' IN R&

:DATA CORRECT?

:DATA ERROR

‘BR IF YES

EMO

.WORD
ERR6
ESCAPE TST
TRAP
CSESCAPE
WORD
L10051-.
COM
MRO
cLe
ROLB
MRO

BNE

INSTRUCTION,

RS,R&

CSERDF
6

BREAK
TRAP
INC
CMP

:NEXT WORD 1S

:CLOCK INSTRUCTION
:LOAD MAR LO WITH ADDRESS IN FLAG

S(RT).R¢

TRAP
MORD

BNE

002406

:ADD ADDRESS TO INSTRUCTION

MRO,RS

67¢

.WORD

;CLEAR ADDRESS FIELD OF INSTRUCTION
*ADD ADDRESS TO INSTRUCTION

RS, .ROMCLK

BEQ

ERROR

i e el
D el -

JSR
004000

ROMCLK

) -

RS, .ROMCLK

ROMCLK

:CHANGE TO FLOATING 0

FLAG*1,68%

JSR
010000

040620

003044

;CLEAR ADDRESS FIELD OF INSTRUCTION

#37,68%
FLAG,66%

ROMCLK

003044

’2 77,668

BIC
BISB

ROMCLK

003044

;MASTER c%sna M8200,4,7
SSTART WITH ADDRSSS 0
:START WITH BIT

nag

ROMCLK

SEQ 92

PAGE 93

FLAG
#1,MRO

COM

BIC

BISB

66$%:

003044
(02434

64%:
65%:

MSTCLR
CLR
MOV

15:30

64%

:CHANGE TO FLOATING 1
:CLEAR CARRY
:SHIFT BIT IN MRO
:DONE IF MRO=0

C$BRK
FLAG
MEMSZ,FLAG

;NEXT ADDRESS
:LAST ADDRESS?

:BR IF NO

) e -

18-2CT-82

HARDWARE TEST

\G A
LA LN AWMV
N U N AN U U U N U AN N N U NN N N N NN N AN ON N
AN N N
VIV
VAV S 85 SS WHWNWNININ
NI NN = = s
oo
fl
~N -~
3 & oo

[=i=d=l=l{=l=l=]
jelel=lelelel=]

—

_—

D D D D D D D D D D

D D D D D D D D D D D ) D D D i

OCO0O0O00O0O00O0O000000000O0O0O0O00O0OO0OOO0OOOOOOOOOOOOOOOOOOOO

0°sep-82"9s%8s

MACY11 30A(1052)

TRAP

pary

A NN NN NOND

NO VS NN =OY0O~N

NN N NN

NO VNN = OV

NN =S OOV

W= OV~ VIS

VIV

8207

BADHEAD

mMm

RIS N:“OOON
ITI
TwNgSeS Sty3333333332E28k’3¥’8a;°*’°¢¢°4; 52
R2BISINSH
o
NNNNSN

[ala

CSETST

sennenevnenetee

TEST

evncecennnenene

¢*10P MAIN MEMORY DUAL ADDRESSING TEST
s*LOAD EACH MEMORY LOCATION WITH ITS OWN ADDRESS

013570

GKSSQRDBA(K EACH LOCATION TO VERIFY CORRECT ADDRESSING

c
MB207

P11

STATIC

DIAG #

§o-ssp-85 1s:§s

MACY11 30A(1052)

18-0CT=82

HARDWARE TESTS

15:30

seneennnveevene

013570

N AN NN

W=D
NV
=S OOV

U U N N U

N N

N N N N N N N

NN~ NNNNNNNNNNNN
NM) = b d e ed od e ed d b

N L A

BIFREURZES

N A U U

evvnccnneneenen

Tg::

013701

002516

MYINT
MOV

KMCSR,R1

013574
013600
013606

oogosr
0137 ;

002406
00240

MSTCLR
CLR
MOV

FLAG
f Ag ng

:MASTER CLEAR MB200,4,
:START WITH ADDRESS 0
:PUT DATA IN R2

153737

002406

FLAG,28

;ADD ADDRESS TO INSTRUCTION

01 6%6

N N U A

81 578
13570

81 610
13616

NNNNNNNSN NNNN ~ NN
NN NN N
0o~ o Wi

SEQ 93

PAGE 94

BGNTST

013570

AN U LA N

TEST

0136 5
01364
013640
013644
013646
013646
013652
0136564
013660
013660
013664
013666
013666
013672

013674
01;676
013700
013702
013704
013710
013712
013714
01grzo
013722
013724
013726
013730
0137 g
0137
0137
013740
01 748
01375

01 753
13762

1;766
13776
14008
1401
14010
14014

014016
014016

042737
042737
153737

003777
000037

013644
013652

002407

013652

004537
010000

003044

004537
004000
010261

003044

004537
122500

003044

004537
040620

003044

004537
061225
010205
116104
120504
001406

003044

013644

7%:

000004

002406

13762

002340

0137 ;

ooga

537
010000

003044

004537

003044

737
0462737
153737

002406

003777
000037
002406

014014
014022
014014

BIS
ROMCLK
JSR
010000
ROMCLK
JSR
004000
MOV
ROMCLK
JSR
122500
ROMCLK
JSR
040620

FLAG*1,7$
RS, .ROMCLK

RS, .ROMCLK
R2,4(R1)

RS, .ROMCLK
RS, .ROMCLK

;CLEAR ADDRESS FIELD OF INSTRUCTION
;CLEAR ADDRESS FIELD OF INSTRUCTION

:ADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
:LOAD MAR LO
;NEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
:LOAD MAR HI

sNEXT WORD IS INSTRUCTION,
+CLOCK INSTRUCTION
:MOVE PORT4 TO MEMORY
sNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
:MOVE MEMORY TO THE BR

:NEXT ADDRESS
:LAST ADDRESS?
:BR IF NO
:NEW SCOPE 1

4$:

MOV

:PUT DATA IN R2

5%:

ROMCLK
$SR
10000

38:

oosage
002436

#3778 .2%
#37,7%

ROMCLK
JSR
RS, .ROMCLK
61225
"
R2,RS
MOVB
S(R1),R&
CMPB
RS,R&
BEQ
3%
ERROR
6
TRAP
CSERDF
MWORD
6
.WORD
EMO
.WORD
ERR6
ESCAPE TST
TRAP ~ (SESCAPE
LWORD
L1
-.
INC
FLAG
CMP
MEMSZ,FLAG
BNE
1
MOV
#4%,L0CK

000005

104410
ooo1sg
oos;g
023737
001;19
012 g

BIC
BIC

BISB

28:

104455
ooooog
80505
006700

005037

1%:

:RECORD oevxcs ADDR.

:R1 CONTAINS aaas M82 9.4.7 ADDRESS

CLR

FLAG

BIC
BIC
BISB

#377%.5%
#37,8%
FLAG,S5$

ROMCLK
JSR

f Ag ag

RS, .ROMCLK

:NEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
*MOVE BR TO PORTS
:PUT "EXPECTEDTM IN RS
sPUT "'FOUND''
IN R&
:DATA CORRECT?
:BR IF YES
:DATA ERROR

*RESTART AT ADDRESS 0
:CLEAR ADDRESS FIELD OF INSTRUCTION
;CLEAR ADDRESS FIELD OF INSTRUCTION
:ADD ADDRE3S TO INSTRUCTION
sNEXT WORD IS INSTRUCTION, ROMCLK PC+5304
:CLCCK INSTRUCTION
:LOAD THE MAR LO

sNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION

CZDMQED MB207
CZDMQE .P11

739
7640

014022
014024

741
742
74
764
745
74

164024
0140
8140
0140
014036
1606%

748
749
750
751
7S§
753
7564
755
756
757
758
759
760

1404
81405
01405
014056
014060
014062
014064
014066
014066
014070
016075
01407
014074

76
76
764

014106
014110
014110

747

3761

014042

014100

3765
3;2?

014110
014110

768

014112

3769

STATIC 8 AG l;
0-SEP=-82
15:35

MACY1Y 30A(1052)
18-0CT=82
HARDWARE TESTS

004000

8s%:

004537
40620

003044

004537
061%25
010205

003044

116104

120504
001406

000005

6%:

104410
000020

1046%2
005237

023737

001325

002406

002436

002406

L10052:

104401

014112

775
776
777
778
779

014112
01611%
01411

781

014124

780

S(R1),Ré4

;PUT “'FOUND'' IN Ré&

BNE

:BR IF NO

TRAP

CSETST

sDATA CORRECT?
sBR IF YES
sADDRESSING ERROR

MEMSZ,FLAG

sennnnnnencenes

TEST

IS IT THE LAST

wennnnnnnannnnn

014122

:*USING MAR AUTO-INC FEATURE

BADHEAD

seveennnetenenet

BGNTST
19::

104432

TRAP

000342

WORD

785
7
787
788
789
790
9

014132
014136
014140
014144
014146
816163
14152

MSTCLR
CLR
MOV
INC
ROMCLK
8SR
10000

79
796

014156
014162

0146154

00500;
013703
5203

9202436

004537
010000

003044

004537
010261

03044
00004

CLRMAR

1%:

JEST

sevennnvnnnnnne

K&ONLY
sFOR 4K CPUS ONLY.
;D0 NOT DO TEST IF M8200, OR M8204

=56~t

R2,.R

JNEXT ADDRESS

8}2} g 013701 002516

784

RS, .ROMCLK

s*JOP MAR TEST
s*PERFORM DUAL ADDRESSING TEST

3773

3774

RS, .ROMCLK

BADHEAD

770
m

377

sLOAD MAR HI]

sNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
sMOVE MEMORY TO THE BR
SNEXT WORD IS INSTRUCTION,
sCLOCK lNSYRUCTgON
MOV BR TO PORT
sPUT "EXPECTED'' IN RS

CMPB
RS,.RS
EOQ
6%
ERROR
6
TRAP
CSERDF ¢
WORD
6
LWORD
EMO
.WORD
ERR6
ESCAPE TST
TRAP
CSESCAPE
.WORD
L10052~-.
BREAK
TRAP
C$BRK
INC
FLAG

CMP

9%:
ENDTST

SEQ 94

PAGE 95

004000

ROMCLK
6SR
40620
ROMCLK
JSR
61225
MOV

MOVB

104455
000006
005055
006700

15:30

JSR
MOV

CSEXIT

L10053-.

KMCSR,R1
-

R2
HSHSZ.R3
R
RS, .ROMCLK
RS, .ROMCLK
R2,4(R1)

RECORD DEVICE ADDR

:R1 CONTAINS BAS n&zoo.u ADDRESS

sMASTER CLEAR M8200,4,7
sSTART WITH A ZERO
sGET MEMORY SIZE
sSTOP ADDR=MEMSZ+1
sNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
sLOAD MAR WITH A ZERO
sCLOCK INSTRUCTION
JWRITE DATA TO PORT4

CZDMQEOD MB207

CZDMaE.P11
795

797
798

799

O-SEP-gs 1S:§S

014172
014174

807
808
809
810
3811

014 go
014220
014220
014224
014 ge

381
3814
3815
3816
3817
3818
3819
3820
3321
az§
23
824

014236
014236
014240
014244
014246
014250
014252
014254
014554
014260
014262
014264

ggg

014270

809 814 1

014230

014264

004537
055224
010205

116104

120504
001406

004537

003044

002044

014310
014312

836
;a;;
8
39
840

014320
314§54
1643264
otcsge
014330

0143;2

u;
84
B46
845
a&g

014336
014320
014342

848
849
850

014344
014244
014346

000004

003100

833
834

28:

003100

004537
000000
005004

121325

BNE
CLR
ROMCLK
3SR
clgggg

003044

104455
000013
005055
007276

004537
121304
016104

014316

CMP

004537 003044

014272
016;76
014300

835

136500
INC

ogo 0

014272

0164306

J§R

ROMCLK

8 137
00500

004537
010000

18-0CT-82

HARDWARE TESTS

136500
00520

828
3829
830
831

asg

MACY11 30A(1052)

014166

814176
014200
814 02
014204
0142046
0}2 }g

825

DIAG #

81«163 og4537 003044

800
801
802
803
ggg

sa1§

STATIC

38:

JSR

15:30

RS, .ROMCLK

:MEM PORT4, AUTO=INC MAR
: INCREMENT "DATA

RS, .ROMCLK

JCLOCK INSTRUCTION

R3,R2
1%
R2

;DONE YET?
:BR IF NO
:RESTART WITH A ZERO
:NEXT WORD IS INSTRUCTION,
RS, .ROMCLK
:CLOCK INSTRUCTION
SLOAD MAR WITH A ZERO

JNEXT WORD IS INSTRUCTION,

MOVB

:PUT "FOUND'' IN R&

MOV

R2,RS

CMPB
BEQ
ERROR
TRAP
MORD
.WORD
.WORD
SROMCLK
JSR
0
CLR
ROMCLK

RS.R4 .
33
11
CSERDF
11
EMO
ERR11

121325

ROMCLK

& (R1),Ré4

;MAR HIGH _POT

;READ IBUS* <14> (MAR LOW)
RS, .ROMCLK
JCLOCK INSTRUCTION

ooszo;
020237

002436

INC
(MP

R
R2

05270

010000

020204
001406

BNE
35%:

104455

016;26

4%:
104410
000120

#160000,R4
354

:ADD TO MAR HIGH.

,MEMS?Z

BIS

#10000,R2

JIF AT MIGH LIMIT,ADD IN OVERFLOW BIT.

cCMP
BEQ
ERROR

R2.R4
4$
1"

JERROR MAR ADDR. BAD IN IBUS <14>AND <15>

MORD
.WORD
.WORD

11
EMO
ERRN

ESCAPE
TRAP
.MORD

T1S1T
cssscnpt
L10053~.

TRAP

000013
005055
007276

;:DUMP NOP INSTR. TO CLK AUTO INC IN MAR.

;READ [BUS* <15> (MAR HIGH)
RS, .ROMCLK
;CLOCK
INSTRUCTION

4(R1) R4

BIC

:MOVE, MEM 10 PORT4
SPUT "EXPECTEDTM IN RS

JDATA CORRECT?
‘BR IF YES
‘MAR ERROR

RS, .SROMCLK

000004

oo1oog

+CLOCK INSTRUCTION

:NEXT WORD IS INSTRUCTION,

SROMCLK
JSR
RS, .SROMCLK
055224

JSR

160000

JSR
121304
MOV

042704

PAGE

CSERDF

sADDR,. 0K?

;EXPECTED (R&) IS COMBINATION OF
TIBUSe <14> AND <15>

SEQ 95

R SIS,

CZDMQED TM
C2ZDMQE P11

014350
014350
014352
014356

886
7

888
889
90
891
892
93
9%
895
896
897

98
99
909
901
90
903

904
905
906

CLEARS

THE MAR

014444

SaaNysN
WVWN
SN

003044
003044

RUNB

BNE

40%

BNE
BIS
CLR

40%
#40000, (R1)
(R1)

JSR

RS, .ROMCLK

ROMCLK
13?30‘

RS, .ROMCLK

040000

MNW
WVWN

014440
014442

003044

SKIP06 40%
:GOTO 408 IF MB206

002472

OCOOW
SNOSN

014434
014434

003044

[« V. 2
- OW

0166§6
014432

[=l=l=lelele]
OVVOOOO
NN =N

014424
014426

-0
NSO
adlS

014376
014402
0144064
014410
014412
014412
014416
014420
o:aaso

O
NO
S

3864
3865
3866
3867
3868
3869
3870
3871
387

002470

014374

014370

$§§§

:DONE YET?

3863

g&?9
880

C$BRK

#10000,R2
2%

;*THAT MASTER CLEAR,

3862

3877
3878

TRAP

BIT
BEQ

SEQ 96

PAGE 97

;*THIS SECTION OF CODE ADDED TO MAKE SURE
014360

875
876

BREAK

001720

15:30

TESTS

3860
3861

73
76

18-0CT-82

HARDWARE

033703 010000

[=1= 2
—On

851
asi
853
gasa
855
3856
857
858
3859

MACY11 30A(1052)

RUNINM

ROMCLK

121325

ROMCLK

JSR
121325

RS, .ROMCLK

ROMCLK

121304

CLR
MOV

000004

¥.

:SET MASTER CLEAR
;CLEAR MASTER CLEAR
:WE MUST

FIRST

CLOCK

:CLOCK INSTRUCTION

:THE MAR LATCH REGS

:BEFORE WE CAN READ THEM
:CLOCK INSTRUCTION
:READ

IBUS* <15> PUT

:READ

[BUS* <14>,

:CLOCK INSTRUCTION
:MAR HIGH
:CLOCK INSTRUCTION

PUT

iN PORTS
[N PORT&

:MAR LOW

R2
&(R1),R4

SEXPECT MAR CLEAR
JREAD PORTS 4BS5. THEY CONTAIN

JTHE

CONTENTS

THE

MAR

JMASTER CLEAR SHOULD HAVE

014450

BEQ
ERROR

014452

014456
014460
014462
014464
014466
014466
0146466
0146466

‘

TRAP

LWORD

+WORD

014470

sCLEARED THE MAR

+BRANCH END TST

40%
&4

CLEAR

CSERDF

EMO

+WORD

ERR&S

TRAP

(SETST

BADHEAD

seeeececveneeee

TEST

evecncnccnncene

s*JOP (CRAM) ODT BITS TEST
s*LOAD MAR WITH A O INC MAR UNTIL IT OVERFLOWS
S*VERIFY THAT [BUS* 10 BITS IS SET ONLY WHEN MAR BIT 8 [S A ONE

é;sng;NAl

014470
014470

IBUS* 10 BIT6 IS SET ON MAR OVERFLOW

Jeeeecennceeeee

BGNTST

TEST

seccccnncnnnene

G
IDMQEO MB207
IDMQE.P11

907

910

911
912
913

914

915

916

917
918
919
920
921
goz;
92
924
925
926
927
928

STATIC 35A° 'i
0-SEP=82
15:35

014470

014476

014500
01450
014502

014506

014512

014514
014514
014520
01452
01452
014522
o1as§e
014530
014532
014536
014540
014544

1044;2

013701

003044

941
go«;
943

3944
3945

946
967
948
949

950
951

952
953
954
955

956
957
958
959

960
961

962

020504

014560
014564
014566
014570
014572

104455
000007
005055
007026

0145764
014576

104410
000136

014600
014600
014604

004537
014000

gw.o 014600

014606
014610

014614
014616
otaetg
8166

014624

0146

014636
014640
816642
014644

oos;o
022702

00134

004537
121;04

000040
000004

177637

15:30

SEQ 97

PAGE 98

003044

004537

010000

09900‘

003044

‘R2=SAME AS MAR CONTENTS

RS, .ROMCLK

SNEXT WORD IS {ustn
UCTION,
SCLOCK INSTRUCTION
:MAR_0

RS, .ROMCLK

9177657 R4
1s£

cseaov
7
EMO
ERR7

ESCAPE

TST

ROMCLK
JSR
014000

RS, .ROMCLK

TRAP
LMORD

R2
#2000,R2
13

RS, .ROMCLK

#B1T16,RS

BIC
CMP
BEQ
ERROR

9177627 R4
RS, R4
17§
7

4&(R1) R4

TRAP
.WORD
.WORD
.WORD

EMO
ERR7

JSR

RS, .ROMCLK

ROMCLK
010000

:RECORD DE vgc ADDR.

:MASTER CLEAR M820C 4.

sNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
:PORT4=1BUS*10
*RS="EXPECTED’
;1S BIT8 SET IN MAR?
:BR IF NO
:1F YES THEN SET BITS
*R&="'F OUND'

SCLEAR UNWANTED BITS

:BITS 586 SHOULD BE CLEAR

:BR IF OK

:ERROR BITS 586 NOT CLEAR

CSESCAPE
L10054~-,

MOV
MOV

17%:

RS, R4

BNE
ROMCLK
JSR
121204

003044

:R1 coutixusASS ¥820 9.4.7 ADDRESS

CMP

INC
CMP

002000

KMCSR,R1

RS
#B118,R2
ok
#B115,RS
4(R1) R&

BIC

158%:

CSEX]T

L10054=.

ROMCLK
JSR
121204
CLR
BIT
BEQ
MOV
MOV

ERROR
TRAP
MORD
.MORD
.MORD

177627

014660

o1oooo

BEQ

062706
020504
1406
104455
000007
885055
7026

014666

000400

000

16104

aonch
1%:

812 05

014650
014652
014654
14223

014

CLR

004537
121204
005005
032702
00140
012705
016104

001410

014574

MSTCLR
003044

014556

937

002516

004537
010000

3931

3938
3939

MWORD
MY INT
MOV

005002

042706

3932
3933
gos«
935
goso

traP

000234

014550
014554

30A(1052)
18-0CT=82
HARDWARE TESTS

110::

3929
3930

MACY11

sstaor

sNEXT WORD IS INSTRUCTION,
SCLOCK INSTRUCTION
:INC MAR

:BUMP MEM ADDRESS
SOVERFLOWED YET?(OVFL PAGE BITS).

:BR IF NO
SNEXT WORD IS INSTRUCTION,
:(LOCK INSTRUCT
ION
PART4 IBUS* 10

‘RS= 't!pecteo"

(LEAR unuanrso BITS
:BITé SHOULD BE SET
:BR IF OK
*ERROR, BIT6 NOT SET

SNEXT uoap 1S lusmuctlon
TCLN

IMAR_y

*RUCTION

M8207

14666

1A11c gguc 'i

0-SEP=-

004537

014693 004000

003044

537

003044

14674
14974

14700
014702
014706

121204
005005
016104

014710

0462704

814716
014726
014726
014730
014732
01473%
014734
01473
01473

014714

14720

MACY11 30A(1052)

18-0CT=82

HARDWARE TESTS
ROMCLK

634000
R

RS, .ROMCLK

ROMCLK
J%R

RS, .ROMCLK

121204
CLR
MOV

ooooga

177637

15:30

SEQ 98

PAGE 99
;NEXT WORD IS INSTRUCTION,

‘MAR M1 0

*CLOCK

INSTRUCTION

INEXT WORD IS INSTRUCTION,
$CLOCK INST au TION

p RT4 _IBUS* 10
= ERPECTED""
aa- ‘FOUND'"

RS
4(R1)
,RG

BIC

21776587 8¢

SCLEAR UNWANTED BITS

001406

BEO

‘BR IF 0K

104455
000007
005055
007026

TRAP
.WORD
.WORD
.WORD

;seaor

TRAP

(SETST

020504

CMP

ERROR

2%:
ENDTST
L1005¢4:

1044M

014736

RS,R4

:BITS SE6 SHOULD BE (LEAR

:ERROR 586 NOT BOTH CLEAR

EMO
ERR7

BADHEAD

Jeeencecseceeee

:eCRAM TEST OF

;*PERFORM

THE

T ST 11
eccnccnccennene
JUMP(I) NEVER MICRO-PROCESSOR iNSTRUCTION.

JUMP

INSTRUCTION

;*VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE

:oIN THE LOCATION [T

IS AT,

:*BR WITH THE LOWEST 8 BITS OF

S*THE BR DATA
:eTHE CRAM PC

BADHEAD

seescccccevenne

014736
014736
014736

014746

014746
014750
014752
01475
014752
014756
014762
014762

BGNTST
::

013701

108:
002516

8}2;93

106404
004737

003474

014770

004737

003166

004537
100400

003100

004537

003100

014774
014774
015000
015002
015002

TEST

IRAP
MWORD

cssxlr
L10055-.

MY INT
MOV

KMCSR,R1

MSTCLR
BGNSEG
TRAP

CRAM PC. AT

THIS POINT

IF THMIS DATA IS CORRECT
CRAM PC IS NOT RIGMT,

veecccecnncenee

SK1P04
108
:GOT0 1os 1v M8204

ExIt

104432
000230

THE

[S MOVED TO PORT4.
IS CORRECT,
IF THE

teTHEN PORT4 CONTAINS A 37

014736

INSTRUCTION

THIS INSTRUCTION LOADS THE

:CAN'T DO If ROM,&4K

:R1

:RECORD DEVICE ADDR

CONTAINS BASE nazoo 4,7 ADDRESS

IMASTER CLEAR M8200,4,

JSR

($BSEG
PC,MEMSEY

:SET MEM AND RAM

JSR

PC,CLRALL

sCLEAR ALL

SROMCLK
JSR
RS, .SROMCLK
100400
SROM(L K
JSR
RS, .SROMCLK

CONDITIONS

sNEXT WORD IS INSTRUCTION,
:START AT ROM P(:=0
SNEXT WORD IS INSTRUCTION,

CIDMQED MB207

CZDMQE .P1
4019
4020
¢021
4022
aog
40264
4025
4026
4027
4028
4029
4030
4031
4032
4033
4034
4035
4036
4037
4038
4039

015006
015010
015014
015016
015020
015022
015026
015030
015032
015034
olsoig
015036
015040
01504
01506
015042
015044
015064
015046
015052
015052

4041
4062

015060
015060

4040

015056

4043
4044

015064
015066

4046

015074

4048

015100

4045

4047

4049
4050
4051
4052
4053
4054

4055

4056
4057

4058
4059
4060
4061
4062
4063
4066
4065

4066

4067

4068
4069
4070
4071
407
4073
407

015072

STATIC gsnc ci

0-SEP=B2

114377
004737
000001
120504
001406

15:35

100008:

104405

004737

003166

004537

100403

004537

100000
004737
000004

15:30

1143771 <400+0>
JSR
PC,RAMDAT

28:

104410
000002

18-0CT-B82

WARDWARE TESTS

003330

104455
000005
005055
006556

104404

MACY1Y 30A(1052)

i
(MP8
RS,R&
BEQ
i'
ERR
TRAP
gsznor
.WORD
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
(SESCAPE
.WORD
10000%-.
ENDSEG
TRAP
BGNSEG
TRAP

($BSEG

PC, CLRALL

003100

JSR

RS, .SROMCLK

003100

SROMCLK
JSR
RS, . SROMCLK

100403

120504

(MPB

RS ,.RG

ERROR

TRAP
BGNSEG
TRAP
JSR
SROMCLK
JSR
100406
SROMCLK

(SESEG

001406

BEQ

015104
015106
015110
015112

104455
000005
005055
006556

015116

104410
000002

TRAP
CSERDF
LMORD
S
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
(SESCAPE
.MORD
10001%~-.
ENDSEG

015120
015120

015120
015125
015122
015154
015130
015130
01513¢
015136

48:

10001$:

104405
104404
004737

003166

004537
100406

003100

015136

004537

003100

015144
015150
015152
015154
015156
015162
015164

004737
000007
120504
001406

003330

015142

1o«1§s

104455
000005

;CLEAR ALL CONDITIONS

INEXT WORD IS INSTRUCTION,

:START AT ROM PC=3

TNEXT WORD IS INSTRUCTION,

100000 <400+0> ;JuMP TO ROM PC OF 0
JSR
PC,RAMDAT
;R4=CRAM PC (LSB 8 BITS)

003330

015076

015114
815114

:JUMP TO ROM PC OF 1777
‘RG=CRAM PC (LSB & BITS)
SEXPECTED DATA
*1S ROM PC CORRECT?
‘BR IF NO
JERROR, CRAM P( IS WRONG

CSESEG

JSR

SROMCLK

SEQ 99

PAGE 100

($BSEG
PC, CLRALL

RS, .SROMCLK

JSR

RS, . SROMCLK

JSR
7
(MPB
BEQ
ERROR
TRAP
MORD

PC,RAMDAT

106125 <400+0>
RS,.R&
6%
5
(SERDF

SEXPECTED DATA

;1S ROM PC CORRECT?
‘BR IF

YES

;ERROR, CROM PC IS WRONG

:CLEAR ALL CONDITINS
*NEXT WORD IS INSTRUCION,
:START AT ROM PC=6
*NEXT WORD 1S INSTRUCTION,

:JUMP TO ROM PC OF 525

*R4=CRAM PC (LSB 8 BITS)
SEXPECTED DATA
:1S ROM PC CORRECT?
BR IF YES
JERROR, CRAM PC IS WRONG

(ZDMQED MB207 g'ATlC gsAG li
CZDMaE .P11
C=-SEP=-82
15:35

4075

4076
407
4078
4079
4080
4081
4082
4083
4084

2832

4087

4088

012166

015170
01517%
015172
012174
015176
015176
015176
015200
015200

015200

MACY1Y 30A(1052)
18-0CT=-82
HARDWARE TESTS

C05055S

556

6%:

104410
000002

10002%:

104405

ENDTST
L10055:

104401

015202

4099
4100
4101

015202
015202

6102

015202

4104

015212

4107

015216

4110
6111
611;
4113
6114

015214
015216

015222

0152§6
015232
015232
015234
015234

seeenencecvwene TEST

BGNTST
112::

104432

013701

002516

004737

003474

104404

4119

015250

004737

003330

4121

015256

120504

6126
6127
4128
ctgo
4130

015254

000377

015260
015262
015266

001406

015272
015274
015276
015276
015300

882055
556

015270

LWORD
MYINT

MOV

MSTCLR
1%:

JSR
BGNSEG

12 eevvcncnnnncene

104455

CSEXIT

KMCSR,R1
PC,MEMSET

:RECORD DEVICE ADDR.

:R1 CONTAINS BASE M8200,4,7 ADDRESS
:MASTER CLEAR M8200,4,7
:SET MEM AND RAM

sNEXT WORD IS INSTRUCTION,

:START AT ROM PC=0

igg"CLK
RS, .SROMCLK
1143771 <400+1>

P
S 35 S
:JUMP TO ROM PC OF 1777

377

SEXPECTED DATA

JSR

PC,RAMDAT

C(MPB

RS.R4

.WORD

2%:

:DON'T DO IF MB200

L10056~-.

TRAP
($BSEG
SROMCLK
JSR
RS, .SROMCLK
100400

BEQ
ERROR
TRAP

000005

1046410
000002

MACEX?2

fRAP

000214

:}}? 8:2223 004537 003100
«118 015246 mr;r

6125

12 eeencenescnneee

:DO NOT DO TEST IF MB200

015560

615§
41
6126

TEST

BADHEAD

003100

6120

CSETST

;*IN THE LOCATION IT &s AT, THIS INSTRUCTION LOADS THE
:*BR WITH THE LOWEST 8 BITS OF THE CRAM PC, AT THIS POINT
;*THE BR DATA S MOVED TO PORT4. IF THIS DATA IS CORRECT
:*THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL
;*THEN PORT4 WILL CONTAIN A 37

004537
100400

4115

TRAP

s*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION

015202

4108
4109

CSESEG

;*PERFORM THE JUMP INSTRUCTION

4097

4105
4106

TRAP

PAGE 101

:*CRAM TEST OF JUMP(I) ALWAYS MICRO=PROCESSOR INSTRUCTION.

410

EMO

SEQ 100

.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
LWORD
10002%~-.
ENDSEG

seenencneenenee

4090

4098

.WORD

BADHEAD

4089
409
409
4094
4095
4096

15:30

gseaor

.WORD
EMO
.MORD
ERRS
ESCAPE SEG
TRAP
cssscuvt
.WORD
10000%-.

:R&=CRAM PC (LSB 8 BITS)

:1S ROM PC CORRECT?

:BR IF YES
:ERROR, CRAM PC 1S WRONG

C ZDMQEO. M8207 §TATIC 85‘5 ag
CZDMQE.P11
0-SEP=82
15:35
6131
4 g
4
6136
6135
613

41;7
4138
6139
4140

4141
4142

414
6144

4145

01530
01530
015302
015304
015304
015306

015306
015312
015314
015314

o1ss§6
015330

olsgsz

015334
015340
015342
015344
015346
015350
015350
015352
015354
015354
015354
015356
015356
015360
015360
015364
015366
015366

4165
4166
4167

015374
015400
015402

4168
4169
4170
4171
4172
417
4176

6175
4176

677
4178
4179
4180
4181
:}gg

4184

4185

4186

015372

015404
015406
015412
015414
015416
o1sasg
0154

015622
015624

015656

015426
olsago
015430
015430
015430
015432

10000$:

104404

004537
100403

003100

004537

003100

015 %o 100400
015322 004737

6146
6147
4148
6149
4150
4151
415;
4153
6154
4155
6156
4157
4158
4159
4160
6161
6162
4163

4164

.
104405

MACY11 30A(1052) 18-0CT-82
HARDWARE TESTS

000000
120504

0
CMPB

(s:

10001$:

104404
004537
100406

003100

004537

003100

004737
000125
120504

003330

104410
000002
104405

104401

sNEXT WORD IS INSTRUCTION,

:START AT ROM PC=3

:NEXT WORD IS INSTRUCTION,

:EXPECTED DATA
;1S ROM PC CORRECT?

RS,R&

‘BR IF YES

ERROR
S
;ERROR, CRAM PC IS WRONG
TRAP
CSERDF
MWORD
§
LWORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10001$-.
ENDSEG

TRAP
BGNSEG

CSESEG

TRAP
($BSEG
SROMCLK
JSR
RS, .SROMCLK
100406
SROMCLK
JSR
RS, .SROMCLK

;NEXT WORD IS INSTRUCTION,

:START AT ROM PC=6
:NEXT WORD IS INSTRUCTION,

106125'<400+1>

001406
104455
000005
005055
006556

TRAP
CSESEG
BGNSEG
TRAP
($BSEG
SROMCLK

BEOQ

104405

104555

ENDSEG

100000 <400+1> ;JuMP TO ROM PC OF 0
JSR
PC,RAMDAT
:R4=CRAM PC (LSB 8 BITS)

001406

104410
000002

PAGE 102

JSR
RS, .SROMCLK
100403
SROMCLK
JSR
RS, . SROMCLK

003330

104455
000005
005055
006556

15:30

6%:

10002$:
ENDTST
L10056:

JSR
125
(MPB

PC,RAMDAT

TRAP
LWORD

(CSESCAPE
10002%~-.

TRAP

(SESEG

TRAP

CSETST

RS,R4
BEQ
6%
ERROR
S
TRAP
CSERDF
MWORD
S
LWORD
EMO
.WORD
ERR
ESCAPE SEG
ENDSEG

:JUMP TO ROM PC OF 525

*R4=CRAM PC (LSB 8 BITS)
SEXPECTED DATA
:1S ROM PC CORRECT?

:BR IF YES
:ERROR, CRAM PC IS WRONG

BADHEAD

sevesensennnnee TEST 13 eeeenccnnnnenns

SeCRAM TEST OF JUMP(1) ON C BIT SET MICRO-PROCESSOR INSTRUCTION.

SEQ 101

DMQED MB207
CZDMQE.P11

STATIC g A?sfis
0-SEP-

MACY11 30A(1052)
18-0CT-82
HARDWARE TESTS

4187
4188
4189

4190
419N
419
419
6194

l.}gz

;*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
:*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
s*THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL
:*THEN PORT4 WILL CONTAIN A 37
BADHEAD

015432

4197
4198
4199
4200

8154;5
0154
015432

4202
4203
4204
4205
4206
4207
4208
6209
6210
4211
421;
4213
4214
4215
4216
4217
4218
4219
4220
4221
422;
4223
4224
4225
4226
4227
4228
4 §3
4
231
423;
4233
4234
4535
4236
‘gsr
4238
4239
4240

015444
015446
015446
015452
015456
01546
015462
015464
015470
015470
015474
015476
015476
015502
015504
015510
015512
015514
015516
015522
015524
0155%6
015530
015532
015535
015532
01553¢
015536
015536
015536
015540
015540
015542
015546
015543
015552
01555¢4
015554

6242

015562

4261

PAGE 103

;*SET THE C BIT, PERFORM THE JUMP INSTRUCTION.
s*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
s*IN THE LOCATION IT Ls AT, THIS INSTRUCTION LOADS THE

senanenevenneee

4201

15:30

015442

015560

BGNTST
T13::
MACEX2

104432

000230
013701

002516

004737

003474

104404
004737

003260

004537
100400

003100

004537
115377
004737
000377
120504
001406

003100

18:

003330

104455
000005
005055
006556

2%:

104410
000002
100008:

104405

104404
004737

003260

004537
100403

003100

004537

003100

004737

003330

101ogo

:D0 NOT
tRAP
LWORD
MY INT
MOV

TEST

DO TEST IF M8200
CSEXIT
L10057-.
KMCSR,R1

MSTCLR
JSR
PC,MEMSET
BGNSEG
TRAP
C$BSEG
JSR
PC,SETC
SROMCLK
JSR
RS, .SROMCLK
100400
SROMCLK
JSR
RS, . SROMCLK
1143771 <400+2>
JSR
PC,RAMDAT
377
CMPB
RS,.R&4
BEQ
$
ERROR
TRAP
CSERDF
MWORD
§
WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCA
.WORD
10000%-.
ENDSEG
TRAP
BGNSEG
TRAP
JSR
SROMCLK
JSR
100403
SROMCLK

13 secnvcncnvncnee

;DON'T DO IF M8200

sRECORD DEVICE ADDR.
;R1 CONTAINS BASE M8200,4,7 ADDRESS
;MASTER CLEAR M8200,4,7
;SET MEM AND RAM

:SET THE C BIT®
sNEXT WORD IS INSTRUCTION,
:START AT ROM PC=0
sNEXT WORD IS INSTRUCION,

;JUMP TO ROM PC OF 1777
;R4=CRAM PC (LSB 8 BITS)
:EXPECTED DATA
;1S ROM PC CORRECT?
:BR IF YES
:ERROR, CRAM PC 1S WRONG

;LOOP TO 1% IF SWO09=1

CSESEG

($BSEG
PC,SETC
RS, .SROMCLK

JSR

ng .SROH(LK

JSR

PC,RAMDAT

100000 <400+2>

sSET THE C BIT®
sNEXT WORD [S INSTRUCTION,
:START AT ROM PC=3
sNEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 0

;R4=CRAM PC (LSB 8 BITS)

SEQ

102

NO SO
NNOOO

10001$:

104405

104404
004737

0
CMPB
BEQ

[3)

WORD
+WORD

EMO
ERRS

003260

00453

10440

PAGE 104

sEXPECTED DATA
:1S ROM PC CORRECT?

RS .R4

sBR IF YES

§
gSERDF

sERROR, CRAM PC IS WRONG

:LOOP TO 38 IF SW09=1

TRAP

CSSSCAPE

TRAP

CSESEG

TRAP

C$BSEG

LWORD
ENDSEG

10001%~-.

003100

JSR
PC,SETC
SROMCLK
JSR
RS, .SROMCLK
100406
SROMCLK
JSR
RS, .SROMCLK

003330

JSR

sSET THE C BIT'
sNEXT WORD IS INSTRUCTION,
sSTART AT ROM P(C=6
¢NEXT WORD 1S INSTRUCTION,

104125 <400+2>

125
CMPB
BEQ

ERROR
TRAP

VOO
WVVIOW
O
o~
O==
nNO

104405

15:30

ESCAPE SEG

BGNSE

003100

18-0CT-B2

HARDWARE TESTS

ogo-.
82— 8383

) D D
)
D ) D e
— e

o
) o
D
D
i
D e
i

MACY11 30A(1052)

ERROR
TRAP
«WORD

NOOMNVVO
O SO

&R
333 S ERAAE
OSSO

AWV

o OO
OO O OO V"W

O-SEP-25A$S:§S

VWAL VIVWAWIWIWAWL VIV

D D ) D

D D D e

) e

OCO0O0O0O0O0O0O0O0O0O0O0O0O0O0O mi{=l=lellololelelolelolelelelololelolelelelelelele)

—2

207 g TATIC

6$:

10002$:

ENDTST

L10057:

:JUMP TO ROM PC OF 525

PC,RAMDAT

sR4=CRAM PC

(LSB 8 BITS)
sEXPECTED DATA
:1S ROM PC CORRECT?
sBR IF YES

RS ,R4
6%
5

+sERROR, CRAM PC IS WRONG

CSERDF

.WORD
5
.WORD
EMO
WORD
ERRS
ESCAPE SEG
TRAP

CSESCAPE

TRAP

CSESEG

TRAP

CSETST

.WORD
ENDSEG

10002%~-.

BADHEAD

seenennenretees

TEST

eenvncnnennnnen

s*CRAM TEST OF JUMP(I) ON Z BIT SET MICRO-PROCESSOR INSTRUCTION.

s*SET THE Z BIT, PERFORM THE JUMP INSTRUCTION.
s*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
s*IN THE LOCATION IT LS AT, THIS INSTRUCTION LOADS THE

s*BR WITH THE LOWEST

015676

ITS OF THE CRAM PC. AT THIS POINT

s*THE BR DATA IS MOVED
TO PORT4. IF THIS DATA IS CORRECT
s*THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL
: *THEN PORT4 WILL CONTAIN A 37

BADHEAD

Jevsnensetnetee

TEST

eevnnnncennnene

SEQ 103

CZDMQED MB207
CZDMAE.P11
4299
6300
6301
420
430
6306

4;05

6306
4307
4308
4309
4310
6311
631§
6313
6316

81 676
015676
015676

10443
00023

0157

013701

015715

015716
1?7 2
015726
015726
015730
0157
0157

015746
015750
015754
015756
015760
015762
015766
015770
015772
015774
015776
015776
016020
016002
016002
016002
016004
016004
01600
81601
01601
016018
01602
016030
0160264
0160;6
8160 2
016034
016036
816060
016044
016046
oaoosg
81605
16054
016054
016056

004737

LMORD

003474

MSTCLR
JSR
BGNSEG

PC,MEMSET

JSR

PC,SET2Z

003100

004737

003330

TRAP

($BSEG

JSR

RS, . SROMCLK

§§9

PC,RAMDAT

1143771 <400+ 3>

28:

(MPB
RS.R&
EQ
$
ERROR
TRAP
CSERDF
MORD
S
JWORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP

.WORD

10000$:

003312

KMCSR,R1

SROMCLK
JSR
RS, .SROMCLK
100400
SROMCLK

003100

004537

cssxlt

MY INT
MOV

1%:

003100

ENDS

TRAP

:RECORD DEVICE ADDR.

:R1 CONTAINS BASE

M8200,4,7 ADDRESS

:MASTER CLEAR M8200,4,
:SET MEM AND RAM

sSET THE Z BIT'

sNEXT WORD IS INSTRUCTION,

:START AT ROM PC=0

sNEXT WORD IS INSTRUCION,

:JUMP TO ROM PC OF 1777

sR4=CRAM PC

(LSB 8 BITS)

sEXPECTED DATA

;1S ROM PC CORRECT?

sBR IF YES
sERROR,

CRAM PC

IS WRONG

CSESCAPE

10000%~-.

CSESEG

BGNSEG
TRAP
C$BSEG
JSR
PC,SETZ
SROMCLK

sNEXT WORD IS INSTRUCTION,

SROMCLK

sSTART AT ROM PC=3
sNEXT WORD IS INSTRUCTION,

JSR
100403

RS, .SROMCLK

003100

{sn

RS .§ROHCLK

003330

3sa

PC,RAMDAT

CMPB
BEQ

RS,R&
X1

TRAP
.MORD

gseaor

00000 <400+3>

ERROR

SEQ 104

PAGE 105

L10060=-.

002516

104404

100400

15:30

MACEX2
sDON'T DO IF M8200.
D0 NOT DO TES T IF mM8200

trAP

0067?7 003312
004537

18-0CT-82

HARDWARE TESTS

BGNTST
T14::

012706
015710

631? 01574%

6318
4319
4320
6321
432;
4323
6324
4325
4326
6327
4328
63%3
43
4331
LSS%
4333
6336
4335
4336
4337
4338
4339
4340
4361
636;
434
6344
4345
6349
434
4348
4349
4350
435
635‘
4353
435

30°3eP-82 1585

MACY1? 30A(1052)

JWORD
.WORD

EMO
ERRS

LMORD

10001%~-.

ESCAPE SEG
TRAP
(SESCAPE

sSET THE Z BIT'

:JUMP TO ROM #C OF 0
:R4=CRAM PC (LSB 8 BITS)
EXPECTED DATA

:1S ROM PC CORRECT?
.

YES
t

sERROR, CRAM PC IS WRONG

OONWNW

18-0CT-82

HARDWARE TESTS

15:30

003312
003100

ENDSEG
TRAP

CSESEG

003100

JSR
RS, .SROMCLK
100406
SROMCLK
J3R
RS .§ROHCLK

003330

JBR

WWVIOW

nNO

6%:

Ll
g

100028
:

ENDTST
L10060:

016142

SEQ 105

PAGE 106

GNS
TRAP
C$BSEG
JSR
PC,SET
SROMCLK

ooV

O SSVINBZWN

SOO S

104404

MACY11 30A(1052)

10001$:

104405

SNO SN
STNNOC SN

——

i
il

STATIC 85A$Se§5
0-SEP-

004737

i i S OO OOOO
o
OQONNNNNO

OO
OO OO OO
OO
b D d h e
S D d d 2

223

—

—_—

207

sSET THE Z BIT'
sNEXT WORD IS INSTRUCTION,

sSTART AT ROM P(C=6
sNEXT WORD IS INSTRUCTION,

104125 <400+3>

:JUMP TO ROM PC OF 525

5
CMPB
EQ
ERROR

SEXPECTED DATA
+1S ROM PC CORRECT?
sBR IF YES
sERROR, CRAM PC IS WRONG

PC,RAMDAT

sR4=CRAM PC

RS .R4
$

TRAP
.WORD

SERDF

TRAP

CSESCAPE

TRAP

CSESEG

TRAP

CSETST

(LSB 8 BITS)

.WORD
EMO
.WORD
RRS
ESCAPE SEG
.WORD
ENDSEG

10002%-.

BADHEAD

sennenneeeceeee

s*CRAM TEST

s*SET THE BRO

TEST

seecnccntnnnnee

OF JUMP(1) ON BRO SET MICRO-PROCESSOR INSTRUCTION.
BIT, PERFORM THE JUMP INSTRUCTION,

s*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
s*IN THE LOCATION IT ‘S AT, THIS INSTRUCTION LOADS THE
s*BR WITH THE LOWEST 8 BITS OF THE CRAM PC, AT THIS POINT
s*THE BR DATA IS MOVED TO PCRT4. IF THIS DATA IS CORRECT
s*THE JUMP WAS SUCCESSFUL, IF _THE JUMP WAS UNSUCCESSFUL
;*THEN PORT4 WILL CONTAIN A 37

BADHEAD

sevennseeneceer

TEST

VILVAWVAWA

383 oo VN

000
et
oo

O000
ot ) e
oo

OO0
2
b
OO

016142

D0 NOT DO TEST If M8200

trRAP
013701

002516

004737

003474

L10061~-.

MOV

KMCSR,R1

MSTCLR

1%:

JSR

;:DON'T DO IF M8200.

cssxlt

MORD

MYINT

eecennenennneee

PC,MEMSET

:RECORD osv&cs ADDR.

:R1 CONTAINS aags M82 9.4.7 ADDRE $S

:MASTER CLEAR M8200,4,

sSET MEM AND RAM

CZDMQEO MB207 STATIC

C%DMQE.P11
44611
Prs|

16175
1617

413
14
4415
416
17
18

016174
016200
016200
016204
016206
016 og

4,20
421
44 i
4623
424
4625
4426
44627

016214
016 g
16
016226
016 g
016
016234
816 36

419

4428
4629
430
4631

016212

tesa
01624
016242
016244

443;
433
436
435
4439
4,37
4638

016246
016246
016246
016250
16250
016252
016256

4640
4661

016262
016264

4643

016 7g

0=SEP=

DIAG #

gi ?s:is

1044g4

004737

003220

004537
100400

003100

oocg;r

003100

004737
930377
0504
001406

003330

116377

104455
000005
005055
006556

1 8-0CT=-82
HARDWARE TE STS

BGNSEG
TRAP

15:30

($BSEG

JSR
PC,SETBRO
SROMCLK
{aa
RS, . SROMCLK
0400
SROMCLK
JSR
RS, . SROMCLK

1143771 <400%4>

i;n
7
(MPB
BEQ
ERROR
TRAP
.WORD
.MORD

100008:

104405

104404
004737

MACY11 30A(1052)

28:

104410
000002

003220

PC,RAMDAT

RS,R&
i’
gssnor

100403
SROMCLK

;START AT ROM PC=3
:NEXT WORD IS INSTRUCTION,

RS,

016264

004537

003100

JSR

816 72
016276
016300
016302
16;06
016310
016312
016314
016316
16 8
016
016322

004737
000000
120504
001406

003330

JSR
PC,RAMDAT
0
CMPB
RS,R&
BEQ
X1
ERROR
S
TRAP
gsenor
.WORD
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.MORD
10001$~-.

16324

457
458
4459
4660

016324
016324
016326
016326

446

16 §2

4461

463
464

4465
b6

000002

10001$:

104405

016330

104404
004737

016
016340

?oassr
100406

003100

004537

003100

016 AS
016342

003220

. SROMCLK

100000 <400+4>

104410

:R4=CRAM PC (LSB 8 BITS)
SEXPECTED DATA
:1S ROM PC CORRECT?
‘BR IF YES
*ERROR, CRAM PC IS WRONG

;SET THE BRO BIT®
JNEXT WORD IS INSTRUCTION,

4662

104455
000005
005055
006556

:JUMP TO ROM PC Of 1777

TRAP
CSESEG
BGNSEG
TRAP
($BSEG
JSR
PC,SETBRO
SROMCLK

RS, . SROMCLK

Pry
4445
464b
44?7
4448
449
450
451
452
“2
4654
4655

:START AT ROM PC=0
:NEXT WORD IS INSTRUCION,

ENDSEG

JSR

102039

;SET THE BRO BIT'
;NEXT WORD IS INSTRUCTION,

EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.MORD
10000$~-.

4u90w?oomnromwo
100403

SEQ 106

PAGE 107

:JUMP TO ROM PC OF 0

:R4=CRAM PC (LSB 8 BITS)
:EXPECTED DATA
;1S ROM PC CORRECT?
‘BR IF YES
:ERROR, CRAM PC IS WRONG

ENDSEG

TRAP
BGNSEG
TRAP
JSR

SROMCLK
JSR
100406

CSESEG
($BSEG
PC,SETBRO
RS, . SROMCLK

SROMCLK
JSR
RS, .SROMCLK

:SET THE BRO BIT

sNEXT WORD IS INSTRUCTION,
;START AT ROM PC=z6

:NEXT WORD IS INSTRUCTION,

CIOMaE piTo07 SEALES.RIAS M2
7

STATIC

DIAG #

MACY11 30A(1052)

RARDUARE TESTS

:267 §}2 ‘8 04}5; 003330

Pt4 8}228
Pt
it et 104405
16404
gzgg 816606 1046401
4487

2233

PAGE 108

Enza RS, R4
258
R gssnor
TRAP ?‘

100028 :
L10061:

016406

'13 “°",E§ CORRECT?
Ennon. CRAM PC 1S WRONG

.WOR
.MORD EMO
'22235 sEnas
?aAp cges :ve
ézggg 10002%-.

TRAP

CSESEG

TRAP

CSETST

AT
:JUMP TO RO
ggpgg¢go
pgh§ksa 8 BITS)

BADHEAD

adnr

5:Efiii';ig;'a;'Jagglx}605'55;;§§3;=;§zg;352c§sson INSTRUCTION.
:

, PERFORM

P
ot
P+
2232

¢301 019608
238 e

016416
8}2250

16436

THE LOCA

éelz?"n.nnn TEST 16 (SX33X2XXX322X1%;
s
3

104432
000230

458? 01662% 013701 002516
2383 164
§;g:§§ 004737 003474
16636

31&2 WITH THE TION
LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
;
TO PORT4.
THIS DATA IS CORRECT
!ifié 33n3‘5:sl§uggg§gruf. IF THE IFJUMP
WAS UNSUCCESSFUL
;*THEN PORT4 WILL CONTAIN'A 37

:28;
01“06
4499

4504
:gos

15:30

10‘125'<:2°;:;DA1

22§§ }2 g‘ §°8§82
Prid §1° 4 —
22; }8 2 104455

4474 816 70 00000
475 016 72 05
sg
447 816 7% oogss
22; 812 56 104410
447 016403 000002

18-0CT=82

1044

g S enn
32222 004537 003100
}22§§ Yo
}2238 ??:;;; 003100
16460
004737 003330
16464 300377

:35‘:51 ogE;§§t IF M8200
RAP

:DON'

fig?z?

i
L10062-.

MOV
KMCSR,R1
MSTCLR
JSR
PC,MEMSET

. contixnsBA DEVICE ADDR. o sEss
*MASTER
SSET MEM CLEARa23
AND 200.4.7

acusec
TRAP

($BSEG

Sggfltll Phelll W
{38‘00 RS, .SROMCLK
SROMCLK
f?2377'<od'gaon:tu
SR
PC,RAMDA
frr

e B

siE{v'ufiaE IS INSTRUCTION,
oy & e Sl
:NEXT WORD IS INSTRUCION,
ggngaxa 3?"(f§g°§ a;;;)
:EXPECTED DATA

SEQ 107

E
c§onoto M8207 §1A1!( g;uc c§
CZDMQE .P11
0-SEP=-82
15:35

MACY11 30A(1052)
18-0CT=82
HARDWARE TESTS

4523

016466
120504
4524 81649§
001406

(MPB

4525
45 ?
45
4528
4529
4530
4531
45 g
45
453,
4535
453
4537
4538

01647
16476
16500
016502
016504
016506
016506
016510
81651
01651
016512
016514
016514
016516

4540
45641
4562
4543

016522
016526
016530
016530

004537
100403

003100

004537

003100

4545
45646
4547
4548
4549
4550
4551
4552
4553
4554
4555
4556
4557
4558
4559
4560
4561
4562
4563
4564
4565
45
456

016536
016542
016544
016546
016550
016554
016556
016560
016562
016564
016564
016566
016570
016570
016570
016572
016572
016574
016600
016600
816606
16606
016603

004737
000000
120504
001406

003330

4569
4570
4571

016614
8166 0
016622

4539

4564

4568

4572
4573
4576

4575
4576
4577
4578

0165 %

016536

81661

016624
0166 3
016632

816636
016636
016640
016642

104455
oooogs
005055
006556

28:

104410
000002

10000$:

104405
104404
004737

102400

003230

104455
000005
005055
006556

104404
004737

003100

004537

003100

004737
000132
5505

003330

1oos§s

CSESEG

ERROR
TRAP
gseaor
.WORD
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10000$~.
ENDSEG

(C$BSEG
PC,SETBR1

JSR
PC,RAMDAT
0
(MPB
RS,.R&
BEQ
4%
ERROR
5
TRAP
CSERDF
MORD
§
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
MORD
10001$~.
ENDSEG

TRAP
BGNSEG
TRAP
JSR
SROMCLK
JSR
100406
SROMCLK
JSR
JSR
25
(MPB

BEQ
ERROR
TRAP

68:

SEQ 108

PAGE 109
;1S ROM PC CORRECT?

‘BR
IF YES
:ERROR,

CRAM PC IS WRONG

:SET THE BR1 BIT®

;NEXT WORD IS INSTRUCTION,
;START AT ROM PC=3
*NEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 0

*R4=CRAM PC (LSB 8 BITS)
*EXPECTED DATA
:IS ROM PC CORRECT?
‘BR IF YES
JERROR, CRAM PC IS WRONG

CSESEG
C$BSEG
PC,SETBRY
RS, .SROMCLK

RS, .SROMCLK

104125 <400+5>

001406

106455
880005
005055
006556

TRAP
BGNSEG
TRAP
JSR

100000 <400+5>

003230

004537
100406

RS,.R&

SROMCLK

10001$:

104405

BEO

JSR
RS, .SROMCLK
100403
SROMCLK
JSR
RS, .SROMCLK

4$:

104410
000002

15:30

PC,RAMDAT
RS.R&

gseaos

.WORD
.WORD
EMO
.WORD
ERRS
ESCAPE SEG

;SET THE BR1 BIT®
;NEXT WORD IS INSTRUCTION,
:START AT ROM PC=z6
INEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 525

*R4=CRAM PC (LSB 8 BITS)
SEXPECTED DATA
:1S ROM PC CORRECT?

‘BR IF YES
*ERROR, CRAM PC

IS WRONG

(ZDMQED MB207 §1ATI( gsh?sfis
CZDMQE .P11
0-SEP64579

016642

4581
4582
4583
4584
4585

016646
016646
016646
016650
016650

MACY11 30A(1052)
18-0CT-82
HARDWARE TESTS

104410

TRAP

4580 016644 000002

2%39

016650

4588

016652

4S89

10002%:

104405

ENDTST

L10062:

104401

4598

4599

4600

4601
4602
4603

4604

4605

4606

4607
4608
4609

4610
4611
4612
4613

.WORD

CSESCAPE

TRAP

(SESEG

TRAP

CSETST

ENDSEG

PAGE 110

1050 $-.

BADHEAD

sevnnnnneeennee

4590
4591
459
459
4594
4595
4596
4597

15:30

TEST

eeencnnannnnnne

:*CRAM TEST OF JUMP(I) ON BR& SET MICRO-PROCESSOR INSTRUCTION.

s*SET THE BR& BIT, PERFORM THE JUMP INSTRUCTION,
s*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
s*IN THE LOCATION IT &S AT, THIS INSTRUCTION LOADS THE
+*BR WITH THE LOWEST B BITS OF THE CRAM PC. AT THIS POINT
:*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT

s*THE JUMP WAS SUCCESSFUL, IF _THE JUMP WAS UNSUCCESSFUL
: *THEN PORT4 WILL CONTAIN A 37

016652

BADHEAD

seenennneernees TEST

016652
016652
016652

016662

016664

016666
016666
016672

016676
016702
016702

016702

BGNTST
17::

106432

000230

013701

002516

004737

003474

104404

MACEX?2
;DO NOT DO TEST

tRAP

CSEXIT

.WORD

L10063-.

MYINT
MOV
MSTCLR
1%:

17 snenccnnnnonnne

IF M8200

KMCSR,R1

JSR

PC,MEMSET

BGNSEG
TRAP

($BSEG

sDON'T DO IF MBZ00.

sRECORD DEVICE ADDR.
sMASTER CLEAR MB8200,4,7
sSET MEM AND RAM

SEQ 109

G
(ZDMOED MB207
(ZDMQE .PIN
4616
4615
616

617

618
619

0167064
016710
016710

016714

016716
016716

STATIC 8£AG l§
0=-SEP=-82
15:35
004737

003240

004537

100400

004537

MACY1Y

30A(1052)
18-0CT-B2
HARDWARE TESTS

15:30

9
PAGE 111

003100

JSR
PC,SETBR4
SROMCLK
JSR
RS, .SROMCLK

sSET THE BR4 BIT'
sNEXT WORD IS INSTRUCTION,

003100

SROMCLK
JSR
RS, .SROM{LK

sNEXT WORD [S INSTRUCION,

100400

sSTART AT ROM P(=0

SEQ 110

DIAG #

RING %%,
CTomap1t1207 SAATIE
CZOMOED MB207
01
0N

%6 004737 003330

722
4

620
W1

STATIC

173717

18-0CT=
0A(1052) 18-0C1-B2

MACY1Y 30A(1052)

JSR

15:

116377 <400+6>

15:30

P(,RAMDAT

"9
PA

SEQ 1N

PAGE 112
:JUMP TO ROM PC OF

1777

sRG=(kAM P( (LSB 8 BITS)

SIDRIENCH207 SIALIC RN},
016730 000377
622
5% 016732 120504
(ZDMOEQ MB207

STATIC

DIAG #2

MACY11

SEQ 112

:
0 et 113
DIIR welfcTem 19:3
-0CT~

ECTED DATA

ROM PC CORRECT?

J
(ZDMQED MB207

(fDflOf.P\l
4626

016736

STATIC

DIAG #

0-SEP-%$ 1S:§S
001406

MACY1Y 30A(1052)

18-0CT-82

HARDWARE TESTS
BEQ

15:30

PAGE

SEQ 113

114
:BR IF

YES

K
(ZDMQEOD MB207 glATl( ggAG li
(ZDMQE .P11
0-SEP-B2
15:35

4625

01673
46 ? 81674

016744

4629

016750

4628

016746

MACY11 30A(1052)
18-0CT=82
HARDWARE TESTS

15:30

106455

ERROR

TRAP

gSERDF

005055

«WORD

EMO

000005

006556

+WORD

«WORD

ERRS

9
PAGE 115

sERROR, CRAM PC IS WRONG

SEQ 114

L
m8207 §!A11C 35‘6 'i

0-SEP=-82

15:35

§1e7§3 104410
167

1675¢
16756
16756
16756

016760

816760

MACY1? 30A(1052)

HARDWARE TESTS
28:

000002

100008:

104405
104424

18-0CT=82

15:30

ERAP

(2 SCAPE

TRAP

CSESEG

.WORD
ENDSEG

BGNSEG
TRAP

10000%=.

($BSEG

004737

003240

JSR

PC,SETBRG

016793

083537

003100

JSR

RS, .SROMCLK

004537

003100

004737
000000
120504

003330

016772
016774
016774

017000

017002
017006
017013

017012
017014
0170 g
017022
017024
917026
017030
017030
017032
0170
0170
017034
017036
017036

100403

1030

SROMCLK

104455
000005
005055
006556

48:

104410
000002

10001$:

104405
104404

;START AT ROM PC=3
INEXT WORD IS INSTRUCTION,

JSR
0
C(MPB

:R4=CRAM PC (LSB 8 BITS)
SEXPECTED DATA
:IS ROM PC CORRECT?

PC ,RAMDAT

RS,R&
BEQ
4%
ERROR
5
TRAP
CSERDF
MORD
S
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.MORD
10001$-.
ENDSEG
TRAP
BGNSEG
TRAP

JSR

($BSEG

PC,SETBRG

004737

003240

017044
017050
oaros;
017052

004537
100406

003100

004537

003100

JSR
RS, .SROMCLK
100406
SROMCLK
JSR
RS, .SROMCLK

017060

004737

003330

{SR

017056 1071§s
817066
12
81707
1707
81707
17100

01710
017104

017106
317108
17110
01711
01711
017112
81 7114
17114

SROMCLK

:JUMP TO ROM PC OF 0

‘BR IF YES
:ERROR, CRAM PC IS WRONG

CSESEG

017040

017044

SET THE BR& BIT®

:NEXT WORD IS INSTRUCTION,

100403
SROMCLK
JSR
RS, . SROMCLK

100000 <400+6>

001406

SEQ 115

PAGE 116

SCAPE SE

16762

016766

:SET THE BR& BIT®

;NEXT WORD IS INSTRUCTION,
:START AT ROM PC=6
SNEXT WORD IS INSTRUCTION,

104125 <400+6>

:JUMP TO ROM PC OF 525

104455

5
(MPB
BEQ
ERROR
TRAP

SEXPECTED DATA
$1S ROM PC CORRECT?
SBR IF YES
*ERROR, CRAM PC IS WRONG

5055
556

.MORD
.WORD

EMO
ERRS

TRAP

CSESEG

000125
1205
001406
000005

104410
000002

104405

.WOR

68:

10002$:
ENDTST
L10063:

PC,RAMDAY
RS,R&
gs
gseaor

ESCAPE SEG
TRAP
CSESCAPE
.WORD
10002%~.
ENDSEG

:R4=CRAM PC (LSB 8 BITS)

CZDMQEOD mM8207 §
CZDMQE.P11

017114

o-sep-§2"%s78s

MACY11 30A(1052)

18-0CT-82

HARDWARE TESTS

104401

TRAP

017116

15:30

SEQ 116

PAGE 117

CSETST

BADHEAD

srnnnnnenveeees

TEST

eteennvenncenene

s*CRAM TEST 9? JUMP(I) ON BR7 SET MICRO=-PROCESSOR INSTRUCTION.
s*SET THE BR7 BIT, PERFORM THE JUMP INSTRUCTION.

s*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
+*IN THE LOCATION IT ‘S AT, THIS INSTRUCTION LOADS THE
¢*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT

s*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORPECT
s*THE JUMP WAS SUCCESSFUL, IF_THE JUMP WAS UNSUCCESSFUL
:*THEN PORT4 WILL CONTAIN'A 37

BADHEAD

017116

evecnennnsnnnne

s s

oo or

—e

fRAP

MORD
MYINT
MOV

002516

003474

MSTCLR

1%:

003250
003100

003100
003330

gsa
77

=S8

(MPB
BEQ
ERROR
TRAP

VWY

.WORD
.WORD

28:

00000

JSR
BGNSEG
TRAP
JSR
SROMCLK
JSR
100400
SROMCLK
JSR

CSEXIT

L10064=.
KMCSR,R1

PC,MEMSET
($BSEG
PC,SETBR?

RS, .SROMCLK

RS .;ROHCLK

1143771 <400+ 7>

-3

Sx8gs..
—

~N\WN
SNNNN

FRKENRRNNS
oo rnoenSs Fod UREXRIEEE

) e e

NOMNLNLNLNLNLNLNLNOND NN —
WANNINONONOUND

-oc-:a§v~ WA =000

NNNNNNNNNNNNNSN
&~
-

TEST

MACEX2
;DON'T DO IF M8200.
DO NOT DO TEST If M8200

) e - ) ) -l D il e b

OO0O0O00O0O0O0O0O0O0O0O0OOOO0OO0OO0O 00000000 00
) d e e d e
D e D d D D e D b e D D D e e
— e D ) D e ) ) )
SNNNNNNNNNNNNNN NNNNNNNSN NNNNNNNNNN

— B —d b

NNNN

O00O0
—t b s D

OOoOo
ot
s h

srennnnnncecneer

Lot ot X

100008:

.WORD
ESCAPE
TRAP
.WORD

ENDSEG
TRAP

PC,RAMDAT

RS.R&
gs
gscnor

:SET THE BR7 BIT®
sNEXT WORD IS INSTRUCTION,

;START AT ROM PC=0
sNEXT WORD IS INSTRUCION,

;:JUMP TO ROM PC OF 1777

:R4=CRAM PC (LSB 8 BITS)
:EXPECTED DATA

;1S ROM PC CORRECT?
‘BR IF YES
:ERROR, CRAM PC IS WRONG

EMO
ERRS

SEG

$ESCAPE
100008-.
CSESEG

003250

BGNSEG
TRAP
JSR

(C$BSEG
PC,SETBR?

003100

{38&03

RS, .SROMCLK

SROMCLK

;RECORD DEVICE ADDR.
;R1 CONTAINS BASE M8200,4,7 ADDRESS
:MASTER CLEAR M8200,4,7
SSET MEM AND RAM

:SET THE BR7 BIT®

sNEXT WORD IS INSTRUCTION,
sSTART AT ROM P(=3

003100

003330

30A(1052)
18-0CT-82
HARDWARE TESTS

6SR

RS,.R4
.%

TRAP
WORD

gSERDF

S¥ &

[={=l=2d
={=l=]
Vo~
O
[=]

4%:

10001$:

TRAP
BGNSEG

CSESEG

Fnan SRUSD
nNO

:JUMP TO ROM PC OF 0

sR4=CRAM PC

:ERROR, CRAM PC [S WRONG

C$BSEG
PC,SETBR?7

003100
003330

JSR

:SET THE BR? BIT®

sNEXT WORD IS INSTRUCTION,
;START AT ROM PC=6

¢NEXT WORD IS INSTRUCTION,

106125'<400+7>

125
CMPB
BEQ
ERROR

6$%:

10002%:

ENDTST
L10064:

(LSB 8 BITS)

sEXPECTED DATA
:1S ROM PC CORRECT?
:BR_IF YES

SROMCLK
JSR
RS, .SROMCLK
100406
SROMCLK
JSR
RS, .SROMCLK

003100

¢MEXT WORD IS INSTRUCTION,

WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10001%-.
ENDSEG

TRAP
JSR

003250

SEQ@ 117

PAGE 118

PC,RAMDAT

(MPB
BEQ

ERROR

N N

15:30

ERRHC
RS,6-3>.SROMCLK
13000LK
0:<40

VIO~
O

1034

MACY11

:JUMP TO ROM PC OF 525

PC,RAMDAT

+R4=CRAM PC

RS5,.R4
6%
S
CSERDF
5
EMO

TRAP
-WORD
.WORD
.WORD

ERRS

TRAP
-WORD

CSESCAPE
10002%~-.

TRAP

CSESEG

TRAP

CSETST

(LSB 8 BITS)

sEXPECTED DATA
:1S ROM PC CORRECT?
:BR IF YES

:ERRCR,

CRAM PC

IS WRONG

ESCAPE SEG
ENDSEG

BADHEAD

setnseneereneee

TEST

s*CRAM TEST OF JUMP(I])

TR NANRRARONY

N C BIT CLEAR M I1CRO-PROCESSOR INSTRUCTIO
N.
THE JUMP INSTRUCTION.
s*VERIFY THE JUMP DID O UR BY CLOCKING THE
INSTRUCTION
+*IN THE LOCATION IT &S T. THIS INSTRUCTION LOADS THE

s*SET THE C BIT, PERFOR

s*BR WITH THE LOWEST

s*THE BR DATA ]S MOVED

s*THE JUMP WAS SUCCESSF
s*THEN PORT4 WILL CONTA

T THE CRAM PC. AT THIS POINT

?RT . IF THIS DATA IS CORRECT
;
HE JUMP WAS UNSUCCESSFUL
~

004537

Sn38
e
=J >

0~SEP-84 15135

o000
‘NCFN\PM\rNO‘ NS S S
synuuannv-hadumaig
LN = ¥ S T, N A
Y
NNDCDC"’J‘JWUCM’gQDONFNN’JNDC’

N N
NN
N

6759

oSN

ONOVSWNN=O

Lt
al ¥ o
NNNN~N

CZDMQED MB207 §
CZDMQE.P11

cZdMQE.P11

0°sep-82"%s8s

MACY11 30A(10 5¢)

HARDWARE TESTS

6793 017362
4798

4,808

817 7

4811
4812
4815
48146
4815
4816
4817
481
481
4820
4821
48 i
48
6826
4825
4826
4827
4828
4829

01741
01741
017414
017420
017424
017424
017430
8176 s
174
8174 6
017440
017444
01744
01745
017452
017456
01746%
01746
017464

4809
4810

4830
4831
4832
4833
4834
4835
48
483
4838
4839
4840
48641

484
484
4844
4845
484
484
4848
4849
4850
4851
4852
4853

sennnnvannetenr

01736
817 6
1736

01740
01740

017466
0174
01747
01747
01747
01747
17474
817476
017476

0175
01751
175
17518
0175
017520
8175 “
175 g
0175
017534
017536
017540
017544
017546

MACEX2
104432
000244

Pod
>
0

017372
017374
017376

15:30

BADHEAD

—e

4800
4801
480
480
4804
4805
6809
4807

18=0(7T-82

013701

002516

004737

003474

004727 003260
104404

004737

PC,MEMSET

1$:
JSR
JSR

003166

PC,SETC
PC,CLRALL

RS, .SROMCLK

003100

JSR

RS, - .SROMCLK

003330

%SR

PC,RAMDAT

CMPB
BEQ
ERROR

R5,R4
$

+WORD

EMO

RAP

CSESCAPE

TRAP

CSESEG

SK1P06

1143771 <400+2>

TRAP
«WORD
WORD

2%:

100008
:

104405

BGN SEG
TRAP

104404

003166
003100

g‘ERDF

:60TO 68 IF M8206

;RECORD DEVICE _ADDR.

;MASTER CLEAR M8200,4,7
:SET MEM AND RAM

sNEXT WORD IS INSTRUCTION,

:START AT ROM P(C=0

sNEXT WORD IS INSTRUCION,

:JUMP TO ROM PC OF 1777
sR6=CRAM PC

(LSB 8 BITS)

sEXPECTED DATA
:1S ROM PC CORRECT?
sBR IF YES
sERROR, CRAM PC

IS WRONG

sCLEAR ALL CON Dl TIONS
:NEXT WORD OF IN STRUCTION

SROMCLK

sSTART AT ROM PC =3
sNEXT WORD OF IN STRUCTION

RS .3aonclx

JSR

PC,RAMDAT

001406

(MPB
BEQ

104455

TRAP

RS.Ré
4%
5

000005

;DON'T DO IF M8200.

ISR~
PC,CLRALL
SROMCLK

JSR

avvvevennenenen

:
($BSLC

RS, .SROMCLK

003330

Jak
100403

003100

SEQ 118

PAGE 119

0 TES T IF M8200
35!!1
10065

KMCSR,R1

003100

004737

TEST

~eoo

C%DHOEO M8207

100000 <400+2>

gSERDF

:JUMP TO ROM PC 0 OF 0

sR6=CRAM PC(LSB 8 BITS)
;EXPECTED
DATA
3
i
OM PC CORRECT?
F YES
:8
R, CRAM PC IS WRONG
3

017550
019552
01755¢
017556
017556
017560
017560
017560
01756%
017562
017564
017570
017570
017574
017576
017576
017602
017604
017610
017612
017614
017616
017622
017624
017626
017630
017632
017632
017634
017636
017636
017636
017640
017640
017640

STATIC

DIAG #

§0-SEP-g5 1S:§S
005055
006556

10001$:

104405
003166

004537
100406

003100

004537
105125
004737
000007
120504
001406

003100

104410
000002
104405

104401

15:30

TRAP

CSESCAPE

TRAP

CSESEG

LWORD
ENDSEG

10001%~-.

TRAP
($BSEG
JSR
PC,CLRALL
SROMCLK

JSR
100406

CMPB
BEQ
ERROR
TRAP

6%:

10002%:

ENDTST

L10065:

017642

RS, .SROMCLK

RS.R4
6%
5

TRAP

CSESCAPE

TRAP

CSESEG

TRAP

CSETST

LWORD
ENDSEG

:*IN THE LOCATION

S*BR WITH THE LOW 3

SeTHE BR DATA |S M
SeTHE JUMP WAS SU C

017652
017654
017656

«THEN PORT4 WILL

BADHEAD

Jeeeeneecenneee

104432
000244

+JUMP TO ROM PC OF
sR4=CRAM PC

525

(LSB 8 BITS)

sEXPECTED DATA
;1S ROM PC CORRECT?
sBR IF YES
(CRAM PC

IS WRONG

10002%-.

SeVERIFY THE JUMP

BGNTST
120::

sSTART AT ROM P(=6

sNEXT WORD IS INSTRUCTION,

MWORD
S
.WORD
EMO
.WORD
ERRS
ESCAPE SEG

:eCLEAR THE Z BIT,

017642

CONDITIONS

:NEXT WORD IS INSTRUCTION,

sERROR,

CSCRDF

BADHEAD
;shnnaneetteetee | £
:*CRAM TEST OF JUM

017642
017642
017642

;CLEAR ALL

SROMCLK
JSR
RS, .SROMCLK
104125!<400+2>
PC,RAMDAT
%SR

003330

SEQ 119

PAGE 120

LWORD
EMD
LWORD
ERRS
£SCAPE SEG

BGNSEG

004737

104455
000005
005055
006556

18-0CT=-82

HARDWARE TESTS

4%:

104410
000002

104404

MACY1Y 30A(1052)

- 17

MB207

alal=1"
1T 1~ B

lalal

c10

N Z BIT CLEAR MICRO=-PROCESSOR
RM THE JUMP INSTRUCTION,

CUR BY CLOCKING THE

AT,

THIS

ITS OF

WORD

MY INT

COEXIT

L10066~.

INSTRUCTION

INSTRUCTION LOADS THE

THE CRAM PC. AT THIS POINT

O PORT4. IF THIS DATA IS CORRECT
Uh'a'%r‘"‘ JUMP WAS UNSUCCESSFUL

MACEX2
;:DON'T DO IF MB200.
:DO NOT DO TEST IFf M8200

frRAP

INSTRUCTION,

OO0IUD¢'0000 OCO0O0O0O0O0O0O0O0O0O0O0OOOOOOO0O0O0OO

NNNNNN NNNNNNNNNNNNNNNNNNNNNNNNY
oo
NNNININ)
= — — —
NN~
NOO
S OMNINO &
OO
NNNN

013701

002516

004737

003474

106486

MACY11 30A(1052)

HARDWARE

1%:

004537

bNog

D
D e
D
D e
i

2%:

-§
S8

100008
:

104405
104404

004537

003100

333 £ SSSSSSSSS
SRRVESR oo

RS, .SROMCLK

PC ,RAMDAT

CMPB
BEQ
ERROR

RS.R4
$

TRAP

CSERDF

TRAP

CSESCAPE

TRAP
BGNSE

CSESEG

.MORD
ENDSEG

SSET MEM AND RAM

: CLEAR CONDIT] 0 N _CODES ;+++ BO
sNEXT WORD IS | N STRUCTION,
P(C=
(=0
NST
sNEXT WORD IS INSTRUCION,
sSTART AT ROM

[

sJUMP TO ROM PC OF 1777
sR6=CRAM PC

(LSB 8 BITS)

;EXPECTED DATA
:1S ROM PC CORRECT?
sBR IF YES
;ERROR, CRAM PC IS WRONG

($BSEG

JSR
PC,CLRALL
SROMCLK

NDITIONS
sCLEAR ALL CONDITI
sNEXT WORD IS INSTRUCTION,

SROMCLK

sSTART AT ROM P(=3
sNEXT WORD IS INSTRUCTION,

RS, .SROMCLK

003100

JSR

RS .§ROHCLK

003330

iSR

PC,RAMDAT

CMPB
BEQ

RS.R4
X3

100000 <400+3>

ERROR
TRAP
.WORD

10001$:

:RECORD osvxce ADDR.

:MASTER CLEAR M8200,4,7

10000%~-.

JSR
100403

4%:

SEQ 120

PAGE 121

.WORD
5
-WORD
EMO
.WORD
ERRS
ESCAPE SEG

:GOTO 6% IF MB206

0014

NNVOOO

PC,MEMSEY

%SR

TRAP

003166

KMCSR,R1

TRAP
($BSEG
JSR
PC,SETZ
JSR
PC,CLRALL
SROMCLK

SKIP06

004737

15:30

EQSHCLK
RS ROMCLK
114377:<406-§>

003330

o000

JSR
BGNSEG

100400

003100

004537

TESTS

JSR

100400

100403

18-0(T=82

MOV
MSTCLR

004737
004737

0-ser-82"58s

D e

DD D d

D D d d h D D D

- 0D

—_—

207 §

000000

010

gtERDF

.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP

CSESCAPE

TRAP
BGNS
TRAP

CSESEG

.WORD
ENDSEG

10001%~-.

($BSEG

sJUMP TO ROM PC OF 0
sR6=CRAM PC (LSB 8 BITS)
sEXPECTED DATA
:1S ROM PC CORRECT?
:BR IF YES
sERROR, CRAM PC IS WRONG

E 10
18-0CT-82

15:30

HARDWARE TESTS

004737

003166

JSR

PC,CLRALL

004537

003100

JSR

RS, .SROMCLK

oo
O= wViviOwWwn
gooww
S NN~

SROMCLK
100406

SROHC

003100

104125'<306

003330

ERROR
TRAP
«WORD
+WORD

6$:

100028%:

ENDTST

L10066:

104401

sCLEAR ALL CONDITIONS

INEXT
WORD IS INSTRU CTION
;START AT ROM PC=6

NEXT UORD IS INSTRUCTION,

gROH(LK

:JUMP
TO ROM PC OF 525
sR4=CRAM P( (LSB 8 BITS)

020122

;EXPECTED DAT
:1S ROM PC ORRECT’
:BR IF YES

R5.R&
$

sERROR, CRAM PC

ESERDF

IS WRONG

EMO

.WORD
_ERRS
ESCAPE SEG
RAP

.HORD

104405

SEQ 121

PAGE 122

PC,RAMDAT

CMPB
BEQ

O—=00—=0
OO0
O=

(=lelelelolelelelele)

MACY11 30A(1052)

0-SEP-

100406

NININININININININI
N

jeinleleleleleleleleleleleleleleleleleleclelel]

°
.

CZDMQEOD MmB207
CZDMQE.P11

ENDSEG

CSESCAPE

10002%-.

TRAP

(SESEG

TRAP

CSETST

BADHEAD

sevenennennenee

s*CRAM TEST OF

TEST

enncnncncannane

JUMP(I) ON BRO CLEAR HICRO-PROCESSOR INSTRUCTION.

s*CLEAR THE BRO BIT,

PERFORM THE JUMP INSTRUCTION

;*VERIFY THE JUMP DiD OCCUR BY CLOCKING THE INSTRUCTION

:*IN THE LOCATION IT &S AT. THIS INSTRUCTION LOADS THE
:*BR WITH THE LOWEST 8 BITS OF THE CRAM PC, AT THIS POINT

;*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
;*THE JUMP WAS SUCCESSFUL, IF_THE JUMP WAS UNSUCCESSFUL

sfikgscuhhnvownsn;twu LY YLY]
NN
OSSO

[elelelelelelelelelelele]e)

= OO

NOMNLRNLNLNLNLNLNLNLNVNONON

NO NS WN=O

°°°°°°°°O°°°§
-ddddd-‘ddd—l

VAWV
AAVVAV NN

6;;:EN PORT4 WILL CONTAIN A 37

020122
[Flelelelelelelelelelelele BN-le-]

5002

Jeennnveeeeneee

BGNTST
121::

MACEX2

104432

tRAP "~ CSEXIT

013701

002516

MYINT
MoV

004737

003474

.WORD

004737

003166

004537

003100

100400

:D0 NOT DO TEST IF m8200

000240

1044

TEST

MSTCLR

1%:

KMCSR,R1

PC,MEMSET

TRAP
JSR

($BSEG
PC,CLRALL

SROHCLK

100400
SROMCLK

;DON'T DO IF M8200.

L10067-.

JSR

BGNSEG

necencenencenes

RS, .SROMCLK

:RECORD DEVICE_ADDR.

IMASTER CLEAR M8200,4,7
:SET MEM AND RAM

sCLEAR ALL CONDITIONS

¢NEXT WORD IS INSTRUCTION,
;START AT ROM PC=0
sNEXT WORD IS INSTRUCION,

003100

JSR

017¢
0200
0202
0206
0 og
0212
0214
0216
0220
0 S
20222
20224
20226
20226
20226
20230
20230
20232

004737
000001
120504
001406

003330

{sn

STATIC

20242
20246
20246
20252
20254
20254

DIAG #

§o-sep-85 1s:§s

0193 116337
104455
000005
005055
006556

003100

004537

003100

20262
20266
20270
20272
20274
20300
20302
20304
20306
20310
20310
20312
20314
20314
gogta
0316
20316
20320
20324
zosia
20330
20332
gossz

004737
000004
120504
001406

003330

20340
20344
20346
20350

0336

102000

104455
000005
005055
006556

10001$:

104405

104404
004737

003166

004537
100406

003100

004537

003100

004737
000007
120504
001406

003330

1061§S

PC,RAMDAT

(MPB
RS,R&
BEQ
gs
ERROR
TRAP
gssaor
.WORD
.MORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10000$~-.
ENDSEG

TRAP
CSESEG
BGNSEG
TRAP
(C$BSEG
SKIP06 6%
:GOTO 68 IF M8206
JSR
PC,CLRALL
SROMCLK
JSR
RS, .SROMCLK
100403
SROMCLK
JSR
RS, . SROMCLK

100000 <400+4>

48:

104410
000002

15:30

RS, . SROMCLK
1143771 <400%4>

104404

004537
100403

18-0CT=82

HARDWARE TESTS

100008:

104405

003166

20260

MACY11 30A(1052)

2%:

104410
000002

004737

NN NNNNN ~

oo(= lelelele o

Voo~

NV
WN =00~

wwuw: W

= OO 00 N

===
OCOO0O0O0O0O00CO00O0O0O0O0O0O00
VAW
ocooooog RRERRRRRR W
S
WWNRNINNONNNN
-o
STFERTLT Vi
Voo~ VS
W =00

004537

A3
NS WY

0166

8207

N WAV VWA VIV IV IV IV IV IV, IV,VANV WA
WY AN

[ala)

F10

JSR
PC,RAMDAT
4
C(MPB
RS,R4
BEQ
X3
ERROR
§
TRAP
CSERDF
MORD
S
.MORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.MORD
10001$~-.
ENDSEG
TRAP
BGNSEG

PAGE 123

:JUMP TO ROM PC OF 1777

‘R4=CRAM PC (LSB 8 BITS)
:EXPECTED DATA
:1S ROM PC CORRECT?
‘BR IF YES
:ERROR, CRAM PC IS WRONG

;CLEAR ALL CONDITIONS
:NEXT WORD IS INSTRUCTION,
;START AT ROM PC=3
:NEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 0

*R4=CRAM PC (LSB 8 BITS)
SEXPECTED DATA
:1S ROM PC CORRECT?
‘BR IF YES
:ERROR, CRAM PC 1S WRONG

CSESEG

TRAP
JSR
SROMCLK
JSR
100406
SROMCLK
JSR

($BSEG
PC, CLRALL

JSR
7
CMPB
BEQ

PC,RAMDAT

RS, .SROMCLK
RS,

. SROMCLK

104125 <400+4>
RS,.R&
6%

;CLEAR ALL CONDITIONS
:NEXT WORD IS INSTRUCTION,

;START AT ROM PC=6
:NEXT WORD IS INSTRUCTION,

;:JUMP TO ROM PC OF 525

:R4=CRAM PC (LSB 8 BITS)
:EXPECTED DATA
:1S ROM PC CORRECT?
‘BR IF YES

SEQ 122

(V] N NN NN NN N
~ NNNNNNOOCOCOCO
NI
~ S EONNNOONONSNVOONNY

jmlelelelelelelelelelelelel-]

00O

mMmm

elelels OCO0O00000O0
LLLLRLS (=l=l=
VOO
SSEIFAR 00000000~~~
28382232
WN=OPYoe

[ala
~N

IV VWA W

8207
1

STATIC
0-SEP-

82'%s%4s

MACY11

30A(1052)

HARDWARE

6%:

10002%:

104405

ENDTST
L10067:

104401

TRAP

5
g‘ERDF

TRAP

CSESEG

TRAP

CSETST

SEQ 123

PAGE 124
sERROR,

CRAM PC

IS WRONG

.WORD
«WORD
EMO
+WORD
ERRS
ESCAPE S EG
TRAP
CSESCAPE
10002%-.
. WORD
ENDSEG

sennnnveveevreee

TEST

wnvvnnencenenne

¢*CRAM TEST OF JUMP(I) ON BR1 CLEAR MICRO=PROCESSOR INSTRUCTION.
s*CLEAR THE BR1 BIT, PERFORM THE JUMP INSTRUCTION.

s*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
¢*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
s*BR WITH THE LOWEST 8 BITS OF
:*THE BR DATA

s*THE

WAS

SUCCESSFUL,

BADHEAD

senennnnnenenne

NN
(=l =1=]

RRRRRRRRRRRRERRRRRRRRR|RR WWW
WAININ)
= — —s —s
P
NN~
NSRS T RSO R RS N ONNOS oo

OO0

JUMP

TEST

BGNTST
122::
D0 NOT 00 TEST IF mMB8200

TRAP

.WORD
MY INT
MOV
MSTCLR

002516

003474
003166
003100

003100

003330

1$%:

JSR
BGNSEG
TRAP

_THE

THIS DATA

JUMP

WAS

IS CORRECT

UNSUCCESSFUL

eanvnnanonnnnnn

;:DON'T DO IF M8200.

Xl
CSEXIT
L10070~-.

KMCSR,R1
PC,MEMSET

C$BSEG

PC,CLRALL
JSR
SROMCLK
RS, .SROMCLK
JSR
100400
SROMCLK
RS, . SROMCLK
JSR

114377!< 400+5>
PC,RAMDAT
JSR

1
(MPB
BEQ
ERROR
TRAP
.WORD
.WORD
.WORD

THE CRAM PC. AT THIS POINT

IS MOVED TO PORT4.

;*THEN PORT4 WILL CONTAIN A 37

020376

MNORNLNLNLRNLNLNLNLNLNLNLNLNVMNLNLNLNNONLNNVNVNOND

b
b
o
b
NOININD b = ad e
AANVPNVNLRNI NV

15:30

BADHEAD

0000000000000 O0O0O0O0O0O0O0O0O0O0O0

D e
D
D e
D i
s
D il il i
il
D D i e
D il il
s
D i
D il il
il
il i

- Dl
NN

TESTS

ERROR

WA
WVVAWAWAVTAWV
AN
AN N AN NN VTN VAN VWA NV AN

18-0(T1-82

RS, R4

2%
5
giERDF

EMO

ERRS

;RECORD DEV 1CE_ADDR.
;MASTER CLEAR M820C 4.7

:SET MEM AND RAM

I TIONS
sCLEAR ALL C 0 ND DITI]

sNEXT WORD I S

INSTRUCTION,

sSTART AT ROM PC=0
z
T
¢NEXT WORD IS INS
INSTRUCION,

sJUMP TO ROM PC OF 1777
sR6=CRAM PC

(LSB 8 BITS)

SEXPECTED DATA
;1S R?H'PC CORRECT?
YES
:BR IF
+ERROR, CRAM PC ]S WRONG

H10

R D Ro
R [=l=l=lelelelelelelelT=]
RO R R RIS NINOININD NINININININININININNINONONIN - NIRNINININININOND

0476
0476
0500
050
050
0502
0504
0504
0506

STATIC

DIAG #

§o-sev-35 1s:§s

104404

003166

004537
100403

003100

004537

003100

0536
0542
0544
0546
0550
0554
0556
0560
0562
0564
0564
0566
0570
0570
0570
0575
057
0574
0600
0600
0604
0606
0606

004737
000004
120504
001406

003330

102400

104455
000005
005055
006556

1046404
004737
004537
100406

003100

004537

003100

0614
oosg
06
0624

004737
000007
120504
001406

003330

104455

0612

Obig

i=l=] R R
R

063¢
0636
0640
064
0642
0644

0646
0646
0646

1oes§s

000005
005055
006556
104410
000002
104405

TRAP
BGNSEG
TRAP
SKIP06

CSESEG
($BSEG
6%

JSR
PC,RAMDAT
4
CMPB
RS.R4
BEQ
X1
ERROR
5
TRAP
CSERDF
MORD
S
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
LWORD
10001%-.
ENDSEG
TRAP
BGNSEG

TRAP
JSR
SROMCLK
JSR
100406
SROMCLK
JSR

003166

($BSEG
PC, CLRALL
RS, . SROMCLK
RS .gaoncu

100028
:

PC,RAMDAT

CMPB
BEQ

RS.R4
gs

TRAP

gtiflbf

ERROR

.WOR
.WORD
EMO
.MORD
ERRS
ESCAPE SEG
TRAP
cssscape
.WORD
10002%~.

ENDSE
TRAP

;CLEAR ALL CONDITIONS
:NEXT WORD IS INSTRUCTION,
:START AT ROM P(=3
SNEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 0

:R4=CRAM PC (LSB 8 BITS)

SEXPECTED DATA
:1S ROM PC CORRECT?
‘BR IF YES
;ERROR, CRAM PC IS WRONG

(SESEG

106125 <400+5>

68:

SEQ 124

PAGE 125

ESCAPE SEG
TRAP
(SESCAPE
LWORD
10000%~.
ENDSEG

100000 <400+5>

100018

104405

15:30

:GOTO 6% IF MB206
JSR
PC,CLRALL
SROMCLK
JSR
RS, .SROMCLK
100403
SROMCLK
JSR
RS, . SROMCLK

48:

104410
000002

18-0CT=82

HARDWARE TESTS
100008:

104405

004737

0534

MACY11 30A(1052)
28:

104410
000002

0516
052
0522
0526
0530
0530

o:#wgmdSODwabdeOONgmgwa

OO
0000000000000

A e

) el

VWA

D e

VAAA

d o

A A AN N

B e

N NNNNNNYNNyO
OO

b il

AN VA AN

A A A

A N WA

AN T W VT

D D D il el i S i i D il S D D D D D il D i
VIV VIV SN

VIR

D i i

N WY

— 0

207

(SESEG

;CLEAR ALL CONDITIONS
:NEXT WORD IS INSTRUCTION,
JSTART AT ROM PC=6
INEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 525

sR4=CRAM PC (LSB 8 BITS)
SEXPECTED DATA
s1S ROM PC CORRECT?
'BR IF YES
JERROR, CRAM PC

IS WRONG

110
DMQEOD MB207

(lalal
NN

DMQE .P11
190
191

020650
020650

194

020652

}gi
195

020650

STATIC

DIAG #

§0°SEP~B£ 1S:§S
104401

MACY1Y 30A(1052)

18-0CT=82

HARDWARE TESTS
ENDTSTY
£10070:

TRAP

15:30

SEQ 125

PAGE 126

CSETST

BADMEAD

senennenennveee

TEST

eenvccnvevennee

196
197

s*CRAM TEST OF JUMP(I) ON BR& CLEAR MICRO=PROCESSOR INSTRUCTION.
s*CLEAR THE BR& BIT,
PERFORM THE JUMP INSTRUCTION.

199

s*IN THE LOCATION IT

198

;*VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION

508
20; 020652 020652

204

205
o

%06

020654

IS AT,

THIS

INSTRUCTION LOADS THE

{oTHE'BR
DATA TS'MOVED 10 PORT4.- 1¢ TAIS DATA 1S CORRE(T'
:

s*THE CRAM PC IS CORRECT,

«THEN PORT4 CONTAINS A $7

BADHEAD

senveneenveeeee

TEST

IF THE CRAM PC IS NOT RIGHT,

eevensnvecncnee

J 10
CZDMQED M8207

€ ZDMQE .P11
5208

020654

sg1§

020664

§209 8%065‘
% }? —
§213
§214
5515
2 16
217

2510
19

§220
5221
szzg
§223
§224
§225

020666
020670
osoero
020674
020700

050704
020704

STATIC

§o-sev-35 1s:§s

MACY11 30A(1052)

18-0CT=82

HARDWARE TESTS

15:30

SEQ 126

PAGE 127

BGNTST

123::

10443

013701

002516

004737

003474

104404

"385551 00 1551 IF m8200°RO S S Sp
tRA

00024

1%:

uono
MY INT
MOV
MSTCLR
JSR

BGNSEG
TRAP

css ;

L10071=.
KMCSR,R1

PC,MEMSET
($BSEG

020706
020712
020712
020716
020720
020720

004737

003166

004537
100400

003100

004537

003100

JSR
PC, CLRALL
SROMCLK
JSR
RS, . SROMCLK
100400
saonch
RS, . SROMCLK

020726

004737

003330

JSR

§226 020724 117377
5227

DIAG #

114377'<406-e>

PC,RAMDAT

:RECORD DEVICE ADDR.
:MASTER CLEAR M8200,4,7
SSET MEM AND RAM

;CLEAR ALL CONDITIONS
NExt WORD IS INSTRUCTION,
;START AT ROM PC=0
;NEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 1777
*R4=CRAM PC

(LSB 8 BITS)

kK 10

207 §1A11C gsAs,ai
0-SEP=-82
15:35

MACY11 30A(1052)
18-0CT=82
HARDWARE TESTS

15:30

000001

001406

BEQ
$
ERROR
TRAP
gsenor
.WORD
.WORD
EMO
.WORD
ERRS
ESCAPE SEG

120504

104455
000005
005055
006556

28:

104410

000002

100008
:

104405
104404

003166

004537
100403

003100

004537

003100

000004

RS,R&

TRAP

(SESCAPE

TRAP
BGNSEG
TRAP

CSESEG

.WORD
ENDSE

SKIP06

004737

103000
004737

(MPB

003330

PAGE 128
;EXPECTED DATA

*1S ROM PC CORRECT?

‘BR IF YES
*ERROR, CRAM PC IS WRONG

10000%~-.

($BSEG

;GOTO 68 IF M8206

JSR
PC,CLRALL
SROMCLK
JSR
RS, .SROMCLK
100403
SROMCLK
JSR
RS, .SROMCLK

;CLEAR ALL CONDITIONS
:NEXT WORD IS INSTRUCTION,

SEXPECTED DATA

:START AT ROM PC=3
*NEXT WORD 1S INSTRUCTION,

100000 <400+6> :JuUMP TO ROM PC OF 0
JSR
PC,RAMDAT
:RG4=CRAM PC (LSB 8 BITS)

SEQ 127

L 10
CI0MQE 0 HBZO?
CZomQE. P1 1

5 55
5 56

021022
021024

30°5e5-82 15785
120504

001406

MACY11 30A(1052)

HARDWARE

18-0CT-82

TESTS

(MPB
BEO

RS R4
33

15:30

PAGE

SEQ 128

129
CORRECT?

m10
CZDMQED MB207
CZDMQE .P11

Tkil( g lg
0-SEP=
5

5257 0210
ggSB
0210 g 104455

59
5260
5261

021034
021036
021040

000005
005055
006556

MACY11 30A(1052)
18-0CT-B2
HARDWARE TESTS

ERROR

«WORD
«WORD
«WORD

EMO
ERRS

TRAP

15:30

§$ERDF

PAGE 130

;ERROR, CRAM PC IS WRONG

SEQ 129

NNSNSNNNNNSNOo
oo
o~

MB207

STATIC

DIAG #

§o-szp-35 15:;5

8 106% 104410
104

021044
021046
021046
021046
021050
021050
021052
021056
0 1053
021062
021064
021064

021070
021072

021076
021100
021102
021104
021110
021112
0%1116
021116
021120
021120
021122
021124
021124
021124
021126
021126
021126

MACY11 30A(1052)

HARDWARE TESTS

‘

4%:

000002

100018%:

104405
10542&
004737

003166

004537
100406

003100

004537

003100

107125
004737

000007
120504
001406

6%:

104410
000002

10002%:

104405

ENDTST
L10071:

104401

15:30

TRAP

(S BCAPE

TRAP
BGNSEG
TRAP
JSR
SROMCLK
JBR
100406
SROMCLK
JSR

CSESEG

SEQ 130

PAGE 131

ESCAPE SEG

LWORD
ENDSEG

10001%~-.

($BSEG
PC,CLRALL

sCLEAR ALL CONDITIONS
sNEXT WORD IS INSTRUCTION,

RS, .SROMCLK

sSTART AT ROM PC=6
sNEXT WORD IS INSTRUCTION,

RS, .SROMCLK

104125!<400+6> :JUMP TO ROM PC OF 525
JSR
PC,RAMDAT
;R4=CRAM PC (LSB 8 BITS)

003330

104455
000005
005055
006556

18-0CT=82

021130

7
CMPB
RS.R4
BEQ
6%
ERROR
S
TRAP
CSERDF
WORD
5
.
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10002%~-.
ENDSEG

TRAP

CSESEG

TRAP

CSETST

BADHEAD

TEST

*rrrnannnnenunn

s*CLEAR THE BR7 BIT,

PERFORM THE JUMP INSTRUCTION.

s*IN THE LOCATION IT
s*BR WITH THE Lgflgg;

IS AT, THIS INSTRUCTION LOADS THE
BITS OF THE CRAM PC. AT THIS POINT

;*VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION
:«THE BR DATA |
ED TO PORT4. IF THIS DATA IS CORRECT
:*THE CRAM PC IS CORRECT,
R
IF THE CRAM PC IS NOT RIGHT.

:«THEN PORT4 CONTAINS A $7
BADHEAD
seennensnnnneeer

W
OO0

b
i
-

wd
e
-

O0000

VIS
oONrMMNO

D
i

OO0

021130

oINS

NOWVWS
NN =O

b b oDl D o =D b

AAWVAWVAA AT

N AN LN N AN N NN

s*CRAM TEST OF _JUMP(1) ON BR7 CLEAR MICRO-PROCESSOR INSTRUCTION.

A VTN

Jeeneneneeneens

SEXPECTED DATA
:1S ROM PC CORRECT?
sBR IF YES
JERROR, CRAM PC IS WRONG

N WA

T VAUV VYVIV

35 CEEEER
P A A ALSTEIEAR IREB3

TN TN

VTN VTT

VIV

NN
NN
NN NN NN

(alal

oS
53

N 10

BGNTST
124::

104432

013701

002516

senrncennnnennnn

MACEX2
:DON'T DO IF M8200.
DO NOT DO TEST If M8200

frRAP

000240

TEST

csgx 1

i’?fi?

L10072-.

MOV

KMCSR,R1

MSTCLR

RECORD DEVICE ADDR.

;MASTER CLEAR M8200,4,7

BN
MB207 STATIC

0211564
02116
02116
021162
021166
021166

004737

003474

104424
004737

003166

004537

021174

8 1202

021200

FERRERERERR W

WN <OV NOWVSWN=OV~N
VRNV

VIV

SEEEEEEREE

NN NN
NNNNY
W)
= o0

VWAV

30-5&?-35 ?s:is

BHIE -

wugw

A WV AIA WV AWVTIA N AV A VAWM A N AN AN WA
A TVTWAWV ANV
NIANINIOW
NN N N NN N N NN
N N WA N WA U U N NN NN N N N N NN N N NN

P11

DIAG

1206
021 13
021212
021214
021 %g
021
021226
0212;6
021230
021230
021232
021234
021234
021234
021236
021236
021240
021250
031554
021254
021260
02126%
021262

0%1266
0 1570
021274

021575
051 00
021302
021306

3 1;12
1312

021314
oz1g16
021316
0 1;20
021 5
0 1§
021322
021324
021324
021 go
021332
021332

MACY11 30A(1052)

18-0CT=82

HARDWARE TESTS

15:30

PC,MEMSET

003100

JSR
BGNSEG
TRAP
JSR
SROMCLK
JSR

004537

003100

JSR

RS .;noanx

804737

003330

JSR

PC,RAMDAT

117777

000901
120504
001406
104455
000005
005055
006556

1%:

SROMELK

100008:

104405
104404
004737

003166

004537
100403

003100

004537

003100

103400
004737
000004
120504
001406
104455
00005
005055

TRAP
CSESEG
BGNSEG
TRAP
C$BSEG
SKIP06 6%
:GOTO 68 IF M8206
JSR
PC,CLRALL
SROMCLK
JSR
RS, .SROMCLK
100403
SROMCLK
JSR
RS .;aonch

.WORD
.WORD

48:

10001$:

104405

104404
004737

003166

004537

003100

;SET MEM AND RAM
;CLEAR ALL CONDITIONS
:NEXT WORD IS INSTRUCTION,

sSTART AT 97 CSRD 1s InsTRUCTION

1
(MPB
RS,R&
BEQ
;s
ERROR
TRAP
gssaor
.WORD
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
LMORD
10000%~-.
ENDS

CMPB
BEQ
ERROR
TRAP

104410
000002

’

;JUMP TO ROM PC OF 1777

*R4=CRAM PC (LSB 8 BITS)

SEXPECTED DATA
:1S ROM PC CORRECT?
‘BR IF YES
:ERROR, CRAM PC IS WRONG

;CLEAR ALL CONDITIONS
:NEXT WORD IS INSTRUCTION,
:START AT ROM PC=3
:NEXT WORD IS INSTRUCTION,

100000!<400+7> :JUMP TO ROM PC OF 0
JSR
PC,RAMDAT
;:R4=CRAM PC (LCB 8 BITS)
4
:EXPECTED DATA

003330

006556

RS, .SROMCLK

1143771<400+7>

2%:

104410
000002

($BSEG
PC,CLRALL

PAGE 13

RS,R&
o
§
;seaor

:1S ROM PC CORRECT?
‘BR IF YES
:ERROR, CRAM PC IS WRONG

EMO

.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
LWORD
10001%~.
ENDSEG
TRAP
BGNSEG
TRAP
JSR
SROMCLK
JSR

CSESEG

($BSEG
PC,CLRALL
RS, .SROMCLK

;CLEAR ALL CONDITIONS
INEXT WORD IS INSTRUCTION,

SEC 131

cn
DMQED MB8207 §TATIC ggAG !g
DMQE .P11
0-SEP=-B2
i5:35
3276

5 79

021336
02134

100406

004537

003100

5378
5379
5380
2381
g&;
S3835
;gflk
85
5386
5387
5388
2389
390
5391
5395
5393
5394
gggz

021346
021352
021354
021356
021360
021364
021366
021370
021372
021374
021374
021376
021400
021400
021400
021402
021402
021402

004737
000007
120504
001406
]
104455
000005
005955
006556

003330

5397

021404

5398

021344

1ors§s

SROMCLK

6%:

104410
000002

10002%:

104405

ENDTST
L10072:

104401

021404
021404
021404

5613
5616
5615

021416
021420
021420

5618

021432

630
&21
62§

5624
5425
5426
5427
5428
5429

;SR

PC,RAMDAT

;JUMP TO ROM PC OF 525

sR4=CRAM PC (LSB 8 BITS)
sEXPECTED DATA
s1S ROM PC CORRECT?
sBR IF YES
sERROR, CRAM PC IS WRONG

(MPB
RS.R4
BEQ
$
ERROR
TRAP
gSERDF
«WORD
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
LWORD
10002%~-.
ENDSEG
TRAP

CSESEG

TRAP

CSETST

sevnnnnneeevene

TEST

eennvonvcnnnene

s*MAIN MEMORY PAGE DUAL ADDRESS TEST,

5407
56408
5409
5610
5411

5419

RS .;ROHCLK

s*IN THIS TEST WE WILL VERIFY THAT PAGES DO

021404

261?
417

JSR

sNEXT WORD IS INSTRUCTION,

5405

5612

:START AT ROM PC=6

BADHEAD

5401

5406

SEQ 132

PAGE 133

104125 <400+7>

5400
5402
5403
5404

15:30

100406

021340

§377

MACY11 30A(1052)
18-0CT=82
HARDWARE TESTS

021414

OS!L;G
021430

021440

s*NOT DUAL ADDRESS.
THIS TEST IS DIFFERENT FROM THE
s*PREVIOUS DUAL ADDRESS TESTS IN THAT THE OTHER
;*TEST REALLY DIDN'T CHECK PAGE DUAL ADDRESSING

BADHEAD

serennnennnees TEST 20 eennnnencnnnene

BGNTST
125::

104432

tRAP

000156
013701
0050 ;

0427

.WORD
MYINT
MOV

002516

000037

821664
214644
051650

050237

021456

004537
010000

003044

0%165
021456

004537
004000

003044

021460
021464
021464

010261

000004

004537

003044

0 1655

K4ONLY
sFOR 4K CPUS ONLY.
;D0 NOT DO TEST IF MB8200, OR MB204

021456

1%:

MSTCLR
CLR R§

KMCSR,R1

BIC #37 %S

BIS R2,2
ROMCLK
JSR
10000
ROMCLK

2%:

CSEXIT

L10073-.

JSR
4000

RS, .ROMCLK

MOV R2,4(R1)
ROMCLK
JSR
RS, .ROMCLK

sRECORD DEVICE ADDR.
sR2 WILL BE PAGE #

sCLEAR UNUSED BITS

:ADD CURRENT PAGE MARKER.

sSET ADDR D
sCLOCK INSTRUCTION
sOF

PAGE X

sCLOCK INSTRUCTION
sTHIS LOCATION MODIFIED BY LOST
sFEW INSTRUCTIONS
sPUT PAGE # INTO PART 4
sCLOCK PART & INTO MEMORY
sCLOCK INSTRUCTION

o N
CIDMQED MB207
CZDMQE.P1

LS5

0-SEP-

MACY11 30A(1052)

(1-82

HARDWARE

15:30

SEQ 133

PAGE 134
s WHOSE PAGE 0 IS IN R2

#
:UPDATE PAGE

000020

sDONE ALL PASES?

+NO=DO NEXT ONE

s0K, ALL LOADS OF ALL PAGES

CONIA!N THIER PAGE NUMBER, NOW
WE'LL GO BACK THROUGH
: THEM CHECKING THEM OUT.

NOOMNO
S SN

000037
021522
003044

021522

3%:

4%:

003044
000004

B e el o)

;R2 STILL HAS PAGE NUMBER

axc #3748

BIS R2,4$
JSR
4000

RS, .ROMCLK

:LOAD PAGE NUMBER
sCLOCK INSTRUCTION

JSR
061224

RS, .ROMCLK

+MOVE MEM TO PART &
sCLOCK INSTRUCTION

ROMCLK

MOVB 4(R1) R4
MOVB ag.as
CMPB RS,R&

sADDRESS PROBLEM?

ERROR 13

;PAGE ADDRESSING ERROR [N MAIN

“ExPECtED

BEQ 5%

oSO
S

NININN

VAT
VI
S5 £S5NWNIANININ)
= —

ot oD o el D il oD D D D

OCO0000

062737
050237

CLR R2

VIV
Vi
S

O0O0O0O0O0O00O0O0O

005002

TRAP
LWORD
.WORD

.WORD

(
1
E

sMEMORY,

HAR BITS

8 THROUGH 12 ARE REPRESENTED

bb;‘ NN
>

VWAWAWWDA
~J
VWA
NN

OO0

O0O000O0

Y R2 (“EXP'ED ' BITS 0-4)

021576

5%:

s UPDATE PAGE ADDRESS

000020

sALL DONE?
NO-(NECK NEX1 PAGE .
sYES=-EXIT

" TRAP
BADHEAD

CSETST

ttaooa"to'cc'

TEST

etrennncncnnenne

'JUHP FIELD,PAGE TEST

'IN THIS TEST UlLL HAKE SURE A JUMP FIELD INSTRUCTION

'UORIS. 10 DO THIS "5 LL PUT THE DESIRED PAGE,F IELD
;*INORMATION IN [BUS*<1 > THEN ISSUE A JUMP FIELD
;*THEN WE'LL READ PC REG. AND VERIFY.

s** REV, E = CHANGE

TO TEST BITS 4 &°5 (PC BITS 12 & 13)

EN
CZDMQED MB207

CZDMQE .P11
g 86

021576

489

021576

5491

021576

l.g;
'A

5490
549

5493

STATIC

DIAG #

go-sev-gs 1s:§s

MACY11 30A(1052)

HARDWARE TESTS

15:30

RADHEAD

sevnnnsnvesenee

SEQ 134

PAGE 135

TEST

veevnvennnnnenne

BGNTST

021576

021606

18-0CT-B2

T26::

021610
021612
021612
021616

00013

ggg

021622

005002

013701

:FOR 4K CPUS ONLY

:D0 NOT DO TEST IF M8200, OR M8204

10443

5494
5495
5496
s:g;

K4ONL Y
tRAP

LWORD
MYINT
MOV
MSTCLR

002516

CSEXIT

L10074=.
KMCSR,R1

;RECORD DEVICE ADDR.

CLR R2

:R2 TO CONTAIN FIEID #

ssog 021e§4 042737 000077 021642 1%:
gggg

021632

BIC #77,2%

:CLEAR ANY JUNK (REV E = CHANGE TO 77)

§506
5507
5508
5509
5510
§511
551§
5513
ég}g

021636
021636
021642
021644
021644
0%1650
021652
021652
021656

ROMCLK
JSR
RS, .ROMCLK
000400
ROMCLK
JSR
RS, .ROMCLK
061233
SROMCLK
JSR
RS, .SROMCLK
100000

;CLOCK FIELD BITS INTO BREG.
:CLOCK INSTRUCTION
;CONTAINS FIELD,PAGE BITS
:XFERR BREG INTO IBUS*<13>
:CLOCK INSTRUCTION

§517

050237

021642

004537
000400

003044

004537
061233

002044

004537
100000

003100

021660

142761

000002

§519
520

0 1663
021672

004537
121264

003044

5 g

1700

048704

8 17
171
02171
8 1718
175
021722
021726

80140
10205

516

5518
S%i

§523
524
sgs
5 9
5
5 g
§29
530
531
ssg

021666

8 1974

021704

534
§35
g

021726
021726
021730

§39

021732

541

1740

$58

gs«o §$17

116104

12 ao;

2s:

000001

ROMCLK

001731

JSR
121264

RS, .ROMCLK

BIC

#46<77> R4

CMPB R4 ,R2

BEQ 3%
MOV
R2,RS
ERROR 14
TRAP
CSERDF
.WORD
.WORD
EMO
WORD
ERR14

104455
12
00505
007664

00520

;GET INSTRUCTION CLOCKED.

:BAS FORM FOR JUM FIELD INSTR.
:CLEAR ROM]

;CLOCK NEXT INSTR.

:CLOCK INSTRUCTION
:MOVE IBUS*TO PORT &

MOVB 4(R1),Ré&

177700

§§2 gs 000100

SSET FIELD # INTO INSTR.

BICB #BIT1,1(R1)

000004

104410
000012

BIS R2,2$

3s:

ESCAPE TST
TRAP
cssscnpt
MWORD
L10074~.
INC R2

8IT #100,R2
BEQ

SGET IT.

:(REV E = CHANGE TC 77)
;FIELD OK?

:1F 0K GO AHEAD

:CHANGE FIELD INSTRUCTION

;ee+ BO

;FAILED.
FOR FIELD,PAGE INDICATES
:BY “EXPECTED' BITS 0,1.2,3 OF

SEXPECTED REPRESENT FIELD BITS.

;UPDATE TO NEXT FIELD

:DONE ALL FIELDS? (REV E = CHANGE T0 100)

C%gflOEO MB8207 STATIC giA?Sfis

CZDMQE
. P11

0-SEP-

F1N

MACY1? 30A(1052)

02174
021742

547

021744

gl.g

HARDWARE TESTS

43
02174
3308

5544
szs

18-0CT-82 15:30 PAGE 136

ENDY;T

L10074:

104401

TRAP

CSETST

BADHEAD

sennnnnnenneene

ggg?
éssi
4

TEST

27 sevvnnannnnenee

::JUHP TEST, JUMP ALWAYS, JUMP CHANGE FIELD
s*IN THIS TEST, WE WILL CHECK THE ABILITY OF THE
;*MICRO

§555
5556
§557

;*WE ALREADY KNOW THAT THE BRANCH INSTR WORKS FROM
:*OTHER TEST.
PROCEDURE:
I
1. START ADDR 0, FIELD 0

PROCESSOR TO JUMP (BRANCH & ALWAYS INSTRUCTION)

§55¢4

:*TO LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.

5558

g. «+CALCULATE NEW ADDRS,

5560
2321

I
i’

&. READ PC FROM [BUS*12 AND IBUS*1
S. REPEAT STEP 2=4 256.TIMES

1. INC LOW BYTE OF ADDRESS FOR PC ADDRES 0=7

§559

sseg

5564

5565

5566

§567
5568
5569
§570
5571
ssrg
557
5574
5575

I
T
I
I
I
I
I
I
I

2576
577

§579
5580

T0 CALCULATE NEW ADDRESS:

2. INC LOW BYTE OF NADDRESS FOR PC ADDRESS 8=11
BITS REPRESENTED AS BITS 0-3. WHEN

RESTARTS AT ZERO.
NET RESULT IS JUMPS FROM:
FIELD,PAGE
0
1
§
10
n

589
gg?

:10
17

127::
013701

588

821760
021762
021764

000336

§92
59

021770

012737

LOC
0

1
2
3
7
n

:
377

002516

104432

BGNTST

MYINT
MOV
KMCSR,R1
sRECORD DEVICE ADDR.
K4ONLY
;4K CPUS ONLY.
:D0 NOT DO TEST IF M8200, OR M8204

fRAP

000000

002406

CSEXIT

LWORD
MSTCLR

L10075~-.

MOV

#0, FLAG

594

595
599
59

0=3 OVERFLOWS,

sennnnnetscner TEST 27 sevncnnnnennnne

581

021744
021744
021744
021750

o
R

BADHEAD

;sai 021744

SS83
gsa&
585
gsag
58

VIA INC,

. CAUSE JUMP (BRANCH) TO NEW Aooasss

ie
e

021744

FIELD

:FLAG TO REPRESENT
sFIELD,PAGE

:T0 VARIE STARTING PAGE.FIELD,
021776

012702

000000

MOV

#0, R2

:CHANGE #0 PORTION OF INSTR.
:R2 TO CONTAIN JUMPED
:T0 CHANGE STARTING IMM ADDR.,

@ 135

022002

012737

000000

MACY11 30A(1052)

FEans

NN
R
N
—
NNNgNN
—
NN
o
NN
- oo
& 8 SSSER FRSIOUSRE
COMINO S~
o

002412

MoV

15:30

#0, FADR

:LOOP HERE

BIC 77,28

13700
427 9

500
042737
050237

822066

004537
000400

003044

004537
061233

003044

003100

SEQ 136

PAGE 137

;VARIE #0 PORTIONS OF INSTR.
+ADDRESS
sCLEAR JUNK FROM FIE LD
sPORTION OF CHANGE F IELD INSTR
s INORDER TO INC, DEC FIELD,PAGE

sNOW POSITION IN INST R

022064

;NOW FOR IMMED. BR INSTR.

sNOW ADD IMMEDIATE ADDR

RS, .ROMCLK

2$:

RS, .ROMCLK

3s:

JSR

003044

RS, .SROMCLR

sCLOCK INSTRUCTION

sMov

BREG TO PC HIGH REG.

sNOW CLOCK

IN BY JMP FIELD INSTR.

sREAD PC REG HI

sCLOCK INSTRUCTION

sREAD PC REG LOW

000004

MOV 4(R1),Ré&

sREAD PC REG (NOW IN SEL &)

022050

MoV 235RS
SWAB R

:NOW FROM ADDR WE WANTED TO

VWAL & &
oSN OMNO

OO00000

sk mad

JSR

OO0

003044

RS, .ROMCLK

sCLOCK INSTRUCTION
;MOVE PAGE,FIELD # TO BREG.

NN N

OO00O0O0OO

oNONVON

[el=l=l=l~]

OCO0OOOOOOO
O000O0
OO0

18-0C7-82

HARDWARE TESTS

025010 042737 000017 022050

roronrRONONON

mmmmmmwmwmmmg\nmmwmmm
oo WY
(=21,]NOmbw-Og 23358 5888388
AWV

o oo
OO
LS STSTN] b D d b D b wh D D
WIN) -

§o-ser-82"578s

-B

22i

alal
~NN

121244

BIC

170000

170377

RS, .ROMCLK

#170000,R4

BIC #170377.RS
BIS R2,R5
SK1P06’ 5%
:GOTO 5% ;r M8206
5%:

INGB

sCLOCK INSTRUCTION

sSTRIP FOR ONLY PAGE,FIELD BITS.

:JUMP TO

SCLEAR JUNK

SADD IMMED ADDR

sUPDATE ADDR. EXPECTED SENCE THE READ

;OF THE IBUS <13> INC THE PC.
:JUMP GO OK?
sYEA, CONTINUES

sFAILED TO JUMP PROPERLY.

:*'FROM ADDR'* REPRESENTS

:THE ADDRESS WE STARTED AT
:'T0 ADDRTM REPRESENTS WHERE
:WE EXPECTED TO JUMP 10,
:"BAD ADDRTM REPRESENTS WHERE

cfono£.911

CZDMQED MB207

STATIC

io-sea-gs 15:35
DIAG #

5654
2655
65
sgga

MACY1Y 30A(1052)

HARDWARE TESTS

18-0CT-82

15:30

SEQ 137

PAGE 138

:WE WENT T0.
.REM %

ges9

'UNUSED ' FIELD

660
“1

BITS

eI
e T e m e w an D

608

' PAGE

987

i BITS

'IMMED. ADDR !

e R R R D B W M OB AR e N D I G m e G NS A

;THIS

665
5666
5667
gggg

BITS 8=11 ARE IN IBUS*<13>
THEY GOT CLOCK IN THERE VIA JUMPS TAKEN
THE FIELD BITS
ARE IN BIT POSITION 0,1 OF THE INSTRUCTION AT 2%.

§670
5671
567

38 WAS tu; JUMP ALWAYS INSTRUCTION. THE IMMED. ADDR.
WAS IN 0=7 OF THE JUMP INSTR,
THE PAGE BITS,
PC REG BITS 8,9, WERE IN BITS 11,12 OF THE INSTR.

674

BEFORE,

gbbk

BITS

JUMP INSTRUCTIONS WAVE BEEN CHECKED OUT

ég;z
022160
022160
3 162

683

022170

691
9;

9%
95
99

166

022174
022176

104410
000129

010437

005237

1os§oz
001304

48
002412

002406

022200

022210
8

14
13

3 g

005737

002470

001041
005737
8219

002472

105761

000001

g i

062711

INCB R2
BNE 18

;UPDATE PAGE,FIELD
SUPDATE JMMED. ADDR
:LOOP IF NOT DONE.

SKIP06 40$
-GOTO 40% IF M8206

agua

BNE
ST
BNE

408
ugulun
408

1S18

1(R1)

BIS

BIC

#40000, (R1)

;SET MASTER CLEAR

#40000, (R1)

sOFF SO THAT MB207

04
705

%0
40

709

INC FLAG

;70 RUN THIS SECTION OF CODE YOU MUST TURN SW7 OF

;8;

708

MOV R&,FADR

.'.

701

ESCAPE TST
TRAP
CSESCAPE
.WORD
L10075~.

;*CHECK MERE TO SEE IF MASTER (LEAR CLEARS P.C. REG

"'FROM ADDR''.’'TO ADDR''

ssag

SO THE IMPORTANT THING TO REMEMBER TO

WATCH {S THE

677
5678
5679
5680
5681

223‘
S

IS A PICTURE OF THE P.C. REG.

0=7 ARE IN [BUS*<12>

43
52

?gcssr
121265

004537
121204

003044

ROMCLK
f%’

1265

ROMCLK

13n

1264

RS, .ROMCLK

RS, .ROMCLEK

NOT SELFSTARTING.

:WE MUST FIRST CLOCK
SCLOCK INSTRUCTION
STHE PC LATCH REGS

SBEFORE WE CAN READ THEM

:CLOCK INSTRUCTION

SWITCH PACK #E28

In
0 M8207

P11

STATIC

DIAG #

§o-ser—gi 1s=§s

ogggbo 121265

003044

022272

016104

000004

022302

001406

§¢

004537

MACY1? 30A(1052)

HARDWARE TESTS

121265

MOV

4(R1) R4

BEQ

408

JSR

BIC

;REG PC REG WI,

PUT IN PORTS

;REG PC REG LOW,

PUT IN PORT4

sCLOCk INSTRUCTION

{3?2“ RS, .ROMCLK
CLR
RS

170003

SEQ 138

PAGE 139

ROMCLK

8 ;g ?o?szz 003044
0 g ogssos
062704

15:30

RS, .ROMCLK

ROMCLK

02226

022276

18-0CT=82

:CLOCK INSTRUCTION
:EXPECT ZERO

:READ PC REG FROM PORT 485

#170003,R4

:1F CLEARED,

EXIT

‘NOTE WE ALSO CLEARED BIT 1 OF THE

:PC REG, BECAUSE AFTER THE MASTER
SCLEAR, WE DID TWO INSTRUCTIONS TO

TREAD [T, THUS CAUSING THE PC REG
ST0 GET BUMPED.
45
CSERDF
&5
EMO
ERR4S

TRAP
CSETST
BADHEAD

senennnnvnecene

:MASTER CLEAR FAILED 70O CLEAR

:PC REG

TEST

evnnennnnnnnene

s*JUMP TEST, JUMP ALWAYS, JUMP (HANGE FIELD
.'

ieIN THIS TEST,

WE WILL CHECK THE ABILITY OF THE

$*MICRO PROCESSOR TO JUMP (BRANCH & ALWAYS INSTRUCTION)
2oT0 LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.
:oWE ALREADY KNOW THAT THE BRANCH INSTR WORKS FROM

READ PC FROM IBUS*12 AND |BUS*!
REPEAT STEP 2-4 256.TIMES

-0
M=
~N
M.
o

CALCULATE NEW ADDRESS:
DEC LOW BYTE OF ADDRESS FOR PC ADDRES 0-7
; OF NADDRESS FOR PC ADDRESS 8-11
ED AS BITS 0-3. WHEN 0-3 OVERFLOWS,
V=

VIA DEC,

CAUSE JUMP (BRANCH) TO NEW ADDRESS

N)=s =t
o e D

NS WN
o o 0

PR TR )

PeOTHER TEST,
PROCEDURE
:
‘e
1. START ADDR 0, FIELD 0
*+CALCULATE NEW ADDRS,
FIELD

104401

40%:
ENDTST
L10075:

0 %;ZO
022320
022320
022320
022322

ERROR
TRAP
MORD
.WORD
.WORD

104455
000055
005055
011124

022304
025310
02 glz
ogz 14
022316

UMPS FROM:

§0(

clonoeo MB207

CZDMQE .P11

STATIC

DIAG #

o-sep-85 1s:§s

MACY11 30A(1052)

18-0CT=-82

HARDWARE TESTS

15:30

PAGE

SEQ 139

140

76
576

;72

s;es

000

764

578? 022322

seenenenvsveene

71
77
77

0
8

777

000216

022346

012737

000000

022354

012702

000000

022360

012737

000000

128::
013701

2;;3
"
5776 ogzgze 104432
5780
5781
578
578

S784

5785
5786
$787
?
789

5790
5791
srvi

022342

022

000017

013700

;

022404

050037

02 £;9

022616

050237

022442

022374

ozgcoo

795

022410

g;gg
5798
§799

$800
S801
sggg

ozz‘g

0‘57§7

0224
822:

883237
00

4
0224
0224
0224642

1233

iao¢ 8§ 4
805
ao?
807
ggg

oczrgo

077777

003044

003100

2810
022444
311
022444
004537 003044
1;

5814

gg;s

450

121265

02245

S37

«5

022456

121244

KMCSR,R1

LWORD

L10076~.

MOV

#0, FLAG

MOV

20, R2

MOV

#0, FADR

003044

31? 022460 016104 000004

TEST

eencenenenvnnes

nscono DEVICE ADDR.

‘38"~5:
oo
TEST IFf nazoo on H8202
tRAP
CSEXIT

002406

002412
022426

1%:

177760

82‘527 003044
004537
100000

MY INT
MOV

MSTCLR

042737

794

002516

: 10

énonEAb

768

5;;3

:FLAG TO REPRESENT
sFIELD,PAGE
;10 VARIE STARTING PAGEFIELD,
:CHANGE #0 PORTION OF INSTR.

:R2 TO CONTAIN JUMPED

:TO CHANGE STARTING IMM ADDR.,
SVARIE #0 PORTIONS OF INSTR.
:ADDRESS

:LOOP HERE

BIC 7,28

MOV FLAG,RO

:CLEAR JUNK FROM FIELD
:PORTION OF CHANGE FIELD INSTR
: INORDER TO INC, DEC FIELD,PAGE

BIS RO ;s

:NOW Posxtlon lN INSTR.

BIC #%c<i7>,R0

022442

BIC #077777.3%

BIS R2,3%

ROMCLK

2%:

JSR
232232

3s:

61233
SROMCLK
JSR
RS, .SROMCLK
100000

JSR

RS, .ROMCLK

ROMCLK
{sn
RS, .ROMCLK
1265

ROMCLK

‘3a

1244

RS, .ROMCLK

MOV &4(R1),R&

R IMMED. BR INSTR.

;NOW ADD’ IHHEDIAIE ADDR

:CLOCK INSTRUCTION
;MOVE PAGE,.FIELD # TO BREG.

:CLOCK INSTRUCTION
:MOV

BREG TO PC HIGH REG.

sNOW CLOCK IT IN BY JMP FIELD INSTR.

:READ
PC REG MI
sCLOCK INSTRUCTION
:READ PC REG LOW

;CLCCK INSTRUCTION

:READ PC REG (NOW IN SEL &)

KN
M8207

P11

STATIC

DIAG #

§o-ssp-g§ 1s:§s

MACY1? 30A(1052)

18-0CT=82

HARDWARE TESTS

15:30

PAGE

022464

042704

170000

BIC

022470

013705

022426

MOV 2$,RS

;NOW FROM ADDR WE

Wit
na2es
ince
ag

;UPDATE ADDR. EXPECTED SENCE THE READ

022474 000305

pownis

855%12 105205

#170000,R4

SEQ 140

141

:STRIP FOR ONLY PAGE.FIELD BITS.

SWAB R

: JUMP tg

g
022516
ozzsgo
022522
0225%6
022530
022532
022534

020504
001406

WANTED TO

:0F THE IBUS <13> INC THE PC.
CMP RS,R&
BEQ 4%
ERROR 15
TRAP
CSERDF
MORD
15
.WORD
EMO
.WORD
ERR15

104455
000017
005055
010006

wo-

:JUMP GO OK?
$YEA, CONTINUES
JFAILED TO JUMP PROPERLY.

:"'FROM ADDR'* REPRESENTS
*THE ADDRESS WE

STARTED AT

$*'TO ADDR'* REPRESENTS WHERE
‘WE EXPECTED TO JUMP TO,
:"BAD ADDR'* REPRESENTS WMERE

‘WE WENT TO.

.REM %

IUNUSED '
i
i

FIELD
BITS

987

' PAGE
i BITS

'IMMED. ADDR
i

;THIS 1S A PICTURE OF rns P.C. REG.
BITS 0-7 ARE IN IBUS*<12>
BITS 8-11 ARE IN [BUS*<13>

THEY GOT CLOCK IN THERE VIA JUMPS TAKEN
THE FIELD BITS

ARE

iN BIT POSITION 0,1 OF

THE

INSTRUCTION AT 28.

38 WAS tn; JUMP ALWAYS INSTRUCTION. THE IMMED. ADDR.

VAV

A VAV

bt
W = OO SIBCROREE

AN AWV

WAS IN O=7 OF THE JUMP INSTR.
THE PAGE BITS,
PC REG BITS 8,9, WERE IN BITS 11,12 OF THE INSTR.

JUMP INSTRUCTIONS HAVE BEEN CHECKED OUT

BEFORE,

SO THE IMPORTANT THING TO REMEMBER 10

WATCH IS THE “FROM ADDR'',’'TO ADDR'

022536
ozgsse
0 sag
8 5642

104410
0019
01043

022552
022554

105302
001304

sas

5337

48:
005412

002406

ESCAPE TST
TRAP
CSESCAPE
.WORD
L10076~.
MOV R&,FADR

DEC FLAG

DECB R2
BNE 18

;UPDATE PAGE,FIELD

SUPDATE JMMED. ADDR
:LOOP IF NOT DONE.

0
!
i

CZDMQED MB207

CZDMQE .P11
5874
5875
S876
5877
5878
S879

ggg?

022556
022556
0% 556
022560

STATIC

DIAG #

o-sep-gé 1s:§s

MACY11 30A(1052)

HARDWARE TESTS
ENDTST
L10076:

104401

18-0CT-82

15:30

PAGE

SEQ 141

142

TRAP
CSETST
BADHEAD

cevennnenvnneer TEST 20 eevvennenvennee
:'

ssai
588

i« IN THIS TEST WE'LL VERIFY THAT THE Z BIT CAN BE READ FROM
i+ JBUS*<13>. WE ALLREADY KNOW THAT THE 7 BIT WORKS PROPERLY,

gggg

:* ALL WE WANT TO KNOW MERE IS THAT IT CAN BE READ.
b

§886 022560

BADHEAD

ggg‘

5889
5890

5891

seeennnseneerns TEST 20 senvennnvnnnnne

022560
022560

129::

022560

sa9§
5893 022570

104432

022572

000200

5897
5898

022600
022604

013701
004737

002516
003166

5900
5901
§902

022610
022614
022616

004537
121264
116104

003044

5904
5905
5906
5907
5908
5909
5910

0526%6
022632
022634
022633
022642
022644
0556‘6

012705
120405
001410

5899

5903

022574
022600

022610

022622 045704

022652
022654
05%65

104410
000119
004737

003312

g918

02566

004537

003044

353

02266

022666

121264

L10077-.

MOV
JSR

KMCSR,R1
PC,CLRALL

JSR
121264
MOVB

RS, .ROMCLK

4&(R1),Ré

sREAD IT FROM PORT &

MOV
(MPB
BEQ
ERROR
TRAP
WORD
LWORD

#0,RS
R4 RS
1%
16
CSERDF
16
EMO

SEXPECT IT CLEAR
:0K?

BIC

000000

5914
5915
5919

§917

.WORD

1%:

csgscuve
L10077~-.,
PC,SETZ

Jgn

RS, .ROMCLK

ROMCLK
121264

)

22700

018705

MOV

925

708

1410

22714
022716
022720

104455
0000%2
0050

9
928
929

‘NOW READ [BUS*<15>PUT [N PORT &

:CLOCK INSTRUCTION

SSTRIP ANY JUNK,C&Z BITS 6.7

sFAILURE OF 28C TO BE CLEAR.

ERR16

TRAP
.WORD
JSR

MOV

59 g 822974 0462706 177477
92

77477 R4

:RECORD DEVICE ADDR.
:CLR CONDITION CODES.

ESCAPE TST

29 1 022670 01610« 000004
924 8ru &4%

:M8206 EM8207 ONLY!

LWORD

ROMCLK

177477

022650

591§ 02265

K4ONLY

MSTCLR
MYINT

000004

104455
000020
005055
010134

gg}\

BGNTST

D0 NOT DO TEST IF M8200, OR M8204
fRAP
CSEXIT

5894

5895
5896

]

000200

sGET INFO,.

#200,RS

sEXPECT ONLY 2 BIT SET,

#0<300>,R¢4

(MPB

R&,RS

ERROR
TRAP
WORD
.WORD

:NOW GO BACK AND CHECK Z BIT SET.

;CLOCK INSTRUCTION

4(R1) R4

BIC

BEQ

:SET 2 BIT,

CSERDF
16
EMO

:STRIP FOR C&Z BITS.
SSET OK?

:2 BIT FAILED TO SET PROPERLY.

mn
MACY11 30A(1052)
18-0C1-82
HARDWARE TESTS

WyY
NSO

«WORD

ESCAPE

COOOW
WVINSS SN
SHvowm

o~
(=2

OO-—

010134

OO00O0O—=O

MsSs

(==
e

N\lflflflog NS NONNNO
S SO0~

OCOO0O00O0O0OOOODOOOOOO0OO

NNNNNNNY NNNNNNNNNNNNN
OIS
BN 0

022722

NININVNININON

VIS
AN = OO

t;!ngudguuu-na

O 00 000000

VIWVINANWINVIWVWN

(2 DMQEOQ MB207 § TATIC D
C20 QE.P11
0-SEP-8

003166

2%:

003044
000004
177477

TRAP
«WORD

L10077:

JgR
121264

R5, .ROMCLK

#%(<300>,R4

TRAP

CSERDF

WORD
«WORD
«WORD

:NOW TRY TO CLEAR Z BIT.
sCLOCK INSTRUCTION

4(R1) R4

BIC

:STRIP FOR (82 BITS

3%
RS
16

:1F ZERO,WE'RE OK
+ELSE _REPORT ERROR
+Z BIT FAILED TO CLEAR PROPERLY.

16
EMO
ERR16

ENDTST
TRAP

sFINDFAST

022774

TST

(SSSCAPE
L10077=-,

PC,CLRALL

BEQ
CLR
ERROR

ERR16

gg:CLK

MOV

3s:

15:30 PAGE 143

CSETST

BADHEAD

sennnnnnnrnveeee

TEST

enennenennnnene

¢* IN THIS TEST WE'LL VERIFY THAT THE C BIT CAN BE READ FROM

;% IBUS*<13>, WE ALLREADY KNOW THAT THE C BIT WORKS PROPERLY,
s

BADHEAD

o
~N
~N

ERBBBITIIFIINIIII?§282858

;* ALL WE WANT TO KNOW HERE

RFUSH S33RREY &=

W
NN

eenvncnnnnennesn

BGNTST
K4ONLY

tRAP

+WORD

2R
B
purd

(o]

o
T
==
—

ow
-

TEST

IT CAN BE READ.

:M8206 EM8207 ONLY!

:D0 NOT DO TEST IF M8200, OR M8204

g-.
o
or

130::

NN
= b

WwW
o

OO0
NN

&8 S§3333333
33
g8§°RO
OS bo&bcg $

sevennnnnnvntees

OO0O0O00O0O0O0O0O0O0OOO0OO0O00O0
NNLNLNINININRNNINNRNNNNNN

VOOV

NNV AVIVAWN

OOVOOOOOOOOO0

AV IV
IV,1

5961

IS THAT

002516
003166

003044
000004

177477

000000

MSTCLR
MYINT

MOV

JSR

($EX1T

L10100~-.
KMCSR,R1

PC,CLRALL

sRECORD DEVICE ADDR.

:CLR CONDITION CODES.

ROMCLK
{3?266

RS, .ROMCLK

Move

4(R1) R4

<READ IT FROM PORT &

MOV

#0,RS

EXPECT IT CLEAR

TRAP

CSERDF

sFAILURE OF 28C TO BE CLEAR.

BIC

(MPB
BEQ
ERROR

«WORD
+WORD
«WORD

#177477,Ré

R4 RS
1%

16
EMO
ERR16

sNOW READ IBUS*<13>PUT
sCLOCK INSTRUCTION

[N PORT 4

:STRIP_ANY JUNK,CEZ BITS 6,7

s0K?

Q14

’

CZDMQEO MB207

CZDMQE.P11

59
5939
023066

STATIC

DIAG #

§0-SEP-S 15:;5

MACY11 30A(1052)

18-0CT-82

HARDWARE TESTS

096
0 g
023072
023076
023076
023102
023104

004537
121264
016104

000004

TRAP
«WORD
JSR
ROMCLK
JSR
121264
MOV

5999

0 3116

012705

000100

5995
5997

023110

023120

5998
5999
6000
6001
600§
288‘

023122
023124
0531 0
0231352
023134
0231

6005
6006
6007
6008
6009
6010
6011
601§

023140
023140
023142
023144
023150
023150
0231564
023156

6013

6014
6015
6216
6017
6018
6019
6020
6021
602§
6023
6026
6025
6026

023162

023166
023170
023172
023176
023200
023202
023204
023206
023206
023206
023206
023210

104410
000119
004737

042704
120405

:
003260

18:

003044

177477

004537
121264
016104

042704

001407
005005

003166

2%:

003044
000004

177477

104455

3%:

L10100:

104401

023210

603
6034

023210

6038
6039
6040
6041

EQ
ERROR
TRAP
«WORD
.WORD
+WORD

2%
16
CSERDF
16
EMO
ERR16

ESCAPE
TRAP
<WORD
JSR
ROMCLK
JSR
121264
MOV

TST
CSgSCAPE
L10100-.
PC,CLRALL

4(R1),R4

BEQ
CLR
ERROR
TRAP
MORD
.WORD
«WORD

3%
RS
16
CSERDF
16
EMO
ERR16

:STRIP FOR CRZ BITS,

R4,RS

:SET OK?

sC BIT FAILED TO SET PROPERLY.

sNOW TRY TO CLEAR C BIT.

RS, .ROMCLK

sCLOCK INSTRUCTION

#*(<300>,R¢

:STRIP FOR (&2 BITS

:1F ZERO,WE'RE OK
;ELSE _REPORT ERROR
sC BIT FAILED TO CLEAR PROPERLY.

ENDTST
TRAP
CSETST
BADHEAD

TEST

sevnnnennnnnnen

:*WRITE PROGRAM CLOCK BIT TO A ONE, VERIFY THAT IT CLEARS,

6031

6035
60
603

sEXPECT ONLY C BIT SET.

;*TEST OF PROGRAM CLOCK BIT
+*DO A MASTER CLEAR, VERIFY THAT PROGRAM CLOCK IS SET

60%8

603;

#100,R5

#°(<300>,Rs

sennnnnnnetenet

6027
6028
60

RS, .ROMCLK

MoV

BIC

000020
005055
010134

sSET C BIT,
;NOW GO BACK AND CHECK C BIT SET.
sCLOCK INSTRUCTION
sGET INFO.

(MPB

104455
000020
005055
010134

CSSSCAPF
L10100=-.
PC,SETC

4(R1) R4

BIC

001410

104410
000044
004737

SEQ 143

PAGE 144

ESCAPE TST

5988
5989
5990
9991
5992
299
994

15:30

: *AND THEN SETS SOME TIME LATER

BADHEAD

sevennnnnvntene

TEST

eevcnenencnnene

Bganl

023210
823 10
23210

013701

002516

MYINT
MOV

KMCSR,R1

023220
0232;8
0232

005037
005037
012761

002440
002444
000020

CLR
(LR
MOV

TEMP
$TMPO
#20,4(R1)

02321t

131::

MSTCLR
000004

1%:

: RECORD DEVICE_ADDR.

:MASTER LEAR M8200,4,7
:PREPARE FOR
sDELAY
:LOAD PORT 4

B 12

6046
6065
6046
6047
6048
6049
6050
6051
6OS§
605
6056
6055
6059
6057
6058
6059
6060
6061
606§
6065
60646
6065
6
6067
6068
6069
6070
6071
6072
6075
6074
28;5

0
Ss
023260
0
96
0
&
023302
06
12
16
8
0
4
0
&
0
6
0
g
0
0
4
0
0
&
0
0
0
2
0¢ Sg
02335
82 56
s 62
0 g 70
02337
02; 76
02 605
023402
0 3606
0234
023410
02341

6077
28;3

023412
023420

6080

023422

2831

52761
012761
152761
142761
8161?6
005037
183706
0 1408
013702

BISB

003044

000020

000004

002440
002444
000006

002444

023436

001004

023440
0236‘?
02%66
023444
023446

106455
800166
005410
000000

002414

608§ 023430 042737 000007 002440
6084
6085
6089
608
6088
6089
6090
6091
609
6093
6094
€295
6099
609

MORD
.WORD
MORD

ROMCLK

$GDDAT

;

RUCTION
R4

' IN $GDDAT

M CLOCK CLEAR?

EmBS0
SERDF

;ERROR, PGM CLOCK IS NOT CLEAR

50
EMBSO
O

RS, .ROMCLK

CMPB
BEQ
INC

#20,4(R1)
3%
TEMP

CMP
BNE
MOV
MOV

#6,$THPO
2%
#6,R2
$TMPO,
R4

TRAP

CSERDF

$TMPO

: NEXT WORD

IS INSTRUCTION,

: CLOCK INSTRUCTION
: PORT4 L _LUT1

: 1S PGM CLOCK SET?
: BR IF YES
: INCREMENT DELAY

: INCREMENT DELAY
: IS DELAY DONE
: R IF NO

51,EMBS1

;ERROR PGM CLOCK NOT SET

MORD
.WORD
WORD

S1
EMBS1
0

(MPB
BNE

#7 ,WTYPE
4%

$TMPO

BIC
BNE

#7,TEMP
4

: IF LARGE COUNT LEFT OVER, WE'RE OK.

100, EMB1

; ERROR

BNE

ERRDF

TRAP

.MORD
-WORD
-WORD

3
:

NEXT TEST

NOT.

CSERDF

IF m8207

?RGE COUNT, WE'RE Ok

EAR OQUT ANY SMALL COUNT

100
8!81

TIME

TTO00 SHORT FOR CLOCK.

MuST BE

DEFECTIV E CAPACITOR IN TIMEING CIRCUIT,

023450
023450
82 50
23450

;

8ooAt R2

JSR

AD(C

3%:

005737

001010

$GDDAT,R&4
%

ERRDF

104455
000093
005577
000000

023426

(MPB
BEQ

121224

000006
002444

#BIT1'8BiT0,1(R1):
#BIT!'B
7, 1(R1);E
I

4(R1),Ré4

ERRDF
TRAP

#BIT1'8110,1(R1):

MOV

2%:

000007

" 1;24 6(R1)

CLR

002452

122737
001013

MOV

BISB
BICB

104455
00026;
005564
000000
004537
151;26
122761
0014 g
005;
005537
022737
001361
01;702
013704

n21111,6(r1)

BISB

000 83
121224
0 8 03
001
00036
0%6 %
00245

0?511 1(R1)

MOV

o
=

36 152761
604§ 8 Lh
?1 761 000
1 1??%

SEQ 144

PAGE 145

—

604

15:30

MACY11 30A(1052 )
18-0CT=82
HARDWAR E TESTS

DIAG

& - = —

§0-SEP-25 ?5:15
STATIC

C) O ot et e () =4=

CZDHQE.P\?

CZDMQEO MB207

104401

TRAP

(SETST

£5
~

g2
53
23 25
A R I SO OB PN P V=0 BB IR A RO S oo mm
e O

€12
MB207

DIAG #

§0-559-85 1s:§s

MACY1? 30A(1052)

023452

BADHEAD

sunnnnnevneeeee

D D D i
D el
D D D e
D D il il D D i
D il

O BB YR N R R S

OB N

D il D D D D D D D il D el D D D il
) il D el

AR 2B CBRUC N R A

SEQ 145

PAGE 146

TEST

secnnvnnnnnnnne

;*THIS TEST WILL TAKE LONGER THAN 2 SECONDS TO RUN. THIS TEST

02345

D il D ) il il D

15:30

;*FORCE POWER FAIL TEST
;*SET FORCE POWER FAIL BIT VERIFY THAT PROCESSOR TRAPS TO 24
;*GOING DOWN AND COMING UP, VERIFY ALSQO THAT BUS INIT WAS
;*BLOCKED FROM GETTING TO THE M8200,4,7 DURING THE POWER FAIL

023452

-l il il il

18-0CT-82

HARDWARE TESTS

D i

0.0.0.0:0.0:0.0:0:0-0-C-0-0:O-0-0:O- C- O . O O * O 0:O- OO O O O~ O O - O O- O O* O~ O O- - O\ O O~ O O~ O~ O O~ O~ O*

P11

STATIC

: *SHOULD NOT BE RUN IF YOU HAVE VOLATILABLE MEMORY IN YOUR SYSTEM.

BADHEAD

sevnnnnnneenvee

BGNTST

8%og 23452 104433
os 454
0234564

023460
023464
023470
02347

013701
oosogr
0127 7
81 749

'§2:= BRESET
TRAP (CSRESET

002516

MY INT
MOV

002440
000024
000024

MSTCLR
CLR
MOV
MOV

023502
02351
023516
02 sg

012737
81 761
012711
012761

023564
000002
001000
121111

023534

00 gsr

002440

og §30

012711

0 sag
02354
0 sag
023552
023554
023556
0 sog
8 56
596

104455
oooog1
005055
1025
4
01 7;

°°8°88

§72

§7

14
0
50
023626
2

0
8

5
54
56

001375

010637

137
1;7

7
005237
001375

13701
1;9 7
7
1413

104455
000021

TEST

005400

822602

023600

002444

000024
000004

MOV
MOV
MOV
MOV

000006

STALL FOR TIME

KMCSR,R1

;R1

TEMP
an2s,$TMPO
N4, =(SP)

:SET U FOPR FORCE POWER FAIL
:LOAD PORT4
:SET ROMI
:LOAD INSTRUCTION

TEMP

;WAIT FOR POWER FAIL

1%:

BNE
MSTCLR
ERROR
TRA?
MORD
.WORD
.WORD
BR
MOV

3AL1

MOV

SP,2$

:STORE STACK

;WAIT FOR POWER UP SEQUENCE

128:

INC
BNE

1%
128

000024

POPSP2
MOV
MOV
(MP
BEQ
ERROR
TRAP
MORD

17
;ERROR, NO POWER FAIL
CSERD
17
EMO
ERR17
1
#38 N2
;POWER UP ADDRESS

#1108, 3024

CLR

;CLOCK INSTRUCTION

:BR IF DELAY NOT DONE

MOV
MOV

002516
000024
002444

CONTAINS BASE M8200,4,7 ADDRESS

:MASTER CLEAR M8200,4,7
:PREPARE FOR DELAY
:SAVE POWER FAIL ADDRESS
:STORE POWER FAIL ADDRESS

#BIT9!BIT8!BITI1,(R1)

INC

;RECORD DEVICE ADDR.

s, 302
#2,4(RY)
08£T9 (R1)
#121111,6(R1)

23600
gs:
54 os 000024
02400
024000

weennnencnnnenn

MOV

5%:

000026

28, 5P
1%

;RESTORE
STACK
;PUT IN CASE OF FALSE POWER-UP,

;STALL ON POWER UP.
;WAIT HERE If BAD,WILL POWER OUT OF MERE.
;ELSE PROCEED.

KMCSR,R1
(59)0.3054
$TMPO,an24
4;
1
c;eaor
1

:POP STACK TWICE2

;RESTORE TRUE POWER FAIL ADDRESS
;1S 1T CORRECT?
:BR IF YES
;ERROR, STACK IS INCORRECT

D12
TESTS

15:30

SEQ 146

PAGE 147

OO
-—

VWSS WWINO -g“wgm

HARDWARE

18-0CT-82

805466
346
004000

RR17
TMPO, 3024
PSTACK,SP
;21111.<a1)

000024
4 $:

002470

;RESTORE TRUE POWER FAIL ADDRESS
:RESTORE STACK
SBIT11 STILL SET?

RUNB

(R1) ,R&

#B1111,R5

004000

35
ggeaor

NSV

2° NSO

NNNNNNNNNNO-

HANNININ)
= = b

NOO SO MO

[el=l=lelelelelelelel]=~]

o-ser-82"%s8s

MACY11 30A(1052)

NOVHNWY

(%DHOEO M8207
CZDMQE .P11

EMO
ERR3S

:0AC FAILED

:T0 PREVENT

SOl OOS

NNNTIINN

EXIT

TRAP
- WORD
MOV
Mov
MOV

CMP
BEQ
MSTCLR
ERROR

AR
sSNO

NNNNNNNSN

TRAP

040000

#BIT9'BIT10,(R1)

;RS = EXPECTED

RS, R4

:MAINT

6(R1) ,Ré
6%

35
ggeaor

11%:

.WORD

10%:

BIS

#BIT14,(R1)

ERROR

:R& = FOUND

IR SHOULE = 12111

:BR IF OK

;IF = 0 THEN BUS INIT WAS

sNOT BLOCKED FROM CLEARING
s THE M8200,4.,7

sTEMP COUNT FOR STALL ON POWER UP,
:CLR THE

SAGAIN!

THING SO iT CAN'T ASSIRT AC LOW

;ERROR

ADD
MOV
MSTCLR

#,5P

SFATEL TYPE OF ERROR.
sRESTORE STACK.

TRAP

CSETST

CSERDF
17
EMO
ERR17

(SP)+,an24

own
N =

—_—

ERR3S

TRAP

000004
000024

;SEL6 = MAINT

#121111,R5

EMO

MSTCLR

104401

53]
CSEXIT
L10102-.

+WORD
+WORD
.WORD

~mo
—Z
e

OCO0O00O0O0O0O0O0O0O000O

LA
Aa L LY L L T NT NT NT NT V)
oty e bk L TV TR TN TV TV TR TN

oo
W

SINIT FROM

:CLEARING CSR

BADHEAD

GLIP GAVE US SECOUND UNEXPECTED

;ASSERTION OF AC LOW ON UNIBUS.

E 12
MB207

STATIC

DIAG #

O-SEP-g 1S:§S

MACY11 30A(1052)

18-0CT-82

HARDWARE TESTS

15:30

PAGE

:RITITTITTTTTTTTON {33 1
s*MICRO-PROCESSOR NO
s*WRITE ALL ZERO'S T
+*T0 THE IBUS* AND |
:*THEN GO BACK AND READ

SEQ 147

148
.

TEST
ALL LL ONE'S THEN A DATA PATTTERN
R EGISTERS AND TO THE SP AND MAIN MEM

T HE DATA PATERNS TO VERIFY THAT
:*READING AND WRITING OF OTHER LOCATIONS AND REGISTERS
+DID NOT CHANGE THE DATA.

024044
024044
0246044
024044
024044
024050

024054

024056
024064
024072
024100
024100
024106
024106
024110
024114
024116
024120
oga1§o
024134

024142

024146
024152
024156
ozates
024162
024166
024170
024176
024176

026202
026206
024 18
8 621

%214

4216
4220
4224

024

8 4
4

024244

4252

4256
6262

BADHEAD

sennnnnveneteee

8§NTST
133::
013701

oosog;
042737
156237
116261

000017
055100
025106

004537
121100
oos;o
022702
00136
0050 ;
062737
0457 7
042737

003044

050237

000017
000017
000017

024166

024202
024214
000004

004537
125100
112761

0L3044

004537
122100
110261

003044

?g&ssr

003044

;100

00 ;o
022 g
0013

005

024104
024104
000004

1%:

28:

000005

050237
050237
105061

000377

024166
024202
024214

005004

3$:

48:

5%:

000004

;

737

000017
000017

68:

050237

024 73

737

050237
050237

000017
02431
024324

oosa

8 4;73
02431

024324

MYINT
MOV
MSTCLR

CLR

BIC
BISB
MOVB
ROMCLK
JSR
121100
INC
CMP
BNE
CLR
BIC
BIC
BIC

BIS

000010

4 63 105061

02627

002516

BIS
BIS
CLRB
ROMCLK
JSR
122100
MOVB
ROMCLK
Jga

122100
MOVB
ROMCLK

TEST

KMCSR,R1

#17,2%
30%(R2),2%
318(R2).4(R1)
RS, .ROMCLK
R2
#5,R2
1%
R?
017,48
#17.5%
97,68

R2,48

RZ.5%
R2,6%
4(R1)

RS, .ROMCLK
#377.4(R1)

RS, .ROMCLK
R2,4(R1)

seveveennencene

:RECORD DEVICE ADDR.
;MASTER CLEAR M8200,4,7

:R2 IS INDEX REGISTER

:CLEAR ADDRESS FIELD
:ADD IBUS* REG ADDRESS TO INSTRUCTION
:LOAD PORT4
:NEXT WORD IS INSTRUCTION,
+CLOCK INSTRUCTION
:WRITE IBUS* REGISTER
*INC INDEX REGISTER
:DONE YET?
:BR IF NO
:R2 IS IBUS REGISTER ADDRESS
:CLEAR ADDRESS FIELD OF INSTRUCTIONS

;ADD IBUS REG ADDRESS TO INSTRUCTION
;CLEAR PORT4
SNEXT WORD IS INSTRUCTION,
SCLOCK INSTRUCTION
‘WRITE 0 TO IBUS REG
:LOAD PORT4
:NEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION

:WRITE ALL ONES TO 1BUS REG
:LOAD PORT4
;NEXT WORD IS INSTRUCTION,

{3&

RS, .ROMCLK

INC
CMP
BNE

ng
#10,R2
3s

SNEXT ADDRESS
:DONE YET?
:BR IF NO

BIC
BIC

#17.8%
”17.9%

:CLEAR ADDRESS FIELD

2100

CLR

BIC

217108

8IS
8IS

R .93
R2.108

BIS

CLRB

ROMCLK

:CLOCK INSTRUCTION

;WRITE

ITS OWN ADDRESS TO IBUS REG

:START AT SP ADDRESS 0

R2,8%

;ADD ADDRESS TO INSTRUCTION

4&(R1)

:CLEAR PORT4

:NEXT WORD 1S INSTRUCTION,

F 12

207

STATIC

DIAG #

§o-sev-3£ 1s:§s

4272

004537

4300
4206
4 03

112761

4276 13‘130 003044

4312
4314

4320
4320

ag &
4

0013
005002

4340
4344
4346
4346
4352
4354

004537
010000

003044

004537

003044

4360
4360
4366
4366
024374
0243764
024400
024402
26406

26406
024412
024414

388& 3

024416
024422

NO NS WN=O
= OOV

2 g

004000
105061

003044

000377

ROMCLK
JBR

123100
MOVB

ROMCLK
JSR

123100
INC
CMP

BNE
CLR

ROMCLK

000004

004537
122500
110261

022702
001354

108:

000020

003044

18-0CT=82

15:30

11%:

000004

003044

JSR
010000
ROMCLK
JSR
4000
CLRB

ROMCLK
JSR
122500
MOVB
ROMCLK
JSR
122500
MOvVB
ROMCLK

JSR
136500
INC

001000

CMP
BNE

INSTRUCTION
SWRITE
gsao
T0 SP
:LOAD PORT4

;CLOCK

sNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION

RS, .ROMCLK

;WRITE ALL ONES TO SP
:LOAD PORT4

R2,4(R1)

JNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION

RS, .ROMCLK

:WRITE SP ADDRESS TO ITSELF
*NEXT SP ADDRESS

230,82

7%
R2

RS, .ROMCLK

SEQ 148

PAGE 149

HARDWARE TESTS
JSR
RS, .ROMCLK
8s:
133100
MOVB
#377.4(R1)

9s:

003044

004537
122500
112761

$37
13650
00520

000004

4326
4 3

4340

ooocoocococoococomcococooOOO

123100
110261

004537
123100
ggs;o

AN N N N AN N AN N N NN LY
PONY 2 b b b ed e =D —b b b

004537

000377
.
003044

MACY11 30A(1052)

.
)

:DONE YET?

:BR IF NO
‘R2 = ,AOM

,E, ADDRESS

INEXT WORD IS INSTRUCTION,
:CLOCK 6NS!RU(TION
IMAR _

RS, .ROMCLK

;CLOCK INSTRUCTION

4&(R1)

JCLEAR PORTS
:NEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
:WRITE 2EROS TO MEM
:LOAD PORT4
JNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
SWRITE ONES TO MEM
JLOAD PORTS
sNEXT WORD IS INSTRUCTION,

RS, .ROMCLK

#377.4(R1)

RS, .ROMCLK
R2,4(RY1)

RS, .ROMCLK
,
R2
#1000,R2
118

‘

:CLOCK INSTRUCTION

:WRITE TO MEM IT OWN ADDRESS
*NEXT MEM ADDRESS
:DONE YET?
:BR IF NO

:NOW GO BACK AND READ EVERYTHIN
024424
ogaa 4
0244
02443
44

44
4440

804537

003044

882537

003044

000

005737

444k

88"5§

6650

062737

4662
4464
&b
44
447
4676

01020

4656

116502

0
0
00632
050337

ROMCLK
SR
10000
ROMCLK
JaR

4000

025100

024512

RS, .ROMCLK

:WOULD BE CRAM CODE

002432
oogsgo

RS, .ROMCLK

024512

12%:

40%

BIC

#360,13%

MOV
ASL
ASL
ASL
ASL
BIS

R2.R3
R
2
R
R
R3,138

MOVB

sCLOCK INSTRUCTION

:MAR Ml _ 0 (M8200,4,7 ONLY)

TYp

BEQ
CLR

sNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
:MAR 0
:NEXT WORD IS INSTRUCTION,

;RS

308(RS).R2

:R2

INDEX REGISTER

:CLEAR ADDRESS FIELD

= 1BUS* ADDRESS

:PUT 1BUS* ADDRESS IN R3
:SHIFT ADDRESS TO BITS 4=7

:ADD ADDRESS TO INSTRUCTION

.
.

G 12
M8207

854500
agoe
024 og
024512
024514

024520
024524
024526
024532
0245 g
8 454
6546

STATIC

DIAG #

MACY11 30A(1052)

116537

025106

002452

ogassr
1 1084
01?1 &

003044

o-ssp-gi 1s=§s

18 706
0 1«19
o1og§
103 7
013705

104410
000334

024564

022705

024562

024570

HARDWARE TESTS
138:

000004
002452
002434
002453
002452

ERROR
TRAP

000035
005055
010350

oos;os

001327

208 :

000005

005002
042737

26606
24606
26610
024612
024614
024620
024624
024626
024630
024632

006303
006303
006303
006303
050337
010237

024642
024646
024650

001410
013705

NOWVSWN=O

NNNNNNNY

4654
4656

mogos

004537
021004
016104

123704

005055
010350
oos;o
osz 02
00134

0 4976

2737

024706

0 5718
024710

3 714

26716

000360

024630

14%:

&(R1) R4
$GDDAT,R4
208
R2,MRO
$GODAT+1
sgooar.as

2
SSERDF

29
EMO
ERR29
TST
cssscAPE
(10103~.

CMP

#5,RS

INC

12¢

;$GDDAT = “EXPECTED"
sNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
:PORT4
= 1BUS* REGISTER
;R4 = "FOUND

- 1BUS* CONTENTS OK?
:BR IF vES
.o

;IBUS* DATA ERROR

;INC COUNTER

:DONE YET?

:BR IF NO

0050 ;

21%:

.WORD
.WORD
INC
CMP
BNE

EMO
ERR29
ag
#10,R2
14%

:NEXT IBUS REGISTER
:DONE YET?
:BR IF NO

16%:

BIC

TRAP
WORD

050237

024714

004537

003044

010237

002452

860639

024714

= 1BUS ADDRESS

;1BUS DATA ERROR

C(MPB

002452

000017

:R3

218
$GDDAT
RS
29

002452

000010

R2,.RS

:R2 = IBUS REG ADDRESS
sCLEAR ADDRESS FIELD OF INSTRUCTION

BEQ
MOV
ERROR

158:

000004

MOV

Ri
#360,15%

4&(R1) R4

024630
002452
003044

CLR
BIC

ASL
ASL
ASL
ASL
BIS
MOV
ROMCLK
JSR
021004
MOV

106‘52
00003

ogaeog
024662
024664
026693
8 4672
4674

31$(RS),$GDDAT

RS, .ROMCLK

SEQ 149

PAGE 150

408:
sEND CRAM,GENERAL TESTS

24572
24574

024636

15:30

MORD
.WORD
.WORD
ESCAPE
TRAP
.MORD

BNE

024572

26602

MOVB
ROMCLK
an
121004
MOV

(MPB
BEQ
MOV
CLRB
MOV

104455

024550
024552
0245564
024556
024556
024560

18-0CT=82

178:

R
R3
R3
R3
R3,15%
R2.SGDDAT
RS, .ROMCLK

$GDDAT,R&

stiflbf
29

;SHIFT ADDRESS TO BITS &4=7

;ADD ADDRESS TO INSTRUCTION
:$GDDAT = “'EXPECTED'
sNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
:PORT4 = IBUS REG
:IBUS = "'FOUND'’

: 1BUS CONTENTS OK?

:BR IF VES

CLR

‘R2 = SP ADDRESS

BIS

R2,17

:ADD ADDRESS TO INSTRUCTION

ROMCLK
85“

40600

MOV

17,178

RS, .ROMCLK

R2,$GDDAT

;CLEAR ADDRESS FIELD OF INSTRUCTION

*NEXT WORD 1S ;NSIIUCIION.
:CLOCK INSTRUCTION

iBR _ SP

:$GDDAT = “EXPECTED"

:
b

M 12

MB207

P11

STATIC

DIAG #

§o-ser-33 1s:§s

MACY11 30A(1052)

NARDHA%E ttgtgc A

§ 2; S §2?3§Z 003044
47 8 1g1 4 000004
2;‘
181294
02452
47

15:30

ROMCLK

82%§8umiowuz

6§§22‘ RS, .ROMCLK
MOV
4(R1),Ré4
gg:a
ggoai.ac
?%m GDDAT,RS

024754

.WORD

0247

104455

000007

056768 007936
0 aros

024762
024764
024766

TRAP

;seaor

‘WORD

ERR7

TRAP
MORD
INC

cssscuvs
L10103-.
Rs

ESCAPE

104410
000130
OOS;OS

036776 003 seg 000020

8%2558 ——

22%:

PAGE

SEQ 150

g i
JNEXT WORD

‘3585: xug; uc*xou NP, P
iR& = "FOUND'’
gt ,@2’ CONTENTS OK?
'” S anes
e

INSTRUCT

SRR F HO

ROMCLK

e i TS
R2,$GDDAT

SNEXTTMWORD

MOV

JSR
055224
MOV

$CLOCK INSTRUCTION
:PORT4 _ MAIN MEM
:R& = "FOUND*'

025020

8 gg

004537
055224
01?106

as‘z?a

003044

000094
002452

0 5023 01370§ 002452

025044

8 gggg

e
025060

5coour.as

gsenor

INSTRUCTION,

sNEXT WORD IS

INSTRUCTION,

*&2‘:‘.1"“5"'?3&188':(70.
ANILY oMLY
TSGDDAT= “EXPECTED" .

o 'égaxn MEM CONTENTS OK?

:MAIN MEM DATA ERROR

i,
TST

013

003

308:

S8
o

—

[V IV]

ERROR

Iy
R
AN
ion
Efikgc“ NSTRUCTION .
:

ESCAPE

§ §8§§
§§3;3§
001000
50
135
025074
o0
NN

4(R1) R4
sggoai.a4

'53:»

053069 000053

025106

RS, .ROMCLK

gg:s

MOV

104455

ssaers 3t
0251
000
055182
005

ROMCLK

006

31%:

EVEN

TUORD L0708

333
?2?1

"
.BYTE
.
BYTE

INEXT SP LOCATION

025006

025020
025024
0250 s

K PC=

TST

RoRcLk
3?3000 RS, .ROMCLK

18%:

. R

8 3882 8?3335 003044

053013
Q0c00q o0k
025014 010239 002452

AR IIIIIIINNS
O OWW’W‘OOOW\#OW-‘OS
N
N
e ee e e

18-0CT=82

#3000
a;
188
1s1
Aot

0,2.3.5.10

1,3,4,6,10

e
Bh:
:BR
IF
BR 1F N

112
CZDMQED MB207

CZDMQE.P11
6631
64 i

32 025114
64635 0§2114

025114

6438
6439

025116

[+ BNTe QW 0

$333333s
-

22 6

6449
6450

0-SEP-8£ 1S:§S
025114

MACY11 30A(1052)

18-0CT-82

HARDWARE TESTS

15:30

SEQ 151

JEVEN

ENDTST
L10103:

104401

TRAP

CSETST

BADHEAD
Jeenenveventeee TEST 34 eencncnceneceee

:* IF THERE IS A WRITE INTO PORTB,INDAT2 WILL CONTAIN'A 377.
BADHEAD

025116

seennnenencenee

025116
025116
025116

6466
6467
2223

025152
025152
025156

6470

025160

22;

025164

agntsv
134::

013701

002516

004537
000525

003044

004537
062221

003044

004537
063221

003044

004537
060361

003044

004537
020420

003044

025160

004537

003044

025166

111104

061220

6475 025170 012705 000125

647

MYINT

MOV
ROMCLK
JSR
00525
ROMCLK
JSR
062221
ROMCLK
J§R
63221
ROMCLK
JSR
060361
ROMCLK
JSR
020420
ROMCLK

TEST

KMCSR,R1

;RECORD DEVICE ADDR.

RS, .ROMCLK

;CLOCK INSTRUCTION
:NOW INTO QIDAT2

RS, .ROMCLK

;CLOCK INSTRUCTION
INOW INTO SP1

RS, .ROMCLK

:CLOCK INSTRUCTION
4
INOW THE ‘NODST BR,SUBOC,SP1
:THE NODST SHOULD NOT MODiFY INDAT2!

RS, .ROMCLK

;CLOCK INSTRUCTION
:PUT CONTENT OF INDAT2 IN BRG.

RS, .ROMCLK

MOVB

#125.RS

MOV

eecencnnencenee

;CLOCK INSTRUCTION
:PUT A 125
INTO BRG.

JSR

061220

RS, .ROMCLK

(R1),Ré&

647

;CLOCK INSTRUCTION

:PUT BRG INTO BSELO
:SEE WHAT CAME

: SHOULD BE 125

BAC

IF Srr.cnne BACK

SYOU CAN BET THAT THE "NODST* WROTE
lnto THE MULTIPORT RAM!

22;3
6480

PAGE

:* 125 _INTO BOTH SP1_AND BR LAST WE'LL DO A NODST BR SUG ¢.SP1

025116
0251 g
025122
025126
025130
025130
025134
0551
025136
025142
025144
025144
025150

6476

DIAG #

:* THIS TEST IS DESIGNED TO MAKE SURE THAT A NODST INSTRUCTION
.' DOES NOT WRITE INTO PORYg OF THE MULTIPORT
R
i g D0 THIS, WE'LL PUT
INTO INDATZ, THEN UE L Pyt

6451
easg
6453
6454
6455
6456
6457
6458
6459
6460
6461
6462
6463
2222

6471

STATIC

: D1 WRITE OUT L**

2231

025176

055174

850405

648
6486
6485
6486

5200
025204
025 03
02521

104455
80
4
5055

001406

(MP

R4 RS

RROR
RAP
.WORD
.WORD

7
ss&uor

BEO

106

EMO

;NOW LOOK,

WATCH SIGNAL

CZDMQED MB207
CZDMQE.P11

6487

025212

6489
90

0 g 14
025214
025214
025214

HARDWARE

007026

18-0C1-82

TESTS

-WORD
108:

L10104:

104401

025216

15:30

SEQ 152

PAGE 153

ERR7

ENDTST
TRAP

CSETST

BADHEAD

l.t"t"i""'

TEST

tenvnvnnennnnes

v EXTENDED CRAM TEST FOR M8206. IN THIS TEST WE WILL LOAD DATA

:* THROUGHOUT THE CRAM (TEST DATA IS JUST 4K OF DIAG.

6.
THEN READ IT BACK AND VERIFY THAT IT
.ttattt'ttco't

N
VIV
Y

OO0

NN
VWA
N

OO0

OO
WA
OO

W soo
oo
g
Or

025216

OO0

6488

30°5EP-82 15185

MACY11 30A(1052)

135::

SKIP06 108
EGOTO 1os xr M8206
.MORD

002516

012702

108:

sennnnnenennnee

MY INT

,exxt

;DO TEST ONLY IF IT IS A MB206
sOTHERWIZE ,SKIP TEST.

L10105-.

MOV

KMCSR,R1

sRECORD DEVICE ADDR.

012146

MOV

#ROMMAP ,R2

sGET ADDR. OF LIST.

012711
005003

002000

MOV

oiooo.(a1)

sSET TO WRITE DATA.
:CRAM ADDR ZERO.

010361
012261

000004
000006

MOV

R3,4(R1)

(R2)+,6(R1)

sWRITE DATA.

cMP

R3,MEMSZ

INC

sDONE_WHOLE CRAM?
sYES,EXIT THIS LOOP.
+NO,UPDAT ADDR.

CLR

15%:

g 002436
012146
000004
000006

MOV

BEQ
20%:

308:

CODE) AND

BGNTST

TRAP

013701

TEST

IS CORRECT

B8R

208

158

sSET _ADDR,

CLR

MOV

#ROMMAP ,RS

:GET ADDR. LIST 0' DATA

MOV

R3,4(R1)

sSET ADDR.

MOV

(MP
BEQ
MOV

ERROR
TRAP
.WORD

.WORD
.WORD

(RS) ,R2

sNOW WE WILL READ BACK,STARTING AT
:CRAM ADDR. ZERO

sPUT EXPECYED INTO R2

o(atf R4

:RE D CC

‘
R3,RO

VES CONIINUE.

sERROR CRAM DATA TEST,DATA

fstaor

EMO
ERR1

:EQU

K 12

CZDMQED MB207 §TATlC
CZDMQE.P11
0-SEP

449s%8s

18-0(7-82

MACY11 30A(1052)

HARDWARE TESTS

15:30 PAGE 154

oY O8N OO bogbb

002436

NN
NN
WWIWN

40%:

TRAP
EUORD

sALL DONE?

BNE
EXIT

WSS

TRAP

+WORD

INC

000002

sUPDATE ADDR.

ADD
BR

OOOr

OO0

VNN
NN

" TRAP

000

ESCAPE

OO00O0O

sREAD NOT DATA THAT WAS WRITTEN.

CSETST

BADHEAD

sennnnnvneneeee

TEST

36 sevnnnnnnennenn

;* THIS TEST LOADS MICRO-CODE INTO A MB206 MCPU THEN EXECTUES IT,
i« THE MICRO CODE

025364

BADHEAD

senevreneennnnee

025364
025364

136::

TEST

ExIT

104432

013701

002516

004537

026006

1$%:

:ONLY DO THIS TEST IF MB8206

CSEXIT

LWORD

L10106~.

MYINT
MOV

KMCSR,R1

sRECORD DEVICE ADDR.

JSR

RS.LOADER

sLOAD THE MICRO CODE

777
061220

061
61

61224
1225

it
10141

1 9
1
3000
101410

000400

400

evenennnncenene

18T

IRAP

000442

BGNTST

SKIPO6 1%
:GOTO 1% IF MB8206

025364
025374
025374
025376

1S DESIGNED TO WRITE ALL ONES INTO THE SEL REGS.

:* THIS TEST IS ONLY PERFORMED ON AN M8206.

;:MOVE #377.BRG
:MOVE BRG,BSEL

:MOVE BRG,BSEL
:MOVE BRG,BSEL3
sMOVE
:MOVE

BRG,BSELG
BRG,BSELS

:MOVE

#0,.BRG

:MOVE BRG,BSEL6
‘MOVE
BR 858L7
*MOVE BSELO,SP
BRAN(N BACK ONE UNTIL <>377

0 153

040000

025472

012700

000062

b ed

=000

bbb e

owoooog

NON

=~ |

#50.,R0O

OO0

#040000,
(R1 )
#100000,
(R1 )

TIME ON THE MB206 IS
ARE ASKING THE MCPU TO

CLR

RS
#377 RS

MOV
MOovB

CMPB
BEQ

(R1) ,Ré

ERROR

VIWVWAW

2 d 951 FOR TYPEOUT.

JEXPECT $7

*READ MCPU

sSEE IF OK.

sONES INTO BSELO,BUT INSTEAD FAILED.
TM

ESCAPE

30%:

177777

000002

sEXPECT ALL ONES
sRECIEVE D
;RECIEVE OKk?

sERROR! MCPU WAS TO WRITE ALL ONES

ERDF

5566
55

TRAP

.WORD

(3¢ sCape
L18106°.

MOV

4(R1) R4

ESCAPE

016104

TIME.

sERROR! MCPU WAS TO WRITE ALL

TRAP
«WORD
«WORD
.WORD

O
o

53 RS8

SHOULD BE PLENTY OF

:INTO BSEL 283

025572

WE'LL DELAY

NSTRUCT IONS

20%

OO
o0

SO =PI

ON=—=2O

000377

DEC
BNE

mmroean
ol

025552
0 5528
0255
025562
025564

20%:

02554
025546
025550

[ N purpmry
SOOO

o8 025533

6639
6640
6641
666§
6643
6646
6645
66‘?
6647
6648
6649
6650
6651
665
665
6656

;BRANCH

CTIONS.

6617
6618
6619 025476
6620 025509
6621
6622
025502
6623
025504
6626 025510
6625 025512
6626 025514
6627
6628. 025516
66;3 025552
66
025524
6631
0255;8
663§ 0255
663
6634 02553%
6635 02553
6636 025534
66

100000

SEQ 154

PAGE 155

NSNS b

7
4

0
0
7

15:30

NNO

==2420000 (=4

025462
025466

061

(T-82

NNNONOWVISS WIS

0613§g

HARDWARE

S82

6613
6614
6615
6616

025436
0 Sk&g
02544
025444
025446
025450
025452
025454
025456
025460

MACY11 30A(1052)

6599
6600
6601
6602
6603
6604
6605
6606
6607
6608
6609
6610
6611
661;

0-SEF-82 1585

CZDMQEOD MB207
CZDMQE.P11

L 12

000004

4«0%:

sREAD BSEL 485

MB8207

P11

2E3REEE3ES

lalinl

8322 B
=
22
mm

M2
STATIC

DIAG #

o-ser-35 1s=§s

MACY11 30A(1052)

18-0CT=82

HARDWARE TESTS

15:30

SEQ 155

PAGE 156

025576 020405
o%seoo
001410

BEO

CMP

R4 RS

506

;READ 0K?

025602
025606
0 se1g
02561
025614

104455
000035
oosgss
010350

ERROR
TRAP
MORD
.WORD
.MORD

29
Sseaor
29
EMO
ERR29

;ERROR! FAILED O WRITE BSEL $85

104410
000220

ESCAPE TST
TRAP
csss APE
MORD
L10106~.

025616
8 5616
5620
025622

0 5656
025630

016104
020405
001410

025632
025636
025640
025642
025644

000006

508:

MOV

: TO ALL ONES.

CMP
BEQ

6(R1) R4

R4 RS
60$

;READ BSEL 687

104455
000035
005055
010350

ERROR
TRAP
MORD
.WORD *
.WORD

29
CSERDF
29
EMO
ERR29

sERROR! FAILED TO WRITE BSEL 687

ogse&e
025646
025650
025652
025654

104410
000170
105011
005005

ESCAPE TST
TRAP
CSESCAPE
MORD
L10106~.
CLRB
(R1)
CLR
RS

sSIGNAL MCPU TO WRITE ALL ZEROS.
SEXPECT TO READ ALL ZEROS.

025656
025660
025662

00504
111104
001410

CLR
MOVB
BEQ

R&
(R1).Ré4
708

;READ BSELO
SEXPECT ZERO.

ERROR

sMCPU FAILED TO CLEAR BSELO

025664

;

60%:

ogsero
8 5672

104455
000035

025676

010350

.WORD

ERR29

025700
025700
025702
3 5706
5710

104410
800136
016106
001410

ESCAPE
TRAP
MORD
MOV
BEO

TST
CSESCAPE
L10106~.
(R1),Ré
0$

25674

005055

825712
571
57
57
§72¢
5726
57
g;

583"8
11

025732

016104

025736

TRAP
MORD

.WORD

000002

708:

104422
sgss
010350

001419

000004

CSERDF
29

JREAD 0K?

TO ALL ONES.

;READ BSEL 283

:1F 2ERO,OK

ERROR
29
TRAP
CSERDF
MORD
29
.WORD
EMO
.WORD
ERR29
ESCAPE TST
TRAP
csssszpz
MORD
L10106~.

;MCPU FAILED TO CLEAR BSEL 283

MOV

;READ BSEL 4&5

BEO

4(R1) R4

90%

N 12
MACY11 30A(1052)

18-0CT1-82

HARDWARE TESTS

ERROR
TRAP

.WORD
+WORD
.WORD
ESCAPE

90$%:

29
S’ERDF

9
EMO
ERR29
187

6(R1) ,R&
95%

;READ BSEL 687

ERROR

29
CSERDF

:MCPU FAILFD TO CLEAR BSEL 687

EXIT

TRAP

+WORD

EMO

ERR29
1871

CSEXIT
L10106~.

:LOADER
01271

026012

005000

002000

LOADER:

SUBROUTINE USED BY THIS TEST TO LOAD MICRO CODE INTO A M8206
#2000, (R1)

000004

026014

sMCPU FAILED TO CLEAR BSEL 485

MOV

+WORD

«WORD
.WORD
«WORD

026006

SEQ 156

PAGE 157

CiSSCAPE
L10106~-.

TRAP

95%:

15:30

TRAP

BEQ

O000O0

000006

OO0

b d b
NN

b cd b

o~ OO
~ NNNNNNNNNY

WA = OO 00 NN
NN

6711

0-3er-82"578s
TATIC

OO0O0O0O0O0O0O0ODOO

CZDMQED MB207
CZDMQE.P11

108:

000006
177777

zg.k(fll)

:SET ADDR.

(RS) ,6(R1)
(R5)+,#177777
10%

sWRIITE MICRO CODE.
;SEE IF TERM,

(R1)
RS

104401

026042

L10106:

ENDTST
TRAP

CSETST

BADHEAD

seeensseseesese

TEST

(AR

ARRS2
R ]

s*NEGATIVE ADDRESS TEST.
IN THIS TEST, WE'LL MAKE SURE THAT THE MB8207
:®

g85§1N0! RESPOND TO AN ADDRESS THAT ISN'T ASSIGNED

. ®

026042

BADHEAD

026042

BGNTST

cevnnnnnnnsnnes

TEST

evnnnceennnnnne

B 13
CZDMQED MB207

CZDMQE .P11

STATIC

DIAG

20-559-25 is

6767
6768
g;gg

02604
02604
026042

013701

002516

6771

026046

012711

000641

6773
g;;g

026064

005037
012702

000006
160000

6776

026070

022712

000641

g;gg

026074

001420

6781
6782

026076
026102

062702
020227

000002
1777C0

6785
6786
6787
6788
g;gg

026110
026116
026124
026124
026126

013737
013737

002464
002466

6791

026130

062706

g;gg

026136

6796

026136

012711

2;33

026146

00140

6800

026150

012711

6803

026156

0201o§

6806
6807
6808

026162
026166
026170
026172
026174

104455
000050
005055
010636

6772

6777
6778

02605

6797

2381

gggg

6810
gg}t
6813

6814
gg}s

026142

026154

026160

026176

6519
026202
6818
6819

CLR
MOV

158%:
17%:

104432
000052

000760

000004

208:
40$:

02271§

000750

00177

000174

000174
000641

508 :
60$:

104401

KMCSR,R1
2641, (R1)

#208,a04

aré
#160000,R2

;RECORD DEVICE ADDR.
;PUT A DEFINITE PATTERN IN MCPU.

:SET UP FOR TRAPS FROM NON<-EX.
:GET STARTING ADDRESS.

BEO

408%

ADD
CMP

2 R2
2.#177700

;UPDATE ADDRESS.
:DONE?
;80

MOV
MOV
EXIT
TRAP
WORD

SAVEL,and
SAVEG,al6
ST
CSEXIT
L10107-

;RESTORE TRAP CATCHER
;FROM VALUES SAVED BY INIT SECTION
SEXIT, ALL DONE

ADD

0, SP

;SAVE FROM TRAP

BNE

15§

;SEE IF CONTENTS OF THE ADDRESS

:POINTED TO BY az EQUALS THE CONTENTS
:0F THE MCPU CSR

:NO=LOOP

:LUOP

;*OH NO, WE MAY HAVE A DUAL ADDRESS PROBLEM!
MOV

#174,(R1)

BEQ

60%

MOV

0641.(a1)

;PUT OLD PATTERN BACK IN MCPU CSR.

cMP

R1,R2

;1S THIS THE MCPU ADDRESS?

ERROR
TRAP
WORD
.WORD
.WORD

40
cszaor
40
EMO
ERR&O

;:DUAL ADDRESS ERROR

BEQ

#174.(R2)
15%

50$

:WRITE NEW PATTERN IN MCPU CSR

:DID NEW PATTERN SHOW UP IN ADDR?
:LOOP

:YES=NO ERROR

17%

ENDTST

TRAP

CSETST

BADHEAD
ltt.tt't"tt't TEST 38 ' S3323232231%

6820

-avrt ADDRESSING TEST

6822

€821

SEQ 157

PAGE 158

i041, (R2)

L10107:

15:30

CMP

000744

026200

ogo 00
026200

MOV

108:

000004
000006

MYINT
MoV
MOV

015737 026130 000004
026060

026134

18-0CT-B2

HARDWARE TESTS
137::

g;g‘ 026106 001370

g;g

MACY11 30A(1052)

‘e

HERE,

WE'RE GOING TO MAKE SURE THAT WE CAN

WRITE INTO ONLY A HIGH OR LOW BYTE OF THE MCPU.

& WVISWN
= OOV NOWVISW

& gaa CoCO0000C0000000
WWWWIWWNINNONONNIN

XER
©0
mMm

MB207

P11

STATIC

DIAG #

§0-SEP-8£ 15:;5

MACY11 30A(1052)

BADHEAD

seennnneveenvee

8 620
8 g 8 013701 002516

T38::

620

026206 003061
026212

112761

000002
1777

000002

026220

032761

177400

000002

026%26 001410
026240
026242
026566
0%6 &6
026246

106410
000040

026250
026254

005041
11%761

026270

001406

056;06
026306
026306
026306

PAGE

SEQ 158

159

00099;
177

000377

000003

108:

000002

L10110:

026310

evnnevnnvennenn

RECORD DEVICE ADDR

MOvB

#=1,2(R1)

;CLEAR CER

BIT

BEQ

#177400,2(R1)

10%

:SEE IF HIGH BYTE GOT WRITTEN

RROR

JHIGH

WORD
WORD
ESCAPE
TRAP
«WORD

EMO
ERR4Y
TST
CSESCAPE
L10110-.

sOPERATION

CLR
MOovB

2(R1)
#-1,3(R1)

BEOQ

20%

ERROR
TRAP
.WORD
.WORD
WORD
20%:

2(R1)’

BIT

104455
00005;
00505
010744

104401

KMCSR,R1

TEST

NTST

;RAP
MORD

005055
010702

032761

—
:55"1
(LR

026 i‘ 104455
026236 000051

026272
026276
026300
026302
026304

15:30

026202

056 68

18-0CT-B2

HARDWARE TESTS

026230

2222222222222
EECEEEEEE
.so,.u~_°§§§§§§§§§§zzsxs:azss§§§§§§

lalal

:S?IEERALL ONES INTO LOw BYTE

CSERDF
41

BYT

T WRITTEN

INT

sWRITE INTO HIGH BYTE

#377,2(R1)

sSEE IF LOW BYTE GOT WRITTEN

6%
CSERDF
&2
EMO
ERR&?

sLOW BYTE GOT WRITTEN INTO ON A

sHIGH BYTE OPERATION.

ENDTST
TRAP

CSETSTY

BADHEAD

sennnnnnceneeee

TEST

sevennnnennnnen

s w

;*IN THIS TEST W:'RE GOING_TO MAKE SURE THAT THE PC

s*REG COUNTS UP PROPERLY, THE PC REG SHOULD INCREMENT
::ON(E AFTER EACH INSTRUCTION.

026310

BADHEAD

senennssneneeee

826310
56310
026310

026320

6320

139::

104432

TEST

encnvcecnnnenen

BGNTST
SKIPO7 10%
;GOTO 108 IF M820/

EXIT 18T
TRAP

CSEXIY

N A

sONLY DO IF mMB8207

\Al

o pes

D13
CZDMQEQ MB207
CZDMQE P11

6879
6880
6881
6882
6883
6884
6885

6886
6887

026322
026324
026324
026330
0g633
026334
026340
02632

8889 03636
€890 056350

6891
6892
6893
6894
6895
6896
6897
6898
6899
6900
6901
6902
6903

6904
6905
6906
6907
6908
6909
6910
6911

691
691
6914
6915
6916
6917
6918
6919
6920
6321
6922
6923
6924
6925
6926
692
6928
6929
69
6931
693
693
6934

026350
0635
026356

026362
026362
026366

026370
025370
026374
026376
026402

o-ser-82"%sSs

MACY1Y 30A(1052)

HARDWARE

000122

002516

004537
000400

003044

006S§7
061233

003044

004537

003100

012705

000001

003044

108:

MYINT

MOV
MSTCLR
ROMCLK
iag

L10111-,
KMCSR,R1

;RECORD DEVICE ADDR.

JCLOCK

JSR
61233

RS, .ROMCLK

;CLOCK INSTRUCTION

JSR

RS, . SROMCLK

SROMCLK

100000
MOV
ROMCLK

JSR
121265

ROMCLK

003044

SEQ 159

PAGE 160

RS, .ROMCLK

ROMCLK

20%:

15:30

TESTS

«WORD

013701

100000

18-0CT-82

#1,RS

INSTRUCTION

JSTART AT ZERO
;READ PC HIGH REG.

RS, .ROMCLK

SCLOCK INSTRUCTION

JREAD PC LOW REG.

13?2“

RS, .ROMCLK

MOV

4&(R1) R4

sGET WHOLE PICTURE

CMP

R4 RS

s INCREMENT 0K?

026412
026416
026420
026422
026424

ERROR

sPC FAILED TO INCREMENT PROPERLY

MORD
.WORD
+WORD

47
EMO
ERR47

026426
026426
026430

ESCAPE

026406
026410

026432
026436
026442
02644
026444
026444

026446

000004

BIC

170000

BEQ

TRAP

00000
00077

308:

L10111:

sCLOCK INSTRUCTION

#170000,R4
30§

CSERDF

s SHOULD INCREMENT BY ONE
:FOR EACH INSTRUCTION.

SC
n

sUPDATE EXPECTED ADDRESS BY 2.

ENDTST
TRAP

BADHEAD

CSETST

seeennnnecntene

TEST

evevecnnnncnnee

]

s*IN THIS TEST WE'LL MAKE SURE THAT "BRANCH FIELD H'* DOESN'T
s*GET SUCH WICH,
J*FIRST WE'LL CLEAR THE PC HIGH REG. THEN WE'LL DO A BRANCH INSIR
J*WITH BAB BITS 11812 SET, IF PCR BITS 889 SET THEN WE'LL KNOW
s*WE WERE SUCCESSFUL IF PCR BITS 8R89 FAIL TO SET, WE'LL KNOW

s*THAT THE MUX SELECTED THE WRONG INPUT TO BE (Lé(l!b INTO THE P(R,

E 13

207

SRR

MACY11 30A(1052)

18-0CT-82
HARDWARE TESTS

BADHEAD

seeenennveeneer

140::

013701

002516

108:

gOOOO
oW
VISV
W

MYINT
MoV

ROMCLK

JSR

116400

ROMCLK

003044
000005
000003

VIV
&~

;CLEAR DEVICE.

;D0 A "BRANCH ALWAYS'' WITH

RS, .ROMCLK

sCLOCK INSTRUCTION

sBAB BITS 11812 SET

THIS SHOULD CLOCK

sTHESE BITS INTO BITS 889 OF THE PCR.

5(R1) RS

:NOW READ THE PCR HIGM

sCLOCK INSTRUCTION

sAND PUT INTO PORTS.

;REG. BR NO CLK OF BAB BITS

sREAD THE PCR,

"3RG

;EXPECT BITS 8,9 TO BE SET.

#177774 RS

::STRIP ANY JUNK

(MP

R4 RS

:0K?

ERROR
TRAP

15
(SERDF

:"BRANCH FIELD W' STUCK WIGH OR

«WORD
.WORD
.WORD

104401

sINITIALIZE PARAMETERS
;RECORD DEVICE ADDR.

MOvB

BEa

L10112:

;ONLY DO [F MmB207

KMCSR,R1

RS, .ROMCLK

BIC

20%:

evencneneneneee

CSEX!IT
L10112-,

JSR
121265
mMovae

177774

FEIS

U‘U\U‘\fl

TST

MSTCLR

003044

SKIPO7 10%
GOTO 108 IF M8207
YRAP
WORD

00006

TEST

BGNTST

EXIT

10443

026544

SEQ 160

PAGE 161

026446

02654

15:30

208

15
EMO
ERR15

sOTHER PROBLEM IN THIS AREA.

ENDTST
TRAP

CSETST

BADHEAD

senesncnneneeee

TEST

eececccccnconee

:*IN THIS TEST WE'RE GOING TO MAKE SURE THAT ONLY SPO
:}g §§%ECIEgU§00 SOURCE WHEN THE DESTINATION
;oFIRST WE'LL WRITE EACH SP ADDRS INIO ITSELF THEN WE'LL
;*MOV SP TO OBUS4. THAT SHOULD SELECT

026544
026544

;*SP ADDRESS
I1f ANY OTHER DATA SHOWS UP, WE'L
‘;ghAHE 1TON THE SELECTION OF A DIFFERENT S(RAI(N PAD.
Jenscesneceeene

BGNTST

JEST

eecocncncnnnnne

VRG0182

F13
CZDMQED MB207
CZOMQE P11

8 6555
656
026564
0 6578
02657
026574
026576
026600

803005

02
02664

02664

026574

108:

70
7829
7040
7061
706§
704
7066

7045
70646

20%:
000020

=W
NS

8\”\”\”
O=0O0W
IIVIVAIV
=Y 92

NS0

BIC

000000

:START WiTH ADDR=ZERO

917,208

:STRIP SP ADDR FIELD FROM INSTR

RS, .ROMCLK

:CLOCK INSTRUCTION
SWRITE TO SP
:UPDATE ADDRESS
:IF NOT THROUGH, REPEAT.

R5.20%

:ADD SP ADDR TO INSTR.

RS
R5,#20

106

02?204

RS, .ROMCLK

MOVB

4(R1),Ré&

BEQ
MOV
ERROR

308
#0,RS
&

MORD
.WORD
+WORD

43
EMO
ERR43

308:
ENDTST
L10113:
TRAP

026644

*RECORD DEVICE ADDR.

Jga
123100
INC
C(MPB

TRAP

104401

KMCSR,R1

:PUT SP ADDR INTO PORT4.

ROMCLK

000004

SEQ 161

PAGE 162

RS,4(R1)

BNE

003044

15:30

MOV

géach

:NOW MOV SPO TO OBUS* PORT4

:CLOCK INSTRUCTION
*READ PORT4

IT S/B ZERO

:SP0 NOT SELECTED FOR SOURCE=-SEE

CSERDF

sDISCUSSION IN HEADER.

CSETST

BADHEAD

sevennnseveenee

TEST

teeennnennnneee

:*IN THIS TEST WE ARE GOING TO MAKE SURE THAT THE
s*SIGNAL "MOV INST WTM (AND ITS ASSOC. TRIBS) DOESN'T GET
s*STUCK HIGH. IN ORDER TO DO THIS WE'LL CLEAR THE PC HIGH REG

7030
70
70
7035
;8

MYINT
MOV

CLR

;828

703
70 g

18-0CT-82

HARDWARE TESTS

002516

e
050527

026604

026606
026603
05661
026614
026620
026622
026626
026632
026634
026636
026640

MACY11 30A(1052)
T61::

o
s~
g&
f=
- BN

7006
7005
7006
7007
7008
7009
7010
7011
7012
7013
7016
7015
7016
7017
7018
7019
7020
7021
702
7023
7024
7025
7026
7027

026544
026544
026544
026550

0-SEP-

(==l

6991
6992
6993
6996
6995
6996
6997
6998
6999
7000
7001
7002
7003

TATIC g A?sfis

s*PUT KNOWN DATA

IN_THE BREG AND SP1

THEN WE'LL A BRANCH

s*WITH CROM BITS 0-3 SET AS WELL AS CROM BIT 9 WITH CROM BITS 8 AND 11 (LEAR.
s*l1F "MOV_INST W' GETS STUCK HIGH, THE PC REG WIGH WILL GET LOADED
:*WITH THE CONTENTS OF

BADHEAD

026644

Jeneneseetet et

026644
026644
026644
026654
026654

0266

026660

02
026664

162::

013701

SKIPO7 10%
:GOTO 108 IF m8207
TRAP

000110

LMORD

002516

108:

teeecennnncnene

BGNTST

EXIT 18T

106432

TEST

THE ALU

MY INT

MOV

MSTCLR

s l,l

sONLY DO IF MB207

;ELSE EXIT

L10114-~,
KMCSR,R1

D0 INITIAL

TEST

SET-UP,

:RECORD DEVICE ADDR,

;00 A MASTER CLEAR.

613
CIDMQED mMB207
CZDMQE.P11 1

30°5e6-84
15+ 85

;82‘ 8 6670
6674 005737
001034

MACY11

30A(1052)

HARDWARE

002470

BNE

7050

7055
70
705

7058
7059
7060
7061
7062
7063
7064
7065
7066
7067
7068
7069
7070

7071
7072
7073
7076
7075

7076
707
7078
7079
7080
7081
70
708
7084
7085
708?

708
7088
7089
7090
70901

SEQ 162

PAGE 163

agna

208

;OFF SO THAT M8207

026676

000002

026704

026704
02671
8 671

002004

MOV

ROMCLK
JSR

003044
000004

67
026720

123101

000004

MOV
ROMCLK

003044

026724
026726
0267 g
0267

{3;100

ROMCLK

003044

JSR

141201

NOT SELFSTARTING.

#2,4(R1)

SWITCH PACK #E28

:PUT A 2 INTO SP1

:PORT4 TO SCRATCH PAD 1
$CLOCK INSTRUCTION

RS, .ROMCLK
#4,4(R1)

RS, .ROMCLK

;CLOCK INSTRUCTION
:NOW DO A BRANCH ON C=-BIT

RS, .ROMCLK

:CLOCK INSTRUCTION

SET

:BASED ON SP CONTENTS
;0K=WHAT WE ARE REALLY

;INTERESTED IN IS SEEING IF THE
:PC HIGH REG GETS LOADED WITH
;THE_CONTENTS OF THE ALU (2)

$1F THIS OCCURS,

WE CAN PROBABLY

;3?z“tunr "MOV INSTRTM REMAINED
0267
0267
026740
026742
036766

003044

ROMCIK
{3?265

000005

MOVB

026750

026752
026756
026760
026762
026764

026766
26766
26766
026766
026770

709
709
7094
7095

104401

L10114:

tREAD
PC MIGH, PUT INTO PORTS
:CLOCK INSTRUCTION

BEQ
CLR

208
RS

S(R1),Ré&

;READ PC REG HIGH FROM PORT

ERROR
TRAP

15
CSERDF

;ERROR=PC REG HIGH S/B CLcAR=-SEE HEADER

MORD
.WORD
.WORD

20%:

RS, .ROMCLK

:SHOULD BE CLEAR

15
EMO
ERR15

:DISCUSSION.

ENDTST
TRAP

)
CSETST

BADHEAD

Jensenenceeeene

3
TEST

;*TEST THAT MASTER CLEAR,

tencnnsennennne

CLEARS BITS IN THE NPR CONTROL REGISTER AND

:*M]CROPROCESSOR MISCELLANEOUS REGISTER=FIRST WE'LL SET THE
;*PRIORITY UP SO THAT WHEN WE

SET

THE BUS REQUEST BIT

;*THEN WE'LL SET ALL THE BITS IN BOTH REGS EXCEPT THE

709;

7098
7099
7100
7101
7102

15:30

;70 RUN THIS SECTION OF CODE YOU MUST TURN SW7 OF

7051

7056

TESTS

181

7049

705
7053

18-0(1-82

THAT

$*NPR REQUEST. WE'LL LOOK TO SEE THAT ALL GOT SET, NEXT

SeWE'LL DO A MASTER CLEAR AND BE SURE THAT THEY ALL
:«CLEAR.

026770

BADHEAD

0c4770

BGNTST

sevnteccnenneee

TEST

eecnncennnncnne

[T WON'T BUG US

7139

IAYl( g;AG Oi

0-SEP=

3 88 =9 2258

(2]
~
o

177777

000002

KMCSR,R1

803604

#PRIO7
lPRlO? RO

;DON'T ALLOW INTERRUPTS.

#-1,4(R1)

:DATA TO BE SET
:DON'T SET AC LOW!

#2,4(R1)

RS, .ROMCLK

000004

sRECORD DEVICE ADDR.

003044

RS, .ROMCLK

sCLOCK INSTRUCTION
sMOV MISC REG (11) TO PORT5S

003044

RS, .ROMCLK

sCLOCK INSTRUCTION

z146636 $GDDAT

sEXPECT ALL TO SET

—

sDON'T SET NPR BIT

v
w
~

#400,4(R1)

sCLOCK INSTRUCTION

H lNTO MISC REG.

RS, .ROMCLK

166636

004
03014
00245

002452

§§§i! &
-

sCLOCK INSTRUCTION

:PUT

INTO NPR REG

:MOVE NPR REG (10)
:MASK UNUSED BITS

108

sYES CONTINUE.

CSRESET

CSERDF

T0 _PORT4

iREAD WHAT HWAPPEN

ooso1£o R4
$GDDAT, R4

oo
A
WV
W

:DID ALL BITS GET SET?

;S0 SORT OF PROBLEM SETTING BITS

EMO
ERR4LO

021

7140 057155
7141

MYINT
MOV
MSTCLR

SEQ 163

PAGE 164

CSSPRI

003044
000400

TESTS

15:30

S N838
R332
-2~

000340

[=F
¥

002516

NNNN N~~~

HARDWARE

18-0C1-82

003044

7075

7072
710
7104
7104
n
m
7114
7118
72

MACY1? 30A(1052)

143::

VIV

c:cu:cx:Efig§§§§%OOO

SO000

NNNN
NNNN

207

NNNN

O0O0OO0OOOOOOOOOOOOOO

OO0O0000O00OOO0OOO0

n
n
n
n
n
n
n
n
;}

BN SRR S RN

A RN NS OBV

AIRINININININ
b b b b b
b b s b

3N~JNNflflflflflflflflflflflflflflflfifififlflfl
d d d d B e d D b b D b b D —d D b —d b b b > b s B

-0 DR IR RS

lalal

§~

H13

:IN THE NPR AND/OR MISC REG.

4
(&140

0001
0003

7145
7169
;}L

714
714
27144

003044

RS, .ROMCLK

sCLOCK INSTRUCTION
sMOV MISC REG (11) TO PORTS

7149

027146

451

003044

RS, .ROMCLK

s CLOCK lNSYRU TION

b(ll) R4

READ RESULTS

7150

7?2‘
n
7154

;}SS

7157

7158

0 7163

7154
7160
n

770
02772

027176

000001
000001

108:

DDAT

0810140RG
46

CSERDF

:MOV NPR REG (10) TO PORT4
ED BITS

.lf ALL ZERO, EVERYTHING COOL.
sMASTER CLEAR FAILED TO CLEAR

113
CZOMQED nazo7
CZDMQE .P1
7159
7160
7161
rtei
716

;}gg

8 00
027202
027206
0%7506

027206

7169 027210

1A11c 85‘“ ci
0-SEP-82
15:35
ooose
00505
011214

027210
027216

012761

7170
7171
7172
7173
7174
7175

027
027224
027224
027
027
027

121110

004537
121205
116104
04 724

;};g

027254

001407

7176
7177

027 13

027242
0 7$s

7180
7181
7182
7183
7186
7185

027256
027262
027264
027266
027270

7187
;}gg

ogrzrs
027272

7190

027274

7186
7191

012737
023704

7193

027276

005737

7195
7199

osr 04
027304

;133

027316

001410

7504
7205
7 °9
720

8 7
027332
8 7
7

104455
oooosg
00505
011214

7e1
7 1;
71
7214

027340
8 7340
027340

7197
7198

027302

000004

208 :

003044

000005
000140

000014
002452

001016
004537
1;120&

MOV
ROMCLK

#14,4(RY)

121110
ROMCLK
JSR
121205
MOVB
BIC

002452

MOV
CMP
BEQ

ERROR
TRAP
MORD
.WORD
.UORD

CKLOOP
TRAP
308:

002470

BRESET

;§81 027320 005037 002452
7 o§ 027324

CLR
ERROR
TRAP
MORD
.WORD
.WORD

408:

L10115:

ENDTST

:NOW WE ARE GOING TO TRY TO
:SET THE EXT BITS (16817) IN THE NPR REG.

sCLOCK INSTRUCTION

308

$YES=CONT INUE

#14,$GDDAT
$GDDAT,Ré4
46
CSERDF
46
EMO
ERR4LG

:STORE GOOD
:DID BITS SET?

:MASTER CLEAR FAILED TO CLEAR

;ITSELF,

THUS PROHIBITING US FROM

:FURTHER SETTING BITS IN THE NPR REG.

CSCLP1

RUNB

BEO

;SOME BITS IN THE NPR AND/OR MISC REGS.

S(R1),Ré
#140,R4

RS, .ROMCLK

ROMCLK
JSR

SEQ 164

PAGE 165

SIF MASTER CLEAR FAJLED TO CLEAR ITSELF
sTHEN WE WILL BE UNABLE TO SET
$CLOCK INSTRUCTION
:THESE BITS
‘READ REG
:MASK UNUSED BITS

CSRESET

000004

116104

RS, .ROMCLK

TRAP

BNE

003044

46
EMO
ERR&6

CS$CLPY

JSR

003044

15:30

TRAP

121204
MOVB

7208
7209
7210

027310
0 7;12

000014

104406

104433

7194

CKLOOP

104455
000056
005055
011214

027274

7195

MORD
.MORD
.MORD

104406

716
7168

7199

MACY11 30A(1052) 1a-oc1-az
HARDWARE TESTS

408

RS, .ROMCLK

4(R1),Ré&
408

$GDDAT
46
CSERDF
&6
EMO
ERR4H

:NOW WE'LL SEE

IF A BUS RESET CLEARS

ruese BITS.

SCAN'T DO THIS

STEST IF RUN SW SET.
:CLOCK INSTRUCTION
SREAD MISC REG
;1F 2ERO-END TST

:S/8 2ERO
:BUS RESET FAILED TO CLEAR NPR REG
:MASTER CLEAR WAS ABLE TO LOOK ro THE
:CIR gpxtnv THAT CONVERTS BUS INIT
:T0 “CLEAR

J 13
CZDMQED MB207

C(ZDMQE.P11
7215

027340

STATIC

DIAG #

0°SEP-85 15:§S
104401

MACY11 30A(1052)

18-0CT-82

HARDWARE TESTS
TRAP

15:30

CSETST

PAGE

SEQ 165

K13
M8207 §TATl( gshfi Oi

P 1"

0-SEP-B2

15:35

MACY11 30A(1052)

18-0CT-82

15:30

PAGE 167

HARDWARE PARAMETER CODING SECTION

.SBTTL HARDWARE PARAMETER CODING SECTION

N g,
:/ THE HARDWARE PARAMETER CODING SECTION CONTAINS MACROS
i/ THAT ARE USED BY THE SUPERVISOR TO BUILD P=-TABLES.
THE
:/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
:/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE
1/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
i/ WITH THE OPERATOR.
SIITIITIIETITRET 0 EIT IR IR EIEEIERIERIREEEIEREILEI00000000000000000011

027342
027342
027344

027344

027346
027350
027352
05735&
027356
027356
027360
027362
027364

000016

LSHARD::

000032

027366
ogrsro
027372
027374
057376
027400

027400
000007
000000
000007
001031
027452
160000
177776

;

027400

044127

041511

0 0119

8 76414
7622
8 74
76436

050103
036460
606
03006

037525
034115
6464
goo&a

02404
03006
gavt
646

1&25

044515

3 74644

0274
0274
027476
027502

501 i
511
042522
000040

"WORD
"WORD
"WORD
"WORD
GPRMA
.WORD
"WORD
"WORD
WORD
GPRMA

WPM
7
TSLOLIM
TSHILIM
ADDRES,2,0,160000,177776,YES
TSCODE
ADDRES
TSLOLIM
TSHILIM
VECTOR,4,0.0,674,YES

051102

0511

201
8«04&2
051523

02651

00267

26517

1440
a;to‘
035040

TSCODE

GPRMD
GPRMD
GPRMD

GPRMD

LOOPBK .16.0.40000.0,1.YES

.MORD
.WORD
~WORD
"WORD
"WORD
ENDHRD
.EVEN

T$CODE
ISRUN

WPM:

LASCIZ

“WHICH MICRO=-CPU? (0=M8200,4=M8204,7=M8207""

ADDRES:

.ASCIZ

/MICRO=-CPU

L10116:

044515

WPM,0,0,7,0,7,YES

:
:
:
012032
030050
000007
000000
000001

027400

ograoe

GPRMD

.MORD

027366

BGNHRD
.WORD L10116=LSHARD/2

GPRMD

PRIRTY.6.0.7000,4,7,YES
LNUNIT.10,0.3 9.3.v§s
SWPAC1.12.0.377.0.377.VES

SWPAC2.14.0.377.0.377.YES

ISRUN,24,0,7,0,1,YES

TSLOLIM
TSHILIM

(SR ADDRESS : /

SEQ 166

L 13

CIomac
et " S0°ser-82"%s78s
0-SEP=

MACY11 30A(1052)

15:30

HARDWARE PARAMETER CODING SECTION

+ASCIZ

/MICRO=-CPU VECTOR ADDRESS g 7

+ASCIZ

/MICRO=CPU PRIORITY LEVEL

LASCIZ

/WHICH LINE UNIT (0-3)? 0=NONME,1=M8201,2=M8202,3=M8203 : /

JASCIZ

/SWITCH PACK #1

LASCIZ

/SWITCA PACK #2 (BM873 BOOT ADR)

LASCIZ

/WILL TEST CONNFCTOR(S) BE USED ? 0 =NO,1=YES g /

<< v [ — L]

"“MICRO-PROCESSOR RUN SWITCH

030136

SEQ 167

PAGE 168

NT NIVOMANNNISNTNSISNWVMOIMIMIMIONCNININSTNNV

D07“”717171IO18MG018o3~N2“8N2N“8D2O“082—%M LYNSalaMOlalalmalalaolANmSNRwIS OTWIvON=3oer-T—rI~NOWO OTN~rIeW0—0VOIIWYNSMN

18-0C1-82

: /

(DDCMP LINE #)

TYPE O IF OFF, 1

IF ON :

mi13
CZDMQEO MB207 §!ATIC gslfi Og
CZDMAE.P1
0-SEP-82
15:35
7328

MACY11 30A(1052)
18-0CT-82 15:30 PAGE 169
HARDWARE PARAMETER CODING SECTION

SEQ 168

N 13
0-SEP=

MACY11 30A(1052)
18-0CT1-82 15:30 PAGE 170
SOF TWARE PARAMETER CODING SECTION
SOFTWARE PARAMETER CODING SECTION

NE B4\

\\\\\\\\

+SBTTL

CZDMQEOD MB207
CZDMQE.P11

s/ HINTITININIenneiiiineiereel / /
LIITTTITTNENETIIN
LIt eliiy
HE _SOF TWARE PARAMETER CODING )
gfi EONTAINS MACROS
THE
HAT ARE USED BY THE SUPERVIS 0 R
ILD P=TABLES.
ACROS ARE NOT EXECUTED AS HACHINE INSTRUCTIONS BUT ARE
THE
NTERPRETED BY THE SU PERVISOR AS DATA STRUCTURES.

?%50§H2thgnxfliSUPERVISOR TO ESTABLISH COMMUNICATIONS

/ JIETITTEIRETINERRIIEI
I I 000000000000 00000000000000000000101111111

030136
030136
030140

000000

BGNSF
T

L$SOFT::

030140
L10117:

030140

+WORD L10117-L$SOFT/2

ENDSFT
+EVEN

.EVEN

030140
030140
030142
030144

LASTAD
00000
000000

000001

.EVEN
.WORD

LSLAST::
.END

WORD

0
0

SEQ 169

-TTooT0O=MNOVNNNIWNMION~MTO8JVeNTMTOV—TNMNGPTOYTMoV"aTeO--loo—VN)<3n_LIT[RN0-VwNO=wO»—OnNNoF=ON=OWNOPo0—O—NOT<M3IN=OOdNgaoow~-=N]OelT5~—dILN=MeMlo=OMO]N4Noa4MOO2woLlOR MN0Y=\-nemL—l1MI1YWe—N=02e1IO3eTOoI“NeTI5eOO%eNO7I8OO90NOI0V«e0oo~w]Nl5O[m0OMOr—=MNe—OI=MOANOO WNNoV~
—aw-o—O0MO No
NO o

=‘l=ol=lmol=l=o] owo
<

o o0o 0 8325823 3838 5SS

DNVWAWIAWATWAtWoLON6TW }a—4AaO7¥‘5N—T&Al59I~aN7SOIlouNM52sIiMN3on8tIAx2No3nIlN“.20=OAcWMo=O1Y(O0-0MYOXNO=1OO0<N1T9NO0WOD")O3NMv2—~—TOV'RBIO1NeOV-TLID2NOVVe!OTNLOW-SGoVe1NODLA2SNOeW3OVOLO0S1VoDL30o3NeNVOOL0]Oo-13ee~—V[LON3NeOv2V0«RONLo3OVON~NOSeLDN3e=NeOV33OVID=—oWLeNLP3MO3VMNeOOIL0UB32LNo~r0OYeDVRo3LTONeVoSM3L2DOOLeesTV3OVLNeMoDL2OeVrOCO0elLa63LONNeVo31IrLDeOVN0o0mORL3eVNOlr1o3LOVMmgO03‘Lb8VNDroSL=33(Vo0O=LlO3ONUVsaaoo-TLMSDlMnc~b—YIN0—oMIOMsQaONTSeUl—LWaO3INlGNTaO2‘l7=DOe8OlTO~a=NNdO3TTwEoN
M-oTMMOO3TVW~o~ONNooTOFMaIOOTMWVoT~ON~MMIc~TOOmMNZ o4aoLoTN— oNO—g-1l7o222V%lN~OnN~n35-BL ON-MW woL4OooA2yIa~lX0WW<Po~ON--OOO4]elNNO2l((Ni~0~"VeoN]l V)~o[ ~oo ~o*e50lL
03To4—eoVMNe-lMNOO—MenoO—LOToAX F["gL0w0oNiaoa=blOll]e"0ae=la-o0¥e]l]e] eo~l5L
B 14

CZDMQED MB207 §!A11C géAG 0;
CZDMQE.P1
0-SEP-82
15:35

.3-13

MACY1?

7140

3198

30A(1052)

CROSS REFERENCE TABLE == USER SYMBOLS

7164

18-0CT-82

3220

7188

15:30
PAGE 172

SEQ 170

C 14

SEQ 17

CROSS REFERENCE TABLE == USER SYMBOLS
18-0CT1-82

15:30

PAGE 173

3TOMN MION3F 3TFOWON NWO=nLioaelVtla MTONONeT—OM MTON O—N WN OS3MNMNe—
OON
TN
MJ
OMO0ONV
=NNO~DNN~
MO e =N ONSFONOON
MNMNANOO NMOVIVO D OUM OV GO

OON TN MI

go-sev-%& 1S:§S

MACY11 30A(1052)

TVNNMTNNoOTT—ONONMM--II alat’al4akL e

DIAG #

ONITMONOMNVOONWN0O MN= VONOWVNoONMO
MO
OOTS=NS OMINT OTVONANO=DVMI

STATIC

NTOMNIMNMANMO

T+—] aNOl’aNlT gOMMolOT<L aT~l’FaMlWLOT[
TNTWVVOM
T TM

33331

&83 g f8e8to8te8te8le

mwm"gg3%2

CZDMQED M8 207
CZDMQE .P11

ONO—INN WO —
OT03 ITOIMTW0NN MTNM OMIVT

O-WMTV3ON TMWNOT IOTVM aFO3=NM ONVIOWN0.— MTO-VNWVOIDTMAONVOVWN

(SEXIT= 000032
C$GE 8= 0000

(SGE Tw= 0000%?

308

3523

386

La~1ot 838

~Oon

: wvao

wvao

Mo
MO

CSGMAN=

NO V ONIN
C$SEFG=
[-4
(- o "
bL
o4 v9

S8838835328MONITN=N ONo-M oA -N—0~On go
T OOAN OWNFTON
3~FOTOTONOVO
OONTN T MI

«ONN—OM TT MOIN WV[TaOV¥(o ~——
OOe=NNOwTnNe—T~NM~IN

VLOLVLO

3
6764

3164

5168

3175#

3407

3458

3514

§it
3368

530

TOMN

6542

15:30
PAGE

o~ O W ws

MOe=N

O[
] ~M

~ ~d o

~N ~ o -

CROSS REFERENCE TAgLE == USER gsflBOLS

18-0CT-82

MACY11 30A(1052)

20-559-35 1S:§S

DIAG #

MOWINMNDOOWO~

oeT MOO
["al"al O

CZDMQE.P11
STATIC

OAOVOTN
O NO
MM
VT

CZDMQED MB207

Ny
7O
N
O

C$ROBU=

O—O—AN

UL
533338582 VM
W G M N =M
NNO

TRxxaxaoa
M)R R eR o[D

O\]0OMBIV0,—LMVsNOWTV3«J—VMNZVXOaCBXGM0L~NOaFl N OOMOO0VO0NNDOO07O O ONNMNONMMDVO—

mo=NNo=Ne==OOWNNOMMO30W=ON3NON3ON”“T3=N°o=1To=‘o3=7o=WseaVOlaTeMNdIVoL3[O~NNao¥yIeNeWeOeWeNeWeeeIMVoMen-WNN-

w83l“8n“lu9”nlb'm38l8”9=3“”M83h“S32‘M'86?“8.38‘iy3w3l38“3.Al33P8IwhrT5OW38OOVOWNM"'“"'
D 14
174
SEQ 172

a0 e o

OOOSVOTODWOTDVANIOW=MN0OWAVCA0DO3OW=IONNNOMATo7SN=~7IOMFWNANT7VOVMN3“TF=IOO<7MA8NV<8OMGW~FA0OMOCMNIO=ONU~FOIOWN3MG=oM=ON=IONIN(UOONNIOMGN=OM|VWNONMMWeONM=O g)—IlT0yaO3l~—AVTOlw—VVWNnInAONo0NROy3L-N SR 0noO0~ON~OWVoNOAaV
ONA3V—ORM0O=WO0VNONONGO==SVNOOVTTSMNOO&=OSNNOMOIV0V=MOONMNNOM=TUN==OMNONIONVNI=OO=AVMOO=NWNOVCIOINMIOGVN0NIOTO wa~YOWnooOVNVooMVTOyO~ -~MAAW}NN1mOONA7NOLTON a~o)0N

1O3OMOOCNCOOCCDNFWvU1MNVTw—OD3GNsOWWIOWMTSTFN=N=VM2eWNNONN00OOWNVOOTIMWWoN3.—MA=IWWONUP=V;=ITWDVOQOVVFHTMOINDNMNAMAWWWOAUNOM=.MAWOS—NA5WV3FvIN)NWONWIIMVOWOIVTOW=vvOMOUAANHM2~NNNW=MUYOMT=IA.GODTOAvOTOONIWEoSVOTO?GO7FoQOGNN0=MMVOTITIOoaM777O77=NNOMODl=.WWO0aMMONDFIOAT8T87N7g7ONeW3O;MMU\—MOMT88LV9NFF77T3=NOA=8INMIVNU&T3=3O83881=M=OMINLMOIVO=M83T3NM88o<VI—MMMt2NMVO=GMFEOONDGSOMMNBIOOU0?IOWDGINNI0VNMONOVOG=NUOI“NSMoIIMMOWOO=MM0N=OIYVGON’NGONAM0NTOOEGMMNDNSFOO=NOWONE“MNS0NIOFMIMBNO=RNNoO®I=A~T“M=NMNMM=RoANOM(3OLOOsOnTOINWNN0NN3oN‘NOM2wtYV“OMnNYYT&=OAN%mIOO&U5~MMMVMLMoWVNVAWVOONNWAOONmnMWVMNYIO—OO6oINND=WNVO3NOW—MY.IO=NI3Oeb—3OMoSNWTOOMFNVWOMTONrVAMNNOMVGeTTO~N0OT—-T=ONM9M-lO=uIWoNGVOGOOOnNTu7oNNNMNT0nILWNnOM&T3Ta-NON27MlMOeO~O@N-O-O %I~N3rM1OWMONNeTG0TO3—1LN03~ANTO1373OO—170M3@MO0t010AhOLNe)T ~—]O~-o~N OO~~MTW=ed]O~3NMVl"WAMOOWA—VoTN~~o0<ec]”O2OMONM—eNMo~lOrg—O[

1ONN‘2030V92OT7=(%2W0T0;NWeAO0O(70MN37NI“67TWN99FV“N38O=O‘2S51MM435O09IO7!3"092‘60V)V”OWT3iV’7T~“2TO-L5ol30‘3352451322MXT19o03N(V39oY132811“535‘5“9%96“8‘%3075750“”L531]9’20307501
CZOMOE.P11

FMl

005046

FTIME
F$AU_
=
F$AUTO=
F$BGN =

00266%
00001
000020
000040

§0-SEP-8£ 15:;5

STATIC
DIAG #

k)o

K X[

CZOMQED MB207

] & &&

OO“VO0V6COOL102VOL.‘V0L1VOL0“VOL1V0VLL0V6L0LVL0LVLL‘VL6LVo0LL0VLoL0L
E 14

(1052)
MACY11 30A(10
18g 0CT=82 15:30 PAGE 175
0SS
REFERENCE TABLE == USER SYMBCLS

CROSS g
SEQ 173

-«e

hna "

00OOOVNONDC3OVNMN0OOAONOONW00OOU—OVDTWAMONUNMWNIOOIDIANTNNDWV—DNMOO7ITTOOT7=7737NC8MNO777M7—WMO7I777<U7NTM88787PMWNNF38.3<V8MNONNMUOOUONMUNNMAMMINOMIINMMMAI—NMMNMMMCMIMOIONEMENAOAAMISESN
ONMNOINOM3NOMO OWMODON
NU0OONIMVIMv~OMONMIV=OOW3WVNWWMONDNVOOOOGOA0V=OO~=I 7OMONMNOVOWNVNEONN=DMI3ATO O0OVONMONN0NNOIIOSMMOW0OO+—NOO3A0O~FTMIOFOEOT=—NWONMM=N
TOM—SNIOVNO=ONM0N=OITNNNNOTONTITMTNMOMN—OVOWOV=MOONSTMWN
OO MNVAODW3=NWMA=NOGOWMTCON8MONN
3I8MO3WI8NOMFINVMIOI0N0A3G3S=O
O 0OANTNVT 88GNONUIMMMMN

FTTo=o=o==UMo=o=NT=o=== OMN N~OFN~FO<3NNINIG UJMMOIVMNMMo=NOMo= O=
=

F 14

' ZDMQEOD MB207
(2
CZDMQE.P11

F$JMP = 000050

e- -3
v
mru

boea §352
§0-SEP-g£ 15:§S
TATIC

DIAG #

MACY11
30A(1052)

CROSS REFERENCE TABLE == USER gSHBOES

18-0CT-82

%0e7
$63

o
~
F
V
«
N
3
O
M
M
E
M
O
=
I
I
D
M
~
N
F
e
O
—
T
=
a
M
J
O
V
0
N
I
O
“680N2O2V6

15:30

PAGE

930

3250

SEQ 174

$ -y
6923
6940
6944

66;
65
6814
6974

6974
6991

G 14
CZDMQED MB207

§0-SEP-35 15:;5

FSTEST= 000001

3 gcg
3

(ZDMQE .P11

STATIC

DIAG #

1250#

GSDELM= 00037
G$D1SP= 00000

GSEXCP= 0004
GSHILI= 000002
GSLOLI= 000001
GSNO = 000000
GSOFFS= 000400
GSOFSI= 000376
GSPRMA= 000001
GSPRMD= 000002
GSPRML= 000000
GSRADA= 000140
GSRADB= 000000
GSRADD= 000040
GSRADL= 000150
GSRADO= 000020
GSXFER= 000004
GSYES = 000010
HELP
HOL

IBE
IDU
IER

= 000000
= 100000 G

= 010000 G
= 000040 G
= 020000 G

§ 3‘
4301
281

4939

6435

1250#
12508
1 580

1250#
1250#
1250#
1250#
12508
12508
12508
12508
1250#
1250#
1250#

18-0CT=82

15:30

SEQ 175

PAGE 177

CRCSS REFERENCE TABLE == USER SYMBOLS

490

5544

GETPRM 011462
GSCNTO= 000;00

MACY1Y 30A(1052)

5584

gg ;7
&
309

6450

; 25
I

649

2961

g97£

7234
7234
7240
7234

7548
724

7234

7240

7251

7234

7;60

7251

J87#

096

6992

7
;;75
8L

i%ga4

394 §

296341

2199

& g;
1

45
251

4
g 9

9 05

9 gg

97 2

1739

3019

3024

020

;

104

474
§999

bgas
5311

6923
3 68
ral}

487
29’4

4703
5394

6036
6814

55
2102

478
5410

6096
6829

563
2131

4803
5675

611
6860

1
2?95

4887
5491

650

687

7%51
7251

7251

1250#

1250#
12508
1250#
12508

12418
1572#

1280

1369

1430

INIFLG
INSTU
ISR
=
ISRUN
IXE
=

002474
003616
ogoioo G
030050
004000 G

1569
1568:
157
16594
2044
156
7;5
156

ISCLN =
ISOU =
ISHRD =
{‘lfll?t

000041
000041
000041
8000‘6

1250#
1250#
72304
}
8:

140
'Y
o
? gil

3179#

8§;:

8874

888#

904#

9064

9248

925#

943

P IYA

9688

29694

29878

29894

1
12508

1370#

1250#
3 12

80
1

3522

383
3339

95#
Ll

409
sg‘

L1408
65i

433
686

L4658
777

460
907

3,654
3998

3486
4010#

34978
4030

13AUTO: 000061

meIW

I$PROT= 000040

ISPTAB= 000041

1SReT = 0000¢)
=

I$SEG = 000041

15308

2055#

7312»

33830

35008

—

2\
AL

N
G ome owe e pne
e wm owmowm e g o
7?2‘ 7338 720' 7638 783#
840 811a 581 (] 8394 8414 28S1e 28534 28704
15308

L0354

30170

LO0%6x

L0599

40608

48B3

410

L1128

4129

L1340

4135

4152

&.0“nN
”o]La¥[NMO=MJINONWVNOSE
2&;~~5NN1O“0®@“NOWVWNMWMoe—S®0”7-5—)3El9OMo“QA0O1o“kOR5-36=sN1N8o2|16Ruy‘%n3o872kl“3"y|r7‘3u909u‘3|6?w5|”71K"‘9R5”02k2s‘37”’33“5c%l—
VO O=~MDONOO— WANOOAN O NAN —ONMO NJFM
&
*
B
u
n
&
SRR
~o~M —T<OOo-WO—M=-ed3INN=N1IN"M0O]OOTMO—~eTel NM OO0O&OO—NO3OTNMMMMMNNNNNVMOOUOOOO=OO NNDe|N0WID00N=OOOVNTMOMFNMV~Ve3= ODIWOTNOAONBOVNGNM=OI3TT OMMMODWNNIB3IOMWOtRGVDDNOMDEGM—NRMVOOWNOk=eOOMNMMWMNOWVIOOOIVI=N~OM
@WO MWO@«IO-~O OAMMVIONDMWOAIOT0DVNWMOA3WMVODAVEAWN3N0INOW~N—ON MNVWO0

——nAAo—wa[<Y2O@oo-—=«2o0]]©)[N—nOMA)ONalAOaNMNol—E-VWaNeO®RlX—e’E=aeOlEt’aMM=O=2X)NKaRe~oOrMo—o --ON&l]t—E%aOVe0L=(lI5RO|WMME=-= aeoNO«1aIVaIGMOOONWl-&&0Y[NNVOG~0ONOVMMTNMM@MNUeeONNITOMN==0GIOaONNLWMMN-ONeal’TNIO=a)V}NMO3MQO3—“oWaIvOI.OD0V‘‘0,3—0MRVE17OOON®=UIVIO~9AOONFT3FENIIVNN,B'23A3MMVRInV6‘M,ONOX0NNDWTM‘6VROTN|V3WMOVO09MT.WNTOM,V~1.0]eWSM5ONN~TO=7NOL3IDX9ED‘ROOGVSWWI)gPVlOMsN—V”3NDOMa~kEl7O2D=aIOFDDNTNTlM5"MEMgOSIOO3=lN&0iMNaWM:lON‘asMNSNMNAN5“lVOTIFWOF M“MN3INLeOaMOO=O9IN=Mls
O OIS O oT ~ 3OvNa0I=NMOOB0NIT~FMO7W2N0AI59MNOU2I9~FM6OF9O”WV5=O0A20PN‘ s=
I$TST = 000041

O¥To-.M=IaMWNMl"iao=Slea=VLIORNuSeIaVOT=nINI0OTNMA—ONT=IMMNIONDRNWONDtV~OTD3NO~UM=-N3OVT-SWOWMOV0AON[

I$SETu= 000041
I$SFT = 000041
I$SRV = 000041
I$SUB = 000041

(-]

DIAG #

oGF3WOTIM=DNM

7349#

OTkM3 WMMNVeO~oO=NNg -V WMOMOTN=NIOONWWNAVOODNN0OeV=VVOWOIADCNWNMeOANOOIWWNNI—VOI3VRNOVWTWOSMNMAIM«NONIU~OSNMO—N MMNAOONOOtYNE
O — — ONDONVOT—WO N O N

§0-SEP-25 1S'§S

STATIC

wuen R|R ER

CZDMQE.P11

FWWOW]i~WONOT—
FON AOFv TMOMOAM OUNTOAMRDTMuOTONTMO0=T RNT

CZDMQEQ MB207

333

414

MACY1T 30A(1052)

CRCSS REFERENCE TABLE == USER SYMBOLS

18-0CT=82
15:30
PAGE 178

SEQ 176

N3OW—F=N

m'”V-I'C" l

mq0lclmc0lGclGm"c3lm!1lGc0wlcGml,q3olcG!"1nmlGwcl'mqlGilwclGo.lw.cGl"cm0l.!Gw1l'cl!Gm0T= lcwNlGm1‘N.OolN0cGwlNcmlIGN"lew--lGmq21lo5clGwc'lo2cG!w.‘mc2lG1c.lw=0c2lGc"lw|c12Glc0wlc7G2lc0m=,ln‘Go2llw";Gx"—®2c»Owl,cGml2cMw=l.cGl2cwO&l,GclO2w2clGmc0l7z

FM=3eN8—O4N¥-~— ~ [—a)nvTNnMvAYO"QMT-OVNINoPOTOMNINN-OoM~.fla¢~-1M—4¢AXw-U—)20nNNvDO—WVNMImTON

mO2—“——5~’9m1e1‘“3s36p5m8w0»7o~n“%ovs&o.~Ofi5Ne1=L6“&l57.3)551N9M“0m3NN161a10“—3o—2s«‘-370T3—”WM0I6N
CZDMQED MB207

CZOMQE.P11

- LSEXP1
LSEX
LSEXPS
LSHARD
LSHI
LSHPCP
L‘HPI

LSL
LSLAST
L‘L

LSICP
LSINIT

LLLLLLLusssw
§0°SEP-8£ 15:;5

STATIC
DIAG #

-33 S~-

114

MACY11 30A(1052)

CRCSS REFERENCE TABLE == USER SYMBOLS

LSACP
LSAPT
L$AU
LSAUT
LSAUTO
LSCCP
LSCLE
L$CO
LSDE
LSDE
LSDE
LSDE
L$DI
LSDLY
LSDTP
LSDTY
LSOV
LSDUTY
LSDVT
LSEF
LSENV
LSETP

18-0CT-82
15:30
PAGE 179

SEQ 177

20RO7LRBRE8OONSRAYYRRNSON
TNMNOAN~O—MONIMIWONOVNWDAOOTO<—3WMNlNNIINIUMNVY==OvOvevvvOOO0O0O0OSN%
smrmnuumnmuauunmnunununo1zs4sermnnn»nw1snnn

R uRu R ‘B

dOCGgOIR
eOGgQeLgSoD(egONePgDN)oTeog=)og=)7(=oe7g=eog=)=g—)=gO=g0)og=)7OG==e0)=O)=OC=F=e0O—)O=0MWN=e0OO=eO0NdO=N00To=gOMN=e0NIOD=0N=o0Od=0D=0O)=0d=0O)=0=O0=o07o0=O=0O)=0F7e0O=)O=0O)=0ND=0TO70S70OD70TDO0O0O)O0ODdOO)OoOeOeTOe0eO
J 14

(%DHOE.P\\
CZDMQED MB207

ONOYT

§0°SEP-S£ ?S:iS

STATIC
DIAG
#
MACY11 30A(1052)

CROSS REFERENCE TASLE == USER gSHBOLS

RW|N

18-0CT-82
15:30

PAGE

180

SEQ 178

K 16

30-sep-35 15:;5

002362
002374

MEMSZ

002436

MRO

002434

MASKX

MEMSET 00%674

NEWST
NEXT
ONE

o
002
002
0$APTS= 000000
0SAU
- O$BGNR=
- O$BGNS=
0s$oU
OSGNSW=
:

CRCSS R

VWAV O O OO O OO OO ONANA N = = (N = M= M M o= o= = 0= 0= 7= 0= 7= 0= = 0= o= 0= 7= N o= o= o= o o= o= o= e o= = v

MEMLIM

SEQ 179

MACY11 30A(1052
(1
)
18-0CT-82 15:30 PAGE 181
CS
EFERENCE TABLE == USER SYMBOLS

bh1Bd3

64354

0
8
3
5
6
0

6
5

7108

3046+

6157

4020

4044

6719

6732

67524

4207

4309

4409

4510

4610

YA
R

4810

16
61

6
9

47
77

5
8

54
96

)

52
66

142

4165

1361

1343

6707

6680

39
52
64
09

6696

6666

4068

vN-

DIAG #

~ YWDNV Vv

TATIC

DDD D DDAAdAdAAddAd

€2 DMQED MB207
CZOMQE.P11

4119

6242

4267

6912

3670

6548

6319

L 14
ATIC g£A$S:§S

30-5¢P-

SEQ 180

MACY11 38a (1 gsg )
18g 0CT-82 15:30 PAGE 182
0s
EFERENCE TABLE == USER SYMBOLS

we= - =3

€2 DMQEQ MB8207
CZDMQE .P11

(-4

STRTSW

MO0 TN OOV

002354
o o~ M ~5 0

k=1
3

SN7OMIMIM0IM

O—VMNMININONMO NCOCMOW—OMNINIOMNMN SUIMONIVMNMTM0AM oN=0OVO=VOUNY VOMWNOM=0WNV

309S”?1S5%‘§29‘23‘§568g27509U2‘M67W9O13O‘.670UM31W7‘0vaO3Gc700lW‘sC7IgTO1cNv‘Ol80O1sTO5NNa8MT!2NOl5IM9sO2‘0gO87‘10O%5"N‘81N‘2oT85=g1O‘O598g‘N«0‘‘7?5=3Mg992Os3“5N&O;;3NCZDMQED M8 207
CZDMQE. P11

§0-SEP-g% 1S:§S

STATIC
DIAG #
MACY11 30A(1052)

CROSS REFERENCE TABLE == USER SYMBOLS

18-0CT-82
15:30

oMo

o 36w3926936°6936037047148158153259”

ONVVG96WOTOAWST—-Y0o28NTVMN~0OANVlPTVON9<FI~NONFW3=0‘"~NTTTAMM6.6N‘OsOsO(MMTUWU96MMOI9sAN3O75Q=V~3MsFVO6A=94‘vsOA=0N0O6SVNOMANNOs3sI;O1MO7’NMOOs6iAe0OO39©SU=UNO0soMM‘MON‘0~s3A.U7AU=6ON1OOS6M67qO7UN3—3TAIMN6I0RlM=M8OM‘SWINO6‘INN03OA5T“OG6a71©O=I7OM0SN61N6O1C2OIOO86O"“—M5UG‘|OON9OIOA68GNN5M6GOMOON‘1v607NU25GMMO6G7(TNs%O0NIN7OGT~8§GOOA5O0nT36A07909O0=5O7O6vvl60GN200M00OOOOSON67O2GGM\A9O0750.7§\.3O~OONNN0OF9NV27‘0OOANA1ON77526T68AONJF(AN3O§F86592=7OAO+MNAI‘—7NM98O08rAAOIN5Ov=O8O9M206MONOO7M72‘2NON1=OOG8AN08O.C20OOO9U6I08NO5UNAMN‘O<38I13M’§OM«ONU58COONIvU92I68O-7NM9OMIUNN2‘I7O88OND=O9N668‘UOO9=N9.NOO798171NOONG9ON9I3'O~9N7I2—DS0M9ON169N0O3ION§I7920N996N5M(INO0‘GNM92IO7TT0OOWN7\05I96NS9NN=IJ07‘NM29A0N="=IIvO615’N9N-3'OITO205‘8—5ANOGTTO770N26‘3‘TTCT=O;O~IF’U~N~3%6N~~IN3V~M2FFOF91OT8WSDT73~I8N~9TFNF§5O!8M39T~O~=TF7NF‘9NNF5~M83MFIN9‘69M=OM7O3MTFIM02C62IIMGMMOMI9O69‘VN‘3MNGI0IMI2—0A‘NSONMTNSO
gVV—2W5=O‘WMW=§=NT0YYMNVV9V8TWYYW21O<JVN3<~FV‘FC6V$GOF<AOv85M2NO9VON80UYY(YNIN34V-5UOOM3NIY~M6OMG}‘VFVOO2MMIIY°WO’3NNI2NVM23TOIOE~M)=NNIF7.©MO©9NVgONA0’=I©©2VD3UONOP.6v5V79=OO92~°N%U2COO3L~‘9OO<O6~7I22O=O=N0~M2N10MOOO3l5COCGDMSVTO7O2MnTO0GOBGCO2O008gUOGNTO=O602012NUUO00NG6OUO9052UM063G-0M308WOGS00=O602©NO0G0O2—052NICOOIA=IAM\T3\9\0NONIIANA022UOTFNOAAM6N3A2A9UUAONzOOGOIIA5M2MNNRUOOIOAI852M==R3O=710NINOFO2GO’I7OOB=00U2\0OGNNWO;6I2NOFIN0930FFO(02NN7ONIIO=M0YTM0‘2I~;MNM5OOYWI25vgO8N8O0Y0—MO‘N2MOO2BO7N02OINO‘NION2O0NI2IO%IFNUO82RIOAM6NFDDO5OMVWINU022SNNIVSMM—F62-OT‘T3O3O;5M7T922~NO3FV~N072IF5O\2FTNTNFN03~UF2NTIOT7MFM5VWe2gT—3~;MNFA;’O=3—I%AOW=NMcDJNR%NIM~TOlFGMV3?NYsNAA=ON
A O 0 PFrPFPrFPOrWO G0G0

PAGE 183

SEQ 181

-0y

00-

N 14

CZDMQED M8207
CZDMQE.P11

gO-SEP-g% 1S:§5
TATIC

DIAG #

18-0C7-82 15:30 PAGE 184
(1
)
MACY11 30A(105
TABLE == USER SY MBOLS
FERENCE
oS
3

CROSS %

SEQ 182

‘0651537q§72‘7°370358358358257257157036036936836836'52‘7

“‘swsgoz‘MMNOMIWNalelN—NOMNIONOTNMONOONO\MIMIWNAOO
0OOMWe72vNONOS5NOO3OO30GON02NWvv=ON8ONMON5NNvCV8=O0NTOF3GWOONO8ONNOWIT1MNOAMOMW0OWNM50OV0OM3=NO76WO7IA~9rO8FMNE073NDNII28MMMMM1ON~I5(OFAN1.M(WVG7TNOIIONOMNO3NIIOWMG“AO0M0TSN-4~FO‘=IWMMTCOOOI”\OMvTCMONN~N—IFOOuV—WM7Nr=N0WWVNOOWF—CyvN NNNOTM—”OTNCM—OMIOOGMOIA“NOMDNNTONOA~=’=NNWI<.FNO—NN=WG7AOVIDO6NTRNN\NVN7oNN\OeO=MNN“=eMO=~IVOMNNO5VN=ONNOMO3OO—NWNOOOV8ONVNMONO5O<3TDN3NIOVODO3MONUOOOM=O“NOMVN3OOOI9NIOO0EOO3M~O2OOMO-OOO1ONIVMIOWVOVOONOOO5OOTVMOMOONO6NOvVONA0VO9CLOOOOONOO~0VO30MVMANV9MWOLWWO=NOO1OMOMONM=7FNs
O3—NMWOF0VWMVM0NTOWNEOOSINWONWOTRENOeW—MSN=VeNWOMNTNMOOOO—RNNWNNONIFV==NINTNTNTVRTOWVMWNTIV.AVOOW0OAVW~GWMOVNENNINWNGWNSOT=IOAUYIW——W—NVOOVOOMVMUNONIINNWS.NNNNeYTOMI=DFI—OII3OIO73MNUITNOMVN883D—MIYMTOIO8M8I3VOMIOFGMTMMMOONIMUOIMMDOCReOM~NOMO—==DWIMNDTOFIMNM=OTO=MOGNGIONTTETNIIEOEOTON MOOINMVOWO—NNOFVNVONONVO0FNNVO3V0AIONTOME~OIOIFTNNOMIIOANMN~NORIOO=VM0O0WVOOVOOOOMVO—ONOMVOCVNWOWNFFAM==SVCTAG= 000000

svCsuB= 000C00

SvCT1ST= 000000

OOW=CSOUOWINOONAONTOMNAOAMONWJMONYSOINWOWNTO=F—VONOWIMWNOVNTOOIENA7MGOOM7IGNMTNODWN7O-NGWIN0O3IGNOSTNNMOON=IOWMMOOIMONIMMDONN~=AO
MOMWVNONN—O—IOOWVNWMOTVMOVANSMONN TICTMM—OWTNUIVOAWNTNOAITOONNYINNTOMIIOTCOTN=IVMOTMWNIIOTMM—NOIONVMDMNIOSY= rOOO—re—Oe—0N—u0rIyuNTtNWOyNO~—OTOIMOrN—FrNN—AIMNOIO—TMONONOOCrTT O—NrOO—NWMONIDTOOM—NI—ONNOAN
SF—OTOFMOETCNPTOeM——WNNO=MuJWNOOaON0 ONONTTM~OOMVOIANWNM0DWMNVWNN0IDOO—O~.DDTOOOMN—NI—=A0MIMOOPAI=MNNSANO=DVNTIMTTNNFMTO=ODNTTO O 0ON N=N SOV NOT OMO V20 O VWA
W—-aN0e3(N=NI0NIO OS NIMNGETNVIONOIONVWNVTIOTN TNTMOOOI NVOOWN=VMIO—OMOD

B 15

CZOMQEOD MB207

CZDMQE .P11
§o-sep-8§ ?s §s

STATIC
DIAG
#
MACY11 30A(1052)

CROSS asrensugg ngLE” SseR Somao

18-0CT=:
== USER SYMBOLS

SEQ 183

VOWOONNVN VOWOONNOVANP-ON=M0-WVW~MOMOMIT MCO=~VG0veN-F30. VONVOOOOVNONN VIONTD=DMNM—N0DM—VTOD~=VN —Ne=OTONMITNOOOO
MITNIVWWONN —TNOMSWVWNONINO OTMOVOIMVOOWNONVPOMO.®T F37TOMEWN=NNMWMGOE ANOVWIM—=MNSMANON O37MWVTNWGO=VNWONOIWMSOMWIMYN

M=RuRNu/RwB=&2B|WB«NagM NN-ONN-RN3RNTN0ONOIMT= NOOTM
o%RMnOKTe3wRuNNn= OO=F=N=NO==GOM822O&&WN&&&OVN&BI=&&O&—N&&O=&&|NBBOO&||MRO2=MS®/2="N NTRNICSORRNUOMMNT—YMO0OONWINN&yO—RG0M0OOWEVND DOOWO=OVWTNANWNO0MO

M—04~P3VOL—ow—N2NWheAaVU—3gN9lnM—NNOA0~NITNIO—OSOO3NS—00OMOONWMNON=VMNOSMWOV=NNAVONON3INO=O=TOWNVTMO=WSN=NONVSONOWTTAOUMTMO-INNNMOIWTO TWMOO—T3FMMOOOMTITNNOMNOSWNTOTM3M0ONNVOW0&NGMOW0DVOMNW—UWVOONeMOMNAIW=~0OMVITMNNO=SO03—OyIO—UONeOOMIMNe=DOaWWNFSyV—NDMTOOTOMMVNIWNNONVOMWTeNTNMIO—O~NMOTN~

“a"5=nw O>7n"OOovWlVOenWvvO[e"lal"va)OVeMvOgv-vOvrOvOeOt o3"cIY3oAo o>

(1M9gONWW(%NuMI=Mw~nO7S04Mx_-N»AoRWNNOa78mWiBI~OMBwIOWgg3Fayn~RV62INnT5NMUN=wOu17MM“gO33oa8Va71NWOAT&NO—NO2NnI19OMWONOCN=OV0OvINF73O=NBM|NOGOW“TT‘8MOVMMuAF=OTO=O0O3DNV02INMBOOBFD&O|/WN7M“N|TONO3B3FB&oN==72OIN;OTMOBBG"|NO(MW46ON0A9MUA3&IOOONDV&N09M”NOMTDT&&T=W|ON=V74ANO6IO2UOT&ANM.0RNNDNGIONVO7|I||”‘=T®BN~~IMO0FNMVON|O7TA=I3&I2F3NC—O1OT=0ROFeANM—GM/(OMOOlU“3W®MMO®oGR46GONCew"aMB—O0~8OIO‘INO=Y|o=N63(O<—&MTvTU6w9177N3O—NOe0MUO3OM3Ne~r—10GONO0—O557M<NN10NO1O620—5201MNV1NA67HIOPSNOSO341(‘OVTS342ZO0yNcS66“oB8Oy=WlS582N“3MyN-nooe5LM—626]MeO~~[Mll783V3©<NcOFI07MIO&elNooaMNOCTNN041G3&~e0~IMO0T.IOM673GNMe2N4—0WlLO—WMOTEGOV%50RN‘N.=3RI<X4NLlA-3—MNN~OiOeW[MTOOT5NOlWvTAO=0.VNNOI21T—DWMOoN~OWWMTTO3—N7N03W3NO=<_NMUAGIMONTOeVOITW06D3C.7vMORNNL~TU—W3IN305G3l=<OM20O3O~NTM$N5bGFNVCT0ILOOMWNNzC=1WNMVW—IN$3MOTOIMOFDTsO5SOOOIIG~IWTNUAVN"I9IOVYTMNOWIELMMISTA3MI2N\ON=YN=wOAVo<-1LM=7NW,3NNIIoR6(“OONGOI[aMWOOOWF3-WNOSO0Y3NMaV7NOTN~lOITUN3NY~VaU—WaMON7oMONMTlWWNOTTe3oO(OOaNMF—V8~0UIE3lM\TDATVTN2ON—V-M3GANNNWYNTTWTT"VOMTaeV9NMOVAM—NONIiTT7CVMNIIOOaMYNOIMIMOM2O§<OANVMIMXMeOTSLOE72JOo=Y0MFgoww—TN.[O~e
c15

CZDMOED MB207
CZDMQE .P1

20-559-55 15: $s

TATIC DIAG "
MACY11
30A(1052)

CROSS

oSR
18-0(CT-82 15:30 PAGE 186
REFERENCE TABLE == USER SYMBOLS

SEQ 184

"‘2"5"3“"9,‘.50"68‘.10-“

TSHILI= 000001
TSLAST=

TSGMAN= 000000

TSLTNO= 000053
TSNEST= 000000

=NO"

ToNS] = 000003

T$NSO

ONMeO3VTWCO\ONOR
TJM=NMOICWOOTO MINNMSMOOOIWOO 7L=M0NN7COUOM33MWMO=8NM==IWGNNO= MTOOv—RNNITOMNM=MNCO=0OIOMNVNUOOO
O—FFNORWM=ODOTWAWNMN~NOWF=N0ONONO—TOMN3MN—80I8MSN8OINSOO0NMO~NMWMeN==

MACY1Y 30A(1052)
18g 0CT-82 15:30 PAGE 187
CROSS
REFERENCE TABLE == USER SYMBOLS

RSO

O
OWNOANMV
nan TINS

AG #

ORNO~Ne—NNOWN—O

30osir-00 S5 es

STATIC

nOM
Rt
TVNWNO T MIS
FOMOOMO

CIOMAE P11

unn Rtk

CZDMQED MB207

-3 L3

o O NOWP OUWVWINunOMTNNOr—MRt=OTTMIOONMMTMMUUIMOOI3O NIN00WT== M
NNVO0R
NO5O8NTTO 7IWMN‘OV9ANCOO NTO“DV1NOIN“NNM1ONW7‘N7TVOOT3N9EOO1O=30M”MT7Y‘M INONTOINC—NMWGRNWVYMARONOTTN—MNNNGN=GTWOI0ODNOGNOOM0VON—IN«WWNGTOVF'(GvGOOW"DTOCOMOMONN-GNMCNINNYNMNI33MTYVMGOT OW0UOBWAAIIRTMO)DR0NT,
RR LR TR
LR

NIMINAO 0N VDOOTNMONN
ONTO N IV=N FTWNOONITIN OaNORN0NMMTMODOV~TOWVOIW~TITONEOODUWMVONR—O~OFAC0ONMATN O

~N %oV‘os=WMO-WvT)VOMqWO—WDsMOWW"N=oNVMOFDT~WM'=gGOOhN0‘0TTOvM~77A"OAFMWD77<7DF8~=C8FOO'3FMNOOCGGJO“VNI0NOO="NM"MMO3OINWNMOANIONIMMMIM“N2FMFMNIAONIAWNAME'M=N=T=NAOOONT—UOMTNo=TeOTAVWOOMO.NT—INN=FNVOCN=M—VTOTNVN
D15

SEQ 185

TOMO0~N14803356689137363513‘207”—OMT~FO=O

eO752;“OMWOMGOCOMWeMWO€0OOOOMMMeG0NNNVWAOMNOOMM=G0MO=OMO
"WD~‘M“S‘~"oa”nyS3‘6‘21‘7;10"" 029322‘670”6O9nNoun”15157’2on" 79“
MOOMMeNeeNIN-MTI~IIOSYTSeTNW=WNTONFMI~VeAMONOyNO=eIWOSFAMO—YONNMNOMVUeVIOWW—OVTWYNO=MTY.=F WF:OOJTOON O—MNTVNNFNUVOOYOMMW—NIOMVOYNNNNO=MSNWOYIIO-OMIPONTP0(IOSOMINTOUNOONITTIWMICNMONTTTNNIOMIMTNYTOOTMNIOIIAI3WNOT=MOTTONIINTNGYNMROI~MN= OV DIP—~eWCUMVFOFINWMF=TIIFOWNMMOOVTOIN—TO~IW=IV~OVMN—ITINWNTNMIIYOMNIOMIMATTMDTINTI—IIONNWTITOWNIWNOIINTIDONNITIIeVOTTDNIONMIO~IOTVITP—IIWONIWOO~VAMVOT—NIIOIW—IUNINWTMNMTMTNY aY3DOYOM—WNTWDDVVnnOINNMOMrvTWDwT—nWON3eVNMOIM—ONTVIMIOOTTNIODMVNMNNWOWMeOT=NMT—JONO—OM —WWOTMOMMVOUOYNWNIWIVeWNO—TWDNO0OONOOTONNN
~2OsMUeR3uDNN—ICNsMRCBgAe=OI‘rVM=o.OI=OlNFeY”rMD= TO$MO”R53NYO~7NT-YOW—MAO=IVNWTmI0oTNI.nON®T—ODIgVMNS,OTVNy"”MMWIO.e=ENNZMNIOOAT=NINR=MEIOBTMISITDNUBOS=FTMDIRN&TOIDMTRBVOISO~WV=8WTNASOUIWN2MY WZO3OMNnWAVORTNO3eSV—T&OM~NR—MTLROVONSR=ON%OoNBeVOE=

&NNouS~SMe~=eOO5ORMgR‘ReOWB--~3RRN=Nr“auNuWSnIMo3~IOVSyOI=O0—9Nnn«~IoM—CToM«i!=ON-o5M"‘OIWNNWRWTCMA=VNRNu"R)VVOMNEOWNOe.‘R~~OMINOOUN®(''TSRIA7:OCeOIMNMDRaRW=—OyN7RN—N=,W”SEOI=OOAO“R“NT=NA00MUWNNDIO°‘R-GT~~=P”~W-N0MsOO"”—NNBeOO—SF5vMTAVR®OTOeAO31NT+MWMJO=n3n0Bn0~S=I]V—DNNmMOT09NNuu.ue=1"wFOTO-yO}OIWaLVWwMnn“VnY=G0W2&T3—IMmuN0MNVMIOVFT1wI~eO_MNTFM—OM0I0BNB—OFBN=GAOvN0OTODI3YM||‘-WMANI<NGMW7IeN-0O==6OTOG\=4EN0T6OIMMeTgB=7BTBO&DIOWOO0=OI=VT—N|N8¥IVT|VO=O“MOTO=O=IDB23T==VM.0TTM.NM0VNNOWWkBN5BN|TO28T3=IN3VOIVD3I//NkTM7|5WT38=NO""WMOY4NIDB48rVWeDNTVOVOEMWP~NMBORO&1SNM[O|oNo2T—JvV=,~NM]0W&OUONN1=MNNMMF=IM¥B3kW==GWaI0IOTOd.OOTNDMTMRInUEBMNBrO=O0=INO=MIIO"&I0RNBBIOTOVGV8VV6NNIENMB7TB®OOO0MMTMNMI&T&&M3|OBTBI»M7NNVI8GInIOTO|OB63BOWT&TMOI_TNWMVTIM|2NN|N&N‘|BB&IMTIOIOI“Dg|I"0BT|BNNMM_IIOo6OOIN&OO|O&6|RBBMTNDII_}O9TD~MTDBD1|B—|OVTNTv1~OOWM&B&0NO|||&GT.=V~VCA0_—IIO|0|=W|OTT|‘NGMNMNW0MWT/®”8N=U"OI/RFN=I"I_W7~MEB“oMMS/f’N“/TM NN=—YMoOOOW=JB"TBTRMNNN—oIRNN—No9=VW0IOO3XTNO~I0—=W0MT=3eRnTMMN—0ON-%S=W=IW~OIGO—TVWVMV”O2UBI0"BMBOT8RNMN——VNWOMNMNP4N—M&M&0WOW|TO&NT7OO=YWIW9O—H—~&N|NBMWNT|TTINONMNM4YOM/|NB2NO.RIeNUONWIE"V—O0V/bSM|NR2(NeOAoDO%=JN—"=BA4WM[FOGNWOMO4NWTCOOWW%WM=OMWL<UNVOoNMOAM2%%T%F%WUOM|MS=WNNe~OWOaAINI.lu20/=~TBVO~—OTAMv®'FOFWONIBLN2ND2OG.VQFNTQVNN0ODD
3

a5 =

< O o o -0

o 3=

E 15

CZDMQEO M8 207
CZDMQE.P11

-td

§0-SEP-8£ 1S:§S

STATIC
DIAG #

—OPoN FeTOGVoFW=NYMT

MACY11 30A(1052)

CROSS REFERENCE TABLE == USER SEHBOLS

18-0CT-82
15:30

PAGE

188

SEQ 186

3WOGA&3=&(NMN3iAVMNN883<‘OO3=AD8G$AUNy5WOW0TNvWI(MMMVo6A=OVNVNoT’C=ION%oI"O=MMI7NVNOM’O5=MMI1ONOoMy3MNM‘IION%NINOEM0VNA~“=O eIMOMOMOOO—=ONOONkMTS==DYNCO~00OWOEMO=EWOV=ODTTN=TCOOWNNSOOVU3==TCN3VNEDONO=ONIVMOOMNO=3SBNONM=IkNoOOM=ODT~—NM“TDNONMMESN3NV1M”wONO~CNNIBNNO='OOTTO 3OMTNIOOAVOST2MOOONNVM4R0EWDOM0VyDNVIbWUUInODI=MVNOTNINPMRTNVNTOIII»S—MMIDTW=NOONYG—IIRNNN~OVIATOONN0ROC7OTTOMNIFMITWT—V8M-MO3NPMTT7UMMIWRDTV7MNOT3NJ[WW8N|8NNIMTVPTNYOJOFMESSVOOOMIDNN=DODMNMPOMiMINFR=MOTOIOCMOAWRIRRNM—ANOAEOO=R

(01gU9=O65Mm‘7w1O“8=.6;“O‘”V%N“9O”3N30D5“ON3O76WV.5IMS1IN3OT=ONTNOVOV&OGNMONWCNV=NIIN—NSMOMN=NOOMO2ASTNO“M1INNOA0TO‘wN—MI0~MN4"NJNI8”OO7=DI0'OOT3N~lMM2—"MAINOOMYWIOWD3ONON=VM33DO—O=LONNAOYO"VIMO=u-NMTNN
O
O
W
V
I
M
I
W
N
=
O
G
O
G
O
G
0
N
I
M
I
N
I
N
O
O
N
0
=
O
=
O
U
M
<NV7NMMOC-N3—eONWW<<NVI—UN38IVOD0IOVFWINOOA3MNONIC~VNONeM~NUI(Vo=OOMNACNO2NWIT-INTWIONIOVMINNWNMOeOO0V3VNOMMITONIOOYMNDNNWOONNCMMOIeMVONONON—OMNSI GON.MTOON7O=OMN0OIMV0ON0OeWOVITMNTNNONNONNMOOO~MWOONMPOOSWNNNOMMINON0ONNDSMOWVM=NTOAANTNSOA=OOMAMONeVONMWF=NO0NOMO—VONIOONOTOMODWVNNOMVNMIMM—NWNWOANM=NEINvOT—AOEOIAGO7WN0NTTGVOO7OOW=NN0ON7MMCNOA087IU(ONV=M7MMWOWDTT-O7NNWCMIM—8OO8NVOMNN8OMFIWNIITNVTWSAMFMNI.O='OANINNFOOOMNIRD=IOCIMONMMIMMRSTIN-O~MNMFIWONONMGNN=O GET=
INO&IJ<OO3TF3TMWNTGVWINVOGNMNODNNDOFMOOONNTITONNNMVI=VNOWOIN~ONT TM=-OO0MNN~0OINDIOTTOIIMOTTTDNIONT0ON~OOTO N FONNOOW—0FMIOPO—NMITNWONODNODO—U—MNMONOI~NONOD
2
=
=
e
R
V
R
P
R
E
]
V
R
S
eyNDOCTOMIVNOSNVIEOIOIT~ONMINONDOO—NIMOMNOVIDOWVONMINN
OOWNDIAO=WAINAWRNOMT777M88~F<8MRNRARRRSRR=
F 15

CZDMQED MB207

CZDMQE.P11
§o-sew-85 ?S ;S

STATIC
DIAG
#

~5 ~

TSTEST= 000053

I1$1STM= 177777

MACY11 30A(1052)

CROSS REFEREN?E TA%LE E-sasen $Tmao

18-0CT-82
15:
PAGE
189
SYMBOLS

SEQ 187

=VOONO7‘.075186021‘0.!07‘1‘“
VuNUNtMO Ne=un=MOIUMNWONMIONNODOON
A8O4ONoNNNTNM~eIOOVo+«8O1IN—«eLSoO—NelIMl~SVGOWOyOoNlOONA\7W 0ONWIANoYMMOONNOVIWM(MVOSNNNOeVWOOYMOYNWOM~~NyeODFNOM«FOOO0OOOOMNMTMV—VOW vNMIVDF~OIMO0OMNVNNNOOIMEOTJIOWMTVVI—OWOOUF7ONNNNNNMVIIVMOOOvONIVNNWNOTO0OMSDWDWNVOWIONFOOVOION~TYHNOOMTMICIMONJWMOOIWMNO—NMWODV~NIN=—WNOIOO3—DW0WNWIMNWMMMO0YNOIMNOOVN~0NO~NOODTNIW~ONO=TTM3MAOOO—INTTNN=MTNNUVDTGWOTMOOMOWOTNTFOTN0NNONDMNTTTTIMO=ON=MTOTNT-NMMN0OOTWINTTMUTNO DMNO3VT=O MNNO
.ONMV[N=OI}=3J1WM=Oo1VVOyoNONyY Q0O3MNOO=0MO~Y«ONNWOOOO~MMWONIMO4SVONWONOOVlNN~E~O0IONOOMo==Ml—OMONTo3NNlODNTIVVWlNoDWMoNVOO1I—XOeMWOoV—eI~OD3=OIiNO—tSOITaO0lMa~Y=DNILTMSaTOMANTOlMAMWLTOFIVOAMlTNNMAVETONl
OT33NN\=V7WN0AOTNM7GNT~OF7NTMIMINE--NOOG3~0OT— (VWOTNJOONNDMM(ONOUVOAN—OM—O3OD3MIWO=\IO—I—M=OONTG=OMO0TOOONWN0O3ODOGO=GWVOOVDOMOMNWWIIOVTeMAVN~FIMOWNWMNOWNOA=VNNMO-OWNWVAONWS\VMOOWOCNNWOITTO—M~O=NTTANWIOTTTMOMVTTOIJG=NTTAGOMGNTNAOMOMFNNo

——

CO000
O00O
88835888

“2SR0N‘NIN3TWN“
CZDMQEOD MB207

CZDMQE.P11
§0-SEP-g5 1S'§S

STATIC
DIAG #

T$751S= 000001

61
64
6

T$SPRO= 0 1
$SRPT= 0 1 00 3
1

0083

-O -e_

NO?

;

WRW N RRuTNR
=%R= '® R]u%L3
=LSN.R/ 3wRRn
.=
K
R
N
O= ~eyWVBN NS WR= LN 2y
ONMOOVOITMN NIE= NW By
SNOM

G 15

MACY1Y 30A(1052)

CROSS REFERENCE TASLE -

18-0CT=82

kL3]

15:30 PAGE
190
== USER .SYMBOLS

&
&

;

TMVWN

SEQ 188

ONBTM0OVyYN

2573“061% EVToALBIFV)

-— SMMM
F<mo~FFOoMUvfoOVAWzs16573547&“"Mfl“?“lsOT-C3Me~gNMOO0-oaN0-=
& -

Oei=0umn

a2M—Nolalr”)T
OO3SMTNOVeA0O=~NWVUOMWNOGNOTV
= RR

MOr33—OO0NnM~wOI0—V

1OCvOVPLAVWAVo=VLP1VoF‘LFV1LoVAV=1V©LTV1L2VOLoV17=LoVFA2LV7L(V2LeVL2OVoLFV2LPV1LAV2LNIVLVR2LV7LVDL2UVLVOeL2VLVL‘MoVIL2OVMLIVAL1LVTLLSY

>4~0MoQw-L(LM+-wOOoM—-Nav=11Na-l0o~g1a=g’=oSMw-laFr}l]l)[[WOSNyDOOUyIVSCyTOiVt0yOIS0yGOy0Gy0SOy0GOy0OSMy0SyOiy0GOy0SyoyOOo0oOOl0SOieOoNOoCeOeeOoe=eOeleeOeeeOeeOeeleOeleOLl0303—W<OM—OOO1I30]OOSsFAOVVTMLNTeI—lWeOO—N=GWOlWOMlSOr1MDeMN0"\—OWOQOV73aNOFVeulWO=—0<W[MONVV"VNWMJLNVaVWa0MMDoVO0lONDW.AvlV0WNO[IaOWOtWNO=lA—N«OaW-—ArFTW—Wlee
W15

CZDMGEO MB207
CZDMQE .P1

§O-SEP-35 ?s:is

TATIC
DIAG

MACY11 30A(105 )

.
gROSg %
18-0(T1-82
15:30 _PAGE 191
EFERENCE TABLE == USER SYMBOLS

SEQ 189

hed

|R%"Ne FWOWVNO

..m

oo—TPNONTIFTS-T"MRI9M3A6ON8S9M6B9R2IM“0D=M=g=3TONP0Do3O~MIODVTINTOAFMOJMUNAIO2=TDOBN”DoOBNow~DSmzSDONSMzgzD-MzDmaIzmAIsNo]IeWO5l?3Dme8D_.5DmDw.3z2A0W8Ro[e~
%VOeINOIMO=oeITOMoTTON—NI=IONINO3TW3TMNOTMI~=IOVCeNTTAITSOP=WMOMMNIMNeONFhOTYNVTAMNOS=TON3DIWNNOTTo=mON=OW=O7e2O0MTN=OO=WN=3M~~OOW3=NMOM“MTOOVN‘WNAV9LOIM3OIMNV]IN2NOATT1TO6VIMRO1IIOND=OMN7OAIE.NITMVOR=IN“%WNWMUON37OOMN0NVO7eJ0MATCO5=OOMWINN=eVM\6NWNO9—FODG&-.M7Mm8“M(OON5OOvIVTWOO—)TNOOONMMNS‘TDN(0VMMONOON3NMeWI£TL-OIII~IMg9TNT=—OVONO20MONMOOOOTMIVNOW6O—IMN~TANTONOONNOTMT”—AeOMOIPNN~O=MN.IWWOW——TOMNNVWI0NN3FWNONOOTTVTNWWI1IOTIMWF0=O&NONTWTF7NOI—MVOTOJMMeANT1EO~N=WFTMM=WOOI6—NNY=NTVNQWVMIOOW"0GA0T=OO=NMVON®LaDM83E31NO~4NNVNWNwNMAO0O(¥Tn6~wGWN9VONOOooLNwOvAg=TZON5YANCFo9OTNoWNMwg07F7NNWm9OGE7INNwO59wDT“GE[“yN1[oO-M3oVoOoaa]¥NO]NLLON[My-eO~M~MaAA2IE(0=—OVll21~)O05TI32TC0OO0L5MO02IHn0ou"8WAnw5LOe-7(_Y-ww~oM ~wO eM OM LwO M~ ~M]w«o—6oMy5)[0—0~l[
CZDMQE.P11
CZDMQED MB207

§0°SEP-gl ?s:is

STATIC
DIAG
#

2 3 -«

°6“’e"23&=“‘ -TN83==— =8 =28 BL OTNIN<MNP~8®IeNe®I5N28=“NS8ueueR8*CuNI8R*ONruSt—ur—S5rI0l5r]Slr80Alr33rWl8r2l-5ewAO83wIr8‘Nee—e
=
o
z
&
&
NMoOTONNODONOTr~WO—V~PNSMO-TIN=3SFOVVCeMONO~TNNOWOOWNVTOSVNINVOEMOOWO=D=NTOENY0MM—IOONWNTWVMOeVOO—VOAM=MN FONOTMM9O~O0§evWn«VGOO(Ov0WMeb3ONMN~TCNOMOVWMIINTD=OOOWe=MGO—NNNTDO=MOIDOFUNWMMVOFWNONOO=NTIMOYN3VYN~=WF ONO=O-Nw~M5o-NNvo@O=o L-~oON W=Mo3aNl0il"OaNd) aOwO ~o~~0~
NeVISMTTOTReNIN—TON-IWOITO3JNFOMNTI—0ODOOW3O==N%OMMNeVO‘LOV=I.DM0OT—‘WN=N1IIOMV8TOON0T—NM7VO~ND0 3IN=ieow0NnOSOMNIYMO0VITOG~MIONTTOOMS0IIVYATVDNWVIONCOVNO OTTONV=NOY NNNO-M~m~NO- VOw (Yoo~O~o oy]DNl O[O~ 0O o~w~
115

MACY11 30A(1052)

CRUSS REFERENCE TABLE == USER SVHBOES

18-0CT=-82

15:30

PAGE 192

SEQ 190

CZDMQEO MB207 gTATl( ggk?sfis
CZDMQE.P11
0-SEP-

J 15
MACYT? 38A ( g 052 )
18-0CT-82
15:30 PAGE 193
RO SR EFERENCE TABLE == USER
SYMBOLS

& 3?

5251

5272

5275

5323

SEQ 191

5326

5349

5352

5373

5376

5513

M—OVM"‘.",".~N"oe—e—"~M aoMP~ “~OMe—
fNeMMIFN—GNMOTWOONNNCOMOPNOTIO e~OONa-oL—)—OO\2("QMlOMNe=AWO=l1"o—As—)OOAlWLgo]O~ol~]ml5[N- OTMoOTJoNW—3—TLa~¥wwN-1MMo~"ATnnDaOFI)OkoTog<T~[«MaNOguOLeooM [waoG0oNMoOo]Y0Oaa=n~a~hyl]M~~~"o_ENoeys¥3[J)—N0Mo3vdNcOaiI-N3FleLR%O—VOmsTRMFCOJIWONONMNWT0OONM~WONNFGOSOTOCDO0OV~OMO~—INOTOGMMMN-FNMJN0MMOOTN<Og—-FAz
A—N—OWNM0IO—O=UMe=— N—OOoPNMN~ aNaoN]LT4WN0AOVTLvOVl]l24—a)4O¥74NllOO1AoYWa.L=AAleTTAY——AB~b([b ]0(NaN]w[aMbw4ga00leVm[¥Vo2oOL~'OM 1~]=OlMao(o~asr1NNora(¥e0¥lV).¥o] NTOFTYOWTTF]NMNONOV—NWaNNlOITvMOMOTaOVWTOTCtNvVO=NNWVOeNWN\NWGN=GgWVONONOMGLNINNaSMIOOMMMOlOOOFFx
CZDMQE.P11
CZDMQED MB207

WO0MOFIOOOTNVOcW~VOM0NrSMON o~ ANMYaDMVLlAaOllONoOY~oLl "Oo ON~~ NI—NOOCOFWN\
OgTN1oI(G~¥,"NW)a<OwOl—aN0VlCMMoO-aOIFO lIN VYMaN<w1=0N8m]]Oo"GNn0o[N=l Og=g— Na4 NMOONANONOWN
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MACY1Y 30A(1052)

CROSS REFERENCE TABLE == MACRO NAMES

18-0CT=82
15:30

PAGE 195

SEQ 192

§0-SEP-S% 1S:§S

CZDMQE. P11

O ONOWNOST WNe=nNe— 00O

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18-0(T7-82 15:30 PAGE 196
FERENCE TABLE -~ MACRO NAMES

MACY11 30A(1052)
DIAG #
TATIC
CZDMQEO MB207

SEQ 193

L 15

mi1s
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SEQ 194

18-0C7-82 15:30 PAGE 197
MACYTY 383 (1052)
gsg
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RE FERENCE TABLE == MACRO NAMES

(NIMISITS=N0NTV ("2

IW=SN(OTISM=NFTWVONGDeSIOVTMoNMTo ow~

m zm“ G G G G G NIIIKKLHHHNWHNWWW”MMH

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30°5¢p-g% 1S:§5

SEQ 195

MACY11 30A(1052
(1
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18-0(CT1-82 15:30 PAGE 198
FERENCE
TABLE == MACRO NAMES
0S
3

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i(~F~FV<3l3NFIM T==SoC=UoC=UoM=I7M=IoM=IoM=IM=IMUMU(NMo=oM=vONODNOG703MOW3«—MG0O3WVNWwONINOATMT=2 3ONCOUOMMNIN~SF
OTMNO~FUUTuTMeWOeRN~JFOaO3CnVBeOSS=NnMGM~OCMOINOOR=TNVMoF$O=oNONOC=UO=GCOWON|oMU=N&&e I=COMOWN=MNOMGRVoIM=OOMPINN=RMRNYNM<NOW3PNTGV"NL-VUM3ILPO=MeMBIRG=MOVOWML=JONRO~PWFONRMTVBW-OIVEANOT-N3UINOMROBMVTNOV|=OI0WVO=RTN<D3IMO/BOvN=WOO=RVNFYRINRNOIT~OB—MPMTOONMYRINO]NTO0EFUMIOY3vTN=VOvMTGWONMOTEIRIOAVMDO~TF
~eTNIN(7MMO~%ERI-=9TW%VF-TRN‘OO3oVITxT6TMOiOW3R0ST8WNVOIS3OTM=CI2MMu0oO7=aOINRSoOR;=BIMMnoG$ =O2WeOn=4NIN|oeO0SIINBBoeO=O5M&N "I~Mo=2O"N0=M\NR0=M7NIO(NO5MMyRRIC3VAO8=MeNM6iING"TMON«MTJFOBVR~TWID—FCIEuOOTOONRRNICMeTRININON—TNV&VMINODBO&TOMNM=&|=IO—_MI@/ANMNOOOB2OMNNFNT&GOYIOOWNWVUTTAOANIPNRVNVMNOTRAGROIFOVSNT/D—BYBDPOIONPBMNONBTTMPPOIO/SNR—OOBT0BOM[MWN—IJNYAONMRNPN=MSET]

N((OFOMOoOOOATu9NT=3=IVnONTMM3N3=TUWMaMA3FNINOwGROOSNOOrONROSvITNIORa T07NNOO(NooNMUN==N.OoOTo===UN=S<OOOoI.3=TOONOo=vOA==NO/ONTToFoM==INU=R&ForOMvI==NLoIO=To===ONO&N=oOoOeN==MNOoI3Oo==OLT=Ye2M7Ne1=EIMNOL~©DNMF3NM=WONOTVSA3IMMNoR=OOLU=ORUMMM=VOPOMMON=OG.vOGMTs«O=—OWMIuGNNVMOOT0OOVO=.WIMNNNOON3TGAGINIONI7=MNO==NNAGnO3OTOFTTMRT|OIBOOONONTIM—MVM®t<I7MOOMWIB&3O—ONWWUwII=NRMNOS=MWNNN0BRMNORMnMNONOMNBGTOv/MRO3RwENNNTIVWVTBI<TMT3WNMORICIT=HCOFTNN/MUITROOONYOIITMWTC0B7MNTANIARVO7URFOIINEOO=MTNFVIGTIMOM—MNENOWOWaON0ENMMFRRUoCMOIMNOMG=VINTOmOVIMVNNORGnTOTMIMWO-cNT~NMANOoAENN-=EeORWVWEORTFRMIMEISS

ONbIO“c'lW%OTR(Uk=OO3=NNe=MEDvA0GOIM-IWN,OG08”O“"2GO‘MWVTOVN

7(T7OFVo=oF=o==o==0=0=0=NVslerMMOITWINTOINTWNNINOY“NITITONINNYUIIWMOWNIOTNTNVO~
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DIAG #

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914

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B 16

MACY11 30A(105 )
18-0CT7-8 2 15:30 PAGE 199
EFERENCE TABLE == MACRO NAMES

CROSS %
SEQ 196

aGMO0~V N3O=MONCOM RN

NOONo=O<MVUMeW=(eOOTM7912‘57912‘57912‘689135702‘%95
&‘%8.99‘11”R33“‘5"68'=80W"“92l14"3'7.”“9)"56.‘7890"“1835"‘2R3”0"02’7,13.R3Nu6%"851k32"3”)5,;7"39W%p7as0=5'W42"0Nx663L3;]|5R358‘3(N3T2—L6ARO;O30N=7(‘'IL0=S5.O2=O6N;=B3RNT85NRO0‘NR
RG00~RNVLA
uOVRGJ0tNA=nOUOANWNMNOWNTONNRNVTI3FNT(NOICNM=~T IMTOIM+v=O=vMMO©T©OPO0OTOONONNWMOOVWNTN<W3ON3TSNUMOv=OMNOuWNDOARVNTuBOMO|ONNnNVOIOMRNn=OB0uOORR EONNGROOG0MGOOO_G"=0/NOGOR0M-.N=ORO=AN‘NIAONONION3WOVNI3MT=OEDVOY3=OTOOB1OWOVNv3MD=V0eWM0—/ANOWIeRAN3ONWN3OkIWNNtMOmLWT7OATTO
VeO8OTTiIVRRNvVGT~ETIeNO—GIW0TM0NPv0TU3-IOTOPITMNFToOSe=IOTTIWNGOIOT3VNVOWVA3IONWWIMTTF3OOTeM<I=RTI8OOFIMITT37N((NITTIW=US3AWNMOTTTOMNVMVTIT=OvWNtTT=VOGIvOv03VONSTI©OONSS©O3+i—AC0TMOONON0VO0GI©0VGMNOMOI0NO=OWIRMMRTWNOIOMN~ACIOINOTMMOISTONeVM=INGNOUYM.0WIMVMONMOEUUI—GMNB©OeMO0OV©COU=MIWMNOOFNI0NP=.NOOON2RRuMO0IGIrONWuRMOnI~NRONOGuI=0NTR0GFWO0NOG0ToV NOIeIIG"8V=OM0NNIO8R=0N0TIIF.O=N0_3ONIMABNOVR7AWRIO=NAONRBACvAOOV0MNROBOIASNOOR'R ROBNN_NVOGOVIIOYBO=NVOR~RnNOFTU~N3PIW&%O=ONAWBRMWvOIIR"TWONEVPARy0WOMIRNNRtGO~ 2ts/ NTOTN D
eI I L _uwR n& VRVY

IO0JGONYMONF&1MAN~0aMPG9TOGND7YIVN0NO0OI4V1.OM0OTINTDAWLN.9VO2IOIIONOM~SMNO7IANP7NMOTOVONOUN“UNO5JTROITMWN‘OINB3TNOTTW=vNONO.0ZO=OWWNMO8JN=TIO_OYVINNRN6T‘O0Ie<ONJTNF<IMONI)I1ToTNFOMN=IICZN=NNNON9NN9TCWM7MOOIONZUI8O\IANIMMIA7T(TTANIMCU5ZNWNNCUMM2TFVTIJI<2NMINGO~O0TOO9IAvOMLNvvW=WMINR5MT=NTONN<=vNvO3T1WONOTSIA—ONOM©OOEIMCGNOWN939N©©=OAM©S.NUONIW8O‘ON~MOOOOIOFNIMI6O0M0INToMTOGIv=0NNNNMO4G2GVIMI=O~=MW0MOM0YFUO=AN9N-9NGONOM0NNMM5I\N0I3NNN=MYOIN0N6OW1MNoMOG=O32J=MOM8OF3©OV=WAMMOMIMN05OTO=T<IW3UNMMN63GMOO~MAO==0vUFMN3©”OOMONONO~©FI6NO0©O=OMIIOOMNO02TO‘M—NOOAOYIOM3NN0(WMONDIF0ONIVMIAM8TMU‘ONWNN=OF).NNNNNOM3O=I—OOI~GMOO5N10NONOG0ON—UOMNO4WN2I6ONGNIN0IOMI0ON6N56NNMIMG(N0OM0OII90M0ODG~=IO06O0NMM86=OMVO0OANON5NNGOOONNOAA0VOOC7N.0OAVTAANMODN0OUINONAO0NTOM7CNIIO“NONIAN7N—NOO=VATCIOK2NFNMWNONOMvIIvNNVTONNNNO—NWUO9ONIMONAO=OIOI7NONOOOONOINM6TNMOOO—M3NFVGIMINI40DONDOO=IeTOIK09ONMNOF.TADNANN0W1WODON0VOONONAVONO5OOWWIWONNODNOMTTIOVON6—WO=IN-O3\NMONN1NOINON~IeTIEIoN9=NTaW0OOMTeMn8M3CWQCeNTTTNIONV7OAOOI=TTNONc
C 16

CZDMQE .P1
CZDMQED MB207

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§0-SEP-2£ 1S:§S

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DIAG #
MACY11 30A(1052)

CROSS REFERENCE TA%LE o HACIOGskggg

18-0CT-82
15:30

0
31

5
0
8
6

1
1

;

3
764

SEQ 197

O03wTN—OFRNOWNOuCVOOaONOnV—=V=*W0ON=.O0RNONVOVNOe 0NNA=N0NzeOIOMNOT—IMN ONOOuMRIOONNNA~0S~NO—NMW—WRRVOMOONNOTOOI——NNT0O—T
RN00OROOVAVBNbRVOONMOONON(OOGCM0OOOVM=W—=NT3JVNMOOOTN OoOT=uRNeNMN=NlOM oNOIaW/RRRlOMaOl=tMaNMlVOyeYVNl

P11 30-585-82 15185
CIOMGE
CZDMOEO MB207STATIC
#2_
DIAG
MACY1?

e-2l

OROSS REFERENCE TABLE

NOMSGWOMVI NOVTMNIWOVMNOT OMNANVY RouNn =UNOW~OMRBxNy MNOUYNMIONOMDNOONDN MNOV VOrM=eN—eMO=NOJNO
O3UFVMI=MON ~Ne-N WY

ONOMNO
MOO — N TNO~N

OWOONWAVMNWMA-OOvVVO3I=OINNLNNUN=VMIOTM—OWOTnNNOOONWOWFVOTVWVNUeOM—OINONWO0GNwVDOYNn SANODNNWONOAWMMNOA=TON=MO=WMOIOOMeWO=OIMWFOOOMDO<B3DOMvP<3OG<O3NCVFOMCTIOOM.NOWNOOIvOSOOOGN0MM<O3=MIONDOT

59075‘29898"
D 16

15:
18-0CT-82
30A(1052)
(1052)
1
0SS
REFERENCE TABLE == MACRO NAMES

- MACRD NARE

RtV OTMrTI=—NONIMOO—NM 0NTeODG—VIMN~O

SEQ 198

L@ aRlawlARASRIy— wn O83OoN3~2NO3N23 A3ND3N3813TIT3TT3STiT3TtiTGtMItMM

gTO——MNkO4~JrXANXWe9WRwIoLNktROToaaR&l13ONw—o9IoneMVAVT1gN3DMMN0O3OToNIN“tTG3WWROOMV8OT3OMWVOO7WTO3oN“N3ToMTON1TI-aRNQ(o93TUeOMWNFS—3NWM.VWTVJNWOROTV)NNMoNOT=O=NWViv”NaNOVlVTTTRNN“OOZ3MXITFTTT’OIRNNMO\aOOTOMNNaNNMt)1AUTNNMSOM[ON-‘aOOVMIE7TTa~—=TVFI=R—en0ONONO0WW==yTOMNOROLDBeOOT=—OOWrINNOTNNO—PTOOI~O0MNrNA3S0NIOONtOIVTOeNeON—MONMeNMT—ROOOOMO—I3O0W=OINTMINNN3AN3OODDDTTTT3DMRTON|MOWNWO3NIDND0T=WWN3TIOTPDNDNMADMWODODM~V3IOWNN1YWV3ONWWVOV3IA—vNW~RMNONTO33NOIIT0TTTT01NMGO—TO7=77777MI13DONE77N777O7—3NOMMTNM7T8TT8T3ORSTWO87O7T73WIMTNT=3T7NT7FF3NOO3TTT8TTUM—3MOMR7T3TMTO7eO=~823<T8FTe7O3ON82I8FFS8VeN33~OTMSTRMMOOIIIlO—3MTMMMMW~IIIIIVVWMMMNMMMIOII3IS3IOMWMMRAMAI-MIIIMMIMMNVNII-IIIT=MNATNIGEMMNSS
VODNNOe-MgVOMNW=NSNFN===VIIO—VOMO=WTTINOTIVIOMNeeReOVIIOWOMOIOCeRNANV~yyNTSMe—OIS=DOYOUNVF0OTTMNWWCON=SNWMRRBOVOWyNVITTONM0rEMVWV=WODMI0VWeONONNOT—IGT(TNNNSDON OO0DIVTNONONONNIIWNMWTn=O F=T—FJOVRT/VWRTOWWVT=TOVUMOOnNIARAWO00PWOOrNTVT/ROI"RVVT0=NPVMNTSNUPIBWMOTTNAWIT—PNOMAMWRRNMNENUNSUIR=IBEVNWODOBNNMTRRNOBTOR"ROMVDPMWeO'BWNT—VMRROINVTID=IEMTT]YERN=OOOO=O MN0—MEEGNYN oOMON3RRVB.NMNSMTIO——OePR3VLRR0OMN~OONTTONMVON0INTMMOR—VIITWMDOROM0OnN<NW3OII0ISNIT3—TORMORNeF~VnS=MOIMNOCOITNOTW0I0MT~ONWNOIDO—(nOOWJNUII~rVTNOIA0FROWDO0WMM—UAOnOOnVOTTN~RNN3NNA—OIOWM0DODI=VTNOMn0—NMAOMWNNWIIM==OOIDNOOVnNOTI—N0MTONT—==O=CMRWMONIDO0ON=0nIONMNRMWNDM—O—N~TMNNITOWVVMOVNN=|NIIIDITTUMODV0A=OVOCWIIOT0ARNWTOIONT3UNRIODMOVMT7T0O7MN0IVNOOINNTOI7T0OVBMMGVOIN0—~O=O—0IP3MODNMIMNN0BTBNM0T7T.NI—NIONIN=SDNVRW=338IVOMNW-OOMTNONM8P3T3NONICRRMOICNOOV3==TR8I8OMNMBMVONLOOOSSNAOMMOWPVRIPINMOMOOWMWLAININBNMYO=MDMBRNI—IITONRIMWANDA/MPO0OIOMJOINOTMPRWRCIMIOOWENNNMGOMRBTOTAOGNGWONNEENNSSE

OO—MGE0~DN~FNOTOIMGAOTIGNOOTOVNMMOOMAODNW=VGONN OOWOONNOIWIONT—NOYO~VOOITOMONNIONIOD0NOOOITMOI—MMONNIO—M-OONWNINNOTM=NMMOMGNOO

s‘1W73”9.‘5"2.3,7(88.”;“35'2736807563R‘WE07593”O‘M5R70%T;1!53‘.?0s52”6‘0f;32%7i1"0z“8s5&2&N;OO6yNTO7MI-TOIrN‘5VOMe“TNDM89=VADNMW1OIGO-DN—5NIMIsNM1NOMM9WIIeTON2NTOV‘WOpON—7I~VOMINDT2OAN5sOON—NOMDa3ONLOFM~ONTMTs3IOFNMMO2—OMN1DaIMMB2NIIGATO%TIeNN8—DOOD=3nTOVNO~O
5654

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MACY11 30A(1052)

CROSS REFERENCE 1AELE == MACRO SAggg

18-0CT=82

15:30

PAG

SEQ 199

2.)50‘9371“”‘37azow%566‘.)3567305925926936037151%S.).).)
OG“2MOJ1aO8A6NM.N)NF8O.§ON=!WN1OVO§.N)M&9AN=T&MF—RN‘”9“7N5O1R7h6O13uM6aO6Mt30Nn7M1‘0N%“&74OO0M92‘5N0a39“—2O.T5N‘9ON2N3“O19NM“3TO‘7N059N7.3V]‘5TO8Os6O=05OO‘6C8“OTp«6Nu”C0eO=“MM§O‘N&4M7O“9NR.M‘AlNOO”“
oTO&~O—MWNBBYORAN=o=AOWOOWRTO=NAA23N<=WW338OUUNVMMIOooM==MMo=o=VOO
oV=(OUNONNI=N3NOSIS=eO,N,NOIkOMNOOM=R NTR=NNON~NONo=MWWVOVWWNNROONNMRTTMT~TNFMETNN
WNNNO=WVSNMO-N=OBN"ON&WT"|BOV&MNO"BV-MNO|BIWOV2BAONWNTRIONVOTRTuOAVNBN~.RMeUOSNRNSVUI=MROTIUOMNGEMT YODANOM=iJ=I~NOeICMNIINO=\T~O3MNR0INnCI—RNOnIMN3OINNTOvTABOMTN—BOINRnSOMCNARNMAN||OWNT|VMVnOWW0/WROAWOOTYNBMk0tOOTW T0TN
=—MNNN==O=BBVO28OTB&B&F&&r=BBT&BO_||MO®B/""OR/0| I=R3RRNO3e—T3NNNO3VFLT3O IONAN%N=0W OR=M%NOO O3N]JNNINI/|TL\gIOM3WIVbB IOITIWVRe~UVNM VNRVWWRNOINtNVDOT=—|&WO=R RNVWRVNOARPNOPRYRORTSE

~DOI—DNGIUOVNOW~—GOVWNd—OaVOMIOO=D=NoN=MuGON0NNO@VTGaN=ON=0=FNY0VNOIOeOOW00(8—&VTuW=WNTONA~ArVMOM="=NN~NNWNOaNIMWO~=BN0TO|=BD=O~OOVNIOMVOANNNNuBOONOOAIo—OMW=OFVNP=-OOT&OTO&=V|CONNTNeONNMOONW|O&U"TOnMIGOMONOTTNV&TNO&YA3YNN®M0NONVTO=u|NO&==WNTNOO=J—NUVTT&|TW7TTMMCOO7¥=V0I—AWOOMMT®RM”ITOTNFM~NNOVIOMJTM®MN&O®NNe8JO=CFVWN=MaTROVJoOBR"gRN0LUNTMAaV0OWVN=IOF4—Oo+1Ill=NO~=WOT’ONJVoOaM.WNLWNTVN)aW3OMMIVO=lUNFVWA9IKIW*VNOaNFOasMT=O“eOlTVNNM"—La\VMAVONNTMIYC==ONoe3=V—NJGN2AYI—MWOON—ONMTVL3geKOYIWFWNNTNNN~“OoVIVIOVGCOMOOT'YANOUToJVIeNI"Wl—NOWON[MMeOTD0"OONNaeMW—V(MMI¥VTaON]VMNaOSONOEOlM1lY=N=leT—eeO”OYI‘NNO8MONVO(nWA~NVMNSFMMTeFOO7NOITNN=%SOUMOOIO=IUWWIWIOO‘INNoBNAOOOVOOMVVOAE-)TNTOO'OT3N|GNM0NWTMM—MD0OBNOIWNTeOOWMAI7NVIMVS0NBeIMT—T0MININOIN=~ONT5WO0~OOOININTGNAMOONVOM0MVNIN9NVINNiANRO®I<OOTIWxNTVM3NN3NMNNOVOO=ONTNNOVeOOOIIONIvII~O7NNINTNRTN—OOOWIV35MOVNIONOONOOB=NMNMIO—=NN103ONOOVNTNO3V=OTOGO/NO—IIN~5ROIVNWW0MNNNYVNNOMIUWIONOON—DMNMOgMAIONT0SNOVNID0SODNONFOONOVION%OeTvO5oONTMINIOPOEDNOTT0OIR7T=3"OT<IM=OO7OOITWNIMObN==O~F3“OAI<IC,NOIMIOT—N3IOO=TTN"MAMNMOAITANNOOOIORONVu(MONNnCMOIMTRNWOIONCOOMT—TTI0NGO4RGMM=MIOOWTWWINV0TWWWOMO7OVVVIONWTOTONIU"0NNMNNWOANO~NM.TVTSykVOOWIOeITOOSN1—VW=NVNNTM~MWNNO—MDODDO3MNOOUO—TM9T|WMNVI3VSNVTTVO==SW—MOS/NN2=|FNNRWWOVMAWMTNMN2EMRRR O=1MWN/30=OROGNIOVRAO7WW0ANR7=R—MNFN—T=ONONO%OVMMOOT5OSO~MTeVNNT=TNIM20NOIt0—tTM“VGWTTG=~NOTNVM=1O0FTN0NOOOO®MS0NTOT
F 16

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CZDMQE.P11

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DIAG

MACY1?
30A(1052)

CROSS REFERENCE TABLE == MACRO EAHES
18-0CT=82

15:30

PAGE

203

SEQ 200

G 16
CZDMQED MB207
CZDMQE.P11

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18-0C7-82
MACY11 3 0A(1
15:30 PAGE 204
a g5% )
FERENCE
TABLE == MACRO NAME bl
CROS
3
~

CNOUMMMMIMIMNIM S 8 <8 8 3 W7 3 7 W7 7 7 T DWW O OO N INININININ IMIMIM NS S I T T I T I T

9
0
1

5
6

8
0
1

5
6
7
7

0
1

2
2
3

5
9
0

3
5
7

9
1
4

5
6
6
7

0
3
4

6
9
0

6
7

ALWTISONOMWNO=L68e97P036.L!487S6R‘3A1R08SR2s0358et0%5G%68A97TR0361T‘g
FN01e2In‘O8—0OTB3N6O7n—Tu9OnNI;(Mw‘uO=5nO60u=7MuN8m.wi=O.9M2O‘O5O7O0NW.O1~2OMN3IN‘UWI5MO6IN7IDN8O=9V01MU2=‘NO8M0O3NO“WA7MI9N7IO=!O)TG"02O‘NM5IN7.9OeN0M1N7O&GO)A
~N

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CROSS REFERENCE TABLE == MACRO NASES

18-0CT=-82
15:30

TM=M=MNJ

PAGE

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N0SCNMOIkO=3NT—OMW=NNWIONT-4NON7 AIOM.N~F
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CZDMQED MB207

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SEQ 203

18-0CT-82 15:30 PAGE 2 gg
MACYN 383 (1052)
g s
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REFERENCE TABLE == MACRO NAM

ON
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2907

3068

3074

32332

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2889

2009

3830

2031

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687

4940
6941

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2945

5142

2970

5244

2990

5345

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5636

5691

5824

6505

6576

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201
250

4763
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4766
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74

4894

780#

g9100

400;0
54934

46054

64234

2534

2563

2732

466
454
217

12504

30214

33864

34364

51104
67884

g1%l
6B7B

313#
6944

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2620

2449

2477

2505

L7054
65088

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2762

ERRORS DETECTED:

1250#
1250#

278

806

1869

4907#
65794
2811

«ROSS REFERENCE TABLE == MACRO NAMES

6890

50094
67314

RF: TOC=SVC34R.MLB, CZDMQE .P11
CZDMQE .BIN, CZDMOE. SEQ/SOL/C/NL

RUN=-TIME: 40 49 5 SEC ouos

RUN-TIME RATIO: 300/95=3.1
(41 PAGES)
21K
CORE USED:

SEQ 204

PAGE 207

18-0CT-82

4128
7041

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