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AH-S877A-MC

April 1982

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Document:	CZKMBA0 KMC11-B KMC11-B STATIC PART 1 APR 1982 bw
Order Number:	AH-S877A-MC
Revision:	000
Pages:	208
Original Filename:	CZKMBA0__KMC11-B__KMC11-B_STATIC_PART_1__AH-S877A-MC__APR_1982_gray.pdf

OCR Text

AGISE
" csmen T

PI0E Tare i IDEDB@M

KMC“.B

KMC11-B STATIC PART 1 AH-5877A-MC
CZKMBAO

FICHE 2 OF 2

weoe v usn

CZKMBAO KMC11-B STATIC PART1
CZKMBA.P1
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.NLIST

.REM £

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SEQ,BIN,LOC

IDENTIFICATION
PRODUCT CODE:

AC-S875A-MC

PRODUCT NAME:

CZKMBAO KMC11-B STATIC PART1

PROGRAM DATE:

SEPTEMBER 1981

MAINTAINER:

CSS/NSG DIAGNOSTICS

COPYRIGHT (C) 1982 BY
DIGITAL EQUIPMENT CORPORATION,
MAYNARD, MASSACHUSETTS.
'
ALL RIGHTS RESERVED.
THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY
BE USED AND COPIED ONLY IN ACCORDANCE WITH THE
TERMS OF SUCH LICENSE AND WITH THE INCLUSION

OF THE ABOVE COPYRIGHT NOTICE.
THIS SOFTWARE OR ANY OTHER
COPIES THEREOF MAY NOT BE PROVIDED OR OTHERWISE
MADE AVAILABLE TO ANY OTHER PERSON.
NO TITLE TO
AND OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
THE INFORMATION IN THiS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL
EQUIPMENT CORPORATION.
DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF

ITS SOFTWARE ON EQUIPMENT THAT IS NOT SUPPLIED BY DIGITAL.

CZKMBAO KMC11-8 STATIC PART1

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1.0 GENERAL INFORMATION

THIS PROGRAM TESTS 1 TO 64 KMC11-8B (M8206) MODULES.
UNDER THE DIAGNOSTIC RUNTIME SERVICES (DRS).

IT RUNS

1.1 PROGRAM ABSTRACT
THIS PROGRAM CONSISTS OF A SET OF SEQUENTIAL LOGIC TESTS USED
TO VERIFY MOST OF THE LOGIC OF THE KMC11-B. IT IS RUN BEFORE,
AND IN CONJUNCTION WITH, CZKMC TO FULLY CHECK THE KMC11-B LOGIC.

1.1.7 STRUCTURE OF PROGRAM
THIS DIAGNOSTIC OCCUPIES 14.5K WORDS OF MEMORY AND IS COMPATIBLE WITH
BOTH XXDP+ AND ACT.
IT CAN BE RUN STANDALONE UNDER XXDP+, AND CAN BE CHAINED
UNDER XXDP+, ACT AND APT IN ACT MODE (SEE
'‘CREATE CORE IMAGE'' COMMAND
BELOW FOR DETAILS OF CHAINING PROCEDURE).
WHEN THIS DIAGNOSTIC 1S STARTED, CONTROL GOES FIRST TO THE SUPERVISOR.

IT WILL THEN ENTER COMMAND MODE, INDICATED BY THE PROMPT 'DR>' .
AT COMMAND MODE THE OPERATOR MAY THEN ENTER ANY OF SEVERAL COMMANDS

AS DESCRIBED BELOW.

1.2 SYSTEM REQUIREMENTS

1.2.1 HARDWARE REQUIREMENTS
PDP=11 PROCESSOR WITH 16K OR MORE OF MEMORY
CONSOLE DEVICE (LA36,LA120,LA34,VT100,ETC.)
KMC11-B (M8206)

1.2.2 SOFTWARE REQUIREMENTS
THE PROGRAM IS REVISION-D DIAGNOSTIC SUPERVISOR COMPATIBLE.
CONSULT THE XXDF+ USERS MANUAL FOR OPERATING INSTRUCTIONS.

1.3 RELATED DOCUMENTS AND STANDARDS
XXDP+ USERS MANUAL

CHQUS

1.4 DIAGNOSTIC HIERARCHY PREREQUISITES
NONE

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1.5 ASSUMPTIONS
THE HARDWARE OTHER THAN THE SUBSYSTEM BEING TESTED IS ASSUMED TO WORK

PROPERLY.

FALSE ERRORS MAY BE REPORTED IF THE PROCESSOR, MEMORY, ETC.,

DO NOT FUNCTION PROPERLY.

SEQ 0003

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2.0 OPERATING INSTRUCTIONS
2.1 LOADING AND STARTING PROCEDURES
2.1.1 LOADING PROCEDURES
THIS PROGRAM MAY BE LOADED FROM ANY XXDP+ LOAD MEDIA.

2.1.2 STARTING PROCEDURES
Hezg&cgyosnc SUPERVISOR AUTOSTARTS ON LOADING. IT MAY BE RESTARTED
A SAMPLE DIALOGUE IS LISTED BELOW:

DR>STA
CHANGE HW (L)
# UNITS (D)

? Y
21

UNIT 0
CSR ADDRESS

(0)

174100 ? <CR>

VECTOR ADDRESS :

(0)

300 ? <CR>

PRIORITY LEVEL

(0)

5 ? <CR>

2.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
THE DIAGNOSTIC CAN BE EXECUTED STANDALONE WITHOUT READING THE REMAINDER
OF THIS
DOCUMENT, AS FOLLOWS:

o N

A) LOAD THE DIAGNOSTIC FROM THE RELEVANT XXDP+ MEDIUM.
RECEIVE PROMPT °‘DR>'
ENTER STA<CR>
ANSWER HARDWARE QUESTIONS

GET END OF PASS MESSAGES OR ERROR MESSAGES

TO END EXECUTION, ENTER CONTROL/C. THIS RETURNS
THE °'DR>' PROMPT.

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2.2 SPECIAL ENVIRONMENTS
NONE

2.3 PROGRAM OPTIONS
2.3.1 START COMMAND
AR

AR AR

A AR AR AN A AR AR AR AR AR AR AN

TR TR AR AR R AN ARk

STA(RT)/TESTS:<TES
<PASS=CNT>/FLAG
T=LIST
S : <FLAG-LIST>/EOP
>/PASS
: <INCR>

AR AR

gttt itt
ittt
t
ittt
y
TN

2.3.1.1 TESTS SWITCH

(/TESTS:<TEST=-LIS:

<TEST=LIST> 1S A SEQUENCE OF DECIMAL NUMBERS

(1:2 ETC.) 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 ORDER REGARDLESS

OF THE ORDER OF SPECIFICATION.

THE DEFAULT IS TO EXECUTE ALL TESTS.

THIS AND ALL SWITCHES, THE ANGLE BRACKETS <> ARE PUNCTUATION USED IN
THE
RgFé#gTégNzong. AND ARE NOT TO BE TYPED BY THE OPERATOR.
SEE EXAMPLE

2.3.1.2 PASS SWITCH

(/PASS:<PASS=CNT>)

<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 1S 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 HALT ON ERROR
:%AgNgE(I#stgl’i
THE EXIT IS A RETURN TO COMMAND MODE.
SEE EXAMPLE

2.3.1.3 FLAGS SWITCH

(/FLAGS:<FLAG-LIST>)

<FLAG-LIST> IS A SEQUENCE OF ELEMENTS OF THE FORM <FLAG>
, <FLAG=1>,

OR <FLAG=0>, SEFARATED BY COLONS.,
THE FOLLOWING VALUES:
HOE

LOE
IER
IBE
IXE
PRI

PNT

WHERE <FLAG> HAS ONE OF

HALT ON ERROR, CAUSING COMMAND MODE TO BE ENTERED WHEN AN
ERROR IS ENCOUNTERED

LOOP ON_ERROR, CAUSING THE DIAGNOSTIC TC LOOP CONTINUOUSLY

WITHIN THE SMALLEST DEFINED BLOCK OF CODING (SEGMENT,
SUBTEST, OR TEST) CONTAINING THE ERROR
INHIBIT ERROR REPORTING
INHIBIT BASIC ERROR REPORTS
INHIBIT EXTENDED ERROR REPORTS
DIRECT ALL MESSAGES TO A LINE PRINTER

PRINT NUMBER OF TEST BEING EXECUTED

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BELL ON ERROR
RUN IN UNATTENDED MODE, BYPASSING MANUAL INTERVENTION TESTS
INHIBIT STATISTICAL REPORTS
INHIBIT DROPPING OF UNITS BY DIAGNOSTIC

THE FLAGS NAMED OR EQUATED TO 1 ARE SET, THOSE EQUATED TO 0
ARE CLEARED.
A FLAG NOT SPECIFIED IS CLEARED.
IF THE FLAGS SWITCH
IS NOT GIVEN ALL FLAGS ARE CLEARED.

2.3.1.4 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.

AT THE END OF EVERY PASS.

SEE EXAMPLE AT END OF 2.3.1.

THE DEFAULT IS

2.3.1.5 EFFECT OF COMMAND
THE EFFECT OF THE START COMMAND IS TO INITIATE THE HARDWARE PARAMETER
?églfgfil{sénggfvggfl’mf PARAMETER DIALOGUE, AND THEN THE DIAGNOSTIC
THE HARDWARE PARAMETER
DIALOGUE COMMENCES WITH THE QUESTION
“# UNITS?"' TO WHICH THE_OPERATOR REPLIES WITH A DECIMAL
NUMBER N FROM 1 TO 64. THE TERM "UNIT'' REFERS TO THE
DEVICE
TO WHICH THIS SERIES OF DIAGNOSTICS IS DEDICATED.
FOLLOWING THIS ARE
THE QUESTIONS WHEREBY THE P-TABLES THEMSELVES WILL BE BUILT.

EACH

P-TABLE 1S A CORE-RESIDENT TABLE CONTAINING
ALL THE HARDWARE INFORMATION FOR ONE UNIT.
THE OPERATOR MUST SUPPLY
N
(NUMBER OF UNITS) VALUES FOR EACH QUESTION.
HE MAY
DO THIS BY GIVING ONE ANSWER TO EACH QUESTION (IN WHICH CASE THE
SERIES OF QUESTIONS WILL BE POSED N TIMES) OR BY GIVING N VALUES.
SEPARATED BY COMMAS, TO EACH QUESTION (SERIES WILL BE POSED ONCE).
EACH QUESTION IS FOLLOWED BY THE RESPONSE RADIX (D FOR DECIMAL. B
FOR BINARY, O FOR OCTAL,
L FOR YES/NO) IN PARENTHESES AND THE DEFAULT

VALUE AFTER THE PARENTHESES.

FOLLOWING THE HARDWARE QUESTIONS ARE THE SOFTWARE QUESTIONS TO

BUILD THE SOF TWARE TABLES,

WHICH DEFINE THE MODE (QUICK VERIFY ETC.)

THAT THE DIAGNOSTIC WILL EXECUTE IN.

WHEN THE QUESTION '# UNITS?'' IS ANSWERED, MEMORY STORAGE
IS ALLOCATED FOR THE P-TABLES, AND IF THERE IS NOT ENOUGH
TO ACCOMMODATE THEM THE MESSAGE ‘'TOO MANY UNITS''
IS ISSUED.
IN THIS CASE
THE 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 PASSES TO BE MADE, EACH PASS CONSISTING

OF TESTS 1,2,3.4.6.8.9, AND 10 EXECUTED AGAINST ALL UNITS.

DIFFERENCE BETWEEN 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.

THERE

IS NO

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SEQ 0007

2.3.2 RESTART COMMAND
ebdedsdedebededade bbbt

it f 2

22223222

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

gttt

ittt

221222222

i I

eDeN

2.302.1 TESTS, PASS, AND FLAGS SWITCHES
<TEST~LIST>,

<PASS=CNT>, AND <FLAG-LIST> ARE AS IN THE START COMMAND.

2.3.2.2 UNITS SWITCH

(/UNITS:<UNIT-LIST>)

<UNIT~LIST> IS A SEQUENCE OF DECIMAL NUMSERS

OF DECIMAL NUMBERS (1-5,

8-10 ETC.)

THE NUMBERS ARE SEPARATED BY COLONS.

(1,2 ETC.)

OR RANGES

THAT SPECIFY THE UNITS TO BE TESTED.

THE NUMBERS MAY RANGE FROM 1 THRU

N (N IS THE NUMBER OF UNITS SPECIFIED IN THE PREVIOUS START COMMAND).
THE NUMBER INDICATES THE POSITION OF THE P-TABLE AS THE DATA WAS ENTERED
DURING THE HARDWARE DIAGLOGUE.
THE UNITS WHICH ARE
SELECTED MUST NOT HAVE BEEN DROPPED BY THE DROP COMMAND.
SEE
THE
DISCUSSION OF ADD AND DROP COMMANDS BELOW.
DEFAULT
IS TO TEST ALL UNITS WHICH HAVE NOT BEEN DROPPED BY A DROP COMMAND.

2.3.2.3 EFFECT OF COMMAND
THE RESTART COMMAND DIFFERS FROM THE START COMMAND IN THAT THE P-TABLES
(ROM THE PREVIOUS START COMMAND (THERE MUST HAVE BEEN ONE) ARE USED, INSTEAD OF NEW ONES BEING BUILT.
THE UNITS SWITCH GIVES THE ABILITY 70
SELECT A SUBSET OF THESE.
THE SOFTWARE DIALOGUE MAY OPTIONALLY BE REEXECUTED (OPERATOR WILL BE ASKED).
THE COMMAND CAN BE USED AFTER COMMAND
MODE_HAS BEEN REENTERED IN ANY OF THE THREE NORMAL WAYS:
A) THE REQUESTED NUMBER OF PASSES HAVE BEEN MADE B) AN ERROR WAS ENCOUNTERED
g'l’g:‘;gs HALT ON ERROR FLAG SET
() A CONTROL/C WAS ENTERED BY THE

2.3.3 CONTINUE COMMAND
RRERAR AR

CON(TINUE)

/PASS : <PASS=-CNT/FLAGS
: <FLAG=LIST>

LAAAA AR

AR AR

2.3.3.1 PASS SWITCH

AR AARNRRARARR AR AR
Y

it iR A2ttt

(/PASS:<PASS=CNT>)

SPASS=CNT> IS SAME AS IN START COMMAND, BUT THE DEFAULT
IS THE UN-

SATISFIED PASS-CNT FROM THE PREVIOUS START OR RESTART.
MAINS, THE DEFAULT IS NON-ENDING EXECUTION.

2.3.3.2 FLAG SWITCH

IF NONE RE-

(/FLAGS:<FLAG-LIST>)

SFLAG=LIST> IS SAME AS IN START COMMAND. BUT UNSPECIFIED FLAGS
RE-

TAIN THEIR CURRENT VALUE.

2.3.3.3 EFFECT OF COMMAND

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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.
HARDWARE PARAMETERS MAY NOT BE CHANGED.

2.3.4 PROCEED COMMAND
AARARARARAARRARA
AN AR AAAS
RA

PRO(CEED) /FLAGS : <FLAG-LIST>

HARARARARARAAAARAR
AR AT AR Ak
A

2.3.4.1 FLAGS SWITCH

(/FLAGS:<FLAG-LIST>)

<FLAG-LIST> IS AS IN THE START COMMAND, BUT UNSPECIFIED FLAGS RETAIN

THEIR CURRENT VALUE.

2.3.4.2

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

COMMAND MODE

MUST HAVE BEEN ENTERED VIA A HALT ON ERROR.
THE EFFECT OF THE
COMMAND IS TO BEGIN EXECUTION AT THE LOCATION FOLLOWING THE
ERROR CALL.
NEITHER HARDWARE NOR SOF TWARE PARAMSTERS MAY BE ALTERED.

2.3.5 CREATE CORE IMAGE COMMAND
b

it d

i dd d

T 2222222232221

CCI/TESTS:<TEST=LIST>/PASS:<PASS~CNT>/FLAGS:<FLAG-LIST>

AR AR AR AR

AAN R AR

R AR AR

AR A AR

ARt

2.3.5.1 TESTS, PASS, AND FLAGS SWITCHES
<TEST=LIST>, <PASS-CNT>, <FLAG-LIST>,

AND

ARE AS

IN THE START COMMAND, EXCEPT THAT THE UAM (UNATTENDED MODE) FLAG

DEFAULTS TO THE SET POSITION.

2.3.5.2 EFFECT OF COMMAND
THE PURPOSE OF THIS COMMAND IS TO CREATE A BIC FILE SUITABLE FOR
CHAIN MODE EXECUTION.
THE XXDP+ PROCEDURE IS AS FOLLOWS:

INVOKE THE XXDP+ UTILITY UPD1 OR UPD2
LOAD XXN:FILE.BIN

START 200

RESTART UPD1 USING RESTART ADDRESS
HICORE ADDRESS (IF "PASSED 14.5K'* MESSAGE CAME)
DUMP XXN:FILE.BIC
THE OPERATOR DIALOGUE (HARDWARE AND SOF TWARE) WILL
BE EXECUTED AS IN THE START COMMAND, BUT AT THE END OF THE QUESTIONS

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THE HALT STATE WILL BE ENTERED.

THE OPERATOR SHOULD THEN

DUMP THE PROGRAM TO THE XXDP+ LIBRARY USING A BIC EXTENSION
TO INDICATE THAT THIS FILE IS CHAINABLE.

HE SHOULD USE THE XXDP+ UTILITY

UPD1 OR UPD2 TO DO THIS.
IF THE P-TABLES EXTEND BEYOND 14.5K, A MESSAGE
WILL BE ISSUED GIVING THE NEW UPPER CORE LIMIT, TO WHICH THE OPERATOR

MUST ADJUST BEFORE DUMPING.
HE MAY NOW DELETE THE
NON-CHAINABLE BIN FILE IF DESIRED, SINCE THE BIC FILE HAS ALL THE
CAPABILITIES OF 1IT.

WHEN THIS BIC FILE 1S SUBSEQUENTLY EXECUTED IN CHAIN MODE,
THE OPERATOR DIALOGUES WILL BE BYPASSED.
HOWEVER, IF IT IS EXECUTED
STANDALONE, THE DIALOGUE WILL BE REISSUED.

NOTE THAT IF THE MESSAGE ‘‘TOO MANY UNITS'' IS ISSUED, TWO OR MORE
CORE IMAGES MUST BE CREATED (WITH DIFFERENT NAMES) TO TEST ALL UNITS.

NOTE THAT ALTHOUGH THE CHAINABLE IMAGE CAN BE EXECUTED ON A
16K MACHINE, THE ORIGINAL CCI CREATION MUST BE DONE ON A

b??fi#‘gglfigfbme EXACT SIZE BEING DEPENDENT ON WHICH UPDATE

2.3.6 ADD COMMAND
KRR ARAA
A AR A AN AR
Ak

ADD/UNITS:<UNIT=-LIST>

KRAR
AR AR ARA
RAR ARSI Ak

2.3.6.1 UNITS SWITCH

(/UNITS:<UNIT=-LIST>

<UNIT~LIST> IS AS IN THE RESTART COMMAND.

2.3.6.2 EFFECT OF COMMAND
THE UNITS SPECIFIED ARE ADDED TO THE TEST SEQUENCE.

EACH UNIT

MUST HAVE 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.

2.3.7 DROP COMMAND
AR

A a2

212 2132232322

DRO(P)/UNITS:<UNIT=-LIST>
LAA AR d

R a2
iedTTy

2.3.7.1 UNITS SWITCH

(/UNITS:<UNIT-LIST>)

SUNIT=LIST> IS AS IN THE RESTART COMMAND.

2.3.7.2 EFFECT OF COMMAND
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 MUST BE

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FOLLOWED BY A RESTART OR A CONTINUE COMMAND.

2.3.8 PRINT COMMAND
L222222

PRI(NT)
L2 2 2222

2.3.8.1

EFFECT OF COMMAND
ALL STATISTICS TABLES ACCUMULATED BY THE DIAGNOSTIC ARE PRINTED.

ISR C(INHIBIT STATISTICAL REPORTING) FLAG IS CLEARED.

THE

2.3.9 DISPLAY COMMAND
REXANARARARAAA
AR AN ALk
AA

DIS(PLAY)/UNITS:<UNIT-LIST>

AARARA
ANRARAAN
AR AR AR AR AR A AN

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

2.3.9.2

EFFECT OF COMMAND
THE _HARDWARE P~TABLES FOR ALL UNITS UNDER TEST ARE PRINTED OUT IN THE
FORMAT IN WHICH THEY WERE ENTERED.

ANY UNITS THAT WERE DROPPED BY THE

OPERATOR ‘DROP'' COMMAND ARE SO DESIGNATED.

2.3.10 FLAGS COMMAND
ok
ok

FLA(GS)

AARARRR

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

2.3.11 ZFLAGS COMMAND
LA

a4 4]

ZFL (AGS)

LA A2 ]3]

2.3.11.1 EFFECT OF COMMAND
ALL FLAGS ARE CLEARED.

2.3.12

CONTROL CHARACTERS
A CONTROL C (*C) ENTERED DURING THE EXECUTION OF A DIAGNOSTIC

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CAUSES A RETURN TO COMMAND MODE.
A CONTROL Z (“*Z) ENTERED DURING ONE OF THE THREE OPERATOR DIALOGUES
(HARD CORE QUESTIONS (SEE 1.1.1) HARDWARE DIALOGUE (SEE 2.3.1.5).

OR SOF TWARE DIALOGUE (SEE 2.3.1.5) CAUSES THE DEFAULTS TO BE
TAKEN FOR THE REMAINDER OF THAT DIALOGUE.

A CONTROL O _(*0) ENTERED DURING THE EXECUTION OF A DIAGNOSTIC

CAUSES ALL TELETYPE OUTPUT TO BE SURPRESSED FOR THE REMAINDER OF

THE DIAGNOSTIC OR UNTIL ANOTHER “0O IS TYPED, WHICH RESTORES
NORMAL TELETYPE OUTPUT.

2.3.13 HARDWARE PARAMETERS
THE FOLLOWING QUESTIONS WILL BE ASKED ON A START COMMAND. THE
VALUE LOCATED TO THE LEFT OF THE QUESTION MARK IS THE DEFAULT
VALUE THAT WILL BE TAKEN ON A CARRIAGE RETURN RESPONCE.

CSR_ADDRESS

VECTOR

PRIORITY LEVEL

(0)

174100 ?

300

2.3.14 SOFTWARE PARAMETERS
NONE

2.3.15 EXTENDED DISCUSSION OF P-TABLE DIALOGUE
THE FULL CAPABILITY OF THE HARDWARE DIALOGUE IS REVEALED BY THE FOLLOWI
NG

DISCUSSION OF WHAT HAPPENS INTERNALLY.

AS SOON AS THE QUESTION "% UNITS?'' IS ANSWERED (WITH THE NUMBER
N, SAY) SPACE IN CORE IS ALLOCATED FOR N P-TABLES.
ALL OF THE P-TABLES
ARE OF THE SAME FORMAT, AND THERE IS A ONE-TO ONE CORRESPONDENCE BETWEEN
THE HARDWARE PARAMETER QUESTIONS AND THE SLOTS IN THE P-TABLE FORMAT.
ON_THE FIRST TRIP THRU THE QUESTIONS,

ALL OF THE SLOTS IN ALL OF THE

IN RESPONSE TO A PARTICULAR QUESTION,

THESE VALUES ARE PLACED IN THE P-TABLES

P=TABLES ARE FILLED.

IF THE OPERATOR TYPES IN LESS THAN N EXPLICIT VALUES

(ONE VALUE GOING INTO THE PROPER SLOT OF EACH P~TABLE BEGINNING WITH THE

FIRST P=TABLE) UNTIL THE STRING OF VALUES IS EXMAUSTED.

IN THE STRING BECOMES THE NEW DEFAULT AND IS USED TO FILL

THE LAST VALUE

THAT SLOT IN THE REMAINING P-TABLES.

ON SUBSEQUENT TRIPS THRU THE QUESTIONS, 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
K O PLATED

IN THE FIRST TRIP.

ROL

ABLE NUMBER ONE PLAYE

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SEG 0012

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 VALUES MAY BE USED

TO INDICATE A REPETITION CF THE LAST NAMED VALUE.

A STRING OF VALUES MAY BE GIVEN AS A RANGE (6-10 FOR EXAMPLE).
IF THE
VALUES REPRESENT PURE NUMERICAL DATA,
THIS SAMPLE RANGE TRANSLATES TO THE

STRING 6,7,8,9,10 (AN INCREMENT OF 1).

IF THE VALUES ARE ADDRESSES, THE

SAMPLE RANGE TRANSLATES TO THE STRING 6.8.10 (AN INCREMENT OF 2).

NOW LET US SEE HOW WE COULD USE THESE CAPABILITIES TO CONSTRUCT A SET OF

P-TABLES.
ASSUME THAT WE HAVE 64 UNITS, AND THAT THERE ARE THREE HARDWARE
PARAMETERS FOR EACH (THREE SLOTS IN THE P-TABLE, THREE HARDWARE QUESTIONS

IN THE DIALOGUE).
LET THE DESIRED VALUE FOR THE FIRST PARAMETER
BE THE NUMBER 75 FOR ALL 64 TABLES.
LET THE DESIRED VALUE FOR THE SECOND
PARAMETER BE EQUAL TO THE UNIT NUMBER (1,2,3,...,64) EXCEPT FOR

50, WHICH SHOULD RECEIVE THE VALUE 49.

UNIT

LET THE DESIRED VALUE FOR THE THIRD

E:gfi{ia‘??smf NUMBER 76 FOR THE FIRST 20 UNITS AND THE NUMBER 77 FOR THE
THE FOLLOWING DJALOGUE WOULD ACCOMPLISH THIS GOAL:

UNIT 1

4
n

<QUESTION 1> ?
<QUESTION 2> ?
<QUESTION 3> ? 76

# UNITS (D)

UNIT 21

<QUESTION 1> ?

<QUESTION §> ? 21-49,,51-64
<QUESTION

3> ? 77

THE FIRST TIME THE SERIES IS ASKED,
SLOT TWO RECEIVES
AND A CONSTANT 20 IN TABLES 21 THRU 64.
IN ALL 64 TABLES.

64 TABLES.

RECEIVES A 75 IN ALL
t2%..
.0 IN TABLES 1 THRU 20
3

SLOT THREE RECEIVES A CONSTANT 76

THE SECOND TIME THRU THE SERIES, TABLES 21 THRU THE END ARE GOING TO
BE AFFECTED (NOTE THAT THIS PIECE
OF INFORMATION IS PRINTED OUT FOR THE
THE OPERATOR IN THE FORM ‘UNIT XX'* AT THE BEGINNING OF EACH SERIES).

QUESTION 1 IS RESPONDED TO BY A <CR>, SO SLOT ONE STAYS
AT CONSTANT 75 IN TABLES 21 THRU 64, §x~cs NO NEW EXLICIT VALUES ARE TYPED
IN.
SLOT TWO GETS THE VALUES 21,22.2%3.....49 gn TABLES 21 THRU 49, AND

GETS A 49 IN SLOT 50, AND GETS THE mu;; §1,52,53,....64 IN TABLES
51 THRU 64.

SLOT THREE GETS THE VALUE 77 IN TABLES 2i
21 THRU 64.

THE DIALOGUE IS TERMINATED WHEN THE SOFTWARE RECOGNIZES THAT 64
EXPLICIT VALUES HAVE BEEN GIVEN FOR AT LEAST ONE QUESTION
(NAMELY QUESTION 2).

2.4 EXECUTION TIMES

€z KMBAO KMC11-B STATIC PART1
€z KMBA.P11
20-0CT-81 16:58

MACY11 30A(1052)

21-0CT-81

10:50

ONE PASS OF ONE UNIT TAKES APPROXIMATELY 10 SECONDS.

1
PAGE 13
SEQ@ 0013

CZKMBAO KMC11~8 STATIC PARTI

CZKMBA.P11

MACYTT 30A(1052)

20-0CT-81 16:58

21-0CT-81

10:50

PAGE 14
SEQ 0014

3.0 ERROR INFORMATION

3.7 ERROR REPORTING
THE ERROR MESSAGES PRODUCED BY THIS DIAGNOSTIC HAVE THE FOLLOWING FORMAT:

CZKMBA DEVLFTL OR HRD] ERROR NNNNN ON UNIT UU TST NN SUB NNN PC XXXXX
ASCII ERROR MESSAGE

3.2 ERROR HALTS
ERROR HALTS ARE SUPPORTED PER DESCRIBED IN THE PREVIOUS SECTION
WITH /FLAG:HOE. THERE ARE NO OTHER HALTS.

4.0 PERFORMANCE AND PROGRESS REPORTS

4.1 PERFORMANCE REPORTS
A CUMALATIVE ERROR COUNT IS GIVEN AFTER PASS.

4.2 PROGRESS REPORTS
A PASS COUNT IS UPDATED AND PRINTED AFTER EVERY PASS.

5.0 DEVICE INFORMATION TABLES
DEVICE:

M8206

CSR:

FLOATING (174:00 IS THE DEFAULT)

VECTOR:

FLOATING (300 IS THE DEFAULT)

BR LEVEL:

6.0 TEST SUMMARIES
TEST SUMMARIES ARE GIVEN AT THE BEGINNING OF EACH
TEST MODULE

680

CZKMBAO KMC11~-8 STATIC PART1

CZKMBA.P11

681
68

20-0CT-81 16:58

MACY11 30A(1052)

10:50

PAGE 15

SEQ 0015

.TITLE CZKMBAQ KMC11-B STATIC PART1
.=2000

002000

28588

21-0CT-81

685

689
23(1)

002000

-MCALL
svC

sSVC

002000

BGNMOD

CZKMB

: INITIALIZE SUPERVISOR MACROS

69
69
694

696

699
700
701

702
703
704
705

000000

000000
000000

000000
000000
000000
000000

SLSTIN= 0

SLSTTAG= 0
SVCINS= 0
SVCTST= 0
SvCsus= 0
SVCGBL= 0
SVCTAG= 0

T OTHER TAGS, SHIFTED RIGHT

;

CHANGE THE VALUES OF THE SVC... SYMBOLS TO BE ZERO IF YOU WISH

SYMBOLS TO BE MINUS-ONE TO NOT LIST THE EXPANSIONS.

708

;}?

71
71

.ENABL

709

s LIST INSTRUCTIONS, SHIFTED RIGHT
: LIST TEST TAGS, SHIFTED RIGHT
; LIST SUBTEST_TAGS, SHIFTED RIGHT
GLOBAL TAGS, SHIFTED RIGHT

TO ALIGN THE MACRO CALLS AND THEIR EXPANSIONS.

CHANGE THE SYMBOLS AT ANY POINT IN YOUR PROGRAM.
AMA

CHANGE THE

YOU MAY

CZKMBAO KMC11-B STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

;11;.

MACYT1 30A(1052)
21-0CT-81
PROGRAM HEADER

.SBTTL

10:50

D2
PAGE 16
SEQ@ 0016

PROGRAM HEADER

;00

: THE PROGRAM HEADER IS THE INTERFACE BETWEEN

719

;} :

; THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.

; (13 002000
72
723

724

002000

725 88 000
726
001

727
728
729

730

731
73§

733
736

737

738

00 oog
00200
002004

002005

002010

101

002011

060

002012

000000

oogou

000360

002016

041146

002020

000000

002022

002366

002024

002412

6
0
0
g

041740

002011

002012

002014

741

002016

742

743

oosozo

745

0020 g

744

746

747

002024

749

002026

748

750
751
75
75

754

755

760

761

763

764

765

769

;ga

769

042

002044

000000

000000
000000
000000
002124

000000

051

003

823

003

HEADER

CZKMB,A,0,240..0

LASCII /C/
JASCII /727

;DIAGNOSTIC NAME

LASCII /K/
JASCII /M/
.ASCI1 7B/

000

000
000

002010

LSNAME : :

113
115
102

802009
0200

739
740

103
132

POINTER BGNAU.BGNDU,BGNSW,BGNRPT

BYTE

0
0

LASCII

/A7

LASCII

70/

L.MORD

.WORD

240.

.WORD

LSHARD

.WORD

LSHW

.WORD

LSSW

.WORD

LSLAST

.WORD

WORD

.WORD

LSDISPATCH

JWORD

LMORD

.WORD

.BYTE

CSEDIT

LSREV: :

LSDEPO: :
LSUNIT: :

LSTIML: :
LSHPCP: :

LSSPCP: :
LSHPTP: :
LSSPTP: :
LSLADP: :
LSSTA: :
L$CO::

LSDTYP: :
LSAPT: :

LSDTP: :
LSPRIO: :
~

LSENVI::
LSEXP1::

BYTE
.BYTE

B BYTE

;REVISION LEVEL

:0
;NUMBER OF UNITS

:LONGEST TEST TIME
;POINTER TO H.W. QUES.

;POINTER TO S.W. QUES.
:PTR. TO DEF. H.W. PTABLE
;PTR. TO S.W. PTABLE
;:DIAG. END ADDRESS

:
;RESERVED FOR APT STATS

;DIAGNOSTIC TYPE
:APT EXPANSION

;PTR. TO DISPATCH TABLE

;DIAGNOSTIC RUN PRIORITY

;FLAGS DESCRIBE HOW IT WAS SETUP
;EXPANSION WORD

csaevxsxffivc il

CZKMBAO KMC11-B STATIC PARTI

CZKMBA.P11
770
771
772

00 053
002052
002054

775
776
777

002060
002060
00 06%

20-0CT-81 16:58

780
781

782

783
784
785

786

787
788
789
790
791
793
79
794
795
799
797
798
799
880
1

80;

804
05

b e

VIS
W —=0O

0
Og

002062
002064

002064
00 822

002070
002070
00 07%

88207

074
002074
002076
002076
002100
002100
005102
002102
002104
002104
002106
002106
002110
002110
08 112
002112

082114

002114
002116
02116
02120
2120

LSEXPS::

000000

LSAUT::

013174

L$DUT::

013170

LSLUN::

000000

LSDESP: :

003124

LSLOAD: :

104035

LSETP::

000000

LSICP::

012472

LSCCP::

013166

012462

000000
000000

000000

LSACP::

LSPRT::

LSTEST::
LSDLY::

LSHIME: :

O
O

LSDVTYP

.WORD

LSRPT

WORD

.WORD

LSAU

.WORD

LSDU

WORD

.WORD

LSDESC

EMT

ESLOAD

.WORD

LSINIT

.WORD

LSCLEAN

.WORD

LSAUTO

.WORD

LSPROT

WORD

LSEXP4::

000000

10:50

.WORD

LSREPP: :

012454

012470

MWORD
.WORD

LSDEVP::

003116

21-0CT-81

PROGRAM HEADER

LSEF::

000000
000000

77, 003036 000000

778
779

MACY11 30A(1052)

2
PAGE 17

;DIAG. EVENT FLAGS

; POINTER TO DEVICE TYPE LIST
;PTR. TO REPORT CODE

sPTR. TO ADD UNIT CODE
sPTR. TO DROP UNIT CODE
sLUN FOR EXERCISERS TO FILL

sPOINTER TO DIAG. DESCRIPTION
;GENERATE SPECIAL AUTOLOAD EMT
;POINTER TO ERRTBL

;PTR. TO INIT CODE
;PTR. TO CLEAN=UP CODE
;PTR. TO AUTO CODE

sPTR. TO PROTECT TABLE

sTEST NUMBER
sDELAY COUNT
:
;PTR. TO HIGH MEM

SEQ 0017

CZKMBAO KMC11-8 STATIC PART1

CZKMBA.P11

20-0CT-81 16:58

g‘??

818
819

82% 002122

831
83
83
8
835
839

8
839
840
841
Mg
843
844
5
9

848

849
850
51
5;
53
54
55
59
S
53
5
?

871

DISPATCH TABLE

10:50

2
PAGE 18

.SBTTL DISPATCH TABLE

;/ IT IS USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST.

351

828
8%3

21-0CT-81

://///////////////////////////////////////I///////////////////////////////////
:/ THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.

820

824
825
826
827

MACY11 30A(1052)

002122
002124
002126
002126

0021
002132
0021

88 1
140
00%142
002144
002146
002150
80 152
02154
002156

002160

002162
002164
00 196
002170
002172
174
176
002200

02
04

00
00221
002212
14
16
Zg

43
4
44
‘8
5

,'/////////////////////////////////////////////////////////////////////////////

000120
013176
013320

LWMORD
LSDISPATCH::
WORD
WORD

013576
013746
014112
014252
014412
014564
014770
015174

.WORD
WORD
WORD
.WORD
WORD
WORD
MWORD
WORD

T6
17
T8
T9
T10
T11

WORD
WORD
.WORD
WORD
WORD
.WORD
.WORD
WORD

T13
T14
T15
T16
T17
T18
T19
T20

013366

015376

015562
015674
016134
016430
016670
017130
017370
017630

0501 20
0 0425
02066

021122
051362

8 1622
52062

022322
8 56
gg
0
023726
4412
472
5;6
02557
8 5736
61
026252
6456
32
7156

i ko
56

DISPATCH

030016

WORD

80
T
T2

T3
T4
TS5

T12

MWORD
WORD
WORD

T21
T22
T23

WORD
.WORD

WORD
WORD
WORD
MWORD
WORD
WORD
-WORD
WORD
WORD
WORD
.WORD
WORD
WORD
WORD
WORD
WORD

T26
T27
T28
T29
T30
131
T3
T3
Tg‘
T35
T36
137
T38
T39
T40
T41
T4
T4

WORD

Té4é

WORD
.WORD

T24
T25

80.

SEQ 0018

CZKMBAO KMC11-8 STATIC

CZKMBA.P11
8;%
8
874
875
876
877
87
87
880
881

887

288
889

1
12

00231

390
91

89
89

g%
95

20-0CT-81 16:58

002260
002262
00
002266
002270
002272
88 74
7¢
00
002302

ggz

99
1
§

904
5

908
809
10
911
912

MACY11 30A(1052)

21-0CT-81

DISPATCH TABLE

030154
030376
030542
03075
031162
031372
03160
032012
03%2 2
032432

WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

T47
T48
T49
T50
T5i
752
T53
T54
755
T56

-WORD

T58

032642
54

g 264
033474
033704

.WORD

.WORD
.WORD

.WORD

034744
5154

.WORD
WORD

T65
T66

3364
5574
36004
36214

.WORD
.WORD

T63
T64

T67
T68

T69
T70

0%6424

.WORD

g 044

WORD

7173

175
717
17
7178

634

037254

WORD

.WORD

PAGE 19

T61

T62

.WORD
WORD

T59
T60

.WORD

034324
034534

10:50

157

32114

896

897

PART1

7171

T72

T74

30
52
5
58

037464
7674
0104
40314

WORD
WORD
WORD
.WORD

040734

.WORD
T80
;LNT.ED DIFINED AT END OF PROGRAM TO BE LAST TEST NUMBER.

40524

WORD

179

SEQ 0019

CZKMBAO KMC11-8 SYAT]S1PAR71
CZKMBA.P11
20-0CT-81
16:58

MACY?1 30A(1052)
21-0CT-81
10&50
DEFAULT HARDWARE P-TABL

2
PAGE 20

SEQ 0020

3;2

.SBTTL

915
916
917
918
913

auuaauuaauaanunnnannnnnnnnnngy.
:/ 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.
g,

002

9 g 00

9
3 15'

00
002366

926

98
929
9
931
9 g
933

002372
74
376
400
402
002404

000011

LSHW::
DFPTBL::

9;29 002370 194100

ggg
9%6

937

938
939

940
941

002406
002410

002410

DEFAULT HARDWARE P-TABLE

BGNHW

DFPTBL

LWORD

-WORD
.WORD
JWORD
.WORD
JWORD
JWORD

300
5000
3
56
O
0

.WORD

000300
005000
000003
000056
000000
00000V

000000

JWORD
L10000:

L10000~LSHW/2

174100

:MICRO CPU

:M8200.4.6.7TYPE
CSR ADDRESS

:M8200.,4.6.7 VECTCR ADDRESS
: INTERRUPT PRIORITY LEVEL
:LINE UNIT TYPE .
;SWITCH PACK #1 (DDCMP LINE #)
;SWITCH PACK #2 (BM873 BOOT ADDRESS)
SSWITCH PACK #3

sTEST CONNECTOR INSTALLED FLAG

-l

BRRERE g
QAR

TIC PART

002410
00%41 0

00 41%
00241
002412
002412

T-81 16:58

MACYT? 30A(1052)

21-0CT-81

SOF TWARE P-TABLE

.SBTTL

10:50

PAGE 21

SOFTWARE P-TABLE

SIIITITITIITIIIIIIITEITIIIIIIIIT0007007707000000000007000000777077777177

;/ THE SOFTWARE P-TABLE CONTAINS THE VALUES OF THE PROGRAM
:/ PARAMETERS THAT CAN BE CHANGED BY THE OPERATOR.

SHIIITTITITIZIIIIIIZITATTITIITITII200007077007000700000000077777777771777

000000

LSSW::
SFPTBL::

L10001:

BGNSW
WORD

ENDSW

SFPTBL
L10001-L$SW/2

SEQ 0021

CZKMBAO KMC11-B STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

MACY11 30A(1052)
21-0CT-81
SOF TWARE P-TABLE

10:50

2
PAGE 22
SEQ 0022

£28

964
965

967

969

970
971
97

.SBTTL

GLOBAL EGUATES SECTION

SIITTTTIIIIIIIILIIELIIILLIITLIIITI007000777000070777700077707707717777
000777717
H
THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES THAT

4
ARE USED IN MORE THAN ONE TEST.
SIITTTIITIIIIITIZEIITETIIIITIIEIITIII0007270707000000707000727700070070777711777

002412

EQUALS

:* BIT DIFINITIONS
100000

BIT15== 100000

BIT14== 40000

BIT13== 20000

k.
i o

BIT8==
BIT7==
BIT6==
BITS==
8ITé==

BIT3==
BIT2==

BITO03
BIT02

BITO1

BITO==

EF .START==

ik ok ok md e

BITi==

BITO8
BIT07
BIT06
BITO0S
BIT04

o1 RNT AV ¥ A PF XY

s S

BIT10== 2000
BIT09== 1000
BIT08== 400
8IT07== 200
8IT06== 100
BIT0S== 40
BITO04== 20
BIT03== 10
BIT02== 4
BITOT== 2
BITO0== 1

BIT9== BIT09

[wlelelelelele
e

ey it ol ol el o) il e

el el el el el i e

e e

BIT12== 10000
BIT11== 4000

BITO00

: EVENT FLAG_DEF INITIONS

EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION

EF.RESTART==

32.

31,

;

; START COMMAND WAS ISSUED

: RESTART COMMAND WAS ISSUED

20~-0CT-81 16:58
0000%?

0000
000034

21-0CT-81

10:50

GLOBAL EQUATES SECTION

EF.CONTINUE==

EF .NEW==
EF .PUR==

2
PAGE 22

SEQ 0023

30.

; CONTINUE COMMAND WAS ISSUED

29.
28.

: A NEW PASS HAS BEEN STARTED
: A POWER-FAIL/POWER-UP OCCURRED

000340

000300
000240
000200
000140
000100
000040

400000

PRIO7== 340

PRID6== 300
PRI0S== 240
PRIO4== 200

PRI03== 140
PRI02== 100
PRIOT== 40

PRI00==

;OPERATOR FLAG BITS

000004

000010
000020
000040
000100
000200
00
001000
002000
004000
010000
020000
040000
100000

EvL==

LOT==
ADR==
IDU==
ISR==
==
BOE==
PNT==
PRI==
IXE==
IBE==
IER==
LOE==
HOE==

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

:'tt't..tt.'.t...t..lt"'.ti'tt..'t!tQ.t'ti

:* INSTRUCTION DEF INITIONS

022626

tttttlttttttitt.tt'.tttt.ttti

:t".ttt..ttt't'ttt.it"t'.ttttt...'tt.ttttt

POP2SP=22626

tttttt.ttl'tt.ttttti.t'l'ttt

s INCREMENT STACK TWICE

el ol ol el il T

) el el

MACY11 30A(1052)

: PRIORITY LEVEL DEFINITIONS

e e

e e e e

e e

— e e

e e e e

D e

0 0000 3333333
U“aU“hSKRU“fica
QOO0
SAERRRRR KRR oo QOO0
oNN
© ZIFRERER VO NOWVNH NN = OV
NN
W =000
WWNW gNN
o EBRN
o
womaam_.g

C11-8 STATIC PART

;:t'!.tlt..!ttt.ttfi.ttt"'tttt.Qttttil.ttt.ttttit

:* PROGRAM EVENT FLAG DEFINITIONS

ltttttt.!'tt.tttttlt.tt

::tt'...it.'t.ttttttt...'tt"tttttt.ltttttttttttt

t'ttlitlt"ttt'.'ttt".

E%:mc KMC11-8 STATIC PART1

MBA.P11

21-0CT-81

GLOBAL DATA SECTION

10:50

PAGE 24

SEQ 0024

.SBTTL

1072
1073
074
8;5

SIITTTTIIITITIIIIIEZIIIRTITIIII 2770000000000 000027000000070000077770700077777177
o
THE GLOBAL DATA SECTION CONTAINS DATA THAT ARE USED
7
IN MORE THAN ONE TEST.
SHIITTITTTTIIIIIIIIIIETTIITIIII7RATTT2000000007000000020000072070000770000770777

:* PROGRAM CONTROL PARAMETERS

- ol —d ek

118;9

<Dsa
(-]

20~0CT-81 16:58

MACY11 30A(1052)

)

079

L bbbkttt

—d e

080
333

002412
002414

000000
000000

1083

1086

002416

1088

002460

}833

NEXT:
LOCK:

T T T T OO

.WORD
.WORD

0
O

tttttlt.ttt.'.'t

sADDRESS OF NEXT TEST TO BE EXECUTED
:ADDRESS FOR LOCK CURRENT DATA

000000

MDATA:

002460

002522

ttttttt'tttttt't

;% BUFFERS FOR INPUT-OUTPUT
:tttttt
Temp:

.=.+40

.=. 440

tttttttttt!tttt.t'ttttttttt'tttttfitttttttt.t.ttl'tttttt

tt'ttttt.'

;ttttt.t.t'tt'tttttt.'tt'tttttttt..ttfitttt.ttttttti.tttttltttt

109§

tt.ttttttt

i+ MISCELLANEOUS STORAGE

109

002522
002524

000000
000000

1096
1097

002526
002530

000000
000000

1099
1100
1101
1102
1103
1104
1105

002534
002536
002540
002542
002544
002546
002550

1137
n og
1109
1110
1111

554
002556
002560
002560
62

Bk
1114
1115
1119
m
1118
1119
1120
1121
n f
n
1124
1125

0
0

:SCRATCH STORAGE
:LOGICAL DEVICE NUMBER

ttttttt.ttttttt'

:BASE LEVEL PROGRAM STACK POINTER
:PC OF SUBR CALL FOR ERROR REPORTS

000000
000000
000000
000000
000000
000000
000000

RETADR:
STRTSW:
STAT:
CLKX:
MASKX:
SAVSP:
SAVPC:

0
0
O
O
0
O
O

:SUBR ERROR RETURN ADDRESS
:SWITCHES AT START OF PROGRAM
:M8200,4,6.7 STATUS WORD STORAGE
:
:
*STACK POINTER STORAGE
:PROGRAM COUNTER STORAGE

oooog1
041732

ONE:
.WORD
MEMLIM: _WORD
MEMSZ:
LWORD
KMACTV: .BLKW

000000
000001

1
1

88 ggo

10
12
14
002616

$TMPO:
.WORD
LOGDEV: .WORD

0
0

1106 83 5§52 000000

564

:ttttttt.ttttttttttttttt'tti'tttllttttttttttttt'tttttttt

PSTACK: .WORD
SUBRPC: .WORD

1098 oogssz 000000

111;

:tttttttltttttttttttttttttttttttttttttt'tttttt...tt'tt!t

000000

1091

1094
1095

L L

:ttttltttttt'tttittttttttttttt.'ttlitttttttttt.tt'tt'ttt

1084
1085
1087

GLOBAL DATA SECTION

W
000000
000000

000000

ERRFLG: .WORD

ZERO:

KMNUM:

SAVACT:
SAVNUM:
FLAG:
RUN:
MRO:
WIYPE:
TYPE:
PONE:
$SGDADR:
$BDADR:
SGDDAT:
SBDDAT:

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

_WORD

BLKW

.BLKW
.BLKW
.WORD
_WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
WORD

:SUBROUTINE ERROR FLAG

1
MEMEND

;
:HIGHEST LOCATION FOR NPR'S

O
1

:M8200,4,6,7 SELECTED ACTIVE

1
1
0
O
O
6
O
0
0
0
0
0
0

;OCTAL ‘NUMBER OF M8200.4.6,7

:ORIGINAL ACTIVE DEVICES
:WORKABLE NUMBER
*SCRATCH STORAGE
:POINTER TO RUNNING DEVICES

: FIRST PASS SWITCH
:CONTAINS ADDRESS OF °'GOGD' DATA
:CONTAINS ADDRESS OF °"BAD' DATA

:CONTAINS *GOOD® DATA
:CONTAINS °*BAD’ DATA

*RESERVED--NOT TO BE USED

§§KHBAO KMC11-8 STATIC PART]
KMBA.P11
20-0CT-81 16:58

1126
1127

1128

1129
1130

1131

11 g
1133
H"

002620
002622

002624

002626
002630

MACYTT 30A(1052)
21-0CT-81
GLOBAL DATA SECTION

000000
000000

FTIME:

LWORD
.WORD

000000
000000

SAVE6:
SCLK:

.WORD
.WORD

000000

SAVE4:

oosbz 000000

002634
002636
002640

.WORD

PAGE 25
SEQ 0025

O
O

SIBS11: _.WORD
SIBS12: .WORD
SIBS13: .WORD

115;

0
O

5I8510: .WORD

000000
000000
000000

10:50

O
O
O

;tttt.ttttfi'tttttt.t.tt"tttt.ttt'lt't"ttttltt.tttl.'tt.t...t.tt.'.'.lt

** DATA PATTERNS

1139 oozu.g

000

mg 00265

000

1140
1141

00264
002650

1143
1144
mz

00265
002660

377
125

377
252

1147

377

:.tttttttttttt'.tttttttttt.ttt'tttt'tttt'tttttttt.t't.tt

000 MEMDAT: .BYTE

0,-1,0.-1,125,252,125,252

377

0,0.-1,-1,125,125,252,252

125
252

125

000

SPDAT:

.BYTE

..tt'ttt.'ttt!tt

.EVEN
:ttttt.'t..ttttt.tt'tt't't'tt.tt'.ttt'tttt'tt.ttt'..ttt..'tt'tt.

1148

't.'ttt'

:* PROGRAM CONTROL FLAGS

11‘9

1150

002662

1153

002665

1151
115; 002664

000

002664
000
000

1156

:tt...t.tt."..t..t't'.t"'ttttlt'.t.tti.ttt.t.tttt..'ttt".tt'..'t

INIFLG: .BYTE

-EVEN
LOKFLG: .BYTE

QV.FLG: .BYTE

:PROGRAM INITIALIZING FLAG

;LOCK ON CURRENT TEST FLAG

:QUICK VERIFY FLAG

:tlt.t.tl.t'.t..ttttt't't"'..'tl...t.t.t..t.tttttttt.t'tt.t...it

Hgg

:* DEFINITION OF M8200,4,6,7 STATUS WORDS - STAT1,STAT2.STAT3

1159

e
i
iw
e

1164
1166

iw
iw

1165

STAT! - BITS 00-08 IS M8200.4.6.7 VECTOR ADDRESS
BIT15=1 LINE UNIT IS AN M8203
BIT14=0 NO TEST CONNECTOR(S) USED
BIT14=1 H=-XXX TEST CONNECTOR WILL BE USED

amg LINE UNIT IS AN M8201
8IT12=1 NO LINE UNIT

BIT13=1 LINE UNIT IS AN M8202

”g;

1199

BITS 09-11 IS m%o.m.? PRIORITY LEVEL

STAT2 - LOW BYTE IS SWITCH PACK #1 (DDCMP LIKE NUMBER)

H?g

e
3

002

000000
mg 83%293 000000

”;

1178

1180
’181

HIGH BYTE IS SWITCH PACK #2 (BM873 BOOT AODRESS)

- &

H;;

1175

.tt'tt'

- %

1160
1161
mi
116

11;;

.ttt'

672

000000

STAT3 - BITO=1 DO FREE RUNNING TESTS ON M8200.4.6.7

;ttt.ttt'nt-ttttttt.tttqtt'tttt'ttttttttttttatn-tnntnnnettt.attnt't-tttt

STAT1:

.WORD

STAT3:

.WORD

STAT2: .WORD

0
O

;.'.".t.fitt.t..t...l.'t"'t'..tt'.tt.ltt..!ti.fitt..l.'.."..!'t.t..".'

:* POINTERS TO M8200,4,6.7 VECTORS AND REGISTERS

;Q.l'tt.'t.'tt..ttlt..'tt"'.l..'l'.t.ttlttt.t.tt'ttt.'.ltt"...ttt"'.t

CZKMBAO KMC11-8 STATIC PART1

CZKMBA.P11
1182
1183
1184
1185
1139
1

1188
1129

‘Hg?
119%
119

”3;
1196

1197
1198
1199
1200
1201
1 0§
120
1204
1205

002674
002676
002700
002702
002704
002706
002710
002712

002714

20-0CT-81 16:58
000000
000000
000000
000000
000000
000000
000000
000000

000000

21-0CT-81

GLOBAL DATA SECTION

KMRVEC:
KMRLVL:
KMTVEC:
KMTLVL:
KMCSR:
KMCSRH:
KMCTL:
KMPO4:

KMPO6:

0
0
0
0
0
0
O
0

10:50

;POINTER
sPOINTER
;POINTER
;POINTER
;POINTER
;POINTER
;POINTER

2
PAGE 26

TO MB200,4,6,7
TO MB200,4,6.7
TO M8200,4.6.7
TO
#4,6,7
TO
00,4,6,7
TO MB8200,4,6,7
TO M8200,4,6.7

SEQ 0026
RCV INTRPT VECTOR
RCV INTRPT SERVICE PS
TX INTRPT VECTOR
TX INTRPT SERVICE PS
CONTROL STATUS REGISTER
CONTROL STATUS REGISTER HIGH BYTE
CONTROL OUT REGISTER

;POINTER TO M8200,4.6.7 PORT REGISTER - SEL6

s;*%*« PRIMARY REG ADRS STORAGE FOR THIS UNIT
seasnwe
; THESE LOCATIONS WILL BE LOADED FOR THE CURRENT UNIT, IN INIT CODE

002716
002716
003116

MACYT1 30A(1052)

REGADR:
000100

s;t%xx
SSTACK:

STACK USED FOR SUBROUTINE LINKAGE
.BLKW

100

##waw

CZKMBAO KMC11-8

CZKMBA.P11

STATIC

PART1

0-0CT-81 16:58

MACY11 30A(1052)

GLOBAL TEXT SECTION

11289

.SBTTL

11209
§08

eyt

B 4
;2
4

1%10
1211

% %%

BP0t t

1214

10:50

PAGE 27

‘

GLOBAL TEXT SECTION

ey ety ig sttt ss et tstst0e0888830s484844288283041

THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,
MESSAGES, AND ASCII INFORMATION THAT ARE USED IN
MORE THAN ONE TEST.

it tissttssstisssstsssssdtssstsstssttsstistis88s4484444440840200

;* NAMES OF DEVICES SUPPORTED BY PROGRAM

121
1218
f} 13

00;116
003116
003116

1221
1 g
1
1226
1225
1
9
1
g

003124
88 124

124
003132

003140

03146
003154

it it bbbt

034115

055103
020060

8 6461

2101
051101

003162

030062

046513
046513

020102

041511
030524

000066

040502
030503

DEVTYP
LSDVTYP::
.eegal

LSDESC::

DESCRIPT
.ASCIZ

<MB206>

L L L

L L L L L L

T T

<CZKMBAO KMC11-B STATIC PART1>
/CZKMBAO KMC11-B STATIC PART1/

052123

050040
000

L L

/MB206/

.EVEN

SEQ 0027

R it
e e
t
e L L L L Lt
T L T T T T O
k

1215

21-0CT-81

: FORMAT STATEMENTS USED IN PRINT CALLS

;

}

CZKMBAO KMC11-B STATIC PART]

CZKMBA.P11

20-0CT-81 16:58

MACY11 30A(1052)

21-0CT-g1

GLOBAL SUBROUTINE

10:50

PAGE 28

SEQ 0028

11%29

.SBTTL

124

;/////////I////////////II/////////////////////////////////////////////

124

GLOBAL SUBROUTINES

}%215.

THE GLOBAL SUBROUTINES ARE CALLED BY MORE THAN ONE TEST

///////////

;//////////I////////////I//////////////////////////////////////

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

1246

;ggg

; MACRO'S NEEDED TO CALL SUBROUTINES

1251
125%
125
1254

.MACRO

ERROR,XYX
MOV
R&4,SBDDAT

MOV

1255

MOV

1256

1257

.ENDM

1258
1259

.MACRO

1260

ERRDF

R2,$GDADR

MRO. SBDADR
XYX*'

,EM'XYX' ,ERR'XYX"

EDSCALL XY
LIST

SRRARRARRAAAARARAREE TEST

1261
126%
126

NLIST
.ENDM
.MACRO

1264

.RADIX

1265
1266
1267
1268
1269
1270
1271
127%
127
1274
1575

N2:

"XNY'

Adnnhntanrhrthrntns

BADHEAD
10

EDSCALL \TSTESTNUM+1
.RADIX 8
.ENDM
.MACRO K&4ONLY ?N2
CMP
MEMS
, #2000
Z
BNE
N2
EXIT
TST

.MACRO

.ENDM
MYINT
JSR

1278
1279
11 8?

.MACRO
JSR
-ENDM

ROMCLK
RS, .ROMCLK

JSR

R5,.MSTCLR

;CLEAR M8200,4,.6.7

CLRB

s%: CLEAR RUN, IF uP

1 §§
1

.MACRO MSTCLR

003162
003162

105077

177520

MSTCLR:

1589 §§§}92 lisrry 0003500 17730
; g? 3202 000205

BIB
RTS

1598

:DEBUG

129.
1

1295

R5,DEBUG

H
:

@KMCSRH

sWILL PUT CSR ADDR. INTO R1

sCLOCK INSTRUCTION

A ToIBTGs L iscT NST.
3

_THIS ROUTINE IS ENTERED AT THE BEGINING OF EACH TEST

IN ORDER TO LOAD THE CSR ADDR. INTO R1..
ALSO THIS PROGRAM TRACKS ITSELF HERE.

CZKMBAO KMC11-B STATIC PART]

CZKMBA.P11

20-0CT-81 16:58

MACY11 30A(1052)

GLOBAL SUBROUTINE

1296

1297
1
1299
1
1301

130;

1303
1306
1305
}3339
1308
1309
1310
33'1

003204
003204
003210
003214

003216

003220
003222
003224
003226

010537
013701
000240

000240

1318
1319

003310
003316

135

003326

131

g 9
13
1324

1325

1326
1327
1328

13 9

} 39

1334
1335

;
1

}

134‘.1

177402

152777
142777

000003
0000067

177370
177362

000205

oos;ag
003350

15; 003352
1

000002

003324

003334
003340
003342

883352
003356

177404

.ROMCLK:

;

1348

1349
} g?

000400

003376
0034

RS.TESTAD
KMCSR,R1

sSAVE ADuR. OF TEST.
sLOAD KMCSR INTP R1.

sLAST TEST ADDR.

20.

*PATCH AREA.

#BIT1,aKMCSRH

BISB
BICB

#BIT1iBITO,aKMCSRH
#BIT2iBIT1iBITO,aKMCSRH

(R5) +.3KMP0O6

sCLEARS C & Z BITS AND BR
ROMCLK

:0 TO BR

ROMCLK
63220
ROMCLK

060400

60400

000207

SETBRO:

RTS

SETBR1:

RTS
SETBR4
:

;1 T0 BR

PC
|

ooockz

:BR,SP(0) + BR

;THIS SUBROUTINE SETS BR1 BIT
ROMCLK

00402

:SP(0) TO BR

:SETS BRO BIT

ROMCLK
401

008401

000420
000207

BISB

400

063220

003372

MOV
MOV
NOP

RTS

}fi‘% oogsro 00207
1345

R5.DEBUG

MOV

CLRALL :

003
000207
003362
883

CALL=JSR

NOP
RTS RS
TESTAD: .WORD
-BLKW

152777

012577

003332

PAGE 29

ENDBUG:
2
UNSAFE TO PATCH ANY OTHER ARFA.

oog 04

003326

NOP

000240
000205
000000
000024

1315

003276
003276

10:50

3
:

DEBUG:

003224
002704

003276

1314
1315
ug

21-0(1’-21

sNEXT WORD IS INSTRUCTION

:BR_002

;THIS SUBROUTINE SETS BR4 BIT

ROMCLK
420
RTS

sNEXT WORD IS INSTRUCTION
PC

SEQ 0029

CZKMBAO KMC11-B STATIC PART]

CZKMBA.P11
1352

}3;(3'

20-0CT-81 16:58

1357
1358
1359
1360
]Iggé

003406

003410

SETBR7:

000207

RTS

SETZ:

1%24 003412
003416 000777

1367

003422

1371

003422

1368
ggg
137%
1373

1374

1375
1379
1%7

1378

1%3

;

003426
003432

003440
003442

003446

003450

003454

RTS
RAMDAT:

017605

062716
005011

052711

116104

000207

JNEXT WORD IS INSTRUCTION

sNEXT WORD IS INSTRUCTION
:BR_377

sTHIS SUBROUTINE LOADS R4 WITH THE LOWEST
;8 BITS OF THE CRAM PC.

MOV

000400

8IS

#8IT8, (R1)

CLR
ROMCLK

(R1)

sJUMPED TO, IT LOADS BR WITH IT
*CLR BIT8
JNEXT WORD IS INSTRUCTION

MOVE

S5(R1).Ré4

:PUT ‘FOUND'' IN R4

ADD
CLR

061225

000005

RTS

1335 003456
1

MEMSET :

1384
1385

R
D
—

SEQ 0030

000000

000002

005011

061225

PAGE 30

;THIS SUBROUTINE SETS THE Z BIT

ROMCLK
000777

000207

;THIS SUBROUTINE SETS BR7 BIT

600

003420

10:50

ROMCLK

000600

003412

}3322

ZI-OCT-gl

GLOBAL SUBROUTINE

003402

1%55 003402
1356

MACY11 30A(1052)

a(SP) ,KS

#2.(SP)
(R1)

:GOOD DATA

;ADJUST STACK
:CLEAR BIT10

;CLOCK INSTRUCTION IN CRAM THAT

:MOV BR TO PORT 5

*RETURN

;THIS SUBROUTINE LOADS CRAM WITH SPECIAL INSTRUCTIONS
;FOR THE CRAM JUMP TEST. ALL CRAM LOCATIONS ARE LOADED

sWITH INSTRUCTIONS THAT MOVE

;FOLLOWING CRAM ADDRESSES:

A 37 TO THE 9“. EXCEPT THE

0,1,4,7,525,1777. THESE LOCATIONS

:EWTAJN INSTRUCTIONS WHICH LOAD THE BR WITH THE LOWEST
:8 BITS OF THAT CRAM ADDRESS.
91

139

1395
1 93

139

1398
1399

1400

1401
14 g

14
14

1405
14
1407

003456

005000

owgm

0000

73
sg‘

52711
5 33

020000

460

3470

504

gw
12

514

520
506
g

012711

015 61

022

13&3’

005

012711

016061
016061

052711
0057,

542 3327
548
136

003550

005011

002000

000437

18:
000006

oo;ooo
020000

000014

MOV
MOV

002000
003554
003570

CLR

MOV

28:

RO, 4 (R1)

#4637

.6(R1)

8IS
INC

#8173, (R1)
RO

BNE

cMP

000004
000006

#8IT10, (R1)

CLR

;RO = CRAM ADDRESS

*SET ROMO

:LOAD CRAM ADDRESS
:LOAD INSTRUCTION

:WRITE INSTRUCTION IN CRAM
*NEXT ADDRESS

c;ooo.no

:DONE YET?

*INDEX REGISTER

:BR IF NO

MOV

#8IT10, (R1)

*SET ROMO

BIS
ST

#1713, (RT)
(RO)+

:WRITE CRAM!
*NEXT

CLR

(R1)

MOV
MOV

CMP
BNE

CRAMA(R0) ,4(R1) :LOAD CRAM ADDRESS IN SEL4
INSTUCRO) ,6(R1) :LOAD INSTRUCTION TO BE WRITTEN

#14,R0
28

:DONE YET?
*BR IF NO

:CLEAR ALL BITS

CZKMBAO KMC11-8B STATIC PART1

CZKMBA.P11

20-0CT-81 16:58

11233

003552

000207

1410

003554

000000

;2;1

003562

000007

141§ 003570 000400
1414
1415

003572
003574

000001

001777

MACYT1 30A(1052)

GLOBAL SUBROUTINES

000004

000525

000401
000404

CRAMA:

003604

1424
1425
14 9

003610
003614
oosago

}2 7

003624

000205

NPRSET :

14%1

}2 g

1440

003654

1441
1443
144
1444

m;
144

w.s
14

56
03660
664
883696
3670

005002
115561
042737
050237

000004
000017

003654

1$:

2s:

000010

000205

003672

MEMLD :

1680

:BR125

(RS)+,8KMRVEC

(RS)+,@KMTVEC
(R5)+,3KMRLVL
(R5)+,3KMTLVL

;LOAD BASE VECTOR

:LOAD VECTOR + 2
:LOAD VECTOR + 4
:LOAD VECTOR + 6

*RETURN

122100

INC
CMP
BNE
MOV

R2,=(SP)

R2
(RS)+,4(R1)
#17,2%
R2,2$

R2
#10.R2
18
(SP)+,R2

:SAVE R2

;START AT IBUS REG 0
*LOAD PORT4
;CLEAR ADDRESS FIELD OF INSTRUCTION
:ADD ADDRESS TO INSTRUCTION
:MOVE PORT4 TO IBUS REG

:NEXT ADDRESS
*ALL DONE?
*BR IF NO
*RESTORE R2

*RETURN

;THIS SUBROUTINE LOADS THE FIRST 8 LOCATIONS OF MAIN

;MEMORY WITH TKIS DATZ: 0,-1,,0,-1,125,252,125,252

672 013637 002522
}253 835676
062746 000002
14?5
702 013700 002522
u.s;

CLR
MOVB
BIC
g&s'c "

RTS

}2 ?

145
usg

:BR74

sTHIS SUBROUTINE LOADS IBUS REGISTERS 0-7

MOV

122100

oos;oz
ogz 02
001362
012602

:BR_O
*BRC1

sWITH NPR INFORMATION (INBA, OUTBA, OUT DATA)

1454 003626 010246
003630
00 gg
88
0
53

:RETURN

;THIS SUBROUTINE LOADS THE VECTORS AND VECTOR LEVELS

RTS

1429

1435
11.39
14
;2

0.1.4.7.1777.525

MOV
MOV
YoV

14§o 003626

SEG 0031

.WORD

MoV

177064
177056
177056

3
PAGE 31

A
000525

142% 00%204 012577 177064

RTS

000401
000404

SETVEC:

015577
012577
012577

10:50

INSTU: 000400

i s i
mg 883602 000525
1420
‘%2%1

2i-OCT-81

706

71
716

012704

000010

MOV

ADD
MEMLD2: MOV

MOV

naa%
01

010000

003558 o0e

}261

;s 1128(7’9 176760

146

736

136500

18:

004060
mnoncu.x
136500

8(SP)+,$

#2,-(SP) TMPO
$TMPO . RO
#10,Ré

;PUT POINTER

:ADJUST STACK TO DATA IN RO
:GET ADDR.
:D0
8 LOADS

:MAR < 0

(RO)+,3KMPO4

:LOAD PORT4

;MOV DATA TO MEM, AUTO INC MAR

CZKMBAO KMC11-B STATIC PART1

CZKMBA.P11
1464

20-0CT-81 16:58

003740

MACYT1 38:(1052)

21-0CT-81

OBAL SUBROUTINES

005304

DEC

}22‘5’

003742

001371

BNE

1467
1468
1499

003744
003750
003752

o1ooog
012703

ROMCLK
10000
MOV

1471
112.;%

003762
003766

055224

1474

003770

1470

1475
1479

1477

1478
1479

1480

1481
11.a§

1483

1484

003756

003774
004000

004006

004006
004024

004026

004030
004032

004034

004036

1485

004040

004042

1489
1490
1491

004044

1486

004042

013700

112037

117704
123704

0060010

002522

2%:

002612

(RO)+,SGDDAT

006107
012346

.WORD
.WORD

000044

BEQ

.WORD

000402

005303

3s:

0071350

48:

000207

SPLD:

SEQ 0032
sDECREMENT COUNT

*BR IF NOT DONE

JCHECK 8. MEM LOCS.

sREAD FROM MEM,PUT INTO PORT &
JEXPECTED.

sRECIEVED.
10K?

EM36
ERR36

DEC

;CHECKED ALL?

RTS

sRETURN

BNE

:NO-DO NEXT ONE.

:THIS SUBROUTINE LOADS THE FIRST 8 SCRATCH PAD

;LOCATIONS WITH: 0,0,-1,-1,125,125,252,252

mg
149
1498

0046052
882054
060

005004
112077
042737

1501

004076

1503
15

004102
106

004046

062746

100

176632
000017

110

123100

005204

022704
001362

126

004076

1%:

2s:

000010

}g}g 882}'3 010000
1514 §§t‘1§4 040400
1513 004130

CLR
MOVB
BIC

a(SP)+ R0

;PUT POINTER TO DATA IN RS

R4
(RO) +,3KMPO4
#17,2%

:START AT SP ADDRESS 0
;LOAD PORT4 WITH DATA
;CLEAR ADDRESS FIELD OF INSTRUCTION

#2,-(SP)

BIS
R4, 28
ROMCLK
123100
INC

RTS

cMP
BNE

CLRC:

}g 1

112

ADD

000207

1s§3 004112
1511

MoV

000002

1499 882066 050437 004076
1500
072

151

$TMPO,RO

104455

013600

151

#10,R3

36
CSERDF

3
PAGE 32

;LOAD MEM ADDR. 0

ERROR
TRAP

004044

}g 5

aKMPO4,R4
$GDDAT.R4

001414

MOVB
CMPB

1494

1so§

ROMCLK
55224
MOVB

176712
002612

}23%

1495

MOV

10:50

#10,R4
18

w
040400 <0%20>
RTS

SETC:

;ADD ADDRESS TO INSTRUCTION

;MOVE DATA TO SP
: INCREMENT COUNT

:DONE YET?
:BR IF NO

*RETURN

;THIS SUBROUTINE CLEARS THE MICRO PROCESSOR C BIT
ROMCLK

000207

:ADJUST STACK

;MAR_0
:CLEAR C BIT

*RETURN

;THIS SUBROUTINE SETS THE MICRO PROCESSOR C BIT

lalsl
NN

KMBA0 KMC11-B

KMBA.P11

STATIC

PART1

0-0CT-81 16:58

MACY11 30A(1052)

21-0(7-%1

GLOBAL SUBROUTINE

;‘g 9
130
15 § 8821 010003

ROMCLK
010003

1526

040403!<0+20>

0041

}g g

004144

15
15
1531
15 g
15
15
1535
15

15
1538
1539
1540
;l 223

004142

004146
00415
8821 32
156
004160
004164
0041 62
8821 72
1764
004200
004202
004204
004206

000207

012704

000050

012727
000000
013727
000000
005367
001375

000372
002116

177772

177756

PRDEL:
18:

RTS

MOV
DELAY
MoV
WORD
MOV
WORD
DEC
BNE

#40. R4
250.
#250.,(PC)+
O
LSDLY, (PO +
O
=6(PC)
.~4

DEC
BNE
DEC
BNE
RTS

3
PAGE 33

SEQ 0033

sMAR_3

RCMCLK

040403

005367
001367
005304
001362
0207

10:50

sSET C BIT

sRETURN

=22(PC)
.=20

R4
1$
PC

;DELAY 1 SECOND

CZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

MACY11 30A(1052)
21-0CT-81
10:50 PAGE 34
GLOBAL ERROR REPORT SECTION

;gzz

.SBTTL

1545
1546

g,
s/
THE GLOBAL ERROR REPORT SECTION CONTAINS ERROR MESSAGES

}gzg

SHITTITIIIIIIIIIIITTITIIIIIT 7700707000000 000000777077770001707777

1547

155%
1553
1554
1555
1559
155
1558
1559

004%10
004216
004217
004 %4
004232
004%40
004246
882 54

1561
156§
1563
1564

004270
004 79
00427
882

}ggg

; g

1568
1569

004330
8825‘
4
004345
355

1560

1565

1570
1571
}g;g

1574

047045
000

052045
022516

GLOBAL ERROR REPORT SECTION

THAT ARE USED IN MORE THAN ONE TEST.

047045

FM1:

ASCIZ

/INXTIN/

020124
022462
040506
020107
040440
051523
033117

020075
020101
046111
047125
042104
036440
047045

052501

FMX:

-ASCIZ

/INIAUNIT = X02%A ; FAILING UNIT ADDRESS = X06IN/

.ASCIZ

/%03%S5%03%S5%03%S5%03%N2/

031517

051445
051445
051445

TFM1:

822463

031517
031517
031517

047445
047445
000
045
855325

022466
022466

031123
031116

TFM2:

.ASCIZ

/%06%S2%063IN2/

031517
031517

051445
047045

TFMS5:

_ASCIZ

/%03XS5%03IN2/

033523

047445

022463

044516
84744
20073
047111
052111
042522
022440
000
045
022465
022465

047045

004362 04704§ 047445 022463 TFM27: .ASCIZ /INX03XSS5%03%S7203IN2/
0 032523 (47445 022463

1575
1579
1577
1578
1579

004404

004407

1585
1g
1
15
15
15
1591
159§
159
1594
1595
15
159

0044 S
4
4
464
65;
45
694
4
0045
3
314
5 8
5
]

004376

031116

000

045 030516 040445 FMSG:
15
g
004414
051120
049517 040522
:
1584

.ASCIZ

/IN1XAPROGRAM CLOCK = 75 MICROSECONDSIN1/

SMSG

-ASCIZ

/IN1XAPROGRAM CLOCK = 115 MILLISECONDSIN1/

EM1:

-ASCIZ

GREGISTER ADDRESS TEST®

1598

564

050115
020113
04 42
84 52
22523
045
051120
8115
113
0265
13BN
51504
25 g
511

042522

846193
020075
821511
7503
030516
03051?
82351
6103
020075
044515
821505
7045
824507
O“g

051523

041517
03;467
82 322
042116
oog
040445
06052;
04151
030461
114
047117
000061
052123
0462104

052040

SEQ 0034

mIU2S[s(28=]mRCmNm“~swSxsIgmMmOemNs=emSM-NymmX2mRnwNcToueanwob“[wSN—uSIeaMR“InNy~wm=o=ugmnNz8IMw~o=wN)TuaOemCOuSrmDO==—BwamFYYmSZmOR%wa~mZ]«OnMImZ5vw~aORmOuWSOHNmIOCu=Qv<f-Iln.SAnEmIRINmIe-wvWRmFlzu=.
1&O3ovwSMLl1T=IbAFa1OTYglOwE.I-LW1oNOO!ATO1NwELDb]IA1N-MN1oENLMgMWqOolOTw©ew1on=1gAsOeNl1MAlwYyw=1TOe1FNOUtWaN—2AIlAO01SM"M=YatNl1w2="Ea!)0Ne11OAN-M1—2wHA112YO1=NAH1MOL0W1Nv1FwNOvMyZO1vO5=v1=1OvMew¥N2=vO15=A4=M15=eSM1w0o=O1=N15=OvU2N10ON0=’3vNO1Iw2‘N.~.2=O'O71MON0!=.4ATT©O'3NNMT.WwP!NC0.
3ww@-2=b==g—~e~<i34d BoSo~&~B—.< ~T~B.~<N,—TS“~Na8NeL<].y5B»—.<< vw-~—o2 (=B~¥.~<3l &vw==~4e2>L~3<lv[Ny+ wb<L#>-~—.~5<io 2Ov4a-w<4a<Sx=—~.3~<[- L-<<Sx»~.%-~<oN L—<I-&~L<2~-ot1N .Qwov-~-4S[1&o—=—%.<[N7+ 72vwo(@m2&4]2~—=-.<=-[
s

= —

nR3838nSrI8nSeV8I2Ie8IS3ZR3R3N3CS3RSk38N3SNI3CO5ISM8SNIa5CNIOS8OI0T2IO0T5Ia0NSTSU5N0T3—ONI—53N83OTe0R30rVN6R0O38r3RONI83T—MO58N3OT3A3rN2AC8AS8T
€2
KMC11-8
YAHS PART1
€2 KMBA.P11
T~ 1 16:58
20~0C

MACY11 30A(1052)
10:50 PAGE 35
21-0CT-81
GLOBAL ERROR REPORT SECTION

—

SEQ@ 0035

- m [ X w @ 4 [- M

obm—m7—]w.@4-[+Load
1w—<mN“36”sf“&0lf2I”slE%s¥Nm(mw>I2=aP-]“1mT“ONsQ”fZNi%MsE?ZOWw.f>oW—a‘0smsiWZ2fMTi’3smN4w[—O-’Ws)n~42NsI“HVNmmwoG15O2kNsC4.Tl0W.v/sf.ai2acl"fnwem?so%s.mnMso3TfW*a0hiss"mo2eysv1”<7@PbnNoSsnWOeTS,CsNOHyORW=sOAMNOW.1mwv—sITVNvTGeNsn“aGWOm-oosRbMNWSOs2W4O%ns0OWf1ismN=s1O2D.wB-T.sMGN7.MN.smfAlsN#-1sGfNswl
N
oW.A=3XIOv81i8~WO1NF3=RT8T1gN3I=S1O5YlV'wL.M¥83OiO1d|.-3OSNOeTIlON83gSlyW=NrM1GrIK3AaR-TS18rVTo¢e3OrNYeR]1Iry84ONSe13rTNE1Ge8Cw§-MDN1rt81NMNIvie1ONTA5U&w=~MSLeR1ONto8LOWIN15RiMOSr8=NO1r5=Ibr8=NTT¥1MwM.N.IO2’OO5Be=G81¥NwLI)N'VT813N[M5OTA138Ndw—LT31]5MNSoCT=18nIM5r3NI18TON—5U3=~18N&woCN5MOEoN18A3I—5rNO318T—WNgAe8ll-188O-RS=18MANO"W38INTqN31=8OlCMV8q=tANl315OoqI—=AleWNg3.5Tl-Ml15EiW=e85DlOwNM381alNANs
3~wo-—e<vNas. [~L—=[o&bb[3<*N.] p~aT3=aB)-.<r5Ne~.8(~4—w<b¥“.=N-y]b+ Www=g“.$~y e-@(~w—m3-gRM<=tN] m~wa2—-.~<N ~(~bw-i2¥M<&NNy) &=vw-~B-8~<2§N ~~]<ww—:e.<N b(2—kbw~:a<3~2%tyN]
MACY11 30A(1052)
10:50 PA GE 36
GLOBAL ERROR REPORT SECTION

21-0CT-81

]

—

- — - g> aE

CZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11
20-0CT-81 16:58
K

3
SEQ 0036

- W oW W @ @
NO-—SW1NONOww£[W4S<~3—o~ymwalOs“swORsLe-&xMob m3iolT34TfMNKeLAAN"lNleee)w&838RtMMeoLrIoJo¥§?SE3NorNr'‘¥2SseNMtASlR2aN%T1.LAN0LYmAOMSgRAw@p o£32OBLrS3@2$.wm\
AN ONODVOTN N

1reSON-N3N31S%=oN-RI0NAOM.S1Nl—NIO=.A1NlqZ0lRI11vS=—\I0==1NY219N1=o=23Ne1n1o8==o0=3e1nM8Ay2W1=I3e0=o=8’1NN\,[6NE"a1)8O=TB=1a3~=NI8’IUn13N=g8=1-==S=1IMNW\R1=AT=-TN1MIAMTW1nOeVT1oN=
a4]~<—N IINI=1Ne3l8R3=8 8D3e~8=.NBGO3NM=3NSR8EN3.N28LT~8¥oLA L S
3g=o MB SN"gK-- ElcoBWLsW8 &w"R»nxEWEwo>|
~ /m. ~
EM26:

EM27

A — -—

EM29

MACY11 30A(1052)

EM36:

" 5i <. < & -

EM99

S =e =

CZKMBAO kM C11-8B STATIC PART1
CZKMBA.P11
20-0CT-81 16:58
10:50 PAGE 37
GLOBAL ERROR REPORT SECTION

21-0CT-81
L

3
SEQ 0037

EM25

=W z &o

o g < [T

CZKMBAO KMC11-8 STATIC PART1
(ZKMBA.P11
20~-0CT-81 16:58

1748

1749

1750

062117

n3
MACYTT 30A(1052)
21-0CT-81
10:50 PAGE 38
GLOBAL ERROR REPORT SECTION

020040

DHO:

-ASCIZ

DH1:

.ASCIZ

/GOOD

BAD

UPC

BAD

UPC

ADDRESS/

BAD

FUNCTION/

0040

040502

020104

;;gg

051105
107

020040

goo
047517

020104

DH2:

-ASCIZ

/GOOD

BAD/

1753
175
1760
1761
176;
176

107
g
0
020040
1520
046g
05152
107
020040
020040

047517
061040
050060
020040
062106
000

020104
042101
052440
020040
042522

DH3:

.ASCIZ

/GOOD

047517
041040
020040
052103

020104
06;101
043040
047511

DH4:

.ASCiZ

/GOOD

027107
041505
047506

043440
042524
047125

DH27:

.ASCIZ

/REG. EXPECTED FOUND/

i
17S§

1754
1755

1764
1765
1769
1;23
1799
1770
1771

177,

177
1774
1775
177

177

SEQ 0038

s SRS s
062522 044507 052123

041040

042101

.EVEN

CZKMBAD KMC11-8 STATIC PART1

(ZKMBA.P11

83220233

b b e b .a-a;_a-a-n_n-n_n_n-a-c_a-a-a_a_n_.-l-n_.
NN NNNNNNNNN NNNNNN~N
o~
00*00
VAN SN2
NN - ETRARRRAT2

1778
1779
1780

20-0CT-81 16:58

N 3
MACY11 30A(1052)
21-0CT-81
10:50 PAGE 39
GLOBAL ERROR REPORT SECTION

* MACRO'S NEEDED TO REPORT ERRORS

':MCRO MDTO
NDM

-MACRO
.

MTMMDT1

PRINTB #TFM1,SGDDAT,$BDDA
$GDADR
T,

-MACRO MDT2
o

PRINTB #TFM2,$GDDAT,$BDDAT

.MACRO

MDT27

-MACRO
NLIST

$MD,ERNB,ERHM
ERFM

nen

PRINTB #TFM27 ,MRO,SGDDAT,$BDDAT

: ERNB = ERROR NUMBER
; ERFM = FORMAT NUMBER
:; ERHM
HEADER NUMBER
LIST

BGNMSG
PRINTB
PRINTB

.ENDM

ERR'ERNB'
#FMX,LOGDEV,KMCSR
#FM1,#DH'ERHM"

MDT"ERFM’
ENDMSG

SEQ 0039

ga(m.lwVis~a.No‘o.lWPDuA~uMmrI\ovlsQ3so9pl\m5.lw0”3~Ea8f-4l..&2m(wIOflTXZSfA.lSE(WNOMITPLA.MmF(IaOETZS
o =a7uv-6me~ ma wewv'i-unSa @ 1~Se~ 20T '>wnT-~~EQA
l51P16:58

104423

ART1

ERR1::

L10002:

—

$MD

TRAP

MoV
MOV
MoV
MOV
MOV
TRAP
ADD
MoV
MOV
MoV
MOV

o= 3

MoV
MoV
MoV
MoV
Mov
TRAP
ADD
MoV

MoV

238

TRAP
ADD
MOV
Mov
MoV
MOV
MoV
TRAP
ADD

MOV

233

ee— T
—
O
ASITO—OOoOToITMRImSTNeNO——eONISTNOSEOI—NRINRIANRI-RI~N
3L"w”.hnC s ] mLe bBPNgR BweTNo@$ DaTIeSt 2341Oet
N~~|Q~ -o~aq10 N ~ N~~|Q~ UwvawNma~ [—-_9~-~% Q”.\aI~

1OeVsO~-3lM1O‘WNA1?miVNBw3R1A"wM'iL1EA-Rgg 41=ooLaD3n~1tRc1aRT01ahON— O0Ns1R0OVB1M0a1eSOS010OR(OS=01lNo=0VtlO5=ON011NsT-0]T01V60OooONo0s10O8O0oCN01On—0oe0Oawong160y801T60a601oo384s0o601te408Ng40O13aM60NNS43n01R880Os€B1040eYG10NRO2t0Ro841N03sS5O0N81G0e.60’R6n0N14l0f§t8i08Lfa9i3l0ila8s)Dn
CZKMBAO KMC11 -8B STAT
CZKMBA.P11
20-0CT~

B 4
MACY11 30A(1052)
21-0CT-81
10:50 PAGE 40
GLOBAL ERROR REPORT SECTION

KMCSR,-(SP)

ADD
MoV
MOV
MoV
MoV
Mov
TRAP
ADD

#EMX

’3,
‘S:P

#10,SP
#DH

#EM1

‘s'g'n

6,
$8D

CSPN

#TF

SP
3
10

23,

TRAP

$MD

KMCSR

SEQ 0040

1.2.2

CZKMBAO KMC11~B STATIC

CZKMBA.P11

PART1

20-0CT-81 16:58

MACYT1 30A(1052)

21-0CT-81

10:50

GLOBAL ERROR REPORT SECTION

1863
1864
1865

006650
006656
006660

706
012746
012746

1867

006670

010600

1599
1870
1871

006674
006700
006704

062706
013746
013746

000006
002614
002612

1873
1874

006714
720

012746
010600

000003

MOV
MOV

#3,-(5P)
SP.RO

1876

006724

062706

000010

ADD

#10,SP

000010
006257
004210

ADD
MOV
MOV

1866 005594 012746 000002

1868

006672

104414

MOV

TRAP

ADD
MOV
MOV

1373 006710 015746 004330

1875

722

104414

1877
1573

006730
ooergo

1330
1881
mg
1883
1884
1885

ooerg
006732
oomg
006742
006746
006752

013746
013746
012746
012746
010600

002704
002524
004217
000003

1887
1888
1889
1890
1891

006756
006762
006766
006772
089776

062706
012746
012746
012746
010600

1879

0067

104423

MOV

TRAP

L10004:

TRAP

#10,SP
#DH2,
- (SP)
#FM1
.- (SP)

#2,~(SP)
SP.RO

(SPNTB

#6,SP
$BDDAT
- (SP)
,
$GDDA
.- (SP)
T

#TFM2,=(SP)
CSPNTB

CSMSG

$MD

44 34

MOV
MOV
MOV
MOV
MOV

KMCSR
= (SP)
,
LOGDEV, - (SP)
#FMX,
- (SP)
#3,-(sP)
SP.RO

000010
006216
004210
000002

ADD
MOV
MOV
MOV
MOV

139
0700 osgm 000006
189% ooro?g 013746 002606

#10,SP
#DH1,=(SP)
#FP
- (SP)
#2,-(SP)
SP.RO

ADD
MOV

#6,SP
$GDADR
- (SP)
,

1336

1a9§

1395
199

006754

oog

104414

ERRG: :

TRAP

104414

TRAP

CSPNTB

78
7016

013746
813746

002614
oozm;

MOV
MOV

$BDDAT .~ (SP)
$GDDAT .~ (SP)

1898
1899

007026
007032

012746
010600

000004

MOV
MOV

#4,-(5P)
SP.RO

1901
1385

007
7

062706

000012

ADD

#12,5P

TRAP

$MSG

189

7022

7034

0070¢¢

7 go

1911
191;

007
78

1
1
1910

7054
4

15746

104414

00427

104423

013746 002704

1371.6 005524

012746
12746
1

104414
706

004217
000003

MoV

TRAP

L10005:

$MD

MOV

MOV
MOV
MOV

TRAP
ADD

#TFM1 ,=(SP)

(SPNTB

3.1

LOGDE= (SP)
V,

#FMX,
= (SP)
#3,-(sP)
SP RO

CSPNTB
#10,SP

191
1914
1915

7074
007100
719:.

012746
012746
81 746

216
210
000002

MOV
MOV
MOV

#DH1,-(sP)
#FM1.-(SP)
#2,-(sP)

1918

007114

062706

000006

ADD

#6,5SP

&
PAGE 41

SEQ Q041

CZKMBAO KMC11~-B STATIC PART1

CZKMBA.P11

1919
1920
1921
19§
192

1924
1955

1926

1927
1928

1929

wgo

1931

193;
193

1934
1936

20-0CT-81 16:58

013746
013746
013746
012746
012746

010600
104414

062706

013746 002704

1937
1938
1939

062706
01%746
012746

000010
006273
004210

013746
013746

002614
002612

1945
1946

ERRG: :

$GDAD
- R,
(SP)
$BDDA
.~ (SP)
T
$GDDA
.~ (SP)
T
#TFM1,~(SP)
#6,-(5P)

ADD

#12,5P

TRAP

CSMSG

6.3.1

MOV

KMCSR
= (SP)
,

MOV
TRAP

MOV
ADD
MOV
MOV

012746 000002
010600
104414
062706 000006
013746 002606

SP.RO
CSPNTB

$MD

MOV
MOV

012746 000003
104414

010600

1940
1941
mg
194
1944

L10006:

002524
004217

1935

10:50

MOV
MOV
MOV
MOV
MOV

MOV
TRAP

000012

21-0CT-81

GLOBAL ERROR REPORT SECTION

002606
002614
002612
004277
000004

104423

013746
012746

MACY11 30A(1052)

LOGDEV,~(SP)
#EMX, -(SP)

#3,-(sP)
SP.RO
CSPNTB

#10,SP
#DHS,
- (sP)
#FM1
.~ (SP)

MOV
MOV
TRAP
ADD
MOV

#2,-(sP)
SP.RO
CSPNTB
#6,SP
$GDAD
, - (SP)
R

MOV
MOV

$BDD
.~AT
(SP)
$GDD
. -AT
(SP)

1947
1948
1949

012746 004277
012746 000004
010600

MOV
MOV
MOV

#TFM1,=(SP)
#6,~(5P)
SP.RO

1951
1955

062706

ADD

#12,5P

TRAP

(CSMSG

MoV
MOV
MOV
MOV

KMCSR, ~(SP)
LOGDE
- V,
(SP)
#EMX
- (SP)
#3,-(sP)

o
MOV
MOV

6ot
#DHS,
- (SP)
#FM1
.-

10600

MOV

706

ADD

#6,5P

1950
195

1954

1955

104414

000012

104423

1959
195
1958
1959

013746
013746
012746
012746

196t B
133§

deerle ooon
12746 ooegr

1960

1964
1965

1329

12746
12746

104414

1970
1971

013746
013746

1968

1999

1978

1974

002704
002524
004217
000003

13746 8820206”
885614
61

015748 006006
010600

TRAP

L10007:
ERR7::

$MD

MOV

TRAP

MOV

MOV
MOV

MOV

(CSPNTB

3,1

(SP)
#2,-(sP)
CSPNTB

$GDADR, - (SP)

$BDD
. - AT
(SP)
$GDD
.-AT
(SP)

SP.RO

&
PAGE 42

SEQ 0042

CZKMBAO KMC11-B STATIC PART1

CZKMBA.P11
1975

1976

007372

007374

1977
1978

007400
007400

1980

00740

1979

1981
mg
1983
1984
1985

1989

198

1988

1989
1990
1991

00740

007402
007406

00741

007416
007422

007424

743

20-0CT=-81 16:58
104414

062706

000012

104423

013746 002704
013746 002524
01%71.6 004217
012746 000003
010600
104414

MACY1T 30A(1052)

21-0CT-81

GLOBAL ERROR REPORT SECTION
TRAP

L10010:

ERR10::

#12,5P

TRAP

CSMSG

MOV
MOV
MOV
MOV
MOV

KMCSR,
= (SP)
LOGDEV, ~(SP)
#FEMX,
- (SP)
#3.-(SP)
SP.RO

ADD

#10,SP

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

$MD

TRAP

000010

007436
007442
007446

012746
012746
010600

004210
00000

MOV
MOV
MOV

007452

osgm 000006

ADD

01%746 006273

CSPNTR

ADD

062706

0074

10:50

MOV

10,3.1

CSPNTB

#DHS,
- (SP)

199;

007450

1994
1995
1996
1997
1998
1999

007456
007462
007466
007472
007476
007502

013746
013746
013746
012746
012746
010600

002606
002614
002612
004277
000004

MOV
MOV
MOV
MOV
MOV
MOV

$GDADR
- (SP)
,
$BDDA
.~ (SP)
T
$GDD
.~AT
(SP)
#TEM1,=(SP)
#4,-(5P)
SP.RO

007506

062706

000012

ADD

#12,SP

007512

104423

TRAP

(SMSG

MOV
MOV
MoV
MOV
MOV

KMCSR, = (SP)
LOGDEV,~(SP)
#FEMX, - (SP)
#3,-(sP)
SP.RO
#10, 5P
#DH2,~(SP)
#FM1,-(SP)

1993

000

001

007504

oo§ 007512

003

104414

TRAP

L10011:

CSPNTB

#5,SP

CSPNTB

004

007514

oog
38

2010

007514
007520
007524
007530
007534

013746
013746
012746
012746
010600

002704
002524
004217
000003

1§
1
2014

7540
7544
007550

062706
012746
012746

000010
ooogs
004210

ADD
MOV
MOV

#6,SP
DAT,=(SP)
GDDAT ,-(SP)
#TFM2,=(SP)
#3,-(5P)
SP.RO

005

007514

007536

104414

ERR11::

$MD

TRAP

11,2.2

CSPNTB

O}S

oo;gsa

13
1
0
1
g

7594
7570
007574
007600
887604
7613

062706
013746
013746
012746
012746
01

002614
002612
004330
00000

ADD
MOV
MOV
MOV
MOV
MOV

007614
7

062706

000010

ADD

#10,5P

TRAP

(SMSG

MoV

KMCSR
= (SP)
,

S
9

}733 000002

=g¥

7532 104414

007612

725

887

7622

104414

104423
013746

002704

TRAP

L10012:
ERR12::

$MD

‘5'3'563”

CSPNTB

12,2.2

&
PAGE 43

SEQ 0043

CZKMBAO KMC11-8 STATIC PART1

CZKMBA.P11

2031
2o§§
2033
2034

20-0CT-81 16:58

MACY11 30A(1052)

21-0CT-81

10:50

GLOBAL ERRCR REPORT SECTION

007626
007632
007636
007642

013746 002524
012746 004217
012746 000003
010600

MOV
MOV
MOV
MOV

LOGDEV
- (SP)
,
#FMX, - (SP)
#3,-(sP)
SP.RO

20
2037
2038
2039

oomg
007652
007656
007662

062706
012746
012746
012746

ADD
MOV
MOV
MOV

#10,SP
#DHS,
- (SP)
#FM1
- (SP)
#2,-(sP)

2041

007670

104414

2035

007644

104414

2040 oon% 01

2042
2043
2044
2045
2046
2047
048

049

050
051

2os§
05

054
055
gosg
057
2058
059

TRAP

000010
006257
004210
000002

MOV

TRAP

CSPNTB

SP.RO

CSPNTB

007672
007676
007702
007706
007712
007716

062706
013746
013746
012746
012746
010600

000006
002614
002612
004330
000003

ADD
MOV
MOV
MOV
MOV
MOV

#6,SP
$BDDAT,~(SP)
$GDDAT .~(SP)
#TFM2,=(SP)
#3,-(SP)
SP.RO

007722

062706

000010

ADD

#10,SP

007720

007726
007726

7730

007730
007734
007740
007744
007750

007752

104414

104423

013746
013746
012746
012746
010600

002704
002524
004217
000003

104414

oogm 000010

81 7646
12746

012746

010600
104414

006215
004210
000002

062706

104423

13746 002704

]

000006

8%’522

1
1
1
1
1

062706
81 746
12746
81 746
1

12746 88:. 0

10 36

L10013:
ERR13::

TRAP

000010
006557
3830'0
02

Ous30e

CSPNTB

C$MSG

$MD

13.0.0

MOV
MOV
MOV
MOV
MOV

KMCSR
= (SP)
,
LOGDEV,~(SP)
#FMX, -(SP)
#3,-(SP)
SP.RO

ADD

#10,SP

TRAP

MOV
MOV

MOV

TRAP

FpE ADD

TRAP

006254
81 "63 000003
104414

TRAP

CSPNTB

#DHD, - (SP)
#FM1 .- (SP)

#2,-(SP)

SP.RO

CSPNTB

#6,SP
(CSMSG

$MD

14,2.2

MOV

ROV

Lisey
#3,-(SP)

TRAP

CSPNTB

sspsihd PO G S
MOV

SRR

SP.RO

ADD
MOV
MOV
MOV
MOV

#10,SP
#DHS,~(SP)
#FM1.-(SP)
#2,-(SP)
SP.RO

MOV

#TFM2,-(SP)

&
PAGE 44

SEQ 0044

CZKMBAO KMC11~-B STATIC PART1

CZKMBA.P11

20-0CT-81 16:58

MACY11 30A(1052)

21-0CT-81

10:50

GLOBAL ERROR REPORT SECTION

3037 010076
088 010102

012746
010600

0C0003

MOV
MOV

#3,-(SP)
SP.RO

2090

062706

000010

ADD

#10,5P

TRAP

CSMSG

MOV
MOV
MCV
MOV

KMCSR, = (SP)
LOGDEV,
- (SP)
#FMX, -(SP)
#3,-(sP)

2089

010106

2091
2092

01011
010112

010114

509

010106

010114

104414

TRAP

110015:

104423

ERR1S::

5095 010114 ©13746 002704
09 010120 013746 002524
2097 010126 012746 004217
gm 010130
012746 600003

099 o1o1§2 010600
100

010136

104414

2102
103
104
105

010144
010150
010154
010160

012746
012746
012746
010600

107

109

510

ADD

#6,SP

010162

104414

010320
010224

062706

000012

010216

117

010224

119

010226

01826

ADD

#12,5P

TRAP

CSMSG

MoV

KMCSR
= (SP)
,

000003

MOV

MOV
MOV

#FMX, - (SP)

12746 006215

MoV

m?.-(sm

104414

104423

013746

mgm 004217

19 0185

135

13
1
1

142

002704

TRAP

L10016:
ERR16::

810 2 013746 002524
81 42
010246

CSPNTB

$BDDAT,~(SP)
$GDDA
.~ (SP)
T
MRO,
- ($P)
#TFM27,-(SP)
#6,~(SP)
SP.RO

010226

TRAP

MOV
MOV
MOV
MOV
MOV
MOV

120

1;
1

#10,SP

010164 oeyoe 000006

2115
5116

1
1
1

CSPNTB

ADD

#DH4,
- (SP)
#FM1.-(SP)
#2,-(sP)
SP.RO

002614
002612
002576
004362
000004

1
126

SP.RO

TRAP

MOV
MOV
MOV
MOV

013746
013746
013746
012746
012746
010600

121

15.4,27

006333
004210
000002

810170
010174
010500
010204
010210
010214

118

$MD

MOV

010140 06%706 000010

108
109
110
111
5115
113

2114

CSPNTB

81 7646
010600

CSPNTB

$MD

16,0.0

MOV

LOGDEV
= (SP)
,

#3,-(SP)
SP.RO

10262
1
1

012746
81 746
10600

210
000002

MoV
MOV
MOV

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

10276
1

062706

000006

ADD

#6,SP

10274

104414

104423

13746
1§ 0 §13m
10314

012746

010326

104414

002704
2524

004217

TRAP

L10017:

TRAP

$MD

VS
MOV

CSPNTB

CSMSG

17.0,0

e o
LOGDEV,-(SP)

MOV

#FMX,-(SP)

TRAP

CSPNTB

&
PAGE 45

SEQ 0045

CZKMBAO XMC11-B STATIC
PART]
CZKMBA.P11
20-0CT~-81 16:58

MACYTT 30A(1052)

010
06?706 0000 10
146 010
32 012746 006215
013748 000000
2129 010350

17§ 81046
176

01046

g8g&xs
NN

-lNg
NS

ONO

—)
L=
o
W

#TFM2,=(SP)

gg.;éSP)

CSANTB

L10021:

104423

ERR21::

#10,SP

CSMSG

21,0.0
KMCSR,-(SP)

LOGDEV,=(SP)

#FEMX,=(SP)

#3,-(SP)
SP

10514

1
1
1
1
1
1

#FM1,-(SP)

#2,~(sP)

SP.RO

CSPNTB

L10022:

015746

WS~

1
1
1
1
1
1

#6,SP
$BDDAT ,~(SP)
$GDDA
.~ (SP)
T

010520
10524
1
1
1

ownwn
a9y
ROMUONONON
8~ 2

g92805eS

185
1
1
1
1

’

#FM1,-(SP)

#2,-(SP)

ainig
YoyVi

i 74
}73 }sigire
i oot

KMCSR,
= (SP)
LOGDEV,
- (SP)
#FMX,
- (SP)

#DH2,
= (SP)

b
i fte
168 o1 0
190 10453 0

CSMSG
20.2,2

CSPNTB
#10,SP

ool

CSANTB
#6,5P

SP.RO

165

810416

ERR20:
:

8338
& §

16;

L10020:

8888
&~
o
W
o

1 g1k
160 o

#0410,
- (SP)

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

#3,-(SP)

p—

010402

158

O=ONN

159 010376

O=OB DD

018

SYSRYEENNNIIRIY

154

000006

104423

222222322233222e

15; 010

104414

062706

#10,SP

010600

3
by& &
e BB
o3

010352
810 54
010

10:50

GLOBAL ERROR REPORT SECTION

<143

143
14
150

21-0CT-81

ERR22::

#6,5P

CSMSG
22,0,0
KMCSR,~(SP)
LOGDEV,=(SP)

#EMX,-(SP)

#3,-(SP)

PAGE 46
SEQ 0046

CZKMBAO kMC11-8 5“”81"?2!;8

CZKMBA.P11

2199

2200

2201
02
03

20-0CT~

10:50

MOV

SP,RO

01057

706

ADD

#10,SP

010576

104414

TRAP

010602
01

8106

010624

L10023:

10624
010630

ERR23::

CSPNTB

MOV

#DH0,
- (sP)

MoV
TRAP
ADD

SP.RO
CSPNTB
#6,SP

Moy
MoV

106

TRAP

#FM1,-(SP)
#2.,-(5P)

CSMSG

$MD

23.4,1

MOV
MOV

KMCSR , = (SP)
LOGDEV,
- (SP)

013746
013746

002704
002524

012746
01

000003

MOV
MOV

#3,-(sP)
SP.RO

13 010650 86706 000010

ADD

#10,SP

15
19
17

0
1
g

5
9

0106

010640
010644

010646

012746

004217

104414

MOV
MOV
MOV
MOV

#DH,
, - (SP)
#FM1
.~ (SP)
#2,-(sP)
SP.RO

01097:.

ocgm 000006

ADD

#6,SP

010700
0107046
810710
010714

01870

104414

013746
013746
013746
012746

012746

000004

062706

187 4
010736

104423

10736
10742
1 ng
%0
01 7g
41 010756

013746
013746
012746
01 733
01

002704
002524
83'6557
3

706

010726
107

187%3

4.;

10760

4%
45
49
47

0107
0107
1077
011

01076

104414

000012

12746
12746
155“
10600

00621
10

”

062706

000006

1
g

011012
11014

104423

011014

013746

011

11014

104414

TRAP

oossos
002614
002612
004277

10730

CSPNTB

006333
004210
000002

010600

TRAP

#FMX,-(SP)

012746
012746
012746
010600

010724

MOV

010656
01
010664
010670

010672

002704

GLOBAL ERROR REPORT SECTION

010600

83
11

21-0CT-81

010566

01 573

01061
og 010614
01061

1;
2213

MACY11 30A(1052)

MOV
MOV
MOV
MOV

$GDADR
= (SP)
,
$BDDAT .~ (SP)
$GDDAT .- (SP)
#TFM1,=(SP)

MOV

SP.RO

MOV

TRAP

L10024:

ERR24: :

ERR2S::

#6,-(5P)
CSPNTB

ADD

#12,SP

TRAP
$MD

ssnse
%,0,0

MOV
KOV
MOV
MOV
MOV

KMCSR
= (SP)
,
LOGDEV
= (SP)
,
#FMX
- (SP)
,
#3,-(SP)
SP.RO

ADD

#10,5P

TRAP

CSPNTB

MOV
MOV
MOV
MOV

#DH0
- (sP)
,
#FM1,=(SP)
#2,-(SP)
SP.RO

ADD

#6,5P

TRAP
$MD

cgnse
25,2.2

MoV

KMCSR, =(SP)

TRAP

CSPNTB

4
PAGE 47

SEQ 0047

CZKMBAO KMC11-B STATIC PART]

CZKMBA.P1?

013746
5746

002524
004217

000003

LOGDEV,-(SP)

#EMX ,-(SP)

#3,-(SP)
SP.RO
CSPNTB
#1C,SP

#DH2,~(SP)

CSPNTB
#6,SP
$BDDAT,
- (SP)
$GDDAT
.~ (SP)

CSMSG

26.2.2
KMCSR,
= (SP)
LOGDEV
- (SP)
#FMX,
- (SP)

—h

#DH2,
- (SP)

8—'°°°°°
© b b d md
NS>

#TFM2,=(SP)
#3,-($P)
SP.RO
CSPNTB
#10,SP

#3,-(SP)
SP.RO

i=lelele]

#FM1,-(SP)

#2,-(SP)
SP.RO

b o

#TFM2,-(SP)
#3,-(SP)

: 55

'336321 (SP)

CSPNTB

$GDDAT ,~(SP)

D el
— el

cmsd

MPONININNININININITINININI
NN

ERR26::

8§°°°°°
=%
3583
&

D cd

e
D
FESISES FEEEIZNS
NOON NERINSS OO

) ——d

e e

) w—

e i

L10026:

D
-G
G S S e
i D D
oS S
N N — el
e el e e el e

[mimlelelelelelelelela]

Moy
MOV
MOV
MOV
TRAP
ADD

#FM1.~(SP)
#2,-(SP)

e cd

OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO
_n_n_.-n-n-n—n-n-n_n-n-a-n-...n-n_n-n-n_n-n-a-d_a-n-o-ng

20-0CT-81 16:58

J 4
MACY11 30A(1052)
21-CCT-81
10:50 PAGE 48
GLOBAL ERROR REPORT SECTION

L10027:

3746
3746
%7‘6
746

ipie

706

002704
002524
217

000003

ERR27::

§7.29,21
KMCSR
. ~(SP)
LOGDEV,=(SP)
#FEMX,~(SP)

#3,-(SP)
SP_RO

cbuégf-(sp)
#FM1,-(SP)

SEQ 0048

2 KMBAO KMC11-B STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

2311
2315

2;1

011270
011274

011276

2315,
5315
gm
2317
2318
2319

011
011
011310
011314
ongo
011324

2321

011332

012746
01

GLOBAL ERROR REPORT SECTION

7
013746 002614
013746 002612
013746 002576
012746 004362
012746

ADD
MOV
MOV
MOV
MOV
MOV

#6,SP
$BDDAT,~(SP)
$GDDAT .~(SP)
MRO,
- ($P)
#TFM27,-(SP)
#6,-{SH)

TRAP

CSPNTB

104414

011334

062706

011340

104423

2328

104414

013746
013746

000012

002704
002524

TRAP

MOV
L10030:

ERR28: :

2329 01135 01%746 004217
3
011 53 012746 000003
31 011
010600
gg

011364

104414

011372
011376
011402

012746
012746
012746

011410

104414

2339
2;20
1

011412
011416

011422

062706
013746

013746

ADD

TRAP

(CSMSG

KMCSR, - (SP)
LOGDEV,
- (SP)

MOV

#3,-(sP)

ADD

#FMX,
- (SP)
SP.RO

CSPNTB

#10,SP

MOV
MOV
MOV

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

iRAP

CSPNTB

MOV

002612

#12,5P

MOV
MOV
TRAP

000006
002614

SP.RO

28,2.2

MOV

006257
004210
000002

CSPNTB

$MD

MOV

011366 06%706 000010
omos 010600

#2,-(SP)
SP.RO

011342
011 s
81134
11343

10:50

MOV
MOV

010600

325
539

21-0CT-81

000002

2320 8113

011340

MACYI1 30A(1052)

SP.RO

ADD
MOV

#6,SP
$BODAT, - (SP)

MOV

$GDDA
.- (SP)
T

omg
011432
011436

012745
012746
010600

004330
000003

MOV
MOV
MOV

#TFM2,=(SP)
#3,-(5P)
SP.RO

349

011442

062706

000010

ADD

#10,5P

$MD

59.29.27

MoV
MoV
MOV

MOV
MOV

KMCSR
= (SP)
,
LOGDEV, - (SP)
#FEMX
- (SP)
,
#3,-(SP)
SP.RO

011440

104414

89 O1ese 104423

51
s;
4
S

011450
011450

A S
ERR29::

CSPNTB

011450
11454
11460
mg&
mg

013746
013746
012746
81 746
1

002704
002524
004217
000003

011474
011582
0115
11510
011514

062706
012746
81 746
012746
01

006
004210
000002

ADD
MOV
MOV
MOV
MOV

10
ooug ,=(SP)
#FMT,=(SP)
#2,-(sP)
SP.RO

706 83gooe

ADD

#6,SP

MOV

MRO,
- ($P)

59 8114.7

57
53
59

TRAP

11516

115

104414

B one dae
11534

013746

002576

TRAP

CSPNTB

&
PAGE 49

SEQ 0049

CZKMBAO KMC11-8B STATIC PART1

CZKMBA.P11

20-0CT-81 16:58

MACYT1 30A(1052)

21-0CT-81

10:50

GLOBAL ERROR REPORT SECZTION

2367 011540
zgga 011546
2369 011550

012746
012746
01

004362
000004

MOV
MOV
MOV

STFM27,~(SP)
#6,-(SP)
SP.RO

5371

01155¢

062706

000012

ADD

#12,5P

011560

104423

2370

011552

011560

104414

374

01156

379
37

011562
onsge

013746
013746

002704
002524

379
380

011576
011602

012746
010600

811602
11612
011616
011622
011626

062706
012746
012746
012746
010600

5375

TRAP

L10032:

zsag
zgg‘
2
2385
2
9

30,2.2

MOV
MOV

KMCSR,~(SP)
LOGDEV,~(SP)

000003

MOV
MOV

#3,-(sP)
SP.RO

000010
006257
004210
000002

ADD
MOV
MOV
MOV
MOV

#10,SP
#DH2,~(SP)
#FM1
.~ (SP)
#2,-(SP)
SP.RO

omgg oegroo 000006

ADD

#6,SP

002612
004330
000003

MOV
MOV
MOV
MOV

$GDDAT .- (SP)
#TFM2,~(SP)
#3,-(5P)
SP.RO

000010

ADD

#10,5P

01156

011604

0116

011636

104414

ERR30: :

013746

011642
011646
011652
011656

013746
012746
012746
010600

595

011662

062706

96
2397

011660

011666
om%

104414

8116

gaoo

811670

013746

011710

4
4
4
409

11214
11720
11724
0117

706
012746
012746
81 746

611

011736

104414

011670

TRAP

002614

104423

ggoa
99

MOV

104414

590
91
gqi
93

2394

002704

MOV

TRAP

L10033:
ERR31::

a1
gHees Shrie S
:.o§ 311782
012746 000003
406
405

410

011712

mgz

104414

10600

41;

11740

062706

614

3117“

104423

413

415

011744

011746

000006

11752
msg

013746
012746

2?1:

”;6

3} 746

422

011770

104414

002524
004217
000003

TRAP

#FMX,
- (5P)
CSPNTB

CSPNTB

$BDDA
- (SP)
T,

CSPNTB

CSMSG

$MD

31.0.0

MOV

KMCSR, = (SP)

e
MOV
#3,-(SP)

MoV

TRAP

000010
006215
004210
000002

13 ONreS 013746 002704
4.13
41

(SMSG

$MD

378 011572 015746 0046217

2381

TRAP

CSPNTB

ADD
MOV
MoV
MOV

MOV

TRAP

L10034:

SP.RO

CSPNTB

#10,SP
mc?.-(sm
#FM1.=(SP)
#2,-(SP)

SP.RO

CSPNTB

ADD

#6,5P

TRAP

gsnss

$MD

MOV
MOV

2,0.0

i oo
LOGDEV,

- (SP)
#FMX
- (SP)
,

“ngz

g.;asm

TRAP

CSPNTB

4
PAGE 50

SEQ 0050

!(ZKMO KMC11-8 STATIC PART]
CZKMBA.P11

20-0CT-81 16:58

GLOBAL ERROR REPORT SECTION

011772 062706 000010

ADD

o1177g o1§74.6 006215

MOV

01
012746 004210
012006 012746 000002
012012 010600

MOV
MOV
MOV

012016

062706

ADD

012022

104423

015014 104414

0120

012024

000006

TRAP

L10035:

TRAP

#10,5P

#0H0, - (sP)
#FM1
.- (SP)
#2.-(sP)
SP.RO

CSPNTB

#6,SP
(SMSG

$MD

33,2.2

MoV
MOV
MOV
MOV
MOV

012050 065706 000010

KMCSR,
= (SP)
LOGDE
- (SP)
V
#FMX
. -(SP)
#3,-(SP)
SP.RO

ADD

#10,SP

012060 012746
01 o?l. 012746
012070 010600

004210

MOV
MOV
MOV

012074 oegroe 000066

ADD

012024

01 ogg
012030
012036
012040
012044

012046

013746 002704
013746 002524
012746 004217
012746 000003
010600

ERR33::

104414

TRAP

CSPNTB

012056

012746

012072

104414

012100
0121046
012110
012114
012120

013746
013746
012746
012746
010600

002614
002612
004330
00000

MOV
MOV
MOV
MOV
MOV

$BDDA
.- (SP)
T
$GDDA
.- (SP)
T
#TFM2,=(SP)
#3,-(5P)
SP.RO

012126
81 130

062706

000010

ADD

#10,5P

012122
151

01 135
01 lg

012132

104414

006257

104423

013746

002704

MOV

TRAP

L10036:
ERR34::

TRAP

746
12746
010600

004210
000002

13746

002614

MOV

000010

ADD

104414

062706

CSMSG

MOV
MoV
MOV
MOV

LOGDEV, - (SP)
#FMX,
- (SP)
#3,-(sP)
SP.RO

MOV
MOV
MOV

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

Sy
MoV
#DHZ, - (SP)

15516 Oi3res o8s3%s
8} 2 8}%743 000003

CSPNTB

KMCSR,
= (SP)

121
12176

(SPNTB

#6,SP

MoV

002524
004217
000003

104414
706

#FM1.-(SP)
#2.-(sP)
SP.RO

3,2.2

013746
012746
012746
01

15136 Qo330 00001
311 163
12746
59
193 81

#DH2,
= (SP)

$MD

81 133
12142
012146
81 152

1
012202

MACY11 30A(1052) 21-0CT-81 10:50 PAGE 51

TRAP
ADD

CSPNTB
#6,SP

L
3.;65»;

TRAP

L16037:

$BDDA
- (SP)
T

CSPNTB

#10,5P

SEQ 0051

CZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11
20-OCT-81 16:58

2479

26480
2481

012236

2:.3; 01
2683
01
48, 01
485 01

409 01
487
01

488
489
490
491

104423

010600
104414

706
012746
012746
746

493

104414

497

496
495
4

01
01
1

TRAP

013746 002704
013746 002524
012746 004217
012746 000003

01
01
01
01

492

10600

000006
002614
002612

012746

ERR3S::

35,2.2

MoV
MOV
MOV
MOV

KMCSR, - (SP)
LOGDEV
- (SP)
#FMX
. ~(SP)
#3,-(sP)

ADD
MOV
MOV
MOV

#10,5P
#DH2,
- (SP)
#FM1.-(SP)
#2.-(SP)

MOV

TRAP

ADD
MOV
MOV

330

MOV

498
499

01
01

012746
01

000003

MOV
MOV

501
sgg

01
01

062706

000010

ADD

sog
5

1
1

013746
13746

002704
002524

12746

000003

sgo 01

505

310

213 015379
315
1
1%
01
8 1

§ 0
1

S
gs

01
1

104414

104423

TRAP

L10040:

($MSG

$MD

MOV
TRAP

000010
006257
0046210
000002

86 706
13746
013746

TRAP

SP.RO
($SPNTB
SP.RO

CSPNTB

#6,SP
$BDDA
.- (SP)
T
$GDDA
.~ (SP)
T

STFM2,~(SP)
#3,-(8P)
SP.RO

($PN13

#10,SP
(CSMSG

$MD

36.2,2

MOV
MOV

KMCSR, = (SP)
LOGDE
. - (SP)
V

MOV

#3,-(SP)

I
MOV

MOV

ey- (SP)
#DHZ,

746

614

12746

MOV

$BODAT,~(SP)

MOV

#TFM2,=(SP)

ERR36::

15746 004217

010600

MOV

oess0e
0000159
12746 006
12746
13746

1666

104414

062706

104423

000010

MACYTT 30A(1052)
21-0CT-81
10:50 PAGE 52
GLOBAL ERROR REPORT SECTION

MOV

E
TRAP

L10041:

#FMX, - (SP)

SP.RO

#FM1.-(5P)

$GDDAT .- (SP)

§a"
CSPNTB

ADD

#10,5P

TRAP

(CSMSG

SEQ 0052

CZKMBAO KMC11-8

CZKMBA.P11

STATIC

PARTI1

0~-0CT-81 16:58

gg 8
531

539
540
541
225

012454
012454

012456

544
545
549
228

012460
81 460
12460

549
550

01246
01246

551
55§
gs
5;15.

012462
012464
0124
0124

12470

553
55
gg?

12470
12470
12470

5
PAGE 53

REPORT CODING SECTION

012454
012454

368

10:50

; THE REPORT CODING SECTION CONTAINS THE
: ‘PRINTS®® CALLS THAT GENERATE STATISTICAL REPORTS.

5
g

559

21-0CT-81

REPORT CODING SECTION
.SBTTL

5 §
g

535

MACYT1 30A(1052)

i
LSRPT::

EXIT
.WORD
WORD

000167

000000

L10042:

104425

LSPROT::

177777
177777
177777

12470

:
104461

BGNRPT

RPT
JSJUMP

L10042-2-.

ENDRPT

TRAP

CSRPT

BGNPROT

-1
-1
-1
ENDPROT

LSAUTO: : BGNAUTO
L10044:

ENDAUTO
TRAP

CSAUTO

SEQ 0053

CZKMBAO kMC11-B SYA”S PART1
(ZKMBA.P11
20-0CT-81 16:58

MACY11 30A(1052)
21-0CT-81
INITIALIZE SECTION

2564
2265

.SBTTL

2568
569
570
571
2572
57
574
g;S

012472

012472
012472

012705

003116

012502

005737

002622

000004
000006
002604

002624
002626

2584
585
gg?

01%530
012536
012544

012737
013737
013737

000001
002624
002626

002622

012552

012700

000040

391
592
593
294
395

012560
012560
012562
012566
012570

103003
005037
000414

002604

59
Sgs
5
600
601

12570
12570
12574
012576
012576

012700
104447

000035

605

012604

012555

812556

104447

§§s

610

012610

61§
61
6};

12614
12616
12616

61?
61
;g

012620

611

012610

012620

#SSTAC
RS
K

MOV
TST
BNE
MOV
MoV
CLR

SP,PSTAC
FTIME
18
N6, SAVES
a#6, SAVES
PONE

MOV
#1,FTIME
MOV
SAVE4 ,an4
MOV
SAVEG,an6
;SEE IF PROGRAM JUST STARTED, BR IF YES
READEF
#EF .START
MoV
#EF .STAR
RO
T
TRAP
CSREFG
8CC
CLR
BR

338
PONE
NEWST

- 33%

; RESET SWITCH

33s:
;SEE IF THIS IS A NEW PASS, BR IF YES
READEF #EF .NEW

MOV
gEF.NEU.RO
TRAP
SREFG
BCOMPLETE
NEWST
8CS
NEWST
:SEE IF PROGRAM WAS JUST CONTINUED
WF
#EF . CONT INUE

103410

104447

TRAP

#EF . CONTINUE
,RO
CSREFG

BCOMPLETE

103566

8cs

ENDIT

sSEE IF PROGRAM JUST RESTARTED, BR IF NOT
012700

104447

READEF #EF .RESTART
MoV
lg:é¥ESTART.RO
TRAP
¢
G
BNCOMPLETE
GETPRM
8CC
GETPRM

000037

103003
NEWST:

012737

177777

002524

INIT FLAG

1%:

BNCOMPLET

i
& 012600e 012700 000036
15606
12606

BGNINIT

;STORE BASE LEVEL PROGRA: STACK POINTER

001013
01%737
013737
005037

590

SEQ 0054

:INITIAlflgf SUBROUTINE STACK

012506
012510
012516
012524

588

PAGE 54

INITIALIZE SECTION

LSINIT::

2579
2580
581
ggg

589

g,
:/ THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFOR
MED
;/ AT THE BEGINNING OF EACH PASS.
HITITITIITIIIITIETIITETIIIIIIITIIIIII00000000000007777007777771
0770777

579 012476 010637 002526

578

10:50

sRESET LOGICAL DEVICE TO -1
MoV

#-1,LOGDEV

CZKMBAO KMC11-8 STATIC PART]
CZKMBA.P11
20-0CT-81 16:58

MACYTT 30A(1052)
21-0CT-81
INITIALIZE SECTION

10:50

5
PAGE 55
SEQ 0055

:GET UNIBUS ADRS, VECTOR, PRIORITY LEVEL, LINE UNIT,SWITCH

005237

002524

013700
104442
010001

002524

002704
002706
002706

LOGDEV
LOGDEV,R1

BCC

GETPRM

:GET ADDRESS OF M8200,4.6.7

MOV
#6,WTYPE
ST
(R1)+
MOV
(R1) ,KMCSR
;GET POINTER TO M8200,4.6.7 CSR HI BYTE
MOV
(R1) ,KMCSRH
INC

KMCSRH

MOV

(R1) ,KMCTL

;GET POINTER TO M8200,4,6.7 CTL OUT REG

002600

002710
000002

002710

j=l=]

INC
GPHARD

002712
000004

002712

002714
000006

002714

012726

002674

012732
012736

002676
000002

002676

012744
012750

002700
000004

002700

01275
01276

002702
000006

002702

012770

002666

012774

002666

ADD
#2 KMCTL
:GET POINTER TO M8200,4.6.7 PORT REG - SEL 4
MOV
(R1) ),.KMPO4
ADD
#4 KMPO4

:GET POINTER TO M8200,4.6.7 PORT REG - SEL 6
Mov
ADD

(R1
+ ,KMPO6
)
#6 ,KMPO6

MoV

(R1) ,KMRVE C

MOV
ADD

(R1) ,KMRLVL
#2
,KMRLVL

Mov

(R1) ,KMTVEC

;GET POINTER TO RCV VECTOR

;GET POINTER TO TX VECTOR

ADD
#4 , KMTVEC
;GET POINTER TO TX PRIORITY LEVEL
MOV
(R1) ,KMTLVL
ADD
#6 KMTLVL
;PUT VECTOR INTO STAT1
MOV
(R1)+,STAT1

;PUT PRIORITY INTO STAT1

BIS
(R1)+,STAT1
sSEE IF NO LINE UNIT, SET BIT IF YES
1ST

000001

002666

BNE

8IS

(R1)

500008

#BIT12,STATI
4$

00008:
;SEE IF M8201 LINE UNIT, SET BIT IF YES

CMP
BNE

(R1) ,#1
50001s

00018 i

01338

000002

;

;GET POINTER TO RCYV PRIORITY LEVEL

010000

FOR THIS M8200,4.6,7 (CURRENT LOGICAL

MOV
LOGDEV,RO
TRAP
C$GPHRD
MOV
RO.R1
BNCOMPLETE
GETPRM

go
oo
O

j=d=]

SRR
oM
o

nN—

N
NN
N

o
v v

OAO\O\O~ oo
O

XK
2323
dOOHNOuauwao

000006

TEST CONNECTOR INFO.

DEVICE).

GETPRM:

103371

012737
005721
011137

PACKS,

;SEE IF M8202 LINE UNIT, SET BIT IF YES

CMP
BNE

(R1) #2
500028

CZKMBAO KMC11-B STATIC PART]

CZKMBA.P11
2676

2677

013032

20-0CT-81 16:58
052737

020000

MACY17 30A(1052)

INITIALIZE SECTION

002656

2678
26
68(1)

01 g&o

000403

8}%

052737

100000

002666

683
684

013050
013056

056137
062701

000006
000002

002666

686
7
it

013062

012137

002670

013066

111137

002671

23;

685

013042

BIS

013072
013074

000240
000240

695
69?
69
698
999

013076
81 106
13110
0131 18
131

012737
005037
123727
001 432
1 837 7

; 1

131 8
} }

001 024
%(Z,Z 3 7

7
705
7
7
7 s

13146
013154
13156
13164
13164

123727
1023
012737

013164

104411

714

PAGE 56

#BIT13,STAT?

133

50002$:
;SET BIT FOR M8203 LINE UNIT
BIS
#BIT15,STATT

;SET BIT IN STAT1 FOR TEST CONNECTOR
BIS
ADD

6(R1) ,STAT1
#2,.R1

MOV
(R1)+,STAT2
;SET SWITCH PACK #2 IN STAT2 HiGH BYTE
MOVB
(R1) ,STAT2+1

002000
002602
002600

002560

002600

000004

000001

002602

002600

000006

000001

002602

000000

7 g 013140 01 573; 003777 002560 5$:

s INCREMENT LOGICAL UNIT (DEVICE) NUMBER

691
692
234

;}?

10:50

;SET SWITCH PACK 'i IN STAT2 LOW BYTE

690

21-0CT-81

13164

ENDIT:

L10045:
.EVEN

INC
NOP
NOP

LOGDEV

MoV
CLR
(MPB
BEQ
CMPB

#2000 ,MEMSZ
TYPE
WTYPE ,#0
ENDIT
WTYPE , #4

BNE
angv

MoV

(MPB
BNE
MOV

S$
g'lénPE

#3777 ,MEMSZ

WTYPE ,#6
ENDIT
#1,TYPE

ENDINIT

TRAP

CSINIT

;KMC?

SEQ 0056

;N4
.

KMC11-8 STATIC
PARTI]
P11
20-0CT-81 16:58

5
PAGE 57

SEQ 0057

.SBTTL

SHILTITTITIIITITIZITIITLLIIIIIIIITA0000000000707000700000007700700070717

:/ AT THE END OF EACH PASS.

5
9

§3

CLEANUP CODING SECTION

:/ THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED

728

NN~ NN~ ~N N

MACYT1 30A(1052)
21-CCT-81
10:50
CLEANUP CODING SECTION

NN
=

NNNSNINNNNNN

S A LS LN ST NTNY

lalal

SIIITIITIIIIIIIIIIIIIIIIITT

013166
013166

BGNCLN
LSCLEAN::

01%166
013166
013166

L10046:

104412

ENDCLN

TRAP

CSCLEAN

AL RIII 2277700000000 000007000020000770717

CZKMBAO KMC11~B

CZKMBA.P11

STATIC PARTI1

0-0CT-81 16:58

MACYT1 30A(1052)

21-0CT-81

DROP UNIT SECTION

10:50

PAGE 58

SEQ 0058

;37

-.SBTTL

739

SITLTIIIIIITITIIZIIIITIT IR IITLILIITTITII7 0000000700 0007700000070000170770777

2741

:/ TO NO LONGER BE TESTED.

740

:/ THE DROP-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE

;ll:

2744
2745
2746
2747
2748
2749
2750
2751
275
275

DROP UNIT SECTION

SIITTTIIIIIIIIEIIIIIIIIIIETIIIITIIII207000002000070000000000000

7070000070717

013170
013170

013170
013170
013172
013172
013172

104433
104453

BGNDU
L$DU: :
;ISSUE UNIBUS RESET TO CLEAN UP
BRESET
TRAP
CSRESET
ENDDU
L10047:
TRAP
csbu

754
755

CZKMBAO KMC11 ’g STATIC
PART1
CZKMBA.P11
0-0CT-81 16:58

MACY11 30A(1052)

21-0CT-81

ADD UNiIT SECTION

.SBTTL

10:50

5
PAGE 59
SEQ 0059

ADD UNIT SECTION

SHTITITTTIIITILZTITI
00000000
IIIT
0 20000000
ILTL
00020
IIZI
0000000
IAT
00177

:/ THE ADD-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
:/ TO BE (A) TESTED FOR THE FIRST TIME, OR (B) RESUMED IN TESTING.

"EF.AUNIT''

IS SET, THE UNIT WILL BE TESTED AS A NEW UNIT.

SIIITTII
I ITEIIII
TI
0007007
IE
70770
IZ
0000070
II
0077077
II
7070077
TI
71117

LSAU: :
L10050:

ENDAU

TRAP

CSAU

CZKMBAO KMC11-8 STATIC PARTI

CZKMBA.P11

20-0CT~81 16:58

MACYT1 30A(1052)

21-0CT-81

HARDWARE TESTS

2776
2777

.SBTTL

10:50

PAGE 60

SEQ 00€0

HARDWARE TESTS

2778

2779
2780
2781

578

2784
785

786

787

788

2789
2790
2791
2792
2793
2796
2795
2796
2797

013176

BADHEAD

;*VERIFY THAT REFERENCING UNIBUS DEVICE REGISTERS
:*DOES
sEkRkkRAkdatvttnttet

013176

BADHEAD

013701
012705

012737
012737
005711
000240

°1§

104410
000066

800

013536

005305

5801
aog
2803

804

013232

013240
013242
013244

01; 50

062701

001370
000415
062706

805
806
807
2%

013266
013270
01§ 72
013274

104455
000001
004530
006410

810
811
g1§

013276
013
013312

013737
013737

2813
814

815
816
2817

01 212
013314

104410
(000002

013316

104401

81 316
13316

annnnnnventenanvnanes

NOT CAUSE A TIME OUT TRAP

mwounwwwnnnnnenwnnnnns

BGNTST

798
799

sEnrkaknntnnttrtttrs TEST |

013176

01%1 76
013176
013202
013206
013214
013 5‘2
013224
013226
013226

TEST

002704
000004

T1::

MoV
KMCSR,R1
MOV
#4 R5
mov
w284
mov
#240.6
TST
(R1)
NOP
ESCAPE TST
TRAP
CSESCAPE

sR1_CONTAINS BASE M8200,4,6,7 ADDRESS
:4 REGISTERS TO BE TESTED

000062

ADD

cg.m

sNEXT REGISTER

13
3s
#6,SP

sBR IF NOT LAST REGISTER

000004

BNE
BR
ADD

TRAP
WORD
.WORD
.WORD

CSERDF
1
EMI1
ERR1

MoV
MOV
ESCAPE
TRAP
WORD

SAVES
4
SAVEG,6
TST
CSESCAPE
L10051-.

TRAP

CSETST

013244
000240

002624
002626

000004
000006

18:

.WORD

DEC

28:

000004
000006

3%:

ENDTST
L10051:

ERROR

L10051-.

:SET_UP TIMEOUT TRAP
:LEVEL §
sREFERENCE DEVICE REGISTER

sDEC REGISTER COUNT

s TIME-OUT ERROR

CZKMBAD KMC11-B STATIC PART1

CZKMBA.P11
pery

]

2818
2
2820
2821

20-0CT-81 16:58

5
9

21-0CT-81

HARDWARE TESTS

013320

10:50

sERRApinkakantndntnr

01
81
1

1
g

0
81
4
1335

1
81
1;
01

TEST

wennnannennananannns

aenannnanetnnnnnnens

;*VERIFY THAT RUN CAN BE CLEARED

013320

013320
01
0

5
PAGE 61
SEQ 0061

BADHEAD

; 4 013320
§

MACY11 30A(1052)

BGNTST
Td::

005011

005037
011104
001413

104401

sEnRRnAnAndnanevent

MYINT
CLR

002612

CLR
MOV
BEQ

ERROR
TRAP
.WORD

104455
000035

00574
011122

BADHEAD

18:
ENDTST
L10052:

(R1)

SGDDAT
(R1) ,R4
18

26
CSERDF
26

.WORD
.WOKD

EM26
ERR26

TRAP

CSETST

TEST

sCLEAR KMCSR

sCLEAR "EXPECTED''
sPUT KMCSR IN "‘FOUND''
:BR IF CLEARED

sERROR KMCSR NOT CLEARED

CZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

013366

10:50

PAGE 62

SEQ 0062

BADHEAD

sAunnskandtastnerttt

TEST

sannnnenvnesnnnnnnes

;*UNIBUS REGISTER WORD DUAL ADDRESSING TEST
s*LOAD ALL REGISTERS WITH INCREMENTING PA.TERN
s*READ BACK ALL REGISTERS TO VERIFY CORRECT ADDRESSING
s*THE SEQUENCE:

1 . CLEAR REGISTER

2. WRITE PATTERN
3. VERIFY PATTERN

3N O

4. DO ALL 4 REGISTERS

5. READ ALL BACK IF ERRORS,

2N BN 3

DUAL ADDRESS PROBLEM.

IN REG 0

§.&

LR 2

2 IN REG 2
5 IN REG 4
& IN REG 6

OO
D
R
Y

sEkknkntnannnettttt

MYINT

—=_OO WS-y

sR1 CONTAINS BASE M8200,4,.6,7 ADDRESS

002612

C$BSEG
(R1)
RS,$GDDAT
RS, (R1)

:CLEAR REGISTER

002612

$GDDAT R4

(R1) .RG

;WRITE MB200
:READ M8200.4

:BR IS YES
:DATA” ERROR

S;ERDF

288
-2\

DATA_IN "EXPECTED"'
7 REGISTER WITH PATTERN
REGISTER INTO *FOUND''

:1S"DATA CORRECT

SPOON
= —
[« AVAVERY
N

annnnnnnennnnnnnnnnn

ST
000005

sNEXT REGISTER
s INCREMENT DATA PATTERN
i REGISTER?

BNE

—s N Nflfls

RIYR L&=7

23R muap

_ ENDSEG

oco—

~
RINIIIBRERVi
)
B

;MASTER CLEAR M8200,4,6,7
:START PATTERN AT 1

N
WNWwWn
(=2
S VIV ]

N =

MSTCLR

TEST

#1,R5

000001

OCOO0OCOOOOCCOOOOOOOOOOCOOOOOOOCOOOO
e b B o wnd wmad ed rmd b e ad
dd-‘ddd-‘-‘-‘dd-fld—ld—l—ld—‘-‘—.

0
841

MACY11 30A(1052)
21-0CT-81
HARDWARE TESTS

00§70?

#1,R5

013512

#38,L0CK

002612

CSBSEG
RS,$GDDAT

(R1).R4

;BASE M8200,4 6.7 ADDRESS TO R1

*RESTART PATTE RN AT 1
sNEW SCOP1

;PUT DATA IN "EXPECTED'’

;READ COMM. MICR-PROCESSOR FAMILY REGISTER INTO "FOUND'*

——

2 KMBAO kMC11
ZKMBA P11

SIATI

-g

1 16:58
PART1

HARDWARE TESTS

MACYTT 30A(1052)

13520 853704 002612

21-0CT-81

10:50

$GDDAT R4

13526

0071413

BEQ

;s“

104453

TRAP

Ssenor

52
554
554

006516

.WORD
ESCAPE
TRAP

ERR2
SEG
CSESCAPE

562
594

005205
022705

INC
P

RS
#5.RS

135

ERROR

gsg oo:.:sso

570

48:

106410

574
574
574

001350

104405
104401

PAGE 63

SEQ 0063

-IS DATA CORRECT

:BR IFYES

:DUAL ADDRESSING ERRCR

.WORD EM2

gzg 000014
005721

57
57
572

.WORD
ST

000005

BNE
10001$:
ENDTST
L10053:

ENDSEG

10001$-.
(R1)+

sNEXT REGISTER

*BR IF NO

TRAP

(SESEG

TRAP

CSETST

< INCREMENT PATTERN
:LAST REGISTER?

CZKMBAO KMC11-8 STATIC PART]
CZKMBA.P11
20-0CT-81 16:58

2916
17
18

§§ %

MACYTT 30A(1052)

21-GCT-81

HARDWARE TESTS

013576

10:50

nS5
PAGE 64
SEQ 0064

BADHEAD

sttnnntsantantsetvee

013576

013662

2941

8}3664

5
946

0
013672
013674
013700

ngg4 01367
013666
7

8
9
50

013702
01%7
81 722

b
D e
s i

pers

nown

MSTCLR

002576
000001

002704
002612
002612

CLR

MOV

BGNSEG

18:

002612

TRAP

MOV

MOV
MOV
MOV
cMP

BEQ

TEST

vnnnnnnnnnnnnnnvnnnsn

o
002612

3s:

L10054:

R2,$GDDAT
$GDDAT, (R1)
(R1) .Ré
$GDDAT R4
2s

;PUT REGISTER ADDRESS IN R1

;WRITE BIT 0
;READ CONTROL STATUS REGISTER
:1S DATA CORRECT

:BR IF YES

27
EM27
ERR27

.WORD
BIC

100008-.
R2, (R1)

:CLEAR BSELO

(R1) ,R4
4

*READ CONTROL STATUS REGISTER
*BR IF ZERO

CSERDF

*DATA ERROR

R B
CLR

SGODAT

ERROR

LWORD
.WORD

2
EM2

TRAP

CSESC

CSERDF

ESCAPE 5222

APE
.WORD 13500:—.
ASLB

BNE
ENDTST

($BSEG

KMCSR,R1

:INDICATE BSELO

.WORD
-WORD
.WORD

TRAP

100008:

#BIT0.R2

:MASTER CLEAR M8200.4.6.7

MOV
BEQ

MRO

ERROR
TRAP

e
o
— e

[=lelelelelelelel]

3 giiree
Sg 0137
s Gr3se

:=§3 o
S CoRWN WRISRS SR b3 aRRZwee o

i 13l
gH fi
2937 8}36 0
§8 013656

&2 LGhor FoSRSR ISR FrWzuwow
W=
NN NS

o161

senennenecnnnncennes

BGNTST

013576
013576
013576
01
2

BADHEAD

2532 §§ § S28R § 8 § sk228%sR

2924
2925
29 9
2927

TEST

:*CONTROL STATUS REGISTER WRITE/READ TEST
s*FLOAT A ONE THROUGH BSEL 0
:*CLEAR BITO, VERIFY BITO WAS CLEARED

sEntntatanennwvveney

~8%%

ENDSEG

TRAP

(SESEG

TRAP

CSETST

:CLEAR "EXPECTED"’

:DATA ERROR BSEL NOT CLEARED

CZKMBAOC KMC11-B STATIC PART1

C(ZKMBA.P11
2965

20~0CT-81 16:58

MACY11 30A(1052)

21-0CT-81

HARDWARE TESTS

013746

10:50

SEQ 0065

BADHEAD

Jranarsnnnsnvsanetne

BGNTST
92
104404
013791
01%7 7
013711

002704
001000
002612

023704

002612

0137

011104

14000

001413

140
8140 2

104455
000033

14024

8160 6
140

014030
014032

014034

814034
140
140
14
14

14044
14 Sg

14052
14054
14072
14074
14076
141
141

141
141

141

1411
1411
1411
14110

nonnennnnenasenvannn

BADHEAD

stannannavenvenvtttt

013774

JEST

s*CONTROL STATUS REGISTER WRITE/READ TEST
;*SET BIT9, VERIFY BIT9 WAS SET
;*CLEAR BIT9, VERIFY BIT9 WAS CLEARED

013746

013746
013746
01374
01375
013752
013754
013760
01 793

5
PAGE 65

002612

18:

MoV
MOV

005774

2s:

100008 :

104405

005037
011104

001000

002612

3s:

001416
104455
3§
4
1122

104410
000002

104405

104401

TRAP
.WORD

ENDSEG

4S8:
ENDTST
L10055:

:BR_IF YES

CSERDF
27

:DATA ERROR

EM27

CSESCAPE
100008-.

BEQ
ERROR
TRAP
WORD
WORD
.WORD
ESCAPE

43
26
CSERDF
26
EM26
ERR26
SEG

ENDSEG

;1S DATA CORRECT

ERR27
SEG

CS$BSEG
#8179, (R1)

TRAP
JWORD

10001s:

TRAP
BGNSEG
TRAP
8IC

CLR
MOV

;PUT REGISTER ADDRESS IN R1
sPUT DATA IN "EXPECTED
;WRITE BIT 9

sREAD CONTROL STATUS REGISTER

.WORD
ESCAPE

snnnnenncnnnnesnenee

(R1) ,R&

ERROR
.WORD

104410
000002

($BSEG
KMCSR,R1
#8179 ,8GDDAT
$GDDAT, (R1)
$GDDAT R4

BEQ

sMASTER CLEAR M8200,4,6,7

CMP

TRAP
.WORD

011230

104404
04'§’71‘l

MSTCLR
BGNSEG
TRAP
MOV
MOV

TEST

CSESEG

SGDDAT
(R1) R4

CSESCAPE
100018-.

TRAP

CSESEG

TRAP

CSETST

sCLEAR BIT 9

:CLEAR "EXPECTED"’
<READ CONTROL STATUS REGISTER
:BR_IF ZERO
sDATA ERROR BIT9 NOT CLEARED

CZKMBAO KMC11-8 STATIC PARTI]
CZKMBA.P11
20-0CT-81 16:58

3016
3017
3018
3019
3020

MACY11 30A(1052)

21-0CT-81

HARDWARE TESTS

014112

10:50

6
PAGE 66

SEQ 0066

BADHEAD

JRRARARRAARARRntettt

014112

wenvanannnnanennnnnn

wannnenennnnanenannn

BADHEAD

82
I35 SN
bg—‘\l\lfl&
Lo TN
O
DWW
W KRIYSRK

0027904
004000
002612

002612

1$:

BGNSEG
RAP

C$BSEG

KMCSR,R1

#BIT11,SGDDAT

$GDDAT
R4

2
26

CSERDF

2$:

100008:

004000
002612

3s:

100018$:
4$:
ENDTST

L10056:

TEST

sMASTER CLEAR M8200,4.6,7

(R1) ,Ré

002612

OoOH

"MSTCLR

$GDDAT . (R1)

—=non

=000

OO0O—

SOOOOO—i
N =
ek 2 O

=N
= NN
S

BGNTST
18::

NNNN
ARSHSIRoRI8S8S ONS
N Efl;g§>a4:85ua<:ow>nuun;

occoocooo

wviawnne- N

[=lelelelelelelelalal =lelelelelelelelelelate]
D000 0O00OOOOCOOOOOO
e
e el ) el e
b e e
i e
= =
—.—l-—ld—l—l—l—l-l-l-l—l-dd—l—l—l-‘—.-—l—l—l—l
BB
EDDSDDDDDNNN BEDDEEEDDNNSN BB

333

il
av v ivav e
OO ~NO W SUNN 2O VDNV
LINN—=O
—

;*CONTROL STATUS REGISTER WRITE/READ TEST
VERIFY BIT11 WAS SET
*«SET BIT11
:«CLEAR BITi1 . VERIFY BIT11 WAS CLEARED

JERARARRARARRRNReRNt

TEST

JPUT REGISTER'lDDRESS IN R1
:PUT DATA IN "EXPECTED'
-sWRITE BIT 11
sREAD CONTROL STATUS REGISTER
;1S DATA CORRECT

:BR IF YES

sDATA ERROR

26
EM26
ERR26
SEG

CSESCAPE
100008-.

CSESEG
CSBSEG
#BIT11,(R1)
$GD

CSESEG

CSETST

;CLEAR BIT 11
sCLEAR "EXPECTED"’
cREAD CONTROL STATUS REGISTER
:BR_IF ZERO
:DATA ERROR BIT11 NOT CLEARED

CZKMBAO KMC11-8 STATIS PART1
CZKMBA.P11
20-0CT~ 1 16:58

30A(1052)
21-0CT-81
HARDWARE TESTS

014252

10:50

€

PAGE 67

SEQ 0067

BADHEAD

sERkARRnAntntttentedt

TEST

connanenonanntntnnns

s*CONTROL STATUS REGISTER WRITE/READ TEST
s*SET BIT12, VERIFY BIT12 WAS SET

:*CLEAR BIT12, VERIFY BIT12 WAS CLEARED

014252

BADHEAD

002704
010000
002612

002612

1%:

002612

D = b

coooo-

:udwu R
—_O - W
W KR ~

BGNTST
I7::

O =

nNo

2s$:

v
~

& &~

N
N

!
Vvl

ttes
s % e

Socotaearn3y

-y
—
R
i

ddddddfldddd-‘ D

ViVAUWA
PING &84 o

dddddddddddfl
EERRRRRRNN SIS BB
A
30 2 e T T T
NN NN
N

sERRRRARAAANRRRNICRGNSEY

ei lelelelolelelalatoToY coooooooooos

3064

MACYT1

100008
:

010000
002612

3s:

MSTCLR
BGNSEG
TRAP
MoV

MOV
MOV
MOV
CMP

4$:
ENDTST

L10057:

#BIT12,8GDDAT
$GDDAT, (R1)
(R1) R
$GDDAT,Ré

TRAP
BGNSEG
TRAP

CSESEG

BEQ
ERROR
TRAP

100018
:

C$BSEG
KMCSR,R1

BIC
CLR
MOV

annansntantntnwnnnss

:MASTER CLEAR MB200,4,6,7

BEQ

ERROR
TRAP
.WORD
.WORD
.WORD
ESCAPE
TRAP ~
.WORD
ENDSEG

TEST

26
CSERDF
26
EM26
ERR26
SEG
CSESCAPE
10000$-.

(SBSEG

#8IT12,(R1)
SGDDAT
(R1) R

48
Ssem

WORD
26
.WORD
EM26
.WORD . ERR26
ENDSEG

TRAP

(CSESEG

TRAP

(CSETST

;PUT REGISTER ADDRESS IN R1

:PUT DATA IN "EXPECTED’
;WRITE BIT 12
;READ CONTROL STATUS REGISTER
:1S DATA CORRECT

:BR IF YES

:DATA ERROR

sCLEAR BIT 12
:CLEAR "EXPECTED
;READ CONTROL STATUS REGISTER
*BR IF 2ERO

;DATA ERROR BIT12 NOT CLEARED

3112

2113

3114
3115
3116

311

3118
119

120

121

3 g
1

1264
} 5

31 1
1 g
1
1
135
1
1

138
139
140
141
14;
14
146
145
14;
14
148
149

150
151
15§
12
154
1?5
1 9
1
1 s
1

160

6
PAGE 68

BADHEAD

014412

s*CONTROL OUT REGISTER WRITE/READ TEST
;*FLOAT A ONE THROUGH SEL?2
BADHEAD

014412

014416

0144246

0144
0144

014442
14448

014450
014454

014456
014474
014476
014500
014502
014504
014504
814506
014510
814512
14516
014520
01452
14540
1454

14244
014546
014550
014550
14;52
14 g‘
14§ 6
14560
1456
145
145
1456

014562

TEST B sanunwnnnnnanannnnen

sERRRAAARAARARTERLRYSY

TEST B

annnnantnveannnnnnes

BGNTST

014412

sERRRRAkrntantnnenet

T8::

012737

012702

000002

000001

104404

01%3?
013711
011104

023704
001413

002612
002612

MOV

1$:

2%:

002612

3s:

104455
0000;3

8057 4
011230

104410
800
06 Og
00132
104405
104401

MSTCLR

MoV

002612

104455
000033
005774
011230

104410
52
040211
005037
011104
001413

002576

4$:

100008:

ENDTST

L10060:

BGNSEG
TRAP

#2 ,MRO

#1,R2

CS$BSEG

MOV

KMCTL ,R1

CMP
BEQ

SGDDAT R4
28

Mov
MoV
MOV

ERROR
TRAP
.WORD
.WORD
.WORD

sMASTER CLEAR M8200,4.6.7

R2,$GDDAT
$GDDAT, (R1)
(R1).R£

27
CSERDF
27
EM27
ERR27

sPUT REGISTER ADDRESS IN R1

sPUT DATA IN "EXPECTED'*
sWRITE BIT 0
sREAD CONTROL OUT REGISTER

;IS DATA CORRECT
:BR IF YES
:DATA ERROR

ESCAPE
TRAP
.WORD
BIC
CLR
MoV
BEQ
ERROR
TRAP
.WORD
.WORD
.WORD

SEG
CSESCAPE
100008-.
R2,(R1) ;CLEAR BIT
$SGDDAT
;CLEAR '‘EXPECTED''
(R1) ,R4
READ CONTROL OUT REGISTER
43
:BR IF ZERO
27
:DATA ERROR BITO NOT CLEARED
CSERDF
27
EM27
ERR27

BNE
ENDSEG

TRAP

CSESEG

TRAP

CSETST

ESCAPEE SEG
TRAP
CSESCAPE
WORD
1
A
ASL
R2

014412

1 9 0144;% 013701 002710
128
0144

§1 9
1

HARDWARE TESTS

10:5C

20-0CT-81 16:58

21-0CT-81

CZKMBA.P11

MACYT1 30A(1052)

4 KMBAO KMC11-B STATIC PART]

| CZKMBAO KMC11-B STATIC PART 1

H
W

014
01466

i gt
95 14298
14670
1467g
1467
14676
014976

red=l=]

OWN=O0O0 O&flkwn ng

01465

002712
000001

- N bL

014622
014626
0146
014646
014650
014652
014654
014656

013701
012705

- N

14614
014620

000004

O0O—

814610

012737

SESSp
SSSg o83
gaess Ee =52

91
95

014564

18§
183
186
185
136
187
188
9

SEQ 0069

JERARANRRARARAACCANS

014564
014594
014572
014576
014602
014606
014606
014610

002612
002612

002576

BGNTST
19::

i
147?3

14714
14730

#1.RS

:
648

TEST

wannnnenvntantnnntnsn

002612

65%:

RS,$GDDAT
$GDDAT, (R1)
sgooAr.aa
678
2
CSERDF
27
EM27
ERR27

wannnanneanntttnnnan

000001

sMASTER CLEAR M8200,4,6,7
;PUT REGISTER ADDRESS IN R1
;START WITH BITO

;PUT “EXPECTED'' IN $GDDAT
:WRITE PORT4 REGISTER

;READ PORT4 REGISTER

;COMPARE EXPECTED AND FOUND
:BR IF 0K
:WRITE/READ ERROR

CSEscape

100008-.

10000$:

TEST

C$BSEG

(R1) ,Ré

RS
64$

sCLEAR CARRY
sSHIFT TO NEXT BIT
:BR IF NOT DONE YET?

CSESEG
#1,R5

sSTART WITH BITO

C$BSEG

5
RS,$GDDAT

00261
00261

$GDDAT, (R1)
(R1) .Ré

002612

:ggDAY.RL

147, 8

sCHANGE TO A FLOATING ZERO
sPUT "EXPECTED'' IN SGDDAT
sWRITE PORT4 REGISTER

; COMPARE EXPECTED AND FOUND
;B8R IF F OK
WRITE/READ ERROR

s2
81474
14746
14750
14750
14752
14754

#4 ,MRO

KMPO4 ,R1

014700

81478g

PAGE 69

:*PORT4 REGISTER WRITE/READ TEST
s*FLOAT A ONE THROUGH PORT4 REGISTER
:'FLOR; A ZERO THROUGH PORT4 REGISTER

179

3180
3181

sEnkatsnnvavtnevtnt

171
17§
173
2174
175
§176
177
2178

10:50

BADHEAD

—

31 99

3170

2;-0(7-81

HARDWARE TESTS

014564

—

AN o

20-0CT-81 16:58

b el

3
3
3

b PP -

NN W

CZKMBA.P11

MACY11 30A(1052)

67%:

s CHANGE BACK TO A FLOATING ONE

[=lelela] Qo000

- -k
e o e

C11-8 STAHS PART1
20-0CT-81 16:58

4756

4763
4762

4764
4764

000241

CLC

006105
001346

4764

104405

4766

104401

4766
4766

MACYT1 30A(1052) 21-0CT-81
HARDWARE TESTS

10001$:
ENDTST
L10061:

10:50

ROL
BNE

R5
66$

TRAP

CSESEG

TRAP

CSETST

ENDSEG

PAGE 70
sCLEAR CARRY

sSHIFT TO NEXT BIT
sBR IF NOT DONE YET?

SEQ@ 0070

CZKMBAO KMC11-8 STATIC PARTI]
CZKMBA.P11
20-0CT-81 16:58

3229

MACYTT 30A(1052)
21-0CT-81
HARDWARE TESTS

014770

10:50

6
PAGE 71
SEQ 0071

BADHEAD

sttt tnktadtvtvtves

TEST

tnennenvnnvevnnntans

s*PORT6 REGISTER WRITE/READ TEST

s*FLOAT A ONE THROUGH PORT6 REGISTER
;tFLq:g A ZERO THROUGH PORT6 REGISTER
sEkRnAnkhdtnttveneet

gg 5

;2
2
3239

; 40
41
3242
§$‘
44
245
46
47
48
49

50
551
Sg
53
54
55
59
5
58
5
60
21
i
6
64
S
$

014770

014770
014770

014776
015002
015002

01501
015012

015014
015014

015020

015024

015026
015032
0150
015052

015054
015056
015060
015062
015062
015064
15066
15070
815072
15074
015074
15074
15076
1510
015102
015104
015104

SO
1

1511
8151
15124
8151 6
015144
01514
1515
15152
15154
15154
815156
015160

avnnenawannantannnnn

BGNTST
012737

000006

013701
012705

002714
000001
'

104404

010537
013711
011104

023704
001413

002612
002612

002576

T10::

64%:

658:

104410
000010
000241
006105
001350

104405
012705

100008:
000001

66$:

005105

10“1g
1

005105

sREAD PORT6 REGISTER
; COMPARE EXPECTED AND FOUND
:BR IF 0K

sWRITE/READ ERROR

648

CSESEG
#1,R5

sSTART WITH BITO

C$BSEG

sCHANGE TO A FLOATING ZERO

$GDDAT, (R1)
(R1)

002612

sPUT "EXPECTED'' IN $GDDAT

sWRITE PORT6 REGISTER

;CLEAR CARRY
sSHIFT TO NEXT BIT
:BR IF NOT DONE YET?

RS,$GDDAT

104455
880033
5774

011230

$GDDAT .Ré
65$
27
CSERDF
27
EM27
ERR27
SEG
CSESCAPE
100008-.
RS

104404

11104
23704
1413

RS,S$GDDAT

(R1)
R4

104455

sMASTER CLEAR M8200,4,6,7
sPUT REGISTER ADDRESS IN R1
sSTART WITH BITO

C$BSEG
$GDDAT, (R1)

002612

000033
005774
011230

#6,MRO
KMP0O6 ,R1
#1,R5

0151
010537 00261
;3 8151?3
13711 00261

?
7
7
7
76
75
7
7
;e

TEST

,Ré

:PUT "EXPECTED'’ IN $GDDAT
:WRITE PORT6 REGISTER

;READ PORT6 REGISTER

:COMPARE EXPECTED AND FOUND
:BR IF 0K
:WRITE/READ ERROR

67%:

:CHANGE BACK TO A FLOATING ONE

CZKMBAO kMC11

CZKMBA.P11

8
88
gg

STAHS PART1

0-0CT-81 16:58

015162
81516‘
15198
0151

000241
006105
001346

15170
015172
01517%
015172

104405

815170

104401

MACY11 30A(1052)

-0CT-81 10:50 PA%E 72
H

HARDWARE TESTS

100018:

ENDTST
L10062:

CLC
ROL
BNE
ENDSEG

RS
663

TRAP

CSESEG

TRAP

CSETST

sCLEAR CARRY
sSHIFT TO NEXT BIT
:BR IF NOT DONE YET?

SEQ 0072

CZKMBAO KMC11-8 STATIC PART1
CZKTMBA.P11
20~-0CT-81 16:58

MACYTT 30A(1052)

21-0CT-81

HARDWARE TESTS

ol;.:1

10:50

SEQ 0073

BADHEAD

skttt

wtttenntte

sERnndnkkntntevttttt

015174

BGNTST
T11::

815174

i §}g ?3 012705 000001
15210

815 12 105011
015214
015

815 2
152246
8}2

015254

104404

010537
110511
111104
123704
1413

002612

015560
015262

18:

MOVB

004556
2s:

104410
000024

g 815 98 022705 000011
4

;

15274
815 76

O}g

015

8};

i
e

012705

nennnnassanvsnnnnnns

100008:

1044

11052; 002612

111104
553704
1413

10$653

556

10‘6}2

015

000001

002612

!
§§2 S 000011
1350

38:

48:

TEST

encnnnannennsnannens

#1,RS

sMASTER CLEAR MB8200,4,6,7
sSTART PATTERN AT 1

(SBSEG
(R1)

;CLEAR REGISTER

RS.$GDDAT
R5.(R1)

(R1).R4

CMPB
BEQ
ERROR
TRAP
MORD
-WORD
.WORD
ESCAPE
TRAP ~
LWORD
ISTB
INC
cMP

ERR2
SEG
CSESCAPE
1
(R1)+
RS
#11,RS

MOV

KMCSR,R1

BNE

002704

104405

15
15
}g

}5 o015
6

001346
013701

MYINT
MSTCLR
MOV
BGNSEG
TRAP
CLRB
MOV

MOVB

002612

16 13556 006516
18
19

é;gsegpaACK ALL REGISTERS TO VERIFY CORRECT ADDRESSING

015174

10
}1

TEST

s*UNIBUS REGISTER BYTE DUAL ADDRESSING TEST
s*LOAD ALL REGISTERS WITH INCREMENTING PATTERN

I’

6
PAGE 73

$GDDAT,R4
2s
2
CSERDF
2

-PUT DATA IN

1S DATA CORRECT

:BR IF YES

*DATA ERROR

sNEXT REGISTER
- INCREMENT DATA PATTERN
:ERST REGISTER?

:BR

MOV
ENDSEG

#1.RS

:RESTART PATTERN AT 1

TRAP

(SESEG

MOVB

RS,SGDDAT

CMPB
BEQ
ERROR
TRAP
MORD
.WORD
.WORD
ESCAPE

SGDDAT,Ré
4
2
CSERDF
2
EM2
ERR2
SEG

.WORD
1518

10001$-.
(R1)+

MOV8

INC

CMP

BNE

(S$BSEG

(R1).R4

#11,R5
3s

"EXPECTED''

;WRITE MB200,4,6,7 REGISTER WITH PATTERN
:READ M8200,4,6,7 REGISTER INTO '‘FOUND'’

BGNSEG
TRAP

IF NO

:BASE M8200,4,6,7 ADDRESS TO R1

;PUT DATA IN "EXPECTED'’
.
sREAD COMM.MICRO-PROCESSOR FAMILY REGISTER INTO ‘FOUND"*
;1S DATA CORRECT

:BR IF YES

;DUAL ADDRESSING ERROR

sNEXT REGISTER
s INCREMENT PATTERN
sLAST REGISTER?
:BR IF NO

CZKMBAO KMC11~B

CZKMBA.P11
;

50
51
52

STATI

0-0CT-81 1

015 7

81
5

01537
01537
015374

PAgT}’

104405

104401

MACY11 30A(1052)

21-0CT-81

HARDWARE TESTS

10001$:
ENDTST

L10063:

10:50

6
PAGE 74

SEQ 0074

ENDSEG

TRAP

CSESEG

TRAP

CSETST

CZKMBAD KMC11~8 STATIC PART1

CZKMBA.P11

20-0CT-81 16:58

MACYT1 30A(1052)

21-0CT-81

HARDWARE TESTS

015376

10:5('

K- 6
PAGE 75

SEQ 0075

SADHEAD

sutnkannaanactantnes

TEST

anenennnanavennnanns

s*MAINTENANCE INSTRUCTION REGISTER TEST

S*VERIFY THAT THE MAINT IR CAN BE WRITTEN TO ALL ZEROS'

:'NDASLL ONES®. VERIFY THAT IT IS CLEARED ON A BUS RESET.

015376

sEnRnsanaenanwnvreer

015376
015376

015410
015414

15420
154 3
15432

015436

015440
015456

015466
015496

15470
1547
1547
15472

104404

012711
005037

013761
016104
023704

001413

BGNSEG
003000
002612

002612
000006
002612

TRAP

000006

1%:

000002

104405

002612

152

013761

002612

000006

8155&% 104404
12104.

015544
15;4.6
1; 50
01555

;7
475
010624

15554

000002

1;542

1s§s

815 56

15556
15
015

15556

0155

000006

3$:

706 002612

9
95
93
97

100008:

177777

1555
15524

2s:

1413

WORD

ESCAPE
TRAP

SEG
(CSESCAPE

104410

104405

104401

.WORD
ENDSEG

TRAP

48:

10001$:
ENDTST
L10064:

26
CSERDF

(SESEG

MOV

$GDDAT,6(R1)

MOV

C$BSEG

6(R1) R4

cMP

$GDDAT . R¢

TRAP

sssm

4
2

NORD
.WORD
.WORD
ESCAPE

23
EM23
ERR23
SEG

.WORD

10001S-.

TRAP

ENDSEG

:BR IF YES

;ERROR IR IS NOT CLEAR

10000S-.

#-1,SGDDAT

r!m

;CLEAR THE IR
:READ THE IR
:1S IT CLEARED?

EM26
ERR26

MOV o

BEQ
ERROR

104455

$GDDAT,6(R1)
6(R1) R4
$GDDAT R4

.WORD
.WORD

104410

(S$BSEG

#BIT9!BIT10,(R1) ;SEL6 IS NOW THE IR
$GDDAT
;PUT “EXPECTED'* IN $GDDAT

BEQ

00574
011122

91
95

mov
MOV
CMP

104455

012737

15513

MOV
CLR

ERROR
TRAP

°}§§5"

15512

;MASTER CLEAR M8200,4.6.7

MYINT

015460 oooosg

015462
015464

anananannnanannnnnen

;R1 _CONTAINS BASE M8200,4.6,7 ADDRESS

MSTCLR

015402

015406

BGNTST
T12::

015376

015406

TEST

CSESCAPE

TRAP

CSESEG

TRAP

(SETST

;PUT "“EXPECTED'* IN SGDDAT
;WRITE ALL ONES TO THE IR

:READ THE IR

1S IT ALL ONES?

:BR IF YES
;ERROR IR IS NOT = ALL ONES

CZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

36406
3407
3408
§209

MACYT1 30A(1052)

HARDUWARE T ESTS

015562

17
18
19
0
gz 1

10:50

SEQ 0076

stnknnnsntanenestet

s*INSTRUCTION SHOULD MOVE IBUS*4 TO IBUS*S, IBUS*4 IS ALL 1°S

015562

shkkhnnvnttnanvenwvnt

015562

015565
01556
015596
015572
015600

BGNTST
T13::

MYINT
MSTCLR

g: 5 815 8 012;37 177777 002612

MOV

#-1,8GDDAT

CMPB

$GDDAT,R4

ERROR
TRAP
.MORD
.WORD
.WORD

28
CSERDF
28
EM28
ERR28

annevanenanntensnnnns

éififigngeus's IS ALL 0°S. RESULT SHOULD BE ALL 1°'S IN SEL&

000006

s*VERIFY INSTRUCTION EXECUTED PROPERLY

#377.4(R1)
#8179, (R1)
#121105,6(R1)

TEST

s*MICRO PROCESSOR TEST
s*LOAD KMPO6 WITH A MICRO-PROCESSOR INSTRUCTION, CLOCK IT

MOV
MOV
MOV

PAGE 76

BADHEAD

3411
3412
3413
3414
3415

21-0CT-81

015606

15626
8156 ¢
015636

015640
015656

012761
012711
012761

116104
123704
001413

015660
015662

000034
006023

5
39
g&

015666
015666
015670

104410

5239
40
3441

015672
015672

015672

000004

BIS
NOP

MOVB

002612

BEQ

104455

1
i

015664

000377
001000
121105

011342

104401

18:

ESCAPE

TRAP ~

TEST

anncnnnvnnnecnnnwnns

;PORT4 W] BYTE=1'S
:SET ROMI
;INSTR TO PORT 6.

#8ITE!BITY,
(R1) :CLK INSTR.

S(R1).Ré&

TST

CSESCAPE

.WORD

L10065-.

TRAP

CSETST

;EXPECT ALL ONES.

*READ FOUND.

:DATA CORRECT?

(ZKMBAO KMC11-8 STATIC PARTI]

CZKMBA.P11
3442

3443

3444
3445
344

015674

3449
3450
3451

015674
015674

3455

015974

;:s
342‘5'

015700
015706

3456
3457
3458
3459
3460
3261
6§

015712
015716
015716
015720
015720
015753
0157

346

3464
3465
3466

3467

3468
3469

gz?O
71
7;
7

g‘

SEQ 0077

strtnstnnnnnnacerett TEST 14 ennnnenvannncnnsanesn

BADHEAD

sennntanavsnvreveedt TEST 14 wnnncnsnnnannnnnnnns

BGNTST
T14::

012737
012705

000C00
000001

104404
010561

000004

002576

648:

MSTCLR

MOV
MOV

#0,MRO
8 "5

MYINT
BGN3EG
TRAP

($BSEG

sMASTER CLEAR M8200,4,6,7

sSAVE REGISTER ADDRESS FOR TYPEOUT
:START WITH BIT 0

121100

0157
015740
0157644

121005
010537
116104

121005
MOV
MOVB

R5,$GDDAT
5(R1) ,Ré

sREAD FROM IBU* REGITER 0
sPUT EXPECTED IN SGDDAT
sPUT “FOUND'' INTO R4

015754
015756

001413

BEQ
ERROR

658
27

:BR IF YES
;ERROR

0157gg

815750

015774
015776
816000
16002

016012

016014

016016

0128 4
016026

89
91

01604

9§

6
PAGE 77

MoV
ROMCLK
121100

8160 6
160
016034

;*MICRO PROCESSOR IBUS* REGISTER WRITE/READ TEST
:*FLOAT A 1 THOUGH IBUS* REGISTER 0
;*FLOAT A 0 THROUGH IBUS* REGISTER 0

123704

002612
000005

002612

104455
000033
005774
011230

TRAP
.WORD
.WORD

001341

121100

16046

121025

16050
016054
016060

16066

010537
116104
123704

93 816064 001413

CLC
ROLB

FW ggscm
WORD 10000$-.
648

100005 \aap csesec
MOV . #1.R5
67%:

000004

SgDDM.RIo

.WORD

ENDSEG

TRAP

($BSEG

CoM
MOV
M%

RS
R5,4(R1)

1211

002612
000005

002612

MoV
MOVB

(MP8

BEQ

ERROR

B8BN

:DATA CORRECT?

sCLEAR CARRY
SSHIFT BIT 414 RS

:IF R5=0 THEN DONE

sSTART WITH BIT 0
sPUT PATTERN INTO PORT4
sNEXT WORD IS INSTRUCTION,

BBN

sMOV _DATA TO IBUS* REGISTER 0

121005

:PUT PATTERN INTO PORT4
sNEXT WORD IS INSTRUCTION,
sMOV DATA TO IBUS* REGISTER 0

sNEXT WORD IS INSTRUCTION,

CSERDF
27
EM27
ERR27

BNE

104404

01604g

9
9
95

CMP8

106105

005105
010561

R5.4(R1)

ROMCLK

82 016016 104405
§§ 8}28
2 012705 000001
5

10:50

BADHEAD

;g 8:2% 106410
3276
016006 000010
77 016010 000241
78

21-0CT-81

HARDWARE TESTS

015674

3447

3448

20-0CT-81 16:58

MACYTT 30A(1052)

sNEXT WORD IS INSTRUCTION,

RS5,$SGDDAT
S(R1) R4
DAT R4

SREAD FROM IBUS* REGISTER 0

sPUT EXPECTED IN SGDDAT
sPUT "FOUND'' INTO Ré

;DATA CORRECT?

:BR _IF YES

sERROR

11-8 STATIC PARTI

38zs%c 382°

MDC6iAO06e elO6eCeO6MMO6MMO6MM.0P60T6OTo0T6lo

W3CeARRNI£N83NSNOcMN2mN2On“en?m25sa37O‘-m

20-0CT-81 16:58

ek it
30A(1052)

21-0CT-81

10:50

6
PAGE 78

SEQ 0078

TRAP
WORD

WORD
WORD
ESCAPE
TRAP

SEG

. WORD
CoM
CLC

LUV~ 'Y(]

ROLB

BNE

104405

TRAP

104401

TRAP

ENDSEG

—

CSETST

—e

o "N s-

wL)2ogm=o-b

eL "ats-

Sl Ll

MxOoMolTs'mI

Y11

MACY11 30A(1052)
21 -0CT-81
HARDWARE TESTS

016134

10:50

SRSINRES oo SSRRY

000001
000001

2576

iuaun

64%:

MSTCLR
MOV
Mov

#1,MRO
#1.R5

MYINT
BGNSEG
TRAP

C$BSEG

MOV

RS,4(R1)

BIC

000004

ROMCLK

#307,4(R1)

navananennnntnennnnn

002612

annnsvannvannvnsnannn

BIC

#307.$GDDAT

S(R1) R4

#307.Ré4
$GDDAT R4

S §§§§2

WWN=O
s

HaonISE

WORD
.WORD

.WORD

cLC
ROLB

(SERDF

27
EM27
ERR27

BNE

648

TRAP

CSESEG

ENDSEG

BGNSEG
TRAP

com
MOV

#1,RS

RS
RS, 4(

TS
121055:«-2«»

MOVB
BIC

BIC

,o:PUT EXPECTED IN SGDDAT

"FOUND'* INTO Ré

:DATA CORRECT?

:BR IF YES
*ERROR

sCLEAR CARRY
sSHIFT BIT IN RS

:IF R5=0 THEN DONE

sSTART WITH BIT 0

($BSEG

MOV
002612

MOV

000004

BBN

;PUT

RS,$GDDAT

TRAP

67%:

: MASK

sNEXT WORD IS INSTRUCTION,

MOVB

MOV

ERROR

000001

;PUT PATTERN INTO PORT4

sNEXT WORD IS INSTRUCTION. BBN
;READ FROM IBUS* REGISTER 1

BEQ

100008:

sMASTER CLEAR M8200,4,6,7
sSAVE REGISTER ADDRESS FOR TYPEOUT
sSTART WITH BIT 0

121005
! <1%20>

BIC
CMPB

65%:

TEST

:MOV DATA TO IBUS* REGISTER 1

ROMCLK

WSSV

—_
-

1211001

-—

SRR

NN
—
L=2
2. 4 N}

d e

o —h
o d e
o o o
e e o o
e
o e

BGNTST
T15::

—

o ONONON

N
e
Y

OO0
e e ok
e o

ONONONO NOONO\O\O\OOOOO° ooy
LS SIS TS TR ST TSNN = b e o e e e ek

TEST

BADHEAD

sERRRkAnAnanttttetet

e o e o e o e o

SEQ 0079

:*MICRO PROCESSOR IBUS* REGISTER WRITE/READ TEST
s*FLOAT A 1 THOUGH IBUS* REGISTER 1
;*FLOAT A 0 THROUGH IBUS* REGISTER 1

016134

CO00O000O0OOOOOOOOOOOOOOO
CO0O0VOCTOOOOOOVOOOO
e
o o o o e o e e e e e e
o

PAGE 79

BADHEAD

sERRttntnttttnttent

OONONOONONONOONONOONO OOO OTM OO

— e —h -

NOWVSWN-O OO~

VIS
N =

BN NN
33
SESEEREREE VBNV
oVIS
NN = O VBRNO N WO O

VIauannniAaumianUT A Vi

NN NN

N
A WAV WY VIV WAL

CZKMBAO KMC11-8B STATIC PARTI]
CZKMBA.P11
20~-0CT-81 16:58

RS,$GDDAT

S(R1),.Ré&
0;87.56001\1

#307.

sPUT PATTERN INTO PORT4
: MASK

sNEXT WORD IS INSTRUCTION,

BBN

:MOV DATA TO IBUS* REGISTER 1

sNEXT WORD IS INSTRUCTION, BBN
;READ FROM IBUS* REGISTER 1
:PUT EXPECTED IN SGDDAT

:PUT

"FOUND"

INTO Ré

E%é&?nflc ?o-ocr- 1 16:58
11-8

STATI

PART1

002612

3571

016354

123704

3574
gsrs
576

016400
016402
016406

104455
000033
005774

3373 016359 00413

3373 3}22?3 o

BE
fe e
gsg? 812214 005105

333% 8}2238 ?82%3;

ssgl. 0164%2 001327

MACY11 30A(1052)

21-0CT-81

HARDWARE TESTS

10:50

CMPB

SGDDAT,Ré

.WORD
.WORD

27
EM27

gtLlcl
ROLB

RS
RS

ERROR
37"
TRAP
(CSERDF

688 :

7
PAGE 80

:DATA CORRECT?

g
e
.

é's“c’:ge 52227

SNE

678

TRAP

CSETST

32 8}6‘2 2
ggg'z. 8}&52
104405

10001$:
Pt s—
TRAP CSCSEG

016426
%sgo 016426
104401

L10067:

589

fE“”‘“Lm‘cIS.&‘“”"“
:SHIFT BIT IN RS
:IF RS=0 THEN DONE

SEQ 0080

CZKMBAO KMC11-8 STATIC PART]

CZKMBA.P11
591
9

20~0CT~81 16:58

MACY11 30A(1052)

21-0CT-81

HARDWARE TESTS

016630

10:50

SEQ 0081

BADHEAD

sERRAnanannnntetettt

PAGE 81

TEST

mavnnnvencnntoananens

s*MICRO PROCESSOR IBUS* REGISTER WRITE/READ TEST

594

s*FLOAT A 1 THOUGH IBUS* REGISTER 2

;*FLOAT A 0 THROUGH IBUS* REGISTER 2

016430

BADHEAD

sERRRRARARANARavenet

016430
0164
0164
0164
816442

1644

01645

BGNTST
T16::

01%737

012705

8}244;‘

104404

016454

010561

0164646

121102

0164

121045

016460

016492

016474

016500
016506
81651?
1651
8165 0
16532
8165 4
16536
816540
16540
16542
16544
16546
16550
1655
1655
16552
16554
12560
16560

16?

16
165

010537

116104
123704
001413

000002

000001

#2 ,MRO

#1,R5

MYINT

000004

BGNSEG
TRAP

C$BSEG

MOV

R5,4(R1)

ROMCLK

121100!2

121005 !<2%20>

002612

MOV

000005
002612

65%:

R5,SGDDAT

MOVB
CMPB
BEQ
ERROR
TRAP
.WORD
.WORD
.WORD
ESCAPE
TRAP
.WORD
CLC
ROLB
BNE
ENDSEG

S(R1) ,R4
SGDDAT R4
65$%
27
CSERDF
27
EM27
ERRZ27
SEG
CSESCAPE
100008-.

sPUT

s PUT EXPECTED IN SGDDAT

"FOUND'' INTO R4
;DATA CORRECT?
;BR IF YES
;ERROR

coMm
MoV

RS
R5.4(R1)

002612

2612

CMPB

104455

BBN

sREAD FROM IBUS* REGISTER 2

C$BSES

121005
MoV

016640

sNEXT WORD IS INSTRUCTION,

000004

67$:

121045
010537
1413

BBN

;START WITH BIT 0

1
1
}

sPUT PATTERN INTO PORT4

sNEXT WORD IS INSTRUCTION,

CSESEG
#1,RS

000001

121102

1131

sSTART WITH BIT 0

TRAP
MOV
BGNSEG
TRAP

100008:

Mbfi
121100!2

16610

sMASTER CLEAR M8200,4,6.7
:SAVE REGISTER ADDRESS FOR TYPEGUT

sCLEAR CARRY
sSHIFT BIT IN RS
;IF R5=0 THEN DONE

104404

16614 5‘2’ 7

wavnnvanvenvnvtavenn

RS
648

16§ 0
16574

16572

:MOV DATA TO IBUS* REGISTER 0

ROMCLK

104410
000010
000241
106105
001341

05105
10561

MSTCLR
MOV
MOV

648

104455
000033
005774
011230

104405
012705

002576

TEST

0005

MOVB

! <2+20>
R5,SGDDAT

sPUT PATTERN INTO PORT4
sNEXT WORD IS INSTRUCTION,
BBN
;MOV DATA TO IBUS* REGISTER 2

¢NEXT WORD IS INSTRUCTION,

sREAD FROM IBUS* REGISTER 2
;PUT EXPECTED IN SGDDAT

S(R1),Ré

;PUT *FOUND'* INTO R4

gso

¢ $

:BR IF YES

TRAP

CSERDF

PAT.R4

:DATA CORRECT?

0 KMC11
P11

016642
016644
016646
016650
016650
016652

016654
016656
016660
016662

016664
016664

SIATI
PARH
S
0-0CT-81

1230
104410
;

688 :

00510
000241
106105
001337

016664

104405

016666

104401

016666
016666

MACY11 30A(1052)
21-0(7-81
HARDWARE TESTS

10001s:
ENDTST
L10070:

.WORD
.WORD
.WORD
ESCAPE
TRAP
.WORD

10:50

27
EM27
ERR27
SEG
CSESCAPE
100018-.

CoM
CLC
ROLB
BNE

RS
678

TRAP

CSESEG

TRAP

CSETST

ENDSEG

7
PAGE 82
SEQ 0082

sCHANGE TO FLOATING 1
:CLEAR CARRY
sSHIFT BIT IN RS
:IF R5=0 THEN DONE

CZKMBAO KMC11-8 STATIC PART1

CZKMBA.P11
3663

3664

20-0CT-81 16:58

MACYT1 30A(1052)

HARDWARE TESTS

016670

3670
3671

367%

;27

75
76
77
3678
79
1
g

ggg&
5

90
91
95

9
9
95
99
9

99
80

sERRRARRAkanntettnet

016670
016670

016670
016674

016702
0167
01671
01671
016714
016714
016720
816726
167 S
0167
0167
016740
0167446

BGNTST
T17::
012737

012705

010561

016750

016770
016772
016774

104455
000033
005774

819776
01
017
817 2
170064

017008

010561

71?
711
71;
71
714

178 4
17
12
01 33
1
17044
017050

719

71
718

017054

17
011

648:

005105

123704
1413
104455

MOV

TRAP
.WORD
.WORD

65$:

.WORD
ESCAPE
TRAP
.WORD
CLC

ROLB

100008:

000001

678
000004

002612
000005

002612

BNE
ENDSEG

TRAP

tannendnntnvetventas

sSAVE REGISTER ADDRESS FOR TYPEOUT

#1,RS

sSTART WITH BIT 0

CSBSEG
R5.4(R1)
)

121005 !<3+20>
MOV
R5,8GDDAT
MOVB
S(R1) ,R4
CMPB
$GDDAT R4
BEQ
658
ERROR

121103

121065
010537
1?104

MOV
MYINT
BGNSEG
TRAP

TEST

sMASTER CLEAR MB8200,4.6.7

#3,MRO

ROMCLK
121100!3
ROMCLK

106105

104404

MSTCLR

MoV

002612
000005
002612

1046410
000010
000241

817 so

000004

011230

};

01701

000001

002576

121103

121065
010537
116104
123704
001413

016755

000003

104404

104405
012705

215

SEG 0083

;*FLOAT A 0 THROUGH IBUS* REGISTER 3
BADHEAD

016670

817 12
7014

7
PAGE 83

sErantAnsvsnvtentens TEST 17 tananvnanenanntnvans

001341

701

s*MICRO PROCESSCR IBUS* REGISTER WRITE/READ TEST
s*FLOAT A 1 THOUGH IBUS* REGISTER 3

017010
01701

7! ;
7

10:50

BADHEAD

3665
3666

3667

21-0CT-81

CSERDF
27
EM27

ERRZ27
SEG
CSESCAPE
100008-.

648

CSESEG

MOV
BGNSEG
TRAP

#1,RS

com

sPUT PATTERN INTO PORT4

sNEXT WORD IS INSTRUCTION, BBN
sMOV DATA TO IBUS* REGISTER 3
sNEXT WORD IS INSTRUCTION, BBN

sREAD FROM IBUS* REGISTER 3
sPUT EXPECTED IN S$GDDAT
:PUT "FOUND'' INTO R4
;DATA CORRECT?
;sBR IF YES

sERROR

;CLEAR CARRY

sSHIFT BIT IN RS

;IF R5=0 THEN DONE

;START WITH BIT 0

C$BSEG

MoV
R5,4(R1)
m%
121100'3
K
121005 !<3+20>
MoV
R5,$GDDAT
MOvB
5(R1) ,R4

sPUT PATTERN INTO PORT4
+NEXT WORD IS INSTRUCTION
?fl
:MOV DATA TO IBUS* REGISTER
sNEXT WORD IS INSTRUCTION, BBN
;READ FROM IBUS* REGISTER 3
sPUT EXPECTED IN SGDDAT
;PUT “FOUND'* INTO R4

BEQ

:BR IF YES

CMPB

ERROR
TRAP

DAT,R4

CSERDF

:DATA" CORRECT?

sERROR

5
b

o
2222222222
— b b d

7102
7104
7106
7110
7110
7112
7114
7116
7120
7122
7154
7124
7124
7126
7126
7126

33
005774
011230

104410
00001;
00510

b wd

68S:

001337
104405

b
b

MACY11 30A(1052)
21-0CT-81
HARDWARE TESTS

000241
106105

=d=lelela]

NNNNNNNNNN

RURIEYNININININD
BURARNN
SD

]

5&:i
-

lalal

NN N NN NN N NN N N N Y
NNNNNN

C11-go§(T’AHS PART1
CT-81 16:58

104401

10001$:

ENDTST
L10071:

-WORD
.WORD
.WORD
ESCAPE
TRAP
-WORD
coM
CLC
ROLB
BNE
ENDSEG

10:50

27
EM27
ERR27
SEG
CSESCAPE
100018-.
RS
R3
678

TRAP

CSESEG

TRAP

CSETST

7
PAGE 84
5

sCHANGE TO FLOATING 1

sCLEAR CARRY
sSHIFT BIT IN RS
:IF R5=0 THEN DONE

SEQ@ 0084

CZKMBAO KMC11-8 STATIC PART1

CZKMBA.P11
3735

20-0CT-81 16:58

MACY11 30A(1052)

HARDWARE TESTS

017130

35740

%;21

sttt hkitknvinttnns

017130

BADHEAD

senkttkndttwntwvetns

Ti8::

017134
017142

012737
012705

g;g(‘)

8};}22‘

104404

752
753
754
755
756

017154
017160
017164
017163
017172

010561

s nng

3757
3758
3759

017174
017%00
017204

3761
3762
3763
764
765

017212
017230
017232
01 7%34
017236

121105

010537
116104
123704

770
771

017246
017250

106105
001341

774
;;5

017252
8}; 23

104405
012705

;;8

8}; 20

104404

780

817 94

010561

785

17276
017302

017

ng 817 10

787

017314

7
790

0175‘2
017340

000004

002612
000005
002612

#4 ,MRO
#1.R5

TRAP

C$BSEG

RS,SGDDAT
S(R1) ,R4
$GDDAT R4

CMPB

BEQ

TEST

SEQ 0085

wenannnnvcanntnnvans

658

ERROR
TRAP
.WORD
.WORD
.WORD

000004

sPUT PATTERN INTO PORT4
sNEXT WORD IS INSTRUCTION,
BBN
:MOV DATA TO IBUS* REGISTER &
sNEXT WORD IS INSTRUCTION, BBN
sREAD FROM IBUS* REGISTER &

sPUT EXPECTED IN SGDDAT
sPUT “FOUND'' INTO R4
:DATA CORRECT?

:BR IF YES

+SHIFT BIT IN RS
:IF R5=0 THEN DONE

TRAP
ggvust6

CSESEG
#1,R

sSTART WITH BIT 0

678

TRAP

C$BSEG

COM

MoV

Mss
1211004

RS5,4(R1)

sCLEAR CARRY

sPUT PATTERN INTO PORT4

sNEXT WORD IS INSTRUCTION,
BBN
:MOV DATA TO IBUS* REGISTER &

%&
121005 <4*20>

sNEXT WORD IS INSTRUCTION, BBN
sREAD FROM IBUS* REGISTER 4

MOVB

:PUT "FOUND'*

MOV

R5,SGDDAT

123704

002612

CMP8

DAT,R4

104455

sMASTER CLEAR M8200,4.6,7

sSAVE REGISTER ADDRESS FOR TYPEOUT
sSTART WITH BIT 0

RS
648

SEG
CSESCAPE
10000$-.

002612

733 omgo 001413

anansnnvawnvanenavnn

ROLB
BNE

ESCAPE
TRAP
.WORD

010537

112104. 000005

;ERROR

CLC

000001

TEST

27
CSERDF
27
EM27
ERR27

65$:

121104

121105

MSTCLR

MOV
MOV

MOV
RS5,4(R1)
ROMCLK
1211004
ROMCLK
121005 ! <4+20>

000241

779 017 6% 005105
7\
784

648

005774
011230

104410
000010

017270
817 74

002576

104455
000033

017240
017540
017242

017544

000004
000001

121104

3760 017310 001413

781

7
PAGE 85

s*FLOAT A 1 THKOUGH IBUS* REGISTER &
;*FLOAT A 0 THROUGH IBUS* REGISTER &

746
747

3769

s*MICRO PROCESSOR IBUS* REGISTER WRITE/READ TEST

60 017130
745 0171;8

769
76
768

10:50

BADHEAD

7
739

21-0CT-81

BEQ

ERROR
TRAP

S(R1),Ré

CSERDF

vens

PUT EXPECTED IN SGDDAT

INTO Ré

:DATA" CORRECT?

:BR IF YES

;ERROR

CIXMBAO_KMC11-8 STATIC
PART]
CZKMBA.P11
20-0CT-81 16:58

3791

3192

3793
3794

3795
79
797
798
799
1

g
S
06

017342

01734

017346
01735

017350
017352
01735,
017356
01730

017362

017364

o7
017364
017

017366
017366

MACY11 30A(10S2)
21-0CT-81
HARDWARE TESTS

JWORD

00577

011230
104410
000012
00510
000241
106105
001337

104405
104401

688:

10001$:
ENDTST
L10072:

10:50

EM27

TRAP
.WORD
oM
cLC
ROLB

CSESCAPE
10001$-.
RS

ERR27
SEG

BNE

RS
678

TRAP

(SESEG

TRAP

CSETST

ENDSEG

PAGE 86

WORD

.WORD
ESCAPE

;CHANGE TO FLOATING 1
:CLEAR CARRY
:SHIFT BIT IN RS

:IF RS=0 THEN DONE

SEQ 0086

CZKMBAC kMCi1-8B STATIC

CZKMBA.P11

PART1

20-0CT-81 16:58

MACYTT 30A(1052)

21-0CT-81

10:50

HARDWARE TESTS

017370

SEQ NO87

BADHEAD

sarnttkasnstvtecrees

017370
017370

832

83
834
:

BGNTST
T19::

017370
017376
017402

012737
012705

8};235

104404

817414
17450
017424
0174 3
8171.
17436

010561
1211§s
010537

002612

MoV
RS.4(R1)
ROMCLK
121100!5
ROMCLK
121005 ! <5%20>
MOV
RS,$GDDAT

017444

123704

002612

CMPB

017450

01745
017470

001413

"5?3

106105

17512
17514

104405
012705

104404

:
:

17
17

805105
10561

.
:
:

:
:
:

17; 8

17
17
17

. gg

17542

17 go

859

17544

017554

};§§

1 115;

1161

33 7

1413

104455

#5.MR0
#1.RS

TRAP

(S$BSEG

MYINT
BGNSEG

S(R1).Ré&

$GDDAT,.R4

BEQ

658

ERROR
TRAP
.WORD

658:

anannnanctancnnnnene

100008
:

000001

000004

snrnanaswnancvnannnen

;MASTER CLEAR M8200,4.6,7
:SAVE REGISTER ADDRESS FOR TYPEOUT
:START WITH BIT 0

:PUT PATTERN INTO PORT4
:NEXT WORD IS INSTRUCTIONn, BBN
:MOV DATA TO IBUS* REGISTER 5
sNEXT WORD IS INSTRUCTION, BBN
:READ FROM IBUS* REGISTER S
;PUT EXPECTED IN $GDDAT

;PUT "FOUND'* INTO Ré

:DATA CORRECT?

:BR IF YES

.WORD
.WORD
ESCAPE
TRAP ~
.WORD

EM27
ERR27
SEG
CSESCAPE
100008-.

ROLB

:SHIFT

;CLEAR CARRY

BIT IN RS

BNE

64$

:IF RS=0

TRAP
MOV

csesgc
#.R

:START WITH 8IT 0

TRAP

($BSEG

com
MOV

RS
R5.4(R1)

ENDSEG

m%
121100!5
ngn&x

121005

002612

MOV

2612

CMP8

*ERROR

BGNSEG

67%:

TEST

27
CSERDF
27

cLC

121105

010537

MSTCLR
MOV
MOV

MOVB

001341

1751
1751

000004

104410
10

17510

.
:

104455

000033
305774
011230

002576

11g1oa 000005

17472
17474
17476
81 7588
17500
817502

17504

000005
000007

121105

:
.
:
.
:

BADHEAD

sentntawnanvveerenet

017440

TEST

s*MICRO PROCESSOR IBUS* REGISTER WRITE/READ TEST
s*FLOAT A 1 THOUGH IBUS* REGISTER S
s*FLOAT A 0 HROUGH IBUS* REGISTER S

017370

0174
01741

PAGE 87

MOVB

! <5+20>

RS,SGDDAT

THEN DONE

;PUT PATTERN INTO PORT4

sNEXT WORD IS INSTRUCTION
gau
;MOV DATA TO IBUS* REGISTER
sNEXT WORD IS INSTRUCTION,

;READ FROM IBUS* REGISTER'S

;PUT EXPECTED IN $GDDAT

S(R1),Ré4

:PUT "FOUND'* INTO R4

gso

rm'n j

CSERDF

:BR IF YES

AT.RG

-DATA CORRECT?

KHC‘II-S STAT]S PART1
KMBA.P11
0-0CT-81 16:58

017602
17

1761
17610
81761
17614

017616
017
017622

017624

017624
017624
017626
017656
017626

MACYT1 30A(1052) 21-0CT-81
HARDWARE TESTS

.WORD

11230
104410
1‘;’
10

.WORD

68$:

000241
106105
001337
104405

104401

100018:
ENDTST
L10073:

.WORD

ESCAPE
TRAP
.WORD
CoM

10:50

7
PAGE 88

EM27

ERR27

SEG
CSESCAPE
10001$-.
RS

CLC
ROLB
BNE

RS
67%

TRAP

CSESEG

TRAP

CSETST

ENDSEG

sCHANGE TO FLOATING 1

sCLEAR CARRY
sSHIFT BIT IN RS
;IF R5=0 THEN DONE

SEG 0088

{

CZKMBAO KMC11-8 STATIC PART1
(ZKMBA.P11
20-0CT-81 16:58

3879

MACY11 30A(1052)

HARDWARE TESTS

017630

5
7
9

017630
017630

BGNTST
T20::

017630

0176

01765
017652
817654

0212737
012705

——

WO
=

=00 WW
wWn
NN

#10,MRO

MYINT
BGNSEG
TRAP

(S$BSEG

MoV

MOV

O&fHlwn

65%:

100008:

67%:

#141,4(R1)

RS.$GDDAT

#141,$GDDAT
S(R1).Ré&

BEQ
ERROR

658
27

.WORD
.WORD
.WORD
ESCAPE

27
EM27
ERR27
SEG

CLC
ROLB
BNE
ENDSEG

RS
648

TRAP

RS.4(R1)

BIC
MOVB

CMP8

WWN=0O0

#1.,RS

ROMCLK
121100!10
ROMCLK
1210
! <10+
05
20>

TRAP
LWORD

TRAP

MOV
BGNSEG

VOO0

017720
017724
017726
817746
01774
01775
017752
017754
017754
817756
017760
817762
17764
017766

MoV

BIC

000004

002612

NOVWS
NN -

905
909
907
3908
909
910
911
91;
913
914
915
919
91
}s

:
648

=588 °383 SRS
FRY

o
390§
017706
904 017714

000
000141

MSTCLR

MOV

121110

017674

000001

002576

104404

017
0176

000010

SE -2
L
&~ :z‘d
NWWN

900

SEQ 0089

Jensannnnenenttreatr

0176

PAGE 89

TEST

snennncnsnnnenncrnne

wnnannanneensensnens

s*MICRO PROCESSOR IBUS* REGISTER WRITE/READ TEST
s*FLOAT A 1 THOUGH IBUS* REGISTER 10
:'Flflzz A 0 THROUGH IBUS* REGISTER 10

010561
3 She 0462761
8

sennantnansantnceees

7 Sl

95
9
5

10:50

BADHEAD

388

21-0CT-81

TRAP

COM

MOV
BiC

$GDDAT.Ré

CSERDF

CSESCAPE
1
-

CSESEG

#1.R5

MOV

BIC
MOVEB

sMASTER CLEAR M8200,4,6,7
sSAVE REGISTER ADDRESS FOR TYPEOUT

sSTART WITH BIT 0

:PUT PATTERN_INTO PORT4
:CLEAR UNWANTED BITS
:NEXT WORD IS INSTRUCTION, BBN
:MOV DATA TO IBUS* REGISTER 10
:NEXT WORD IS INSTRUCTION, BBN
:READ FROM 1BUS* REGISTER 10
:PUT EXPECTED IN $GDDAT
+o.sCLEAR UNWANTED BITS

:PUT

"FOUNDTM" INTO Ré

:DATA CORRECT?
:BR IF YES
:ERROR

:CLEAR CARRY
sSHIFT BIT IN RS
;IF R5=0 THEN DONE

sSTART WITH BIT 0

($BSEG

R5,.4(R1)

#141,4(R1)

5.1
121%55!<10~20>

002612

TEST

RS,SGDDAT

#1471, SGDDAT
S(R1J.Ré&

;PUT PATTERN INTO PORT4
:CLEAR UNWANTED BITS
SNEXT WORD IS INSTRUCTION

asu

;MOV DATA TO IBUS* REGISTER 1

sNEXT WORD IS INSTRUCTION, BBN
sREAD FROM IBUS* REGISTER 10
:PUT EXPECTED IN SGDDAT
.o
s CLEAR UNWANTED BITS
sPUT "FOUNDTM INTO R4

CZKMBAO KHCH-S STATIC PART]
CZKMBA.P11
0-0CT-81 16:58

MACY11 30A(1052) 21-0CT-81
HARDWARE TESTS

‘1)83704 002612

CMPB

10:50

SGDDAT,.Ré

3415

BEQ

688

104455

TRAP

CSERDF

ERROR

0009;3
005774

011230
104410
000912
005105
000241

WORD
.WORD

106105

001331

104405
1046401

ERR27

TRAP
.WORD
COM
cLC
ROLB

CSESCAPE
10001$-.
RS

BNE
10001$:

ENDTST

L10074:

ENDSEG

PAGE 90
SEQ 0090

DATA CORRECT?

:BR IF YES
*ERROR

27
EM27

.WORD

ESCAPE

688:

SEG

678

TRAP

(SESEG

TRAP

CSETST

;CHANGE TO FLOATING 1
:CLEAR CARRY

sSHIFT BIT IN RS

:IF RS=0 THEN DONE

| CZKMBAO KMC11-8 STATIC PART 1
CZKMBA.P11

20-0CT-81 16:58

MACY11 30A(1052)

21-0CT-81

10:50

HARDWARE TESTS

PAGE 91

SEQ 0091

19792; 020120

BADHEAD

395

:*MICRO PROCESSOR IBUS* REGISTER WRITE/READ TEST

sentstscensndseeeved

2
3

s*FLOAT A 1

TEST

271

senncnncennacnennnnse

THOUGH IBUS* REGISTER 11

;*FLOAT A 0 THROUGH IBUS+* REGISTER 11

BADHEAD

srattnananennencenen

SGNTST
T21::

012737
012705

000011
000001

002576

MYINT

BGNSEG

104404

010561
042761

648:

000004
000222

042737

116104
04;704
123706

001415

002612
000222
000005
000020
002612

MOV

BIC
MOVB
BIC
CMPB

BEQ

ERROR
TRAP

.WORD

.WORD
.WORD

100008:

000001

§:g 61 000222
000004

67%:
000004

121

006525 002612

RS, SGODAT

#2252, $GDDAT
S(R1).R&

#20 R4
SGDDAT.Ré4

gss
27

sPUT PATTERN INTO PORT4
sCLEAR UNWANTED BITS
sNEXT WORD IS INSTRUCTION

: CLEAR UNWANTED BITS
:C

sPUT "FOUND'* INTO Ré

:DATA CORRECT ?

:BR IF YES

CSESCAPE

648

sCLEAR CARRY
sSHIFT BIT IN RS

:IF R5=0

(CSESEG

!&sss
o
TRAP

THEN DONE

sSTART WITH BIT 0

($BSEG

com
MOV
BIC

RS
R5,4(R1)

#282,4(R1)

121100111
13105'5( 1<11220>

MOV
BIC

88N

sNEXT WORD IS INSTRUCTION, BBN
sREAD FROM IBUS* REGISTER 11
sPUT EXPECTED IN SGDDAT

TRAP

sSAVE REGISTER ADDRESS FOR TYPEOUT

sSTART WITH BIT 0

EM27
ERR27

JWORD
CLC
ROLB

ENDSEG

sMASTER CLEAR MB200,4,6.7

:ERROR

CSERDF

SEG

BNE

104404

DA
D
BB

65%:

anenananenecenannene

;MOV DATA TO IBUS* REGISTER 11

ESCAPE

TRAP ~

1 1‘;
001383

RS,4(R1)

#222.4(R1)

121005
! <11+20>

002612

($BSEG

ROMCLK

104410
10

5105

#11,MR0
#1.RS

121150!11

008972
011230

10561

MoV
ROMCLK

10445;

104405
012705

TRAP

BIC

121111
121225
010537

MSTCLR

MOV
MoV

TEST

RS,

sPUT PATTERN INTO PORT4
sCLEAR UNWANTED BITS
sNEXT WORD IS INST
sMOV DATA TO IBUS
NEXT

$SGDDAT

#222,$GDDAT

104405

020420

104401

5 g

27
(CSERDF

100018
:

ENDTST

L10075:

CLC

:DATA CORRECT?

:BR IF YES

*ERROR

27
EM27

;ADD THESE BITS
;PUT "FOUND'* INTO Ré

ROLB

RS
67%

TRAP

CSESEG

TRAP

CSETST

[

6
6

ERROR
TRAP

COM

PAGE 92

ggonf.m.

.WORD
-WORD

68$:

#20,$GDDAT
S(RT).R4

wvim

011

SEQ@ 0092

104455

005

10:50

CMPB

BEQ

76
76

BIS
MOVvB

M.
(7]

54
72

002612

N=OVB®NC
VS W=D

1415

g (1,82704 003612

(- A
TRV
NT.. )

J\J\J\J\bsl\bbbbb
OO0000C
00000
SOO
WNIANINANINNNONO
RN

01
13

000020
S

21-0CT-81

HARDWARE TESTS

4015
4019

052737
116104

NoRoaa

4014

34
2

32§‘-':§ 3

4.015

T-81 16:58

558

4011

401

OOOOOOOOOOOOOOOOOOOOO

(ZKMBA.P11

MACYT1 30A(1052)

STATIC PART1

(ZKMBAO KMC11~B

sCHANGE TO FLOATING 1
sCLEAR CARRY

sSHIFT BIT IN RS
:IF R5=0 THEN DONE

CZKMBAO KMC11-8 STATIC PARTI1
CZKMBA.P11
20-0CT-81 16:58

4033
40
4035
40
4037
4038
4039
4040
4041

4048

020422

SEQ 0093

020422

4054
4055
4056
4057
4038
4059
4060
4061
4062
4
406%
4065
4
4
4
4
4070
4071
407
4073
4074
4075
407
407

020464
020466
020472
020476
020502
0205
020522
020524
020526
0530

020532
020532

534
5
560
42
44
44
44
020346

02085

TEST

sannnvsantnnnnnnnnen

wnsnnnnnnnatvonntass

BADHEAD

JERRRAARRRRARRCRCRRY

03055

PAGE 93

s*MICRO PROCESSOR IBUS REGISTER WRITE/READ TEST
s*FLOAT A 1 THOUGH IBUS REGISTER 0
;*FLOAT A 0 THROUGH IBUS REGISTER 0
TCOST

??Znsr

012737
012705
;

000000
000001

104404

MSTCLR

002576

010561

000004

021005
010837
116104
123704
001413

002612
000005
002612

1032 050436 122100
5085 050480

104455
000035
00605
011450

122100

(SBSEG

100008:

000001

;PUT PATTERN INTO PORT4
sNEXT WORD IS INSTRUCTION,
;MOV DATA TO IBUS* REGISTER 0
sNEXT WORD IS INSTRUCTION, BBN
;READ FROM IBUS* REGISTER 0
+osPUT EXPECTED IN SGDDAT

BEQ
ERROR

:BR IF YES
*ERROR

S(R1).Ré4
$GDDAT,.R4

33‘

TRAP
.WORD
.WORD

CSERDF
29
EM29

ESCAPE

SEG

000004

18 sue
‘1,53704 002612

104455

ENDSEG
TRAP

648
CSESEG

MOV

#1.R

TRAP

($8SEG

coM
MOV

RS
RS.4(R1)

BGNSEG

67$:

;MASTER CLEAR COMM. MICRO-PROCCESSOR FAMILY

:SAVE REGISTER ADDRESS FOR TYPEOUT
:START WITH BIT 0

MOV
RS.4(R1)
ROMCLK
122100
ROMCLK
21005
MOV
RS.S$GDDAT

BNE

‘
4085

1413

TRAP

MYINT
BGNSEG

cLC
ROLB

104404
05105
10561

#0.MRO
#1.RS

.WORD

000010
41
106105
001341

104405
012705

MOV
MOV

MOVB
CMPB

658:

104410

4080

BADHEAD

020422

020426
0
020440
020444
020444
020446
020446

10:50

sERARRARRARavRnttene

4044
4045
4046
4047
4048
4049
4050

4078

MACY11 30A(1052)
2 1-0CT-81
HARDWARE TE STS

mks

1221

MOV
MOVB
CMPB
BEQ
ERROR
TRAP

"FOUND''
INTO Ré
:DATA CORRECT?

;CLEAR CARRY
:SHIFT BIT IN RS

:1F R5=0 THEN DONE
:START WITH BIT 0

:PUT PATTERN INTO PORT4

:NEXT WORD IS INSTRUCTION,

BBN

:MOV DATA TO IBUS* REGISTER 0

moo?‘

;PUT

sNEXT WORD IS INSTRUCTION,

RS,$GDDAT
S(R1),.Ré4
DAT.R4
CSERDF

sREAD FROM IBUS* REGISTER 0

vosPUT EXPECTED IN SGDDAT
-DATA CORRECT?
:BR IF YES
*ERROR
;PUT *FOUND'* INTO R4

CZKHBAO KMC11
CZKMBA.P11

200161 16:58
PART1

MACY11 30A(1052)

HARDWARE TESTS

68$:

10001s$:
ENDTST

L10076:

10:50

29
EM29
ERR29
SEG

.WORD
CoM
CLC

100018-.
RS

TRAP

FAGE 94

CSESCAPE

BNE

678

TRAP

CSESEG

TRAP

CSETST

ENDSEG

SEQ 0094

.WORD
.WORD
.WORD
ESCAPE

ROLB

\nLa

S NOON NN

0206
0206

020656
020656
020660
020660
020660

21-0C7-81

sCHANGE TO FLOATING 1
sCLEAR CARRY
;SHIFT BIT IN RS

:IF RS=0 THEN DONE

(ZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11
20~0CT-81 16:58

4105

1.109

MACY11 30A(1052)
21-0CT-81
HARDWARE TESTS

020662

4110

4111

sERRARAARARnAteeeens

4119

4117

4118
4119
4120
4121

41 i
4123
4124

4125
41 9
41

4128

4129

4130

4131
4135

020662

BADHEAD

BGNTST

020662

020662
0666

0 0974

020 80
020704
020704
80706

0706
02071

8 ""8

0207
0724
0726
020732

020736

020742

80744
0762

T23::

012737

012705

000001

104404

010561

000004

001413

414
4148

4149
4150
4151
4.1s§
415
4154
4155
4159
415

4158

4159
4160

TEST

3232233223222 2323232323

021
02101

1012
021014
021014

021 13
1
1026

1030
021
021 sg
1
1046

02105¢

81054
021072

MOV
ROMCLK

000005

MOVB

BEQ

ERROR
TRAP

658:

104410

000010

104405

012705

ROLB

000001

104404

005105
010561

000004

001413
104455

002612
5
002612

BNE
ENDSEG
TRAP

MoV
BGNSEG
678:

122101
8210 5
10537
116104
123704

ESCAPE
TRAP

.WORD

10000$:

23 1 323 2 1122223222222

sMASTER CLEAR COMM. MICRO-PROCCESSOR FAMILY
;SAVE REGISTER ADDRESS FOR TYPEOUT

;START WITH BIT 0

RS.4(R1)

:PUT PATTERN INTO PORT4
sNEXT WORD IS INSTRUCTION,

sNEXT WORD IS INSTRUCTION, BBN
;READ FROM IBUS* REGISTER 1
vo.sPUT EXPECTED IN S$GDDAT

S(R1).Ré&

;PUT

658

:BR IF YES

$GDDAT,R4

29
(SERDF

BBN

:MOV DATA TO IBUS* REGISTER 1

"FOUND'* INTO R4

:DATA CORRECT?

:ERROR

o
.WORD ERR29

CLC

106105

TEST

(S$BSEG

1221001

104455

001341

4145
4149

MYINT
BGNSEG
TRAP

CMPB

1002
021004

021004
81001.

64$:

#1.RS

002612

000241

4143
4144

MoV

123704

0776

4141
mg

#1,MR0

002612

116104

1380

MSTCLR

[

ROMCLK
21005 <1220>
MoV
RS,$GDDAT

8772
772

4140

JERARARREARRRSACeeas

021025
010537

41
41

0774

002576

122101

e
4135 8793 o
011450

413

SEQ 0095

:*FLOAT A 1 THOUGH IBUS REGISTER 1
s*FLOAT A 0 THROUGH IBUS REGISTER 1

411§ 020662

4115

PAGE 95

;*MICRO PROCESSOR IBUS REGISTER WRITE/READ TEST

411

4114

BADHEAD

410

4108
4109

10:50

TRAP

SEG
(CSESCAPE

64$
CSESEG

#1.R

nua%x
21005
<1220>
MOV
RS,$GDDAT
MOVB
S(R1),Ré
CMPB
$GDDAT,R4

ERROR
TRAP

:IF RS=0 THEN DONE

:START WITH BIT 0

(SBSEG

com
RS
MOV
RS,4(R1)
nmc%
122100!1

BEQ

;CLEAR CARRY

;SHIFT BIT IN RS

ggs

CSERDF

;PUT PATTERN INTO PORT4
;NEXT WORD IS INSTRUCTION,
BBN
:MOV DATA TO IBUS* REGISTER 1
sNEXT WORD IS INSTRUCTION,
sREAD FROM IBUS* REGISTER 1
;PUT EXPECTED IN SGDDAT
:PUT "FOUND'* INTO R4
:DATA CORRECT?

:BR IF YES

SERROR

CZKMBAO
2
KMC11
CZKMBA.P11

4161
4162
4763
4164
4165
4166
4167
4168
4169
4170
4171
4178
4173
{7k
4175

4176

021074
021076
021100
021102
021102
021106
0211
021110
021112
021114
021116
Qai1te
021116
0a1120
021120

021120

STATIS’PMTI
20-0CT-81
16:58

000035
006054
011450

104410
000012
005105
000241
106105

MACY11 30A(1052) rg;;gfl’-&l
HARDWARE

688:

001337

104405

104401

100018

ENDTST
L10077:

10:50

.WORD
WORD
.WORD
ESCAPE
TRAP
.WORD
coM
cLC
ROLB
BNE
ENDSEG

29
EM29
ERR29
SEG
“CSESCAPE
10001S-.
RS

TRAP

CSESEG

TRAP

_
CSETST

678

8
PAGE 96

sCHANGE TO FLOATING 1
:CLEAR CARRY
SHIFT BIT IN RS

:IF RS=0 THEN DONE

CZKMBAO KMC11-8 STATIC PARTI
CZKMBA.P11
20-0CT-81 16:58

6177
4178
4179
4180

MACYT1 30A(1052)

4194

dddddd—.-‘—.—.wRES288L

VIS W= O VNV
WN—=O

nenanenenenannvnvense

-*MICRO PROCESSOR 1BUS REGISTER WRITE/READ TEST

;*FLOAT A O THROUGH IBUS REGISTER 2

BADHEAD

sErRakantnvanentetnt

11
1

o
1

1
1
1
1

1
1
1

BGNTST
T26::

012737
012705

000002
000001

1046404

010561

000004

002576

648:

MSTCLR
MoV

#2,MRO

TRAP

(S$BSEG

MOV

R5.4(R1)

ROMCLK

122102

122100!2

ROMCLK

21005 <2+20>

MoV
MOVB
CMPB

BEQ

65%:

.WORD

ERR29

TRAP

CSESCAPE

ESCAPE

BNE
000001

ENDSEG

TEST

ananencnnvansnnanvnn

sMASTER CLEAR COMM. MICRO-PROCCESSOR FAMILY
cSAVE REGISTER ADDRESS FOR TYPEOUT

sSTART WITH BIT 0

sPUT PATTERN INTO PORT4
sNEXT WORD IS INSTRUCTION, BBN
sMOV DATA TO IBUS* REGISTER 2
:NEXT WORD IS INSTRUCTION, B8N
:READ FROM IBUS* REGISTER 2
vunsPUT EXPECTED IN SGDDAT

:PUT

"FOUNDTM' INTO R4

:DATA CORRECT?

:BR IF YES
*ERROR

SEG

sCLEAR CARRY
sSHIFT BIT IN RS
:IF R5=0 THEN DONE

648

TRAP
MOV

csss;c
#.R

TRAP

($BSEG

BGNSEG

678:

658

29
CSERDF
29

ROLB

100008:

R5,$GDDAT
5(R1) R4
SGDDAT R4

ERROR
TRAP
LWORD

RS
R5,4(R1?

_;START WITH BIT 0

;PUT PATTERN INTO PORT4
sNEXT WORD IS INSTRUCTION,

sNEXT WORD IS INSTRUCTION,
sREAD FROM IBUS* REGISTER 2

MOVB

;PUT "FOUND'’ INTO R4

MoV

BEQ
ERROR
TRAP

RS,$GDDAT

S(R1),.Ré4

AT,
R4

CSERDF

BBN

:MOV DATA TO IBUS* REGISTER 2

5?38&?(2- >

CMP8
N

BEDBDDDDDDIDDDDDDDDDDDDDIIDDINN

41
41
4

TEST

s*FLOAT A 1 THOUGH 1BUS REGISTER 2

A RS

4190
419
419§
419

PAGE 97
SEQ@ 0097

sttt snsnntvstvee

RSO AN MRONO RO

i
4188

021122

S S SN
O N S VIS
R RO RN

4185
41

10:50

HARDWARE TESTS

i
4184

21-0CT-81

;PU T EXPECTED IN SGDDAT
:DATA CORRECT?

:BR IF YES
;ERROR

CZKHBAO KHC11-S SFATI&'PMH

CZKMBA.P11

0-0CT~

g
g
4235 8

0 1

o
11450

021

00510%

4240
4241
4 4;

4243
42644

4245
4249

4247

4248

021350
021352
021354

000241
106105
001337

021356
021

104405

021

104401

021356
021356

021

MACY11 30A(1052)
21-0C71-81
HARDWARE TESTS

10001$:
ENDTST

L10100:

.WORD
.WORD
.WORD
ESCAPE
TRAP
.WORD
com
CLC
ROLB
BNE
ENDSEG

10:50

29
EM29
ERR29
SEG
CSESCAPE
10001$-.
RS
RS
678

TRAP

CSESEG

TRAP

CSETST

8
PAGE 98
SEQ 0098

sCHANGE TO FLOATING 1
sCLEAR CARRY
sSHIFT BIT IN RS
:IF R5=0 THEN DONE

CZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

4249
4250
4251
4 Sg
425
4254
4255
4 59
4257
4258

SEQ 0099
TEST

snnnnnnencnnenanntnn

;*FLOAT A 0 THROUGH IBUS REGISTER 3
BADHEAD

021362

sERRRRAARRRRRIReneet

021
021

T25::

021400

021404
021404

§‘1|206

1442
1444
1462

MWMOOOOOOOOOOO
o
o ol ol el v el el ) e el el el e e e e e e e wdh s

TEST

wnannnanennavannnans

BGNTST

1464
14¢
147

RS&NERERN
VT
P ¥ 8
i

648 :

TRAP

CSBSEG

MOV

RS5.4(R1)

035
054
11450

NEXT WORD IS INSTRUCTION,
B8BN
READ FROM IBUS* REGISTER 3

MOVB

PUT

CMP8

0000

$GDDAT.Ré

ERROR
TRAP
WORD
WORD
.WORD

ESCAPE

. TRAP

-WORD

CLC

100008 :
000001

67$%:
000004

002612

65%

C‘ES;G
”n,

TRAP

C$BSEG

MOV

BEQ
ERROR
TRAP

ERROR

CLEAR CARRY

SSHIFT IT IN RS
IF R5=0 THEN DONE

sSTART WITH BIT 0

122100: 3
ROMC
21 00&?(3- >

MOVB
CMPB

:DATA CORRECT?

BR IF YES

SEG

TRAP
Mov :

COM

,osPUT EXPECTED IN SGDDAT
"FOUND'' INTO Ré

CSESCAPE

%5
048

ENDSEG

29
CSERDF
29
EM29
ERR29

ROLB
BNE

MoV

65&%

RS.$GDDAT
5(R1) R4

BEQ

65$:

104410

PUT PATTERN INTO PORT4
NEXT WORD IS INSTRUCTION,
MOV DATA TO 1BUS* REGISTER

21005 <3«20>

MOV

104455

MASTER CLEAR COMM. MICRO-PROCCESSOR FAMILY
SAVE REGISTER ADDRESS FOR TYPEOUT
START WITH BIT 0

#3,MR0
#1_RS

ROMCLK

001413

R
e

RRI8

i wvivawvLviwviwaiun
e

147,
47
474

MSTCLR

MoV
MoV

MYINT
BGNSEG

§ i 010561
$ il 122103
90 8 1424 021065
7 0026
g gl 01053
116104
7 8 14 123704

~
SSRGS SRR RERZEZIIIF
AN

8
PAGE 99

:*MICRO PROCESSOR IBUS REGISTER WRITE/READ TEST
:*FLOAT A 1 THOUGH IBUS REGISTER 3

104404

bbb&bbbbbbb%bbbb&&&&bbbb&bbbbbb&bbbbbbb&bb

senkrntranvavtetenes

56
64

10:50

BADHEAD

4261 8 1292
65

21-0CT-81

HARDWARE TESTS

021362

012737
012705

4 6§

MACY11 30A(1052)

RS,$GDDAT

S(R1) R4
DAT,RG

CSERDF

sPUT _PATTERN INTO PORT4
sNEXT WORD IS INS TRUCTION

:MOV DATA TO IBUS* REGISTER gau

;NEXT WORD IS INSTRUCTION, BBN
;READ FROM IBUS* REGISTER 3
;PUT EXPECTED IN SGDDAT
;PUT "FOUND"' INTO Ré
;DATA CORRECT?

:BR IF YES
ERROR

KMBAO

KMC11

KMBA.P11

021574

0 1258
1

11
1;

13
14

19
17
13
19

1605
1602

1604

1608
1610

021612
027614

021616

021616
021616
0 1630
021620

021620

STAHS PART1

0-0CT-81 16:58

MACY11 30A(1052)

HARDWARE TESTS

011450

104410

68$:

.WORD

ERR29

ESCAPE
TRAP

.WORD

510
000241

oM
CLC

106105
001337

104401

.WORD

88001%

104405

21 =0CT-81

10001$:

ENDTST
L10101:

10:50

8
PAGE 100

EM29

SEG
CSESCAPE

10001%-.

ROLB
BNE

RS
678

TRAP

CSESEG

TRAP

CSETST

ENDSEG

sCHANGE TO FLOATING 1
:CLEAR CARRY

sSHIFT BIT IN RS
:IF R5=0 THEN DONE

SEQ 0100

lalal

ZKMBAO KMC11

ZKMBA P11
4321

STATIC PART1

0-0CT-81 16:58

MACY11 30A(1052)

HARDWARE TESTS

021622

4328

4
4

16
16

012737
012705

1644

104404

1643
165

010561

1646

4341

4
4344
4345

4
4

(349
6350

4351

4;5;
435
4554

4355
4 59
435
4 23

1656

122104

1664

021105

1660

1666
1672
1976

1702
704

¢ s
7

7
740
7642
744

744
7644
7646
75
752
754
754
753

793

4
@

7
776
772

}‘

4376

4
4

010537
11?104
123706

001413

000004
000001

000004

002576

648:

C$BSEG

MOV
ROMCLK

R5.4(R1)

002612
000005
002612

MOV
MOVB
CMPB

BEQ
ERROR

worp
.WORD

658%:

.WORD

ESCAPE
TRAP
.WORD

100008:

000001

104404

67%:

000004

122104

CLC
ROLB
BNE
ENDSEG

RS ,SGDDAT
S(R1) R4
SGDDAT R4

65$
29

55
EM29

002612

anenanavanananenseny

sMASTER CLEAR COMM. MICRO-PROCCESSOR FAMILY

sSAVE REGISTER ADDRESS FOR TYPEOUT
sSTART WITH BIT 0

sPUT PATTERN INTO PORT4
sNEXT WORD IS INSTRUCTION,

BBN

sNEXT WORD IS INSTRUCTION,

BBN

sREAD FROM IBUS* REGISTER &

sPUT EXPECTED IN SGDDAT
sPUT "FOUND'' INTO R4
:DATA CORRECT?

:BR IF YES
;ERROR

ERR29

SEG

CSESCAPE
-.

RS
648

sCLEAR CARRY
sSHIFT BIT IN RS
;IF R5=0 THEN DONE

TRAP
MOV
BGNSEG
TRAP

CSESEG
#1.,R

sSTART WITH BIT 0

CoM
MOV
ngm.x

RS
R5.4(R1)

C$BSEG

1221004

13;82 000005
1
002612

TEST

cMOV DATA TO IBUS* REGISTER &

21005 !<4=20>

241
106105
001341

211g5
10537

TRAP

ROMCLK

104410

5105
10561

#4 ,MRO
#1.R5

1221004

011450

104405
012705

MSTCLR

MoV
MoV

MYINT
BGNSEG

051755 000033
7 8 0060;4

4
4
4
4
4
4
4
4

BGNTST
T26::

1626
16

4340

BADHEAD

sERRRRtRannAnanevreet

1640
1644

4
4

SEQ 0101

;*FLOAT A 0 THROUGH IBUS REGISTER &

021622

4
4

8
PAGE 101

s*MICRO PROCESSCR IBUS REGISTER WRITE/READ TEST
s*FLOAT A 1 THOUGH IBUS REGISTER &

4
4

sttnananannnsnneveenr TEST 26 sencavcnannnnoavanenn

4325

10:50

BALHEAD

4
43264

21-0CT-81

mgx
21005 ! <4+20>

MoV

MOVB
CMPB

1413

geugm

104455

TRAP

R5,SGDDAT

S(R1) R4
AT, R4

CSERDF

;PUT PATTERN INTO PORT4
sNEXT WORD IS INSTRUCTION,

BBN

:MOV DATA TO IBUS* REGISTER &

sNEXT WORD IS INSTRUCTION,
sREAD FROM IBUS* REGISTER &
sPUT EXPECTED IN SGDDAT

;PUT “FOUND'* INTO R4
:DATA CORRECT?

;gn IF vES

— -y

noth

MACY11 30A(1052)

HARDWARE T

OO00O0DOOLOOOOO

R .:

—

g
©

68%:

33PN

22388Qfimffi-fiz‘a‘:: ;

BESSSNSSS
SN
etk
¥

\slial
~NN

IC_PART?
-81 16:58

21-2(7-81
29
EM29
ERR29

TRAP

CSESCAPE

comM

ESCAPE

ENDTST

L10102:

BNE
ENDSEG

PAGE 102
SEQ 0102

WORD
.WORD
.WORD

CLC
ROLB

10001$:

10:50

SEG

RS
67%

TRAP

CSESEG

TRAP

CSETST

;CHANGE TC FLOATING 1

;CLEAR CARRY
sSHIFT BIT IN RS
;IF R5=0 THEN DONE

| CZKMBAO KMZ11-8 STATIC PART1
(ZKMBA.P11
20-0CT-81 16:58
4393
639

MACYT1 30A(1052)

21-0CT-81

10:50

HARDWARE TESTS

PAGE 103

SEQ 0103

022062
srttstssennantnvneee

TEST

sasasenscvencennnensn

;*MICRO +ROCESSOR IBUS REGISTER WRITE/READ TEST
s*FLOAT A 1 THOUGH IBUS REGISTER S
4398
4399
4400
4401

;*FLOAT A 0 THROUGH IBUS REGISTER S

022062

BADHEAD

sEndnssvannanrevveer

6
4402 0 06§
4 e 012737 000005

4407
4408
4409
4610

0220

012705

022104
022104
022106
0
103

010561

puct4

#1.RS

648:

TRAP

(SBSEG

MOV

RS.4(R1)

ROMCLK

12218235

21005 !<5+20>

00261 2
00000 5
00261 2

MOV

RS,$GDDAT

CMPB

S$GDDAT.R4

MOVB

BEQ

ERROR

oMV

65%:

L
=t

MYINT

ggd

KRN

[= 1 Y
OoN—
b
WO
&N N = A -2
AN
-

000004

—-N"=00

0
0

176

MSTCLR

MOV

g
FS

S
L
¥ O

44
44
4429
4430

i
s
“h ; 8 174
1

2 et

022142
022144
022162
PININININININININININININININININININI
NI NINI NI NI NN NI N

“13
4619
4420

—_—

s sone
4419 022136
022124

002576

BGNSEG

104404

1
441§ 8 128 122105
4414

000001

BGNTST
127::

100008:

67%:

ERR29

TRAP
LWHORD

CSESCAPE
1
-

648

TRAP

CSESEG

r'wi'

C$BSEG

CMPE
8EQ

ERROR
TRAP

“FOUND'' INTO Ré
-

2DATA CORRECT?

:ERROR

SEG

BNE

com

sPUT PATTERN INTO PORT4
sNEXT WORD IS INSTRUCTION, B8BN
MOV DATA TO IBUS* REGISTER S
sNEXT WORD IS INSTRUCTION,
sREAD FROM IBUS* REGISTER S
._;PUT EXPECTED IN SGDDAT

:BR IF v

sCLEAR CARRY
SSHIFT IT IN RS
:IF RS=

mov : #1.RS

000001

sMASTER CLEAR COMM. MICRO-PROCCESSOR FAMILY
sSAVE REGISTER ADDRESS FOR TYPEOUT
sSTART WITH BIT 0

658

.WORD

ENDSEG

ancncncenncnnnsnccen

sPUT

CSERDF

CLC
ROLB

S(R1).Ré&

TRAP

ESCAPE

JEST

THEN DONE

sSTART WITH BIT 0

:PUT PATTERN INTO PORT4
SNEXT WORD IS INS TRUCTION
gm
H. 0 DATA TO IBUS* REGISTER
sNEX T WORD IS INSTRUCTION, BBN

f.R4
CSERDF

sREAD FROM IBUS* REGIS TER 5
PUT EXPECTED IN SGDDAT
:PUT *FOUND * INTO R
-DATA CORRECT?

:BR If YES
*ERROR

| CZKMBAD KMC11-8 STATIC PARTI
| (ZKMBA P11
20~-0CT-81 16:58

4449

01145¢C
1046410

0
0

4460

4461
4462
4463
b4

.WORD

4451
445
445

4457
4458
445

30A(1052)
21-0CT-81
HARDWARE TESTS

4450

4454
4655
4h

MACYTT

0
0

.WORD

68$:

88201%
10
000241

104405
104401

100018
:
ENDTST
L10103:

PAGE 104

EM29

.WORD
ESCAPE
TRAP

ERR29
SEG
CSESCAPE

com
CLC

.WORD

106105
001337

10:50

100018-.

ROLB
BNE
ENDSEG

RS
678

TRAP

CSESEG

TRAP

CSETST

<CHANGE TO FLOATING 1
sCLEAR CARRY

SSHIFT BIT IN RS
:IF R5=0 THEN DONE

SEQ 0104

| CZKMBAO KMC11-B STATIC PART1
(ZKMBA.P11

4465
ah

20-0CT~81 16:58

MACYS1 30A(1052 )
21-0CT-81
HARDWARE TESTS

022322

10:50

PAGE 105

SEQ 0105

BADHEAD

sentansnnnnnntseteee

TEST

snanssnncnnnennnnens

:*MICRO PROCESSOR IBUS REGISTER WRITE/READ TEST

s*FLOAT A 1

THOUGH IBUS REGISTER 6

:*FLOAT A 0 THROUGH IBUS REGISTER 6

022322

BADHEAD

i
NSO *’ufluvfip
SONNNN

T28::

012737
012705

000006
000001

MSTCLR

MOV
MoV

002576

SIIING

2 BB

b el e

d o

v ViViV

#6.MRO
#1.RS

MYINT

BGNSEG

104404

010561

000004

64%:

TRAP

(SBSEG

RS.4(R1)

sevacnsnnnnsnanenens

S(R1).Ré&

658

:BR IF VES

12210016

21005!<6+20>

MOV

RS,$GDDAT

CMPB

SGDDAT.R4

KRR

MOVB

BEQ

ERROR

.WORD
.WORD
ESCAPE
TRAP ~
LWORD

EM29
ERR29
SEG
CSESCAPE
1
-

TRAP

658:

ROLB

100008:

TRAP

MOV

000001

000004

ENDSEG

67$:

BGNSEG
TRAP

CSERDF

648
(CSESEG

M.R

132500:6 :
21005 5%'<6+20>
<620:

RS,$GDDAT

MOVB
CMPB

S(R1),.Ré&
$GDDAT,.Ré

TRAP

CSERDF

BEQ
ERROR

:DATA CORRECT?

;ERROR

sCLEAR CARRY
sSHIFT BIT IN RS
:IF R5=0 THEN DONE

sSTART WITH BIT 0

($BSEG

coMm
RS
MOV A R5.4(R1)

MOV

sMASTER CLEAR COMM. MICRO-PROCCESSOR FAMILY
sSAVE REGISTER ADDRESS FOR TYPEOUT
sSTART WITH BIT 0

;PUT PATTERN INTO PORT4
sNEXT WORD IS INSTRUCTION, BBN
:MOV DATA TO IBUS* REGISTER 6
sNEXT WORD IS INSTRUCTION, BBN
sREAD TROM IBUS* REGISTER 6
+usPUT EXPECTED IN SGDDAT
;PUT "FOUND'' INTO R4

mk“

BNE

ENBB DD

TEST

BGNTST

OO000000O0OVOOOOOOOOO

WD
=

SRRR

senstnnndnanatneeess

;PUT PATTERN INTO PORT4
:NEXT WORD IS INSTRUCTION,

BBN

;MOV DATA TO IBUS* REGISTER 6

sNEXT WORD IS INSTRUCTION, BBN
sREAD FROM IBUS* REGISTER 6
v
sPUT EXPECTED IN SGDDAT

;PUT

“FOUND"*

:BR IF YES
:ERROR

INTO R4

-DATA CORRECT?

CZKMBAO KMC11-8

CZKMBA.P11
4521
45

4524
4525

4535

45 9
45
4528
4529
45
4531
45 g
45
45
4535
4536

STATI

PART1

-30~0C7-81 16:58

gg
5

000035
006054

540 011450

Sbs
542

544
346
8 550
552
354
556
556
356
022560
0 5560
022560

MACYT1 30A(1052)
21-0CT-81
HARDWARE TESTS

104410
000012
005105
000241
106105
001337

104405
104401

68%:

100018:
ENDTST

L10104:

.WORD
.WORD
.WORD
ESCAPE
TRAP
.WORD
coM
CLC

10:50

29
EM29
ERR29
SEG
CSESCAPE
100018-.
RS

ROLB
BNE
ENDSEG

RS
678

TRAP

CSESEG

TRAP

CSETST

PAGE 106
SEQ 0106

; CHANGE 10 FLOATING 1
;CLEAR CARRY
JSHIFT BIT IN RS
;IF RS= 0THEN DONE

CZKMBAO KMC11-B STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

022562

02256

604
604

002576

000004

MOV
Mov

S
67

67
674
958

702

o
5704

:
648

MOV

RS,4(R1)

2358
WL

MOV

RS,.$GDDAT

CMPB

$GDDAT R4

MOVB

000001
67%:

sannnnenannanannnens

sMASTER CLEAR COMM. MICRO-PROCCESSOR FAMILY
-SAVE REGISTER ADDRESS FOR TYPEOUT

sSTART WITH BIT 0

;PUT PATTERN INTO PORT4
sNEXT WORD IS INSTRUCTION,

;PUT "FOUND’* INTO R4

BEQ
ERROR

65%
29

:BR IF YES

WORD
.WORD
WORD

29
EM29
ERR29

TRAP
WORD
CLC
ROLB
BNE

CSESCAPE
100008-.

RS
648

sSHIFT BIT IN RS
:IF R5=0 THEN DONE

TRAP
MoV c

CSESEG
#1.RS

sSTART WITH BIT 0

TRAP

C$BSEG

ESCAPE

ENDSEG

BBN

;NEXT WORD IS INSTRUCTION, BBN
;READ FROM IBUS* REGISTER 7
;PUT EXPECTED IN $GDDAT

S(R1) R4

TRAP

65%:

TEST

:MOV DATA TO IBUS* REGISTER 7

21005!<7+20>

002612
000005
002612

CSERDF

-DATA CORRECT?

*ERROR

SEG

RS
R5,4(R1)

sCLEAR CARRY

;PUT PATTERN INTO PORT4
:NEXT WORD IS INSTRUCTION,

BBN

:MOV DATA TO IBUS* REGISTER 7

10537
116104
123704

21135

74
74
75
454
022772

C$BSEG

ROMCLK

100008:

[4
[4

TRAP

122100!7
ROMCLK

714
714
713

e
14

#7 .MRO
#1,RS

MYINT

618
6

624
626
632
6
642
644

MSTCLR

BGNSEG

rowrno

4585
45
43
“
“
45
459N
4592

705

000007
000001

BGNTST
T29::

45
45
45

snnnnanenvanannnenesn

THOUGH IBUS* REGISTER 7

sErnakennanavtnevetr

i
4579
i
4573

BADHEAD

=
UwwWhalhun

4563
459
4570
457
4575
457

TEST

;*FLOAT A 0 THROUGH IBUS* REGISTER 7

oON Vi

i
45

SEQ 0107

s*FLOAT A 1

i o

4558
4559
4560
4561
456§
456

9
PAGE 107

;*MICRO PROCEOR IBUS* REGISTER WRITE/READ TEST

02256

4559
455

setasttnnanavanettes

4540
4541
4542
454
4544
4545
4346

4551
455§
455
4554
4555

10:50

BADHEAD

21-0CT-81

HARDWARE TESTS

022562

-_-N=00

2537
5

MACY11 30A(1052)

7%20>
RS,$GDDAT
S(R1) R4

AT ,RG

CSERDF

;NEXT WORD IS INSTRUCTION, B8N
sREAD FROM [BUS* REGISTER 7
:PUT EXPECTED IN SGDDAT
;PUT "FOUND'* INTO Ré
:DATA CORRECT?

:BR IF YES
*ERROR

CZKEAO KHC‘ll-g SYATI
PARTI
S
CZKMBA.P11
0-0CT-81
1
4593

774

45 §
i g
4599 0

4600 8
4601
460, 8

000035

g
s1o§

000241
2 106105
4 001337

60a 053018

4605

023016

MACY11 30A(1052)
21-0(7-81
HARDWARE TESTS

104405

1605 053030
4608 32§ozo 104401

.WORD

688:

10:50

100018: CDSEC
" TRAP

Rt
" TRAP

9
PAGE 108
SEQG 0108

ESCAPE SEG
i
com
RS
i
cLC

ROLB
BNE

RS
67%

(CSESEG

CSETST

;CHANGE TO FLOATING 1

*CLEAR CARRY
:SHIFT BIT IN RS
*IF RS=0 THEN DONE

CZKMBAC KMC11
(ZKMBA.P11

STATIC PART]

0-0CT-81 16:58

MACYTT 30A(1052)

21-0CT-81

HARDWARE TESTS

023022

10:50

PAGE 109
SEQ 0109

BADHEAD

sttt nnnnsvtstence

TEST

annanncensanecnennnsn

s*MICRO PROCESSOR IBUS DUAL ADDRESS TES!
s*WRITE ALL IBUS REGISTERS WITH INCREMENTING PATTERN

i.REARDALL IBUS REGISTERS TO VERIFY CORRECT ADDRESSING

PNOO
NNV

sennsnnnnnnvecenett

TEST

sennancncanacannnenn

—

oguTST

OO SNNNCOCO

808003

sMASTER CLEAR COMM. MICRO-PROCCESSOR FAMILY

000001

;START WITH A ONE

;R2 CONTAINS ADDRESS OF REGISTER

104404

18:

sR3=REGISTER ADDRESS

SWRITE DATA TO PORT4
sCLEAR ADDRESS FIELD OF INSTRUCTION
;ADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION,
BBN

023066

1ZZIOg

5%:

:MOVE DATA TO IBUS REGISTER

;4 TIMES TO GET

023116
(=T
AV LV I FEF S Sy

6$:

a&“fi“fi")

)

OO0 ——

wviviliwv

RS,$GDDAT

S(R1) R4
T.R4

SN—-WU

SRI3R

i=1

1.8

&S &

:SHIFT ADDRESS

SERDF

;1T T0 BITS 4=7
:OF NEXT INSTRUCTION
:CLEAR ADDRESS FIELD
;ADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION,
;READ FROM IBUS REGISTER
vu
s PUT "EXPECTEDTM IN SGDDAT
;PUT “FOUND'* IN R4
1S DATA CORRECT?

BR IF YES

*DATA ERROR

28$:

s INCREMENT PATTERN
s INCREMENT REGISTER ADDRESS
sLAST ADDRESS DONE?

000010

sBR IF NO

100008:

000001

ggg;gg

sRESTART PATTERN TO 1
sRESTART AT ADDRESS 0
023234

38:

SRESTART AT ADDR? SS 0of 1
sCLEAR ADDRESS F ELD F
sADD ADDRESS TO INST RUCTION

CZK

CZKMBA.
4

4669

466

MACY11 30A(1052)

21-0CT-81

HARDWARE TESTS

7s:

4668
669

10:50

MOV

MOVB
CMPB

sNEXT WORD IS INSTRUCTION,

RS,SGDDAT

S(R1) R4
SGDDAT.R4

46
4671
467

BEQ
ERROR
TRAP

s
g‘s,snor

467
467

.WORD
ESCAPE

SEG

4‘2

467

48:

INC

ADD

BNE

4
4

10001$:

ENDTST

TRAP
INC

L10106:

;READ FROM IBUS REGISTER

sPUT txrecreo" IN SGDDAT

;PUT "FOUND'' IN $GDDA
-DATA comecn

:BR IFYES
:DUAL ADDRESSING ERROR

'mf EM30
ERR30

.WORD

PAGE 110

SEQ@ 0110

ROMCLK

2100

ENDSEG

csescm

10001$-.

#20,R3

#7+1.R2

TRAP

CSESEG

TRAP

CSETST

; INCREMENT PATTERN

:NEXT ADDRESS

:ADD 1 TO ADDRESS IN R3(SHIFTED & TIMES)

*LAST ADDRESS DONE?

:BR IF NO

CZKMBAO KMC11-B STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

4690
4691
469
469

MACY11 30A(1052)
21-0CT-81
HARDWARE TESTS

023330

2283

4699
4700

470

4704

4705

JRRARAAAARAcateesenn

023

BGNTST
T31::

3340
023344

4710

4708
4709

471;

471%

3410
12

4715
4719

0
4

2;}

4713

4720

4721
47 ;
47

46
S0
56

472%
4725

56
62

47;
47

94.
0

473
2;1

005037

002632

002634

002640

116137

121265

113137

013705
005105
110561

121100

121101

013705
005105
110561

74 12110;

ggtz.

o1§73

013737

002640

MOVB

002632

5
550
552
554

sosm

592

mi 7
013737

000011
002634

121225
118104

000005

4741
2;:;
4744
4745

novau

121'1:00

"3182

123704
001413

oogsn 2s:

002612

RS.4(R1)

#70.RS

MOV
coM

RS.4(R1)

SIBS13,RS

MOVB
5;

R5.4(R1)

MOV

#10,MRO

'1'?11E

MOV

MOVB

002612

CMPB
BEQ

ERROR
T
WORD
.WORD

002576
002612

3$:

.WORD

MOV
%:
121005
MOVB

1 3233312232232 22223 )

: CLEAR SAVE REGISTERS

: READ IBUS* 10

: SAVE IT

; READ IBUS* 11

: SAVE IT

; READ IBUS* 13

: SAVVE IT

* GET DATA
: MAKE OPPOSITE
* LOAD 0

; LEGAL BITS

: LOAD 1

: GET DATA

: MAKE OPPOSITE
: LOAD 3

; CHECK 10

S18510, $GDDAT

* EXPECTED

5(R1).Ré&

: GET DATA

'1'?:'35'5‘:«0-;»

000005

104455
000033

11;

518510.RS
RS

MOV

MOVE
n?nbx
121101

000004

002632

S(R1),SIBS13

MOV
coM

002640

000010

S(R1).SIBS11

121005 ! <13+20>

000004

47
47
47
473

4740

ROMCLK

000004

504

530

121005 ! <11%20>

000005

4735

MOVB
S(R1),SIBS10
ROMCLK

MOVB

516 121205
520

SIBS13

002634

CLR

SIBS11

ROMCLK
121005 '<10+20>

015705 000070
110561

SIBS10

000005

TEST

: CLEAR M8206

CLR
CLR

121zgs

1212§s

MSTCLR
MYINT

5 116137 000005 002632

4711

SEQ 0111

:«CHECK 18US+10,17.13 FOR ANY CHANGES
BADHEAD

023330

4709
470

471

9
PAGE 111

;*WRITE 1BUS*0.1,5 WITH THE RESPECTIVE COMPLEMENTS OF THESE VALUES

4701
470

BADHEAD
sennennsassnnsneteet TEST 31 sannnvnvcacanansanes
:*IBUS*0-10,1-11,3-13 DUAL ADDRESS TEST
s*READ IBUS*10,11 13 AND SAVE VALUES

469

4695
4696

10:50

$GDDAT,.Ré
g

: READ 10

: CHECK IT

: SKIP IF OK

CSERDF
27

EM27

ERR27

#11 ,MRO
S18511,$GDDAT
! <11+20>
S(R1).Ré&

: CHECK 11
* EXPECTED
: GET DATA

4746
4747
4748
4749

4750
4751
4752

4753
4756
4755
4756
4757
4758
475
4760
4761
4762
4763
4764
4765
47
4767

02
Os 1
023614
0
gz

0
023636
0
0

0
2
023650
023656
0
0
0
0
0%3674
023676
023714
0 718
0237
023722
023724
0 754
023724

0-0CT-81 16:58
(1)83706
1413

104455
000033
005774
01 1;30

000013
002640

121265
116104
123704
001413

000005
002612

104401

2;;(51(7-81

HARDWARE TE

002612

01% 37
013737

104455
000933
005774
011230

MACY11 30A(1052)

(P8
BEQ
ERROR
TRAP

002576
002612

4S:

58:
L10107:

10:50

19
PAGE 112

SE@ 0112
$GDDAT R4
3
27
CSERDF

.WORD
27
.WORD
EM27
.WORD
ERR27
MOV
#13_,MRO
MOV
SIBS13,$GDDAT
ROMCLK
121005!<13+20>
MOVB
5(R1) ,Ré
CMPB
$GDDAT R4
BEQ
58
ERROR
27
TRAP
CSERDF
.WORD
27
.WORD
EM27
.
ERR27
ENDTST
TRAP

. CHECK IT
: SKIP IF Ok

s CHECK 13
; EXPECTED

:
:
s
:

READ 13
GET DATA
CHECK IT
SKIP IF Ok

CSETST

——

(ZKMBA.P11

STATIC PART1

CZKMBAO KMC11-8

CZKMBAO KMC11-8 STATIC PART1

CZKMBA.P11
4768

4;99

4770
4771

477

20-0CT~-81 16:58

MACY11 30A(1052)

21-0CT-81

HARDWARE TESTS

023726

10:50

PAGE 113
SEQ 0113

BADHEAD

sttt sndavenevene

TEST

acvannnanennannantns

;*TEST THE DELAY ON PASS 1 AND REPORT ITS VALUE
BADHEAD

023726

setntnanevdntecteeet TEST 32 sennannnnsananneanen

023726

BGNTST

23726
753

736
742
75
756
756
7
76
796
770
772
776
4000
4004
4003
401
4014
4022
4024
4024

40
48

T32::

005037
012761

002630
000020

000001

013727

002116

005
001375
005367
001367

177772

000004

177756

1%1;25
132761
001140

000020

012727

000372

002116

4
2&2

177772

46046
4052

177756

; CLEAR MB206

CLR
SCLK
MOV
#20,4(R1)
ROMCLK
12111
DELAY
1
MOV
#1,(PC)+
.WORD
O
MOV
LSDLY, (PC)+
WORD
O
DEC
-6(PC)
BNE
.~b
DEC
=22(PC)
BNE
.=20
hgm.x
121005 !<11+20>
BITB
#20,5(R1)
BNE
%
DELAY
50.
MOV
#250.,(PC)+

. CLEAR FLAG
s HIT TIMER

MYINT

121111
012727

MSTCLR

000005

.WORD
MoV
WORD
?.E‘C

O
-e{PC)

DEC
BNE

=22(PC)
-

000372

DELAY
MOV

250,
#250. ,(PC)+

002116

MoV

88011.(?()0

4
4
4074
2 73

177772

41&
41

4113
411
411

41
4134

177756

000372

MOV

: WAIT 25 MSEC

-6(PC)

.~4
-22(PC)

DELAY 25
#250.,(P

C)+

O
5&0!.1.(?00

177756

BNE
?.E‘C

.4
=22(P()

000372

DELAY
MOV

25
#250.,(PC)+

DEC

READ IBUS* 11
CHECK CLOCK
SKIP IF SET
WAIT 25 MSEC

WORD
MOV
. WORD

177772

012727

.WORD
DEC

BNE
Q.G‘C

002116

4124
fi

WORD

:
:
:
:

O
LSDLY, (PC)+

4054
4054

; WAIT 100 USEC

: WAIT 25 MSEC

-6(PC)

; WAIT 25 MSEC

2S=3ngt~2iB.ec5a2t5usZ.eoda58n2sc-a,-s5oea72mC3rR8mgC8REmn3E8ENMREC0ERR.Ewo2c=xsgSoB.aTkN3P5.IS8.R—o¥8Tnv.Yel858P3s,8SR,—y¥&nRNeRP8283o*,2
3N9~sSeN83OS5N03dy055W932e0U5M8OS35o¥0o5v~8i5ON0doS5seDO5eTA53NRSeA082N8O05eAE5~&2R53N8e05C5©850Ns360o8R50n0m50R50TN0LS8M-o60IsS5N0n.R0ySVON5ARSR3EVON5R2S8LEONRYoNKLOR8IESNALRS3NA¥N85NLNANOSB8INN5CAS3YN8ReIO8LNe8Oe®RN8SM2e300eS00N5OT3SN8)LWER8.SNR8RSv8NRS
e@ _ Ds%& -LTeMy~ms)bye‘BysOi—e¥w :Bk-B<WaWtEo)bwtAD[s=y%]P3N=]{AeUiL9RNSS(L—5YY]EAfRW9p.(-—== 3V]eWSR~vS
2 .3 83 " i ”
000020

MACY11 30A{1052)
HARDWARE TESTS

000005

002630

2$:

002604

21-0CT-81
10:50

—

-gO°0CT-81 16:58

STATIC PART1

w wi4[ wX MO

CZKMBAO KMC11-8
CZKMBA. P11
9
PAGE 114

SEQ 0114

1—P-2dy

Q.2 w

(ZKMBAO KMC11-8
(ZKMBA.P11

4880

4,881

488
4883

STATIC PART1
0-0CT-81 16:58

024404

062706

4410
024410

104401

8 4410

000004

MACY11 30A(1052)
21 -gCT-Ol
HARDWARE TEST

4S:

L10110:

10:50

ADD

#6,SP

TRAP

CSETST

ENDTST

9
PAGE 115
SEQ 0115

| CZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11

21-0CT-81

HARDWARE TESTS

10:50

ne
PAGE 116
SEQ 0116

BADHEAD

srrsasseennnnseeeees

TEST

33T

senecencnsccncncones

avencncncncnsacccnne

s*MICRO PROCESSOR BR REgSYER TEST
s*FLOAT A 1 THOUGH THE

;*FLOAT A 0 THOUGH THE BR

BADHEAD

sensnsenananneveeeeer

TEST

MSTCLR
MoV

BGNSEG

~
8
:E
_;V—"RNJ
:2
a GRRYY
8 =2

MYINT

:
648

[y =12

£52

#1,RS

sMASTER CLEAR COMM. MICRO-PROCCESSOR FAMILY

sSTART PATTERN WITH BITO

($BSEG
R5,4(R1)

R5,S$GDDAT

S(R1) ,Ré
$GDDAT
R4

;WRITE PATTERN IN PORT4

ZNEXT WORD IS INSTRUCTION. BBN
;MOVE DATA TO THE BR REGISTER
sNEXT WORD IS INSTRUCTION, BBN
:MOVE BR TO PORT §
v
sPUT "EXPECTED'' IN SGDDAT
;PUT "FOUND'*
IN Ré
IS DATA CORRECT?

:BR IF YES

658:

EEEE

- 3¢ 3

:CLEAR CARRY

sSHIFT BIT IN RS
:DONE IF R5=0
100008
:

000001

69%:

sSTART PATTERN WITH BITC

012705

puerd

67%:

;WRITE PATTERN IN PORT4
SNEXT WORD IS INSTRUCTION

rownnro

SNEXT WORD IS INSTRUCTION,

wno

~Nw

sMOVE DATA TO THE BR REGISTER

SN2
{ =Y

[

SeSEEgRat

061225

;R1_CONTAINS BASE COMM. MICRO-PROCCESSOR FAMILY ADDRES
S

;DATA ERROR

or=
—n—oo

¥
¥
Y
T
BB P
2 T

TRAP

ROMCLK
120500
LK

2”\”\”“\”“\”Vil
s

rRROSR33

4 HE

Fisines

3MBJ<:
SOO RESIXN

BGNTST
733::

4885

16:58

024412

4884

20-0CT~-81

MACYT1 30A(1052)

:MOVE BR T0 PORT 5

sPUT

PUT “EXPECTED"
"FOUND'* IN SGDDAT
-DATA CORRECT?

:BR IF YES

B8N

IN SGDDAT

CZKMBAC KMC11-8 STATIC PART]
(ZXMBA.P11
20-0CT-81 16:58

4940

026614

4961

02461

49%46

4945

o
4947
4948
4969

6
0246
0246
024640

4950 866“
4951
6663
4952

024652

061225

116104

001415

86656
46;6

005005

49
495

497
&

3
006665

47
024704

104406

024674

495

495
4960
4961

478‘

i g
4964

4965

024710

4712

4714

4
b
4970

4716
4718
0247

496

4716

4971
497
497
4976
4975
497
497

024722

497

4
)

678
47

68$:

106410
82 711
m

Iogl
& i
499
4994
4995

TRAP

CSESCAPE

ESCAPE

MOV8
BEQ

104455

006624

708:

000241

001310
10001$:

104405

ENDTST

L10111:

104401

100018-.
240000, (R1)
#40000, (R1)

S(R1) R4
708

TRAP

CSERDF

.WORD
.WORD
CKLOOP
TRAP

EM3
ERR3

CSCLP

coM

ROLB
BNE

RS
67%

TRAP

CSESEG

TRAP

CSETST

CLC

106105

ENDSEG

9
PAGE 117

SEG

CLR

ERROR 3

SEQ 0117

CSERDF
3
EM3
ERR3

061225

000005

10:50

TRAP
.WORD
.WORD
.WORD

.WORD
BIS
BIC -

040000
040000

BADHEAD

stttndnnnnnnsecesnet

sSET MASTER CLEAR
sCLEAR IT
sPUT BR IN PORTS
SREAD IT
:IF ZERO, 0K
sMASTER CLEAR

sFAILED TO CLEAR
;BRG

< CHANGE BACK TO A ONE
:CLEAR CARRY
sSHIFT BIT IN RS
;DONE IF R5=0

JEST

vnnnnsnsnnsnvonnenen

s*SCRATCH PAD TEST
s*FLOAT A 1 THOUGH EACH SCRATCH PAD LOCATION

i"flfi:; A 0 THOUGH EACH SCRATCH PAD LOCATION
sunttsnnannnseaneret

47
47

;‘o
47640

474
4742
744

TEST

ennnesnennnnannnnnen

oguTsT

MYINT

i
.
i
e o 000001
4
74

4
“

21-0CT-81

HARDWARE TESTS

104455

495
4954

4935

MACY11 30A(1052)

MSTCLR
CLR

136.1:

104402

1044
737

1$:

iz gaosr B300e0

024766

64$:

o s

sMASTER CLEAR C”. MICRO-PROCCESSOR FAMILY

sSTART AT ADDRESS ZERO
;START WITH BITO

csssus
C$SBSE

:é.sfig‘

RS,4(R1)

sCLEAR ADDRESS FIELD OF INSTRUCTION
sADD ADDRESS TO INSTRUCTI
;WRITE PATTERN IN PORTS

CZKMBAO KMC11~8 STATIC PARTI

CZKMBA.P11
4

20-0CT-81 16:58

024762

4997

0 ‘;93

4999

024776

4998 8 4
5000

025002

soog
gg&

025010
5014
5013

5001

soog

5022
0250 3

oog

5032

MACY1T 30A(1052)
21-0CT-81
HARDWARE TESTS

1231

042737 000017 025006

658:

0460600

668:

050237

omggs
010537
116104
123706

007413

025006

002612

5
5824
5
5
5
5

5072

5104

005105

50237

85105 104404

5106 0457 7

120
5124

5130
51

678:

001324

012705

010561

123100
8457 7

738:

025130

000004

5122 0460600

025150

708:

718:

123 omgg;

160
010
002612
1% 11 182 000005

170

4
4

123704

001413

002612

104410

241

RS.S$GDDAT

BEQ

67%

TRAP

CSERDF

TRAP
.WORD
cLe
ROLB

728:

SEQ 0118

S(R1).Ré&
SGDDAT.R4

sCLEAR ADDRESS FIELD OF INSTRUCTION

:ADD ADDRESS TO INSTRUCTION

SNEXT WORD IS INSTRUCTION,

BBN

:NEXT WORD IS INSTRUCTION. BBN
:MOVE BR TO PORTS
sPUT “EXPECTED'' IN SGDDAT
:PUT "FOUND"' IN R4
:DATA CORRECT

:BR IF VES

*DATA ERROR

4
EM4

ERRé
SEG

CSESCAPE
100008-.

;CLEAR CARRY
:SHIFT BIT IN RS

648

:DONE IF R5=0

MOV i

#1.RS

;START WITH BITO

Com

BBN

:WRITE SCRATCH PAD(ADDRESS IN R2)

BNE

;CHANGE TO FLOATING ZERO

BIC

#17,708

;CLEAR ADDRESS FIELD OF INSTRUCTION

MOV
ROMCLK

RS.4(R1)

:WRITE PATTERN IN PORTS
sNEXT WORD IS INSTRUCTION,

BIS

123100
BIC

R2,70$

#17,718

040600

o&'% 5

;ADD ADDRESS TO INSTRUCTION

BBN

;WRITE SCRATCH PAD(ADDRESS IN R2)
;CLEAR ADDRESS FIELD OF INSTRUCTION

:MOVE SP TO BR

:NEXT WORD IS INSTRUCTION.,

*MOVE BR TO PORTS

BBN

MOV
MOVB

RS,S$GDDAT
S(R1),.Ré

;PUT “EXPECTED'* IN $GDDAT
;PUT "FOUND'* IN SGDDAT

BEQ
ERROR

7
4

:BR IF YES
*DATA ERROR

cMP8

104455
13
732

ROMCLK
061225
MOV

.WORD

PAGE 118

*MOVE SP TO BR

raw“ _ C$BSEG

017 025130 698:

217,668

R2,66$

040600

ESCAPE

8 10

sNEXT WORD IS INSTRUCTION,

100008 o—
TRAP CSESEG

000001

174
5176

ROMCLK

LMORD
JWORD

006732
104410
000010
000241
106105

2"7)6

BIC

ERROR

000994
004773

30;2
s§n 104405

123100

MOVB
CMPB

sosz 104455

sgs
5056

ROMCLK

8IS

000005
002612

10:50

sgmf.m.

TRAP
RAP

CSERDF
‘sc

.
.WORD

M4
ERR4

ESCAPE
TRAP

WORD

coM
cLC

:DATA CORRECT?

TST
CSESCAPE

L10112-.

:CHANGE BACK TO A ONE
*CLEAR CARRY

CZKMBAO KMC11~-B STATI C PART1

CZKMBA.P11

20~-0CT-81 16:58

505

025

106105

5055
505
505
5058
5059

025240
025240
52640
5242
5 48
025250

104405
012705
OgS;O
022 g

5053

MACYTT 30A(1052)

HARDWARE TESTS

0 sgfi 001322
5054

5060
5061

8 5254
5256

0012

2i-0CT-81

000001

000020

c10

PAGE 119

SEQ 0119

ROL8

738

;DONE IF RS=0

TRAP
MoV
INC
CMP

CSESEG
#1,R5
R2
#20,R2

JRESTART AT BIT 0
sNEXT SP ADDRESS
;LAST ADDRESS?

TRAP

CSESUB

TRAP

CSETST

BNE
ENDSEG
10001s$:

10:50

BNE
ENDSUB

sSHIFT BIT IN RS

:BR IF NO

5062
5063
5064
5065
?%

025256
025256
025260
025260
025260

5068

025262

BADHEAD

025262

;*SCRATCH PAD DUAL ADDRESSING TEST
s*WRITE AN INCREMENTING PATTERN IN ALL SP LOCATIONS
:*READ ALL SP LOCATIONS TO VERIFY CORRECT ADDRESSING
BADHEAD

5069

5070
5071
507
5073

7{;

507
507
507
5078
5079
5830
5081
5085
5083
S

5085

088
5

5262
526
5
S

b
S
S
025
025

025

L10113:

104403

ENDTST
L10112:

104401

sEktnnnnanannnnttttt TEST 35 wannnnntwnaveennnnnn

sRnaRannknannentednt

BGNTST
135::

012705
005003
104404
01030

04273

S
g

050%37
010561

8 5
5

123100
0462737

000001

ogoow 025326

1%:

025326
0
000017

025346

MSTCLR
MOV
CLR
MYINT
BGNSEG
TRAP
MoV

BIC

BIS
MOV
2s:

123100
8IC

TEST 35

snanwwannnnnnnnnnnnn

sMASTER CLEAR COMM. MICRO-PROCCESSOR FAMILY
sSTART WITH A 1

#1.RS5
R3

;ADDRESS 0

C$BSEG
R3,R2

:
sMOVE ADDRESS TO R2

Rg.
R5,4(R1)

+ADD ADDRESS TO INSTRUCTION
sWRITE PATTERN IN PORT4

7,38

sWRITE SP(ADDRESS IN R2)
:CLEAR ADDRESS FIELD OF INSTRUCTION

7,28

:CLEAR ADDRESS FIELD

sNEXT WORD IS INSTRUCTION,

B8N

CZKMBAO KHC11~3 SIATI&PARTI
CZKMBA.P11
0-0CT
16:58

2835

82?336
25342

050237

025346

MACY11 30A(1052) 21-0CT-81
HARDWARE TESTS

BIS
ROMCLK

R2.38

10:50

D 10

PAGE 120

SEQ 0120
-ADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION, BBN

CZKMBAO KMC11-8 STATIC PARTI
CZKMBA.P11
20-0CT-81 16:58

5093
5094
5095

5099

509

025346
025350
025354

RS.SGDDAT

55 706

002612

CMPB

SGDDAT.R4

025412
8 5414
5416
025420
8545
5422
025424
8 5426
5430

5111

025436

5119
5§11

5113

511

5120
31 1
1 ;
1
124

125

025432

;u.o

440
025440

025442
5450

545

025454
8 5462
5493
5472
025474

ssog

5502

§1 g

§512

1 ?
1
1 i
1

536
54
54

135

1
1

1
140
141

“i
14

144

145
1&9

s}: 4

116104 000005
1413

g«

g
5

4
gg

564
64
64

5566

025566

MOVB

BEQ

ERROR

104455
ooogw.
004713
006732
104410
000014
005205
005203

022703

001321

104405

012705

5443 005003
545

g1 9

61225

TRAP
LWORD
.WORD

4s:

000020

CMP

BNE
100008:

000001

042737
050237

000017
025472

025472

&9%:

060600

omggs

010537

113104

123704

001413

68:

002612

000005

78:

14
0

005 8
2
133

104405

104401

10001$:
ENDTST
L10114:

BIC
BIS
ROMCLK

mgx
6122

ERROR
TRAP
WORD
.WORD

S
CSERDF
S
EMS

.WORD

TRAP

:CLEAR ADDRESS FIELD OF INSTRUCTION
;ADD ADDRESS TO INSTRUCTION

:NEXT WORD IS INSTRUCTION,

:MOV SP TO BR
sNEXT WORD IS INSTRUCTION;

:MOV BR TO PORTS

;PUT “FOUND'* IN SGDDAT

:Bh IF YES

:DATA CORRECT?

:SP ADDRESSING ERROR

ERRS
SEG

CSESCAPE

100071$-.
R

R3
#20,R3
13

TRAP

(SESEG

TRAP

CSETST

BBN

;PUT “EXPECTED'' IN SGDDAT

S5(R1).Ré4

INC
cMP
BNE

ENDSEG

;PUT ADDRESS IN R2

‘

SGDDAT.R4

ESCAPE

;RESTART PATTERN AT 1

7,68
R2.68

CMPB

:BR IF YES

sRESTART AT ADDRESS ZERO

($BSEG

RS,$GDDAT

IN Ré

-DATA CORRECT

:LAST ADDRESS DONE?

CSESEG

MOV

PUT "EXPECTED'* IN SGDDAT

:PUT "FOUND'*

*BR IF NO

#1.RS

R3,R2

TRAP

BBN

; INCREMENT PATTERN
:NEXT ADDRESS

#20,R3
1$

MOV

:MOVE BR TO PORTS

:DATA ERROR

CSERDF
4
EMé
ERR&
SEG
CSESCAPE
10000$-.
RS
R3

.WORD
INC

000020

S(R1),.Ré4

CLR
BGNSEG

BEQ

104455
5
41

104410

TRAP

MOVB

002612

7044

ENDSEG

MoV

104404

010;0;

.WORD
ESCAPE
TRAP
.WORD
INC
INC

PAGE 121

:MOVE SP TO BR
SNEXT WORD IS INSTRUCTION,

MOV

5101
s1o§
510
5106
5105
5109
5107
5183
51

5115

60600
ROMCLK

002612

025

sng

061225

3s:

E 10

SEQ 0121

010537

511
5114

060600

10:50

025356

5100 3 5374

5110

MACYTT 30A(1052)
21-0CT-81
HARDWARE TESTS

; INCREMENT PATTERN

:NEXT ADDRESS
:LAST ADDRESS DONE?
:BR IF NO

w4 KMBAO KMC11-B STATIC PART1

CZKMBA.P11
5149

5150

5151
51S§
5153

5154

20~0CT~-81 16:58

MACY11 30A(1052) r‘g;gcr-m

HARDWARE

10:50

SEC 0122

025570

BADHEAD

025570

;*INTERRUPT TEST
;*TEST THAT DEVICE CAN INTERRUPT TO VECTOR A
BADHEAD

5155
51

5570
5129 §5570

sEntnananndanentttet

TEST

nennnnnanannaenentnn

setnanterananscventt

JEST

annsnnanannnnnnnnann

BGNTST

T36::

5158
5159

5570
5574

004737

004146

MYINT
JSR

PC,PRDEL

161
516§

560
5604

882011
5%

003604

CLR
JSR

(R1)
R5,SETVEC

5612

0 5705

2160

seog 000005

516

8 5610

5165
5129
51
3168

5614
5620
5620
5624

5164

19
5170

5171
S17§
517

5626
56

5640
5645
5642

2174
175
5179
17
173
17
2} ’

5646
565
565
5670
567
5674
; 7

1
185
1
}

7
5724
g?
;

5734

195 025736

0257

340

000340

012700
104441
012761

000340
000200

RESET

18:
000004

121111
012700
104441
240

121111
SETPRI
MOV

000000

TRAP
NOP
ERROR
TRAP
.WORD
.WORD
&m

104455
37
1
11670

104455

0040
5910
11746
062706

000004

#PRIOO
#PRI00,RO
31
CSERDF

s XX0

s XX4

sLEVEL 7
sPS = LEVEL 7
sWRITE PORT4
sNEXT WORD IS INSTRUCTION,

<SET BR RQ IN IBUS* REG 11
cALLOW INTERRUPT

:NO INTERRUPT

EM31
ERRJI

ERR
#4,SP

TRAP

CSETST

ENDTST

;CLEAR RUN
+SET UP VECTORS

C$SPRI

-WORD
.WORD
.WORD
ADD

TRAP

; WAIT FOR ANY PRINTOUTS TO CLEAR TERMINAL

;:BUS RESET

g RDF

;WRONG VECTOR

;RESET STACK

BADHEA
D
sEnannnnttanrsetnss TEST

37 annnnnsenenansnnvnnse

’3’5‘5 THA; ;Eflce CAN INTERRUPT TO VECTOR B
BADHEA
D
senanasndnnnevanenet TEST 37 anenctns

nnsennnnnnnnn

TST

2;6
7646 004537

#200,4(R1)

ERROR

}95
133 025736
}&
§

340,340
#PR107
#PR107 ,RO
CSSPRI

28:

L10115:

1046401

.WORD
SETPRI
MOV
TRAP

MOV
ROMCLK

194

F 10
PAGE 122

?g';::
003604

:;#?IR
JSR

R5,SETVEC

MASTER CLEAR M8200,4,6.7

sSET UP VECTORS

BBN

CZKMBAO KMC11 -8 STA”S PART1
CZKMBA.P11
20-0CT-81 16:58

5389 025756 038%40 000340

5
5209
5210

05723
0257
57

012700
104441

gg}I g 277 012761

000340

MACY11 30A(1052)

21-0CT-81

HARDWARE TESTS

18:

$
s
.WORD

SETPRI

MoV

TRAP

000300

MOV

ROMCLK

2s:

6066 005610

5 s
5
5
5231
5 g
g

6070
6072
026076
6076
6076
6076

026100

011746
062706

000004

104401

@
Eé

1 8

13705 002666

éize
06180

00 e63s0ess

.WORD
.WORD
.WORD

32
EM32
ERR32

;WRONG VECTOR

(CSERDF

ADD

#4,SP

TRAP

(SETST

;RESET STACK

sennnnnnnnnnnnvvvtter

6110 012704 000340

59
S

48
32

114

g2ie o10u00

1
140

TEST

senwvsnnnanavenvnnnns

TEST

eannansnannnennnnnns

s*PRIORITY INTERRUPT TEST
s*SET PS TO ALL BR LEVELS EQUAL OR GREATER THAN
:'"‘E”fl'm.‘.&? LEVEL. VERIFY THAT COMM. MICRO-PROCESSOR FAMILY DOES NOT INTER

124

BBN

31
EM31
ERR31

BR
ERROR
TRAP

;SET BR RQ IN IBUS* REG 11
;ALLOW INTERRUPT

_sNO INTERRUPT

CSERDF

sRRANRRkdannnttttter

;WRITE PORT4

sNEXT WORD IS INSTRUCTION,

BADHEAD

i3
65

#PRI00,RO

:PS = LEVEL 7

ENDTST

L10116:

; 40 026100
21

($SPRI

#300,4(R1)

S
010537

0s¢iid
Cocdsy
6153 52516

177437

002612
00

MYINT

MSTCLR

sMASTER CLEAR M8200,4.6.7

4375l

011670
000415

sPUT LEVEL 7 IN R2
sSET PRIORITY TO 7

SETPR]
TRAP

ASR
BIC

3557

6042
6044

JSR

5 g
5
5224

#PR107
RO

(S$SPRI

e
5221

R
§§‘ 005561

340,340

TRAP

NOP
ERROR
TRAP
WORD
.WORD
.WORD

104441
000240

PAGE 123

s Xx0
s XX4
;LEVEL 7

#PRI07

#PRI0O

MOV

6010
6012
6014

6 10

SEQ 0123

121111
SETPRI

5215 8 6004 012700 000000

5 19
521
5218

10:50

;GET BR gEVEL OF M8200,4.6.7
JSHIFT RS & TIMES

;TO GET PROPER LEVEL

81774637
RS
R3,$GDDAT
RS5,SETVEC

sCLEAR UNWANTED BITS

;SET UP VECTORS
sA VECTOR
8 VECTOR

:
.
'

CZKMBAO KMC11~8 STATIC PART]
CZKMBA.P11
20~0CT-81 16:58

026154

000340

026172
026174
026174

121111

010400

001417

MACYTT 30A(1052)
21-0CT-81
HARDWARE TESTS

C00340
026160 012;21 000200
000004 4$:
0 6193

58:

056200 096340
0 g‘g ozoiu

BEQ

000040

SUB

28:

104455

026 gz 000041

TRAP

.WORD

824 8?533Z
026
l.g 008002
85 44

18:

L10117:

104401

026252

-WORD
RTI

BBN

C$SPRI

R5.R4
1$
#60,R4

58
33
CSERDF
33
EM33
ERR33

&Si ?:E;Eg‘r PS LEVEL = TO MB200,4.6.7 LEVEL

NO GET NEXT LOWER LEVEL IN R2
AND CONTINUE WITH TEST

:ERROR UNEXPECTED INTERRUPT

MSTCLR

ENDTST
TRAP

CSETST

BADHEAD

sEnnnntnntantevettt

TEST

anawnnvnunvnvanvnwns

wnnennnnnsnnstttnnsn

s*PRIORITY INTERRUPT TESTS
s*SET PS TO ALL
LEVELS LESS THAN THE M8200,4.6,7 LEVEL
s*VERIFY THAT M8
»4,6,7 WILL INTERRUPT

026252

BADHEAD

suvRRanknannnnrntees

TEST

BGNTST

013705
05

MOV
TRAP

002666

MOV
ASR

006 85

340

010200

;GET BR kEVEL OF M8200,4.6.7
sSHIFT RS & TIMES
:TO GET PROPER LEVEL

ASR

85 177437
MK oo
£%¢ 99396
12761

sMASTER CLEAR MB8200,4.6.7
sPUT LEVEL 7 IN R2
;SET PRIORITY TO 7

MOV
SETPRI

000340

000200

BIC
=
35
000004

4$:

.WORD

MOV -

MOV

R
#177437 RS

RS,R2

#40,R2

RS, SETVEC

:CLEAR
*PUT

TED BITS
,4,6,7 LEVEL IN R2

:GET NEXT LOWER LEVEL IN R2
:SET UP VECTORS

340,340

#2004 (R1)

R2.R0

010400
104441

000340

NSTRUCTION,

D
sl

012704

MYINT

MSTCLR

ng::

6250
026250
026250

BR
ERROR

R4
R&,RO

sPRIORITY 7
sLOAD PORTS
sNEXT WORD IS INSTRUCTION,
sSET BR REQUEST
sPUT LEVEL IN RZ IN PS

026232

162704

000770

g
cMP

340,340

#200,4(R1)

SEQ 0124

w
m

026212
026214

ROMCLK
121111
SETPRI
MOV

H 10
PAGE 124

.WORD

MOV

10:50

2 IN PS

BBN

CZKMBAO KMC11-8 STATIC PARTI]

CZKMBA.P11
5317
5318
5319
5320
5321

53 g
53
53264
5355
53 9
5%
53528

5329
53

0 6;52
026354
026356
026374
026376

0 6403
026402
026404
0 6403
026412
026414
0266432

8 64
64

5331
53
53
5
5335
5
gggz

026440
8 6442
6446
026450
026454
026454
026454

5339

026456

5340

20-0C7-81 16:58

MACYT1 30A(1052)

HARDWARE TESTS

104441
000240

TRAP
NOP
ERROR
TRAP
.WORD

104455
000037

005561
011670
000421
012716
000002

68:
2%:

026404

3s:

104455

000040
005610
011746
012716
000002

026450

1$:
L10120:

104401

026456
026456
026462

2 51
Si
S
54

8 6494
6470
026472
026476

57
58
59
5

026502

0265

0265
02651
02651
02651
026
D26
-

SEQ 0125

31
gSERDF
1

;ERROR, NO INTERRUPT

EM31
ERR31
18
#68, (SP)

.WORD
Moy
RTI
MSTCLR
ENDTST

ERR32
#18,(SP)

TRAP

CSETST

sSET UP FOR RTI

32
CSERDF

sERROR, WRONG VECTOR

32
EM32

;SET UP FOR RTI

JEST 40 nonnannnnnnnnannnnnn

""r?strrgrono 1 WORD FROM UPROC TO 11 MEMORY
BADHEAD
l.

sRtnnanntnwnsnneenet

TEST 40 annanannnnnnneannnny

BGNTST
004737
000005
5011
5061
537
099999
1
0
6
4
037

5061

121111
012761

T40::

004146

704

104455

JSR
RESET
MYINT
CLR
CLR
JSR

000004
003626

PC.PRDEL

s WAIT FOR PRINTOUTS
:BUS RESET

(R1)
4(R1)
RS.NPRSET

sCLEAR RUN
sCLR PORT4
:SET UP IBUS REG 0-7

-1

088824

CLR

000021

%K
121111
MOV

CLR

(©00004

N?CLK

1 1128

13704

PAGE 125

CSSPRI

sEnnnsnnnvnnwneevver

1 ;37 177777 002612

110

BADHEAD

026456

5
5348
;358

10:50

.WORD
.WORD
BR
MOV
RTI
ERROR
TRAP

.WORD
.WORD

23“
s% 026456

21-0CT-81

856624

2612

'1“1'110

MoV

.
28

s IN DATA

+0UT DATA

:IN BA
;0UT BA
sCLEAR 2%

4(R1)

sCLEAR PORT ¢

#21,4(R1)

JWRITE PORT4

sNOW MOVE TO IBUS*<11>

sNEXT WORD

#-1,8GDDAT

INSTRUCTION,

sSET NPR BITS IN IBUS* REG 1

vesPUT "EXPECTED'* IN SGDDAT

MOV

%él.

:PUT "FOUND'* IN Ré

ERAOR

BER ons

CNp

TRAP

DAY R4

CSERDF

’

:DATA CORRECT?

(V. =Y

R
perd

MACYT1 30A(1052)

104410

000012

8 22 g

104432

TESTS

11
EMI
ERR11
TST

LHORD

L10121-.

TRAP

CSEXIT

CSESCAPE

EXIT

2%:
3s:

WORD
C
0

L10121-.

TRAP

CSETST

L10121:

026632

J 10
PAGE 126
SEQ@ 0126

4%:

ENDTST

104401

10:50

.WORD
.WORD
.WORD
ESCAPE

TRAP

026624 66"8888
0366s0

0266
026630

21-0CT-81

HARDWARE

000013
885123
7514

8 6618

TST

BADHEAD

sEktnaannvantvenvenwt

TEST

:*NPR TEST

BADHEAD
BGNTST
Té1::

£3
&
177777
000001

177777

MY INT
MSTCLR
CLR

ia,sn

stttk

ARRT S LTI INRNNN

nenannnawannannnnvnn

;*TEST OF DATI, 1 WORD FROM 11 MEMORY TO UPROC

026632

NNNNNNNNNN ~NNNNN
&
N_V':gfl

\fimm\nm\nm
NN
W W NN

b e e

WN—=O

el el o
b e

VRNV

VIS
N L+

026606
026610
026612
026614
026614

O\O~O~O~O~O~OO~O~O

ALY,

85853882%R 0
O
NN
ISI’KS RER2
\ngSeeeEs
SRELEL =333oy

§§

lalial
~NN

I VWAV
WA
VIV

NIV
V'

DDDDDID
BB

Lot ot

KMC11-B STATIC
1
20-0CT-8

nntnntenetnt

4(R1)

RS.NPRSET

-1

3s
28

MOV
MOV

027002
000004

ROMCLK

#-1.38
#1,4(R1)

121110
NOP

021606
021655
g

oogu 2

umia:‘

ERROR 3

TRAP

NORD
LWORD
.WORD

CSERDF

11
EM11
ERR11

ESCAPE zsrs w5

A H

wnnannanntnvnnnnnnnn

sMASTER CLEAR M8200,4,6.7
;CLR PORTS
;SET UP IBUS REG 0-7
s IN DATA
;0UT DATA
+IN BA
s0UT BA
sPUT DATA IN 38
sWRITE PORT4

sNEXT WORD IS INSTRUCTION,

BBN

sSET NPR BITS IN IBUS* REG 11

MOV . #-1,8GDDAT

002612

TEST

.WORD 1351 2-.
AP (3Ex1T
.WORD L?Stfz-.

:PUT "EXPECTED'' IN SGDDAT

;NEXT WORD IS INSTRUCTION,

BBN

:MOVE IN DATA LOW BYTE TO PORT4
sNEXT WORD IS INSTRUCTION, BBN
:MOVE_IN DATA HIGH BYTE TO PORTS
:PUT "FOUND'* IN Ré
-DATA CORRECT?

BR IF YES

*ERROR NPR FAILED

CZKMBAO KMC11-8 STATIC PART1

CZKMBA.P11

02700C
027002

HARDWARE TESTS

000000
000000

28:
3s:

ENDTST

gzég 027004 104401
5435
54
54
54
5439
5440

5443
5444

;IN BA
CSETST

sERRkARAAARdatevtres

027006
0, 7003

BGNTST
T42:

o
g

027026

0 78 r4

s
004??7

TEST

7824
027062
78?8
7
02707
71

012761

7106
7110
711

o
N
~

4!
7132
4
4
7140
716g
7142
7144
7144
02714
715
715
7154
7154
7154

4(R1)

R5,NPRSET

L4
-

L
.

0%7152

5459
542
54 s
45
460
5461

7052

annnnunnannthdnthnns

121111

L4
.

L
.

027150
000004

4(R1)

L
.

000221

000004

#221,4(R1)

.
.

121110
000;40
Olg 37
81 704

023704
001415

177400
027150

002612

5} 7;200.8600“

$GDDAT R4

002612

104432

104401

wxnnnenwanavnenennnn

MASTER CLEAR MB200,4,6,7

CLR PORT4
SET UP IBUS REG 0-7
IN DATA
OUT DATA
IN BA
OUT BA
CLEAR 28
CLEAR PORT &
NOW MOVE IT TO IBUS*<11>

WRITE PORT4
NEXT WORD IS INSTRUCTION,
BBN
SET NPR BITS IN IBUS* REG 11

PUT “EXPECTED' IN SGDDAT
PUT "FOUND'' IN Ré&
-DATA CORRECT?

BR IF YES

13
11
CSERDF

104455
13
88 123
514
104410
000012

MYINT

MSTCLR
CLR

003626

TEST

17777

027151
005037
005061

RENZSIS

TRAP

s0UT BA

;*TEST OF DATOB, 1 BYTE FROM UPROC TO 11 MEMORY

027
027036
027042
7068

“
2

0
0

BADHEAD

451
545§
5453
5454

7§
47
47%
475
479
4?

SEQ 0127

BADHEAD

027006

0270

46
4
4
465
4
4
4
4
4
471

K 10
PAGE 127

srmannnnnanantnrteen

5449

5455

10:50

s*NPR TEST

B
8 70

450

L10122:

027006

e
544

5448

21-0CT-81

ERROR NPR FAILED

L10123-.

4S:

$:
$:
ENDT
L101

YSFx .

G6123-.

OUT BA
IN BA

N
A=

5429
54

20-0CT-81 16:58

MACYTT 30A(1052)

TRAP

BADHEAD

CSETST

shttennnanasnnantens

TEST

snnnesnnanenansnnnnse

s*TEST OF EA BITS 16 AND 17
:*DO A DATO TO AN ADDRESS USING OUT BA BITS 16 AND 17

CZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11
20~0CT-81 16:58

5485
5486
5487

5488
5489
5490

5491
5492
5493

5496

5495
5496
5497
5498
5499
5500
5501
5502
5305
35064
3505

5509
5507
5508
5509
5510
5511

MACY11 30A(1052)

21-0CT-81

HARDWARE TESTS

10:50

SEQ 0128

;*VERIFY CORRECT RESULTS

027156

BADHEAD

stansnnsvnsnnntvnnet

027156
027156
027156
027162
0 7196
027174
027202
027 08
027210
027212
027214

8 7216
7224
027
027 8
027240
027246
0 7552
027 gs
027
027 96
027270

BGNTST
T43::

013737

013727

004537

002714

003626

027214
027212

1252
000000

012761

121111
012761
012711
012761
052711
000;60
012737
000240
000240

MSTCLR
MYINT
MOV
Mov
JSR

KMPO6, 13
KMPO6 . 28
RS.NPRSET

000014
000021
003000
121110

00040C

121110

000004

0
0

MOV
ROMCLK

121111

#21,4(R1)

:LOAD SEL4

#121110,6(RT)

;PUT INSTRUCTION IN SEL6

#121110,8GDDAT

AND 17

BBN

:CLOCK IT!

*WAIT FOR NPR

:PUT "EXPECTED'* IN $GDDAT

:PORT 6,THE NPR OUT REALLY ENDED UP IN

:0UT DATA LOW,AND OUT DATA HIGH

;(IBUS <2> AND IBUS <3>).

731
; 1

021044

;READ IBUS <2> PUT IN PORT &

21065

85 706
1413

73646

sWHAT WE'RE DOING NEXT IS READING IBUS 283
:TO SEE IF THE DATA GOT XFERRED CORRECTLY.

13?8‘ 000004

5640

;NEXT WORD IS INSTRUCTION.,
:SET OUTBA 16 AND 17

;ON THE NPR OUT,THE DATA ENDED UP
;IN THE IBUS(NOT IBUS*) SENCE SEL A
;WAS ONLY SELECTED IN THE NPR CYCLE.
:THAT IS,WE DIDN'T REALLY DO AN NPR TO

;1
5
535
5
5

;LOAD SEL 4 WITH CUT BA16

;OK,LISTEN UP!'EXPLAINATION TIME.

gS ; 027272
7276
5
5

;0UT BA

#14,4(R1)

#8178, (R1)

002612

snennnnnennanonnenns

<IN DATA
*0UT DATA
:IN BA

#8179!BIT10, (R1)

000006

:USE SEL4 FOR ADDRESS
:USE SEL4 FOR ADDRESS
:LOAD BA AND DATA

125252

i
S§31
gg5 9:

TEST

sMASTER CLEAR M8200,4.6.7

5512
5513
5514
5515
5516

5524

L 10
PAGE 128

7344
7346
7346
7346

027350

4(R1) ,R4
sgow.m.

002612

104455

3123
7514

CSERDF
11
EM11
ERR11

104401

CSETST

BADHEAD

sREAD IBUS <3> PUT IN PORT §
:PUT "FOUND'" IN Ré&
-CORRECT RESULTS?

:BR IF YES

;ERROR BA 16 AND 17 FAILED

CZKMBAO KMC11-8 STATIC PART1

(ZKMBA.P11

20-0CT-81 16:58

MACY11

30A(1052)

HARDWARE

5541

5;21

027350

VIS WN—=O

i
57

5;
g’?

57
S;s

027350
027354
8

8 7374

7400
76406
;214

7462

7450

BGNTST
T44::

0127;7
01%7 7

027546
000340

000004 STOP:
000006

0157 7
012737
004537

177560
177560
003626

027426
027424

005737

3
5

58S

1775

012761 000015
015711 003000 000004
012761
121110

052711

000240

000400

ST
MOV
MOV
JSR

0
125252
0

28:

1$:

MOV
MOV
MOV
8IS
NOP

tvnncnnnncnvannnnnen

000006

ROMCLK

021
msx
021025

CSERDF

104455

002612

ERROR

009033
7514

2
13737

BIC

38:

TOUTT:

000006 TOUTP:

7560 013737 002624 000004
002626

ENDTST

L10125:

4(R1) R4

#200,SGDDAT
11

11
EM11
ERR11

ADD
MOV

#6,SP

TRAP

CSETST

BADHEAD

:MOVE OUT DATA LB TO SELé
;NEXT WORD IS INSTRUCTION.
:MOVE_OUT DATA HB TO SELS

177560, $GODAT

MORD
.WORD
.WORD

MOV

;IN DATA
:0UT DATA
;IN BA

;NEXT WORD IS INSTRUCTION,

TRAP

1415

000200
002612

MOV

:ADDRESS THE TTY-TRAPS HERE IF NONE.
:USE SEL4 FOR ADDRESS
:USE SEL4 FOR ADDRESS
:LOAD BA AND DATA

:0UT BA

; 1

027570

4§

#15,4(R1)
#8179!BIT10, (R1);SET CROMI AND CROMO'!
#121110,6(RT)
:PUT INSTR INTO SEL6 Nw*
#8178, (R1)
:CLOCK IT!
SWAIT FOR NPR

$SGDDAT ,Ré
TOUTP

5737
704

TEST

177560
#177560,1$
#177560.2%
RS.,NPRSET

e
BEQ

7504
7512

754
755

veannenannnoennnnean

MYINT

MOV

7544
7546

4§

MSTCLR
;MASTER CLEAR M8200.4.6.7
MOV
#TOUTT .4
:SET UP FOR TRAP IN CASE IF NO
MOV
#360,6° :TTY AT ADDRESS 177560

76472 01 152
7476 013737 099204
177560 002612

7360
5

JEST

shnnnnasannsanvtvnne

ggbs i ;2
5529 74
SSbs

SEQ 0129

BADHEAD

5563 0274 g 125252
5564 027424

;59

TESTS

n10
PAGE 129

s*TEST OF EA BITS 16 AND 17
:*DO A DATI USING IN BA BITS 16 AND 17
s*VERIFY CORRECT RESULTS
;*IN ORDER TO DO THIS TEST, WE WILL READ THE DATA FROM THE
:*CONSOL TTY CSR IF ONE EXSITS
;*IF NO CONSOL TTY CSR AT ADDRESS 177560, THIS TEST
;*WILL BE SKIPPED

SSS; ? 7;50

55564
5555
5559
555
5558
5559
3560

10:50

strtttnsnstvtevteveee

554
554
5544
5545

554
554
5548
5549
5550

21-0CT-81

SAVE6.6
.

SAVES .4

skt annnnterersteed

:PUT “FOUND'* IN Ré
:

:CORRECT RESULTS?
:BR IF YES

;ERROR BA 16 AND 17 FAILED

SUPDATE STACK POITNTER

sRESTORE TRAP VECTOR

TEST

eonnnsncosnnnnnnnnnn

BBN

CZKMBAO KMC11-8 STATIC

CZKMBA.P11
5595
55
559

5598

5599

5600
5601
5602
5603
5604

PART1

20-0CT-81 16:58

MACYTT 30A(1052)

HARDWARE TESTS

027570

BADHEAD
BGNTST
T45::

3610

027612

027614

177320

012761

MYINT
MSTCLR

dsR

5289 8 7606 ogggoo

560y

N 10

sesnsannnanatenereet

027570
027570
027570
027574

761g

10:50

PAGE 130

;

SEQ 0130

s*NPR NON-EXISTENT MEMORY TEST
:*DO A DATO TO A NON-EXISTENT ADDRESS
:*VERIFY THAT THE NON-EXISTENT BIT SET IN IBUS REG 11

3605 0 ;6‘32 004537 003626
5608

21-0CT-81

000014

000004

177320

MOV

sMASTER CLEAR M8200,4.6,7

RS.NPRSET

177320
#14,4(R1)

TEST 45 vennccnsnnnnanenenes

:LOAD IBUS REGISTERS 0-7

;0UT DATA

‘

:IN BA

<SET OUT BA BITS 16+17 IN PORT4

CZKMBAO KMC11-8 S'AHS PART1

CZKMBA P11
5611
561§

561

5614
552%5

5619

20-0CT~-81 16:58

027622
027

121111

0276

0
§ f

5613

561

sogo
56¢1
56 i

012761

000021

MACY11 30A(1052)

HARDWARE TESTS
ROMCLK
121111

000004

MOV

ROMCLK
&110

1 1511.8

121225

116104
042704
85 704

21-0CT-81

10:50

#21,4(R1)

ROMCLK
000001

009995
177776
002612

121225

002612

MOV

#1,8GDDAT

S(R1) _R4
177776 R4
$SGDDAT R4

104455

ERROR
TRAP

13
CSERDF

5
gg s

5156
007730

.WORD
.WORD

EMI3
ERR13

56
5631

155761
142761

000100
000100

BISB
BICB

#100,1(R1)
#100,1(R1)

1218%5
005037
116184
042704
001413

002612
0 9 5
177776

56264
5625

56. 9

56 5
56
gfi
635
ge

2
8

64;

26“

645

5669
Sa

BEQ

56
56

5640
641

1613

1
1

.WORD

BEQ

104455
015
156
07730

653

L10126:

104401

5
5666

sNEXT WORD IS INSTRUCTION,
MOV IBUS* & TO IBUS* 10

BBN

sSET NPR REQUEST BITS IN PORT4

sNEXT WORD IS INSTRUCTION, BBN
MOV IBUS*11 TO IBUS*S
.

sPUT "EXPECTED'' IN SGDDAT

sPUT "FOUND'' IN Ré
;CLEAR UNWANTED BITS
;:DATA CORRECT?

:BR IF YES

sERROR NON-EXISTENT MEM BIT FAILED TO SET

$GDDAT
S(R1) ,R4
#77776,R4
23

.WORD

TRAP

CSETST

sSET MASTER CLEAR
;CLEAR MASTER
;MOV IBUS*11 TO
sPORTS
SEXPECT CLEAR
sGET NPR REG
:CLEAR JUNK
SEXIT IF CLEAR
sNON=EXISTANT MEM

sBIT FAILED TO CLEAR

BADHEAD

sERRRRARRARRARERRetr TEST 46 rennsnnnnnnnnnennnnn

s*NPR NON-EXISTENT MEMORY TEST
+*DO A DATI FROM A NON-EXISTENT ADDRESS

; *VERIFY THAT THE NON-EXISTENT BIT SET IN IBUS REG 11

030016

BADHEAD

BGNTST
T46::

16
13

537

BBN

ENDTST

651
6 ;

658
S

sNEXT WORD IS INSTRUCTION,
-SET OUTBA 16 AND 17

2$:

5650

13
CSERDF
13
EMI3
ERR13

.WORD
.WORD

gu.s 030016

ROMCLK
121225
CLR
MOVB
BIC
ERROR
TRAP

14
14

000001
000001

PAGE 131

SEQ 0131

MOov8
BIC
cMP

B 1

003626

177
005061

sERARRRRAnARnnntteee

MYINT

MSTCLR

JSR
0

RS,NPRSET

877320
000004

177320
CLR

TEST

teannsnannansannnnnnn

sMASTER CLEAR M8200,4,56,7

:LOAD IBUS REGISTERS 0-7

s IN DATA

i
e
4(R1)

:0UT BA

352N 22 s

cn
PAGE 132

#15,4(R1)

SEQ 0132

sNEXT WORD IS INSTRUCTION, BBN
:CLEAR NON-EXISTENT BIT
sSET _NPR REQUEST BITS IN PORT4
sNEXT WORD IS INSTRUCTION, BBN
:MOV IBUS* 4 TO IBUS* 10

000001
000005
177776
002612

002612

#1,SGDDAT

S(R1) R4

177776 ,R4
gsoom.m.
3
13
CSERDF
13

L =1 AV [V I

- =

000004

10:50

OO0

N
)

2 888 LA e

3883‘3§§§‘:§§“
B Ry frfour e

000015

MACYTT 30A(1052)
21-0CT-81
HARDWARE TESTS

;NEXT WORD IS INSTRUCTION, BBN
MOV IBUS*11°TO 1BUS*S
vusPUT "EXPECTED'* IN SGDDAT
:PUT ‘FOUND'* IN Ré
:CLEAR UNWANTED BITS

:DATA CORRECT?

:BR IF YES

:ERROR NON-EXISTENT MEM BIT FAILED TO SET

EM13
ERR13

(=]

— e

wviiuvunnaoa S NN
=
LS LN LN NOO
B RSN

88888388883

5667
5668

OO0
O0O0OCOOOOOOOQOO0 O0O0OO
W

CZKMBAO KMC11-8 STATIC PART]
(ZKMBA.P11
20-0CT-81 16:58

CSETST

030154

BADHEAD

JERRRARRARAARNRRNENESY

TEST

annnanananwntntnnans

sERRRcaRnknnkntntvtet

TEST

wnvananvtannnastnnnn

:*NPR TEST
;*USING DATO, NPR A BINARY COUNT (0-377)
:tFR%MICRO~PROCESSOR TO ALL AVAILABLE MEMORY

BGNTST

030372

041630

sMASTER CLEAR M8200,4.6.7
;START FLAG AT 0
:DATA

;ADDRESS

;LOAD DATA

#8170.R2
. +6

03022¢
003626

000004

—r

48:

28:

002612

#CORMAX ,R2

1%:

030226
030232
000001

000221

MYINT
MSTCLR
CLR

235 otN23BZnoc00
]

OSSO NN NN

e
et e

ek o

NSO00 NN
WY

VIV

NNNNNNNY NNNNNNY

ATV ANV

ownw

T47::

R5.NPRSET

(R2)
;
#221,4(R1)

R5,SGDDAT

: LOAD

;IF ODD PUT DATA IN HI-BYTE

;LOAD NPR REGISTERS

;IN DATA
;0UT DATA
;IN BA
;0UT BA
;CLEAR MEMORY LOCATION
;LOAD PORT4
sNEXT WORD IS INSTRUCTION,
:D0 THE NPR

BBN

:PUT “EXPECTED'* IN $GDDAT

(R2) ,R4 :PUT *FOUND"* IN R4

CZKMBAO KkMC11-8 STATIC PARTI]
CZKMBA.P11
20-0CT-81 16:58

262

123706

00141

002612

CMPB

BEQ
ERROR
TRAP

IV TV
ViAW v
WWMM
NNNNSNNN NN NNNNNNNN
~~
VIVaaWMAnnnS
S
S
S
S
SN
d\l\l\l
u\l\l\l\l
N
0‘23'3“3‘
22 VRNV
NN = OOR NN NN =00PRSI
WA
=0V o~

5723
5724
5725

MACY11 30A(1052)
21-0CT-81
HARDWARE TESTS

3s:

=385

gS
737

—h

A=l=]

177400
030372

6$%:

002556
041630
177777

.WORD
INC
8I1C
ST
BEQ
TST

L10130-.
RS
#177400,RS
5s
63
RS

BEQ
INC
CMpP
BNE

Mov
7%:

BR 18
EXIT

TRAP

5%:

3s
11
CSERDF

11
EMI11
ERR11

ESCAPE
TRAP

D 11
PAGE 133

$GDDAT R4

WORD
.WORD
.WORD

MOV

030372

10:50

104401

s SMEM1
s SMEMO
JSMEM?
JSMEM3

030376

:1S DATA CORRECT?

:BR IF YES

:ERROR, DATA INCORRECT

TST
CSESCAPE

7%
R2
MEMLIM,
R2
18

#CORMAX ,R2

#-1,5%

sNEXT CHARACTER
sUSE GNLY LOW BYTE
sHAS MAX MEMORY BEEN REACHED YET?
:BR IF NO
;DONE PATTERN?
;BR IF YES
s INC BA
sREACHED MEMORY LIMIT YET?
sBR IF NOT
sRESTART BA AT FIRST ADDRESS
sSET FLAG TO END TEST AT END OF DATA PATTERN
s CONT INUE

TST

CSEXIT

WORD
0

L10130-.

TRAP

CSETST

ENDTST

L10130:

SEQ 0133

:THIS LOCATION IS A FLAG, IT STARTS AT 0,
sAND IS SET TO =1 WHEN LAST MEMORY ADDRESS
;1S USED, TEST IS THEN ENDED WHEN PATTERN IS FINISHED

1K
1K
BADHEAD

sERARRARARARtnventet

TEST

s*ALU C BIT TEST

BADHEAD

sRnRkandnnnnnevwwntt

2
F =

sansnnenannnnnnnnnns

:*TEST THAT AN ADD OF 377 AND 377 WILL SET THE C BIT

030376

0376
76
6
02

BGNTST
T48::

7%7

003672

;3; 004044

JSR

PC,MEMLD

JSR

PC,SPLD

TDATA

532

104404

MYINT
MSTCLR

TDATA
BGNSEG
TRAP
ROMCLK

TEST

tonnnnnnnnnnnanennnsy

sMASTER CLEAR M8200,4,6,7
cLOAD MAINMEM DATA
sPOINTER TO DATA
:LOAD SP DATA
sPOINTER TO DATA

C$BSEG

sNEXT WORD IS INSTRUCTION,

BBN

CZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

MACYT1 30A(1052)
21-0C7-81
HARDWARE TESTS

010000

10:50

PAGE 134
SEQ 0134

g(IIlCLK

:mTOUMD IS_INSTRUCTION, BBN

054400!<0+20>

sADD 377 AND 377, TO SET C BIT

ROMCLK

VIS UIN=O VRN
VS WN—=O

002612

2$:

100008:

OoO~N=

8845

DOWS

104405

TRAP

CSERDF

ENDTST

L10131:
000
000
000

TDATA:

TRAP

CSESCAPE

ESCAPE
.WORD
ENDSEG

BBN

;PUT "FOUND'' IN R4
;:DATA CORRECT?

:BR IF YES

34
EM34
ERR34

sNEXT WORD IS INSTRUCTION,

sPUT RESULTS IN PORT4
sPUT “EXPECTED'' IN SGDDAT

4(R1) ,R4
$GDDAT R4

.WORD
.WORD
.WORD

BSBN

sERROR C BIT NOT SET

SEG

100008-.

TRAP

CSESEG

TRAP
.BYTE

CSETST
-1,0,0,0,0.0,0.0

.EVEN

BADHEAD

sERARRRARRRkAnttettt

s*ALU TEST

TEST

wanannnnnananensntnnn

s*TEST OF ALU FUNCTION SEL B WITH C BIT CLEARED

E'Pilzgflfl THE FUNCTION, VERIFY THE RESULTS

~
N

s*ALU FUNCTION (B)
CODE=11
s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA

sRRRRARARRARtttteant

S
9 ey

wviuvilauwwa

BGNTST
T49::

012§§; 030740
003672

1044
737

004044

5%? 036620

050537

004112
14

MYINT

MSTCLR
CLR
RS
MOV
#58 .R2
JSR
FC,MEMLD
MEMDAT
JSR
PC.SPLD
SPDAT

005005

3
2652

weses

BEQ

ERROR

e d d md e

#1_,SGDDAT

MOV
CMPB

000001
000004
00261

61224
MoV

sNEXT WORD IS INSTRUCTION,

sADD O AND O AND THE C BIT

ROMCLK

D ek —d

00 00 0o 0o 00 0o O 9o 0o 0o

VI VIV

2RIRORORS3 38R 33

wno

§§3~_.
NS RNRROV oe

040401 <1%20>

BGNSEG
TRAP

030620

JSR

BIC

BIS

($BSEG

PC,CLRC

#17.28

RS.2S

TEST

wananansnnananananen

;MASTER CLEAR M8200.4.6.7
:POINTSR TO CORRECT DATA
:LOAD 8 WORDS OF MAIN MEMORY
*POINTER TO DATA
*LOAD 8 WORDS OF SP
*POINTER TO DATA
:MEM + SP ADDRESS

:CLEAR C BIT!

:CLEAR ADDRESS FIELD OF INSTRUCTION

*ADD ADDRESS TO INSTRUCTION

CZKMBAO KMC11-8 STATIC PART1

CZKMBA.P11

20-0CT~-81 16:58

5835

5836 8

5837

5838

5839

5840

0 01

050537

5
5844

030650
030654

584

00141

ngs
5
5350
5851
505;
585
854
855
5 59
585
5 Ss

8;8

1046455
002017
80 223
10114

5845

584

7
71
71
714
714
718
720
722
724
730

030640

040620

03064

;

000017

030640

061%%4

111237
116104

123704

1046410
000014
005 Og
00520
022705
001322

28:

586
5864
5865

5
g

3
5870
71
8;;

0307

7
[4

740

743
0746

104432
000012

000

577
125

3s:

BIC

ROMCLK

000

252

S5s:

;ADD ADDRESS 70 INSTRUCTION

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

:BR _ SEL B

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

sMOVE BR TO _PORT4

:BR IF YES

TRAP
.WORD
.WORD
.WORD
ESCAPE
TRAP
.WORD
INC
INC
CMP
BNE

CSERDF
15
EMI5
ERR15
SEG
CSESCAPE
100008-.
Rg
R
#10.RS
18

sNEXT DATA
sNEXT ADDRESS
sDONE YET?
:BR IF NO

TRAP

CSESEG

TRAP
<WORD

CSEXIT
L10132-.

EXIT

125
252

sCLEAR ADDRESS OF INSTRUCTION

ERROR

377

#17,.3%

RS.5%

;PUT "EXPECTED'* IN $GDDAT
;PUT "FOUND"* IN R4

CMPB

000010

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:LOAD
MAR

(R2) ,$GDDAT
4(R1J,Ré

BEQ

48:

SEQ 0135

040400!<11+20>

MOVB
MOVB

002612

F1N
PAGE 135

ROMCLK

61224

002612
000004

.BYTE

$GDDAT R4

;DATA CORRECT?

sALU ERROR

TST

0,-1,0,-1,125,252.,125,252

.EVEN
ENDTST

875
750

010000

10:50

ROMCLK

BIS

Sgg1 8 7 g 1046405
5

21-0CT-81

HARDWARE TESTS

5841

MACY11 30A(1052)

L10132:
:
TRAP

104401

030752

CSETST

BADHEAD

sEnnnnnnnnesanenettt

TEST

sxnasnnnenssnnnnnnen

;*ALU TEST
s*TEST OF ALU FUNCTION SEL A WITH C BIT CLEARED
;*ALU FUNCTION (A)
CODE=10

£ <DERFO
THE FUNCTION
RN., VER
THEIFY
RESULTS

030752

BADHEAD

sEnknannnnannvevettt

75§

75
7
762
79‘
770

TEST

wonnnnnnenenvnvnannn

BGNTST

ng::

005005
012
7

031150
003672

MYINT
MSTCLR
CLR
MoV
JSR

RS
#58 .R2
PC.MEMLD

cMASTER CLEAR M8200,4,6,7
sMEM
ME + SP_ADDRESS
sPOINTER TO CORRECT DATA
;LOAD 8 WORDS OF MAIN MEMORY

(ZKMBAO KMC11-B STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

5891
5892

589

5894

5895

58
5897

5898

5899
5900

5901

590
590

5904
5905

5906
5907

sgs

5910

5911
5912

5913

5914
§915

030774
030776

ogwoz 002652

031004

8%10“

1006
931012

031020

031024
031030

031050
031052

040600

031056
031060

061224
111237

1070

123704

1094

031074

031076
031114

031116

811 0
031122

031130
0 11§£

8 1134
1140

03114
8 114
031142
8 1144

115

gg 1

9
935
sg
5938

007413

BGNSEG

004112
000017

031030
000017

031030

031050

18:

2s:

3s:

000004

002612

48:

104410

115

1156

116
0311
1160
031162

100008:

252

000
125

252

377
125

58:

PC.SPLD

(SBSEG

PC,CLRC
#17.2%

RS.2$

17,38

(R2),SGDDAT

PAGE 136

SEQ 0136

:POINTER TO DATA
:LOAD 8 WORDS OF SP

:POINTER TO DATA

:CLEAR C BIT!
:CLEAR ADDRESS FIELD OF INSTRUCTION

;ADD ADDRESS TO INSTRUCTION

ZNEXT WORD IS INSTRUCTION., ROMCLK PC=5304
:LOAD MAR
;CLEAR ADDRESS OF INSTRUCTION

;ADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

:BR _ SEL A
;NEXT WORD IS INSTRUCTION, ROMCLK PC=5304

:MOVE BR TO PORT4
vo.sPUT “EXPECTED'* IN $GDDAT

MOVB

4(R1).Ré4

;PUT

BEQ

:BR IF YES

ERROR
TRAP
WORD
.WORD
.WORD
ESCAPE
TRAP

.WORD

000010

61N

0460400 <10+20>
ROMCLK

INC
INC

104405

10443
00001

BIC

10:50

BIS
RS, 33
ROMCLK

CMPB

000017

022705
001322

ROMCLK
010000

61224
MOVB

002612

003223
010114

005202
sgos

TRAP

JSR
BIC

BIS

104455

1146
1146

5970

$GDDAT,.R4
15
CSERDF

SEG
CSESCAPE

100008-.

R2
RS

#10.RS
1s

TRAP
EXIT

(CSESEG
TST

TRAP
.WORD

cssxgr
51 133-.

TRAP

CSETST

.BYTE

:DATA CORRECT?

EM15
ERR15

CMP
BNE

ENDSEG

*FOUND"* IN Ré

:ALU ERROR

:NEXT DATA
:NEXT DATA

:DONE YET?
:BR IF NO

0,0,-1,-1,125,125,252,252

.EVEN

104401

ENDTST
L10133:

BADHEAD

sARRARannnnanentennt TEST 51

s*ALU TEST

91
945
9

944

116106

SPDAT

11%6 000014

5923
5924
5925
59 9

MEMDAT
JSR

004044

8 1040 050537 031050
1044

5919
5950

59
59

050537

042737

031124
8 1124

5921
59 g

104404

004737
042737

031032

5919
591

5918

oozu.;
004737

MACY11 30A(1052)
21-0CT-81
HARDWARE TESTS

ansnsnnnnnnnsnnnannen

s*TEST OF ALU FUNCTION A OR NOTB WITH C BIT CLEARED
s*ALU FUNCTION (A OR NOTB)
CODE=12
s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA

031162

:*PERFORM THE FUNCTION, VERIFY THE RESULTS

BADHEAD

serkkantananastveens

TEST

sasansannncanannnnen

CZKMBAO KMC11-8 STATIC PARTI
CZKMBA.P11
20-0CT-81 16:58

MACYTT 30A(1052)
1
21-0CT-81
HARDWARE TESTS

5947

§948 ogmg

5949
5950

0311%

595
5954
5955
5959
5957
5953

8 1174
031200
031
031206
031212
031214

5952

5959

5960

5961
S%i

596

5964

5965
5969

031172

2737
050537

031240

1260

040640

2975

001413

031

104455

031

59
5

1
1

sv;g 3 1
1
1

1
1

031344
135
135

135
1352

1 g&

031354

995

135

994
995

031
031

gfi
031370
3999 8%1570

¢sooo1

onga
111237
116104
123704

031

5977

042737
050537

031262
031 96
031270
031274
1

5
g

737

031 1.5
1250

5
5970
§971
5972
597

976

01270;
004737
oozu.;
004737
002652

031
031

1254

5974

005005

1044

596

5963

T51::

031214

03121

1370

2332 031372

H 11
PAGE 137

SEQ 0137

BGNTST

03116
031162

5951

10:50

CLR

031
003672

004044

004112

000017
031240
000017
031260

031240

031260

18:
2s:

38:
002612
000004

002612

48:

000010
100008:

104405

104432

77
252

104401

JSR

PC,CLRC

TRAP

BIC
BIS

ROMCLK

010000

BIC
BIS

ROMCLK

PC.SPLD
(SBSEG

‘

#17.28
RS.28
#17,3$
RS.58

0460400 <12+20>

ROMCLK
61224
MOVB
MOVB
CMPB

(R2),SGDDAT
4(R1).Ré
SGDDAT.R4

BEQ

TRAP

CSERDF

.WORD
ESCAPE

ERR1S
SEG

:MEM + SP ADDRESS

;POINTER TO CORRECT DATA
;LOAD 8 WORDS OF MAIN MEMORY
*POINTER TO DATA
:LOAD 8 WORDS OF SP
*POINTER TO DATA

;CLEAR C BIT!

;CLEAR ADDRESS FIELD OF INSTRUCTION
:ADD ADDRESS TO INSTRUCTION

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:LOAD MAR

;CLEAR ADDRESS OF INSTRUCTION
;ADD ADDRESS TO INSTRUCTION

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:BR _ A OR NOTB

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:MOVE BR TO PORT4
;PUT “EXPECTED'' IN SGDDAT
:PUT "FOUND’* IN R4
:DATA CORRECT?

:BR IF VES
:ALU ERROR

15
.WORD EMIS

104410
000014

oooo1;

#58,R2
PC,MEMLD

MWORD

01011%

882 5
1322

;MASTER CLEAR M8200.4.6,7

MOV
JSR
MEMDAT
JSR
SPDAT
BGNSEG

ERROR

885223
005202
005 85

MY INT

MSTCLR

TRAP
LWORD
INC
INC

cMp
BNE

#10.R5
1

TRAP
EXIT

(CSESEG
TST

ENDSEG

TRAP

009
37
377

377 S8
125

é%’s‘r
L10134:

CW
1
-.
Ri
R

L10134-.

TRAP

CSETST

BADHEAD

:DONE YET?
:BR IF NO

cssxir

WORD

BYTE

sNEXT DATA
*NEXT. DATA

=1,0,-1.-1,-1,125,252,~1

CZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

MACYTT 30A(1052)
21-0(T-81
HARDWARE TESTS

6003

6004
6005
6006
6007
6008

031372

6013
6014

03137
03137

6017

0 mg
031402

031404

BGNTST
152::

005005

omg;

031410
031414

004737
oozu;

6021
603;

031422
31424

002652

031426

004737

mg 004737

6023

031424

6025

0314 5

6027
6028
6029

031444
0 14sg
031452

6024

60 9 031440
6030

6031

031460

0 1494

1044

0437 7

050537

CLR

031570

MOV

003672

JSR
MEMDAT

004044
004112

000017

050537 031450
010000
042737

6035

6039

6040

1t
oo:.§

6044

S
9

604

6050
51
5;
5

6054

6055

031500

111237

000017

031470

JSR

SPDAT
BGNSEG
031450

031470

1510

(')5 706

001413
031516
15;2 104455

28:

3s:

031544

031544
154

155
155

002612

48:

0315
15
1562

104405

031564

104432

0315

000
125

000 5%

000

:LOAD 8 WORDS OF MAIN MEMORY
*POINTER TO DATA

#58 .R2

PC.SPLD
($BSEG

PC,CLRC

:POINTER TO CORRECT DATA

:LOAD 8 WORDS OF SP

*POINTER TO DATA
;CLEAR C BIT!

#17,28

;CLEAR ADDRESS FIELD OF INSTRUCTION

#17,38

sNEXT WORD IS INSTRUCTION. ROMCLK PC=5304
:LOAD MAR
:CLEAR ADDRESS OF INSTRUCTION

RS.58

060400 <13+20>
ROMCLK
61224

(R2),$GDDAT

MOVB

4(R1J,Ré4

BEQ
ERROR
TRAP

S
15
CSERDF

SGDDAT,R4

:ADD ADDRESS TO INSTRUCTION

;ADD ADDRESS TO INSTRUCTION

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

:BR _ A AND B
sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:MOVE BR TO PORT4
;PUT

D'' IN SGDDAT
:PUT *FOUND'' “EXPECTE
IN R4
:DATA CORRECT?

:BR IF YES

*ALU ERROR

o8 L
;
ERR1S

ESCAPE
TRAP
LWORD

BNE
10000%:

PC,MEMLD

BIS

cMP

1322

:MEM + SP ADDRESS

RS.2$

ROMCLK

;MASTER CLEAR M8200.4.6.7

BIS

ROMCLK
010000
B8IC

iNC
INC

1556 022705 000010

031

BIC

CMPB

104410
14

TRAP

JSR

MOVE

o
1g42 3?0114

803 § }§9§ moo§“
03157

6058

18:

002612
1504 113104 oogooa

1514

MYINT

MSTCLR

60 ; 031470 040660
60
8 1472
60
1476 0613;4

SEQ 0138

BADHEAD
JRRRARRRARRRRRERtten TEST 52 annnnnastnananananns

6018
6019

6020

PAGE 138

*=ALU TEST
:*TEST OF ALU FUNCTION A AND B WITH C BIT CLEARED
:«ALU FUNCTION (A AND B)
CODE=13
:+LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA
:*PERFORM THE FUNCTION, VERIFY THE RESULTS

6012 031572
6019

INn

setnrnnnnnnntntvttes TEST 52 wanentnevnvnnvntntnn

6009
6010
6011

6015

10:50

ENDSEG

TRAP
EXIT

TRAP

"BYIE

SEG

CSESCAPE
1
-.

R
R

#10,RS
13

:NEXT DATA
SNEXT DATA

*DONE YET?

*BR IF NO

(CSESEG

TST

"3"5’

6.0.0.-1.125.0.0,252

CZKMBAO KMC11-8 STATIC PART1

CZKMBA.P11
6059
6060

031576

606

0%1600

20~-0CT~81 16:58
00C

8062 031600

031600

6066

031602

6067

MACY11 30A(1052)

HARDWARE TESTS

6075
6076
6077
60;8

031602
0 1605
03160

0 1603

031612
031614

031620
031624
8 1 g
16
0316
16
16

6090
%1

609§
5

61
6101

L10135:

104401

TRAP

CSETST

BADHEAD

senkndantnnnvenvttnt TEST 53 snannnnvannvnnantnns

s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA
; *PERFORM THE FUNCTION, VERIFY THE RESULTS
BADHEAD

sAkannaannavndtnvrent TEST 53 wnnnanaananwnsnanans

BGNTST
135::
005005
0127

8847
2?4;
004737
002652

1044

004737

164

0457 7

1670
1376
1
17

1
1710
1714
0317

1724
17
1744
174
1;

61
6110
6111
6115

1756
17
12
17

179&
1770

CLR
MOV

032000

003672

004044

00611;

000017

031660

042737 0?0917 031700

050537

001413

18:

031700

040700
0615 4
111237
ngv
(1)5 7

MYINT

MSTCLR

ug‘ 050537 031660

61
61
61
6105
61

611
6114

SEQ 0139

s*TEST OF ALU FUNCTION A OR B WITH C BIT CLEARED
s*ALU FUNCTION (A OR B)
CODE=14

031602

6080
1

PAGE 139

s*ALU TEST

6073

J 1

ENDTST

6099
6070

6074

10:50

252

6068

6071
607

21-0CT-81

3s:
002612
2612

JSR
MEMDAT
JSR
SPDAT
BGNSEG

TRAP

JSR

BIC

RS
#58 ,R2

PC,MEMLD

PC,SPLD

C$BSEG

PC,CLRC

#1728

BIS

RS,2$

BIC

717,38

om’
OO(L)(K)

8IS
RS,33
M%
060400 <14+20>
ROMCLK
61224
m

CMPB

(R2) ,SGDDAT
4(R1) R4
$GDDAT.R4

104455

17
%23

BEQ
ERROR
TRAP
WORD
.WORD

4
1
cgsnor
1
EMIS

104410
14
g
S
2705
1322

TRAP
WORD
INC
INC
CMP
BNE

CSESCAPE
1
Rg
R
#10.R5
18

000010

sMASTER CLEAR M8200,4.6.7

sMEM + SP ADDRESS
+POINTER TO CORRECT DATA

:LOAD 8 WORDS OF MAIN MEMORY
sPOINTER TO DATA
:LOAD 8 WORDS OF SP
;POINTER TO DATA
sCLEAR C BIT!

sCLEAR ADDRESS FIELD OF INSTRUCTION

:ADD ADDRESS TO INSTRUCTION

{tog mm IS INSTRUCTION, ROMCLK PC=5304

sCLEAR ADDRESS OF INSTRUCTION

:ADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:BR
_AORB
sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

;MOVE BR TO PORT4
sPUT “EXPECTED'' IN SGDDAT
;PUT "FOUND'* IN R4
:DATA CORRECT?

:BR IF YES
sALU ERROR

sNEXT DATA
JNEXT DATA

;DONE YET?
:BR IF NO

e
D el e
i

100008:

104405

125

252

TRAP

CSEXIT

TST

L10136-.

0,-1,-1.-1,125,-1,-1,252

" TRAP

CSETST

BADHEAD

sRtAwkantavtrvtnenet

TEST

nnzanvannanvannannss

s*ALU TEST
s*TEST OF ALU FUNCTION A XOR B WITH C BIT CLEARED
s*ALU FUNCTION (A XOR B)
CODE=15
s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA

é;:sgiom THE FUNCTION. VERIFY THE RESULTS

—

sERantananhnnntveene

TEST

wannnnansnnntnnnsens

osuTsT
MY INT

MSTCLR
CLR

MOV
#58 R2
JSR
PCMEMLD
MEMDAT
JSR
PC.SPLD
SPDAT
BGNSEG

032070

032110

wviLn
mdwddwdddd:bb&bbbbbb
STEIRGRER2S OBV
NI W= OO0 NN S A= O

CSESEG

WORD

104401

K11
PAGE 140

SEQ 0140

TRAP

.BYTE

377
377

10:50

ENDSEG
EXIT

104432

000012

21-0CT-81

HARDWARE TESTS

i e e o e

=000 N

MACYTT 30A(1052)

VSN

OO oo
NN0000000000 oo
O O Ooo
o Ooo
O
i ol o ol ol e e el el e o ol e
b e
e
e e
e e
e ot

VS NN =GO~

d
—

— e

b ok s

oo o

CZKMBAC KMC11-8 STATIC PART1
CZKMBA.P11
20-0C7-81 16:58

18:

28:

002612

($BSEG

PC,CLRC

BIC
8IS

2728
RS,2

BIC

#1738

ROMCLK
010000
8IS

3s:

2612

TRAP

JSR

m“%

aansuz

61226

MOVB

MOVB
CMPB

BEQ

RS, 35S

1<15220>
(R2),$GDDAT

4(R1J.RG
$GDDAT.R4

ERROR

4
15

WORD
.WORD

15
EM1S

TRAP

CSERDF

;MASTER CLEAR M8200.4.6.7

:MEM + SP ADDRESS

:POINTER TO CORRECT DATA
;LOAD 8 WORDS OF MAIN MEMORY
:POINTER TO DATA
:LOAD 8 WORDS OF SP
:POINTER TO DATA
;CLEAR C BIT!

;CLEAR ADDRESS FIELD OF INSTRUCTION
;ADD ADDRESS TO INSTRUCTION

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:LOAD MAR

:CLEAR ADDRESS OF INSTRUCTION

;ADD ADDRESS TO INSTRUCTION

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

;BR _ A XOR B

:NEXT WORD IS INSTRUCTION, ROMCLK PC=5304

:MOVE BR TO PORT4
:PUT

"EXPECTED'*

;PUT "FOUND'* IN Ré
yégm\ CORRECT?

:BR IF

sALU ERROR

IN SGDDAT

—

CZKMBAO KMC11-8 STATIC PAR"a
(ZKMBA.P11
20-0CT-81 16:5

617N
6172

0;2162
032164

MACY11 30A4(1052)
21-0CT-81
HARDWARE TESTS

010114

4S:

g g
o
6175 0 19§ 00 Og

6176
6177
6178
6179

6180

6181
613;
61
6186

032172
032174
032200
03220

005
022705
001322

02
0
032204
0

104405

et
32216

618

6103
618

6190

61N
619§
619

6196
2195

9(7)(7)

009010
100008
:

000

377
377

5%:

L10137:

104401

RS
#10,R5
18

sNEXT DATA

JNEXT DATA
;DONE YET?
;BR IF NO

CSESEG
CSEXIT

WORD
.BYTE

L10137-.
0,-1,-1,0,0,-1,-1,0

TRAP

CSETST

sRtnsnnnnanvnntettet

;*ALU TEST

TEST

ennnnananannntsennns

:«TEST OF ALU FUNCTION ADD WITH C BIT CLEARED
s*ALU FUNCTION (A PLUS B)
CODE=00
s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA
'PERFW THE FUNCTION, VERIFY THE RESULTS
BADHEAD

8§ 032222

stk eankansentetns

% 4

BGNTST
T55::

o
folg

1044

1
ls
1

2737
50537

SEQG 0141

BADHEAD

6198
6199

‘ls

PAGE 141

SEG
CSESCAPE

ENDSEG

TRAP

L N1

.EVEN
ENDTST

818

1
R2

TRAP

032222

o
10 g

.m
INC

EXIT

20
032220

ERR15

INC
cMpP
BNE

10443

00001

.WORD

ESCAPE
TRAP

10:50

CLR

MOV
JSR
MEMDAT
JSR
SPDAT

%; 004044ke

2652
737

BGNSEG

112

17
032300

032300

8;.55 7 032320

032320

061224

MYINT

MSTCLR

1$:

TRAP

JSR

BIC

BIS

2$:

ROMCLK

010000

8IC

BIS

3s:

RMC%

#58 ,R2
PC,MEMLD
PC,SPLD

($BSEG

PC.CLRC

17,28

RS.2$

#1738

RS, 53

TEST

wnnnnsvnnennnesnnnnnn

sMASTER CLEAR HSZOO 4,6,7

&H + SP ADDRES

POJNTER T0 CWECT DATA
;LOAD 8 WORDS OF MAIN MEMORY
POINT R TO DATA
LOAD
WORDS OF SP
POINTER TO DATA
sCLEAR C BIT!

CLEM ADDRESS FIELD OF INSTRUCTION

ADD ADDRESS TO INSTRUCTION

'En WORD IS INSTRUCTION, ROMCLK PC=5304

;LOAD MAR

CLEM ADDRESS OF INSTRUCTION

:ADD (ADDRESS TO INSTRUCTION

:NEXT WORD 1S INSTRUCTION, ROMCLK PC=5304

040400!<00+20>

:BR _ ADD

61224

:MOVE BR TO PORT&

ROMCLK

'iXT WORD IS INSTRUCTION, ROMCLK PC=5304

CZKMBAO KMC11-8 STATIC PART1
(ZKMBA.P11
20-0CT-81 16:58

03 3;2

111237

MACY11 30A(1052)
21-2(7-81
HARDWARE T

002612

MOVB

CMP8

ERROR

A ¥

9
0
0
Y
¥

PONIND
=
b o e i b

e
rORO

000010

TRAP

CSESCAPE

INC

BNE

376
377

377
377

5%:

EMI5
ERR1S
SES

ENDSEG

100008-.

#10,RS

TRAP

CSESEG

TRAP

CSEXIT

EXIT

377
252
124

sgonnR4

.WORD
.WORD
ESCAPE

CMP

100008:

(R2),$GDDAT

CSERDF

INC

4(R1J R4

TRAP

.WORD

22 Og

10:50

PAGE 142
SEQ 0142

;PUT 'EXPECYED" IN SGDDAT

:PUT “FOUND'*|

DATA comcn

:BR IF YES

:ALU ERRCR

JNEXT DATA
NEXT DATA
;DONE YET?
:BR IF NO

18T

-WORD
BYTE

L10140-.
0,-1,-1,376,252,~1 .~1,124

TRAP

CSETST

.EVEN
ENDTST

L10140:

104401

BADHEAD

setnsvansnanseventer

TEST

s*ALU TEST

ravnnvsnanananenanns

s*TEST OF ALU FUNCTION 2A W.C WITH C BIT CLEARED

s*ALU FUNCTION (A PLUS A PLUS ()

CODE=6

:%LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA

B;&e‘ggm THE FUNCTION, VERIFY THE RESULTS
shnananennvanevesver

003672

£ o
—t
b

oONN

050537

737
737

MOV
JSR

#58,.R2
PC.MEMLD

JSR

PC.SPLD

SPDAT
BGNSEG

TRAP

032510

tnnnennavennanannnnn

MYINT

MSTCLR
CLR

2 or

5EE

g X 333378

D A
&~

BGNTST
T56::

TEST

JSR
BIC

8IS

csasec

chc

ns23

sMASTER CLEAR HCZOO 4,6,7

:MEM + SP_ADDRES
POINTSI 10 CWECT DATA
OAD 8 WORDS OF MAIN MEMORY
POINTSI TO DATA
OAD 8 WORDS OF SP
:POINTER TO DATA

sCLEAR C BIT!

sCLEAR ADDRESS F lflg’,? OF {
STRUCTION
:ADD ADDRESS TO INSTRUCT

MACYTT

30A(1052)
21-0CT-81
HARDWARE TESTS

2$:

17
032530

ROMCLK
010000
BIC

8IS
3s:

ROMCLK

SN
VWSO

N -2 \Un

000010
100008
:

124

252

58:

PAGE 143

SEQ 0143

#17,3%

RS,5S

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
sLOAD MAR

sCLEAR ADDRESS OF INSTRUCTION

:ADD ADDRESS TO INSTRUCTION

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

(R2) ,$GDDAT

sBR _ 2A w/C
sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
sMOVE BSR TO PORT4
;PUT “EXPECTED'' IN $GDDAT

4(R1),Ré

:PUT "FOUND"* IN R4

BEQ

:BR IF YES

ESCAPE

15
EMIS5
ERR1S5
SEG

WORD
INC
INC

1
R
R

ERROR
TRAP
WORD
.WORD
.WORD

TRAP

$GDDAT R4
15
CSERDF

;DATA CORRECT?

sALU ERROR

CSESCAPE
-.

sNEXT DATA
:NEXT ADDRESS

CMP
BNE

#10,RS
$

TRAP

CSESEG

TRAP
WORD
.BYTE

CSEXIT
L10141-,
0,0,376,376,252,252.,124,124

TRAP

CSETST

ENDSEG

EXIT

000

NT1

MOVB

CMPB

MOVB

48:

10:50

040400 <6+20>
ROMCLK
61224

N =

L ¥

R V!\I!\fi\h\li\_l:
~§ \Q\h\h\h
LN NN SRERSK

WO S SO SN

01
045 37
050537

6283
84

CZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

;DONE YET?
:BR IF NO

TST

.EVEN
ENDTST

104401

L10141:

BADHEAD

sEttkavannntanenvnty

TEST

anannananatnnsnnnnen

s*ALU TEST
s*TEST OF ALU FUNCTION SUB WITH C BIT CLEARED

:'A%flflfllm (A-B)

CODE=16

oL
MAIN MEM AND SP WITH 8 WORDS OF DATA
i"PER:DW THE FUNCTION, VERIFY THE RESULTS
sunnnnkennnnnnattvst

JEST

snncnnnensannsnannnsn

BGNTST

Tg;::

660

G108 gaoez

MYINT

MSTCLR
CLR

MOV
JSR

#58 R2
PC,MEMLD

sMASTER CLEAR M8200,4,6.7

sMEM + SP ADDRESS

sPOINTER TO CORRECT DATA
;LOAD 8 WORDS OF MAIN MEMORY

CZKMBAO KMC11-8

CZKMBA.P11

STATIC

PART1

0-0CT-81 16:58

MACY11 30A(1052)

HARDWARE TESTS

002%.;

004737

oom;

050537

032720

010

045

050537

032740

032720

032740

040740
061%;4

111237

11§1

123737

1413

18:
2s:

JSR

BIC

ROMCLK

010000

BIC

BIS

002612

612

1321

104435
1

000

001

000

0 g

000

377

253

(R2),$GDDAT

;PUT "EXPECTED'' IN S$GDDAT

:BR IF YES

TRAP

CSERDF

$GDDAT,SGDDAT
15

:DATA CORRECT?

:ALU ERROR

EMIS
ERR1S

T B
.WORD

cMP

104405

:ADD ADDRESS TO INSTRUCTION

BNE
100008:

;CLEAR ADDRESS OF INSTRUCTION

RS.38

BEQ

INC
INC

000010

:LOAD MAR

217,38

;PUT "FOUND'* IN R4

.WORD
.WORD

2705

;ADD ADDRESS TO INSTRUCTION

ZNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

4(R1).Ré&

.WORD

RS.2$

MOVB

005223
01011%

106410

;CLEAR C BIT!

;CLEAR ADDRESS FIELD OF INSTRUCTION

:MOVE BR TO PORT4

ERROR

000014

PC,CLRC

217,28

61224
CMPB

:POINTER 70 DATA

:LOAD 8 WORDS OF SP
:POINTER TO DATA

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:BR _ SUB

MOVB

002612

ROMCLK
g&ggms'zm

104455

5 og
520

B 12
PAGE 144

JSR
PC.SPLD
SPDAT
BGNSEG
TRAP
(SBSEG

BIS

3s:
883‘”‘

10:50

MEMDAT

004
006044
002652
1044
045

21-0CT-81

ENDSEG

100008-.

R2
RS

:NEXT DATA
:NEXT ADDRESS

:BR IF NO

#10,RS

TRAP
EXIT
TRAP
.WORD

CSESEG
TST
CSEXIT
L10142-.

TRAP

CSETST

.BYTE

:DONE YET?

0,1,-1,0.0.,253.125.0

.EVEN
ENDTST

104401

033054

L10142:

BADHEAD

sRAARAARARRRARACAes

TEST

58 1 2332211332222 2222221

s*ALU TEST
s*TEST OF ALU FUNCTION ADD W/C WITH C BIT CLEARED
s*ALU FUNCTION (A PLUS B PLUS C)
CODE=01

s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA

s*PERFORM THE FUNCTION, VERIFY THE RESULTS

SEQ 0144

CZKMBAO KMC11-8 STATIC PARTI

CZKMBA.P11
6395

2339

20-0CT-81 16:58

6400
66401
6402

640
6404
6405
6408

6409

6410
6411
641;

641
6414
6415
6419

641

6413

641

6420
6421

64 ;

64
6424

6425

64 9
64
64 s
64

T58::

005905

012702
004737
00294;

100

004 g
002652

104

033106

108

033110
033114
122

1
1
1

142

143

033152

154

1044

004737
042737
050537

010
842

050537

033252
003672

0615%4
111237

172
176

123704
001413

104455
17
23
010114

004044

JSR

SPDAT

BGNSEG
004112
000017
033132

000017

033152

033132

033152

1$:

2$:

3s:

4
L4
44
44
46
46
]
S

635
1
k14

104401

ROMCLK

snannnannnnnatnntnnn

4$:

000010

100008:

377

252
124

377

5s:

LEVEN
ENDTST
L10143:

#58 R2
PC_MEMLD

($BSEG

;LOAD MAR
sCLEAR ADDRESS OF INSTRUCTION

R5.3$

(R2) ,$GDDAT

4(R1J,R4

TRAP
.WORD
.WORD
.WORD

CSERDF
15
EMIS
ERR1S

sCLEAR C BIT!
sCLEAR ADDRESS FIELD OF INSTRUCTION
sADD ADDRESS TO INSTRUCTION
SNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

#17,38%

$SGDDAT R4
48

TRAP

;LOAD 8 WORDS OF SP
sPOINTER TO DATA

PC,CLRC
#17,28
RS.éS

CMPB
BEQ

ESCAPE

sPOINTER TO CORRECT DATA
sLOAD 8 WORDS OF MAIN MEMORY
sPOINTER TO DATA

PC,SPLD

ROMCLK

ERROR

sMASTER CLEAR M8200,4.6.7
sMEM + SP ADDRESS

040400!<01+20>

MOVB

002612

104405

ROMCLK
010000
BIC

61224
MOovB

002612

104410

14
02
5205
2705
1322

TRAP

JSR
BIC
BIS

BIS

196 116104 000004

MY INT
MSTCLR
CLR

MoV
JSR
MEMDAT

040420

16g
162

TEST

SEQ 0145

BGNTST

033054
0
0

6431

644
644
644
6450

€12
PAGE 145

BADHEAD

6430

64
64
64
6435
64
64
64
64
6440
6441
S44
644
6444
2‘425

10:50

sERRnttnnanavtvttent

6409

640

21-0CT-81

HARDWARE TESTS

033054

6398

6399

MACYTT 30A(1052)

<ADD ADDRESS TO INSTRUCTION

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
3BR _ ADD W/C

sNEXT WORD IS INSTRUCTION., ROMCLK PC=5304
sMOVE BR TO PORT4
sPUT “EXPECTED'' IN SGDDAT

:PUT "FOUND'* IN R4

:DATA CORRECT?
:BR IS YES
;ALU ERROR

SEG

CSESCAPE

WORD
INC
INC
CMP
BNE
ENDSEG

1
-,
R‘g’
R
#10,RS
18

TRAP
EXIT
TRAP
.WORD
.BYTE

CSESEG
TST
CQSXIT
L10143-.
0,-1,-1,376,252.-1,-1,124

TRAP

CSETST

JNEXT DATA
sNEXT ADDRESS
sDONE YET?
;BR IF NO

MACY11 30A(1052)
21-0CT-81
HARDWARE TESTS

10:50

b 12

PAGE 146
SEQ 0146

o NN
NN

3323333'S ék

el
~NNy

KMC11-8 STATIC PART1
P11
20-0CT-81 16:58

9
6460
6461
646
6463
6466
6465

033264

BADHEAD

sEkgananntnnnsvttntt

TEST

senvansennennenannnsn

s*ALU TEST
s*TEST OF ALU FUNCTION SUB W/C WITH C BIT CLEARED
;*ALU FUNCTION (A-B-C)
C(ODE=?
;*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA

:'PER:DOM THE FUNCTION, VERIFY THE RESULTS

033264

sRkRRRAnnAnkttttttnt

033264
0 564

033264

BGNTST
159::

MYINT

TEST

avnnvdanentnenvnntnnn

CZKMBAO KMC11-3 STATIC PARTI

CZKMBA . P11

20-0CT-81 16:58

6466
6467

005

6463
€469
6470
6471
047
647
6474
6475

01270;
004737
002%;
004
002652

1044
004737

64;9

0457 7

64
6478
6479
64

050537

01
04

6481

050537

64
64
64

040440

111237

004044
004112

033342

033362

033342

033362

116104 000004
123704 002612
1413

64
6491
6495
649
6494
6495
6699
649
“33
6h
6500

6
6505
65

6518
6519

QSSO

6521

000010

14
14
72

033474

104401

gog
14
377

376
252

5%:

.EVEN
ENDTST
L10144:

#58.R2
PC, MEMLD

PC,SPLD
CS$BSEG
PC CLRC

#17,28

RS.2$

7,38
RS.5%

(R2) ,$GDDAT

PAGE 147

SEQ 0147

sMASTER CLEAR M8200,4.6.7
sMEM + SP ADDRESS

sPOINTER TO CORRECT DATA
:LOAD 8 WORDS OF MAIN MEMORY
sPOINTER TO DATA
sLOAD 8 WORDS OF SP
sPOINTER TO DATA

sCLEAR C BIT!

sCLEAR ADDRESS FIELD OF INSTRUCTION

-ADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
;LOAD MAR
sCLEAR ADDRESS OF INSTRUCTION

;ADD ADDRESS TO INSTRUCTION

:MOVE BR TO PORT4
;PUT

"EXPECTED'' IN SGDDAT

4(R1J,R4

:PUT"FOUND"' IN Ré

:BR IF YES

ERROR
TRAP
.WORD
-WORD
.WORD
ESCAPE
TRAP
WORD
INC
INC
CMP

15
CSERDF

ENDSEG

E 12

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:BR _ SUB wW/C

$GDDAT R4

BNE

100008 :

CMPB

BEQ

48:

10:50

ROMCLK
040400!<2+20>
ROMCLK

MOVB

104405

104432
00001;
37
377
124

8IS
ROMCLK
01
BIC

61224

104410

1322

BIC

MoVB

000017

000014
005 Og
805 0
082 05

MSTCLR
CLR
MOV
JSR
McMDAT
JSR
SPDAT
BGNSEG
TRAP
JSR

BIS

002612

005223
010114

]
6;

2§}9

28:

104455

2581

65
65
bg
6510
6511
651;
651
6314
6515

18:

3s:

061224

21-0CT-81

HARDWARE TESTS

0334
00367

6485

8489

MACY11 30A(1052)

:DATA CORRECT?

sALU ERROR

EMI5
ERR15
SEG

CSESCAPE

R2
RS

#10.R5
1$

sNEXT DATA
sNEXT ADDRESS
sDONE YET?

:BR IF NO

TRAP
EXIT
TRAP
<WORD
.BYTE

L10144-.
-1,0,376,-1,-1,252.,124,-1

TRAP

CSETST

CSESEG
18T
CSEXIT

BADHEAD

shkrnknnennnnnvveres TEST 60 toannnanvsssnnnnnnnnn

s*ALU TEST

CZKMBAO KMC11-8 STATIC PART1

CZKMBA.P11

20~0CT-81 16:58

MACY11 30A{1052)

HARDWARE TESTS

652;
65
6524
6525

659 033474

BADHEAD

033500
§ g1

6535

518

BGNTST
T60::

1 705
2

65 §
654

6544

;

884

002652

6540
6541

1044

737

5
gaz

57 7
50537

4
gg

654
6;43

050537

62;?

6545
6549

654

ss;
g
g

8332
3 9

2 3

2
6

6
6
¢

3600
602

O33ele
¢
8636

;

001413

00411

oggg1
033552

oggow
033572

033552

033572

18:

2s:

3s:

1656

104405

3666

B7'

PC,SPLD

TRAP

JSR

BIC
BIS

ROMCLK
010000
BIC

8IS
ROMCLK

4$:

SEQ 0148

ESCAPE

TRAP

BNE

1;2

000

126

S$:

717,38
RS.53

(R2),SGDDAT
4(R1J.Ré
SGDDAT,R4

48
15

CSERDF

TEST 60 rennannvnvannnenvanns

;MASTER CLEAR M8200,4.6.7
;POINTER TO CORRECT DATA

;LOAD 8 WORDS OF MAIN MEMRY

:POINTER TO DATA

:LOAD 8 WORDS OF SP

:POINTER TO DATA
;CLEAR C BIT!

sCLEAR ADDRESS FIELD OF INSTRUCTION
:ADD ADDRESS TO INSTRUCTION

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

;LOAD MAR
:CLEAR ADDRESS OF INSTRUCTION

;ADD ADDRESS TO INSTRUCTION

SNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

:BR

_INC A

SNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

:MOVE BR TO PORT4

;PUT "EXPECTED'' IN $GDDAT
;PUT "FOUND'* IN Ré
:DATA CORRECT?

:BR IF YES
;ALU ERROR

-WORD
énsus
.WORD ERR1S

ENDSEG

SEG

css(s,sm
100008-.

#10.RS
18

sNEXT DATA

:DONE YET?

;BR IF NO

TRAP

(SESEG

TRAP

cssxn

BYTE

1,1,0,0,126,126,253.253

EXIT
001

#1728
RS,2$

ROMCLK

WORD

100008:

(S$BSEG

PC,CLRC

0460400 <3+20>

TRAP

435

870 08301

JSR

BEQ
ERROR

5 000010

3664

PC ,MEMLD

MOVB
MOVB
CMPB

1322

JSR

61224

885812
04
002612

365¢

gs.nz

BGNSEG

104455

6 79
657

111237
113
‘1)5 704

MSTCLR
m

SPDAT

6574

6;75

004044

040460

0?1

MYINT

MEMDAT

104410

$3666

657

003672

" §82$1§
010 f:.

637

657

033672

644

F 12
PAGE 148

setrnssnstantvevvent

033474
033474
033474

6532
gg

10:50

;*TEST OF ALU FUNCTION INC A WITH C BIT CLEARED
s*ALU FUNCTION (A PLUS 1)
CODE=3
;*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA
:*PERFORM THE FUNCTION, VERIFY THE RESULTS

gg ‘

6529
65
6531

21 =0CT-81

TST

LWORD L10145-.

CZKMBAD KMC11-8B STATIC PART1
CZKMBA.P11
20~0CT-81 16:58

6578
6579

03 705

2281

033702

6584

033704

6580 og 70

§383

6585

MACY11 30A€1052)
21 =0CT-81
HARDWARE TESTS

L10145:

104401

6591

;*ALU TEST

660

ggs

6610
6611
m;

221

6615
6619
661
wg
661

BGNTST
Té1::

704

714

713

6600 8 722
660

BADHEAD

sERRRnAnnanantvtttet

710

6‘281
§

7 8
730

734

740

744

752
75

762
7

005005

omo;

004737

00294;
004737

002652
104404

050537

033762

01
8457

000017 034002

2s:

034002

040520

3s:

0?1_2 4

1413

48:

;

PC,SPLD
(SBSEG

;POINTER TO CORRECT DATA

:PCINTER TO DATA
:LOAD 8 WORDS OF SP

*POINTER TO DATA
:CLEAR C BIT!

8IS
ROMCLK

RS.2$

:ADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION. ROMCLK PC=5304

8IS

RS.53

0460400

<5+20>

BEQ

TRAP

(CSERDF

BIC

#1728

010000
BIC
17,38
m&;

LK
61226
MOVB
(R2),$GDDAT
MOVB
4(R1J.Ré4
CMPB
SGDDAT,R4
15

:CLEAR ADDRESS FIELD OF INSTRUCTION

:LOAD MAR
:CLEAR ADDRESS OF INSTRUCTION

;ADD ADDRESS TO INSTRUCTION

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

:BR _ 2A

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:MOVE BR TO PORT4
;PUT “EXPECTED' IN $GDDAT
:PUT "FOUND"* IN Ré
:DATA CORRECT?

:BR IF YES
:ALU ERROR

15
EM15

.WORD

ERR1S

TRAP ~
.WORD

CSESCAPE
100008-.

ESCAPE

INC

000010

#58.R2

PC,CLRC

.WORD
.WORD

010114

TRAP

JSR

ERROR

17
223

1322

:LOAD 8 WORDS OF MAIN MEMORY

BGNSEG

104410
14

66
66

PC.MEMLD

SPDAT

R 'f 7 002612
1
113
4
‘1,5 704
002612

JSR

MEMDAT
JSR

57 7 000017 033762

;MASTER CLEAR DMC11

:MEM * SP ADDRESS

004044

18:

snnnnvnnvnntnntnntan

MOV

004112

TEST 6]

CLR

034102

003672

004737

50537

MYINT

MSTCLR

104455
4

nernnnsnenvanvennsnan

:*ALU FUNCTION (A PLUS A)
CODE=5
:*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA
:*PERFORM THE FUNCTION, VERIFY THE RESULTS

033704

659

6599

TEST §]

;*TEST OF ALU FUNCTION 2A WITH C BIT CLEARED

033704
704

6598

SEQ 0149

CSETST

sEtnRtknttnstanvtees

659
6594
6595

TRAP

BADHEAD

6587

659

6 12
PAGE 149

LEVEN
ENDTST

6586

6588
6589
6590

10:50

SEG

INC
R
cMpP
#10.RS
BNE
1$
ENDSEG

;NEXT DATA

:NEXT ADDRESS
:DONE YET?
“BR IF NO

)

S3R8

-t

cooooooo

074
074
76
7

MACY11 30A(1052)
100008
:

104405
104432

000012

5%:

6
124

—

R
et e

TRAP

CSEXIT

TST

LWORD
.BYTE

L 10146~.
0,0.376.376.252,252.124.124

L10146:

104401

TRAP

CSETST

BADHEAD

TEST

wtxanenanennnanavannsn

TEST

L3 232331232131 22222 2]

BADHEAD
BGNTST
T62::

—

mawoa

) e

o
) el el e el e

;tttttt'ttttttttttt'

NSO

VIS

MYINT

MSTCLR
CLR
RS
MOV
#58 R2
JSR
PC.MEMLD
MEMDAT
JSR
PC.SPLD
SPDAT

034312
003672
004044

BGNSEG

00411

8g2?;§ 034172
8?2017

212

034212

18:

2s:

N
N

2 1
1

TRAP

(SBSEG

BIC

17,38

JSR
PC,CLRC
BIC
217
BIS
RS.2$
ROMCLK
010000
8IS

3s:

W= O OB NN

(SESEG

S*ALU TEST
;*TEST OF ALU FUNCTION A PLUS C WITH C BIT CLEARED
;*ALU FUNCTION (A PLUS ()
CODE=4
;*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA
:*PERFORM THE FUNCTION. VERIFY THE RESULTS

) e ol el ol

SEQ 0150

LEVEN
ENDTST

) )

H 12
PAGE 150

shknnnnnvansavevtnttr

W VIV

10:50

TRAP

EXIT

034114

21-0CT-81

HARDWARE TESTS

§8%8 33T

=OB

AR
IR

CZKMBAO KMC11-B STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

0460400

nmsuz

61224

MOVB

RS.5%

<4+20>
(R2),$GDDAT

MOVB
CMPB

4(R1J.Ré4
$GDDAT,R4

ERROR

BEQ

TRAP
WORD
.WORD

(SERDF
15
EM15

;MASTER CLEAR M8200,4.6.7
:POINTER TO CORRECT DATA
:LOAD 8 WORDS OF MAIN MEMORY
*POINTER TO DATA
:LOAD 8 WORDS OF SP
:POINTER TO DATA
:MEM + SP ADDRESS

;CLEAR C BIT!
:CLEAR ADDRESS FIELD OF INSTRUCTION
;ADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:LOAD MAR

;CLEAR ADDRESS OF INSTRUCTION

;ADD ADDRESS TO INSTRUCTION

ZNEXT WORD IS INSTRUCTION, ROMCLK PC=304

:BR

A PLUS C

sNEXT WORD IS INSTRUCTION, ROMCKL PC=5305

:MOVE BR TO PORT4
;PUT

“EXPECTED''

;PUT "FOUND’* IN R
-DATA CORRECT?

:BR IS YES

:ALU ERROR

IN SGDDAT

CZKMBA.P11

6690

20-0CT-B1 16:58

010114

72
74

00520;
005;0

MACY11 30A(1052)

HARDWARE TESTS

8692 030568 104410
6693 0 98 020014
6694

6695

669

6699
6700
6701
670
6703
6784
6705

0
0

67!

670
670

67
6710
6711
671;
671
6714
6715

6719
671
6713
671
6720
6721

6; §

034310
03431
8;2 1

034322

252

I12

SEQ 0151

.WORD

ERR1S5

INC
INC

R2
RS

sNEXT DATA
sNEXT ADDRESS

;BR IF NO

CMP

BNE
100008:

000
125

252

377
125

5%:

.EVEN
ENDTST
L10147:

104401

PAGE 151

ENDSES

#10,RS5

:DONE YET?

TRAP
EXIT
TRAP
WORD
.BYTE

0,0,-1,-1,125,125,252.252

TRAP

CSETST

CSESEG
TST
CSEXIT
L10147-.

034324

BADHEAD

034324

s*ALU TEST
s*TEST OF ALU FUNCTION 2'S COMP SUB WITH C BIT CLEARED
s*ALU FUNCTION (A-B-1)
C(CODE=17
s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA
: *PERFORM THE FUNCTION, VERIFY THE RESULTS
BADHEAD

67
67
67
67
67
6
67
67
67
2;60

2
8

674
674
6744
6745

000010

4
4
4

6761

104432
000012

10:50

R Moscare
.WORD 100008-.

104405

6724
6725
67 9
67
67

67,

022705

001322

21-0CT-81

BGNTST
T63::

005005

8&2

;

0345;2

7
2942
g?
2652

1044
757
737
50537
.

00411
oggm
034402

050537

034422

040760

TEST 63 nanannnnnnnneveennnesn

sennasnnrwnnaneavtas

TEST 63 nnnnnennnansncssnnny

MYINT
MSTCLR
CLR

MoV

003672
004044

034402

284 §ng§g Og(‘)OV 034422

412
413
63
424

sERknnttannaneveent

18:

3s:

JSR
MEMDAT
JSR
SPDAT
BGNSEG
TRAP
JSR
BIC
BIS
onmc‘ K

BIC

#58 R2

PC,MEMLD
PC.SPLD

C$BSEG
PC,.CLRC
it
RS2

”n7z 3s

BIS
RS.58
ROMCLX
0460400:<17+20>
ROMCLX

sMASTER CLEAR MB200.4.6.7
sMEM + SP ADDRESS

;POINTER TO CORRECT DATA

:LOAD 8 WORDS OF MAIN MEMORY
;Poxmsn TO DATA
:LOAD 8 WORDS OF SP
sPOINTER TO DATA
sCLEAR C BIT!
sCLEAR ADDRESS FIELD OF INSTRUCTION
:ADD ADDRESS TO INSTRUCTION
{Eog mm IS INSTRUCTION, ROMCLK PC=5304

sCLEAR ADDRESS OF INSTRUCTION

sADD ADDRESS TO INSTRUCTION
SNEXT m IS INSTRUCTION, ROMCLK PC=5304
:BR _ 2'S (OMP SUB
SNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

S e cn————

(ZKMBAO KMC11~8 STATIC PART1

CZKMBAD KMC11-8 STATIC PART]
CZKMBA.P11
20-0CT-81 16:58

6746

6747

0344

MACY11 30A(1052)

HARDWARE TESTS

061224

034432 111557 002612
6748

6749
6750
6751
6752
6753
6754
6755
6756

6757
6758
6759
6760
6761

67,

676
6764
6765
6766
6767
6768
67
6770
6771
677
677
6774
6775

0344
034442
034446
034450
0
96
034470
034472
034474
034476

658
5
034502
034506
SOS

512

514
8 514
514
034516
034516
8 520
5 g
0345
0345

532
532

g;;

532

116104
123704
001413

61224

MOV

000004
002612

MOVB

001322

48:

100008:

1046405
104432
000012
37
377
124

376
252

5$:

4(R1) R4

CSERDF

SEG
CSESCAPE
;gOOOS-.

CcMP

#10.RS

TRAP

CSESEG

TRAP

CSEXIT

BNE
ENDSEG

.WORD

;MOVE BR 70 PORT4
vu
sPUT "EXPECTED'* IN $GDDAT

;PUT

"FOUND'"

IN Ré

:DATA CORRECT?

:BR IS YES

:ALU ERROR

15
EMI5
ERR15

ESCAPE
TRAP
.WORD
INC

EXIT

060
377
377

(R2) .SGDDAT

TRAP

.WORD
.WORD
.WORD

J 12
PAGE 152
SEQ 0152

EGDDAT.RA
$

INC

000010

10:50

CMPB
BEQ

ERROR

104455
000017
005223
010114

104410
000014
005 OE
00520
022705

2i-0OCT-81

JNEXT DATA
sNEXT ADDRESS
sDONE YET?
sBR IF NO

TST

L10150-.

.BYTE

-1.0,376,-1,-1,252,12
-1
4

TRAP

CSETST

.EVEN
ENDTST

104401

L10150:

677,

BADHEAD

sRRRRnknkanennrntnne

TEST

rrnnnnnevenananrnans

s*ALU TEST
s*TEST OF ALU FUNCTION DEC A gITH C BIT CLEARED
s*ALU FUNCTION (A-1)
CODE=
s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA

e
W
I

:*PERFORM THE FUNCTION, VERIFY THE RESULTS
BADHEAD

EEFELCEE2\0\”\”
v

sEkRRAnnnaancttrnent

2222
e r0 00000
LEFRREFERYSIS
ddSas

73 034534

BGNTST
T64::

5005

L
003622 .
1046404

MYINT

MSTCLR

CLR
MoV
JSR

MEMDAT
JSR
SPDAT

BGNSEG
TRAP

RS
#58 ,R2
PC_,MEMLD

PC,SPLD
C$BSEG

TEST

natnnennsnannnetnnns

JMASTER CLEAR DMC11
sMEM + SP ADDRESS
:POINTSR TO CORRECT DATA
;LOAD 8 WORDS OF MAIN MEMMOR
:POINTSR T0 DATA
sLOAD 8 WORDS OF SP
sPOINTER TO DATA

CZKMBAOC KMC11-8 STATI( PART]

CZKMBA.P11
680%
6803
238?

20-0CT-81 16:58

034570
034574
8
2

004737
042737
050537

004112
000017
034612

MACYT1 30A(1052)

HARDWARE TESTS

050537

gg?g 0346 g 040560

6811
681;
6813
68146
6815
6816
6817

23 0
1

68 g

“

6825
g

g
1

0346
034640
034642
034646
034652
034656
0 6?0

061224
111237
116104
123704
001413

702

005223

010114

706

104410

710

034712
034714
0 713
034722
034724
724
724

§§;7

32
740

742

;

PC,CLRC

010000
BIC

#17,38

BIS

034632

ROMCLK

61224

002612
000004
002612

MOVB

CMPB

BEQ

(R2),SGDDAT

4(R1) R4

SGDDAT R4

ERROR

48:

000010
100008
:

104405

124

377

251

376
124

034744

744

;ADD ADDRESS TO INSTRUCTION

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

:BR _ DEC A

;NEXT WORD IS INSTRUCTION, ROMCLK PC=5304

:MOVE BR TO PORT4

;PUT "EXPECTED'' IN $GDDAT

;PUT "FOUND"' IN Ré

-DATA CORRECT>

:BR IF YES

15
EM15
ERR1S
SEG
CSESCAPE
10000$~-.
R2
RS
#10.RS
18

sNEXT DATA
*NEXT ADDRESS
*DONE YET?
*BR IF NO

TRAP

CSESEG

TRAP
MOKD

CSEXIT
L10151-.

TST

CSETST

BADHEAD

TEST

sansnnntnansvnsannne

s *ALU TEST
s*TEST OF ALU FUNCTION SEL B WITH C BIT SET
s*ALU FUNCTION (B)
CODE=11
s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA

i
E; 034744
5

:LOAD MAR
:CLEAR ADDRESS OF INSTRUCTION

.WORD
-WORD
.WORD
ESCAPE
TRAP ~
.WORD
INC
INC
CM?
BNE ;
ENDSEG

CSERDF

senkntnannnnnewrenes

59 §§E7£4

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

:ALU ERROR

" TRAP

104401

;CLEAR C BIT!

;CLEAR ADDRESS FIELD OF INSTRUCTION
;ADD ADDRESS TO INSTRUCITON

EXIT

RS.58

0460400 <7*20>

3s:

000014

005 Og
005;0
022705
001322

K 12
PAGE 153
SEQ 0153

#17.2%
RS,2$

ROMCLK

2%:

10:50

BIC
BIS

TRAP

706

JSR

034612

2389 8346}4 8227 7 000017 034632
6808

21-0CT-81

éxssg:gnl THE FUNCTION, VERIFY THE RESULTS
stranannnnnnncrvtaes

BGNTST
T65::

MYINT

TEST

tnnanannnacannnnenes

KMBAO

KMC11-8

KMBA.P11

6858
6859

6860

034750
034754

0347

824

&2
&;
2399
0

;98

776

034776
8 5000

5004

8 5312
5 13

3 sg

5026

STATIC PART1

T-81 16:58

005005

o1z;g;

1
S
uag

MOV

004737

004044

JSR

0029‘;

002652

006130

050537

035022

042

1
g

ngm

(1,5 704

0350
8 5106
s11g
035112

104455
oooo;r
005475

21 %
1 2
51

035022

035042

03515
515

035154

1%:

2s:

3s:

000012
3
125

TRAP
JSR

BIC

BIS
ROMCLK

010000

BIC

002612

MOVB

000004

002612

S$:

#58.R2

PC ,MEMLD

PC.SPLD
(SBSEG
PC_SETC

ny 2%

sMASTER CLEAR MB200.4.6.7
:MEM + SP ADDRESS

:POINTER TO CORRECT DATA

;LOAD 8 WORDS OF MAIN MEMORY

;POINTER TO DATA

:LOAD 8 WORDS OF SP

:POINTET TO DATA
JSET C BIT!

sCLEAR ADDRESS FIELD OF INSTRUCTION

RS.2$

;ADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

#17,38

;CLEAR ADDRESS OF INSTRUCTION

(R2) ,$GDDAT

:LOAD MAR

INEXT WORD. 1S, INSTRUCT JoA RoMCLK PC=530¢
:BR _SEL B
.
;NEXT

WORD IS INSTRUCTION, ROMCLK PC=5304
*MOVE BR TO PORT4

sPUT “EXPECTED'' IN SGDDAT

BEQ

:BR IF YES

ERROR
TRAP
.MORD
.WORD
.WORD
ESCAPE
TRAP
LWORD

SGDDAT.R4

23
CSERDF
23
EM23
ERR23
SEG
CSESCAPE
100008-.

INC
cmP
BNE

RS
#10.R5
18

TRAP

CSESEG

TRAP

CSEXIT

EXIT

000
252

SEQ 0154

;PUT "FOUND'' IN Ré

100008 ——
377
1;5
252

PAGE 154

4(R1).Ré

INC

600010

L 12

MOVB
CMPB

48:

10:50

. O
0460400
<11+20>
ROMCLK
61224

5 og

00520
2 gs
1322

104432

5140

SPDAT

104410
14

5136

514
03514
§150

MEMDAT

010624

104405

5152

1413

§}
§1
1

6
6901
§

111237

JSR

BGNSEG

1044
004

8 5 sg

5114
5116
5116
51 g

MSTCLR
CLR

035142

061351.

035

HARDWAREE TESTS
TES

003672

sosg

505

21-0CT-81

004

¥
Seiane
2375
8
534‘.4
040620
2579
5
7

MACYTT 30A(1052)

:ALU ERROR

:NEXT DATA

*NEXT ADDRESS
*DONE YET?
*BR IF NO

TST

.WORD

5101 2-.

TRAP

CSETST

.BYTE

:DATA" CORRECT?

0,-1,0,-1,125,252,125,252

.EVEN

104401

ENDTST
L10152:

BADHEAD

stttnnnnavanscevevens TEST 66 sanavenennsensnnnnen

%ALY TEST

s*TEST OF ALU FUNCTICN SEL A WITH C BIT SET

CZKMBAO kMC11-8 SYAHS‘PARH

CZKMBA.P11
€914
6915
6919

6917

6918

035154

20-0CT

16:58

MACY?1 30A(1052) 'g;;(s)fl-fl

10:50

n 32
PAGE 155
SEQ@ 0155

s*ALU FUNCTION (A)
CODE=10
s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA
;*PERFORM THE FUNCTION, VERIFY THE RESULTS

BADHEAD

stkantnantnnvavetene

TEST 66

rennasnnenanscananns

CZKMBAO KMC11-8 STATIC PART1

CZKMBA.P11
6919
6920
6921
6922
6923
6924
6925

20-0CT7-81 16:58

035154
035154
035154
035160
035164

005005

o§s19¢

0127 ;

6928
6929

035176
035200

ooza.;
004737

035172

0047

0352046

002652

69;;
69
69
6935

035206
ogs 10
035214
ogs 2

1044
004737
042737
050537

035

010000

6931

035206

6936

035

6938
6939

035234
035242

6937

6940
6941
692

035246
035252
035254

6943
694
6945
6946

035 63
035262
035 93
035

694

042737
050537

5276 001413

6949

035316

104455

954

035

104410

33?9
695
695
955
695
69

69 s

035
5332
5

004044

MEMDAT
JSR

JSR

SPDAT

BGNSEG

004130
000017
035232

000017
035252

035232

035252

3s:

252

971

035

697

ROMCLK

010000

BIC
BIS

48:

252

377

125

5%:

C$BSEG
PC,SETC
017 2%
RS,2$

JSET C BIT!
sCLEAR ADDRESS FIELD OF INSTRUCTION
:ADD ADDRESS TO INSTRUCTION

CSERDF

;POINTER TO DATA

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

:LOAD MAR

#17,38
RS.3s

:CLEAR ADDRESS OF INSTRUCITON
;ADD ADDRESS TO INSTRUCTION

sNEXT WORD IS INSTRUCITON, ROMCLK PC=5304
:BR _ SEL A
sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

:MOVE BR TO PORT4
;PUT “EXPECTED'' IN $GDDAT
:PUT "FOUND"* IN R4
:DATA" CORRECT?

:BR IF YES

;ALU ERROR

.WORD
.WORD EM2
ERR23

ESCAPE

SEG

.WORD
INC

#10,RS

TRAP

(SESEG

TRAP ~ CSESCAPE

BNE
ENDSEG

*NEXT ADDRESS

*BR IF NO

:DONE YET?

TST

“5"?

.WORD

L10153-.

TRAP

CSETST

BYTE

:NEXT DATA

0,0,-1,-1,125,125,252.252

.EVEN

L10153:

sLOAD 8 WORDS OF MAIN MEMORY

PC.SPLD

ENDTST

104401

:POINTER TO CORRECT DATA
*POINTER TO DATA
:LOAD 8 WORDS OF SP

TRAP

125

PC _MEMLD

EXIT

000

#58 R2

BEQ

INC

100008:

PAGE 156

sMASTER CLEAR MB8200,4.6.7
:MEM + SP ADDRESS

ROMCLK
0460400 <10%20>
ROMCLK

ERROR

104405

TRAP
JSR
BIC
BIS

N 12

SEC 0156

61224
MOVE
(R2),S$GDDAT
MOVB
4(R1).Ré4
CMPB $GDDAT R4

002612
000004
002612

1322

3 104432

28:

6965

1%:

8 2 gs 000010
4

97,

MOV

§ 9 oos:.;s
5 f 010624
5

69
632?

6970

035352

003672

10:50

MY INT

MSTCLR
CLR

040600
061224
111237
116104
123704

21-0CT-81

HARDWARE TESTS

BGNTST
T66::

6926

6927

MACY11 30A(1052)

CZKMBAO AMC11-8 STATIC PART?
/

C(ZkMBA . P11
€975
976

297

6978

20-0CT-81 16:58

MACYT1 30A(1052) AT-BI 10:50 PAGE 157
B

HARDWARE

035366

2239

6
69

6989

6990
6991
699§

699
6994
6995

6999

699
6333

9
000

7881

7 g
7
7
7005

7
7
7
7
7010
7011
2012
701
7 12
701
701
1
1

SEQ 0157

sttt snanvtervent TEST §7 nevasacananennnsnsns

BADHEAD

s*ALU TEST

s*TEST OF ALU.-FUNCTION A OR NOTB WITH C BIT SET
s*ALU FUNCTJON (A OR NOTB)
CODE=12
s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA

;*PERFORM THE FUNCTION, VERIFY THE RESULTS

035364
5

ZESTS

6979
6980
6981
6

BADHEAD

BGNTST
T67::

5
5

035370

5374
] 72
5602

5408
541
5414

2416

416
5420

805
12

0047

294;
37
2652

104404
0047;7

5424
035432

042737
050537

442
544
545
gl.sg

010000
84 737
50537

462
2496
4
472
03547
502
g
1
S
5
g
g

g Gte
g
4

116104

123704
001413

035562

CLR
MoV

004044

MEMDAT
JSR
AT

003672

004130

000017
035442

OggO‘l?
035462

104405

5560

000012

2 0w

035442

035462

18:

28:

3s:
002812
000004
002612

TRAP

JSR

BIC
BIS

ROMCLK

100008
:

PC ,MEMLD

PC,.SPLD

C$SBSEG

PC,.SETC

#1728
R5,2$

4(R1J.Ré4

CMPB
BEQ
ERROR
TRAP
WORD
.WORD
.WORD
ESCAPE
TRAP

$GDDAT R4
48
15
CSERDF
15
EM15
ERR15
SEG
CSESCAPE

INC

.WORD

000010

RS
#58,R2

01
BIC
#17,3%
81
RS.58
ROMCLK
040400!<12+20>
ROMCLK
61224
MOVB
(R2) ,$GDDAT

MOVB

48:

104410
1%
;

JSR

BGNSEG

104455
g 17
23
10114

S
2705
1322

MYINT

MSTCLR

040640
061224
111237

:ttt?’ttttt.ttttt'tt

100008-.

INC
cMP
BNE

R
#10,R5
18

TRAP

CSESEG

ENDSEG

Gbar

L10154~.

TEST

sanansasssnnsanannns

sMASTER CLEAR M8200,4,6,.7

sMEM + SP ADDRESS
sPOINTER TO CORRECT DATA

;LOAD 8 WORDS OF MAIN MEMORY

sPOINTER TC DATA
;LOAD 8 YORDS OF SP
sPOINTER TO DATA
:SET C BIT!

:CLEAR ADDRESS FIELD OF INSTRUCTION
:ADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:LOAD MAR
cCLEAR ADDRESS OF INSTRUCTION
<ADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:BR _ A OR NOTB
sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:MOVE BR TO PORTS
;PUT "EXPECTED'* IN $GDDAT

:PUT "FOUND'* IN R4

;DATA CORRECT?
:BR IF YES
:ALU ERROR

sNEXT DATA

sNEXT ADDRESS
sDONE YET?
:BR IF NO

CZKMBAO kMC11-8 STATIC PART1
CZKMBA.P11
20~0CT-81 16:58

7031

703

0355

osssgg

;83

035570

7035
70
7037

ogss7
03557

377

000

252

377

MACYT1 30A(1052)
21-0CT-81
HARDWARE TESTS

377

125

S8:
.EVEN
ENDTST
L10154:

10:50

PAGE 158

.BYTE

-1,0,-1,-1,-1,125,252,~1

TRAP

CSETST

;8 8

035572

7040
7041

035574

BADHEAD

035574

S*ALU TEST
s*TEST OF ALU FUNCTION A AND B WITH C BIT SET
SALU FUNCTION (A AND B) CODE='3
s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA
:*PERFORM THE FUNCTION, VERIFY THE RESULTS

704

704
7044
7045
704
704

7048

7049

7050
7051
705
705

7054
7055
705

705
7058
7059
7060
7061
7065

706
7064
7065

7069

7068

035574
5574
5574
035600
035604

8 gbos
612
0 5618
035620
8 5624
035626
56 3

7
7
;3

;

7086

sRARRARAAAtatnvttvtt TEST 68 nnvanvnnnnnvnsnannnn

BADHEAD

sERRARARRNtAnvvtnews TEST 68 wennnnananwnantannnn

BGNTST
T68::

005005
012702

004737
002642
004737
002652

u.g

652

gga

035772
003672

004044

104404

2
693
672

040660

7202

061224
111237

974.

712
5713
57
736

050537

113

123704
1413

035652

017

035672

18:

010624

03575

5202

$§§ §§3§}2

JSR
MEMDAT
JSR
SPDAT
BGNSEG
TRAP

JSR

BIC

BIS

2s:

3s:
002612

ooSool.

ROMCLK

010000

BIC

002612

48:
;

;MASTER CLEAR M8200,4,6,7
:MEM + SP ADDRESS
;POINTER TO CORRECT ADDRESS

RS
#58 R2

PC,MEMLD
PC.SPLD
(SBSEG

PC,SETC

217,28

RS.2S

17,38

BIS
RS.58
ROMCLK
060400 <13%20>
' ROMCLK
61224
MOVB

MOVB

104455

244
746

MYINT

MSTCLR
CLR
MOV

56
821.7 7 004130
0356
57;7 000017
642 050537 035652

7070
71
7§
7
7%

104401

SEQ 0158

(R2),SGDDAT

4(R1J R4

CMPB
BEQ
ERROR
TRAP

SGDDAT,R4
4
23
CSERDF

.WORD
ESCAPE

ERR23
SEG

TUORD 100068
INC
- R2

;LOAD 8 WORDS OF MAIN MEMORY
:POINTER TO DATA
:LOAD 8 WORDS OF SP
:POINTER TO DATA

;SET C BIT!

;CLEAR ADDRESS FIELD GF INSTRUCTION

;ADD ADDRESS TO INSTRUCTION

SNEXT WORD IS INSTRUCTION, ROMCL.. PC=5304

:LOAD MAR

;CLEAR ADDRESS OF INSTRUCTION

:ADD ADDRESS TO INSTRUCITON
;NEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:BR
A AND B

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:MOVE BR TO PORT4
sPUT “EXPECTED"'IN $GDDAT

;PUT "FOUND'' IN R4

:DATA CORRECT?
:BR IF YES
:ALU ERROR
:

:NEXT DATA

CZKMBAO KMC11-8 STATIC PART1

CZKMBA.P11
7087

7088

7089

7090

7091
7092

20-0CT~-81 16:58

035754

035756

8 5762
5764

035764
035764

CgS 05

022705

001322

7100

0 577%
03577
0

000
377
000

INC

000010
100008:

000
125
252

21-0CT-81

HARDWARE TESTS

104405

700 033766 104432
7095 8 5798 000012

7
7097
;838

MACY11 30A(1052)

000
000

5s:

10:50

D 13

PAGE 159

SEQ 0159
RS

cMP

#10,RS

TRAP

CSESEG

BNE
ENDSEG

TRAP
.WORD

sNEXT ADDRESS

;DONE YET?

;BR IF NO

CSEXIT
L10155-.

.BYTE

0,0,0,-1,125,0,0,252

TRAP

CSETST

.EVEN

7101
7102
7103

0
0
0

036004

BADHEAD

036004

s*ALU TEST
s*TEST OF ALU FUNCTION A OR B WITH C BIT SET
s*ALU FUNCTION (A OR B) CODE=14
:
s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA
: *PERFORM THE FUNCTION, VERIFY THE RESULTS
BADHEAD

7108
710

7183
71
7110
7111
7115
7113

;Hg

7119
711
7118
1
71 9
4
71 g
71
7124

2
‘3’

6
;
6
6
6

106401

BGNTST
T69::
005005
012 ;
7
294
37

;} 5

002652

71
7
7130

737
57 4
50537

71 9
;}

ENDTST
L10155:

1044
g

SRR
003672
004044

130
17
062

036062

71
71
71

040700

7
1
140
141
7142

061554
111237
1161
(')5 7
1413

18:

036102

3s:
612
4
2612

wnanananannvnnannnnn

sRRRARARARNARARRENRE

TEST 69

annnannnnnnnnnnnnnns

MYINT
MSTCLR
CLR

SPDATG

§£§9§9 800017 036102
50537

TEST

sMASTER CLEAR MB200,4.6.7
HEN ¢ SP ADDRESS
@@ =000zl
—sPOINTER TO CORRECT DATA
;LOAD 8 WORDS OF MAIN MEMORY
;POINTER TO DATA
;LOAD B WORDS OF SP

RS
. . e e
JSR
PC,MEMLD
MEMDAT
JSR
PC.SPLD

7
7

sRrkanknntntwwtrentt

TRAP

($BSEG

JSR
PC,SETC
BIC Mm7.2%
BIS
R5.28

BIC

#17,.3%

BIS

RS, 53

0460400

<14220>

mbs

RGSLK

61224
MOVB
MOVB
CMPB

BEQ

(R2) ,$GDDAT
4(R1J,R4
$GDDAT,R4

113

o000

;POINTER TO DATA

SET C BIT!
sCLEAR ADDRESS FIELD OF INSTRUCTION
sADD ADDRESS TO INSTRUCTION

[fofi mm IS INSTRUCITON, ROMCLK PC=5304

sCLEAR ADDRESS OF INSTRUCTION

:ADD ADDRESS TO INSTRUCTION

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
_AORB
sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
;BR

;MOVE BR TO PORT4
:
;PUT “EXPECTED"’IN R4
;PUT FOUND’* IN R4
:DATA CORRECT?
:BR IF YES

CZKMBAO KMC11-8 STATIC PART1

CZKMBA.P11
7143
7144
7145
714
714

7148

036130
0 148
03615
8
152
156

036156

7149
7150
7151
715
715
7154
7155
7156
7157
7158
7159

036156
8 16g
162
036164
193
1
174
036174
036174
036176
036176

7161
716§
7163
7164

0
0
036210

7160

t16e 03621
7129 O§g§1g
;}6

7170

7171
717

036212

20~-0CT-81 16:58

MACY11 30A(1052)

HARDWARE TESTS

104455
0000;7
005475
010624

104410
000014
00520
00520
022705
0v1322

A¥

000010

100008 :

104405
104432

000012

000
377
377

377
125
252

21 =0CT-81

377
377

ENDTST
L10156:

104401

036214

10:50

23
CSERDF
23
EM23
ERR23

TRAP
.WORD
INC
INC
CMP
BNE
ENDSEG

CSESCAPE
10000%-.
R2
RS
#10,R5
1

TRAP
EXIT
TRAP

.WORD

PAGE 160

SEQ 0160

ERROR
TRAP
.WORD
.WORD
.WORD

ESCAPE

E 13

;ALU ERROR

SEG

sNEXT DATA
sNEXT ADDRESS

;DONE YET?
;BR IF NO

~
CSESEG
TST
CSEXIT

L10156-.

.BYTE

0,-1,-1,-1,125,-1,-1,252

TRAP

CSETST

BADHEAD

shnanadnanwnnntetnes TEST 70 annananannavsnetnnen

717
7174
7175
717

s%ALU TEST
s*TEST OF ALU FUNCTION A XOR B WITH C BIT SET
s*ALU FUNCTION (A XOR B)
CODE=15
s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA
s*PERFORM THE FUNCTION, VERIFY THE RESULTS

7179

BADHEAD

;};8
7

71
71
71
71
4.
71
71
71
4!
719
719
719

7194
7
71

7
7198

BGNTST
T70::

005905
1 g;
7
294;
2652

03321
00367
004044

1044
737

004130

50537

272

57 7

01
042

832017

000017

036272

036312

18:

28:

shaRnknnansannnetnents

MYINT
MSTCLR
CLR
MoV
JSR
MEMDAT
JSR
SPDAT
BGNSEG
TRAP
JSR

BIC

BIS
ROMCLK

010000
BIC

Rg
#58 ,R2
PC,MEMLD

PC,SPLD
($BSEG
PC_SETC

RS.?S

”n7,38

TEST

70 annvannannansannnnnsn

sMASTER CLEAR M8200,4.6.,7
;MEM + SP ADDRESS
sPOINTER TO CORRECT DATA
;LOAD 8 WORDS OF MAIN MEMORY
;POINTER TO DATA
;LOAD 8 WORDS OF SP
;POINTER TO DATA
;SET C BIT!

sCLEAR ADDRESS FIELD OF INSTRUCTION

-ADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

:LOAD MAR
;CLEAR ADDRESS OF INSTRUCTION

CZKMBAO KMC11-8 STATIC PART1

CZKMBA.P11

20~0CT-81 16:58

7199

8;2

050537

7201
7585
7
7204

036312
8
14
320
g 2

040720
061224
111237

7 09

g e

123706

7200

7205

7208
7209
7210

7211
7 1§
721
7214
7215
7 19
721

7218
7219
7220
7221
7 i
7
72264

036340
036356
8
0
0
72
74

7\
03640

04
04
04

7225

7
;

7230
7231
7 i

;

7235
7
7

001413

036312
3s:

852 05
1322

000

000
377

R5.3%

002612

CMPB

SGDDAT R4

ERROR
TRAP
.WORD

23
CSERDF
23

000004

MOVB

BEQ

48:

000010

100008:

377

000
000

377

5%:

.EVEN
ENDTST
L10157:

104401

036424

.WORD
.WORD
ESCAPE
TRAP
WORD
INC
INC

sADD ADDRESS TO INSTRUCTION

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

;BR _ A XOR B
sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
;MOVE BR TO PORT4
sPUT “EXPECTED'' IN $GDDAT

4(R1),Ré4

:PUT "FOUND'* IN R

:BR IF YES

EM23
ERRZ23
SEG
CSESCAPE
1
-.
R2
RS

P
BNE

#10,RS
18

TRAP
EXIT
TRAP
.WORD

CSESEG
TST
CSEXIT

ENDSEG

F 13
PAGE 161

SEQ 0161

002612

104405
104432
000012

ROMCLK

10:50

060400!<15+20>
ROMCLK
61224
MOVB
(R2) ,$GDDAT

BIS

005475
010624

104410
000014
005 Og
00520

21-0CT-81

HARDWARE TESTS

104455
0000;7

03641
036420

0
8

MACY11 30A(1052)

:DATA CORRECT?

sALU ERROR

NEXT DATA
:NEXT ADDRESS

;DONE YET?
:BR IF NO

L10157-.

.BYTE

0,-1,-1,0,0,-1,-1,0

TRAP

CSETST

BADHEAD

sEnnnknannsanetetent TEST

tnnnnanannannsnntnnsn

sEnkRanannannteveeey TEST 71

ansannnsasnanannnnns

7
7
7240

s*ALU TEST
s*TEST OF ALU FUNCTION ADD WITH C BIT SET
<*ALU FUNCTION (A PLUS B)
CODE=00

;45 036424

BADHEAD

;245.

7 49
724
7 63
724
7250
7
7
7254

4
4
4

48
5

BGNTST
T71::
5005
12 ;
2

0332;2

MYINT
MSTCLR
(LR
MOV

004044

MEMDAT
JSR

003672

JSR

RS
#58 R2

sMASTER CLEAR M8200.4.6,7
:MEM + SP_ADDRESS
:POINTSR TO CORRECT DATA

PC,SPLD

;POINTER TO DATA
;LOAD 8 WORDS OF SP

PC_MEMLD

cLOAD 8 WORDS OF MAIN MEMORY

KMBAO kMC11-8 STATIC PART1
MBA.P11
20~-0CT~81 16:58

55 036454
7590
56

1044

oaNN

BGNSEG
TRAP

JSR

006017 036502
1

036502

000017
036522

036522

VYN

G 13

17,28
RS.2$

BIC

#17,38

ROMCLK
010000

38:

040400 <00+20>
ROMCLK

S, -8

MOVB

CMPB

BEQ

(R2),SGDDAT

TRAP

48:

.WORD
-WORD
.WORD
ESCAPE

000010
10000$:

58:

TRAP

(CSESEG

TRAP

CSEXIT

.WORD

INEXT
WORD TS,INSTRUCSNeomcL
SonK Pe=5306
:BR _ ADD

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:MOVE BR TO PORT4

;PUT "EXPECTED'" IN $GDDAT

:DATA CORRECT?

*ALU ERROR

23
EM23
ERR23
SEG

#10,RS

EXIT

377
377

CSERDF

ENDSEG

:CLEAR ADDRESS OF INSTRUCTION

:BR IF VES

CSESCAPE
10000%-.
ug

BNE

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
*LOAD MAR

TRAP ~
.WORD
INC

INC

;SET C BIT!

;PUT "FOUND"* IN R4

SEQ 0162

;CLEAR ADDRESS FIELD OF INSTRUCTION
:ADD ADDRESS TO INSTRUCITON

4(R1J.Ré

SGDDAT R4

ERROR

377
252
124

(S$BSEG

PC,SETC

BIC
BIS

61224

PAGE 162

;00INTER TO DATA

2s:

002612
000004
002612

VALY

R — CBNC MR NN SO DD AR AR

sNEXT DATA

*NEXT ADDRESS

:DONE YET?

:BR IF NO

TST

L10160-.

BYTE

0,-1,-1.376.252.~1.-1,124

TRAP

CSETST

.EVEN
ENDTST

104401

L10160:

BADHEAD

sERRRRRRananntevenns

TEST

annnannannsannntnnnst

s*ALU TEST
s*TEST OF ALU FUNCTION 2A W/C WITH C BIT SET
s*ALU FUNCTION (A PLUS A PLUS C)
CODE=6
s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA

036634

63.‘.'5':»" THE FUNCTION, VERIFY THE RESULTS

sRRRRARRRakanneevsse TEST 72 EERRRRRRAR
AR ARNNNES
RR

gfig
512

10:50

SPDAT

NN NNNNNNNNO

004737
042737
050537

2;-00-81

HARDWARE TESTS

002652

a5
n% o i
61

MACY11 30A(1052)

;Ng

—

MACY11 30A(1052)

& R

056537

13
1
7

nNNO

004044

NS NN <O 000 NN

dhdses

eW) —

17
036732

SPDAT
BGNSEG

036712

036732

18:
2s:

3s:

TRAP

JSR

0460400 <6+20>
ROMCLK

4(R1J.Ré4

BEQ

104401

58:

.EVEN
ENDTST
L10161:

SGDDAT,.R4

ERROR

.WORD
.WORD
.WORD
ESCAPE

23
EM23
ERR23
SEG

INC
INC

R
R

TRAP

(SESEG

TRAP
.WORD

CSEXIT

L10161-.

TRAP

CSETST

TRAP
LWORD

EXIT

377
253

(R2),$GDDAT

MOVB

P
100008:

(S$BSEG

PC,SETC

#17,3s

TRAP

000010

RS
#58.R2
PC,MEMLD
PC.SPLD

010000
BIC

CMPB

.BYTE

BADHEAD

H 13
PAGE 163
SEQ 0163

17,2
RS,2$

MOVE

48:

10:50

BIC
g&s‘c =

61224

002612
000004
002612

IR = 000 0 i o = O B

MY INT
MSTCLR

CLR
MOV
JSR
MEMDAT
JSR

0?5905

a\l\l

NN~

BGNTST
T72::

004
002652

21-0CT-81

HARDWARE TESTS

NN —

udawuflfl\lu
e d D o e d d

lalal

0 KMC11-8 STATI PART1
P11
20-0CT-81 16:58

CSERDF

CSESCAPE
1
-

#10.RS

sMASTER CLEAR MB200,4,6,7
sMEM + SP ADDRESS
sPOINTER TO CORRECT DATA
<LOAD 8 WORDS OF MAIN MEMORY
cPOINTER TO DATA

sLOAD 8 WORDS OF SP

;POINTER TO DATA

sSET C BIT!
;CLEAR ADDRESS FIELD CF INSTRUCTION
;ADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
;LOAD MAR

sCLEAR ADDRESS OF INSTRUCTION
;ADD ADDRESS TO INSTRUCTION
:gXT 2?8/%5 INSTRUCTION, ROMCLK PC=55304

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

:MOVE BR TO PORT4
;PUT "“WXPECTED'' IN $SGDDAT

sPUT "FOUND'* IN R4

:DATA CORRECT?

:BR IF YES

+ALU ERROR

JNEXT DATA
NEXT ADDRESS
;DONE YET?
sBR IF NO

TST

1,1,-1,-1,253,253,125,125

CZKMBAO KMC11-8 STATIC PARTI

CZKMBA.P11

20-0CT-81 16:58

MACY1T 30A(1052)

21-0CT-81

HARDWARE TESTS

10:50

113
PAGE 164
SEQ 0164

sEttnanankantecvtens

TEST

tevannwavannnsvsnnens

sEnananananeteneree

TEST

annannanenenannnenns

s*ALU TEST
s*TEST OF ALU FUNCTION SUB WITH C BIT SET
s*ALU FUNCTION (A-B)
CODE=16
s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA
; *PERFORM THE FUNCTION, VERIFY THE RESULTS

BGNTST
T73::

050537
010939

050537

037122

000017

037142

037122

037142

040740

18:

2s:

3s:

m 57 002612

116104

7611
?41§
741
7414
72415
7619
741
7618
;‘1
420
7421
7422

000

TRAP

JSR

BIC
ggc =
010000

BIC

ROMCLK

BEQ

000010
100008:

001
000

377
253

5s:

sSET C BIT!
:CLEAR ADDRESS FIELD OF INSTRUCTION
sADD ADDRESS TO INSTRUCTION
'{‘0{; “D IS INSTRUCTiON, ROMCLK PC=5304

#17,38

:CLEAR ADDRESS OF INSTRUCTION

RS,
33

(R2),S$GDDAT

:BR IF YES

23
EM23

I
cMP

CSERDF

ERR23
SEG
CSESCAPE
1
%

BNE

#10.RS
1$

TRAP

CSESEG

.WORD

%162-

.BYTE

:MOVE BR TO PORT4
vo
sPUT "EXPECTED'* IN SGDDAT

WORD
.WORD
.WORD
ESCAPE

ENDSEG

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
;PUT

$GDDAT.R4

TRAP
LWORD

;ADD ADDRESS TO INSTRUCTION
:genxr msw IS INSTRUCTION, ROMCLK PC=5304

4(R1).Ré&

ERROR
TRAP

sMASTER CLEAR MB200,4,6,7
;MEM + SP ADDRESS
cPOINTER TO CORRECT DATA
;LOAD 8 WORDS OF MAIN MEMORY
sPOINTER TO DATA
;LOAD 8 WORDS OF SP
;POINTER TO DATA

017,28
RS,28

ROMCLK

CMPB

48:

(S$BSEG

PC,SETC

0460400 <16+20>

MOVB

2612

104405
10443
00001

PC,SPLD

MOVB

: ‘}2
8§
3
2705
1322

JSR

61224

104455
;7
475
10624

7410

PC,MEMLD

8IS

061224
55 704
1413

JSR

BGNSEG

1044

08 e

MYINT
MSTCLR
CLR
RS
MOV #58.R2

*FOUND*

:ALU ERROR

sNEXT DATA
sNEXT ADDRESS
sDONE YET?
sBR IF NO

,1,-1,0.0,253.125.0

IN R4

:DATA CORRECT?

CZKMBAO KMC11-8B STATIC PART1
(ZKMBA.P11
20-0CT-81 16:58

7452
745

7454
7455
745
745
7460
7461
74

037250
037252
037252
037252

10:50

J 13

PAGE 165

SEQ 0165

000
.EVEN
ENDTST

L10162:

104401

037254

TRAP

CSETST

BADHEAD

sERknntnanannnnettnns

s*ALU TEST

TEST

sentnnnnnenavanenenn

s*TEST OF ALU FUNCTION ADD W/C WITH C BIT SET

s*ALU FUNCTION (A PLUS B PLUS ()
CODE=01
s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA
:'PER:gRH THE FUNCTION, VERIFY THE RESULTS

037254

shkankannnnwnvtetvet

BGNTST
T76::
N
NN

232

037254
8 7254
7254
037260
037264
037 96
8 7272
g? 76
057
037304
037306
037
731

7334
14
7
735
7354

000017
037352

747
7474
7475
747
747
7478

7426
7426
74
74
74
74

SPDAT
BGNSEG

037332

037352

18:

2s:

3s:

037
7
737
74
7416
74
74 f

004044

037332

MYINT
MSTCLR
CLR

002612

005004

TRAP

JSR

"7
RS,2$

2}c
g&sx

% RS.53

ROMCLK

m"zs‘
(R2) ,$GDDAT
MOVB
4(R1J.R4
TRAP
WORD

000010

JWORD
.WORD
ESCAPE

TRAP ~
WORD
INC
INC

CMP

tesvnnansnanansnnnns

sMASTER CLEAR M8200,4,6,7

sMEM +SP ADDRESS
;POINTER TO CORRECT DATA
sLOAD 8 WORDS OF MAIN MEMORY
sPOINTER TO DATA
sLOAD 8 WORDS OF SP
;POINTER TO DATA

217,38

o&o¢§2:<o1~zo>

ERROR

022705

(SBSEG

BIC
BIS

BEQ

4S:

TEST

PC,SETC

CMPB

002612

MOV
#58 R2
JSR
PC ,MEMLD
MEMDAT
JSR
PC,SPLD

037452
003672

004130

7314
037322

7465
7%69
746
7668
7‘90
74
747

747,

125

R S28§°S

7423
7424
7425
76426
7427
7428
7429
74
7431
743
743
74
7435
74
74
7438
7439
7440
76441
744
744
7444
76445
7446
744
7448
7449
7450
7451

MACYTT1 30A(1052)
21-0CT-81
HARDWARE TESTS

SGDDAT.R4

INSTRUCTION, ROMCLK PC=5304
PORT4

;PUT “EXPECTED'' IN SGDDAT

sPUT "FOUND'' IN R

4§

(SERDF
23
EM23
ERR23
SEG
CSESCAPE
1
ng
R

#10.RS

sNEXT DATA
sNEXT ADDRESS
sDONE YET?

CZKMBAO KMC11-8 STATIC PARTI

CZKMBA.P11

749

0;746
03746
037462

100008
:

104405
104432
000012
gm
77
000

000
253
125

000
000

5s:

104401

037464

37464

75
75
7;
7
;S 4
525

nannavanannetnannnnn

BGNTST

T75::

§é§;§;

7508
751
7514

294;
37
2652

750,

7 8

005005

037665

00367,

JSR

MEMDAT
JSR
SPDAT

004044

7% 004130

57 7
50537

029017
037542

037542

050537

17
037562

037562

040440

omg;‘

761

MYINT

MSTCLR
CLR
MoV

7
75
75
754
754
7552

7556

CODE=2

sERkARantntnntntendr TEST 75 sennnnnntnantndnnnnn

0 7470
7474
747

7572
7576

TEST

s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA
:*PERFORM THE FUNCTION, VERIFY THE RESULTS
BADHEAD

7464
0 7464

75
75

7§ ;

CSETST

18:

JSR

RS
#3$,R2

PC.MEMLD

sMASTER CLEAR MB200,4.6.7
:;MEM + SP ADDRESS
;POINTER TO CORRECT DATA

:LOAD 8 WORDS OF MAIN MEMORY

PC,SPLD

:POINTSR TO DATA
;LOAD 8 WORDS OF SP
sPOINTER TO DATA

PC SSTC

SET C BIT!

BIC
BIS

27,28
s

BIC
8IS

#1738
RS, 53

CLEAR ADDRESS FIELD OF INSTRUCTION
ADD ADDRESS TO INSTRUCTION
NEXT WORD I
MAR
LEAR ADDRESS OF INSTRUCTION
ADD ADDRESS TO INSTRUCTION

7513

TRAP

;BR IF NO

s*ALU FUNCTION (A-B-C)

7505
7509
750

7514
7515
751?

CSESEG
TST
CSEXIT
L10163-.
1,0,0,-1,253,0,0,125

svanankakkaanrettttt

037464

751§

TRAP
EXIT
TRAP
WORD
.BYTE

BADHEAD

7500

7510
;gr

s*ALU TEST
s*TEST OF ALU FUNCTION SUB W/C WITH C BIT SET

7501
750
7503

7508
7509

BNE
ENDSEG

.EVEN

ENDTST
L10163:

749
74

7504

SEQ 0166

7491
7492
7493
7494
7495
74

001322

K 13
PAGE 166

TRPR
TR ]

7490

HARDWARE TESTS

10:50

3s:

0460400

61224

111237 002612
116104
000004

MOVE
MOVB

001413

BEQ

123704

002612

<2%20>

76481
7482
7483
7484
7485
76486
7487
7488
7489

037442
037444
027444
037444
037446
03744
037450
037452
037455
037460

21 =0CT-81

AL A T

7479
7480

20-0CT-81 16:58

MACY11 30A(1052)

NEXT WORD IS INSTRUCITON, ROMCLK PC=55304

BR _ SUB W/C

NEXT WORD IS INSTRUCTION, ROMCLK PC=5304

MOVE BR TO PORT4

(R2),SGDDAT
4(R1J.R4

;PUT "EXPECTED"' IN $GDDAT
;PUT "FOUND"* IN R

"§

:BR IF vES

CMPB

SGDDAT,.R4

ERROR

-DATA CORRECT?

*ALU ERROR

CZKMBAO KMC11-8 STATIC PART]

104455
0000;7
005475
010624

TRAP

4S:

7541 8 7640 000014

83767%
3767

;559

037672

7565
756
7564

037674

7569
7570
414

037674

757
7574

7674
037674

[4 7;

000010
100008:

104405

104432
000012
000
002
12

001
000
000

377
253

5%:

.EVEN
ENDTST
L10164:

104401

[4
75
7590

77
77642

CSESEG

TRAP

CSEXIT

sNEXT ADDRESS

-DONE YET?
;BR IF NO

TST

WORD
.BYTE

L10164-.
0,1,-1,0,0,253.125.0

TRAP

CSETST

sERtanttnanavtuneess

TEST

anananannnanantntnnn

seknannannnrvtenesy

TEST

nranvansnannnnnnntenn

BGNTST

T%::

CLR

MOV
JSR
MEMDAT
JSR
%@Ec

%; 004044

' ‘7. 7 004130
737
050537

042
050537

17
037752

MYINT

MSTCLR

002652

7753 82
77564
037762

TRAP

ENDSEG

#10,R5

s*ALU TEST
s*TEST OF ALU FUNCTION INC A WITH C BIT SET
s*ALU FUNCTION (A PLUS 1)
CODE=3
-*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA
:'PER:DM THE FUNCTION, VERIFY THE RESULTS

77
129§ 040072
;s ;;)'
%é?;
003672

;;

BNE

JNEXT DATA

BADHEAD

757

CcMpP
1$

EXIT

7674

7724
77

100008-.
R2

CSESCAPE

037752

839973 037772

18:

2$:

TRAP

JSR

BIC
BIS

ROMCLK

010000

BIC

BIS

#58 R2
PC.MEPLD
PC.SPLD
C$BSEG

PC.SETC

ks
RS.?S

27,38

RS.58

sMASTER CLEAR M8200,4.6.7

sMEM + SP ADDRESS

:POINTSR TO CORRECT DATA
;LOAD 8 WORDS OF MAIN MEMORY
:POINTSR TO DATA
;LOAD 8 WORDS OF SP
;POINTER TO DATA

—

7555
755
755
7558

766
769
037670

022705
1322

.WORD
INC
INC

—

755
755
7554

0 7663
03765
7654
7654
037654
037656
7228
7

520

SEG

:SET C BIT!

;CLEAR ADDRESS FIELD OF INSTRUCTION
sADD ADDRESS TO INSTRUCTION

SNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

;LOAD MAR

sCLEAR ADDRESS OF INSTRUCTION

:ADD ADDRESS TO INSTRUCTION

—

7544
7545
754
754
7548
7549
7550
7551

7644

005 0%

CSERDF

23
EM23
ERRZ23

754

8 7642

SEQ 0167

ESCAPE

TRAP

PAGE 167

. P

754

.WORD
.WORD
.WORD

L 13

037626
0376
037632
037634

HARDWARE TESTS

10:50

7535
7536
75
75

20-0CT-81 16:58

21-0CT-81

C(ZKMBA.P11

MACY11 30A(1052)

HARDWARE TESTS

38:

061224

001413

104455

27
5475
010624

52
54
56
0062

005202
005205
022705
001322

0064
882‘6

104405

b
et

o000
oo

0
7;
7
040100

48:

000
253

NEXT WORD IS INSTRUCTIW ROMCLK PC=5304

000010

4(R1) R4
SgDDAT.R&

ERROR
TRAP
.WORD
.WORD
.WORD

23
CSERDF
23
EM23
ERR23

TRAP

C‘ESCAPE

ESCAPE

cMP

BNE
100008:

ENDSEG

000
126

5s:

:MOVE BR TO PORT4

;PUT 'EXPECTED" IN SGDDAT

:PUT "FOONDI

DATA connecr’

:BR IF YES

sALU ERROR

SEG

100008-.
R2
RS

#10,RS5

TRAP

CSESEG

TRAP

CSEXIT

EXIT

001
126
253

(R2) ,$GDDAT

MOVB
CMPB

.WORD
INC
INC

104432

012
001

ROMCLK

JNEXT DATA
JNEXT ADDRESS
;DONE YET?

:BR IF NO

TST

.WORD
.BYTE

L10165-.
1,1,0,0,126,126,253,253

TRAP

CSETST

.EVEN
ENDTST

104401

L10165:

0460104

0460040
0460042
04884‘2

gERXT ?UCQDAIS INSTRUCTION, ROMCLK PC=5304

BADHEAD

sRRRRARARRRRR Rttty

s*ALU TEST

e S

040020

ROMCLK

0016

SEQ 0168

060400 <3+20>

61224
MOVE

82001 2 122706 002612

M3
PAGE 168

TEST

snnananannnenttntnnn

:*TEST OF ALU FUNCTION 2A WITH ¢ BIT SET

s%ALU FUNCTION (A PLUS A)
CODE=5
s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA
: PERFORM THE FUNCTION, VERIFY THE RESULTS

BADHEAD

040104

shannRntansanrnnenes

1
1
110

H‘
128

JEST

anannnnnnanvnvvesnnn

BGNTST

T?;: :

1§?§s 030
0073 003a%3

s g

MYINT

CLR

MOV

#58 ,R2

JSR

PC,SPLD

JSR

PC,MEMLD

STER CLEAR HSZOO 4,6,7

RH + SP_ADDRES
:POINTER TO CMRECT DATA
;LOAD 8 WORDS OF MAIN MEMORY
:POINTER TO DATA
;LOAD 8 WORDS OF SP
:POINTER TO DATA

0 09 P

037793 0460460

10:50

CYIOPI P79 P71 P01 P71 P71 191 F9% PN P18 0

0377

037774

21-0CT-81

FRIMITTIIT

CZKMBAO KMC11-8 STATIC PART1
CZKMBA.PiI1
20-0CT-81 16:58

CZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11
2C-0CT-81 16:58

MACY1? 30A(1052)
21-ocr-a1
HARDWARE TES

BGNSEG

0047377
1

0460162

00001
040202
055537 040202
7

040520
0?1;74
111237

BIC
BIS

046273
050537

TRAP

JSR

2%:

ROMCLK

010000

BIC

sxs

3s:

MCVB
MOVB
CMPB

BEQ

ERROR
TRAP

WORD

4S:

000010
100008:

104405

124

—c

.WORD
.WORD
ESCAPE
TRAP ~
LWORD
INC

76
52

5%:

(S$BSEG

PC,SETC

17,28
RS.2$

217,38
RS.35%

(R2),$GDDAT
4(R1).R&
$GDDAT.R4

4$
23

(SERDF

EM23
ERR23
SEG
CSESCAPE
1
R2

RS
#10,RS

TRAP

csesee,
cssxn
0166~

ENDSEG
TRAP
.WORD

PAGE 169

SEQ 0169

sSET C BIT!
:CLEAR ADDRESS FIELD OF INSTRUCTION
:ADD ADDRESS TO INSTRUCTION

NEO:; fib IS INSTRUCTION, ROMCLK PC=5304
-CLEAR ADDRESS OF INSTRUCTION
:ADD ADDRESS TO INSTRUCTION

gXT Ugb IS INSTRUCTION, ROMCLK PC=5304

:NEXT WORD IS INSTRUCTION, ROMCLK PC=5304

:MOVE BR
TO PORT4
poibT WEXPECTED"" IN SGDDAT

:PUT “FOUND
I

“DATA' CORRECT?
:BR IF VES
:ALU ERROR

INC
cMP

EXIT

104432
00001

N 13

o¢o¢oon<s-2m

61224.

002612
000004
002612

10:50

sNEXT DATA

NEXT ADDRESS
;DONE _YET?
:BR IF NO

.BYTE

O 0.376,376,252.252.124,124

TRAP

CSETST

.EVEN

ENDTST

749

; E‘
2

104401

L10166:

040314

BADHEAD

sRkRtksndasasvrenens

S*ALU TEST

sanwsanvsanansnnnnns

:+TEST OF ALU FUNCTION A PLUS C WITH C BIT SET

7638

?i%% 040314
;702 040314

TEST

:=ALU FUNCTION (A PLUS C)
CODE=4
s*LOAC MAIN MEM AND SP WITH 8 WORDS OF DATA
; *PERFORM THE FUNCTION, VERIFY THE RESULTS

BADHEAD

seRnaknnasnasstntens

BGNTST

TEST

sasanasansnssansnans

CZKMBAO KMC11-8 STATIC PARTI1
CZKMBA.P11
20-0CT-81 16:58

7703
7704

7705

7737

7733
7709
7710
7711
7715
7713
771%

040314
0460314

040
040324

040

040
040
04
04
04
048

178::

oosgos
012 725

0460512

7719 040

7718 820

7720

050537

7717

7719
7721

040

g‘n 042

040402

0404

77 g 82041

040500

7724
7725
77 9
77
773
7729
7730

8282 0
2
8404 g
460432
040436
040440
0460456

061224
111237
116106
123704
001413

0462
0464
8266
04 98

005475
010624

77 §
77
773
7735

77
77

77 3

774

774
7744
7745
774

0414

820460

8404
40472

040474

2s:

504

8: 582

3s:

7751
775
775

8’2 522
5 5

040522

040524

001

48:

104401

126
253

010000

BIC

ROMCLK

S$:
.EVEN
ENDTST
L10167:

SEQ 0170

sMASTER CLEAR M8200,4.6,7
:MEM + SP ADDRESS
sPOINTER TO CORRECT DATA

RS
#58.R2

PC.MEMLD

:LOAD 8 WORDS OF MAIN MEMORY
:POINTER TO DATA
:LOAD 8 WORDS OF SP

PC,SPLD

:POINTER TO DATA

(SBSEG

PC,SETC

;SET C BIT!

#17.,2%

;CLEAR ADDRESS FIELD OF INSTRUCTION

RS,2$

:ADD ADDRESS TO INSTRUCTION

:LOAD MAR

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

#17,38

:CLEAR ADDRESS OF INSTRUCTION

RS.58

:ADD ADDRESS TO INSTRUCTION

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

:BR _ A PLUS C

WORD
INC

1
R2

.WORD
.WORD
ESCAPE
TRAP

ENDSEG

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304

EM23
ERR23
SEG
(CSESCAPE

THUTAER

#10,RS
13

TRAP
EXIT
TRAP
LWORD

CSESEG
TST
CSEXIT
L10167-.

TRAP

(SETST

.BYTE

:MOVE BR TO PORT4
;PUT "EXPECTED'' IN $GDDAT
;PUT "FOUND IN R4
:DATA CORRECT?
:BR IF YES
:ALU ERROR

(R2),SGDDAT
4(R1).Ré4
SGDDAT,.R4
4
23
CSERDF

WORD

cMP

126

PAGE 170

0460400 <4%20>

BNE

000

B 14

ROMCLK

INC

100008 :

001

ROMCLK

61224
MOVB
MOVBCMPB
BEQ
ERROR
TRAP

002612
000004
002612

001322

104432
12

BIC

BIS

76 022705 000010

502

TRAP

JSR

BIS

00520

ogg
2

7758

040412

18:

000014
885 og

351
520

775

000017

040412

040372

104410

774
;;40

7756

SPDAT
BGNSEG

00027

104405

;;gg

JSR
MEMDAT
JSR

104455

0504
040506
506
51

774

MOV

1044

10:50

MY INT

MSTCLR
CLR

004
003672
002 ;
004
004044
002652

004737 004130
042737 000017
050537 040372

7715

MACY1T 30A(1052)
21-0CT-81
HARDWARE TESTS

:NEXT DATA

;NEXT ADDRESS

:DONE YET?

:BR IF NO

1,1,0,0,126,126,253,253

BADHEAD

sRkrRnnennanntnntts TEST 79 sesnasnnsnnsnsosnnns

s*ALU TEST

CZKMBAO KMC11-8 STATIC
PARTI1
CZKMBA.P11
20-0CT-81 16:58

21-0CT-81

HARDWARE TESTS

10:50

C 14
PAGE 171

SEQ@ 0171

s*TEST OF ALU FUNCTION 2'S COMP SUB WITH C BIT SET

s*ALU FUNCTION (A-B-1)
(ODE=17
:*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA

;'FER:gRH THE FUNCTION, VERIFY THE RESULTS

040524

sEtkanknanntnvnttees

BGNTST

179::

i
i TM

040524
040524

7759
7760
7761
l76§
7763
7764
7765
7766
7767

MACY11 30A(1052)

TEST

snnnnnanwnvnannvsnnn

|
CZ KMEAQ KMC11-B STATIC PART1
4 KMBA.P11
20-0CT-81 16:58

005005
01270;
883;2

D 14

040722
003672

JSR
PC,MEMLD
MEMDAT
JSR
PC.SPLD
SPDAT

00473; 004044

BGNSEG

22 2

5 e 040602
585 7 040602

050537

000017
040622

040622

18:
28:

38:

NoS

RS.58

61224
MOVE

(R2),$GDDAT

000010

.WORD
.WORD
.WORD
ESCAPE
TRAP
LWORD
INC

377

376
252

58:

.EVEN
ENDTST
L10170:

:LOAD 8 WORDS OF MAIN MEMORY
*POINTER TO DATA
:LOAD 8 WORDS OF SP
*POINTER TO DATA
;SET C BIT!

:CLEAR ADDRESS FIELD OF INSTRUCTION
‘
:NEXT WORD IS INSTRUCTION, ROMCLK PC=5304
;ADD ADDRESS TO INSTRUCTION

*LOAD MAR
:CLEAR ADDRESS OF INSTRUCTION

;ADD ADDRESS TO INSTRUCTION

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:BR _ 2'S COMP SUB
:NEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:MOVE BR TO PORT4
;PUT “EXPECTED'' IN $GDDAT

:BR IF YES

(SERDF

23
EM23
ERR23
SEG
CSESCAPE
1
R2

RS
#10.RS
1$

TRAP

(CSESEG

TRAP
.WORD

CSEXIT
L10170-.

EXIT

sPOINTER TO CORRECT DATA

;PUT "FOUND IN R4

INC
(MP
BNE

ENDSEG

;MASTER CLEAR M8200,4,6,7

sMEM + SP ADDRESS

4(R1J.Ré&

SGDDAT R4

TRAP

W
tY

104401

BIS

ERROR

' TM4

124

217,38

ROMCLK
040400 <17%20>
ROMCLK
BEQ

100008:

01
BIC

CMPB

48:

(SBSEG

PC,SETC

BIC
#1728
BIS
RS.2$
ROMCLK
.

MOVB

553704

002612
000004
002612

TRAP

JSR

PAGE 172
SEQ 0172

MSTCLR*
CLR
RS
#58 R2

002652

?;22

SangSSola' TMi
o
&

NN
oo

NNN

10:50

MYINT |

SEEBEsE

33 RRERR
R
333
o
353
Viua
288
by
SR
OV
PN SR F3an
coooo OCO0O0CO Soo
SN NNNNN
WROON b o e b ik
SunSoo
s
o

P
IIIII

=l =1=]

fRR

21-0(T-81

HARDWARE TESTS

0460524

o«osgg

MACY11 30A(1052)

:DATA CORRECT?

:ALU ERROR

:NEXT DATA

:NEXT ADDRESS
:DONE YET?
*BR IF NO

TST

.BYTE

=1,0,376,~1,-1,252,124,~1

TRAP

CSETST

BADHEAD

sEvennnnannnavtsvetr

s*ALU TEST

TEST

wennvsnnsnsanannnnnn

P
-

CZKMBAO KMC11-8 STATIC PART]

CZKMBA.P11

20-0CT-81 16:58

MACYT1 30A(1052)

21 -0CT-81

HARDWARE TESTS

7855

10:50

E 14

PAGE 173
SEQ 0173

s*TEST OF ALU FUNCTION DEC A WITH C BIT SET

s*ALU FUNCTION (A-1)
CODE=7
s*LOAD MAIN MEM AND SP WITH 8 WORDS OF DATA
:'PER:DW THE FUNCTION, VERIFY THE RESULTS

sEanRnansestavevever

JEST

snevenantnsnnnnvenesn

?GNTST
M. INT

NNN

041012

W
N

041032

o
o

SR
2
3k2
8 \h\lo T 3PS 2 8

i
~N

MSTCLR
CLR
RS
MOV
#58.R2
JSR
PC,MEMLD
MEMDAT
JSR
PC.SPLD
SPDAT
18:

taw““ CSBSEG

JSR

BIC

BIS

2%:

BIC

BIS

3s:

61224

NOSKRTS

ke
ek

Ri
D P
S
el e e

376
124

S8$:

:ADD ADDRESS TO INSTRUCTION

fofl muono IS INSTRUCTION, ROMCLK PC=5304

17,38

:CLEAR ADDRESS OF INSTRUCTION

RS.53

;ADD ADDRESS TO INSTRUCTION

sNEXT WORD IS INSTRUCTION, ROMCLK PC=5304
:BR _ DEC A
:NEXT WORD IS INSTRUCTION, ROMCLK PC=5304

(R2),SGDDAT

:MOVE BR TO PORT4

;PUT “EXPECTED'’ IN SGDDAT

4(R1).Ré

;PUT "FOUND IN Ré

BEQ

f.g

TRAP

g&m

:BR IF YES

.WORD

EM23

TRAP

INC
INC
[,
BNE

%ssc»e
ng
R
#10.RS
1s

TRAP
EXIT

(SESEG
TST

ERROR

100008:

;SET C BIT!

:CLEAR ADDRESS FIELD OF INSTRUCTION

MOVB

CMPB

000010

RS.2$

ROMCLK
0460400 <7%20>
ROMCLK
MOVE

48:

PC,SETC

217,28

sMASTER CLEAR M8200.4.6.7
:MEM + SP ADDRESS
:POINTER TO CORRECT DATA
:LOAD 8 WORDS OF MAIN MEMORY
*POINTER TO DATA
:LOAD 8 WORDS OF SP
*POINTER TO DATA

S$GDDAT.R4

:DATA CORRECT?

*ALU ERROR

e, (e

ENDSEG

W
CIOH
BYTE
=1,-1,3

;NEXT DATA
*NEXT ADDRESS
*DONE YET?
*BR IF NO

76,376.124.124,251,251

KMBA.P11

20-0C T-81 16:58

MACY1T 30A(1052)

21-0CT-81

HARDWARE TESTS

10:50

F 14
PAGE 174
SEQ 0174

.EVEN
ENDTST

L10171:

TRAP

CSETST

| —

KMBAO kMC11-8 SYAI’IS PART1

CZKMBAO KkMC11-B STATIC PART1
CZKMBA.P11
20-0C7~-81 16:58

7886

7887
7888
7889
7890
7891

MACY11 30A(1052)

21-0CT-81

HARDWARE TESTS

10:50

6 14

PAGE 175

SEQ 0175

C 4 KMBAO KMC11-B STATIC PART
C ZKMBA.P11
20-0CT-81 16:58

MACYTT 30A(1052)

.SBTTL

;&95

ITIITIIIIIITIEIIIZZITIIIIIIEIIIIII0I027700000000070000000070070

700077701701017

7910
911

041146
041148

7913

BGNHRD

000015

LSHARD: :

04115

041152

821154
1156
0641156

2 g
7919 821164

7920

041166

7921

821166

79
7924

82117
1174

79§

7925

117g

041176

79
79

[=l=l=}

WTMP,0,0,7.0,7,YES

ADDRES,2,0,160000,177776
YES
.

TSCODE
ADDRES
TSLOLIM
TSHILIM
VECTOR,4,0,0,674,YES
T$CODE
VECTOR
TSLOLIM
TSHILIM

PRIRTY,6,0,7000,4,7,YES

TSCODE
PRIRTY

7000

.EVEN

SSRuS

-ASCI1Z

*WHICH MICRO-PROCESSOR:"’

*'0=M8200,4=
,6=M8206M820
, 7=MB8207"*
4

. 4 3°°23

— ) b
VWO NW—-

fSH

aR SR

ALY b o omd

WMP:

gL
- msfjggu:as
3
&
W

vwnar\»\aNN
OO
RSN

FRRIRRRRRIVRR

RIRERRR

i
794

L10172:
wvi~N

041200
ee
L Jurgury

7933
79
79
79
79
79

041200

(=1

.WORD L10172-LSHARD/2

§ Jaddsassagasnnianeiy

041144

041144
041146

7914
7915
7919

THE

:/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
:/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE
:/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
:/ WITH THE OPERATOR.

7909
7907

791§

SEQ 0176

HARDWARE PARAMETER CODING SECTION

:/ THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.

7900
7901
790;

H 14
PAGE 176

rarpigauauanuaon LIITTIITITIIIIIIII000000007000000000000077
77017
;/ THE _HARDWARE PARAMETER CODI NG SECTION CONTAINS MACROS

7899

7905

10:50

HARDWARE PARAMETER CODING SECTION

789§

21-0CT-81

ADDRES : .ASCIZ

/CSR ADDRESS : /

061511

02(2)228

SEQ 0177

/VECTOR ADDRESS : /

PRIRTY: .ASCIZ

/PRIORITY LEVEL : /

LNUNIT: .ASCIZ

/WHICH LINE UNIT (0-3)? 0=NONE,1=M8201,2=M8202,3=M8203 : /

SWPAC1: .ASCIZ

/SWITCH PACK #1 (DDCMP LINE #) : /

SWPAC2:

.ASCIZ

/SWITCH PACK #2 (BM873 BOOT ADR)

LOOPBK:

.ASCIZ

/WILL TEST CONNECTOR(S) BE USED ? 0=NO,1=YES : /

O\ =a
W

2R
gL >

w
—

et
-

PAGE 177

: /

—t

o0
v
=3
N

=1
NN

OOWN

NNNSN=NO wowo=

I14

VECTOR: .ASCIZ

VOB

N
A -%
o--go-—- NONO

041524

000
044527

With
wn
N

[=]eTa]
Vil

000040

- -\

ShEgs ®=2‘.%23..
Bt%ggw
S5

OO0

044 2z

-—a

064522

=2 NON
=
N
NN b )
d
b

10:50

—

067513

051120

SRSRSRR

oo WOoOnSOON
S

b o w—d

BEDED
W

o
— e

b ed —d —d
—

O OO VT

21-0CT-81

HARDWARE PARAMETER CODING SECTION

DRRRRRRRRRRRRKRRRRR]RR\RRRRRRRERSER =
]
R
RREIBEY
NRESR~
A

—

20-0CT~31 16:58

MACY11 30A(1052)

® |
L=l

3 HERERNREENo9BRI

oo
NN

11-8 STATIC PART1

.EVEN

CZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

77993;
|

|
|
|
f
|

.SBTTL

7994

7995

;/ 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
:/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
:/ WITH THE OPERATOR.

ggg;

SIIITIIIIITI
I 0IL0000
TEI
1000000
ZFI
0000000TTI
00000700000000
III
00007
2

8004
8005
8009

041626
041626
0461630

8009

041630

8011
801§

041630

000000

LSSOFT::

L10173:

881

§§%3 041630

ENDMOD

aoi 041630

382 041630 &ogggg
9

041732

000000

041734

000000

{ 041734
9
1

821736 000000
1740

000120

e NORD O

MEMEND: .WORD

Lefizo
JNORD

LSLAST::

;

—

:END OF NPR AREA

LTN.ED=TSTESTNUM

sAREA BETWEEN CORMAX AND MEMEND USED BY TESTS IN DIAGNOSTIC.
; NO PATCHS OR DATA MY BE STORED IN THIS AREA.
;A SMALL PATCH AREA IS PROVIDED n;M AREA ‘DEBUG'* FOR YOUR USE.
;ALSO THE AREA ABOVE ADDRESS 077776 MAY BE USED.

MNORD

:START OF NPR AREA (TEST 55)

WARNING<C<<<K

8046

CORMAX :

.EVEN

8014
8015
8019

BGNSFT
.WORD L10173-L$SOFT/2

ENDSFT

801

SOFTWARE PARAMETER CODING SECTION

ganguannuannannnnn

7997
7998
7999
8000
8001

8010

SEQ 0178

nnyy.
:/ THE SOFTWARE PARAMETER CODING SECTION CONTAINS nnn
MACROS

7996

8008

J 14

MACY11 30A(1052)
21-0CT-81
10:50 PAGE 178
SOF TWARE PARAMETER CODING SECTION

ANYONE FOOLISH ENOUGH TO IGNOR THIS WARNING WILL BE DESTROYED'

000001

.END

CZKMBAOD KMC11-B STATIC PART1

CZKMBA.P11

20-0CT-81 16:58

ADDRES 041267
ADR
= 000020 G
ASSEMB= 000010
BIT0
= 000001 G

7912
10404
691
1013

BIT00 = 000001 G
BIT01 = 000002 G
81702 = 000004 G
BIT03 = 00010 G
BIT04 = 000020 G
BIT05 = 000040 G
BIT06
= 000100 G

1002#
1001#
10004
999
998%
997#
9964

Bl . = 000002 G
BI 10 = 883000 G
BIT11 =
004000 G
BIT1§ = 010000 G
BIT13
= 020000 G
BIT14 = 040000 G
BIT15 = 100000 G
Bng = 000004 G
BITS
= 000010 G
BIT4 = 000020 G
BIT5S = 000040 G
BIT6 = 888100 G
BIT7? =
200 G
BIT8 = 000400 G
BIT9 = 001000 G

10124
992¢
9914

BIT07 = 888%00 G
BITO8 =
00 G
BITM"9 = 001000 G

9954
9964
9934

989%
9884
9874

10114
10104
10054
10084
1007#
10064
10054
10044

MACYT1 30A(1052)

1318
1013

1006
1005
1004
1316
1392
3030
2665
1395

1288
1289
1374
2979

C$CLOS=
CSCLP1=
CSCVEC=

6914
6914
6914

5567

3096

2676

1289

5567

22;%

2996

zgsg

6024

6088

6152

6216

6280

6344

6410

6475

6541

574
141

80224

§§§8

367

977

%&7

996

3458

3028

3047

076

3095

3125

3970
4435

4
44B0

4048
4507

3606

3177

3923
440

3558

o
7648

4120
4579

3678

M
7583

4075
4552

3633

&
7713

&
nrr

Sogn
%’25 %62
6914
6914

5504

4219

1319
3368

3423

3705
4192

CSCLEA=

1318
1400
3048
3078
1403

5569
3421

2867

6914
6914

5708

5506
3368

6914

2928

3423
2997

2769

($8sUB=

1319

2680
1319

5704
1401
6974
6914

CSCEFG=
CSCLCK=

SEQ C179

1012
1011
1010
1009
1008
1007

CORMAX
CRAMA
CZkMB
CSAU_ =

3241

K 14
PAGE 180

79454

10444
11024
13224
158%0

($BSEG= 000004

10:50

CROSS REFERENCE TABLE ~- USER SYMBOLS

BOE
=
00 G
CLKX
g 42
CLRALL 003326
CLRC
004112

041630
003554
002000 6
888822

21-0CT-81

4990
2731

4960

893

§ ]

77
4266

of
727

4291

B
9192

m
%7

94
636%

oM
7322

a8
7387

;

3485

EE
7452

531

M
%18

3200

4147
4624

CZKMBAO KMC11-8 STATIC PART1

CZKMBA.P11

CSoRPY= oooogz

CSOU = 000053
CSEDIT= 000003
CSERDF= 000055

20-0CT-81 16:58

L 14

MACYT1 30A(1052)
21-0CT-81
10:50 PAGE 181
CROSS REFERENCE TABLE -- USER SYMBOLS

6914
6914
6914
6914
6914
3101
98

SEQ 0180

2899
3249
3690

4160
4644

5177
5639
7274

CSERSF= 000054
CSERSO= 000057
CSESCA= 000010

CSESEG= 000005

SuB= 000003

000001

;00

CSEXIT= 000032

VHO

SRESsy
323S uo«uwgm

NS
WK

IST=

2627

2710

1830

1854

1878

1903

1928

1953

1978

2003

2027

2051

2068

2092

CZKMBAO KMC11-8 STATIC PART1

CZKMBA.P11

20-0CT-81 16:58
2117
2397

CSOPEN= 000034
CSPNTB= 000074

6914
6914

1911

2017
2125
2231
338
2645
6914

CSPNTF= 000017
CSPNTS= 000016
CSPNTX= 000015
C$QI0 = 000377
CSRDBU= 000007
CSREFG= 000047
CSRESE=
33
CSREVI=
3
CSRFLA= 000021
CSRPT = 000025
C$SEFG= 000046
C$SPRI= 000041
C$SVEC= 000037
C$TPRI= 000013
DEBUG
003204

DFPTBL
g:g

6914
6914
6914
6914
6914
6914
6914
6914
6914
6914
6914
6914
6914
12984
3969
4985
2701

002366 G
006215

DH2

DH27

DIAGMC=
EF .NEW=

EM15

EM1

Eno

EM20

835

oofs 6

005362

2151
2431

2175
2455

2192
2479

2209
2503

223%
9537

2251

2275

2299

2324

1814

1820

1827

1838

1844

1851

1862

186

1875

1886

2089
5200
9307
2411
2517

2100
2503
5%1
9422
959

1917

1925

1936

1942

2026
2131
2262
234
2452

2035
2142
2248
2356
2463

2041
2148
2259
2362
2469

2048
2159
2265
2370
2476

2590
2748
768

2599

2605

2612

5174

5210

5216

1950

1961

1967

1975

2059
2165
2272
2381
2487

2065
2172
2283
2387
2493

2076
2183
2289
239%
2500

2082
3189
2296
2405
2511

5250

5267

5299

5317

5168
2827

2863

3302

3366

3419

3457

3530

3605

4551
5445
6207
7054

9244
;;2gz

%061

%;;g

2146

2185

2202

2244

2407

2424

%zzga

521

1g?g

1866

2013

2037

2078

2161

2261

196

1988

5533

5583

5728

6106

6170

6234

6298

6332
7379

1769

zsg:

gssg

17644

2102

2219

691
10214

15964

2106
2217
2321
9438
4872

1900

2011

3114
2223
2332
5436
4879

3677

3749

3821

3893

4623
5493
6271
7119

4703
5555
5335
7184

4778
5604
6407
7249

4898
S640
6466
1314

2285

2334

2383

2741

6362

6428

6493

6559

11
89

5421

S467

5627

5641

5683

16534

5850

5914

6754

5978

6820

6042

2952

3315

3338

1659

1892

2000

2204

5374

6624

1992

2373

2598

16364
166418
16434
16468

16494

1986

2348

2547

4479
5398
6143
6989
7834

10 sz
181
10184

2136
2414

4407
5352
6079
6926
7769

6
G
G

EM14

SEQ 0181

4335
5295
6015
6858
7705

EF .PWR=
EF .RES=
EF.STA=

5071
5123
51
5156

CROSS REFERENCE TABLE -- USER SYMBOLS

4263
5246
5951
6793
7640

10204

EM1
EM1
EM1
EM

n 14
PAGE 182

4191
5203
5887
6727
7575

6 6

EMi

10:50

4119
5159
5823
6662
7510

EF .CON=

21-0CT-81

4047
3082
5770
6597
7444

1758

DH&

MACYi1 30A(1052)

}235:
2901
1671#

7016

0056427
005456
005475

EM24

0055

EM27

006054

EM3
EM30
E=§1
E g

004665
004622
005561
005610

b ek

721

3086
3148
3764
4206

4234

5584

5729

6107

6171

6235

6299

7342

7341

7406

747

7537

7602

3472
3940

3500
3987

4018

4378

4422

4450

6363

6429

6494

6560

7407

7472

7538

7603

3548

ERR §

10624 G

ERR

10736 G

ERR 9

112§ G

o
G
39% G
16

ERR

811‘58 G

ERR

806?26 G

11342

11562 G

ViINowWn

5045

5103

2702

2705

5422

5468

5642

5684

5915
6755

5979
6821

2953

3316

$95%

6952
7862

7212

7277

3039

3104

3378

1
9
4764

48t

4943

59
4135
4595
4958

3758

4235

4279

ERR

7146

s
ERR
ERR20

7081

010114 G

007egs¢
G

-.-.-.a-.-ngOOOQg
N S 33"fiE SLLW
£33
0%00\4‘
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G
402 G

k=3

0131
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196

276

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ENDIT
ERRFLG
ERR1
ERR10

ERR1S

d d e e e

oostos

Eikie
ERR14

b b e ed e

004713
80?741

EM99

ENDBUG

NOOO\O

g0sci?
8853g§
006107

NININININY —2 2 <2T\ =

6951
7861

006023

EM
EM4
EHS

7796

sf
EM35

6885

5774

E=§9

EM28

16784
16824

SEQ 0182

S iy

EM21
EM2
EM2

N 14
MACY11 30A(1052)
21-0CT-81
10:50 PAGE 183
CROSS REFERENCE TABLE -- USER SYMBOLS

VOO
nNNW

CZKMBAO KMC11-B STATIC PART1
CZKMBA.P11
20~0CT-81 16:58

3473
3941

4019

4307

4379

4451

3549

CZKMBAO KMC11
CZKMBA.P11

STATIC
PART1
0-0CT-81 16:58

5222
5228

5323
5331

5046

5104

§¢~

‘

NO NNV SN b b

PON N

grozgs Ul\lg

FTIME
00862;
FSAU =
1
FSAUTO= 000020
F$BGN = 000040

NOININ)
=

004210

S NS =00
W
“—lg
L]
VO

FM1

5 ;
440
006217

FLAG
FMSG
FMX

iln

mmmmm

180

SEQ 0183

ERR

=233
s
wn

8} 1

(1T AT AT A Y T

ERR

A=l XN N wd\'

11746

011670 6

B 15

MACYT1 30A(1052)
21-0CT-81
10:50 PAGE 184
CROSS REFERENCE TABLE -- USER SYMBOLS

CZKMBAO KMC11-B STATIC PARTI
CZKMBA.P11
20-0CT-81 16:58

FSCLEA= 000007
FSOU =
16
FSEND =
1

7735
7906

6914
6914
6914

2374
2752
7
3108

g 23

3440
3589
3732
867
998

4137
4258
4393
4535
4687
4945
5067

5234
5424
55
5768
5926
6055
6191
6321

F SHARD=

F
=
FSINIT=

FSIMP =
0

13
gs

FSMSG = 8888??
“» =

6927
6766
9
703
7169
7312
7474
7614
7745
783%
o1
6914
6914

91x
6311
723%'

c15
MACY11 30A(1052)
21-0CT-81
10:50 PAGE 185
CROSS REFERENCE TABLE -- USER SYMBOLS
7745
8005

2726
2745
697

3012
3110

4145
4281
440,
453
4688
4970
5077

5244
5427
5592
5796
3927
6063
6193
6333
66496
6939
676
03
7182
4
748
761
7753
7

9;
25
2541
9375

2152
2432
2797
2916

3226

3357

3451
3600
3735
3877
4030

3016
3120

3235

3353

3475
3623
3744

6205
6505

6506

5281
5432
5602
5801
5935

7
6775

052
7214
7353
7%
7
775
79
79

9
g709
380
9461

35 8

197

oAk
s§96 2%99

1855

4031
4174
4309
4433
4569
4700
4973
5115
5283
5434
5646
802
5937
6077
37

4165
4289
4425
4546
4690
4971
5106

gg;

914 18

1955

2135
2415
2789
914

3014
3112

3224

3442
3591
3733
3876
4021

7767

2730
2750
1831

2118
2398
2770
2913

3350

7753
8020

B
26413

6645
6777
6922
70
7223

7777

1879

2176
2456
2813
2925

3041
3151

3362

3380

3254

3483
3631
3767
38
4033

4175
4318
4453
4577
4766
4983
5136

5293
5443
5648
5804
5949
6109
46
75
6515
6937
6791
6954
7093
7224

7799
8020

5427
65

5473
6572

1832

2002

OB
416

1904

2193
2480
2816
2943

3025
3139

749
762
7767
8012

7354

7799

7494

7419

1853

2005

OB
2430

7809

1929

2210
2504
2818
2955

7817

1954

2235
2528
2825
2962

3060
3159

3385

3398

3279

3503
3651
3775
3913
4

3512
3660
3795
3921
4065

5336
5470
3658
5821
5981
6118
6247
6384
6517

SEQ 0184

3046
3158

3262

4177
4319
4462
4597
4768
4989
5145

4186
4321
4463
4606
4775
5014
5146

5338
5473
5687
5853
5990
6119
6255

3288

3513
3661
3804
3943
4073

4209
4330
4465
4607
4861
5022
5148

7508
7670

7540
7679
7809

5347
5478
5689
5862
5991
6127
6257
6399
6562
6701
6833
6972
7104
7247
7409
7549
7680
7817

5747
6637

5863
702

5927
6767

696

7232

7484

1856

SO 6

oM
2433

6530

6692
6832
7102

7377

550

1877

oW
454

7615

1880

205

7832

1979

2252
2541
2838
2963
3062
3161

3289

3403

3515
3663
3805
3952
4093

6217
4353
4474
4609
4882
5048
5157

5377
5480
5699
5863
5999
6129
6269
6431
6571
6702
6841
6974
7117
7279
7418
7550
7688
7819

599,
6833
7680

190§

205

MR
2457 24;

7842

7864

7874

7882

2028

2052

2069

089
3198

3094
3214

2276
2548
2840
2965

2300
2561
2861
2974

3291

3300

3064
31N

3404

3524
3672
3807
3953
4102

4237
4361
4497
4618
4884
5057
5190

5380
5490
5731
5871
6001
6141
6301
6440
6572
6710
6987
7149
4
74619
7558

3073
3190

3406

3556
3695
3816
3955
4103

4246
4381
4505
4649
4893
5062
5192

5385
5537
5747
5873
6013
6173
6310
6441
6580
6712
6856
7019
7158
7289
7427
7560
7703

2325
271
2880
%990
3318

5417
579
3703
3839

4105
4247
4390
4525
4658
4916

5201
5387
5539
5753
5865
5
6182
6311

6449

6725

2349
2732
2889
2995
3329

3436

3588
3723
3847
3990
4114

4249
439N
4534
4677
4924
065
5232
5396
5553
5755
5917
6054
6183
6319

6451

6595

6757
6897
7029
7167

7028
7159
7297
7429
7573
7735
7873

7605
7744
7874

6119
6964

6183
7029

6247
7094

1927

1930

1952

ks
481 2502

sog

G
26

783

6055
9992
4

1905

7809

7874

7299

7442

094

FSPROT= 00002;

FSPWR = 0000 1
FSRPT = 00001

F$SEG = 00000%

20-0CT-81 16:58
6914
6914
6914
6914
304

2550

SEQ 0185

2555

CZKMBA.P11

D 15

MACY11 30A(1052)
21-0CT-81
10:50 PAGE 186
CROSS REFERENCE TABLE -- USER SYMBOLS

ghca2ss

(ZKMBAD KMC11-8 STATIC PART1

s S0
=

=d=1

o VIS

VIR NWNIO e

\ORD ~ \A) 0D 00 ~J\N

F$SUB = 000002
F$SW = 000014
FSTEST= 000001

&~
(o
~N
W

GE TPRM 0126§6
GSCNTO= 00
GSDELM=
G$DISP=
| GSEXCP=

7921
7921

7921

7911
722

7921
908

1235

2539

2544

lalal
NN

;oo

= 000040

INSTO. 003536

ISR
IXE
ISAU

= 000100
= 004000
= 000041

SEQ 0186

[214)

IDU

E 15

MACY11 30A(1052)
21-0CT-81
10:50 PAGE 187
CROSS REFERENCE TABLE -- USER SYMBOLS

(31T
aT )

KMC11-8 STATIC PART1
KMBA. P11
20-0CT-81 16:58

I1$AUTO= 000041
ISCLN = 000041

I$HRD = 0006¢)

ISINIT= 000041
13MSG = 000041

19544

22354
23754
2528#

I1$PROT= 000040
ISPTAB= 000041
ISPWR = 000041
ISRPT = 000041

ISSEG = 000041

2825

2861

2925

2974

3025

3073

3120

31N

3235

3300

—

CZKMBAO KMC11-B STATIC PARTI

CZKMBA.P11

20-0CT-81 16:58

3417

330

ISTST = 000041

91y

2963#

MACY11

3451

4402

27894

002706
88 710

KMPO4

002712

KMNUM

KMPO6
KMRL VL
KMRVE C
KMTLVL
KMTVEC
LNUNIT

LOCK

LOE
=
LOGDEV

564

Q3914

3234m

5244w

57684
5
61934
63994
6637
68414
70394

58024
60014
62054
6441
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7484

414
2524

LOKFLG 002664
LOOPBK 041547
Lor
=
106

LIN.ED=

LSACP
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128

88 110 6
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3888
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3289
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32914
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33 004
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43938

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74928

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77034

381
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3744
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30254

30624

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3964
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30734

33514
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28614

33534
35914

45378

31104

3406#
36634

454

46078

53874

53064

59374
61414
6375
65804
67778
69878
7224

5949%
5183
63844
65824
6791#
7029
72328

5991
61914
6
65954
6833
70374
72344

7638%

75588

75608

75734

7615

76234

76254

1981

2006

77538

7442

34044
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7550

7312¢

377

5077
5768
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33624
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710644

6464R
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63334
6572
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4186

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31124

5927
61274
63214
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6767
69728
71694

7354

7755k

73624

77674

7364

7809

73778

78174

1208

31 g%

7419

78194

74278

7832%

74298

74428

7680

7874

78824

2030

2054

2541
1300

1833

1857

1881

1931

1956

2195
2482

2212
2506

2237
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11874
11884

1287«
2639+

1288+
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1289+
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1316+

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1497+

642*

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118
1 18;0
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10814

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2099
237
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2121
2401

7994
574

5062¢
5

58854
6119
6319%
65174
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6
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2178
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4114

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6311
65154
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7159

2154
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79764
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58714
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2137
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sovr G b Sbn w4 el gonw dru
3338%
53474
5377
5380
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2120
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79544

3672
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SEQ 0187

2095
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11124

PAGE 188

2818+

58214
5
62554
GASIH

76904

F 15

8164

144

S5804r
60134
6247
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68564
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10:50

2071
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3600

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KMCSRH
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3524
4474

36174

72478

21-0CT-81

CROSS REFERENCE TABLE -- USER SYMBOLS

2240
36404

Sese B

JSJMP = 000167
KMACTV 002562
KMCSR
002704

30A(1052)

1810

1475

2645
2650
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2656
2653+

1834

2138
2418

2646+
2651«

238

5493

2254
2790

2278
2889

2302
2931

2327
2778

5494

2657+

2654+

1858

2155
2435

1882

2179
2459

1907

2196
2483

193%

221
2507

1957

2238
2618+

1982

2255
2624+

2007

2279
2626

2031

2303

2055

2328

2072

2352

=S£

NNV

13 SRA= =O

LsccP
LSCLEA
L$CO
LSDEPO
LSDESC
LSDESP
LSDEVP
LSDISP
LSDLY
LSDTP
LSDTYP
L$DU
LSDUT
LSDVTY

2282229299

LSAU
LSAUT
LSAUTO

28888828839300

CZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

6 15

MACYT1 30A(1052)
10:50 PAGE 189
21-0CT-81
CROSS REFERENCE TABLE -- USER SYMBOLS

27664

2557»
27264
12224

8254
1533

4785

27454
12184

7906

79074

922

923#

25724
80314

25504

25374
80064

951

9374
9574

9524

4798

4807

SEQ 0188

E-NNBRIL3PAPOAsNOTOOoNDCNTORNFTNNUM2OTOINO3ORT3RAULT3Go¥N¥=IRSxORNtO3RRAtmDRm8N.l¥"eMm.lqR-N“O—”RO.—Ryl..RD—l
"4 ~5 ~"

CO00O00O

cOaClalOwlalwleleleoeRIoOeaC=leRallawllceaRoleacollaleeslele - =1 NN
CZKMBAO kMC11 -8 STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

H 15
MACY11 30A(1052)
10:50 PAGE 190
21-0CT-81
CROSS REFERENCE TABLE == USER SYMBOLS

&-3

SEQ 0189

2 e

N OO N TN -

‘SANeRuOIN“)B1N.N14ONI1AAN1_Z“ION1a_!‘1aF§1sAsSa1s6Nr16wsRa1“61s§¥u“61e6sS’c1anIT1NsnT‘O1a@"'0NlLO10O’POaycSlaN7lgy}mlRL[eagl|VS.=OI=n=m1e°O1UgN31Too3TowsNT1No“S_1O°R‘“Ro01oo1111w1wo1f1l
CZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11
20-0C7-81 16:58

MACYTT 30A(1052)
21-0CT-81
10:50 PAGE 191
CROSS REFERENCE TABLE == USER SYMBOLS

I15
SEQ 0190

KMC11-8 STATIC PART1
P11
20-0CT-81 16:58

7681
7746
7810
7875
7906

J 15

MACY11 30A(1052)
21-0CT-81
10:50 PAGE 192
CROSS REFERENCE TABLE -- USER SYMBOLS

76884
77538
78174

79
80114

5827
6666
7514
80264
5771
6600
7447

5891

5955

6019

6083

6147

7644

7709

7773

7838

6731

6797

5826
6665
7513

5890
6730
7578

5954
6796
7643

6018
6861
7708

6082
6927
7772

2317

2366

2805

2832

7579

6862

6928

6993

5740

2695*
1479

2703+
110

53
3336
3674
3985
4304

3084
3375
3690
4016
6332«

3101
3393
3718
40446
4348

3122
3430
3746
4060
4376

3134
3453
3762
4088
4404«

5043
5531
6232
7079

5101
5581
6296
7144

5131
5625
6250
7209

5177
5639
6426
7274

5183
5681
6491
7339

5447

5495

5561

5605

4863

4865+

4644

4672

4729%

4737

4741x

26164

5400
783
777

785

ity

§g%CENTEREE

OO0000O
)

e
e e
)

747

809
8029

2593

5348
5215

SEQ 0191

CZKMBAC KMC11-8 STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

PRIO6 = 000300 G
PRIO7 = ooogao G

PSTACK

002526

RAMDAT

003422

Qv.fFLG 00 635
REGADR
RETADR

RUN

SAVACT
SAVEG
SAVE6
SAVNUM

SAVPC
SAVSP

10284
1027#
1

1552:

K 15

MACY11 30A(1052)
21-0CT-81
10:50 PAGE 193
CROSS REFERENCE TABLE -- USER SYMBOLS

5167

2577

5209

13674

002716
002534

11944
10994

002574

111%

002566
002624
00, gs
00

002550
002546

111
11284
11294
11144

2580+
2581+«

2585
2586

2810
2811

11054
11044

5588
5587

SCLK

SETBRO
5
SETER1 88 §o

88 630

13324
13384

11304

4778+

4853+«

4866

SETC

004130

1518
7649
1420
13604

6867
7714
5162

6933
7778
5204

6998
7843
5258

7063

11314

4703+

4711%

4715

4742

4730

11
11348
15894
11420

4706

4708+

4705*
4876
5829

4714

4726

4754

SETVEC
SETZ

SFPTBL

002412

$18510

00263

sxas1§
SIBS13
SMSG
SPDAT

002636
002640
004457
002652

SI8S511

SPLD

ooag&

004044

SEQ 0192

9534

11;;:

6603

17250 Mg
6539’ 6602
7384

7449

5893

5957

;;;1

7645

6732

6793

7580

7323

6864

6341

6407

6472

6538

5553

2832

6148

6212

6276

6340

6406

6471

7710

7774

7839

737
750
763

738
751
764

739
75
76

740
753
7

791

792

6863

6929

69%

7125

7059

2659+
686

2661%
2688+

2665+

2676+

2680+

2683*

5251

5300

oW
41
754

97
4
75

04H
743
756

724
744
757

725
745
75

733
746
759

734
747
760

735
748
761

736
749
7

783

784

785

786

787

a§g
18

92
1833

137

gos
1808

1956

g119

90
2538

768

796

825
1809

1980

2120

500
2550

797

1981

5551

771

ng
5

sp
557

7584

6277

7060

11758
1179:
11774
fisu

7519

6213

6995

2575

767

7453

6149

6930

Hg#

1099

7388

6085

6667
7515

7258

6021

6799

;333

7193

5308

6733

;33;

7128

799

924
1856

215

#B
558

774

800

775

788

801

9;5
1857

952
1880

314

20,

o
25

§2‘s’¥
573

776

agg

803

789

7190

7126

778

9
1881

956
1905

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178

195

50 3

g%%
726

054

i81
727

7255

7189

779

7254

780

7385

7719

781

793

794

1219
1930

1222
1931

1223
1955

2;11

2212

805

070

2071

308

274

7320

2746

806

2766

807

2095

2%36

2767

1RPTSSRI
R—eOIOVMNII0NMvI0OG0POOONSMGO0=NM.N=T7S14MR“15NMS)8(O2N6N9SO33L%NeOv0Neo\3Me~eNF7MOO-A0N.%8=O1MR5O8ON2SN6GTOoMAI”ON“O5GO7S(80U09NOA2OO3RROO5\MW©O7MN”RNOS”IM=2N~S3GO@0
~

MO O \OMOON 2N

30A(1052)

PAGE 194
CROSS REFERENCE TABLE == USER SYMBOLS

21-0CT-81
10:50

2047
2061
2075
2088

OOe =

SVCINS= 000000

MACYT1

2020

Ni»

LALA LA 112N222N2222
NN

ONONONON

20-0(7-31 16:58

PART1

& 91’35“‘9 NN O

e gge gT

OMR0YON—OOOM~ONNTOw=vN30ONOAA\\RONeORONOI—M~WONneONNMSNONNNRNoRMN=NiMNO.YRLORNe~ORO~eTM\eGNNOeeAOeC=OeOeMOeNYOe\GOR0=~MGOTLM.—TvOGM0NM~SOFOIe=ON\(=IM~3O7vO0=(NU~OQoO7=\MQDVON0=\NgI33
NNAONNG520B7SVRO2TTUTSIv2IMNNTORSV1URGTCY22eTOI0MMTNO)R%VNNT35alTaV)AOGTON2NM=SO9OV0NNARIOTMO2LP3NVOW7\TTUV7V1TT2ISROTO5kTV0"I(TN2ONVI18IT~VTMIT22=OFGRNVTVAO=SOR50TgEVGTSN17DUGV2rB9CeIV=IVWAa2r05R[Ogg2=QMN2YLT-Tvo9Gt0NMLTL=Ao1RY2t3NRRM22LVo=r)ALN7OVO32=TLSTMAZVO“5TnONeVNO&OTBST7DNNOAPT8LOENIDV0QMSTNOIN1LA0SRV(SN~OSv\SGVJNgNNgOeOe—8GO0M-ee—TeSOgRONe=DBGgAAT-SLOS-Neee—3PL@Se0R3GegAMNeNeeQN—PT0elB3eovGoelevSNO—eSPOoBnlNMeNB0oe8lAO~oI=ogPCvglSOTe0oBgUMlGeeoNToOlO&TR~VedBe3omeg1d=Ne=(eaNUdWM-SDLoOlOOSG0SNB006N~0NFOGO0vMN0iAN0S0GN0BP20OS0yrANRoN4A aRNo<O]hXPAaSVIVBR,Y[«[«
OMoN0Y\OUMNVvGNNONOWA=OO0OO3NNM€O(NMLeOveN8=0O~3MMN.TSN(OVO NIGO3LNeXkvLo80L<3D=RMeeMeOeOQORN ~
CZKMBAO KMC11 -8 STATI
CZKMBA.P11

L 15
SEQ 0193

1819

2090

0ONDMNO

2011

ONerEREeane

CZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

M 15
MACYTT 30A(1052)
21-0CT-81
10:50 PAGE 195
CROSS REFERENCE TABLE -- USER SYMBOLS

SEQ 0194

2354
2367
2381
2394
2408
2422

2355
368
g
239
409
2423

2356
2369
2383
3
2410
2426

2357
2370
2384
2397
2411
2425

2358
2371
2385
2398
2612
2426

2359
2372
2386
2400
2413
2427

2360
2373
2387
2401
2414
2428

2361
2374
2388
2402
2415
2429

2362
2376
2389
2403
2417
2430

2363
2377
2390
2404
2418
2431

2364
2378
2391
2405
2419
2432

2365
2379
2392
2608
24
24

2366
2380
2393
2407
2421
2435

2463
2476
2690
2503
2317
2562

2464
2677
2491

2465
2478
2492
2506
2519
2567
2
2628

2479
2493
507
520
2548
2604
2629

2467
2480
2494
2508
2521
2560
2605
2630

2468
2482
2495
2509
2522
2561

2469
2483
2496
2510
2523
2589
2607
2710

2470
2484
2497
2511
2524
2590
2608
271

2471
2485
2498
2512
2525
2591
2611
27

2472
2486
2499
2513
2526
2592
2612
2732

2473
2487
2500
2514
2527
2593
2613
2748

2474
24
2501
2515
2528
2598
2614
2749

2475
2489
2502
2516
2541
2599
2615
2751

2832
2879
2904
2942

2833
2880

2834
2881

gg9£
12
5
3076

2995
3015
3046
3077
3101
3136
3153
3191
3216
3255
3281
331
3343
3381

2840
2893
2916
2952
2986
3004
3037
3055
3088
3107
3141
3177
3201
3241
3265
3305
3331
3367
3388
3430
3471
500
3547
3579
3622
3651
9%
3723
3766
3795
ggz&
4
91§
94
3989
4021
4066

2867
28%
2930
2953
2987
3005
3038
3056
3089
3108
3146
3178
3209
3242
3274
3306
3336

2626

2752

2815
2876
2901
2939
2956
3008
3041
3060
3093
3125
3149
3187
3212
3251
3277
3315
3339
3377
3396
3434
3475
3504
3555
3588
3630
3660
370
373
3774
3804
3846
3876
3920
3952
3997
4030

4072
4102

251R
2545

2601
2627

2769

2817
2877

2940
2957
2991
3009
3042
3063
3094
3126
3150
3188
3213
3252
3278
3316
340
3378 3397
3436
3476
3505
3556
3590 =
3631
g
70
3734
3775
3
384
3878
3921
3954
998
403

407
4104

2770

2818
2878
2903
2941
2961
2992
3011
3043
3
3095
3134
3151
3189
3214
3253
3%79
g 17
341
3379
3398
3437
7
311
3558
3591
3633
63
3705
3735
3777
3807
3849
3879
3923
3955
000
4033

4075
4105

2797

309
3135
3152
3190
3215
3254
32
3318

334
3380
33
34

3%
351

355
3
3678
37
375
377

3825
385

924
3970
4001
4048

4076
4120

2798

2943

344

3483
3514

3574
3607
3646
79
18
3751
3790

23
g

389
3938
3971
4016
4049

4088
4121

2631

2805

2835
2882
2912
2944
2945
2965
2977
2997
3016
3028
3047
3048
3084
3085
102
3103
3137
3138
3157
3158
3192
3197
3222
3223
3256
3261
g§87
288
20
3328
3349
3350
3382
3384
3402
3403
3442
3258
3485
86
3515
3531
3575
3576
ggzfl
3619
7
3648
;990
91
3 gg
3762
37
§g91
379%
34
383
5863
3864
908
909
3939
940
3985
986
4017
4018
4060
4061

4089
6132

4090
4133

2836
28
2913
2950
2978
3002
3029
3053
3086
3104
3139
3160
3198
3225
3262
3329
3352
3385
3405
3659
3498
353;
357
0
3649
§692
721
3764
§793
836
3865
3910
§941
987
4019
4062

409N
4134

2807

2889
2915
2951
2985
3003
3036
3054
3087
3105
3140
3161
3200
3226
264
329

3353
3387
06

3470

99
546

578
§g§1
0
3693
3 Zg
§76
794

3837
3866

3M
394
398
402
406

409§
413

2808

4093
6136

2809

3393
3431
347
3501
3548
3580
36;3
3652
3695
3724
3767
3796
3839
368
913
944
990
402
4

4
4137

2813

2899
2931
2954
2988
3
3039
3057
3111
3147
3185
3210
324¢
3275
3313
3337

3375
339%
3432
3473
3502
3549
3581
3624
3653
3696
3725
3768
3797
3840
9
914
3945
3991
4023
4095
4138

2814

2875

2938
2955
2989
3007
3040
3059
3091
3112
3148
3186
3211
3250
3276
3314
3238
3376
3395
3433
3474
3503
3550
3587
3625
3659
3697
3731
3769

3841
3875

3915
3951
3992
4029
4067

4101
4139

CZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

MACY11

4144
4174
4216

4145
4176

4246
4318

N 15

30A{1052)
21-0CT-81
10:50
PAGE 196
CROSS REFERENCE TABLE -- USER SYMBOLS

4147
4177
4219

4217
4248

4249

4320

4321

4148
4192
4220

4264

4336

4160
4193

4232
4265
4304

4337

4360
4390
4432

4361
4392
4433

4363
4393
4435

4364
4408
6428

4376
4409
4448

4884
4927
4958
5010
5045
5024
3131
3168
3186

899
4928
4959
5011
5046
5101
5132
5169
5187

4900
4940
4960
5012
5047
510%
3133
5173
5191

4911
4941
4961
5013
5048
5103
. 5134
5174
5192

4912
4942
4969
5014
5049
5104
5135
5175
3209

5222
3267
5317
5338
SSgZ
34
5480
3591
3648
3731
3794
SSSO
3895
5938
3983
6043
60
6121
613;
6
6296
) ;0
6376
6431

5223
5;68
331
337
541
5635
3531
§592
921
3 g
579
3851
5
]
5
6044
618‘
6128
615;
6297
;1

6375

6432

3225
55 4
5320
5373
420
55 g
56
5
57
5
535
591
59
5
604
6105
6129
6183
38
6

6376
6433

5226
5275
5321
5374
5621
3467
5533
5626
5
5747
579
sgsg
591
5937
5991
6046
6106
6151
6184
6239
6%29
6344
6377
:

3227
5276
5322
5375
542
5468
55
Sggz
5
5748
5798
5854
5914
5959
599;

6107
615
618
45
00

6385

4161
4204

4233
4276
4305

4348

4377
4420
4449

4970

5050
5105
5136
5177
5210
5228
5577
5323

5376
5423

5469
5535

5258

5685
5749
5820

28 5
915
5
5
605
6108

61
6192
6
6301
6361

6386

4162
4205

4234
4277
4306

4349

4378
4421
4450

4914
4944
4972
5016
5056
5106
5137
5178
¢

5229
5278
5324
5377
54264
5470
5538
3629
5
5754
5801
5861
5916
5976
6000
6054
6109
6169
6193
6247
630

SEQ 0195

4163
4206

4235
4278
4307

4164
4207
4236

4167
4210
4239

4173
4211

4237
4280
4309

4238
4281
431

4282
4311

4245
4283
4317

438
442
4452

4381
4424
4432

4382
4425
4454

4383
442
445

4389
4427
4461

4351

4915
4945
4973
5021
5057
5107
5138
3179
5215

4916
4946
4990
5022
5063
5108
5144
5180
5216

5233
5282
328
5378
5425
5471
3539
5639
3689
5755
5803
5
591
5977
1
6055
6110
6170
6215
6248
6303
6363
6412
644

4166
4209

4279
4308

4350

4379
4422
4451

4165
4208

5234
5283
5329
5379
3426
3472
5581
5640
5726
3776
5804
3863
5918
S97§
60%
6056
6111
6171
621
624
6309
6
6426
6450

4352

4917
4947
4991
5024
5064
5114
5145
5181
5217

5249
5298
533
380
5427
3473
5582
5641
5727
5777
3831
3864
3919
Ny
60;4
6057
6117
6175
623
6256
6310
6365
6427
6451

435

4918
4955
4992
5025
3066
5115
5147
5183
5219

5250
5299
5331
5381
5428
5474
5583
5645
572
5791
5832
5865
5925
N
6040
6064
61
617
623
6257
631
6
64;8
6476

4354

4923
4956
4993
5043
5067
5118
5148
5184
5220

5251
5300
5332
5382
54;9
5475
5584
5643
3729
5792
3848
5872
3926
5981
6041
6065
6119
6176
6 ;3
6
6312
6367
64
6475

4355

492
4957
5009
5044
5083
5119
5167
5185
5221

3266
5216
5337
5386
5433
5479
5585
5647
5730
3793
5849
5873
5927
59
604
603
6120
6175
6235
631
6373
6430
6491

CZKMBAO KMC11-8 STATIC PARTI
CZKMBA.P11
20-0CT-81 16:58

6492
6517
6572
6628
5

6735
6768
6825
693

SvCsuB= 000000
SVCTAG= 000000

B 16
MACYTT 30A(1052)
21-0CT-81
10:50 PAGE 197
CROSS REFERENCE TABLE -- USER SYMBOLS

6493
65
65

6769
6831

6752
6776
6832

675
6
6833

6949
6973

6950
6974

6951
6997

6952
6998

7341

7933
6914
6914
1903
2067

8005
7034
7054
1927
2068

2347
2479

2750
2915
3058
3160
3327

§461
629

3774

3950
4101
4;47

4 9%

457
4767

g06

5861

6495
6557
6581
6636
9%

6496
6558
6582
6637
6693
6754
6801
6834

7027
7083
7144
71
7223
7279
7340

2192

6494
6541
6574
6635
6691

7028
7084
7145
7169
7224

2208

2348
2302

2751
960
059
196
3328

3435
36

3802

3951
4103
4248

44631

4576
4885

306

Mol
5871

6497
6559
6605
6638
6694
6755
6802
6835

6498
6560
6606
6639
6700

6953
7014

6954
7015,

896

SEQ 0196

6504
6561
6622
6646
6701

6756
6818
6842

6757
6819
6843

6897

6898

6955
7016

6505
6552
6623
6647
6702

6758
6820
6866

6899

6956
7017

70
7085
7146
7192
7225
7281
[4

7030
7086
7147
7193
7226
7287
7343

7031
7092
7148
7209
7233
7288
7344

7038
7093
7149
7210
7234
7289
7345

7039
7094
7150
7211
7257
7290
7346

7062
7095
7151
7212
7258
7291
7352

8006
4989
937
1928

8010
4990
938
1952

8011

8028

8029

8030

8031

957
1953
2116

958
1977
2117

1829
1978
2133

1830
2002
2134

1853
2003
2150

2797
2546

2413
2547

2414
2559

2630
2560

2091
2209
2372
2503
2768
2961
3062
3197
3348
3482
365
380
3953
4104

4287

4632

4604
4883

NS
5872

209
2233
2373
2526
2769
2963
3063
3221
3349
3510
3659
3805
3954
6163

4288

4460

4605
4922

5066

5924

2%36

2396
2527

2816
095
22
351
3511
3661
3806
3996
4144

4316

4461

4607
4923

5113

5925

2250
2817
2993
3093
3224
R

3513
366%

§84

997
417
431

4463

4608
4968

5114

wm
5935

2251

2838
299
3106
3225
3514
3701

3846

4028
4173
4319

4464

4656
4969

5143

o
9

2274

2839
gOIO
107
3560
gs 4
702

7063

7157
7213
7274
7298
7353

2275

2887
3011
3110
3261
3401

3874

3535
3730
3875
4031
4176

4503

4506

40;9
4175
4320

4657
4971

5144

5988

4359

4685
4972

5142

e
5989

65
656
6624
6670
6703

6759
6821
7
7018
7079
7103

6507
6564
6625
6671
6704

6508
6570
662
698
6711

6516
6571
6627
6688
6712

6907

6908

6932

6765
6822

6963
7019

6766
6823

7020
7081
7127

6767
6824
5
6965
7021

7158
7214
7275
7299
7354

7080
7104
7159
7215
7276
7322
7355

2277
7323
7356

7082
7128
7161
7222
7278
7339
7363

1854
2026
2151

1877
2027
2174

1878
2050
2175

1902
2751
21N

2298

2431
2709

2888
3014
31
3286
3402

3526
3731
3877
4032
4215

2454
2710

2911
3015
3156
3287
04

387
733
3878
407
4216

4532

4533

5147

5138

4686
5020

5999

4888
5021

7160
7216

2323

24355
2730

2912
3044
3157
3289
3405

3589
3734

3919

4072
4244
4389

4535

4689
5055

5191

6893

2324

2478
2731

2914

159
290
40
9g
77
920
410g
424

43N

4536

47
50

6053

CZKMBAO KMC11-8 STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

6064
6308
6504
6710
6907

6116
6309
6515
6711
6961

6117
6319
6516
6764
6962

6127
6320
6569
6765
6972

6128
6372
6570
6775
6973

6180
6373
6580
6776
7026

6181
6384
6581
6830
7027

6191
6385
6634
6831
7037

6192
6438
6635
6841
7038

6244
6439
6645
6842
7091

7351
7548
7753

6245
6449
6646
6895
7092

7352
7558
7754

6255
6450
6699
6896
7102

7362
7559
7806

7363
7612
7807

7416
7613
7817

76417
7623
7818

7427
7624
7871

7428
7677
7872

7481
7678
7882

7482
7688
7883

7492
7689
7933

7493
7742
7934

7547
7743
801

2790

2825

2826

2862

2925

6214

302%

36417

3817
4330

4776
5293
5603

SWPACT
SWPAC2

041443
041504

SSLSYM= 010000

TFM2

TFM27

TFM
Toutp

;eggr

TSARGC=

532
416
;4
7

7156

7024

307

3418

3888
4331

3120

3889
4402

3964
4403

3451

3452

3121

3524

3965
4474

7221

7222

2861

7232

31N

3172

3235

4042
4475

4043
4546

4114
4547

3525

3600

7233

7286

2926

3236

3601

3672

5157
5444
5821

5158
5690
5822

3300

3673

4115
4618

4186
4619

7287

974

301

7297

975

7298

3025

362

3363

4187
4700

4258
4701

4259
4775

3744

3745

3816

4984
5396
5700

6914

9384

18304

18544

18784

19034

19284

19534

19784

20034

2027#

20514

27514
30474
33054
260
392
42484
45520
50634
35914

7694

%817'
764
33524

8394
34
33674
36784

28674
31114
33874
37054
40324

28938
31254

2915
31604
34414
37508
L075K
43928
4767K
52334
58314

2930
31778
34584
3777%
4104%
L4LOBR
LBBIN
52824
58724

2964k
3200
34854
38064
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4435K
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53374
58954

29774
32258
35144
38224
L1478
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4927H
S3864
59364

3241%
35314
3849
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49728
54338

30154
3264k
35584
38784
41928
4SO7H
49928
5479

3028#
3
35904

79644
79704

6474k
69074
73224
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5772
10
1299+
15634

3
363
39544
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60874

65164
69324
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42914
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5699

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2789

7167

4894
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13054
1897
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7552

7157

4893
5294
5658

TDATA
TEMP
TESTAD
TFM1

SEQ 0197

3
6256
6503
6700
6906
7103

SVCTST= 000000

¢ 16

MACY11 30A(1052)
21-0CT-81
10:50 PAGE 198
CROSS REFERENCE TABLE -- USER SYMBOLS

1922

1947

46014
51478
61928

74528
788

1972

5077
5397
5768

37
4L04BK
43638
LOBIN
51914
58034

62158

70624
749
79344

1997

5078
5443
5769

62568

667
71034
75188
80124

2228

6279

67114
71274
7559k

5201
5491
5885

63208

67354
1684
75838

63434

67764
71924
76244

5202
5553
5886

59508
63854

5244
3554
5949

640K

5245
5602
5950

42194
4°
5024n
55
60234
64SON

72334
76LBN

;l
72574
76898

68664
7298#
77134

2021

2045

2086

2169

2269

2293

2342

2391

2449

729
1852
1906

7304
1857%
1912

18094
1863
1913#

1815
18647
1918

18164
1869
1919

18;1
18704
1926

18224
1876
19314

1828
1821#
1937

18334
1887
1938#

55874

1??8# gggg' 2701 2706+
7254
7264
727#
*

1839
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18404
1893

1845
1894¢

7288
18464
1901

CZKMBAC KMC11-8 STATIC PART1

CZKMBA.P11

20-0CT-81 16:58

MACY1T 30A(1052)

19647

1994#

TSCODE= 00303
=

TSERRN= 00002

9118
6914

9864

4G4ON

IsExce= 000000

T$FLAG=

00004

49564
54204
61054
69304

791

21w
1310
62
40938

4569

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TSLAST=
TSLOLI=
TSLSYM=

g
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ToheST: 199939
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2322

429
24828

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14804

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50104
54664
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31900
314
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fes

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24788

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2273
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7733k

48
51
405

2060
2108¢
2166

218

5427H
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914
79114
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0544
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161

2426H
60434
64414
8n

791K

1951

2001

049
102#
2160

g 71
424N

10:50

D 16

PAGE 199

CROSS REFERENCE TABLE -- USER SYMBOLS

1943

2§1 0
2266
23154

21-0CT-81

736K

7914

8029
7913

73
2769
41
4392

5282
6000
684
768

6O7F

19058

078
2194#

2382
24348

2488

Togmm
40614

L5218

553
82338
70B0W

7916w

2797W
32148
36954
L1654

4OLOW

5470
61098
65064
6954h
T35R
779N

20614
2115
21678
2224

2333

23834
2440

1962

2013¢

2066
2120
2173

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23364

2388
26418

19634

2018

2071»
2126
2178¢

2339

2340

2389#
2446

2494

26495¢

28334

28764

29004

4S6SH

4SO3M

51020

62978
7145K

7920
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28134
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37238

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54738
61194
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TGOOW
7809

41338

5132k
56264
361K
72108

79214

2BBON
32794
3767M
42378

4BGIN

L1618

LOLSH

S1784
S6LON
642H
72754

7926

2904K
33184
3795¢
L2814

49168

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61734
65728
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S747M
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78744

7919

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7925

79164
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792
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2397
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25024

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2431
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16
5433
6192
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2077
2127
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1968

20194

2232

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2175

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2447

2501

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649N
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1969#

2025

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2132
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241

9574 18084

21194

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22368

22504

25268

25378

25468

2336

1993

30074
34368
39434
4425H

19528

758

1988¢

2042

29904
33984
39134
43BIF

8012

2116

1987

20374

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33804
38674
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793,

209#

19814

2036

29434
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330K
L309F

7883

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1976

20304

2399k

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1953

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3111
3954

72
S647

7298

5106

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2251

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3160
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5063
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2003

9275

2560
3225
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3877
6711
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18294 18324 18534 1856% 18774 18804
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2150

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CZKMBAO KMC11-8 STATIC PART?
CZKMBA.P11
20-0CT-81 16:58

E 16
MACY11 30A(1052)
10:50 PAGE 200
21-0C7-81
CROSS REFERENCE TABLE -- USER SYMBOLS

272
289

27664
29

31254

TSNSO = 000000
TSNS1 = 000005

T$NS2 = 000003

27684
29604

SEQ 0199

CZKMBAO KMC11-8 STATIC PART]

CZKMBA.P11

20-0CT-81 16:58

MACY11 30A(1052)

4922

5860

58954

6279%

6308

6699

TSNS3 = 000003

T$SAVL= 17777
T$SEGL= 177777

6914
6914

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44600
4577
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5982

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10:50

F 16
PAGE 201

CROSS REFERENCE TABLE -- USER SYMBOLS

48994

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3140

4
3
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63434

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MACY11 30A(1052)

21-0CT-81

10:50

6 16

PAGE 202

CROSS REFERENCE TABLE -- USER SYMBOLS

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CZKMBA.P11
20-0CT-81 16:58

TSTEST=

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H 16
MACY11 30A(1052)
21-0CT-81
10:50 PAGE 203
CROSS REFERENCE TABLE -- USER SYMBOLS

7172

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CZKMBAO KMC11-B STATIC PART1
CZKMBA.P11
20-0CT-81 16:58

116

MACY11 30A(1052)
21-0CT-81
10:50 PAGE 204
CROSS REFERENCE TABLE -- USER SYMBOLS

4686
4916
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51
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20-0CT-81 16:58

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J 16
MACY11 30A(1052)
21-0CT-81
10:50 PAGE 205
CROSS REFERENCE TABLE -- USER SYMBOLS

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K 16

MACY11 30A(1052)
21-0CT-81
10:50
PAGE 206
CROSS REFERENCE TABLE -~ USER SYMBOLS

860
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CZKMBA.P11
20-0CT-81 16:58

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6914

L 16
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CROSS REFERENCE TABLE -- USER SYMBOLS

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