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AH-E229A-MC

September 1979

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Document:	CZDMQA0 M8207,MCPU M8207 STATIC DIAG. 2 SEP 1979 bw
Order Number:	AH-E229A-MC
Revision:	000
Pages:	210
Original Filename:	CZDMQA0__M8207,MCPU__M8207_STATIC_DIAG._2__AH-E229A-MC__SEP_1979_bw.pdf

OCR Text

M8207 MCPU

czomano

comment. 157s. CAEOOBN
FICHE 1 OF
2.

MADE IN USA

M8207,MCPU

iiswaisTM”

o, it
FICHE 2 OF 2

IN USA
MADE

(ZDMQA M8207 STATIC D]AG., 32

(20MQA P11

30A(1052)

17=1UL=79

PROGRAM DOCUMENT

09:23

PAGE 2

SEQ 0001

REM 3
IDENTIF ICATION
PRODUCT

CODE:

A(C-E228A-M(

PRODUCT NAME
:

CZDMQAO M8207 STATIC

PRODUCT

MAY,

DATE:

DIAG #2

1979

MAINTAINER:

DIAGNOSTICS MERRIMACK

AUTHOR:

ED BADGER

V0O ~NON N

VNN
NN
W WA NN

—d
v ad ol —nd b

3298
3299
3300
3301
3302
3303
3304

25=JUN=79 14:0

MACY11

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

EQUIPMENT CORPORATION.
DIGITAL EQUIPMENT CORPORATION ASSUMES NO
RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT.

NO RESPONSIBILITY IS ASSUMED
FOR
SOF TWARE ON EQUIPMENT THAT IS NOT
AFFILIATED COMPANIES.

FOLL OWING ARE

DIGITAL
DEC

(C)

THE
USE
SUPPLIED

OR
BY

RELIABILITY
CIGITAL
OR

1979 BY DIGITAL EQUIPMENT CORPORATION

TRADEMARKS OF
PDP
DECUS

DIGITAL EQUIPMENT CORPORATION:
UNIBUS
DECTAPE

MAS SBUS

OF
ITS

(ZDMQA MB207 STATIC DIAG., #2
CJDMQA. P11
25=JUN-79 14:07

MACY11

30A(1052)

17-JUL=-79

PROGRAM DOCUMENT

09:23

PAGE 3

SEQ 0002

3334
3335
3336
3337
3338
TABLE

1.0

CONTENTS

INTRODUCTION
1.1 PROGRAM ABSTRA(T

1.2 HARDWARE

INTRODUCTION

2.0 HARDWARE REQUIREMENTS
3.0 PRELIMINARY PROGRAM REQUIREMENTS
4.0 GENERAL PROGRAM CONSIDERATIONS
4.1 DIAGNOSTIC SUPERVISOR
4.2 EXECUTION TIME

5.0 PROGRAM LOAD MEDIA

6.0 OPERATING INSTRUCTIONS
6.1 LOADING AND STARTING PROCEDURES
6.1.1 LOADING PROCEDURES
6.1.2 STARTING PROCEDURES
6.71.3 STEPS FOR QUICK AND SIMPLE EXECUTION
6.2 INITIAL DIALOGUE
N—a

wuuwwwwwwuwww

O*O*O*O*O*O*O‘O‘O*O*OO‘

6.3 PROGRAM OPTIONS
6
START COMMAND
RESTART

COMMAND

-3 CONTINUE COMMAND

.4 PROCEED COMMAND

.5 ADD COMMAND
.6 DROP COMMAND

g PRINT COMMAND
DISPLAY COMMAND
.9 FLAGS COMMAND
.1 0 ZFLAGS COMMAND
.1 1 CONTROL CHARACTERS
.1 2 HARDWARE PARAMETERS
. 3 SOF TWARE PARAMETERS

6.3.14 EXTENDED DISCUSSION OF P-TABLF DIALOGUE
7.0 TEST DESCRIPTIONS

8.0 ERROR INFORMATION
8.1 ERROR REPORTING

(ZDMQA MB207 STATIC DIAG. #2
CZOMQA.P11
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09:23

1
PAGE 4

SEQ 0003

1.0 INTRODUCTJON
1.1

PROGRAM ABSTRACT

THIS

DIAGNOSTIC

MB8207

THE

PROGRAM WAS

WAS DESIGNED

MICROPROCESSOR.

DIAGNOSTICS FOR THESE OPTIONS.

TEST OUT

IMPLEMENTED USING

THE

THE M8200,

SECOND

DIAGNOSTIC

M8204,

TWO

SUPERVISOR.

THROUGH DIALOGUE WITH THE OPERATOR, THE PROGRAM
WILL
ALLOW
MODIFICATION
OF
DEVICE PARAMETERS, SUCH AS UNIBUS ADDRESS,

VECTOR ADDRESS,

NININLNLNY
N0 00 NN W MR VO NO VS WO
NS TELRARINLEBRN

RRRRERRRRRRIRRRYR
RRERRYR R LR

34609

1.2 HARDWARE

AND PROCESSOR

TYPE.

INTRODUCTION

THE M820X MICROPROCESSOR USES AN EIGHT BIT DATA PATH WITH
A
SIXTEEN
BIT INSTRUCTION MEMORY.
THE INSTRUCTION MEMORY AND
DATA MEMORY ARE TWO SEPARATE MEMORIES.
THE
MICROPROCESSOR
IS
DESIGNED FOR MOVING DATA AT HIGH RATES TO WORK AS A HIGH
SPEED LINK BETWEEN PROCESSORS WHEN USED WITH
A
LINE
UNIT.
THE
MB8200
AND
M8207
HAVE PROM INSTRUCTION MEMORIES.
THE
M8204 HAS WRITEABLE CONTROL STORE.
THE MEMORY SIZES BETWEEN
ALL

THREE

PROCESSORS VARY ALSO.

2.0 HARDWARE REQUIREMENTS
;EETSFOLLOUING

HARDWARE

IS REQUIRED

TO RUN THE M8207 LOGIC

PDP-11/04,05,10.20,30,34,35.,40,45,50,60,
16K MEMORY

CONSOLE

OR 70

TERMINAL

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

4.0 GENERAL

TESTED

PRIOR

PROGRAM CONSIDERATIONS

4.1

DIAGNOSTIC

THIS

PROGRAM

SUPERVISOR,

THOROUGHLY

SUPERVISOR
IS

(OMPATIBLE

AND MUST BE

LOADED

WITH

THE

TO BE

STANDALONE

CO-RESIDENT

DIAGNOSTIC

WITH

THE

(ZDMQA MB8207 STATIC DIAG. #2
(ZDMQA. P11
25=JUN-79 14:07

3443

MACYT?

30A(1052)
17-JUL=-79
PROGRAM DOCUMENT

SUPERVISOR,

09:23

PAGE 4-1

PREVIOUSLY COMBINED WITH THE

SEQ 0004

SUPERVISOR

(ZDMQA MB207 STATIC DIAG. #2
(ZDMQA.P11
25=JUN=-79 14:07

3445
3446
3447
3,48
3449
3450
3451
3452
3453
3454
3455
3456
3457
3458
3459
3460
3461
3462
3465
3464
3465
3466
3467
3468
3469
3470
3471
3472
3473
3474

3475

3476
3477
3478

MACYT1

30A(1052)

1°=JuL-79

PROGRAM DOCUMENT

09:23

o1
PAGE
5

SEQ 0005

AND LOADED AS A SINGLE

PROGRAM WILL

NOT

FILE.

EXCEED

16K

IN EJTHER CASE,
OF

THE

(OMBINED

MEMORY.

4.2 EXECUTION TIME
THE

TCTAL

TIME

REQUIRED

TO RUN

THE

MB207 STATIC

TESTS

RUN

AND MAY BE

RUN

ABOUT 120 SECONDS PER PASS FOR EACH UNIT.

4.3 XXDP+
THIS PROGRAM MAY BE LOADED UNDER XXDP+,
DUMP MODE OR (HAIN MODE.

AND MAY

4.4 ACT/SLIDE
THIS PROGRAM MAY BE LOADED UNDER ACT
IN DUMP MODE OR CHAIN MODE.

SLIDE

4.5 APT
THIS PROGRAM MAY BE LOADED
BY
APT=-RD) AND RUN IN PROGRAM MODE

THE
APT
SYSTEM
OR SCRIPT MODE.

(INCLUDING

4.6 MEMORY MANAGEMENT
MEMORY MANAGEMENT

INSTALLED,

IS NOT

UTILIZED

IS DISABLED BY

IN THIS PROGRAM.

THE PROGRAM.

4.7 MEMORY PARITY OPTION
IF PARITY MEMORY
IS
INSTALLED,
DISABLED BY THE PROGRAM.

MEMORY

PARITY

TRAPS

ARE

4.8 ERROR LOGGING
THE

NUMBER

ERRORS

UNDER TEST SINCE THE
IN
AN
ERROR
LOG.
"PRINT'" COMMAND

(SEE

WHICH

HAVE

OCCURRED ON EACH DEVICE

LAST START OR RESTART (OMMAND
|S
KEPT
THIS
LOG_
MAY BE PRINTED BY USING THE
SECTION 6.3.8).

5.0 PROGRAM LOAD MEDIA
THIS PROGRAM

(AN

LOADED

FROM

PAPER

TAPE

USING

THE

(ZDMQA MB207 STATIC DIAG. #2
(ZDMQA.P11
25=JUN-79 14:07
350°

MACY11

30A(1052)

17=JuUL=79

PROGRAM DOCUMENT

ABSOLUTE

(09:23

PAGE 5-1

LOADER OR FROM A(T,

SEC 0006
SLIDE,

OR APT

SYSTEMS,

OR FROM

(ZDMQA MB207 STATIC DIAG. #¢
(ZDMQA.P11
25=JUN=-79 14:07

MACYT1

30A(1052)

1/-JUL=79

09:23

PROGRAM DOCUMENT

1
PAGE ¢

SEQ 0007

3503

ANY MEDIA

ABSOLUTE

SUPPORTED BY

LOADER,

FOLLOWED BY THE
THE
DIAGNOSTIC

THE

XXDP+.

WHEN

PROGRAM

USING

SHOULD

THE

PAPER

LOADED

TAPE

FIRST,

DIAGNOSTIC SUPERVISOR.
WHEN
USING
XXDP+,
SUPERVISOR SHOULD BE LOADED FIRST, FOLLOWED

DIAGNOSTIC PROGRAM,

6.0 OPERATING INSTRUCTIONS
6.1

LOADING AND STARTING PROCEDURES

6.1.1

LOADING PROCEDURES

THIS PROGRAM

MAY

LOADED

FROM

PAPER

TAPE

USING

THE

STANDARD

DEC

ABSOLUTE
LOADER.
IT MAY ALSO BE LOADED FROM ANY
MEDIA.
WHEN LOADED UNDER XXDP+, THE
DIAGNOSTIC
WILL BE

XXDP+ LOAD
SUPERVISOR

LOADED AUTOMATICALLY.

6.1.2 STARTING PROCEDURES
THE
PROGRAM
STARTS
AT
LOCATION
PROCEDURES TO START THE PROGRAM.

200.

USE

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
THE
DJAGNOSTIC
CAN
BE
EXECUTED
STANDALONE
UNDER
XXDP+
WITHOUT
READING THE REMAINDER OF THIS DOCUMENT, AS FOLLOWS:

A)
B)
C)
0)
E)

LOAD AND START DIAGNOSTIC USING RUN COMMAND
RECEIVE DIAGNOSTIC SUPERVISOR PROMPT
(DR>)
ENTER STA<CR>
ANSWER HARDWARE AND SOF TWARE QUESTIONS
GET END OF PASS MESSAGES OR ERROR MESSAGES

TO END EXECUTION,

ENTER

CONTROL/C

6.2 INITIAL DIALOGUE
AFTER THE PROGRAM AND
PROGRAM
IS STARTED ,

DRS LOADED
DIAG.
RUN-TIME

SERVICES

CZDMQ-A-0
MB207 DIAG,
42 OF 2
gglf IS M8200.4.,7
>

THE
THE

SUPERVISOR
ARE
LOADED
FOLLOWING IDENTIFICATION

AND
THE
IS TYPED:

CZDMQA MB207 STATIC D]JAG. #2
CZOMQA.P11
25=JUN=79 14:07

3560
3561
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357
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3575
3576
3577
3578
3579
3580
3581
3582
3583
3584
3585
3586
3587
3588
3589
3590

VIH W) —

3591
3592
3593
3594
3595
3596
3597
3598
3599
3600
3601
3602
3603
3604
3605
3606
3607
3608
3609
3610

MACYT1

30A(1052)

17-JuL=79

PROGRAM DOCUMENT

THE

OPERATOR

COMMANDS
DETAILED

09:23

SEQ 0008

THEN PROCEEDS BY

DESCRIBED
IN
THE
INFORMATION, REFER

FUNCTIONAL

PAGE 7

SPECIFICATION).

TYPING

ONE

THE

FOLLOWING SECTION 6.3.(FOR MORE
TO
THE
DIAGNOSTIC
SUPERVISOR

6.3 PROGRAM OPTIONS

6.3.1

START (OMMAND

LA A0SRt
dddd
i
iR 2222
XX R Y T X LR R ZXH R

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

AR AN AN A AN AR

6.3.1.1

AN RN R AR RAARA

AN AR A RAANRN AN RN ARANNANNNARRANNRANREA

TESTS SWITCH (/TESTS:<TEST=LIST>)

<TEST=LIST>

IS A

SEQUENCE

DECIMAL

NUMBERS

(1:2

ETC.)

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

DIAGNOSTIC.

THEY MAY BE

THIS AND ALL

SWITCHES,

THE

SPECIFIED

LARGEST

TEST NUMBER

IN ANY ORDER.

BE
EXECUTED
IN
NUMERICAL ORDER REGARDLESS OF
SPECIFICATION.
THE DEFAULT IS TO
EXECUTE
ALL
THE ANGLE BRACKETS

<> ARE

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

THE

TESTS WILL

THE ORDER OF
TESTS.
ON
PUNCTUATION

TYPED BY

THE

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

IS A DECIMAL

OF PASSES.
DIAGNOSTIC

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

THE
THE

NUMBER

INDICATING

THE

DESIRED NUMBER

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

B8Y OCCURANCE OF AN ERROR WITH THE HALT ON ERROR
FLAG
BEING
Egg'OF gHg %X%T IS A RETURN TO COMMAND MODE.
SEE EXAMPLE AT

6.3.1.3 FLAGS SWITCH (/FLAGS:<FLAG=-LIST>)
<FLAG=LIST> IS A SEQUENCE OF ELEMENTS OF
THE
FORM
<FLAG>,
<FLAG=1>, OR <FLAG-0>, SEPARATED BY COLONS, WHERE <FLAG> HAS

ONE OF

HOE

THE

FOLLOWING VALUES:

HALT

ON ERROR,

CAUSING COMMAND MODE

ENTERED WHEN AN ERROR

IS ENCOUNTERED

TO BE

(ZDMQA MB207 STATIC DIAG. #¢
(ZDMQA.P "1
25-JUN-79 14:07
3616

MACYT1

30A(1052)
17-JuL=79
PROGRAM DOCUMENT
LOE

09:23

LOOP ON ERROR,

PAGE

CAUSING

7-1
THE DIAGNOSTIC

SEQ 0009
TO LOOP

(ZDMQA MB207 STATIC D]AG. #2

CZDMQA.P11

25=JUN=79 14:07

MACY11

30A(1052)

PROGRAM DOCUMENT

3618
3619
3620
3621
3622

3623
3624
3625
3626
3627
3628
3629
3630
3631
3632
3633
3634
3635
332%9

3638

17-JUL=-79

IER
IBE
IXE
PRI
PNT
BOE
UAM

ISR
IDU

LOT

09:23

1
PAGE 8

SEQ 0010

CONTINUOUSLY WITHIN THE SMALLEST DEF INED BLOCK
OF CODING (SEGMENT, SUBTEST, OR TEST) (ONTAINING THE ERROR
INHIBIT ERROR REPORTING
INHIBIT BASIC ERROR REPORTS
INHIBIT EXTENDED ERROR REPORTS
DIRECT ALL MESSAGES TO A LINE PRINTER
PRINT NUMBER GF TEST BEING EXECUTED
BELL ON ERROR
RUN IN UNATTENDED MODE, BYPASSING MANUAL
INTERVENTION TESTS
INHIBIT STATISTICAL REPORTS
INHIBIT DROPPING OF UNITS BY DIAGNOSTIC
LOOP ON TEST

THE FLAGS NAMED OR EQUATED TO 1 ARE SET, THOSE EQUATED TO

3639
3640

ARE CLEARED.
A FLAG NOT SPECIFIED IS CLEARED.
IF THE FLAGS
SWITCH IS NOT GIVEN ALL FLAGS ARE CLEARED.
SEE EXAMPLE AT

3642
3643
%g

6.3.1.4 END OF PASS SWITCH (/EOP:<INCR>)

3646
3647
3648
3649

<INCR> IS A DECIMAL NUMBER INDICATING HOW OFTEN (IN TERMS OF
PASSES) IT IS DESIRED THAT THE END OFf PASS MESSAGE BE
PRINTED.
THE DEFAULT
IS AT
THE END OF EVERY PASS.
SEE
EXAMPLE AT END OF 6.3.1.5.

3641

END OF 6.3.1.5.

3650
3651
%g%

6.3.1.5 EFFECT OF START COMMAND

3654
3655

THE EFFECT OF THE START COMMAND IS TO INITIATE THE HARDWARE
PARAMETER DIALOGUE,
THE SOFTWARE PARAMETER DIALOGUE, AND

3658
3659
3660

THE HARDWARE PARAMETER DIALOGUE COMMENCES WITH THE QUESTION
"# UNITS?'' TO WHICH THE OPERATOR REPLIES WITH A DECIMAL
NUMBER N FROM 1 TO 16. THE TERM “UNIT'' REFERS TO THE DEVICE
TO WHICH THIS SERIES OF DIAGNOSTICS IS DEDICATED.
FOLLOWING
THIS ARE THE QUESTIONS WHEREBY THE P-TABLES THEMSELVES WILL
BE BUILT.
EACH P-TABLE IS 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

33229

3661
3662
3663
3664
3665
3666
3667
3668
3669
3670
3671
3672

THEN THE DIAGNOSTIC TESTS THEMSELVES.

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, 0 FOR
OCTAL, L FOR YES/NO) IN PARENTHESES AND THE DEFAULT VALUE
AFTER THE PARENTHESES.

(ZDMQA MB207 STATIC DJAG. #2
CZDMQA.P11
25=JUN-79 14:07

MACY11

30A(1052)

17°=-JUL=-79

PROGRAM DOCUMENT

rOLLOWING
TO
BUILD

(09:23

PAGE 9

SEQ 0011

THE HARDWARE QUESTIONS ARE THE SOFTWARE
QUESTIONS
THE SOFTWARE TABLES, WHICH DEFINE THE MODE (QUICK

VERIFY ETC.)

THAT

THE DIAGNOSTIC WILL EXECUTE

IN.

WHEN THE QUESTION '# UNITS?'' IS ANSWERED, MEMORY STORAGE

ALLOCATED
FOR
THE
P-TABLES, AND IF THERE IS NOT ENOUGH
ACCOMMODATE THEM THE MESSAGE ‘'TOO MANY UNITS'' IS ISSUED.
pgé? ACCSSN}?E DIAGNOSTIC MUST BE EXECUTED MORE THAN ONCE
L
.

TO
IN
TO

EXAMPLE:

STA/TESTS:1:2-64:6:8-10/PASS:3/FLAGS: IER:HOE=1:UAM:
L OE
THIS CCMMAND WILL CAUSE THREE PA>SES TO BE MADE,
EACH
PASS
CONSISTING
OF
TESTS 1,2,3,4,6,8,9, AND 10 EXECUTED AGAINST
ALL UNITS.
THERE IS NO DIFFERENCE BETWEEN SAYING <FLAG> AND
SAYING <FLAG=1>. THE NOTATION <FLAG=0> IS MEANINGFUL ONLY ON
A COMMAND
OTHER
THAN
START
TO
C(LEAR
A
FLAG
THAT
WAS
PREVIOUSLY
SET.
THREE LETTERS ARE

NOTE
THAT ON ALL
SCANNED.

COMMANDS

ONLY

THE

FIRST

6.3.2 RESTART (OMMAND
AR AR AN A AR

AN AR A RAN RN R

RANR AR A AR R AN ANRARNART AN RAN RN

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

AR R R A AR A

6.3.2.1

AN A AR A RAN AR R AN AR

AN NN R

NN NN NARRNNANANRNRANANAARRARN
SR

TESTS, PASS, AND FLAGS SWITCHES

<TEST=-LIST>,
COMMAND.

<PASS-CNT>,

AND

<FLAG-LIST> ARE

THE

START

6.3.2.2 UNITS SWITCH (/UNITS:<UNIT=LIST>)
SUNIT-LIST>

IS A SEQUENCE

DECIMAL

NUMBERS

(0,1

ETC.)

RANGES
OF DECIMAL NUMBERS (0-5, 8-10 ETC.) THAT SPECIFY THE
UNITS TO BE TESTED.
THE NUMBERS ARE
SEPARATED
BY
COLONS.
THE
NUMBERS
MAY
RANGE FROM 0 THRU N-1 (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
(I:S
TOJD TEST ALL UNITS WHICH HAVE NOT BEEN DROPPED BY A DROP

CZDMQA MB207 STATIC DIAG. #2
CZDMQA.P11
25~JUN=-79 14:07

MACYi1

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17-JUL-79

PROGRAM DOCUMENT

09:23

1
PAGE 10
SEQ 0012

6.3.2.3 EFFECT OF RESTART COMMAND
THE RESTART COMMAND DIFFERS FROM THE START COMMAND
IN
THAT
THE
P-TABLES
FROM
THE
PREVIOUS START COMMAND (THERE MUST
HAVE BEEN ONE) ARE USED, INSTEAD OF NEW
ONES
BEING
BUILT.
THE
UNITS
SWITCH
GIVES
THE ABILITY TO SELECT A SUBSET OF
THESE.
THE SOFTWARE DIALOGUE MAY OPTIONALLY
BE
REEXECUTED
(OPERATOR
WILL
BE
ASKED).
THE
C(OMMAND 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 WITH THE HALT ON ERROR FLAG SET
()
A CONTROL/C WAS ENTERED BY THE OPERATOR.

6.3.3 CONTINUE COMMAND
AR AR A AN AR AR AR AN AR AARAANRRANARARARANRARANNRANNR
A RN RN AR AN

CONCTINUE) /PASS : <PASS=CNT/FLAGS : <FLAG-LIST>
\ASAASASES A0SR

dddsst

tisldlisisidsss

TLE R

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

SAMc

IN START

COMMAND,

BUT

THE

DEFAULT

THE UNSATISFIED PASS-CNT FROM THE PREVIOUS START QR RESTART.
IF NONE REMAINS, THE DEFAULT IS NON-ENDING EXECUTION.

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

SAME

IN START

FLAGS RETAIN THEIR CURRENT VALUE.

COMMAND,

BUT UNSPECIFIED

6.3.3.3 EFFECT OF CONTINUE COMMAND
CONTINUE MUST FOLLOW A START OR RESTART,

MUST

HAVE

BEEN

ENTERED

DUE

AND

HALT

COMMAND
ERROR

MODE

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
OPT]ONALLY
BE REEXECUTED.
HARDWARE PARAMETERS MAY NOT BE CHANGED.

6.3.4 PROCEED COMMAND
AR AR AR AN AN AN AR NN RN N

AR R R AR AR AN AR RN A ANRN A AN

N R

RANRRRNS

PROCCEED)
/FLAGS : <FLAG-L [ST>
AAA R

A AN N RN ARNN AN A RN AR

AN AR AN RS AN AN NN AAN N RAAN

ARRANANN RS

CZDMQA MB8207 STATIC DIAG. #2
CZDMQA.P11
25=JUN-79 14:07

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PROGRAM DOCUMENT

6.3.4.1

09:23

1
PAGE 11

SEQ 0013

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

<FLAG-LIST>
IS
AS
IN
THE
START
FLAGS RETAIN THEIR CURRENT VALUE.

COMMAND,

BUT UNSPECIFIED

6.3.4.2 EFFECT OF PROCEED 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
LO(LATION
FOLLOWING
THE
ERROR
CALL.
PARAMETERS MAY BE ALTERED.

NEITHER HARDWARE NOR SOF TWARE

6.3.5 ADD COMMAND
AR

RN AR AR AR

R ANRRNNRR AR R RRRANNRNAARAR AR

RARAANR

ADD/UNITS:<UNIT-LIST>
AARN AN AR A AN AN RARARRAARAAANNRANRARNRRNRANRA
I A RN AN AN AANRNRANR AN AN

BED HEgERy

OIS
W

3812

3823

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

IS AS

THE

RESTART

COMMAND.

6.3.5.2 EFFECT OF ADD COMMAND
THE UNITS SPECIFIED ARE ADDED

UNIT

MUST

HAVE

P-TABLE

TO THE

TEST

MEMORY

SEQUENCE.

DUE

EACH

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 DROPPFD.

6.3.6 DROP COMMAND
AR R AANARRRAANRAARNRA
RN NN ARR A A AN RNRANRANANRNRA RN
RN RAREAY

DRO(P) /UNITS:<UNIT-LIST>
AER R AN AN AN AN AR RANARAARNRRRAAN A RN ANRAARNANNRRNAANANNRNANSANNR
S

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

IS AS

IN THE

RESTART

6.3.6.2 EFFECT OF DROP (OMMAND

(COMMAND.

CZDMQA MB207 STATIC DJAG. #2
(ZDMQA.P11
25=JUN=79 14:07
3841
3842
3843
3844
3845

MATYTT

30A(1052)

17=JuL=79

PROGRAM DOCUMENT

THE

UNITS

09:23

SPECIFIED WILL

wWILL BE RESELECTED ONLY BY

COMMAND .

MUST BE

IHE

UNITS

2
PAGE

DROPPED

THE

SEQ 0014

FROM

TESTING.

AN ADD OR

OR A (ONTINUE

COMMAND.

SWITCH MUST BE ENTERED.

FOLLOWED BY A RESTART

THE

EXECUTION OF

UNITS

START

THIS COMMAND

6.3.7 PRINT (OMMAND
R

mNIIImMmMmmIIL

PRI(NT)
2RI

6.3.7.1

ImrmmImm

nmm>r

EFFECT OF PRINT (OMMAND

THE TOTAL NUMBER OF CRRORS FOR
EACH
UNIT
START
OR
RESTART
COMMAND
ARE
PRINTED.
STATISTICAL REPORTING) FLAG IS CLEARED.

SINCE
THE
(AST
THE ISR (INHIB]T

6.3.8 DISPLAY COMMAND
AN

AR AR AN RN NN AR

AN NN RN AN NAAN AN ARANANNANANNRRAARN P AR

NR RS

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

6.3.8.1 UNITS SWITCH (/UNITS:<UNIT=-LIST>)
SUNIT-LIST>

IS AS

IN THE

RESTART

COMMAND.

6.3.8.2 EFFECT OF DISPLAY COMMAND
THE

HARDWARE

P-TABLES

OUT
IN
THE
FORMAT
g?g}(_fig?g DROPPED BY
D.

FOR ALL

UNITS UNDER

TEST

ARE

PRINTED

IN WHICH THEY WERE ENTERED.
ANY UN]TS
THE
OPERATOR
'DROF''
(OMMAND
ARE
SO

6.3.9 FLAGS CCGMMAND
TR R AN RN AN A AR ARNRARRRAANRNARNN R RN AR RN

AR R

R RANRRANANRANNRACRRANARR
RS

FLACGS)
AR R

R R A AR RARNAANRARANRRAAAN
AR R RN A RN AN RN A AANNRANANNRRANARREARE RS

6.3.9.1 EFFECT OF
THE

CURRENT

FLAGS COMMAND

SETTINGS OF

ALL

FLAGS ARE

PRINTED.

(ZDMQA MB2Q7 STATIC DIAG. #2
(ZDMQA.P11
25=JUN=-79 14:0 4

MACY11

30A(1052)

17-JuL=79

09:23

PROGRAM DOCUMENT

PAGE

SEQ 0015

6.3.10 ZFLAGS (OMMAND
A

SRR RRRRRdRlRiREsSslR
ARl
R
R
AR
RN
N 2

ZFL (AGS)
AR

RN TR A RN RANREARAAANNANRAANRRANRRNNAANN
AR ANNRARAANACRNNRR

€.3.10.1
ALL

EFFECT OF

FLAGS ARE

6.3.11

ZFLAGS COMMAND

CLEARED.

CONTROL CHARACTERS

A CONTROL

(C)

ENTERED DURING

THE

CAUSES A RETURN TO COMMAND MODE.

EXECUTION OF

A DIAGNOSTIC

A CONTROL Z (Z) ENTERED DURING ONE
OF
1HE
THREL
OPERATOR
DIALOGUES~ INITIAL DIALOGUE (SEE 6.2) ,HARDWARE DJALOGUE (SEE

6.3.1.5), OR SOFTWARE
DEFAULTS

TO BE

DIALOGUE

(SEE

6.3.1.5)

TAKEN FOR THE REMAINDER OF

CAUSES

THE

THAT DIALOGUE.

A CONTROL O (O) ENTERED DURING THE EXECUTION OF A DIAGNOST;(
CAUSES
ALL
TELETYPE
OUTPUT
TO
BE
SURPRESSED
FOR
THE
REMAINDER
OF
THE
DIAGNOSTIC
OR UNTIL ANOTHER O IS TYPED,
WHICH RESTORES NORMAL TELETYPE OQUTPUT,

6.3.12 HARDWARE PARAMETERS
THE
THE

FOLLOWING QUESTIONS WILL BE ASKED ON
A
START
(OMMAND,
VALUE
LOCATED
TO THE LEFT OF THE QUESTION MARK S THE

gggégh£EVALUE
1.

THAT

WHICH MICRO-CPU?

WILL

THE

TAKEN

(0- M8200,

2. MICRO-CPU (SR ADDRESS:
THIS

ADDRESS AT

(0)

WHICH

4= M8204,

C(ARRIAGE

7= MB207)

RETURN

(0)

1601702

THE

(SR REGISTERS

ON
THE
UNIBUS.
THE
ALLOWABLE
RANGE
(OCTAL), AND THE DEFAULT S 160170.

(SELO)

RESIDE

160000-177776

(ZDMQA MB207 STATIC DIAG. #2
(ZOMQA. P11
25=JUN-79 14:07

3948
3949
3950
3951
3952
3953
3954
3955
3956
3957

MACY11

30A(1052)

17-JUL=79

09:23

PROGRAM DOCUMENT

PAGE

14
SEQ 0016

MICRO-PROCESSOR RUN SWITCH-TYPE 1

IF ON,

IF OFF:

(00 0?

THE RUN SWITCH IS E28, SWITCH 7 ON THE M8207. MORE TESTS (AN
BE
PERFORMED IF THE RUN SWITCH IS OFF.
YOU MAY GENERATE AN
ERROR IF YOU ANSWER THIS QUESTION WRONG.

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

THE

6.3.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE
THE
THE

FULL CAPABILITY OF THE HARDWARE DIALOGUE IS REVEALED BY
FOLLOWING DISCUSSION OF WHAT HAPPENS INTERNALLY.

AS SOON AS THE QUESTION '# UNITS?''
IS
ANSWERED
(WITH
THE
NUMBER
N,
SAY)
SPACE IN CORE IS ALLOTATED 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
ALL

THE

TRIP THRU THE QUESTIONS,
P-TABLES ARE

LESS THAN N EXPLICIT VALUES

QUESTION,

THESE

FILLED.

VALUES ARE PLACED

GOING INTU THE PROPER SLOT OF

ALL OF
THE

RESPONSE

EACH

THE

OPERATOR

IN THE P-TABLES

P-TABLE

SLOTS

TYPES

|IN

PARTICULAR
(ONE

BEGINNING

VALUE

WITH

THE
FIRST P-TABLE) UNTIL THE STRING OF VALUES 1S EXHAUSTED.
THE LAST VALUE IN THE STRING BECOMES THE NEW DEFAULT AND
IS

USED TO FILL

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 NUMBER ONE PLAYED IN THE FIRST TRIP.
THE SERIES OF QUESTIONS
IS
REISSUED
UNTIL
AT
LEAST
ONE
QUESTION HAS RECEIVED N EXPLICIT VALUES FROM THE OPERATOR.

IN
GIVING
A
STRING
OF VALUES, COMMAS WITHOUT INTERVENING
VALUES MAY BE USED TO INDICATE
A
REPETITION
OF
THE
LAST

NAMED VALUE.
A

STRING

VALUES

MAY

GIVEN

A RANGE

(6-10 FOR

STRING 6,8,10

(AN

INCREMENT

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

THE

2).

(ZDMQA M8207 STATIC DIAG. #2
CZOMQA. P11
25=JUN=-79 14:07

MACYT1

30A(1052)

17-JUL=79

PROGRAM DOCUMENT

09:23

PAGE

15
SEQ 0017

4005
4006
4007
4008
4009

«010

4011
4012
4013
4014
4015
4056
017
4018

4019
4020
4021
4022
4023
4024
4025
4026
4027
4028
4029
4030
4031
4032
4033
4034
4035
4036
4037
4C38
4039
4040
4041
4042
4043
4044
4045
4046
L4047
4048
4049
4050
4051
4052
4053

NOW
LEV
US
SEE
HOW
WE
(OuLD
USE THESE CAPABILITIES TO
CONSTRUCT A SET OF P-~TABLES.
ASSUME THAT WE HAVE 16
UNITS,
AND THAT THERE ARE THREE HARDWARE PARAMETERS FOR EACH (THREE
SLOTS IN
THE
P-TABLE,
THREE
HARDWARE
QUESTIONS
[N
THE
DIALOGUE).
LET THE DESIRED VALUE FOR THE FIRST PARAMETER BE
THE NUMBER 75 FOR ALL 16 TABLES.
LET THE DESIRED VALUE
FOR
THE
SECOND
PARAMETER
BE
EQUAL
TO
THE
UNIT
NUMBER

(0,1,2,...,15) EXCEPT FOR UNIT 12, WHICH SHOULD RECEIVE
THE
VALUE
11,
LET THE DESIRED VALUE FOR THE THIRD PARAMETER BE
THE NUMBER 76 FOR THE FIRST 7 UNITS AND THE
NUMBER
77
FOR
THE LAST 9 UNITS.
THE

FOLLOWING DIALOGUE

# UNITS

(D)

UNIT 1

UNIT 21

WOULD ACCOMPLISH

THIS

GOAL:

2
?
?

75
0-6
76

?
?
?

7-11,,13-15
77

THE

FIRST

TIME

THE

SERIES

IS ASKED,

SLOT

THREE RECEIVES A CONSTANT

SLOT ONE

RECEIVES A 75

IN ALL 16 TABLES.
SLOT TWO RECEIVES THE VALUES
0,1,2,...
IN
TABLES
0
THRU
6 AND A CONSTANT 6 IN TABLES 7 THRU 15.
76

IN ALL

16 TABLES.

THE SECOND TIME THRU THE SERIES, TABLES 16 THRU THE END
ARE
GOING TO BE AFFECTED (NOTE THAT THIS PJECE OF INFORMATION IS
PRINTED OUT FOR THE THE OPERATOR IN THE FORM
‘UNIT
xX''
AT
THE
BEGINNING
OF EACH SERIES).
QUESTION 1 1S RESPONDED TO
BY A <(R>, SO SLOT ONE STAYS AT CONSTANT 75 IN TABLES 7 THRU

15,

SINCE NO NEW EXLICIT VALUES ARE TYPED IN.

THE

VALUES

THE

DIALOGUE

SLOT
SLOT

7,8,9,10,11

IN TABLES

7 THRU 11,

SLOT TWO GETS

AND GETS A 11

12, AND GETS THE VALUES 13,14.15 IN TABLES 13 THRU 15.
THREE GETS THE VALUE 77 IN TABLES 7 THRU 15.
IS

TERMINATED WHEN

THE

SOF TWARE

RECOGNIZES

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

THAT

QUESTION

(ZDMQA MB207 STATIC DJAG. #?

(ZDMQA.P1T

4055
6056
4057
4058
4059
4060
4061
4062
4063
4064
4065
4066
4067
4068
4069
4070
4071
4072
4073
4074
4075
4076
4077
4078
4079
4080
4081
4082
4083
4084
4085
4086
4087
4088
4089
4090
4091

4092
4093
4094
4095
4096

4097
4098
4099

25-JUN-79 14:07

MACY11

30A(1052)

17=-JuL=-79

PROGRAM DOCUMENT

7.0

09:23

2
PAGE

SEQ 0018

TEST DESCRIPTJONS

AARRRRAAARAAAAARRNRNY

TEST

wvannnnwnnnnnnnnnnwnn

*VERIFY THAT REFERENCING UNIBUS DEVICE
+*DOES NOT CAUSE A TIME OUT TRAP

REGISTERS

ARRARARARARNRAAAAARNRANRARANRNARARARANR
AR RSP AR AR NN RN

RARRRANKNRRANRAAARANNY

TEST

wonnannnnnnnnnnnnnnnn

*TEST OF BR RIGHT SHIFT
*VERIFY THAT A DEST OF BR RSH (071) OF A MICRO-INSTRU(CTION
«SHIFTS THE RESULTING BR
DATA RIGHT ONCE.
AR A AR

RAA AR RAAARNACNRARN AR

ARNRRNNANNRARRAARRAAnS

*JOP CRAM WRITE/READ

*FLOAT A 1

R AARANAANAAN

TEST

NN ARNRNARARR

wwwnannnannnnnnnnnn

TEST

THROUGH EACH (RAM LOCATION

AAERRANRARRARRARARARNRANANRARRANNRANRANNRAANR
AN RAAR

RANRRARNCRAARNARRRAAAA,

JEST

xunnanannnnvnsnnsnns

*]OP CRAM WRITE/READ TEST

*FLOAT A O

THROUGH EACH CRAM LOCATION

AARA AN AR AN R R AR RANRARRAARA N RN RANNNRA RN AN RCARNANNRAAN

ERRRNRAAARRARANRAANNNNY

TEST

wannawannenannnrnnnn

*]JOP CRAM DUAL ADDRESSING TEST

*WRITE EACH ADDRESS INTO ITSELF, READ EACH
*ADDRESS TO VERIFY CORRECT ADDRESSING
AT R RA AN ANA AN RARARNRRANRARNTANRRNAANRRRAAARN
AN RANNN RSN

ARRRRAANNARNNRARANNNNNNNY

TEST

wnnnnnnnnnnnnnnnnnn

*]OP MAIN MEMORY TEST

*FLOAT A 1
LAAAARAAASS

THROUGH ALL MAIN MEMORY LOCATIONS

SRR Rdstdsitdsliisilsitii
i sz
asa ey ey

TARRRNRRRRRRANRAANNRANE

TEST

wanwnswnsanntnnnnnn

+*]OP MAIN MEMORY TEST
*FLOAT A O THROUGH ALL MAIN MEMORY LOCATJONS
CEARN A AR TR AR RARNRA AR ARNARANANANINANRRNNNARAANARARRRR

vennnnennnnennnnwnnrnwns

JEST

nunnsnnnnnnnvnnnnnn

*]0P MAIN MEMORY DUAL ADDRESSING TEST
*LOAD EACH MEMORY LOCATION WITH ITS OWN AUDRESS
*READ BA(CK EACH LOCATION TO VERIFY

CORRECT ADDRESSING

(ZDMQA MB2O7 STAYI( D]AG. #¢
(ZDMQA P11
25~JUN=7G *<:07
[,

MACYT1

30A(1052)
17=-JUL=79
PROGRAM DOCUMENT
\AAARAA R

AL SRR AR A

09:23
Al

PAGE

E R

16-1
R

AR R

SEQ 0019
R E

(ZDMQA M8207 STATIC DIAG. #2
CZDMQA.P11
25=JUN=79 14:07

MACY11

30A(1052)

17=JUL=79

09:23

PROGRAM DOCUMENT

2
PAGE

17
SEQ 0020

rrnenrernnwwankwnwtt

TEST

«]OP MAR TEST

wnnnwnnnnnnnnnwnnnnnn

*PERFORM DUAL ADDRESSING

TEST

AR AR R AR A AN AN AR

R R RRNRANNANRN

*USING MAR AUTO-INC FEATURE
R AN AR AR

ARk RARRAARARANtRrth

TEST

RN RN AN

wannnnnnwnnnrnnnnnnn

+*]OP (CRAM) ODT BITS TEST
*LOAD MAR WITH A O INC MAR UNTIL IT OVERFLOWS
*VERIFV THAT [BUS* 10 BITS IS SET ONLY WHEN MAR BIT 8 IS A ONE
*AND THAT IBUS* 10 BIT6 IS SET ON MAR OVERFLOW
ARARRANARRARAAANAN
AR ANRANNAANARRNNNNRNANRRA R AR AR AR

RRARARANARRAARRAARAr

*(RAM TEST OF

*PERFORM THE

TEST

JUMP(I)

JUMP

sonnmnvnnnnnnnnnnnnse

NEVER MICRO-PROCESSOR INSTRUCTION.

INSTRUCTION

*VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC.
AT THIS POINT
*THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
*THE CRAM PC IS CORRECT.
IF THE CRAM PC IN NOT RIGHT,
*THEN PORT4 CONTAINS A 37
AR AR A AN AR AR

R AR A AN AR RN RN N AN AN NARAAANRNNANNRARAAANRR

ERRRARARRARNNRNNANNAY

*CRAM TEST OF

JUMP(1)

TEST

120

AANANRKRARANARARR
AR RS

ALWAYS MICRO-PROCESSOR

*PERFORM THE JUMP INSTRUCTION
*VERIFY THE JUMP DID OCCUR BY CLOCKING

INSTRUCTION.

THE INSTRUCTION
*IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE (RAM P(C.
AT THIS POINT

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

4157
4158
4159
4160
4161
4162
4163
4164

4165
4166
4167
4168

AR N ARR AR RN R

Aannrhknrnnnwnrhnnrnt

RN R RRARARN AN AN AR A AARAN AN NRRN

JEST

anvannnannnnnnnnnnnnn

*(CRAM TEST OF JUMP(I) ON C BIT SET MICRO-PROCESSOR
*SET THE C BIT, PERFORM THE JUMP INSTRUCTION.

*VERIFY

THE

JUMP DID OCCUR BY CLOCKING

THE

INSTRUCTION.

INSTRUCTION

*IN THE LOCATION IT IS AT.
THIS INSTRUCITON LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE (RAM PC.
AT THIS POINT

*THE BR DATA 15 MOVED TO PORT4.
*THE JUMP WAS SUCCESSFUL, [F_THE
*THEN PORT4 WILL CONTAIN A 37,
KRR R AR KRR R AN R AR

THIS

DATA

CORRECT

JUMP WAS UNSUCCESSFUL

NN R A AR AR N RN AR A AR NN

AR AN R AN RN RA R

(ZDMQA MB207 STATIC DJAG. #2
(ZDMQA.P11
25=~JUN=79 14:07
L7¢9

MACY11

30A(1052)
17°=-JuL=79
PROGRAM DOCUMENT

09:23

PAGE

17-1

SEQ 0021

(ZDMQA MB207 STATIC DIAG. #2
(ZDMQA.P11
25=-JUN=79 14:07
LN
4172
6173
46174
6175
6176
6177
4178
4179
4180
4181
4182
4183
4184
4185
4186

MACY11

30A(1052)

17-JuL=-79

09:23

PROGRAM DOCUMENT

PAGE 18
SEQ 0022

txnnnnnawknanwnwnnt

TEST

avnnnnnnnnnnnnnannnnnn

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

*THE JUMP WAS SUCCESSFUL, IF _THE JUMP WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN A 37
L2282 d2

200020

RARZ2 2222322220233
222223 222 X 2

4187

4188
4189
4190
LN
4192
4193
4194
4195
4196
4197
4198
4199
4200
4201

RARRRRNARAKIARANRAR

TEST

annwownnnnnwvnnnnnnnnnnn

*CRAM TEST GF JUMP(]I) ON BRO SET MICRO-PROCESSOR INSTRUCTION.
+*SET THE BRO BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
*«IN THE LOCATION IT IS AT,
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC.
AT THIS POINT
*THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CCRRECT
*THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL
*THEN THE PORT4 WILL CONTAIN A 37
AR

AR ANANANANRAA AN RARANAAN AR RAANRNANRANNANRRAARAN
NN
AY

KRARRRANNRRANARANASY

JEST

annannnnnnnnnnnnnnnnnn

~(CRAM TEST OF JUMP(]) ON BR1 SET MICRO-PROCESSOR INSTRUCTION.
*SET THE BR1 BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE (RAM P(C.
AT THIS POINT

*THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRE(CT
*THE JUMP WAS SUCCESSFUL, IF_THE JUMP WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN A 37
HEARAA R AR AR A AAAANRRAR N RN RN AR RANNN RN NRRANNRANRNNY

ANAAARRANANRARRANARr

TJEST

tananaennnannennennnnn

*CRAM TEST OF JUMP(]) ON BR4 SET MICRO-PROCESSOR INSTRUCTION.
*SET THE BR4 BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
*B8R WITH THE LOWEST 8 BITS OF THE CRAM PC.
AT THIS POINT

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

CONTAIN A 37

(232232222228228228222820
222 TR YT R 22 2

trnrnnnnnrantnhnncnr

*CRAM TEST OF

TEST

JUMP(])

nunnnnnnnnnnrnnnnnwnnn

ON BR7 SET MICRO-PROCESSOR INSTRUCT]ON.

(ZDMQA MB8207 STATIC DIAG, #2
CZDMQA. P11
25=JUN=79 14:07
6227

MACY1T

30A(1052)

17-JuL~79

PROGRAM DOCUMENT

09:23

2
PAGE

18-1

*SET THE BR7 BIT, PERFORM THE JUMP INSTRUCTION

SEQ 0023

(ZDMQA MB207 STATIC DJAG. #2
CZDMQA.P11
25=JUN=79 14:07

MACY11

30A(1052)

17-JUL=-79

09:23

PROGRAM DOCUMENT

PAGE

SEQ 0024

4229
4230

4231
(232
4233
4234
4235

(236
4237

4238
4239
4240
4241
(242
4243
4244
4245
4246
4247
4248
4249
4250
4251
4252
4253
4254
4255
4256
4257
4258
4259
4260
4261
4262
4263
4,264
4,265
4266
4267
4268
4269
4279
4271
4272
4273
4274
4275
4276
4277
4278
4279
4280
4281
4282
4283
4284

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

IS MOVED

TO PORT4.

THIS DATA

CORRECT

*THE JUMF WAS SUCCESSFUL, IF_THE JUMP WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN A 37
ARRAANARAAARAAARA
AN RAN AN AARRRANRNA AN ARRAAAANNNARARRR

AXRAAKAAANANNRANRNNR

TEST

tnxnannnnnnnnnnnnenvtnss

*(RAM TEST OF JUMP(I) ON C BIT CLEAR MICRO-PROCESSOR INSTRUCTION.
*SET THE C BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
«IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC.
AT THIS POINT
+*THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN A 37
AARARAARARAANRARRNANAARARARNNRARRRNRARNNNAANRARARNNARNANAR

AAKRARRRANRANARANRY

TEST

NAAAaaanaa
v a AR A AR RR AR

*CRAM TEST OF JUMP(I) ON Z BIT CLEAR MICRO-PROCESSOR INSTRUCTION.
*CLEAR THE Z BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE

*BR WITH THE LOWEST 8 BITS OF THE CRAM PC.
AT THIS POINT
+*THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT

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

AN R R AR RN NN

AR AR

KRRRARARRAAANNRAAANY

TEST

AN RANRRANRARNRERRARANNARANRRRANRN

Rt aankan e a

s at

nnn

*(RAM TEST OF JUMP(]) ON BRO CLEAR MICRO-PROCESSOR INSTRUCTION.
*CLEAR THE BRO BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE (RAM PC.
A THIS POINT
*THE BR DATA IS MOVED TO PORT4.
[IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL, IF_THE JUMP WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN A 37
AAARAAARARA RN RANRRANARAN RN AR

RANRARANRA AN

ArnRRAkakannanannt

axannannnntnnssnnnnsnnn

*(RAM TEST OF

TEST

JUMP(])

ON BR1

RAARNNRNNNARS

CLEAR MICRO-PROCESSOR

INSTRUCTION.

*CLEAR THE BR1 BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCT]ON
*IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM P(C.
AT THIS POINT

(ZDMQA MB207 STATIC DIJAG. #2
(ZDMQA.P11
25-JUN=79 14:07
4285

MACY1T

30A(1052)

17-JUL=79

PROGRAM DOCUMENT

*THE BR DATA

[S MOVED

09:23

2
PAGE

TO PORT4.

19-1
IF

THIS DATA IS (CORREC(]

SEQ 0025

(ZDMQA MB207 STATIC DIAG, #2
CZDMQA.P11
25=JUN=79 14:07

4287
4288
4289
4290
4291
4292
4293
4294
4295
4296
4297
4298
4299
4300
4301
4302
4303
4304
4305
4306
4307
4308
4309
4310
4311
6312
4313
L314
4315
4316
4317
4318
4319
4320
4321
4322
4323
4324
4325
4326
4327
4328
4329
4330
4331
4332
4333
4334
4335
4336
4337
4338
4339
4340
4341
4342

MACY11

30A(1052)

17-JuL=79

09:23

PROGRAM DOCUMENT

2
PAGE 20

SEQ 0026

*THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN A 37
L AR

RRRdRRdRRR

ARANRANAANRANARARRAN

*CRAM TEST OF

R 22232223222
22

TEST

JUMP(I)

aawananaanaa
e annansnnn

ON BR4 CLEAR MICRO-PROCESSOR

INSTRUCTION.

«CLEAR THE BR4 BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTIOM
«IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC.
AT THIS POINT
«THE BR DATA IS MOVED TO PORT4.
«THE CRAM PC IS CORRECT,
IF THE

«THEN PORT4 CONTAINS A 37

IF THIS DATA IS CORRECT
CRAM PC IS NOT RIGHT

ARARRANRAARANRRARARRAARARNARNNRANNANNRRAN
NN AN ANANNNANN

AARRRRRRRRNRANNNNR

TEST

*CRAM TEST OF JUMP(])

At aaannaaaad
kAt avtn

ON BR7 CLEAR MICRO-PROCESSOR INSTRUCTION.

«CLEAR THE BR7 BIT, PERFORM THE JUMP INSTRUCTION.

*VERIFY THE JUMP DID NOT OCCI'R BY CLOCKING THE INSTRUCTION
*«IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC.
AT THIS POINT
*THE BR DATA IS MOVED TO PORT4.
[F THIS DATA IS CORRECT
«THE CRAM PC IS CORRECT,
IF THE CRAM PC IS NOT RIGHT

«THEN PORT4 CONTAINS A $7

AN AR AARNRRRRARANARCRNRRAAANTARRNANRARNNRANRAANNRANNRARRNS

KANRNRAARNERAARRAAN

TEST

Aaaaanaaanannsnenrnnennn

*MAIN MEMORY PAGE DUAL ADDRESS TEST.
*IN THIS TEST WE WILL VERIFY THAT PAGES DO
*NOT DUAL ADDRESS.
THIS TEST IS DIFFERENT FROM THE
*PREVIOUS DUAL ADDRESS TESTS IN THAT THE OTHER
*TEST REALLY DIDN'T CHECK PAGE DUAL ADDRESSING
AARN AR RN AN

AN NRARRRANNA

ARRNRRRRRARRANANES

TEST

AN AN RANRRARRAANRANRRAN
RN AR

NANAaaaanaaaananarnannnn

| 4

*JUMP FIELD,PAGE

TEST

*IN THIS TEST WE WILL MAKE SURE A JUMP FIELD INSTRUCTION
*WORKS.,
TO DO THIS, WE'LL PUT THE DESIRED PAGE, FIELD
*INFORMATION IN [BUS*<13> THEN ISSUE A JUMP FIELD

*THEN WE'LL READ PC REG.

AND VERIFY.

x
LA ASASSARE

SRRt

22222222

AR XN

(ZDMQA MB207 STATI(C D]AG.

(ZDMQA.P11
6363

#¢

25=JUN=79 14:07

MACY11

30A(1052)

17=-JUL=79

PROGRAM DOCUMENT

ransearnaneanntnns

09:23

PAGE 20-1
SEQ 0027

JEST

annnaennnnanncnnanneenee

(ZDMQA M8207 STATIC DIAG. #2
(ZDMQA.P11
25=JUN=79 14:07

MACY11

30A(1052)

17=-JuL=79

09:23

PROGRAM DOCUMENT

PAGE 21

SEQ 0028

4345
6346
6347
4348
6349

4350

4351
6352
6353
4354
4355
4356
4357
4358
4359
4360
4361
4362
4363
4 364
4365
6366
6367
4368
4369
4370
4371
4372
4373
4374
4375
6376
4377
4378

*JUMP TEST,

JUMP ALWAYS,

JUMP (HANGE FIELD

*IN THIS TEST, WE WILL

CHECK THE ABILITY OF

THE

*M]CRO-PROCESSOR TO JUMP (BRANCH AND ALWAYS INSTRUCTION)
*TO LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.
*WE ALREADY KNOW THAT THE BRANCH INSTR WORKS FROM
*OTHER TEST.
PROCEDURE
:
*
1.
START ADDR 0O, FIELD O
*
b 4
.

1 g

2.
3.

*+CALCULATE NEW ADDRS, FIELD VIA INC,
CAUSE JUMP (BRANCH) TO NEW ADDRESS

READ PC FROM [BUS*12 AND

REPEAT STEP 2-4 256.TIMES

IBUS*13

T O CALCULATE NEW ADDRESS:
1 .
INC LOW BYTE OF ADDRESS

FOR PC ADDRESS 0-7
INC LOW BYTE OF N ADDRESS FOR PC ADDRESS 8-11
BITS REPRESENTED AS BITS 0-3.
WHEN 0-3 OVERFLOWS,
RESTARTS AT ZERO.
NET RESULT IS JUMPS FROM:
FIELD,PAGE
LOC

*
®
*

*®

0
1

377

2
3
10

«
*

*
*

2
3
7

: 70

®
*

* AN ARA A RARAARRAARRANRRRRRNNRRRANRANNRNNRANNANN
RN RN

TRNRARREARAARARARAR

[EST

tnnannnnannnnntnensnnnnenn

«JUMP TEST,

JUMP ALWAYS,

) {

JUMP (HANGE FIELD

*IN THIS TEST, WE WILL CHECK THE ABILITY OF
*M]CRO-PROCESSOR TO JUMP (BRANCH AND ALWAYS

THE
INSTRUCTION)

*TO LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.
*WE ALREADY KNOW THAT THE BRANCH INSTR WORKS FROM

«OTHER TESTS.
PROCEDURE:
.
1.
START ADDR 0, FIELD 0

.
.
.

2.
3.

**CALCULATE NEW ADDRS, FIELD VIA DEC,
CAUSE JUMP (BRANCH) TO NEW ADDRESS

READ PC FROM IBUS*12 AND

REPEAT STEP 2-4 256.TIMES

TO CALCULATE NEW ADDRESS:

.
.

DEC LOW BYTE

1BUS*13

ADDRESS FOR PC ADDRESS 0-7

DEC LOW BYTE OF N ADDRESS FOR PC ADDRESS 8=11
BITS REPRESENTED AS BITS 0-3.
WHEN 0-3 OVERFLOWS,

(ZDMQA MB207 STATIC DIAG. #2
(ZDMQA.P11
25~JUN=79 14:07
A0

MACY11

304(1052)

17=JuL=-79

PROGRAM DOCUMENT
)

09:23

RESTARTS AT

PAGE 21-1
SEQ 0029

ZERO

CZDMQA MB207 STATIC DIAG. #2
(ZDMQA.P11
25=JUN=79 14:07

MACY1?

30A(1052)

17-JuL=-79

PROGRAM DOCUMENT

09:23

PAGE 22

SEQ (030

6403

4404

4405

44606
4607
4408

4409
4410
L6117
4412
6413
4414
4415
4616
4617
4418
4419
4420
4421
4422
4423
4424
4425
4426
4427
4428
4429
44630
4431
4432

4433

4434
4435
4436
4437
4438
4439
4440

4441
44642
4443
4444
4445
4446
4447
4448
4449
4450

4451
4452
4453
4454

4455
4456
44u57
4458

NET RESULT

*
*
*

17
16
15

IS JUMPS FROM:

FIELD,PAGE

toC:

377
376
375

: 70

000

RS2SRRSR 820202822
LR R TR R LR R R X R R T

tRARRRRARARRRARARAN

TEST

snnmnnnnnearnnnnatnnnnnen

*IN THIS

TEST WE'LL VERIFY THAT

THE Z BIT

CAN BE READ FROM

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

*ALL WE WANT

TO KNOW HERE

EANARARA AR AR AN A AR AARARRAAR

rxranknrnanannerxnan

TEST

THAT

CAN BE READ.

AR RRA NN RAR A AN RANARAARRANR

aannnnannnanrnnnnnnansnnnn

L 4

*IN THIS

TEST WE'LL

VERIFY

THAT

THE

C BIT CAN BE READ FROM

*[BUS*<13>. WE ALREADY KNOW THAT THE ( BIT WORKS PROPERLY

*ALL WE WANT

TO KNOW HERE

THAT

IT BE

READ.

AT AR AN AN R

R AR RRAARRAANN R ANANARANANARNAANRNNRA
RN NRRRS

krnnnnnnnnnkenxwwnrnnr

TEST

sannannnnnnnsnnnnnannnne

*TEST OF PROGRAM CLOCK BIT
*DO A MASTER CLEAR, VERIFY THAT PROGRAM CLOCK IS SET
*WRITE PROGRAM CLOCK BIT TO A ONE, VERIFY THAT IT CLEARS,
*AND THEN SETS SOME TIME LATER
AR

AN R AN RN AR AN KRR AR AR AR AN RN NRRNNNRN AN RRANANANNR

exrenawannnnannnrntt

+*FORCE

POWER FAIL

TEST

A NS

annmanananannennnanrnenns

TEST

*SET FORCE POWER FAIL BIT VERIFY THAT PROCESSOR TRAPS TO 24
*GOING DOWN AND COMING UP.
VERIFY ALSO THAT BUS INIT WAS
*BLOCKED FROM GETTING TO THE M8200,4.7 DURING THE POWER FAIL
NARA AR RN AR AN

A AN RANRANRA RN R RRRNANNNNRNARANNARNRAR
RN

Aaknrntanrwrhawanat

TEST

*M] CRO-PROCESSOR NOISE
*WRITE ALL ZERO'S THEN
*TO THE IBUS* AND [BUS
*THEN GO BACK AND READ

annnnnvsnnnnnnnannnnrannnn

TEST
ALL ONE'S THEN A DATA PATTERN
REGISTERS AND TO THE SP AND MAIN MEM
THE DATA PATTERNS TO VERIFY THAT
*READING AND WRITING OF OTHER LOCATIONS AND REGISTERS

(ZDMOA MB207 STATIC DJAG, #¢

(ZDMQA. P11
4456

25=JUN=-7G 14:07

MACY11

30A(1052)

17=JuL=79

PROGRAM DOCUMENT
*DID NOT (HANGE

THE

09:23
DATA.

PAGE 22-1

SEQ 0031

(ZDMQA MB207 STATIC D]AG. #¢
(ZDMQA.P11
25=JUN=79 14:07

MACYTT1

30A(1052)

17=-JUL=-79

09:23

PROGRAM DOCUMENT

PAGE 23

SEQ 0032

4461

6462
6463
L4664

4465

4466

AA R

RSR

SRR

RSl

222

RARE

4467

4468
4469
4470
4471
4472
4473

4474
4475
4476
4477
4478
4479
4480
4481
4482
4483
4484
4485

4486

4487
4488
4489
4490

449
4492
4493
4494
4495
4496
4497
4498

4499
4500
4501
4502
4503
4504
4505
4506
4507
4508
4509
4510
4511
4512
4513
4514
4515

4516

sannrnnnanennnnnntr

*THIS

TEST

DESIGNED

*DOES NOT WRITE

*T0 DO

THIS,

TEST

wrnnannntnnnnansnnnnnnnnns

TO MAKE

INTO PORT B OF

WE'LL

PUT A

125

SURE

THAT

A NODST

THE MULTIPORT RAM,

INTO

INDATZ2,

INSTRUCTION

THEN WE'LL

PUT A

*125 INTO BOTH SP1 AND BR. LAST WE'LL DO A NODST BR, SUBOC,
*1F THERE IS A WRITE INTO PORTB, INADT2 WILL CONTAIN A 377

SP1

I AARASARE SRRttt
RS
Y XY

ek nxnnnnnkhennnner

[EST

sannnnannnnnesnnnnnnnennnsn

*EXTENDED CRAM TEST FOR MB206.

IN THIS

TEST WE WILL

* THROUGHOUT THE CRAM (TEST DATA IS JUST 4K OF DIAG.
*THEN READ IT BACK AND VERIFY THAT IT IS CORRECT
LA AMASAAAS

kannnpaarantawvwnrt

[EST

TR R

LOAD DATA
CODE)

AND

TR LY

Sxnnnwnannnnrrnaneanntnennn

*THIS TEST LOADS MICRO-CODE
*THE MICRO-CODE IS DESIGNED
*
AN

INTO A MB206 M(PU THEN EXECUTES IT.
TO WRITE ALL ONES INTO THE SEL REGS.

AR AR R A ANAAANAARARRANRARR
NI ARARNRACRNA AR
AR
N

trensnrnnnnpnnntnwtt

[EST

Auaana

v R A e an

v A

ennn

«NEGATIVE ADDRESS TEST.
*
IN THIS TEST, WE'LL MAKE SURE THAT THE M8207
*
D?BSI?OT RESPOND TO AN ADDRESS THAT ISN'T ASSIGNED
«
*

AR AR

A AR AR RANRN A AN ARRNRNNAANRRNNNRAANANNARAANARNNANNRIARRR
S

sxsnnknnnnnnrrntrr

JEST

annnnnmeranteanwnrrnnnnnny

*BYTE ADDRESSING

*
*
«

TEST

HERE, WE'RE GOING TO MAKE SURE THAT WE
WRITE INTO ONLY A HIGH OR LOW BYTE OF

RPN AN AN ANAN RN AR

rennnnnrnnwnnrnrann

*IN TH]IS
*REG

JEST

AN NANNRRANARANRANRNNERRNR

snawnnnennnnnnnansnnnrnnnns

TEST WE'RE GOING TO MAKE

COUNTS UP PROPERLY.

(AN
THE M(CPU.

THE

SURE

THAT

REG SHOULD

THE

INCREMENT

(ZDMQA MB207 STATIC DIAG,

{ZDMQA.PIN
(517

2S5=-JUN=79 14:07

MACYT1

30A(i052)

17-JUL=79

PROGRAM DOCUMENT

*ONCE

AFTER EACH

09:23

3
PAGE 23-1
SEQ 0033

INSTRUCTION.

(ZDMQA MB207 STATIC D]AG. #2

CZDMQA.P11

4519
6520
4521
4522
4523
6524
6525
4526
4527
4528
4529
4530
453
6532

4533
4534
4535
6536
4537
4538
4539
4540

4541

4542
4543
4544
4545
4546
4547
4548

4549
4550
4551
4552
4553
6554
4555
4556
4557

4558
4559
4560
4561
4562
4563
4564
4565
4566
4567
4568
4569
4570

4571

25=JUN=79 14:07

MACY11

30A(1052)

17-JUL-79

09:23

PROGRAM DOCUMENT

PAGE

SEQ 0034

AAN AR RAARA AR RN NAANRAN N AR AN

eansrwnnnwnnontnwn

JEST

NN AN RART A AN

NI ARRS S

snnnnnnnnnsnnnnnnnnnrnnnne

*IN THIS TEST WE'LL MAKE SURE THAT ‘BRANCH FIELD H'' DOESN'T
*GET STUCK HIGH.
*FJRST WE'LL CLEAR THE PC HIGH REG. THEN WE'LL DO A BRANCH INSTR
*WITH BAB BITS 11412 SET.
IF PCR
BITS 8+9 SET THEN WE'LL KNOW
*WE WERE SUCCESSFUL IF PCR BITS 8+9 FAJlL TO SET, WE,LL KNOW

*THAT

THE

AR AR

R AN A AARNRRRA AN AN RARR R RN N AN AARANAANRAANN RN RN

MAX

SELECTED

wrvknrrnnrrhhankntn

THE

TEST

WRONG

INPUT

TO BE

CLOCKED

INTO

THE

PCR.

snnnnnmannnnansnnnvvnnannnsn

*IN THIS TEST WE'RE GOING TO MAKE SURE

THAT ONLY SPO

*|S SELECTED FOR SOURCE WHEN THE DESTINATION
*]S THE OUTBUS
*FIRST WE'LL WRITE EACH SP ADDRS INTO ITSELF THEN WE'LL
*MOV SP TO 0BUS4.
THAT SHOULD SELECT
*SP ADDRESS 0.
IF ANY OTHER DATA SHOWS UP, WE'LL
*BLAME IT ON THE SELECTION OF A DIFFERENT SCRAT(CH PAD.
AR

AN AARA R AR AN TR R AN

ARRNNNRRNARARANRAN

TEST

R NANNNN NN ARANAANRANRRRRANRRRNS

Maaaanaa
s aanasthaasnnnnn

*[N THIS

TEST WE ARE GOING TO MAKE

SURE

*SIGNAL MOV INST H'' (AND ITS ASSOC.

THAT

TRIBS)

THE

DOESN'T GET

*STUCK HIGH.
IN ORDER TO DO THIS WE'LL CLEAR THE PC HIGH REG
*PUT KNOWN DATA IN _THE BREG AND SP1 THEN WE'LL BRANCH
*WITH CROM BITS 0-3 SET AS WELL AS CROM BIT 9 WITH CROM BITS 8 AND

*]F MOV _INST H'' GETS STUCK HIGH,

*WITH THE

CONTENTS OF

AR AN AR R RRANN RN

R NR

ANEARRNANRARANRNAN

THE ALU

NN A NN R

TEST

THE PC REG HIGH WILL GET LOADED

AN RN R RANRRANRNRNNRRNANRRANN

Aananaa
v e v a v A AR AR AR R AN

*TEST TAHT MASTER CLEAR, CLEARS BITS IN THE NPR (ONTROL REGISTER AND
«M] CROPROCESSOR MISCELLANEOUS REGISTER-FIRST WE'LI SET THE

tPRIORITY UP SO THAT WHEN WE

SET

THE BUS REQUEST 8IT

THAT

*THEN WE'LL SET ALL THE BITS IN BOTH REGS EXCEFf THE
*NPR REQUEST. WE'LL LOOK TO SEE THAT ALL GOT SET, NEXT
*WE'LL DO A MASTER CLEAR AND BE SURE THAT IHEY ALL CLEAR.
AAARN AR RAARNA RN AN AN RN

CLEAR.

R RN RN AR RRNRRNNARNANANNNARNANARN
AR RAS

WON'T BUG US

(ZDMQA MB207 STATIC DJAG.

(ZDMQA. P11

4573
4574
4575
4576
4577
4578
4579
4580
4581
4582
4583
4584
4585
4586
4587
4588
4589
4590
4591
4592
4593
4594
4595
4596
4597
4598
4599
4600
4601
4602
4603
4604
4605
4606
4607
4608
4609
4610
4611

25=JUN=79 14:07

MACY11

30A(1052)

17-JUL=79

PROGRAM DOCUMENT

09:23

PAGE 25

SEQ 0035

8.0 ERROR INFORMATION
8.1

ERROR REPORTING

ERRORS ARE REPORTED BY THE PROGRAM AS
THEY
OQCCUR
(IF
NOT
INHIBITED). THE REPORT CONFORMS TO THE DIAGNOSTIC SUPERVISOR
ERROR REPORT FORMAT, AND CONSISTS OF A
DESCRIPTION
OF
THE
ERROR,
THE
TEST
NUMBER,
SUBTEST
NUMBER, P(C OF THE ERROR
CALL,

DEVICE

INFORMATION.

THE

ADDRESS,

AND

BASIC

FOLLOWING EXAMPLES PROVIDE

(ZDMQ DVC
MASTER

FTL
CLEAR

CZDMQ DVC FTL

ERR 00045
FAJLED

ERR 00015

AND

TYPICAL

EXTENDED

ERROR

ERROR REPORTS:

TST 027 SuB 000 P(C:022572
TO

CLEAR

REG,

CONTENTS=000624

TST 042 SUB 000 P(C:027234

UNIT=00, FAILING UNIT ADDRESS=160170
JUMP TEST ERROR
FROM ADDR
T0 ADDR

000402

FOR ALL
REQUIRE

000000

BAD ADDR

000114

OTHER ERRORS, THE REPORT MAY BE MORE
ADDITIONAL DATA TO BE REPORTED.

EXTENSIVE

AND

(ZDMQA MB207 STATIC DIAG. #2
CZDMQA.P11
25=JUN-79 14:07
L4613
L4614
L4615
4616

L617

MACY11

30A(1052)

17~JUL=79

PROGRAM DOCUMENT

09:23

3
PAGE 26
SEQ 0036

(ZDMQAO MB207 STATIC DIAG #2
CZDMQA.P11
25=JUN=79 14:07
4619
4627
4628
4629
4630
4631
4632
4633
4634
4635
4636
4637
4638
4639
4640

4641

4642
4643
4644
4645

4646

w647

4648
4649
4650
4651
4652
4653
4654
4655
4656
4657

002000

MACY11

30A(1052)

PROGRAM DOCUMENT

09:23

PAGE 26-1

SEQ 0037

.TITLE CZDMQAQ M8207 STATIC DIAG #2
.~2000

002000

17=JUL=79

000

MCALL
Sv(

SVC

BGNMOD

CZDMQ

;

000000
000000
000000

$LSTIN= 0
$LSTTAG= 0
SVCINS= 0

LIST

000000
000000
000000

svesuB= 0
SVCGBL= 0
SVCTAG= 0

;
;
;

LIST SUBTEST TAGS, SHIFTED RIGHT
LIST GLOBAL TAGS, SHIFTED f.IGHT
LIST OTHER TAGS, SHIFTED RIGHT

000000

SVCTST= 0

:
;
;
‘

INSTRUCTIONS,

INITIALIZE

SUPERVISOR MACROS

SHIFTED RIGHT

; LIST TEST TAGS, SHIFTED RIGHT

(HANGE THE VALUES OF THE SVC... SYMBOLS TO BE ZERO IF YOU WISH
TO ALIGN THE MACRO CALLS AND THFIR EXPANSIONS.
C(HANGE THE
SYMBOLS TO BE MINUS-ONE TO NOT LIST THE EXPANSIONS.
YOU MAY
CHANGE THE SYMBOLS AT ANY POINT [N YOUR PROGRAM,

(ZDMQAO MB207 STATIC DIAG #2
CZDMQA P
25-JUN-79 14:07
4659
4660
4661
4662
L663
4664
4665
4666
4674
4675
(4)
(4)
(4)
(4)
(4)
(4)
(6)
(6)
(5
(5
(4)
(5
(4)
(5)
(4)
(5
(4)
&)
(4)
(5)
(4)
(5
(4)
(5)

MACY11

30A(1052)

17-JUL=-79

PROGRAM HEADER

.SBTTL

09:23

PAGE 26-2

SEQ 0038

PROGRAM HEADER

s 44

* THE PROGRAM HEADER IS THE INTERFACE BETWEEN
:

THE

DIAGNOSTIC PROGRAM AND

002000

L SNAME:

LSREV::
060

C00000
000360

027232
000000

002262

000009

(S
(4)
(5)
(4)
(5)
(4)
(5)
(4)
(5)
(4)
(5)
(4)
(5)

030032
000000

000000

000000
000000

002132

(4)
(5)
(4)

000000

(4)

000000

(4)
(3

003
000

000000

(5)

(5)
002051

SUPERVISOR.

POINTER BGNAU,BGNDU

002000

(4)

THE

L$DEPO::

LSUNIT::
LSTIML::

L$HPCP::

L$SPCP::
LSHPTP::

LSSPTP::
LSLADP::

L$STA::
L$CO::

LEDTYP::
LSAFT::
:
LSDTP:

LSEXP1::

:
LSEXP2:

LSEXP3::
LSMREV::

HEADER

.ASCI!
LASCII
LASCII
JASCII
LASCI1

CZDMQ,A,0,240.,0
Y
:DIAGNOSTIC NAME
/7/
/D/

/M/

/Q/

.BYTE
.BYTE

0
0
0

LASCII

/A/

LASCII

/70/

.WORD

240.

.WORD

L$HARD

.WORD
.WORD

LEHW

.WORD

.WORD
-WORD
.WORD

. WORD
.WORD

.WORD

-WORD
-WORD

.BYTE
.BYTE

LSLAST
0

JREVISION LEVEL

;0
;NUMBER OF UNITS

;LONGEST TEST TIME
JPOINTER TO H.W. QUES.

JPOINTER TO S.W. QUES.
JPTR.

TO DEF. H.W. PTABLE

;PTR.

TO S.W.

PTARLE

;DIAG. END ADDRESS
JRESERVED FOR APT STATS

0
0

:DIAGNOSTIC TYPE

JAPT EXPANSION

;PTR.

TO DISPATTH TABLE

LSDISPATCH
0
JEXPANSION WORDS
0

;SVC REV AND EDIT #

CSREVISION
CSEDIT

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA.P11
25=JUN-79 14:07

(5)

(4)

(5)
(5)

(4)

(S)

(4)

002052
002052
002054
002056
002056
002060

000000
000000

000000

002730
000000

000000
000000

012022
012016

000000

002312
104035

000000

011216
012012
011720
002122

000000
000000

000000

002126
002130

27777
127777
177777

MACY11

30A(1052)

17-JUL=79

PROGRAM HEADER

LSEF ::

L$SPC::
LSDEVP::
:
LS$REPP:
LSEXP4::

LSEXPS::
LSAUT::
L$DUT::
LSLUN::
LSDESP::

LSLOAD::

LSETP::
LSICP::
L$CCP::

LSACP::
L$PRT::
L$IEST::

LSDLY::
LSHIME::

::
L$PROT

09:23

.WORD
.WORD

0
0

.WORD

L$DVTYP

.WORD

L $AU

.WORD

L$DU

.WORD

L$DESC

EMT

ESLOAD
0

.WORD
.WORD

LSINIT

.WORD

L$CLEAN

.WORD

LSAUTO

.WORD

L$PROT

.WORD

.WORD
.WORD

PAGE 26-7

;DIAG. EVENT FLAGS

. POINTER TO DEVICE TYPE LIST
;PTR.

TO REPORT

;PTR.

TO ADD UNIT CODE

;PTR.

TO DROP UNIT

; POINTER TO DIAG.

CODE

DESCRIPTION

:GENERATE SPECIAL AUTOLOAD EMT
;POINTER TO ERRTBL
;PTR.

TO INIT CODE

;PTR.

TO CLEAN-UP (ODE

;PTR.

TO AUTO CODE

sPTR.

TO PROTECT TABLE

s TEST NUMBER

sDELAY COUNT

;PTR.

-1
.W0TMD
-1
.WORD
-1
.WORD
ENDPROT

CODE

; LUN FOR EXERCISERS TO FILL

BGNPROT

SEQ 0039

TO HIGH MEM

(ZDMQAO MB207 STATIC DIAG #2

(ZDMQA. P

4690
46N
6692
4693
4694
4695
4696
4697
(4)

(3)

(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)

(6)
(6)
(6)
(6)
(6)
(6)

(6)

(6)
(6)
(6)

(6)
(6)
(6)
(6)
4698
4705
4706

25=JUN=79 14:07

MACY11

30A(1052)
17-,UL=79
DISPAT(H TABLE
.SBTTL

09:23

4
PAGE 26-4

DISPAT(CH TABLE

L7170 1777777777777707077777777777/7777777777777777777777027/7777777777777
;/ THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST,
:/ 1T 1S USED BY THE SUPERVISOR TO DISPAT(H TO EACH TEST,

HILIIIIITII7777777777777777777777777777770777777777777777777777777777777/7777

002130
002130
002132
002132
002134
002136

002140
002142
002144
002146
002150
002152
002154
002156
002160
002162
002164
002166
002170
002172
002174
002176
002200
002202
002204
002206
002210
002212
002214
002216
002220
002222
002224
002226
002230
002232
002234
002236
002240
002242
002244
002246

002256

000053
012024
012134
012300
012430
012570
013032
013234
013446
013770
014332
014600
015044
015274
015540
016004
016250
016514
016760
017224
017504

017764

020240
020516
020772
021246
021440
021606
022164
022422
022636
023052
023344

023736
025010
025110
025256
025734
026074
026202
026340
026436
026536
026662

DISPATCH 43
43
.WORD
L$DISPAT(H::
T
.WORD
.WORD
T2
.WORD
T3
.WORD

T¢

.WORD
.WORD

T6
17
T8
T9
T10
T11
T12
T13
T14
T15
T16
T17
T18
T19
T20

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WCRD

.WORD

.WORD
.WORD
.WORD
.WORD
.WORD

.WORD
.WORD

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

.WORD
.WORD
.WORD
.WORD
.WORD

.WORD

121
T2?

T23
T24
125

T26
127
T28
129
T30
T31
T3
133
T34
T35
T36
137
138
T39
T40
T41
142
T43

SEQ 0040

(7DMOAN MB207 STATIC DIAG #¢
/DMwA.P11

207

4708
4709

25=JUN=79

14:07

MACYT1

30A(1052)

DISPATCH

17=JuL=79

TABLE

09:23

4
PAGE 26<5

SEQ 0041

(ZDMQAQ MB207 STATIC DIAG #2
(ZDMQA PN
25-JUN=79 14:07
6211
4712
6713
L7214

&
PAGE 26-6

SIIIII1I17770077777777077777777777777777777/777777777777777/7777777777777777777
;/ THE DEFAULT HARDWARE P-TABLE (ONTAINS DEFAULT VALUES OF
;/ THE TEST-DEVICE PARAMETERS.
THE STRUCTURE OF THIS TABLE

4716
67

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

HILLIIIIIIII177077777777777777777777770777777777777777777707770777777777777777

002260
002260
002262
002262
002262
002264
002266
002270
002272
002274
002276
002300
002302
002304
002306
002310
002310

.ENABL

000013

000007

LOHW::

DFPTIBL::

160170

000300
005000
000003
000056
000000
000000
000000
000004
000000

AMA
BGNHW
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
-WORD

£10001:

ENDHW

DFPTRL

L10001=-L$HW/2
7
160170

300
5000

sMICRO-CPU TYPE.
;M8200,4,7 CRS ADDRESS
:M8200,4,7 VECTOR ADDRESS
s INTERRUPT PRIORITY LEVEL

3
56

sLINE UNIT TYPE
sSWITCH PACK #1

sCONTAINS BAUD RATE 4=56K BAUD DEFAULT

0
0
0

(3)
(3)
(3
6721
4722
4723
4724
4725
4726
6727
4728
4729
4730
4731
4732
4733
4734
4735
3

30A(1052)
17-0UL=79
(09:23
DEFAULT HARDWARE P-TABLE

.SBTTL DEFAULT HARDWARE P-TABLE

6715

4718
4719
4720

MACY11

(DDCMP LINE #)
;SWITCH PACK #2 (BM873 BOOT ADDRESS)
;SWITCH PACK #3
sTEST CONNECTOR INSTALLED FLAG

:0=2.4K , 1=4.8< , 2=9.6K , 3=19.2K , 4-56K

:5=250K , 6=500k , 7=1 MEG BAUD
;O=RUN SW OFF, 1-SW ON

SEQ 0042

(ZDMQAQ MB207 STATIC DIAG #2
(Z0MQA.P
25-JUN=-79 14:07
4737
4738
4739
4740
4761
4742
4743
4764
(3)

(3)
(3)

4745
4766
4747
(33
4748
4749
4750
4751

4752
4753

MACYT1

30A(1052)

17-JuL=79

SOF TWARE P-TABLE
.SBTTL

09:23

4
PAGE 26-7
SEQ 0043

SOFTWARE P-TABLE

SHIIIILIIII117707777777777777707777777777/777707777777077777/77777727777777

¢/

THE

SOF TWARE P-TABLE

CONTAINS

THE

VALUES OF

THE

PROGRAM

;/ PARAMETERS THAT CAN BE (HANGED BY THE OPERATOR.
SIII1IIYINIIII7I77777707077777277777077770777777777777777277/7777777777777

002310
002310
002312
002312

002312
002312

006000

BGNSW

LESW::

.WORD

SFPIBL
::

L 10002:

ENDSW

SFPIBL

L10002-L$Sw/?2

(ZDMCAQC MB207 STATIC DIAG #2
(ZDMQA.P11
25=JUN=79 14:07

MACY11

30AC1052)
17-JUL=79
SOF TWARE P-TABLE

09:23

PAGE 26-8

SEQ 0044

4755
4756
4757
4758
4759
4760
4761

4762

4763
4764
4765
6766

.SBTTL

4L767
4768

mdd —

W
W
S
S
e
W
S
s N
s
o
W
N
e
e M

11T 110777777777777777777707707/77777777777/777777707/777/77777/777/77777777777
;7
THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES THAT
o/
ARE USED IN MORE THAN ONE TEST.
SIIIILIIITI7777777777777777777777770777777777777777727/77772777777777/777777777

002312

EQUALS

; BIT DIFINITIONS
'00C00
040000
020000

010000
004000
002000
001000
000400

000200
000100
000040
000020
000010
000004
000002
000001

N
e
N
N
N
v
N
Nt N
N
N
N
N
N
e
N
N

ey ~
.U

D
i
D
e
——d e

e T e T
I

d md wmd e el

D
el

—

e S

el md

d ad

e R

i id el

D oD

d md

]

b e

4769
4770
477
4772
6773
4774

GLOBAL EQUATES SECTION

001000

BIT15== 100000
BIT14== 40000

BIT13== 20000
BIT12== 10000
BIT11== 4000
BIT10== 2000

BIT09==
BIT08==
BI1107-=
8IT06==
BIT05-=
BIT04==
BIT03==
BITO2==
BIT01==
BIT00==

1000
400
200
100
40
20
10
4
2
1

BIT9-=
BIT8==

BIT09
BIT08

BIT7==
BIT6==

BIT5==
BIT4==
BIT3==
BIT2==
BIT1==
BITO0==

81107

BIT06

BIT0S
BIT04
BIT03

BIT02

BIT01

BIT00

s EVENT FLAG DEFINIT]ONS

EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION

EF.START==
EF .RESTART==

32.
31.

.
;

START COMMAND WAS [SSUED
RESTART (OMMAND WAS [SSuUtD

(ZDMQAO MB207 STATIC DIAG #2
C(ZDMQA. P11
25~JUN=79 14:07
Q)
(1)
(1)

(1)

ab)
(M
o
()
Qb
(
1)
&b
(1)
(1)

&D)

(@b
(1)
(1
)
)
1)
1)
()
b
(1)
(1
(1)
(1
)
)
(1)
(1)
4775

000036
000035
000034

MACY11

30A(1052)
17-JuL=79
09:23
GLOBAL EQUATES SECTION

EF.CONTINUE==
EF .NEW==
EF .PWR=-

4
PAGE 26-9
SEQ 0045

30.
29.
28.

; CONTINUE COMMAND WAS [SSUED
; A NEW PASS HAS BEEN STARTED
. A POWER-FA]L/POWER-UP OCCURRED

* PRIORITY LEVEL DEFINITIONS
000340
000200

PRI0O7== 340
PRI06== 300

000040

PRIO2== 100
PRIO1== 40
PRI00== 0

000240
000200
000140
000100

000000

PRIOS== 240
PR104== 200

PRI03== 140

;OPERATOR FLAG BITS
000004
000010
000020
000040
000100
000200
000400
001000
002000
004000
010000
020000
040000
100000

EvL==
LOT==

ADR==
[DU==
ISR==

UAM- BOE==

PNT==
PR]==

IXE==
IBE==
IER==
LOE==

HOE==

4
10

20
40
100
200
«00
1000
2000
4000

10000
20000
40000

100000

L4776
4777

4778
4779
4780
4781
4,782

4783
4784

. i't.tl‘fit‘t'.'*'tfi.'itt"'ifi'tfi‘l'tttt.tt.'tttt"tt'.tt.ttt'..'.t"'t"

PROGRAM EVENT

" AR AR

AR RS

FLAG

DEF INITJONS
EE R

R R R

(ZDMQAQ MB207 STATI( DIAG #2
C(ZDMQA.PI
25=JUN-79 14:07

MACY11

4786
4787
4788
4789

30A(1052)

17-JuL=79

GLOBAL DATA SECTION
.SBTTL

09:23

PAGE 26-10

SEQ 0046

GLOBAL DATA SECTION

JILIIIIIIIL P77 77777707777 77777777777/7777777777077777770777777777777777777

THE GLOBAL DATA SECTION CONTAINS DATA THAT ARE USED

4790

5/
IN MORE THAN ONE TEST.
//////////////////////////////////’///////////////////////////////////////////

4794
4795
4796
(4)

:* STORAGE FOR DEVICE REGISTERS

«791
4792
4793

(3)
(3)
(3)

(3)

(2)
4797
4798
4799
4800
4801
4802
4803
4804
4805
4806
4807
4808
4809
4810
4811
4812
4813
4814
4815
4816
4817
4818
4819
4820
4821
4822
4823
4824

4825
4826
4,827
4828
4829
4830
4831
4832
4833
4834
4835

. tttt'tittfifi"fitl"*fifit*t‘fittt‘tt*t'tttt""ttttt.t't'tttt..tt.'fi'tt't't'tt.

"' AR AR AR AN

002312
002312
002312
002320
002326
002334

034115
044504
031043
000062

030062
043501
047440

020067
020056
020106

L$DESC::

AN R AR

A AR AN AN AR AR AR A RN AN AR AN AR ANARARARARRNA AT AN RN AR I AT RN

DESCRIPT
JASCIZ

<M8207 DIAG.
/MB207 DIAG.

#2 OF

.EVEN
*ttt*tttttt**t'**tttt*fitt'ttttitttttfitt'ttfi'tfittt"t'tttt.t.tttfi'tttttt

PROGRAM (CONTROL

PARAMETERS

fit*tfittfittttttttt*tttt*ttttfl'tt*fikfitttttt'Qttttiittttttttt'tttfittt'tttfit

002336
002340

000000
000000

LOCK:

.WORD

;ADDRESS OF NEXT TEST TO BE EXECUTED
;ADDRESS FOR LOCK CURRENT DATA

.'tt*tttltttfii.tttfittt***t*ttt**t'fittttt'fittttt'tttttt'ttttttttttti‘ LA 2484

;* MISCELLANEQUS STORAGE

"ttfi*tttt'tttit*tit*'**t*itifit**fitfi*ttttt'ttifittfitfitttl’tittttfitttttttt.fi

LOGDEV:

.WORD

;LOGICAL DEVICE NUMBER

SUBRP(C:
ERRFLG:

.WORD
.WORD

0
O

;PC OF SUBR CALL FOR ERROR REPORTS
;SUBROUTINE ERROR FLAG

PSTACK:

RETADR:

STRTISW:
STAT:
CLKX:
MASKX:
SAVSP:
SAVPC:
ZERO:

sBASE

LEVEL PROGRAM STACK

POINTER

:SUBR ERROR RETURN ADDRESS

0
O
0
0
0
O
0

sSWITCHES AT START OF PROGRAM
;KM STATUS WORD STORAGE
:
;
;STACK POINTER STORAGE
;PROGRAM COUNTER STORAGE
;

MEMLIM:
KMACTV:
KMNUM:
SAVACT:
SAVNUM:
FLAG:
RUN:
FADR:
WIYPE:

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

0
1
1
1
1
O
O
0
O

JHIGHEST LOCATJON FOR NPR'S
;M8200,4,7 SELECTED ACTIVE
;OCTAL NUMBER OF M8200,4,7°'S
sORIGINAL ACTIVE DEVICES
;WORKABLE NUMBLR
s SCRATCH STORAGE
;POINTER TO RUNNING DEVICES

$REG2:

.WORD

TYPE:

.WORD

$REGS:
$REG4:
$REG3:

000000

.WORD

.WORD
.WORD
.WORD
.WORD
_WORD
.WORD
.WORD

ONE :

002376
002400
002402
002404
002406
002410
002412
002414
002416
002420
002422
002424
002426
002430
002432

.WORD

$REG1:
$REGO:

.WORD

.WORD
.WCRD
.WORD
.WORD
.WORD

0
O
0
O
0

;

;M82XX NUMBER FOR TYPE OF

MI(0-CPU

s STORAGE USED FOR ERROR MSG DATA

;=0 FOR DMP,=1

FOR MB206

AR RN

(ZDMQAQ MB207 STATIC D]AG 62
(ZDMQA. P11
25-JUN-79 14:0

4844

4845
4846
4847
4848
4849
4850
4851
4852
4853
4854
4855
4856
4857
4858
4859
4860
4861
4862
4863
4864

MRO:
MEMSZ:
TEMP:

$TEMPO:
$TMPO:
$GDADR:
$8DADR:
$GDDAT:
$8DDAT:

.WORD
.WORD

.WORD

_WORD
.WORD

O
0

.WORD
.WORD

PAGE

26~11

SEQ 0047

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

O
0
O
0
O
O
0
0

RUNS :
RUNINH:

09:23

0
3777

.WORD
_WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

.WORD

SAVE4:
SAVE6:

000000

17-JUL=79
DATA SECTION

FTIME:

;CONTAINS ADDRESS OF
'GOOD' DATA
;CONTAINS ADDRESS OF 'BAD' DATA
;CONTAINS °'GOOD' DATA
;CONTAINS 'BAD' DATA
;RESERVED--NOT TO BE USED

0
O

;0= RUN OFF, 1= RUN SW ON
;0=RUN SW OFF, 1 RUN Sw ON

"tt*i'tttfittttttt*tt*ttt'i*ttttikifit*tt*it*it(ttttfi‘t"fittttttttfi'tttit

PROGRAM (CONTROI

FLAGS

Q'ttt'*ttttti*tttfifittfi*ttii******.*fi‘ttfit*ttttQttQtttttttttfittttttttttt

002474
002476
002477

000
002476
000

INIFLG:
LOKFLG:

QV.FLG:

.BYTE
.EVEN
.BYTE

;PROGRAM INITIALIZING FLAG

.BYTE

LOCK ON CURRENT

.EVEN

TEST FLAG

;QUICK VERIFY FLAG

SRR RN AR AN AR N A A RN RRARRA AR NN AN AR RN RNRA AR AN RN AR RN AR RN RRRANRNNAR AR AR

;* DEFINITION OF

MB200,4,7 STATUS WORDS - STAT1,STATZ2,STAT3

. %

STAT1

i
o
i*
o
o
i*
o

- BITS 00-08 IS MB200,4,7 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
BIT13 0 LINE UNIT IS AN M8201
iT13=1 LINE UNIT IS AN M8202
BIT12=1 NO LINE UNIT
BITS 09-11 IS M8200,4.7 PRIORITY LEVEL

STATZ2 - LOW BYTE IS SWITCH PACK #1

HIGH BYTE

* W

o
002500
002502
002504

000000
000000
000000

STAT3 - BITO 1

4842
4843

000000
003777
000000
000000

GLOBAL

4839
4840
4841

0026 36
002436
002440
002442
002444
002446
002450
002452
002454
002456
002460
002462
002464
002466
002470
002472

30A(1C52)

4836
4837
4838

MACY11

AN AR AR

STAT1:
STATZ2:

STAT3:

.WORD

DO FREE RUNNING TESTS ON M8200,4,7

AR R R AR RN AR R AR AR AR AR AN AN RN AR

_WORD
.WORD

(DDCMP LINE NUMBER®

IS SWITCH PACK #2 (BMB73 BOOT ADDRESS)

AANCR NN A AN R AT RN RNN RN AN

NORRAN RN

O
0

"ttitttttfittttttttttittttt*tt"tl’flt*tt*tktfit*tkfififl'ttitt'lttit'tttfittttt

;* POINTERS TO M8200,4,7 VECTORS AND REGISTERS
TR

002506
002510
002512
002514

000000
000000
000000
000000

AR A A AN A A AT AR AN RN AR

KMRVEC:
KMRLVL:
KMTVEC:
KMTMLvL:

0
0
O
O

;POINTER
;POINTER
JPOINTER
;POINTER

AR AN AR RN AR RN AR AN

AN AN N AN N R RN

AR RN NN N

TO M8200,4,7 RCY INTRPT VECTOR
TO M8200,4,7 KCV INTRPT SERVICE PS
TO M8200,4,7 TX INTRPT VECTOR
TO MB200,4.7 TX

INTRPT

SERVICE PS

R R AN

(ZDMQAO MB207 STATIC DIAC #2

(ZDMQA.P11

4892
4853
4894
4895

zgg?

002516
002520
002522
002524

002526

25=JUN-79 14:07

000000
000000
000000
000000

000000

4898

4899

002530

4902
4903
4904
4905

002539
002730

4907

4508
4909
4910
4911

30A(1052)
GLOBAL

KMCSR:
KMCSRH:
KMCTL:
KMPO4:

KMPQO6:

sorxes

288?

4906

MACY11

. THESE

REGADR:
000100

sowexr
SSTA(K:

17-JuL=79

DATA SECTION

0
0
O
O

09:23

;POINTER
;POINTER
;POINTER
JPOINTER

TO
TO
TO
TO

4
PAGE 26-12
M8200,4,7
MB200,4,7
M8200,4,7
M8200,4,7

SEQ 0048

CONTROL STATUS REGISTER
CONTROL STATUS REGISTER HIGH BYTE
CONTROL OUT REGISTER
PORT REGISTER - SEL4

;POINTER TO M8200,4,7 PORT REGISTER - SELE

PRIMARY REG ADRS STORAGE FOR THIS UNIT

LOCATIONS WIL. BE

LOADED FOR

STACK USED FOR SUBROUTINE
.BLKW
100

THE

aeexax

CURRENT UNIT,

LINKAGE

wexws

IN INIT

CODE

CZDMQAO MB207 STATIC DIAG #2
CZDMQA.P11
25=JUN=79 14:07

MACYTT

30A(1052)
17-JUL=79
GLOBAL TEXT SECTION

&
PAGE 26-13

SEQ 0049

28;2

.SBTTL

4915
(916
(917

Y3033 922%9%3382%332%33433%4%344
33343343 33443333344334433343333%3344%34 44441
.Z
THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,
:%
MESSAGES, AND ASCII INFORMATION THAT ARE USED IN

23%8

ZZZZZZZZZZZXZZXZZXZZZZZZZIZZXZZZZZZZZZXXZZZZZXZ%ZXZZZZZZZZZXZZX%ZZZZZZZZZXZ%ZZ

4921

. titt'.l’tttttfittt.fifit't"'itttifittfittt"t'..tttttttittfitttt'fit.ttfittittttt't'

(918

1 4

(922

4925
4926
4927

(928

4929
4930
4937
4938

4936

4940
4941

TEXT SECTION

MORE THAN ONE TEST,

- NAMES OF

4923

4924
(4)
(3)
(3)
(2)

GLOBAL

09:23

DEVICES SUPPORTED BY PROGRAM

" AR AR AR AR N ARRA RN AN AR AR RANANANANRRANANNRARNRARRNAANRNAARAAANANANNATAANRANRARAROTN R

002730
002730
002730
002736

034115
026064

030062
000067

026060

DEVTYP
LSDVTYP::
LASCIZ

<M8200.4.7>
/M8200,4,7/

.EVEN

;
.
:

FORMAT

STATEMENTS USED

IN PRINT CALLS

CIDMQAO MB207 STATIC DIAG #2
CZDMQA.P11
25=JUN-79 14:07
4943

4944
6945
4946
(947
4548
4949
4950
4951
4952
4953
4954
4955
4956
4957

MACYT1

30A(1052)

17-JuL=79

GLOBAL

SUBROUTINES

.SBTTL

GLOBAL

09:23

&
PAGE 26-14
SEQ@ 0050

SUBROUTINES

SIIIILIIII17777777777777707777770777777777777777777777/77777777770777777/7777777777
4
THE GLOBAL SUBROUTINES ARE CALLED BY MORE THAN ONE TEST
AIILLIIIIIIIII 17777777707 777777777777777777077777/77777777777/7777/77777777777777

- -

.MACRO
.ENDM

POPSP?2

22626

D T

P S

R G

- S

- -

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA.P11
25=JUN=-79 14:07
4959
4960
(961
4962
4963

MACY11

30A(1052)
17-JUL=79
GLOBAL SUBROUT INES

09:23

4
PAGE 27

SEQ 0051

(ZDMQAO M8207 STATIC DIAG #2

CZOMQA.P11

4965
4966
4967
4968

4969
4970
971
4972
4973
L4974
4975
4976
4977
4978
4979
4980

4981
4982

49583
4984

4985
4986
4987
4988
4989
4990

25=JUN~-79 14:07

MACY11

30A(1052)
GLOBAL

17-JUL=79

SUBROUTINES

09:23

&
PAGE 27-1

SEQ 0052

JILIIITIIITI777777277777777777777777777777777707/70777777/777777777777777/77777777777
:/
THE GLOBAL SUBROUTINES ARE CALLED BY MORE THAN ONE TEST
////////////////////////////////////////////////////////////////////////////////

.MACRO

Kk&4ONLY

MEMSZ
, #2000

EXIT
.ENDM
EDS$CALL
LLIST

TST

BNE
.MACRO

cmMpP

N2
XY

sannmannnnwnnsr

NLIST
.ENDM
.MACRO

JEST

BADHEAD
.RADIX
10
EDSCALL \TSTESTNUM+I
RADIX
8
.ENDM

"XY'

snevenannnannnne

(7DMQAQ MB207 STATIC DIAG #2
CZDMQA.P11
25-JUN-79 14:07
4992
4993
4994
4995
4996
4997
4998
4999
5000
5001

MACY11

30A(1052)
17=JUL=79
GLOBAL SUBROUTINES
-MACRO

-MACRO

LLIST

.NLIST

TST

BNE

Ne:

.ENDM
.MACRO

EXIT

MACEX

MACEXZ2
LLIST

CNLIST
CMP
BNE
EXIT

IF M8200

IF MB200

IF M8200, OR M8204

MEMSZ #2000
N2
ST

sNOTE

.ENDM
.MACRO

.ENDM
.MACRO
LLIST

.NLIST
.ENDM
-MACRO

. ENDM
.MACRO

THIS TEST

IS ONLY DESIGMED FOR 4K MODULE.

CLRMAR
ROMCLK

004000

CLRMAR
ROMCLK

JSR

RS, .ROMCLK

s CLOCK INSTRUCTION

SROMCLK

LLIST
JSR
CNLIST

RS, .SROMCLK

SKIPO6

NNN

LIST

;GOTO "NNN'

CNLIST
CMP
BEQ

ADDR.

TST

JNLIST
CMP
WTYPE ,#0
BNE
N2
EXIT TST

MACEX?2
KGONLY
.LIST

cRECORD DEVICE

TYPE

;DO NOT DO TEST

Ne:

SEQ 0053

;DO NOT DO TEST

:
N2

PAGE 28

KMCSR,R1

MACEX
?N2
LLIST
;DO NOT DO TEST
NLIST

5002
5003

MY INT
MOV

.ENDM

09:23

[F MB206

WTYPE ,#6
NNN

;SEE IF MB206

(ZDMQAO MB207 STATIC DIAG #2
CZDMQA PN
25=JUN=79 14:07

MACYT1

5048
5049
5050
5051
5052
5053
5054
5055

30A(1052)
GLOBAL

17-JuL=79

SUBROUTINES

.ENDM

.MACRO

SKIPO7
LLIST

09:23

S
PAGE 28-"

SEQ 0054

NNN

;GOTO 'NNN' [F M8207

.ENDM

.MACRO

CNLIST
CMP
BEQ

WTYPE 47
NAN

SKIPO4

NAN

LLIST

;GOTO "NNN'

.NLIST
CMP
8EQ

.ENDM
.MACRO
JSR
.ENDM

002742
002742
002750
002756

112777
142777
000205

002760

000024

000100
000300

177550
177542

003030

003030
003030
003032
003034
003042

003046
003054

003062

ENDBUG:

000240
000240
152777
012577
152777
162777
000205

000240
022737
001357
152777

003142
003150
003150

.ROM(LK:

000002
177460
000003
000007

177456

1774644
1774636

000006

002414

000002

177414

000007

177376

152777
142777

000001
000007

177370
177362

000002

177350

000205

JSEE IF M8204

NAN

;CLEAR M8200,4,7

MOVR

#RIT6,aKMCSRH

JSET

RTS

.BLkKW

20.

UNSAFE

TO PATCH ANY OTHER AREA.

NOP
NOP
BISR
MOV

#B1T1,aKMCSRH
(R5) +,3KMPO6

B8I(CB

#IT2!'BIT1.BITO,3KMCSRH

8ISB
RTS

#MIT6'BIT7,aKMCSRH

INST,

;PATCH AREA.

#B1T1.BITO,aKM(SRH

.SROM(CLK:

012577
000240
000240
142777

000240
000240
152777

.REGT:

WTYPE ,#4

RS5,.MSTCLR

8I(B

PATCH:

IF MB204

MSTCLR

MSTCLR:

;SEE IF M8200,4,7

177416

NOP
(MP

BNE
BISB
MoV
NOP

NOP

#B]T1,3KMCSRH
(R5) +,aKMP0O6

BI(CB

#7 ,3KMCSRH

B8ISB

#170,aKMCSRH

8l(8
NOP

#6,WTYPE
.REGT

NOP

#MIT2.BIT1!BIT0,aKMCSRH

8ISR

#2,3KM(SRH

RTS

JSTEP INSTR.

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA.PIN
25-JUN=-79 14:07
51C4
5105
5106
(1)

003152
003152

003152

5107
5108
(1)
5109
5110
(1)
5111
5112
(1)
5113
g}}é

003156
003160
003160
003164
003166
003166
003172
003174
003176
003200
003202

5116
5117
5118

003204

5119
g}g?

003204
003204
003210
003212

5122

003214

5125

003214

5126
g}gg

003220
003222

5129

003224

5132

003224

(1)

g}gz
(1)

g}g?
(1)

0032%4

003224

5133
g}%g

003230
003232

5136

003234

5139

003234

g}gg
(1)

003234

5140
g}é;

003240
003242

5143
2}22

003244

5146
(1)

003244
003244

5147
5148

2250
003252

5149

003256

(1)

003252

MACY11

30A(1052)
17-JuL=-79
GLOBAL SUBROUTINES
CLRALL:

004537

003030

004537
063220

003030

004537
060400

003030

004537
000000
000207

003064

000400

004537

000401
000207

JSR

003030

SETBR1:

004537

000492
000207

003030

ROMCLK

004537

000420
000207

004537

000600
000207

003030

004537

003030

000777

063220

INSTRUCTION

;0 TO BR

RS, .ROMCLK

sCLOCK INSTRUCTION
;SP(0) TO BR

RS, .ROMCLK

;CLOCK INSTRUCTION
;BR,SP(0) + BR

RS, .SROMCLK

;CLOCK

INSTRUCTION

70 BR

SETS BR1 BIT

:NEXT WORD IS INSTRUCTION

RS, .ROM(CLA

;CLOCK

;BR_002

INSTRUCTION

R5, .ROMCLK

sNEXT WORD IS INSTRUCTION
;CLOCK

INSTRUCTION

;THIS SUBROUTINE SETS BR7 BIT
ROMCLK
JSR

600
RTS
SETC:

2CLOCK

SEQ 0055

;THIS SUBROUTINE SETS BR4 BIT

420
RTS

003030

004537

JSR

SETBR?7:

RS, .ROMCLK

;THIS SUBROUTINE

ROMCLK

003030

PAGE 28-2

;SETS BRO BIT
ROMCLK
JSR
RS, .ROMCLK
401
RTS
PC

000402
RTS
SETBR4:

.CLEARS C & Z BITS AND BR
ROMCLK
400
ROMCLK
JSR
63220
ROMCLK
JSR
60400
SROMCLK
JSR
0
RTS

SETBRO:

09:23

RS, .ROMCLK

SETS

ROMCLK
JSR

RS, .ROMCLK

JSR

RS, .ROMCLK

063220

;CLOCK

INSTRUCTION

;THIS SUBROUTINE

00V777
ROMCLK

sNEXT WORD IS INSTRUCTION

THE

C BIT

sNEXT WORD IS INSTRUCTION
;CLOCK _INSTRUCTION

;BR 377
;NEXT WORL IS INSTRUCTION
sCLOCK

INSTRUCTION

;SP(0)_BR

CZOMQAQD MB207 STATIC DIAG #2
CZDMQA P
25~JUN=79 14:07
(1)

i S

09:23

004537
060400

003030

JSR
060400

RS, .ROMCLK

003064

5SR

RS, .SROMCLK

003274

004537
000000
000207

RTS

003276

ROMCLK

SROMCLK

SETZ:

s THIS

SUBROUTINE

PAGE 28-3

SETS

JNEXT WORD

SEQ 0056
IS

INSTRUCTION

2 CLOCK INSTRUCTION
;BR_SP(0) +BR

;NOW WE MUST CLOCK THE BITS INTO IBUS <13>

THE

Z BIT

—_—md md N

d e

D ek e

) e e

KRRTES28TEIR SR
N

d o

D e ad ed d o

(VAL
AV RV LW AV AV A, AV AV, (U, LV, U BV, IV, RV, |V, [V, IRV, IV IV, IV, 1V, |

(¥,

VIV

NN
=—000000
00~ = N NNNN= =
W
=200
NOWNMES
NN ROV

e e R

NS
NPV

e S S

ANIIIVAY. A

17=JUL=79
30A(1052)
GLOBAL SUBROUTINES

003260
003260
003264

NI
A

i —t

[0 Yo
JYe
Yo WAV, IV, IV, 1V, IV, IV, IV, JENY | W
WNI S~ 20~ 000NOWN
M ey —

5150

MACY11

003276
003276

003312

004537
000777

003030

004537
000777
000207

003064

003314

ROMCLK

JSR
RS, .ROMCLK
000777
SROMCLK
JSR

R5,.SROMCLK

RTS

0777

;JNEXT WORD

INSTRUCTION

sCLOCK INSTRUCTION
;BR_377
;NOW CLOCK THE BITS INTO IBUS<13>

RAMDAT:

sTHIS SUBROUTINE LOADS R4 WITH THE LOWEST

;8 BITS OF THE (RAM PC.
003314
003316
003322
003326

005004
017605
062716

CLR
MOV
ADD

000000
0CG0002

SKIPO6

003346

005011
052711

003354
003356
003356
003362
003364
003370

005011

003372
003372
003376
003400
003404

;GOOD DATA
*ADJUST STACK

;1F M8206,WE'LL GET PC A DIFFERENT WAY.

SKIP07

-1F MB200,4.,7 WE'LL GET PC A DIFFERENT WAY.

CLR
BIS

(R1)
#8178, (R1)

;CLEAR BIT10
*CLOCK INSTRUCTION IN CRAM THAT

CLR

(R1)

:CLR BITS8

JSR
061225
MOVB

RS, .ROMCLK

:GOTO 1% IF M8206

003336

003350

R4
3(SP) .RS
#2,(SP)

004537
061225
116104

000207
004537
121244
116104

000207

:GOTO 1% IF M8207

000400

ROMCLK

003030
000005

003030

RTS

1%:

000004

003406

ROMCLK

JSR
121244

MOVB
RTS PC

S(R1) R4

RS, .ROMCLK
4(R1),R4

;JUMPED TO,
;NEXT WORD

IT LOADS BR WITH IT

INSTRUCTION

SCLOCK INSTRUCTION
:MOV BR TO PORT §
:PUT "FOUND'' IN R4
*RETURN

:READ PC LOW REG DIRECTLY.

$CLOCK INSTRUCTION
SIBLS*<12> TO PORT 4
*PUT INTO R4
CEXIT

WROM:

sTHIS SUBROUTINE WRITES THE ROMMAP INTO THE (RAM

003406
003416
003420
003424

005000
012702
012711

BIT
BEQ
SKIPQ7

#BIT15,STATI
2%
2%

;BE SURE M8200,4,7 HAS (RAM
;SKIP IF NO CRAM

CLR
MOV
MOV

RO
#ROMMAP ,R?2

;RO=CRAM ADDRESS
JR2 POINTS TO ROMMAP

;GO0 2% IF M8207

012024
002000

1%:

#B1T10,(R1)

;SFT ROMO

(ZDMQAD MB8207 STATIC DIAG #2
p
CZDMQA.P11
25=JUN=-79 14:07

5197
5198
5199
5200

003430

5201

5202
5203
5204
5205
5206
5207
5208
5209
5210
5211
5212

5213
5214
(1)

5215
5216
3217
5218
5219
5220
5221
5222
5223
5224
5225

5226
5227
5228
5229
5230
5231
5232
5233
5234

5235
5236
5237
5238
5239
5240
5241
5242
5243
5244
5245
5246
5247
5248
5249
5250

003456

010061
012261
052711
005200
023700
001364
005011
000207

MACY11

30A(1052)
17-JuL=79
GLOBAL SUBROUTINES

000004
000006
020000

MOV

2%:

003460

MEMSET:

S
PAGE 28-4

SEQ 0057

RO,4(RT)

+LOAD CRAM ADDRESS

MOV
BIS

(R2)+,6(R1)
#BIT15, (R1)

‘I0AD WORD TO BE WRITTEN
‘WRITE IT!

CMP
BNE
CLR

MEMSZ ,RO
1%
(R1)

*DONE YET?
*BR IF NO
*CLEAR SELO

INC

002436

09:23

RTS

*NEXT ADDRESS

*RETURN

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

;WITH INSTRUCTIONS THAT MOVE A 37 TO THE BR, EXCEPT THE

-FOLLOWING CRAM ADDRESSES: 0,1,4,7,525,1777. THESE LOCA1IONS
;CONTAIN INSTRUCTIONS WHICH LOAD THE BR WITH THE [ OWEST

;8 BITS OF THAT (CRAM ADDRESS.

003460

003470
003472
003476
003502
003510
003514
003516

SKIPO7
005000
012711
010061
012761

002000
000004
000437
020000

003522
003524
003526
003532
003540
003546
003552
003554
003560
003562
003564

052711
005200
023700
001363
005000
012711
016061
016061
052711
005720
022700
001362
005011
000207

002000
003566
003602
020000

003566
003574

000000
000007

000001
001777

003602
003604
003606
003610
003612
003614

000400
000401
000404
000407
000777
000525

- 1F M8200,4.7 CAN'T WRITE (RAM!

(LR

002436

000004
000006

#81T10, (R1)
RO,4(R1)

BIS

#31T13, (R1)

MOV

000006

2%:

INC
CMP
BNE
CLR
MOV
MOV
Mov

3%:

000004
000525

002416
002420
002422
002424
002426

#4637 ,6(R1)

RO
MEMSZ RO
1%

(RO) +
#14 RO

SNEXT
;DONE

BNE
CLR

2%
(R1)

CRAMA

.WORD

0,1,4,7,1777,525

INSTU:

000400
000407
000404
000407
000777
000525

MOV

JRETURN

:BR_0
‘BRTM1
*BRTM4
‘BRZ7
‘BRZ377
*BR7125
TO SAVE

CALL - JSR

MOV
MOV
MOV
MOV

JWRITE CRAM!

YET?
:BR_IF NO
;CLEAR ALL BITS

RTS

Sv05:

:LOAD CRAM ADDRESS
cLOAD INSTRUCTION
JWRITE INSTRUCTION IN (CRAM

RO
481710, (R1)
CRAMA(RQ) ,4(R1)
INSTU(RO) ,6(R1)

#BIT13,(RT)

:RO = CRAM ADDRESS

*SET ROMO

JNEXT ADDRESS
;sDONE YET?
;BR IF NO
;INDEX REGISTER
;SET ROMO
;LOAD (RAM ADDRESS IN SEL4
;LOAD INSTRUCTION TO BE WRITTEN

BIS

TST
(MP

000014

MOV
MOV

;ROUTINE

003616
003622
0035626
003632
003636

:GOTO 3% IF M8207

RS, SREGS

R4, SREG4
R3,$REG3
RZ,SREG2
R1,$REGT

GENERAL

PC,SV05

RFGISTERS FOR ERROR ROUTINE.

(ZDMQAQ MB207 STATIC

CZDMQA.P11

5251
25%%

5254

003642
003650

DIAG #2

25=JUN=79 14:07

013737
000207

002434

MACYTT

002430

30A(1052)

GLOBAL

17=JuL=79

SUBROUTINES

MOV
RTS

G
09:2%

MR(, $RE GO
PC

§
PAGE

28-5

SEC 0058

(ZDMQAQ M8207 STATIC DIAG #¢

CZDMQA.P11

25=JUN-79 14:07

MACY11

5256
5257
5258
5259

5260
5261
5262
5263
5264
5265
5266
5267

5268

5269

5270
5271

5272

5273

5274

30A4(1052)

17-JUL=79

09:23

GLOBAL

ERROR REPORT SECTION

.SBTTL

GLOBAL ERROR REPORT

5
PAGE 28-6

SEQ 0059

SECTION

1171777007070 7007777777770777077777777777777
THE GLOBAL ERROR REPORT SECTION (ONTAINS ERROR MESSAGES
o/
0/
THAT ARE USED IN MORE THAN ONE TEST.

E///////////////////////////////////////////////////////////////////

003652
003660
003666
003674
003676
003704
003712
003714
003722
003730

003736
003741
003746
003754
003757
003764
003772
004000
004003
004010
004016
004024
004032
004040
004046
004054
004062
004070
004071
004076
004104
004112
004120
004126
004134
004142
004150
004156
004160
004166
004174
004202
004210
004216

004224

041040
047507
052111
047111
020116

047445
047445
047445

022466
022466
022464

TFMI:

LASCIZ

/AINX06XS4X06%S4
X046 IN/

047445
047445

022463
022463

TFM2:

LASCIZ

/AINX032S7%03%N/

TFM3:

LASCIZ

/XN%03XS10X03%S4
%04 XN/

TFMG:

LASCIZ

/¥NX03XS7%03%N/

TFMS:

LASCIZ

/AINXO6XS5SX06XS3%06XN/

TFM36:

LASCIZ

/ANYAREGISTER ADDRESS ERROR,ADDRESS = X06%A,UNIT

047445
022460
022464
000
022516
022467
000
022516
022465
022463
000
022516
051511
042101
020123
026122
051505
047445
047125
022440

022466
052111
031117

022516
020122
041040
047507
052111
047111
020116
020127
054040

020101
044510
052131
020124
042524
047524
020101
054502
042506

TFM4T

LASCIZ

/%NXA (SR HIGH BYTE

040445
046040
052131
020124
042524
047524
020101

041440
053517
020105
051127
020116
047440
044510

TFML2:

LASCIZ

/ANXA (SR LOW BYTE

- %02/

GOT WRITTEN INTO ON A LOW BYTE

GOT WRITTEN

INTO ON A HIGH BYTE

XFER/

(ZDMQAD MB20” STATIC DIAG #2
(ZDMQA.P11
25=-JUN=79 14:07

5275

004232
004240
004246
004247
004254
004262

044107

051440
044103
022440
042040
042101
020123
020122
051440
000
022524

5277

046440

043505
052116
020075
5278

040445
041520
020054
047105
047445
040445
020072
042440
046440
020105
046105
042516
020104
042510
0460445
044502
033527
031105
020123

5279

5280

5281

020054
022475

17=-JUL=79
(09:23
PAGE 28-7
GLOBAL ERROR REPORT SECTION

30A(1052)

SEQ 0060

041040
043130
022516
040440
042524
040525
051104
051117
040440
020075

5276

MACY11

TFMLO:

LASCIZ

/ANXANEG ADDR

051103
050040
031517
040525
051104
051105
044527
022520

TFML3:

LASCIZ

/%A SCRAT(CH PAD X03X%A DUAL

05210
051101
020054
047105
047445

TFM44:

LASCIZ

/XTXATHE

MAR REG,

044124
051040
047503
051524
000066
047516
044124
051122
054501
040506
020131
040522
043111

TFM4S:

LASCIZ

/XTRATHE

TFM4SA:

LASCII

/XNXANOTE: THIS ERROR MAY BE

LASCIZ

/%NXARUN BIT

LASCIZ

"AANPR/MISC REGS DATA FAILURE,

TEST DUAL ADDR ERROR-BAD ADDR

%06/

042104
047445

052522
020124
047440
024470
047117
051120
020103
042040
040506
026105
020104
040445
020104
000

TFM4E:

REG,

ADDRESS ERROR WITH SPX02/

CONTENTS-

(SW7 OF

E28)

%06/

FALSELY GENERATED

THE/

IS ON/

GOOD -%06%A, BAD =%06''

5290

5291

5292

5293

5294

5295

5296

5297
5298

052045

051105
051101
042514
041440
000040
047045

046501
020101
000122
046501
020114
051505
042440
000
046525
047522
046501
020120

0642040
051105

TFM47:

09:23

"¥APC

LASCIZ

/MASTER

FM1:

LASCIZ

/ANZTIN/

EMO:
EM1:

SECTION

JASCIZ

005041
005042
005050
005056
005062
005070
005076
005104
005112
005115
005122
005130
005136
005144
005152
005155
005162
005170
005176
005202
005210
005216
005217
005224
005232
005240
005244
005252
005260
005266
005274

020103
020056
051122
05144C
047445
020073
020075

5285
5286
5287
5288
5289

000

050101
051103
047503
035124
020075
020101
020123

ERROR REPORT

5284

005002
005010
005016
005024
005032
005040

045
047111
047111
041505
041057
022466
040527
047445
040515
041440
043040
020104
042514
047045

GLOBAL

17-JUL=79

ala

5283

004717
004724
004732
004740
004746
004754
004762
004770
004774

30A(1052)

> >

5282

MACYT1

wwn

(ZDMQAQ MB207 STATIC DIAG #¢
C(ZDMQA.P11
25=JUN=79 14:07

5
PAGE 28-8
SEQ 0061

INCR.

INCORRE(CT:

CLEAR FAILED

S/B= X06%A ; WAS = %06

TO CLEAR /

/CRAM DATA ERROK/

042040
062101
044523
051122

EM2:

LASCIZ

/CRAM DUAL

020120
000122

EM3:

LASCIZ

/JUMP ERROR/

045040
042524

EMS:

LASCIZ

/CRAM JUMP

050117
020116
054522
000124
020120
042524

046440
042515
052040

EMS:

LASCIZ

/10P MAIN MEMORY

040515
052123

EM6:

LASCIZ

/10P MAR

020122

044522
044123
051105

EM7:

LASCIZ

/BR RIGHT

SHIFT

052504
042104
047111
047522

EM10:

LASCIZ

/MAR DUAL

ADDRESSING ERROR/

043040

EM11:

LASCI2Z

/JUMP FIELD ERROR/

EM12:

LASCIZ

/JUMP

EM6:

LASCIZ

/CONDITION CODE

043040
000

ADDRESSING ERROR/

TEST

FAULT/

052501

042440
000
020120
042440
000
044504

TEST/

TEST

ERROR/

TESTING,Z & (/

(ZDMQAQ MB207 STATIC D]IAG #2
CZDMQA. P11
25-JUN-79 14:07

5300
5301

5302

5303
5304

5305

5306
5307
5308
5309

5310
5311

5312
5313
5314
5315
5316
5317
5318
5319
5320
5321

005344
005352
005360
005366
005374
005374
005402
005410
005416
005423
005430
005436
005444

053440
051057
051105

005452

041111

MACY11

044524
042117
052123
020132

047117
020105
047111
020046

041440
042524
026107
000103

047506
047520
040506
051122

041522
042527
046111
051117
052502
044522
040505
047522

020105
020122
042440
000
025123
042524
020104
000122

051525
020123
027505
042440
000
022516
025052
025052
025052
025052
025052
025052
025052
025052
025052

30A(1052)
GLOBAL

17-JuL=79

09:23

ERROR REPORT SECTION

5
PAGE 28-9

SEQ 0062

EM35:
EM17:

.ASCIZ

/FORCE POWER FAIL ERROR/

EM27:

LASCIZ

"'IBUS* WRITE/READ ERROR'’

047457
C51127
042522
051122

EM29:

LASCIZ

'IBUS/0BUS WRITE/READ ERROR'

02510
025052
025052

STM:

LHO:

LASCIZ

005460
005466
005474
005502
005505
005512
005520
005526
005534
005542
005550
005556
005564
005572
005600
005601

052502
052111
042101
051117
045
025052
025052
025052
025052
025052
025052
025052
025052
025052
000
000

(05602
005610
005616
005624
005632
005633
005640
005646
005653
005660
005666
005674
005702

054105
042105
047125
042104

042520
020040
020104
042522

052103
047506
040440
051523

DH1:

ASCIZ

/EXPECTED

FOUND

041505
043040
000
020115
020040
042104
042101
000122

DHZ2:

ASCIZ

/7EXPECTED

FOUND/

DH3:

.ASCIZ

/FROM ADDR

040440

050130
020104
042116
047522
051104
040440
041040
042104

N SRS

025052
025052
025052

025052
025052
025052
025052

ADDRESS/

TO ADDR

.EVEN

* MACRO'S NEEDED TO REPORT ERRORS

BAD ADDR/

TTM

(ZDMQAO MB207 STATIC DIAG #2
CZDMQA.P1
25=JUN=79 14:07

5322
5323

5324
5325
5326
5327
5328
5329
5330
533
5332
5333

5334
5335
5336
5337
5338
5339
5340
5341
5342
5343
5344

5345
5346
5347
5348
5349

MACY11

17=JUL=79
30A(1052)
09:23
PAGE 28-10
GLOBAL ERROR REPORT SECTION
MACRO

.ENDM
MACRO

.ENDM
.MACRO

MDT1

PRINTB

MDT?

PRINTB

MDT3

PRINTA

.ENDM
.MACRO

.ENDM
.MA(RO

.ENDM
-MACRO
. ENDM
.MACRO

.ENDM
.MACRO

MDT4
PRINTB

MDTS

PRINTR

#TFM1,SR
SRE G4,
EGZ,
SREGO

#TFM1,SREGS,SREG4,
SREG?

#TEM2,SREGS, SREG4

NTFM3,SREGS,SREGL,FLAG

#TFM3,SREGS,SREG4
, SREG2

MDTO
MDT6

PRINTB

MDT?7

PRINIB

#TFM4 ,SREGZ, SRE G4

#TF
, SREGS,
M4
SRE G4

SEQ 0063

(ZDMQAQ MB207 STATIC DIAG #2_
(ZDMQA.P11
25=JUN=79 14:07

5351
5352
5353
5354

MA(Y11

30A(1052)
17-JuUL=-79
09:23
PAGE
GLOBAL ERRUR REPORT SECTION

.ENDM
.MACRO
.ENDM

MDT8
PRINTB #TFMS, FADR,SREGS, SRE G4

SEQ 0064

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA. P11
25=JUN=79 14:07

5356
5357
5358

MACY11

30A(1052)

17-JuL=79

GLOBAL

ERROR REPORT

.MACRO

$MD
BGNMSG

09:23

SECTION

ERRNN
ERNB
ERR'ERRNN

PAGE

SEQ 0065
ERHM

ERFM

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA, P
25=JUN=79 14:07

MACY11

B 6
30A(1052)
17-JUL=79
09:23
PAGE
GLOBAL ERROR REPORT SECTION

PRINTB
#FM1_#EM'ERNS
PRINTB
#FM1,4DH'ERHM
MDT'ERFM

.ENDM
.MACRO

. ENDM

005710
005710
005710
005714
005720
005724
005726
005730
005734
005740
005744
005750
005752
005754
005760
005764

012746
012746
012746
010600

00504¢
005032
000002

062706
012746
012746
012746
010600
104414
062706
013746
013746

000006
005602
005032
000002

104414

013746

012746
012746
010600
104414

000006
002430
002420

002424
003652
0000C4

062706
012746
012746
010600

000012
005505
000001

062706

000004

104414

ERR1::

104423

005062
005032
000002
000006
005602
005032
000002

PRINTB

#STM

ERROR
JSR

ERRDF

ECB
PC,SV05
'ECB' ,EMO,ERR'E(R'

$MD

1.1,

MOV
MOV
MOV
MOV
TRAP
\DD
MoV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV

#EM1,~(SP)
#FM1,-(SP)
#2,~(SP)
SP,RO
CSPNTB
#6, SP
#DH1,-(SP)
#FM1,-(SP)
#2,~(SP)
SP,RO
(SPNTB
#6,SP
$REGO,-(SP)
$REGS,~(SP)

MOV
MOV
MOV
TRAP
ADD
MOV
MoV
MoV
TRAP
ADD

HTEMT ,-(SP)
#4,-(SP)
SP.RO
CSPNTB
#12,SP
#STM,-(SP)
#1,-(SP)
SP,RO
CSPNTR
#4,SP

ENDMSG

MOV

L10003:

:
ERR2:

TRAP

$REGZ,~(SP)

C$MSG

TMMD

2.2.1.1

MOV
MOV
Mov
MOV
TRAP
ADD
MOV
MOV
MOV
MOV

HEM? ,~(SP)
#FM1,-(SP)
#2,-(SP)

TRAP

SP,RO
CSPNTB
#6,SP
#DH1,-(SP)
HFM1,-(SP)
#2,~(SP)
SP,RO
CSPNTR

SEQ 0066

(/DMQAQ MB207 STATIC DIAG #2
CZDMQA. P11
25=JUN=-79 14:07
5)
006102
12) 006106
1) 006112

0 006116
)
006122
)
006126
006132
006134
006136
006142
006146
006152
006154
006156
006162
006162
006164
006164
006164
006170
006174
006200
006202
006204
006210

062706
013746
013746
013746
012746
012746
010600

0CC206
00c+30
002420
002424
003652
000004

062706
012746
012746
010600

000012
005505
000001

062706

C00004

104414

104423

012746
012746
012746
010600
104414
062706
012746
012746
012746
010600
104414

062706

013746
013746
013746
012746
012746
070600
104414

5377
(4)
(9)

(8)
(7)
(4)

(5)
(5)
(9)
(8)
(7)

GLOBAL

L10004:
ERR3::

062706

000004

104423

005115
005032
000002

000006
005633
005032
000002

L10005:

17=JUL=79
09:23
PAGE
ERROR REPORT SECTION
ADD
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

000006
002424
002420
002416
003652
000004
000012
005505
000001

30A(1052)

000006
005602
005032
000002

062706
012746
012746
010600
104414

(4)
(4)

005042
005032
000002

MACY11

MOV
MOV
MOV
TRAP
ADD
TRAP
$MD

MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD
TRAP

::
FRR4

MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV

#6,SP
$REGO,=(SP)
$REGS,
- (SP)
$REGZ,=(SP)

HTFM1,-(SP)
#4,=(SP)

SP,RO
C$PNTB

#STM,-(SP)

#1,-(SP)

SP,R0
CSPNTR

#&4,SP

CMSG

3’101'2
HEM1,~(S5P)
HFM1,-(SP)
#2,-(SP)

SP,RO
C$PNTR

#6,SP
#DH1,~(SP)
#FM1,-(SP)
#2,-(SP)
C$PNTB
#6,SP

$REGZ,-(SP)
$REG4,~(SP)
$REGS,~(SP)

H#TFM1,-(SP)
#4,~(SP)

SP,RO
CSPNTR

#12,SP

#STM,=-(SP)
#1,-(SP)

SP,R0O
C$PNTR

K4 ,SP

CEMSG

6,3,2,3
HEM3
- (SP)
#FM1,-(SP)
#2,=-(SP)

SP,RO
CSPNTR

#6,SP
#DHZ,
- (SP)

HFM1,-(SP)
#2,-(SP)

31-1

SEQ 0067

(ZDMQAO M8207 STATIC DIAG #2
CZDMQA. PN
25-JUN=79 14:07

006352

MACY11

0D
6
17-JUL=79
09:23
PAGE 31-2
GLOBAL ERROR REPORT SECTION

30A(1052)

010600
104414

062706
013746
013746
012746
012746
010600

000006
002420
002416
003676
000003

062706
012746
012746
010600

000010
005505
000001

062706

000004

104414

104423

L10006:

MOV
TRAP
ADD
MOV
MoV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD
TRAP

SP,RO
CSPNTB
#6,SP
$REG4
, - (SP)
$REGS,=(SP)

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

SP,RO
C$PNTR

#10,SP
#STM,~(SP)
#1,-(SP)

SP,RO
C$PNTB

#4,SP

CEMSG

SEQ 0068

(ZDMQAO MB207 STATIC DIAG #2
(ZDMQA.P11
2S=JUN=79 14:07

5379

006434
0064 34
(9)
006434
(8)
006440
(7)
006444
(4)
006450
(5)
006452
(S
006454
(9)
006460
(8)
006464
(7)
006470
(4)
006474
(S)
006476
(5)
006500
1) 006504
(10) 006510
(9)
006514
(8)
006520
(S)
006524
(6)
006526
(6)
006530
(8)
006534
(7)
006540
(4)
006544
(5)
006546
(S)
006550
(4L
006554
(4)
006554
(4)

012746
012746
012746
010600

005130
005032
000002

062706
012746
012746
012746
010600

000006
005633
005032
000002

062706
013746
013746
012746
012746
010600

000006
002420
002416
003676
000003

062706
012746
012746
010600

000010
005505
000001

062706

000004

104414

104423

MACY11

E
6
17-JUL=79
30A(1052)
09:23
PAGE
GLOBAL ERROR REPORT SECTION
ERRS:

L10007:

TMD

5,64.,2.3

MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MoV
MOV
MOV
MOV
TRAP
ADD

REMS
- (SP)

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

SP,RO
($PNTR

#6,5P
#DH2 ,-(SP)
H#FM1,-(SP)
#2,~(SP)

SP,R0
CSPNTR

#6,SP
$REG4
, - (SP)

$REGS,-(SP)

HTFM2,~(SP)

#3,-(SP)

SP,RO
C$PNTR

#10,SP

#STM,-(SP)
#1,-(SP)

MOV
MOV
TRAP
ADD

6 ,SP

TRAP

CIMSG

SP,RO
C$PNTR

SEQ 0069

(Z/DMQAO MB2G7 STATIC DIAG #2

CZOMQA. P11

5381

006556
006556
006556
006562
006566
006572
006574
006576
006602
006606
006612

(4)

012746
012746
012746
010600

005155
005032
000002

062706
012746
012746
012746
010600

000006
005602
005032
000002

062706
013746
013746
013746
012746
012746

000006
002406
002420
002416
003714
000004

104414

¥
W
Woan W
W
L

D~
= = N

(9)
(8)
(7)

25=JUN-79 14:07

010600
104414
062706

012746
012746
010600
104414

062706

(9)
(8)
(7)
(4)
(5)
(S)
(12)
an
(10)
(9
(8)
(S
(6)
(6)

(8)

(7)
(4)

(5)
(5)

007024

000004

012746
012746
012746
010600

005202
005032
000002

062706
012746
012746
012746

000006
005602
005032
000002

062706
013746
013746
013746
012746
012746

000006
002424
002420
002416
003714
000004

062706
012746
012746

000012
005505
000001

062706

F
6
17-JUL=79
(09:23
PAGE
GLOBAL ERROR REPORT SECTION

30A(1052)

ERR6:

000004

$MD

6.5,1.,4

MoV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
TRAP
ADD
MOV

AEMS,-(SP)
#FM1,-(SP)
#2,-(SP)

0)%

000012
005505
000001

104423

104414

MACY11

L10010:

ERR7::

MOV
MoV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

SP.RO
CSPNTR

#6,SP
HCH1,-(SP)
H#FM1,-(SP)
#2,=(SP)

SP,RQ
(SPNTR
#6,SP

FLAG,~(SP)

$REG4,~(SP)
$REGS,~-(SP)

H#TFM3,-(SP)

#4,-(SP)

SP,RO
CSPNTB

#12,SP
H#STM,-(SP)
#1,-(SP)

SP,RO
CSPNTR

#4,SP

TRAP

CHMSG
7.6,1.5

MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
TRAP
ADD

HEM6,~(SP)
#FM1,-(SP)
#2,-(SP)

MOV
MOV

MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

SP,R0
C$PNTR

#6,SP
#DH1,-(SP)
#FM1,-(SP)
#2,-(SP)

SP,RO
C$PNTR

#6,SP

$REGZ,-(SP)
$REGSL,
- (SP)
$REGS ,~(SP)

#TFM3,~(SP)

#4,-(SP)

SP,RO
(SPNTR

#12,SP
#STM,-(SP)
#1,-(SP)

SP,RO
(SPNTR

#4,SP

SEQ 0070

(ZDMQAQ MB207 STATIC DIAG #2

(ZDMQA.P11

007030
007030
5383
07032
(4)
007032
(9)
007032
(8)
007036
(7)
007042
(4)
007046
007050
007052
007056
007062
007066
007072
007074
007076
007102
007106
007112
007116
007122
007124
007126
007132
007136
007742
007144
007146
007152
007152
007154
007154
007154
007160
007164
007170
007172
007174
007200
007204
(7)
007210
(&)
007214
007216
007220
11) 007224
(10) 007230
(9)
007234
(8)
007240
(S)
007244
(6)
007246
(6)
007250
(8)
007254
(7)
007260
(4)
007264
(5)
007266
(5)
007270
(4)
(&)

25=JUN-79 14:07

012746
012746
010600
104414
062706
012746
012746
012746
010600
104414

005217
005032
000002

000006
002420
002416
003676
000003

062706
012746
012746
010600

000010
005505
000001

062706

000004

104414

104423

012746
012746
012746
010600

005244
005032
000002

062706
012746
012746
012746
010600

000006
005633
005032

062706
013746
013746
012746
012746
010600

000006
002420
002424
003741
000003

062706
012746
012746
010600

000010
005505
000001

062706

000004

104414

ERR10::

000002

$MD

TRAP

CIMSG
10,7.2.3

MOV

HEM7 ,-(SP)

MOV
MOV
MOV
TRAP

C00096
005633
005032
000002

062706
013746
013746
012746
012746
010600
104414

G 6
30A(1052)
17-JUL=79
(09:23
PAGE
GLOBAL ERROR REPORT SECTION
L10011:

104423

012746

MACYT1

L10012:
ERR11::

KFM1,-(SP)

#2,=(SP)
SP,RO
CSPNTR
#6,5P
#DHZ2 ,~(SP)

ADD
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
10)%
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

#4,SP

TRAP

CEMSG

MOV
MOV
MOV

#EM10,-(SP)
#FM1,-(SP)
#2,-(SP)

$MD

MOV
TRAP

ADD
MOV
%
MOV
MoV
TRAP
ADD
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

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

SP,RO
(SPNTR

46,SP
$REG4,
- (SP)

$REGS,=-(SP)

HTFM2,-(SP)
#3,-(SP)

SP.R0
CSPNTR

#10,SP

#STM,=(SP)

#1,-(SP)

SP,RO
CSPNTR

11,10.2.6

SP,RO
(SPNTR
#6,SP
#DHZ
, - (SP)

HFM1,-(SP)
#2,-(SP)

SP,RO
C$PNTR

#6,SP

$REGS
.- (SP)

$REGZ,-(SP)

HTFM4,-(SP)

#3,-(SP)
SP,RO

CSPNTB

#10,SP

#STM,-(SP)

#1,-(SP)

SP,RO
CSPNTR

#4,SP

33-1

SEQ 0071

(ZDMQAO MB207 STATIC DIAG #2
(ZDMQA.P11
25-JUN=-7G 14:07
007274
007274
5385
007276
(4)
007276
(9)
007276
(8)
007302
(7)
007306
(4)
007312
(5
007314
(S)
007316
(9)
007322
(8)
007326
(7)
007332
(4)
007336
(5)
007340
(5)
007342
(11) 007346
Ao 007352
(9
007356
(8)
007362
(S)
007366
(6)
007370
(6)
007372
(8)
007376
(7)
007402
(4)
007406
(4)
(&)

(5
(S)
(4)
(4)

5386
(4)
(9)

(8)

(7)
(4)
(S)

(5)
(9)
(8)
(7)

(4)
(5)

(5)

007410
007412
007416
007416
007420
007420
007420
007424
007430
007434

007436
007440
007444
007450
007454
007460
007462
007464

007470
(10) 007474
(9
007500
(8)
007504
(5
007510
(6)
007512
(6)
007514
(8)
007520
(7)
007524

(4)

(5
(5)

007530
007532
007534

010600
104414
062706

012746
012746
012746
010600
104414

005217
005032
000002

000006
002420
002416
003741
000003

062706
012746
012746
010600

000010
005505
000001

104414

062706

000004

104423

012746
012746
012746
010600

005244
005032
000002

062706
012746
012746
012746
010600

000006
005633
005032
000002

062706
013746
013746
012746
012746
010600

000006
002420
002416
003676
000003

062706
012746
012746
010600

000010
005505
000001

104414

104414
062706

ERR12::

000006
005633
005032
000002

062706
013746
013746
012746
012746
010600
104414

H
6
17-JuL=79
09:23
PAGE
GLOBAL ERROR REPORT SECTION

30A(1052)

L10013:

104423

012746
012746
012746

MACYT1

000004

TRAP

($MSG

MOV
MoV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
TRAP
ADD
MOV

#EM7 ,-(SP)
#FEM1,=-(SP)
#2,~(SP)
SP.RO

TMMD

MOV
MOV

MOV
MOV
TRAP
ADD
MoV
MOV
MoV
TRAP

L10014:

ERR13::

12,7.2.7

C$PNTR

#DHZ2 ,~(SP)
#FM1,-(SP)
#2,-(SP)

SP.RO
(SPNTR
#6,SP

$REG4L ,~(SP)

$REGS,-(SP)

HTFML,-(SP)

#3,~(SP)
SP,RO

C$PNTR

#10,SP
#STM,-(SP)

#1,-(SP)

SP,RO
CSPNTR

ADD

#6,SP

TRAP

CIMSG
13,10,2.3

$MD

MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

#EM10,-(SP)

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

SP,RQ
CSPNTR

#6,SP

#DH2,
- (SP)

HFM1,-(SP)

#2,~(SP)

SP,R0
CSPNTR

#6,SP
$REGS
., ~(SP)

$REGS,-(SP)

HTFM2,-(SP)
#3,-(SP)
SP,RO

CSPNTB

#10,SP

#STM,-(SP)

#1,-(SP)

SP,RO
($PNTB

#4,SP

33-2

SEQ 0072

(ZDMQAQ MB207 STATIC DIAG #2
. P11
CZDMQA
25-JUN=79 14:07

007540
007540
5387 007542
(&)
007542
(9)
007542
(8)
007546
(7)
007552
(4)
007556
(5)
007560
(5)
007562
(9)
007566
(8)
007572
(7)
007576
(4)
007602
(5)
007604
(S)
007606
an 007612
(10) 007616
(9)
007622
(8)
007626
(5)
007632
(6)
007634
(6)
007636
(8)
007642
(7)
007646
(&)
007652
(5
007654
(S)
007656
(4)
007662
(4)
007662
(4)
(4)

012746
012746
012746
010600

005276
005032
000002

062706
012746
012746
012746
010600

000006
005633
005032
000002

062706
013746
013746
012746
012746
010600
104414
062706
012746
012746
010600

000006
002420
002424
003741
000003

104414

106414

062706
104423

:
ERR14:

TRAP

($MSG

MOV

#EM1T ,=-(SP)
#FM1,=-(SP)

$MD
MOV
MOV
MOV

TRAP
ADD

MOV
MOV
MOV
MoV

TRAP
ADD

MOV
MOV

MOV

MOV
MOV

TRAP
ADD

000010
005505
000001

000004

17=JUL=79
30A(1052)
09:23
PAGE 33-3
GLOBAL ERROR REPORT SECTION

L10015:

1046423

104414

MACY11

MOV
MOV

L10016:

16,11,2.6

#2,-(SP)
SP,RO

CSPNTB

#6,SP
#DH2 ,-(SP)

#EM1,-(SP)
#2,-(SP)

SP,RO
(SPNTR

#6,SP

$SREG4L,-(SP)
$REGZ2,~(SP)

NTFMG ,-(SP)

#3,-(SP)
SP.R0

CSPNTR

#10,SP

#STM,=(SP)

8 ,-(SP)

SP,RO
(SPNTR

MOV
TRAP
ADD

4 ,SP

TRAP

(IMSG

SEQ 0073

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA.P1
25=JUN=79 14:07

5389
(4)

(9)
(8)
(7)
(4)
(5)
(5)
(9)
(8)

007664
007654
007664
007679
007674

012746
012746
012746
010600

(4)

(5)
(S)
12)
an

000012
005505
000001
104414

062706

(4)

012746
012746
012746
010600

005337
005032
000002

062706
012746
012746
012746

000006
005633
005032
000002

104414

L10017:
ERR16::

$MD

15,12.3.8

MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

#EM12,~(SP)
#FM1
= (SP)

TRAP

TMD

MOV

W'\)’\)N—‘-‘go
O SNONNLON S

Gur Gur Ghurd
Guar G
pur QG

Ghur Gy Gaurd
G
Gy G

OOCOOOCOOO

Panr

000004

SP.RO
C$PNTR

#6.,SP
#DH3,-(SP)
#FM1,-(SP)

#2,-(SP)

SP,RO
CSPNIR
#6,SP
$REG4L,-(SP)
$REGS,=(SP)
FADR,~-(SP)

#TFMS,-(SP)
#4,-(SP)

SP.RO
CSPNTR

#12,SP
#STM,~(SP)
#1,-(SP)

SP,RQ
CSPNTR

#4,SP

CIMSG
16,16,2.7

HEM16,-(SP)

#FM1,~(SP)

SP.RO
CSPNTR

#6,SP
#DH2 ,~(SP)
#FM1,-(SP)
#2,-(SP)

SP,RO
($PNTB
#6,SP
$REG4L,-(SP)
$REGS,~(SP)

#TFML,-(SP)

#3,~(SP)

SP,R0

CSPNIR
#10,SP

000010
005505
000001

062706

#2,-(SP)

000006
002420
002416
003741
000003
leololeleolalelele

(5)
(4)

000004

104423

5390

(5)

ERR1S5::

000006
002420
002416
002412
003757
000004

(10)
(9)
(8)
(5)
(6)
(6)
(8)
(7)
(4)
(5)
(S
(&)
(4)

(4)

J
6
17=JUL=79
30A(1052)
09:23
PAGE 34
GLOBAL ERROR REPORT SECTION

000006
005653
005032
000002

(7)

(9)
(8)
(7)
(4)
(5)
(5)
(9)
(8)
(7)
4)
(5)
(5)
an
10)
(9
(8)
(5)
(6)
(6)
(8)
(7)

005317
005032
000002

MACY11

#STM,-(SP)
#1,-(SP)

L10020:

SP,RO
(SPNTR

44, SP

SEQ 0074

(ZDMQAQ MB207 STATIC DIAG #2
(ZDMQA.P11
25=JUN=79 14:07
(&)
5391

070132

104423

MACYTT

30A(1052)
GLOBAL

17-guL=79

ERROR REPORT
TRAP

09:23

SECTION

($MSG

6
PAGE

34-1

SEQ 0075

(ZDMQAQ MB207 STATIC DIAG #2
(ZDMQA.PI1
25=JUN=79 14:07

5393
5394
(&)

(9)

012746
012746
012746

(&)

(7)

010600

(4)

{5)
(5
(9)
(8)
(7)

005374
005032
000002

MACY11

L
6
17=-JUL=79
30A(1052)
09:23
PAGE
GLOBAL ERROR REPORT SECTION

ERR17::

000006
005601
005032
000002

(&)
(5)

(5)
(8)
(7)

000004

%)
(4)

104423

5395
(&)
(9)

012746
012746
012746
010600
104414
062706
012746
012746
012746

(8)
7

Q =

(4)
(%)

005452
005032
000002

17,17,0.,0

MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV

HEM17,-(SP)
NFM1,-(SP)
#2,-(SP)

MOV

000006
005505
000001

(5)
(S)

$MD

SP,RO
(SPNTR
#6,SP

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

SP,RO
(SPNTR
#6,5P

#STM,
- (SP)
#1,-(SP)

SP,RO
CSPNTR

L10021:

:
ERRZ29:

4 ,SP

C(IMSG

29,29,2.3%
NEM29 ,-(SP)

#FM] ,=(SP)

”2,-(SP)

SP,RO
(SPNTR

000006
005633
005032
000002

#6,5P
#DH?2 ,-(SP)
NFM1 ,-(SP)
#2,~(SP)

000006
002420
002416

#6,SP

SP,RO
CSPNTR

.- (SP)
$REG4L
$REGS,~(SP)

003676

NTFM2 ,=(SP)

000003

#3,-(SP)
SP.RO
(SPNIR
#10,SP

000010
005505
000001
000004

005374
005032
000002

#STM, ~(SP)

#1,-(SP)

SP,RO
($PNIB

L10022:

ERR3S::

86 ,SP

($MSG
35.35.2.3
NEM3S5 ,~(SP)
#FM1, -(SP)
#2,-(SP)

SP.RO

SEQ 0076

(ZDMQAQ M8207 STATIC DIAG #2
(ZDMQA.PI
25=JUN=-79 14:07

O ==
ot O =

PN NN
N

(5)
(%)
(9)
(8)
(7)

010366
010370
010374
010400
010404
010410
010412
010414
010420
010424
010430

106414

062706
012746
012746
012746
010600
104414
062706
013746
013746
012746
012746
010600

MACY11

m 6
30A(1052)
17-JUL=79
09:23 PAGE
GLOBAL ERROR REPORT SECTION
TRAP

000006
005633
005032
000002

ADD
MOV
MOV

000010
005505
000001

000004

L10023:

5401

010512
010512

010514
010514
010514
010514
010516
010522
010526
010530
010532
010536

010536

000004

004247
000002

062706

000006

012746
012746
010600

005505
000001

104417

104423

000004

#6,SP
$REG4,
= (SP)
$REGS,=(SP)
NTFM2,~(SP)
#3,-(SP)
SP,RO

CSPNTR

TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

CSPNTR
#10,SP
#STM,=(SP)
#1,-(SP)
SP,RO
CSPNTR
#4,SP

TRAP

CSMSG

PRINTB

#STM
MOV
MOV
MOV
TRAP
ADD

#STM,=(SP)
#1,-(SP)
SP.RO
CSPNTR
4 ,SP

TRAP

CSMSG

ENDMSG

BGNMSG

ERR&O

PRINTF

#TFMLO,R2
MOV
R2,~(SP)

:
ERR4O:

010246
012746
012746
010600

ADD
MOV
MOV
MOV
MOV
MOV

ERR36

L10024:

104423

104414
062706

5407

005505
000001

#2,-(SP)
SP,RO

BGNMSG

:
ERR36:

012746
012746
010600
104414
062706

MOV
MOV

TRAP

000006
002420
002416
003676
000003

CSPNTR

#6,SP
#DH?2,~=(SP)
#FM1,~(SP)

MOV
MOV
MOV
PRINTB

TRAP
ADD

#STM

L10025:

#STM,=(SP)
#1,-(SP)

TRAP
ADD

CSPNTB
¥ ,SP

TRAP

CSMSG

BGNMSG

ERRG1

PRINTF

#TFMG

ERRP&GT::

CSPNTF
#6,SP

MOV
MOV

MOV
ENDMSG

NTFML0,-(SP)
#2,-(SP)
SP,RO

SP,RO

35-1

SEQ 0077

(ZDMQAO M8207 STATIC DIAG #2

CZDMQA. P11

(7)

(6)
(3)
(4)
(4)
5408
(7)
(6)
(3)
(4)
(4)

5409
(3)
(3)
5410
(3)
5611
(7)
(6)

(4)
(4)
612
(7)
(6)
(3)
(4)
(4)
5413

(3)
(3)
5414
5415
(3)
5416
(9
(8)
(7)
(6)
(3)

(4)

5417
(7)
(6)

(3)
(4)
(4)

5418
(3
(3)
5419

010560

010564
010570
010572
010574
010600
010600
010604
010610
010612

010614
010620
010620
010620
010622
010622
010622
010622
010626
010632
010634
010636

25=JUN-79 14:07

012746
012746
010600

004071
000001

062706

000004

012746
012746
010600

005505
000001

062706

000004

104417

104414

(9)
(8

17-JuL=79

012746
012746
010600

004160
000001

062706

000004

012746
012746
010600
104414
062706

005505
000001
000004

MOV
MOV

#TFM4LT ,-(SP)
#1,-(SP)

ADD
#STM
MOV
MOV

¥4, SP

MOV
TRAP

PRINTB

ENDMSG

PRINTF

PRINTB

ENDMSG

L10027:

104423

09:23

GLOBAL ERROR REPORT SECTION

SP,RO
CSPNTF

#STM,
= (SP)
#1,-(SP)

MOV
TRAP
ADD

SP,RO
($PNTR
84 ,SP

TRAP

(IMSG

WNTFM4?
MOV
MOV
MOV
TRAP
ADD

#TFMLG2
- (SP)
#1,-(SP)
SP,RO
CSPNTF
#6,SP

MOV
MOV
MOV
TRAP
ADD

#STM,-(SP)
#1,-(SP)
SP,RO
C$PNTB
84 ,SP

TRAP

CMSG

BGNMSG
ERR4Z
ERRGZ::

#STM

BGNMSG
ERR43
ERR43::
010446
010546
012746
012746
010600
104417
062706

012746
012746
010600
104414

062706

PRINTF

000010
005505
000001

PRINTB

TRAP
ADD

4#STM

000004

CSPNTF
#10,5P

#STM,=(SP)
#1,-(SP)

TRAP
ADD

CSPNTR
# ,SP

L10030:

104423

RS,-(SP)
NTFML3,-(SP)
#3,-(SP)
SP,RO

MOV
MOV

MOV
ENDMSG

010446
012746

#TFM&3,RS
R4
MOV
R4 ,-(SP)

MOV
MOV
MOV
MOV

004330
000003

TRAP
BGNMSG
ERR44
: :
ERR4LGS

(3)

5420

30A(1052)

L10026:

104423

104417

MACY11

SP,RO

(IMSG

PRINTF WTFM4L4L ,#TMM( R4

004774

MOV

R4 ,-(SP)

#TMM(,
= (SP)

6
PAGE 35-2
SEQ 0078

(ZDMQAQ M8/207 STATIC DIAG #2
(ZDMQA PN
25=JUN=79 14:07
(7)

(6)

(3)

(4)
(4)

5621
(7)
(6)

(3)

(4)
(4)

010740
010744
010750
010752
010754
010760
010760
010764
010770

5422
(3)
(3)
5423
(3)
5424

5631

AARRR
°8V\|\‘\'\I\J\IV
OHNONLNNOOO 3EE QO HrMNO N [eloP
N Vel Yol 2

o oleoleololelele]
WWNININ)
= =

d
d

Ger Guar G

D
b eb e
b
-

O —_—d et
S
S

Gouurur Gor Guurd porPurGurGurGurd paurQnr Ghnr Gar G
Ghr S

N O
O
O

S
Gl

G
O

eoleleleleleleole
D med wd —d —d

SNNNWNNONIN)
= =2 —

(4)
(4)

OB NOHOONMNO S

5630
(7)
(6)
(3)

d el ek cd el wd

(4)
(4)

—

(6)

(3)

5427
(3)
(3)
5428
(3)
5429
(9)
(8)
(7)

Ghur G

(3)

(4)
(4)

(7)
(6)

5426

iur G

(4)
(4)

Gt G

(3)

(6)

5425
(7)

(4)
(4)

012746
012746
010600

005505
000001

062706

000004

004774
004452
000003

062706

000010

012746
012746
010600

004510
000001

062706

000004

012746
012746
010600
104414
062706

005505
000001

104417

104414

000004

PRINTB

ENDMSG

SP.RO
CSPNTF
#10,5P

#STM
MOV
MOV

#STM,
= (SP)
#1,-(SP)

TRAP

($MSG

MOV
TRAP
ADD

NTEM
, #TMMC
4S
R
MOV
R4 ,=(SP)
MOV

ATMMC - (SP)

MOV
MOV

#3,-(SP)
SP.RO

MOV

PRINTB

ENDMSG

002452
004633
000003
000010

012746
012746
010600

005505
000001

062706

000004

SP.RO
(SPNTB
¥4, SP

PRINTF

PRINTB

ENDMSG

NTFMGS
- (sP)

TRAP
CSPNTF
ADD
#10,SP
#TFM4LSA
MOV
#TFM4SA,
- (SP)

MOV
MOV
TRAP
ADD
#STM
MOV
MOV
MOV

#1,-(SP)
SP.R0
($PNTB
#4,SP

TRAP
ADD

#STM,=(SP)
#1.-(SP)
SP.RO
C$PNTB
#4,SP

TRAP

($MSG

#TFM&6, $GDDAT R4

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

#STM
MOV
MOV
MOV
TRAP
ADD

R4 ,~(SP)
$GDDAT,
- (SP)
HTFM46
. ~(SP)
#3,-(SP)
SP.RO
CSPNTF
#10,SP

#5TM,=(SP)
#1.-(SP)
SP.RO
($PNTR
44, SP

PAGE 35-3

#3,~(SP)

ERR4S

PRINTF

104414

MOV
TRAP
ADD

BGNMSG
ERR46
:
ERR4S:

062706

#TEMGLG
, = (SP)

BGNMSG

L10032:

104423

09:23

MOV

L10031:

010446
012746
012746
012746
010600

17=JUL=-79

GLOBAL ERROR REPORT SECTION

ERR4S::

piurur Qir Qhur Quur G

(3)

000010

104414

30A(1052)

004413
000003

104423

jelelslelelelolelolalelololololeleololololololole) OCOOOO olelolelolololele)

(9)
(8)
(7)
(6)

012746

MACY1T

SEQ 0079

(ZDMQAO M8207 STATIC DIAG #2
CZDMQA.PM
25=JUN=-79 14:07

(3)
Szg%

011140
011140

5433
(3)
56434
(9)

011142
011142
011142
011142

(8)
(7)
(6)

(3)

(4)
(4)

56435
(7)

(6)
(3)
(4)
(4)
5436
(3)
(3)

5437

011144
011146
011152

011156

011160
011162

011166
011166

01117¢
011176
011200
011202
011206
011206
011206

012746
012746
010600
104414
062706

104423

TRAP

($MSG

BGNMSG
ERR47
ERR4G7::
PRINTF
#TFM47
RS ,Ré
MoV
R4 ,-(SP)
MOV
MOV
MOV

004777
000003
000010

005505
000001

30A(1052)
17-JUL=79
09:23
PAGE
GLOBAL ERROR REPORT SECTION

L10033:

104423

010446
010546
012746
012746
010600
104417
062706

MACYT1

MOV
PRINTB

000004

TRAP
ADD

RS,=(SP)
HTFMG7
- (SP)
#3,-(SP)
SP,RO
CSPNTF
#10,SP

4STM
MoV
MoV
MOV
TRAP
ADD

H#STM, -(SP)
#1,-(SP)
SP,RO
CSPNTR
#6 ,SP

TRAP

CEMSG

ENDMSG
L10034:

35-4

SEQ 0080

(ZDMQAOQ MB207 STATIC DIAC #2

(ZDMQA. P11
5439

5440
5441

25=JUN=79 14:07

MACYTT

30A(1052)

17=0UL=79

REPORT CODING SECTION
.SBTTL

09:23

PAGE

REPORT CODING SECTION

35-5

SEQ 0081

(ZDMQAQ MB207 STATIC DIAG #2
(ZDMQA.P11
25=JUN=79 14:07

5443

MACY11

30A(1052)
REPORT
e
"4

17=JUL=79

CODING

SECTION

09:23

PAGE

SEQ 0082

(ZDMQAQ M8207 STATIC DIAG #2
(ZDMQA . P11
25=JUN=79 14:07

5445
446
5447
5448
5649

011

5450
5456
5457

011210

(3)

(4)

(3)
5458

MACY11

30A(1052)

REPORT CODING SECTION

;
:

oNn

011210

011212

09:23

7
PAGE 37

THE REPORT CODING SECTION (ONTAINS THE
"PRINTS'' CALLS THAT GENERATE STATISTICAL

_SRPT::

000167

17-0UL=-79

BGNRPT

EXIT
.WORD

.WORD

RPT
JSIMP

L10035-2-.

SEQ 0083
REPORTS,

(ZDMQAQ MB8207 STATIC DIAG #2
(ZDMQA.P11
25=JUN=-79 14:07

5466
5467
(3)

(3)

5468

011214

011216

104425

MACY11

30AC1052)
REPORT

L10035:

17=JUuL=79

CODING SECTION

ENDRPT

TRAP

(SRPT

09:23

PAGE

SEQ 0084

(ZDMQAQ M8207 STAT]( DIAG c?
CZDMQA.P11
25=JUN=79 °4:

547C
5471

MACY11

30A(1052)
REPORT

17-guUL=79

(ODING SECTION

09:23

PAGE

SEQ 0085

(ZDMQAQ MB207 STATIC DIAG #¢
(ZDMQA . P11
25=JUN=79 14:07

5473
567¢

MACY11

30A(1052)
1°-JUL=-79
09:23
REPORT CODING SECTION

PAGE

SEQ 0086

(ZDMQAD MB207 STATIC DIAG #2
(ZDMQA . P11
25~JUN=79 14:07

5476

MACY11

30A(1052)

17=-JUL=79

INITIALIZE SECTION
.SBTTL

INITIALIZE

(09:23

PAGE 40-1

SEQ 0087
SECTION

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA.PIN
25=JUN=79 14:07

MACY11

5478
5479
5480
5481
5482
5483
5484
(3)
5485

30A(1052)
17-JUL=79
INITIALIZE SECTION

LSINIT::

012705

002730

010637
005737
001011
013737
013737
012737
013737
013737

002344
002462

000004
000006
000001
002464
002466

002464
002466
002462
000004
000006

104447

— —

OO
ooonuny

PNOND) = b =

—t
el b

WWWNWIWW - WWAWW

v WNW
N NN
onN

OOS
—t -

—

eloleBolololele]
— e b
—t ed wd and ——d

012700
104447

104447

READEF
MOV

000035

e X )

YES

HEF .NEW

HEF .NEW,RO
NEWST

B8CS
NEWST
;SEE IF PROGRAM WAS JUST CONTINUED
READEF #EF . CONT INUE
MOV
#EF . CONTINUE
,RO
TRAP
CSREFG
BCOMPLETE
ENDIT
BCS
ENDIT

000036

IF PROGRAM JUST RESTARTED, BR IF NOT
READEF
#EF .RESTART
MOV
#eF .RESTART
,RO
TRAP
CSREFG
BNCOMPLETE
GE TPRM
BCC
GE TPRM

000037

NEWST:

012737

YES

NEWST

THIS IS A NEW PASS, BR IF

READEF

TRAP
CSREFG
BCOMPLETE

;SEE
104447

#EF.START
#EF .START
RO

TRAP
CSREFG
BCUMPLETE
BCS
NEWST

MOV

103576

012700

k4, SAVES
a#6,SAVES
#1,FTIME
SAVE4 a6
SAVEG,a#6

IF PROGRAM JUST STARTED, BR IF

000040

103410

012700

MoV
MOV
mav
MoV
MOV

1%:

;SEE
012700

BGNINIT

BNE

103003

177777

002342

JRESET LOGICAL DEVICE
MOV

TO -1

#-1,L0GDEV

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

roo

RRYR

b
—

e
—

—

;

coo

e R

SEQ 0088

MoV
#SSTACK
RS
;STORE BASE LEVEL PROGRAM STA(CK POINTER
MOV
SP,PSTACK
TST
FTIME

;SEE

OV ~JOVN
WY =

7
PAGE 41

JINITIALIZE SUBROUTINE STACK

103414

VIV
AV
bl RS TV TV, LV LV, IV ]V 1V, |

JIIIII170777777777777777777777777770/7/777/77777777777777777777/7777777
;/ THE INITIALIZE SECTION CONTAINS THE CODING THAT [S PERFORMED
;/ AT THE BEGINNING OF EACH PASS.
IV
7777717777707 7771777/7777777/7777777777777/77777777

5486
5487
5488
5489
5490
5491
5492
5493
5494
5495
5496
5497
5498
5499
(3)

[

09:23

005237
023737

002342
002342

PACKS,

GETPRM:

002012

TEST

DEVICE).
INC

(mMP

CONNECTOR

LOGDEV

INFO.

LOGDEV,LSUNIT

FCR

THIS MB8200,4,7

(CURRENT

LOGICAL

(ZDMQAQ MB207 STATIC DIAG #2

(ZDMQA. P11

25=JUN-79 14:07

103365

002342

002414

011137

002516

011376
011402

011137
005237

002520
002520

011406
011412

011137
062737

002522
000002

002522

011420
011424

011137
062737

002524
000004

002524

011432
011436

012137
062737

002526
000006

002526

011444

011137

002506

011450
011454

011137
062737

002510
000002

011462
0171466

011137

062737

002512

000004

011474
011500

011137

002514

000006

002514

011506
011514

016137
012137

000020
002500

002472

011520

052137

002500

VAN

MVIAANIVAY

8%\1\\)‘\)\
ds
oSO
OONN

b
D

d
b
b
b od

D e

md
b
b

OO0

012137

062737

052737

010000

021127

000001

MOV

PAGE 41-1
SEQ 0089

(R1) ,KMCSR

;GET POINTER TO MB200,4,7 CSR HI BYTE

MOV
(R1) ,KMCSRH
INC
KMCSRH
;GET POINTER TO MB200,4,7 CTL OUT REG
MOV
(R1) ,KMCTL
ADD
#2 ,KMCTL
:GET POINTER TO M8200,4,7 PORT REG - SEL
MOV
(R1) ,KMPO4
ADD

#4 ,KMPO4

;GET POINTER TO RCV VECTOR
MOV

(R1) ,KMRVEC

MOV
ADD

(R1) ,KMRLVL
#2 ,KMRLVL

MOV
ADD

(R1) ,KMTVEC
#4 KMTVEC

MOV
ADD

(R1) ,KMTLVL
#6 KMTLVL

MOV
MOV

20(R1) ,RUNINH
(R1)+,STAT1

BIS

(R1)+,STAT]

(R1)

;GET POINTER TO RCV PRIORITY LEVEL
002510

002512

;GET POINTER TO TX VECTOR

;GET POINTER TO TX PRIORITY LEVEL

JPUT VECTOR INTO STAT1

;PUT PRIORITY INTO STAT1
JSEE
002500

NO LINE UN]JT,

SET BIT

YES

BNE
50000%
8IS
#MIT12,STATI
BR
43
500008:

JSEE IF MB8201 LINE UNIT, SET BIT [F YES
CMP
BNE

(R1),mM
S0001$s

JSEE IF MB202 | INE UNIT, SET BIT IF YES

000002
002500

:GET POINTER TO M8200,4,7 POKT REG - SEL 6
MOV
(R1)
+ ,KMPO6
ADD
#6 ,KMPO6

50001$%:

020000

;GET ADDRESS OF M8200,4,7

B8R
021127
001004
052737

09:23

BGE
NEWST
LOGDEV,R1
GPHARD
MOV
LOGDEV,RO
TRAP
CS$GPHRD
MOV
RO.R1
BNCOMPLETE
GE TPRM
8CC
GE TPRM
MOV
(R1)+ WTYPE

010001

OO0

5542
5543
5544
5545
5546
5547
5548
5549
5550
5551
5552
5553
5554
5555
5556
5557
5558
5559
5560
5561
5562
5563
5564
5565
5566
5567
5568
5569
5570
5571
5572

104442

Rt
md
D

5541

013700

OOO0OO0OD

5531
5532
5533
5534
5535
5536
5537
5538
5539
5540

30A(1052)
17-JUL=79
INITIALIZE SECTION

002367

5521
5522
(3)
(3)
(3)
5523

(2)
5524
5525
5526
5527
5528
5529
5530

MACY11

CMP
BNE
8IS
BR
50002%

(R1) 42
50002%
MIT13,STATI
43

;SET BIT FOR M8203 L INE UNIT

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA.P11
25=JUN=79 14:07

5573
5576
5575
5576
gggg

011602

MACY11

011566
011574

052737

100000

002500

011574

056137

000006

002500

gggg

011606

012137

002502

5581
5582
5583
5584
5585
gggg

011612

111137

002503

5588
5589
5590
5591
9592
5593
5594
5595
5596
5597
5598
5599
5600
5601
5602
5603
(3)
(3)
5604
5605
5606
(3)
5607
5608
5609
5610
5611
5612
5613
5614

5615
5616
gg}g

062701

011616
011620

000240
000240

011622
011630
011634
011642
011644
011652
011654
011662
011664
011672
011700
011702
011710
011716
011716
011716
011716
011716

012737
005037
123727
001425
123727
001004
012737
000415
012737
123727
001003
012737
013737

000002

011754
011756
011760

BIS

SEQ 0090

BIS
ADD

6(R1) ,STAT1
#2,R1

MOV

(R1)+,STAT?

MOvB

(R1) ,STATZ2+1

IN STAT2 LOW BYTE

s INCREMENT LOGICAL UNIT
:
INC
LOGDEV

(DEVICE) NUMBER

NOP
NOP

002000
002432
002414

002436

MOV

#2000 ,MEMSZ

000000

(MPS

WwTYPE
. #0

002414

000004

(MP8B

WTYPE . #4

000001

002432

007777
002414

002436
000006

000001
002472

002432
002470

CLR

BEQ

BNE
MOV
BR

5%:

MOV
C(MPR
BNE
MOV
MOV

g::

TRAP

LSAUTO::

002516
000004
011762
000240

000004
000006

000002

5619
5620
(3)
Sé;%

011762
011766
011766
011772

013700
104451

002342

5622
5623

011774
012002

013737
013737

002464
002466

2%:

000004

00006

3$:

5%
#1,TYPE

JKMC?

ENDIT

#7777 ,MEMS?
WTYPE ,#6
7%
#1,TYPE
RUNINH,RUNSB

CSINIT

.DEVICE DOES NOT HAVE A °'READY''

KMCSR,R1
#4 RS
#2%.,4
#240,6
(R1)

JREFERENCE DEVICE REGiSTERS

ADD

#2 ,R1

;NEXT REGISTER

BNE

¢BR

MOV
MOV

DEC

000004

ENDIT

BGNAUTO

MOV
MOV

1%:

TYPE

ENDINIT

L10036:
.EVEN

062706

PAGE 41-2

;SET SWITCH PACK #2 IN STAT? HIGH BYTE

104411

005305
001372
000405

JSET BIT IN STAT1 FOR TEST CONNECTOR

ENDIT:

013701
012705
012737
012737
005711
000240
062701

09:23

#BIT15,STATI

;SET SWITCH PACK #1

011720
011720

011720
011726
011730
011736
011744
011746
011750

30A(1052)
17-JUL=79
INITIALIZE SECTION

B8R

ADD

#4,SP

DODU
MOV
TRAP

LOGDEV
LOGDEV,RO
C$DODU

MOV

SAVE4, 4

MOV

SAVEG,6

;R1 CONTAINS BASE MB200,4,7 ADDRESS
;4 REGISTERS TO BE TESTED

JSET OUT TIMEOQUT TRAP
JLEVEL 7

JDEC REGISTER COUNT
IF

NOT LAST REGISTER

(ZDMQAQ MB207 STATIC DIAG #2
(ZDMQA.P11
25-JUN=79 14:07
5624
(3)

(3)
5625

012010
012010
012010

104461

MACY11

30A(1052)

17-JuL=-79

INITIALIZE SECTION

L10037:

09:23

ENDAUTO
TRAP

($AUTO

7
PAGE 41-3

SEQ 0091

(7DMQAD M8207 STATIC DIAG #¢
C(ZDMQA.PIN
25-JUN=79 14:07

56¢7
5628
5629
5630
5631
5632
5633
5634
(3)
5635
(3)
5636
5637
(3)
(3)
5638
5639
5640
5641
5647

MACY11

30A(1052)
17-yUL=79 09:23
CLEANUP CODING SECTION
.SBTTL

PAGE 41-4

CLEANUP (ODING SECTION

LI T77777777777770777:0777/77777/77777/777777772/777/777777777

;/ THE CLEANUP CODING SECTION CONTAINS THE CODING IHAT IS PERFORMED
;/ AT THE END OF EACH PASS.
HIIIIIIIIT777777777777710777777777777/7777777777777777777777777777777

012012
012012

012012
012012
012014
012014
012014

LSCLEAN:
1046433

104412

BGNCLN

BRESET
TRAP

L10040:

CSRESET

ENDCLN
TRAP

CSCLEAN

SEQ 0092

(ZDMQAO MB207 STATIC DIAG #2
CZDMQA.P11
25=JUN=79 14:07

MACY11

30A(1052)
17-JUL=-79
DROP UNIT SECTION
.SBTTL

09:23

PAGE 41-5

DROP UNIT SECTION

JIILLIIIII LI/ 0777777770777777777777777777/7777777777777777777777777777777777
;/ THE DROP=UNIT SECTION CONTAINS THE (CODING THAT CAUSES A DEVICE

;/ TO NO LONGER BE TESTED.
HIIIIIIITLII777777777770
7777777777777 777777777777777777/777777777/77777777

5651
(3)

5653

(3)
5654
(3)
(3)

012016
012016

012016

072016
012020
012020
012020

BGNDU

104433
104453

L$DU::
;ISSUE UNIBUS RESET TO CLEAN yUP
BRESET

L10041:

TRAP
NDDU

C$RESET

TRAP

($DU

SEQ 0093

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA. P11
25=JUN=79 14:07

5661
5662
5663
5664
5665
5666

30A(1052)

17-JUL=79

ADD UNIT SECTION

.SBTTL

09:23

PAGE 41-6

ADD UNIT SECTION

SIS0 77777777777777777777777777777770777777777/7//7/7777777/7777
:/ THE ADD=UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
¢/
TO BE (A) TESTED FOR THE FIRST TIME, OR (B) RESUMED IN TESTING.
IF

5667

5668
5669
(3)
5670
(3)
(3)
5671
5672
5673
5674
5675
5676

MACY1!

"EF.AUNIT'' IS SET, THE UNIT WILL BE TESTED AS A NEw UNIT.

;////////////////////////////////////////////////////////////////////

012022
012022
012022
012022
012022

L$AU::
104452

L10042:

BGNAU
ENDAU
TRAP

(AU

SEQ 0094

(ZDMQAQ MB207 STATIC DIAG #2
(ZDMQA PN
25=JUN=79 14:07

5678
5679
5680
5681
5682
5683
5684
5685

MACY11

30A(1052)

17-JuUL=79

HARDWARE

TESTS

.SBTTL

HARDWARE

09:23

SEQ 0095
TESTS

ROMMAP:

012024

BADHEAD

Jeknnnnnwnnnnnt

Junannannnnannn

—_,
b ed

nrd

o
WWW
OO
wihunun)
= OO
—agya

DD
e ad—d

OO0

Gur G

Sy Gy

OO0

Pourur
-S

OO0

~ 00NN
N BN
=

(W IV IV, IV BV, 1V, 1V [V )

oSNNS ININ

nawwannnnnnennsn

TEST

annsnnnnnnnnnnn

@GNTST

013701
012705
012737
012737
005711
000240

002516
000004
012072
000240

[

000004
000006

000054
062701
005305
001370
000410

1%:

KM(CSR,R1

MOV

#2460,6

TS;

000002

000004

2%:

104455
000044

002464
002466

000004
000006

104410
000002

CONTAINS BASE M8200,4,7 ADDRESS

;4 REGISTERS TO BE TESTED
JSET OUT TIMEQUT TRAP

JLEVEL 7

(R1)

JREFERENCE DEVICE REGISTERS

TST
CSESCAPE

#2.R1

ADD
ERROR

A4 ,SP
36

.WORD
.WORD
.WORD

36
EMO
ERR36

MOV

SAVE4,
4

MOV
ESCAPE
TRAP

;JR1

#6 RS
#2%,4

ESCAPE
TRAP
.WORD
ADD
DEC
BNE
BR

TRAP

005041
010472

013737
013737

MOV

MOV
MOV

1064410

062706

L10043-.

JNEXT REGISTER

R5
1%
3%

JDEC REGISTER COUNT
sBR IF NOT LAST REGISTER

;TIME OUT ERROR

CSERDF

SAVEG6,6
TST
CSESCAPE

.WORD

L10043-.

TRAP

(S$ETST

ENDTST
104401

L10043:
.EVEN

012134

[EST

s*VERIFY THAT REFERENCING UNIBUS DEVICE REGISTERS
.*DOES NOT CAUSE A TIME OUT TRAP
BADHEAD

012024

012102

PAGE 41-7

;START OF (ODE BLOCK WHICH IS USED AS DATA

012024

012024
012024
012024
012030
012034
012042
012050
012052
012054
012054

BADHEAD

Jexnannnnnnnnanr

TEST

snnnvnnnnnnsnnne

J*TEST OF BR RIGHT SHIFT
;*VERIFY THAT A DEST OF BR RSH (011) OF A MICRO-INSTRUCTION

012134

éngé;gS
H

THE RESULTING BR DATA RIGHT ONCE.

srennnsnnnwnnnn

JEST

wawavannnsronnnn

Pargiing

W
N

NN
O

r ghr
g

5730
573

S
G
ihr S
4
Jr
i Sl S

(1)

—

5728
5729

A®] PONINDADNDANDNUNONUN)

(1)

5719
5720
(3)
5721
5722
5723
5724
5725
5726
5727

ggooooooo
[eole]
— d d d el ) d
— d

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA. P11
25=JUN=79 14:07

(1)

5732
5733
5734
5735
5736
5737
5738
(S)
6)
(6)
(6)

5739
5740
(3)
(3)
5741
5742

012224
012226

(5)
‘6)
.6)
(6)

012230
012230
012232
012234
012234
012234
012240
012242
012242
012246
012250
012252
012256
012260
012262
012266
012270
012272
012274

(3)

012276
012276
012276
012276

(1)

5743
5744
(1)
5745
5746
5747
5748
5749

5750

5751
5752
5753
(3)

5754
5755
(2)

012300

30A(1052)

HARDWARE

17=JUL=79

TESTS

09:23

PAGE 41-8

SEQ 0096

BGNTST
T2::

013701

052525
000004

004537

003030

120500

MSTCLR
MoV

002516

005011
012705
010561

004537
061620

003030

004537
061225

003030

004005
005004
116104
120504
001410

012259

MACY11

JSR
061620

RS, .ROMCLK

JSR

RS, .ROMCLK

ROR
CLR
MOVB

RS
R4
5(R1) R4

CMPB
BEQ
ERROR
TRAP

104410
1%:

004537
061620

003030

004537
061225
006005

003030

ESCAPE

TST

.WORD

L10044-.

000005

104455
000014
005041
007276

BEQ
ERROR

2%
12

.WORD

;BR RSH_BR,

SHIFT BR RIGHT

JNEXT WORD IS INSTRUCTION

:CLOCK INSTRUCTION
PORTS RR

(SESCAPE

ROR

WORD

:CLOCK INSTRUCTION

;SHOULD BE 52

RS, .ROMCLK

TRAP

INSTRUCTION

:DID BR SHIFT RIGHT ONCE?
:BR IF YES
;BR RIGHT SHIFT ERROR

JSR

MOovR
(MPS

;CLOCK

*PORT4 TO BR-REG
JNEXT WORD IS INSTRUCTION

;R4 = *FOUND"'

RS, .ROMCLK

061225

SNEXT WORD IS INSTRUCTION

= TEXPECTED""

JSR
061620

ROM(CLK

:START WITH 125

*PORT4_125

CS$ERDF

12
EMO
ERR1?2

ROMCLK

;R1 = M8200,4,7 BASE ADDRESS
;CLEAR SELO

R5,R4
1%
12

.WORD
.WORD
.WORD

TRAP

000044

120504
001406

RS, .ROMCLK

061225

00004
005041
007276

116104

JSR
120500

ROMCLK

104455

KMCSR,R1

(R1)
#52525,R5
RS5.4(R1)

ROMCLK

CONTAINS BASE M8200,4,7 ADDRESS

JMASTER CLEAR M8200,4,7

CLR
MOV
MOV

ROMCLK

000005

;R1

JNEXT WORD

INE4XT WORD 1S INSTRUCTION

:CLOCK INSTRUCTION
PORTS RR

= "EXPECTED"’

5(R1) ,R4
RS.,R4

,R4 = "FOUND'’
;DID BR SHIFT RIGHT?
:BR IF YES
:BR RIGHT SHIFT ERROR

C$ERDF

EMO

.WORD

ERR1?

TRAP

CSETST

;S/B 25

2%:

ENDTST

104401

L10044:

BADHEAD

Jrnanannannswnnnnt

INSTRUCTION

:CLOCK INSTRUCTION
:BR RSH BR, SHFT BR RIGHT AGAIN

JEST

aannnnnenennnnnn

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA, P11
25=JUN-79 14:07

5756
5757
5758
(2)
5759
5760
(3)
5761
(1)
(4)
(4)

5762
(1)

5763
5764

5765
5766
57¢7
(3)
5768
5769
5770
5771
5772
5773
5774
5775
(5)
(6)
(6)
(5)

5776
(3
(3)
5777
(3)
(3)
5778
5779

5780
5781
5782
5783
5784
5785

(3
(3
5786
5787
(2)
5788
5789
5790
(2)

5791
5792

MACY11

30A(1052)

HARDWARE

17-JUL=-79

09:23

TESTS

PAGE 41-9

SEQ 0097

;*]OP CRAM WRITE/READ

;*FLOAT A

012300

BADHEAD

012312
012312

012316
012322
012326
012326
012326
012330
012334
012342
012346
012352
012356
012360
012362
012366
012370
012372
012374
012376
012376
012400
012402
012402
012402
012404
012406
012410
012412
012416
012424
012426
012426
012426
012426

TEST

wnnwnnnnnneannn

BGNTST
T3::

MACEX

;DO NOT DO TEST [F M8200

104432
000116

013701

005037
012702
104404

01271
013761
010261
052711
01¢104
020204
001410

TRAP

.WORD

002516

002434
000001

002000
002434
000006
020000
000006

KMCSR,R1

MRO

3%:

BGNSEG
TRAP
MOV
MoV
MOV

C$BSEG
#81710, (R1)
MRO,4(R1)
R2,6(R1)

BIS

MOV
(MP
BEQ
ERROR
TRAP
.WORD
.WORD
.WORD
ESCAPE

104410
000002

TRAP

.WORD

A
ENDSEG
10000%:
TRAP
CLC
ROL

104405

002434
002436

cRECORD DEVICE ADLR.

;R1 CONTAINS BASE MB8200,4,7 ADDRESS
;MRO = CRAM ADDRESS
JR2 = WRITE DATA

CLR

104455
000001
005041
005710

000241
006102
001346
005237
023737
001336

MY INT
MOV

MoV

ADRS:

000004

CSEXIT

L10045-.

:
ADRS

002434

5¢:

#1,R2

;SET ROMO

;WRITE

ADDRESS

;BR

104401

L10045:

#B1T13, (R1)

6(R1).R4
R2 R4
2
1

sERROR

C$ERDF

1
EMO
ERR1

SEC
CSESCAPE

10000%-.

C$ESEG

;s CLEAR CARRY
sSHIFT WRITE DATA
;BSR IF NOT DONE THIS ADDRESS
;BUMP TO NEXT CRAM ADDRESS
;DONE YET?
;BR IF NO

BNE
INC

(MP
BNE

ADRS
MRO
MEMSZ ,MRO
ADR&

TRAP

CSETST

BADHEAD

Jemwnnnnnennnnnn

TEST

wannnnnnnnnasne

;*]OP CRAM WRITE/READ TEST
:*FLOAT A O THROUGH EACH (RAM LOCAT]ON

012430

BADHEAD

suenxnannnnwnnnn

BONTST

TO SEL4

;LOAD SEL6 WITH WRITE DATA
JWRITE SEL6 INTO CRAM
JREAD CRAM INTO ‘FOUND''
;1S DATA (CORRECT?

ENDTSI

012430

TEST

THROUGH EACH CRAM LOCATION,

Jrnnnrnnnnhnnttr

012300
012300
012300
012306
012310

TEST

sansnnnnnwrannre

(ZDMQAD MB207 STATIC DIAG #2
(ZDMQA PN
25=JUN=79 14:07

(3)
5793
(1)
(4)
(&)

5794
(1)

5795
5796
5797
5798
5799
(3)
5800
5801
5802
5803
5304

5805
5806
5807
5808
(5)
(6)

(6)

(6)
5809
(3)
(3)
5810
(3)

5811
5812
5813
5814
5815
5816
5817
5818
5819
(3)
(3)
5820
5821
(2)
5822

5823
5824
5825
(2)
5826
5827
(3)
5828
(1

MACYT1

012430
012430

012436
012440
012442
012442
012446
012452
012456
012462
012462
012462
012464
012466
012472
012500
012504
012510
012514
012516
012520
012524
012526
012530
012532
012534
012534
012536
012540
012540
012540
012542
012544
012546
012550
012552
012556
012564
012566
012566
012566
012566

30AC1052)

HARDWARE

17-JuL=79

TESTS

09:23

8
PAGE 41-10

SEG 0098

14::

MACE
X

104432

TRAP

000126

013701

002516

005037
012702

002434
000001

002000
002434
000006
020000
000006

000004

3%:

KM(SR,R1

(LR

MRO

MoV

BGNSEG

(oM
MOV

10000%:

5%:
ENDTST

L 10046:

012570

JMAKE IT A FLOATING ZERO
;SET ROMO

BEQ

JBR

TRAP

(SERDF

.WORD
ENDSEG
TRAP

ROL

002434

DATA

JREAD CRAM INTO "FOUND''

coM
(LC

002434
002436

($BSEG

R?
#81710, (R1)

= WRITE

6(R1) ,R¢

TRAP

104405
005102

JR¢

MOv

.WORD
.WORD
.WORD
ESCAPE
AN

JMRO = (RAM ADDRESS

1 ,R2

WRITE ADDRESS TO SEL4
cLOAD SEL6 WITH WRITE DATA

ERROR

1046410

RECORD DEVICE ADDR.

JMASTER CLEAR MB200,4,7

MRO,4(R1)
R2,6(R1)

(MP

000002

IF MB200

MOV
MOv

BIS

005041
005710

1046401

MOV

TRAP

104455
000001

000241
006102
001344
005237
023737
001334

L 10046~.

MSTCLR

ADR1:
ADR?:

CSEXIT

.WORD

MY INT

104404

005102
012771
013761
010261
052711
016104
020204
001410

:DO NOT DO TEST

#31713,(R1)
R2,R4

;1S DATA (ORRE(CT?

;ERROR

1
EMO
ERR1
SEG

e
-

CSESCAPE

10000%-.

CSESEG

;BACK TO FLOATING ONE
;CLEAR CARRY

sSHIFT WRITE

MEMSZ ,MRO
ADR1

DONE YEI?
;BR IF NO

BNE
INC

ADR?2
MRO

TRAP

(SETST

CMP
BNE

JWRITE SELG INTO CRAM

BADHEAD

Jrennnennnwnnnns

TEST

DATA

;BR IF NOT DONE THIS ADDRESS
JBIMP TO NEXT (RAM ADDRESS

namvennwnnrnnnys

;*10P CRAM DUAL ADDRESSING TEST
;*WRITE EACH ADDRESS INTO ITSELF, READ EA(H
;*ADDRESS TO VERIFY CORRECT ADDRESSING

BADHEAD

cavnnrennnenwnt

TEST

wennnnnnnnnneane

BGNTST

15::
X
MA(E

;DO NGT DO TEST IF M8200

(ZDMQAQ MB207 STATIC DIAG #2

(ZDMQA. P11
L)
(4)

5829
(1)

5830
5831
5832
5833
(3)

5834
5835
5836
5837
5838
5839
(1)

5840
5841
— 5842
5843
5844
5845
(S)
(6)
6)
(6)

5846
(3)
(3)
5847
(3)
(3)
5848
(3)
5849
5850
5851
5852
5853
5854
5855
5856
5857
5858
5859
(5)
(6)
(6)
(6)
5860
(3)
(3)

5861
(3)

(3)
5862

25=JUN-79 14:07

012576
012600
012602
012602

MACY11

30A(1052)

HARDWARE

104432

TRAP

000230

012606
012612
012616
012616
012620
012624
012630
012636
012644
012650

.WORD

013701

002516

005037

002434

104404

013702
012711
013761
013761
052711

012660 005061
012664
012664—016104
012670
023704
012674
001410
012676
104455
012702
012704
000001
012706 005041
012710
005710
012712
104410
012712
012714
000002
012716
012716
104405
012716
012720
012720
104404
012722 005237
012726 023737
012734
001331
012736 005037
012742 013702
012746 012711
012752
013761
012760 016104
012764
023704
012770 00141

002434
002000
002434
002434
020000

MY INT
MOV

MSTCLR

CLR
BGNSEG

1%:

000004
000006

09:23

PAGE 41-11

SEQ 0099

CSEXIT

10047~
KMCSR,R1

MRO
C$BSES
MRO,R2
#31710, (R1)
MRO.4 (R1)
MRO,6(R1)

cRECORD DEVICE

;MRO =CRAM ADDRESS

;SAVE RZ2 FOR TYPEOUT
;SET ROMO

;WRITE ADDRESS

TO SEL4

;LOAD SEL6 WITH WRITE DATA

#B1T13, (R1)
15%

JWRITE

.GOTO 15% IF MB8206

ADDR.

;R1 CONTAINS BASE M8200,4,7 ADDRESS
JMASTER CLEAR MB200,4,7

CRAM

;IF MB206,SKIP NEXT INSTR.

000006

(LR

6(R")

;CLEAR SEL 6

060006

MOV
CMP
BEQ
ERROR

6(R1) R4
MRO,R4
2%
1

;SHOULD READ BACK OWN ADDRESS
;1S DATA CORRECT?

002434

TRAP

C$ERDF

JBR IF YES
;DATA ERROR

1
.WORD
.WORD
EMO
.WORD
ERR1
ESCAPE SEG
TRAP

’%:

10000%:

.WORD
ENDSEG
TRAP

002434
002436

002434

002434
002434

002000
002434
000006
002434

3%:
000004

104455

BGNSEG
TRAP
INC
CMP
BNE
CLR
MOV
MOV
MOV
MOV
(MP
BEQ

C$ESEG

C$BSEG

ERROR

MRO,R4
4%
2

:BR IF YES
;DUAL ADDRESSING ERROR

.WORD
.WORD
.WORD
ESCAPE

2
EMO
ERRZ
SEG

.WORD

4%:

10000%-.

;SET ROMO

TRAP

100018$:

C$ESCAPE

MRO
MEMSZ ,MRO
1%
MRO
MRO,R2
#B1T10, (R1)

TRAP

104410
000002
104405

TRAP
MOV
MOV
MOV
MOV

BIS
SKIPO6

000002
005041
006036

17=JUL=79
TESTS

ENDSEG
TRAP

MRO,4(R1)
6(R1) ,R4

CSERDF

;BUMP TO NEXT ADDRESS
DONE WRITING YET?
:BR IF NO

JRESTART AT ADDRESS 0O

;SAVE R2 FOR TYPEOUT

sSEL4 = CRAM ADDRESS
JREAD CRAM INTO '‘FOUND'’
;1S DATA CORRECT?

($ESCAPE

10001%-.

C$ESEG

;LOOP TO 3% IF Sw09=1

5863
5864
5865
5866
5867
(3)
(3)
5868
5869
5870
(2)
5871
5872
5873
(2)
5874

013014
013020
013026
013030
013030
013030
013030

013032

005237
023737
001345

1044017

002434
002436

MACY11

3QA(1052)

HARDWARE

002434

17-JUL=79

TESTS

09:23

PAGE 41-12

SEQ 0100
MRO

;BUMP TO NEXT ADDRESS

BNE

JBR 1F NO

MEMSZ ,MRO

;DONE WRITING YET?

DIST

0047:

TRAP

CSETST

BADHEAD

suaknnnnnnnnsrnnn

013032

INC

(MP

—rmun

(IDMQAO MB207 STATIC DIAG #2
(7DMQA. P11
25=JUN=-79 14:07

TEST

wonnnannnnnannnn

;*]10P MAIN MEMORY TEST
:*FLOAT A 1 THROUGH ALL MAIN MEMORY [OCAT]ONS

BADHEAD

Jrnnnnnnnnnnnnn

TEST

€

exwvnennonnnnnn

CZOMQAQ MB207 STATIC DIAG #2
CZDMQA. P11
25=JUN=79 14:07

5876
(3)
5877
(1)

013032
013032
013032
013032
013036
013042
013046
013054

MACYT1

30A(1052)

HARDWARE

17=JUL=79

TESTS

09:23

PAGE 42

SEQ 0101

BGNTST
T6::

013701

005037
012737
0462737

002516

002406
000001
003777

00246436
013110

1%
65%:

MY INT
MOV
MSTCLR
CLR
MOV
8IC

KMCSR,R1

JR1

-RECORD DEVICE ADDR.

CONTAINS BASE M8200,4,7 ADDRESS

JMASTER CLEAR MB8200,4.7

03777 66%

:START WITH ADDRESS 0
;START WITH BIT 0

;CLEAR ADDRESS FIELD OF

INSTRUCTION

(ZDMQAQ MB207 STATIC DIAG #2
(ZDMQA.P1
25=JUN=79 14:07

5884

013062

042737

000037

MACY11

013116

30A(1052)

HARDWARE

17=JUL=79

TESTS

8IC

09:23

#37,68%

PAGE 43

;CLEAR ADDRESS FIELD OF

SEQ 0102

INSTRUCTION

(ZDMQAO MB207 STATIC DIAG #2
CZDMQA P11
25-JUN=79 14:07

153737

0026406
002407

004537
010000

003030

004537
004000
013761

003030

004537

003030

004537
040620

003030

004537
061225
013705

003030

122500

116104
120504
001410

002434

MACY11

30A(1052)

HARDWARE

01 3110
01 3116
66%:

000004

68%:

013222
013230
013232
013232
013232
013232

67%:
002434

002406
002436

RS, .ROMCLK

MOV
ROMCLK

RS, .ROMCLK

JSR

RS..ROMCLK

JSR

RS, .ROMCLK

MOV
MOVB
CMPB
BEQ
ERROR
TRAP
.WORD
.WORD
.WORD
ESCAPE
TRAP

MRO,R5
S(R1) R4
RS ,R4

.WORD

cLC

ROLB

BNE
BREAK
TRAP

002406
2%:

SEQ 0103

;ADD ADDRESS TO INSTRUCTION7
:ADD ADDRESS

TO INSTRUCTION

JNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
;CLOCK INSTRUCTION
;LOAD MAR HI

JWRITE PATTERN IN PORT4

JNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
;MOVE PORT4 TO MEMORY
JNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
;MOVE MEMORY TO BR
cNEXT WORD IS INSTRUCTION,
cCLOCK INSTRUCTION
;MOVE BR TO PORTS

JPUT "EXPECTED'' IN RS
JPUT "FOUND'' IN R4

:DATA CORRECT?
;BR IF YES
.DATA ERROR

67%
6
CSERDF
6
EMO
ERR6

TST

C$ESCAPE

L 10050-.

;SW09=1?

. CLEAR CARRY

MRO

cSHIFT BIT

65%

IN MRO

:DONE IF MRO-0

C$BRK

INC
CMP
BNE

MEMSZ,FLAG
1%

TRAP

CSETST

FLAG

JNEXT ADDRESS
.LAST ADDRESS?
;BR IF NO

ENDTST

L10050:

104401

013234

BADHEAD

JARkankankannnt

TEST

aannnnnnnnnnnns

;*]0OP MAIN MEMORY TEST
;*FLOAT A C THROUGH ALL MAIN MEMORY LOCATIONS

013234

BADHEAD

sunxnnnnnnnnnnt

013234
013234
013234
013234

PAGE 44

MRO,4(R1)

JSR
122500

61225

000030

104422

ROMCLK
JSR

004000

FLAG,66%
FLAG+1,68%

RS, .ROMCLK

010000

ROMCLK

002434
000005

09:23

BISB
BISB
ROMCLK
JSR

040620

104410

005237
023737
001306

TESTS

ROMCLK

104455
000006
005041
006556

000241
106137
001320

17=JUL=79

BGNTST
17::

013701

002516

MYINT

MOV

KMCSR,R1

TEST

snsnnannnnnnnnn

;RECORD DEVICE

ADDR.

sR1 CONTAINS BASE M8200,4.7 ADDRESS

CZDMQAO MB207 STATIC DIAG #2
CZDMQA. P11
25-JUN-79 14:07
5924
5925
5926
5927
5928
5929

013240
013244
013250
013256

5930
5931
5932

005037
012737
005137
0462737
042737
153737
153737

004537

010000

002406
000001

002434
003777
000037
002406
002407

002434

004537

003030

004537
040620

003030

004537
061225
013705

003030

116104
120504

002434
013316
013324

30A(1052)

HARDWARE

18:
648:
65%:

013316

000004

68%:

104422

013442
013444
013444
013444
013444

013446

FLAG+1,68%

010000

ROMCLK

JSR
004000
MOV

JSR
61225

RS, .ROMCLK

67%:

002434

coMm
CLC

002434

002406
002436

.WORD
.WORD
ESCAPE
TRAP
.WORD

ROLRB

BNE
BREAK
TRAP

INC

002406

CMP

2%:

BNE

JADD ADDRESS TO INSTRUCTION

sADD ADDRESS TO INSTRUCTION

sNEXT WORD IS

INSTRUCTION,

s CLOCK INSTRUCTION

;LOAD MAR LO WITH ADDRESS IN FLAG

sNEXT WORD

INSTRUCTION,

sNEXT WORD

INSTRUCTION,

sNEXT WORD

INSTRUCTION,

sNEXT WORD

INSTRUCTION,

;CLOCK INSTRUCTION
;LOAD MAR HI
:WRITE PATTERN IN PORT4

MRO,4(R1)

RS, .ROMCLK

TRAP
.WORD

sSTART WITH BIT 0
s CHANGE TO FLOATING O
;CLEAR ADDRESS FIELD OF INSTRUCTION
sCLEAR ADDRESS FIELD OF INSTRUCTION

RS, .ROMCLK

JSR
040620

SEQ 0104

JMASTER CLEAR MB200,4,7
JSTART WITH ADDRESS 0

R5,.ROMCLK

RS, .ROMCLK

MovB
CMPS
BEQ
ERROR

8
PAGE 44-~1

FLAG.66$

JSR
122500

MoV

104410

005237
023737
001302

BISB
JSR

FLAG

#1,MRO
MRO
#3777,66%
#37,68%

ROMCLK

002434
000005

09:23

MOV
coMm
BIC
8IC

ROMCLK

104455
000006
005041
006556

013416

MSTCLR
CLR

ROMCLK

001406

000034
005137
000241
106137
001314

TESTS

ROMCLK

668%:

003030

17-JUL=79

8158

013324

003030

004537
004000
013761
122500

MACY11

:CLOCK INSTRUCTION
;MOVE PORT4 TO MEMORY

;CLOCK INSTRUCTION
;MOVE MEMORY TO BR
;CLOCK INSTRUCTION
;MOVE BR TO) PORTS

MRO,R5

;PUT "EXPECTED'' IN RS

5(R1) R4
RS R4
67%
6

;PUT "FOUND'' IN R4
;DATA CORRECT?
sBR IF YES
;DATA ERROR

CSERDF
6
EMO
ERR6
TST
CS$ESCAPE
L10051-.

MRO

. CHANGE TO FLOATING 1

. CLEAR CARRY

MRO

JSHIFT BIT IN MRO

64%

;DONE

C$8BRK

FLAG

[F MRO=0

JNEXT ADDRESS

MEMSZ ,FLAG

;LAST ADDRESS?

JBR IF NO

ENDTST

104401

L10051:

TRAP

BADHEAD

CSETST

Jennknnkannnnns

JEST

svanennnnnneann

c*10P MAIN MEMORY DUAL ADDRESSING TEST
;*LOAD EACH MEMORY LOCATION WITH ITS OWN ADDRESS

013446

éASEQRDBACK EACH LOCATION TO VERIFY CORRECT ADDRESSING

(ZDMQAQ MB8207 STATIC DIAG #2
(ZDMQA P11
25=JUN=79 14:07

(2)
5965
5966
(3)
5967
(1)

5968
5969
5970
5971
5972

5973
5974

5975
5976
1)

5977
5978

)
5979
5980
5981
(1)
5982
5983
(1)
5984
5985
1)
5986

5987

5988
5989
5990
5991

(6)
(6)
(6)
5992

(3)
(3)
5993
5994
5995
5996
5997
5998

MACY11

30A(1052)

HARDWARE

17=JUL=79

TESTS

09:23

Jrnnnnnnevsnnnn

013446
013446
013446
013446

013452
013456
013462
013466
013474
013502
01351C
013516
013516
013522
013524
013524
013530
013532
013536
013536
013542
013544
013544
013550
013552
013552
013556
(13560
013562
013566
013570
013572
013576
013600
013602
013604
013606
013606
013610
013612
013616
013624
013626
013634
013640
013644

BONTST
T8::

MY INT
MOV

JEST

013701

002516

005037
013702
042737
042737
153737
153737

002406
002406
003777
000037
002406
002407

004537
010000

003030

004537
004000
010261

003030

000004

004537

003030

RS, .ROMCLK

004537
040620

003030

RS, .ROMCLK

004537
061225
010205

003030

RS, .ROMCLK

122500

116104

120504
001406

MSTCLR

1%:

MOV

010000

7%:

004000

000005

104455

023737
001316
012737
005037
013702
042737
042737
153737

38
002406
002436

013640
002406
002406
003777
000037
002406

004537
010000

003030

004537

003030

FLAG

FLAG,R2

#3777.,2%
FLAG+1,7$

000006
005041
006556
104410
000156
005237

KMCSR,R1

#37.,7%
FLAG.2$

2%:

ESCAPE

RS, .ROMCLK
RS, .ROMCLK
R2.4(R1)

R2,R5
S(R1) R4
R5.R4
3%
6
C$ERDF
6
EMO
ERR6
TST
CS$ESCAPE

L10052-.

002406
002340
4%:

MOV

FLAG
MEMSZ,FLAG
1%
#4$,1 0CK
FLAG
FLAG,R?

#3777.5%
#37.8%
FLAG.SS

5%:

010000

RS, .ROMCLK
RS, .ROMCLK

PAGE 44~2
B

SEQ 0105

aenvnvennnnenan

;R1

;RECORD DEVICE ADDR.

CONTAINS BASE M8200,4,7 ADDRESS

;JMASTER CLEAR MB200,4.7

;START WITH ADDRESS 0

;PUT DATA IN R2
;CLEAR ADDRESS FIELD OF INSTRUCTION
;CLEAR ADDRESS FIELD OF INSTRUCTION
;ADD ADDRESS TO INSTRUCTION
;ADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION,
s CLOCK INSTRUCTION
;LOAD MAR LO
SNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
;LOAD MAR HI
SNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
¢:MOVE PORT4 TO MEMORY

sNEXT WORD

INSTRUCTION,

:CLOCK INSTRUCTION
sMOVE MEMORY TO THE BR
sNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION

;MOVE BR TO PORTS

JPUT "EXPECTED'' IN RS
JPUT "FOUND'' IN R4

;DATA CORRECT?
;BR IF YES
;DATA ERROR

<NEXT ADDRESS
sLAST ADDRESS?
:BR [F NO

JNEW SCOPE

JRESTART AT ADDRESS 0

;PUT DATA IN R2

;CLEAR ADDRESS FIELD OF

INSTRUCTION

;CLEAR ADDRESS FIELD OF INSTRUCTION
;ADD ADDRESS TO INSTRUCTION
JNEXT WORD IS INSTRUCTION, ROMCLK PC+5304
;CLOCK INSTRUCTION
;LOAD THE MAR LO
JNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION

CZDMQAO M8207 STATIC DIAG #2

CZDMQA.P11

013700
013702
013702
013706
013710
013710
013714
013716
013720
013724
013726
013730
013734
013736
013740
013742
013744

013744
013746
013750
013750
013752
013756
013764
013766
013766
013766
013766

25=JUN-79 14:07

MACYTT

004537

003030

004537
061225
010205

003030

116104
120504
001406

HARDWARE

8%:

004000
040620

30A(1052)

TESTS

RS, .ROMCLK

ROMCLK
JSR

RS, .ROMCLK

61225

BEQ
ERROR
TRAP

006556

6%:

104410
000020

002406
002436

002406
9%:
ENDTST

L10052:

104401

013770

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

TRAP

sNEXT WORD

INSTRUCTICN,

;CLOCK INSTRUCTION

;MOV BR TO PORTS
JPUT "EXPECTED'IN
" RS
JPUT "FOUND'' IN R4

;DATA CORRECT?
JBR IF YES

sADDRESSING ERROR

TST

CSESCAPE
L10052-.
C$BRK

JNEXT ADDRESS
;]S IT THE LAST

FLAG

MEMSZ ,FLAG

;BR IF NO

CSETST

BADHEAD

. *PERFORM DUAL

TEST

aannnnnnannnnne

ADDRESSING

TEST

: *USING MAR AUTO-INC FEATURE

013770

BADHEAD

Jkkbkknnkannsr

013770
013770
013770

014024
014030
014032
014032
014040

;LOAD MAR H]
SNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
;MOVE MEMORY TO THE BR

5(R1) RS
R5,R4
6%
6
C$ERDF
6
EMO
ERR6

;*]0P MAR TEST

014010
014014
014016
014022
014024

PAGE 44-3

R2,RS

Jkenannanwnnnnct

014000
014002
014004
014004

SEQ 0106

JSR

MOV
MOVB
CMP8

000005

09:23

004000

ROMCLK

040620

104455
000006
005041

104422
005237
023737
001325

17=JUL=79

BGNTST
19::

005002

013703
005203

wnnannnnnnnnnnn

K4ONLY

JFOR 4K CPUS ONLY.
:D0 NOT DO TEST IF M8200, OR M8204
TRAP
CSEXIT
.WORD
L10053-.

104432
000326

013701

TEST

MY INT
Mov

002516

MSTCLR
CLR
MOV

002436

004537
010000

003030

004537
010261

003030
000004

;RECORD DEVICE ADDR.

;R1 CONTAINS BASE M8200,4,7 ADDRESS
;MASTER CLEAR MB8200,4.7

INC

R2
MEMSZ ,R3
R3

JSR

RS, .ROMCLK

JNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
;LOAD MAR WITH A ZERO

RS, .ROMCLK
R2.4(R1)

2 CLOCK INSTRUCTION

ROMCLK

010000
1%:

KMCSR,R1

CLRMAR
JSR

MoV

;START WITH A ZERO
;GET MEMORY SIZE

:STOP ADDR=MEMSZ+1

;JWRITE

DATA TO PORT4

(ZDMQAQ MB207 STATIC DIAG #2
CZOMQA. P
25=JUN=-79 14:07
6041
(1)

6042
6043
6044
6045
6046
6047
(1)
6048

014044
0146044
014050
014052
014054
014056

004537
136500

MACY11

30A(1052)

HARDWARE

ROMCLK

003030

005202
020302
001370
005002

004537
010000

003030

004537

003030

004537
055224
010205

003064

116104

120504
001406

004537
000000
005004

003064

004537

003030

004537

003030

016104
042704
005202
020237
001002
052702

000004

020204
001406

RS, .ROMCLK

CLRMAR
JSR

RS, .ROMCLK

055224

MOVB
(MPB

3%:

ROMCLK

R2,RS
4(R1) ,R4
RS.R4

000104

INSTRUCTION

:CLOCK INSTRUCTION

;NEXT WORD 1S INSTRUCTION,
:MOVE MEM TO PORT4

JPUT "EXPECTED'' IN RS
;PUT "FOUND'' IN R4
;DATA CORRE(CT?

:BR IF YES

;MAR ERROR

CSERDF

11
EMO

ERR11

;DUMP NOP INSTR.

TO CLK AUTO INC

IN MAR.

:READ [BUS* <15> (MAR HIGH)

RS, .ROMCLK
;CLOCK INSTRUCTION
;MAR HIGH _POT §

JREAD [BUS* <14> (MAR LOW)
;CLOCK

MOV

4(R1) ,RG
#160000,R4

JADD

#10000,R2

JIF

R2
R2 .MEMSZ
35%
z%,R4

CSERDF
1M
EMO
ERR11
4%:

104410

:CLOCK

;LOAD MAR WITH A ZERO

000013
005041
007154

JNEXT WORD IS INSTRUCTION,

RS, .ROM(LK

BIC

104455

. INCREMENT DATA

JSR

121304

35%:

sNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
JMEM_PORT4, AUTO-INC MAR

;DONE YET?
:BR IF NO
;RESTART WITH A ZERO

SROMCLK
RS, .SROMCLK
JSR
0
R
CLR
JSR
121325

002436
010000

TRAP
.WORD
.WORD
.WORD

ROMCLK

160000

RS, .ROM(LK

PAGE 44=~4

SROMCLK
RS, .SROMCLK
JSR

BEQ
ERROR

000013
005041
007154

121304

JSR

MOV

000004

SEQ 0107

R3,R2
1%
RS

010000

2%:

09:23

JSR
136500
INC
cMP
BNE
CLR

ROMCLK

104455

121325

17=JUL=79
TESTS

TST

(SESCAPE
L10053~.

;ADDR.

INSTRUCTION

TO MAR HIGH.

AT HIGH LIMIT,ADD

IN OVERFLOW BIT.

0K?
JERROR MAR ADDR.

BAD

IN IBUS <14>AND <15>

JEXPECTED (R4) IS COMBINATION OF
JIBUST <14> AND <15>

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA P11
25-JUN-79 14:07
6080
(3)
6081
6082
6083
6084
6085
6086
6087
6088
(1)

6089
6090
6091

1)
6092

6093
(1)

6094
6095
(1)

6096
6097
(1)

6098
6099
6100
6101
6102

6103
6104
6105

6106
(S
(6)
(6)
(6)

6107
6108
(3)
(3)
6109
6110
(2)
6111

014226
014226
01450
014234

104422

032702
001720

MACY11

30A(1052)

HARDWARE

6117
(3)
6118
1)
(4)

TESTS

BREAK
TRAP

010000

BIT

BEQ
.

09:23

PAGE 44-5

SEQ 0108
C$8RK

#10000,R2

DONE YET?

;*THIS SECTION OF CODE ADDED TO MAKE SURE
;*THAT MASTER

CLEAR,

CLEARS

THE MAR

014236
014246
014252
014254
014254
014260
014262
014262
014266
014270
014270
014274
014276
014276
014302
014304
014306

052711
005011

040000

004537

003030

004537

003030

004537

003030

004537

003030

005002
016104

000004

121325

121304

121325
121304

SKIPO6

40%

BIS
(LR

#40000, (R1)
(R1)

JSR
121325

R5, .ROMCLK

.GOTO 408 IF MB206

ROMCLK

ROMCLK
#3?304
ROMCLK

RS, .ROMCLK

JSR
121304
CLR

RS, .ROMCLK

MoV

JSET MASTER (LEAR
sCLEAR MASTER CLEAR

;WE MUST

FIRST

CLOCK

;CLOCK INSTRUCTION
;THE MAR LATCH REGS

;BEFORE WE CAN READ
s CLOCK INSTRUCTION

RS, .ROMCLK

JSR
121325

ROMCLK

[BUS*

<15> PUT

JREAD

[BUS*

<14>,

sCLOCK INSTRUCTION
;sMAR HIGH
sCLOCK INSTRUCTION
sMAR LOW
JEXPECT MAR CLEAR

4(R1) ,RG

014312
014314
014320
014322
014324
014326
014330
014330
014330
014330

001406

8EQ
ERROR

104455

000054
005041
010732

104401

40%:
ENDTST

L10053:

014332

40%
44

C$ERDF
44
EMO
ERR44

TRAP

CSETST

BADHEAD

sxwnnxtnnwnnnnt

TEST

ézenggHAT

014332

IBUS*

IBUS~

sannannnwnnwsrnn

014332
014332
014340

10 BITS

10 BIT6

TEST

BGNTST
T10::

014332

X
MACE

104432

.DO NOT DQ TEST

TRAP

CSEXIT

PUT

IN PORT4

IF M8200

TST

CLEAR

annrnavnnnnnnnn

;*I0P (CRAM) ODT BITS TEST
:*LOAD MAR WITH A O INC MAR UNTIL
J*VERIFY THAT

IN PORTS

JREAD PORTS 485. THEY (ONTAIN
;THE CONTENTS OF THE MAR
;MASTER CLEAR SHOULD HAVE

;BRANCH END

TRAP
.WORD
.WORD
.WORD

THEM

JREAD

;CLEARED THE MAR

6112
6113
6114
6115
(2)
6116

17=JUL=79

IT OVERFLOWS

IS SET ONLY WHEN MAR BIT

SET

ON MAR OVERFLOW

awannnnnnnnnenn

IS A ONE

(ZDMQAQ MB8207 STATIC DJAG #2

(ZDMQA.P11
(4)

6119
(1)

6120
6121
6122
6123
(1

6124
6125
6126
(1)

6127
6128
6129
6130
6131
6132
6133
6134
6135
6136

014342
014344
014344

014350
014354
014356
014356
014362
014364
014364
014364
014370
014372
014374

014400
014402
014406
014412
014416
014420
014422
014426
014430
014432
014434
014436
014436
014440
014462
014442
0144642
014446
014450
014452
014456
014460
014460
014464
014466
014472
014476

014502
014504
014506
014512
014514
014516
014520
014522
014522
014526
014530
014530
014534
014536

25=JUN-79 14:07

MACY11

30A(1052)

HARDWARE

000234
013701

. WORD

002516

004537
010000

003030

004537
121204
005005
032702
001402
012705
016104
042704
020504
0014190

003030

1%:

000040
000004
177637

104410

000136

15%:

003030

ROMCLK
JSR

RS, .ROMCLK

BIT
8EQ

RS
#3118,R2
.+6

BIC
CMP
BEQ
ERROR
TRAP
.WORD
.WORD
.WORD
ESCAPE
TRAP
.WORD

ROM(C.
K

000100
000004
177627

003030

004537
004000

003030

RS R
15$
7

C$ERDF

#3]1T6,R5

4(R1),R4
#177627
,R4
R5,R4
17%
14

C$ERDF

JSR

RS, .ROMCLK

JSR

004000

ROMCLK

INSTRUCTION,

sCLOCK INSTRUCTION

;MAR_0O

JNEXT WORD IS INSTRUCTION,
.CLOCK INSTRUCTION

;PORT4=]RUS*10

JRS="EXPECTED"’

;1S BIT8 SET IN MAR?

;BR IF NO
;IF YES THEN SET BITS
JR4="FOUND"'

;CLEAR UNWANTED BITS
JBITS 586 SHOULD BE CLEAR
;BR IF 0K

;ERROR BITS 586 NOT (CLEAR

CSESCAPE
L10054-.

7
EMO

ROMCLK

JNEXT WORD

TST

.WORD
.WORD
.WORD

010000

sRECORD DEVICE ADDR.

CONTAINS BASE M8200,4,7 ADDRESS

RS, .ROMCLK

ROMCLK

sR1

EMO
ERR7

JSR
121204

TRAP

004537
010000

‘R&

#177637 R4,

RZ
#2000,R2
1%

BIC
CMP
BEQ
ERROR

17%:

#BIT5.RS

4(R1)

INC
CMP
BNE

MOV
MoV

SEQ 0109

JMASTER CLEAR M8200,4,7

R5, .ROMCLK

ROMCLK

003030

9
PAGE 44=6

;R2=SAME AS MAR CONTENTS

JSR

014000

002000

104455
000007
005041
006704

RS, .ROMCLK

MOV
MOV

000007
005041
006704

KMCSR,R1

JSR

010000

L10054~.

121204
CLR

000400

09:23

MSTCLR
CLR
ROMCLK

104455

004537
121204
012705
016104
042704
020504
001406

TESTS
My INT
MOV

005002

004537
014000
005202
022702
001342

17=0UL=79

ERR7

RS, .ROMCLK

JNEXT WORD

INSTRUCTION,

;CLOCK INSTRUCTION

s INC MAR

;BUMP MEM ADDRESS
;OVERFLOWED YET?(OVFL PAGE BITS).
;BR IF NO
JNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
;PARTS4 IBUS* 10

;R5="ERPECTED""

JR4="FOUND'*
s CLEAR UNWANTED BITS

;BIT6 SHOULD BE SET

;BRIF OK
;ERROR, BIT6 NOT SET

JNEXT WORD IS INSTRUCTION,

sCLOCK INSTRUCTION
MAR 0

*NEXT WORD IS INSTRUCTION,

oCLOCK INSTRUCTION
“MAR HI 0

NEXT WORD !S INSTRUCTION,

(ZDMQAQ MB207 STATIC DIAG #2
(ZDMQA P11
25=JUN-79 14:07
(1)
6157
6158

6159

6160
6161

6162
6163

(5)
(6)
(6)
(6)
6164

6165

(3)
(3)
6166
6167
(2)
6168
6169
6170
6171
6172
6173
6174
6175
6176
(2)

6177
6178
(3
6179
(1)

6180
(3)

(3)
6181
6182
(1)

6183
6184
6185
(3)
6186
6187

6188

6189
(1)

6190
6191
(1)

6192
6193
6194
6195

014536

004537

014544
014546
014552
014556
014560
014562
014566
014570
014572
014574
014576
014576
014576
014576

005005
016104
042704
020504
001406

014542

121204

MACY11

30A(1052)

17=JUL=79

HARDWARE

09:23

TESTS

JSR
121204

RS, .ROMCLK

000004
177637

MOV

4(R1)

“RS="ERPECTED'"

*R4="FOUND"'

#1776%7 R4

*CLEAR UNWANTED BITS

BEQ
ERROR

2%
7

:BR IF 0K
*ERROR 586 NOT BOTH CLEAR

.WORD
.WORD
.WORD

7
EMO
ERR7

TRAP

CSETST

TRAP

2%:

s CLOCK INSTRUCTION
*PORT4 IBUS* 10

8IC

CMP

104455

000007
005041
006704

PAGE 44~7

SEQ 0110

003030

CLR

RS,R4

:BITS 586 SHOULD BE CLEAR

($ERDF

ENDTST

L10054:

1044601

014600

BADHEAD

Juxnknnnnnnnnnk

TEST

;s*CRAM TEST OF

JUMP(I)

J*PERFORM THE

JUMP

wnnwwnnwnnnnnnn

NEVER MICRO-PROCESSOR INSTRUCTION.

INSTRUCTION

s*VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION
;*IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
:*BR WITH THE LOWEST 8 BITS OF THE CRAM P(C. AT THIS POINT
;*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT

s*THE CRAM PC IS CORRECT. IF
;*THEN PORT4 CONTAINS A 37
BADHEAD

014600

Jxnensnnnnnnnnt

014600
014600
014600

T11::

SKIPO4

IS NOT RIGHT,

ewwnenneannwnnn

10%

:GOTO 10% IF MB204

000230

014614

013701

014620
014624
014624
014626
014632
014632
014636
014636
0714642
014644
014644
014650
014652
014656
014660

CRAM PC

BGNTST

014610
014610
014612

014614
014614

TEST

THE

EXIT

104432

104404

TRAP

10%:

003460

004737

003152

004537
100400

003064

004537

004737
000001

114377

120504

MY INT

002516

004737

.WORD

1%:

TST

CSEXIT

JCAN'T DO IF ROM,4K

L10055-.

MoV

KM(CSR,R1

MSTCLR
BGNSEG
TRAP
JSR

C$BSEG
PC ,MEMSET

RECORD DEVICE ADDR.

JR1 CONTAINS BASE M8200,4,7 ADDRESS
;MASTER CLEAR M8200,4,7

;SET MEM AND RAM

JSR
PC,CLRALL
SROMCLK

;CLEAR ALL CONDITIONS
;NEXT WORD IS INSTRUCTION,

003064

100400
SROMCLK
JSR
RS,

;START AT ROM P(C=0
sNEXT WORD IS INSTRUCTION,

003314

JSR

PC ,RAMDAT

(MPS

R5,R4

JSR

RS, .SROMCLK
. SROMCLK

114377.<400+0>

]

;JUMP TO ROM PC OF

JR4-CRAM PC

1777

(LSB 8 BITS)

JEXPECTED DATA
2IS ROM PC CORRECT?

(ZDMQAO MB207 STATIC DIAG #2
(ZDMQA. P11
25=JUN-76 14:07

6196
6197
(5)
(6)

014662
014664

014670
014672

104455
000005

0164674
0714676

005041
006434

(3)
(3)

014700
014702

104410
000002

6199
(3)

014700

014704
014704

(3)

014704

(3)

014706

6200
6201
6202

014706

2$:

10000%:

104405
104404

003152

6203
6204

014720
014722

014714

004537

100403

003064

6205
6206
6207
6208
6209
6210

(14726
014730
014734
014736
014740
014742

014722

004537

003064

(5)
(6)

(6)
(6)

6211
(3)
(3)
6212
(3)
(3)
6213
(3)
6214

6215
(1)

014746
014750

014752
0147546

014756
014756
014760
014762
014762
014762
014764
014764
014766

014772

100000
004737
000004
120504
001406

004537

6218
6219
6220
6221
6222

015006
015006
015012
015014
015016

104125
004737
000007
120504
001406

015024
015026

104455
000005

(1)

6223
(5)
(6)

015000

015020

100406

004537

(6)
(6)

015030
015032

005041
006434

(3)

015034

106410

6224

015034

4%:

10001%:

104405

014776
015000

EMO
ERRS

TRAP
.WORD

C$E SCAPE
10000%-.

TRAP

CSESEG

TRAP

C$BSEG

JSR

RS, .SROMCLK

JSR

R5,.SROM(CLK

TRAP
.WORD

CSERDF
5

CSERDF

PAGE

44-8

;BR _IF NO
;ERROR, CRAM P(C

SEQ@ 01N

IS WRONG

ESCAPE SEG
ENDSEG

sCLEAR ALL CONDITIONS
JNEXT WORD IS INSTRUCTION,
;START AT ROM P(=3
JNEXT WORD IS INSTRUCTION,

100000:<400%0>
;JuMP TO ROM PC OF 0
JSR
PC ,RAMDAT
;R4=CRAM P(C (LSB 8 BITS)
4
JEXPECTED DATA
(MPB
RS .R4
;1S ROM PC CORRECT?
BEQ
3
;BR IF YES
ERROR
5
;ERROR, CROM PC IS WRONG

005041
006434

6216
6217

.WORD
.WORD

100403
SROM(LK

104455
000005

104404
004737

2%
5

JSR
PC.,CLRALL
SROMCLK

003314

104410
000002

09:23

BEQ
ERROR

BGNSEG

004737

(1)

17-JuL=79
TESTS

TRAP
LWORD

014710
014714

(1)

30A(1052)
HARDWARE

001406

(6)
(6)

6198

MACYT1

003152

.WORD
.WORD

EMO
ERRS

TRAP
BGNSEG

CSESEG

ESCAPE SEG
TRAP
CS$ESCAPE
.WORD
10001%-.
ENDSEG

TRAP
JSR

C$BSEG
PC,CLRALL

JSR

R5,.SROMCLK

JSR

R5,.SROMCLK

SROMCLK

003064

100406
SROMCLK

003064

104125!<400+0>
JSR
PC.RAMDAT
7
(MPS
R5,R4
BEQ
6$

003314

ERROR
TRAP
.WORD

6%:

CSERDF
5

.WORD
.WORD

EMO
ERRS

TRAP

(SFSCAPE

ESCAPE SEG

;CLEAR ALL CONDITINS

JNEXT WORD IS INSTRUCION,

;START AT ROM P(=6
sNEXT WORD IS INSTRUCTION,
;JUMP TO ROM PC OF 525
;R4=CRAM PC (LSB 8 BITS)
JEXPECTED DATA
;1S ROM PC CORRECT?
:BR IF YES

JERROR, CRAM P(C IS WRONG

(ZDMQAQ MB207 STATIC DIAG #2
(ZDMQA.P11
25=~JUN=7G 14:07
{3)
6225
(3)

(3)
6226

(3
(3)
6227
6228
(2)
6229

015036
015040
015040
015040
015042
015042
015042

MACY11

30A(1052)

HARDWARE

000002
10002%:

104405

ENDTST
< 10055:

1044601

015044

17=JUL=79

TESTS

10002%-.

TRAP

C$ESEG

TRAP

CSETST

BADHEAD

6230
6231

PAGE 44-5G

SEQ 0112

.WORD

ENDSEG

09:23

Jenkankknnnnnenanr

TEST

;c*CRAM TEST OF

JUMP(])

J*PERFORM THE

JUMP

ARRNRRRARARNCRNN

ALWAYS MICRO-PROCESSOR

INSTRUCTION

s*VERIFY THE JUMP DID OCCUR BY CLOCKING THE

INSTRUCTION.

INSTRUCTION

J*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
J*BR WITH THE LOWEST 8 BITS OF THE CRAM P(C. AT THIS POINT
;*THE

BR DATA

MOVED

TO PORT4.

:'THE JUMP WAS SUCCESSFUL,
;*THEN PORT4

015044

BADHEAD

015044
015044
015044
015054
015056
015060
015060
015064
015070

BGNTST
T12::

013701

004737

003460

3\f\&\J\@\befigidLNLNflJhJfiJ—‘—“fl
NOO
fVCDJ\NJCN)fluC£E

d
P
o o

Ger Grur Ganr Guruur rur Sued

1%:

MSTCLR
JSR

KMCSR,R1

PC ,MEMSET

004737
000377

003314

JSR

PC ,RAMDAT

(MPS
BEQ
ERROR

R5.R4
2%
5

114777

003064

120504

001406

e
o
e

G
G
S
G

b e
e

e G

D
b cnd

i Shur i
Qi

b eh —d

aleleleleleloleloleolololololololole)

MY INT
MOV

CSEXIT

104455

000005
005041
006434

104410

000002
104405

10000%:

DATA

JR1

RECORD DFVICE ADDR.
CONTAINS BASE M8209,4,7 ADDRESS

JMASTER CLEAR MB200,4,
;JSET MEM AND RAM

sNEXT WORD IS INSTRUCTION,

:START AT ROM PC=0

sNEXT WORD

INSTRUCION,

377

JEXPECTED DATA

C$ERDF

.WORD
5
.WORD
EMO
.WORD
ERRS5
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10000%-.
ENDSEG
TRAP

CORRECT

M8200

;JUMP TO ROM PC OF

BGNSEG

wusanannnnwnennnsn

114377'(400*1>

TRAP

2%:

THIS

L10056-.

003064

100400

AVARV LRV, LV, RV LV, LV, LV, LV, AV, LV, IV, 1V, ]V, [V, 1V, 1V, ]V, ]

;DON'T DO
IF M8200°

TEST

004537

6257

MACE X2
:DO NOT DO

BGNSEG
TRAP
C$BSEG
SROMCLK
JSR
R5, .SROMCLK
100400
SROMCLK
JSR
RS, . SROMCLK

104404

6254

TEST

.WORD

002516

CONTAIN A 37

THE JUMP WAS UNSUCCESSFUL

Jnennnnnnnnrninr

TRAP

104432

000214

WILL

(SESEG

JR4=CRAM PC

1777

(LSB 8 BITS)

;IS ROM PC CORRECT?
;BR IF YES
;ERROR, (RAM PC IS WRONG

(ZDMQAQ MB207 STATIC DIAG #2
(ZDMQA.PT1
25=JUN=79 14:07

(3)
6258

015146
015150

6259
6260

01515¢
015156

6261

015162

6263
6264
6265
6266

015170
015172
015174
015176

(1)

6262

(S)
(6)
(6)
(6)

003064

JSR

RS, .SROMCLK

015164

015202
015204
015206
015210

015234

015222

004737

000000
120504
001406

104404
004537

100406

015236
015242
015244
015246
015250
015256
015256

004737
000125
120504
001406

003314

015260
015262

(3)
(3)

015264
015266

104410
000002

(3)
(3)

015270
015270

6284
6285
6286
6287
6288

003064
003064

104525

(6)
(6)

(2)

10001%:

104405

004537

015270

015272
015272
015272

015274

0
(MPB
BEQ
ERROR

4%:

104410
000002

015230

015264

100000'(400*1>

003314

104455
000005
005041
006434

6281
(3)
(3)
6282
6283

;START AT ROM P(C=3
JNEXT WORD IS INSTRUCTION,

004537

6273

6280

100403
SROM(LK

015156

100400

104405

104600

6%:

10002$:

ENDTST
L10056:

PAGE 44-10

JNEXT WORD IS INSTRUCTION,

RS, .SROMCLK

100403

TRAP
($BSEG
SROMCLK

JSR

015225
015230

6279

09:23

003064

6271
6272
6274
6275
6276
6277
6278
(S)
(6)

104404

17-0UL=-79
TESTS

004537

015212
015212
015214
015216
015216
015216
015220
015220
015222

(1)

30A(1052)
HARDWARE

015150

6267
(3)
(3)
6268
(3)
(3)
6269
(3)
6270
(1)

MACY11

TRAP
WORD
.WORD
.WORD

;JUMP TO ROM PC OF O

PC, RAMDAT

RS,R&
43
5

CSERDF
S
EMO
ERRS

sR4=CRAM PC (LS8 8 BITS)

JERROR,

JEXPECTED DATA
;IS ROM PC CORRECT?
JBR IF YES
(RAM P(C IS WRONG

ESCAPE SEG
TRAP
CSESCAPE
LWORD
10001%-~.
ENDSEG
TRAP
CSESEG
BGNSEG
TRAP
(S$BSEG
SROMCLK
JSR
RS, .SROMCLK
100406
SROMCLK

;START AT ROM P(C=6
JNEXT WORD IS INSTRUCTION,

104125.<400%1>

;JUMP TO ROM PC OF 525

JSR

RS, .SROMCLK

JSR
125
(MPB
BEQ
ERROR
TRAP
.WORD

PC ,RAMDAT

JNEXT WORD IS INSTRUCTION,

;JR4=CRAM PC (L5B 8 BITS)
JEXPECTED DATA
;1S ROM P(C CORRE(CT?
;JBR IF YES
JERROR, CRAM P(C IS WRONG

RS .R4
6%
5

.WORD
.WORD

CSERDF
5
EMO
ERRS

TRAP
.WORD

(SESCAPE
10002%-.

TRAP

(SESEG

TRAP

CSETST

ESCAPE SEG
ENDSEG

BADHEAD

Javnwnnnnnnnnntr

TEST

snnannwnnnnnnnn

J*CRAM TEST OF JUMP(]) ON C BIT SET MICR0-PROCESSOR INSTRUCTION.
;*SET THE C BIT, PERFORM THE JUMP INSTRUCTION.
J*VERIFY THE JUMP DID QCCUR BY CLOCKING THE INSTRUCTION
J*IN THE LOCATION IT IS AT, THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST 8 BITS OF THE (RAM P(. AT THIS POIN!

S€EQ 0113

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA. P11
25=JUN=7G 14:07

6289
6290
6291
6292
(2)

6293
6294

(3)
6295
(1)
(4)
(4)

6296
(1)

6297
6298
6299
6300
(3)
6301
6302
(1)

€303
6304
(1)

6305
6306
6307
6308
6309
6310
(5
(6)

(6)

6311
6312
(3)
(3)

6313
(3)
(3)

6314

MACY11

30A(1052)

HARDWARE

17=JUL=79

TESTS

09:23

PAGE 44-11

SEQ 0114

;*THE BR DATA [S MOVED TO PORT4. IF THIS DATA IS CORRECT
s*THE JUMP WAS SUCCESSFUL, IF _THE JUMP WAS UNSUCCESSFUL
;*THEN PORT4 WILL

015274

BADHEAD

sennnnnnnkwnwns

015274
015274
015274
015304
015306
015310
015310

015314
015320
015324
015324
015326
015332
015332
015336
015340
015340
015344
015346
015352
015354
015356
015360
015364
015366
015370
015372
015374
015374
015374
015376
015400
015400
215400
015402
015402
015404
015410
015410
015414
015416
015416
015422
015424
015430
015432
015434
015436

CONTAIN A 37

TEST

aennnnennnnnnnn

BGNTST

MACEX2
104432

.DO NOT DO TEST IF M8200

TRAP

000230

.WORD

013701

002516

MY INT
Mov

004737

003460

MSTCLR
JSR

104404

004737

003244

004537

003064

100400

004537
115377
004737
000377
120504

1¢:

003314

104455

2%:

104410
000002

104404

004737
004537
100403

100008:

003244

003064
003064

004737
000000

003314

120504
001406

RS, .SROMCLK

JSR
RS, .SROMCLK
1143771 <400%2>

<JUMP TO ROM PC OF

377
CMPS
BEQ
ERROR

R5.R4
2%
5

;IS ROM PC CORRE(CT?
:BR IF YES
;ERROR, CRAM PC IS WRONG

WORD
.WORD
.WORD

5
EMO
ERRS

ESCAPE

.WORD
ENDSEG

PC ,RAMDAT

CSERDF

SEG

;LOOP TO 1% [F SW09=1

10000%-.

CSESEG

TRAP

C$BSEG

JSR
PC,SETC
SROMCLK
JSR
RS, .SROMCLK
100403
SROMCLK

JSR
RS, .SROMCLK
100000 <400+2>

8SR

PC,RAMDAT

(MPB

R5,R4

ERROR

BEQ

1777

;R4=CRAM PC (LSB 8 BiTS)
JEXPECTED DATA

C$ESCAPE

TRAP

BGNSEG

004537
101000

:START AT ROM P(C=0
SNEXT WORD IS INSTRUCION,

TRAP

104405

-RECORD DEVICE ADDR.

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

100400
SROMCLK

TRAP

000005
605041
006434

KMCSR,R1

JSET THE C BIT!
JNEXT WORD IS INSTRUCTION,

JSR

001406

CSEXIT

L10057-.

PC MEMSET
BGNSEG
TRAP
C$BSEG
JSR
PC,SETC
SROMCLK

JSR

003064

;DON'T DO IF M8200

JSET THE C BIT®

JNEXT WORD

INSTRUCTION,

;START AT ROM P(=3
SNEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 0O

;R4=CRAM PC (LSB 8 BITS)
JEXPECTED DATA

;1S ROM PC CORRECT?
;BR IF YES
JERROR,

CRAM P(

IS WRONG

(ZDMQAQ MB8207 STATIC DIAG #2
C.DMQA. P11
25-JUN=79 14:07
s
(6)
(6)
(6)

6325
6326
&)
(3)

6327
(3)
(3)
6328
(3)
6329
6330
1)

6331
6332
(1)

6333
6334
6335
6336
6337
6338
(S)
(6)
(6)
(6)

6339
3
(3)
6340

&))

(3)

6341

(3)
(3)
6342
6343
(2)
6344
6345

6346
6347
6348
6349
635C
6351
6352
(2)
6353
6354
(3
6355
1)

015442
015444
015446
015450
015452
015452
015452
015454
015456
015456
015456
015460
015460
015462
015466
015466
015472
015474
015474
015500
015502
015506
015510
015512
015514
015520
015522
015524
015526
015530
015530
015532
015534
015534
015534
015536
015536
015536

104455
000005
005041
006434

MACY11

30A(1052)

HARDWARE

4%:

104410

10001%:

004737

003244

004°37

003064

004537

003064

004737
000125
120504
001406

003314

105125

104410

€%.

L10057:

015540

PAGE 44-12

SEQ 0115

C$ERDF

5
EMO
ERRS

;LOOP TO 3% [F SW09=1

SEG

C$ESCAPE

10001%-.

CSESEG
C$BSEG

PC,SETC

;SET THE C BIT'
JNEXT WORD IS INSTRUCTION,

SEXPECTED DATA

BEQ
ERROR

6%
5

;BR IF YES
;ERROR, CRAM PC

.WORD
.WORD
.WORD
ESCAPE

5
EMO
ERR5
SEG

TRAP

.WORD

100028:

09:23

SROMCLK
JSR
RS, .SROMCLK
100406
SROMCLK
JSR
RS, .SROMCLK
104125!<400%2>
JSR
PC .RAMDAT
125

TRAP

ENDTST
104401

.WORD
ENDSEG

CMPB

000002
104405

ESCAPE

TRAP
BGNSEG
TRAP
JSR

104455

000005
005041
006434

.WORD
.WORD
.WORD

TRAP

104405

100406

TESTS

TRAP

000002

104404

17=J4UL=79

ENDSEG

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

;JUMP TO ROM PC OF 525
;R4=CRAM PC (LSB 8 BITS)

R5,Ré4

21S ROM PC CORRECT?

CSERDF

IS WRONG

C$ESCAPE

10002%-.

TRAP

C$ESEG

TRAP

CSETST

BADHEAD

cannankuannnvrnn

JEST

wnwnmannnnnnnnn

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

c*THE JUMP WAS SUCCESSFUL, IF_THE
;*THEN PORT4 WILL CONTAIN A 37
BADHEAD
cannnwannnnnnnnr

JEST

JUMP WAS UNSUCCESSFUL

snnannnnnannnnn

BGNTST
T14::

MACE X2

;DO NOT DO TEST

[F M8200

;DON'T 00 IF M8200.

(ZDMQAO M8207 STATIC DIAG #2
CZDMQA P11
25=JUN=79 14:07

015560
015564
015570
015570
015572
015576
015576
015602
015604
015604
015610
015612
015616
015620
015622
015624
015630
015632

015634

30A(1052)

104432

. WORD

002516

004737

003460

104404
004737

003276

100400

004537
115777
004737
000377
120504
001406

MY INT
MOV

1%:

003064
003314

377

CMPB
BEQ
ERROR
TRAP

2%:

000002

100008
:

104405

003276

004537

003064

b - D

004537
101400
004737
000000
120504
001406
104455
000005
005041
006434
104410

003314

CSEXIT

KMCSR,R1
PC,MEMSET

C$BSEG

PC,SETZ

R5.,R4

2%
5

gSERDF

TRAP

(MP8

BEQ
ERROR

10001$:

cRECORD DEVICE ADDR.
;R1 CONTAINS BASE M8200,4,7 ADDRESS
;MASTER CLEAR M8200,4,7
:SET MEM AND RAM
;SET THE Z BIT®

sNEXT WORD

INSTRUCTION,

;START AT ROM P(C=0

;NEXT WORD IS INSTRUCION,

;JUMP TO ROM PC OF 1777
sR4=CRAM PC

(LSB 8 BITS)

JEXPECTED DATA
;1S ROM PC CORRECT?

BR IF

YES

cERROR, CRAM P(C IS WRONG

EMO
ERRS
ESCAPE S EG
TRAP
C$ESCAPE
100008-.
.WORD
ENDSEG

PAGE 44-~13

L10060~.

C$ESEG

C$BSEG
PC,SETZ
JSR
SROMCLK
JSR
R5,.SROMCLK
100403
SROMCLK
JSR
RS, .SROMCLK
100000!< 400%3>
PC ,RAMDAT
JSR

003064

SEQ 0116

TRAP

000002
104405

.WORD
.WORD
.WORD

BGNSEG

004737
100403

MSTCLR
JSR
BGNSEG
TRAP

09:23

SROMCLK
RS, .SROMCLK
JSR
100400
SROMCLK
RS, . SROMCLK
JSR
114377'< 400+3>
PC,RAMDAT
JSR

003064

104455
000005
005041
006434

104404

TESTS

TRAP

013701

004537

17=JUL=79

HARDWARE

000230

104410

(1)

d cd

6356

015550
015552
015554
015554

—

(4)
(4)

MACY11

R5.R4
43

5
TRAP
CSERDF
.WORD
p)
.WORD
EMO
ERRS
ESCAPE S EG
TRAP
CSESCAPE

.WORD
ENDSEG

100018-.

TRAP

CSESEG

BGNSEG

;JSET THE 2 BIT'
JNEXT WORD IS INSTRUCTION,

;START AT ROM P(C=3
sNEXT WORD IS INSTRUCTION,
;JUMP TO ROM PC OF 0O
JR4=CRAM PC

(LSB 8 BITS)

JEXPECTED DATA

;1S ROM PC CORRECT?
;BR [F

YES

*ERROR. CRAM PC 1S WRONG

CZDMQAQ MB207 STATIC DIAG #2
CZOMQA.PT
25=-JUN-79 14:07

(3)
6387
6388
(1)

6389
6390
(1)

6391
6392
6393
6394
6395
6396
(5)

(6)
(6)
(6)
6397
(3)
(3)
6398
(3)
(3)

6399

(3)
(3)
6400
6401

015724
015726
015732
015732
015736
015740
015740
015744
015746
015752
015754
015756
015760
015764
015766
015770
015772

015774
015774
015776
016000
016000
016000
016002
016002
016002

104404

004737

003276

004537

003064

004537

003064

004737
000125
120504
001406

003314

100406

105525

104455
000005
005041
006434

MACY11

30A(1052)

HARDWARE

17=JUL=79

TESTS

6%:

000002

100028:

104405

ENDTST
L10060:

104401

PAGE 44-14

SEQ 0117

TRAP
C$BSEG
JSR
PC,SETZ
SROMCLK
RS, .SROMCLK
JSR
100406
SROMCLK
JSR
RS, .SROMCLK
104125!<400+3>

#gg

PC,RAMDAT

CMPB
BEQ
ERROR

R5.R4
6$
5

.WORD
.WORD
.WORD

5
EMO
ERRS

.WORD
ENDSEG

10002%-.

TRAP

CSESEG

TRAP

CSETST

TRAP

104410

09:23

016004

JSET THE Z BIT®
sNEXT WORD IS INSTRUCTION,
:START AT ROM P(C=6

JNEXT WORD IS INSTRUCTION,
;JUMP TO ROM PC OF 525
;R4=CRAM P(C (LSB 8 BITS)
;EXPECTED DATA
;IS ROM PC CORRECT?
;BR IF YES
<ERROR, CRAM PC IS WRONG

CSERDF

ESCAPE SEG
TRAP
CSESCAPE

BADHEAD

JhRnannarnanknnns

TEST

annnnwnannnnwnnn

s*CRAM TEST OF JUMP(I) ON BRO SET MICRO~PROCESSOR INSTRUCTION.
s*SET THE BRO BIT, PERFORM THE JUMP INSTRUCTION.

NOND N =D b cd d v =
~S OO0 NO VI

B SN PN
v

RRARRRRRAR
AR RR

(N =
(NN —

(2)

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

016004

BADHEAD

016004
016004
016004
016014
016016
016020
016020

016024
016030
016034
016034
0169034
016036
016042

BGNTST
T1S5::

Jxxnnnkannnnwht

TEST

MACEX2
:DO _NOT DO TEST

;DON'T DO IF M8200.
IF M8200°

TRAP

104432

000230

.WORD

C$EXIT

002516

MY INT
MOV

KMCSR.,R1

004737

003460

MSTCLR
JSR

PC,MEMSET

106404

004737

BGNSEG

003204

TRAP

wnnwmmsnnwwnnnnn

L10061~.

013701

19%:

($BSEG

JSR
PC,SETBRO
SROMCLK

;RECORD DEVICE ADDR.
JR1 CONTAINS BASE M8200,4,7 ADDRESS
JMASTER CLEAR MB2(C0,4,7

;SET MEM AND RAM

;SET

THE BR)O BJT'®

sNEXT WORD

INSTRUCTION,

CZOMQAQ MB207 STATIC DIAG #2
CZDMQA. P11
25=JUN=79 14:07

sz2s

) o

ERRSS >
NNy
— — —— ) i b
scoosrrn nNOOO

)
el

) wd

i
—

e
el

) i

QOOOOOOOOO

oococcoooroTM

wnd

ol
b
il b —t
—d

(o Yo Yo Yo Yo o 3o T o

QOOOO (ololo]

6432

)

(3)

] —

6430

(6}

(6)
(6)

(1)

6424
6425
6426
6427
6428
6429
(5)

016042
016046
016050
016050

(1)

6422
6423

0161c6
016126
016132
016134
016140
016142
016144
016146
016152
016154
016156
016160
016162
016162
016164
016166
016166
016766
016170
016170
016172
016176
016176
016202
016204
016204
016210
016212
016216
016220

004537
100400

30A(1052)

003064

004737
000377

00334

JSR

104455

000005
005041

’%:

.WORD

ESCAPE
TRAP

.WORD

10000$%
:

104405

100403

PC,RAMDAT

.WORD

000002

004537

JSR
377
(MPR

.WORD

104410

RS, . SROMCLK
RS, . SROMCLK

TRAP

ENDSEG
TRAP

BGNSEG
TRAP

003204
003064

RS ,R4

2%
5

( $ERDF

C($BSEG

RS, .SROMCLK

004737
000000

00334

PC ,RAMDAT

(MP8
8tQ
ERROR

RS ,R4
4“3
5

.WORD
.WORD
.WORD
ESCAPE

5
EMO
ERRS
SEG

100000‘<400'4>

4%:

104410

000002

10001$:

104405
104404

004737

004537
100406

TRAP

.WORD
ENDSEG

003204
003064

(SERDF

CSESEG

TRAP

(SBSEG

JSR
PC . SETBRQ
SROMC LK
JSR
RS, . SROMCLK
100406
SROMCLK

003064

JSR

RS,

004737
000125

003314

JSR
125
(MPR

P(,RAMDAT'

120504

;SET

THE BRO BIT'

NEXT WORD IS INSTRUCTION,
;START AT

ROM P(=3

SJNEXT WORD IS INSTRUCTION,
;JUMP TO ROM PC OF O
JR4-CRAM PC

(LSB 8 BITS)

JEXPECTED DATA
;1S ROM PC CORRECT?
JBR IF YES
JERROR, CRAM P(C

IS WRONG

10007%-,

004537
106125

IS WRONG

(SESCAPE

TRAP

BGNSEG

JBR IF YES
<ERROR, (RAM P(

(SESEG

JSR
100403

TRAP

JEXPECTED DATA
;IS ROM PC CORRECT?

10000%-.

RS, .SROM(CLK

104455
000005
005041
006434

1777

(LS3 8 BITS)

(SESCAPE

JSR

120504

JRG-CRAM PC

ERRS

003064

001406

JJUMP TO ROM PC OF

SEG

004537
102090

;START AT ROM P(=0

JNEXT WORD IS INSTRUCION,

PC,SETBRO

SROMCLK

PAGE 44=15

EMO

JSR

SROMCLK

810

SEQ 0118

JSR

BEQ
ERROR

0064 34

09:23

114377 <400%4>

001406

104404

TESTS

100400
SROM( LK

120504

004737

17=JUL=79

HARDWARE

003064

004537
116377

MACY11

. SROMCLK

104125 <400+4>
RS,RG

;SET

THE BRO BIT*

JNEXT WORD IS INSTRUCTION,
;START AT ROM P(=6

JNEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 525
;R4=CRAM P(

(LSB 8 BITS)

JEXPECTED DATA
2IS ROM PC CORRECT?

(ZDMQAQ MB207 STATIC DIAG #¢
(ZDMQA.PI
25=JUN=79 14:07

6454
6455
(5)

(6)
(6)

(6)

6456
(3)
(3)

6457
(3)
(3)

6458
(3)
(3)

6459
6460
(2)
6461
6462
6463

016222
016224
016230
016232
016234
016236
016240
016240
016242
016244
016244
016244
016246
016246
016246

MACY11

30A(1052)

HARDWARE

(2)

6470
64671

(3)

6472
QD)
(&)
(4)

€473
(1)

6474
6475
6476
6477
6478
(3)
6479
6480
(1)

6481
6482
(1)

6483
6484
6485
6486
6487
6488
(5)

(9:23

001406

BEQ

104455

TRAP

CSERDF

.WORD

EMO

ESCAPE

SEG

ERROR

000005
005041
006434

¢S

104410

000002

.WORD

TRAP

10002%:
ENDTST
:
10061

*046400

016250

PAGE

44=-16

JBR IF

JERROR,

SEQ 0119
YES

(RAM P(C

S WRONG

ERRS
($ESCAPE

.WORD

104405

c10

.WORD

10002%-.

ENDSEG
TRAP

($ESEG

TRAP

(SETST

BADHEAD

;ovenannannnnnt

TEST

nennnannannnnne

;*CRAM TEST OF JUMP(]) ON BR1 SET MICRO-PROCESSOR INSTRUCTION.
;*SET THE BR1 BIT, PERFGRM THE JUMP INSTRUCTJON.

;*VERIFY

6464
6465
6466

6467
6468
6469

17=JUL=79
TESTS

THE

JUMP DID OCCUR BY CLOCKING THE

s*IN THE LOCATION IT IS AT.

;*BR WITH THE LOWEST 8 BITS OF

BADHEAD

seennnneneannns

016250
01€250
016250

016270
016274
016300

THE

(RAM °(C.,

THIS POINT

;*THE BR DATA S MOVED TO PORT4. IF THIS DATA IS CORRECT
s*THE JUMP WAS SUCCFSSFUL, IF _THE JUMP WAS UNSUCCESSFUL
;*THEN PORT4 WILL CONTAIN A 37

016250

016260
016262
016264
016264

INSTRUCTION

THIS INSTRUCTION LOADS THE

TEST

snanncnnnnnnnnnn

BONTST
T16::

;DO NOT DO TEST

104432

TRAP

006230

013701
004737
104404

003460

004537

003064

004537

003064

004737
000377

003314

120504

001406
104455

MOV

KMCSR,R1

JSR

BGNSEG

003214

116777

L 10062-.

MSTCLR

1%:

CSEXIT

.WORD

MY INT

002516

004737
100400

MACEX?

TRAP

JSR

If M8200

PC ,MEMSET
($BSEG

PC.,SETBR1

;DON'T DO IF MB200.
i

JR1

/RECORD DEVICE ADDR.

CONTAINS BASE M8200,4,7 ADDRESS

JMASTER

(LEAR MB200,4.7

JSET MEM AND RAM

;SET THE BR1 BIT'

SROMCLK
JSR
RS, .SROMCLK
100400

;START AT ROM P(=0

JSR
R5,.SROMCLK
114377 <400+5>
JSR
PC ,RAMDAT

JR4=CRAM P(C

(MPS
8EQ
ERROR

;1S ROM PC CORRECT?
JBR IF YES
JERROR, CRAM PC IS WRONG

SROM(CLK

377

TRAP

R5.R4
2%
5

CSERDF

;NEXT WORD

INSTRUCTION,

JNEXT WORD IS INSTRUCION,

;JUMP TO ROM PC OF 1777

(LSB 8 BITS)

JEXPECTED DATA

(ZDMQAQ MB207 STATI( DIAG #¢
(ZDMQA P
25=JUN=79 14:07

016342
016344
016346

016350
016350
016352
016354

016354
01635¢
016356
016356
016360
016364
016364
016370
016372
076372
016376
016400
016404
016406
016410
016412
016416
016420
016422

000005
005041
006434

MACY11

30A(1052)

HARDWARE

°%:

104610

000002

100008:

104604

004537
100403

003274
003064

004537

003064

004737
000000

003314

102400
120504

104455

LWORD
.WORD
.WORD

ESCAPE
TRAP

ENDSEG

10001%:

003214

5 FRUYNY &

004537

6516
(3)

0030¢4

RS R4
3
5

CSERDF

ENDSEG

INSTRUCTION,

;START AT ROM P(=3

sNEXT WORD

INSTRUCTION,

JJUMP TO ROM PC OF O
;R4=CRAM P(C (LSB 8 BITS)
JEXPECTED DATA
;1S ROM PC CORRECT?
;BR IF YES
JERROR,

CRAM P(C

[S WRONG

10001$%-~.

TRAP

C$ESEG

TRAP

C$BSEG

JSR
PC,SETRR1
SROMCLK
JSR
RS, .SROM(CLK

;SET THE BR1 BIT'
JNEXT WORD IS INSTRUCTION,

SROMCLK

JNEXT WORD IS INSTRUCTION,

JSR

RS,.SROMILK

003314

432

PC,RAMDAT

(MPS
BEQ
ERROR

R5,R4
63
5

104125!<400%5>

TRAP

10002%:

CSESCAPE

003064

¢%:

;SET THt BR1 BIT!

JNEXT WORD

.WORD
5
.WORD
EMO
.WORD
ERRS
ESCAPE SEG

100406

o
W
K=

016502
016504
016504
016506
016510
016510

or
O=
nNOo

(5)
(6)

Q-

6514

016466
016470
016474
016476
016500

g2 83

6508

10000%-.

(MPS
BEQ
ERROR

BGNSEG

€505

(SESCAPE

RS, . SROM(CLK

.WORD

104405

SEG

JSR

TRAP

000002

PAGE 44=17

5
EMO
ERRS

TRAP
(SESEG
BGNSEG
TRAP
($BSEG
JSR
PC,SETBR1
SROM(CLK
JSR
RS, .SROM(CLK
100403
SROMCLK

TRAP

104410

0 10

SEQ 0120

100000!<400+5>
6SR
PC ,RAMDAT

001406
000005
005041
006434

09:23

TESTS

.WORD

104405

004737

17=JUL=79

.WORD
.WORD
.WORD

C$ERDF

5
EMO
ERRS
ESCAPE SEG
TRAP

.WORD
ENDSEG

(SESCAPE

10002%~.

s START AT ROM P(=6

;JUMP TO ROM PC OF 525
;R4=CRAM P(C (LSB 8 BITS)
;EXPECTED DATA
;IS ROM PC CORRECT?
;BR IF YES
JERROR, (RAM PC IS WRONG

(ZDMQAO MB207 STATIC DIAG
lg

CZOMQA. P11

016510
016512
016512
016512

1
25=JUN=79
106405

MACYT1

30A(1052)

HARDWARE

ENDTST

L10062:

10440

016514

17=JUL=79
TESTS

09:23

TRAP

($ESEG

TRAP

CSETST

BADHEAD

Jrensnsnnnnaenn

E 10

TEST

PAGE 44-18

SEQ 0121

snnannnanannenn

S+CRAM TEST OF JUMP(]) ON BR4 SET MICRO-PROCESSOR
J*SET THE BR4 BIT, PERFORM THE JUMP [NSTRUCTION.

INSTRUCTION.

I+VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
;*IN THE LOCATION IT IS AT, THIS INSTRUCTION LOADS THE
:*BR WITH THE LOWEST 8 BITS OF
;*THE BR DATA

|S MOVED

J*THE JUMP WAS SUCCESSFUL, IF THE
;*THEN PORT4 WILL CONTAIN A 37

01657¢

BADHEAD

Jorennnnnnnneer

016514
016574
016514

016524
016526
016530
016530
016534
016540
016544
016544
016544

THE

TO PORT4.

TEST

(RAM P(.

THIS DATA

JUMP WAS

THIS POINT

CORRECT

UNSUCCESSFUL

snnannnnnnnnnnsn

6BONTST
T17::

:DO NOT DO TEST

TRAP

1044632

000230
013701

004737
104404

MACEX?2

003460

[ 10063-.

MOV

KM(CSR,R1

My INT

C0251¢
1¢:

CSEXIT

.WORD

MSTCLR
JSR

BGNSEG
TRAP

PC MEMSET
($BSEG

;DON'T DO [F MB8200.

IF MB8200

;RECORD DEVICE ADDR.

JMASTER CLEAR MB200,4.,7
;SET MEM AND RAM

(ZDMGAO MB207 STATIC DIAG #2

(ZDMQP
A

P11

6538
6539
(1)

€540
€561
(1)

016546
016592

016552
016556
01€560

01€560

25=JUN=79 14:07

MACY11

30A(1052)

HARDWARE

17-JuUL-79

TESTS

09:23

003224

JSR

P(C,SETBR4

004537

003064

JSR

RS, .SROM(CLK

004537

023044

100400

PAGE 45

SEQ 0122

004737

SROMCLK

100400
SROM(LK
JSR
RS, .SROM(LK

;SET THE BR4 BIT'
JNEXT WORD

INSTRUCTION,

JSTART AT ROM PC 0
JNEXT WORD IS INSTRUCION,

(ZDMQAQ MB2C7 STATIC DIAG #2
(ZDMQA.P1°
25=JUN=79 14£:07

6543

6544

016564

016566

17377

(004737

003314

MACYTT

30A(1052)
HARDWARE

17=JuL=79
TESTS

09:2%

114377.<400+¢6>

JSR

P( ,RAMDAY

G 10

PAGE 46

SEQ 0123

JJUMP TO ROM PC OF

JR4-CRAM PC

1777

(LSB 8 BITS)

(ZDMQAD MB207 STATI( DIAG #2
(ZDMQA.PI
25=JUN=76 14:07

6566
6547

016572
016574

000377
120506

MACY11

30A(1052)

HARDWARE

17=guL=79

TESTS

377

{MPR

09:23

H 10
PAGE 47
SEQ 0124

RS ,R4

JEXPECTED DATA

;1S ROM PC

(ORRECT?

(ZDMQAC MB207 STATI( DIAG #¢

CZOMQA.PTY
6545

0165’6

25=JUN=79 *4:07
001406

MACY11

304(1052)

HARDWARE

17=JuL=79

TESTS

8EQ

09:23

110

PAGE 48

SEQ 0125

JBR IF

YES

(ZDMQAO MB207 STATI( DIAG #2
(ZDMQA.P11
25=JUN=7S '4:07

6551
tS)
(6)
(6)
(6)

016600
016604
016606
016610
Cle6°2

104455

000005
005041
00¢4 34

MACY1T

30A(1052)

HARDWARE

17-JuL=79

TESTS

ERROR
TRAP

.WORD

09:23

J 10

PAGE 49

SEQ 0126
S

CSERDF

EMO

ERRS

JERROR, (RAM P(

S WRONG

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA PN
25=JUN=79 14:07

6553
(3)
(3)
6554
(3)
(3)
6555
(3)

6556
6557
(1)

6558
6559
(1)

6560
6561
6562
6563
6564
6565
(S)
(6)
(6)
(6)

6566
(3
(3)

6567
(3
(3)
6568
(3)
6569
6570
(1)

6571
6572
(1)

6572
6574
6575
6576
6577
6578
(S)
(6)
(6)
(6)

6579
(3

(3)

(3)
(3)
6581
(3

016614

016614
016616
016620
016620
016620
016622
016622
016624
016630
016630
016634
016636
016636
016642
016644
016650
016652
016654
016656
016662
016664
016666
016670
016672
016672
016674
016676
016676
016676
016700
016700
016702
016706
016706
016712
016714
016714
016720
016722
016726
016730
016732
016734
016740
016742
016744
016746
016750
016750

016752
016754
016754
016754
016756
016756

MACY11

30A(1052)

HARDWARE

2%:

1046410

000002

10000$:

004737

003224

004537

003064

100403

TESTS

09:23

ESCAPE

SEG

TRAP

CSESCAPE

10000%-.

ENDSEG

TRAP
CSESEG
BGNSEG
TRAP
C$BSEG
PC,SETBR4
JSR
SROMCLK

JSR

RS, .SROMCLK

100403
SROMCLK

004537

003064

JSR

RS, .SROM(LK

004737
000000

003314

éSR

PC ,RAMDAT

(MP8
8EQ
ERROR

RS.R4
3
5

103000

100000!<400+6>

120504

001406
104455

TRAP

000005
005041
006434

.WORD

104410

TRAP

000002

10001$:

104405
104404

003224

004537

003064

004537

003064

004737
000125

003314

107125
120504

001406
104455

000005
005041
0064 34

104410

6%:

10002$:

ENDTST

L 10063:

CSERDF

. SET THE BR4 BIT'
JNEXT WORD IS INSTRUCTION,
;START AT ROM P(=3

JNEXT WORD IS INSTRUCTION,
JUMP TO ROM PC OF

sR4=CRAM P(C (LSB 8 BITS)
JEXPECTED DATA
21S ROM PC CORRECT?
sBR IF VYES
JERROR, CRAM P(C IS WRONG

EMO
ERRS
SEG

CSESCAPE

100018-.

CSESEG

TRAP

C$BSEG

JSR

RS, .SROMCLK

JSR
PC,SETBRS
SROMCLK

;SET THE BR4 BIT'
JNEXT WORD IS INSTRUCTION,

100406
SROMCLK
JSR
RS, .SROMCLK
104125!<400+6>
JSR
PC.RAMDAT
125

;START AT ROM P(C=6

(MP8
8tQ
ERROR

RS,R4
63
5

.WORD
.WORD
.WORD
ESCAPE

5
EMO
ERRS
SEG

TRAP

000002
104405

.WORD
ENDSEG
TRAP
BGNSEG

004737
100406

.WORD
.WORD
ESCAPE

K 10
PAGE S0

SEQ 0127

.WORD

104405

104404

17=-JuL=79

TRAP

.WORD
ENDSEG
TRAP

CSERDF

CSESCAPE

100028-.

(SESEG

sNEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 525
JR4=CRAM P(C

(LSB 8 BITS)

JEXPECTED DATA
;IS ROM PC CORRECT?
;BR IF YES
;ERROR,

CRAM P(C

S WRONG

(ZDMQAQ “B207 STATIC DIAG #2
CZDMQA.P1T
25=JUN=79 14:07

(3)
6582
6583
(2)
6584
6585
6586
6587
6588
6589

016756

MACYT11

30A(1052)

HARDWARE

106601

(2}
6593
659
(3)
6595
1)
(4)
(4)

6596
(1)

6597
6598
6599
6600
(3)
6601
6602
1)

6603
6604
(1)

6605
6606
6607
6608
6609
6610
(S)
(6)
(6)
(6)
6611
(3)
(3)
6612
(3)
(3)

6613
(3)
6614
6615
(1)
6616

TESTS
TRAP

016760

L 10

09:23

PAGE

50-1

SEQ 0128
CSETST

BADHEAD

snennwnnnenwnnet

TEST

:~CRAM TEST OF

JUMP(I)

snnnannnennnnnnn

ON BR? SET MICRO-PROCESSOR

INSTRUCTION.

;*SET THE BR7 BIT, PERFORM THE JUMP INSTRUCTION.
:+VERIFY THE JUMP DID OCCUR BY CLOCKING THE

INSTRUCTION

;*BR WITH THE LOWEST 8 BITS GF

:«IN THE LOCATION IT IS AT.

;*THE BR DATA

6590

6591
6592

17=JUL=79

IS MOVED

016760

BADHEAD

Jusnnmannntnnnr

016760
016760
016760
016770
016772
016774
016774

017000
017004
017010
017010
017012

017016

017016
017022
017024
017024
017030
017032
017036
017040
017042
017044
017050
017052
017054
017056
017060
017060
017062
017064
017064
017064
017066
017066

017070
017074
017074
017100

THE CRAM PC.

TO PORT4.

s*THE JUMP WAS SUCCESSFUL,
;*THEN PORT4 WILL

THIS INSTRUCTION LOADS THE
IF

THIS DATA

THIS POINT

CORRECT

IF_THE JUMP WAS UNSUCCESSFUL

CONTAIN A 37

TEST

anenmnnwnnrnnnsn

8GNTST
T148::

MACEX?
;DON'T DO IF M8200.
.DO NOT DO TEST IF M8200
TRAP
CSEXIT
.WORD
L10064%-.

104432

000230
013701

004737
104404

004737

004537
100400

002516

003460
003234

003064

004737
000377

003314

TRAP

377

2%:

104410

00000¢

100008:

104405

CMP8S

R5,Ré4

TRAP

CSERDF

003064

2%
5

;R1

RECORD DEVICE ADDR.
CONTAINS BASE MB8200,4,7 ADDRESS

JMASIER CLEAR M8200,4.7
;SET MEM AND RAM

JSET THE BR7 BIT'
;NEXT WORD IS INSTRUCTION,
;START AT ROM P(C=0
sJNEXT WORD IS INSTRUCION,

JJUMP TO ROM PC OF 1777
;R4=CRAM PC (LSB 8 BITS)
JEXPECTED DATA
IS ROM PC CORRECT?
:BR IF YES
JERROR, CRAM P(C IS WRONG

WORD
5
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP

C$ESCAPE

TRAP

CSESEG

TRAP
JSR

C$BSEG
PC,SETBR7

.WORD
ENDSEG
BGNSEG

003234

($BSEG
PC,SETBR7

RS, .SROMCLK
JSR
114377‘(400-7>
JSR
PC,RAMDAT

104455

100403

BGNSEG

BEQ
ERROR

000005
005041
006434

004537

PC ,MEMSET

100400
SROMCLK

001406

104404

MSTCLR
JSR

SROMCLK
RS, .SROMCLK
JSR

120504

004737

KMCSR,R1

JSR

003064

004537
117777

1%:

MY INT
MOV

10000%-.

SROM(CLK
JSR
R5,.SROMCLK
100403

;SET THE BR7 BIT'

JNEXT WORD

INSTRUCTION,

JSTART AT ROM P(=3

(ZDMQAC M8207 STATIC DIAG #2
CZOMQA. P11
25=JUN=79 14:07

6617

017102

(1)

017102

6619

017110

004737

6621
6622

017116
017120

120504
001406

(5)
(6)
(6)
(6)

017126
017130
017132
017134

104455
000005
005041
006434

(3)
(3)

017136
017140

104410
000002

(3)

(3)
6627
(1)

6629
(1)

017142

017144
017146
017152

017156

017160

004537
103400

000000

004537

100406

004537

6631
6632
6633
6634
6635

017164
017166
017172
017176
017176

107525
004737
000125
120504
001406

(5)
(6)
(6)
(6)

017204
017206
017210
017212

104455
000005
005041
006434

(3)
(3)

017214
017216

104410
000002

(3)

017220

104405

30A(1052)

017222

6641

017224

104401

TESTS

09:23

M 10
PAGE 50-2

SROMCLK

003314

PC.,RAMDAT

(MP8

R5.R4

BEQ

TRAP

CSERDF

TRAP

C$ESCAPE

ERROR

(%:

ENDSEG

sR4=CRAM PC

JEXPECTED DATA

JBR IF YES
JERROR, CRAM P(C

CSESEG

TRAP

C$BSEG

;SET THE BR7 BIT'

JNEXT WORD

{Sg

PC ,RAMDAT

(MP8

RS.R4

BEQ
ERROR
TRAP

6%:

10002%:

L10064:

.WORD
.WORD
.WORD

ESCAPE
TRAP

.WORD
ENDSEG

INSTRUCTION,

;START AT ROM P(=6

NEXT WORD IS INSTRUCTION,

JSR
R5, .SROMCLK
104125!<400+7>

003314

IS WRONG

100018-.

SROMCLK

003064

(LSB 8 BITS)

;1S ROM PC CORRECT?

JSR
PC,SETBR?7
SROMCLK
JSR
RS, .SROMCLK
100406

003064

INSTRUCTION,

;JUMP TO ROM PC OF 0O

TRAP

BGNSEG

003234

.WORD
5
.WORD
EMO
ERR5S
.WORD
ESCAPE SEG

.WORD

10001$:

SEQ 0129

sNEXT WORD

JSR
RS, .SROMCLK
100000'<400'7/

ENDTST

(3)

17=JUL=79

HARDWARE

003064

104405

1046404
004737

MACY11

cJUMP TO ROM PC OF 525

JR4=CRAM PC (LSB 8 BITS)
cEXPECTED DATA
;IS ROM PC CORRECT?

63
5

;BR IF YES
JERROR, CRAM PC IS WRONG

CSERDF

5
EMO
ERRS

SEG

CSESCAPE

10002%-.

TRAP

($ESEG

TRAP

CSETST

BADHEAD

cxnnnsnnnenwnxnr

TEST

sannnnnannnwsrnnnsn

;*CRAM TEST OF JUMP(I) ON C BIT CLEAR MICRO-PROCESSOR INSTRUCTION.

;*SET THE C BIT,

PERFORM THE JUMP INSTRUCT]ON.

J*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
;*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
;*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS (ORRECT
s*THE JUMP WAS SUCCESSFUL, IF _THE JUMP WAS UNSUCCES>SFUL
;*THEN PORT4 WILL CONTAIN A 37

(ZDMQAQ M8207 STATIC DIAG #2
CZDMQA.PI11
25=JUN=79 14:07

6650
(2)

6651
6652
(3)

6653
P

MACY11

30A(1052)

HARDWARE

017224
BGNTST
119::

013701

00251¢

004737

003460

104404

1¢:

L10065-.

MOV

KMCSR,R1

JSR

PC ,MEMSET

JSR

R5, .SROMCLK

004737
000001

003314

115377

SROMCLK

RS, .SROM(CLK
114377'<400'2>

4SR

PC ,RAMDAT

CMPB
BEQ
ERROR

R5,R4
2%
5

.WORD
.WORD
.WORD

5
EMO
ERRS

TRAP

2%:

104410

000002

100008:

104405

ESCAPE
TRAP

.WORD
ENDSEG
TRAP

BGNSEG

104404

TRAP

SKIPO6

004737

004537
100403

003152

003064

004537

003064

004737
000004

003314

101000

120504

001406
104455

000005

CSERDF

vennannnnnnenan

RECORD DEVICE_ADDR.
JMASTER CLEAR M8200,4,7

:SET MEM AND RAM

JNEXT WORD

INSTRUCTION,

;START AT ROM P(C=0

JNEXT WORD IS INSTRUCION,

JJUMP TO ROM PC OF 1777
;R4=CRAM PC (LSB 8 BITS)
SEXPECTED DATA
;1S ROM PC CORRECT?
:BR IF YES

.ERROR,

CRAM PC

IS WRONG

SEG
CSESCAPE

10000%-.

CSESEG

C$BSEG

:GOTO 6% IF MB206

JSR
PC.CLRALL
SROMCLK
JSR
RS, .SROM(CLK
100403
SROMCLK
JSR
SROMCLK
100000 <400*2>

‘

PC ,RAMDAT

(MP8
BEQ
ERROR

RS R4
43
5

.WORD

TRAP

($BSEG

(003064

000005
005041
0064 34

017406
017610

.WORD

004537

104455

017376
017400
017402

CSEXIT

PC,SETC
PC,CLRALL

120504

017350
017354
017354
017360
017362
017362
017366
017370
017374

;DON'T DO IF mMB200.
IF M8200°

JSR
JSR

003064

SEQ 0130

MACEX?
;DO NOT DO TEST

003244
003152

004537

PAGE 50-3

TEST

004737
004737
100400

N 10

srennxeanannnnt

TRAP

104632

000244

001406

017336
017336
017340

09:23

BADHEAD

017224
017224
017224
017234
017236
017240
017240
017244
017250
017254
017254
017256
017262
017266
017266
017272
017274
017274
017300

17=JUL=79
TESTS

CSERDF

sCLEAR ALL CONDITIONS

JNEXT WORD OF

INSTRUCTION

;START AT ROM P(=3

JNEXT WORD OF

INSTRUCTION

JJUMP TOROM PC OF O

;R4=CRAM PC(LSB 8 BITS)

JEXPECTED DATA

;1S ROM PC CORRECT?

;BR IF YES
JERROR, CRAM P(

IS WRONG

(ZDMQAQ M8207 STATIC DIAG #2
CZDMQA.P11
25=JUN=-79 14:07

017412
0174614
017416
017416
017420
017422
017422
017422
017424
017424
017426
017432
017432
017436
017440
017440
017444
017446
017452
017454
017456
017460
017464
017466
017470
017472
017474
017474
017476
017500

017500
017500
017502
017502
017502

005041
006434

MACY11

30A(1052)

HARDWARE

4%:

104410

000002

10001$:

104405
104404

004737

004537
100406

004537
105125
004737

003152
003064

003064

003314

104455

104410

6%:

10002%:

ENDTST
1044601

B 11
PAGE 50-4

SEQ 0131

.WORD
EMO
ERRS
.WORD
ESCAPE SEG

TRAP
.WORD
ENDSEG

CSESCAPE
10001%-.

TRAP
BGNSEG
TRAP
JSR
SROMCLK
JSR
100406
SROMCLK

CSESEG
C$BSEG
PC,CLRALL

;CLEAR ALL CONDITIONS

JNEXT WORD

RS, .SROM(LK

%SR

PC ,RAMDAT

(MPS
BEQ
ERROR

R5,R4
6%
5

TRAP

000002
104405

TESTS

09:23

L10065:

017504

.WORD
.WORD
.WORD

INSTRUCTION,

;START AT ROM P(=6

JNEXT WORD

RS, .SROMCLK
104125'(400*2>

001406

000005
005041
006434

17=-JUL=79

INSTRUCTION,

;JUMP TO ROM PC OF 525
JR4=CRAM PC

(LSB 8 BITS)

JEXPECTED DATA
;1S ROM PC CORRECT?
;BR IF YES
;ERROR,

CSERDF

C(RAM P(C

IS WRONG

5
EMO
ERRS
ESCAPE SEG
TRAP

CSESCAPE

TRAP

C$ESEG

TRAP

CSETST

.WORD
ENDSEG

10002%-.

BADHEAD

Jxnnknnnnnnnenat

JEST

snannnrnnnnnnnnn

;*(RAM TEST OF JUMP(]) ON 7 BIT CLEAR MICRO-PROCESSOR INSTRUCTION.
s*CLEAR THE Z BIT, PERFORM THE JUMP INSTRUCTION.

J*VERIFY

THE JUMP DID OCCUR BY CLOCKING THE

017504

snnnannknnwnnsn

017504
017504

BGNTST
120::

017504

017514
017516
017520

INSTRUCTION

;*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST 8 BITS OF THE CRAM P(. AT THIS POINIT
;*THE BR DATA IS MOVED TO PCRT4. IF THIS DATA IS CORRECT
;*THE JUMP WAS SUCCESSFUL, [f _THE JUMP WAS UNSUCCESSFUL
;*THEN PORT4 WILL CONTAIN A 37
BADHEAD

104432
000244

MACEX?

JEST

.DO NOT DO TEST IF MB200

TRAP

.WORD

MY INT

CSEXIT

L10066~.

anwnnnnnnannnnn

;DON'T DO 1F MB8200.

(ZDMQAO M8207 STATIC DIAG #2
CZDMQA. P11
25=JUN-79 14:07
1

6714
6715
6716
(3)
6717
6718
6719
1)

6720
6721
(1)

6722
6723

6724
6725
6726
6727
(5)
(6)
(6)
(6)

6728
3
(3)

6729
(3)
(3
6730
(3)
6731
(1)

6732
6733

(M
673

6735

(1)
6736

6737
6738
6739
6740
6741
(5)
(6)
(6)
(6)

6742
(3)
(3)
6743
(3)
(3)
6744
(2)

017520
017524
017530
017534
017534
017536
017542
017546
017546
017552
017554
017554
017560
017562
017566
017570
017572
017574
017600
017602

017604
017606
017610
017610

017612
017614
017614
017614
017616
017616
017620

017630
017634
017634
017640
017642
017642
017646
017650
017654
017656

013701

002516

004737

003460

104404

004737

003276

004537

003064

100400

004537

115777
004737
000001

MACY11

30A(1052)

HARDWARE

1¢:

100403

2%:

RS, .SROMCLK

TRAP

10000%:

ENDSEG

CSESEG

SKIPO6

004737
000004

003314

JSR
100403

001406

(MPB
BEQ

104455

TRAP

000005
005041
0064 34

104410

ERROR

4%:

000002
104405

104404

RS, .SROMCLK

.WORD

10001%:

RS ,R4
4%
5

C$ERDF

.WORD
5
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP

ENDSEG

CSESCAPE

10001%-.

TRAP

CSESEG

TRAP

C$BSEG

BGNSEG

;SET MEM AND RAM

JNEXT WORD IS INSTRUCTION,
;START AT ROM P(=0

;NEXT WORD IS INSTRUCION,
;JUMP TO ROM PC OF 1777

JR4=CRAM P(C

(LSB 8 BITS)

JEXPECTED DATA
;1S ROM PC CORRE(CT?
;BR IF YES

;ERROR,

CRAM PC

IS WRONG

C$BSEG

SROMCLK
JSR
RS, .SROMCLK
100000!<400+3>
ZSR
PC ,RAMDAT

120504

.RECORD DEVICE _ADDR.
JMASTER CLEAR MB200,4,7

10000%-.

JSR
PC,CLRALL
SROMCLK

003064

50~5

C$ESCAPE

;GOTO 6% IF M8206

003152

003064

PC ,RAMDAT

TRAP

BGNSEG
TRAP

PAGE

($BSEG

(MPS
R5,R4
BEQ
2%
ERROR
5
TRAP
C$ERDF
.WORD
5
.WORD
EMO
.WORD
ERR5S
ESCAPE SEG

.WORD

004537
101400

JSR

#SR

104404

004537

PC,SETZ

JSR
RS5,.SROMCLK
114377'<400*3>

120504

004737

KMCSR,R1

JSR

TRAP

SEQ 0132

PC,MEMSET

100400
SROMCLK

001406

104405

09:23

JSR
BGNSEG

MSTCLR
SROM(CLK

003314

104410
000002

TESTS
MOV
MSTCLR

003064

104455
000005
005041
006434

17=JUL=79

sCLEAR ALL CONDITIONS

;JNEXT WORD

INSTRUCTION,

;START AT ROM P(=3

JNEXT WORD

INSTRUCTION,

;JUMP TO ROM PC OF O
sR4=CRAM PC (LSB 8 BITS)
JEXPECTED DATA
;1S ROM PC CORRECT?
:BR IF YES
;ERROR, CRAM PC S WRONG

(ZDMQAO MB207 STATIC DIAG #2
CZDMQA. P11
25-JUN-79 14:07

6745
6746
1)

6747
6748
(1)

6749
6750
6751
6752
6753
6754
(S)
(6)
(6)
(6)

6755
(3
(3)

6756
(3)

(3)
6757
(3)
(3)

6758
6759
(2)
6760
6761
6762
6763
6764
6765
6766
6767
6768
(2)
6769
6770
(3

6771

(v
(4)
(4)

6772
(1)

6773
6774
6775
(3
6776
6777
(1)

6778
6779

017706
017712
017712
017716
017720
017720
017724
017726
017732
017734
017736
017740
017744
017746
017750
017752
017754
017754
017756
017760
017760
017760
017762
017762
017762

004737

003152

004537

003064

100406

004537

003064

004737
000007

003314

105525

MACY11

30A(1052)

HARDWARE

TESTS

6%:

000002
100028:
ENDTST

L10066:

017764

50-6

SEQ 0133

100406
SROMCLK

;START AT ROM P(C=6
;NEXT WORD IS INSTRUCTION,

.WORD

104401

PAGE

sCLEAR ALL CONDITIONS
JNEXT WORD IS INSTRUCTION,

TRAP

104405

D N

RS, .SROMCLK

RS, .SROM(CLK
104125'<400'3>
JSR
PC ,RAMDAT
7
(MPS
RS ,R4
BEQ
6%
ERROR
5

120504

104410

09:23

JSR
PC,CLRALL
SROMCLK

JSR

001406
104455
000005
005041
006434

17=JuL=79

;JUMP TO ROM PC OF 525
;R4=CRAM P(C (LSB 8 BITS)
JEXPECTED DATA
;1S ROM PC CORRECT?
JBR IF YES
;ERROR, CRAM PC IS WRONG

CSERDF

.WORD
EMO
.WORD
ERRS5
ESCAPE SEG
TRAP

C$ESCAPE

TRAP

C$ESEG

TRAP

CSETST

.WORD
ENDSEG

10002%-.

BADHEAD

Jrknrnnnnnwntwns

TEST

:*CRAM TEST OF

JUMP(I)

aasnnannnnennnnn

ON BRO CLEAR MICRO-PROCESSOR

;*CLEAR THE BRO BIT, PERFORM THE JUMP INSTRUCTION.

INSTRUCTION.

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

IS MOVED

CRAM P(C.,

THIS DATA

THIS POINT

CORRECT

;*THE JUMP WAS SUCCESSFUL, IF _THE JUMP WAS UNSUCCESSFUI
;*THEN PORT4 WILL CONTAIN A 37

017764

BADHEAD

Jaxnnansnnnnanr

017764
017764
017764

017774

THE

TO PORT4.

BGNTST
T21::

;DO NOT DO TEST

104432

TRAP

000240
013701

004737
104404

.WORD

MY INT
MOV
MSTCLR

002516

003460

004737

003152

004537

003064

100400

MACEX?2

1%:

CSEXIT

TEST

IF MB200

nenannntnnnnnnnn

;DON'T DO IF M8200.

L10067-.
KMCSR,R1

JSR
PC ,MEMSET
BGNSEG
TRAP
($BSEG
JSR
PC,CLRALL
SROM(CLK

JSR
RS, .SROM(LK
100400
SROMCLK

cRECORD DEVICE

;MASTER CLEAR M8200.,4.,7
JSET MEM AND RAM

ADDR.

sCLEAR ALL CONDITIONS
JNEXT WORD [S INSTRUCTION,
;START AT ROM P(=0
JNEXT WORD IS INSTRUCION,

(ZDMQAC MB207 STATIC DIAG #2
. P11
(ZDMQA
25=JUN=79 14:07
(1)

6780
6781
6782
6783

020030
020034
020036

6785
(5)

6788
(3)
6789
(1
6790
6791
(1

6792
6793
(D
6794

6795

796
6797
6798
6799
(5)
(6)
(6)

(6)
6800

(3)
(3)
6801
(3)
(3)
6802
(3)

6803
6804
(1)

6805
6806
(1)

6807
6808
6809
6810
6811

004737
000007

003314

104455
000005
005041
006434

(6)
(6)
(6

(3)

003064

116377

30A(1052)

HARDWARE

020070
020070
020070
020072
020072
020074

020104
020110
020110
020114
020116
020116
020122
020124
020130
020132
020134
020136
020142
020144
020146
020150
020152
020152
020154
020156
020156
020156
020160
020160
020162
020166
020166
020172
020174
020174

020212

2%:

10000%:

104405

100403

004537

102000
004737

000004

" PC,RAMDAT

CMPB
BEQ
ERROR

RS5.R4
2%
5

CSERDF

TRAP

($ESCAPE

TRAP

($ESEG

TRAP

C$BSEG

.WORD
ENDSEG

SROMCLK
JSR
RS, .SROMCLK
100403
SROMCLK
JSR
RS, .SROMCLK
100000 <400%4>
ZSR
PC ,RAMDAT

003064
003064

003314

120504

(MP8

R5.,R4

001406

BEQ

104455

TRAP

CSERDF

.WORD

EMO

ERROR

000005
005041
0064 34

.WORD

104410

000002

10001%:

104405

1046404

004737

003152

004537

003064

100406

0046537

003064

004737
000007

003314

106125

120504

001406

PAGE

50-7

SEQ 0134

;JUMP TO ROM PC OF 1777
sR4=CRAM PC (LSB 8 BITS)
JEXPECTED DATA
;IS ROM PC CORRECT?
;BR IF YES
¢ERROR, CRAM P(C IS WRONG

10000%-.

SKIPO6
6%
;GOTC A% IF MB206
JSR
PC,CLRALL

003152

.WORD
5
.WORD
EMO
ERRS
.WORD
ESCAPE SECG

BGNSEG

104404

004537

09:23

JSRTM

TRAP

104410
000002

004737

17=JuL=79
TESTS

JSR___
RS,.SROMCLK
1143771<400%4>

120504
001406

6784

6786
(3)
(3)
6787
(3)

004537

MACY11

.WORD

ESCAPE
TRAP

.WORD
ENDSEG

sCLEAR ALL CONDITIONS
sNEXT WORD

INSTRUCTION,

;START AT ROM P(C=3

sNEXT WORD IS INSTRUCTION,
;JUMP TO ROM PC OF 0
;R4=CRAM P(C (LSB 8 BITS)
JEXPECTED DATA
;1S ROM PC CORRECT?
;BR IF YES
;ERROR, CRAM PC IS WRONG

ERRS

SEG

CS$ESCAPE

10001%-.

“RAP
C$ESEG
BGNSEG
TRAP
($BSEG
JSR
PC,CLRALL
SROMCLK

JSR
RS, .SROMCLK
100406
SROMCLK
JSR
RS, .SROMCLK
106125!<400%6>

JCLEAR ALL (ON? I TIONS
JNEXT WORD IS NSTRUCTION,
;START AT ROM P(=6

JNEXT WORD IS INSTRUCTION,
;JUMP TO ROM PC OF 525

%SR

PC,RAMDAT

JR4=CRAM PC

(MPB
BEQ

R5,R4
€%

:BR

(LSB 8 BITS)

JEXPECTED DATA
;1S ROM PC CORRECT?
IF

YES

(ZDMQAD MB207 STATIC DIAG #2

(ZDMQA L1

6812
(S)
(6)
(6)
(6)

6813
(3)
(3)
6814
(3
(3)
6815
(3)
(3)
6816

020214
020220
020222
020224
020226
020230
020230
020232
020234
020234
020234
020236
020236
020236

25=JUN=-79 14:07

MACYTT

30A(1052)

17-JuL=79

HARDWARE

TESTS

ERROR
TRAP

104455

000005
005041
006434

6%:

104410

000002

100028
:

104405

ENDTST

L10067:

104401

020240

09:23

F11
PAGE 50-8

S
CSERDF

SEQ 0135

sERROR,

CRAM P(

IS WRONG

.WORD
5
.WORD
EMO
ERRS
.WORD
ESCAPE SEG
TRAP

C$ESCAPE

TRAP

C$ESEG

TRAP

CSETST

.WORD
ENDSEG

)

10002%-.

BADHEAD

sxnnnnnnnnnwnrt

TEST

arnnnnannnnrnenns

;*CLEAR THE BR1

BIT,

PERFORM THE JUMP INSTRUCTION.

:*CRAM TEST OF JUMP(I) ON BR1 CLEAR MICRO-PROCESSOR INSTRUCTION.
J*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
s*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST 8 BITS OF

THE

;*«THE BR DATA IS MOVFD TO PORT4.

J*THE JUMP WAS SUCCESSFUL, IF _THE
;*THEN PORT4 WILL CONTAIN A 37

020240

BADHEAD

020240
020240
020240
020259
020252
020254
020254
020260
020264
020270
020270
020272
020276
020276
020302
020304
020304
020310
020312
020316
020320
020322
020324

020330
020332
020334
020336

BGNTST
122::
104432
000240

013701

004737
104404

002516
003460

004537

003064

1064455

000005
005041
006434

MACEX?2
.DO NOT DO TEST

IF M8200

.WORD

003152

004537
116777
004737
000001
120504
001406

JEST

TRAP

004737
100400

Jrnknesnnennnsn

003064

003314

1%:

MY INT
MoV
MSTCLR
JSR

BGNSEG

CSEXIT

CRAM P(.

THIS POINT

THIS DATA IS CORRECT

JUMP WAS UNSUCCESSFUL

anmsnvnennnsnnnn

;DON'T DO IF M8200.

L10070-.
KMCSR,R1

PC,MEMSET

JMASTER

.RECORD DEVICE ADDR.
CLEAR M8200,4.7

;SET MEM AND RAM

TRAP
($BSEG
JSR
PC,CLRALL
SROMCLK

sCLEAR ALL CONDITIONS
;NEXT WORD IS INSTRUCTION,

SROMCLK

;START AT ROM P(=0
;NEXT WORD IS INSTRUCION,

JSR
100400

R5,.SROMCLK

JSR

RS, .SROMCLK

114377 !<400+5>
JSR
PC ,RAMDAT
1

CMPB
BEQ
ERROR

R5.R4
2%
5

.WORD
.WORD

5
EMO
ERRS

TRAP

.WORD

CSERDF

;JUMP TO ROM PC OF 1777
JR4=CRAM P( (LSB 8 BITS)

JEXPECTED DATA

;1S ROM PC CORRECT?
JBR IF YES
;JERROR, (RAM P(C S WRONG

(ZDMQAD MB207 STATI( DIAG #2
(ZDMQA P11
25=JUN=79 *4:07

6844
(3)
(3)

6845
(3)
(3)

6846
(3)
6847
(1

020340
020340
020342
020344
020344
020344
020346
020346
020350

6848
6849
(1)

6853
6851

(1)
6852

30A(1052)

HARDWARE

2%:

104410

000002

10000%:

004537
100403

003064

004537

003064

004737
000004

003314

A ¥

104410

10001$:

004737

003152

004537

003064

004537

003064

004737
000007

003314

TRAP

CSERDF

.WORD
.WORD
ESCAPE

.WORD
ENDSEG

104455

10002%:

JNEXT WORD IS INSTRUCTION,
;JUMP TO ROM PC OF 0O
JR4=CRAM P(C (LSB 8 BITS)
JEXPECTED DATA
;1S ROM PC CORRECT?
;BR IF YES
JERROR, CRAM PC S WRONG

CSESCAPE

10001%-.

CS$ESEG
:
C$BSEG

PC.CLRALL

RS, .SROMCLK

;CLEAR ALL CONDITIONS
JNEXT WORD IS INSTRUCTION,
;START AT ROM P(C=6

JNEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 525

PC ,RAMDAT

JR4=CRAM P(C

CMPB
BEQ
ERROR

R5.R4
6%
5

;BR IF YES
;ERROR, CRAM P(C

.WORD

000002

;START AT ROM P(=3

%SR

TRAP

6£%:

sCLEAR ALL CONDITIONS
JNEXT WORD IS INSTRUCTION,

EMO
ERRS
SEG

JSR
R5,.SROM(CLK
104125!<400+5>

120504

104405

($BSEG

RS5.R4
4%

TRAP
BGNSEG
TRAP
JSR
SROMCLK
JSR
100406
SROMCLK

001406

020510

CSESEG

CMPB
BEQ

TRAP

000002
104405

10000%-.

RS, .SROMCLK

.WORD

50-9

C$ESCAPE

JSR

ERROR

PAGE

SEG

100000. <400#+5>
ZSR
PC ,RAMDAT

104455
000005

005041
006434

TRAP

6 N

SEQ 0136

;GOTO 6% [F MB206

120504

104410

ENDSEG

09:23

JSR
PC.CLRALL
SROMCLK
JSR
RS, .SROMCLK
100403
SROMCLK

001406

000005
005041
006434

TRAP

003152

106525

ESCAPE

SKIPO6

004737

100406

TESTS

BGNSEG

104404

17=JUL=79

.WORD

104405

102400

6853
6854
6855
6856
6857
(5)

MACY11

(SERDF

.WORD

EMO

ESCAPE

SEG

.WORD

TRAP

.WORD
ENDSEG
TRAP

ERRS
CSESCAPE

10002%-.

CSESEG

(LSB 8 BITS)

JEXPECTED DATA
;1S ROM PC CORRECT?

IS WRONG

(ZDMQAQ MB207 STATIC DIAG #2

(ZDMQA.P11

6873
(3)
(3)
6874
6875
(2)
6876
€877
6878

020512
020512
020512

25=JUN-79 14:07

MACY11

30A(1052)

HARDWARE

17-JuL=79

TESTS

09:23

H 1
PAGE 50-10

SEQ 0137

ENDTST

104401

020514

L10070:

TRAP

CSETST

BADHEAD

sennanannnnanan

TEST

snnnnnnnnnnnwen

;*CRAM TEST OF JUMP(]) ON BR&4 CLEAR MICRO-PROCESSOR INSTRUCTION.
J*CLEAR THE BR4 BIT, PERFORM THE JUMP INSTRUCTION.
;*VERIFY THE JUMP DID NOT OCCUR BY CLOGCKING THE INSTRUCTION
s*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT

020514
020516

020514

;*THE BR DATA

IS MOVED

TO PORT4.

;*THE CRAM P(C IS CORRECT, IF
;*THEN PORT4 C(ONTAINS A 37

BADHEAD

Jrennennnnnnwrn

TEST

THIS DATA

CORRECT

THE CRAM PC IS NOT RIGHT.

anneannrnnnennne

(ZOMQAQ MB207 STATIC DIAG #¢
P11
CZDMQA.
25=JUN-79 14:07

6888
(3)
6889

020516
020516
020516

(&)

020526
020530
020532
020532
020536
020542
020546
020546
020550
020554
020554
020560
020562
020562
020566
020570

(1)

(4)

6890
(1

6891
6892
6893
(3
6894
6895
(1)

6896
6897
(1)

6898
6899

MACY11

30A(1052)

HARDWARE

17=JuL=79
TESTS

09:23

PAGE

SEQ@ 0138

BGNTST

123%::

104432

000240

013701
004737
104404

.WORD

002516
003460

004737

003152

004537

003064

100400

004537

003064

004737

003314

117377

MACEX?
;DO NOT DO TEST
TRAP
CSEX]T
MY INT
MOV
MSTCLR
JSR
BGNSEG
TRAP

;DON'T DO F M8200.
IF M8200°

L10071~,

KMCSR,R1
PC . MEMSE
T

($BSEG

JSR
PC,CLRALL
SROMCLK
JSR
RS, .SROMCLK
100400
SROM( LK

JSR
RS, .SROM(CLK
114377 <400+6>
JSR

PC ,RAMDAT

RECORD DEVICE ADDR.

JMASTER CLEAR MB200,4,7

;SET MEM AND RAM

;CLEAR ALL CONDITIONS
JNEXT WORD IS INSTRUCTION,
;START AT ROM P(=0
JNEXT WORD IS INSTRUCTION,
JJUMP

TO ROM PC

JR4G (RAM P(C

1777

(LSB 8 BITS)

(ZDMQAQO MB207 STATIC DIAG #2
CZDMQA PN
25=JUN=79 14:07

6901
6902
6903
6904
(S)

(6)
(6)
(6)

6905

(3)
(3)
6206
(3)
(3)
6907
(3)
6908
(1)

6909
6910
(v

6911
6912
(1)

6913
6914
€915

020574
020576
020600
020602
020606
020610
020612
020614
020616
020616
Oc 620
020622
020622
020622
020624
020624
020626
020636
020642
020642
020646
020650
020650
020654
020656
020662

MACY11

30A(1052)

17=JuL=79

HARDWARE

000001

TESTS

120504

(MP8
8tQ
ERROR

001406
104455
000005
005041

TRAP

WORD

006434

°%:

104410
000002

.WORD
.WORD
ESCAPE
TRAP

.WORD

10000$%:

1046405

104404

ENDSEG
TRAP
BGNSEG
TRAP

SKIPO6

004737

003152

004537

003064

100403

004537

003064

004737

003374

103000

000004

09:23

PAGE

SEQ 0139
R5.Rs
2%
5

C$ERDF

JEXPECTED DATA
21S ROM PC (ORRECT?
JBR IF YES

ERROR,

(RAM P(

S WRONG

EMO
ERRS
SEG

CSESCAPE

100008-.

C$ESEG
C$BSEG

;GOTO 6% [F MB206

JSR
PC,CLRALL
SROMCLK
JSR
RS, .SROM(CLK
100403
SROMCLK

JSR

J 1

RS, .5ROMCLK

sCLEAR ALL CONDIT]IONS
SNEXT WORD IS INSTRUCTION,
JSTART AT ROM P(-3

JNEXT WORD IS INSTRUCTION,

100000!<400+6>
; JuMP TO ROM PC OF O
zSR
PC,RAMDAT
sR4=CRAM P(C (LSB 8 BITS)
JEXPECTED DATA

(ZDMQAQ M8207 STATIC DIAG #2
CZOMQA.P11
25=JUN=-79 14£:07

6917
6918

020664
020666

120504
001406

MACY11

30A(1052)
HARDWARE

17-JUuL=-79
TESTS

CMPS
8EQ

RS,R4
39

09:23

K 11
PAGE 53

21S ROM PC CGRRECT?
;BSR IF YES

SEQ 0140

(ZDMQAO MB207 STATIC DIAG #¢
CZDMQA.P11
25=JUN-79 14:07

6920
(S)
(6)
(6)
(6)

020670
020674
020676
020700
020702

104455

000005
005041
006434

MACY11

30A(1052)

HARDWARE

17-JuL=-79

TESTS

ERROR

09:23

SEQ 0141

TRAP

CSERDF

.WORD
.WORD

EMO
ERRS

.WORD

LN
PAGE 54

;ERROR, CRAM P(C [S WRONG

CZDMQAO M8207 STATIC DIAG #2
CZDMQA P11
25=JUN=-79 14:07

6922
(3)
(3)
6923
(3)
(3)
6924
(3)
6925
6926
(1)

6927
6928
1)

6929
6930
6931
6932
6933
6934
(S)
(6)
(6)
(6)

020704
020704
020706
020710
020710
020710
020712
020712
020714
020720
020720
020724
020726
020726
020732
020734
020740
020742
020744
020746
020752
020754
020756

6935
(3)
6936
(3
(3)
6937
(3)
(3)
6938
6939
(2)
6940
6941
6942
6943
6944

6945
6946
6947
6948
(2)
6949
6950
(3)
6951
(1)
(4)
(4)

6952
(1)

6953

30A(1052)

HARDWARE

4%:

104410

000002

10001%:

104405
104404

004737

003152

004537

003064

004527
107125
004737
000007

003064

100406

120504

001406
104455
000005
005041
006434

TESTS

6%:

10002%:

ENDTST

L10071:

104401

PAGE 55

SEQ 0142

.WORD

10001%-.

TRAP
BGNSEG
TRAP

CS$ESEG

ENDSEG

($8SEG

JSR

PC.,CLRALL

JCLEAR ALL CONDITIONS

C(MPB
B8EQ
ERROR

RS.R4
6%

;1S ROM PC CORRECT?
:BR IF YES

.WORD

020772

;ERROR,

CS$ERDF

CRAM PC

IS WRONG

.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP

.WORD

104405

09:23

ESCAPE SEG
TRAP
CSESCAPE

TRAP

000002

020770

17-JUL=79

SROMCLK
JNEXT WORD IS INSTRUCTION,
JSR
RS, .SROMCLK
100406
JSTART AT ROM P(C=6
SROMCLK
JNEXT WORD IS INSTRUCTION,
JSR
R5,.SROMCLK
1046125!<400%6>
;JUMP TO ROM PC OF 525
JSR
PC ,RAMDAT
;R4=CRAM PC (LSB 8 BITS)
7
SEXPECTED DATA

003314

104410

MACY11

ENDSEG

CSESCAPE

10002%-.

TRAP

C$ESEG

TRAP

CSETST

BADHEAD

sxnnnaknankthnnt

TEST

wannnnsnannnnnn

;*(RAM TEST OF JUMP(]) ON BR7 CLEAR MICRO-PROCESSOR INSTRUCTION.
;*CLEAR THE BR7 BIT, PERFORM THE JUMP INSTRUCTION.
;*VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION
s*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
:*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
*«THE CRAM PC IS CORRECT,
IF THE CRAM PC IS NOT RIGHT.

:«THEN PORT4 CONTAINS A 37

020772

BADHEAD

sakrknnnnnnnnnn

020772
020772
020772
021002
021004
021006
021006
021012

BGNTST
124::

;DO NOT DO TEST IF M8200

104432

TRAP

000240

013701

MACEX?

TEST

002516

L10072-.

MOV

KM(CSR,R1

MSTCLR

;DON'T DO IF M8200.

CSEXIT

LWORD

MY INT

snnnnanannnnnnn

JRECORD DEVICE ADDR.

;MASTER CLEAR MB200.,4.7

CZDMQAQ M8207 STATIC DIAG #2

CZDMQA. P11

6954
6955
(3)
6956

6957
A1)

6958
6959
(1)

6960
6961
6962
6963
6964
6965
(S)

021016
021022
021022
021024
021030
021030
021034
021036
021036
021042
021044

25=JUN=79 14:07

004737
104404

003460

004737

003152

004537

003064

004537

003064

004737
000001
120504
001406

003314

1004C0O

117777

(6)
6966
(3
(3)

30A(1052)

HARDWARE

1%:

17~JUL=79

TESTS

;NEXT WORD

JSR
1

.WORD
.WORD
.WORD

100008%:

TRAP

ENDSEG
TRAP
TRAP

SKIP06

004737

003152

004537

003064

100403

004537

003064

004737
000004
120504
001406

003314

103400

10001$:

104405
104404

6983
(N

021174

004737

003152

004537

003064

21S ROM PC CORRECT?
JBR IF YES
JERROR, CRAM P(C IS WRONG

C$ESCAPE

100008-.

CSESEG
($BSEG

SROMCLK

JNEXT WORD

RS, .SROMCLK

CONDITIONS
IS INSTRUCTION,

;START AT ROM P(=3
IS

JSR
RS, .SROMCLK
100000!<400*7>
:JUMP TO ROM PC OF 0

000002

1777

;R4=CRAM P(C (LSB 8 BITS)
EXPECTED DATA

;CLEAR ALL
JNEXT WORD

JSR
100403

49%:

104410

CSERDF

INSTRUCTION,

;JUMP TO ROM PC OF

JSR
PC,CLRALL
SROMCLK

JSR
4
(MPR
BEQ

R5,R4
4%

TRAP

CSERDF

TRAP

CSESCAPE

TRAP

CSESEG

ERROR

006434

RS ,R4
2%
5

;GOTO 6% IF MB206

104455
000005
005041

6980

PC.RAMDAT

5
EMO
ERRS
ESCAPE SEG

BGNSEG

104404

JSET MEM AND RAM

RS..SROMCLK
;START AT ROM P(C=0

JSR
RS, .SROMCLK
114377 <400%7>

.WORD

104405

SEQ 0143

SROMCLK

JSR
100400

2%:

N 11
PAGE 55-1

sCLEAR ALL CONDITIONS
sNEXT WORD IS INSTRUCTION,

TRAP

104410
000002

09:23

JSR
PC,MEMSET
BGNSEG
TRAP
C$BSEG
JSR
PC.CLRALL
SROM(LK

CMPB
BEQ
ERROR

104455
000005
005041
006434

6)
(6)

MACY11

PC ,RAMDAT

INSTRUCTION,

;;R6=CRAM PC (L(CB 8 BITS)
SEXPECTED DATA
;1S ROM PC CORRECT?
;BR IF YES

;ERROR,

CRAM PC

IS WRONG

.WORD
5
.WORD
EMO
.WORD
ERRS
ESCAPE SEG

.WORD
ENDSEG

10001%-.

BGNSEC
TRAP
($BSEG
JSR
PC,CLRALL
SROMCLK

JSR

RS, .SROM(CLK

sCLEAR ALL CONDITIONS
JNEXT WORD 1S INSTRUCTION,

(ZOMQAQ MB207 STATIC DIAG #2
(ZDMQA PN
25=JUN=79 14:07

6985
6986

021200
021202
021202
021206
021210
021214
021216
021220
021222
021226
021230
021232
021234
021236
021236
021240

021242
021242
021242
021244
021244
021244

MACY11

30A(1052)

HARDWARE

100406

09:23

B 12

PAGE

100406

004537

N03064

004737
000007

003314

107525

17=JuL=79
TESTS

120504
001406

PC ,RAMDAT

BEQ
ERROR

6%
5

.WORD
.WORD
.WORD

5
EMO
ERRS

(MPS

104455
000005
005041

TRAP

006434

6%:

104410

000002

100028
:

104405

ENL ST

L10072:

104401

021246

ESCAPE
TRAP

.WORD
ENDSEG

SEQ 0144

:START AT ROM P(=6

SROMCLK
JSR
RS, .SROMCLK
106125!<40027>
JSR
7

55-2

JNEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 525

JR4=CRAM PC (LSR 8 BITS)
JEXPECTED DATA

R5,R4

;1S ROM PC CORRECT?

:BR IF YES
;ERROR, CRAM PC

CSERDF

IS WRONG

SEG
CSESCAPE

10002%-.

TRAP

C$ESEG

TRAP

CSETST

BADHEAD

snkrnwnnkanrwnr

TEST

axnsawnnvenanns

. %

;*MAIN MEMORY PAGE DUAL ADDRESS

TEST.

;*IN THIS TEST WE WILL VERIFY THAT PAGES DO

;*NOT DUAL ADDRESS.
THIS TEST IS DIFFERENT FROM THE
*PREVIOUS DUAL ADDRESS TESTS IN THAT THE OTHER
é;gEE;DREALLY DIDN'T CHECK PAGE DUAL ADDRESSING

021240

srnknnwnnnnnnntx

021246
021246
021246

7010
7011
7012
7013
(1)

7014
7015
(1N
7016
7017

7018
7019
P

021256
021260
021262
021262
021266
021272
021274
021302
021306
021306
021312
021314
021314
021320

021322
021326
021326

BGNTST
125::

K4ONLY

sxvsawnnnaennnn

JFOR 4K CPUS ONLY.

DO NOT DO TEST IF MB200, OR M8204

104432

TRAP

000156

.WORD

13701

002516

005002
042737
050237

000037
021320

MY INT
MOV
MSTCLR

CSEXIT

L10073-.
KMCSR.R1

CLR R2

021320

BIC #37,2%
BIS R2,2%
ROMCLK

004537
010000

003030

004537
004000

003030

010261

000004

MOV R2,4(R1)

003030

JSR

004537

TEST

JSR
10000

RS, .ROMCLK

JSR
4000

RS, .ROMCLK

ROMCLK

2$:

ROMCLK

RS, .ROMCLK

;RECORD DEVICE ADDR.

;R2 WILL BE PAGE #

;CLEAR UNUSED BITS
;ADD CURRENT PAGE MARKER.

;SET ADDR D

;CLOCK INSTRUCTION

;OF

PAGE

;CLOCK INSTRUCTION
sTHIS LOCATION MODIFIED BY LOST

sFEW INSTRUCTIONS

;PUT PAGE # INTO PART 4
;CLOCK

PART

;CLOCK

INTO MEMORY

INSTRUCTION

(ZDMQAO MB207 STATIC DIAG #2
(ZDMQA PN
25=JUN=79 14:07
7020
7021

7022
7023

7024
7025
7026
7027
7028
7029
7030
7031
7032
7033
7034
)
7035
7036
1)
7037
7038
7039
7040
7041
7042
7043

(5)
(6)
(6)

(6)
7044
7045
7046

021332
021334
021336
021342

MACY11

30A(1052)

HARDWARE

122500

005202
032702
001754

17-JUL=79

09:23

TESTS

c 12

PAGE 55-3

SEQ 0145

122500

;WHOSE PAGE # IS IN R2

BEQ 1%

sNO-DC NEXT ONE

INC R2
BIT #20.R2

000020

. JPDATE PAGE #
;DONE ALL PAGES?

;OK, ALL LOADS OF ALL PAGES
;CONTAIN THIER PAGE NUMBER, NOW
;WE'LL GO BACK THROUGH

;THEM CHECKING THEM QUT.

021344

005002

021346

042737
050237

000v37
021364

004537
004000

003030

004537
041224

003030

116104
110205
120504
001406

021406
021412
021414
021416

021420

(LR R2
021364

3%:

JR2 STILL HAS PAGE NUMBER

BIC #37.,4%
BIS R2.,4%
ROMCLK

JSR

RS, .ROM(CLK

4000

ROMCLK

JSR
041224

000004

;LOAD PAGE NUMBER
;CLOCK INSTRUCTION
;MOVE

RS, .ROMCLK

MOVB 4 (R1) ,R4
MOVB RZ2,RS

ERROR 13
TRAP

000015
005041
007420

.WORD
.WORD
.WORD

TO PART

2 'FOUND'’
S EXPECTED'’

(MPB RS,R4
BEQ 5%

104455

MEM

JCLOCK INSTRUCTION

;ADDRESS PROBLEM?

. ;PAGE ADDRESSING ERROR IN MAIN

($ERDF

13
EMO

ERR13

;MEMORY
.
;MAR BITS 8 THROUGH 12 ARE REPRESENTED

JBY R ("EXP'ED'IBITS 0-4)
021422
021422
021424
021426
021430
021434
021436
021436
021436

021440

104410
000012
005202

032702
001744

ESCAPE

TST

.WORD

L10073-.

TRAP

CSETST

TRAP

CSESCAPE

INC R2
BIT #20,R2
BEQ 3%

000020

;UPDATE PAGE ADDRESS
;ALL DONE?
sNO-CHECK NEXT PAGE.
JYES-EXIT.

ENDTST
104401

L10073:

BADHEAD

Januxrnannnnnnnn

TEST

snnnnnnnnnnnnnn

;*JUMP FIELD,PAGE TEST
bR{

s*IN THIS TEST WILL MAKE SURE A JUMP FIELD INSTRUCTION
;*WORKS.

TO DO THIS,

WE'LL

PUT

THF DESIRED PAGE,FIELD

;*INORMATION IN [BUS*<13> THEN [SSUE A JUMP FIELD

021440

;*THEN WE'LL

BADHEAD

READ PC REG.

AND VERIFY,

CZDMQAO M8207 STATIC DIAG #2
CZDMQA.P11
25=JUN=-79 14:07

(3)

7067
(1)
(4)
(4)

7068
(1)
7069
7070
7071
7072
7073
7074
7075
7076
(1)
7077
7078
(1)

7079
7080
(1)

7081
7082
7083
7084
7085
(1)

021440
021440
021440
021450
021452
021454
021454
021460

013701

042737
050237

000017
021504

004537
000400

003030

004537
061233

003030

004537

003064

021570
021570

142761

004537
121264
116104

042704
120402
001407
010205

1%:

2%:

000004

005202
032702
001731

JSR
000400

R5, .ROM(LK

JSR

RS, .ROM(LK

ROMCLK

JRECORD DEVICE

ADDR.

;SET FIELD # INTO INSTR.
;CLOCK FIELD BITS INTO BREG.
sCLOCK INSTRUCTION
;CONTAINS FIELD ,PAGE BITS
sXFERR BREG INTO [BUS*<12>
;CLOCK INSTRUCTION

SROM(CLK
JSR
R5,.SROMCLK
100000

;GET INSTRUCTION CLOCKED.

BICB #81T1,1(R1)

:CLEAR ROM]
sCLOCK NEXT INSTR.
sCLOCK INSTRUCTION
;MOVE IBUS*TO PORT 4
JGET IT.

JSR
121264

R5,.ROMCLK

8I1C

#*C<17>,R4

C$ERDF

.WORD
.WORD
.WORD

12
EMO
ERR'?

ESCAPE

TST

.WORD

L10074-,

TRAP

BEQ

;BAS FORM FOR JUM FIELD INSTR.

;FIELD OK?
;IF OK GO AHEAD
;CHANGE FIELD INSTRUCTION

;FAILED.
FOR FIELD,PAGE INDICATES
;BY "EXPECTED'' BITS 0,1,2,3 OF

JEXPECTED REPRESENT FIELD BITS.

CSESCAPE

INC R2
BIT #20,R2
ENDTST
10074
:

(PUS ONLY

OR M8204

;CLEAR ANY JUNK

BIS RZ2.2%

TRAP

000020

JFOR 4K

BIC #17,2%

MOV
R2,R5
ERROR 12

3%:

annnrnnnnnntnnnsn

JRC TO CONTAIN FIELD #

BEQ 3%

104410

021574
021576
021602

KMCSR,R1

CMPB R4 ,R?

000014
005041
007276

00012

CSEXIT

L10074-,

MOVB 4(R1) ,R4

177760

SEQ 0146

(LR R2

ROMCLK

003030

55-4

IF MB200,

061233

000001

PAGE

KS4ONLY
;DO NOT DO TEST

ROMCLK

104455

021572

021604
021604

000002

021504

D 12

TEST

MY INT
MoV
MSTCLR

002516

09:23

Jexnnntnnrnnnar

.WORD

021466
021474

100000

17=JUL=79
TESTS

TRAP

104432

000132

005002

021522
021530
021530
021534
021536
021542
021546
021550
021552
021554
021560
021562
021564
021566

HARDWARE

BGNTST
126::

021464

021500
021500
021504
021506
021506
021512
0<1514
021514
021520

30A(1052)

r—-

(2)
7065
7066

MACY11

JUPDATE TO NEXT FIELD
JDONE ALL FIELDS?

(ZDMQAO MB207 STATIC DIAG #2
CZDMQA.P11
25=JUN=79 14:07

(3)

7104
7105

021604

MACY11

30A(1052)

HARDWARE

104401

17=JUL=79

TESTS

TRAP

021606

09:23

E 12

PAGE 55-5

SEQ 0147

CSETST

BADHEAD

sraxnnnnnnnwann

[EST

tanvnsnnnnnnnnn

]

S«JUMP TEST, JUMP ALWAYS, JUMP CHANGE FIELD
- %

TEST,

WE WILL

CHECK

THE ABILITY OF

THE

;*MICRO PROCESSOR TO JUMP (BRANCH & ALWAYS INSTRUCTION)
;*TO LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.
;*WE ALREADY KNOW THAT THE BRANCH INSTR WORKS FROM

Nelo [ RNTo XV, F YOI ST

b bbb
A
b

;*IN THIS

J*OTHER TEST.

M
M

PROCEDURE
:

START ADDR O,

FIELD O

2. s+(Al CULATE NEU ADDRS, FIELD VIA INC,
3. CAUSE JUMP (BRANCH) TO NEW ADDRESS

READ PC

FROM [BUS*12 AND

REPEAT STEP 2-4 256.TIMES

CALCULATE

[BUS*13

< n

o *

M
M
o*
M

NEW ADDRESS:

INC LOW BYTE OF ADDRESS FOR PC ADDRES 0-7

INC LOW BYTE OF NADDRESS tOR PC ADDRESS 8-11

BITS REPRESENTED AS BITS 0-3. WHEN
RESTARTS AT ZERO.
NET RESULT IS JUMPS FROM:
FIELD,PAGE
LOC
0

o
o
o*

0-3 OVERFLOWS,

M
: 70
17

1
:
377

021606

BADHEAD

Jxnnkwnnnnnnren

021606
021606
021606
021606
021612

7141
7142
7143

7144
7145
7146
7147
7148
7149
7150
7151

127::

013701

021622
021624
021626

000336

021632

012737

021640

021644

002516

MY INT
MOV

012702

012737

000000

L10075-.

MOv

#0,

MOV

002412

CSEX]T

.WORD

MSTCLR

002406

aaxwannnennnnnnnn

KM(CSR,R1

;DO NOT DO TEST

TRAP

000000

BGNTST

K4ONLY

104432

TEST

MOV

#0,

;LOOP HERE

FLAG

JRECORD DEVICE ADDR.

M8200

K CPUS ONLY.
OR M8204

JFLAG TO REPRESENT

JFIELD,PAGE
;7O VARIE STARTING PAGE,FIELD,
JCHANGE #0 PORTION OF INSTR.

;R2 TO (ONTAIN JUMPED

FADR

JVARIE #0 PORTIONS OF
. ADDRESS

;TO CHANGE STARTING IMM ADDR.,
INSTR.

(ZDMQAQ M8207 STATIC DIAG #¢
(ZDMQA. P11
25=JUN-79 14:07
7152
7153
72154
7155
7156
7157
7158
7159
7160
7161
7162
7163
(1)
7164
7165
(1)
7166
7167
(1)
7168
7169
7170
(1)
717
7172
(1)
7173

7174
7175

7176
7177
7178
7179
7180
7181

7182
(1)
7183
7184
7185
7186
7187
7188
7189

(5)
(6)
(6)
(6)
7190
7191
7192
7193
7194
7195
7196
7197

021652
021652

042737

000017

021660
021664
021670
021674
021702

013700
042700
050037
042737
050237

002406

021706
021706
021712
021714
021714
021720
021722
021722
021726

177760
021712
077777
021726

004537
000400

003030

004537
061233

MACYT1

30A(1052)

HARDWARE

021712

17-JuL=-79

TESTS

09:23

MOV FLAG,RO

BIC #4C<17>,R0
BIS RO,2$

BIC #077777.3%

BIS R2,3$

ROMCLK

55-6
SEQ 0148

BIC #17,2%

021726

F 12
PAGE

;CLEAR JUNK FROM FIELD
;JPORTION OF CHANGE FIELL
; INORDER TO INC,

INSTR

DEC FIELD,PAGE

;NOW POSITION IN INSTR.
;NOW FOR IMMED. BR
sNOW ADD IMMEDIATE ADDR

INSTR.

JSR
000400

RS, .ROM(CLK

¢CLCCK INSTRUCTION

003030

JSR
61233

R5, .ROMCLK

sCLOCK INSTRUCTION
s MOV
BREG TO PC HIGH REG.

004537
100000

003064

JSR

RS, .SROM(CLK

004537
121265

003030

004537

003030

016104
042704

000004
170000

MOV 4(R1) ,Ré

021754
021760
021762
021766
021770

013705
000305
042705
050205

021712

MOV 2$,R5
SWAB R5
BIC #170377,RS
BIS R2.R5
SKIP06
5%

JJUMP TO
;CLEAR JUNK

022000
022002

105205

INCB

;UPDATE ADDR. EXPECTED SENCE THE READ

021730
021730
021734
021736
021736
021742
021744

021750

022002

121244

2%:

SROMCLK

100000

ROM(CLK

JSR
121265

RS, .ROMCLK

JSR
121244

R5, .ROMCLK

ROMCLK

BIC

170377

#170000,R4

.GOTO 5% IF M8206

5%:

020504
001406

TRAP

000017
005041
007664

;MOVL PAGE,FIELD # TO BREG.

sNOW CLOCK

.WORD
.WORD
.WORD

($ERDF

15
EMO
ERR1S

IN BY JMP FIELD

;READ PC

REG LOW

JREAD PC

REG

s CLOCK INSTRUCTION
(NOW

SEL

;NOW FROM ADDR WE WANTED

;STRIP FOR ONLY PAGE,FIELD BITS.

;ADD

IMMED ADDR

THE

IBUS <13> INC

THE PC.

;JUMP GO OK?
SYEA, CONTINUES
;FAILED TO JUMP PROPERLY.

;"'FROM ADDR'' REPRESENTS
. THE

ADDRESS WE

STARTED AT

;"'TO ADDR’' REPRESENTS WHERE

;WE

EXPECTED

TO JUMP TOQ,

."BAD ADDR'' REPRESENTS WHERE

;WE WENT TO.

.REM 2

INSTR,

JREAD PC REG HI
;CLOCK INSTRUCTION

JOF
CMP RS ,R4
BEQ 4%
ERROR 15

104455

022020

ROMCLK

(ZDMQAOQ MB207 STATI( DIAG #2

(ZDMOA. P11

25=JUN=79 14:07

MACY11

30A(1052)

HARDWARE

17=JUL=79

TESTS

09:23

G 12

PAGE

55-7

SEQ 0149

7198
7199

7200
7201
7202
7203

. BITS

7204
7205

BITS 8-11 ARE

7207
7208
7209
7210
7211
7212
7213
7214
7215
7216

(3)
7221
7222
7223
7226
7225
7226
7227
7228
7229
7230
(N
7231
7232
7233

IN [BUS*<13>

THEY GOT CLOCK IN THERE VIA JUMPS TAKEN
THE FIELD BITS
ARE IN BIT POSITION O,1 OF THE INSTRUCTION AT 28%.

38 WAS THE JUMP ALWAYS INSTRUCTION. THE [MMED. ADDR.
WAS IN 0=7 OF THE JUMP INSTR.
THE PAGE BITS,
PC REG BITS 8,9, WERE IN BITS 11,12 OF THE INSTR.
JUMP INSTRUCTIONS HAVE BEEN CHECKED OUT
BEFORE, SO THE IMPORTANT THING TO REMEMBER T0
WATCH IS THE 'FROM ADDR'',"'TO ADDR''

7217

(3)

;THIS IS A PICTURE OF THE P.(C. REG.
BITS 0~7 ARE IN [BUS*<12>

7206

7218
7219
7220

022022
022022
022024
022026
022032
022036
022040

104410
000136

010437
005237
105202

(%:

ESCAPE

TST

.WORD

L10075-.

TRAP

002412
002406

001304

CSESCAPE

MOV R4 ,FADR

INC FLAG
INCB R2
BNE 1%

;UPDATE PAGE,FIELD
;UPDATE JMMED. ADDR
:LOOP IF NOT DONE.

;*CHECK HERE
. %

022042
022052

022076

005737
001041
005737
001036
052711
105761
042711

002470
002472

040000
000001
040000

RUNS

TST

RUNINH

BNE

40%

BNE
BIS

40%
#40000, (R1)

8IC

#40000, (R1)

TST8

;OFF

004537
121265

003030

1(R1)

THIS

SECTION OF

SO THAT M8207 NOT

ROMCLK

JSR

121265

ROMCLK

RS, .ROM(LK

004537

{3?244

RS, .ROMCLK

004537

003030

ROM(CLK
JSR

RS, .ROM(LK

121244

121265

IF MASTER (LEAR CLEARS P.(. REG

SKIPO6
40%
.GOTO 40% IF M8206

sTO RUN

022102
022102
022106
022110
022110
022114
022116
022116
022122

TO SEE

121265

;SET MASTER CLEAR

CODE

YOU MUST

SELFSTARTING.
JWE

MUST

sCLOCK

FIRST

TURN SW7 OF
CLOCK

INSTRUCTION

;THE PC LATCH REGS

;BEFORE

sCLOCK

SWIT(H PACK #E28

CAN READ

INSTRUCTION

JREG PC REG Hi, PUT
s CLOCK INSTRUCTION

THEM

[N PORTS

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA
. P11
25=JUN=79 14:07
7248
7249
(1)
7250
7251
7252
7253
7254
7255

022124
022124
022130
022132
022134
022140
022144

004537
121244

005005
016104
042704
001406

MACY11

30A(1052)

17=JUL=79

HARDWARE

TESTS

ROMCLK

003030

JSR
121244
(LR

000004

MOV
BIC

170003

8tQ

09:23

H 12
PAGE

JREG PC REG LOW, PUT [N PORT4

cCLOCK

JEXPECT ZERO

4(R1) ,R4
#170003,R4

408

.1F

JREAD

7259

7286
7287
7288

JT,

THUS

TRAP

(SETST

BADHEAD

EMO
ERR4S

sennwannnnnanen

REG

;PC REG

TEST

wneneennnanrennn

. %

J*JUMP TEST, JUMP ALWAYS, JUMP (HANGE FIELD
- %

+*IN THIS TEST, WE WILL CHECK THE ABILITY OF

;*MICRC PROCESSOR

TO JUMP

(BRANCH £ ALWAYS

THE

INSTRUCTION)

;*TO LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.
;*WE ALREADY kNOW THAT THE BRAN(CH INSTR WORKS FROM

)

(@]

N)——~

Y
S
P

%
¥

B
8
%
%

T
S

)

;*0OTHER TEST.
]
1. START ADDR O,

L10075:

104401

CAUSING THE P(C

JMASTER (LEAR FAILED TO CLEAR

(0%
ENDTYST

7285

45
(SERDF

.WORD
.WORD
.WORD

7279

7280
7281
7282
7283
7284

000055
005041
011002

7278

TRAP

7277

022162
022162
022162
022162
022164

ERROR

104455

7275
7276

022146
022152
022154
022156
022160

727%

7274

EXIT

;TO GET BUMPED.

7265
(2)
7266
7267
7268
7269
7270
7271
7272

CLEARED,

JNOTE WE ALSO CLEARED BIT 1 OF THE
;PC REG, BECAUSE AFTER THE MASTER
;CLEAR, WE DID TWO INSTRUCTIONS TO

7257

(3)

INSTRUCTION

JREAD PC REG FROM PORT 485

7758

7261
(5)
(6)
(6)
(6)
7262
7263
7264
(3)

SEG 0150

RS, .ROM(LK

7256

7260

55-8

PROCEDURE
:
FIELD O
**CALCULATE NEW ADDRS, FIELD
VIA DEC,
CAUSE JUMP (BRANCH) TO NEW ADDRESS

READ P( FROM [BUS*12 AND

REPEAT

STEP 2-4 256.TIMES

[BUS*13

CALCULATE NEW ADDRESS:
DEC LOW BYTE OF ADDRESS FOR PC

ADDRES 0-7

DEC LOW BYTE OF NADDRESS FOR PC ADDRESS 8-11
BITS REPRESENTED AS BITS 0-3. WwHEN
0-3 CVERFLOWS,

RESTARTS AT ZERO.

NET RESULT IS _UMPS FROM:
FIELD.PASE
17

LOC
377

(ZOMQAQ M8207 STATIC DIAG #¢
(ZDMQA PN
25-JUN-79 14:07
7290
7291
7292
7263
7294
7295

(2)
7296

7297

(3)

7298
(1)

7299
(1)
(4)

(4)
7300

7301
7302
7303
7304
7305
7306
7307
7308
7309
7310
7311
7312
7313
7314
7315
7316
7317
7318
7319
7320
7321
7322
(1)
7323
7324
(N
7325
7326
(1)
7327
7328
7329
(1)
7330
7331
(1)
7332
7333
7334

MACYT1

30A(1052)

HARDWARE

17=JUL=79

TESTS

09:23

I 12

PAGE 56

SFQ 0151

‘e

376

)

375

: 70

00¢

022164

BADHEAD

Jeenesannnnnensy

022164
022164

022164
022164
022170

T28::

013701

022200
022202
022204

000216

022210

012737

weennnneanrecns

BGNTST
MY INT
MOV

002516

TEST

K&ONLY

KMCSR ,R1

JRECORD DEVICE
;6K

ADLDR.

CPUS ONLY.

:DO NOT DO TEST [F M8200, OR M8204

104432

TRAP

.WORD

L 10076~.

MOV

#0,

MSTCLR

000000

002406

CSEXIT

FLAG

JFLAG TO REPRESENT

SFIELD,PAGE
;TO VARIE STARTING PAGE,FIELD,
022216

012702

000000

022222

012737

000000

002412

022230
022230

042737

000017

022270

022236
022242
022246
022252

042700
050037
042737

013700

002406
177760
022270
077777
022304

022260

022264
022264
022270
022272
022272
022276
022300
022300
022204

022306
022306
022312
022314
022314
022320

022322

050237

004537
000400

003030

004537
061233

003030

1%:

MOV

#0,

MOV

#0,

FADR

;LOOP HERE

BIC #17.,2%
MOV FLAG,RO

BIC
BIS
BIC
BIS

V22304

#%(<17>,R0
R0O,2%
#077777,3%
R2.3%

ROMCLK

2%:

JSK
000400

RS, .ROMCLK

JSR

RS, .ROMCLK

ROMCLK

61233

SROMCLK

004537

003064

004537

003030

004537

003030

121265
ROMCLK
{3?244

016104

000004

MOv 4(R1) R4

100000

121265
121244

3%.

JSR
100000
ROMCLK

JSR

RS, .SROM(CLK

;CHANGE #0 PORTION OF INSTR.
JR2 TO CONTAIN JUMPED
:TO CHANGE STARTING IMM ADDR.,
JVARIE #0 PORTIONS OF INSTR.

;ADDRESS

sCLEAR JUNK FROM FIELD
JPORTION OF CHANGE FIELD INSTR
: INORDER TO INC,

DEC

FIELD,PAGE

sNOW POSITION IN INSTR.

;NOW FOR IMMED. BR
;NOW ADD IMMEDIATE ADDR

INSTR.

sCLOCK INSTRUCTION
;MOVE PAGE,FIELD # TO BREG.
s CLOCK

;MOV

INSTRUCTION

BREG TO PC HIGH REG.

JNOW CLOCK

IN BY UMP FIELD

JREAD PC REG H]

RS, .ROMCLK

sCLOCK INSTRUCTION

RS, .ROMCLK

JREAD PC REG LOW
sCLOCK INSTRUCTION

JREAD PC

REG

(NOW

IN SE.

INSTK.

(ZCMQAD MB207 STATIC DIAG #2
(ZDMQA.PI
25=-JUN=79 14:07

MACYT1

30A(1052)
HARDWARE

17-JuL-79
TESTS

09:23

022326

042704

170000

BIC

7337

022332

013705

022270

MOV 2% ,RS

7339
7340

022340
022344

042705
050205

170377

BIC #170377.RS
BIS R2.R5
SKIPO6~
5%

022356

105205

7361
m
7342

7343

;332?

7346

7347

738
(5)
(6)
(6)
(6)

7349

022336

022346

022360

000305

PAGE

#170000, R4

:STRIP FOR ONLY PAGE.FIELD BITS.
;NOW FROM ADDR WE WANTED TO

SWAB RS

56-1

SEQ 0152

;ggz

7338

J 12

:GOTO 58 IF
INCB
RS

LJUMP TC

‘CLEAR JUNK
*ADD IMMED ADDR

M8206

;UPDATE ADDR.

:OF

022360

022362

022364
022370

022372
022374
022376

020504

(MP RS.R4

001406

JYEA,

ERROR 7S
TRAP
(SERDF

104455

.WORD
.WORD
"WORD

7350
7351
7352
7353
7354
7355
7356
7357
7358
7359

IBUS <13>

INC

THE READ

THE PC.

;JUMP GO OK?

BEQ 4%

000017
005041
007664

THE

EXPECTED SENCE

CONTINUES

JFAILED TO JUMP PROPERLY.

15
EMO
ERRI1S

;'FROM ADDR'‘ REPRESENTS

;THE ADDRESS WE STARTED AT
:"'TO ADDR'' REPRESENTS WHERE

*WE EXPECTED TO JUMP TO,
:"BAD ADDR’'' REPRESENTS WHERE
*WE WENT TO.
.REM ¥

12
11
10
987
0
ee
————————

'UNUSED

7360

FIELD

BITS

PAGE

' BITS

'IMMED.

ADDR

7361
7362
7363
7364
7365

;THIS (S A PICTURE OF THE P.C.
BITS 0-7 ARE IN IBUS*<12>
BITS 8-11 ARE IN IBUS*<13>

7367
;%g

THE FIELD BITS
ARE IN BIT POSITION 0,1 OF

7370
7371
7372
7373
7374
7375
7376
7377
7378
7379
(3)
(3)
7380
7381
7382
7383

38 WAS THE JUMP ALWAYS INSTRUCTION. THE IMMED. ADDR.
WAS IN 0-7 OF THE JUMP INSTR.
THE PAGE BITS,
PC REG BITS 8.9, WERE IN BITS 11,12 OF THE INSTR
JUMP INSTRUCTIONS HAVE BEEN CHECKED out
BEFORE, SO THE IMPORTANT THING TO REMEMBER TO
WATCH IS THE 'FROM ADDR'',''TO ADDR'’

7366

REG.

THEY GOT CLOCK IN THERE VIA JUMPS TAKEN
THE

INSTRUCTION AT 2%.

(022400
022400
022402
022404
022410
022414
022416

11064°0
000016
010437
005337
105302
(001304

4%:
002412
002406

ESCAPE TST
TRAP
CS$ESCAPE
.WORD
[ 10076~.
MOV R4 .FADR
DEC FLAG
DECB R?
BNE 18

:UPDATE PAGE.FIELD
JUPDATE JMMED. ADDR
;LOOP [F NOT DONE.

(ZDMQAO MB8207 STATIC DIAG #2
CZDMQA.P 1"
25=JUN-79 14:07

MACYT1

30A(1052)

HARDWARE

17=JUL=79

TESTS

09:23

K 12

PAGE 56=2

SEQ 0153

7384

7385
7386

(3)
(3)

7387
(2)
7388
7389
7390
73N
7392
7393
(2)
7394
7395
(3
7396
1N
(4)
(4)
7397

7398
(N
7399
7400
(1)
7401
76402
7403
7404
7405
7406
7407
(5)
(6)

(6)
(6)
7408

7409

(3
(3)
7410

7411
)
7412
7413
7414
76415
7416
7617
76418
7419
(5)
(6)

(6)

022420
022420
022420
022422

ENDTST

L10076:

104401

TRAP

BADHEAD

CSETST

Junxnnnnnnnewns

TEST

wnanwnwnnwnnnne

IN THIS_TEST WE'LL VERIFY THAT

THE Z BIT CAN BE READ FROM

;% JBUS*<13>. WE ALLREADY KNOW THAT THE 7 BIT WORKS PROPERLY,

i* ALL

022422

WE WANT

1u KNOW HERE

BADHEAD

snenknnnnnenwrnsr

022422
022422
022422
022432
022434
022436
022442
022442
022446
022452
022452
022456
022460
022464
022470
022474
022476
022500
022504
022506
022510
022512

022514
022514
022516
022520
022524
022524
022530

022532
022536
022542
022546
022550
022552
022556
022560
022562

129::

104432

002516
003152

004537
121264

003030

116104

042704
012705
120405

000004
177477
000000

003276
003030

016104
042704
012705
120405
001410

000004

104455

000020
005041

KMCSR,R1
PC.CLRALL

JSR
121264

RS, .ROMCLK

BIC

1776497 R4

TRAP

CSERDF

177477

000200

1%:

4(R1),Ré

#0.,R5S
R4.RS
1%
16

.WORD
.WORD
.WORD

16
EMO
ERR16

ESCAPE

TST

.WORD

L10077-.

TRAP

004537
121264

MOV
JSR
ROMCLK

MOV
CMPB
BEQ
ERROR

000020
005041
010012

CSEXIT

L10077-.

MOVB

104455

CAN BE READ.

annenrnnnnnnnnnn

PC.SETZ

JSR
121264

RS, .ROMCLK

MOV
BIC

MOV

4(R1) R4
#~<300> R4
#200.RS

BEG
ERROR

2
16

.WORD
.WORD

16
EMO

(MPB
TRAP

;RECORD DEVICE ADDR.
cCLR CONDITION CODES.
;NOW READ [BUS*<15>PUT
sCLOCK INSTRUCTION
sREAD

[N PORT &

FROM PORT &

;STRIP ANY JUNK,(CBZ BITS 6,7
:gngCT IT CLEAR

;JFAILURE OF Z&C TO BE CLEAR.

CSESCAPE

JSR

ROMCLK

;M8206 &M8207 ONLY.

IF M8200, OR M8204

.WORD

MSTCLR
MY INT

001410

104410
000116
004737

Y
K4ONL
TRAP

013701
004737

THAT

BGNTST

;DO NOT DO TEST

000200

TEST

R4.RS

(S$ERDF

JSET Z BIT.
;NOW GO BACK AND CHECK 2 BIT SET.
sCLOCK INSTRUCTION

JGET INFO.

;STRIP FOR C&Z BITS.

JEXPECT ONLY Z BIT SET.
JSET OK?
;7 BIT FAILED TO SET PROPERLY.

(ZDMQAC MB82(G7 STATIC DIAG #¢2
CZDMQA PN
25-JUN=79 14:07
(6)
7420
7421
(3)

(3)

7422
7423
(1)
7424
7425
7426
7427
7428
7429

(5)
(6)

(6)
(6)
7430
7431

(3)
(3)

7432
7433
(2)
7434
7435
7436
7437
7438
7439
(2)
7440
7441
(3)
7442
¢D)
4)
(4)

7443
7444
(1)
7445
7446
(1)
7447
7448
7449
7450

022564
022566
022566
022570
022572
022576
022576
022602
022604
022610
022614
022616
022620
022624
022626
022630
022632
022634
022634
022634
022634

30A(1052)

TESTS

.WORD

ESCAPE

104410

TRAP

000044
004737

003152

004537

003030

016104
042704
001407
005005

000004

121264

17-JuL-79

HARDWARE

010012

2%:

000020
005041
010012

L10077:

104401

SEQ 0154

TST

RS, .ROM(CLK

;NOW TRY TO CL£AR Z B]T.

;CLOCK INSTRUCTION

4(R1) R4

ERROR

#*(<300>,R4
33
RS
16

LWORD
. WORD
.WORD

16
EMO
ERR16

TRAP

PAGE 56=3

CSESCAPE

JSR

ROMCLK

L 12

ERR16

L10077-.
PC,CLRALL

BEQ
CLR

104455

09:23

.WORD
JSR

121264
MOV
8IC

177477

;STRIP FOR (&Z BITS
;1F ZERO,WE'RE OK
JELSE REPORT ERROR

.2 BIT FAILED TO CLEAR PROPERLY.

CSERDF

ENDTST
TRAP

;FINDFAST

022636

CSETST

B8ADHEAD

samnnwnannnnnwwr

TEST

wannnnnnnnnesnn

;* IN THIS TEST WE'LL VERIFY THAT THE C BIT (AN BE READ FROM
;* IBUS#<13>, WE ALLREADY KNOW THAT THE ( BIT WORKS PROPERLY,
s* ALL WE WANT TO KNOW HERE IS THAT 1T CAN BE READ.
. %

022636

BADHEAD

cnknnnnnnnwnnswn

022636
022636
022636
022646
022650
022652
022656

130::
104432

002516
003152

004537

003030

120405

001410
104455

022726

000020
005041
010012

eannnennnnnnsnnn

BGNTST
K4ONLY
TRAP

013701
004737

042704
012705

TEST

;M8206 EM8207 ONLY.

;DO NOT DO TEST IF M8200., OR M8204

000200

121264
116104

7451
7452
7453
(5)
(6)
(6)
(6)

MACYT1

000004

1774677
000000

CSEXIT

.WORD

L10100-.

MOV
JSR

KMCSR.R1
PC.CLRALL

JSR
121264
MOVB

RS, .ROMCLK

MSTCLR
MY INT

ROMCLK

4(R1),Ré

BIC

#177477 R4

TRAP

(SERDF

MOV
(MPB
BEQ
ERROR
LWORD
.WORD
.WORD

#0.RS
R4.RS
1%
16
16
EMO
ERR16

:RECORD DEVICE ADDR.
:CLR CONDITION CODES.
*NOW READ

:CLOCK INSTRUCTION
:READ

IBUS*<13>PUT

IN PORT 4

IT FROM PORT &

SSTRIP ANY JUNK,CRZ BITS 6.7
SEXPECT
10K?

IT CLEAR

:SAILURE OF

Z&C

TO BE

CLEAR.

CZDMQAQ MB8207 STATIC DIAG #2
CZDMQA P11
25=JUN=79 14:07
7454
7455

(3)
(3)

7456
7457
1)
7458
7459
7460
7461
7462

7463

7464

(5)
(6)
(6)

(6)

7465
7466
(3
3

7467

7468
(1)
7469
7470
7471
7472
7473
7474
(5)
(6)
(6)
(6)
7475
7476

(3)
(3)

7477
(2)
7478
7479
7480
7481
7482

(2)
7483

7484

(3)
7485
(1)
7486
7487
7488
7489

022730
022730
022732
022734
022740
022740
022744
022746
022752
022756
022762
022764
022766
022772
022774
022776
023000

023002
023007
023004
023006
023012
023012
023016
023020
023024
023030
023032
023034
023040
023042
023044
023046
023050
023050
023050
023050
023052

MACY11

30A(1052)
HARDWARE

104410

003244

004537

003030

042704
012705

000004
177477
000100

120405
001410

1%:

.WORD

L10100-.

JSR
121264

RS, .ROMCLK

BIC
MOV
(MPB
8EQ
ERROR

#4C<300>,R4
#100,R5
R4 RS
2%
16

.WORD
.WORD
.WORD

16
EMO
ERR16

TRAP

000044
004737

003152

004537

003030

016104
042704
001407
005005

000004
177477

104455
000020
005041
010012

.WORD

3%:
L1C100:

104401

;GET INFO.

;STRIP FOR (C8Z BITS.

JEXPECT ONLY C BIT SET.
;SET 0K?
;C BIT FAILED TO SET PROPERLY.

1ST

CSESCAPE

L10100-.

JSR
121264

RS, .ROMCLK

8IC
8EQ
CLR
ERROR

#4C<300>,R4
3$
RS
16

.WORD
.WORD

EMO
ERR16

TRAP
.WORD

;SET C BIT.
sNOW GO BACK AND CHECK C BIT SET.
;CLOCK INSTRUCTION

CSERDF

PC,CLRALL

MOV

56=4

4(R1) R4

JSR

ROMCLK

PAGE

CSESCAPE

PC,SETC

ESCAPE

1044190

M 12

SEQ 0155

JSR

ROMCLK

TRAP

005041
010012

121264

TST

MOV

104455
000020

09:23

ESCAPE
TRAP

000116
004737
121264
016104

17=JuL=79
TESTS

;NOW TRY

TO CLEAR C BIT.

s CLOCK INSTRUCTION

4(R1) R4

;STRIP FOR C&Z BITS

.1F ZERO,WE'RE OK

cELSE REPORT ERROR
;C BIT FAILED TO CLEAR PROPERLY.

CSERDF
16

ENDTST
TRAP

BADHEAD

CSETST

cxnnnnwnnnknnwnr

;*TEST OF

TEST

nannsnnnnannnenn

PROGRAM CLOCK BIT

:*DO A MASTER CLEAR, VERIFY THAT PROGRAM (LOCK IS SET

;*WRITE PROGRAM CLOCK BIT

023052

BADHEAD

sennmannnnhceanr

023052
023052
023052
023052
023056
023062
023066
023072

TO A ONE,

;*AND THEN SETS SOME TIME LATER
TEST

VERIFY

THAT

CLEARS,

weannnnnnanenen

BGNTST
131::

013701

005037
005037
012702

002516

002440
002444
000011

MY INT
MOV

MSTCLR

CLR
(LR
MOV

KMCSR ,R1
TEMP

$ TMPQ

#11,R2

;RECORD DEVICE ADDR.

;MASTER CLEAR M8200.,4,7

;PREPARF

FOR

;DELAY
;SAVE FOR TYPEQUT

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA.P11
25=JUN=79 14:07
7490
(1)
7691
7492
7493
7494
7495
7496
7497
7498

(5)

(6)
(€)
(6)
7499

7526

7527
7528

(2)

023076
023076
023102
023104
023110
023114
023122
023126
023130
023134
023140
023142
023144
023146
023150
023156
023164
023172
023200
023206
023214
023222
023226
023232
023236
023240
023244
023250
023252
023254
023256
023260
023260
023260
023264
023266
023274
023276
023302
023306
023314
023316
023322
023326
023332
023334
023336
023340
023342
023342
023342
023342

023344

004537

003030

016104

000004
000357
000020
0026452

121224

001410
013702
104455
000016
005041
007542
012761
152761
012761
152761
012761
152761
142761

016104
005037
123704

001410

013702

MACY11

30A(1052)

HARDWARE

121111

000003
121224
000003
030001
000004
002452
002452

000004
000001
000006
000001
000006
000001
000001

1%:

JPUT "FOUND'' IN R4

CMPB
BEQ
MOV
ERROR
TRAP
.WORD
- WORD
.WORD

$GDDAT R4
18
$GDDAT ,R2
14
CSERDF
14
EMO
ERR14

sERROR, PGM CLOCK IS NOT SET

$GDDAT R4

;1S PGM CLOCK CLEAR?

MOV
BISB
MOV
BISB
MOV
BISB
BICB

000020

002440
002444
000006

.WORD
.WORD

ROMCLK

JSR
121224
CMPR
BEQ
INC

000004

002444

3%:

JERROR, PGM CLOCK IS NOT CLEAR

C$ERDF

EMO
ERR14

sNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
:PORT4 LU

RS, .ROM(CLK

;IS PGM CLOCK SET?

#20,4(R1)
3%

:BR

TEMP

$TMPO
#6,3TMPO

MOV
MOV

#6,R2
$TMPO R4

TRAP

CSERDF

ERROR

104455

$GDDAT
R2

AD(C
CMP

BNE

000006
002444

:CLEAR UNWANTED BITS
;PUT "EXPECTED'' IN $GDDAT
;IS PGM CLOCK SET?

BEQ

.WORD

003030

#357 R4
#20,3GDDAT

MOV
CLR

TRAP

2%:

:PORT 4 LUN

#20,4(R1)
;JLOAD PORT &
#8IT1,1(R1)
;SET ROM]
#121111,6(R1)
JSEL6 _ INSTRUCTION
#BIT1!BI10,1(R 1;SeT clock BIT
#1212264 ,6(R1)
sLOAD NEXT INSTRUCTION
#MIT1'BITO0,1(R 1),READ CLOCK BIT
AIT'BITO,T1(R1 ).CLEAR MAINT BITS
4((R1) R4
JPUT 'FOUND'* IN R4
$GDDAT
JPUT "EXPECTED'® IN S$GDDAT

ERROR

007542

000016
005041
007542

4(R1) R4

MOV

000016
005041

SEQ 0156

MOV

(MP8B

002452

N 12
PAGE 56~5

JNEXT WORD IS INSTRUCTION,
JCLOCK INSTRUCTION

BIC
MOV

002452

09:23

RS, .ROMCLK

JSR
121224

104455

004537
121224
122761
001422
005237
005537
02273:
GC1561
012702
013704

TESTS

ROMCLK

002452

000020
00002

17-JuL=79

YES

s INCREMENT DELAY
s INCREMENT DELAY

;1S DELAY DONE
:BR IF NO

JERROR PGM CLOCK NOT

.WORD
. WORD
.WORD

14
EMO
ERR14

TRAP

CSETST

ENDTST
104401

L10101:

BADHEAD

Jevecnnseveneee

TEST

ecnnennenencane

SET

(ZDMOAO MB207 STATIC DIAG #2
<DOMQA, P11
25=JUN=79 14:07

MACY11

30A(1052)

HARDWARE

7529
7530

7531
7532
7533
7534
7535
(2)
7536
7537
(3)
7538
(3)
7539
(1)
7540
7541
7542
7543

7544

7545
7546

7547
7548

7549

7550
7551
7552
7553
(5)
6)
(6)
(6)
7554
7555
7556
7557
7558
7559
7560
7561
7562
7563
7564
7565
7566
7567
7568
7569
7570
7571
(5)
(6)
(6)
(6)
7572

17=JUL=79

TESTS

09:23

B 13

PAGE

56-6

SEQ 0157

;*FORCE POWER FAIL TEST

;*SET FORCE POWER FAIL BIT VERIFY THAT PROCESSOR

TRAPS TO 24

:*GOING DOWN AND COMING UP. VERIFY ALSO THAT BUS INIT WAS
;*BLOCKED FROM GETTING TO THE M8200,4,7 DURING THE POWER FA]L

;*THIS TEST WILL TAKE LONGER THAN 2 SECONDS TO RUN. THIS TEST
. *SHOULD NOT BE RUN IF YOU HAVE VOLATILABLE MEMORY IN YOUR SYSTEM,
BADHEAD

023344
023344
023344
023344
023344
023346
023346
023352
023356
023362
023370
023374
023402
023410
023414
023422
023426
023432
023434
023440

023444

Jrrennnnennnnnnnn

023520
023522
023526
023532
023540
023542
023546
023550
023552
023554
023556

annnnnannnnnenn

BGNTST
132::
104433

013701

002516

005037
013737
013746
012737
012761
012711
012761

002440
000024
000024
023456
000002

012711
005237
001375

001000
121111
005400
002440

BRESET
TRAP

CSRESET

MOV

KMCSR,R1

MY INT

MSTCLR
(LR

MOV

002444
000024
000004

000006
5%:

MOV
MOV
MOV
MOV
MOV
MOV
INC
BNE

MSTCLR

ERROR

104455
000021

005041
010134
000445
012737
010637

023512
023516

JEST

005237
001375

013701
012637
023737
001413

TRAP

023474
023472
023472
023674
023672
023672

002516
000024
002444

000024

002444

2%:
3%:
12%:

000024

104455
000021

005041
01v134
013737

1%:

000024

.WORD
.WORD
.WORD
BR
MOV
MOV

SALT

MOV

;STALL

TEMP

a#24y , $TMPO

. SAVE POWER FAIL ADDRESS

JERROR, NO POWER FAIL

C$ERDF

17
EMO
ERR17
4%
#38 ,aul4

;POWER UP ADDRESS
;STORE STACK

SP,2%

;WAIT

2$,SP

7}2L4246

INC
BNE

11%
12%

POPSP2
MOV
MOV

KMCSR,R1
(SP)+,Q#24

FOR POWER UP SEQUENCE

JRESTORE STACK

JPUT IN CASE OF FALSE POWER-UP.

JSTALL ON POWER LP.
JWAIT HERE [F BAD,WILL POWER OUT OF HERE.

;ELSE PROCEED.

(MP
BEQ
ERROR
TRAP

$TMPO,
4%
17
CSERDF

MOV

$TMPO, a4 24

.WORD
.WORD
.WORD

JRECORD DEVICE ADDR.
;R1 CONTAINS BASE M8200,4,7 ADDRESS
JMASTER CLEAR MB8200,4.,7
;PREPARE FOR DELAY

k24 ,-(SP)
.STORE POWER FAIL ADDRESS
nS a4
;SET U FOPR FORCE POWER FAIL
#2,4(R1)
;LOAD PORT4
#IT9,(R1)
;SET ROM]
#121111,6(RY)
cLOAD INSTRUCTION
#MITO!BITEIRITIT, (R1)
;CLOCK INSTRUCTION
TEMP
JWAIT FOR POWER FAIL
5%
;BR IF DELAY NOT DONE

?Oz
L

fFOR TIME

;POP STACK

TWICE?

;RESTORE TRUE POWER FAIL ADDRESS
;IS IT CORRECT?

JBR IF YES
;ERROR, STACK

;JRESTORE

POWER FAJL ADDRESS

INCORRECT

17
EMO
ERR17

TRUE

(ZDMQAQ MB207 STATIC DIAG #2

CZDMQA. P11

7573

7574

7575
7576
7577
7578

7579

7580
(5)
(6)
(6)
(6)
7581

023564
023570
023574
023576
023602
023604
023606
023612
023616
023620
023622
023624

25-JUN-79 14:07
013706
032711

002344
004000

005737
001013

002470

001016

011104
012705

MACY11

30A(1052)

HARDWARE

004000

17=JUL=79
TESTS

PSTACK,SP
#RIT11,(R1)

TST

RUNB

BNE

000043
005041
010350

PAGE

7%
(R1) ,R4
#RI1T11,RS

TRAP

C$ERDF

;OAC FAILED

35
EMO
ERR3S

:TO PREVENT
JINIT FROM
;CLEARING CSR

7582

7583
7584
(3

(3)

7585
7586
7587
7588
7589
7590
7591

(5)

(6)
(6)
(6)
7592
7593

7594

023626
023626
023630
023632
023636
023642
023646
023650
023652
023656
023662
023664
023666
023670

EXIT

104432

000104
012711
012705
016104
020504
001431

TRAP

003000
121111
000006

7%:

.WORD
MOV

000043
005041
010350

TST

CSEXIT

L10102-.
#BIT9!BIT10,(R1)

;SEL6 = MAINT

MOV
MOV
CMP
BEQ
MSTCLR

#121111 RS
6(R1) R4
RS,R4
6%

JRS = EXPECTED
;R4 = FOUND
JMAINT JR SHOULD =
;BR IF OK

TRAP

C$ERDF

;IF

ERROR

104455

56-7
JRESTORE STACK
SBIT11 STILL SET?

BNE
MOV
MOV

.WORD
.WORD
.WORD

c 13

SEQ 0158

MOV
BIT

ERROR

104455

09:23

.WORD
.WORD
.WORD

35
EMO
ERR35

12111

= 0 THEN BUS INIT WAS

cNOT BLOCKED FROM CLEARING
; THE M8200,4,7

023672

000000

023674

052711

023700
023704
023710
023712
023714
023716

023720
023724
023730
023734
023734
023734
023734
023736

040000

11 $:

LWORD

10 $:

BIS

#BIT14,(RT)

MSTCLR

ERROR

104455

TRAP

000021
005041
010134

062706
012637

104401

000004
000024

17
EMO
ERR17

ADD

#4 ,SP

MOV

" TRAP
BADHEAD

JCLR THE

;AGAIN.

JERROR

C$ERDF

.WORD
.WORD
.WORD

MSTCLR

;TEMP COUNT FOR STALL ON POWER UP.
THING SO

IT CAN'T ASSIRT AC LOwW

GLIP GAVE US SECOUND UNEXPECTED

JASSERTION OF AC LOW ON UNIRUS.

JFATEL TYPE OF ERROR.
JRESTORE STACK.

(SP)+,a#24

CSETST

seknnnannnrawat

EST

wawnwnwnnnscnnns

;*MICRO-PROCESSOR NOISE TEST
J*WRITE ALL ZERO'S THEN ALL ONE'S THEN A DATA PATTTERN

(ZDMQAQ M8207 STATIC DIAG #2
CZDMQA P11
25=JUN-79 14:07

MACYT1

30A(1052)

HARDWARE

7612
7613

023736

7618

023736
023736
023736
023736
023742
023746
023750
023756
023764
023772
023772
023776

(3)

7619
(1

7620
7621

7622

7623

7624
7625

99
7626
7627
7628
7629
7630
7631
7632
7633
7634
7635
7636
7637
7638
(1)
7639
7640
7641
1
7642
7643
7644

PAGE

56-8

SEQ 0159

;*DID NOT CHANGE THE DATA.

BADHEAD

senwnnsnnennannen

BGNTST
T33::

013701
005002
042737
156237
116261

004537
121100
005202
022702
001360
005002
042737
042737
042737
050237
050237
050237
105061

004537
122100

(1)

7645
7646
7647
7648
7649
7650
7651
7652
7653
7654
7655
7656
7657
(1)
7658
7659

0D 13

;*THEN GO BACK AND READ THE DATA PATERNS TO VERIFY THAT
;*READING AND WRITING OF OTHER LOCATIONS AND REGISTERS

7616
(2)

7617

09:23

;*TO THE IBUS* AND ]BUS REGISTERS AND TO THE SP AND MAIN MEM

7614

7615

17=JUL=79
TESTS

000017
024772
025000

004537

003030

122100
110261

000004

004537

003030

105061

004537
123100
112761

024060
024074
024106

3%:

000004

4%:

5%:

6%:

000010
000017
000017
000017
026170

024170
024204
0264216

7%:

024204
024216
000004

121100
INC

000004

8%:

KM(CSR ,R1

#17,2%

308 (R2).2%
31$(R2) ,4(R1)

RS, .ROMCLK

CMP
BNE
CLR
BIC
BIC
BIC
BIS
BIS
8IS
CLRB

JSR
122100

RS, .ROMCLK

R2,4(R1)

JSR
123100

MOvB

JRECORD DEVICE ADDR,
JMASTER CLEAR M8200,4.,7

JR2 IS INDEX REGISTER

. CLEAR ADDRESS FIELD
;ADD ]BUS~ REG ADDRESS TO INSTRUCTION
;LOAD PORTS
JNEXT WORD IS INSTRUCTION,
JCLOCK INSTRUCTION
;WRITE IBUS* REGISTER
JINC INDEX REGISTER
;DONE YET?
;BR IF NO
INSTRUCTIONS

;ADD IBUS REG ADDRESS TO INSTRUCTION

MOVB
ROMCLK
JSR

122100
INC
CMP
BNE
CLR
8IC
8IC
BIC
BIS
BIS
BIS
CLRB

annnnnnnnnnnnns

;CLEAR ADDRESS FIELD OF

#377,4(R1)

122100

;R2 IS [BUS REGISTER ADDRESS

MovB
ROMCLK
JSR

ROMCLK

003030

000377

MOVB
ROMCLK
JSR

ROMCLK

003030

000377

005002
042737
042737
042737
050237
050237
050237

2%:

000005
000017
000017
000017
024060
024074
024106
000004

MY INT
MOV
MSTCLR

(LR
BIC
BIS8

023776
023776
000004

003030

112761

122100
005202
022702
001335

024170
026172

002516

TEST

RS, .ROMCLK

RS, .ROMCLK
R2
#10,R2

3%
RZ
#17,8%
#17,9%
#17,10%
R2.8%
R2,9%
R2,10%
4(R1)

;CLEAR PORT4
JNEXT WORD IS INSTRUCTION,

;CLOCK INSTRUCTION

;WRITE O TO IBUS REG

;LOAD PORT4
NEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
WRITE ALL ONES TO
IBUS REG
;LOAD PORT4
JNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
JWRITE ITS OWN ADDRESS TO iBUS REG
JNEXT ADDRESS
;DONE YET?
:BR IF NO

;START AT SP ADDRESS 0

;CLEAR ADDRESS FIELD

;ADD ADDRESS TO INSTRUCTION

RS, .ROMCLK

;CLEAR PORT4
JNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION

#377,4(R1)

;LOAD PORT4

;WRITE

ZERO

(ZDMQAQ M8207 STATIC DIAG 32

CZDMQA. P11
7660
(1)

7661
7662
7663
(1)
7664
7665

7666

7667

7668

7669

(1)
7670
7671
A1)
7672
7673
7674
(1)
7675
7676
7677
(1)
7678
7679
7680
(1)
7681
7682
7683
7684
7685
7686
7687
7688
(1)
7689
7690
1)
7691
7692
7693
7694
7695

7696
7697
7698
7699
7700
77N
7702
7703
7704
7705
(1M

024200
024200
024204
024206
0264212
024212
024216
024220
024222
024226
024230
024232
024232
024236
024240

024240
024244
024246
024252
024252
026256
024260
024266
024266
024272
024274
024300
024300
024304

024306
024310
024314

25-JUN-79 14:0

004537
123100
110261

004537
123100
005202
022702
001335
005002

105061

000004

004537

003030

004537
136590
005202
022702
001354

10$:

000020

003030

000377

17=JUL=79

TESTS

JSR
123100

MOVB

ROMCLK

003030

004537
004000

122500
110261

HARDWARE

9%:

000004

003030

004537

30A(1052)

ROMCLK

003030

004537
010000

122500
112761

MACY11

(Mp
BNE
CLR

INSTRUCTION,

;LOAD PORTS
NEXT WORD

;CLOCK INSTRUCTION

*WRITE SP ADDRESS TO ITSELF
NEXT SP ADDRESS
*DONE YET?
‘BR IF NO
iR = ,AOM ,E, ADDRESS

*NEXT WORD

RS, .ROMCLK

JCLOCK

CLRB
ROMCLK

4(RD)

:CLEAR PORT4
*NEXT WORD IS

RS, .ROMCLK

#377.,4(R1)

JSR
122500

RS, .ROMCLK

JSR
136500
INC

RS, .ROMCLK

MOVR
ROMCLK

001000

INSTRUCTION,

2880

ROMCLK

003030

*CLOCK INSTRUCTION
‘WRITE ALL ONES TO SP

RS, .ROMCLK

MOVR

000004

:NEXT WORD

1SR
010000

JSR
122500

003030

R2.,4(R1)

R2
#20,R2
7$
R2

ROMCLK

000004

PAGE 56-~9

RS, .ROMCLK

RS5..ROMCLK

123100
INC

E 13

SEQ 0160

JSR

ROMCLK

118:

09:23

(MP

BNE

R2,4(R1)

#1000,R2

118

INSTRUCTION,

*CLOFK INSTRUCTION
‘MAR _ 0

INSTRUCTION

INSTRUCTION,

1CLOCK INSTRUCTION
‘WRITE ZEROS TO MEM

;LOAD PORT4

NEXT WORD

INSTRUCTION,

;LOAD PORTS
*NEXT WORD IS

INSTRUCTION,

1CLOCK INSTRUCTION
‘WRITE ONES TO MEM

;CLOCK INSTRUCTION
‘WRITE TO MEM IT OWN ADDRESS
JNEXT MEM ADDRESS

DONE

YET?

‘BR IF NO

:NOW GO BACK AND READ EVERYTHIN
024316
024316
024322
024324
024324
024330

024332
024336
024340
024342
024350
024354
024356
024360
024362
024364
024366
024372
024400
024400

004537
010000

003030

004537
004000

003030

005737
001452
005005
042737

002432

116502

010203
006303

000360
024772

116537

024404
025000

004537

003030

ROMCLK

JSR
010000

RS, .ROMCLK

JSR
4000

RS, .ROMCLK

ROMCLK

:WOULD BE CRAM CODE
TST

024404

002452

128:

BEQ
CLR
BIC
MOVB
MOV
ASL

TYPE

40%
RS
#360,13$
30$(R5),R2
R2.R3
R3

ASL
ASL
ASL

R3
R3
R3

MOVB

31$(R5),$GDDAT

BIS

POMCLK

JSR

R3,13$

RS, .ROMCLK

:NEXT WORD

INSTRUCTION,

*CLOCK INSTRUCTION
*MAR 0

*NEXT WORD IS INSTRUCTION,

*CLOCK INSTRUCTION
‘MAR HI _ 0 (M8200,4,7 ONLY)

]
:R5 IS INDEX REGISTER
*CLEAR ADDRESS FIELD
‘R2 = IBUS* ADDRESS
*PUT I1BUS* ADDRESS IN R3
*SHIFT ADDRESS TO BITS 4-7

;ADD ADDRESS TO INSTRUCTION

:$GDDAT = "EXPECTED""

INEXT WORD

*CLOCK

INSTRUCTION,

INSTRUCTION

(/DMQAQ MB207 STATIC DIAG #2
(ZDMQA. P11
25=JUN=-79 14:07
7706

7707
7708

7709
7710
71N
7712

7713
(S)
(6)
(6)
(6)

7714

(3>
(3)

7715
7716
7717
7718
7719

7720

7721
7722
7723
7724
7725
7726
7727
7728
7729
7730
7731
(1)
7732
7733
7734
7735
7736
7737
(S)
(6)
(6)
(6)
7738
7739
7740

7741
7742
7743
7744

(1)
7745
7746
7747
(1N

7748

024404
024406
024412
024416
024420
024424
024430
024434
024440
024442
024444
024446
024450
024450
024452
024454
024456
024462

121004

016104
123704
001416
010237
105037

013705

MACY11

30A(1052)

HARDWARE

13%:

000004
002452

TESTS

121004

0024 34
002453
002452

MOV
CLRB
MoV

RZ,MRO
+1
$GDDAT

TRAP

.WORD
.WORD
. WORD
ESCAPE

20%:

000005

TRAP
.WORD

INC
CMP

BNE

024464

F13

PAGE

56-10

SEQ 0161
4(R1) R4

ERROR

000035
005041
010226

09:23

MOV
(MPB

BEQ

104455

104410
000334
005205
022705
001327

17<JUuL=79

$GDDAT R4

20%

$GDDAT RS
29
C$ERDF

;PORT4 = ]BUS* REGISTER
;R4 = "FOUND''
; IBUS* CONTENTS 0OK?
;BR IF YES

;1BUS* DATA ERROR

EMO
ERRZ29
TST

CSESCAPE
L10103-.
RS

45 ,R5

12%

;INC COUNTER
;DONE YET?
;BR IF NO

40%:

JEND CRAM,GENERAL TESTS

024464
024466
024474
024476
024500
024502
024504

024506
024512
024516
024516
024522

024524
024530
024534
024536

024542

024546
024550
024552
024554
024556
024560
024564

024566
024570
024576
024602
024602
024606
024610
024614
024614
024620

005002
042737
010203
006303
006303
006303
006303
050337
010237

004537
021004
016104
123704

001410
013705
104455
000035
005041
010226
005202

0227C2
001340
005002
042737
050237

004537
040600
01C237
004537
061224

000360

024522

164%:

BIS

MOV
ROMCLK

15%:

000004
002452
002452

4(R1) R4

MoV

TRAP

21$:

003030
002452

003030

024606

$GDDAT R4
21%
$GDDAT RS
29
C$ERDF
29
EMO
ERRZ9

BIS

RZ
#10,R2
14%
R2
#17,17%
R2,17%

JSR

RS, .ROMCLK

MOV
ROMCLK

RZ,$GDDAT

16%:
ROMCLK

17%:

R2.$GDDAT

MOV

ERROR

000017
024606

;SHIFT ADDRESS

RS, .ROMCLK

CMPB
8EQ

000010

JR3 = IBUS ADDRESS

JSR

021004

040600
JSR

061224

IBUS REG ADDRESS

;CLEAR ADDRESS FIELD OF

MOV
ASL
ASL
ASL
ASL

024522
002452
003030

;R2 =

CLR
BIC

RS, .ROMCLK

INSTRUCTION

TO BITS 4-7

;ADD ADDRESS TO INSTRUCTION
; $GDDAT = "EXPECTED"'
JNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION

JPORT4 -

[BUS REG

JIBUS = "FOUND''
. IBUS CONTENTS 0Kk?
;BR IF YES

2 1BUS DATA ERROR

JNEXT IBUS REGISTER
;DONE YET?

;BR IF NO
;JR2 = SP ADDRESS

;CLEAR ADDRESS FIELD OF INSTRUTTION
;ADD ADDRESS TO INSTRUCTION
JNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION

;BR _ SP

;$GDDAT = "EXPECTED'’

:NEXT WORD

:CLOCK

INSTRUCTION,

INSTRUCTION

:PORT4 _ BR

ROMCLK P(=5304

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA.P11
25=JUN-79 14:07
7749

7750

7751
7752
7753
(S)
(6)
(6)
(6)
7754

(3)
(3)

7755

7756

7757

7758

7759

(N
7760
7761
(1M
7762
7763
7764
(1)
7765
7766

7767
7768
7769
7770
(S)
(6)
(6)
(6)

7771

(3)
(3
7772

7773
7774
7775

7776
7777
7778
7779

024622

016104

024632
024634

001412
013705

0246626
024640
024644
024646
024650

024652
024654
024654
024656

024660
024662
024666
024670
024672
024672
024676
024700
024700
024704
024706
024712
024712
024716
024720
024724
024730

024732
024736

024742
024744
024746
024750
024752
024752

024754
024756
024760
024764
024766
024766
024770
024772
024775
025010
0e50L

123704

MACY11

30A(1052)

HARDWARE

000004
002452

MoV

002452

MoV

CMP8
BEQ

ERROR

104455
000007
005041
006704

TRAP

.WORD
.WORD
. WORD
€ SCAPE

104410

000130
005202

17=JUL=79
TESTS

TRAP

022702
001340

000020

004537
010000

003030

22%:

.WORD
INC

005002

004537
004000
010237
004537
055224
016104

123704
001412

013705

09:23

4(R1) R4
$GDDAT ,R4

22%

;GDDAT.RS

($ERDF

18%:

MoV

RZ2,$GDDAT

000004
002452

4(R1) R4
$GDDAT R4

23%
zGDDAT.RS
CSERDF
6
EMC
ERR6G

104410

CSESCAPE
L10103-.

)

025000
001
00¢

SP LOCATION

JDONE YET?

SNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION

JNEXT WORD IS INSTRUCTION,
2CLOCK INSTRUCTION
MAR HI _ O (M8200,4,7 OR FAMILY ONLY)
. $SGDDAT = "EXPECTED''

JNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION

JPORT4

_ MAIN MEM

;BR

VYES

;R4 - "FOUND''
;MAIN MEM CONTENTS OF?
IF

JMAIN MEM DATA ERROR

23$:

001000

INC

JNEXT MEM ADDRESS

18%

;BR

#1000,R?2

TST

104432

NeANTL

;SP DATA ERROR

;BR IF NO
;R2 - MEMORY ADDRESS

104455

000032
005202
022702
001350

;R4 = "FOUND'
oSP CONTENTS 0Kk?
JBR IF YES

JNEXT

#20,R2
16%

RS, .ROMCLK

000006
005041
006556

SEQ 0162

003030

002452

56-11

TST

CS$ESCAPE
L10103-.

RS, .ROMCLK

002452

PAGE

EMO
ERR7

RS, .ROMCLK

003030

G 13

003

30$:

006

31%:

.EVEN

‘BYTE
BYTE

CSEXIT
L10103-.

1,3,64,6,70

;DONE YET?

(ZDMQAD MB207 STATIC DJAG #2
(ZDMQA.P11
25=JUN=79 14:07
7781
7782

025006

7783

(2)

7793
7794

(3)

7795
(M
7796
(1)
7797
7798
(1)
7799

7800
(1)

7801

7802
(1)

7803

7804

7805

7806
(1)

7807

7808
7809
(1)

7810
7811
7812
7813
7814

1£10103:

104401

7785

7788
7789
7790
7791
7792

HARDWARE

17=JUL=79
TESTS

7818
7819

7820
7821
(5)

(6)
(6)

PAGE

SEQ 0163

025010

TRAP

CSETST
)

BADHEAD

JRNRNNRARRRRNR AR

TEST

THIS

T0 DO THIS,WE'LL

TEST

PUT A 125

SURE

THAT A NODST

THE MULTIPORT RAM

INTO

INSTRUCTION

INDATZ THEN WE'LL

PUT A

TEST

awnannnnnnennnn

BGNTST
T134::

025022
025026
025030
025030

025044
025044
025050

TO MAKE

INTO PORT B OF

Juwnnnpnnnwnnan

025010
025010
025010
025010
025014
025014
025020
025022

025036
025042

waxannnnnnnannn

;* 125 INTO BOTH SP1 AND BR. LAST WE'LL DO A NODST BR,SUBOC,SP1
B;DIEAgHERE IS A WRITE INTO PORTB,INDATZ2 WILL CONTAIN A 377.

025010

025034
025036

IS DESIGNED

.~ DOES NOT URITE

013701

002516

004537
000525

003030

004537
062221

003030

004537
063221

003030

006537
060361

003030

004537
020420

025052

025052
025056

003030

025060
025062

000125

MY INT
MG/
ROMCLK

KMCSR,R1

JRECORD DEVICE

JSR
00525

RS, .ROMCLK

;CLOCK INSTRUCTION
JPUT A 125 INTO BRG.

JSR

RS, .ROMCLK

;CLOCK

INSTRUCTION

JCLOCK

INSTRUCTION

;CLOCK

INSTRUCTION

ROMCLK

062221

ROMCLK

JSR

63221

ROMCLK

JSR

060361
ROMCLK

JSR

RS, .ROM(LK
RS, .ROMCLK

ADDR.

;NOW INTO OIDAT?2
;NOW INTO SP1

;NOW THE NODST

;THE

NODST

BR,SUBOC,SP1'’

SHOULD NOT MODIFY

RS, .ROMCLK

;CLOCK

INSTRUCTION

JSR

RS, .ROMCLK

;CLOCK

INSTRUCTION

MOVR
MOV

(R1) ,R4
#125,RS

:SEE WHAT CAME BACK.
;SHOULD BF 125
IF 377 CAME

020420
ROMCLK

061220

;PUT CONTENT OF

INDAT?.

INDAT?2 IN BRG.

;PUT BRG INTO BSELO
BACK,

;YOU CAN BET THAT THE "NODST'' WROTE
JINTO THE MULTIPORT RAM
WAT(H SIGNAL

7815
7816

7817

H 13

09:23

ENDTST

(3)
(3)

(2)
7787

30A(1052)

.EVEN

7784

7786

MACY11

‘D1

025066
025070

025072
0259076
025100
025102

020405

00140¢
104455

000007
005041

CMP

BEQ

ERROR

R4 RS

108

TRAP

(SERDF

.WORD

EMO

.WORD

WRITE QUT L''

JNOW LOOK.

( {DMQAO MB207 STATIC DIAG #2
(ZDMQA.P1
2S=JUN=79 14:07
{6)

7822
7823
7824

(3)
(3)
7825
78,6
l?)

025104

025106
025106
025106
025106

MACYT1

30A(1052)

HARDWARE

006704

L10104:

104401

0251170

CSETST
TEST

wewnnnewnannnen

:* EXTENDED CRAM TEST FOR M8206. IN THIS TEST WE WILL LOAD DATA

Jannnnhnnnnntnr

135::

(1)
7835

JEST

SKIPO6
EXIT

104432

TRAP

000132

CODE)

AND

awnennnnnennenn

BGNTST

10%

;DO TEST ONLY IF

TST

;OTHERWIZE ,SKIP

:GOTO 108 IF M8206

(3
(%)

(6)
(6)
(6)

TRAP

;* THROUGHOUT THE CRAM (TEST DATA IS JUST 4K OF DIAG.
é;DTgig READ IT BACK AND VERIFY THAT IT IS CORRECT.
H

(3)
7834

7849

SEQ 0164

(2)

7850
7851
7852
7853
7854
7855
7856
7857
7858
7859
7860
7861
7862
7863
(5)

PAGE 57~1

ENDTST

sonnnnenwwnnnar

7832
7833

7846

113

ERR7

BADHEAD

7830
7831

7847
7848

09:23

10%:

7829

7841
7842
7843
7844
7845

TESTS

.WORD

7827
7828

7836
7837
(1)
7838
7839
7840

17=JUL=79

CSEXIT

.WORD

L101905-.

MY INT
MOV

KMCSR,R1

JRECORD DEVICE

IT IS A MB206
TEST.

025124
025124

013701

002516

025130

012702

012024

MOV

#ROMMAP R?

;GET ADDR.

025134
025140

012711
005003

002000

MoV

#2000, (R1)

JSET

025142
025146

010361
012261

000004
000006

MOV
MOV

R3,4(R1)
(R2)+,6(R1)

;SET ADDR.
;WRITE DATA.

025152
025156
025160
025162
025164

020337
001402
005203
000767
005003

002436

CMP
BEQ

INC
BR
CLR

R3,MEMSZ
20%
R3
15%
R3

;DONE WHOLE C(RAM?
SJYES,EXIT THIS LOOP.
;NO,UPDAT ADDR.
sNOW WE WILL READ BACK,STARTING AT

025166

012705

012024

MOV

HROMMAP RS

;GET ADDR.

025772

010361

000004

MOV

R3,4(R1)

;SET ADDR.

025176
025200
025204
025206
025210

011502
016104
020204
001411
010300

MOV
MOY

(PS) ,R2
6(R1) R4

;PUT EXPECTED
JREAD ACCUAL

025212
025216
025220
025222
025224

104455

000001
005041
005710

10%:

CLR

15%:

20%:

000006

30%:

(MP
BEQ
MOV
ERROR

LIST.

TO WRITE

DATA.

;CRAM ADDR ZERO.

;CRAM ADDR. ZERO.

LIST OF

JEQUAL?
JYES,CONTINUE
.

;ERROR CRAM DATA

CSERDF

.WwORD
.WORD

EMO
ERR1

DATA

INTO RZ2

R2,R4
40%
R3,RO

TRAP

.WORD

ADDR.

TEST,DATA

(ZDMQAO MB207 STATIC DIAG #2
(ZDMQA.P11
25=JUN=79 14:07

MACY11

30A(1052)
HARDWARE

17-yuL=79
TESTS

09:23

J 13

PAGE 57-2

;ggé
7866
(3)

(3)

7867

;ggg

JREAD NOT DATA THAT WAS WRITTEN.
025226
025226
025230

025232

025236

104410
000024

020337

001002

7870

025240

025240
025242

104432
000012

7872
7873

025244
025246

005203
062705

(3)
7é;%

;g;g

7876
(3)
(3)
7877
7878

7879
2)

7880
7881
7882
7883
7884
(2)

7885
7886
(3)
7887
7888
1)
7889
(3)

025252

025254
025254
025254

000747

002436

000002

TST
CSESCAPE

R3 ,MEMS?Z

LMWORD

BNE

50%:

ENDTST
L10105:

104401

025256

L10105-.

;ALL

508

DONE?

TST

TRAP
.WORD

C$EXIT
L10105-.

INC
ADD

R3
#2,R5

TRAP

CSETST

JUPDATE ADDR.

308

BADHEAD

Jrnnannnsnnnnns

TEST

annvnnwnnnnnnnan

o
;% THIS TEST LOADS MICRO-CODE INTO A M8206 MCPU THEN EXECTUES IT.
;* THE MICRO CODE IS DESIGNED TO WRITE ALL ONES INTO THE SEL REGS.
;% THIS TEST IS ONLY PERFORMED ON AN M8206.
BADHEAD

025256

Jannnxnanknnnntn

025256

136::

(025256

TEST

104432
(00442

7891
?é$5

025272
025272

013701

002516

;ggz

025276

004537

025700

7895
7896
7897
7898
7899
7900
7901

025302
025304
025306
025310
025312
025314
025316

000777
061220
061222
061223
061224
061225
061226

1%:

anwnnnnennnnnnn

BGNTST

SKIPO6
1%
;GOTO 1% IF MB206
EXIT
TST

?égé

7906

40%:

ESCAPE
TRAP

EXIT

025266
025266
025270

7902
03
;ggg

SEQ 0165

JONLY DO THIS

TEST

TRAP
LWORD

(SEXIT
L10106~.

MY INT
MOV

KM(CSR,R1

;RECORD DEVICE ADDR.

JSR

RS.LOADER

;LOAD THE MICRO (ODE

025320
025322
025324

061227
123000
101410

777
061220
061222
061223
061224
061225
061226
061227
123000
101410

025326

000400

400

;MOVE
;MOVE
sMOVE
;MOVE
JMOVE
;MOVE
sMOVE
;MOVE

M8206

#377,BRG
BRG,BSELO
BRG,BSEL?
BRG,BSEL3
BRG,BSELS
BRG,BSELS
BRG,BSEL6
BRG,BSEL7

;MOVE BSELO,SPO
JBRANCH BACK ONE UNTIL
;MOVE

#0,BRG

«.,377

(ZDMQAQ M8207 STATIC DIAG #2

CZDMQA. P11

7907
7908
7909
7910
7911
7912
7913
7914
7915
7916
7917

7918
7919
7920
7921

7922
7923
7924
7925

7626

25=JUN=-79 14:07

MACY11

30A(1052)

HARDWARE

17=JUL=79
TESTS

09:23

K13

PAGE

57-3

SEQ 0166

025330
025332
025334
025336
025340
025342
025344
025346
025350
025352

061220
061222
061223
061224
061225
061226
061227

025354
025360

01271
01271

040000

100000

MOV
MOV

#040000, (R1)
#100000. (R1)

;INITIALIZE MCPU
SSTART CPU.

025364

012700

000062

MoV

#50. RO

;THE

;MOVE BRG,BSELO

sMOVE BRG,BSELZ2

;MOVE
;MOVE
sMOVE
;MOVE
;MOVE
;MOVE

123000
104022
177777

BRG,BSEL3

BRG,BSEL4
BRG,BSELS
BRG, ,BSE 6

BRG,BSEL7
BSELO, SPO

;BRANCH BACK ONE LOCATION.

177777

CYCLE

TIME ON THE M8206

;200NS.
WE ARE ASKING THE MCPU TO
‘DO 8 INSTRUCTIONS.
WE'LL DELAY

:100 PDP11

INSTRUCTIONS

cTHIS REALLY

025370
025372

005300
001376

025374
025376
025402
025404
025406

005005

025410
025414
025416
025420

025422

012705
111104
120405

MOV
MOVB

BEQ

ERROR

104455

TRAP

000035
005041
010226

000304

025430
025434
025440
025442

012705
016104
020405
001410

.WORD
-WORD
.WORD

ESCAPE

104410

TRAP

.WORD

1727777

000002

30¢%:

ERROR
TRAP

000035
005041
010226

104410
000250

025464

016104

MOV

BEQ

104455

025460
025460
025462

DEC
BNE
CLR

000377

001410

025424
025424
025426

5444
025450
025452
025454
025456

20%:

000004

40%:

PLENTY OF

TIME.

20s

#377.RS

(R1) .R&
R4 RS

30$

29
CSERDF
29

- JUST FOR TYPEQUT.

SEXPECT 377

*READ MCPU
*SEE IF OK.

JERROR. MCPU WAS TO WRITE ALL

EMO

ERR29
.

;ONES

INTO BSELO.BUT

INSTEAD FAILED.

CSESCAPE
L10706-.
#177777 .RS
2(R1) R4
R4 RS
40%

SEXPECT ALL ONES
*RECIEVED
*RECIEVE OK?

2%
CSERDF
29

;ERROR! MCPU WAS TO WRITE ALL ONES

.WORD
.WORD
.WORD

EMO
ERR29

ESCAPE

.WORD

CS$ESCAPE
L10106~.

MOV

4(R1) R4

TRAP

SHOULD BE

;INTO BSEL 283

JREAD BSEL

4&5

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA. P11
25=JUN=79 14:07
7951
7952
7953
7954

(S)

(6)
(6)
(6)
7955

7956

(3)
(3)
7957
7958

7959

025470
025472

020405
001410

025474
025500
025502
025504
025506

104455
000035
005041
010226

025510
025510
025512

000220

025514
025520
025522

016104
020405
001410

025524
025530
025532
025534
025536

025540
025540
025542
025544
025546
025550
025552
025554
025556
025562
025564
025566
025579
0725572
025572
025574
025576
025602

025604
025610
025612
025614
025616
025620
025620
025622
025524
025624
025630

MACY11

30A(1052)

HARDWARE

TESTS

50%:

104455

104410
105011

60%:

005005
005004
111104

001410
104455

JERROR!

.WORD
.WORD
.WORD

29
EMO
ERRZ29

ESCAPE
TRAP

TST
C$ESCAPE

MOV
(MP
BEQ

6(R1) R4
R4 ,RS

JREAD 0OK?

ERROR

JERROR.

.WORD
.WORD
.WORD

29
EMO
ERRZ9

ESCAPE

TST

.WORD
CLRB
CLR

L10106-.
(R1)
RS

CLR
MOvB
BEQ

R4
(R1) ,R4

70%

JREAD BSELO
JEXPECT ZERO.

ERROR

;MCPU FAILED TO CLEAR BSELO

.WORD
.WORD
.WORD

29
EMO
ERRZ9

TRAP

000035
005041
010226

ESCAPE

104410

TRAP

000002

70%:

FAILED TO WRITE BSEL

TO ALL

L10106~-.

60%

CSERDF

JREAD BSEL

;

6&7

FAILED TO WRITE BSEL 687

TO ALL ONES.

CSESCAPE

CSERDF

;SIGNAL MCPU TO WRITE ALL ZEROS.
JEXPECT TO READ ALL ZEROS.

TST

CSESCAPE

BEQ

80%

. IF ZERO,0OK

ERROR

sMCPU FAILED

.WORD
.WORD
.WORD
ESCAPE

29
EMO
ERR29
TST

.WORD

L10106~.

MOV

4(R1) R4

BEQ

$85

ONES.

L10106-.

TRAP

80%:

CSERDF

.WORD

MOV

TRAP

000004

SEQ 0167

ERROR

TRAP

000170

PAGE 57-4
;READ 0OK?

TRAP

000035
005041
010226

L 13

R4 RS
508

.WORD

000006

09:23

(MP
BEQ
TRAP

104410

000136
016104
001410

17=JUL=79

2(R1) R4

CSERDF

;READ BSEL

283

TO CLEAR BSEL

CSESCAPE

90%

JREAD BSEL

485

283

(ZDMQAO M8207 STATIC DIAG #2
CZDMQA. P11
25=JUN-79 14:07
7983
7984
(5)
(6)
(6)
(6)
7985
(3)
(3
7986
7987
7988
7989
7990
(S)
(6)
(6)
(6)
7991
7992
(3
(3)
7993
7994
7995
7996
7997
7998

025632
025636
025640
025642
025644
025646
025646

025650
025652
025652
025656

MACY11

30A(1052)

HARDWARE

TRAP

000035
005041
010226
104410

005041
010226

025674
025674
025676

106432
000034

000006

90¢%:

104455
000035

012711

025704

005000

025706
025712
025714
025720
025724
025726
025730

010061
005200

025732
025732
025732
025734

011561
022527
001370
005011
060205

104401

000004

L10106-.

MOV

BEQ

6(R1) R4
95%

JREAD BSEL 687

ERROR

;MCPU FAILED TO CLEAR BSEL 687

.WORD
.WORD
. WORD

EMO

EXIT

TRAP

LOADER: MOV

10%:

000006

1727777

L10106:

sMCPU FAILED TO CLEAR BSEL 485

gngDF

.WORD

002000

TST

CSESCAPE

C$=RDF

ERR29
TST

CSEXIT
L10106-.

SUBROUTINE USED BY

CLR

MOV
INC
MOV
MP
BNE
CLR
RTS

RO,4(R1)
RO
(R5) ,6(R1)
(RS)+ 4177777
108
(R1)
RS

TEST

TO LOAD MICRO CODE

;SET ADDR.
JWRIITE MICRO CODE.

;SEE IF

TERM,

ENDTST
TRAP

CSETST

BADHEAD

TEST

*NEGATIVE ADDRESS
bR1

annnnnnnnnnnnnn

TEST.

IN THIS TEST, WE'LL MAKE SURE THAT THE M8?07
?85? NOT RESPOND TO AN ADDRESS THAT ISN'T ASSIGNED

]

- u

BADHEAD

Jrnannnnnesnnen

025734

THIS

#2000, (R1)

cwennnnnnnnnnnr

025734

PAGE 57-5

SEQ 0168

*LOADER
025700

m13

EMO
ERRZ29

TRAP

95%:

09:23

.WORD
.WORD
. WORD
ESCAPE
TRAP

000062

025660
025664
025666
025670
025672

TESTS

ERROR

104455

016104
001406

17=JUL=79

BONTST

JEST

snnnnnnnnnnnvan

INTO A M8206

(ZDMQAQ M8207 STATIC DIAG #2
CZDMQA. P11
25-JUN=-79 14:07

(3)
8023
(1)
8024
8025
8026

8027

8028
8029
8030

8031
8032
8033
8034
8035
8036
8037
8038
8039
8040

8041
(3)
(3)
8042
8043
8044

025734
025734
025734

013701

002516

025740
025744
025752
025756

01271
012737
005037
012702

000641
026022
000006

025762

022712

000641

025770
025774
026000

062702
020227
001370

000002

026002
026010
026016
026016
026020

013737
013737

002464
002466

104432
000052

026022
026026

062706
000760

000004

026030
026034
026040

012711
022712
001403

000174
000174

026042
026046

012711
000750

000641

026050
026052

020102
001773

026074

15%:

17%:

09:23

N 13
PAGE 57-6
SEQ 0169

MOV

KMCSR,R1

MOV

#6541, (R1)

;PUT A DEFINITE PATTERN IN M(CPU.

MOV

#160000,R2

cGET STARTING ADDRESS.

(MP

#641,(R2)

.SEE

JRECORD DEVICE ADDR,

gggs.a#A

40%

ADD
CMP
BNE

#2 ,R2
R2.R177776
108

MOV

SAVESL ,a#4

EXIT

JSET UP FOR TRAPS FROM NON-EX.

CONTENTS OF

;UPDATE ADDRESS.
.DONE?
<NO-LOOP
;RESTORE

SAVEG, a6

TRAP CATCHER

cFROM VALUES

TST

SAVED BY

JEXIT, ALL DONE

CSEXIT

WORD

L10107-.

20%:

ADD
8R

R ,SP
15%

40%:

.*0OH NO, WE MAY HAVE A DUAL ADDRESS PRCBLEM!

MOV

50%:

60%:

SECTION

;SAVE FROM TRAP
;LOOP

#1764 ,(R1)

;WRITE NEW PATTERN IN MCPU (SR

8174, (R2)
60%

;DID NEW PATTERN SHOW UP IN ADDR?

MoV

#641,(R1)

;PUT OLD PATTERN BACK

CMP
BEQ

R1,R2
50%

oIS THIS THE M(CPU ADDRESS?
cYES-NO ERROR

ERROR

.DUAL ADDRESS ERROR

.WORD
. WORD
.WORD

40
EMO
ERR4O

B8R

B8R
L10107.

INIT

CMP
BEQ

TRAP

010514
000744

THE ADDRESS

JPOINTED TO BY R2 EQUALS THE CONTENTS
;0 THE MCPU CSR

8EQ

MOV

104455
000050
005041

106401

MYINT

?EX

10%:

000004
000006

TESTS

TRAP

026030

026072
026072
026072

000004

177776

17=-JuL=79

HARDWARE

160000

001420

026070

30A(1052)
T37::

025766

026054
026060

MACYTT

15%

;LOOP

CSERDF

[N MCPU (SR.

17%

ENDTST
TRAP

BADHEAD

CSETST

cunnennnnnnnnrnn

TEST

awnnennannvenun

;*BYTE ADDRESSING TEST
M
HERE, WE'RE GOING TO MAKE SURE THAT WE (AN
o
WRITE INTO ONLY A KIGH OR LOW BYTE OF THE TMM(PuU,

(ZDMQAO MB207 STATIC DIAC #2
(ZDMQA P11
25-JUN=79 14:07

8068
8069
(2)
8070

8071

(3)
8072
(1)
8073
8074

8075

8076
8077
8078
8079
(5)
(6)
(6)
(6)

8080
(3)
(3)
8081

MACY1?

30A(1052)

HARDWARF.

17<JUL=79

TESTS

09:23

B 14

PAGE 57-7

SEQ 0170

026074

026074
026074
026074
026074
026100
026104
026112
026120
026122
026126
026130
026132
026134
026136
026136
026140
026142
026146
026154
026162
026164

026170
026172
026174
026176

026200
026200
026200
026200

BADHEAD

sevenneennnnnee

138::

013701
005061
112761

032761
001410

002516
000002
177777
177400

000002

032761
001406

000377

177777

000003
000002

108
:

104455

000052
005041
010622

a=1,2(R1)

BIT

L10110:

026202

;CLEAR (SR

ADDR.

JWRITE ALL

ONES

#177600,2(R1)

;OF (SR
;SEE IF HIGH BYTE GOT WRITTEN

ERROR

JHIGH BYTE

GOT WRITTEN

. WORD
.WORD
.WORD

41
EMO
ERR4

TRAP

(SESCAPE

108

CSERDF

INTO LOwW BYTE

INTO ON A LOW BYTE

;OPERATION

TST

.WORD

L10110-.

(LR
MOVR

2(R1)
l-1%3(R1)

BEQ

208

FRROR
TRAP

42
CSERDF

.WORD
.WCRD
.WORD

20%:
1064601

MOVB

ESCAPE

005061

cRECORD DEVICE

2(R1)

TRAP

106410
000040
112761

KMCSR,R1

B8EQ

104455
000051
005041
010560

L AARAZEAENE
R Y Y]

MY INT

CLR

000002

BGNTST
MoV

000002

TEST

JWRITE INTO HIGH BYTE
;SEE IF LOW BYTE GOT WRITTEN
LOW BYTE GOT WRITTEN INTO ON A

42
EMO
ERR4?

JHIGH BYTE

OPERATION.

ENDTST
TRAP

CSETST

BADHEAD

cennnnnnnnstsan

TEST

wnnnnannnnnnnnn

*IN THIS TEST WE'RE GOING

TO MAKE

SURE

THAT

THE

;*REG COUNTS UP PROPERLY. THE PC REG SHOULD INCREMENT
;*ONCE AFTER EACH INSTRUCTION.
- %

026202

BADHEAD

Jrnnnnannnnwwns

026202
026202
026202
026212
026212

7139::

TEST

ennnonnennvennse

BOGNTST

SK]1PQ7

108

:GOTO 108 IF M8207

104432

EXIT

TRAP

TST

CSEXIT

;ONLY DO IF M8207

(ZDMQAO MB207 STATIC DIAG #2
(ZOMQA.P11
25~JUN=79 14:07

8{82

026214

8105

026216

(1)

8106
8107

(1)
8108
8109
(1)
Bi10
8111
(1)

8112

002516

026226
026232
026234
026234
026240
026242
026242
026246

004537
000400

003030

004537
061233

003030

004537

003064

026250

8115

026254

(1)

g}}?

8118

(1)
8119

026254

026260

026262

026262
026266

8120
8121
8122
g}gz

026270
026274
026300
026302

8125
(5)
(6)

026304
026310
026312

(6)

8126
8127
8128
(3)

8%35

026314

026316

026320
026320

100000

012705

000001

004537

003030

004537
121244

003030

121265

016104
042704
020405
001410

026324

062705

g}%g

026334

001347

8134

026336

8%%%

026336

8136

026340

(3)

8137
8138
8139
8i4
8141
8142
8143

026330

026336

MSTCLR
ROMCLK

020527

20%:

104401

;RECORD DEVICE

#1,RS

ROM(LK
JSR

ROM(CLK

L10111:

KMCSR,R1

MOV

121265

30%:

57-8

L10111-,

RS, .SROMCLK

JCLOCK

INSTRUCTION

cCLOCK

INSTRUCTION

ADDR,

;START AT ZERO
;READ PC HIGH REG.

RS, .ROMCLK

,CLOCK

INSTRUCTION

JREAD PC LOW REG.

JSR
121244

RS, .ROMCLK

MOV
BIC
CMP
BEQ

4(R1) R4
#170000,R4
R4 RS
30%

JGET WHOLE PICTURE

ERROR
TRAP
.WORD

47
C$ERDF
47

;PC FAILED TO INCREMENT PROPERLY

.WORD

EMO

.WORD

000777

PAGE

SEQ 0171

JSR

100000

000004
170000

000002

C 14

JSR
RS, .ROMCLK
400
ROMCLK
JSR
RS, .ROM(CLK
61233
SPOM(CLK

104410

8130

09:23

MY INT
MOV

011142

000014

8131

10%:

104455
000057
005041

026322

17-JuL-79
TESTS

.WORD

013701

g}}g

30A(1052)
HARDWARE

000122

026216

026222
026226

MACY11

L10111=-,

ADD

#2,R5

BNE

20%

INSTRUCTION

; INCREMENT 0K?

ERR4G?7

ESCAPE
TRAP
LWORD

(MP

;CLOCK

. SHOULD INCREMENT BY ONE
cFOR EACH INSTRUCTION.

TST
CSESCAPE

;JUPDATE EXPECTED ADDRESS BY 2.

RS ,4777

ENDTST
TRAP

BADHEAD

C$ETST

srnnnnnnnsnnntn

TEST

nawnnnnnnnnnnnn

I
s*IN THIS TEST WE'LL MAKE SURE THAT ‘BRANCH FIELD H'' DOESN'T
J*GET SUCH HIGH.
J*FIRST WE'LL CLEAR THE PC HIGH REG. THEN WF'LL DO A BRANCH INSTR
;*WITH BAB BITS 11812 SET. IF PCR BITS 889 _LET THEN WE'LL KNOW
;*WE WERE SUCCESSFUL IF PCR BJTS 889 FAIL TO SET, WE'LL KNOW
;* HAT THE MUX SELECTED THE WRONG INPUT TO BE CLOCKED INTO THE P(R.

(ZDMQAO MB207 STATIC DIAG #2
CZDMQA. P11
25=JUN=79 14:07

8144
8145
(2)
8146
8147
(3)
8148
(1)
8149
(3)
(3)

8150
8151
1)

8152
8153
8154
(1)

8155
8156
8157
(1)

8158
8159

8160
8161
8162
8163
8164
8165
816S
(5)
(6)
(6)
(6)

8167
8168
8169
8170
(3
(3)

8171
8172
(2)
8173
8174

(2)

8182
8183

30A(1052)

17=JUL-79

HARDWARE

TESTS

09:23

D 14
PAGE 57-9
SEQ 0172

- %

026340

BADHEAD

Jnwnnwanennsann

026340
026340
026340
026350
026350
026352
026354
026354
026360

026370

026372
026372
026376
026400
026404
026410
026414
026416
026420
026424
026426
026430
026432

0264 34
026434
026434
026434

026436

T40::

104432
000062

002516

004537

003030

114400

004537

003030

116105
112704

000005
000C03
000374

121265

042705
020405
001406

10%:

MY INT
MOV
MSTCLR

KMCSR,R1

ROMCLK

JINITIALIZE PARAMETERS
;RECORD DEVICE ADDR.
;CLEAR DEVICE.

;D0 A "BRANCH ALWAYS'' WITH

RS, .ROMCLK

;CLOCK INSTRUCTION
;BAS BITS 11812 SET THIS SHOULD CLOCK

;THESE BITS INTO BITS 889 OF
;NOW READ THE PCR HIGH

THE

RS, .ROMCLK

MOVB
MOVB
BIC
(MP

5(R1) RS
#3,.R4
#3764 RS
R4 RS

;READ

J"BRANCH FIELD H'' STUCK HICH OR

ERROR
TRAP

-WORD
.WORD
.WORD

L10112:

;ONLY DO IF M8207

JSR
121265

BEQ

20%:
104401

L10112~,

JSR
114400

005041
007664

NRARANNNNAANRAR

CSEXIT

.WORD

ROMCLK

104455
000017

SKIPO7
108
:GOTO 108 IF M8207
EXIT TST
TRAP

013701

TEST

BGNTST

sCLOCK INSTRUCTION
JAND PUT INTO PORTS.
sJREG. BR NO CLK OF BAB BITS
THE PC(R.

JEXPECT BITS 8,9 TO BE SET.

;STRIP ANY JUNK
.0K?

20%

CSERDF

15
EMO
ERR15

;OTHER PROBLEM IN THIS AREA.

ENDTST
TRAP

CSETST

BADHEAD

sexxnexexannnnrx

TEST

L ERSSS0
RS RRSA 8

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

8175

8176
8177
8178
8179
8180
8181

MACY11

;*FIRST WE'LL

026436

WRITE

BADHEAD

sannwnannwnenst

026436

EACH SP ADDRS

[NTO

ITSELF

THEN WE'LL

;*MOV SP TO 0BUS4. THAT SHOULD SELECT
;*SP ADDRESS 0. IF ANY OTHER DATA SHGWS UP, WE'LL
;*BLAME IT ON THE SELECTION OF A DIFFERENT SCRATCH PAD.

BGNTST

TEST

sexnwnwnnnnnnns

P(R.

(ZDMQAQ MB207 STATIC DIAG #2
(ZDMQA.P11
25-JUN=79 14:07

(3)
8184
(1)

8185
8186
8187
8188
8189
8190

026436
026436
026436
026442
026444
026452

(1)

8191
8192
8193
8194
8195

(5)
(6)
(6)
(6)

8202
8203
8204
(3)
(3)
8205
8206
(2)
8207
8208
8209
8210
8211
8212

013701
005005

002516

042737
010561
050537

000017
000004
026466

004537

003030

005205
120527
001362

004537
061204

8197
8198
8199
8200
8201

30A(1052)

HARDWARE

T41::

123100

8196
(1)

MACY11

116104
001410

012705

026534
026534
026534

026466

10%:

8214

(3)
8218
(1)

8219
(3)
(3)
8220
8221
(1)

8222

BIC

MOV

09:23

E 14

PAGE

KMCSR,R1

57-10

SEQ 0173

+RECORD DEVICE ADDR.

JSTART WITH ADDR-ZERO

#17,20%

JSTRIP SP ADDR FIELD FROM INSTR

RS5,4(R1)

;PUT SP ADDR INTO PORT4,

JSR

RS, .ROMCLK

sCLOCK INSTRUCTION

000020

INC
(MPR
8NE

RS
RS ,#20
108

.UPDATE ADDRESS
;IF NOT THROUGH, REPEAT,

003030

JSR

RS, .ROM(CLK

sCLOCK INSTRUCTION

MOVR

4(R1) ,R4

8IS

ROMCLK

20%:

123100

ROM(LK

061204

000004
000000

000053
005041
010664

308
#0,R5
43

.WORD

JWRITE

TRAP

TO SP

;NOW MOV SPO

;

cREAD PORT4

TO OBUS*

PORTS

S/B ZERO

;SPO NOT SELECTED FOR SOURCE~SEE

EMO
ERR43

30%:
ENDTST
L10113:

026536

;ADD SP ADDR TO INSTR.

CS$ERDF

.WORD
.WORD

104401

R5,20%

BEQ
MOV
ERROR
TRAP

;DISCUSSION IN HEADER.

CSETST

BADHEAD

sanmranannwnnann

TEST

nenwaxavnnnnnnn

*IN THIS TEST WE ARE GOING TO MAKE SURE

THAT THE

;*SIGNAL MOV INST H'' (AND ITS ASSOC. TRIBS) DOESN'T GET
;*STUCK HIGH. IN ORDER TO DO THIS WE'LL CLEAR THE PC HIGH REG
;*PUT KNOWN DATA IN THE BREG AND SP1 THEN WE'LL A BRANCH
;*WITH CROM BITS 0-3 SET AS WELL AS CROM BIT 9 WITH CROM BITS 8 AND 11

8213

8215
(2)
8216
8217

MY INT
MOV

CLR

104455

026532

17=-JUL=79
TESTS

;*IF
MOV _INST H''
GETS STUCK HIGH,
;*WITH THE CONTENTS OF THE ALU

026536

BADHEAD

sanknkanwwnwnrn

026536
026536
026536
026546
026546
026550

026552
026552
026556

T42::

TEST

10%

;GOTO 108 IF M8207

EXIT

TRAP

000110

013701

TST

WORD

002516

108:

waxsnnnvennnnnne

BGNTST

SKIP07
104432

THE PC REG HIGH WILL GET LOADED

CSEXIT

JELSE

EXIT

L10114-.

MY INT

MOV
MSTCLR

;ONLY DO IF MB8207

KMCSR ,R1

;DO

INITIAL

TEST

SET-UP.

cRECORD DEVICE ADDR.
;DO A MASTER CLEAR.

CLEAR.

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA. P11
25=JUN=79 14:07

8223

8224
8225
8226
8227
8228
8229
8230
(1)

8231
8232
8233
(1)

8234
8235
(1)

8236
8237
8238
8239
8240
8241
8242
8243
8244
(1)

8245
8246
8247
8248
8249
8250
(5)
(6)
(6)
(6)

8251
8252
8253
8254
(3)
(3)

8255
8256
(2)
8257

26562
026566

30A(1052)

HARDWARE

002470

17=JUL=79

TESTS

09:23

14
PAGE

57-11

SEQ 0174

TST
BNE

RUNSB

;7O RUN

THIS

MOV
ROMCLK

#2,4(R1)

20%

SECTION OF

(ODE

YOU MUST

:0OFF SO THAT MB207 NOT SELFSTARTING.

026570
026576
026576
026602
026604
026612
026612
026616
026620
026620
026624

02761

000002

004537
123101
012761

003030

000004

004537
123100

003030

004537

003030

141201

000004

JSR
123101

000004

MOV
ROMCLK

TURN SW7 OF

;PUT A 2 INTO SP1
;PORT4

RS, .ROMCLK

TO SCRAT(H PAD

SWITCH PACK

;CLOCK INSTRUCTION

H4,4(R1)

JSR
123100

RS, .ROMCLK

;CLOCK INSTRUCTION

JSR
141201

RS, .ROMC. K

;NOW DO A BRANCH ON (-BIT SET
s CLOCK INSTRUCTION
;BASED ON SP CONTENTS

ROMCLK

#FE28

;OK-WHAT WE ARE REALLY

;INTERESTED IN IS SEEING IF THE
;PC HIGH REG GETS LOADED WITH
;THE CONTENTS OF THE ALU (2)
;IF THIS OCCURS, WE CAN PROBABLY
;S?EHTHAT "MOV INSTR'' REMAINED

026626
026626
026632
026634
026640
026642

001407
005005

026644
026650
026652
026654
026656

104455
006017
005041
007664

026660
026660
026660
026660
026662

004537
121265
116104

ROMCLK

003030
000005

RS, .ROMCLK

BEQ

20%

MOvR

ERROR

15
CSERDF
15
EMO

.WORD
. WORD
.WORD

L10114:

JREAD PC

HIGH,

JREAD PC

REG HIGH FROM PORT

PUT

;CLOCK INSTRUCTION

S(R1) RS

(LR

TRAP

20%:
104401

JSR
121265

INTO PORTS

;SHOULD BE CLEAR

JERROR-PC RtG HIGH S/B (LEAR-SEE HEADER

ERR15

sDISCUSSION.

ENDTST
TRAP

(SETST

BADHEAD

Jwnnkennanhnntt

TEST

annxnnnannnnennnn

;*TEST THAT MASTER CLEAR, CLEARS BITS IN THE NPR (ONTROL REGISTER AND
; *MICROPROCESSOR MISCELLANEOUS REGISTER-FIRST WE'LL 3SET THE

8258

8259
8260

8261
8262
8263
8264
(2)
8265
8266

005737
001034

MACYT1

'PRJORITY UP SO THAT WHEN WE SET THE BUS REQUEST BIT THAT
J*THEN WE'LL SET ALL THE BITS IN BOTH REGS EXCEPT THE
. *NPR REQUEST. WE'LL LOOK TO SEE THAT ALL GOT SET, NEXT

;*WE'LL DO A MASTER CLEAR AND BE SURE THAT THEY ALL

026662

J*CLEAR.
BADHEAD

Jrnxansaknnannan

026662

BGNTST

TEST

wnnsnennnnnnens

[T WON'T

BUG US

(ZDOMQAQ MB207 STATIC DIAG #2
(ZDMQA.P11
25=-JUN=7G 14:07
(3)
8267

026662

(1)

8268
8269
(3)
(3)
8270
8271
8272

8273
(1)

8276
8277
8278
8279
8280
(1

8281
8282
8283
8284
8285
8286
8287
(3)
8288
(5)
(6)
(6)
(6)

8289
8290
(3)
8291
8292
8293
8294
8295
(1)

8296
8297
8298
(1)

8299
8300
8301
8302
8303
8304
8305
(5)

026742

026744
026744
026750
026752
026760
026764
026770
026774
026776
026776
027000
027004
027006
027010
027012

MY INT

MOV
MSTCLR

01¢700

000340

012761
042761

177777
000002

MoV
TRAP
MOV

004537

003030
000400

004537
121130

003030

004537

003030

121225

004537

003030

012737
016104
042704
023704
001410

146636
000004
030000
002452

121204

SETPRI

000004
000004

BIC

ROMCLK

000004

JSR

121225

ROMCLK

002452

000056
005041
011072

027032
027032
027036

004537

003030

004537

003030

121225

121204
016104
005037

042704
001407
104455

000004
002452
010000

000001
000001

10%:

JRECORD DEVICE ADDR.

;DON'T ALLOW INTERRUFTS.

#-1,4(R1)
#2.4(R1)

;DATA

RS, .ROMCLK

;CLOCK INSTRUCTION
;PUT INTO MISC REG.

C$SPR]

RS, .ROMCLK

#146636,8GDDAT
4(R1) R4
#G30000,R4
$GDDAT R4
10%

CSRESET

ERROR

.WORD
.WORD
.WORD

CKLOO”

SEQ 0175

#PRI07
#PRI07
RO

MOV
MOV

8IC
CMP
BEQ
BRESET

57-12

KMCSR,R1

RS, .ROMCLK

TRAP

000100
000300

PAGE

JSR

121204

104455

152761
142761

G 14

RS, .ROMCLK

TRAP

027016
027024

09:23

#400,4(RT)

104433

104406

027064
027070

TESTS

002516

027014
027014

027040
027040
027044
027046
027052
027056
027062

HARDWARE

17=JUL=79

013701

121111
042761

8274
8275

30A(1052)
T43::

104441

(1)

MACY11

CS$ERDF

EMO
ERR4G

TO BE

SET

JDON'T SET AC LOW!

JDON'T SET NPR BIT

;CLOCK INSTRUCTION

;PUT

INTO NPR REG

sCLOCK INSTRUCTION

sMOV MISC

REG

(11)

TO PORTS

;CLOCK INSTRUCTION
;MOVE NPR REG (10) TO PORT4
;EXPECT ALL

TO SET

cREAD WHAT HAPPEN
;DID ALL BITS GET SET?

JYES

CONTINUE.

;SO SORT OF PROBLEM SETTING BITS

;IN THE NPR AND/OR MISC REG.

TRAP

C$CLPT

BISB
8I(B

#100,1(R1)
#300,1(R1)

;SET MASTER (LEAR
;CLEAR MASTER (CLEAR

RS, .ROMCLK

sCLOCK INSTRUCTION
;MOV MISC REG (11) TO PORTS

RS, .ROMCLK

sCLOCK INSTRUCTION

4(R1) R4

JREAD

ROMCLK

JSR

121225

ROMCLK

JSR
121204
MOV
(LR
BI(
BEQ

ERROR
TRAP

$GDDAT
#010000,R4

20%

)

CSERDF

;MOV NPR REG

(10)

TO PORT4

RESULTS

JEXPECT ZERO

;STRIP PROG CLK BIT

;IF

ALL

ZERO,

EVERYTHING (COOL.

JMASTER CLEAR FAILED

TO CLEAR

(ZDMQAQ MB207 STATIC DIAG #2

(ZDMQA. P11

{6)
(6)
(6)

027072
027074
027076

027100
027100

25=JUN=79 14:07

027144
027150
027152

104455
000056

004537
121110

003030

116104

027162
027162

104433

027170

000004

003030

000005
000014
002452

005737
001016

027172
027176
027200
027204

004537

027206

005037

027212
027216
027220
027222
027224

106455
000056
005041

121204
116104

001410

JSR
121110

RS, .ROMCLK

JSR
121205

RS, .ROMCLK

;IF MASTER CLEAR FAILED
JTHEN WE

WILL BE

;CLOCK INSTRUCTION

ERROR

JMASTER

BRESET

CSERDF

UNABLF

TO CLEAR
TO SET

CLEAR FAILED

TO CLEAR

EMO
ERR4LE

JITSELF,

JFURTHER

THUS PROHIBITING US FROM
SETTING BITS IN THE NPR REG.

C$CLP

TRAP

CSRESET

TST

RUNS

JNOW WE'LL

SEE

;THESE

BITS.

SJTEST

A BUS RESET

CLEARS

JCAN'T DO THIS

BNE

4«08

JSR
121204
MOVB
BEQ

RS, .ROMCLK
4(R1) ,R4
40%

;IF ZERO-END TST

CLR

$GDDAT

.S/B ZERO

ERROR

;BUS RESCT FAILED TO CLEAR NPR REG

.WORD
.WORD
.WORD

CSERDF

EMO
ERR46

RUN Sw SET.

sCLOCK INSTRUCTION

JREAD MISC

REG

sJMASTER CLEAR WAS ABLE

TO LOOK

TO THE

sCIRCUITRY THAT CONVERTS BUS INIT
;7O "'CLEAR"’

027226
027226
027226
027226

40%:

104401

L10115:

ITSELF

s THESE BITS
:READ REG

30%

TRAP

011072

;NOW WE ARE GOING TO TRY T0O
;SET THE EXT BITS (16817) IN THE NPR REG.
sCLOCK INSTRUCTION

. STORE GOOD
;DID BITS SET?
s YES-CONT INUE

ROMCLK

002452

5(R1) R4

#14 ,3GDDAT

;SOME BITS IN THE NPR AND/OR MISC REGS.

$GDDAT R4

TRAP

000004

57-13

(MP
BEQ

(KLOOP

003030

EMO
ERRLG

#14 ,4(R1)

.WORD
.WORD

002470

PAGE

MOV
KOMCLK

TRAP
.WORD

30¢%:

H 14

SEQ 0176

CS$CLPI

MOVB
MOV

002452

09:23

TRAP

ROMCLK

005041
011072

104406

TESTS

(KLOOP

000014

004537
121205

17-JUL=79

.WORD
.WORD
.WORD

012761

027160
027160

027172

HARDWARE

104406

012737
023704
001407

027164

30A(1052)

000056
005041
011072

027102
027102
027110
027110
027114
027116
027116
027122
027124
027130
027136
027142

027154
027156

MALYT1

ENDTST
TRAP

(SETST

CZDMQAD MR207 STATIC DIAG #2
CZDMQA.P IR
25=JUN=79 14:07

8345
8346
8347
8348
8349
8350
835
8352
8353
8354
8355
8356
8357
8358
(3)
(3)
8359
8360
(4)
(4)
(4)
(4)
(4)

8361

HARDWARE PARAMETER

09:23

I 14
PAGE

CODING SECTION

SEQ 0177

PARAMETER (ODING SECTION

;/ THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.
;/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT

:/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.

THE
ARE

THE

;/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUN]CATIONS
;/ WITH THE OPERATOR.
JIIIIIIIIII1 7777777777770 777777777777777777/7777707/777777777777777777777

027230
027230
027232

000016

027232
027232
027234
027236
027240
027242
027244

000032
027266
000007
000000
000007

(&)
(4)
(4)
(4)
(4)

027254
027254
027256
027260
027262
027264
027266

8372

17-JUL=79

ST 7777777777777777777777/77770777777777/777777/7777777777/777777777777
:/ THE HARDWARE PARAMETER CODING SECTION CONTAINS MACROS

027244
027246
027250
027252

8369
(2)
(3)
8370
8371

30A(1052)

.SBTTL HARDWARE

(&)
(4)
(4)
(4)

8362
8363
8364
8365
8366
8367
8368

MACYT1

BGNHRD

::
L$HARD

GPRMD

TS$CODE
WPM
7
TSLOLIM
TSHILIM
ADDRES,?2,0,160000,177776,YES
TSCODE
ADDRES
TSLOLIM
TSHILIM
VECTOR,4,0,0,674,YES
PRIRTY,6,0,7000,4,7,YES
LNUNIT,10,0,3,0,3,YES
SWPA(1,12,0,377,0,377,YES
SWPA(2,14,0,377,0,377,YES
LOOPBK,16,0,40000,0,1,YES
ISRUN,24,0,7,0,1,YES
T$CODE
ISRUN
7
TSLOLIM
TSHILIM

WPM:

LASCIZ

"WHICH MICRO-CPU?

ADDRES:

.ASCIZ

/MICRO-CPU

160000
177776

012032

027736
000007
000000
000001
L10116:

044127
044515
050103
036460
026060
030062
034115
044515
050103
051123
042522
000040

04151
051103
037525
034115
036464

051523

020110
026517
024040
030062
034115
036467
000067
026517
041440
042104
035040

WwPM,0,0,7,0,7,YES

.WORD
.WORD
.WORD
.WORD
.WORD
GPRMA
.WORD
.WORD
.WORD
.WORD
GPRMA
GPRMD
GPRMD
GPRMD
GPRMD
GPRMD
GPRMD
.WORD
.WORD
.WORD
.WORD
.WORD
ENDHRD
.EVEN

00103
027340

027266

027266
027274
027302
027310
027316
027324
027332
027340
027346
027354
027362
027370

.WORD L10116-L$HARD/2

(0-MB200,4=M8204,7=M8207""

(SR ADDRESS

(ZDMQAQ MB8207 STATIC DIAG #2
(ZDMQA.P11
25=JUN-79 14:07
8373

8374

8375

8376

8377

8378

8379

8380
8381
8382
8383

8385
8386

027372
027400
027406

027414
027422
027426
027434
027442
027450
027456
027462
027470
027476
027504
027512
027520
027526
027534

027542
027550
027553
027560
027566
027574
027602
027610
027614
027622
027630
027636
027644
027652
027657

044515
050103
052103
042104
035040
044515
050103
0475M11
046040
035040
044127
044514
044516
031455
047075
036461
026061

030062
034115
020072

123
020110
021440
041504
047111
03504y
053523
050040
031043
033470
052117
020051
127
042524
047117
051117
042502
020104
047516
051505
044515
051120
047523
020116
044103
050131
043111
030040
043117

051103
020125
051117
042522
000040
051103
020125
044522
053105
000040
041511
042516
020124
037451
047117
034115
036462
026062
030062
000
044527

040520
020061
050115
020105
000040
052111
041501

024040

020063
040440
020072
046111
052123
042516
051450
052440
020077
030454
035040
051103
041517
020122
053523
026440
020105
047440
044440
020106

MACY11

30A(1052)

17=JuL=79

09:23

J 14

PAGE 58-1

HARDWARE

PARAMETER

026517
042526
040440
051523

VECTOR:

LASCIZ

/MICRO-CPU VECTOR ADDRESS

026517
051120
056524
046105

PRIRTY:

ASCIZ

/MICRO-CPU PRIORITY LEVEL

020110
052440
030050
030040
026105
030062
034115
036463
020063

LNUNIT:

LASCIZ

/WHICH LINE UNIT

041524
045503
042050
046040
0264443

SWPA(1:

LASC1Z

/SWITCH PACK #1

(DDCMP LINE #)

044103

SWPA(2:

LASCIZ

/SWITCH PACK #2

(BM873 BOOT ADR)

:
LOOPBK

LASCIZ

/WILL

ISRUN:

.ASCIZ

"MICRO-PROCESSOR RUN SWITCH ~ TYPE

020113
046502
047502
051104
000
020114
041440
052103
020051
042523

CODING SECTION

SEQ 0178

(0-3)? 0=NONE,1-MB8201,2=M8202,3=M8203

TEST (ONNECTOR(S) BE USED ? 0=NO,1=YES

036460

054475
000040
026517
051505
052522
052111
052040
020061
026116
020106
000072

.EVEN

ON, O

[F OFF

(ZDMQAQ MB207 STATIC DIAG #2
(ZDMQA.P11
25=uUN=-79 14:07

8387

MACYTT

30A(1052)

HARDWARE

17=-JUL=79

PARAMETER

09:23

K 14

PAGE 58-2

CODING SECTION

SEQ 0179

(ZDMQAO M8207 STATIC DIAG #2
CZOMQA.P11
25=JUN=79 14:07

8389
8390
8391
8392
8393
8394
8395
8396
8397
8398
8399
8400
8401
(3)
3
8402
8403

8404

2)
(3)
8405
8406
8407
8408
8409
8410

8411
8412

SOF TWARE PARAMETER CODING SECTION

;/ MACROS ARE NOT EXECUTED AS MACHINE

INSTRUCT]ONS BUT ARE

;/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE
;/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATICNS
;/ WITH THE OPERATOR.
SI1IIIIIT77777777777777777770777777777777777777777777/77777770777077777777

030024
030024
030026

000000

LSSOFT::

030026
030026

L10117:

T
BGNSF
.WORD L10117-L$SOFT/2

ENDSFT
.EVEN

.EVEN

030026
030030
030032

(3)
8414
8415

SEaQ 0180

IIIIIII7077777777777777777777777777777777777/77777777707777777127777777
:/ THE SOF TWARE PARAMETER (ODING SECTION CONTAINS MACROS
;/ THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.
THE

030026

(4)

L 14

30A(1052)
17-JUL=79
09:23
PAGE 58-3
SOF TWARE PARAMETER CODING SECTION
.SBTTL

8413
(2)

MACYTT

000000
000000

000001

LASTAD
.EVEN
.WORD

LELAST::
LEND

.WORD

(ZDMQAO M8207 STATIC DIAG #2
CZDMQA.PIN
25=JUN=79 14:07
ADDRES
027340
ADR
= 000020 G
ADR1
012456

ADR?2

01,462

ADR&
ADRS

ASSEMB= 000010

= 000001
BITO
BITO0 = 000001
BITO1 = 000002
BIT02 = 000004
BITO03 = 000010
BIT04 = 000020
BITOS = 000040
BIT06 = 000100
BIT107 = 000200
BIT08 = 000400
BIT09 = 001000
BIT1

8IT10
BIT11
BIT12
BIT13
BIT14
BIT15
BIT2
BIT3

BIT4

= 000002

=
=
=
=
=
=
=
=

002000
004000
010000
020000
040000
100000
000004
000010

= 000020

BITS

= 000040

BIT7
BIT8
BIT9

= 000200
= 000400
= 001000

BIT6

= 000100

BOE
= 000400
CLKX
002360
CLRALL
003152

CRAMA
cZoma
(SAU
=
C$AUTO=
($8RK =
C$BSEG=

003566
002000
000052
000061
000022
000004

($85UB=
CSCEFG=
CS$CLCK=
C$CLEA=

000002
000045
000062
000012

($CVEC=
CSDCLN=
($D0DU=
(SDRPT-

000036
000044
000051
000024

($CLOS= 000035
C$CLP1= 000006

(Il ialalalalalalalalalalalalalnlalalalnlalalalal

012322
012326

MACY11

8361

83724

57974
57984
57654
57664
4635

5817
5814

L7740

L4774M
4774k
L7744
4774k
L774m
L7744
L7744
L7744
L774M
L7744
L7744
Q774n
47744
L774H
L774H
L774H
L774M
L774m
L7740
L7744
L4774,
L774H
L4774m
4774m
L774m
L774m
L774H
L8144
51044

5083

7549
5558
5199
7597
5573
5084

6131

5068
5069
5175
7547

L6354
L6354
46354
46354

5670
5624
5909
5767

46354
46354
L6354
L6354
L6354
L6354
L6354
46354
46354
46354

5084

5081

6188
6861
52344

6328
6600
6846

SeEa 0181

5783
5780

6848
5225

L6414

M 146
17=JUL=79
09:23
30A(1052)
PAGE 59
CROSS REFERENCE TABLE == USER SYMBOLS

6360
6613
6860

5097

5098

7502

7504

7505

5084
5226
7579

5091
5768

5098
5801

7084

5835

7500
5854

5227

5569

5771

5804

5838

5620

7504

7585

5069

6146

6129
7549

7549
7585

6201
6894

6214
6909

6659
6925

6673
6956

6686
6970

6732
6983

6745

6776
7422

6790
7445

6803

6834

5953
5799

6373

6626
6893

6016
5833
6386
6657
6907

6080
5848
6419
6671
6924

6185
6432
6685
6955

6200
6445
6716
6968

6213
6478
6730
6982

6245
6491
6744

6257
6504
6775

6269
6536
6788

6300
6555
6802

6314
6568
6833

8307

8323

5637

8290

7502

7399

7467

(ZDMQAQ M8207 STATIC DIAG #2
CZDMQA.P11
25=JUN=79 14:07
($0U
= 000053
CSEDIT= 000000
= 000055
CSERDF

46354
46354
46354

6075
6338

6610
6857
76407

000056
000060
000054
000057
000010

7600
7984
46354
46354
L6354
L6354
46354

C$ESEG= 000005

7754
46354

C$E SUB- 000003
CBETST= 000001

6612
6859
46354
46354

CBERHR($ERROCSERSF
C$ERSO=
C$ESCA

6137
6430
6683
€935
6340

6341

7103

CSEXIT=

8134

46354
6595
7584

C$GE1B=
CSGE Tw=
CSGMAN=
CSGPHR=
C$GPLO=
($GPR]
=
CS$INIT=
CSINLP=
(SMAN]
=
CSMEM =
(MSG =

L6354
46354
46354
4635
L6354
46354
46354
L6354
4635
46354
L6354
5389

CSOPEN=
(SPNTB-

46354
46354
5389

=
COPNTF
($PNTS=
CEPNTX=
(%QJ0 =
C$RDBU=
CSREFG=
($RESE=

5430
L6354
46354
L6354
L6354
46354
46354
46354

MACYT1

5654
4675
5704
6106

N 14

30A(1052)
17=JUL=79
09:23
PAGE 59-1
CROSS REFERENCE TABLE -- USER SYMBOLS

5738

6370
6623
6870
7619
7713
7990

5697
6198
6643
6696

6682
6934

5845
6210
6455
6727
6979

8079

8087

5776
6255
6502
6755
7048
7948
5861
6431
6684
6936

6212
6457
6729
6981

5819
6581

7453
7753

5708

7771

5777
6372
6625
6872

6906

5710

5753

7264

7775

5808
6197

7464
7770

7835

5947

6266

5991
6278
6551
6799

6310
6565
6812

6057
6324
6578
6843

8320

8336

6014

8166

5846
6279
6553
6800

5860
6312
6566
6813

5904
6326
6579
6844

5992
6371
6624
6871

6079
6357
6669
6922

6225
6490
6743
6994

6256
6503
6756

8080
6280
6554
6801

6327
6580
6845

5914
6698

5958
6757

6021
6815

6281

7824

6165
6937
8011

6180
6951
8041

6240

6295

6413

6531

8103

8149

7607

7889

5903
6254
6501
6754
7043
7523
7945
8250

7220
7964

8342
6030
6829

5859
6223
6488
6741
6992

7511
7936
8201

7498
7863

7476

8170

5761
6653

5775
6163
6429

5750
6151
6396
6668
6920

SEQ 0182

7379
7974

7784

7007

76409
7979

7067

7189

7571
7962
8305

7261
7580
7972

7455

7348
7591
7978

7714

7053

8091

7299

7442

5522

5603

5374
5390

5375
5394

5376
5395

5377
5396

5379
5400

5381
5405

5382
5409

5385
5422

5386
56427

5387
5631

5374

5435
5403

5375
5394

5376
5395

5377
5396

5379
5399

5381
5404

5382
5408

5385
5421

5386
5625

5387
5426

5407

5611

5416

5420

5624

5629

5499
5635

3655

7538

5505

5508
8287

8325

————-_m_

__—_—_——

(ZDMQAQ MB207 STATIC DIAG #2
(ZDMQA.P11
25=JUN=-79 14:07

MACY11

($REVI= 000003

46354

4675

(SRPT =
($SEFG=
($SPRI=
($SVEC=
($TPRI=

L6354
L6354
L6354
46354
L6354

5467

CSRFLA= 000021

46354

000025
000046
000041
000037
000013

DFPTBL

002262 G

DH1
DH2
DH3
DIAGMC=
EF .CON=
EF .NEW=
EF .PWR=
EF .RES=
EF.STA=
EMO

005602
005633
005653
00C000
000036
000035
000034
000037
000040
005041

DHO

005601

G
G
G
G
G

47204

53064

53094
53104
53114
4635
47744
477640
W774m
47744
47744
52884

6075
6338
6610
6857

7407

7600

EM1
EM10
EM11
EM12
EM16
EM17
4
EM27
EM29

EM3?

EM3S
EM4
EMS
EM6
EM7
ENDBUG
ENDIT
ERRFLG
ERR1
ERR10
ERR1T
ERR12
ERR13
ERR14
ERR15
ERR16
ERR17
ERR?
ERR29

ERR3

005042
005244
005276
005317
005337
005374
005062
005423
N5452

005115

005374
005130
005155
005202
005217
003030
011716
002350
005710 G
007032 G
00715 G
007276 G
007420 G
007542 G
007664 G
010012 G
010134 G
006036 G
010226 G

006164 G

7984
52894
52964
52974
52984
5299%
53014
52904
53024
53044

52914

53004
52924
52934
52944
52954
50764
5506
48104
53744
5383«
53844
53854
53864
53874
53894
53904
53944
53754
53954

53764

B 15

30A(1052)
17=-JUL-79
09:23
PAGE 59-2
CROSS RFFERENCE TABLE == USER SYMBOLS

SEQ 0183

8269

5394

5374
5377
5389

5375
5379

5376
5383

5381
5384

5382
5385

5386

5387

5390

5395

5396

5738
6136
6383
6636
6904
7429

5750
6151
6396
6668
6920
7453

5775
6163
6429
6682
6934
7464

5808
6197
6442
6695
6965
7474

5845
6210
6455
6727
6979
7498

5859
6223
6488
6741
6992
7511

5903
6254
6501
6754
7043
7523

5947
6266
6514
6785
7092
7553

5991
6278
6551
6799
7189
7571

5505
5502

5508
5499
5704
6106
6370
6623
6870
7419
7713

7990
5374
5384
5387
5389
$390
5394
5375

7737

8058
5376

7753

8079

7770

8087

7821

7863

8125

8166

7936

7945

7954

7962

8201

8250

8288

8305

7972

7978

7984

7990

5386

5395

5377

5396
5379
5381
5382
5383

5385

5591

5595

56024

5775

5808

5845

6057
5738
7043
7498
7189
7407
7553
5859
7713

6075
5750

7092

7511
7348
7619
7571

7523
8166
7429
7600

8250
74653

7464

7474

7737

7936

7945

7954

7962

7863

6014
6310
6565
6812
7261
7580
7972

8320

6057
6324

6578
6843
7348
7591

7978

8336

(ZDMQAQ MB207 STATIC DIAG #2
(ZDMQA.P11
25-JUN=79 14:07

ERR3S
ERR36
ERRG

010514
010560
010622

ERRGSG

010732

ERR4GG
ERR4G7
ERRS

011072
011142
006434

ERR6

006556

ERR4G3

010664

ERRGS

ERR7
EvL

011002

006704

= 000004

ESEND = 002100
E$LOAD= 000035
FADR
FLAG

002412
002406

FMI

005032

FTIME
F$AU
=
F$AUTO=
F$BGN =

002462
000015
000020
000040

[(aYaTa)

ERRGO
ERR4T1
ERRGZ2

[alalalalalalalalnlaYal

010350 G
010472
006312

S3964
53984
53774
54024
SL06H
54104
S415#4
5419
54234
54284
54334
53794
6429
6682
6934
53814
5382#

L774M
46354
46354
48274
48254

5971

7302+

5284w
5389

L8L7N
L6354
46354
L6354

5386
5423
5710
5819
5958
6178
6257
6341
6430
6515
6600
6685
6771
6858
6950
7066
7396
7607
7876

FECLEA= 000007
F $DU
000016
FSEND - 000041

8041
8204
L6354
46354
46354
5387
5431

MACY11
7580

5704

c 15

17-JUL=79
30A(1052)
09:23
PAGE 59-3
CROSS REFERENCE TABLE == USER SYMBOLS

SEQ 0184

7591

8058
8079
8087
8201
6106
7261

8288
8125
6197
6442
6695
6965
5903
6136
4675
5389

5381
5974

7314
5374
5390
5490
5669
5606

4641

5387
5428
5720
5827
5966
6180
6267
6354
6432
6517
6611
6696
6775
6860
6951
7067

7409
7618
7886
8061

8217
5634
5651

4641

5389
5436

8305

8320

8336

6210
6455
6727
6979
5947
6151

6223
6488
6741

6254
6501
6754

6266
6514
6785

6014
7753

7770
7821

7150
5880+
5975
7381«
5375
5394
>
5494
5670
5624
4683
5389

5433
5740
5828
5992
6185
6269
6355
6443
6530
6613
6698
6786
5871
6955
7096
7621
7714
7889

8071
8219
5637
5654
5374
5390
5457

6992
5991
6163

7221

5886
5993«

5376
5395

7380«
5910~

6278
6551
6799

6310
6565
6812

6324
6578
6843

6338
6610
6857

6370
6623
6870

6383
6636
6904

6396
6668
6920

5997«

5954~
7143«

7222+

5379

5385

5387

5383
5610
569C
5793

5385
5419
5708
5809
5948
6165
6255
6339
6419
6504
6595
6683
6770

5970+

5914
6118
6240
6326
6412
649N
6581
6669
6755
6833
6924

6937

8149

8022
8183

7007
7379
7526
7835
7992

5384
5618
5697

7053
7395
7584
7870

5386

5427

571¢C

(ZDMQAO MB207 STATIC DIAG #2
CZDMQA.P11
25=~JUN=79 14:07

MACY11

5720
5827
5966
6180
6268
6354
6443
6517
6612
6697
6786
6871
6951

5740
5828
5992
6198
6279
6355
6444
6530
6624
6698
6787
6872
6966

7067
7409
°
7618
7886
8061

F $HARD=
FSHW
FOINITFSIMP =

000004
000013
000006
000050

FEMOD = 000000

FEMSG - 000011

F$PROT- 000021
FOPWR = 000017

FSRPT = 000012
F$SEG - 000003

FESOFT
F$SRvV
F$SUB
FSSW
FETEST-

8217
46354

L6354
46354
46354

6531

GE TPRM

5457
6595

17=-JUL=79
(9:23
PAGE 59-4
CROSS REFERENCE TABLE =-- USER SYMBOLS

5753

5846

6015
6199
6280
6371
6456
6531

6625
6711
6800

6873

6967
7103
7431

7754
7938

8080
8254
8369

5603
5761
6653

5509
46354
46354
46354
L6354

8134

7992

8149

7048
7386
7537
7866
8011

8170

6684
6770
6858
6937
7053
7395
7584
7870
8022
8183

6295

6355

6413

8149

8219

6828
6922
6995

7297
7476
7824
7979

7007

7379
7526
7835

5377
5396
5423

5379
5398

5381
5400

5382
5402

5431

5384
5406
5436

5385
5409

5386
5410

5799
6256
6373
6503
6626
6756
6893

5810
6257
6385
6504
6638
6775
6906

5833
6268
6386
6516
6657
6787
6907

5847
6269
6398
6536
6670
6788
6923

5848
6280
6419
6554
6671
6801
6924

6185
€313
6432
6567
6685
6814
€955

6199

6200
6327
6445
6580
6716
6845
6968

5720
6021
6412
6815
7297
7824
8183

5753
6029
6458
6828
7386
7833
8204

5760
6108
6471
6873
7395
7876
8217

5785
6117
6517
6888
7631
7886
8254

5792

5827
6226
6594
6995

5867
6239
6639

8061

4747

8147
5518#

6430
6515
6595

5376
3397
5422

4744

8134

6137
6255
6339
6413
6503
6594
6683
6757
6845
6936

5810
5948
6165
6256
6340

5375
5394
5419

8404

7784

5809
5921

7775

5467
5777
6245
6372
6491
6625
6744
6872

5921
6341
6711

7264
7466
7794
7974
8128
8404

6313
6398
6489
6579
6653
6743

5793
5914
6118
6240
6327
6412
6502
6581
6670
6756
6844
6935

6180
6951
8041

5449
5767
6225
6360
6490
6613
6743
6860
6994
8401

5690
5958
6354
6757
7138

7220
7455
7784
7964
8103
8369

6567
6652
6742
6815
6906
6994

5785
5876
6108
6226

6118
6889
7992

4687

46354
46354
46354
46354
L6354

7140
7442
7775
7956
8101
8342

6566
6639
6729
6814
6905
6993

5777
5867
6079
6225
6312
6397
6472

6030
6829
7889

4683

6213
6340
6478
6612
6730
6859
6982

7138
7441
7771
7948
8091
8266

6554
6638
6728
6813
6889
6981

5776
5861
6030
6224
6295
6385
6471

5828
6771
7870

L6354
46354
46354
46354

5374
5390
5418

6553
6637
6712
6801
6888
6980

5761
5860
6029
6212
6294
6384
6458

5793
6712
7835

7584
4641

5389
5415

5760
5847
6021
6211
6281
6372
6457

SEQ 0185

5819
5958
6178
6267
6341
6431
6516
6611
6696
6771
6859
6950
7066
7396
7607

7876

8041
8204

4735

7442
46354
L6354

7103
7618

GSCNTO=
I SP=
G$D
GSEXCPCSHILI= 000002

7096
7427
7714
7889
8071
8219
8358
4720
5484

D 15

30A(1052)

5710
5966
6399

6770
7264
7794

8170
5523

5427

5428

6165
6530
6937
7641

8011
8266

7067

7484

7140

6314

6444
6568
6697
6833
6967

7299

6212

6457
6729
6846
6981

7006

5876
6281
6652
7053

5914
6294
6698

8071

8091

8101

7526

7537

7607

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA. P11
25=JUN=79 14:07
G$LOL
[= 000001
GENO
= 000000
G$OFFS= 000400
G$OFS1= 000376

MACY11

30A(1052)

17=JUL=79

09:23

E 15
PA

CROSS REFERENCE TABLE -- USER gsflgOLg

SEQ 0186

46354

L6354
46354

L6354
L6354
L6354
L6354
L6354
L6354
L6354
L6354
L6354
46354
46354
L6224
L7744
M
L774
L7744

8361
8361

8368
8368

8368

8360
8360

6667

8361
8361

4678

8368
8368

4699

4937

5451

53764
53954
54224

53774
53964
54234

53794
53984
S4274

53834
56054
54334

53874
S46134

6211
6279
63604
64324
65044
6594
66704
67434
68144
6905
6980

5760
5860
62124
6280#
6371
6443
6515
66004
66714
6744H
6828
69064
69814

57674
58614
62134
6294
63724
64444
65164
6611
6683
6755
68334
69074
69824

5776
5876
6224
63004
63734
64454
6520
66124
66844
67564
6844
6922
6993

57994
6029
62454
63144

58334
6198

7886

8101

67294
68014
68724
6966
74641
8266

5720

5760

5792

5827

5966

5239

5459

L7744

52364

83794

ISCLN = 000041

=
=
I$INIT=
=
=

000041
000041
000041
000040
00C041

[$PROTI$PTAB=
=
ISRPT =
=

000040
000041
000041
000041
000041

56654
56064
5634k
56514
83694
54844

N
LO64L

5375#
5394

54494
5690
58474
62004

54674
5720
58484

L6834

6354
64314
65034
65804
6669
6742
6813
68934
6968#
000041
000041
000041
000041

56034

53744
53904
54184

62694

[$SETU=
I$SFT =
I$SRV =
I1s$suB

56704
56244
56374
56544

7537

54154

7618

7794

7833

63864
6471

6554#
66254
66974
6786
6858
6935
7066

6267
6339
64194
649N
65684

84044
5690

(ZDMCAO Mt07 STATIC DIAG #2
(ZDMQA.P11
25=JUN=79 14:07

MACY11

6294

6354

7066

[$TST

8101
L6354
5819#
60214
6240
65174
67704

- 000C
.1

7007
7379
75264
7835
7992

8149

JEIMP = 000167
002376
002516

46354
48214
LBO2N

KMACTV
KMCSR

002520
002522
002400
002524
002526
002510
002506
002514
002512
027462
025700
002340
040000
002342
0024 76
027657
000010
00211C
002036
012022
002070
011720
002706
012012
002032
002011
002312
002076
002060
002132
002116
002040
002034
012016
002072

7891

L8934
L8944
48224
48954
L8964

8147
56504
5827#
60294
62814
65304
6771
7048
73864
75374
7866

8266
57104
58764
61084
63414

65944
€829

6815#
70534

7067
7409
76184
78864

7395#
7584
7870

8023

8072
5069+
5532~

7008

5068~
5531«

83784

L7744

L6754
L6754
LE675H
4675
LE754

6531

74641

5723
6414
7298

5513+

L6754
4675
L6754
L6754
4675

5828
6030
62944

6530

5608
6296

48074
48584

4675
LE754
4675
LOE7SH
4675
L6754

7395

5526+
6241

79994
5996+

L6754
L6754

8183
5697

6471

80614
82174

7893
48024

L7744

7297

8022#
81834

48884
48914
48904

83754

6412

80114
81704
5457

5534«
5082+
5542+
5540
5548+
5545«

48894

[l
lalalalalalalalalalalalalalalalalal

KMC SRH

6182
6952

7138

F 15
17-JUL=79
30A(1052)
09:23
PAGE 59-6
CROSS REFERENCE TABLE -- USER SYMBOLS

56694
56064

56344
L7964
L6578

56514

7068

8151
5083«

5535+
5092«
5543«

€594

6652

6770

6828

6888

6950
8022

57204
5904
61174
63544
6595

57604
5948
61654
64124

5761
59584

57854
59664
6180
64584
67114
6951

57924
5992
62264

6873

5740
59144
6118
6355
66394
6888#

7714
7889
80714
8219

74314
7754
7938
8080
82544

81014
83424

8103

8128

8134w

81474

5762
6473

579
6532

5877
6654

5922
6713

5967
6772

6031
6830

6119
6890

8184
5084
»

8221
5091~

5097«

5098+

5101~

5528+

5529+

7484

7096
7421

7398

5538~

5549
5546+

5519+

5520

5522

SEQ 0187

5620

7537

71034

7444

7794

6653
69374
7140
7442
7775
7956

7539

7833

6178#
6413
6698#
69504
7220
7455
7784m
7964

7567

7886

72644
7466
7794
7974

7619

64714
6712
69954
72974
74764
78244

7979

7795

7006

8071

5793
6015
6239#
6472
6757#
70064

7299

74844
7833«
7985

7837

(ZDMQAQ MB207 STATIC DIAG #2
(ZDMQA.P11
25=JUN=79 14:07

SSSSISS3338833 3

POMNDMPNORNLMNOIN)
=
e b e
VIS WN 2O NO NS WA — o

—

) —d
d
D
b
ek
b ed e
e
—

[anl aall aall el saall cndll aall aall all el el el

—

002730 G
002052
002102
002042
002044
002046
002064
002066
027232
002120
002016
002022
002262
002104

011216
002026
030032
002100
002074
002050
002000
002122
002112
002062
002010
011210
030026
002056
002020
002024
002030
002312
002114
002014
002012
002310
002312
006034
006162
006310
0064 32
006554
006702
007030
007152

007274

[aIalalalalalalalalalalalalalnlialalalalalalalalalalalafalalalalaYaYal

LBDVTY
LSEF
LSETP
LSEXP]
LSEXP2
LSEXP3
L SE XP4
L SE XP5S
L $HARD
LSHIME
LS$HPCP
LSHPTP
LSHW
LSICP
LSINIT
L SLADP
LSLAST
L$LOAD
LSLUN
LSMREV
L SNAME
L $PROT
LSPRT
LSREPP
LSREV
LSRPT
T
L$SOF
L$SPC
LSSPCP
L$SPTP
L$STA
LESW
LSTEST
L$TIML
LSUNIT
L 10001
L 10002
L 10003
L1C004
L 10005
L 10006
L10007

4675
L6754
L6754
L6754
L6754
L6754
L675A
L675H
4675
L6754

L6754
L6754
4675
L6754
4675
L6754
4675

L6754

MACYT1
L4924n

83584

47204

54844

84134

L6754

L6754
6754

4675

L6754

L6834

L6754

L6754
544594

84014
L6754
L6754

L6754
L6754
L744H
L6754
L6754
L6754
4720
4744

S374m
5375#
53764
5377#
5379#
53814
5382#
53834
53844

5385~

53864
5387#

5389«
53904
53944
5395#
53964
54004
5405#

5520
47354
L7478

1
G 15
30A(1052)
17-JuL=79
09:23
PAGE 59-7
(ROSS REFERENCE TABLE == USER SYMROLS

SEQ 0188

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA. P11
25-JUN=79 14:07

L10026
L10027
L10G30
L10031
L10032
L10033
L10034

54094
54134
54184
54224
54274
54314
S4364
5457
56034
56244
56374
5654#
56704
5697
5740

5761
5793
5828
5904
5948
5992
6030
6118
6180
6240

SRR
b
b
cd
e
b
—

VB
W —O

7007
7067
7140
7299
7396
7442
75264
7584
7714
78244
7835
7889

d od —d

) —d o
b

b
b

el
b wd
—d

)

jelelolololelolelels)

—_—

e
ee

6295
6355
6413
6472
6531
6595
6653
6712
6771
6829
6889
6951

027226

8041
8080
8103
8149
82044
8219
83424

MACY11

H 15

17=JuL=79
30A(1052)
09:23
PAGE 59-8
CROSS REFERENCE TABLE -=- USER SYMBOLS

SFQ (189

54674

5708
57534
57854
58194
58674
59144
59584
6015
6079
6137
62264
62814
63414
63994
64584
65174
65814
66394
6698#
£7574
68154
68734
69374
69954

57104

60214
6108#

61654

7048
7096
7220
7379
7409
7455

73864
7421
7466

74764

76074
7754

777

7775

7784H

7866
7948

7870
7948

78764
7956

7964

8128
81704

8134a

80614
8091#

8254n

70534
71034
7264M

764314

7974

7979

7985

7992

BG11a

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA.P11
25=JUN=79 14:07

MACY11

L10116
L1017

83694
8404»

MEMSE
T

027266
030026
002362
002374
003460

MEMSZ

002436

MEML IM

MRO

NEWST
NEXT
ONE

O$APTS=
0%AU
=
C$BGNR=

O$BGNSos$0U
=
O$ERRT=
OSGNSW=
O$POIN=
O$SETU=
PATCH
PNT

PRI
PRIRTY

PRI0O
PR]O1
PRIO2
PRI0O3

PRI04

PR]OS
PRI06
PRI07

PSTACK
QV.FLG
RAMDAT

REGADR
RETADR
ROMMAP
RUN
RUNB
RUNINH

SAVACT

SAVE4
SAVE6

SAVNUM
SAVP(
SAVSP

SETBRO
SETBR1
SETBR4

48154
48204

002434

011332
002336
002372
000000
000001
000000
000000
000001
000000
000000
000001
000000
002760
001000
002000
027426
000000
000040
000100
000140
000209
000240
000300
000340
002344
002477
003314

002530
002352
012024
002410
002470
002472
002402
002464
002466
002404
002366
002364
003204
003214
003224

6186
6954
5c01
6035
5251
5843
5926+
5503
4675
46654
4675
4675
L6654
4675
4675
L6654
6675

[aIalalalalalala BN aYal

MASK
X

8358
8401

8269
5689+

I 15

30A(1052)
17=-JUL=79
09:23
PAGE 59-9
CROSS REFERENCE TABLE == USER SYMBOLS

6244

6299

5221
6069
5764
5849
5927+
55114

5588+
7007
5769
5850
5936
5521

6359
5596+

7067

5781+
5852+
5943

64617

6476

5782

5816

5782
5853
5949+

5796+
5855
5951+

7140

7299

SEQ 0190

6534
5850

6599

6656

6715

6774

6832

5864

5955

5994

6018

5832
5881«

5834
5892

5836
5899

6619
6866

6366

6379
6632
6899

6392

5857

5815+
5863~

5911
7847
5816
5864

6306
6561
6808

6320
6574
6839

6334
6606
6853

7396
5802

7710+

7442

7867

4675
4675

4675

8413

7573

6193
6438
6691
6961

6206
6723
6975

6219
6484
6737
6988

56834

7839

7853

5600+
5551«

5600

7231

5492
5493+

6420
6479
6538

6250
6497
6750

6262
6510
6781

7576
7233

8223

8327

5495
5696

5622
5623

5706
5707

8039
8040

6433
6492
6556

6446

6451

6505
6569

6274
6564
6795

6664

6914

(ZDMQAD MB207 STATIC DIAG #2
CZDMQA.P11
25=JUN=79 14:07

STRTSW
002354
SUBRP(
002346
Sv(GBL= 000000

SVCINS= 000020

6627
6329
6387

6658
6717

7656
7410

5552+
5579«

5558~

5569~

5573«

5576+

53054
5389
5435
48124

5374

5376
5395

5377
5396

5379
5399

5381
56404

5384
5417

5386
5426

L6354
5377
5396
5634

4641

4675
5382
5406
8358
4697
5384
5405

4683

4697

4720
5385
54°9

6924
5389

5375
5394
5484

4796

5375
5394
5413
5631
5509
5708
5799
5861
6015
6151
6223
6269
6327
6384
6442
6491
6554
6611
6668
6716
6771
6815
6872
6935
6992
7189

5377
5396
5417
56435
5523
5738
5809

L744H
49044
48134
48814
L8824
48834

48094

L6354

5381
5400
5420
5457
5620
5750
5819
5909
6057
6185
6240
6281
6340
6397
€455
6504
6567
6624

6601
6301
6361

6315
6374

5487

5390

5379
5398

5651
LO64L6H

5382
5403
5421
5467
5624
5753
5828
5914
6075
6197
6245
6295
6341
6398
6456
6514
6568
6625
6683
67461
6788
6845
6905
6965

7043
7348
7464
7591
7824
7962
8061
SvisuB= 000000
SV(TAG= 000200

6614

8204
8336

4648
L6504

5386
5427

7379

7666

8342
4735

56431

5383

5610

8401

4720

5385
5407
5625
5502
5653
5775
5846
5953
6106
6200
6256
6312
6370
6419
6472
6517
6580
6637
6695
6744
6801
6858
6920
6968

5384
5415
84134

4744
5386
5408
5426

5503
5654
5776
5847
5958
6108

5433

5793
5860

6210

6257
6313
6371
6429
6478
6531
6581
6638

6757
6814

7067
7396
7476
7713
7866
7974

8087
8254
8360

5374
5390

5467

7629
7538
7770
7938
7990

8401

5379

5654

8134
8305
8404

5381
5405
5670

5903
6021

6165

6225
6279
6338
6386
6444
6502
6565
6613
6728
6785
6833
6889
6937
7261
7442
7571
7775
7948

8011
8166
8320

WINWN

STM

51364
51434
5156#

SEQ 0191

W, 1V.1V]

STAT?2
STAT3

003234
003244
003276
002312 G
002730
002356
002500
002502
002504
005505

J 15

30A(1052)
17=JUL=79 09:23
PAGE 59-10
CROSS REFERENCE TABLE -- USER SYMBOLS

~N SN
N
— 00

SETBR7

SETMC
SETZ
SFPTBL
SSTA(K
STAT
STAT1

MACY11

(ZDMQAOQ MB8207 STATI( DIAG #2

(ZDMQA. P

25=JUN=79 14:07
5785
6225
6399

SvCTST= 000000

SvO5

003616

6612
6801
6994
8011
46354
6239
7006
8071
52464
6075
6338
6610
6857
7407
7600

SWPACT1
027553
SWPAC2
027614
S$LSYM= 010000

MACY11
5810

622€
6431
6625
6814
6995
8061

L6470

6294
7066

8101
5704
6106
6370
6623
6870
7419
7713
7990

L7354
5387#

5431a
58194
62454
64324
66264
68154
70534

TEMP
TFMI
TFM2
TFM3
TFM36

TFMG
TFML0
TFMG1
TFM42
TFML3
TFMGS
TFML5
TFM4SA

002440
003652
003676
003714
004003

003741
004247
004071
004160

004330
004413
004452
004510

TEML6

004633

TMMC

004774

TFML7
TFMS

004717
003757

TYPE
002432
T$ARGC= 000001
T$CODE= 012032
TSERRN
000056

8091#
7487«

5374
5377
5381

5384
5403
5407
5411
5416
5420
5424
5425
56429
5434
5389
5420
5589+
53744

53904
54204
83614
57044
61064
63704

30A(1052)

17-JUL=79

09:23

K 15

PAGE

59-1

CROSS REFERENCE TABLE -- USER SYMBOLS1
5819
6256
6444
6638
6815

5847
6268
6457
6639
6845
7103
8134
5720
6412

5861

5867
6281
6490
6684
6872

5914

SEQ (192

6313
6503
6697
6873

5958
6327
6516
6698
6906

6021
6340
6517
6729
6923

6108
6341
6554
6743
6936

6165
6372
6567
6756
6937

6385
6580
6757
6967

8254
5827
6594

8342
5876
6652

8369
5921
6711

8404
5966
6770

6029
6828

6117
6888
7886

6178
6950
8022

5845
6210
6455
6727
6979

5859
6223
6488
6741
6992

5903
6254
6501
6754

5947
6266
6514
6785

6278
6551
6799

5991

6014
6310
6565
6812

6057
6324
6578
6843

8058

8288

8305

8320

8336

L7474

53824
54094
57104
61654
63604
65554

53834
54134
57534

53844
54184
57674
62004

5385#
54224
5785#

7053

8091
5690
6354
7138

6280
6458
6670
6859
7264

8170
5760
6471

7386

7395

76484

8217
5775
6163
6429
6682
6934

8147
5738

6136
6383
6636
6904

7429
7737

7431

7464

8166

8201

S377#
53964
56374

63144
65044
66984
68934

537<x
54004
56544
60214
63284
6517#
67164
69074

53814
5405#
56704
6108#
63414
65364
67304
69244

83424

83694

84044

74764

81344
7517«
5375
5379
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7618

7043
7523
7945
8250

59584

71034

7537

7526

7511
7936

7498
7863

53894
S43ém
58334
62574
64454
66394
68334

7476

75264

76074

7607

7794

7092
7553
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67444
69374
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7784

7833

7189
7571
7962

61854
63734
6568#
67574

69554
78244

6199

7824

7261
7580
7972

65814

67754

69684
78764

6212
6398
6581
6787
6981
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7348
759
7978

62134
63994
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5396

5385

5424
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53944
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5793
53794
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5828
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57504
61514
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5775#
61634
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6197#
6442

58084

58454
62104
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6118

7693

5382#
54044
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53834
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54344

53844
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53854
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54164

58594

59034
62544
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59474
62664
65144

59914
62784
6551

6057#
6324n
65784

6223
6488#

(Z/DMQAD MB207 STATIC DIAG #2
(ZDMQA.P11
25=JUN-79 14:07

66104
68574

T$EXCP= 000000
T$FLAG= 000040

TSGMAN= 000000
TSHILI= 000001

TSLAST= 000001

T$LOLI= 000000
TSLSYM= 010000

76078
76004
79844

83604
S4574

TSLTNO
000053
TSNEST= 000000

7619
77134
79904
83614
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74538
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60304
63124
65024
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72204
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60794
63264
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72994
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79924

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83614
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79854
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83604
83604
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5386

83614
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56431

5867
6639

5914
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8369

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7526

84134
46354

53814

70064
75204
80714

83694

L6614
L6834

33834
5405
56334
5670
59214
6341
67114
7103

7607

LOLIN

53824

54024
54314
56694
58194
60294
6245K
63604
663N
6530
6O26H
67294
68154
69234
70534
75374

6668
69204

7629k
7737&
80584

60154
62954
66BN
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68714
71404
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54004
26284
30544
58104
60214
62394
63284
64314
65174
66254
67164
68144
69074

TSNSO = 000000
TSNS1 - 000005

66234
6B704

L 15

30A(1052)
17-JuL=79
09:23
PAGE 59-12
CROSS REFERENCE TABLE -- USER SYMBOLS

59924
62794
€4724
6668
68584
70964
77564

5427

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MACY11

83684
4747

S7404

5374

5375

5958
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6021
6815

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53834

56054
54334
56704
58274
61084
62564
63414
6444
65364
6638H
67304
68284
69244
70664
76074

S7614

61184
63394
65314
67284
69224
73794
78664

81034

5390

7784

74648
77704
80874

80804

5389

5636

66824
69344

5467

7824

LEB7E

53844

54064
SL36M
56904
SB334
61174
62574
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65544
66398
67434
6833
636K
71034
76184

4735

L7440

71388

7264

72974

53874
5413
54844
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6458
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68124
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68434
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7523
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75534
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75714
79628
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75914
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83364

SBO9H

5377

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5624

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47204

6799
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5376

47208

4687

6785
70924

81494

8011

8134w

S7934

6754M
70434

81284

7876

54094
5440
S7104
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61654
6268
63604
6LSTH
65554
66524
67444
68454
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7498k
78634
81664

67418
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6198¢
6384x
6579
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7421
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6165
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67278
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61804
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76098
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6108
6873

5603

81014
B4O4H

S3B64
56104
5467
57204
6021
64124
6815

S7764

61374
63554
6553
6742
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73964
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5395

80914
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53854
5409
56498
5710
5964
6399
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7474k
78214
81254

5394

7138
7784k
81474

5384
54064
5436
56904
5958
63544
6757

66954
69654

SEQ 0193

S386#

SL104
5467
5720
58484
61784
669K
63724
6LSBE
65674
66S7K
67568
6BLON
69504
7264M
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5396

5637

6226
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8219

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S3894

SL15H
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58674
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7386
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4747

537644

53754

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56154
5603
57604
6108
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5670

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72974
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5382

6281
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8091

5413
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5753
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61854
62804
63734
6471N
65684
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67578
68594
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5381

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53944
54194
5624
57924
6165
65304
6937
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S8464

6224
64138
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69934
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79568

5400

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62114
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56064
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62944
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64908
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66B4LE
67754
6B724
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58604

62674
64564
66534
6844s
7067#
7714H
79794

5383

5384

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5785

5613

6399
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6458
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53944

SL19M
56244
S7774
59144
6212¢
63004
6398
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65944
66854
67874
6B734
69B1N

8204

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53954

5422
56344
57854
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62134
63134
63994
65034
66004
66974
67884
68884
69824

5418

6517
7431
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S377R

53964

74768
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53764

53774

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7476

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7526

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53794

53984

5382«

82544

74618
BO11#
B2664

53984
5427
56514
5867
62394
6639
70064

5819

6581
7476

64194
65164
66134
67114
68024
69064
69954

2431
78864

53964
56234
5637
58274
6226
6594
6995

5422

54234
56374
57924
59584
62254
6314M
6412
65044
6612¢
6698¢
68014
68934
69944

73958
78764
82174

53954
5422
56344
5819
6178%
6581
69504

59484

62554
64LLIN
6637H
68294
70484
7584M
79748

5409

8170

59044

62408
6L30N
6624N
68134
70074
74668
7964N

5400
5428%
5654
58764
6281
66528
7053
75374

5427#
56514
5799«
59664
62264
63274

748LA
80614
B3S8A

56024
5431
56694
5914
62944
6698
70664
7607

(ZDMQAQ MB207 STAY

CZOMQA.PTI

29 416

25=JUN=79 14:07
7618#

TENS?
= 000003

TSPTNU= 000000
T$SAVL= 1727777

T$SEGL= 1727777

8134
S767#
6225
63604

6490
66134
6743
68604
€994
46354

4635
46354
61854

6267
63404
64324
6515
66124
66854
6786
68594

T$SEKO= 010002

T$SUBN= 000000

TSTAGL= 177777
TS$TAGN- 010120

6955S#
5767#
6198
6268
63604

6443
6516
66134
6696
6787
68604
6966

46354
6294H
70664

8101#

46354
46354

53854
54194
57924
6530#
764414

TSTEMP-

000005

82664

LE87H

53854
54224
57104
S847#
6108#
62554
632404
64430
6531#

MACY11
7784

81474
5777
62454
6372
64914
6625
6744n
6872

17=JUL=79
30A(1052)
09:23
PAGE 59-13
CROSS REFERENCE TABLE -~ USER SYMBOLS

7824

7876

82174
5847

SEQ 0194

8061

81014

6314m

6967

57674
6198
62684
63604
6443
65164
66134
6696
67874
68604
6966
5776
6199
62694
6371

6444
65364
6624
6697
67884
6871

66714

6924n
57604
64714

82174
L7440

53894
56334
59214
67114
76184

L7647

53894
56364
57614
58674
61654
62684
63714
64574
65664

60294
68284
78334

53814
56024
56694
6294#
70664
81014
53814
54054
56544
58104
60154
62244

63134
63954
65034
66114

53824

63544
71384

53834

72974

81474

81834

53824
54094
56704
58194
60214
62254
63264
64134
65154
66124

53834
54134
5697#
58284
60304
62264
63274
64304
65164
6624n

(ZDMQAQ MB207 STATIC DIAG #2
(ZDMQA.FI11
25=JUN=79 14:07

66374
67294
6815#
69234
70484

T$TEST= 000053

74214
77844
79854
82194
46354
5821

6027

62944
6583
6826
70664
7477
7831

T$TSTM=

177777

81014
8413

46354

5389
5411

MACY11

6538
674N
68294
69354
7053#
74314
7824m

N 15

30A(1052)

17=JUL=79
09:23
PAGE 59-14
CROSS REFERENCE TABLE -- USER SYMBOLS

66394
674634
68444
69364
70674
76424
78354

6653
67554
68454
69374
70964
74554
78664

80414
83604
S690#

5870
6115

6354m
6641
6885
7138#
7528
7884
81474

5376
5395
5416
5434
5637
5767
5845
5948
6080
6199
6255
6310
6360
6413
6458
6516
6579
6636
6685
6743
6800
6857
6907
6967
7053
7386
7474
7607
7863
7972
8080

T$T1STS= 000001

66694
67564
68584
69514
71034
74664
78704

66704
67574
68594
69664
71404
764764

66834
67714
68714
69674
72204

80614
83614
5714
5873
61174
6401
6650
68884

6948

8172

8020
81834

83694
57204

5916
6176
64124
6700

7265
7535
78864

5991

6697
6755
6812
6860
6923
6980
7096
7409
751N
7737
7876
7979

57604
64714

S7924
65304

58274
6594#

S8764
66524

764410

6180
6226
6280
6339
6396
6445
6503
6566

6372
6430
6488
6536
6595
6639

8103
8287

74840

7537#

57924
6023
6292
65304
6817

6030

6118
6211
6266
6314

8269

5787

5387
5409
5427
5603
5740
5810
5904

5777
5848

8087
8254

82044

82664

5600
5420
5467
5670

7067
7396
7476
7713
7866
7974

81494

7007
74094
77754
79794

7064
7644614
7826
8099

5381

6370
6419
6472
6517
6580
6537
6695
6744
6801
6858
6920
6968

67284
68144
69224

62394

72974
7609

5377
5396
5417
5435
5653
5775
5846
5953
6106
6200
6256
6312

66984
08014
6905#
69944
73864
77544
79644

75264
7889#
80914

8250

73954

SEQ 0195

8305
60254

78334

(ZDMQAO MB207 STATIC DIAG #2
CZDMQA.P11
25-JUN=-79 14:07

8101#

T$SAU = 010042
T$$AUT= 010037

5669

56064
5634m
56514
83584
47204
54844
5374n
5390#
5418
L6834

T$SCLE= 010040
TSSOU = 010041

T$$HAR=
T$$HW =
T$SINI=
TSEMSG-

0710116
010001
010036
010034

T$$PRO= 010000
T$8RPT= 010035
T$$SEG= 010002

S4494

57674
6198
62684
6360
6443
65164
66134
6696
67874
68604
6966
84014
L744m
56904
58274
60294

T8$$S0F= 010117
T$$SW -~ 010002
T$ETES= 010115

6281
65304
6771

710
111
T12
113

T14

715
116
117
718
719
T2

720

012024

014332
014600
015044
015274

015540

016004
016450
016514
016760
017224
012134

017504

121

017764

123

020516

722

724

725

020240

020772

021246

[alalalnialnialalalalalalalalalala¥a)

7048
7386
75374
7866

8011
8170

4697
4697

4697
4697
4697
4L697
4697
4697
4697
4697
4697
4697
4697
4697
4697
4697
4697
4697

MACY11

81474
5670
5624
5637
5654
8369
4735
5603
53754
53944
54194
5457
5776

B 16
17=JUL=79
30A(1052)
09:23
PAGE 59-15
CROSS REFERENCE TABLE =-- USER SYMBOLS

SEQ 0196

81834

8217»

82664

53764
53954
5422

53774
53964
54234

53794
53984
5427

5381#
5400
56284

53834
5405
56334

53864
54104

53874
5413

53589#
54154

5809
62124
63004
6384
6457
65554
6637
67294
68024
6905
69814

58104

62134
6312
63854
64784
6566
66384
67304
6813
69064

5860
62564
63284
6430
65034
66004
6683
6756
68464
6935

61854
6267

69824

5846
62254
63144
6397
64504
€S568#4
6669
67434
6833
6922
69944

58614
62574
6339
64314
6504#
6611

6800
68724
69684

57994
6211
62804
63734
6456
65544
66264
6728
68014
68934
6980

67754
6858
69364

64320
6515
66124
66854
6786
6859#
69554

5708
5867
6079
6295
6581
6828#

5710
58764
6108
6341
65944
6829

57204
5904
61174

5740
5914
6118

57604
5948
6165
64124
6653
6937
7140
7442
7775
7956
81014
8342

57G2#4
5992

6226
64714
6712

5793
6015
62394
6472
6757

5819
6021
6240
6517
67704

72974
7476
7824
7979

74844
78334
7985

7299

7379
7526
7835
7992

5467
57774
62004
6279
63724
64454
6553
66254

67164

70664
7396
7607
7876
8041

8204

7067
7409

76184
78864

8061
82774

6354n

6595
6873
7096

7421
7714
7889
80714
8219

6355
6639

68884

7103
7431
7754
7938

8080
8254

8134

81474

8149

126

021440

127

021606

128
129

022164
022422

130
31
132
133
T34
T35

022636
023052
023344
023736
025010
025110

012300

136
137
138
139

025256
025734
026074
026202

012430

140
141
142

026340
026436
026536

143
rs

026662
012570

alalnialalalalalalalalalalalnlalalalalalalaYalalala!

(ZDMQAO MB207 STATIC DIAG #2
C(ZDMQA. P11
25=JUN=-79 14:07

4697
4697

4697
6697
4697
4697
4697
4697
4697
4697
4697
4697
4697
4697
4697
4697
4697
4697
4697
4697
4697

MACY11

c 16

30A(1052)

17=JUL=79
09:23
PAGE 59-16
CROSS REFERENCE TABLE -~ USER SYMBOLS

SEQ 0197

70664
7138#
72974
73954

57604

74414
7484m
75374
76184
77944
7834
78864

80224
80714
8101#
57924
81474
8183
82174
82664
58274
58764
59214
59664
60294

16
17
T8
19
UAM

013032
013234
013446
013770
= 000200

wPM

027266

8371

WIYPE

002414

5089
6295
6847

5172
6355
6889

5173
6413
6908

5193
6472
6951

5214
6531
6969

5524+
6595

5590
6653

5592
6672

5429
7736

7494«
7746

7695
7750

7497
7752

7507+«
7763«

7508
7767

7510
7769

8282+

8285

8301~

8316+

8317

5374

5375

5374

5375

5376

538¢C

5384

5387

5374

5376
5396
5379

5377

5379

5381

5382

5383

5384

5385

5386

5376

5375
5395
5377

5381

5382

5383

5385

5386

5389

5390

5395

7518~

7519

7522

7543

7569

7572

VECTOR

WRQOM

027372

003406

7182

7230

7341

5597
6712
7834

5839
6731
7888

6088
6771
8102

6179
6789
8148

X$SALWA- 000000
X$FALS= 000040
X$OF
F S= 000400
X$TRUE= 000020

ZERO

$RDADR
$8DDAT
$GDADR
$GDDAT

002370

002450
002454
(002446
002452

$LSTIN=
$L STTA=
$REGO
$REGT
$REG2

000000
000000
002430
002426
002424

$REGL

002420

$REGS

002416

5251+
5250«
5249+
5248+
5247+
5389
5246+

STEMPC
$TMPO

(002442
002444

7488+

$REG3

002422

7706

7708

7711

7712

7730

(ZDMQAQ MB207 STATIC DIAG #2
(ZOMQA.P11
25=JUN-79 14:07

= 030032

MSTCL

.REGT
.ROMCL

002742

003034
003030

L627H

5776
6130
6339
6531
6728
6905

7299
77784
7992
50674
6416
7141

8222
50814
50784
5183
5937
6039
6144

7165
7423
7669
7764

8190

.SROMC

003064

8313
5087#
6248

6375

6495
6628
6748
6895

/167

MACY11
48214

D 16
30A(1052)
17-JUL=79
09:23
PAGE 59-17
CROSS REFERENCE TABLE -- USER SYMBOLS
48224

48234

L824m

48574
5860

49034

5793
6137
6355
6553
6742
6922

5809
6180
6371
6566
6755
6935

5828
6198
6384
6579
6771
6951

5846
6211
6397
6595
6786
6966

5722
6475

8080
5795
6533

8103
5831
6598

8128
5879
6655

8219
5969
6718

5108
5729
5941
6047
6156

5110
5731
5976
6049
6156

5118
5742
5978
6061
7013
7244

5132
5888
5983
6091

7379
77824
8041
7300

8268
5090
5106
5727
5939
6041
6152
7170
7446
7671
7796

8196
8329
5112
6258
6377
6506
6630
6777
6897
7326

7396
7835

7397

7172
7457
7674
7798

7409
/866

7443

7242
7468
7677
7800

6224
6413

6611

7421
7870

5904
6240

6430
6624
6813
6993
74655
7938

7486

7552

7019

7249
7625
7690

SEQ 0198

50724
5948
6255
6443
6637
6829
7007
746¢€
7948

6033
6773
7590

5457
5992

6472
6669
6858

5708
6030
6295
6489
6683
6871

5740
6079
6312
6502

6882

5761
6118
6326
6515
6712
6889

6121
6831
7599

6184
6891

6243
6953

6298

6358

7620

7009
8106

5146
5893
6002
6095

5148
5895
6004
6097

5150
5897
6006
6123

5159
5932
6008
6126

5178
5934
6037
6139
7163

5697
6015

6267
6456
6653

6°79

7048
7584
7956

7067
7714
7964

6844

7036
7324
7641
7731

7605

7076

8230

8233

8235

8272

7809

8109
8277

7329
7644
7744
8115
8280

5152
6260

5161
6270
6390
6539
6662
6791
6912

6051
6272
6421
6541
6674

6189
6304
6434
6559
6687
6806
6957

6202
6318
6447
6572
6719
6837
6971

6204
6330
6449
6602
6721
6849
6973

6388
6508

6660
6779
6910
8111

7490
7680
7802

6793

6926

6928

7096
7754
7974

7078
7331
7657
7747

7140
7771
7979

7085
7400

7660
7759

7220
7775
7985

7069
8152

7411
7663
7761

8118
8295

8154
8298

8157
831

6215
6332
6480

6217

6246

6604

6733
6851
6984

6362
6482
6615
6735

6862
€986

6364

6493

6617

6746
6864
7080

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA.P11
25<JUN=79 14:07

6410
6875
7439

BCOMPL
BERROR
BGNAU
BGNAUT
BGNCLN
BGNDU
BGNHRD
BGNHW
BGNINI
BGNMOD
BGNMSG

BGNPRO
BGNPTA
BGNRPT
BGNSEG

BGNSET
BGNSF T
BGNSRV

8062

102#
1104
118+
1324
1464
15G#
1724
1874
2034
2154
232n

5390
2454
2594
297
311

6360
6657
6955

BNCCMP

3254
352#
367#
3804
LO8#
423N
6354
7395
4574

BREAK

L73%

BGNSUB

BGNSW
BGNTST

BNERRO

BRESET
(KLOOP

CLOCK
CLOSE
CLRMAR
CLRVEC
COMMEN
DELAY
DESCRI
DEVTYP
DISPAT
DISPLA

DOCLN
DODU
DORPT
EDSCAL

L65H

L8N
L4914

S03#
5144
5027#
5284
5374
5684
S58#
588#
5974
6154
E35#
643
5S1#
(9814
5960
6410
6875
7439

5685
5964
6460
6885

7477

8069
46354
46354
46354
46354
46354

L6354

L6354
46354

LAT5A

L6354
46354

5394

46354
4635
L6354
46354
6373
6671
6968
46354
L6354
46354
L6354
L6354
46354
6412
7441
L6354
46354
L6354
46354
L6354
46354
46354

6039

46354
L6354
46354
46354
46354
46354

L6354
46354
L6354
L6354

5685
5964
6460
6885
74677

5688

6023
6469

6939
7482

8093
5500

5714
6027
6519
6948
7528
8099

17=JUL=79
09:23
PALE 60
CROSS REFERENCE TABLE -~ MA(RS NAME
S

5718
6110

6528
6997
7535

5755
6115
6583

7004
7609

5758
6167
6592
7056
7616

5787
6176
6641

7064
7786

5790
6228
6650
7105
7792

8136

8145

8172

5375
5396

5376
5398

5377
5402

5379
5406

5799
6419
6716

5833
6432
6730

5848
6445
6744

6185
6478
6775

6200
6788

6802

5760

5792
6652

5827
6711

5876
6770

5921
6828
8022

5503

5506

8181

8206

SEQ 0199
5821

6237
6700
7136
7826

8215

5825
6283
6709
7265
7831

5870
6292
6759
7295
7879

5873
6343
6768

7387
7884

5916
6352
6817

5919
6401
6826

8013

8020

7393

7433

8256

8264

5384
5423

5385
5428

5386
5433

5387

5389

6257
6555
6846

6269
6563
6860

6300

6600

€893

6314
6613
6907

6328
6626
6924

6029
6950
8101

6117

6178

6239

6294

8183

8217

8266

5870
6292
6759

5873
6343
6768

5916
6352
6817

5919
6401
6826

8C13

802C

5669
5606
5634
5651
8358
4720
5484

4641

5374
5395
4683
5649
5767
6386
6685
6982

6213

8401
4744
5690

6471

6594

7484

7618

5509
5909

6016

5635
8290

7538

8323

7794

5080
8287

7833

7886

5966
6888
8071

7006

7066

7138

7297

8325

6049

4796
4924
4697

5620

5688
6023
6469
6939
7482

5714
6027
6519
6948
7528

N
— N
N — —
[0 - TanTo]

49864
5960

E 16

30A(1052)

[0 .03
%)

BADHEA

MACY11

6997
7535

5758
6167
6592
7056
7616

5787
6176
6641
7064

7786

5821
6237
6700
7136
7826

7295

7879

2387
7884

7393

7633

(ZDMQAQ M8207 STATIC DIAG #2
(ZDMQA.P1N
25-JUN-79 14:07
ENDAU
ENDAUT
ENDCLN
ENDCOM
ENDDU
ENDHRD
ENDHW
ENDINI
ENDMOD

ENDMSG

ENDPRO

ENDPTA
ENDRPT
ENDSEG

ENDSET
ENDSFT
ENDSRV
ENDSUB
ENDSW
ENDTST
EQUALS
ERRDF

8063

L6354
L6354
L6354
46354
46354
L6354
L6354
46354
L635H

5390
B30#

5394
46354

8134

844a
8574
8764

6372
6670
6967

8954
9154
934
9524
974k
988

6399
7431

1009#
10874
6106

6396
6695
6992
7553

ERRHRD
ERROR

ERRSF
ERRSOF
ERRTBL
ESCAPE

EXIT

8069

6594
6754
6924
708%
7304
7694
7654
7794
7964

46354

46354
L6354
L6354

6385
6684
6981

46354
L6354
L6354
L6354
LO635H
46354

6458
7476

46354
46354
6136

6429
6727
7043
7571

7972
1099#
11094
6075
6383
6682
6979
7523
7962

7978
46354
46354
6106
6396
6695
6992
7553
7972

11184
11304
11404
11564

46354
4635#
46354
46354

8336

6198
6489
6786

7379
7985

11864

6595
7835

6211
6502
6800

8093

5670
5624
5637

5374

5395
4687
5467
5777

6398
6697
6994

8099

8136

8145

8172

5375
5396

5376
5400

5377
5405

5847

8181

8206

SEQ 0200
8215

8256

8264

5379
5409

5383
5422

5384
5427

5385
56431

5386
5436

5387

5389

5810

5861
6457
6756

6199
6490

6256
6554
6845

6268
6567
6859

6280
6580
6872

6313
6612
6906

6327
6625
6923

6340
6638
6936

5867
6757

6873
8061

6021
6937
8091

6108
6995
8134

6165
7053
8170

6226

7784

5819
6698
7824

7103

8204

6281
7264
8254

6341
7386
8342

5750
6197
6488
6785

5775
6210
6501
6799

5808
6223
6514
6812

5859
6266
6565
6857

5903
6278
6578
6870

6310
6610
6904

5947

5991
6324
6623
6920
76474

6014
6338
6636
6934

6057
6570
6668
6965

6075
6383

8288

8305

8320

8336

5991
6324
6623
6920

6014
6338
6636

6057
6370
6668
6965

6431
6729

6743

5753
6581

5785
6639

6444

6787

8404
4747
5710

6517
7526

4774
5704
6151

6442
6741
7092
7580

7607

5738
6163
6455
6754

7189
759

7261
7600

7348
7713

7876

7407
7737

5914
6815
8011

5845

6254

5958

7429
7770

74653
7821

7464
7863
8250

7936

7498
7945

7511
7954

6682
6979
7523

7984

7990

8058

8079

8087

8166

8201

53674
6136
6429
6727
7043
7571

5704
6151
6442
6741

5738
6163
6455
6754

5750
6197
6488
6785

5775
6210
6501
6799

5845
6254
6551
6843

5859
6266
6565
6857
7429
7770
8166

5903
6278
6578
6870
74653

5947
6310
6610
6904

8201

8250

8288

8305

8320

5992

6696

6015
6430
6728

6079
6443
6742

6137
645%
6755

7956

7964

7974

7220
7979

6473

6472

6531

7978

7092
7580
7984

5697
6224
6515
6813

5708
6255
6553
6844

7421
8128

6653

6712

7870

F 16
30A(1052)
17=JUuL=79
09:23
PAGE 60-1
CROSS REFERENCE TABLE ~- MA(CRO NAMES

5654
B369
4735
5603

7409
8080

46354

MACY11

5457
7889

7455

5761
6771

7992

7189

7261
7600

7348
7713

7619
7753

7591
7990

8058

8079

8125

5740
6267
6566
6858

5776
6279
6579
6871

5809
6312

5860
6339
6637
6935

5904
6371
6669
6966

5948
6384
6683
6980

6180

6240

6295

7466

5793
6829
8041

7714

5828
€889
8103

6611

6905
7754

6030
6951
8149

7866

7067

7938

7140

7821

7948

7299

7464
7863

6397

6993
6355

7396

7474
7936

7048

7642

7498

7945

7584

7511
7954

7775

(/DMQAQ MB207 STATIC

C(ZDMQA.P11
FEQUAL

GETBYT
GETPR]
GE TWOR
GMANIA
GMANID
GMANIL
GPHARD
GPRMA
GPRMD

GPRML
HE ADER
INLOOP
IOSETU
IOSTAR
KT11
K4ONLY
LASTAD
MACEX
MACEX2
MANUAL
MDTO
MDT1
MDT?

MDT3
MDTS
MDTS
MDT6

MDT?7
MDTS8

MEMORY
MSTCLR
MY INT
MEBYTE
MSCHEC

MECNTO
MSCOUN
MSDATA
MSDECR

MSDEFA

1228+

12464
12644
12564
1286#
12994
1315#
15284
13404
1372#

1407#
14324
14464
1453
14664
14884
49764
1659#
L9984
SOO7#
16774
53424
53224
53264

53304
53344
5338#

5344

53484
53524
16854
S063#

25=-JUN=79 14:07
4635
L6354
L6354
46354
46354
46354
46354
46354
46354
L6354
L6554
4635
46354

L6354
46354
L6354

50164
L6354
5761
6240
L6354
5394
5374
5376
5377
5381
5382
5384
L6354

5722
6598

6532

5762
6596

7539
29014
32064

65954
78354

32754
31244

53904
54244

2614#
3063#

53864
54364
58674
63274
65544
67574
6994LN
80914

32634

MACY11

G 16

30A(1052)

17-JUL=79
09:23
PAGE 60-2
CROSS REFERENCE TABLE ~- MACRO NAMES

SEQ 0201

5522

8361
8360

8368

467S

6G30

7007

7067

7140

7299

7396

7442

6295

5828
6355

6118
6613

6472

6531

6595

6653

6712

6771

5383

5386

5395

5396

5879

5924
6773

5969
6831

6033
6891
8106
6031
6952
8105

6127

6953
8152
6119

6184
7009
8222
6182

6243
8268
6241

8151

6829

6889

6951

5385
5389

6533

7486
L9924

DIAG #2

7541

7069

6416
7397

6475
7443

8221

6414
7444

6473

8184

7139

61804

62404

62954

64724
7584»

65314
77754

7619

7891

7605
5922
6830
8023

66534

57934
68294
80414

5828#
68894
81034

60304
69514
81494

61184

53774
54034
546344

5379#
54044
54354

53814
54074

53824
54084

53834
54114

53844
564124

5387#
54204

53894
5621#

53744
5395%4
56544
61654
63984
66254
68454

53754

53764
54004
57104
62124
64314

S3774
54054
57534
62254
64444
66704
68734

53794
54094
S7774
62264
64574
6684w
69064

53814
54134
57854
6256464584
66974
6923

53844
54274
S847#

5385#
54314

46354
46354

7870#
46354
L6354
53944
54254
46354
46354
53874
54674
59144

63404
65674
67874

69954
8134n
Le35a

8368«
53764
53904

54304
49244
L7474

53944
56374
6108#
63854
66124
68154
72644

8254n
83684

73864

83424

7620

5967
6890
8072

56704

70074

82194

66394
68724
76764

84044

7008

70674

75264

7068

71404

76074

7294

7784

6281#

7485

65164

651;:

€967
8011#

698'#
80614

67438

67564

CZDMGAQ MB207 STATIC DIAG #2
(ZDMQA.P11
25=JUN-79 14:07
MBENDE

MBERRI

31454

53874
64674
59144
63604
65674
67874
69954
B1344

23654
61064

63964
66958
69924

MBESCA

25534
9720
29214

61984
64894
67864

;ggg#

MSESCS

MBEXSE

MSEXTJ
MSGEN

29324
61984

73794
79854
31864
29434

65954

78354
29654

65954

78354
29544

65954

78354
30874

46354
61364

66294
67274
70434
7571

7978
46354

62114
65024
0BOON

47354

5390
S6244
60214
63724
65814
6B14x
71034
B204H

5704w
61514

6442
67414
70924
7580
79844
56974

62244
6515K
68134

47474

53944
56374
61084
63854
66124
6BISH
72644
B254w

S738r¢
61634

6LSSH
67544
71894
7591
7990
5708

62554
65534
6BL4N

H 16
30A(1052)
17-JuL=79
09:23
PAGE 60-3
CROSS REFERENCE TABLE == MACRO NAMES
5374w

530Sk
S6544
61654
63984
66254
6BLSH
7386
B342N

57504
61978

6488
67BSA
72614
76004

80584
57408

62674
65664
6BSBN

53754

53964
56704
61994
63994
6638
6BSON
74314
B369M

S775#4
62104

65014
67994
73484

77134
80794
S7764

62794
65794
6B714

gggg:

g?g;:

46354
62114

56974
62264
65154
6B13N
7421

57084
62554
65534
6BLLAN
7455

576404
6267x
65664
6BSBA
7466

S7764
62794
65794
6B714
7714

B360#
54574
67124

83614
57614
67714

B368#
57934
6B29

68894

66534

67124

67714

68294

688X

66534

67124

67714

68294

6BB9H

65024
GBOOH

74098
80804

46354
46354
66534

78704
46354

78704
46354
78704
LO35H

81284

78894
54574

78894
LOLIH

Pa55K

79924
57614

79924
LE75H

7L66K

BO41a
57934

80414
S793

80414
LOB3H

7714k

S8284

81034
58284

81034
4LE97H

53764

54004
57104
62124
66314
66394
68724
74764
8404k

S8084
62234

65144
68124
74074

77374
80B7#
SB094

63124
66114
69054

77548

S377

53794

SEQ 0202

53814

53824

54228
58194
62804
65034
679K
69374
78764

54274
58474
62814
65164
67438
69674
80114

5431
58614
63134
65178
67564
69814
80614

54364
58674
63274
65544
6757#
6994#
80914

S8LS#
62544

S8594
62664

65654
68578
7429k

59034
62784

65784
68704
74534

S947#
6310

S9914
63244

6014M
63384

60574
63704

66688
69654
75114

60754
63834

668O%
69794
75234

77704
81664
S8604

78214
82014
5904
63714
66698
69664

78634
8250
5948

79454
83054
60154

7954w
83204
60794

79624
83364
61374

65514
68434
74194
77538

81254
SBLOH

63268
6624H
69224
77714

63394
6637H
69358
7866

79384

66108
6904F
7464

6384H
G6B3IX
69804
79482

61804

62408

62954

63554

62408

62954

69514

81494
60304

69514

81494
47208

70078

82194
611824

70074

82194
61184

70078

82194
LT73SH

70674

61804

70678

61804

70674

4744K

71404

71408

72994

7299

B1834

82044

82178

8254k

B266#

834N

27644
30794

46354
46354

4LOB7A

L7354

47474

S374m

53754

S3764

S3774

S5379%

SL00M
57104

54054
57S3x

64724

65314

6472#

65314

7442M

S374m

81704

53964
56704

64134

73964

4L924M

81474

53954
56544

63554

L790M

8134w

78334

65314

4747

B101¥

7824

6472%

74428

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6413

7396

63554

7299K

78764

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57

79794

6755
72204

62954

71408

7974M

6742
70964

62408

S3904
54224
56514
58474
62128
63854
65674
67434
69234
7386

53944
56374

6137#
6456w

7964

61184

53804
54198
S637M
58274
6199
63724
65544
67298
69064
7297%

53904
56244

&079%
6443N

79568

60304

53874
S4188
56348
58194
6178k
6354
65308
67118
68888
7264

53804
56034

64564
67554
72204

60154
64304
67288
70484
7964LA

53864
SL1S#4
56244
S8104
61654
63414
65174
66988
68734
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53874
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59924
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69934
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53854
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5792#
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66978
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54364

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S9LBE
6384
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69804
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53844
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61084
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6B59F
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63974
6696
69934

59044
63714
6669#
69664
79384

53834
54094
5484w
57774
60294
63134
64904
66704
6B45H
70534
76184

82884
59924

66364
6934H
7498%

SBOO#
63398
66378
69354
78664

53824
54064
54678
57604
60214
62944
64714
66524
6B2B4
70064
76074

66234
69204
7474
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SB4O6H
63264
664N
69224
7771

81494
60304

53864

54184
SB10M
668X
64904
669BX
69364
7824w

S8094
63124
6611M
69054
77544

69514

53854

S413
S7854
6256
6458F
6697H
69234
7784m

53814
54054
SL49K
57534
59664
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6639
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69954
75374

53844

SL09N
S7774#
62264
6L5TE
668B4E
69064
76078

53794
54024
S5436M
57204
59584
62804
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60384
68144
69944
75204

53834

SL0SH
57534
62254
644LE
66704
6B734
7526m

33774
26004
34330
57104
59214
62684
6464
66254
68014
69814
76844

MSGENB
MSGETS

53894
56034
59584
63414
65804
6BO1N
70334
B1704

64894
67864

MBEXCP
MBEXIT

46354

MACYTT

73064

53944
5423
5654
58614
62258
63984
65804
67568
69364
7305H

BO114

83584
53824

5418
57854

74428

53954
5427
S6694
58674
626N
6399
65814
6757
69374
74314

79744

7584w

7584

S3754

7775#
77754

53764

5398#
S5431m
56504
59144
62564
64314
66124
6787#
69674
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5383¢

5384w

54228
58094

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56704
58764
62398
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6594k
67704
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74L1M

80224

83694

79794

54278
58104

8071a

53B5#

5431w
5879«

(ZDMQAQ MB20” STATIC DIAG #2
(ZDMQA.P15
25=JUN-79 14:07

MSGETT

58464
6225#
63414
64854
66124
67424
68594
69934
80614

2634n
5992«

63124
65314
6755#
6980#

MEGNGB
MEGNIN

764664
7979#
26894

53814
54104

31014

53834
56074
54274
55084
S710#
58104
59144
6080#
62104
62674
63274
63864
64554
65154
65804
66394
67124
67754
68434
69054
69674
70924
74194
75384
77754
79564

8079#
8254#
83684

MEGNLS

2717#

MEGNSU
IMSGNTA

2679#
2659#

63724
66704
69674

58474
62264
6371a
64504
6624m
67434
68714
6994#
80914
46354
60154
63264
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7584m
7985#
46354
53824
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54084
54294
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5860#
62554
63724
65024
66254
67554
68724
69954
81344
54574
60304
63394
65664
67864
70074
7714H
79924

MACY11

58614
62564
6384#
65034
66374
67564
68734
70534

81704
56974
60794
63554
65794
68004
7048#
77544

80414
L6754

53844
54234

L6974

53864
54114

17=JUL=79 09:23 PAgE 60-4

30A(1052)
CROSS REFERENCE

58674
62674
63854
65154
66384
67574

69054
71034
82044
57084
6118#
63714
65954
68134
70674
77714

80804
L6834
53854
54284
47204
S387#
54124
S434H
56034
5753
58454
59584
61364

62234
62794
63404
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64724
65364

66104
66694
6724
67884
68574
69224
69814
7185#
74420
7584m
78354
79744

81034
82904
84134
58474
64L44Ln
67434
5374n

59144

62684
63974
65164
66394
67864

69064
72644

82544

57404
61374
63844
66114
68294
70964
77754

81034

LOE97H

TABLE -- MACRO NAMES

5958#
62794
63984
65174
66694
67874
69224
73864
83424
57614
61804
63974
66244
68444
71404
78354

81284
47204

60214
62804
63954
65534
66704
68004
69234
7431
83694

57764
61984
64134
66374
68584
72204
78664

81494
47444
5389#
54844

61084
62814
64304
65544
66834
68014

69354
74764
84044
57934
62114
64304
66534
68714
72994
78704
82194
L7964
53904
56064
53744
53954
54184
54674
56374
57764
58594

SEQ 0203

61984

66964
68144
69374

61954
63264
6444n
65794
66974
68154
69664

62114
63274
64564
6580#
66984
6844n
69674

66114

78244

69814
8011«

58284
62404
64564
66834
63054

58464
62554
64720
66964
69224

58604
62674
64894
67124
69354

5948#
62954
65154
67424
69664

53744
53954
56514
53764
53994
54214
SS00#
56544
57854
58614
60214
61854
62544
63124
63724
64324
65014
65664

53764
53984
83584
53794
56034
54244
55034
56974
57994
59034
60574
61984
62564
63144
63834
6443
65034
65634
66364
66964
67564
68154
68894
69554
70484

53794
54064
84134
53824
54054
54264
55064
S7084
58094
59094
60794
62004
62664
63264
63854
64454
6514m
6579«
66384
66984
67714
68334
69044
69664

80414
82044
8358+

8061#
82504
8361#

63134
64463N
65674

76074

73964
79384

7784w

74094
79484

7621n
79564

62244
63404

6458#

67294
68584

74554
79744

8307

81344
83204

81494
83234

81704
83364

53754
53964
56694
53774
54004
56224
55024
56704
57934
55674
60304
61974
62554
63134
63734
64420
65024
65674
66264
66954
67554
68144
68734
69514
70434
73864
74984
77534
79384
80114
82014
83424

58614
64574
67564

61994
64904
67874

62124
65034
68014

62254
65104
68144

62684
65672
68594

62804
65804
68724

63134
66124
69064

63404
66384
69364

53754

53764

53774

53794

53824

53834

S384a

53864

53864
54334
L744N
53894
54134
54354
56204
57614
58464
59914
61374
6224m
62804
634614
64134
64784
6551#
66114
66704
67304
6794
68584
69234
69824
72204
74534
75914
78634
7978#

81254
83054

53874

54494
47964
53904
54164

56364
56244
57674
58474
59924
61514
62254
62814
63554
64194
64884
6553#
66124
66714
67614
68004
68594
6924M
69924
72614
76554
76004
78664
79794
81284

49244

53944
S4174
S4574
56354
57754
58484
60144
61634
62264
62954

63604
64294
64894
6554w
66134
66824
67424
68014
68604
6934n
69934
72644
7464M
76074
78704
79844

60154
61654+
62404
63004
63704
64304

64904
65554
66234
66834

67434
68024
68704
69354
69944
72994
76664
77134
78764
79854

66254
66854
6754n
68134
68724
69374

70074
73794
74764
77374
79364
79924

7511#

77540
79454

70674
74094
75264
77714
79544

(ZDMQAQ MB207 STATIC DIAG #2
. P11
CZDMQA
25=JUN=79 14:07

MSHAPT
MSHNAP
M$ INCR

53854
S603#
62264

53904
56244
#
628"

5394#
56374
63414

53954
56544
6399#

8170#
26694
6354w
73954
24774
25654
3054n
5385#
54064
54224
S467#
56534
S761#
58334
59474
60794
6198#
6255%
63124
63714
64304
64894
65534
66114
66654
67284
67864
6844H
69054
69664

8204#
46354
64124

82544

83424
57204
65304

83654
57604
65944

7053#
73794
74664

M$10SE
M$LDRO
M$MASK
MSMCHI
MEM(CLO
MEMSK1

M$POP

CROSS REFERENCE

53874
54674
61654
7053«

MEGNTE

MACY11 30A(1052) 17-JUuL=79 09:23 JPA%E 60-5

71034

74414
46354

L6354

46354
53864
5407#
54234
54844
S654L#
5767#
58454
S9L8#
60804
61994
62564
63134
63724
6431
64904
6554n

66124

66704
67294
67874

68454

72644

56904

64714

7484
%
L6754
L6754
L6414

73864

75374

L6834
53895#
54004
54254
55024
56704
57764
58474
59584
61084

74314

76184

47204
53904
54104
54264
55054

53964
56704
64584

74764
84044
57924
66524
77944

L744M
53944
54114
54274
55084
56974
57854
58594
59914
6118#

TABLE -- MA(CRO NAMES

54004
57104
65174
75264

54054
57534
65814

54094
57854
66394
77844

54184
28674
67574
78764

54314
60214
69374
80914

54364
6108+
69954
81344

58274
67114

58764
67704

59214
68284
8022#

60294
69504
81014

62394

62944

82174

82664

53764
5398#
54154
54304
5606#
57104
S799#
58674
60154
6151#
6224m

53794
546004
56174
56334
5624m

5383«#
54044
54204

5384#»
54054
54214
5445%
S5651#
5760#
5828#

78334

53744
53954
54124

76074

78864

53754
53964
56134
54294
56034
5708#
57934
58614
60144
61374
62234
62784
63384
63964
64554

53874
54084
54244
54994
56654
57754
S8464
59534
61064
62004
62574
63144
63734
64324
W
6491
6555#
66134
66714
67304
67884
68464
69074
69684
7067#
73954
74754
76184
78634
79744
8087#
82194
8358«

80914
82504
84014

81034
82664

81284
82874

8134n
82884

54994

55024

5508+

56204

82694

L6874
53894
56034
59584
63414

47354

53764
54004
57104
62124
64314
66394
68724

5377#
54054
57534
62254
6444Ln
66704
6873

65804
68014

62104
62664
6324n
63834
644N
65014
65654
66234
66824
67414
67994
6857#
69204
69794

56904
S7774
58484
50664
6117#
62114
62674
63264
6384H
64434
65024
65664
6624H
66834
67420
68004

70924
73964
74844
77134
78664
79784

53904
56244

Q218

63724
65814
68144

62124
6268#4
63274
63854
6444H
65034
65674
66254
66844
67434
68014
68554
69234
69814

54284
55224
57044

57924
5860#
59924
61364
62134
62694
6328~
63864
64454
65044
65684

66264
66854
6744H

71034
74094
7511#
77374
78764
7984a

L7474
5394n
56374
61084
63854
66124

68154

53740
5395#
S654n
61654
63984
66254
68454

SEQ 0204

65144
65784
66364
66954
67544
68124
68704
6934n
69924
71404
76214
75264
77544
78894
79904

53754
53964
56704
6195#
63994
6638#
6855#

71384

56374
S753#
58274
59144
60574
6185#
62454
63004
63604
64194

57384
58094
59034
60214
61654
62264
62814
63414
63994
64584
65174
65814

6274
63394
63974
64564
65154

65794

06374
66964
67554
68134
68714
69354
69934

64784

65364

66004

66394

66574
67164
67754
68334
68934
69554

66984
67574
68154
68734
69374
69954
72614

7189#
76294
7537#
77704
79364
79924

70434
72994
74554
75844
78214

764410
75534
7754
79454

8022#
81494
83054

53794
56094
57774
62264
64574
66844
69064

53814
5413
57854
62564
6458
66974
6923

72974

5921#
60754
61974
62544
63104
6370#
6429#

6488#
6551#
66104
6668#
67274
67854
68434
69044
69654
70484
73484
74644
75914

80614
8183«
83234

53824
56184
S810#4
62684
64904
66984
69364

53854
56318
58614

6313
6517#
67564
6581#

(ZDMQAQ MB207 STATIC DIAG #2
CZDMQA.P11
25~JUN~79 14:07

MSPRIN

MEPUSH

MSPUT
MEPUTT
MS$RAD
|
MSRBRO
MSRNRO
MSSETS

6994
8091«

2349
53904

S424m
2337«
5385#
54284
5833«
62944
65044
67308
69554
8022#
2819#
5390
54244
28424
5390
54244
3151
2787#
28024
3071#
53854
5428#
58334

62944
65044
67304

6995#
8134#
46354
53944
54254

L6354

53864
5433
58484
63004
65304
6744H
69684
8071#

L6354
53944

5425#

L6354
53944
54254

7053#

81704
S374M
53954
54264

L0414

53874
544GH

MACY11

71034

82044
53754
53964
56294

46834

53894
5484

K 1

17-JUL=79 06:23 PAgE 60-6

30A(1052)
CROSS RFFERENCE
72644

73864
83424
53774
54034
5434w

L744N

53944
S634n

TABLE -- MACRO NAMES

74314

83694
5379
5404k
54354
5374k
5395#
S6514
61174
63734
66004
6828+
72974

82664
5379
54044
54354
53794
54044
54354

53744
53954

56514
61174

63734

764764

84044
53814
54074
53754
53964
56694

61784
63864
66134
68334

73954
83584
53814
5407#

53814
54074

SEQ 0205

75264

77844

78764

80114

80614

53824
54084

53844
54124

53864
56174

5387#
54204

5385#
5421#

53794
57604
62134
64320
66574
68884

5382#
54154
S792#
6245
64714
66854
69074

53834
54194
57994
6257#

6711#
69244

53844
54234
58274
62694
6491#
67164
69504

53844
54124

53864
564174

5387#
54204

5389#
5421#

53844
54124

53864
564174

5387#
54204

5385«
54214

53794
54064
57604

53824
54154
57924
62454

75374

62134
64324
66574
75374

77944

64714

66854
69074
77944

MESTAR
MS$Sv(

54114

78334

78864

(ZDMQAQ MB207 STATIC DIAG #2
(ZDMQA.P11
25=JUN=79
" -07

METLAB

L 16

30A(1052)
17-JuL=79
09:23
PAGE 60-7
(ROSS REFERENCE TABLE -- MACRO NAMES

SEQ 0206

7698
7753
79384
80114
3%2;‘

7511
77544
7945
80414
82044

7523
7770
79484
B0OS8
82194

75264
77714
7954
80614
8250

75384
77754
79564
8079
82544

7553
7784
7962
80804
B2694

7571
7821
79644
8087
82874

7580
78244
7972
80914
8288

75848
78354
79748
81034
82904

7591
7863
7978
8125
8305

27394

40354

5374M

53754

53764

S3774

S3794

53814

53824

53834

6364
26974
7994
59034

56674
57044
58084
59044

54994
57084
S8094
SOO

55024
57104
58104
5914

55054
5738
S8194
S9L7a

55084
S740M
58284
S94B

55224
57504
58334
5953

S6034
S7S3
SBLSH
59584

56204
S7614
SBLOA
59914

33904
S164

60574
61984
62564
63144
63834
OL4L3N
65034
65684
66364
6O6H
67564
68154
6889
69554
70484
73964
75114
77544
7965

MBTSTL

MACYTT

80414
82044
27284
33904
6164
6364
36974
57994
59034

60574
61984
62564
63164
63834
OLL3N
65034
65684
66364
606N
67564
68154
68894
69554
70484

53944
56174

60754
61994
62574
63264
63844
BLLLN
65044
65784
66374
6EI7H
67574
68294
6893N
OF0SX
70534
74074
75234
7770
79688

BOS8#
82194
46354
5394k
6174
54674
57044
58084
59044

60754
61994
62574
63264
63844
64LLLN
65044
65784
66374
COI7H
67574
68294
68934
6965
70534

53954
54184

60794
62004
62668
63264
63854
G4LLSH
63164
65794
663BH
668X
6771
68334
6904
696N
70674
7409
75204
7771
7954K

BOGI#
82504
53744
53954
56188
5699
57084
58094
59094

60794
62004
62668

63264
63854
GLLSH
65164
65794
63BN
698X
67714
6833w
69044
666N
70674

53964
S420M

60804
62104
6267A
63274
63BN
GLSSH
65154
65804
6639
67128
67754
68434
605K
69674
70924
74194
75384
77754
79564

80794
82544
5375
S3964
5420
55024
57104
58104
S916k

60804
62104
62674
63274
63864
G4SSH
65154
65804
6E3IIM
67128
67754
68434
69054
6O67TH
70924

S3904
54218

61064
62114
6268
€3284
63964
GLSON
65164
65814
66534
67158
67854
6B4LLN
69064
6968BA
70964
74218
75534
7784M
79624

80804
82694
S3764
53994
56214
55054
57384
S8194
5947

61064
62114
62088
63284
63964
G4SON
65168
65814
66534
67168
67854
6BL4LN
69064
6968X
70964

54004
542208

61084
62124
669K
63384
63974
6457
65174
65954
66574
6727k
67864
6BL5SH
69074
69794
71034
7429H
75714
78214
7964H

80874
82874
53774
54004
56228
55084
S760M
5828¢
594BA

61084
62124
6269

63384
6397
6457
65174
€595
GESTH
67278
6786
6BLSH
69074
69794
71034

54034
5424

61184
62134
62784
63394
63984
6LSBA
65314
66004
COEBE
6728
67874
6846
69208
69804
71404
74314
75804
78244
79728

80914
82884
S3794
54034
S426A
55224
57504
S8334
S9534

61184
62134
62784
63394
6398F
GLSBE
65314
66004
6OOBN
67288
67874
6BL6N
69204
69BON
71404

5404
54258

61304
62234
62798
63404
63994
64728
65364
66104
666
67298
67884
68578
69224
69814
71894

7LL2M
7584
78354
7974m

81034
82904
S3814
54044
SL2SH
S603
57534
SBLSH
S9S8

61364
6223
62794

63404
63994
64728
65364
66108
66N
6729
67884
6BS7H
69224
69BN
7189

54054
5626

54074
S427M

61374
62248
62804
63414
64134
6478%
65514
66114
66708
67308
6799
68584

61514
62254
62814
6355
6L19F
64LBBE
€553
66124
66718
67418
68004
6859
6924M
69924
7261H

69234
6982
72204
74S53M
7591
78634
7978M

81254
83054
53824
54054
5426
56208
5761
SBLON
S9914

61374
6224M
62808

63414
64138
647BN
6551
66114
6670
67308
67994
6BSBEN
69234
69828
7220k

5624
S7678
SB4L7A
59924

7455M
76004
78664
7979

81284
83074
53834
54074
54278
5624
57674
58474
59924

61514
6225H
62818
63554
GLION
G4LBBA
6553F
66128
6671
67418
68004
68594
6924
69924
72614

7600
78664
79794
81284
83074
5384w

53854

5408
54294

S6358
57754
5848
6014k

61634
62264
62954
63608
6429
6LBOX
6554
66138
66828
67428
68014
6B6ON
6934
69934
7264M
74L64M
76074
7870
7984k

8134¥
83204
53844

54084
54294
56354
5775
SB4BN
6014H
61634
62268
62954

63604
6429
6LBIN
6554k
66138
66824
67408
68014
6BGON
6934M
69934
7264

76074

7713

77144

7737

78704
7984
B134x

78764
79854
81494

7889
7990

8166

7936
79924

81704

8320

83234

83254

8336

54094
5430

56378
57764
58594
60154

61654
6240
63004
63704
6L30M
6490F
65554
6623M
66838
6743
68024
6870
69354
6994H
7299
74L66M
7713
78764
79854

B1494
83234
S3854
54004
5430
56378
57764
58S9F
60154

61654
640N
63004
63704
6L30M
64908
65554
6623
6683
67438
68024
6870
69358
6994
72994

53864

S4114
5431

53874

54124
5434

56534
S777
58604
60164

5654
57854
58614
60214

62LSH
63104
63714
64314
6491
65654
6624
6684H
6744
68124
68714
69364
69954
7348N

6254M
6312¢
63724
64328
65014
65664
665K
6O6BSH
675LE
68134
68724
69374
70074
7379

B166#
83254
53864
S4114
54314
56534
57774
58604
60164

81704
83364
53874
54124
5434s
56544
57854
58614
60214

61804

74L74M
7714M
7889
79904

6180
626454
63104
6374
6431H
64914
65654
6624m
668LN
6744
68124
68714
693N
69954
7348%

61854

TL76M
77378
79364
7992%¢

61854
6254
6312¢
63728
64L308
65014
65668
66258
668584
67548
68134
68724
69378
70078
73734

53894

5413w

54354
56704
5793«
58674
60304
6197#
62554
6313«
6373«
644L2#
65024
65674
666K
66954
67554
6814a
6873«
69514
7043«
73864

7498N
77534
79384
801 1#

82014
83424
53894
5413w
54354
56704
5793%
58674
60304

61978
62554
6313w
6373
6ALON
65024
65674
66268
66954
67558
68148
6B73#
6951#
70434
7386w

(ZDMQAO MB207 STATIC DIAG #2
(ZDMQA.P1M
25=JUN=79 14:07

73964

7511#
7754m
79454
80414

MEWORD

82044
2888+
59034

6223
6442N
68894

MSXFER
OPEN
POINTE
POPSP2

PRINTB

PRINTF

PRINTS
PRINTX
READBU
READEF
RFLAGS
ROMCLK

7607%
7523
77704
79484
80584

82194
L6354
S947H
624604
64554
66824
6904n
73484
75844
79544

82014

L6354

46354
L6354
7566
46354
5394
L6354
L6354
L6354
46354
L6354
46354
5106
5731
5981

6093
7076
74600
7669
7798

SETPR]
SETVEC

SK P04
SK1P0O6
SK1PO7

SLASH
SROMCL

STARS
SvC
XFER
XFERF

8235

4L635#
L6354

6179

76094
75264
77714
79544

8061#
82504
L6754
56914
6254m
€L724
66554
69204

MACY11
74194
75384
77754
79564

8079#
82544

M6
17-JUL=79
0%:23
PAGE 60-8
CROSS REFERENCE TABLE -~ MACRO NAMES

30A(1052)
76214
75534
77844
79624
80804

76294
75714
78214
79644

764314
75804
78244
79724

82694
S4574
60304
62784
65014
67274
69514

80874
82874
57044
60574
62954
65144
67614
69654

80914
8288«
5738#4
60754
63104
65314
67544
69794

8250#

82884

5374
5395
5403

5375
5396
56907

5499

5108
5742
5983
6095

73964
75914
79624

82194

LE97H

60144
62664
64 88%4
67124
69344
74074
76004

764194
77134
79784

74294
77374
79844

744200
75844
78354
79744

81034
82904
57504
61064
63244
65514
67714
69924

74534
7591
78634
79784

8125#
8305#
57614
6118#
6338#4
65654

67854
70074
764644
77754

SEQ 0207
74554
76004
78664

26740
77144
78894
79904
81664

7974
81284
83074
57754
61364
63554
65784
67994
70434

76764
77374
79364
79924
81704

83254
58284
61804
63964
66234
68434

58454
61974
64134
66364
68574

71404
75234
78704

7189#
7553
78894

74984
7753«
7938#
8011#

82014
83424
58594
62104
6429
6653
68704
7261#
75714
79364

83054

74424
77534
79904

83204

74530
77704
79924
83364

80414
83604

8058#
83614

8103#

81254

81404

5376
5399
5411

5377
56404
5616

5379
5408
5420

5381
5612
5424

5382
5417
5429

5383
5421
5434

5386
5430

5387
5435

5389

5502

5505

5508

5110
5744
5985
6097

5118
5888
6002
6123
7163

5125
5890
6004
6126
7165
7457

5139
5895
6008
6144

5146
5897
6037
6152
7242

5178
5939
6049
7015
7322

5183
5941
6061

5727
5976

7513

5148
5932
6039
6154
7244
7625

8115
8298

8118
8311

79724

74740
78214

4665

7078
7611
7671
7800

7085
7423
7674
7802

7646
7677
7806

7680
7809

7172
7490
7690

8109
8295

7705

7731

5150
5934
6041
6156
7246
7638
7744
8154
8313

8157
8329

5159
5937
6047
7013
7249
7641
7747

7019

7034
7329

7759
8190

7324
7657
7761
8196

8230

7764

8244
8269

8272

8275

8277

8280

5839
5193

6088
5214

6672
8102

6731
8148

6789
8218

6847

7182

7230

7341

7834

7888

5152
6272
6434
6572
6733

5161
6302

6051
6304
6447
6604
6746
6897

6058

6191
6330
6482
6628
6779
6926

6791
6928

6957

6215
6364
6506
6662
6804
6959

6217
6375
6508

6748
6910

6189
6318
6480
6617
YZ4
6912

6674
6806
6971

6246
6377
6539
6676
6835
6973

6248
6388
6541
6687
6837

6258
6390
6557
6689
6849
6936

57934
68294
80414

683954
81034

60304
#
655"
81454

61184

61804

6240

62954

63554

64134

64728
7584#

653

7326
4635

54574
67124
78894

6602
6735
6895
8111
57614
67714
79924

6316
6449
6615

5828«

7007#%

82104

70674

71404

7295

73564

76428

6984

7?7758

(IDMQAQ MB207 STATIC DIAG #2

CZDMQA.P11
XFERY

TMD

ABS.

25=JUN-79 14:07

23194

L6354

030032

000

53574
5394

ERRORS DETECTED:

5374
5395

5375
5396

MACYT1

30A(1052)

5376

5377

17-JguL=79

09:23

PAGE 60-9

CROSS REFERENCE TABLE == MA(RO NAMES

5379

SAIL :CZDMQA,CZDMQA/CRF
/NL : TOC=(CZUMP MLB,(ZDMQA.F11
RUN-TIME: 163 188 17 SECONDS
RUN=TIME RATIO: 923/370=2.4
"ORE JSED:
19k
(37 PAGES)

5381

5382

5383

SEQ 0208

5384

5385

5386

5387

5389

5390