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AH-E229D-MC

July 1982

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Document:	CZDMQD0 DMP-11,DMR-11,M8207 M8207 STATIC DIAG2 JUL 1982 bw
Order Number:	AH-E229D-MC
Revision:	000
Pages:	205
Original Filename:	CZDMQD0__DMP-11,DMR-11,M8207__M8207_STATIC_DIAG2__AH-E229D-MC__JUL_1982_bw.pdf

OCR Text

C20MQD M8207 STATIC DIAG. #2

CZDMaD.P11
2

12-JAN-82 09:50

MACY11 30A(1052)

12-JAN-82

PROGRAM DOCUMENT

SEQ 1

10:23 PAGE 3

.REM @

IDENTIFICATION

2
7

PRODUCT CODE:

AC-E228D-MC

}(1)

PRODUCT NAME:

CZDMQDO M8207 STATIC DIAG #2

}?3

PRODUCT DATE:

APRIL 1982

}'5

MAINTAINER:

DIAGNOSTICS MERRIMACK

AUTHOR:

ED BADGER

18
19

22
23

24
%g

THE INFORMATION IN THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT
NOTICE AND SHOULD NOT BE CINSTRUED AS A COMMITMENT BY DIGITAL
EOUIPMENT CORPORATION. DIGITAL EQUIPMENT CORPORATION ASSUMES NO
RESPONSIBILITY FOR ANY ERROR! YAT MAY APPEAR IN THIS DOCUMENT.

27
28

NO RESPONSIBILITY IS ASSUMED FOR
SOFTWARE ON EQUIPMENT THAT IS NOT

§12

AFFILIATED COMPANIES.

THE USE
SUPPLIED

OR
BY

RELIABILITY OF
DIGITAL OR ITS

THE FOLLOWING ARE TRADEMARKS OF DIGITAL EQUIPMENT CORPORATION:

DIGITAL
DEC

PDP

DECUS

UNIBUS

DECTAPE

MASSBUS

C20MaD.P11

12-JAN-82 09:50

SEQ 2

PROGRAM DOCUMENT

TABLE OF CONTENTS

1.0 INTRODUCTION
1.1 PROGRAM ABSTRACT

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
6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
6.2 INITIAL DIALOGUE

N N
N
AN N N

—b b e =2 \O QO N O

6.3 PROGRAM OPTIONS
6.3.1 START COMMAND

RINT COMMAND

ISPLAY COMMAND
LAGS COMMAND
0 ZFLAGS COMMAND
1 CONTROL CHARACTERS
HARDWARE PARAMETERS
SOF TWARE PARAMETERS

3.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE

7.0 TEST DESCRIPTIONS

8.0 ERROR INFORMATION
8.1 ERROR REPORTING

CZDMAD.P11

12-JAN-82 09:50

SEQ 3

PROGRAM DOCUMENT

89
90
91

92
93

1.0 INTRODUCTION

1.1 PROGRAM ABSTRACT

99
100

THIS DIAGNOSTIC WAS DESIGNED TO TEST OUT THE M8200, M8204,
TWG
OF
SECOND
IT IS THE
OR _M8207 MICROPROCESSOR.

103

THE PROGRAM WAS IMPLEMENTED USING THE DIAGNOSTIC SUPERVISOR.

105
106
107

THROUGH DIALOGUE WITH THE OPERATOR, THE PROGRAM WILL ALLOW
MODIFICATION OF DEVICE PARAMETERS, SUCH AS UNIBUS ADDRESS,
VECTOR ADDRESS. AND PROCESSOR TYPE.

DIAGNOSTICS FOR THESE OPTIiONS.

101

109

110

1.2 HARDWARE INTRODUCTION

112
113
11%
115
116
117
118

THE MB20X MICROPROCESSOR USES AN EIGHT BIT DATA PATH WITH A
SIXTEEN BIT INSTRUCTION MEMORY. THE INSTRUCTION MEMORY AND
THE MICROPROCESSOR
DATA MEMORY ARE TWO SEPARATE MEMORIES.
1S DESIGNED FOR MOVING DATA AT HIGH RATES TO WORK AS A HIGH
SPEED LINK BETWEEN PROCESSORS WHEN USED WITH A LINE UNIT.
THE M8200 AND M8207 HAVE PROM INSTRUCTION MEMGRIES. THE
MB204 HAS WRITEABLE CONTROL STORE. THE MEMORY SIZES BETWEEN

118

ALL THREE PROCESSORS VARY ALSO.

121

122

2.0 HARDWARE REQUIREMENTS

124

THE

127

PDP=11/04.05 .10.20,30,34,35.40,45,50,60, OR 70

FOLLOVING

TESTS:

125

128
129

HARDWARE

IS REQUIRED TO RUN THE M8207 LOGIC

16K MEMORY
CONSOLE TERMINAL

132

3.0 PRELIMINARY PROGRAM REQUIREMENTS

134

THE PROCESSOR AND MEMORY SHOULD BE THOROUGHLY

135

TO RUNNING THIS DIAGNOSTIC.

137

138

PRIOR

4.0 GENERAL PROGRAM CONSIDERATIONS

140
141

143
144

TESTED

4.1 DIAGNOSTIC SUPERVISOR

THIS PROGRAM IS COMPATIBLE WITH IHE STANDALONE DIAGNOSTIC
SUPERVISOR, AND MUST BE LOADED TO BE CO-RESIDENT WITH THE

CZ0MQD.P11

12-JAN-82 09:50

SEQ 4

PROGRAM DOCUMENT

) b

b b b b cud aud aud b b cad o nd and aub

OO0 O NN T
Loale
o]
_A_n_n-n_._._a_._n—n_._._na..n_n_._._o
000000 NN N NNNNNNYN
3383
o~ KEREC28BRITAR &Ndoomdo\nbumaoomw

—d b ad b ond D b ard

b nd e

A AW WWNAWNLSES S

b aad b a=d b

SUPERVISOR, OR BE PREVIOUSLY COMBINED WITH THE SUPERVISOR
AND LOADED AS A SINGLE FILE. IN EITHER CASE, THE COMBINED
PROGRAM WILL NOT EXCEED 16K OF MEMORY.

4.2 EXECUTION TIME

THE TOTAL TIME REQUIRED TO RUN THE MB8207 STATIC TESTS IS
ABOUT 120 SECONDS PER PASS FOR EACH UNIT.
4.3 XXDP+

THIS PROGRAM MAY BE LOADED UNDER XXDP+, AND MAY

DUMP MODE OR CHAIN MODE.

RUN

4.4 ACT/SLIDE

THIS PROGRAM MAY BE LOADED UNDER ACT OR SLIDE AND MAY BE RUN
IN DUMP MODE OR CHAIN MODE.

4.5 APT

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

(INCLUDING

4.6 MEMORY MANAGEMENT

IF IT IS

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

4.7 MEMORY PARITY OPTION

IF PARITY MEMORY

INSTALLED,

DISABLED BY THE PROGRAM.

MEMORY

PARITY

TRAPS

ARE

4.8 ERROR LOGGINE

THE NUMBER OF ERRORS WHICH HAVE OCCURRED ON EACH DEVICE
UNDER TEST SINCE THE LAST START OR RESTART COMMAND IS KEPT
THIS LOG_ MAY BE PRINTED BY USING THE
IN AN ERROR LOG.
*PRINT'' COMMAND (SEE SECTION 6.3.8).
5.0 PROGRAM LOAD MEDIA

THIS PROGRAM CAN BE LOADED FROM PAPER TAPE USING THE
ABSOLUTE LOADER OR FROM ACT, SLIDE, OR APT SYSTEMS, OR FROM

ANY MEDIA SUPPORTED BY XXDP+. WHEN USING THE FAPER TAPE
ABSOLUTE

LOADER,

THE

PROGRAM

SHOULD

FOLLOWED BY THE DIAGNOSTIC SUPERVISOR.

LOADED

FIRST,

WHEN USING XXDP+,

CZ0MQD.P11

12-JAN-82 09:50

SEQ 5

PROGRAM DOCUMENT

THE

DIAGNOSTIC

SUPERVISOR SHOULD BE LOADED FIRST, FOLLOWED

BY THE DIAGNOSTIC PROGRAAM.

6.0 OPERATING INSTRUCTIONS

~NO VSN
=

6.1.2 STARTING PROCEDURES

I\ =

b d cd b d ==

6.1.1 LOADING PROCEDURES

b b b

NINININIMNI
NI PRI

6.1 LOADING AND STARTING PROCEDURES

221

THIS PROGRAM MAY BE LOADED FROM PAPER TAPE USING THE
ABSOLUTE LOADER. IT MAY ALSO BE _LOADED FROM ANY XXDP+ LOAD
MEDIA. WHEN LOADED UNDER XXDP+, THE DIAGNOSTIC SUPERVISOR
WILL BE LOADED AUTOMATICALLY.

THE

PROGRAM

STARTS

LOCATION

PROCEDURES TO START THE PROGRAM.

200.

USE

STANDARD

DEC

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION

THE ODJAGNOSTIC CAN BE EXECUTED STANDALONE UNDER XXDP+
WITHOUT READING THE REMAINDER OF THIS DOCUMENT, AS FOLLOWS:

A) LOAD AND START DIAGNOSTIC USING RUN_COMMAND
(DR>)
B) RECEIVE DIAGNOSTIC SUPERVISOR PROMPT
C) ENTER STA<CR>

D) ANSWER HARDWARE AND SOF TWARE QUESTIONS
E) GET END OF PASS MESSAGES OR ERROR MESSAGES
F) TO END EXECUTION, ENTER CONTROL/C
6.2 INITIAL DIALOGUE

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

DIAG. RUN-TIME SERVICES
CZDMA-D=0
M8207 DIAG. #2 OF 2
gg;! 1S MB8200,.m8204,0R M8207

THE OPERATOR THEN PROCEEDS BY TYPING ONE OR MORE OF THE
COMMANDS DESCRIBED 1IN THE FOLLOWING SECTION 6.3.(FOR MORE
DETAILED INFORMATION, REFER TO THE DIAGNOSTIC SUPERVISOR

FUNCTIONAL SPECIFICAFION).

6.3 PROGRAM OPTIONS

CZ0MQD.P11

12-JAN-82 09:50

PROGRAM DOCUMENT

6.3.1 START COMMAND
AANRARARRARKAANRAARRAERERAARCAARREARNAAARNRNRENANARAACACNRNLS

STACRT)/TESTS :<TEST=LIST>/PASS :<PASS=CNT>/FLAGS:
<FLAG=LIST>/EOP:<INCR>

A
RNNORNE
RAAAR
ANANRAAARAAOACC
RAANA
LN RAACENRARARARNR
RRARNRRARA

6.3.1.1 TESTS SWITCH (/TESTS:<TEST=LIST>)
<TEST=LIST> IS A SEQUENCE OF DECIMAL NUMBERS (1:2 ETC.) OR
RANGES OF DECIMAL NUMLERS (1-5:8-10 ETC.) THAT SPECIFY THE
TESTS TO BE EXECUTED. THE NUMBERS ARE SEPARATED BY COLONS.
THE NUMBERS RANGE FROM 1 TO THE LARGEST TEST NUMBER IN THE
DIAGNOSTIC. THEY MAY BE SPECIFIED IN ANY ORDER. TESTS WILL
BE EXECUTED IN_ NUMERICAL ORDER REGARDLESS OF THE ORDER OF
_ON
SPECIFICATION. THE DEFAULT IS TO EXECUTE ALL TESTS.
THIS AND ALL SWITCHES, THE ANGLE BRACKETS <> ARE PUNCTUATION
USED IN THE DEFINITION ONLY, AND ARE NOT TO BE TYPED BY THE
OPERATOR. SEE EXAMPLE AT END OF 6.3.1.5.
6.3.1.2 PASS SWITCH (/PASS:<PASS=CNT>)
<PASS=CNT> IS A DECIMAL NUMBER INDICATING THE DESIRED NUMBER
OF PASSES. A PASS 1S DEFINED AS THE EXECUTION OF THE FULL

DIAGNOSTIC (ALL SELECTED TESTS) AGAINST ALL UNITS SUBMITTED.
THE DEFAULT IS NON-ENDING EXECUTION. IN THIS CASE EXIT FROM
THE PROGRAM IS ACCOMPLISHED EITHER BY TYPING A CONTROL/C OR
BY OCCURANCE OF AN ERROR WITH THE HALT ON ERROR FLAG BEING
ESB.OF Zflg sng 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 THE FOLLOWING VALUES:

HOE
LOE

JIER
IBE
IXE
PRI
PNT

BOE

UAM

HALT ON ERROR, CAUSING COMMAND MODE TO BE
ENTERED WHEN AN ERROR IS ENCOUNTERED
LOOP ON ERROR, CAUSING THE DIAGNOSTIC TO LOOP
CONTINUOUSLY WITHIN THE SMALLEST DEF INED BLOCK
OF CODING (SEGMENT, SUBTEST, OR TEST) CONTAINING THE ERROR
INHIBIT ERROR REPORTING
INHIBIT BASIC ERROR REPORTS
INHIBIT EXTENDED ERROR REPORTS
DIRECT ALL MESSAGES TO A LINE PRINTER
PRINT NUMBER OF TEST BEING EXECUTED

BELL ON ERROR

RUN IN UNATTENDED MODE, BYPASSING MANUAL
INTERVENTION TESTS

SEQ 6

CZDMQD.P11

12-JAN-82 09:50

PROGRAM DOCUMENT

ISR
IDU
LOT

b e ok

313

N =b cod o

SEQ 7

INHIBIT STATISTICAL REPORTS
INHIBIT DROPPING OF UNITS BY DIAGNOSTIC
LOOP ON TEST

THE FLAGS NAMED OR EQUATED TO 1 ARE SET, THOSE EQUATED T0 0
ARE CLEARED. A FLAG NOT SPECIFIED IS CLEARED. IF THE FLAGS
g:gl’g’; gSSN?TSGIVEN ALL FLAGS ARE CLEARED.

SEE

EXAMPLE

321

6.3.1.4 END OF PASS SWITCH (/EOP:<INCR>)
<INCR> IS A DECIMAL NUMBER INDICATING HOW OFTEN (IN TERMS OF
PASSES) IT 1S DESIRED THAT THE END OF PASS MESSAGE BE
PRINTED.
THE DEFAULT IS AT THE END OF EVERY PASS. SEE
EXAMPLE AT END OF 6.3.1.5.

6.3.1.5 EFFECT OF START COMMAND

THE EFFECT OF 1.4E START COMMAND IS TO INITIATE THE HARDWARE
PARAMETER DIALOGUE, THE SOFTWARE PARAMETER DIALOGUE, AND
THEN THE DIAGHOSTIC TESTS THEMSELVES.

THE HARDWARE PARAMETER DIALOGUE COMMENCES WITH THE
*#

UNITS?'

WHICH

QUESTION

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
THE OPERATOR
ALL THE HARDWARE INFORMATION FOR ONE UNIT.
MUST SUPPLY N (NUMBER OF UNITS) VALUES FOR EACH QUESTION.
HE MAY DO THIS BY GIVING ONE ANSWER TO EACH QUESTION (IN
WHICH CASE THE SERIES OF QUESTIONS WILL BE _POSED N TIMES) OR
TO EACH QUESTION
BY GIVING N VALUES, SEPARATED BY COMMAS,

(SERIES WILL BE POSED ONCE). EACH QUESTION IS FOLLOWED BY
DECIMAL,
B8 FOR BINARY, 0 FOR
OCTAL, L FOR YES/NO) IN PARENTHESES AND THE DEFAULT VALUE
THE RESPONSE RADIX (D FOR

AFTER THE PARENTHESES.

FOLLOWING THE HARDWARE OQUESTIONS ARE THE SOFTWARE QUESTIONS
TO BUILD 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 ]S _NOT ENOUGH TO

ACCOMMODATE THEM THE MESSAGE “‘TOO MANY UNITSTM IS _ISSUED. IN
;gg? AEtSE” PT‘E DIAGNOSTIC MUST BE EXECUTED MORE THAN ONCE TO
EXAMPLE:

STA/TESTS:1:2-4:6:8~10/PASS:3/FLAGS: IER:HOE=1:UAM:LOE
THIS COMMAND WILL CAUSE THREE PASSES TO BE MADE, EACH PASS
CONSISTING OF TESTS 1,2,3,4,6,8,9, AND 10 EXECUTED AGAINST

CZ0MQD.P1N

12-JAN-82 09:50

SEQ 8

PROGRAM DOCUMENT

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 CLEAR A FLAG THAT WAS
PREVIOUSLY

SET.

NOTE

THAT ON ALL COMMANDS ONLY THE FIRST

THREE LETTERS ARE SCANNED.

6.3.2 RESTART COMMAND
ARRNNRARARRRRRARRRARARNNENEARAARRANRRANNARARANARRACANCARRONNE

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

EARRRARENRAAAANRAANAACCNCARARNRARAARARAAARACARAANANRAAEAANAR

6.3.2.1 TESTS, PASS, AND FLAGS SWITCHES
CTEST=LIST>, <PASS=CNT>, AND <FLAG=LIST> ARE AS IN THE START
COMMAND.

6.3.2.2 UNITS SWITCH (/UNITS:<UNIT=LIST>)
CUNIT=LIST> IS A SEQUENCE OF DECIMAL NUMBERS (0.1

ETC.)

RANGES OF DECIMAL NUMBERS (0-S, 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.
DEFAULT
SEE THE DISCUSSION OF ADD AND DROP COMMANDS BELOW.
éS TO TEST ALL UNITS WHICH HAVE NOT BEEN DROPPED BY A DROP
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

¥ ¥ W
8
Fadad
oP Y Y
NN PN =b b cnd cmd b
~ONN
SN = OO

414

UNITS

SWITCH GIVES

THE ABILITY TO SELECT A SUBSET OF

THESE. THE SOFTWARE DIALOGUE MAY OPTIONALLY BE REEXECUTED
(OPERATOR WILL BE ASKED). THE COMMAND CAN BE USED AFTER
COMMAND MODE HAS BEEN REENTERED IN ANY OF THE THREE NORMAL
WAYS:
A) THE REQUESTED NUMBER OF PASSES HAVE BEEN MADE 8)

AN ERROR WAS ENCOUNTERED WITH THE HALT ON ERROR FLAG SET
A CONTROL/C WAS ENTERED BY THE OPERATOR.

6.3.3 CONTINUE COMMAND
EARRARARAAAAARNAARANAANEREERRARARNARNAARAAAAARANRERNCORORREY

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

EARRAANRARRANARRRA
A RN AV ERAREARAARRARARAARAARANARARSARGRARER

CZ0MaD.P1N

12-JAN-82 09:50 ,

PROGRAM DOCUMENT

6.3.3.1 PASS SWITCH (/PASS:<PASS=CNT>)
<PASS=CNT> IS SAME AS IN START COMMAND, BUT THE DEFAULT IS
THE UNSATISFIED PASS~CNT FROM THE PREVIOUS START OR RESTART.

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

6.3.3.2 FLAG SWITCH (/FLAGS:<FLAG=LIST>)
CFLAG=LIST> IS SAME AS_ IN START COMMAND, BUT UNSPECIFIED
FLAGS RETAIN THEIR CURRENT VALUE.
6.3.3.3 EFFECT OF CONTINUE COMMAND

CONTINUE MUST FOLLOW A START OR RESTART, AND COMMAND MODE
MUST HAVE BEEN ENTERED DUE TO A HALT ON ERROR OR A
CONTROL/C. THE EFFECT_ OF THE COMMAND IS TO GO TO THE
BEGINNING OF THE TEST THAT WAS BEING EXECUTED WHEN THE HALT
OR CONTROL/C TOOK PLACE. SOFTWARE DIALOGUE MAY OPTIONALLY
BE REEXECUTED. HARDWARE PARAMETERS MAY NOT BE CHANGED.
6.3.4 PROCEED COMMAND
AARARRARANANARAARARANERRR
AR ARAAANANRARAAAAANANARANSAARNERNE

>
AGS
: <FLAG=LIST
PRO(CEED) /FL

ARRRAARRRAAAAAARAARAARER
AR A ERANRARARARARAANARAARARAARARRANAS

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

6.3.4.2 EFFECT OF PROCEED COMMAND
PROCEED MUST FOLLOW A START, RESTART, OR CONTINUE.
COMMAND
MODE MUST HAVE BEEN ENTERED VIA A HALT ON ERROR. THE EFFECT
OF THE COMMAND IS TO BEGIN EXECUTION AT THE LOCATION
FOLLOWING THE ERROR CALL.
NEITHER HARDWARE NOR SOF TWARE
PARAMETERS MAY BE ALTERED.

6.3.5 ADD COMMAND
R
RARERARE
AAAAR
RRRAAAAARAANCA
ARARA
AL CRAARRARRARNRA
RXRRANANRR

ADD/UNITS :<UNIT=LIST>

AXNRAARRARAARRARNAARAARCEERERAARARARRAARARNAANAARARNRACRARARENS

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

SEQ 9

CZ0MQD .P11

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SEQ 10

PROGRAM DOCUMENT

6.3.5.2 EFFECT OF ADD COMMAND

EACH
THE UNITS SPECIFIED ARE ADDED TO THE TEST SEOUENCE.
UNIT MUST HAVE A P-TABLE IN MEMORY DUE TO AN EARLIER
HARDWARE DIALOGUE. THIS COMMAND MUST BE FOLLOWED BY A
RESTART QR CONTINUE.
THE UNITS SWITCH MUST BE SPECIFIED.
THE ADD COMMAND IS MEANINGFUL ONLY FOR UNITS THAT WERE
PREVIOUSLY DROPPED.

6.3.6 DROP COMMAND
AANRNARARAR RN AR ARENAREC LT RRANARANRNANANANA
ARG ARAS

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

RERAA ANANERAARNENRRECERERERRRRRRRAARARARAAARNENARCACRERAR

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

6.3.6.2 EFFECT OF DROP COMMAND

6.3.7 PRINT COMMAND
AERRANAARAAAARAARARER
RO C RN NANARAAAANRARARENNEREAAARCRARAR

PRI(NT)

e L L]
e e
e
e T
e
e

b o

b e

b ek

b e

\hw\h\h\h\h\h\l\\h\h\h

-0 CO~OMNS
NN =

510

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

6.3.7.1 EFFECT OF PRINT COMMAND

MER OF ERRORS FOR EACH UNIT
THE }OTAI.
START
OR RESTART (COMMAND ARE PRINTED.
STATISTICAL REPORTING) FLAG IS CLEARED.

SINCE THE LAST
THE ISR (INHIBIT

6.3.8 DISPLAY COMMAND
AREARARARARARARARRARARR
AR R AR RAARRRRAARARARRARAARAAACARARAS

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

ARARRRARRARARRAANRRRARRAACLEREARAARARARAANRARAAAAAAARARAARCRES

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

CZ0MQD.P

12-JAN-82 09:50

PROGRAM DOCUMENT
6.3.8.2 EFFECT OF DISPLAY COMMAND

THE HARDWARE P-TABLES FOR ALL UNITS UNDER TEST ARE PRINTED
OUT_IN THE FORMAT IN WHICH THEY WERE ENTERED. ANY UNITS
;ge}G=E¥EDDROPPED BY THE OPERATOR ‘DROPTM’ COMMAND ARE SO
6.3.9 FLAGS COMMAND
AARRNRARNARKRRARNRARAAARERCARAREARAAARARERRANAARNAGARAAAANRRNND

FLA(GS)

ANARRARRRARAANANAARAAALRRATARAAARRAARRAAARARAAANACARNARANOVND

6.3.9.1 EFFECT OF FLAGS COMMAND

THE CURRENT SETTINGS OF ALL FLAGS ARE PRINTED.
6.3.10 ZFLAGS COMMAND
RARRES
ANRAR
RANANAAEANRNARA
AAAAAA
AR CERAAARNANNARNR
ANRRARANRARR

2FL(AGS)

AENRRRRAARNANARRAARAAAARACAARAAEAAAARARAARAARANNRAANRANRNEACRD

6.3.10.1 EFFECT OF ZFLAGS COMMAND
ALL FLAGS ARE CLEARED.

6.3.11

CONTROL CHARACTERS

A CONTROL C (C) ENTERED DURING THE EXECUTION OF A DIAGNOSTIC
CAUSES A RETURN TO COMMAND MODE.

A CONTROL Z (2) ENTERED DURING ONE OF THE THREE OPERATOR
DIALOGUES= INITIAL DIALOGUE (SEE 6.2) ,HARDWARE DIALOGUE (SEE
6.3.1.5), OR SOFTWARE DIALOGUE (SEE 6.3.1.5) CAUSES THE
DEFAULTS TO BE TAKEN FOR THE REMAINDER OF THAT DIALOGUE.
A CONTROL O (0) ENTERED DURING THE EXECUTION OF A DIAGNOSTIC
CAUSES ALL TELETYPE OUTPUT TO BE SURPRESSED FOR_
THE
REMAINDER OF THE DIAGNOSTIC OR UNTIL ANOTHER O IS TYPED,
WHICH RESTORES NORMAL 1ELETYPE OUTPUT.

6.3.12 HARDWARE PARAMETERS

THE FOLLOWING QUESTIONS WILL BE ASKED ON A START COMMAND.
THE VALUE LOCATED TO THE LEFT OF THE QUESTION MARK IS THE
35§33k§EVALUE THAT WILL BE TAKEN ON A CARRIAGE RETURN

SEQ 11

CZDMaD.P11
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12-JAN-82 09:50

SEQ 12

PROGRAM DOCUMENT

1. WHICH MICRO-CPU?

(0= M8200, 4= MB204, 7= MB207) (0) 7?

2. MICRO-CPU CSR ADDRESS:

(0) 160170?

THIS 1S THE ADDRESS AT WHICH THE CSR REGISTERS (SELO) RESIDE
160000-177776
THE ALLOUABL; RANGE IS
ON THE UNIBUS.
160170.
IS
(OCTAL), AND THE DEFAULT

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

(0) 0?

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

NO SOFTWARE PARAMETER QUESTIONS ARE ASKED BY PART 2
STATIC LOGIC TESTS.

THE

6.3.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE
THE FULL CAPABILITY OF THE HARDWARE DIALOGUE 1S REVEALED BY
THE FOLLOWING DISCUSSION OF WHAT HAPPENS INTERNALLY.

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

ANSWERED

(WITH

THE

NUMBER N, SAY) SPACE IN CORE IS ALLOCATED FOR N P-TABLES.
ALL OF THE P-TABLES ARE OF THE SAME FORMAT, AND THERE IS A
ONE-TO ONE CORRESPONDENCE BETWEEN THE HARDWARE PARAMETER
QUESTIONS AND THE SLOTS IN THE P-TABLE FORMAT.

ON THE FIRST TRIP THRU THE QUESTIONS, ALL OF THE SLOTS IN
ALL OF THE P-TABLES ARE FILLED. IF THE OPERATOR TYPES IN
LESS THAN N EXPLICIT VALUES IN RESPONSE TO A PARTICULAR
QUESTI'N, THESE VALUES ARE PLACED IN THE P-TABLES (ONE VALUE
GOING INTO THE PROPER SLOT OF EACH P-TABLE BEGINNING WITH
THE FIRST P-TABLE) UNTIL THE STRING OF VALUES IS EXHAUSTED.
THE LAST VALUE IN THE STRING BECCMES 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
QUES:) 1ON HAS RECEIVED N EXPLICIT VALUES FROM THE OPERATOR.

GIVING

STRING

OF VALUES,

COMMAS WITHOUT INTERVENING

VALUSSV'A‘&YJEBE USED TO INDICATE A REPETITION OF

THE LAST

CZbMaD.P11

12-JAN-82 09:50

SEQ 13

PROGRAM DOCUMENT

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

SAMPLE

RANGE

TRANSLATES

INCREMENT OF 1). IF THE VALUES

THE

ARE

STRING

6,7.8,9,10

ADDRESSES,

THE

(AN

SAMPLE

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

NOW LET US SEE HOW WE COULD USE THESE CAPABILITIES TO
CONSTRUCT A SET OF P-TABLES. ASSUME THAT WE HAVE 16

AND THAT THERE ARE THREE HARDWARE PARAMETERS FOR EACH (THREE
SLOTS IN

DIALOGUE).

THE

THE NUMBER 75
THE
SECMD

P=TABLE,

THREE

HARDWARE

QUESTIONS

THE

LET THE DESIRED VALUE FOR THE FIRST PARAMETER BE

FOR ALL 16 TABLES.
LET THE DESIRED VALUE FOR
PARAMETER
BE
QUAL
TO THE UNIT NUMBER

.....15) EXCEPT FOR UNIT 12, WHICH SHOULD RECEIVE THE
VALUE
« LET THE DESIRED VALUE FOR THE THIRD PARAMETER BE
THE MER 76 FOR THE FIRST 7 UNITS AND THE NUMBER 77 FOR
THE LAST 9 UNITS.

THE FOLLOWING DIALOGUE WOULD ACCOMPLISH THIS GOAL:

# UNITS (D) 2 16

UNIT 1

<QUESTION 1> 2 75

<QUESTION §> ? 0-6
<QUESTION 3> ? 76

UNIT 21
<QUESTION 1> ?
<QUESTION
?7-11,,13-15
<QUESTION > ? 77
THE FIRST TIME THE SERIES IS ASKED, SLOT ONE ascexves A 75
IN ALL 16 TABLES.
SLOT TWO RECEIVES THE VALUES

IN TABLES0 uausmoacousmrumues?f 5

SLOT THREE RECEIVES A CONSTANT 76 IN ALL 16 TABLES

THE SECOND TIME THRU THE SERIES, TABLES 16 THRU THE END

ARE

GOING TO BE AFFECTED (NOTE THAT TMIS PIECE OF INF(RMTIQ‘ IS

PRINTED OUT FOR THE THE OPERATOR IN THE Mfl
UNIT XX'*
AT
THE BEGINNING 8F EACH SERIES).
OQUESTION1 1S RESPONDED 7O
Y A <CR>, SO SLOT ONE snvs AT CONSTANT 75 IN TABLES 7 THRU

5, SINCE ng NEW sxuCIT VALUES me rvpeo IN.

SLOT TwO GETS

THE VA JES
7,8,9,10,11 IN fi
ANDGETSAH;N
SLOT 12,
and GEfS fHE VAL
14, 15 ;n
ABLE 13 THRU 1
SLOT THREE GETS THE VALUE
xn faBlES
THE DIALOGUE IS TERMINATED WHEN THE SOF TWARE RECOGNIZES THAT
16 EXPLICIT VALUES MAVE BEEN GIVEN FOR AT LEAST ONE QUESTION
(NAMELY QUESTION 2).

7.0

TEST DESCRIPTIONS

seaesnensntennsesant TEST

senrnenanessnnennnns

B
CZ0MaD.P11
705

12-JAN-82 09:50

SEQ 14

PROGRAM DOCUMENT

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

ARL
RARARENAROEN
RAARRR
AR AGAERARAANAAAC
ARANRRRARANR

AARRARNANARNENERAAttt TEST 2 Anantanananntnensons

*TEST OF BR RIGHT SHIFT

«VERIFY THAT A DEST OF BR RSH (011) OSN%EHICR0°INSTRUCTION
«SHIFTS THE RESULTING BR DATA RIGHT
N

O I

L e

T e

e L

seananeansanvannsnsant TEST 3 snnnseanaansnsnanes

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

ARRARERAARARAREARAANEARLEARAARRANAAANTARANNEANANR

annanssasnntanntastat TEST 4 tnnanenantesseatans

+«]JOP CRAM WRITE/READ TEST
*FLOAT A 0 THROUGH EACH CRAM LOCATION

AARARARRRRAAAAANRRARRCERRLERAARRARAARAAARANAAANCER

resenntnaireansavnntt TEST § annncnnnnsnncesnnnne

*]OP_CRAM DUAL ADDRESSING TEST
*WRITE EACH ADDRESS INTO ITSELF, READ EACH

*ADDRESS TO VERIFY CORRECT ADDRESSING

RAAARACEY
AARRAAANAARARANE
AARANA
LI AN
ERARRARRANNR

ettaseeetsneant TEST 6 sasnsnsesensnsnvnen

+]JOP MAIN MEMORY TEST
*FLOAT A 1 THROUGH ALL MAIN MEMORY LOCATIONS

ARNRNRARRANRANAARARARNERARAEAERRRRAAAANAASRARAERAES

tannnnnnsaeanstansttet TEST 7 snnnassanssannneten

«JOP MAIN MEMORY TEST
*FLOAT A 0 THROUGH ALL MAIN MEMORY LOCATIONS

AEARARRARAANEANRAARARACEARRARAARANRARRANRRCRNAAARAY

annensneanententnanntt TEST 8 sunsansaanavanaeens

«]OP MAIN MEMORY DUAL ADDRESSING TEST
+LOAD EACH MEMORY LOCATION WITH ITS OWN AD DRESS
*READ BACK EACH LOCATION TO VERIFY CORRECT ADDRESSING
A
ARARARACARS
RNANANR
RN CERARARAARNAARA
AARRRARARERRER

sansnnneseennsansnst TEST O rennnnnananannannsnen

«JOP MAR TEST
*PERFORM DUAL ADDRESSING TEST
*USING MAR AUTO-INC FEATURE

ARARRARARARARRARRAARNEARNRARERRAARNRARARARARASRRNE

CZDMAD.P11
761

12=-JAN=82 09:50

SEQ 15

PROGRAM DOCUMENT

anannnvensattranavnst TEST 10 snnavavennsannennsase

764

*LOAD MAR WITH A O INC MAR UNTIL IT OVERFLOWS

766

*AND THAT 18US* 10 BIT6 IS SET ON MAR OVERFLOW

765

787

768
769

«JOP (CRAM) ODT BITS TEST

«VERIFY THAT 18US* 10 BITS IS SET ONLY WHEN MAR BIT 8 IS A ONE
NRARARNR
ARNEA
RN NRARNNANCARA
ARARA
IR EAEN
AAAARNARAR

770

annnsncanansnsnatats TEST 11 nesnanasenennneaennsy

772
773
774

*PERFORM_THE JUMP INSTRUCTION
«VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE

779

AERAAARNRAARRAAANARRRANRCRARNANRAARNAARNARAAAANREAS

144

775
776
77
778
780
781

*CRAM TEST OF JUMP(1) NEVER MICRO-PROCESSOR INSTRUCTION.

+8R WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
«THE BR DATA IS MOVED TO PORT4. IF THIS DATA 1S CORRECY
«THE CRAM PC IS CORRECTY. 1IF THE CRAM PC IN NOT RIGHT,
«THEN PORT4 CONTAINS A 37

782

ANRAARRARANANRARNNRR TEST 12 AXARRANARANNACARANNRSE

784
785

*PERFORM THE JUMP INSTRUCTION
*VERIJFY THE JUMP DID QCCUR BY CLOCKING THE INSTRUCTION

;3;

ANEAARARARAAAANRARANRR

783

786
787
788
789
790
793

*CRAM TEST OF JUMP(I) ALWAYS MICRO-PROCESSOR INSTRUCTION.
*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
*8R 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
NN SENAARNRARAARARACARRANRR

794

sannasennnanenssenats TEST 13 snnsnnnsenanesasnanen

ggz

FEAARARERARAEANRAAACRRAAVERAANARNRARARNARAANARRAAR

795
796
797
798
799
800
801
802
805
806

b
b
b
b
b
b
b

OB
NN =O

807

*CRAM TEST OF JUMP(I) ON C BIT SET MICRO-PROCESSOR INSTRUCTION.
«SET THE C BIT, PERFORR THE JUMP INSTRUCTION.
«VERIFY THE JUMP DID OCCUR B8Y CLOCKING THE INSTRUCTION
«IJN THE LOCATION IT IS AT, THIS INSTRUCITON LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
«THE BR DATA IS MOVED TO PCRT4. IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL, IF _THE JUMP WAS UNSUCCESSFUL
*THEN PGRT4 WILL CONTAIN A 37.
annannnnsneannnnset TEST 14 tonnnnnassnsssnaeaenns

*CRAM TEST OF JUMP(]) ON 2 BIT SET MICRO-PROCESSOR INSTRUCTION.
«SET THE 7 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 POINY
*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
ARRRRARRARRRARARAANAALREARNRERRAAARRANARRARRANCACEES

D
CZDMQD.P11

12-JAN-82 09:50

PROGRAM DOCUMENT
snennnnnnensennntns TEST 15 secannanenvnsnnanennes

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

«VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION

«IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
«8R 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 tus JUHP WAS UNSUCCESSFUL

*THEN THE PORT4 WILL CONTAIN A 3

tit'tt'tfittttttttt.tttt"ttttt*ttt.tttttfitfit'ttttt

sxanensannsrsettttt TEST 16 voasasanannvavasavasnes

*CRAM TEST OF JUMP(I) ON BR1 SET MICRO-PROCESSOR INSTRUCTION.
«SET THE BR1 BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
*8R 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

L AR AR R

i adddsadidaddddaldsadiiaditadidtsdd]g

sananananonanananen TEST 17 snnannnannnanesavenane

«CRAM TEST OF JUMP(I) 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
*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

RRARRRRARRNRARANRARRR
AR ERRARARRRNAARRRANRANRNRRRS

sennnnnnnanesnanens TEST 18 tenannnnnnnannsnnnenes

«CRAM TEST OF JUMP(I) ON BR7? SET MICRO-PROCESSOR INSTRUCTION.
«SET THE BR7 BIT, PERFORM THE JUMP INSTRUCTION
*VERIFY THE JUMP DID OCCUR B8Y 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 CORRECY
*THE JUMP WAS SUCCESSFUL,

IF_THE JUMP WAS UNSUCCESSFUL

*THEN PORT4 WILL CONTAIN
A 37

ARAARRAAANRANAARRAAANARINERANRARANRAAAANRARANNARRRARARAR

saasennnsnsanssness TEST 19 seannnnensannnansesnnes

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

*VERIFY THE JUWP 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

SEQ 16

cZomab.P11

12=JAN-82 09:50

PROGRAM DOCUMENT

873
874

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

876
877
878

annnnsnnnnnnentsest TEST 20 tanasananeatsntatasttes

887

RERRAARAANNARANRARNENCNCCCRARARARRNNAAANRARRARARNER

875

879
880
881
882
883
884
885
886
888
889

AREA
IRARAARNRAARARNRRRARRRES
AR AN ANEERRANR
REARAAARAN

*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
+8R 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

890

ananentannsnrsneanat TEST 21 senantasanaasasssaeanes

893

*VERIFY THE JUMP DiD OCCUR BY CLOCKING THE INSTRUCTION

891
892

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

894
895
896
897
898

«IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. A THIS POINT
«THE BR DATA IS MOVED TO PORT4. IF THIS DATA 1S CORRECT
*THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN A 37

900
901
902

ARARANRANAARARANNEY TEST 22 SARAAARANRARARARANRANAR

905

*VERIFY THE JUMWP Dib OCCUR BY CLOCKING THE INSTRUCTION

899

903
904
906
907
908
909
910
91}

91
913

AN
ANNRNRARAELS
AARRRAN
RV EARRAARNRANARNN
ERRARANEANARRA

«CRAM TEST OF JUMP(I) ON BR1 CLEAR MICRO-PROCESSOR INSTRUCTION.
*CLEAR THE BR1 BIT, PERFORM THE JUMP INSTRUCTION.
«IN THE LOCATION IT IS AT. TH1S 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 1S CORRECT
*THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL
«THEN PORT4 WILL CONTAIN A 37
ERANRAARRRANARERAAANNRARNEEANARAAARARRARARNNREAREAANY

914

sannnsnannntesassnt TEST 23 sesnannnnsnnnanceantaes

917

*VERIFY THE JUMP be NOT OCCUR BY CLOCKING THE INSTRUCTION

915
916

918
919
920
921

922

3%3
4

925
926

927
928

«CRAM TEST OF JUMP(]) ON BR4 C._EAR MICRO-PROCESSOR INSTRUCTION.
*CLEAR THE B8R4 BIT, PERFORM THE JUMP 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 CRAM PC IS CORRECT, IF THE CRAM PC IS NOT RIGHT

«THEN PORT4 CONTAINS A §7

AAARARRAARARARAARRREANCRE VR EARARARNNARAAAARRARNARRRS
acnnnasannnansenss TEST 24 tannnnnaenrasatassesenans

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

SEQ 17

SEQ 18

PROGRAM DOCUMENT

T OCCUR BY CLOCKING THE INSTRUCTION
AT. THIS INSTRUCTION LOADS THE

BITS OF THE CRAM PC. AT THIS POINT
«THE BR DATA IS MOVED TO PORT4, IF THIS DATA IS CORRECT
«THE CRAM PC IS CORRECT, IF THE CRAM PC IS NOT RIGHT

«THEN PORT4 CONTAINS A $7

ELS
NC
NNRARANCAA
ANARN
AN ARAARANRAA
RARRR
AN
AARANRARRR

snsannsnnnnesnntst TEST 25 tennnsnnnanentneneetsens
*

«MAIN MEMORY PAGE DUAL ADDRESS TEST.

«IN THIS TEST WE WILL VERIFY THAT PAGES DO

«NOT DUAL ADDRESS.

THIS TEST IS DIFFERENT FROM THE

+PREVIOLS DUAL ADDRESS TESTS IN THAT THE OTHER
+TEST REALLY DIDN'T CHECK PAGE DUAL ADDRESSING

AANAAARARARRARRARAANCCCCAERANRAANAANCAARARARANARREALS

AXRNRRARNAINRANREE TEST 26 REXANAARAANAANAANAAAARNS
®

:JUHP FIELD,PAGE TEST

*IN THIS TEST WE WILL MAKE SURE A JUMP FIELD INSTRUCTION
*WORKS. T0 DO THIS, WE'LL PUT THE DESIRED PAGE, FIELD
*INFORMATION IN IBUS#<13> THEN ISSUE A JUMP FIELD
*THEN WE'LL READ PC REG. AND VERIFY.

RARRARRANRNNAANAREANAACCRCRARRARARARAAAARAARARRARARRARSY

KPRRRANANARAANRAAR TEST 27 SONAANAAACEAAANANRARARAR
*

:JUHP TEST, JUMP ALWAYS, JUMP CHANGE 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.
«\'E ALREADY KNOW THAT THE BRANCH INSTR WORKS FROM

OF A% O

2% 4

PROCEDURE:
*OTHER TEST.
1.7 START ADDR 0, FIELD 0
° **CALCULATE NEW ADDRS, FIELD VIA INC,

12-JAN=-82 09:50

L3 3

CZDMaD.P1

4.
.

CAUSE JUMP (BRANCH) TO NEW ADDRESS

READ PC FROM IBUS*12 AND IBUS*13
REPEAT STEP 24 256.TIMES

TO CALCULATE NEW ADDRESS:

1.
2.

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:
LOC
FIELD ,PAGE

0
1
2

985
986

$3¢

987
988
989
990
991
992
993
5

-ad

b and cod cud cub cud cub b cd cul

OO0O0O000O000000CO
0O00O
OCOO0000
=b b b b ad b b aud
()
W
NN
NN
NN NN N PONON)
e W= O VNV
WN=O
o0

a2
E;E;—hd-‘-‘-hd-‘-‘-hd-‘-‘—hfl-‘-‘
R
99.§ §885828288
& \fig\ngfianu-c>2300~u>\n

997
998

12-JAN-82 09:50

SEQ 19

PROGRAM DOCUMENT
L

1
1

*
|

*
*

N==—2OW

CZDMQD.P11

1"
:

377

ANS
ANARA
RANOAAANOAOO
NNANR
AN CACRRRARAAAR
RRRARARRAR

sensnnranennnnenans TEST 28 tennsnnveetntenennetnns
|

:JUHP TEST, JUMP ALWAYS, JUMP CHANGE FIELD
«IN THIS TEST, WE WILL CHECK THE ABILITY OF THE
+*MICRO-PROCESSOR TO JUMP (BRANCH AND ALWAYS INSTRUCTION)
«TO LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.
«WE ALREADY KNOW THAT THE BRANCH INSTR WORKS FROM
PROCEDURE:
*OTHER TESTS.
*
1. START ADDR O, FIELD O
¢
2. ~+CALCULATE NEW ADDRS, FIELD VIA DEC,
3. CAUSE JUMP (BRANCH) TO NEW ADDRESS
*

READ PC FROM IBUS*12 AND ]BUS*13

TO CALCULAYE NEW ADDRESS:

RESTARTS AT ZERO

*
*
*

®
*
*

1.
2.

REPEAT STEP 2-4 256.TIMES

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

*
*

16
15

0
377
376
375

000

0
17

: 70

AERRRRAARRRNNANARNRARAANRERNAARANRNREANRARARARANAARAEAR

snsnsnnansasnnatany TEST 29 teannsnnannannnsnnnstnns
*

«IN THIS TEST WE'LL VERIFY THAT THE Z BIT CAN BE READ FROM
+]JBUS*<13>, WE ALREADY KNOW THAT THE Z BIT WORKS PROPERLY,
sALL WE WANT TO KNOW HERE IS THAT IT CAN BE READ.
ERARRNARNRANNNANARARANCERCEARRANARARRARANRAANRAAICRAR

seeneanenannssennns TEST 30 tenensnnsnnnsnsnnnantnns
*

«IN THIS TEST WE'LL VERIFY THAT THE C BIT CAN BE READ FROM
«]BUS*<13>. WE ALREADY KNOW THAT THE C BIT WORKS PROPERLY
:ALL WE WANT TO KNOW HERE IS THAT IT BE READ.
ERARNNRAAR AR ARRNAAARR AR RCORRACRNRRRARANAARARRARANRARE
~

CZDMaD.P11
1041

12-JAN-82 09:50

SEQ 20

PROGRAM DOCUMENT

104%

annnsnnanntasneasets TEST 31 tennansnanasansataneantnn

1044

+D0 A MASTER CLEAR, VERIFY THAT PROGRAM CLOCK IS SET

1046

«AND THEN SETS SOME TIME LATER

104

1045

1047

188

«TEST OF PROGRAM CLOCK BIT

*WRITE PROGRAM CLOfK BIT TO A ONE, VERIFY THAT IT CLEARS,
AAARRRARRNAENRANNENNRAR A OO R NN EARNARANACRAAARCRASARER

1050

sannannntsenasenats TEST J2 aotnnananettsattatatannes

105%

«SET FORCE POWER FAIL BIT VERIFY THAT PROCESSOR TRAPS TO 24

1051

105
1054

1055

1056
1057

«FORCE POWER FAIL TEST

«GOING DOWN AND COMING UP. VERIFY ALSO THAT BUS INIT WAS
«BLOCKED FROM GETTING TO THE M8200,4.7 DURING THE POWER FAIL
AR EAAAAR AN ARARRA AL ARRNRNRRAANSARNRNRCROARARRE

1058

anennanaanaseanetdt TEST 33 veansasatnattasetetnatatns

1060
1061
1062
1063

*WRITE ALL ZERO'S THEN ALL ONE'S THEN A DATA PATTERN
7O THE IBUS* AND IBUS REGISTERS AND TO THE SP AND MAIN MEM
*THEN GO BACK AND READ THE DATA PATTERNS TO VERIFY THAT
*READING AND WRITING OF OTHER LOCATIONS AND REGISTERS

1059

1064

1065

«M] CRO=-PROCESSOR NOISE TEST

«DID NOT CHANGE THE DATA.

AAARNRANNNRERNRAARAARARAEEERANAARNARNNRARANSRACAAARRRY

1066

1067

1068

srannsanansnstattes TEST 34 renananasannnansavtsstnes

1070

«DOES NOT WRITE INTO PORY g OF THE MULTIPORT RAM.

1069

-l

VONOWVSW

b and o

33333935aRERRERS 8355583

1071
1072

*THIS TEST IS DESIGNED TO MAKE SURE THAT A NODST INSTRUCTION
«TO DO THIS, WE'LL PUT A 125 INTO INDAT2, THEN WE°'LL PUT A
*125 INTO BOTH SP1 AND BR. LAST WE'LL DO A NODST BR, SUBOC., SP1
«IF THERE IS A WRITE INTO PORTB, INADT2 WILL CONTAIN A 377
ARA
RRANARSAS
NRARA
ASRNRAANRRRAARANCARA
LAARAA
ANRRARARAN

sannnnansananaescs TEST 35 snnnansnansesananstnanens
*

*EXTENDED CRAM TEST FOR M8206. IN THIS TEST WE WILL LOAD DATA
*THROUGHOUT THE CRAM (TEST DATA IS JUST 4K OF DIAG. CODE) AND
«THEN READ 1T BACK AND VERIFY THAT IT IS CORRECT

NNRE
ARC
NAAANRACAA
ARANA
R AR AR EEAANRARAA
EERRRRAARRRARNAA

senasnsansraneeans TEST 36 teennnnesananasuatataanny
*

*THIS TEST LOADS MICRO-CODE INTO A M8206 MCPU THEN EXECUTES IT.
:THE MICRO-CODE IS DESIGNED TO WRITE ALL ONES INTO THE SEL REGS.
Y
RN
RACRARRARAE
NRARA
L AR ARARARAANAA
RRRRA
AL
RERARRARRR

sascennanennsenent TEST 37 seesannsasanaannanatntten
*

«NEGATIVE ADDRESS TEST.

IN THIS TEST, WE'LL MAKE SURE THAT THE M8207

CZ0MQD P11

12-JAN-82 09:50

SEQ 21

PROGRAM DOCUMENT

DOES NOT RESPOND TO AN ADDRESS THAT ISN‘T ASSIGNED

1097

1100
1101

NI
CRRARANAS
ARANA
AN AN ANRARNNNRIRNR
RARRR
IV
AARARRARRA

}8’?3

- ad ad
b and cnd

b ad
b wud

b cnd cnd b b e
b cud b aud —d e

b b and b ad D b cd D d b cwd b b b

nd b b =D cnd b b ond D b cnd wnd D nd D e e

D e

ANIPNNININININININ
b b b b b e el D b 2 O OO

b -d

D el D e wd d =D b

gfizfiggficsggflgflfl‘dOflhJ\U“U-‘CD(ND‘JO“nJ\UflU-*CNOOD*d & SR

}}8%

1138

1139
1140

111.}

10 IT

sananvnnnnansnnets TEST 38 sennnnnnanensssncanttanes
*

*BYTE ADDRESSING TEST

HERE,

WE'RE GOING TO MAKE SURE THAT WE CAN

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

AS
ANRRRE
RCARARARRANANAARRANNAARR
ARNANRNR
ERRARAANAARE

sannnannnsansnntat TEST 39 tennsannannnanntenvaesves
*

«IN THIS TEST WE'RE GOING TO MAKE SURE THAT THE PC
*REG COUNTS UP PROPERLY. THE PC REG SHOULD INCREMENT
:WCE AFTER EACH INSTRUCTION.

2
i idtiiiddddddidsd)
st2222
2202222
ITTTITIR28222223

ERRRANRNAANRARANA® TEST 40 TXXACAARANNANNARLARARANRSY
*

*IN THIS TEST WE'LL MAKE SURE THAT ‘BRANCH FIELD W'’ DOESN'T
*GET STUCK HIGH.

+FIRST WE'LL CLEAR THE PC HIGH REG. THEN WE'LL DO A BRANCH INSTR
sWITH BAB BITS 11412 SET. IF PCR BITS 849 SET THEN WE'LL KNOW
+WE WERE SUCCESSFUL IF PCR BITS 8+9 FAIL TO SET, WE,LL KNOW
*THAT THE MAX SELECTED THE WRONG INPUT TO BE CLOCKED INTO THE PCR.
AARANAANAARARRAAANRAAAEEEAAAAARNARRAARRAARAXAARARAACARAS

ARARRAAANAAARRARNS TEST 4]

SN ARANANRAARANNNANACANS

«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 SCRATCH PAD.
Lt

e e

e e e e e

e e L L

114

1143
1%2%

sennnseananensanas TEST 42 weannanensasaatavasasnsnten

1146
1147
1148
1149

¢IN THIS TEST WE ARE GOING TO MAKE SURE THAT THE
*SIGNAL MOV INST i{"* (AND ITS ASSOC. TRIBS) DOESN‘T GET
*STUCK HIGH. IN OKDER TO DO THIS WE'LL CLEAR THE PC HIGH REG
*PUT KNOWN DATA [N_TNE BREG AND SP1 THEN WE'l.. BRANCH

1151

*IF

1150

1152

]

«WITH CROM BITS 0-3 SET AS WELL AS _CROM BIY ¥ W,YH CROM BITS 8 AND 11 CLEAR.
MOV _INST W'

GETS STUCK HIGH, THE PC REG HIGH Will GET LOADED

¢WITH THE CONTENTS OF THE ALU

CZ0MQD.P11
1153

1154

12-JAN-82 09:50

SEQ 22

PROGRAM DOCUMENT
e

e T

R e

L L

AL e L

}}gg

srnsnnnannananstns TEST 43 sesanananannanaasanasenenas

1160
1161
1162

*WE'LL DO A MASTER CLEAR AND BE SURE THAT THEY ALL CLEAR.

1157
1158
1159
1163
1164

)

«TEST THAT MASTER CLEAR, CLEARS BITS IN THE NPR CONTROL REGISTER AND
+*M] CROPROCESSOR MISCELLANEOUS REGISTER-FIRST WE'LL SETV THE
+PRIORITY UP SO THAT WHEN WE SET THE BUS REQUEST BIT THAT IT WON'T BUG US
«THEN WE'LL SET ALL THE BITS IN BOTH REGS EXCEPT THE
*NPR REQUEST. WE'LL LOOK TO SEE THAT ALL GOT SET, NEXT
A e e et
IL

1165

1166

1167

8.0 ERROR INFORMATION

}};?

8.1 ERROR REPORTING

1172
1173
1174
1175
1176

ERRORS ARE REPORTED BY THE PROGRAM AS THEY OCCUR (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, PC OF THE ERROR
CALL, DEVICE ADDRESS, AND BASIC
AND
EXTENDED
ERROR

1168
1169

177

1178

1180

}1%}
1183

INFORMATION.

THE FOLLOWING EXAMPLES PROVIDE TYPICAL ERROR REPORTS:

1186
}}gg

CZDMQ DVC FTL ERR 00045 TST 027 SuB 000 PC:022572
CLEAR FAILED TO CLEAR PC REG, _CONTENTS=000624
MASTER
FTL ERR 00015 TST 042 SUB 000 PC:027234
DVC
CZDMQ

1189

UNIT=00, FAILING UNIT ADDRESS=160170

1191
1192

FROM ADDR
000402

%}gg

1190
1193

1198

1196
}}86

1199
1200

}%85

}%82
1205
1206
}ggg

JUMP TEST ERROR

TO ADDR
000000

BAD ADDR
000114

FOR ALL OTHER ERRORS, THE REPORT MAY BE MORE
REQUIRE ADDITIONAL DATA TO BE REPORTED.
9.0

EXTENSIVE

HISTORY

MODIFIED AUGUST 1980 FOR THE FOLLOWING REASONS:
1) CANCELL DEPO CZDMQA1
g) CANCELL DEPO CZDMQA2
) DETECT BAD TIMING ON INTERNAL CLOCK.

AND

CZ0MD.P11

12-JAN-82 09:50

PROGRAM DOCUMENT

i%i;

1212

igié
1218

MODIFIED JULY 1981 TO FIX TEST 43 MAR BITS IN [8US* 10.
MODIFIED JANUARY 1982

17 ERRONEQUS DATA WAS NOT CLEARED IN HIGH BYTE OF REGISTER 5
FIX:

1216
?

SEQ 23

CHANGE BIC #374,R5

TO BIC #177774,RS.

CZDbMab.P11

12-JAN-82 09:50

PROGRAM DOCUMENT

SEQ 24

CZ0MQD.P11

1224

12-JAN-82 09:50
002000

1225

1226
1227

PROGRAM DOCUMENT

.TITLE CZDMQDOQ MB207 STATIC DIAG #2
.=2000

1228
1229
1230
1231

1232

1239

1240

1241

1242
1243

1244
1245
1246
1247
}528

1250
1251
1252

}%gz

1255

MCALL

SVC

BGNMOD

CZDMQ

Sv(C

}%%2 002000

1235
1236
1237
1238

002000
000000
000000

000000
000000
000000
000000
000000

SEQ 25

SLSTIN= 0
SLSTTAG= 0

SVCINS= 0
SVCTST= 0
SvCcsue= 0
svCeBL= 0
SVCTAG= 0

:
:
:

s INITIALIZE SUPERVISOR MACROS

s LIST INSTRUCTIONS, SHIFTED RIGHT
s LIST TEST TAGS, SHIFTED RIGHMT
s LIST SUBTEST TAGS, SHIFTED RIGHT
s LIST GLOBAL TAGS, SHIFTED RIGHT
s LIST OTHER TAGS, SHIFTED RIGHT

CHANGE THE VALUES OF THE SVC... SYMBOLS TO BE ZERO IF YOU WISH
TO ALIGN THE MACRO CALLS AND THEIR EXPANSIONS. CHANGE THE
SYMBOLS TO BE MINUS-ONE TO NOT LIST THE EXPANSIONS. YOU MAY

CHANGE THE SYMBOLS AT ANY POINT IN YOUR PROGRAM.

N2
CZOMAD.P11

12-JAN=-82 09:50

PROGRAM HEADER

}ggg

.ggm

1058
}ggg

* THE PROGRAM HEADER IS THE INTERFACE BETWEEN
: THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.

1261

‘

}%2% 002000
1264

1265

002000

1267
1268

002000
002001

103
132

1270
1271
1272
1273

00200
002
002005
oozoo;

115
121
000
000

1275
1276
1277
1278
1279

002010
002010
002011
002011
00201%

1266 002000

1269 00200

1276

1280
1281
1282

1283
1284
1285
186
1287
12°8
1289
1290
1291
1292
1293
129
1295
1296

00200

002012
002014
002014

002016
002016
002020
002020
00202
002022
002024
002026
002026

002026
002030
002030
00203
002032

1297 002034

LSNAME : :

104

LSREV::

LSTIML: :

000360

000000
002262
000000
030144

LSSTA::

000000

LSCO::

000000

oot

833

.BYTE

LSDTYP: :

LSAPT

/0/
70/
O

WORD

240.

LSHARD
O
LSHVW
0

JWORD

LSLAST

MORD

-WORD
WORD 00

LSDTP::
JWORD
LSPRIO: :
WORD
LSENVI::
MORD
LSEXP!::
JWORD
LSMREV: :

WORD

LSHPCP: :
.WORD
LSSPCP: :
WORD
LSHPTP: :
.WORD
LSSPTP: :
WORD
LSLADP: :

027344

}298
0053“ 000000I
1550 §§go§

1310

(C2DMa,D,0,240..0

LASCII 7¢/
JASCII 72/

LASCII
LSDEPO: :
ASCII
LSUNIT::

000000

1311

HEADER

;DIAGNOSTIC NAME

JASCII /M/
JASCIT 70/
BYTE
0
BYTE
0

104
060

2040
2040
002132
204
gqo:. 000000
2%
(
44 000000
(<6
(
3 000000
(

POINTER BGNAU,BGNDU

JASCII 7D/

000

1;0)1
1 §
130
13%
13§
1;)3
137
1 3
139

PROGRAM HEADER

.BYTE

;REVISION LEVEL

:NUMBER OF UNITS
;LONGEST TEST TIME

;POINTER TO H.W. QUES.
;POINTER TO S.W. QUES.
:PTR. TO DEF. H.W. PTABLE
;PTR. T0 S.W. PTABLE
:DIAG. END ADDRESS
sRESERVED FOR APT STATS

:DIAGNOSTIC TYPE

APT EXPANSION

:PTR. TO DISPATCH TABLE
:DIAGNOSTIC RUN PRIORITY
:FLAGS DESCRIBE HOW IT WAS SETUP
:EXPANSION WORD
-SVC REV AND EDIT #

LSDISPATLH

0
O

CSREVISION

C8$edIT

SEQ 26

CZDMQD .P11

1312

12=-JAN-82 09:50

002052

1313
1314

002052
002054

000000
000000

1316

002056

000000

1315

1317

1318

002056

00206

002060

002730

002062

000000

1319 00206
1320

1321
1322
1323
1324

1325
1326
1327

1328

002064
002064
002066
002066

002070
002070
002072
002072

1329

002074

1331

002076

1333

002100

1330
1332

1334
1335
1336
1337

1338

002074

002076

002100
002102
002102
002104
0021046

1339
1340
1341

002106
002106
002110

1343

002112

1342
1344

000000

012144
012140

000000
002312
104035

000000
011340

012134

002110

012042

002112

002122

1345
1346
1347
1348
1349
1350

002114
002114
002116
002116
002120
002120

1353
1354
1355
1356
1357
}ggg

002122
002122
002122
002124
002126
002130

1351
135%

000000

000000
000000

177777
177777
177777

SEQ 27

PROGRAM HEADER

LSEF::
LSSPC::

LSDEVP::
LSREPP: :
LSEXP&::

LSEXPS::

LSAUT::
LSDUT::

LSLUN::

LSDESP: :
LSLOAD::
LSETP::
LSICP::
LSCCP::
LSACP::
LSPRT::
LSTEST::

LSDLY::

LSHIME: :

:
LSPROT:

MORD
WORD

O
O

LWORD

LSDVTYP

WORD

LSAU

WORD

LSDU

MWORD

.WORD

LSDESC

EMT

ESLOAD

MORD

.WORD

LSINIT

.WORD

LSCLEAN

.WORD

LSAUTO

.WORD

LSPROT

MWORD

MORD

BGNPROT

MORD
-1
-1
WORD
WORD
-1
ENDPROT

:DIAG. EVENT FLAGS

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

:PTR. TO ADD UNIT CODE
:PTR. TO DROP UNIT CODE

:LUN FOR EXERCISERS TO FILL

:POINTER TO DIAG. DESCRIPTION
:GENERATE SPECIAL AUTOLOAD EMT
:POINTER TO ERRTBL
:PTR. TO INIT CODE
:PTR. TO CLEAN-UP CODE
:PTR. TO AUTO CODE
:PTR. TO PROTECT TABLE
:TEST NUMBER

:DELAY COUNT

:PTR. TO HIGH MEM

CZDMaD.P11

12-JAN-82 09:50

DISPATCH TABLE

.SBTTL

}gg?

DISPATCH TABLE

1§2§

yauuaauannunninnnnnnmiud

}%gg

SII111000700007027071700710077111777117777712020771017720777177117770017777777

s/ THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.
s/ 1T 1S USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST.

1
1364

1367
1368

1369
1370

1371
1372
1373
1374
1375
1376
1377
1378
1379
1380
1381
1382
1383
2384
1385
1386
1387
1388
1389
1390
1391
1392
1393
1396
1395
1396
1397
1398
1399
1400

1401
1402
1403
1404
1405
1406
1407
1408
1409
1410
1411
1412

1413
1414
1415

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
2234
002236
002240
002242
002244
002246
002250
002252
002254
002256

000053
012146
012256
012422
012552
012712
0131564
013356
013570
014112
014470
014736
015202
015432
015676
016142
016406
016652
017116
017362
017642
020122
020376
020654
021130
021404
021576
(21744
022322
022560
022774
023210
023452
024044
025116
025216
025364
6042
026202
026310
026446
026544
026644
026770

DISPATCH 43
43
MORD

LSDISPATCH::
JMORD

WORD
WORD
JMORD
WORD
JMORD
MWORD
.WORD
LMORD
.WORD
JWNORD
.WORD
JWORD
JMORD
JWORD
MWORD
JMORD
.WORD
MORD
WORD
JWORD
MORD
WORD
MORD
WORD
WORD
JMORD
.WORD
JWORD
JWORD
JWORD

LWORD
JWORD
JWORD
LWORD
.WORD
JWORD
WORD
LWORD
JWORD
JWORD
LMORD
JMORD

T1
T2
T3
T
TS5
T6
77
T8
T9
T10
TN
T12
T13
T14
T15
T16
T17
T18
T19
T20
121
T22
123
T24
125
T26
127
728
729
T30
131

T3
T3
T34
T35
136
137
7138
139
T40
Té1
T4
T4

CZ0MaD.P11
1416

1417
1418

12-JAN-82 09:50

DISPATCH TABLE

SEQ 29

CZOMAD.P11

12-JAN=-82 09:50

SEQ 30

DEFAULT HARDWARE P-TABLE
.SBTTL DEFAULT HARDWARE P-TABLE

}253

/////////////////////////////////////////////////////////////////////////////
/ THE DEFAULT HARDWARE P-TABLE CONTAINS DEFAULT VALUES OF
/ THE TEST-DEVICE PARAMETERS. THE STRUCTURE OF THIS TABLE
/7 1S INENTICAL TO THE STRUCTURE OF THE RUN-TIME P-TABLE.

1421
1422
1423
1424

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

}252

1427
1428

002260

1430
1431

002262
002262

LENABL

AMA
BGNHW

DFPTBL

JMORD

L1000T-LSHW/2

160170
0003
005000
000
000056
000000
000000
000000
000004

MWORD

"WORD
"WORD
"WORD
JWORD
"WORD
WORD
WORD
WORD
WORD

160170
300
5000
3
56
O
O
O
&

;M8200.4.7 CRS ADDRESS
1M8200.4.7 VECTOR ADDRESS
;INTERRUPT PRIORITY LEVEL
SLINE UNIT TYPE
*SWITCH PACK #1 (DDCMP LINE #)
SSWITCH PACK c (BM873 BOOT ADDRESS)
+SWITCH PACK
STEST conuscroa INSTALLED FLAG
CONTAINS BAUD RATE 4=56K BAUD DEFAUL

mémmomm

MORD

:0=RUN SW OFF, 1=Sw ON

1429
1432

1433
1434
1435
1436
1437
1438
1439
1440
1441

1443

1446

1447

002260

000013

002262

000007

002264
002266
002270
002272
002274
002276
002300
002302
002304
002310

002310

LSHW:¢
DFPTBL::

L10001:

ENDHW

MICRO=CPU TYPE.

1§z zsox 6= 500x. =1 MEG BAUD

CZ0Mmad.P11

12=JAN=-82 09:50

SOF TWARE P-TABLE

SBTTL

}228

SOFTWARE P-TABLE

1450

SHIIIPEI000707707700770007100101011111111170007111007700711111111111777777

}2%2

11170707007707777727701110777777777071711777777777071171717771717171777777

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

1451
1452
1455

1456

1457
1458
1459
1460

1461
1462

1463

1464

1465

1466

1467
1468

002310

002312
002312

000000

BGNSW
LSSW::
SFPIBL::

L10002:

LWORD

ENDSW

SFPTBL

L10002-L$SW/2

SEQ 31

CZOMAD.P11

12-JAN=82 09:50

1469
1470
147N
1472
1473
1474
1475
1476
1477
1478
1479

SEQ 32

SOF TWARE P-TABLE

GLOBAL EQUATES SECTION

}zg?

.SBTTL

1482

L
111117
IEII
071101111111
IIEI
000000070000
EIIL
TN III 000 000000000000
SIIIIIIIIIIT
THAT
EQUATES
PROGRAM
CONTAINS
THE GLOBAL EQUATES secr1o~
:/

1483
1484

1485

1488

1489

ARE USED IN MORE THAN ONE TEST.

SI10000070700070070001001000117170777020700701211710011001011101111101117111117

}zg?
002312

EQUALS

: BIT DIFINITIONS

}zg?

100000
040000
020000
010000
000
002000
001000
000400
000200
000100
000040
000020
000010

BIT15== 100000
8IT14== 40000
8IT13== 20000
8IT12== 10000
8IT11== 4000
81710== 2000
8IT09== 1000
BIT08== 400
B81T07== 200
8IT06== 100
BIT05== 40
BITO4== 20
81T03== 10

1509

001000

8179== BIT09

1513

000040

BITS== BITO05

1492
1493
1494
1495
1496
1497
1498
1499
1500
1501
1502
1503
1504

1505
1506
1507

1508

1510
1511
1512

1514
1515
1516

1517

}g}g

000004
000002
000001

0004
000200
000100
000020
000010

000002
000001

1520

;gg}
1523

1524

BIT02== 4
BITO1== 2
8IT00== 1
;

BIT8==
BIT7==
BITé==

BIT08
BIT07
BIT06

8ITé==
8IT3==
8IT2==

BITO04
BIT03
BIT02

BITO0==

BIT00

BITi== BITO01

* EVENT FLAG DEF INITIONS

* " EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION

000040

000037

EF.START==

EF .RESTART==

gz.

: START COMMAND WAS ISSUED

* RESTART COMMAND WAS ISSUED

NN = OV

§\h
A vt A VNV

b ad e

b cnd "=b b e

VWMWY VIVIWA

e e e

e e

b o

AWM A WAV AWM AT

b b e e

b e

MWW

b e e

VIV AWWVS
S BB BSDWWNW

e o

D o

b b d d b ey

\h&\fl\.fl\h\fl\-fl\fl\fl\fl\h
WNWNWNWNNI AN N
NS WA =000 &mgum - OO0~ w

CZ0MaD.P11

12-JAN-82 09:50

000036
000035
000034

SEQ 33

GLOBAL EQUATES SECTION

; CONTINUE COMMAND WAS ISSUED

30.
29.
28.

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

s A NEW PASS HAS BEEN STARTED

: A POWER=-FAIL/POWER=UP OCCURRED

* PRIORITY LEVEL DEFINITIONS
000340

PRIO?== 340
PRI06== 300
PRI0S== 240
PRI04== 200
PRI0O3== 140
PRI02== 100
PRIOT== 40
PRI00== 0

*OPERATOR FLAG BITS

Evi==

LOT==
ADR==
1DU==
ISR==
UAM==
BOE==
PNT==
PRI==
IXE==
IBE==
IER==
LOE==
HOE==

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

HH ARRERRRARRRANRARANRA LA

AARAAANRLARARAARANANAARRAANRAAAACARNCARRANROCCS

:% PROGRAM EVENT FLAG DEFINITIONS

.e ARAARARRANRAARRARANARANAAANNEARARARRNUAARARAREARANARNCAAAARAANAAARARACARE

’

CZDMaD.P1

GLOBAL DATA SECTION

12-JAN-82 09:50

.SBTTL

SEQ 34

)

GLOBAL DATA SECTION

SH11102070000000077000000000000200001100270007£7002277077111711771117771177777

3/
:/

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

'//////////////////I///////////////////////I/////////////////I/////////////////
AR
ORI TRRIR
AR AR RERRRARA NP ETORERRRANANANAN AR R AR RRARARARAARAANAAANAARC

;* STORAGE FOR DEVICE REGISTERS

ANRY
ARAE
NTACANEACENEARENEINARERE
ANAN
AR RANNANEANARA
RANE
LR CA RN AR
CRANRRRA

034115
044504
031043
000062

020067
020056
020106

030062
043501
047440

LSDESC

DESCRIPT

""_ASCIZ /M8207 DIAG. #2 OF 2/
.EVEN

tttttttlt'ttttfifittttttttt'tt'.fitttttfit.t.ttt..'ttt..'?cttfifitt.ttflt.tfifit

:* PROGRAM CONTROL PARAMETERS

Qttt'tt.tttfit.ttQt.tt't'tttttfil.tltttttt.tt't.it'Q'..t.t.t'ittt't'ttttt
sADDRESS OF NEXT TEST 10 BE EXECUTED
O
.WORD
NEXT:

000000
000000

LOCK:

.WORD

;ADDRESS FOR LOCK CURRENT DATA

't'tttt'tt'ltt.tfitlttt"t.'tti'ttfli'fittfitttttt.ltt..t.'tfi.ttttt'ttt'tttt

s~ MISCELLANEOUS STORAGE

AASY
ANARAARA
AR RACAANNAANRARAC
KXNAAAARARARARREAARANANNTACARARANARRRAANAAAR

000001
000000
000001
000001
000001
000001

PONIAD —d b e ad = ed b b b

N=O VYOS ULN=O

R
A2838

—.-‘—‘dd—l-fl—.dd—ld—.—l-‘—‘-‘-‘-‘—ldd-‘d-‘fl-‘d-fld-fi—.—.-‘d-‘
i
OO
OLONOONONONONON

1586

{0GDEV: .WORD

SUBRPC: .WORD

PSTACK: .WORD

O
O

ERRFLG: .WORD
STRTSW: .WORD

.WORD
.WORD

0
O

.WORD

RETADR: .WORD

STAT:

.WwORD

SAVSP:

.WORD

CLKX:
MASKX:

SAVPC:

ZERO:
ONE:

.WORD
.WORD

KWUM:

BLKW

MEMLIM: .WORD
KMACTV: .BLKW

SAVACT: .BLKW

O
1

SOCTAL NUMBER OF M3200,4.7°S

O
1

WIYPE:

SREGS:

.WORD

$REG4:
$REG3:
$REG2:
SREGI:
$SREGO:

TYPE:

.WORD

.WOKD
.WORD
.WORD
.WORD
.WORD

.WORD

‘KM STATUS WORD STORAGE

*STACK POINTER STORAGE

1
O
O

.WORD

‘BASE LEVEL PROGRAM STACK POINTER
‘PC OF SUBR CALL FOR ERROR REPORTS
*SUBROUTINE ERROR FLAG
*SUBR EPROR RETURN ADDRESS
SSWITCHES AT START OF PROGRAM

SAVNUM: .BLKW
.WORD
FLAG:
RUN:
.WORD
FADR:

:LOGICAL DEVICE NUMBER

O
0
0
0
O

*PROGRAM COUNTER STORAGE

*HIGHEST LOCATION FOR NPR'S
1M8200,4,7 SELECTED ACTIVE

SORIGINAL ACTIVE DEVICES®

*WORKABLE uunse
*SCRATCH STORA
*POINTER TO nunuxns DEVICES
:MB2XX NUMBER FOR TYPE GF MICO-CPU

*STORAGE USED FOR ERROR MSG DATA
.

:=0 FOR DMP,=1 FOR nazo&

CZOMAD.P11

12-JAN-82 09:50

1623 002434 000000

GLOBAL DATA SECTION

.WORD

WORD
srwo WORD
$TMPO: .WORD

O
0
O

MRO:

1624 002436 003777

nensz "WORD

1628 002446 000000

$GDADR: .WORD

1625
1626
1627

002440
002442
002444

000000
000000
000000

1629
1
1631
1632

002450
002452
002454
002456

000000
000000
000000
000000

1633
1634
1635
1636

002450
002462
002464
002466

000000
000000
000000
000000

1637 002470 000000

}ggg 002472

$8DADR: .WORD
SGDDAT: .WORD
$BDDAT: .WORD
"WORD
FTIME:
SAVE4:
SAVE6:

"WORD
.WORD
.WORD
.WORD

WORD

RUNINH: .WORD

3777

:0= RUN OFF,

0
O
O
O

000
1643 002474
002476
1644

INIFLG: .BYTE
-EVEN

}2‘»’5

000

1649

'tt.tttttQtttttttttttt.t'tttttt.tt.ttt.tfittttfittttt*ttttttttt.tt'ttt'ttt

LOKFLG: .BYTE

QV.FLG: .BYTE

-EVEN

:PROGRAM INITIALIZING FLAG

LOCK ON CURRENT TEST FLAG

-ouxcx VERIFY FLAG

1652

1653

1656
1657

e
‘e

1654
1655

e
T

1658
1659

N
T
i

}ggg
1662
}&3
}ggg
1667

1668 002500 000000
002502
002504

000000
000000

STAT1 - BITS 00-08 1S M8200 & VECTOR

BIT15=1 LINE UNITIS AN M820

ADDRESS

USED USED
TEST CONNECTOR(S)
aml.=o NO
WILL BE
TOR
comec
BIT14=1 H=XXX TEST
M8201
AN
IS
8IT13=0 LINE UNIT
M8202
AN
IS
UNIT
LINE
ems=1
UNIT
LINE
uo
1T12=1

ens 09-11 IS M8200,4,7 PRIORITY LEVEL
STAT2 - LOW BYTE IS SWITCH PACK #1 (DDCMP_LINE NUMBER)
HIGH BYTE IS SWITCH PACK #2 (BM873 BOOT ADDRESS)

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

STAT1:

.WORD

'tttttttt.tttttttltttt't'ttttt.tfitttttttt.tfit.tttfitt.t.t'ttt.tt.tt'ttlt'

STAT2:
STATS:

.wuiD
.WORD

0
0

ttt.ttt‘ttttttttttttttttt'ttittttttttttttttttttttttttttttt't.tt.ttttttl

167

“« POINTERS TO M8200,4,7 VECTORS AND REGISTERS

167

1675

t0=RUN SW OFF, 1=RUN SW ON

‘e DEFINITION OF M8200.4,7 STATUS WORDS = STAT1,STAT2,STAT3

}ggg

167‘

1= RUN SW ON

:ttttttttttttttt.tttttttttttttttttttt!ttttttt'tttt.t.ttttt'tttttttfi'tttt

R ]

1669
}2;9

;CONTAINS ADDRESS OF *GOOD® DATA

*CONTAINS ADDRESS OF °*BAD® DATA
*CONTAINS *GOOD* DATA
SCONTAINS 'BAD' DAT
*RESERVED==NOT TO ee USED

_ i+ PROGRAM CONTROL FLAGS

1646 002477

:MEMLOC USED INSTEAD OF RO.

SINDICATES MEMORIE SIZE, LAST ADDR.

0
O
0
0

1641

1642

002476

SEQ 35

'ttttttttttttttttttttttttttittttttttttttfitttttttt'tttt.tttttttttttttttt.

1640

1645

002506

000000

1676 002510 000000

1677 002512 000000
1678 002514 000000

.tttttttttttttttttttt*tt'ttt'ttttttltt'ltttt..ttt.ttttt'.ltttt..tttttt't

KMRVEC: 0

KMRLVL: 0

KMTVEC: 0
KMTLVL: 0

:POINTER TO P°2

4 7 RCY INTRPT VECTOR

SPOINTER T0 nazg 7 RCY INTRPT SERVICE PS

*POINTER TO M8200.4.7 TX INTRPT VECTOR
*POINTER TO M8200.4.7 TX INTRPT SERVICE PS

12-JAN-82 09:50

002516
002520
002522
002524
002526

000000
000000
000000
000000
000000

d
D e

KMCSR: 0
KMCSRH: 0
KMCTL: 0
KMPO4: 0
KMPO6: 0

002730

PRIMARY REG ADRS STORAGE FOR THIS UNIT

REGADR:

002530

;POINTER TO M8200,4,7 CONTROL STATUS REGISTER
sPOINTER T0 98208.4.7 CONTROL STATUS REGISTER HIGH BYTE
sPOINTER 10 M8200,4,7 CONTROL OUT REGISTER
;POINTER TO M8200,4,7 PORT REGISTER - SEL4
;POINTER TO M8200,4,7 PORT REGISTER = SEL6
seetes

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

D
s o
b b e

ooooorrO
0NN

GLOBAL DATA SECTION

sswvse

3983 gooo
W)
=232558% &3

SEQ 36

000100

sswwwe
SSTACK:

STACK USED FOR SUBROUTINE LINKAGE
100
.BLkW

wwees

CZbMaD.P11

GLOBAL TEXT SECTION

12-JAN-82 09:50

.SBTTL

1699

1703

Sonken ARRARARRARRAAANNEACAR AR R A RAANNRRRR AR ARANAIRAAAAAARIAAAAACIAINAEARIRARRRCED
:* NAMES OF DEVICES SUPPORTED BY PROGRAM
AR EANRONA R
AR

002730
002730
002744
002752

41 5
41 5

0511 7
03%; 2

030062

030062
046440
000
\

=2 O VOO ~NO NN~
OO

N1,V

~NOo W SN

d md e e

b i

b e

b o e

gNNNNVNNNNNNNNNNN
NN A =B b cd b b b d b e d O

707
08

~N =~

HESSAGES. AND ASCII INFORMATION THAT ARE USED IN

B 4
!l!'!l!l!l!l!l!l!l!l!!!!l!l!ll!S!l!l!!l!!821!!!1!2!21112!1!1!123!1
!l!l!l!ill!i

1705

b e

GLOBAL TEXT SECTION

!l!l!l!l!l!l!l!l!l!llllilllllllllllll!l121!ll!ZX!I!I!Z!!Z!S!!Z!Z!ZX!Z!!l!llll
T SECTION CONTAINS FORMAT§
I}

1701
1702

SEQ 37

026060

026064
031070

EAREARREA RO RERERNARN AR R AR AR IRANENRARR AR REARARRRRN

DEVTYP

<M8200,M8204,0R M8207>

LASCIZ

/M8200,M8204,0R M8207/

LSDVTYP::

.EVEN
FORMAT STATEMENTS USED IN PRINT CALLS

CZ0MaD.P11

};%g

1730
1731

};g%

1734
1735

12-JAN-82 09:50

.SBTTL

/I/////////////////////I////////////////////////////////////////////////////////

1739

’

1742

-ENDM

1740
1761

GLOBAL SUBROUTINES

////////////////////////l///////////////////////////////////////////////////////
THE GLOBAL SUBROUTINES ARE CALLED BY MORE THAN ONE TEST
3/

1736

};gg

SEQ 38

GLOBAL SUBROUTINES

—

: MACRO'S NEEDED TO CALL SUBROUTINES
MACRO

POPSP2
22626

—

CZ0MQD.P11

12=JAN-82 09:50

GLOBAL SUBROUTINES

SEQ 39

CZDMaD.P

gm%umdooawombumdoo

- and b e

and and b o

b b

o e

D D D o

D h D

N;NVVNNNNNNNNNNNV\‘
(o o 0o Y- STV IV AV, IV AV IOV IV, T 2

1748

767

12-JAN-82 09:50

GLOBAL SUBROUTINES

///////////////////////////////////////////////////////////////////////////////I
THE GLOBAL SUBROUTINES ARE CALLED BY MORE THAN ONE TEST
3/

////////////////////////////////////////////////////////////////////////////////
: MACRO'S NEEDED TO CALL SUBROUTINES
MACRO

.MACRO

K4ONLY

CMP
BNE

MEMS 1,#2000
N

1ST
EXIT
+ ENDM
EDSCALL XY
.LIST

Jannnnnnnnneeet TEST XY wnanannanwnnten

.ngST

.HAC?O

?SDHEAD

EDSCALL \TSTESTNUM+1
.RADIX

-ENDM

SEQ 40

cZ0map.P11
1774
1775

.MACRO

.ENDM

.MACRO

b b

N2:
.ENDM
.MACRO

b cud b b cd b b b b b b e
b cd b b wd cud oh =

804

807
808
809
810
811

812
813

b and and and b b cnd b end b ad cb

b b b

814
815
816
817
818
819
820
821
822

823
824

825
826
827
828
9

MOV
.NLIST

KMCSR.R1

JRECORD DEVICE ADDR.

MACEX
N2
LIST
:DO NOT DO TEST IF M8200
.NLIST
TYPE

BNE

MACEX
MACEX2
LIST

?7N2

EXIT

TST

:DO NOT DO TEST IF M8200

b b b

R
PR R AR

b b b

787
788
789

MYINT
LIST

TST

785

786

$id 41

GLOBAL SUBROUTINES

b b

1776
1777
1778
1779
1780
1781
1782
1783
784

12=-JAN-82 09:50

.NLIST

CMpP

BNE
N2:

ENDM
MACRO

EXIT TST

MACEX2
K4ONLY
LIST

WIYPE ,#0

2n2

:DO NOT DO TEST IF M8200, OR M8204

«NLIST
CmP
BNE
EXIT

MEMSZ #2000
N2
TST .
;NOTE THIS TEST IS ONLY DESIGNED FOR 4K MODULE.

.ENDM
.MACRO

LENDM
-MACRO
.LIST

NLIST
-ENDM
.MACRO

.ENDM

JMACRO

CLRMAR
ROMCLK
004000
CLRMAR
ROMCLK
JSR

RS, .ROMCLK

;CLOCK INSTRUCTION

SROMCLK
.LIST
JSR
RS, . SROMCLK
NLIST
SKIP06

LLIST

NNN

:GOTO "NNN' IF MB8206

NLIST
CMP ~
BEQ

WTYPE,#6
NAN

;SEE IF M8206

CZ0MaD.P11

GLOBAL SUBROUTINES

12-JAN-82 09:50

.ENDM

1830

SKIPO7

«MACRO

1831

1832

.LIST

NNN

1833

;GOTO_"NNN' IF M8207

1835

CMP

JNLIST

1834

1836
1837

-ENDM

BEQ

.MACRO

1838
1839
1840
1841

1843
1844

-ENDM

+MACRO

1845

JSR

1846

1847

1849

-ENDM

002756

000100

177534

MSTCLR:

002756

112777

}gg%

002772

000205

]'ggg

002774

000024

1856
1857
1858

003044

ENDBUG:

1860
1861
1862

003044
003044
003046

<ROMCLK:

1850

1859

1863
1864
1865

1866
} ggg

1869
1870

1871
1872
1873
1874

1875
1876

003050
003056
003062

003070
003076

012577
152777
142777
000205

003100
003100

000240

003102
003110
003112
003120

003126
003126

003130

1879
1880

003136
003144

1878
1881
1882

1883
1884
1885

000240
000240
152777

003136
003152
003154

003156
003164
003164

PATCH:

000002
177444
000003

000007

177442

000006

002414

00000%
17740

177400

142777

000007

177362

152777
142777

000001
000007

177354
177346

152777

000002

177334

000240
000 49

000240
000240

000205

NNN

MSTCLR

R5, .MSTCLR

MOV8

#81 T6‘GKHCSRH

RTS

.BLKW

sSEE IF M8204

WTYPE, #4

;CLEAR MB200,4,7
:SET INST.

#81T61BIT7,3KMCSRH
20.

sPATCH AREA.

UNSAFE TO PATCH ANY OTHER AREA.

.REGT:

NOP
NOP
B1S8

177430
177422

022737
001357
152777
012577

8EQ

BICB

1851 002764 142777 000300 177526

:SEE IF mM8200,4,7

WTYPE 47

SKIPO4 NAN
.LIST
:GOTO _'NNN' IF M8204
NLIST

CMP

1842

1848

SEQ 42

MOV
8158
BICB
RTS

- SROMCLK :
NOP

#6,WTYPE
-REGT
lBgT‘l +OKNCSRH
(R5) ¢ ,8KRPO6

8Ic8

#7 ,3KNCSRH

BIS8
BIC8

sSTEP INSTR.
.8l Tg'OKHCSRH
#8172:8IT1!BIT0,3KMCSRH

8IS8

#2,3KMCSRH

RTS

NOP
NOP

2s:

#8172!81T1:81T0,3KMCSRH
RS

CHP
BNE
81s8
MOV
NOP
NOP

18:

#8171 ,8KNCSRH
(R5)+ { aKMPO6
#8171:81 TO'OKHC SRH

C20MaD.P11

WA
NV

-O0

SIS

000 VOV0 OOV OO O
AINIAINININININININ)
b b =d b cd b o =b b b
NN
NN
W

ddfl-‘ddfldddddddflddddd_‘—.ddd-‘fl-‘-‘—l-‘d—.—.d-‘-‘—.-fld-‘—l

2222

1886
1887
888
1889
1890
1891
189
189
1894
1895
1896
1897
1898
1899

12-JAN-82 09:50

CLRALL:

004537
000400

003044

004537
063220

003044

004537
060400

003044

004537

003100

000000

RS, .ROMCLK

:CLOCK INSTRUCTION

JSR

RS, .ROMCLK

:CLOCK INSTRUCTION

SROMCLK

i’)SR

RS, .SROMCLK

RTS

60400

JSR
401

003044

RTS

003044

ROMCLK

003044

;0 TO BR

*SP(0) TO BR
*BR,SP(0)

+ BR

:SETS BRO BIT

ROMCLK

SETC:

004537
063220

ROMCLK
ROMCLK

SETBR?:

004537
000777

:CLOCK INSTRUCTION

JSR

SETBRé:

004537
000600
000207

RS, .ROMCLK

63220

SETBR1:

004537
000420
000207

JSR

400

SETBRO:

004537
000402
000207

CLEARS C & Z BITS AND BR

ROMCLK

000207

004537
000401
000207

SEQ 43

" GLOBAL SUBROUTINES

R5,.ROMCLK
PC

sCLOCK INSTRUCTION
;1 T0 BR

sTHIS SUBROUTINE SETS BR1 BIT
JSR
292402

sNEXT WORD IS INSTRUCTION
sCLOCK INSTRUCTION
R5, .ROMCLK
Pe
:BR_002

:THIS SUBROUTINE SETS BRé BIT
ROMCLK
igg

)
RS, .ROMCLK

RTS

sNEXT WORD IS INSTRUCTION
sCLOCK INSTRUCTION

:THIS SUBROUTINE SETS BR? BIT
ROMCLK
ggg

R5, .ROMCLK

RTS

sNEXT WORD IS INSTRUCTION
sCLOCK INSTRUCTION

:THIS SUBROUTINE SETS THE C BIT
ROMCLK
JSR
000777

ROMCLK

JSR
063220

RS, .ROMCLK

sNEXT WORD IS INSTRUCTION
:CLOSK INSTRUCTION
:BR_377

sNEXT WORD IS INSTRUCTION
sCLOCK INSTRUCTION
:SP(0)_BR

CZ0MQD.P11

NO NS WA= O 00 ~NOW

004537
060400

003044

SETZ:

NOWVB

b
b
e

g 38888 eeRRRRRR

RS, .ROMCLK

6SR

RS, .SROMCLK

RTS

003044

SROMCLK
JSR
0777

003100

RTS
RAMDAT:

005004
017605
062716

005011

052711

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

R5, .ROMCLK
R5, .SROMCLK

SNEXT WORD IS INSTRUCTION
sCLOCK INSTRUCTION
;BR_377

sNOR CLOCK THE BITS INTO IBUS<13>

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

000000
000002

sNEXT WORD IS INSTRUCTION
sCLOCK INSTRUCTION
¢BR_SP(0) +BR

sTHIS SUBROUTINE SETS THE 2 BIT
ROMCLK
JSR
000777

o e

b ad b enb cud wd oud

bb e

0
20
~gsssssives
X gzawomauwd OO

ROMCLK
JSR
060400

SROMCLK

003100

NN =20V

003274
003274
003300

GLOBAL SUBROUTINES

d-.—ld-‘:-.-‘-‘-hdd-l-.-.—ld—ldd

194
194

12-JAN-82 09:50

Ré
2GOO0D DATA
8(SP) ,RS
sADJUST STACK
#2,(SP)
18
:IF M8206,WE'LL GET PC A DIFFERENT WAY.
F M8206

<1F M8200,4,7 WE'LL GET PC A DIFFERENT WAY.
SKIPO7 18
éf27° 18(1;)!8207
R

000400

BIS

#8IT8,(R1)
(RD)

003044

(LR
ROMCLK
JSR___
061225
MOVB

000005

003044

RTS

1$:

000004
WROM:

ROMCLK
JSR_ "
121244
MOVB
RTS PC

RS,.ROMCLK

5(R1).R4

RS, .ROMCLK

4(R1),R4

:CLOCK INSTRUCTION

:MOV BR TO PORT 5
:PUT "FOUND'* IN R4
:RETURN

;READ PC LOW REG DIRECTLY.
:CLOCK INSTRUCTION
:1BUS*<12> TO PORT 4
:PUT_INTO Ré
ZEXIT

:THIS SUBROUTINE WRITES THE ROMMAP INTO THE CRAM

BIT

gi?PO?

#BIT15,STATY

tLR

MOV
MOV

;BE SURE M8200,4,7 HAS CRAM

sSKIP IF NO CRAM

:RO=CRAM ADDRESS

F13
mmnymw

18:

;CLEAR BIT10

:CLOCK INSTRUCTION IN CRAM_THAT
:JUMPED TO, IT LOADS BR WITH IT
:CLR BITS
INEXT WORD IS INSTRUCTION

SROMMAP , R2
#81710, (RT)

*R2 POINTS TO ROMMAP
*SET ROMO

C20MAD.P11

12-JAN-82 09:50

1998

003444

010061

2001
2002

003460
003462

oos;oo
023700

SEQ 45

GLOBAL SUBROUTINES

000004

MOV

INC
CMP

MOV

1999 003450 012261 000006

RO,4(R1)

:LOAD CRAM ADDRESS

RO
MEMSZ RO

SNEXT ADDRESS
*DONE YET?

(R&)+,6(R1)

2000 0034564 052711 020000

BIS

#8IT18, (R1)

002436

BNE

2003 003466 001364
005011

2004

003470

2007

003474

2015

003474

2017
2018

003504
003506

005000
012711

2022
2023
2024
2025
2026

003530
003532
003536
003540
003542

005200
023700
001363
005000
012711

2032
2033
gggg

003574
003576
003600

001362
005011
000207

gggg

2008
2009
2010
2011
2012
%3}2

2016

003472

2s:

000207

MEMSET:

2036

2037

2038

2039
2040
2041
2
2043
582?

003546
003554
003562
003566
003570

016061
016061
052711
005720
022700

003602

000000

003616
(03620
0023422
24
003626
003630

000400
000401
000404
000407
000777
000525

003610

000007

*RETURN

:THIS SUBROUTINE LOADS CRAM WITH SPECIAL INSTRUCTIONS
“FOR THE CRAM JUMP TEST. ALL CRAM LOCATIONS ARE LOADED
TWITH INSTRUCTIONS THAT MOVE A 37 TO THE_BR, EXCEPT THE
SFOLLOWING CRAM ADDRESSES: 0,1,4,7.525,1777. THESE LOCATIONS
SCONTAIN INSTRUCTIONS WHICH LOAD THE BR WITH THE LOWEST
8 BITS OF THAT CRAM ADDRESS.
<1F M8200,4,7 CAN'T WRITE CRAM!

002000

18:

CLR
MOV

RO
#8IT10, (R1)

;RO = CRAM ADDRESS
*SET ROMO

28:

INC
P
BNE
CLR
MOV

RO
MEMSZ,RV
1$
RO
#81T10, (R1)

*NEXT ADDRESS
*DONE YET?
:BR IF NO
*INDEX REGISTER
SSET ROMO

38:

BNE
CLR
RTS

2
{R1)
PC

CRAMA:

.WORD

0,1,4,7,1777,525

INSTU:

000400
000401
000404
000407
000777
000525

;BR_0
:BRTM1
:BR-4
;BR7
:BR377
:BRZ12S

002436

002000

003602 000004
003616 000006
020000
000014
000001

001777

000004

000525

MOV
MOV
BIS

MOV
MoV
8IS
ST
cMP

RO, 4 (R)
#4637 6(R1)
81713, (R1)

:LOAD CRAM ADDRESS
*LOAD INSTRUCTION
SWRITE INSTRUCTION IN CRAM

CRAMA(RO) ,4(R1) :LOAD CRAM ADDRESS IN SEL4
INSTU(RO) 6(R1) :LOAD INSTRUCTION TO BE WRITTEN
SWRITE CRAM!
#81T13, (RY)
SNEXT
(RO)+
*DONE YET?
#14.,R0
*BR IF NO
*CLEAR ALL BITS
*RETURN

:ROUTINE TO SAVE GENERAL REGISTERS FOR ERROR ROUTINE.

2047

2048

2049 003632 010537 002416
2051
2052
2053

SCLEAR SELO

SKIPO?

2046

2050

RTS

*BR IF NO

(R1)

-GOTO 38 IF M8207

2019 003512 010061 000004
2020 003516 012761 000437 000006
2021 003524 052711 020000

2027
2028
2029
2030
2031

CLR

*LOAD WORD TO BE WRITTEN

SWRITE IT!

003636

003642
003646
003652

010437

010337
010237
010137

002420

002422
002424
002426

SV0S:

* CALL = JSR

MoV

RS, $REGS

MOV
MOV
MoV

R3.SREG3
R2.SREG2
R1,SREGT

MOV

R& . SREG4

_PC,SV05

CZ0MQaD.P11

2054

2055

2057

003656
003664

GLOBAL S'JBROUTINES

12-JAN-82 09:50

013737
000207

002434

002430

Mov
RTS

MRO, SREGO
PC

SEQ 46

GLOBAL ERROR REPORT SECTION

12-JAN-82 09:50

.SBTTL

GLOBAL ERROR REPORT SECTION

/I11127700000707220070080707777777777127777777777777171777777717777
THE _GLOBAL ERROR REPORT SECTION CONTAINS ERROR MtSSAGES
s/
o/

THAT ARE USED IN MORE THAN ONE TEST.

047445
047445
047445

022466
022466
022464

TFM1:

.ASCIZ

/XNX06XS4X06XS4X04XN/

047445
047445

022463
022463

TFM2:

.ASCIZ

/3NX03XS7X03XN/

TFM3:

.ASCIZ

/INX03%S10X03XS4X04XN/

b
NN

TFM4:

.ASCIZ

/INXO3XS7X03IN/

—tmiad
NNN

TFM5:

.ASCIZ

/XNX06XS5X06XS3X06IN/

o b OONOOONNO

TFM36:

.ASCIZ

/INXAREGISTER ADDRESS ERROR,ADDRESS = Z06IA,UNIT = X02/

OOONN NN—=O
Oa
ONNO—= SRR

TFM41:

.ASCIZ

/XNXA CSR HIGH BYTE GOT WRITTEN INTO ON A LOW BYTE XFER/

S PO
=
OO NWVING

/111111211007 700777010000707027777777077710070777777711111711777777

TFM42:

.ASCIZ

/XNXA CSR LOW BYTE GOT WRITTEN INTO ON A HIGH BYTE XFER/

NSNS
- NN

HD»inL
& SNBSS nwWnassn

(elelalelelolelele Blelelelelolalalel"d

& &Hrnonrown

[=]leleleTlele]

S OONNN

58
gdmmbdd—l—lm

NN
2= NOOO
— b et O SN
Or b =d YO NVIR 8 SO0 NN WWN

00O

NN £
RESRSRER
NON NN O=OHh—

OO0
N SN
QNN

OB OONNMN

NN
= b O YN

PUNIPININIA)
= b b e b b ) b b ) =b - +

TR RE

oo 3RIRIRERS

PIRRIRINIAAIRIRIAIAINIA

oo aa3cc0o0000
=

2100

MW&&NN—‘O
200'\\
O‘ONU’?

§NNU‘

o000

NONO

(=1
WW

=
N

047445
022460
022464
000
022516

SEQ 47

CZ0MaD. P11

12~JAN-82 09:50

GLOBAL ERROR REPORT SECTION

—— Oy OV rEN Or ~OWNINOWNrE=IN eENeE NSe meONne eO

.ASCIZ

/XNXANEG ADDR TEST DUAL ADDR ERROR-BAD ADDR = %06/

.ASCIZ

/XA SCRATCH PAD X03XA DUAL ADDRESS ERROR WITH SP302/

.ASCIZ

/ZTXIATHE MAR REG, CONTENTS= 206/

+ASCIZ

/XTXATHE PC REG, CONTENTS= X06/

CASCI]

/XNZANOTE: THIS ERROR MAY BE FALSELY GENERATED IF THE/

.ASCIZ

/INXARUN BIT (SW? OF E28) IS ON/

«]
1%[
]—~

"SANPR/MISC REGS DATA FAILURE, GOOD =X06XA, BAD =X06"’

SEQ 48

CZ0MaD.P11

045 050101

2171
2172
2173
2176
2175
2176

004740
004746
0047254
004762
004770
004776

047111
047111
041505
041057
022466
040527

051103
04750
035126
020075
020101
020123

2178

005010

040515

052123

2177

2179
2180
2181
2182

005004

005016
005024
005032
005040

2183

005046

2188

005055

2184
2185
2186
2187

2189

005054

047045

000

052045

<ASCIZ

/INXTIN/

EMO:

LASCIZ

EM1:

+ASCIZ

/CRAM DATA ERROR/

042040

EM2:

.ASCIZ

/CRAM DUAL ADDRESSING ERROR/

046525

020120

EM3:

.ASCIZ

/JUMP ERROR/

046501

045040

EM&:

.ASCIZ

/CRAM JUMP TEST FAULT/

050117
020116

046440
042515

EMS:

.ASCIZ

/1OP MAIN MEMORY TEST/

020120

040515

EM6:

-ASCIZ

/I1O0P MAR TEST/

044522

EM7:

.ASCIZ

/BR RIGHT SHIFT ERROR/

052101
047522

020101
000122

051105

042101
044523
051122

020114
051505
042440
000

005136

051105

047522

005152
005160
005166

046525
052123
052114

020120
043040
000

042524
052501

054522
000124

052040

005131

2203
2

005171
005176

112

051103
111
044501

2205
2206

005204
005212

047515
051505

2208
2209

005224
005232

020122
000

005216

005233

047511

040515

020122

052504

EM10:

.ASCIZ

/MAR DUAL ADDRESSING ERROR/

050115

043040

EM11:

.ASCIZ

/JUMP FIELD ERROR/

EM12:

.ASCIZ

/JUMP TEST ERROR/

EM16:

.ASCIZ

/CONDITION CODE TESTING,Z & C/

005266
005274
005302
005310

046101
042522
020107
000122

2219

005312

005320
005322
00533
005340
005342

00535

052123

020122

044107
043111
04752§

0052

0425264

000122

102

005240
005246
005254

2214

2225

FM1:

051101
042514
041440
000040

046501

005144

2220
2221
2222
2223
2224

047045

042514
044501
047526
051101

040525
051104
043516
051117

2199

2215
2216
2217
2218

/MASTER CLEAR FAILED TO CLEAR /

051103

2198

2211
2212
2213

.ASCIZ

005076

2196

2210

TMMC:

046501

2193
2194
2195

2207

051105

051103

005104
005112
005120
005126

2200
2201
2202

041440
043040
020104
0642514

000063

020056
05112%
05144
047445
020073
020075

.ASCIZ °‘SAPC INCR. INCORRECT: S/B= X06%A ; WAS = %06'°

005056

5
005072

2197

047445

020103 TFM47:

062040

2190
2191

2192

GLOBAL ERROR REPORT SECTION

12-JAN-82 09:50

2170 004733

052512

042511
051122
112
042524
051122

103

0201264
020124
00012%

044123
051105

040440
051523
051105

042104
047111
047522

042114
051117
046525
052123
051117

047117

042440
000
020120
042440
000

044504

SEQ 49

~
SRR

PINAININI ANV
NN

P11
005360
005356
005374
005402

044524
042117
05 1%3
0201 %

047117
020105
047111
020049

061440
042524
026107
00010;

005416
0054%4

044524
047517

042515
043040

052040
051501

046103

041517

SEQ 50

GLOBAL ERROR REPORT SECTION

12=-JAN-82 09:50

005410

020113

.ASCIZ

/CLOCK TIME TOO FAST/

EM17:

LASCIZ

/FORCE POWER FAIL ERROR/

EMB1:

005432

000124

005434

047506

0415%2

020105

005463

111

052502

025123

EM27:

LASCIZ

''IBUS* WRITE/READ ERROR'’

N05434

005442
005450
005456

047520
040503
051122

042527
046111
051117

044522
040505
047522

020122
042440
000

042524
020104
000122

EM3S:

005470
005476
005504

053440
051057
051105

005512

041111

051525

020123
027505
04626440
000

051127
042522
051122

047457

EM29:

LASCIZ

'I1BUS/0BUS WRITE/READ ERROR'

120

046507

061440

EMBSO:

.ASCIZ

‘PGM CLOCK WOULD NOT CLEAR®

120

046507

005520
005526
005534
005542

005545

052502
052111
042101
051117

045503
042116
061440
000

053440
047040
042514

005552
005560
005566
005574

047514
052517
052117
051101

005604
005612
88;2%2

047514
052517
052655

045503
0421146
051440

053440
047040
052105

041440

EMBS1:

.ASCIZ

°'PGM CLOCK WOULD NOT SET'

005627
005634
005642
005650
005656
5664
005672
005700
005706
005714

045 022516
02505% 025052
025052
025052
025052
025052
025052
025052
02505
025052
025052
025052
025052
025052
025052
025052
025052
025052

025101
025052
025052
025052
025052
02505%
02505
025052
02505%
02505

STM:

LASCIZ

'mu"ttt"tu"ntttttntn"ttnttntunn"nnn"n"t'

DHO:

LASCIZ

005577

005722

005723

005726

005732
005740
005746
005754
005755
005762
005770

000

054105

042105
047125
042104
000
105
042524
052517

042520

052103

DH1!:

.ASCIZ

/EXPECTED

FOUND

050130
020106
042116

041505
043040
000

DH2:

.ASCIZ

/EXPECTED

FOUND/

020040
0201064
042522

047506
040440
051523

ADDRESS/

CZ0MaD.P11
2282
2283
84
2285

12-JAN-82 09:50

005775
006002

106

047522

006026

040440

062104

SEQ 51

GLOBAL ERROR REPORT SECTION
DH3:

.ASCIZ

/FROM ADDR

TO ADDR

BAD ADDR/

.EVEN

: MACRO'S NEEDED TO REPORT ERRORS
-MACRO

.ENDM
+MACRO
.ENDM

«MACRO

-ENDM

NO VSN

<MACRO

SN =20V

AIRIRORIN)
—b — b — 2 b

PININIRINININININININ
NN
NN
NN NN N N NN AN
N

MACRO

-ENDM

Mot
PRINTB

MDT?

PRINTS

MDT3

PRINTS

MOT4

#TFM1,$REG2,
SREG4 , SREGO

#TFN1,SREGS
, SREG4 , SREG?

#TFN2,SREGS
. SREGH

PRINTS

STFN3,OREES
, SRE0L, FLAS

MDTS
PRINTS

#TFN3,SREGS
, SREGL , SREG?

MOTO
MDT6
PRINTB
MpT?

PRINTB

#TFM4 ,SREG2, SREG4

#TFM4 ,SREGS ,SREG4

CZDMQD.P11
2325
2326
2327

2328

s
¢

12-JAN-82 09:50

GLOBAL ERROR REPORT SECTION
-ENDM
«MACRO
-ENDM

MDT8
PRINTB #TFMS5,FADR,SREGS,SREG4

€@ 52

CZDMQD.P11
2329

2330
2331

12-JAN-82 09:50

GLOBAL ERROR REPORT SECTION
.MACRO

$MD

BGNMSG

ERRNN

ERNB

ERR'ERRNN

Sea 5

Q53

ERHM

ERFM

c
12-JAN-82 09:50

GLOBAL ERROR REPORT SECTION
#FM1,#EM'ERNB
PRINTB #FM1,#DH'ERHM
MDT'ERFM
PRINTB #STM
ENDMSG

W
W

PRINTB

+ENDM
.MACRO
.ENDM

006032

wvivh ViAW

IFII
AR T

MNONININIRNIN NN AINININIAINIAININININININININON)
W
N NN NN N N NN

012746
012746
812746

005056
005046
000002

062706

000006

ERR1::

ERROR
JSR
ERRDF

Ecs
PC,SVO05
'ECB* ,EMO,ERR'ECB’

1.1.1.1
#EMY,=(SP)
#FM1,=(SP)
#2,-(SP)

SP,RO
CSPNTB

#6,SP
#DH1,=(SP)

#EM1,=(SP)

PNON)
b b
nNOSMNO

- e wmd anb anb ard acd cd ad

, = (SP)
$REG&
- (SP)
$REG2,
ATFM1.=(SP)

26,-($P)

SP,RO
CSPNTB
#12,SP

s3s3ssaEsEREEEEEEESS
R3S RBBSRFVSERERERNrNE

b cnb cmb wwd b cud cd wd cd b add ab

2359

L10003:

6
6
6

6
6
8
4

005076
005046
000002

ERR2::

#EM2,~(SP)
#EM1,=(SP)

#2,-(SP)

000006
000002

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

SP.]0

CSPNTB

SEQ 54

12-JAN-82 09:50

062706

mgm
013746
013746
012746
012746
010600
104414
062706
012746
012746
010600
104414
062706
104423
012746
012746
012746
010600
104414
062706
012746
012746
012746
01
104414
062
013746
013746
013746
012746
012746
010600
104414
062706
012746
012746
010600
104414
062706

000006

002430
002420
002424
003666
000004
000012
005627
000001
000004
005056
005046
000002

GLOBAL ERROR REPORT SECTION

ADD

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MoV
TRAP
ADD
L10004:
TRAP
ERR3::

000006
005724
005046
000002
0006
002424
002420
002416
003666
000004

000012
005627
000001

000004

104423

012746 005131
012746 005046
012746 000002
010600
104414
062706 00000
012746 00575
012746 005046
002
012746

L10005:
ERRG::

$MD

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
TRAP

$MD
MoV
MOV
MOV
MOV
TWAP
ADD
MOV
MOV
MOV

#6,SP

$REGO, =(SP)
$REG4,~(SP)
$REG2,=(SP)
STEMT . =(SP)
#,-($P)
SP RO
CSPNTB
#12,SP
#STH,=(SP)
#1,-(SP)
SP.RO
CSPNTB
#4,SP
gsnss
1,12

#EM1,=(SP)
#FM1,=(SP)
#2,-(SP)
SP.RO
CSPNTB
#6,SP
#DH1 ,=(SP)
SFM1,~-(SP)
#2,-(SP)
SP RO
CSPNTB
#6,SP
$REG2,=(SP)
$REG4 .~
$REGS ,=(SP)
STFM1 .=(SP)
#6,~(§P)
SP.RO
CSPNTB
#12,SP
ASTH,=(SP)
#1,-(sP)
SP.RO
CSPNTB
#4,5P
(SMSG

$,3,2.3
#EM3,~(SP)
#FM1.=(SP)
#2,-(SP)
SP.RO
CSPNTB
u.gp
#DH2,=(SP)
#FMT,-(SP)
#2,-(SP)

SEQ 55

E
P 11

12-JAN-82 09:50

006474

010600

206510
006516

013746
012746

00241
00371

006530
006536
006540
006544
006546
006550

062706
012746
012746
010600
104414
062706

000010
005627
000001

GLOBAL ERROR REPORT SECTION

MOV

SP,RO

CSANTB
$REGL,=(SP)

006476 1064414
000
006500 062706
006506 013746 00242

TRAP
ADD
MOV

006520 012746 00000
006524 010600
006506 104414

MOV
MOV
TRAP

#3,-(§p
SP.RO
CSPNTB

TRAP

CSMSG

006554
006554

104423

000004

MOV
MOV

L10006:

ADD
MOV
MOV
MOV
TRAP
ADD

$REGS , = (SP)
#TFM2,=(SP)
#10,SP
ASTH,=(SP)
#,-(SP)
SP.RO
CSPNTB
#6,SP

SEQ 56

12-JAN-82 09:50

005144
005046
000002

ERRS::

NEM4 ,=(SP)
#EM1,=(SP)
#2,-(SP)
SP.RO

CSPNTB

000006

000010
005627
000001
000004

5.6,2,3

#6,SP
#DH2,=(SP)
#EM1 ,=(SP)
#2,-(SP)

NINNON)

g _A-‘-l-.og-b-l—.-fl

2 OO000O=O0000

CZ0MQD.P11

GLOBAL ERROR REPORT SECTION

L10007:

SEQ 57

CZOMAD.P11

2489
2490
2491
2492
2493
49,
2495
2496
2497
2498
2499
2500
2501
2502
2503
2505
06
2507
2508
2509
2510
2511
2512
2513
2514
2515

2516
2517

2518
2519
2520
2521
2522
2523
2524
2525
2526
2527
2528
2529
2530
2531
253;
2533
2534
2535
2536
2537

2538
2539

2540
2541
254;
2543
2544

12-JAN-82 09:50

006700
006700
006700
006704
006710
006714
006716
006720
006724
006730
006734
006740
006742
006744
006750
006754
006760
006764
006770
006774
006776
007000
007004
007010
007014
007016
007020
007024
007024

007026
007626
007026
00722
007036
007042
007046
007046
007052
007056
007062
007066
007070
007072
007076
007102
007106
007112
007116
007122

007126
007126

007132
007136
007142
007144
007146

01%746 005171
012746 005046
012746 000002
010600
104414
062706
012746
012746
012746
010600
104414
062706
013746
013746
013746
012746
012746
010600
104414
062706
012746
012746
010600
104414
062706

104414
062706

ERRG::

000006
005724
005046
000002
000006
002406
002420
002416
003730
000004
000012
005627
000001

000004

104623

012746
012746
012746
010600
104414
062706
0127646
012746
012746
010600
104414
062706
013746
013746
013746
012746
012746
010600

GLOBAL ERROR REPORT SECTION

005216
005046
000002
000006
005724
005046
000002
002424
002420
002416
003730
1

012746 00562
012746
010600
104414
062706 000004

L10010:
ERR7::

$MD
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

6.5.1.4
#EMS,=(SP)
#FM1,=(SP)
#2,-(SP)
SP.RO
CSPNTB
#6,SP
#DHY,=(SP)
#FM1,=-(SP)
22,-(SP)
SP.RO
CSPNTB
#6,SP
FLAG,~(SP)
= (SP)
$REGS,
$REGS,=(SP)
ATEM3 = (SP)
26 ,-(8P)
SP,RO
CSPNTB
#12,5P
#STM,=(SP)
n,SP.RO
CSPNTB
#4,SP

TRAP

(CSMSG

$MD
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
MOV
MOV

7.6.1.5
#EMS,=(SP)
#FM1,-(SP)
#2,-(SP)
SP.RO
CSPNTB
#6,SP
#DH1,=(SP)
#FM1,=(SP)
#2,-(SP)
SP.RO
CSPNTB
#6,SP
$REG2,=(SP)
$REG4,~(SP)
. =(SP)
$REGS
STFM3 .= (SP)
#6,-($P)
SP.RO

MOV
MOV
MOV
TRAP
ADD

#STA,=(SP)
#1,-(SP
SP.RO
(SPNTB
#4,SP

TRAP
ADD

CSPNTB
#12,SP

SEQ 58

1
CZ0MaD.,

12-JAN-82 09:50

L10011:

CSMSG

10.7,2.3

#EM7 ,=(SP)
#FM1,=(SP)

[

#DH2,=(SP)
#FM1,-(SP)
#2,=(SP)

b
b
-

000

SNNRE

OO
S5e&=

b
b b bb

200000

OO OO

- N- N

2 PNONININD

NNNN&%
SEss

- XN

NN
S

ad and

R=329222 §°°°°
NN
v

ERR10::

&e
re_7-N-X:N

000

008798

005046
000002

000006
002420

gossts

000003

ONON

2 & gzaaa &
&o

H e

pary

~ &

b aed anb aub ad

=200000

005260
005046
000002

-—b

NNN ~N &

NNNY SR
e

=000

&
8-‘0000
gdddd
PINIPORY 2—‘—!—.-‘

§~N~

L10012:

K222
R
N

SOQ\IOMJNNN-‘O

VWA NUIWAA
AL
VWA WAWVWAWIWAWD

104423

NINIAI
PN
NN

GLOBAL ERROR REPORT SECTION

000019
00562
000001

ERR11::

CSMSG
11,10,2.6
#EM10,=(SP)
#FM1,=(SP)
#2,-(SP)

.RO
CSPNTB

06.§P

#DH2,~(SP)
#FEM1,=(SP)
#2,=(SP)

SEQ 59

12-JAN-82 09:50

GLOBAL ERROR REPORT SECTION
L10013:

104423

#EM? ,~(SP)
#FM1,=(SP)

::**2

-b
b b

—0000

=co0ceg -ncooog Rommre
2 POSINN
NN
2 PINININD
AIAIAVIA Y3tV iviAY
NS
S
TNN, TSI
&»
PN
R TN NN
OONONON

ERR12::

CSMSG
12,7.,2,7

o
8-—5

&
SoENNIEEYN BDBBO—

EY-N-N

—20000

b end aud cub

8§22322 3§22333
NNNN% MNINON)

000004

005260
005046
000002
000006

005755
005046
000002

L10014:

ERR13::

CSMSG
13,10.2.3
#EM10,-(SP)
lffl1.°(§P)

SEQ 60

CZDOMAD.P11
2657
2658
2659
2660
2661
2662
2663

12-JAN-82 09:50

012746
01%746
012746

005312
005046
000002

007704

062706

00000

104423

012746
012746
012746
010600
104414
062706

2669
2670
2671
2672

007710
007714
007720
007724
007726
007730

2674
2675

007740
007744

013746
012746

2677
2678
2679

007754
007756
007760
007764
007770

010600
104414
062706
012746
012746

2667

L10015:

00766
007662
007664
007664
007664
007670
007674

007700 010600
2665 007702 104414

GLOBAL ERROR REPORT SECTION

ERR14::

2683 007776 104414

2684
2685
2686

010000
010004
010004

062706

104423

MOV
MOV
MOV

NEM11,=(SP)
#FM1,=(SP)
#2,=(SP)

ADD

#6,SP

MoV

= (SP)
$REG4,

000006

MOV
MOV
MOV
MOV
TRAP
ADD

002424
003755

MOV
MOV

00575
005046
000002

2676 007750 012746 000003

2682 007774 010600

CSMSG
16,11,2.6

MOV
TRAP

2673 007734 013746 0024620

2681

TRAP
$MD

000004

$REG2.~(SP)
ATFMG.=(SP)

#3,-($P)

MOV

SP.RO

TRAP

L10016:

#DH2,=(SP)
#FMT,=(SP)
#2,-(SP)
SP.RO
CSPNTB
#6,SP

MOV

MOV
TRAP
ADD
MOV
MOV

000010
005627
000001

SP.RO
CSPNTB

SP.RO
CSPNTB
#10,SP
ASTH,=(SP)
#1,-(SP)

CSPNTB

ADD

#4,SP

TRAP

CSMSG

SEQ 61

CZOMAD.P11

12-JAN-82 09:50

2687 010006

2688

010006

010006
010012
010016
010022

012746
012746
012746
010600

005333
005046
000002

2694
2695
2696
2697
2698

010023
010032
o1oosg
010042
010046

062706
012746
012746
012746
010600

000006
005775
005046
000002

2702
2703

010062
010066

013746
013746

002416
00241

2705
2706

012746
010600

000004

2707

010076
010102
010104

2709

010112

012746

2689
2690
2691
2692

2693 010026 104414

GLOBAL ERROR REPORT SECTION
ERR1S::

$MD

15,12.3.8

MOV
MGV
MOV
MOV

#EM12,=(SP)
#FM1,=(SP)
#2,-(SP)
SP.RO

ADD
MOV
MOV
MOV
MOV

#6,SP
#DH3,=(SP)
#FM1,=(SP)
#2,-(SP)
SP.RO

TRAP

CSPNTB

CSANTB

2699 010050 104414
006
2700 010052 062706
2701 010056 013746 002420

ADD
MOV

#6,SP
, = (SP)
$REG4

2704 010072 012746 00377

MOV

#TFMS,=(SP)

TRAP

#12,5P

104414

2708 010106 062
2710
2711
2712
2713
2714
2715

2716

2717

010116
010122
010126
010126
010132
010132

010134

2718 010134
2719 010140
2720 010144
2721 010150
2722 010152
2723 010154
2724 010160
2725 010164
2726 010170
2727 010174

012746
010600
104414
706

MOV
MOV

0012

ADD

000001

MOV
MOV
TRAP
ADD

MOV

005627
000004

104423

012746
012746
012746
010600
104414
0627
012746
012746
012746
010600

MOV
MOV

005353
005046
000002

L10017:
ERR16::

0006
005755
005046
000002

2728 010176 104414
010200 062706
2730 010204 013746 002420
010210
010214

013746
012746

2736

010230

062706

2738
2739

010240
010244

012746
010600

002416
003755

010234

012746

2740 010246 104414
2741
2742

010250
0102564

062706

CSANTB

#STM,=(SP)

#,-(SP
SP.R
C$PNTB
#4,SP

(SMSG

16.16.2.7

MoV
MoV
MOV
MOV
TRAP
ADD
MoV
MOV
MOV
MoV

#EM16,~(SP)
#FM1,=(SP)
#2,-(SP)
SP.R0
CSPNTB
#6,SP
#DH2,=(SP)
#FMT,=(SP)
#2,-(SP
SP.RO

ADD

#6,SP

MOV
MOV

$REGS,=(SP)
ATFML = (SP)

(SPNTB
, =~ (SP)
$REG4

MOV
MOV
TRAP

#3,-(§p
SP.RO
CSPNTB

005627

MOV

#STM,=(SP)

000004

ADD

2733 010220 012746 000003
734 010224 010600
2735 010226 104414
2737

»,SP.

SMD

TRAP
MOV

2729

2731
2732

TRAP

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

ADD

010

000001

MOV
MOV

TRAP

L10020:

1.SP.R

($PNTB

#4,SP

SEQ 62

CZOMaD.P11
2743

2744

010254

12-JAN-82 09:50
104423

GLOBAL ERROR REPORT SECTION
TRAP

CSMSG

SEQ 63

cmd wb

005434

ERR17::

b e

=20000

=0000

000006
005627
000001

000004

L10021:

MOV
MOV

#EM17,~(SP)
#FM1,=(SP)

#6,SP
= (SP)
#DHO,
#EM1,=(SP)
#2,-(SP)
SP,R0
CSPNTB
#6,SP

MOV
MOV
TRAP
ADD

2.-(s
SP.RO
(SPNTB
#4,SP

TRAP
$MD

CSMSG
29.29,2.3

MOV
MoV
Y
MOV
TRAP
ADD
MOV
MoV

#EM29,=(SP)
#FM1,=(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,SP
#DH2,=(SP)
#FM1,=(SP)

ADD
MOV
-—h

MOV
MOV

poy
TRAP
ADD
MoV

TRAP

ADD
L10022: AP

46
46

005434

005046
000002

ERR3S::

CSANTB

ADD
MOV
MOV
MOV
MOV
TRAP
ADD

TRAP

L
~

g NNNN&&

OO SR25558RS
&He S

17,17,0.0

MOV

ERR29::

SNNNNN

$MD

TRAP

000006
005723
005046
000002

010366
010370
010374
010400
010404
010410
010412
010414
010420
010424
010430
010434
010440
010442
010444
010450
0104564
010460
010462
010464
010470
010470
010472
01047%
01047
010476
010502
010506

010364

& Odb
s&
PN R
SO NNNS & NNNNS KNVY
SEEQEQEEE
OOOO
85‘\
ONOr &8 OO

2773
2774
2775
2776
2777
2778
2779
2780
2781
2782
2783
2784
2785
2786
2787
2788
2789
2790
2791
2792
2793
2794
2795
2796
2797
2798
2799
2800

——h

010256
010256
010256
010262
010266
010272
010274
010276
010302
010303
01031
010316
010320
010322
010326
010332
010336
010340
010342
010346
010346
010350
010350
010350
010354
010360

=000

2745
2746
2747
2748
2749
2750
2751
2752
2753
2754
2755
2756
2757
2758
2759
2760
2761
2762
2763
2764
2765
2766
2767
2768
2769
2770
2771
2772

GLOBAL ERROR

12-JAN-82 09:50

R ONINN
&

CZ0MaD.P11

"3
REPORT SECTION

$MD

Mov
MOV
MoV
MoV

#stM,-(sP)

Bre
CSPNTB

#6,SP
L
, =~ (SP)
$REG

$REGS,=(SP)
STFM2.=(SP)

se
3.
CSANTB

#10,SP
#STA,=(SP)

CSPNTB

#4,SP
-

gs.sg,z.s

#EM35,=(SP)
#FM1 ,=(SP)
#2,=-(SP)
SP.RO

SEQ 64

=20 O

b e

md o

D md

>
N
-1

b ad

Ex3aa I3

O
NN
AT N

222 &
328222
33

FRXR FXIXIISKK - b ad

- omd

D —h

b e

D wd

€ b d b nd b g..._a..a_a

104414
706
746

SN
R & LWL
Ro
O NN
NANIIESNY
ors
QOO EREFSGEHErSH On

b and

olelelelelalelelalelalalalolelola]

=-lslelelelalalealelelalalelaleleleleloalalel]

&SI
TR RS
FEETREIEDSR FRASIRSR I8

222 S2882s8e (=]l

CZ0MQD.P11

-—b

SNNNNNNY

[=lel=]
NN

e e

&
SS8 IS

QOVOO0O

b e

(cleiolalalalalelelelelalelalelele

O VS VI

W VAWVIVI VAW

NORLALALALNLNLNINLIND
o
000

12-JAN-82 09:50

000004

005627
000001

000004

000006

005627
000001

GLOBAL ERROR REPORT SECTION

00000
#2,=(SP)

SP,RO

000010
005627
000001

L10023:

BGNMSG

ERR36::

PRINTB

ENDMSG
L10024:

ERR4O::

PRINTF

004263
000002

ENDHS?

L10025:
MoV

#TFM4L0 ,R2

PRINT8

BGNMS6 ERR41
ERR&Y::
PRINTF O#TFRAY
TRAP
P)
=(SP)
)

c1.;1sr)
#STH, = (SP)

SEQ 65

12-JAN-82 09:50

004105
000001

062706

000004

012746
012746
010600

005627
000001

062706

000004

~
o&HO

NSO

104423

GLOBAL ERROR REPORT SECTION

746
746
4

004174
000001

062706

000004

012746
012746

005627
000001

062706

(000004

010600
104414

PRINTB

ENDMSG
L10026:

PRINTF

PRINTB

ENDMSG

L10027:

WWNNININ) = =b b
NN NONNO

ERR4L3::

OB SHNINNONESN

wvivawaAawvIVaIz
W

010446
010546
012746
012746
010600
104417
062706

0?%746
012746
010600
104414

062706

PRINTF

004344
000003

000010

005627
000001
000004

104423

PRINTB

ENDMSG
L10030:

PRINTF

005010

NTEM4Y,=(SP)

MOV
TRAP
ADD

SP.RO
CSPNTF
#4,SP

MOV
MOV
MOV
TRAP
ADD

#STM,~(SP)
M ,-(SP)
SP.RO
CSPNTB
#4,SP

#STM

RAP

ERR42
NTEMG2

1,-(SP)

C$MSG

TRAP
DD

NTEMG2,=(SP)
#,=-(SP)
SP.RO
CSPATF
#4,SP

MoV
MOV
MOV
TRAP
ADD

#STM,=(SP)
01.'6SP)
SP.R
CSPNTS
#6,SP

TRAP

(SMSG

MOV
MOV
MOV

#STM

ERR43
#TFM43,RS RS

MOV

R §,-(SP)

MoV

RS ,=(SP)

MoV
MOV
TRAP
D

#3,SP,RO
CSPNTF
#0,sP

MoV
MOV
MOV

#STM,~(SP)
#1,-(SP)
SP.RO

ADD

#4,SP

TRAP
ERR44

CSMSG

#STM

TRAP

:
ERR&4:

010446
012746

MOV

:
ERRG2:

104423

- e e and e b end cud and csd ad b b and wnd ovd wnb cud a=b b wod cod wcb w=b

OO0 OOOOO0O00
b e cud end ond wnd and cnd cnd b cud cnd abd b ad ad @b cbd wd cd ad b cub b

NN=2O

2906
2907
2908

012746
012746

104414

NNNNNNSNNNY

o)
O00O0 0000000000 [=lolalelelolelalelelalelealelele
—b b e
b o e e e
b e d e
b
-—b b aud cub a=b - b b b b e b e md b
b bl
a=b o =lelolelolelelelel]

YRR
Y] =t ISEgifig:Rfflfl:%!!!&o§§.,§i,§§uj§_,c;3;g:fl;;g;yu-u:!aL°§E“giagguuu_‘cfisagzz 3g;

(SPNTB

NTFMGG, ATMMC RS

MoV
MOV

R&,=(SP)

#TMNC,=(SP)

CZOMAD.P11

12-JAN-82 09:50

2913

011062

012746

2915
2916
2917

011072
011074
011076

010600
104417
062706

2919
2920
2921
2922
2923

011102
011106
011112
011114
011116

012746
012746
010600
104416
062706

011122
011124

104423

011124
011124
011126

010446
012746

GLOBAL ERROR REPORT SECTION

MOV

004427

MoV

2914 011066 012746 000003
2918

2924
2925

2926
2927

2928

2929
2930
2931

011102

011122
011122

000010
005627
000001
000004

PRINTB

ENDMSG
L10031:

BGNMSG

ERR4S::

0111264

PRINTF~

005010

2932 011132 012746 004466
2933 011136 012746 000003
2934
2935
2936
2937
2938

011142
011146
011146
011152
011152

010600
1046417
062706

000010

012746

004524

2940

011162

010600

PRINTB

2939 011156 012746 000001
2941
2942
293
2944
2945

2946

2947
2948
2949
2950
2951
2952
2953
2954

011164
011166
011172
011172
011176

011202

011204
011206
011212
011212
011212
011214
011214
011214

104414
062706

000004

012746
012746

005627
000001

010600
104414
062706

011216
011222

013746
012746

296

2963
2964
2965
2966

011232
011234
011236

o11245

011242
011246
011252
011256

010600
104417
062706

012746
012746
010600
104414

011262

#STM,=(SP)
M ,-(SP)
SP.R0
CSPNTB
#4,SP

TRAP
ERR4S

C$MSG

#TFM4S,#TMMC.RG
Ré,=(SP)
MOV
ATIMC, (SP)
MOV

MOV
MOV

ATFMLS = (SP)
#3,-(5P)

MOV

#,=(SP}

TRAP
ADD
#STM
MOV
MOV

CSPNTB
#4,SP

TRAP
ADD

CSANTB
#4,SP

SP.RO
MOV
CSANTF
TRAP
#10,SP
ADD
#TFM4SA
NTEM4GSA = (SP)
MOV

PRINTB

MOV

ENDMSG
£10032:

SP.RO

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

SP.RO

MOV

Ré,=($P)

00245
00464

MOV
MOV

$GDDAT,=(SP)
#TFML6 . ~(SP)

000010

MOV
TRAP
ADD

SP.RO
CSPNTF
#10,SP

005627
000001

2967 011256 062706 000004
2968

MOV
MOV
MOV
TRAP
ADD

MOV

2958 011226 012746 000003
2959
2960
2961

#STM

SP.RO
CSPNTF
#10,SP

(CSMSG
TRAP
BGNMSG ERR46
ERR4G::
PRINTF #TFM46,SGDDAT R4

104423

2955 011214 010446
2956
2957

000004

MOV
TRAP
ADD

NTEM4G,=(SP)

#3,-(sP)

PRINTB

ENDMSG

#STM

MOV
MOV
MOV
TRAP

ADD

#3,-(SP)

#STM,=(SP)
M ,-(SP)
SP.R0
(SPNTB

#4,SP

SEQ 67

CZOMAD.P11
2969
gg;?

01126%
011262

2972

011264

297

011264

297

2975
2976
2977
2978
2979
2980
2981

2982

2983

2984
2985
2986
2987
29R8
2989
2

12-JAN-82 09:50

£10033:

104423

011304

011310

011314
011320
011322
011324
011330
011330
011330

010446
010546
012746 004733
012746 000003
010600
104417
062706

000010

012746

005627

012746
010600
104414
062706

104423

(SMSG

ERR47

PRINTF

#TFM47.RS R4

PRINTB

000001

000004

TRAP

BGNMSG

ERR47::

011%64

011264
011266
011270
o11§74
011300
011302

GLOBAL ERROR REPORT SECTION

ENDMSG
L10034:

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

#STM

MOV

Ré.=(SP)
RS . =(SP)
ATEMLT = (SP)
#3,-(SP)
SP.RO
CSPNTF
#10,SP

#STM,=(SP)

MOV
MOV
TRAP
ADD

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

TRAP

(SMSG

SEQ 68

CZ0MaD.P11
2992
2993
2994

12-JAN-82 09:50

REPORT CODING SECTION

.SBTTL

REPORT CODING SECTION

SEQ 69

CZOMaD.P11
2995

12-JAN-82 09:50

REPORT CODING SECTION
S4é

SEQ 70

12-JAN-82 09:50

REPORT CODING SECTION

gwu
NN

b
-

W
WN
N

o Qo4
paurQuar-uurd

o000

b
b cad

: THE REPORT CODING SECTION CONTAINS THE
: "PRINTS'® CALLS THAT GENERATE STATISTICAL REPORTS.

LSRPT::

BGNRPT

EXIT
WORD

WORD

RPT
JSJMP

L10035-2-.

SEQ 7

b
e
-

W&W
&S

12-JAN-82 09:50

104425

REPORT CODING SECTION

L1003S5:

ENDRPT

TRAP

CSRPT

SEQ 72

CZ0MAD.P11
3013
3014

12-JAN-82 09:50

REPORT CODING SECTION

SEQ 73

CZDMAD.P11
3015
3016

12-JAN-82 09:50

REPORT CODING SECTION

SEQ 74

CZ0MaD.P11
3017

12-JAN-82 09:50

INITIALIZE SECTION
.SBTTL

INITIALIZE SECTION

SEQ 75

CZOMAD.P11
3018

i
%7 THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED
/7 AT THE BEGINNING OF EACH PASS.
S0IT1007T1700117707071070111171170001110001011011111100011111001111111
011340
011340

3027

3028 011340
3029
3030
3031
3032

011344
011350
011354

3035
3036
gg;g

011372
011400
011406

3039
3040
3041
3042
3043
3044
3045

011414
011414
011420
011422
011422

3033 011356
3034 011364

3046

011424

3048
3049
3050
3051
3052

011430
011432
011432

3054
3055
3056
3057
3058

011440
011442
011442

3047 011424

3053

011434

3060
3061
gggg

011444
011444
011450
011452
011452

3064

0114564

3059

3065
gggg

011454

LSINIT::

012705

002730

010637
005737
001011

002344
002462

012737
013737
013737

000001
002464
002466

013737 000004
013737 000006

012700
104447

RS
#SSTACK
MOV
;STORE BASE LEVEL PROGRAM STACK POINTER
SP.PSTACK
MOV

104447

002462
000004
000006

106447

000040

104447

000037

3073

#EF .NEW,RO

MOV

,RO
#EF . CONTINUE

NEWST:

002342

sRESET LOGICAL DEVICE TO -1
#-1,L0GDEV
MOV

;GET UNIBUS ADRS, VECTOR,

gggg

3072

MOV

CSREFG
TRAP
ENDIT
BCOMPLETE
ENDIT
BCS
;SEE IF PROGRAM JUST RESTARTED, BR IF NOT
READEF #EF.RESTART
RO
#EF .RESTART
MoV
CSREFG
TRAP
GETPRM
BNCOMPLETE
GETPRM
BCC

103003
012737

M. FTIME
SAVES, a6
SAVE6. 846

CSREFG
TRAP
NEWST
BCOMPLETE
NEWST
8CS
:SEE IF PROGRAM WAS JUST CONTINUED
READEF #EF.CONTINUE

000036

.
177777

a#é, SAVEL
N6, SAVES

READEF #EF .NEW

000035

103576

012700

18:

FTIME
18

;SEE IF PROGRAM JUST STARTED, BR IF YES
READEF #EF.START
RO
#EF . START
MOV
CSREFG
TRAP
NEWST
BCOMPLETE
NEWST
BCS
;SEE IF THIS IS A NEW PASS, BR IF YES

103410

012700

ST
BNE
MOV
MOV
MOV
MOV
MoV

002464
002466

103414

012700

BGNINIT

;INITIALIZE SUBROUTINE STACK

3068
3071

SEQ 76

INITIALIZE SECTION

12-JAN-82 09:50

3019
3020
3021
gggg
3024
gggz

011462

011466

005237

002342

023737 002342

GETPRM:

002012

PRIORITY LEVEL,

LINE UNIT,SWITCH

SQSTEE)TESt CONNECTOR INFO. FOR THIS M8200.4,7 (CURRENT LOGICAL
INC

LOGDEV

LOGDEV,LSUNIT

CZOMaD.P11

INITIALIZE SECTION

12=-JAN-82 09:50

3074
3075
3076
3077
3078
3079
3080
3081
3082
3083
3084
3085
3086
3087
3088
3089
3090
3091
3092
3093
3094
3095

011474
011476
(11476
011502
011504
011506
011506
011510

002367

103365
012137

002414

011514

011137

002516

011520
011524

011137
005237

002520
002520

011530
011534

011137
062737

002522
000002

011137
062737

002524
000004

011560

062737

000006

3097
3098
3099
3100
3101
3102
3103
3104
3105
3106
3107
3108
3109
3110
3111
3112
3113
3114
3115
3116
3117
3118
3119
3120
3121
3122
3123
3124
3125
3126
3127
3128
3129

011566

011137

002506

011572
011576

011137
062737

002510
000002

002510

011604
011610

011137

062737

002512
000004

002512

011616
011622

011137
062737

002514
000006

002514

011630
011636

016137
012137

000020
002500

011642

052137

002500

011646
011650
011652
011660
011662

005711
001004
052737
000416

011662
011666
011670
011672

021127

30%6

013700
106442
010001

SEQ 77

BGE
GPHARD
MOV

NEWST
LOGDEV, a1
LOGDEV.R

MOV

RO,R1

TRAP

002342

CSGPHR6

GETPRM
BNCOMPLETE
GETPRM
BCC
MOV
(R1)+,WTYPE

0
:GET Aoonees OF ?8204.7

4 7 CSR HI BYTE
TO nazob
:GET PUINTER
fix ¢s RH
(R1
OV
oV
MO

:GET POINTER TO nszoo,a 7 CTL OUT REG
MOV
ADD

(n xnc L
#?2

ADD

26, xnpoe

4 7 PORT REG = SEL &
TO naéoo
:GET POINTER
MOV
(a1)
KMPO4
011542
KMPO4
ADD
002524
011546
4,7 PORT REG - SEL 6
nséoo
TO
POINTER
:GET
MOV
(R1) +.KMPO6
011554 012137 002526

011672
011676
011700
011706
011710

010000

002522

002526

002472

:GET POINTER TO RCV vecroa

#axoaxtv LEVEL
TO RCV
:GET POINTER
MOV
(R1). KMRLVL
MOV

(R1) ,KMRVEC

ADD

#2 ,KMRLVL

MOV
ADD

(R1) .KMTVEC
#4 ,KMTVEC

MOV
ADD

(R1) ,KATLVL
26 KHTLVL

MOV

zoca1> RUNINH

:GET POINTER TO TX VECTOR

:GET POINTER TO TX PRIORITY LEVEL

:PUT VECTOR INTO STAT?
MOV
8IS

(R1)+,STAT1

(R1)
500008
#8IT12,STATY

:SEE IF NO LINE unxr SET BIT IF YES
002500

BNE
BIS

B8R

500008:

‘s

:SEE IF M8201 LINE UNIT, SET BIT IF YES
P

000001

BNE

B8R

.M
(R1)

500018

:SEE IF nszgzL1~s19n15 SET BIT IF YES

000002

020000

(R1)+,STAT]

:PUT PRIORITY INTO STAT1

002500

aue

8IS
00028:

zgxr1 STAT1

sSET BIT FOR M8203 LINE UNIT

CZ0MaD.P11

12-JAN-82 09:50

052737

100000

002500

056137
062701

000006
000002

002500

011730

012137

002502

011734

111137

002503

011740

011742

000240

3145
3146
3147
3148
3149
3150
3151
3152
3153
3154
3155
3156
3157

011744
011752
011756
011764
011766
011776
011776
012006
012006
012016
012022
012026
012032

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

3159
3160
3161
g}gg

012040
012040
012040
012040

3164
3165

012042

(VS T

3130
313
213
13
313%
3135
3136
3137
3138
3139
3140
3141
3142
g}zz

3158

BIS
ADD

6(R1),STAT1
#2.R1

MOV

(R1)+,STAT2

MOVB

(R1),STAT2+1

sSET SWITCH PACK #1 IN STAT2 LOW BYTE
sSET SWITCH PACK #2 IN STAT2 HIGH BYTE

012040

012046
012052

000240

002000
002432
002414

002436

002414

000004

000001

002432

007777
002414

002436
000006

000001

002432

002472

000000

002470

5$:

78:

68:

ENDIT:

L10036:

104411

.EVEN

012705
012737

LSAUTO:

002516
000004
012104

000004

g};g 012102 000405
012106

062706

000004

}g?
8}2}}8 013700 002342
}gg 015114 104451
185 015124 013737
012116

013737

INC
N

LOGDEV

NOP

g};f 3}5353 82353? 000002

184

#BIT15,STAT1

:SET BIT IN STAT1 FOR TEST CONNECTOR

§};} 3}5823 85%5?; 000240 000006 1
179

BIS

s INCREMENT LOGICAL UNIT (DEVICE) NUMBER

3166 012042
3167
3168 012042 013701
3169
3170

SEQ 78

INITIALIZE SECTION

002466 883882
002464

28:

38:

MOV
CLR
(NP8
BEQ
CMPB
BNE
MOV
BR
MOV
CMP8
BNE
MOV
MOV

#2000,MENSZ
TYPE
WTYPE.#0
ENDIT
WTYPE, #4
5$
#,TYPE
eno;r
#7777 MENSZ
WIYPE.#6
78
#1,TYPE
RUNINH, RUNSB

sKMC?

ENDINIT
TRAP

CSINIT

BGNAUTO

fov

KMCSR,R1

.
:R1T CONTAINS BASE M8200,4,7 ADDRESS

?2¥

15?9‘6

:kgggkezcs DEVICE REGISTERS

:DEVICE DOES NOT HAVE A 'READY'’

MOV
MOV

#4 RS
028 .4

235

#2.R1

B8R

ADD

2, SP

MOV

SAVES,
4

3330
TRAP
MoV

t3§3E¥
RO
CSDODU’
SAVE6.6

4 REGISTERS TO BE TESTED
SSET OUT TIMEOUT TRAP

NEXT REGISTER

CZ0MaD.PN
3186
3187

3188

012132
01132
012:32

12-JAN-82 09:50

104461

INITIALIZE SECTION

L10037:

ENDAUTO

TRAP

CSAUTO

SEQ 79

cZomap.P11

12=-JAN-82 09:50

CLEANUP CODING SECTION

.SBTTL

g}g?

CLEANUP CODING SECTION

3192

SIIIIP120070000070007000000772077007777207700777770771777177177777777777

%}gg

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

s/ THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED
s/ AT THE END OF EACH PASS.

3193
3194

3197
3198
3199

012134
012134
012134

3202
3203

012136
012136

g%g?

3204

3205
3206
3207
3208

012134

012136

104433

104412

BGNCLN
LSCLEAN::
BRESET

TRAP

L10040:

CSRESET

ENDCLN

TRAP

CSCLEAN

SEQ 80

CZ0MaD .P11

12-JAN-82 09:50

DROP UNIT SECTION

.SBTTL

DROP UNIT SECTION

SIIIIIIIRII20000000000000000000770020007700000000100070001710711011107712771777
s/ THE DROP-UNIT SECTION CONTAINS THE CODING THAT CAUSES A UeVICE
¢/ TO NO LONGER BE TESTED.
:////////////////////////I//’/////////////I//////////I/I//I///////////////I

L$DV::

BGNDU

:ISSUE UNIBUS RESET TO CLEAN UP

L10041:

BRESET
TRAP
ENDDU

CSRESET

TRAP

C$bU

SEQ 81

CZOMaD.P11

12-JAN-82 09:50

.SBTTL

g%g?

SEQ 82

ADD UNIT SECTION

323

II1170077700070007707000000101100000000007000000001000700777777717777

3235

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

323
3234

///////////////////////////////////////////////I////////////////////

%%%9
3238
3239
3240
32641
3242

3243

3244

3245
3246
3247

"EF.AUNIT' 1S SET, THE UNIT WILL BE TESTED AS A NEW UNIT,

012144
012144
01214
012144
012144

LSAU::

104452

L10042:

BGNAU

ENDAU

TRAP

CSAU

CZ0MQD.P11

SEQ 83

HARDWARE TESTS

12=JAN=-82 09:50

HARDWARE TESTS

3249

.SBTTL

533

+START OF CODE BLOCK WHICH IS USED AS DATA

3250

325

ROMMAP :

gggls. 012146

3256

3257

BADHEAD

012146

SRRRRRRARARAANS TEST 1 satansacsasaten

tVERIFY THAT REFERENCING UNIBUS DEVICE REGISTERS
s«DOES NOT CAUSE A TIME OUT TRAP
BADHEAD
1 ennnannantnnane

3258
3259
3260 012146

3261
3262

3263
3264

cannnnansnsnsee TEST

012146
012146

3265 012146 013701

BGNTST
T1::

002516

3266 012152 012705 000004

012214 000004
012737
012156
3267
000006 18:
000240
012737
0121664
3268
3269 012172 005711

3270
3271

012174
012176

000240

104410
000054
3274 012202 062701 000002
3275 012206 005305
3276 012210 001370
gg;g 012212 000410

3272
3273

3279

012176
012200

012214

3280 012220

062706

3281
3282
3283
gggg

012224
012226
012230
012232

104455
000044
005055
010614

3286

012234

013737

3288
3289
%53?

012250
012250

3292
3293

012254
012254

2s:

000004

3287 012242 013737 002466 000006

3296

3295

§296
297

3298

3299

012252
012254
(012256

3301
3302
3303 012256
3304

3$:

10441y
000002
104401

MoV

ENDTST
L10043:
.EVEN

KMCSR ,R1

#4 RS

MOV
MoV
TST

025
6
0246
(R1

TRAP
+WORD

TST7
CSESCAPE
10043-

NOP
ESCAPE

ADD
DEC
BNE

02 R1
RS
1$

ADD

#6,SP

TRAP
WORD
WORD
.WORD

CSERDF
36
EMO
ERR36

B8R

000004

002464

MOV

ERROR

MoV

SAVES 4

ESCAPE
TRAP

MWORD

TST
CSESCAPE
L10043~-.

TRAP

CSETST

MOV

:R1 CONTAINS BASE HBZOO k 7 ADDRESS

6 REGISTERS TO BE TEST

OUT7 TIMEOUTTRAP
SET
EL
LE
:REFERENCE DEVICE REGISTERS
sNEXT REGISTER
:DEC REGISTER COUNT
BR IF NOT LAST REGISTER
;TIME OUT ERROR

SAVEG,.6

BADHEAD

sennnnnannnennee TEST 2 ttntnntnnt
tTES! OF BR RIGHT SHIFT

tV:RIFY THAT A DEST OF BR RSH (011) OF A MICRO-INSTRUCTION
“«SHIFTS THE RESULTING BR DATA RIGHT ONCE.
BADHEAD
stnannes
seeenananenseet TEST 2 snssnn

CZOMAD.P11

052525
000004

357
358
359
3360

mov

ROMCLK

JSR
120500

003044

ROMCLK
JSR

003044

061620

ROMCLK

012352
012352
012354
012356
012356

012356
012362
012364
012364
012370

012372
012376
012400
012402
012604
012410
012412

012422

RS, .RUMCLK

R5
R4
5(R1) ,Ré4
R5,R4
1$

BEQ

ERROR

TRAP
-WORD
-WORD
«WORD

CSERDF
12

£M0
ERR12

ESCAPE T ST
TRAP
CSESCAPE
L10044~-.
«WORD

003044

ROMCLK
JSR

003044

ROMCLK
JSR

000005

ROR
MOVB

061620
061225

CMP8
8EQ
ERROR

RS, .ROMCLK

104401

2%:
ENDTST
L10044:

TRAP

BADHEAD

:R1 CONTAINS BASE M8200,4,7 ADDRESS
SMASTER CLEAR M8200,4,7

‘R1 = M8200,4,7 BASE ADDRESS

JCLEAR SELO
;START WITH 125

*PORT4 125
*NEXT QORD IS INSTRUCTION
*CLOCK INSTRUCTION
*PORT4 TO BR-REG
*NEXT WORD IS INSTRUCTION
$CLOCK INSTRUCTION

‘BR RSH_BR, SHIFT BR RIGHT
NEXT WORD IS INSTRUCTION
:CLOCK INSTRUCTION
:PORTS BR

:RS = TEXPECTED'’
sRé = 'FOUND'’

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

:SHOULD BE 52

:NEXT WORD IS INSTRUCTION
SCLOCK INSTRUCTION

B8R RSH BR,

SHFT BR RIGHT AGAIN

*NE4XT QORD IS INSTRUCTION

R5, .ROMCLK

$CLOCK INSTRUCTION

RS
5(R1) R4
R5,Ré
23
12
CSERDF
12
EMO

:RS = MEXPECTED"’

ERR12

012416

012420

RS, .ROMCLK

ROR

012414

012420
012420

RS,4(RT)

RS, .ROMCLK

000005

18:

KMCSR,R1
(R1)
#52525 RS

JSR

061225

SHRL SRR

003044

gss4 012420

3355
3356

MSTCLR
mov
CLR
Mov

002516

~N W
HrO
NNV

012256
012262
012266
012270
012274
012300
012300
012304
012306
012306
012312
012314
012314
012320
012322
012324
012326
012332
012334
012336
012342
012344
012346
012350

HARDWARE TESTS
BGNTST
T2::

012256
012256

3305
3306
3307
3378
3739
3310
3311
3312
3313
3314
3315
3316
3317
3318
3319
3320
3321
3332
3323
3324
3335
336
3327
3328
3329
3330
3331
3332
3333
3334
3335
3336
3337
3338
339
30
3341
3342
3343
334
3345
3346
3347
348
3349
3350
351
3¢

12-JAN-82 09:50

SEQ 84

:PORTS B8R

:Ré = 'FOUND

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

:S/8 25

CSETST

sansnnanansnnse TEST 3 snsnenanannnnnn

P11

12-JAN-82 09:50

HARDWARE TESTS
s*]JOP CRAM WRITE/READ TEST
s«FLOAT A 1 THROUGH EACH CRAM LOCATION

BADHEAD

012622

:ttt.ttttttttt' TEST 3 (2132232312312 2221%]

BGNTST
13::

012422
012422
012422

-D0 NOT DO TEST IF M8200

012434 013701 002516
012440 005037 002434
012450
012450
012450

012452
012456
012464
012470
0124764

012500
012502

012504

012510
012512
012516
012516

012520

012532
012534
012540
012546

015550
012550

012550
012550

104404

015711
013761
010261
052711
016104

020204
001410

000001

ADRG:

ADRS:

38:
002000
002434 000004
000006
020000
000006

104455
005055
0060

001346
005237 002434
023737 002436 002434
001336
104401

b
e
b

MOV
BGNSEG
TRAP

MOV
MOV
MOV
BIS
MOV

P
BEQ

KMCSR,R1
MRO
#1,R2

($BSEG

:RECORD DEVICE ADDR.
:R1 CONTAINS BASE M8200,4,7 ADDRESS
‘MRO = CRAM ADDRESS
tR2 = WRITE DATA

#81710, (R1)
MRO.4(R1)
R2.6(R1)
#81T13, (R1)
6(R1) R4

:SET ROMO
SWRITE ADDRESS TO SEL&
SLOAD SEL6 WITH WRITE DA A
SWRITE SEL6 INTO CRAM
*READ CRAM INTO '‘FOUND'

$ERROR

R2,Ré

TRAP
MORD
LWORD
-WORD

CSERDF
1
EMO
ERR1

TRAP
.WORD
ENDSEG

CSESCAPE
100008-.

48:
100008:

TRAP
cLC
ROL

CSESEG

58:
ENDTST

L1004S:

BNE
INC
P
BNE

AURS
MRO
MEMSZ ,MRO
ADR&

TRAP

CSETST

012552

BADHEAD

012552

BADHEAD

012552

CSEXIT

L10045~-.

‘1S DATA CORRECT?
*BR IF OK

ESCAPE SEG

104410

104405
000241
006102

MOV
CLR

ERROR

;CLEAR CARRY
SSHIFT WRITE DATA

*BSR IF NOT DONE THIS ADDRESS
‘BUMP TO NEXT CRAM ADDRESS
*DONE YET?
:BR IF NO

sananannrkannst TEST 4 sencnsasnnnanan

3#{’&%"2"‘,"?.‘.{5625‘2&532.1;\" LOCATION

PRINIIIIIIIIN
o
~
VS
LWV =O SBIKXFR

012520
012522
012524
012524
012524
012526
012530

012702

MACEX

fRAP
LWORD
MY INT

012430 104432
012432 000116
012434
012444

SEQ 85

cananannannstns TEST 4 sennnnnnnnsnnen

BGNTST

002516

005037
012702

002434
000001

&»

002436

002434
5$:
ENDTST
L10046:

CLR

MOV
BGNSEG
TRAP

COM
MOV

#1.R2
($BSEG
R2
#81T10, (R1)

MOV

MRO.4 (R1)

BIS
MOV
P

#8iT13, (R1)
6(R1) R4
R2,R4

R2.6(R1)

4
BEQ
1
ERROR
CSERDF
TRAP
1
MORD
E
JWORD
ERR1
"WORD
ESCAPE SEG
CSESCAPE
TRAP
MORD
100008-.
ENDSEG
TRAP
coM
cLe
ROL

CSESEG
R2

INC
P

MRO
MEMSZ ,MRO

TRAP

CSETST

BNE

ADR2

ADR1

sRECORD DEVICE_ADDR.

sMASTER CLEAR M8200,4,7
:MRO = CRAM ADDRESS
:R2 = WRITE DATA

sMAKE IT A FLOATING ZERO
:
SET_ROMO
:SE

SWRITE ADDRESS TO SEL4
3LOAD_SEL6 WITH WRITE DATA
:WRITE SEL6 INTO CRAM
SREAD CRAM INTO *‘FOUND
;1S DATA CORRECT?
sBR IF

sERROR

sBACK TO FLOATING ONE
sCLEAR CARRY
sSHIFT WRITE DATA
:BR IF NOT DONE THIS ADDRESS
:BUMP TO NEXT CRAM ADDRESS
sDONE YET?
:BR IF NO

BADHEAD

KMCSR,R1

BNE

104401

002434

MOV

nov

48
100008:

N nN

000004

3s:

W
-y

geeooeeg
- O ONNIONrOWNY

b
—b

002000
002434
000006
020000
000006

L10046~.

MSTCLR

ADR1:
ADR2:

CSEXIT

WORD

MYINT

©O 22-.-.-.-"\) R

RINIFEIS

WALn

b o

bbb

oo ViAWY

NONNININLNININRNININON - N

o OOO00O0O0O0O0OO0O0

N
o

Jrd uurd

o (=1

013701

02?737
001334

:DO NOT DO TESY IF m8200

fRAP

104432
000126

104405
005102
000241
006102
001344
00523 7

wvivawawnwnwaainawn
e H
VIS
N = O
~
-0 CoO~NO~

¥%§¥fl#¥fi§3flfi¥flfl¥!
IFARGRN

T4::
MACEX

sarnnnnananntne TEST § snenanennnsneny

s*]JOP_CRAM DUAL ADDRESSING TEST
s*WRITE EACH ADDRESS INTO ITSELF,

KR 2B

012646

J
S
FRLRRR PIIIIIIIIIIIIIIIIIIIN
RRER S
NINIAINININININININ)
—» =£
N k BB

3439

HARDWARE TESTS

12-JAN-82 09:50

CZ0MaD.P11

SEQ 86

READ EACH

: *ADDRESS TO VERIFY CORRECT ADDRESSING

BADHEAD

cnnnnnannnnnnst TEST § ennasennananees

BGNTST
T5::
MACEX

;DO NOT DO TEST IF M8200

HARDWARE TESTS

12-JAN-82 09:50

CZ0MaD.P11

TRAP

e
b i e

ODMNOOCOOO

002516

D
e e

002434
002000

L10047-.

MOV

KMCSR,R1

MSTCLR

002434

18:
000004
000006

CSEXIT

MORD

MY INT

OO0OO0O

104432
000230

013701

SEQ 87

MRO

MOV

MRO n(z)

:SAVE R2 FOR TYPEOUT

MOV
MOV

MRO,4 (R1)
MRO.6(R1)

:LO?D SEL6 WITH WRITE DATA

SKIPO6

15$

:IF MB206,SKIP NEXT INSTR.

BGNSEG
TRAP

MoV

($BSEG

#81%10, (R1)

#8113, (R1)

<GOTO 158 IF M8206

002434
002436

b
b i
b
b
e
b e
e
o
b e o

b e
b
- od e

b e

b b

omd

OO0O0O00O0000O

b e

uuuuuuuwwwuwuuwg
N
RBNO
NN
FREFKNEERRNISRUERN

013070

OO0

=2 OO W NO NS NN =

WVIVAWVWAWVMWZWAWIVIWAZWA
NN b b b and b e wud b b

NN N U AN AN AN AN N N NN N

28:
:
100008

002434
002434
00 2000
002434
000006
002434

002434

3s:
000004

‘MASTER CLEAR M8200,4,7
*MRO =CRAM ADDRESS

CLR

BIS
15¢:

-RECORD DEVICE ADDR.

:R1 CONTAINS BASE M8200,4,7 ADDRESS

:;SET R 0oMO

SWRITE ADDRESS TO SEL4
SWRITE CRAM

CLR

6(R1)

sCLEAR SEL 6

MOV

6(R1) R4

sSHOULD READ BACK OWN ADDRESS
:1S DATA CORRECT?
sBR_IF YES
:DATA ERROR

cMP

MRO,RS

TRAP
BGNSEG
TRAP

CSESEG

BEQ
ERROR
TRAP
MORD
JWORD
.WORD
ESCAPE
TRAP
.WORD
ENDSEG

28
1
CSERDF
1
EMO
ERR1
SEG
(SESCAPE
00$-.

INC
P
BNE
CLR

($BSEG
MRO
MEMSZ ,MRO
1$
0

MoV

#81£10, (R1)

MOV

MRO,R2

MOV
MoV
cMP

MRO,4 (R1)
6(RY) R4
R4
MR0,

E:ggg

001$-.

4$
BEQ
ERROR
2
CSERDF
TRAP
MWORD
2
"WORD
EMO
.WORD
ERR2
ESCAPE SEG
TRAP
CSESCAPE

10001$:
43
TRAP

CSESEG

:BUMP TO NEXT ADDRESS
sDONE WRITING YET?
sBR IF NO

SRESTART AT ADDRESS 0
:SeVE R2 FOR TYPEOUT
:SET_ROMO

:SEL4 = CRAM ADDRESS
SREAD CRAM INTO '‘FOUND
:1S DATA CORRECT?
sBR IF YES
sDUAL ADDRESSING ERROR

:LOOP TO 38 IF SW09=1

CZ0MQD.P11

12=-JAN-82 09:50

35%9 013136

005237

013150

001345

013152

104401

INC

002434

3530 013142 023737 002436 002434
3531

3532
3533
3534

3535

3536
3537

3538

3539

013152
013152
013152
013154

3540
3541
3542 013154
3543

3544

SEaG 88

HARDWARE TESTS

5$:
ENDTST
L10047:

MRO

CMP

MEMSZ ,MRO

TRAP

CSETST

BNE

:BUMP TO NEXT ADDRESS

DONE WRITING YET?
.BR IF NO

BADHEAD

sannsnnnnnaneee TEST 6 annRRANARARARNS

'IOP MAIN MEMORY TEST
soFLOAT A 1 THROUGH ALL MAIN MEMORY LOCATIONS
BADHEAD
e
tttttttttttttt TEST 6 tannnnanannann

P11

12=JAN=82 09:50

013154

HARDWARE TESTS

BGNTST

0131564
013154
013154

SEQ 89

Té::

013701

002516

013160
013164 005037 002406

013170 012737 000001 002434 1$:

013176 042737 003777 013232 658:

MYINT

MOV

KMCSR,R1

MSTCLR
CLR

FLAG

MOV
BIC

#1,MR0

#3077.66%

:RECORD DEVICE ADDR.

:R1 CONTAINS BASE M8200,4,7 ADDRESS

SMASTER CLEAR MB8200,4,7
SSTART WITH ADDRESS 0

WITH BITT0
SSTAR

SCLEAR ADDRESS FIELD OF INSTRUCTION

CZ0MQD.P11

3554

013204

HARDWARE TESTS

12-JAN-82 09:50

042737

000037

SEQ 90

013240

BIC

#37,68$

sCLEAR ADDRESS FIELD OF INSTRUCTION

004537
010000

LY
&S
onN

002407

pur Qurd

002406

(= 1=}

NOOON

MNINIAININININININININOND
WNONIN)
=

OO NN
N=2O000~

N NN NN

VIV

153737
153737

003044

66$:

003044
002434

262

SEQ 91

HARDWARE TESTS

12-JAN-82 09:50

CZ0MaD. P11

000004

68$:

81s8
81s8
ROMCLK
JSR

010000

ROMCLK

FLAGH,688

RS, .ROMCLK

JSR

R5, .ROMCLK

MoV

MRO,4(R1)

004000

003044

ROMCLK
JSR

003044

ROMCLK
JSR

00304«

ROMCLK
J

122500

040620

61225

002434
000005

FLAG,668

R5, .ROMCLK
R5, .ROMCLK

R5, .ROMCLK

s<ni> R4
67!

67%:

;CLOCK INSTRUCTION
sCLOCK INSTRUCTION
:LOAD MAR HI

:WRITE PATTERN IN PORT4
INEXT WORD IS INSTRUCTION,

:CLOCK_INSTRUCTION

:MOVE PORT4TO MEMORY

INEXT WORD IS INSTRUCTION,

:CLOCK INSTRUCTION
:MOVE MEMORY TO BR

:NEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION

MOVE
BR TO PORTS

:PUT "EXPECTED'"

IN RS

:PUT *FOUND'" IN Ré
:DATA_CORRECT?

:BR_IF YES

:DATA ERROR

;CLEAR CARRY
;SHIFT BIT IN MRO

C$8RK

FLAG

002406

?EHSI.FLAG

TRAP

sNEXT ADDRESS
sLAST ADDRESS?
:BR IF NO

CSETST

BADHEAD

Juennnnnsnnnnsne TEST 7 snnnnsnnnnsnane

¢*]10P MAIN MEMORY TEST

:*FLOAT A 0 THROUGH ALL MAIN MEMORY LOCATIONS
BADHEAD

o0 aat add o0t

¥
O v “ew VIS U V= OB

NEXT WORD IS INSTRUCTION,

:DONt IF MRO=0

2$:
ENDTST
L10050:

serannansnnnnnt TEST 7 annnncenensenese

s
«54 al

;ADD ADDRESS TO INSTRUCTION

:SW09=12

002434

002406
002636

sADD ADDRESS TO INSTRUCTION?

013701

002516

MYINT
MOV

KMCSR,R1

-RECORD DEVICE

ADDR.

sR1 CONTAINS BASE Koc00,4.7 ADDRESS

=S
OO0000
WIS
O=0O
o
O

oON

ONONOOMNINO

NS S8

N
ANOOO O

guwum

PNOININD)
b b b
NOOO &H NOSNO

oNNNO

P
ggfi\l\l\l 2R

3S B

uwgw
S

e e

) b

N N N NN NN N NN
VWAL wViWn IWAWIVAWA wviwvaaoawwawnmaeS

b e
b i

b ah e

b o

N AN N N N NN N N W
NU

b od oh ed o

S B B NUHN

NN N NN WIS

la e Tt =
(=1l (elalelelelalolalolatlelole
(oYYl leTletlelolelelelalelalalele
el ) (=]elele]
b ad b ad d e D ) D D i o
b b
b
b b ald a=b —d b b b

S SN

ERLN ARG
R R RS
BRSNS BB NS
PINIA)
=2 b b b b b oD b
N
=2
OO
0O
NO NS NN
AR
S
B
BBNR
A
SOBIEGE

12-JAN-82 09:50

MSTCLR

002434
013440

002407
003044

002434
004537
122500

00304¢

004537
040620

003044

004537
061225
013705
116104

003044

120504
001406

000004

005137
000241
106137
001314
104422
005237
023737
001302

658:

BIC

COM
BIC
BISB
BISB

668:

JSR
010000

RS, .ROMCLK

688:

JSR
004000

RS, .ROMCLK

64$:

ROMCLK

MOV

MRO,4 (R1)

JSR

RS, .ROMCLK

ROMCLK
ROMCLK

JSR
040620

RS, .ROMCLK

JSR
61225
POV

RS, .ROMCLK

ROMCLK

002434
000005

mov8

(MPB8

678:
002434

2$:
ENDTST

L10051:

S(RI).Ré

RS,Ré

:START WITH ADDRESS ‘0’

;START WITH BIT 0
:CHANGE TO FLOATING 0
:CLEAR ADDRESS FIELD OF INSTRUCTION
;CLEAR ADDRESS FIELD OF INSTRUCTION
;ADD ADDRESS TO INSTRUCTION
;ADD ADDRESS TO INSTRUCTION

;NEXT WORD IS INSTRUCTION,

sCLOCK INSTRUCTION
:LOAD MAR LO WITH ADDRESS IN FLAG

sNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
HI
:LOAD MAR

SWRITE PATTERN IN_PORT4
sNEXT WORD IS INSTRUCTION,
:CLOCK_INSTRUCTION

:MOVE PORT4 TO MEMORY
sNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION

:MOVE MEMORY TO BR
sNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION

BR TO PORTS
:MOVE

PUT T EXPECTED. IN RS
Ré
OUND'* IN

DATA_CORRECT?

67$

coM

MRO

s CHANGE TO FLOATING 1

ROLB

MRO

BREAK
TRAP
INC

648

;SHIFT BIT IN MRO
;DONE IF MRO=0

($BRK
FLAG

sNEXT ADDRESS

6
ERROR
CSERDF
TRAP
6
WORD
EMO
"WORD
"WORD
ERR6
ESCAPE TST
CSESCAPE
TRAP
.WORD
L10051-.

BNE
002406

MRO,RS

sMASTER CLEAR M8200,4.7

BEQ

cLe

002434

002406
002436

FLAG
#1 _,MRO

MR
13777 668
#37.688
FLAG.66S
FLAG+1,68$

122500

104455
000006
005055
006700
104410
000034

1$:

CLR
MOV

013446

003044

104401

SIS T

002406

SEQ 92

HARDWARE TESTS

CMP
BNE

MEMSZ,FLAG
18

TRAP

CSETST

:BR_IF YES
:DATA ERROR

;CLEAR CARRY

;LAST ADDRESS?
:BRIF NO

BADHEAD

sannnanensanset TEST 8 anennannannnnne

013570

;*]10P MAIN MEMORY DUAL ADDRESSING TEST
;*LOAD EACH MEMORY LOCATION WITH ITS OWN ADDRESS
:«READ BACK EACH LOCATION TO VERIFY CORRECT ADDRESSING
BADHEAD

c
12=-JAN=-82 09:50

P11

SEQ 93

HARDWARE TESTS

SNNNW
O000O

RS &»

WWW§W
LERERE

W
oOn
WN = =
1o 2
lelal ~N SHO000

e
i e
b e
bb
b wwd
—d

BGNTST
78::

013701

002516

18:

003044

2s:

003044

R5. .ROMCLK

004537
0460620

003044

RS, .ROMCLK
R5, .ROMCLK

2,RS
R2,
S(R1) R4
R5,Ré
33
6
CSERDF

SRR &5

SunESnalSE
8
AN
O
N
=2
NN
=
8
NOA\NNOO
NN

3 RR2838 nNO

3s:

EMO
ERR6
1ST
CSESCAPE
L1005

FLAG.

002406
002436

013762
00

R2,4(R1)

HEHSZ. FLAG

#és, Lock

4s:

c&‘?igs

;ADD ADDRESS TO INSTRUCTION

:ADD ADDRESS TO INSTRUCTION
;NEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
L OAD MAR Lo
sNEXT WORD IS INSTRUCTION,

CLOCK INSTRUCTION
;LOAD MAR HI

;NEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION

:MOVE PORT4 TO MEMORY
SNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
MOVE MLFDRY TO THE
BR

ENEXT WORD IS INSTRUCTION,

3CLOCK INSTRUCTION
BR TO PORTS
:MOVE,
:PUT

"EXPECTED''

IN RS

:PUT "FOUND'' INRé
:DATA_CORRECT?
:BR_IF YES
sDATA ERROR

:NEXT ADDRESS

SLAST ADDRESS?
*BR IF NO

*NEW SCOPE 1
*RESTART AT ADDRESS 0
SPUT DATA IN R2

LEAR ADDRESS FIELD OF INSTRUCTION

:CLEARADDRESS
Aboaess70FIELD
OF INSTRUCTION
INSTRUCTI ON

RS, .ROMCLK

Chgg&INSTRUCTION

sl
W
~

ADD

FLAG SS

R SR

RS, .ROMCLK

004537
122500

000004

78:

:RECORD DEVICE ADDR.

;R1 CONTAINS BASE 88200. .7 ADDRESS
;MASTER CLEAR M8200,4,7
;START WITH ADDRESS 0
;PUT DATA IN R2
:CLEAR ADDRESS FIELD OF INSTRUCTION
;CLEAR ADDRESS FIELD OF INSTRUCTION

~
W
(=]

SNNN

83\1\‘\‘
OON N &R
Pur-Gunr-Ghur
gaurd
o

(=lelelelel

RS, .ROMCLK

003044

°g

N NN
N NN

DN N N N
0
B85

77753

004537
004000
010261

b e md
b
b i
e eh e
i
i
b
i
e
o
b e
nd o
b e

40
46
50

FLAG
6

FLAGHT,78

000005

—d

KMCSR,R1

FLAG 23

00248?

003044

[elelelelelelelalololalolelalalalelalalalate
o)

MYINT

D e

O00O0
(=lolala) O0OO0O0O0O0O0

sannannannnnner TEST § annnnnesentneen

58:

R5, .ROMCLK

sNEXT WORD ]S INSTRUCTION, ROMCLK PC+5304
THE MAR LO

sNEXT WORD IS INSTRUCTION,

;CLOCK INSTRUCTION

P11

HARDWARE TESTS

12-JAN-82 09:50

014022

88:

004000

014024
014024 004537
01430 040620
014032

003044
0C 7%4

016038

004537

014040
014042
01:046
01405G

010203
116104 000005
120504
001406

016036 061225

014052

014056
014060
014062
014064

104455
000006
005055
006700

014066
014070

104410
000020

014072

104422

014066
014072

014074
014100
014106

014110
014110

014110
0164110

005237
023737
001325

L10052:

104401

TRAP
WORD
.WORD
.WORD

CSERDF
6
EMO
ERR6

TRAP ~
.WORD

CSESCAPE
L10052-.

TRAP

C$BRK

:PUT “EXPECTED'" IN RS
$PUT "FOUND'" IN R4
DATA CORRECT?
:BR IF
ADDRESSING ERROR

ESCAPE TST
INC
CMP

FLAG
MEMSZ,FLAG

TRAP

CSETST

BNE

;NEXT_ADDRESS
;1S IT THE LAST
:BR IF NO

:*]0P MAR TEST
:*PERFORM DUAL ADDRESSING TEST
:*USING MAR AUTO-INC FEATURE

BADHEAD

sannnnnnnnnseee TEST O ARAARARRARARRAR

BGNTST
19::

014112
014112

014112

.WORD
MOV
MSTCLR
CLR
MOV
INC
ROMCLK
JSR
010000

000342
013701 002516

MYINT

§
01370 002436
005203

004537 003044
010000
004537

003044

014162 010261 000004

sFOR 4K CPUS ONLY.

K4ONLY

D0 NOT DO resr IF M8200. OR M8204
CSEX
fRAP

014122 104432

014154

R2,RS
5(R1).Ré
RS.R4
68’

:CLOCK_INSTRUCTION

:MOV BR TO PORTS

ttttttttt't.tt TEST 9 ARERRRRRAAAARARNS

014112

014154

MOV~
MOVB
(MP8
BEQ

sNEXT WORD IS INSTRUCTION,
:CLOC! INSTRUCTION
:MOVE MEMORY TO THE BR
INEXT WORD IS INSTRUCTION,

BADHEAD

014112

014124
014126
014126
014132
014136
014140
014146
014146
014146
014152

RS, .ROMCLK

BREAK

98:
ENDTST

RS, .ROMCLK

JSR_

ERROR

002406

sLOAD MAR HI

004000

ROMCLK
JSR
040620
ROMCLK
61225

6$:
002406
002436

SEQ 9

CLRMAR

1$:

JSR

MOV

uooss-.
KMCSR,R1

R2
ngnsz.ns
R

RS, .ROMCLK
RS, .ROMCLK

R2.4(R1)

:RECORD DEVICE ADDR.

:R1 CONTAINS BASE M8200,4.7 ADDRESS

SMASTER CLEAR M8200,4,7
SSTART WITH A ZERO
SGET MEMORY SIZE
SSTOP ADDR=MEMSZ+1
SNEXT WORG IS INSTRUCTION,
*CLOCK INSTRUCTION
*LOAD MAR WITH A ZERO
:CLOCK INSTRUCTION

‘WRITE DATA TO PORT4

12-JAN-82 09:50

003044

ROMCLK
JgR

136500
INC

003044

CMP
BNE
CLR
ROMCLK
JiR

003044

CLRMAR
JSR

003100

AIAIAININININLIAINI
N NN

HARDWARE TESTS

010000

SROMCLK

000004

¥
¥
T
T
FY T

b b e

0031C0

004537

003044

RS, .ROMCLK

<NEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION

RS, .ROMCLK

:CLOCK INSTRUCTION

RS, .SROMCLK

JNEXT WORD IS INSTRUCTION,

;MOVE, MEM TO PORT4
:PUT *EXPECTED'' IN RS
:PUT 'FOUND'’ IN R&
;MAR ERROR

0
CLR
ROMCLK

RS, .SROMCLK

Ré

FREFRNSanoR
NO

orS~

RRERY

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

;READ IBUS* <15> (MAR HIGH)
s CLOCK ;NSTRUCTION

JSR

R5, .ROMCLK

ROMCLK
JSR

RS, .ROMCLK

;CLOCK INSTRUCTION

4(R1} Ré

;ADD TO MAR HIGH.

121325

121304

sMAR HIGH _POT

;READ IBUS* <14> (MAR LOW)

gguuu

Y
Y

:LOAD MAR WITH A ZERO

JDATA CORRECT?
:BR IF YES

N N N NN

cud @d
b e

#10000,R2

T o ol ol

b cub

;BR IF NO
:RESTART WITH A ZERO

010000

*MEM_PORT4, AUTO-INC MAR

:DONE YET?

agsnensz

T o

b end anb ad aud

'1‘;'"2

002436

- INCREMENT DATA

000004
160000

b aubd

~Telotololelelolalalelale
It la)

“i

11
CSERDF
11

b
b
b wd
b
ad
—d v

$CLOCK INSTRUCTION

EMO
ERR11

b o

oot
ottt 4t o o 4 0
NN
RUEKZEIERIR

:NEXT WORD IS INSTRUCTION,

RS, .ROMCLK

R2,RS
4(R1) R4
RS.Ré
33

b e e o od o e

333 IIN I

b D b D b e d i i

D e

o e

i e

Y rrores

NLNIND
AN
=

OOSHOO0OONNO RRISINNGE&
&gWNNNNN—‘—‘—i

CZ0PaD.P11

SEQ 95

MOV

g;soobo.a:.

R2,R6
43

CSERDF
1"
EMO
ERR11

:1F AT HIGH LIMIT,ADD IN OVERFLOW BIT.

;ADDR. OK?

;ERROR MAR ADDR. BAD IN IBUS <14>AND <15>

:EXPECTED (R4) IS COMBINATION OF
:IRUST <14> AND <15>

12-JAN-82 09:50

SEQ 96

HARDWARE TESTS
BREAK

TRAP

BIT

BEQ

C$BRK

510000.R2

sDONE YET?

s*THIS SECTION OF CODE ADDED TO MAKE SURE
::THAT MASTER CLEAR, CLEARS THE MAR

3887
3£38
3689
3890

SKIP06 408
-GOTO 408 IF M8206

fsT

002470

8NE
ST
BNE

002472

BIS
CLR
ROMCLK
JSR

b e

040000

003044

121325
ROMCLK
%3§30‘

b wcd

eletelolololollalelele)

b o

&»
[
[58]
o

003044

ROMCLK
JSR

b ad

003044

121325

ROMCLK

JSR
121304
CLR
MOV

003044

014440

000004

RUNS

408
RUNINH
408

#40000, (R1)
(R1)
RS, .ROMCLK
RS, .ROMCLK

RS, .ROMCLK
RS, .ROMCLK

R2
4(R1) R4

:SET MASTER CLEAR
SCLEAR MASTER CLFAR
*WE MUST FIRST CLOCK
$CLOCK INSTRUCTION
*THE MAR LATCH REGS
*BEFORE WE CAN READ THEM
*CLOCK INSTRUCTION

:READ IBUS* <15> PUT IN PORTS
SCLOCK INSTRUCTION
*MAR HIGH

*READ IBUS* <14>, PUT IN PORT4
:CLOCK INSTRUCTION
SMAR LOV
SEXPECT MAR CLEAR
SREAD PORTS 4€5. THEY CONTAIN

sTHE _CONTENTS OF THE MAR

sMASTER CLEAR SHOULD HAVE

JWORD
.
WORD

408
44
CSERDF
44
EMO
ERRé&é

TRAP

CSETST

BEQ
ERPOR
TRAP

011054

104401

408:
ENDT

L100

59055

wwn

B RH%

BEEHHE
A
g
BRIE
I
EEREREE ISV ANRREREE

33333 3

VIS WIN) = O 000 NO NS

3843

sCLEARED THE MAR
SBRANCH END TST IF CLEAR

BADHEAD

014470

cannannnenennes TEST 10 sevnannnnnenses

;*]OP (CRAM) ODT BITS TEST

s*LOAD MAR WITH A O INC MAR UNTIL IT OVERFLOWS

s*VERIFY THAT IBUSt 10 BITS 1S SET ONLY WHEN MAR BIT 8 IS A ONE

ézsng;HAt I8US* 10 BIT6 IS SET ON MAR OVERFLOW

014470
014470

sanansnsananaet TEST 10 evannennnannene

BGNTST

:D0_NOT Dg ;EgT IF M8200

(==
NN

VWA

003044
009400

000040
000004
177637

JSR
010000

RS, .ROMCLK

ROMCLK

JSR

RS, .ROMCLK

CLR
BIT
BEQ
MOV
MOV

RS
#3178,R2
+6
#8IT5,RS
4(R1) ‘R%

TRAP

.WORD

ROMCLK

.Ré
21776357
RS, Ré
15¢$

e
ncd e
o
b e

003044

SR2=SAME AS MAR CONFE NTS

SNEXT WORD IS INSTRUC TION

SCLOCK INSTRUCTION

JNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION

;PORT4=1BUS*10

sR5="EXPECTED’’

:1S BIT8 SET IN MAR?
s8R IF NO

s1r YES THEN SET BITS
sR4='FOUND"’

1CLEAR UNWANTED BITS

BITS 586 SHOULD BE CLEAR.
:BR JF OK

:ERROR BITS 586 NOT CLEAR

CSESCAPE

L10054~-.

sNEXT WORD IS INSTRUCTION,

:ChOC:A£NSTRUCTION

R2
#2000,R2
1$

sBUMP MEM ADDRESS

JSR

RS, .ROMCLK

MOV
MOV
BIC
cP
BEQ

#81T6,RS
4(R1) (R&
8177627 .R%
RS, Ré
17$

TRAP
.WORD
.WORD
-WORD

sssnor

JSR
010000

RS, .ROMCLK

ERROR

17%:

SMASTER CLEAR M3200,4

RS, .ROMCLK

121204

000100
000004
177627

:RECORD DEVIC E ADDR.
:R1 CONTAINS BASE M82 09.4.7 ADDRESS

JSR
014000
INC
P
BNE
ROMCLK

003044

b o

7
ERROR
CSERDF
TRAP
7
WORD
EMO
"WORD
ERR?
.WORD
ESCAPE TST

)

BB BESDS
o
N
~N
OB
NO MNO

h b
b
b
b

CLR

8IC
CP
BEQ

002000

b o

KMCSR,R1

121204

S £985 £33538

- ONIONN)
=2 PO\ =

2 8332 SRR228KS SR

SREFKERNRRNS
T rR
SFES
oo SO0

(Y AV LV 1V, ]VIWVWAVIVAWAW Vi Aawawnmunaig
W

18:

003044

—d e

MOV

ROMCLK

158:

616

WORD

MSTCLR

003044

CSEXI

L10054~.

MY INT

027516

-l

ld and b b cnd wmd b el ad b e b axd
ERDREEADEDEEEEEDDLDN
b anb cud cod anb cb cub

OO0

014570

QOO0 O0OO0OOO0O0O0O0O0O00

MACEX

tRAP

) b =

OO0

14470

SEQ 97

HARDWARE TESTS
T10::

»~
>~
~

12-JAN-82 09:50

ROMCLK

EMO
ERR?

INC

sOVERFLOWED YET?(OVFL PAGE BITS).
:BR IF NO
sNEXT WORD IS INSTRUCTION,
:CLOCE INS;QU%&ION
:PART4_IBU
*RS="EXPECTED""

:Ré="FOUND
:CLEAR UNWANTED BITS
:BIT6 SHOULD BE SET
s8R IF 0K

;EKROR, BITé NOT SET

SNEXT WORD IS INSTRUCTION,
:CLOCS INSTRUCTION

CZbmMaD.P11
3947
3948
3949
3950
3951
3952
3953
3954
3955
3956
3957
3958
3959
3960
3961
3962
3963
3964
3965
3966
3967
3968
3969
3970
397N
3972
3973
3974
3975
3976
3977
3978
3979
3980
3981
982
983

984
985
986

987
988
3989
3990
3991
3992
g993
994
995
996
997
3998

3999
4000
4001
4002

12-JAN-82 09:50

014666
014666
014672
014674
014674
014700
014702
014704
014710
014714
014716
014720
014724
014726
014730
014732
014734
014734
014734
014734

SEQ 98

HARDWARE TESTS

ROMCLK
JSR

003044

:NEXT WORD IS INSTRUCTION,
CLOCK 1~srnucr:o~

RS, .RCMCLK

M
SMAR

ROMCLK
RS, .ROMCLK
JSR
004000

003044

17637

121204
R
CLR
4(R1) ,Ré
MOV
0177657 R4
8]C

ERROR
TRAP

enaon256 NOT BOTH CLEAR

gEO

s:
ENDTST
L10054:

*NEXT ubno 1S INSTRUCTION,

$CLOCK INSTRUCTION
:PORT4_1BUS* 1
as: tXPecreo"
*R4="FOUND'*
TED BITS
SCLEAR

MORY
"WORD
"WORD

TRAP

BITS 586

RS.R%

CSERDF
7
EMO

ERR?

CSETST

BADHEAD

014736

SHOULD BE CLEAR

sxnennnananrees TEST T 11

weesesanannnnns

:«CRAM TEST OF JUMP(1) NEVER MICRO-PROCESSOR INSTRUCTION.
:*PERFORM THE JUMP INSTRUCTION

:«VERIFY 1HE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION
s«IN THE LOCATION IT

sannnnnannneent TEST 11

BGNTST
T11::

014736
014736
014736

01475
014752

014756
014762
014762
014764

014770
014770
014774

014774
015000
01500%
01500

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
BADHEAD

014736

014746
014746
014750
01475

IS AT.

ExIT

TRAP

104432
000230

013701

SKIF04 108
.GOTO 108 IF M8204

108:

.MWORD

MYINT

MOV

002516

TST

C$eXIT

004737

003474

004737

003166

004537
100400
004537

003100
003100

BGNSEG
TRAP

18:

:CAN'T DO IF ROM,4K

L10055-.

KMCSR,R1

MSTCLR
104404

sennnaneannnne

(SBSEG

sRECORD DEVICE o

:R1 CONTAINS BASE M8200,4,7 ADDRESS
‘MASTER CLEAR .18200.4.7

JSR

PC,MEMSET

:SET MEM AND RAM

JSR

PC,CLRALL

:CLEAR ALL CONDITIONS

JSR

RS, . SROMCLK

SROMCLK
100400

SROMCLK

JSR

R5,.SROMCLK

*NEXT WORD IS INSTRUCTION,
PC=0
:START AT ROM

*NEXT WORD IS INSTRUCTION,

P11

12-JAN-82 09:50

015006

114377

1143771 <400+0>

:JUMP TN ROM PC OF 1777
SEXPECTED DATA
*IS ROM PC CORRECT?
*BR IF NO

JSR

015014
015016
015020

000001
120504
001406

1
CMP8
BEQ

015030

000005

.WORD

ERROR
TRAP

015022
015026 104455
015036

015036
015040

015042
015042
015042
015044
015044

005055
006556

28:

104410
000002

100008:

104405
104404

RS.Ré
is

gssnor

"WORD
"WORD

EMO
ERRS

TRAP
.WORD

CSESCAPE
100008-.

TRAP

CSESEG

ENDSEG
TRAP

($BSEG

PC,CLRALL

;CLEAR ALL CONDITIONS

SEXPECTED DATA
*IS ROM PC CORRECT?
‘BR IF YES

015072
015074
015076

000004
120504
001406

A
CMP8
BEQ

RS.R&
X3

015104
015106
015110
015112

104455
000005
005055
006556

TRAP
WORD
JWORD

"WORD

CSERDF
S
EMO
ERRS

015116

104410
000002

JWORD

100018-.

015114
015114

015120
015120
015120
015122
015122

104404

015154

004737

015150

000007

48:

100018:

003166

ENDSEG
TRAP
BGNSEG
TRAP

CSESEG
($BSEG

120504
001406

CMP8
BEQ

RS.Ré
$

000005

.WORD

SROMCLK
JSR
RS, . SROMCLK
100406
SROMCLK
JSR
RS, . SROMCLK
104125 <400+0>
PC,RAMDAT
SR
ERROR
TRAP

*ERROR, CROM PC IS WRONG

SEG
CSESCAPE

PC.CLRALL

015156
015162 104455
015164

ESCAPE
TRAP

JSR

8151 0
15130 004537 003100
015134 100406
015136
015136 004537 003100
015142 104125
015144 004737 003330
015152
015154

SROMCLK
*NEXT WORD IS INSTRUCTION,
JSR
RS, . SROMCLK
.
:START AT ROM PC=>
100403
SROMCLK
*NEXT WORD IS INSTRUCTION,
JSR
RS, . SROMCLK
100000!<400+0> ;JUMP TO ROM PC OF 0
;R4=CRAM PC (LSB 8 BITS)
PC.RAMDAT
JSR
ERROR

104405

*ERROR, CRAM PC IS WRONG

JSR

015046

01505
015052 004537 (03100
015056 100403
015060
015060 004537 003100
015064 100000
015066 004737 003330

*R4=CRAM PC (LSB 8 BITS)

ESCAPE SEG

BGNSEG
003166

PC,RAMDAT

004737

015100

SEQ 99

HARDWARE TESTS

015010 004737 003330

015032
015034

gssnor

:CLEAR ALL CONDITINS

SNEXT WORD IS INSTRUCION,
:START AT ROM PC=6
*NEXT WORD IS INSTRUCTION,
:JUMP TO ROM PC OF 525
*R4=CRAM PC (LSB 8 BITS)
SEXPECTED DATA

*IS ROM PC CORRECT?
‘B8R IF YES

*ERROR, CRAM PC IS WRONG

Cc20MaD.P11

12=-JAN-82 09:50

4059 015166
4060 015170
4061
4062
4063
4064
L0655
4066

015172
015172
015174
015176
015176
015176

4068

015200

4067

2898

Q015200

015200

005055
006556

10002$:

104405

ENDTST

L10055:

104401

.WORD
LWORD

EMO
ERRS

TRAP

CSESEG

TRAP

CSETST

ESCAPE SEG
CSESCAPE
TRAP
10002%~-.
WORD
ENDSEG

015202

BADHEAD

4081 015202

BADHEAD

4071

4072

INRRRRARRRARANE TEST 12 aenannatntnitas

:*CRAM TEST OF JUMP(I) ALWAYS MICRO-PROCESSOR INSTRUCTION.
;*PERFORM THE JUMP INSTRUCTION
:*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
:*IN THE LOCATION IT IS AT, THIS INSTRUCTION LOADS THE
:%BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
:«THE BR DATA IS MOVED TO PORT&. IF THIS DATA IS CORRECT
:«THE JUMP WAS SUCCESSFUL, IF _THE JUMP WAS UNSUCCESSFUL
+«THEN PORT4 WILL CONTAIN A 37

4073
4074

4075
4076
4077
4078
4079
4080

:tttttttttttttt TEST 12 1333233338323 3483¢

1.082

4083

4084
4085

BGNTST
T12::

015202
015202

4086 015202

000214

4089

4091

015216 013701

4092

015216

4093 015222

4094

015226

004737

003474

015232
015232

4098

015234

004537

003100

4101

015242

004537

4103

104404

KMCSR,R1

MSTCLR
1$:

JSR

BGNSEG
TRAP

SROMCLK

PC,MEMSET
C$BSEG

003100

JSR

RS, .SROMCLK

015250 004737 003330

iSR

PC,RAMDAT

015246 114777

015272
015274

015300

104410
000002

015266
015272

411%
4113

015276
015276

100400
SROMCLK

000377
120504
001406

104455
S
005055
006556

4108
6109

4114

MOV

RS, .SROMCLK

6106 015256
4105 015256
6106 015260
6107 015262
4110
4111

L10056~.

JSR

4099 015240 100400
4100 015245

4102

.WORD

MYINT

002516

4095
4096

4097 015234

;DON'T DO IF M8200

fRAP T CSEXIT

4088 015212 104432
015214

MACEX?2

:D0 NOT DO TEST IF M8200

4087

4090

SEQ 100

HARDWARE TESTS
6$:

104410
000002

2s:

:RECORD DEVICE ADDR.

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

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

1143771 <400+ 1>

:JUMP TO ROM PC OF 1777

77
MPB8
8EQ
CRROR

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

RS.R&
gs

§SERDF
TRAP
.WORD
EMO
.WORD
ERRS
.WORD
ESCAPE SEG
TRAP . (SESCAPE
100008-.
.WORD

;R4=CRAM PC (LSB 8 BITS)

VIS WA = OO0~

b
-

b cd wd cnd and cnd

BBDEPELLIS

AIAIPINI
AN = —b —b —b

P11

12-JAN-82 09:50

015302
015305
015302

104405

015304

104404

015306

004537

015314
015314 004537
015320 100400

015304

015306
015312

HARDWARE TESTS
100008 :

TRAP

CSESEG

TRAP

C$SBSEG

003100

JSR

RS, . SROMCLK

003100

JSR

SROMCLK
100403

015334

015340
015342
015344
015346

015350
015350
015352
015354
015354
015354
015356
015356

JSR

015360

015364

000000
120504
001406
104455
000005
005055
006556

CSERDF
TRAP
§
MORD
EMO
"WwOPD
ERRS
‘WORD
ESCAPE SEG
TRAP
CSESCAPE
10001S-.
.WORD
ENDSEG

ERROR

48:

:
100018

104405
104404

004537

003100

100406

JSR

RS, . SROMCLK

100406

($BSEG

SROMCLK
JSR
RS, . SROMCLK
104125!<400+1>
JSR
PC,RAMDAT

125
(P8
BEQ

RS.R4
6$

015412 104455

TRAP

gssaor

015406
015414

015416
015420
015422
015422
015424
015426
015426

0156426
015430
015430

015430
015432

ERROR

000005

.WORD

005055
006556

6$:

104410

000002

104405

104401

:START AT ROM PC=3

:
100028
ENDTST

L10056:

:R4=CRAM PC (LS8 8 BITS)
SEXPECTED DATA
*IS ROM PC CORRECT?
*BR IF YES

:ERROR, CRAM PC IS WRONG

(CSESEG

000125
12050%
001406

015400
015402
015404

ONONO

R5.R4
X3

TRAP
BGNSEG
TRAP

SROMCLK

015366
015366 004537 003100
015372 104525
015374 004737 003330

PBDBDDDDBDE2N

PC,RAMDAT

0
C(MPB
BEQ

104410
000002

sNEXT WORD IS INSTRUCTION,

SROMCLK
*NEXT WORD IS INSTRUCTION,
RS, . SROMCLK
100000 <400%1> :JUMP TO ROM PC OF 0

015322 004737 003330
015326
015330
015332

ENDSEG

BGNSEG

100403

SEQ 101

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

SNEXT WORD IS INSTRUCTION,
:JUMP TO ROM PC OF 525
*R4=CRAM PC (LSB 8 BITS)

SEXPECTED DATA
$IS ROM PC CORRECT?
‘8R IF YVES

*ERROR, CRAM PC IS WRONG

"WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP ~ CSESCAPE
.WORD
10002$-.
ENDSEG
TRAP

(SESEG

TRAP

CSETST

BADHEAD

sannnaennsastet TEST 13 senanensnnacnen

$«CRAM TEST OF JUMP(I) ON C BIT SET MICRO-PROCESSOR INSTRUCTION.

12-JAN-82 09:50

SEQ 102

HARDWARE TESTS

s#SET THE C BIT, PERFORM THE JUMP INSTRUCTION.

*«VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
;*IN THE LOCATION IT S AT. THIS INSTRUCTION LOADS THE
;+BR WITH THE LOWEST 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
BADHEAD

015432

t.'tttttt'titt TEST 13 ansenanenanntnn

BGNTST
T13::
MACEX?2

015432
015632
015432

frRAP

015442

104432
000230

015446

013701

002516

004737

003474

104404
004737

00326C

004537

003100

015452

AWBVWAW

100400

b b b b b b ad wd cb b b b

WVIWVIAAWMIWAWM AWM WAWMIAWMWAWMAWM
AWMUV AR

OO0O00OCOOOOOOOOOO0OO00O0O0O00000 o

15502

004537
115377

.WORD

CSEXIT
L10057-.

MoV

KMCSR,R1

MY INT

MSTCLR

18:

JSR

PC,MEMSET

TRAP

C$BSEG

BGNSEG

PC,SETC
JS..
SROMCLK
R5,.SROMCLK
JSR

100400

SROHCLK

06~2>
114377'<4PC
,RAMDAT

003100

JSR
377

003330

2s:

ONONWAWVIE
O~ HSNOONNOO

wvilVavAWWAIWIWIWAWL

100008:

104405
104404
004737

003260

004537
100403

003100

004537

003100

004737

003330

101000

SROMCLK

CMPB
8EQ

RS.Ré4
$

TRAP
-WORD
LWORD
.WORD

gssnor

ERROR

b ad b
b b amd b b and b
b
) b e

;DON'T DO IF M8200

:DO NOT DO TEST IF M8200°

EMO
ERRS

ESCAPE SEG
TRAP
CSESCAPE

.WORD

100008-.

TRAP
BGNSEG
TRAP

CSESEG

ENDSEG

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

1ooooo'<4obnz>

PC ,RAMDAT

sRECORD DEVICE ADDR.

;R1 CONTAINS BASE H8200 4,7 ADDRESS
:MASTER CLEAR M8200,4,7
sSET MEM AND RAM

:SET THE C BIT®

:NEXT WORD IS INSTRUCTION,
sSTART AT ROM PC=0

:NEXT WORD IS INSTRUCION,
;JUMP TO ROM PC OF 1777

R4 CRAM PC (LSB 8 BITS)
;EXPECTED DATA
;IS ROM PC CORRECT?

:BR_IF YES
sERROR, CRAM PC IS WRONG

:LOOP TO 18 IF SW09=1

sSET THE C BIT

:NEXT WORD IS INSTRUCTION.
sSTART AT ROM PC=3

;NEXT WORD IS INSTRUCTION,
:JUMP TO ROM PC OF 0

:R4=CRAM PC (LSB 8 BITS)

N
12~JAN-82 09:50

S&RIUSRNS&
b D
bk

NOO

b b
PO

= —d b

D
—t e

b e

b o

b e e

b e

b e md

WAIAAWUMAWAWAAAWAWVMIWAIWIIWIIWA
[o 3o Yo Yo Yo Yo Yo Yo Yo Yo o To To Joolo Jualalndddl

lelelelrlelelelalelelelelalelelele
el

CZDMQD .P11

VIV

015624

0
CMPB
BEQ
ERROR

4$:

104410
000002
10001$:

104405
104404
004737

003100

004537
105125
004737
000125
120504
001406

003100

TRAP
MORD
"WORD
"WORD

RS.R4
X3
S
CSERDF
§
EMO
ERRS

ESCAPE SEG
(SESCAPE
TRAP
100018~.
.WORD
ENDSEG
TRAP
BGNSEG
TRAP

JSR

003260

004537
100406

SEQ 103

HARDWARE TESTS

000000
120504
001406

006556

SROMCLK

($BSEG

PC,SETC

104125'<406t2>

104455

6$:

100028:
ENDTST

L10057:

;SET THE C BIT

*NEXT WORD IS 1~sraucrxo~.
;START AT ROM PC=6
*NEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 525

PC,RAMDAT

8 BITS)
PC (LSBRAM
‘R4=C

(MPB
RS.Ré4
8EQ
63
ERROR
S
CSERDF
TRAP
S
WORD
"WORD
EMO
ERRS
“WORD
ESCAPE SEG
TRAP
CSESCAPE
10002$-.
.WORD
ENDSEG

$IS ROM PC CORRECT?
*BR IF YES
SERROR, CRAM PC IS WRONG

125

0000

:LOOP TO 3$ IF SW09=1

CSESEG

RS, . SROMCLK
JSR
100406
SROHCLK
RS, . SROMCLK

003330

;EXPECTED DATA
$IS ROM PC CORRECT?
‘BR IF YES
*ERROR, CRAM PC IS WRONG

TRAP

(SESEG

TRAP

CSETST

SEXPECTED DATA

BADHEAD

tttttttttttt" TEST 1‘ 1312332232324 2333/

015676

*«CRAM TEST OF JUMP(I) ON Z BIT SET MICRO-PROCESSOR INSTRUCTION.
S«SET THE 2 BIT, PERFORM THE JUMP INSTRUCTION.
S«VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
s«IN THE LOCATION IT ‘s AT. THIS INSTRUCTION LOADS THE
2e8R 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
BADHEAD
cnsnanannansent TEST 14 snnannnasvsnnnse

C20MaD.P11

4312
4313
4314

4315
4316
4317
4318
4319
4320
4321
4322
4323
43264
4325
4326
432

4328
4329
4330
4331
433
433
4334
4335
43"
433
4338

015676
015676
015676
015706
015710
015712
015712
015716
015722
015726
015726
015730
015734
015734
015740
015742
015742
015746
015750
015754
015756
015760
015762
015766
015770
015772
015774

015776
015776
016000

016002
016002
016002
016004
016004
01
01601
01601
01601
01602
0160
016024
160 g

01603
016(
0160
01604
16044
1604
01605
01605
1605
1€°54
016056

BGNTST
T16::

104432
000230

013701

004737

SEQ 104

HARDWARE TESTS

MACEX2
H;DON'T DO IF M8200.
;D0 NOT DO TEST IF M8200
fRAP
CSEXIT
.WORD
L10060-.

002516

MY INT
MOV

KMCSR,R1

003474

MSTCLR
JSR

PC,MEMSET

1$:

BGNSEG

004737

003312

004537
100400

003100

004537
115777
004737
000377
120504
001406

003100

TRAP
C$BSEG
PC,SETZ
JSR
SROMCLK
RS, .SROMCLK
JSR
100400
SROMCLK
R5 . . .SROMCLK
JSR

003330

JSR

PC .RAMDAT

CMPB
BEQ
ER"
R
TRA?
«WORD
«WORD
- WORD

R5.R4
2$
b
gSERDF

TRAP
BGNSEG
TRAP
JSR
SROMCLK
JSR

CSESEG

104404

104455
000005
005055
006556

1143771<400+3>

2$:

104410

000002

100008:

104405

004737

003312

004537

003100

537

003100

737

003330

C$8SEG

PC,SETZ

406'§>

;RROR

48:

:RECORD DEVICE ADDR.

;R1 CONTAINS BASE M8200,4,7 ADDRESS
SMASTER CLEAR M8200,4,7
SSET MEM AND RAM

sSET THE 2 BIT®
cNEXT WORD IS INSTRUCTION,
sSTART AT ROM PC=0
sNEXT WORD IS INSTRUCION,

sJUMP TO ROM PC OF 1777
sR4=CRAM PC (LSB 8 BITS)
cEXPECTED DATA
<1S ROM PC CORRECT?
;BR IF YES

SERROR, CRAM PC IS WRONG

EMO
ERRS
ESCAPE S EG
TRAP
CSESCAP
100008-.
.WORD
ENDSEG

RS, .SROMCLK
100403
SROMCLK
RS, .SROMCLK
JSR
100000!<
PC ,RAMDAT
JSR
0
(MP8
R5,Ré
8EQ

4283
4284
4285
4286
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

12-JAN-82 09:50

SERDF

sSET THE Z BIT'
sNEXT WORD IS INSTRUCTION,

sSTART AT ROM PC=3

¢NEXT WORD IS INSTRUCTION,

sJUMP TO ROM PC OF 0
sR4=CRAM PC (LSB 8 BITS)
cEXPECTED DATA
¢1S ROM PC CORRECT?

H BR IF F YES

JERROR, CRAM PC IS WRONG

12-JAN-82 09:50

100018$:

104405
104404

004737
004537

uuguuwNNN—i—ld.ag
A
NINORS
N
NO
NN

b el and ovd oud cnd oud and cvd amd wb ad
b
ad

003312

004537

003100

004737

003530

6136

ENDSEG
TRAP
BGNSEG
TRAP

JSR
100406

RS, . SROMCLK

snoncL
125
(MPB

6s:

100028:
ENDTST

L10060:

104401

RS,

. SROMCLK

104125'<4ob-3>
TRAP

106405

C$8SEG

PC,SETZ

BEQ
ERROR

104410
000002

CSESEG

JSR

SROMCLK

003100

b end wad end eubd cad cud cud cud cnd oud cnd

b cnd

(o Yo Yo Yo Yo Yo Yo To Yo Yo To Yo Jo o To

(elelelelalelelalelelelalelelalele)

b aud

100406

SEQ@ 105

HARDWARE TESTS

PC,RAMDAT

RS.R&
63
§

CSERDF

WORD
"WORD
.WORD

5
EMO
ERRS

TRAP
.WORD
ENDSEG

CSESCAPE
10002%-.

TRAP

CSESEG

TRAP

CSETST

;SET THE Z BIT'

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

*NEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 525

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

‘BR IF YES
*ERROR, CRAM PC IS WRONG

ESCAPE SEG

BADHEAD

saennanennaneee TEST 15

ARAARRARARANRNAR

:*CRAM TEST OF JUMP(I ) ON BRO SET HICRO-PROCESSOR INSTRUCTION.

;#SET THE BRO BIT, PE RSORH THE JUMP INSTRUC TION.
s*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
;#IN THE LOCATION IT gS AT, THIS INSTRUCTION LOADS THE

AT THIS POINT
:+BR WITH THE LOWEST 8 BITS OF THE CRAM PC.

+*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
;*THE JUMP WAS SUCCESSFUL, IF_THE JUMP WAS UNSUCCESSFUL
é;;:EN PORT4 WILL CONTAIN A 37

NRD RS Rt

cxnnannannantres TEST 15 aneannwannnnane

BGNTST
T15::

pf Qe

ViAW

- ed e

O000
and el and b
o0

OO0
b ad b
oo

b
b b

ONONON

coco

b emd e

016142

:DON'T DO IF M8200.

MACEX2

TEST 1F 8200’
ggPNOT Dg

104432
000230

013701

002516

004737

003474

L10061-

MOV

KMCSR,R1

MYINT

18:

CSE

.WORD

MSTCLR
PC,MEMSET
JSR

CORD DEVICE o

:R1 courkxns
BASE M8200,4.7 ADDRESS
CLEAR nazoo.4.7

*MASTER
*SET MEM AND RAM

CZDMAD.P11
4395
4396

12-JAN=82 09:50

01617
016172

4397 016174

4398 016200
4399

016200

4400 016204

4401 016206

1046404

BGNSEG
TRAP

JSR

PC,SETBRO

004537

JSR

RS, . SROMCLK

004737 003220

100400

004537

SROMCLK

003100

100400

snoncu:

377
CMPB
BEQ
ERROR

4405 016220 000377
4406 016222 120504
4407 016224 001406
4408 016226

4416
4417
4418
4419
4420

4421

016232
016234
016236
016240
016262
016242
016244

016246
016246
016246
016250
016250

28:

104410
000002

100008:

104405
104404

016252 004737 003220

4422 016256
4423

104455
000005
005055
006556

016256

004537

RS.Ré
23
S

TRAP
BGNSEG
TRAP

($BSEG

JSR

PC,SETBRO

JSR

RS, . SROMCLK

o
CMPB
BEQ

ERROR

RS.R4

X
S

CSERDF
S
EMO
ERRS
SEG
CSESCAPE
10001S$-.

CSESEG

104404

TRAP
BGNSEG
TRAP

4448 016340 100406
4449 016342

100406
SROMCLK

016310
016312
016314
016316
016320
016320
016322
016324
016324
016324
016326
016326

104455
000005
005055
006556

4S:

104410
000002

100018:

104405

4445 016330 004737 003220

016334
4446
4447 016334 004537 003100
4450

016342

004537

003100

*NEXT WORD IS msmucnou.

:START AT ROM PC=0

*NEXT WORD IS INSTRUCION,

TO ROM PC OF 1777
:JUMP
*R4=CRAM PC (LSB 8 BITS)

SEXPECTED DATA
*IS ROM PC CORRECT?
IF YES
‘BR
:ERROR, CRAM PC IS WRONG

CSESEG

TRAP
WORD
"WORD
-WORD
ESCAPE
TRAP
.WORD
ENDSEG

4433
4434
4435
4436
4437
38
4439
4440
4461
4442
4443
444h

;SET THE BRO BIT

ENDSEG

100403
saoncL
ROMCLK
1ooooo~<406u.>
PC,RAMDAT

4428
4429 016276 000000
4430 016300 120504
4431 016302 001406
016304

RS, . SROMCLK

CSERDF
TRAP
S
MORD
EMO
"WORD
ERR
"WORD
ESCAPE SEG
CSESCAPE
TRAP
100008-.
.WORD

SROMCLK

003100

016262 100403
4424
4425 016264
4426 016264 004537 003100
102000
016270
4427
016272 004737 003330
4432

($BSEG

6-»
114377«40
PC,RAMDAT
JSR

003100

4402 016206
016212 116377
4403
4404 016214 004737 003330

4409
4410
4411
4412
4413
414
4415

SEQ 106

HARDWARE TESTS

JSR

($BSEG

PC,SETBRO

SROMCLK RS, . SROMCLK
JSR
JSR

RS, . SROMCLK

:SET THE BRO BIT®

:NEXT WORD IS INSTRUCTION,

:START AT ROM PC=3
NEXT WORD IS INSTRUCTION,
:JUWP TO ROM PC OF 0
*R6=CRAM PC (LSB 8 BITS)
SEXPECTED DATA
*IS ROM PC CORRECI?
IF YES
*BR

*ERROR, CRAM PC IS WRONG

BI7*

SET THE BRO
IS INSTRUCTION,
sNEXT uoho

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

CZ0MQD.P11

12=-JAN=-82 09:50

HARDWARE TESTS

104125 !<400+4>
PC,RAMDAT
JSR

4451 016346 1061%5
445% 016350 004737 003330
4453
4456
4455
4456

4457
4458
4459
&460
4461
6462
4463

4464
4465
4466
4467
4468
2293
4671
4472

016354 000125
016356 120504
016360 001406
016362

016366
016370
016372
016374
016376
016376
016400

016402
016402
016402
016404
016404
016404

104455
000005
005055
006556

6$:

104410

10002%:

104405

ENDTST
L10061:

104401

BGNTST
T16::

4486 016406
4487

000230

4491 016422
46492

013701

002516

016432

004737

003474

4496

CSETST

MACEX2
.WORD

L10062-.

MoV

KMCSR,R1

MYINT

MSTCLR
18:

JSR

PC,MEMSET

BGNSEG
TRAP

C$BSEG

JSR

RS, .SROMCLK

4495
4496
4497

016436
016436
016436

4500

016444

004537

003100

4503

016452

004537

003100

JSR

RS, .SROMCLK

4505 016460 0G:737 003330

JSR

PC,RAMDAT

4498 016440
4499 016444

104404

004737 003230

4501 016450 100400
4502 016455

4504 016456 116777
4506

016464

000377

:DON'T DO IF M8200.

tRAP T CSEXIT

016420

4493 016426

TRAP

:D0 NOT DO TEST IF M8200

4488 016416 104432
4490

CSESEG

JANRAERARARRAANS TEST 16 ansassnanasann

016406
016406

016422

TRAP

CSERDF
TRAP
5
MWORD
EMO
.WORD
ERRS
.WORD
ESCAPE SEG
CSESCAP
TRAP
100028-.
WORD
ENDSEG

:BR IF YES
:ERROR, CRAM PC IS WRONG

BADHEAD

4481 016406

4489

RS ,Ré
6$
5

+*CRAM TEST OF JUMP(I) ON BR1 SET MICRO-PROCESSOR INSTRUCTION.
:«SET THE BR1 BIT, PERFORM THE JUMP INSTRUCTION.
:*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
:«IN THE LOCATION IT 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

4482

4483

125
CMPB
B8EQ
ERROR

:JUMP TO ROM PC OF 525
:R4=CRAM PC (LSB 8 BITS)
SEXPECTED DATA
:1S ROM PC CORRECT?

BADHEAD
IANRRARRRANANEE TEST 16 tasnnsannnnttst

016406

4473
4474
4475
4476
4477
4478
4479
4480
4484
4485

SEQ 107

PC,SETBRY
JSR
SROMCLK

100400
SROMCLK

1143771 <40045>

377

:RECORD DEVICE ADDR.
:R1 CONTAINS BASE M8200,4,7 ADDRESS

:MASTER CLEAR M8200,4.7
sSET MEM AND RAM

:SET THE BR1 BIT'
<NEXT WORD IS INSTRUCTION,
:START AT ROM PC=0
:NEXT WORD IS INSTRUCION,

;JUMP TO ROM PC OF 1777

:R4=CRAM PC (LS8 8 BITS)
SEXPECTED DATA

CZOMAD.P11

4507

4508
4509
4510

4511

6%
4513

4514
4515
4516
4517
4518
4519
4520

4521

12-JAN-82 09:50

016466

016470
016472
016476
016500

016502
016504

016506
016506
016510
016512
01651%
016512
016514

016514

CMP8

120504

001406
104455
000005
005055
006556

28:

100008:

104405

104404

RS.Ré

BEQ
ERROR
TRAP

-WORD
"WORD

EMO
ERRS

TRAP

CSESEG

.WORD

104410
000002

SEQ 108

HARDWARE TESTS

gseaor

BGNSEG

TRAP

($8SEG

016513

004737

003230

JSR

PC,SETBR1

452%

016522

004537

003100

JSR

RS, . SROMCLK

016530

004537

003100

100403
SROMCLK
R5, . SROMCLK
JSR

016536

004737

003330

JSR

4525
4526

4527

01652

016526
016530

100403

4528 016534 102400
4529

4530
4531
4532
4533
4534
4535
4535
4537

4538
4539
4540
4541
4542
4543
4544
4545

4546

016542
016544
016546
016550
016554
016556
016560
016562

016564
016564
016566
016570
016570
016570
016572
016572

016574

000000
120504
001406
104455
000005
005055
006556

10001$:

104405
104404

004737

4547 016600
4548 016600 004537
4549 016604 100406

SROMCLK

48:

104410
000002

003230

0
(W8
BEQ
ERROR
TRAP
WORD
JWORD
“WORD

RS.Ré
X3
§
CSERDF

ESCAPE SEG
TRAP
CSESCAPE
LWORD
10001$-.
ENDSEG

TRAP
BGNSEG
TRAP

CSESEG
($BSEG

PC,SETBRI

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

104125!<400+5>

:JUMP TO ROM PC OF 525

125

SEXPECTED DATA

SROMCLK
JSR
RS, . SROMCLK

4553

016614

004737

003330

JSR

PC,RAMDAT

(P8

RS.R&

016620

000125

4555 016622 120504
4556
4557
4558

016626
016626
016632

001406

4560
4561
4562

016636
016640
01662

005055
006556

4559

016634

B5Q
ERROR
TRAP

104455
000005

.WORD

68:

:SET THE BR1 BIT®

SROMCLK
JSR
RS, . SROMCLK
100406

003100

4554

*R4=CRAM PC (LSB 8 BITS)

§
EMO
ERRS

004537

106525

;START AT ROM PC=3
SNEXT WORD IS INSTRUCTION,
*EXPECTED DATA
*IS ROM PC CORRECT?
*BR IF YES
‘ERROR, CRAM PC IS WRONG

PC,RAMDAT

016606
016603

016612

:NEXT WORD IS INSTRUCTION,
:JUMP TO ROM PC OF 0

4550
4551

4552

:SET THE BR1 BIT'

100000 <400+5>

JSR

003100

‘B8R IF YES
‘ERROR, CRAM PC IS WRONG

ESCAPE SEG
TRAP
CSESCAPE
100008-.
WORD
ENDSEG

452

4523

;1S ROM PC CORRECT?

gsenor

"WORD
EMO
"WORD
ERRS
ESCAPE SEG

*NEXT WORD IS INSTRUCTION,

*R4=CRAM PC (LSB 8 BITS)

*IS ROM PC CORRECT?

*BR IF YES
‘ERROR, CRAM PC IS WRONG

CZ0MaD.P11
4563
4564
4565
4566
4567
4568
4569
4570
4571
4572
4573
4574
4575
4576
6577
4578
4579
4580
4581
4582
4583
4584
4585
586
4587
4588
4589
4590
4591
4592
4593
4594
4595
4596
4597

12-JAN-82 09:50

016642
016644
016646
016646
016646
016650
016650
016650

HARDWARE TESTS

104410
000002

10002$:

104405

ENDTST
L10062;

104401

SEQ 109

TRAP

CSESCAPE

TRAP

CSESEG

TRAP

CSETST

.WORD
ENDSEG

100028-.

BADHEAD

016652

TE S

cHNRNRAANNRACNY

s*CRAM TEST OF Jgfl P

;*SET THE BRé B]
"VERIFY THE JUHP 0

ON
|

* IIIITIIITITIT

ON BR4 SET MICRO-PROCESSOR INSTRUCTION.
FORM THE JUMP INSTRUCTION,
OCCUR BY CLOCKING THE INSTRUCTION
S AT, THIS INSTRUCTION LOADS THE
BITS OF THE CRAM PC. AT THIS POINT

;*BR WITH THE LOWEST
:*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
:*THE JUMP WAS SUCCESSFUL, IF_THE JUMP WAS UNSUCCESSFUL
:«THEN PGRT4 WILL CONTAIN A 37

BADHEAD

016652

cananennannente TEST 17 snnnnnnvnnnnnen

BGNTST
T17::

016652
016652
016652

016662

016664
016666
016666
016672
016676
016702
016702
016702

-DO NOT DO TEST IF M8200°

frAP

104432
000230

013701

002516

004737

003474

104404

:DON'T DO IF M8200.

MACEX2

18:

.WORD
MYINT
MOV
MSTCLR
JSR
BGNSEG
TRAP

CSEXIT

L10063-.
KMCSR,R1
PC,MEMSET

C$8SEG

sRECORD DEVICE_ADDR.

sMASTER CLEAR M8200,4,7

;SET MEM AND RAM

CZDMQD.P11
4598
4599
4600
4601
4602

4603

12-JAN-82 09:50

SEQ 110

HARDWARE TESTS

004737

003240

004537

003100

PC,SETBR4
JSR
SROMCLK
RS, .SROMCLK
JSR

004537

003100

JSR

100400

100400
SROMCLK

RS, .SROMCLK

;SET_THE BR4 BIT'

sNEXT WORD IS INSTRUCTION,

sSTART AT ROM P(C=0
sNEXT WORD IS INSTRUCION,

CZOMQD.P11

12-JAN-82 09:50

4604 016722 117377
4605 016726 004737 003330

HARDWARE TESTS

114377!<400+6>
PC.RAMDAT
JSR

SEQ 111

:JUMP TO ROM PC OF 1777
sR4=CRAM PC (LS8 8 BITS)

CZ0MaD.P11
4606
4607

016730
016732

12-JAN-82 09:50
000377
120504

SEe 112

HARDWARE TESTS

377

CMP8

R5.R4

sEXPECTED DATA
s1S ROM PC CORRECT?

CZOMaD.P11

4608

016734

12-JAN-82 09:50

001406

SEQ 113

HARDWARE TESTS

BEQ

;B8R IF YES

12-JAN-82 09:50

SEQ 114

HARDWARE TESTS

016736

ERROR

016750

.WORD
.WORD

TRAP
+WORD

gSERDF

EMO
ERRS

;ERROR, CRAM PC IS WRONG

CZOMAD.P11
4614

12-JAN-82 09:50

010755

016752
016756
016756
016756
016756

104410
000002

4622

016762

004737

003240

016766

004537

016774

004537

017006
017010

000000
120504

4620
4621

016760
01676g

4623 016766
4624

4625
4626

4627

016772
016774

100403

CSESCAPE
100008-.

TRAP

CSESEG

JSR

PC,SETBRG

003100

JSR

RS, . SROMCLK

003100

100000'(406*6>
PC,RAMDAT

00008
:

BGNSEG
TRAP

SROMCLK
100403
snonch

4628 017000
103000
017002 0C4737 003330
4629
4630
4631

ESCAPE SEG

TRAP
.WORD
ENDSEG

104405
104404

HARDWARE TESTS
28:

4615
4616
4617
4618
4619

SEQ 115

($8SEG

RS, .

SROMCLK

$EXPECTED DATA
*IS ROM PC CORRECT?

ERROR

*ERROR, CRAM PC IS WRONG

4634
4635
4636
4637
4,638
4639
4640
4641
4642
4643
464%
4645

TRAP
gseaor
.WORD
-WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
WORD
10001$-.
ENDSEG

4646

4648

48:

104410
000002

10001$:

104405

/X3

TRAP

CSESEG

BGNSEG

017040

104404
004737

003240

TRAP
JSR

($8SEG
PC,SETBRG

017044

004537

003100

JSR

RS, . SROMCLK

4647 017044
4649

104455
000005
005055
006556

017050

4650 017052

100406

4651

017052

004537

003190

4653

017060

004737

003330

4652 017056 107125

4654 017066 000125
4655 017066 120504

SROMCLK
100406

SROHCL

RS, . SROMCLK

104125‘<406t6>
125
CMP8

PC,RAMDAT

4658
4659
4660
4661
4662
4663
4664
4665
4666
4667
4668
4669

017076
017100
017102
017106
017106
017106
017110
017112
017112
017112
017114
017114

104455

TRAP
gsenor
.WORD
JWORD
EMO
-WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
WORD
10002$-.
ENDSEG

104410
000002
104405

68:

100028:
ENDTST

L10063:

TRAP

*NEXT WORD IS INSTRUCTION,

;JUWP TO ROM PC OF 525

*R4=CRAM PC (LSB 8 BITS)
*ERROR, CRAM PC IS WRONG

BEQ

005055
006556

:START AT ROM PC=6

001406

ERROR

SET THE BR4 BIT®

:NEXT WORD IS INSTRUCTION,

SEXPECTED DATA
*IS ROM PC CORRECT?

017070

017072

*BR IF YES

RS.R4

4656

4657

;JUMP TO ROM PC OF 0

*R4=CRAM PC (LSB 8 BITS)

RS.R&

BEQ

017020
017022
017026
017026
017030
017030
017032
017034
017034
017034
017036
017036

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

o
CMP8

4632 017012 001406

4633 017014

:SET THE BRé BIT®

:NEXT WORD IS INSTRUCTION,

CSESEG

*BR IF YES

CZbmad.P11
22;?

017114

4672

017116

4673

12=JAN-82 09:50

HARDWARE TESTS
TRAP

104401

IANKRRRARANRANS TEST 18 ntnnananannnnes

:«CRAM TEST

BADHEAD

4682 017116

sunnnnanannases TEST 18 anenananansnnee

4683

BGNTST
T18::

017116
017116

4687 017116
4E88

017130
017132

4696

017146

.WORD
MYINT

000230

017146

1044064

4700

017154

004537

003100

4703

017162

004537

003100

MOV

MSTCLR
18:

4701 017160
4702 017162

4704 017166 117777

4705 017170 004737 003330
4706 017174
4707 017176
4708 017200
4709 017202

000377
120504
001406

4711

000005

4710

4712
4713
47146
4715
4716

4717
4718

017206

01721g

017212
017214
017216
017216
017220

4719
4720
4721

017222
017222
017222
017224
017224

4723

017232

4722

4724

2s:
100008:

104405
104404

017226 004737 003250
017232

4725 017236

004537

100403

PC,MEMSET

TRAP

C$BSEG

JSR

RS, .SROMCLK

JSR

PC.RAMDAT

003100

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

:SET THE BR? BIT'
:NEXT WORD IS INSTRUCTION,
sSTART AT ROM PC=0
SNEX: WORD 1S INSTRUCION,

114377!(406*7)

:JUMP TO ROM PC OF 1777

377
CMP8
BEQ
ERROR

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

.WORD

104410
000002

KMCSR.R1

JSR

BGNSEG

TRAP

104455

005055
006556

L10064~.

PC,SETBR7
JSR
SROMCLK
RS..SROMCLK
JSR
100400
SROMCLK

4698 017150 004737 003250
4699 017154

100400

:DON'T DO IF M8200.

fRAP T CSEXIT

4692 017132 013701 002516
4693
4694 017136
4695 017142 004737 003474
4697

MACEX2

;D0 NOT DO TEST IF M8200

4689 017126 104432

4690
4691

OF JUMP(I) ON BR7 SET MICRO-PROCESSOR INSTRUCTION.

:*SET THE BR7 B1T, PERFORM THE JUMP INSTRUCTION.
:*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
:«]N THE LOCATION IT ‘S AT. THIS INSTRUCTION LOADS THE
:*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
:*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
:*THE JUMP WAS SUCCESSFUL, IF _THE JUMP WAS UNSUCCESSFUL
;*THEN PORT4 WILL CONTAIN A 37

4675
4676
4677
4678
4679
4680
4681
4685
4

CSETST

BADHEAD

4674

SEQ 116

RS.Ré
$

gSERDF

:R4=CRAM PC (LS8 8 BITS)

EMO
.WORD
ERRS
.WORD
ESCAPE SEG
TRAP
CSESCAPE
100008-.
LMORD
ENDSEG

TRAP
BGNSEG
TRAP

CSESEG
C$8SEG

JSR

PC,SETBR?

JSR

RS, .SROMCLK

SROMCLK
100403

:SET THE BR7 BIT®

SNEXT WORD IS INSTRUCTION,

;START AT ROM PC=3

CIOMAD.P11

12-JAN-82 09:50

4726

017240

004537

003100

4729
4730
4731

017246
017252
01725¢

004737
000000
120504

003330

4733

017260

4735
4736
4737
4738
4739
4740
4741
4742
4763
4764
4745
4746

017266
017270
017272
017274
017274
017276
017300
017300
017300
017302
017302
017304

000005
005055
006556

4748
4749
4750
4751

017310
017314
017316
017316

004537
100406

003100

004537

003100

4753

0173264

004737

003330

4727

4728 017244 103400

SEQ 117

HARDWARE TESTS
snonu

RS, . SROMCLK

1ooooo'<406-7>
JSR
o
CMPB

PC,RAMDAT

RS.Ré&
S

*ERROR, CRAM PC IS WRONG

BEQ

4736 017264

TRAP

gssnor

4747 017310

104455

017330
017332

4756 01733%
4757

017336

104404
004737

000125
120504

001406

4758
4759
4760
4761

017342
017344
017
017350

104455
000005
005055
56

4763

017352

104410

4762

01735

10001$:

104405

4752 017322 107525
4754
4755

4$:

104410
000002

003250

017356
017356

4768
4769
4‘.%?

017
817360
17360

4772

017362

476

&77

477%

4775
477
477

4778
4779

4770
4781

17%23 104405
104401

CSESEG
($BSEG
PC,SETBR?

*041zs'<ob~7>

125
CMPB

ENDTST
L10064:

:SET THE BR7 BIT'

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

;JUMP TO ROM PC OF 525

*R4=CRAM PC (LSB 8 BITS)

RS.Ré4

*EXPECTED DATA
:IS ROM PC CORRECT?

SERROR, CRAM PC IS WRONG

TRAP
WORD
-WORD
.WORD

CSERDF
§
ERRS

TRAP

(SESCAPE

SBR IF YES

ESCAPE SEG

WORD

100028:

PC,RAMDAT

BEQ

ERROR

4764 817354 000002
4765
4766

TRAP
BGNSEG
TRAP
JSR

JSR
RS, .SROMCLK
100406
snonch
ROMCLK

6s:

:BR IF YES

.WORD
JWORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
(SESCAPE
WORD
100071$-.
ENDSEG

SROMCLK

:JUMP TO ROM PC OF 0

*R4=CRAM PC (LSB 8 BITS)
*EXPECTED DATA
*IS ROM PC CORRECT?

4732 017256 001406

ERROR

:NEXT WORD IS INSTRUCTION,

ENDSEG

10002$-.

TRAP

CSESEG

TRAP

(CSETST

BADHEAD

Junnennnnensene TEST 19 axannansanacnns

*«CRAM TEST OF JUMP(I) ON C BIT um M1 CRO-PROCESSOR INSTRUCTION.

s«SET THE C BIT, PERFORM THEJUMP INSTRUCTION
SoVERIFY THE JUAP o%o OCCUR BY CLOCKING THE INSTRUCTION
seIN me Locmou I

Ls AT. THIS INSTRUCTION LOADS THE

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

8 10
12-JAN-82 09:50

HARDWARE TESTS
BADHEAD

017362

anananannsnses TES T 19 tanasasaesannne

BGNTST
T19::

017362

104432
000244

013701

002516

004737

003474

104404
004737
004737

003260
003166

004537

003100

100400

004537
115377
004737
000001

18:

NN
SN

P
W

PC,MEMSET

BGNSEG
TRAP
($BSEG
PC,SETC
JSR
JSR
PC.CLRALL
SROMCLK
snonch

RS, . SROMCLK

114377'<406'2>
1

2s:

100008:

104405

004737

003166

004537
100403

003100
003100

003330

NN HOOONNN

NINIAIN) b b = 8

JSR

. SROMCLK

PC,RAMDAT

R5.RG
13
S
CSERDF
S
EMO
.WORD
ERRS
ESCAPE SEG
CSESCAPE
TRAP
JWORD
100008-.
ENDSEG

TRAP
BGNSEG
TRAP

CSESEG

JSR

PC,CLRALL

JSR
100403

RS, . SROMCLK

C$BSEG
SKIP06 63
:GOTO 6% IF M8206
SROMCLK

SROHCLK

RS, . SROMCLK

1ooooo'<406-2>

‘

CMP8
BEQ
ERROR
TRAP
WORD

AMDAT

ns.n4
43
S
CSERDF
S

;DON'T DO IF M8200.

M8200°

C(MPB
BEQ
ERROR
TRAP
WMORD
"WORD

104404

O0O©OO0O0

b
wicd
b o
b
h e
e
b e
b
b
b

KMCSR,R1

JSR
100400

003330

104410
000002

104455
000005

MOV

MSTCLR

003100

104455
0000V 5
005055
006556

120504
001406

MACEX?
;D0 _NOT DO TEST IF
frRAP
CSEXIT
MWORD
L10065-.
MYINT

120504
001406

(=l=lelelelelalele
eOO0

SEQ@ 118

sRECORD DEVICE_ADDR.

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

sNEXT WORD IS INSTRUCTION,

:START AT ROM PC=0

;NEXT WORD IS INSTRUCION,
:JUMP TO ROM PC OF 1777

:R4=CRAM PC (LS8 8 BITS)
;EXPECTED DATA
;IS ROM PC CORRECT?

:BR_IF YES
;ERROR, CRAM PZ IS WRONG

sCLEAR ALL CONDITIONS

;NEXT WORD OF INSTRUCTION
;START AT ROM
PC=3

;NEXT WORD OF INSTRUCTION
:JUMP TO ROM PC OF 0

:R4=CRAM PC(LSB 8 BITS)
;EXPECTED DATA
;IS ROM PC CORRECT?
:BR_IF YES
;ERROR, CRAM PC IS WRONG

c10

12-JAN-82 09:50
005055
006556

SNNNNNNNNYNY

000002

AIAWWA

e
b e

10001$:

104405
104404

b vad

b e

HARDWARE TESTS

4s:

104410

(elelolelatatolelalolatola
=]

CZDMQD.P11

b b ed b
—d

.WORD
ENDSEG

10001$-.

TRAP
BGNSEG

CSESEG

PC, CLRALL

ESC

TRAP

(S$BSEG

JSR

004537

003100

JSR

004537

003100

004737
000007
120504
001406

003330

1041zs'<406-2>

104455
000005
005055
006556
104410
000002
104405

017640

EMO
ERRS

003166

105125

.WORD
.WORD

004737
100406

104401

SEQ 119

SROMCLK
RS, . SROMCLK
1004606
snonCLx
RS,

7
CMPB

BEQ
ERROR
TRAP

6$:

100028:
ENDTST

L10065:

. SROMCLK

PC,RAMDAT

RS.RéG
6$
S

CSERDF

:CLEAR ALL CONDITJONS

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

:JUMP
TO ROM PC OF 525
*R4=CRAM PC (LSB 8 BITS)
SEXPECTED DATA
*IS ROM PC CORRECT?

*BR IF YES
*ERROR, CRAM PC IS WRONG

S
MORD
EMO
-WORD
.WORD
ERRS
ESCAPE SEG
TRAP
(SESCAPE
10002$-.
WORD
ENDSEG
TRAP

CSESEG

TRAP

CSETST

BADHEAD

017642

IRRRRRRRRARARNRY TEST 20 nansnsavantansen

S«CRAM TEST OF JUMP(I) ON 2 BIT CLEAR nxcno-rnocesson INSTRUCTION.
*«CLEAR THE Z BIT, PERFORM THE JUMP INSTRUCTION.
*aVERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
S«IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
t«BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
s*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT

;*THE JUMP WAS SUCCESSFUL, IF_THE JUMP WAS UNSUCCESSFUL
*«THEN PORT4 WILL CONTAIN A 37
BADHEAD
sannnnnnannsass TEST 20 snannnananennns

MACEX2
104432
000244

:DON'T DO IF M8200.

D0 NOT DO resr IF M8200°
frRAP
css
MWORD

MY INT

L10066~.

D10
12-JAN-82 09:50

—d ad

b o

oud ad b

b wd

) o

QOO0 OO0VOO0O0000C

7656
7662
666

HARDWARE TESTS

KMCSR ,R1

MoV

013701

002516

004737

003474

104404
004737
004737

003312
003166

TRAP
JSR
JSR

004537

003100

JSR

100400

SEQ 120

MSTCLR

18:

JSR

GNSE

PC,MEMSET

C$BSEG
PC,SETZ
X C,CLRALL

100400

saonch

RS, .SROMCLK
RS, .SROMCLK

114377'<406t3> T

003100

003330

2s:

100008:

PC.RAMDA

RS.R4
CMPB
23
BEQ
ERROR
S
CSERDF
TRAP
5
MORD
EMO
-WORD
ERRS
+WORD
ESCAPE SEG
TRAP
CSESCAPE
-WORD
10000$-.
ENDSEG
TRAP

CSESEG

SKIP06

C$BSEG
63

BGNSEG
TRAP

:GOTO 68 IF M8206

003166

;JUMP TO ROM PC OF 1777

:R4=CRAM PC (LSB 8 BITS)
;EXPECTED DATA
:IS ROM PC CORRECT?
:BR IF
YES

;ERROR, CRAM PC IS WRONG

SROMCLK

:NEXT WORD IS INSTRUCTICN,

003100

JSR

RS, . SROMCLK

003330

iSR

PC ,RAMDAT

P8
BEQ
ERROR
TRAP
+WORD
+WORD

R5.R4
4S
5
ESERDF

100000 <400+3>

10001$:

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

sCLEAR ALL CONDITIONS
;NEXT WORD IS INSTRUCTION,

R5, .SROMCLK

4s:

; CLEAR CONDITION CODES;+++ B0

INEXT WORD IS INSTRUCTION,

JSR
PC,CLRALL
SROMCLK

JSR
100403

003100

;RECORD DEVICE ADDR

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

JWORD

EMO
ERRS

ESCAPE SEG

TRAP
- WORD
NDSEG

$ESCAPE
0001%-.

TRAP
BGNSEG
TRAP

CSESEG
C$8SEG

sSTART AT ROM PC=3

sJUMP TO ROM PC OF 0

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

:BR_[F YES
;ERROR, CRAM PC IS WRONG

E 10

cZ0Map.P11

12=-JAN=82 09:50

4950
4951
4952
4953

020044
020050
020050
0200564

004737

003166

004537

003100

4955

020056

004537

4954 020056

100406

HARDWARE TESTS

PC,CLRALL
JSR
SROMCLK
RS, .SROMCLK
JSR
100406

SRMCLK

003100

RS, .SROMCLK

1o41zs'<406-3>
PC.RAMDAT

1oss§s 003330
4956 ozooeg
4957 020064
4958 02007

%SR

4959
4960

02007
020074

12050’0
001406

CMPB
B8EQ

RS.R4
g’

020102

104455

TRAP

gSERDF

WORD
.WORD

EMO
ERRS

TRAP
.WORD

CSESCAPE
100028-.

TRAP

CSESEG

TRAP

CSETSTY

4961 020076

4953

020104

020106
020110

005055
006556

4967
4968

020112
020114

104410
000002

020112

4969
4970
4971
4972
4973

020116
020116
020116
020120
020120

4976

020122

28;;'

4977

020120

ERROR

000005

4964
4965

+WORD

6$:
100028:

104405

ENDTST
L10066:

104401

020122
020122

BGNTST
T21::

02Gi22
020134

000240

4996
4997

020136
020142

013701

4999
S000

02015
020152

020136

4998 020146

ESCAPE SEG
ENDSEG

fRAP

004737

003166

020160

004537

003100

020164

5005 020166

100400

:DON'T DO IF M8200.

1$:

CSEXIT

WORD

L10067-.

MOV
MSTCLR

KMCSR,R1

HYINT

002516

004737 003474
104404

MACEX?2

:00 NOT DO TESY IF n8200°

020154

5002 020160

5004

ERROR. CRAM PC IS WRONG

ntnnn"t" TEST

4996

5003

IS ROM PC CORRECT?
BR IF YES

'THE BR DATA 1S MOVED TO PORT4. IF THIS DATA IS CORRECT
'THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL
S«THEN PORT4 WILL CONTAIN A 37
BADHEAD
21 sannsnannanneen

4993 020132 104432

5001

R4 CRAM
EXP:CTED DATA

th THE LOCATION IT IS AT, THIS INSTRUCTION LOADS THE
'BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT

4937

4995

PC OF 525
:JUMP TO ROM
PC (LSS 8 BITS)

'VERIFY THE JURP DiD OCCUR BY CLOCKING THE INSTRUCTION

4983
4984
4985
49%% 020122

4992

NEXT WORD IS INSTRUCTION,

'CRM TEST OF JUMP(]) ON BRO CLEAR MICRO-PROCESSOR INSTRUCTION.
*CLEAR THE BRO BIT, PERFORM THE JUMP INSTRUCTION.

4981
4982

4991

;START AT ROM PC=6

JRRRRARARRANREY TEST 21 tnnasnnnnsnnnen

4980

4989
499C

:CLEAR ALL CONDITIONS
NEXT WORD IS INSTRUCTION,

BADHEAD

4978
4979

4988

SEQ 121

JSR

PC,MEMSET

JSR

PC,CLRALL

JSR

RS, .SROMCLK

BGNSEG
TRAP

SROMCLK
100400

SROMCLK

C$BSEG

:RECORD DEVICE ADDR.
:MASTER CLEAR M8200,4.7

SET MEM AND RAM

:CLEAR ALL CONDITIONS

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

NEXT WORD IS INSTRUCION,

F 10

P11

12-JAN-82 09:50

HARDWARE TESTS

. SROMCLK

RS,
4>
114377-<406~
PC,RAMDAT
JSR

004537 003100
020166
116377
020172
020174 004737 003330
020200
020202
020204

om%
020212

020214

020216
020220

02022
020222
020224
020226
020226
020226
020230
020230
020232

000001
120504
001406
104455

28:

104410
000002

:
100008

104405

104404

004737

003166

020246

004537

003100

020252

020254

100403

004537

RS.Ré
$

TRAP

gsenor

"WORD
"WORD

EMO
ERRS

.WORD

000005

020242

020246

1
(MP8
8EQ

ERROR

005055
006556

(SESEG
TRAP
BGNSEG
($BSEG
TRAP
SKIP06 68
:GOTO 68 IF M8206

ISR

PC,CLRALL

JSR

RS, . SROMCLK

SROMCLK
100403

SROMCLK

003100

020260 004737
102000 003330
020270
020272

120504
001406

(MP8
BEQ

RS.Ré
4$

020300
020302

104455
000005

TRAP
WORD

CSERDF
S

-WORD

ERRS

WORD

100018-.

TRAP

CSESEG

TRAP

($BSEG

020354 004537 003100

JSR

RS, . SROMCLK

004537 003100
020336
106125
020340 004737 003330

. SROMCLK
104125-<406r4>
CRAMDAT

020306

020310
020310

020312

020314
020314
020314
020316
020316

104410
00000
104405
104404

020332

020344 000007
020346 120504
020350

ERROR

005055

006556

001406

RS, . SROMCLK

1ooooo'<4obn4>
PC,RAMDAT

020262
020266 000004

-WORD

48:

100018:

TO ROM PC OF 1777
:JUMP
:R4=CRAH PC (LS8 8 BITS)
SEXPECTED DATA
$IS ROM PC CORRECT?
*BR IF YES

*ERROR, CRAM PC IS WRONG

ESCAPE SEG
CSESCAPE
TRAP
100008~
LWORD
ENDSEG

JSR

020274

SEQ 122

;CLEAR ALL CONDITIONS

SNEXT WORD IS INSTRUCTION,
:START AT ROM PC=3

SNEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 0

*R4=CRAM PC (LSB 8 BITS)
*EXPECTED DATA
SIS ROM PC CORRECT?
‘BR IF YES

SERROR, CRAM PC IS WRONG

ESCAPE SEG
TRAP
CSESCAPE
ENDSEG
)

7
C(MP8

BEQ

RS.R&
6%

:JUMP
TO ROM PC OF 525
*R4=CRAM P( (LSB 8 BITS)
SEXPECTED DATA
*IS ROM PC CORRECT?
‘BR IFYES

610

CZomaD.P11

5062
5063

020352
020356

5065
5066

020362
020364

S064

S067

5068

5069

S070
5071

5072

5073
5074

2877'2
5077

S078

12=-JAN=-8¢2 09:50

020360

0%0366

020366
020370

02037
020372

104455

5
gSERDF

005055
006556

WORD
.WORD

EMO
ERRS

TRAP

CSESCAPE

-WORD

000005

6$:

104405

020374

104401

10002$:
ENDTST
L10067:

;ERROR, CRAM PC IS WRONG

ESCAPE SEG

LMWORD

000002

020372
020374
020374

HARDWARE TESTS

ERROR
TRAP

104410

SEQ 123

ENDSEG

100028-.

TRAP

CSESEG

TRAP

CSETST

BADHEAD

020376

snnnnennnnnnees JEST 22 NRERRARANANANARS

tCRAH TEST OF JUMP(1) ON BR1 CLEAR HICRO-PROCESSM INSTRUCTION.

S079

*CLEAR THE BR1 BIT,

5080

PERFORM THE JUMP INSTRUCTION.

5081

tVERIFY THE JUMP Dib OCCUR BY CLOCKING THE INSTRUCTION

5084
5085
5086
5087 020376

*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
tTHE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL
tTHEN PORT4 WILL CONTAIN A 37
BADHEAD
Junnnannnnnnnne TEST 22 RARNANAANANNRER

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

5082
5083

S088
5089

5090
5091

5092

BGNTST
T22::

020376
020376

020376

509
5094 020406 104432
5095 020410 000240
5096 020412

020412 013701 002516
5098
020416
S099 020422 004737 003474

5105

020426
020426
020430
020434
020434

020440

5106 020442

104404
004737

003166

004537

003100

100400

:DON'T DO IF M8200.

MoV

KMCSR,R1
MSTCLR
JSR
PC,MEMSET

ORD DEVICE ADDR.
sMASTER
ELE
n
szoo.m
.SE MEM AND RAM

C$BSEG
JSR
PC,CLRALL
SROMCLK

:CLEAR ALL CONDITIONS
sNEXT WORD IS INSTRUCTION,

100400

SSTART A

:D0 NOT DO TESY 1F H8200
fRAP T CSEX
-WORD
L10070MY INT

5097

5100
5101
S10§
5103
$1064

MACEX2

18:

BGNSEG
TRAP
JSR

RS, .SROMCLK

SRMCLK

020446 116777
5108
5109 058250 004737 003330

RS, .SROMCLK
1143771 <600%5>

5114

TRAP

gSERDF

<WORD

EMO
ERRS

5107

020442

004537

003100

5110
54 000001
120504
020456
5111
5112
0460 001406
5113 020462

1
CMPB
BEQ
ERROR

5115
5116

.WORD
WORD

5117

020466

020470
020472

020474

104455

000005
005055

006556

PC RAMDAT
RS.R4
is

PC=0

NEXT U(RD lS INSTRUCION,

:JUMP TO ROM PC OF 1777

RA-CRAH PC (LSB 8 BITS)
EXPECTED DAT
I ROM PC CORRECT’
BR IF YES
:ERROR. CRAM PC IS WRONG

H 10

CZ0MaD.P11
5118

020476

5121
51 2%

02050
02050

12-JAN-82 09:50

5119 020476
5120 020500

5123

5126
5125
5126
5127

020502

020504
020504
020506

HARDWARE TESTS
2s:

104410
000002

10000$:

104405

ESCAPE SEG

TRAP
LWORD

CSESCAPE
100008-.

TRAP

CSESEG

ENDSEG

BGNSEG
C$8SEG
TRAP
SKIPO6 63
:GOTO 68 IF M8206

104404

PC,CLRALL
JSR
SROMCLK

5128 020516 004737 003166
5129 02052

JSR

RS, .SROMCLK

003100

JSR

R5, . SROMCLK

5135 020536 004737 003330

JSR

5130

020522

004537

003100

5133

020530

004537

5131 020526 100403
5132 020530

5134 020534 102400

100403
SROMCLK

100000 <400+5>

PC.RAMDAT

5136
5137
5138
5139
5140

020542 000004
020544 120504
020546 001406
020550
020554 104455

4
cMP8
BEQ
ERROR
TRAP

514%
5143

020560
020562

005055
006556

+WORD
.WORD

RR5

TRAP
.WORD
ENDSEG

CSESCAPE
10001$~-.

TRAP

CSESEG

TRAP

C$8SEG

JSR

R3 . . SROMCLK

JSR
7
CMP8

PC,RAMDAT

5141

5144

02C556

020564

-WORD

000005

4$:

020564
020566
020570

104410
000002

020570

104405

5151

020572

104404

5154

020600

004537

003100

5157

020603

004537

003100

5145
5146
5147
5148

5149

5150

020570

020572

10001$:

5158 020612

106525

PC.CLRALL
JSR
SROMCLK
R5,.SROMCLK
JSR
100406
SROMCLK

1061251 <400+5>

5159 020614 004737 003330
000007
5160 02
2 120504
5161 0
5162
5163
5164

020626
6
0
0206

001406

5167

020640

006556

5169
5170

020642
020644

5165
5166

5168

5171
51 7§

5173

020634

02064

020646
020646

020646

BEQ
ERROR
TRAP

104455

-WORD
-WORD

000005
005055

104410
000002

104405

R5.Ré
43
5
gSERDF

6$:
100028:

sCLEAR ALL CONDITIONS
sNEXT WORD IS INSTRUCTION,
sSTART AT ROM PC=3
sNEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 0

sR4=CRAM PC (LSB 8 BITS)

sEXPECTED DATA
21S ROM PC CORRECT?
sBR IF YES
;ERROR, CRAM PC IS WRONG

ESCAPE SEG

BGNSEG

5152 020574 004737 003166
5153 020600

5155 020604 100406
5156 020606

SEO 124

R5.R4
gSERDf

.WOR

RRS

TRAP
.WORD

SESCAPE
00028-.

TRAP

CSESEG

ESCAPE SEG
ENDSEG

sCLEAR ALL CONDITIONS
sNEXT WORD IS INSTRUCTION,
sSTART AT ROM PC=6
SNEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 525

sR4=CRAM PC (LSB 8 BITS)
SEXPECTED DATA
21S ROM PC CORRECT?

:BR IF YES
;ERROR, CRAM PC IS WRONG

110

5174

020650

CEBEIRARET2B
IS

CZ0MaD.P11

020650

HARDWARE TESTS
ENDTST

104401

L10070:

020654

CSETST

cannannnnananes TEST 23 anennnnaneneene

i
D e cd i
—h

020652

TRAP
BADHEAD

020652

o i

b e

D e

VIVIAIAWVIAVABAWVWAIAWIWAW

5175

020650

12-JAN-82 09:50

SEQ 125

020652

s*CRAM TEST OF JUMP(1) ON BR4 CLEAR MICRO-PROCESSOR INSTRUCTION.
+*CLEAR THE BR4 BIT, PERFORM THE JUMP INSTRUCTION.
S*VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION
s*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
s*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,

S«THEN PORT4 CONTAINS A $7

BADHEAD

IF THE CRAM PC 1S NOT RIGHT.

Junnnsnnnenneer TEST 23 anannnnannnanen

J 10
12-JAN-82 09:50
so

020666

MORD

000240

020670

013701

020700

004737

003474

020704
020706

104404
004737

003166

020716

004537
100400

003100

020720
020724
020726

004537
117377
004737

003100

-—b -

(=] (=]
~~

MACEX2
-D0 NOT DO TEST IF

fRAP

104432

002516

HARDWARE TESTS
BGNTST
Te3::

&
2
W V]

020664

=4 =4

O~NOWV
NN =

—_—O00
= OO0~

VIAVITVIAWAWVMAAIA
N IVIAVNAWIW
NP PNINININININ)
= b b b b b b

0
W ~N

CZ0MaD.P11

003330

SEQ 126

1$:

MY INT
MOV
MSTCLR
JSR
BGNSEG
TRAP
JSR
snonch

1oo4oo

snonch

CSEXIT

L10071-.
KMCSR,R1
PC,MEMSET

C$BSEG

PC,CLRALL

RS, .SROMCLK
RS, . SROMCLK

114377'<406*6>
JSR

;DON'T D0 IF M8200.

8200’

PC,RAMDA

;RECORD DEVICE_ADDR.

;MASTER CLEAR M8200,4,7

;SET MEM AND RAM

sCLEAR ALL CONDITIONS

;NEXT WORD IS INSTRUCTION,
sSTART AT ROM PC=0

:NEXT WORD IS INSTRUCTION,
:JUMP TO ROM PC OF 1777

:R4=CRAM PC (LSB 8 BITS)

K 10
C20MQD. P11

12~-JAN-82 09:50

020732

000001
120504
001406
104455
000005
005055
006556

28:

104410
000002

100008:

104405
104404

5234

021020

CMP8
BEQ
ERROR
TRAP
-WORD
WORD

RS.R4
$

.WORD
ENDSEG

100008-.

TRAP
BGNSEG
TRAP

CSESEG

.WORD
ESCAP

SKI1P06

004737

003166

004537
100403

003100

004537

003100

003330

SEQ 127

HARDWARE TESTS

gSERDF

EMO
ERRS

C$8SEG
6%

:GOTO 68 IF M820%

PC,CLRALL
JSR
SROMCLK

JSR
100403

R5, .SROMCLK

JSR

RS, . SROMCLK

SROMCLK

sEX PECTED DATA
;1S ?OH PC CORRECT?
B8R F YES
ERR 0 R, CRAM PC IS WRONG

sCLEAR ALL CONDITIONS
SNEXT WORD IS INSTRUCTION,

sSTART AT ROM PC=3

SNEXT WORD IS INSTRUCTION,

}ggooomobtw - JUMP TO ROM PC OF 0
sR4=CRAM PC (LSB 8 BITS)
PC,RAMDAT
sEXPECTED DATA

L 10

CZDMQD P11

5239
5240

021022
021024

12-JAN-82 09:50

120504
001406

SEQ 128

HARDWARE TESTS

CMPB
8EQ

R5 R4
43

:1S ROM PC CORRECT?
s8SR IF YES

n10

021026
021032
021034

021036
021040

12-JAN-82 09:50

104455

ERROR
TRAP

5
ESERDF

005055
006556

.WORD
.WORD

EMO
ERRS

000005

SEQ 129

HARDWARE TESTS
+WORD

;ERROR, CRAM PC IS WRONG

N 10

NOONNNO
OO
NN

FRIATIFRERRER

e lelelelollal=l"]

MNINININININONINN

12-JAN-82 09:50

4$:

104410

000002

10001$:

104405

003166

NNNNNNN-D-I-._.2°
RSB BNOORSTNOSN

b md cud cud cnb cud cxd cnb wbd ad cub od

ESCAPE SEG
TRAP
CSESCAPE
WORD
100018$~.
ENDSEG
TRAP
CSESEG
BGNSEG
TRAP
($BSEG
JSR
PC.CLRALL
SROMCLK

JSR
100406

003100

RS, .SROMCLK

SROMCLK
JSR
RS, . SROMCLK

:CLEAR ALL CONDITIONS
SNEXT WORD IS INSTRUCTION,
:START AT ROM PC=6
*NEXT WORD IS INSTRUCTION,

104125'<400%6> :JUMP TO ROM PC OF 525
JSR
PC,RAMDAT
:R4=CRAM PC (LSB 8 BITS)

003330

SEQ@ 130

HARDWARE TESTS

003100

7
(P8
BEQ

RS.R4
6$

TRAP

CSERDF

ERROR

6$:

100028:

ENDTST
L10071:

021130

SEXPECTED DATA
:IS ROM PC CORRECT?
‘BR IF YES
A

ERROR, CRAM PC IS wiil\G

MORD
S
JWORD
EMO
D
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
100028-.
ENDSEG

TRAP

CSESEG

TRAP

CSETST

BADHEAD

sennnaannansant TEST 24 senssenanntanes

s«CRAM TEST OF JUMP(I) ON BR7? CLEAR MICRO-PROCESSOR INSTRUCTION.
:*CLEAR THE BR7 BIT, PERFORM THE JUMP INSTRUCTION.

S«VERIFY THE JUMP DD NOT OCCUR BY CLOCKING THE INSTRUCTION
s«IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
2+BR WITH THE LOWEST 8 BITS GF 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.

g;;fi;},’°*" CONTAINS A $7

WIS guu
(=1=]

snanannnsnanene TEST 24 wnannsnansnense

OoONrrNO

b and b
b aud ab
ol e aud end cud
-l el cd b b

000

021130

S CONONNS NN = OV ~NO

WAIVAILAWVIVAVIVAVIVAAA NN
NI
NINIALANININININD NN
s

CZ0mMaD.P11

BGNTST
T2h::

fRAP

10443
00024

013701

MACEX?
:DON'T DO IF M8200.
-D0 NOT DO TEST IF M8200

002516

CSEX]T

.WORD

L10072-.

novV

KMCSR.R1

NYINT

MSTCLR

-RECORD DEVICE ADDR.

sMASTER CLEAR M8200,4,7

12-JAN-82 09:50

Nmmdddgogwflflogooom
SNOHNOROS
SN
NNOO
S

b e
b o
cnd
e
-b

and and e

b cd

POPI AL NI AN NI NN

021226

004737

003474

104404
004737

003166

004537

003100

100400

004537
17277
004737
000001

104455
000005
005055
006556

100008:

004537
100403

003100

TRAP

PC,CLRALL

JSR
1oo 03

RS, . SROMCLK

snonch

PONIA)
b b b b b

10001$:

004537

003100

:JUMP TO ROM PC OF 1777

:R4=CRAM PC (LS8 8 BITS)

;EXPECTED DATA

;IS ROM PC CORRECT?

:BR IF
YES
sERROR, CRAM PC IS WRONG

sCLEAR ALL CONDITIONS
:NEXT WORD IS INSTRUCTION,

sSTART AT ROM PC=3

:NEXT WORD IS INSTRUCTION,

PC OF 0
oba7> : JUMP TO ROH
1ooooo'<4PC.RAMDAT
R4=CRAM PC (LCB 8 BITS)
éxpscrso DATA

4S:

003166

;NEXT WORD IS INSTRUCTION,

OMCLK

‘

C(MPB
BEQ
ERROR
TRAP
.WORD
"WORD

004737

CLEAR ALL CONDJTIONS

CSESEG

JSR

snonch

003330

104404

PC,RAMDA

(CSBSEG
SKIP06 6$
:GOTO 6$ IF M8206

104404

003166

RS, . SROMCLK

RS.R&
CMPB
23
BEQ
S
ERROR
CSERDF
TRAP
S
WORD
EMO
"WORD
ERRS
"WORD
ESCAPE SEG
TRAP
CSESCAPE
100008~-.
.WORD
ENDSEG
BGNS
TRAP

sSET MEM AND RAM

s START AT ROM PC=0
sNEXT WORD IS INSTRUCTION,

114377'<406~7> T

2%:

004737

PC,MEMSET

1oo 00

003100

021332

JSR

BGNSE
TRAP
($BSEG
JSR
PC,CLRALL
SROMCLK
JSR
RS, .SROM CLK
snoncL

120504
001406

104405

021250

1$:

003330

104410
000002

021240

HARDWARE TESTS

003100

NNNOOONSNO

oo~

PIN)

b b o cacd

b o csed cd o

=2 OOV WN—O

VI
WMIANAAIWAA VIV
NN
N UNN N NN NN NN NN

) wnd

b b b b b b b —b b

o (olelelalelelelelalelelaleloloelele]
~N ORI RO R
R R AR A RO RIPO NN D

SEQ 131

‘WORD

ESCAP
TRAP

.WORD
ENDSEG

TRAP
BGNSEG
TRAP
JSR
SROMCL

JSR

RS.R4
X3
S
gseaor

*IS ROM PC CORRECT?

*BR IF YES
*ERROR, CRAM PC IS WRONG

EMO
ERRS
CSESCAPE
0018-.
CSESEG

($BSEG
PC,CLRALL

RS, .SROMCLK

sCLEAR ALL CONDI TIONS
sNEXT WORD IS INSTRUCTION,

12~JAN-82 09:50

HARDWARE TESTS

100406
SROHCL

100406

004537

1041zs'<406~7> AT

003100

003330

NN
S

NOS OO0

WA
SEW

b = el

006556

6$:

104410

000002

:
100028

104405

ENDTST

L10072:

104401

RS, . SROMCLK

#SR

PC,RAMD

CMP8

R5.R4

ERROR

BEQ

b cd
b wd il
ad end cnd

b cnd cnd wd e

NN N

[ele]lelelolelolelaleloclolelolalolels]

NINIAININIAINININININININD NININUNOND

oo
o V00 NO VIS

NN = O V0O ~NOM

\h&\h\fl\h\fi\fl\fl\h\fl\h\fl\fl\h\.fl\h\h\fl\fl\fl \.fl\.fl\flw
ES NN

00
Wi -t OO

CZDMQD. P11

SEd 132

gSERDF
TRAP
.WORD
EMO
.WORD
ERRS
WORD
ESCAPE SEG
CSESCAPE
TRAP
10002$~-.
LWORD
ENDSEG
TRAP

CSESEG

TRAP

CSETST

sSTART AT ROM PC=6
;NEXT WORD IS INSTRUCTION,
:JUMP TO ROM PC OF 525

sR4=CRAM PC (LSB 8 BITS)
;EXPECTED DATA

:IS ROM PC CORRECT?
:BR IF YES
:ERROR, CRAM PC IS WRONG

BADHEAD

ttttt'ttttttt' TEST 25 sannnsannnnnans

tHAIN 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

a;gEgT REALLY DIDN'T CHECK PAGE DUAL ADDRESSING

021404

sannannnnnanees TEST 25 ennnnnnnnsanene

dGNTST
T25::

021404
021404
021404
021414

*D0 NOT DO TEST IF M8200" oa M8204

fRAP

104432

000156

013701

R 4K CPUS ONLY.

KGONLY

L10073-.

MOV

KMCSR,R1

MY INT

002516

39 000037 021456 18:
0437
050237 021456

005

CSEXIT

. WORD

HSTCLR

004537
010000

003044

BIC 437,28
8IS R2,2$
ROMCLK
13500 RS, .ROMCLK

021456

004537
004000

003C44

ROMCLK
JSR

021460

010261

000004

004537

003044

2$:

4000

RS, .ROMCLK

MOV R2,4(R1)
R OMCLK
RS, .ROMCLK
JSR

;RECORD DEVICE ADDR.
:R2 WILL BE PAGE #

*CLEAR UNUSED BITS
sADD cunnent PAGE MARKER.
*SET ADDR D
SCLOCK INSTRUCTION
;OF PAGE X
*CLOCK INSTRUCTION

STHIS LOCATION MODIFIED 8Y LOST
SFEW INSTRUCTIONS
*PUT PAGE # INTO PART &
SCLOCK PART & INTO MEMORY
;CLOCK INSTRUCTION

D 11

HARDWARE TESTS

12-JAN-82 09:50

PN
470
472
474
5

122500
005205
03270
0017564

SEQ 133

122500
INC R%
BIT #20,R2

000020

BEQ 1$

;WHOSE PAGE # IS IN R2
sUPDATE PAGE #
sDONE ALL PAGES?
sNO=DO NEXT ONE

s0K, ALL LOADS OF ALL PAGES
sCONTAIN THIER PAGE NUMBER, NOW
sWE'LL GO BACK THROUGH
sTHEM CHECKING THEM OUT.

guwNNNd—l—l
NO SN0 R

004537
004000

000037
021522
003044

021522

3s$:

4$:

003044
000004

8IS R2,4$
ROMCLK
iggo

RS, .ROMCLK

ROMCLK

BEQ 58

ERROR 13

oS NO S

BIC #37.48

RS, .ROMCLK
JSR
041226
MOVB 4(R1).Ré
MOVB R2,RS
CMP8 RS.Ré

(S
LV LY RV
IV,](L V[V [V 1V [V [V, 1V, IV, ] AV
VAV
AV IV T 2 a3

042737
050237

:R2 STILL HAS PAGE NUMBER

CLR R2

005002

TRAP
MORD

.WORD

CSERDF
13
EMO

ERR13

:LOAD PAGE NUMBER
$CLOCK INSTRUCTION

:MOVE MEM TO PART &
$CLOCK INSTRUCTION
:*FOUND"*
S"EXPECTED"’
*ADDRESS PROBLEM?

:PAGE ADDRESSING ERROR IN MAIN

JMEMORY.

:MAR BITS 8 THROUGH 12 ARE REPRESENTED
:BY R2 ("EXP'ED')BITS 0-4)
5$:

021560

021572

021574
021574
021574
021576

001744

104401

ESCAPE TST
TRAP
CSESCAPE

L10073-.
LWORD
INC R2
BIT #20,R2
BEQ 3$

000020
ENDTST
L10073:

TRAP

sUPDATE PQGE ADDRESS
sALL DONE?
sNO=CHECK NEXT PAGE.
sYES-EXIT.

CSETST

BADHEAD

suennnnnnennnses TEST 26 snnnnnsnnnennns
I3

s*JUMP FIELD,PAGE TEST
1T

s*IN THIS TEST WILL MAKE SURE A JUMP FIE LD INSTRUCTION
WE'LL PUT THE DESI RED PAGE,FIELD
s*WORKS. 70 DO THIS,
THEN ISSUE A J umP FIELD
1BUS*<15>
s*INORMATION IN

021576

é‘BfiEflDUE'LL READ PC REG. AND VERIFY.

E 11

P11

SEQ 134

HARDWARE TESTS

12-JAN=82 09:50

;tttttttttttttt TEST 26 (T332 222323 3222 ]

BGNTST
T26::

021576
021576

021576

021606
021610
021612

D0 NOT DO resr IF 8200 on M8204

RAP
MORD

104432
000132

MY INT

MO,

021612 013701 002516

MSTCLR

021616

021622

005002

021624

042737

021632
021636
021636
021052
021644
021644
021650
021652

000017

050237 021642

021642

004537 003044
000400
004537 003044

18:

28:

061233

021652

004537

003100

021660

142761

000002

021656

100000

021666
021666 004537 003044

VSN =2 OV

NOM NS WN=O

-‘-‘-'-‘-.-‘-‘SOO
oo~

VIV
WAV WAWVIVAAANWNAVIAW
ViV i
naa
PONLNIROAYND
= =d b

021706

021716
021720
021722

021724

005202

021740

001731

38:

:BAS FORM FOR JUM FIELD INSTR.
LEAR ROM]
INSTR.
uéxr
;CLOCK
$CLOCK INSTRUCTION

MOVB 4(R1) .Ré

<GET IT.

MOV

R2,RS

TRAP
.WORD
"WORD
"WORD

CSERDF

EMO
ERR14

ESCAPE TST
CSESCAPE
TRAP

LMORD

8IT #20.R2
BEQ

SMOVE IBUS*TO PORT &
SFIELD OK?

*IF 0K GO AHEAD

;CHANGE FIELD INSTRUCTION

;ee+ BO

:FAILED. FOR FIEL ,PAGE INDICATES
0,1,2.3 OF
*BY "EXPECTED'’ 8I7S

*EXPECTED REPRESENT FIELD BITS.

L10074~.

INC ag

EN
L1

SSET nm # INTO INSTR.
:CLOCK FIELD BITS INTO BREG.
SCLOCK INSTRUCTION
SCONTAINS FIELD,PAGE exrg
SXFERR BREG INTO IBUS*<13>
*CLOCK INSTRUCTION
:GET INSTRUCTION CLOCKED.

ROMCLK
RS, .ROMCLK
JSR
ERROR 14

021734 032702 000020

021742
021742

RS, .SROACLK

CMPB R4 ,R2

104455
000016
005055
007664

021732

BIS R2,2$
ROMCLK
RS, .ROMCLK
JSR
ooo4oo
ROMCLK
RS, .ROMCLK
JSR
061233
SROMCLK

BEQ 38

001407

104410
000012

ANY JUNK
;CLEAR

121264
#2C<17> R4
8IC

120402

021726
021726
021730

BIC #17,28

8ICB #BIT1,1(R1)

000001

:RECORD DEVICE ADDR.

KMCSR,R1

:R2 TO CONTAIN FIELD #

100000

021710 010205

021712

CSEXIT
L10074~.

CLR R2

JSR

021672 121264
021674 116104 000004
021700 042704 177760
021704

R 4K CPUS ONLY

K4ONLY

;UPDATE TO NEXT FIELD

‘DONE ALL FIELDS?

F 11

CZOMAD.P11
5528

§529

HARDWARE TESTS

12-JAN-82 09:50

gggg 021742

TRAP

104401

sennnnnannnnent TEST 27 nennnnnnantnnet

5530

::JUHP TEST, JUMP ALWAYS, JUMP CHANGE FIELD

SoIN THIS TEST, WE WILL CHECK THE ABILITY OF THE
t«MICRO PROCESSOR TO JUMP (BRANCH & ALWAYS INSTRUCTION)
2#TO LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.
toWE ALREADY KNOW THAT THE BRANCH INSTR WORKS FROM

5533

5534

5535
5536
5537
5538
5539

PROCEDURE:
*«OTHER TEST.
1. START ADDR 0, FIELD 0
1
1
. a«CALCULATE NEW ADDRS, FIELD

5540

5541

ggzg

5544

1
1
e

5545
5546
5547

1
1
1
1

5548
5549
5550
5551

5552
5553
5554
5555
5556

I
ot
o
I
13

5558

021744
021746
021744

127::

5566 021744 013701
5567 021750
5568

1
2
3
10
1

:70

021762

021764

000336

5575

5576
5577 021776 012702 000000
5578
022002

LOC
0
1
2
3

7
11
:

377

012737

BGNTST

MYINT

frRAP

012737 000000 002406
021770
557§
5574

5581

RESTARTS AT ZERO.
NET RESULT IS JUMPS FROM:
FIELD,PAGE
0

:RECORD DEVICE ADDR.
KMCSR,R1
MOV
:4K CPUS ONLY.
K4ONLY
DO NOT DO TEST IF M8200, OR M8204

002516

5569 021760 104432

5580

. INC LOW BYTE OF ADDRESS FOR PC ADDRES 0-7
° INC LOW BYTE OF NADDRESS FOR PC ADDRESS 8-11
BITS REPRESENTED AS BITS 0-=3. WHEN 0-3 OVERFLOWS,

INERRRNREARARRS TEST 27 tatanstssannans

Sgg}

5579

T0 CALCULATE NEW ADDRESS:

BADHEAD

5560 021744

5570

S. REPEAT STEP 2-4 256.TIMES

5559

g§;1

VIA INC,
4. READ PC FROM IBUS=12 AND IBUS*13

CAUSE JUWP (RRANCH) TO NEW ADDRESS

5557

CSETST

BADHEAD

021744

ggg}

5563
5564
5565

SEQ 135

000000

002412

cssx;r

WORD

L10075-.

MoV

#0, FLAG

TO REPRESENT
:FLAG
sFIELD,PAGE

MOV

#0, R2

*CHANGE #0 PORTION OF INSTR.
*R2 TO CONTAIN JUMPED
STO CHANGE STARTING IMM ADDR.,

MOV

#0, FADR

MSTCLR

:LOOP HERE

STO VARIE STARTING PAGE,FIELD,
SVARIE #0 PORTIONS OF INSTR.
*ADDRESS

6 1

HARDWARE TESTS

12-JAN-82 09:50

VIV VIVIAMWAVIAWIWAW Al

000
N ledlel
b Wi
=82&3& SRR

C20MaD.P11
AN
v Vi

042737

000017

022050

18:

BIC #7.,28
MOV FLAG,RO

013700
00

BIC c~c<17> RO

007 777.38
BIC R2,3$
8IS R

022064

003044

;

BIS

ROMCLK

2$:

003044
003100

3s:

RS,.ROMCLK

sCLOCK INSTRUCTION

JSR
100000

RS, .SROMCLK

121244

R5, .ROMCLK

RS, .ROMCLK

022102
022106

000004
170000

MOV 4(R1) .Ré

022112

022050

MOV 28 R5

170377

BIC #170377,R5
8IS R2.R5
SKIP06_ 5%
:GOTO 58 IF M8206
RS
INCB

022140

BIC

022156

#170000.R4

SWAB R

104455
000017
005055
010006

:MOVE PAGE,FIELD # TO BREG.

MOV

BREG D PC HIGH REG.

sNOW CLOCK IT IN BY JMP FIELD INSTR.
sREAD PC REG HI

;CLOCK INSTRUCTION
sREAD PC REG LOW

;CLOCK INSTRUCTION
sREAD PC REG (NOW IN SEL 4)

;STRIP FOR ONLY PAGE,FIELD BITS.
:NOW FROM ADDR WE WANTED TO

:JUMP TO
$CLEAR JUNK

;ADD IMMED ADDR

sUPDATE ADDR. EXPECTED SENCE THE READ
:OF THE 1BUS <13> INC THE PC.

CMP RS,Ré
BEQ 4$
ERROR 15
CSERDF
TRAP
15
JMORD
EMO
.WORD
ERR15
+WORD

020504
001406

;NOW ADD’ IMMEDJATE ADDR

JSR__
61233

ROMCLK

ROHCLK

5%:

<NOW POSITION IN INSTR.
sNOW FOR_IMMED. BR INSTR.

sCLOCK INSTRUCTION

12126

022126

:INORDER TO INC, DEC FIELD,PAGE

RS,.ROMCLK

ROHCL

003044

sCLEAR JUNK FROM FIELD

;PORTION OF CHANGE FIELD INSTR

JSR __
000400

SROMCLK

003044

022136
022140

SEQ 136

sJUMP GO 0K?
:YEA, CONTINUES

:FAILED TO JUMP PROPERLY.

'?ROH ADDR“ REPRESENTS
THE DRESS WE STARTED AT
REPRESENTS WHERE
TED T0 JuMP TO,

:
" REPRESENTS WHERE
WE WENT TO.
-REM X

H 11

12-JAN-82 09:50

SEQ 137

HARDWARE TESTS
15

!UNUSED !
!
!

987

! PAGE
! BITS

FIELD
BITS

sTHIS éf A PICTURE OF THE

BITS
BITS

!IMMED. ADDR
!

0
!
!

P.C. REG.

0=7 ARE IN IBUS*<12>
8=11 ARE IN IBUS*<13>

THEY GOT CLOCK IN THERE VIA JUMPS TAKEN
THE FIELD BITS

ARE IN BIT POSITION 0,1 OF THE INSTRUCTION AT 2.
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'’
%

022160
022160
022162
022164

022170

104410
000136
010437

005237

022174 105202
022176

48:
002412

002406

001304

ESCAPE TST
CSESCAPE
TRAP
L10075-.
.WORD
MOV Ré,FADR

INC FLAG

;UPDATE PAGE,FIELD

SUPDATE JMMED. ADDR

INCB R2

BNE 18

$LOOP IF NOT DONE.

T#CHECK HERE TO SEE IF MASTER CLEAR CLEARS P.C. REG
:t

022200

022210 005737 002470
022214
022216
022222

022224
022230
022234

001041
005737
001036

052711
105761
042711

002472

040000
000001
040000

SKIP06

408

fsT

RUNS

BIS
IS8
BIC

#40000, (R1)
1(R1)
#40000, (R1)

-GOTO 408 IF M8206

BNE
ST
BNE

408
RUNINH
408

:SET MASTER CLEAR

:TO RUN THIS SECTION OF CODE YOU MUST TURN SW7 OF SWITCH PACK #E28

“OFF SO THAT M8207 NOT SELFSTARTING.

022240
022240

004537

022244 121265
022246
022246
022252

004537
121244

022260

121265

003044

ROMCLK
JSR

RS, .ROMCLK

:WE MUST FIRST CLOCK
*CLOCK INSTRUCTION

003044

ROMCLK
JSR
121244

RS, .ROMCLK

SBEFORE WE CAN READ THEM
$CLOCK INSTRUCTION

022254
022254 004537 003044

121265

ROMCLK
JSR
RS, .ROMCLK
121265

*THE PC LATCH
REGS

PC REG HI, PUT IN PORTS
:REG
sCLOCK INSTRUCFION

CZ0MAD.P11

12-JAN-82 09:50

5694

5695 ozgze

5696 020062
5697

022266

ROMCLK

JSR

004537 003044

121244

CLR

5698 022270 005005

MOV
BIC

5699 020272 016104 000004
5700 022276 042704 170003
5701 022302 001406
5702
5703
5704
5705

BEQ

5709
5710
5711
5712
5713

022310
022312
022314
022316

5716
5717
5718

022320

5714
5715

5719

5720

022320
022320
022320

022322

ERROR

TRAP
WORD
"WORD
"WORD

104455
000055
005055
011124

104401

‘

RS, .ROMCLK

:REG PC REG LOW, PUT IN PORT4

*CLOCK INSTRUCTION
;EXPECT ZERO

“READ PC REG FROM PORT 485

408

:IF CLEARED,

4(R1) R4
#170003,R4

EXIT

*NOTE WE ALSO CLEARED BIT 1 OF THE

*PC REG, BECAUSE AFTER THE MASTER
CLEAR WE DID TWO INSTRUCTIONS TO
AD 1T, THUS CAUSING THE PC REG

ro cer BUMPED.

2;89

5708 022304

SEQ 138

‘

HARDWARE TESTS

408:
ENDTST
L10075:

TRAP

BADHEAD

CSERDF
45
EMO
ERR4S

;MASTER CLEAR FAILED TO CLEAR

:PC REG

CSETST

nuunnntt TEST 28 senasnnanasnanns

g;g;
5723
5724
5725
5726

-Junp TEST, JUMP ALWAYS, JUMP CHANGE FIELD
~1~ THIS TEST, WE WILL CHECK THE ABILITY OF THE
1«MICRO PROCESSOR TO JUMP (BRANCH & ALWAYS INSTRUCTION)
1#TO LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.
t«WE ALREADY KNOW THAT THE BRANCH INSTR WORKS FROM

5728
5729

x
e
i
ox

5727

5730
5731

g;g?

-orusa TEST.
R
H

5734

5738
5739

o
12

5735
5736
5737

5740
5741

5742

x
e
2

e
e

ocsouae

1. START ADDR 0,FIELD O
*2CALCULATE neu ADDRS FIELD VIA DEC,
JUHP (BRANCH) T0 NEW ADDRESS
.. CAUSE
BUS*12 AND IBUS*13
F
4. READ PC
5. REPEAT STEP 2-4 256.TIMES
TO CALCULATE NEW ADDRESS:

. DEC LOW BYTE OF ADDRESS FOR PC ADDRES 0~7
° DEC LOW BYTE OF NADDLESS FOR PC ADDRESS 8-11
BITS REPRESENTED AS BITS 0=3. WHEN 0-3 OVERFLOWS,
RESTARTS AT Z2ERO.
NET RESULT IS JUMPS FROM:

FIELD,PAGE
-0

LOC
0

377

J "
CZ0MaD.P11

SEQ 139

HARDWARE TESTS

12-JAN-82 09:50

376
375

L 2% 2% 2% J

AR
YR TN J

000

BADHEAD

cannnanannsensest TEST 28 soannnnannantnne

T28::

013701

022360

K4ONLY

fRAP

022442

022444

002406

022460

MOV

#0. FLAG

000000

012702

000000

MoV

#0, R2

000000

MOV

#0, FADR

002412
022426

18:

042737
050237

022442

004537
000400

003044

004537
061233

003044

004537
100000

003100

004537

003044

004537

003044

016104

000004

121244

ONLY.

;

8IC ao? 777.38
BIS R2,3$

2$:

STO CHANGE STARTING IMM ADDR.,

SVARIE #0 PORTIONS OF INSTR.

*ADDRESS

:CLEAR JUNK FROM FIELD

*PORTION OF CHANGE FIELD INSTR
*INORDER TO INC, DEC FIELD,PAGE
>

:NOW POSITION IN INSTR.

sNOW FOR IMMED. BR INSTR.

;NOW ADD’ IMMEDIATE ADDR

RS, .ROMCLK

:CLOCK INSTRUCTION

JSR
61233

RS, .ROMCLK

:CLOCK INSTRUCTION
BREG TO PC HIGH REG.
MOV

JSR

RS, . SROMCLK

JSR

gggggg
SROMCLK

3s:

:FIELD,PAGE
:T0 VARIE STARTING PAGE,.FIELD,
SCHANGE #0 PORTION OF INSTR.
*R2 TO CONTAIN JUMPED

BIC #17.28

8IS

022442

:FLAG TO REPRESENT

:LOOP HERE

MOV FLAG,RO
BIC c~c<i7> RO

121265

022456

L10076~.

0127357

012737

K CPUS

RECORD DEVICE ADDR.

CSEXIT

WORD

MSTCLR

022374

022422

KMCSR,R1

DO NOT DO TEST IF nszoo on n8204

022366
022366

022416

MYINT

MOV

002516

104432
000216

022354

BGNTST

190000

ROMCLK
13?265

RS, .ROMCLK

*MOVE PAGE,.FIELD # TO BREG.

:NOW CLOCK IT IN BY JMP FIELD INSTR.
:READ PC REG HI
*CLOCK INSTRUCTION

ROMCLK

:READ PC REG LOW

MOV 4(R1) ,Ré

sREAD PC REG (NOW IN SEL &)

43?2“ RS, .ROMCLK

*CLOCK INSTRUCTION

K 1

CZ0MaD.P11

12-JAN-82 09:50

SEQ 140

HARDWARE TESTS

#170000,R4

sSTRIP FOR ONLY PAGE,FIELD BITS.

022464

0462704

170000

BIC

022470

013705
000305
042703
050205

022426

MOV 28.RS

;NOW FROM ADDR WE WANTED TO

g{fpng.ns

‘ADD IMMED ADDR

SJUMP TO
SCLEAR JUNK

SWABRS
BIC #170377.RS

170377

GOTO 58 ;F M8206

105205

b1 ¥

INC

sOF THE IBUS <13> INC THE PC.
sJUMP GO 0K?

CMP R5,Ré

020504
001406

BEQ 4%
ERROR 15
TRAP

104455
000017
005055
010006

sUPDATE ADDR. EXPECTED SENCE THE READ

WORD
.WORD
.WORD

:YEA, CONTINUES
:FAILED TO JUMP PROPERLY.

CSERDF

15
EMO
ERR15

2"'FROM ADDR'‘ REPRESENTS

:THE ADDRESS WE STARTED AT
:"'TO_ADDR'* REPRESENTS WHERE
UE EXPECTED TO JUMP TO,

:"BAD ADDR'* REPRESENTS WHERE

:WE WENT TO.
-REM X

IUNUSED !
!
!

987

! PAGE
! BITS

FIELD
BITS

!IMMED. ADDR
!

sTHIS IS_A PICTURE OF THE P.C. REG.

‘BITS 0-7 ARE_IN IBUS*<12>

BITS 8-11 ARE IN IBUS*<13>
THEY GOT CLOCK IN THERE VIA JUMPS TAKEN
THE FIELD BITS

ARE IN BIT POSITION 0,1 OF THE INSTRUCTION AT 28.
33 WAS THE JUMP ALWAYS INSTRUCTION. THE IMMED. ADDR.
S 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

NNNOO

flU’lU\?

022554

NN
Ot
=

WATCH IS THE "FROM ADDR'’,''TO ADDR'

4$:

002412
002406

ESCAPE TST
TRAP ~ CSESCAPE
L10076-.
LWORD
MOV Ré&,FADR

DEC FLAG

:UPDATE PAGE,FIELD

BNE 13

;LOOP IF NOT DONE.

DECB R2

SUPDATE JMMED. ADDR

0
!
!

CZDMaD.P11

12-JAN-82 09:50

SEQ 141

HARDWARE TESTS

" TRAP

104401

CSETST

BADHEAD
tttttttttttttt TEST 29 aanatasasnanntns

* IN THIS _TEST WE'LL VERIFY THAT THE Z BIT CAN BE READ FROM

;v JBUS*<13>, WE ALLREADY KNOW THAT THE Z BIT WORKS PROPERLY,
.‘ ALL WE WANT TO KNOW HERE IS THAT IT CAN BE READ.

E
éAoH
sunannannanest TEST 29 wennwanenwnannn

022560
022560
022560
022560
022570
022572

T29::

frRAP
.

002516
003166

L10077-.

MOV

KMCSR,R1

JSR

ROMCLK

JSR
121264
MOVB

003044

BIC
MOV
(MP8

BEQ
ERROR
TRAP
MORD
"WORD
.WORD

022650

022652

=t
=4
wo

o-nogo
N
g B

003312
003044
000004
177477
000200

18:

CSEXIT

WORD

MSTCLR
MYINT

022720

:M8206 €MB207 ONLY!

K4ONLY

DO NOT DO TEST IF M8200, OR M8204

104432
000200

013701
37

BGNTST

PC, CLRALL
RS, .ROMCLK
4(R1),.Ré&

277477 ,R6
#0,RS

R4.RS

18
16
CSERDF
16
EMO
ERR16

ESCAPE TST
TRAP
CSESCAPE
L10077-.
.WORD
PC,SETZ
JSR
ROMCLK
JSR
RS, .ROMCLK
121264

MOV

4(R1) R4

cnps

#200,RS

axc

BEQ

ERROR
TRAP
WORD
-WORD

#0<300>,R4

Ré. RS
2s’
16

CSERDF

16
EMO

sRECORD DEVICE ADDR.
sCLR CONDITION COD

:NOW READ IBUSt<15>PUT IN PORT &

;CLOCK INSTRUCTION

sREAD IT FROM PORT

:STRIP ANY JUNK,CEZ BITS 6.7
SXPECT IT CLEAR
sFAILURE OF 28C TO BE CLEAR.

:SET Z BIT.

NOW GO BACK AND CHECK Z BIT SET.

;CLOCK INSTRUCTION
sGET INFO.

:STRIP FOR (82 BITS.
;EXPECT ONLY Z BIT SET.

:SET 0K?

;2 BIT FAILED TO SET PROPERLY.

nn
PN

12-JAN-82 09:50

022722

022724

HARDWARE TESTS

010134

+WORD

ERR16

ESCAPE

187
CSESCAPE

104410

003166

L10077-,

2s:

PC,CLRALL

003044

R5, .ROMCLK

000004
177477

4(R1) R4

#40<300>,R4
38
R5
16
CSERDF
16
EMO
ERR16

005005
104455
000020
005055
010134

022772

3s:

L10077:

104401

SEQ 142

TRAP

s FINDFAST

sNOW TRY TO CLEAR Z BIT.

sCLOCK INSTRUCTION

:STRIP FOR C8Z BITS
‘IF ZERO,WE'RE 0K

*ELSE REPORT ERROR

‘7 BIT FAILED TO CLEAR PROPERLY.

CSETST

BADHE

022774

sannnnanneatttts TEST 30 sanannannnnnnes
T3

<% IN THIS TEST WE'LL VERIFY THAT THE C BIT CAN BE READ FROM
s JBUS*<13>. WE ALLREADY KNOW THAT THE C BIT WORKS PROPERLY,
;% ALL WE WANT TO KNOW HERE IS THAT IT CAN BE READ.
*

BADHEAD

022774

sannnsnnnnanntt TEST 30 snnannavanannes

022774
022774
022774

T30::

002516
003166

gg S

r\hc\h ownwn

003044

000004
177477
000000

BGNTST

:M8206 EMB207 ONLY!

K4ONLY
RAP
- WORD
MSTCLR
MYINT
MoV

JSR
ROMCLK
JSR
121264
MOV8

T IF M8200, OR M8204

KMCSR,R1

PC,CLRALL

RS, .ROMCLK

4(R1) R4

2M77687.R4

#0,RS
R4 .RS
18
16
CSERDF
16
EMO
ERR16

sRECORD DEVICE ADD
sCLR CONDITI
sNOW R

sCLOCK INSTRUCTION

:READ IT FROM PORT &
SSTRIP ANY JUNK,CEZ BITS 6.7
:EXPECT IT CLEAR
;

0K?

sFAILURE OF 28C TO BE CLEAR.

S3Ean

oS5 SEIdaRu 325
RIZY 383RRRY 53

003260

1$:

003044
000004
177477
000100

ESCAPE TST
TRAP
CSESCAPE
WORD
L10100-.
JSR
PC,SETC
ROMCLK

MOV

4(R1) R4

:GET INFO.

MOV

#100,RS

*EXPECT ONLY C BIT SET.

:C BIT FAILED TO SET PROPERLY.

ggge
ERROR
TRAP
WORD
"WORD
.WORD

2s:

003044
000004
177477

MORD

L10100:

3 BOONOMbHN—DO

2222228282288

6007

SSET 0K?

CSERDF

16
EMO
ERR16

TST
CSESCAPE

L10100-.

JSR
121264
MOV

RS, .ROMCLK

BEQ

ERROR
TRAP
LMWORD
JWORD
J4ORD

*STRIP FOR C&Z BITS.

g;.af

PC, CLRALL

CLR

:CLOCK INSTRUCTION

#40<300>,R4

flgchx

BIC

3s:

sNOW GO BACK AND CHECK C BIT SET.

RS, .ROMCLK

BIC

003166

;SET C BIT.

%3?26‘

ESCAPE

6022

SEQ 143

HARDWARE TESTS

12-JAN-82 09:50

KWMNNN—D—‘
NOSNO
MO

CZ0MQD.P11

:NOW TRY TO CLEAR C BIT.

;CLOCK INSTRUCTION

4(R1) R4

#4¢<300>.R4

:STRIP FOR C8Z BITS

+ELSE REPORT ERROR

:IF 2ERO,WE'RE 0K

16
CSERDF
16
EMO
ERR16

*C BIT FAILED TO CLEAR PROPERLY.

ENDTST
TRAP
CSETST
BADHEAD

sunnnnnnnnansns TEST 31

snnsnsnsnnesane

c*TEST OF PROGRAM CLOCK BIT
s*D0 A MASTER CLEAR, VERIFY THAT PROGRAM CLOCK IS SET

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

é;eng;HEN SETS SOME TIME LATER
cnannnnananster TEST 31

anannnnnnannnen

BGNTST

quzz

013701

002516

5037

440
444

§85037
12761

MYINT
MOV

MSTCLR
CLR

000004

1$:

CLR
MOV

KMCSR.R1
TEMP
$TMP0
#20,4(R1)

<RECORD DEVICE ADDR.

:MASTER ELEAR M8200,4,7
sPREPARE FOR

cDELAY
sLOAD PORT &

HARDWARE TESTS

12-JAN-82 09:50

T ROMI]

000001

N =B AN

2761

NIO = S5 \N =

RO
b b O = O B

SEQ 144

s SEL6

000001
ggDDATJR&

*FOUND IN Ré
;PUT
;PUT “EXPECTED'® IN SGDDAT

:IS PGM CLOCK CLEAR?

$GDDAT R2

50,EmM850

;ERROR, PGM CLOCK IS NOT CLEAR

CSERDF
50

EMB50
0

2$:

R5, .ROMCLK

003044
000020
002440
002444
000006

#20,4(R1)

000004

TEMP

$TMP0
#6,$TMPO
2$
#6,R2
R4
$TMPO,
51,EMB51
CSERDF
51
EMB51
0

002444

000006
002444

38:

023412
023420

122737

001013

000007

023422
023426

005737
001010

002444

023430
023436

042737
001004

000007

#7 WTYPE
43

002414

002440

sNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
:PORT4_LUT1

PGHg%OCK SET?

:BR IF
s INCREMENT DELAY

; INCREMENT DELAY
IS ?ELQS DONE

;ERROR PGM CLOCK NOT SET

ONLY DO NEXT TEST IF M8207
EXIT IF NOT.

IF_ANY LARGE COUNT, WE'RE OK

$TMPO
43

THEN EXIT

#7,TEMP
43

CLEAR OUT ANY SMALL COUNT
IF LARGE COUNT LEFT OVER, WE'RE OK.

100,EM81

ERROR

CSERDF

104401

INSTRUCTION

8
SET cfock
INSTRUCTION
NEXT
;LOAD
:CLEAR MAINT BITS

-WORD

100
EMB1
0

TRAP

CSETSY

TIME TT000 SHORT FOR CLOCK. MUST BE
DEFECTIVE CAPACITOR IN TIMEING CIRCUIT.

c 12

SEQ 145

HARDWARE TESTS

12-JAN-82 09:50

BADHEAD

023452

JRNRAANANRARNES TEST 32 teanananstannne

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

:*THIS TEST WILL TAKE LONGER THAN 2 SéCONDS TO RUN, THIS TEST
+«SHOULD NOT BE RUN IF YOU HAVE VOLATILABLE MEMORY IN YOUR SYSTEM.
BADHEAD
32 sansstcansnnnest

023452

SERRARARRARNRACR TEST

BGNTST
T32::

023452
023452

023452

023452
023454

023454

104433

013701

—d end end and b

b md

b =b

b et

b e

e ead

AONIN) b b ced oo aod b b ad cud b

OO OOV
(-(o o Yo Yo Yo Yo Xo o) oo

b e

QAN
VW NN
W N-‘OO“NOU\J\WN—DOS
wWRo— SNNNNNNN

023510
023516
023522
025530
023534

023540
023542

023546

023552
023554
023556

023560
023562
023564

012761
012711
012761
012711
005237
001375

000000

023602

013706

023600

002444

000024

000885 000004
001
121111 000006
005400
5$:
002440

000000

000024

023624

023626

023630

023634
023640
023646
023650

023854
023656

005037
005237

001375
013701

gs:

023600

024000
024000

103455
000021

128:

000024

SMASTER CLEAR M8200,4,7

TEMP

BNE

MOV
MOV
MOV
MOV
INC

"WORD
BR
MOV

MOV

HALT
0

MOV

;ERROR, NO POWER FAIL

CSERDF

EMO
ERR17
(8
#38 . an26

:POWER UP ADDRESS

SP,2$

*STORE STACK

28,SP

;RESTORE STACK

SWAIT FOR POWER UP SEQUENCE

BNE

12%

118
11$

MOV

KMCSR,R1

TRAP
MORD

CSERDF
17

MOV
P
BEQ
ERROR

*SAVE POWER FAIL ADDRESS
SSTORE POWER FAJL ADDRESS
*SET U FOPR FORCE POWER FAIL

*BR IF DELAY NOT DONE

#1083, 3024

CLR
INC

DELAY
FORARE
SPREP

:LOAD PORTé
#2.4(RT)
SSET ROM]
819, (R1)
#121191,6(R1) :LOAD INSTRUCTION
;CLOCK INSTRUCTION
MIT9'8IT8!BIT11.(R1)
SWAIT FOR POWER FAIL
TEMP

MOV

POPSP2

002516

012637 000024
023737 002444
001413

1$:

:RECORD DEVICE ADDR.

:R1 CONTAINS BASE M8200,4,7 ADDRESS

an24,8TMP0
an2é,-(SP)
1S, a2

TRAP
.WORD
JWORD

023602

;STALL FOR TIME

MOV
MOV
MOV

ERROR

023606 012737 024002 000024
023614
023620

KMCSR,R1

MSTCLR

023572 010637 023600

023576

MOV

CLR

104455
21
005055

010256
45
012737

CSRESET

MSTCLR

023460

023470 013737 000024
023476 013746 000024
023502 012737 023564

TRAP

MYINT

002516

023464 005037 002440

BRESET

‘PUT IN CASE OF FALSE POWER-UP.

:STALL ON POWER UP.

(SP)+.a#24
STMPO, a#24
4$
17

:WAIT HERE IF BAD.WILL POWER OUT OF HERE.
SELSE PROCEED.

:POP STACK TWICE2
;RESTORE TRUE POWER FAIL ADDRESS
*1S IT CORRECT?
‘BR IF YES
*ERROR, STACK IS INCORRECT

D12

P11

12-JAN-82 09:50

023660
023662
023664

005055
013;5
013737

023702
023704
523710
023712

001016
005737
001013
011104

002446

023672 013706 002344
023676 032711 004000

.WORD
"WORD
MOV

000024

4S:

002470

023714 012705 004000
023720
023724
023726
023730
023732
023734
023734

023736
023740

003000

023744 012705 121111
000006
023750 016104
023754 020504
023756 001431

78:

023760

023764

023770
023772
023774
023776

PSTACK, P
#BITI1,(R1)

MOV

#81Ti1,RS

BNE
ST
BNE
MOV

EXIT
TRAP

104432

MWORD
MOV

78
RUNB
7$
(R1) R4

35
CSERDF
35
EMO
ERR3S

:RESTORE TRUE POWER FAIL ADDRESS

*RESTORE STACK
‘BIT11 STILL SET?

:0AC FAILED

:TO PREVENT

SINIT FROM
*CLEARING CSR

TST
CSEXIT

L10102-.
= MAINT IR
09119'91110 (R1) :SEL6

= EXPECTED
MAINT
:BR IF 0K

MOV
MOV
CMP
BEQ

#121111
R£
6(R1),

;RS
= rouuoSHOULD= 12111
‘R4
IR

ERROR

2IF = 0 THEN BUS INIT WAS

MSTCLR

TRAP
WORD
"WORD
"WORD

104455
000043
005055
010472

EMO
ERR17
$TMPO, a#24

MOV
BIT

ERROR
TRAP
MWORD
-WORD
"WORD

104455
000043
005055
010472

000104
012711

SEQ 146

HARDWARE TESTS

RS,R%
68’

CSERDF
35
EMO
ERR3S

:NOT BLOCKED FROM CLEARING

*THE M8200,4.7
024000

000000

024002

052711

040000

11$:

.WORD

:TEMP COUNT FOR STALL ON POWER UP.

108:

BIS

#81T14, (R1)

‘fi%§1§7£ THING SO IT CAN'T ASSIRT AC LOW

:ERROR

024006

024012

024016
024020
024022

024024

MSTCLR

ERROR

104455
000021
005055

TRAP
MWORD
-WORD

010256

—d and e’ and

024026 062706 000004
024032

024036
024042
024042

024042
024042
024044

012637

104401

000024

.WORD

ERR17

ADD

#4,SP

MOV

68:
ENDTST
£10102:

CSERDF
17
EMO

MSTCLR

TRAP
BADHEAD

(SP)+,an24

CSETST

GLIP GAVE US SECOUND UNEXPECTED

:ASSERTION OF AC LOW ON UNIBUS.

SFATEL TYPE OF ERROR.

*RESTORE STACK.

E 12

CZ0Mad.P11

HARDWARE TESTS

12=-JAN-82 09:50

IRARRERARNRAANES TEST 33 snnannssennense

691

tHICRO-PROCESSOR NOISE TEST
'URITE ALL ZERO'S THEN ALL ONE'S THEN A DATA PATTTERN
*TO THE IBUSt AND IBUS REGISTERS AND TO THE SP AND MAIN MEM
tTHEN GO BACK AND READ THE DATA PATERNS TO VERIFY THAT
'READING AND WRITING OF OTHER LOCATIONS AND REGISTERS
t«DID NOT CHANGE THE DATA.
BADHEAD
ANE TEST 33 sannnnsnsnnnene

6192
6193
6194
6195
6196
6197
6198 024044

JRRRARARANGR

6199

6200

6201

6202
6203

6204

BGNTST

024044

T33::

0246044
0246044

024044 013701

002516

6205 024050
024054 005002
6206
6207 024056 042737 000017 0241064 18:
6208 024064

156237 025100 024104

6209 024072 116261 025106 000004
6210 024100
6211
6212

024100 004537
024104 121100

003044

2$:

6213 026106 005202
6214 024110 022702 000005
6215 026114 001360
6216 024116 005002

MYINT

MOV

RS..ROMCLK
JSR
121100

INC
cMpP
BNE
CLR

R2
#5,R2
1$
R2

8I1C
8IC

”n7,5%
#17,6%

8IS
8IS

R2,5%
R2,6$

B8IC

6220 024:+2 050237 024166

8IS

6218
6219

024126
024134

042737
042737

000017
000017

6221
6222

026146
024152

050237
050237

024202
024214

6224
6225
6226
6227
6228
6229
6230
6231
6232
6233
6235

024162
026162
024166
024170
024176
024176
024202
024204
024210
024210
024214
024216

6238
6239
6240
6261
6242

024226
0242
024236
024244
024252

6236
6237

6243
6244

024220
024224

024256
024262

105061

003044

112761

000377

004537 003044
122100
110261 000004
004537 003044
122100
005202
022702
00133

CLRB

000004

004537

122100

024202
024214

000004

4$:
58:
6$:

000010

00500;
04573 000017 024276 7%:
042737 000017 024312
0246324
042737
050237 54573
050237
050237

6245 024266 105061
6246 024272

024324

KMCSR,R1

MSTCLR
R2
CLR #7,2%
8IC
308(R2) ,28
8IS8
318(R2) ,4(RY)
MOoV8
ROMCLK

6217 024120 042737 000017 024166 3$:

6223 024156

SEQ 147

ROMCLK
JSR
122100
MOVB
ROMCLK
JSR
122100
MOVB
ROMCLK
JSR
122100
INC
cMP
BNE

CLR
8IC
8IC
8IC
BIS

8IS
8IS

#M7.48

<RECORD DEVICE ADDR

JMASTER CLEAR M820
1S INDEX REGISTER
R2
CLEAR ADDRESS FIE
ADD IBUS* REG ADDRESS TO INSTRUCTION
LOAD PORT4
NEXT WORD IS INSTRUCTION,
CLOCK INSTRUCTION
WRITE IBUS* REGISTER

INC INDEX REGISTER
.DONE YET?
F NO
RZ IS 1B8US REGISTER ADDRESS

;CLEAR ADDRESS FIELD OF INSTRUCTIONS

R2,4$

:ADD IBUS REG ADDRESS TO INSTRUCTION

4(R1)

:CLEAR PORT4

RS..ROMCLK
#377,4(R1)

RS, .ROMCLK
R2.4(R1)
RS, .ROMCLK
R2
#10,R2
3$

R2
nz,88
017.93
7,108
R .53
R2,9%
R2,10%

&(R1)
CLRB
ROMCLK

NEXT WORD
IS INSTRUCTION,
sCLOCK INSTRUCTION
.URITE T0 IBUS REG
LOAD PORT4

NEXI WORD IS INSTRUCTION,
CLOCK INSTRUCTION
HRI TE ALL ONES TO IBUS REG
:LOAD PORT4
NEXI WORD
IS INSTRUCTION,
INSTRUCTION
CLOCK
URI E ITS OWN ADDRESS TO 1BUS REG
NEXT ADDRESS
;DONE YET?
BR IF NO

START AT SP ADDRESS 0
CLEAR ADDRESS FIELD
:ADD ADDRESS TO INSTRUCTION
;CLEAR PORT4
;NEXT WORD IS INSTRUCTION,

6247
6248
6249

S8Y Z8Y 28W

024
024
024

-.-a§

12-JAN-82 09:50

DRI ERERERLRLE &
SV P RV
8o
FER2E(VeloLNT.

CZ0MQD.P11

HARDWARE TESTS
R5,.ROMCLK

sCLOCK INSTRUCTION

movs
ROMCLK
JSR

R5, .ROMCLK

NEXT WORD IS INSTRUCTION,
CLOCK INSTRUCTION

MLv8

R2.4(R1)

LOAD PORT4

JSR

R5, .ROMCLK
R2
#20,R2
7$
R2

003044

INC
cMP
BNE
CLR
ROMCLK
JSR

003044

ROMCLK
JSR

003044

000377

000004

003044

8s:
9%:

000004

003044

10$:

133100 #377,4(R1)
123100

123100

118:

003044

:NEXT WORD IS INSTRUCTION,
$CLOCK INSTRUCTION
;WRITE SP ADDRESS TO ITSELF
NEXT SP_ADDRESS
YET?
sDONE
BR IF NO

sCLOCK INSTRUCTION

4(R1)

sCLEAR PORT4

JSR
122500

R5, .ROMCLK

sCLOCK INSTRUCTION

JSR

R5, .ROMCLK

MOVB
ROMCLK
JSR

R2,4(R1)

0};5 ONES TO MEM
PORT4

R5, .ROMCLK

:CLOCK INSTRUCTION

ROMCLK

136500
INC

001000

WRITE ALL ONES TO SP

R5, .ROMCLK

4000
CLR8

122500

000004

;LOAD PORT4

R5, .ROMCLK

MovB
ROMCLK

000004

HRITE ZERO TO SP

nz z ,AOM ,E, ADDRESS
SNEXT WORD §S’INSTRUCTION,
CLOCK 5~smucn

010000

000004

000377

JSR

ROMCLK

000020

024422

SEQ 148

cHP
BNE

#377,4(R1)

R2
#1000,R2
118

:NEXT WORD IS INSTRUCTION,
;WRITE ZEROS TO MEM
:LOAD PORT4
:NEXT WORD IS INSTRUCTION,
CLOCK INSTRUCTION

NEXT WORD IS INSTRUCTION,
SWRITE TO MEM IT OWN ADDRESS

;NEXT MEM ADDRESS

:DONE_YET?

sNOW GO BACK AND READ EVERYTHIN
024424
024424
024430
024432
024432
024436

003044

ROMCLK
JSR

R5, .ROMCLK

003044

ROMCLK
JSR

R5, .ROMCLK

010000

s WOULD 8;CgAH CODE

002432

024440

000360
025100

024512

128:

8IC

408
RS
osso

3os(é5)R2

024474

050337

024512

8
R

R3,138

sNEXT WORD IS INSTRUCTION,

gkgcs INSTRUCTION

:NEXT WORD IS INSTRUCTIN.

CLOCK INSTRUCTION

HI _ 0 (M8200,4,7 ONLY)
:MAR
SRS IS INDEX REGISTER

:C EAR ADDRESS FIELD
JBUS* ADDRESS
:R
PUT IBUS* ADDRESS IN R3
;SHIFT ADDRESS TO BITS &-7
sADD ADDRESS TO INSTRUCTION

CZ0MaD.P11

HARDWARE TESTS

12-JAN-82 09:50

116537

6304

025106

002452

003044

138:

000004
002452

024570

:$GDDAT = "EXPECTED'’

RS, .ROMCLK

MOV

4(R1) R4

CLOCK INSTRUCTION
:PORT4 = 1BUS* REGISTER
‘R4 = *FOUND

zos

;B8R IFvES

131006

$GDDAF, R4

8660AT¢1

SgDDAY.RS

§$ERDF

SNEXT WORD IS INSTRUCTION,

- JBUS* CONTENTS 0K?

:1B8US* DATA ERROR

EMO
ERR29

208:

000005

CS‘SCAPE
L}0103
#5 RS

12§

s INC_COUNTER

:DONE YET?
:BR IF NO

408:

024572

:END CRAM,GENERAL TESTS

024572

000360

303
050337
010237

024630

148:

003044

R5, .ROMCLK

$CLOCK INSTRUCTION

4(R1) ,R%

$18US = ‘FOUND'’

218
$GDDAT,RS
29
Ssenor

:BR IFYES

158:

$GDDAT, R4

104455
000035

;ADD ADDRESS TO INSTRUCTION
:$GDDAT = "EXSECTED"’

:NEXT uoko IS INSTRUC:ION,
:PORT4 = ]BUS REG

- JBUS CONTENTS OK?

:18US DATA ERROR

000010

004537
0406
01023

sR2
= IBUS REG ADDRESS

CLEAR ADDRESS FIELD OF INSTRUCTION
:R3 = IBUS ADDRESS
:SHIFT ADDRESS TO BITS =7

024630
002452

002452

050237

05623158
R3
R3
R3
R3,158
R2.$GDDAT

000004
002452

024716

318(R5) ,$GDDAT

MOV
CLRB
MoV

104455
000035
005055
010350

MOV8
ROMCLK
JSR

CMP8
BEQ

013705

104410
000334
005205
022705
001327

SEQ 149

000017
024714
003044

002452

024714

218:

EMO
ERR29
R2

16%:

17,178

:R2 = SP ADDRESS
CLEAR ADDRESS FIEL ?

RS, .ROMCLK

$CLoCK gpsraucrxon

R2,$GDDAT

17%:

210,R2
148
R2

R2,17$

sNEXT XBUS REGISTER
;DONE YET?
:BR IF NO'

. SGDDAT = "EXPECTED"

003044

ROMCLK
JSR

061224

MoV
P8
BEQ
MOV
ERROR
RAP

000004
002452

002452

RS, .ROMCLK
4(R1) ,Ré&

$GDDAT,R4

22
;GDDAT.RS
SSERDF

SEQ 150

PC-5304
sNEXT WORD IS INSTRUCTION, ROMCLK

;CLOCK INSTRUCTION
PORT‘
BR
:Ré= "FOUND'’

:SP CONTENTS OK?

:BR IF YvES

:SP DATA ERROR

EMO
ERR?

22%:

000020

CSESCAPE
L10103-

02
16$
R2

003044

R5, .ROMCLK

003044

R5, .ROMCLK
18$:

002452

R2,$GDDAT

003044

R5, .ROMCLK

000004
002452

4(R1) ,R%

$GDDAT,R4

23
zGDDAT.RS

002452

CSERDF
6

003

30s:

006

31s:

EVEN

'NEXT SP_LOCATION
ONE YET?
B8R IF NO

RZ = MEMORY ADDRESS
:NEXT WORD IS INSTRUCTION,

$CLOCK INSTRUCTION
SMAR

*NEXT"WORD IS INSTRUCTION,
scLock xnstnucrx

SMAR HI

(M8200,4.7 OR FAHILV ONLY)

scooAr = "EXPECTE

sNEXT WORD IS xusraucrxon.
x
“
xnsraucv
333?
N MEM

:Ré = ‘f

mn MEM CONTENTS OK?

:BR IFYES

;MAIN MEM DATA ERROR

sNEXT nen ADDRESS
YET?

23$:

001000

02472

6359

12-JAN-82 09:50

s GRRRRY

CZDMaD.P11

HARDWARE TESTS

:BRIF ub

1,3,4,6,10

112

CZOMAD.P11

12-JAN-82 09:50

6412

6414

6415

6416
617
6419

6420

ENDTST

025114

025114
025114

HARDWARE TESTS

.EVEN

025114

6413

L10103:

104401

64626

025116

6429
6430
6431

025116
025116
025116

6{.27
6428

‘tttttttitttttt TEST 34 ARARARRANRNAARR

;4 THIS TEST IS DESIGNED TO MAKE SURE THAT A NODST INSTRUCTION
i« DOES NOT WRITE INTO PORTB OF THE MULTIPORT RAM.
i+ T0 DO THISWESLL PUT A 125 INTO INDATZTHENWE'LL PUT
3¢ 125 _INTO BOTH SP1 AND BR. LAST WE'LL DO A NODST BR, Sledc, s1

e IF THERE IS A WRITE INTO PORTB,INDAT2 WILL CONTAIN'A 377

BADHEAD

tttttttttttttt TEST 34 RARRARARARARAES

BGNTST
T36::

6432 025116 013701

002516

004537

003044

025122

6436

025130

6435 025126 000525

6437 025130 004537 003044
6438 025134 062221
6439

6440

6441

6442

6443

025136

025142

025144

004537

003044

004537

003044

063221

6444 025150 060361

6445

6447

025152

6448

025152

6451

025160

6455

025166

004537

6449 025156 020420

6452 025160
6453 025164

CSETST

TRAP
BADHEAD

025116

6421
6422
6423
6424

6425

003044

004537 003044
061220
111104

6456 025170 012705 000125

6457
6458
6459

MYINT

;RECORD DEVICE ADDR.

MOV

KMCSR,R1

JSR__

RS,.ROMCLK

;CLOCK INSTRUCTION

JSR__
062221

RS,.ROMCLK

;CLOCK INSTRUCTION
:NOW INTO OIDAT2

JSR_

RS,.ROMCLK

;CLOCK INSTRUCTION

' RS,.ROMCLK

;CLOCK INSTRUCTION

ROMCLK

00525

ROMCLK
ROMCLK

63221

ROMCLK

JSR_

060361

ROMCLK

:PUT A 125 INTO BRG.

:NOW INTO SP1

:NOWTHE 'NODST BR,SUBOC,SP1""

:THE NODST SHOULD NOT MODIFY INDAT2!

RS,.ROMCLK

;CLOCK INSTRUCTION

RS, .ROMCLK
JSR__
061220

;CLOCK INSTRUCTION
:PUT BRG INTO BSELO

JSR _

020420
ROMCLK

MOVB

MOV

(R1).Ré

#125.RS

;PUT CONTENT OF INDAT2 IN BRG.

;SEE WHAT €

£30U
SHOULD,
BE 125 IF 377
AME BACK,
CAN BET-THAT THE. “NODST GROTE

mro THE MULTIPORT RAM! WATCH SIGNAL
"D1 WRITE OUT L**

020405

6461

025174

gi6g 025176 001406

Bee

6464

025200

ERROR

6465
gi66
6467

SEQ 151

025204
025206
025210

104455
000007
005055

RAD.
WORD
.WORD

R&,RS

108

(SERDF
7
EMO

:NOW LOOK.

J 12
12-JAN-82 09:50

CZ0MaD.P11

025212

025214
025214
025214
025214

.WORD

007026
108:

L10104:

104401

SEQ 152

HARDWARE TESTS

ERR?

ENDTST

TRAP

CSETST

BADHEAD

025216

canannnnenantes TEST 35 annnnananenenne
%

s« EXTENDED CRAM TEST FOR M8206. IN THIS TEST WE WILL LOAD DATA
:* THROUGHOUT THE CRAM (TEST DATA IS JUST 4K OF DIAG. CODE) AND
s# THEN READ IT BACK AND VERIFY THAT IT IS CORRECT.

BADHEAD

sunnnanenanenes TEST 35 snanennnanenens

BGNTST

135
"

WORD

025232
025232

013701

002516

025236

012702

012146

025242
025246

012711
005003

002000

025250
025254

010361
012261

000004
000006

108:

158:

025274

012146

025300

000004

025332

000006

308:

:OTHERWIZE,SKIP TEST.

L10105-.

:RECORD DEVICE ADDR.
:GET ADDR. OF LIST.
:SET TO WRITE DATA.

KMCSR,R1
SROMMAP ,R2
#2000, (R1)

MOV

R3,4(R1)

(R2)+,6(R1)

*WRITE DATA.

R3,MEMSZ

;DONE WHOLE CRAM?

ézc

igs

*NO,UPDAT ADDR.

CLR

:NOW WE WILL READ BACK,STARTING AT

MOV

#ROMMAP RS

SGET ADDR. LIST OF DATA

MOV

R3,4(R1)

:SET ADDR.

MoV
MOV

(RS) ,R2
6(R1) R4

:PUT EXPECTED INTO R2
*READ ACCUAL

BEQ

40§

*YES,CONTINUE.

MOV
BEQ

208:

025272

MYINT

CSEXIT

;D0 TEST ONLY IF IT IS A M8206

MOV
MOV
MOV
CLR

002436

025320

<GOTO 108 IF M8206
TST
EXIT
TRAP

104432
000132

025304
025306
025312
025314
025316

skIP06 108

MOV
ERROR

208

R2,R&

R3.RO
1

1%0

gssaor

+WORD

EMO
ERR1

:CRAM ADDR ZERO.
:SET ADDR.

SYES,EXIT THIS LOOP.
*CRAM ADDR. ZERO.

*EQUAL?

:ERROR CRAM DATA TEST,DATA

K 12
CZ0MQD P11

12-JAN-82 09:50

SEQ 153

HARDWARE TESTS

;READ NOT DATA THAT WAS WRITTEN.
104410
0000%4
020357
001002

ESCAPE TST
TRAP

002436

40$:

L10105-.

BNE

508

CmMp

EXIT
TRAP
WORD

104432
000012

000002

508:
ENDTST
L10105:

CSESCAP

WORD

INC

R3 _MEMS2

;JALL DONE?

TST
CSEX 17

L10105-.

ADD
BR

#2,R5
308

TRAP

CSETST

sUPDATE ADDR.

BADHEAD

sannnnnknnstnst TEST 36 snnnnnannannnns
]

:« THIS TEST LOADS MICRO-CODE INTO A MB8206 MCPU THEN EXECTUES IT.

:* THE MICRO CODE IS DESIGNED TO WRITE ALL ONES INTO THE SEL REGS.
2% THIS TEST IS ONLY PERFORMED ON AN M8206.

BADHEAD

025364

sannnnnnansnnns TEST 36 ennnnsanannnnss

025364
025364

T36::

BGNTST

025364

SKIP06

025374
025374
025376

EXIT

:GOTO 18 _IF M8206

TRAP

104432

WORD

000442

025400
025400

002516

025404

026006

025410

1$:

MYINT

sONLY DO THIS TEST IF M8206

CSEXIT

L10106-.

MOV

KMCSR,R1

sRECORD DEVICE ADDR.

JSR

R5,LOADER

sLOAD THE MICRO CODE

777
061220
06122;

sMOVE #377,BRG
¢MOVE BRG,BSELO

061%24

:MOVE

sMOVE BRG,BSEL

BRG,BSEL3

06122

sMOVE

061 SS

sMOVE _ BRG.BSELS

061226
061227

025432

123000
101410

025434

400

0254

BRG,BSEL

:MOVE BRG,BSEL6
MOVE _ BRG,BSEL?

:MOVE BSELO,SPO
sBRANCH BACK ONE UNTIL <>377
:MOVE

#0,BRG

000062

NNVO NS LWINO

~NNO

NNNONOWVISLWING

~ VO§
-t

-t

025472

040000
100000

sMOVE BRG,BSEL%

:MOVE BRG,BSEL
:MOVE BRG,BSEL
:MOVE BRG,BSEL&
:MOVE BRG,BSELS
;MOVE 8RG..BSE$6
s MOVE BRG.BSEL
:MOVE BSELO,SP
;BRANCH BACK ONE LOCATION.

-t b 2O OO
O OO

NON)
= b b b b b =
~ & irororonornON
NOONNINININININ

HARDWARE TESTS

PINININININ) N
NININININOND N

[=d=4

oo &
S bl
JISREEER
NE Wb bbb

025462
025466

025460

i
e §

12-JAN-82 09:50

CZDMaD.P1

SEQ 154

#040000, (R1)
#100000, (R1)

sINITIALIZE MCPU

MOV

#50. ,RO

sTHE CYCLE TIME ON THE M8206 IS

TART CPU.

;200NS.

WE ARE ASKING THE MCPU TO

;D0 8 INSTRUCTIONS.

WE'LL DELAY

:100 PDP11 INSTRUCTIONS
:THIS REALLY SHOULD BE PLENTY OF TIME.

RO
208

20$:

025476
025500

RS
:377 RS
(R1) JR%

000377

R4 RS
308

RRRRRERESESEITEEE

6606
6607

6625

CSERDF
29
EMO
ERR?Z9

010350

1ST

025550
025552
025556
025560
025562
025564

177777
000002

30$:

104410
000259

025572

016104

;SEE IF OK.

:ERROR! MCPU WAS TO WRITE ALL

sONES INTO BSELO,BUT INSTEAD FAILED.

ESCAE

000004

408:

#177777 RS

sEXPECT ALL ONES
sRECIEVED
sRECIEVE 0K?

29
CSERDF
29
EMO
ERR29

SERROR! MCPU WAS TO WRITE ALL ONES

2(R1) RS
R4 RS’
408

104455
000035
005055
010350

025566
025566
025570

*READ MCPU

CSESCAPE
L10106~-.

104410
000304
01 2705
01 6104
02 0405
001 410

- JUST FOR TYPEOUT.

sEXPECT $77

:INTO BSEL 283

1ST

TRAP

.WORD

CSESCAPE
L10106~-.

MoV

4(R1) R4

;READ BSEL 485

n 12
CZOMaD.P11

6637

6643

12-JAN-82 09:50

025576
025600

025614

BEQ

cMP

R4 RS

sREAD 0K?

29
CSERDF
29
EMO
ERR29

;ERROR! FAILED TO WRITE BSEL $85

005055
010350

ERROR
TRAP
LWORD
"WORD
"WORD

ESCAPE TST
CSESCAPE
TRAP
L10106~.
LWORD

025616
025616
025620

104410
000220

9
6650

6651

025622
025626
025630

016104
020405
001410

6653

025632

025656

6679

025710

6681

025712

508:

000002

708:

80%:

s TO ALL ONES.

6(R1) R4
R4 RS

sREAD BSEL 687
sREAD 0K?

ERROR
TRAP
WORD
"WORD
.WORD

29
CSERDF
29
EMO
ERR29

;ERROR! FAILED TO WRITE BSEL 687

608

ESCAPE TST
CSESCAPE
TRAP
L10106~.
WORD
(R1)
CLRB
RS
CLR

CLR
MOV8
BEQ

Ré
(R1),Ré&
70$

ERROR
TRAP
MORD
+WORD
"WORD

29
CSERDF
29
EMO
ERR29

ESCAPE
TRAP

TST
CSESCAP

s TO ALL ONES.

sSIGNAL MCPU TO WRITE ALL ZEROS.
sEXPECT TO READ ALL ZEROS.
;READ BSELO
sEXPECT ZERO.

:MCPU FAILED TO CLEAR BSELO

LWORD
MOV
QEQ

L10106-.
2(R1) ,Ré
80$

sREAD BSEL 283

EXROR

;MCPU FAILED TO CLEAR BSEL 283

MORD
"WORD
"WORD
ESCAPE
TRAP
WORD

29
EMO
ERR29
TST
CSESCAPE
L10106-.

MoV
BEQ

4(R1) R4
90$

TRAP

000004

s0$

MOV
cMP

BEQ

608:

5: 288 gZast
8!

6665

000006

104455
000035

a2
So

025654

HARDWARE TESTS

0°0405
001410

6645
6646

6663

SEQ 155

5senor

s1F ZERO,0K

sREAD BSEL 485

N 12
CZ0MQD .P11
025740
025744
025746
025750
025752
0257564
0257564
025756
025760
025760
025764

016104

000006

908:

95$:

ERROR

-WORD
LWORD
LWORD
ESCAPE
TRAP
WORD

9
EMO
ERR29
TST
CSESCAPE
L10106~-.

MOV
BEQ

6(R1) R4
95%

sREAD BSEL 687

ERROR
TRAP
JWORD
WORD
WORD

29
CSERDF
29
EMO
ERR29

sMCPU FAILED TO CLEAR BSEL 687

EXIT
TRAP

187
CSEXIT

WORD

SSERDF

026006

6722

026012

6726
6725

026014
026020
6022

012711

002000

010061

000004

1
25

000006

LOADER: MOV

108:

177777

L10106:

sMCPU FA.LED TO CLEAR BSEL 485

L10106~.

sLOADER
6720

SEQ 156

HARDWARE TESTS

TRAP

669
6693
6694
6695
6696
6697
6698
6699
6700
6701
6702
6703
6704
6705

12-JAN-82 09:50

SUBROUTINE USED BY THIS TEST TO LOAD MICRO CODE INTO A M8206
#2000, (R1)

CLR

MoV
INC
MOV
cMP
BNE
CLR
RTS

RO,4(R1)
RO
(R3) ,O(R!
,6(RY)
%82)0,01/?777

sSET ADDR.

sWRIITE MICRO CODE.
sSEE IF TERM.

(R1)
RS

ENDTST
TRAP

CSETST

BADHEAD

Jannanannnnnsst TEST 37 snnanenanenenen
"

s*NEGATIVE ADDRESS TEST.
e
IN THIS TEST, WE'LL MAKE SURE THAT THE MB8207

ggEftnot RESPOND TO AN ADDRESS THAT ISN'T ASSIGNED

6744

026042

BADHEAD

6747

026042

BGNTST

Jennnannnanenet TEST 37 cnnnasnnasasnre

813
CZ0MQD.P11

HARDWARE TESTS

12-JAN-82 09:50

026042
026042
026042

T37::

013701

002516

012711
026064

012702

000641
026130
000006
160000

026070

022712

000641

026074

001420

026076
026102
026106

062702
020227
001370

000002
177700

026110

013737
013737

002464
002466

026126

104432
000052

026130
026134

062706
000760

026136

026136
026142
026146

012711
022712
0014.3

000174
000174

026150
026154

012711
000750

000641

026156
026160

020102
001773

026162

MYINT

KMCSR,R1

MoV

#641,(R1)

CLR
MoV

w6
#160000,R2

cMP

#641, (R2)

BEQ

408

ADD
CMP

#2.R2
R2.#177700

sUPDATE ADDRESS.
280
:DONE?

MOV
MOV
EXIT

SAVEG, 304
SAVEG,a#6
TST

:RESTORE TRAP CATCHER
SFROM VALUES SAVED BY INIT SECTION
SEXIT. ALL DONE

WORD

L10107-.

20$:

ADD

46, SP

408:

s*0H NO, WE MAY HAVE A DUAL ADDRESS PROBLEM!

MOV

000004

108:

158:

BNE
000004
000006

178:

MOV

CMP

BEQ

#208,a44

10§

CSEXIT

15$

sPUT A DEFINITE PATTERN IN MCPU.

;SET UP FOR TRAPS FROM NON-EX.
2GET STARTING ADDRESS.

;SEE IF CONTENTS OF THE ADDRESS

:POINTED TO BY R2 EQUALS THE CONTENTS
:OF THE MCPU CSR

*NO=-LOOP

:SAVE FROM TRAP

:LOOP

#174,(R1)

JWRITE NEW PATTERN IN MCPU (SR

26;‘.(R2)

;DID NEW PATTERN SHOW UP IN ADDR?

508:

MOV
B8R

#6641, (R1)
15

:PUT OLD PATTERN BACK IN MCPU CSR.
+LOOP

608:

cMP

R1,R2

;1S THIS THE MCPU ADDRESS?

ERROR

:DUAL ADDRESS ERROR

WORD
"WORD
"WORD

40
EMO
ERR40

eEQ

TRAP

104455
000050

B8R
L10107:
026202

sRECORD DEVICE ADDR.

Mov

TRAP

000004

SEQ 157

50$

CSERDF

SYES=NO ERROR

178

ENDTST

TRAP

CSETST

BADHEAD

fittttttttttttt TEST 38 tananssasansnnt

tavre ADDR:SSING TEST

HERE, WE'RE GOING TO MAKE SURE THAT WE CAN

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

c13
CZOMab. P11

12-JAN-82 09:50

EA
éADH
sennannnnanevts TEST 38 enanenennnnenns

026202
026202

T38::

026213

013701
005061
112761

002516
00000
17777

000002

026220
026226

032761
001410

177400

000002

026230

026246
026250
026270

026272
026276
026300
026302
026304

SEQ 158

HARDWARE TESTS

104410
000040

000002
177777
000377

000003
000002

108:

104401

MOVB
gxr

#-1,2(R1)
15;7400,2(n1)

URIESRALL ONES INTO LOW BYTE
“SEE IF HIGH BYTE GOT WRITTEN

ERROR

sHIGH BYTE GOT WRITTEN INTO ON A LOW BYTE

WORD
.WORD
.WORD
ESCAPE
TRAP
WORD

41
EMO
ERR41
TST
CSESCAPE
L10110-.

sOPERATION

CLR
Mova

2(R1)
#-1,3(R1

L10110:

2(R1)

CSERDF

;CLEAR CSR

sWRITE INTO HIGH BYTE

BIT

037’ 2(R)

;SEE IF LOW BYTE GOT WRITTEN

ERROR

:LOW BYTE GOT WRITTEN INTO ON A

TRAP
.WORD
.WORD
.WORD

208:

026306

KMCSR,R1

BEQ

010744

:RECORD DEVICE ADDR.

MOV

TRAP

104455
0000351
005055
010702

005061
112761
032761
001406

BGNTST

208

CSERDF
42
EMO
ERR&2

sHIGH BYTE OPERATION.

ENDTST

TRAP

CSETST

BADHEAD

026310

tttttttttttt" TEST 39 nasantesanannes

'IN THIS TEST WE'RE GOING TO MAKE SURE THAT THE PC
*«REG COUNTS UP PROPERLY. THE PC REG SHOULD INCREMENT
*ONCE AFTER EACH INSTRUCTION.

AD
BADHE
sannananasannee TEST 30 snannnenansnnesn

026310
026310
026310
026310
026320
026320

T39::

BGNTST

SK1P0O7

108

TRAP

CSEXIT

tG?}O';OS IF m8207
104432

sONLY DO IF M8207

D13
12-JAN-82 09:50

026322
026324

HARDWARE TESTS
«WORD

000122
108:

MYINT

L10111=,
KMCSR,R1

013701

002516

004537
000400

003044

004537
061233

003044

MSTCLR
ROMCLK
JSR
400
ROMCLK
JSR

004537

003100

SROMCLK
RS, . SROMCLK
JSR

000001

Mov

#1,RS

ROMCLK
JSR

RS, .ROMCLK

100000
012705

004537
121265

003044

104401

MoV

61233

100000

20$:

121265

;RECORD DEVICE ADDR.

RS, .ROMCLK

;CLOCK INSTRUCTION

RS, .ROMCLK

:CLOCK INSTRUCTION

;START AT ZERO
;READ PC HIGH REG.

$CLOCK INSTRUCTION
;READ PC LOW REG.

003044

RS, .ROMCLK

000004
170000

4(R1) R4

:GET WHOLE PICTURE

R&.R

soi

; INCREMENT 0K?

47
CSERDF
47
EMO
ERRG?7

;PC FAILED TO INCREMENT PROPERLY

0170060 R4

ESCAPE

104410
000014

062705
020527
001347

SEQ 159

TRAP

CSESCAPE
L10111-.

ADD
CMP
8NE

#2.RS
RS #4777

.WORD

00000
00077

30$:

L10111:

$CLOCK INSTRUCTION

:SHOULD INCREMENT BY ONE
*FOR EACH INSTRUCTION.

:UPDATE EXPECTED ADDRESS BY 2.

208

ENDTST
TRAP

CSETST

BADHEAD

ttttttttttnttt TEST 40 sansnanananenne

*IN THIS TEST WE'LL MAKE SURE THAT °BRANCH FIELD H'° DOESN'T
HHIGH.
:*GET SUCH

;*FIRST WE'LL ¢ CLEAR THE PC HIGH REG. THEN WE'LL DO A BRANCH INSTR
;*WITH BAB BITS 1181 2 SET. IF PCR BITS B8L9 SET THEN WE'LL KNOW

PC BITS 889 FAIL TO SEV
LL KNOW
;*WE WERE SUCCESSFUL IF PCR
TED
THE
WRONG INPUT TO BE CL6CKED INTO THE PCR.
;*THAT THE MUX SELEC

E 13
CZ0MQD.P11

12-JAN-82 09:50

SEQ 160

HARDWARE TESTS

éADHEAo
tttt'tt'ttttt. TEST ‘0 2311322123323 313;

026446

T40::

BGNTST

SKIPO7 108
108 IF M8207
égoro
TRAP

104432
000062

:ONLY DO IF M8207

cssxxr

JHORD

L10112-.

MYINT
MOV

KMCSR,R1

INITIALIZE PARAME TERS
ECORD DEVICE ADDR.

JSR

RS, .ROMCLK

.CLOCK INSTRUCTION

ROMCLK
JSR

RS, .ROMCLK

MOVB
MOVB
026524

BIC
P
BEQ

s<n1) RS
#3,R

026526

ERROR

026540

MWORD
JWORD
.WORD

013701

002516

004537
114400

003044

108:

ROMCLK
114400

003044

026544

121265

TRAP

208:

026542

MSTCLR

104401

L10112:

01?7774 RS
2i
CSERDF

15
EMO
ERR1S

:CLEAR oévxce.

WITH
*BRANCH ALUAYS"

‘BAB BITS 11812 SET THIS SHOULD CLOCK
STHESE BITS INTO BITS 889 OF THE PCR.
*NOW READ THE PCR HIGH
SCLOCK INSTRUCTION
SAND PUT INTO PORTS.
*REG. BR NO CLK OF BAB BITS

SREAD THE PCR
SEXPECT axrs a 9 TO BE SET.

..STRIP
ANY
20K?

*BRANCH FIELD H'* STUCK HIGH OR

:OTHER PROBLEM IN THIS AREA.

ENDTST

TRAP
BADHEAD

CSETST

tttttttttttttt TEST 41

sxasasanannnnen

*IN THIS TEST WE'RE GOING TO MAKE SURE THAT ONLY SPO

:}g ¥5EECTEgU§°R SOURCE WHEN THE DESTINATION

;+FIRST WE'LL WRITE EACH SP ADDRS INTO ITSELF THEN WE'LL
;*MOV SP TO OBUS4. THAT SHOULD SELECT

026544
026544

;#SP ADDRESS 0. IF ANY OTHER DATA SHOWS UP, WE°LL
6;gle=§ IT ON THE SELECTION OF A DIFFERENT SCRATCH PAD.
santnnennnnanse TEST 41 nensannnannnens

BGNTST

VRG0182

F 13

Té1::
WO
N=N

003044

MN—lg v~

000017
000004
026574

MYINT

026574

108:

KMCSR,R1

:START WiTH ADDR-ZERO

BIC

17,208

:STRIP SP ADDR FIELD FROM INSTR

RS, .ROMCLK

:CLOCK xnsraucvxou

000020

JSR

SWRITETO SP

123100
RS
INC
RS5,#20
(W8

*UPDATE ADDRESS
*IF NOT THROUGH, REPEAT.

ROMCLK

;NOW MOV SPO TO 0BUS®* PORT4

108

BNE

.CLOCK INSTRUCTION
*READ PORT4 IT S/8 2ERO

32?20‘ RS, .ROMCLK
&(R1).Ré&
MOVB

003044

000004
000000

8EQ
MOV

308
#0.RS

TRAP
MORD

CSERDF
43
EMO
ERRé43

-b \N

308:

L10113:

:SPO NOT SELECTED FOR SOURCE=-SEE

ERROR

JWORD
"WORD

104401

SPUT SP ADDR INTO PORT4.
“ADD SP ADDR TO INSTR.

RS,4(R1)
RS.208

MOV
8IS

RUMCLK

208:

:RECORD DEVICE ADDR.

MOV

CLR

: S AoRR

883 2828
N =2 ON = g

N So
w
N

-h

026352

002516

026544
026544
026544
026550

N
en8
=2 OWNN

697
697

HARDWARE TESTS

12-JAN-82 09:50

CZ0MaD.P11

SEQ 161

:DISCUSSION IN HEADER.

ENDTST
CSETST

TRAP
BADHEAD

tt'ttttttttttt TEST 42 tenanansnnastes

*INTHIS.TESV WE_ARE GOING TO MAKE SURE THAT THE
MOV INST H° (AND ITS ASSOC. TRIBS) DOESN'T GET
IN ORDER TO DO THIS WE'LL CLEAR THE PC HIGH REG
HIGH.
tSTUCK
IN_THE BREG AND SP1 THEN WE' 5 A_BRANCH
DATA
:#PUT KNOWN
'Ulffl CROM BITS0-3 SET AS WELL AS_CROM BIT 9 WITH CROM BITS 8 AND 11 CLEAR.
s¢IF

MOV INST H'°

GETS STUCK HIGH, THE PC REG HIGH WILL GET LOADED

:«WITH THE CONTENTS OF THE ALU
BADHEAD

seannnnnnannnnt TEST 42 snnsnsnennnnene

T42::

BGNTST

SKIPO7

108

coro 108 IF M8207

ExIT TST
TRAP

104432
000110

013701

002516

108:

CSEXIT

MORD

L10114-.

MYINT
MoV

KMCSR,R1

MSTCLR

;ONLY DO IF m8207

;ELSE EXIT
:D0 INITIAL TEST SET-UP.

:D0 A nasrsn CLEAR.

ECORD DEVICE ADDR.

G 13
CZ0MaD.P11

HARDWARE TESTS

12-JAN-82 09:50

026670
026674

005737
001034

18T

002470

BNE

RUNB

208

;TO RUN THIS SECTION OF CODE_YOU MUST TURN SW? OF SWITCH PACK #E28
:OFF SO THAT M8207 NOT SELFSTARTING.
012761

000002

004537

003044

012761

000004

004537

123101

123100

026726
026732

004537
1461201

000004

MOV

#2.4(R1)

:PUT A 2 INTO SPI

JSR

RS, .ROMCLK

1CLOCK INSTRUCTION

ROMCLK
123101
MOV

#4,4(R1)

003044

435100

RS, .ROMCLK

003044

ROMCLK
RS, .ROMCLK
JSR

000004

ROMCLK

141201

*PORT4 TO SCRATCH PAD 1

:CLOCK INSTRUCTION

:NOW DO A BRANCH ON C-BIT SET
$CLOCK INSTRUCTION

*BASED ON SP CONTENTS
SOK-WHAT WE ARE REALLY
LINTERESTED IN IS SEEING If THE
*PC HIGH REG GETS LOADED WITH
STHE CONTENTS OF tue ALU (2)

000005

MOVB

BEQ

=2\

3
[=1=2

104401

026770

L10114:

20s

ERROR

WORD
"WORD
"WORD

208:

S5(R1),.Ré

CLR
TRAP

253

026752
026756
60

-d

026750

003044

ROMCLK
13?265 RS, .ROMCLK

VAN

S8R
v Y. T

W
~

SIF ruxs occuns

[«
]
-b

7028
7029
7030

SEQ 162

CSERDF

15
EMO
ERR1S

154?@1

CAN PROBABLY

insm" REMAINED

*READ PC HIGH, PUT INTO PORTS
*CLOCK INSTRUCTION
;READ PC REG HIGH FROM PORT

*SHOULD BE CLEAR

:ERROR-PC REG HIGH S/B CLEAR-SEE HEADER

;DISCUSSION.

ENDTST

TRAP

CSETST

BADHEAD

sresnnnnnnnesees TEST 43 tannnnsnnennann

:*TEST THAT MASTER CLEAR, CLEARS BITS IN THE NPR CONTROL REGISTER AND
'PRIORITV UP SO THAT WHEN WE SET THE BUS REQUEST BIT THAT IT WON'T BUG US
s*THEN WE'LL SET ALL THE BITS IN BOTH REGS EXCEPT THE
tNPR REQUEST. WE'LL LOOK TO SEE THAT ALL 60T SE NE
*UE LL 00 A RASTER CLEAR AND BE SURE THAT THEY AL

**+M] CROPROCESSOR MISCELLANEOUS REGISTER-FIRST WE'LL SET THE

026770

e
éAon
sennnnnnananess TEST 43 sannnanenantnnse

026770

BGNTST

H13
CZ0MaD.P11

12~JAN-82 09:50

T43::
-

-t

W
~
o

027056

=2\

NN
ON
MW
WVIN

-t
Py

-bd

027052
027052

g TR

Y-—=\N

v~
N
==

-—

—.?d

O=0O

NS
~ ~N &
oo

026770

027044
027050

002516

000340

177777
000002

000004
000004

003044
000400

MYINT
MO v
MSTCLR
SETPRI

;21111

000004

ROMCLK
JSR

003044

121130

ROMCLK

JSR
121225

003044

ROMCLK

003044

121204

002452

b
d
b
b

sDON'T ALLOW INTERRUPTS.
sDATA TO BE SET

;DON'T SET AC LOW!

RS, .ROMCLK

sCLOCK INSTRUCTION
:PUT INTO MISC REG.

#400,4(R1)

:DON'T SET NPR BIT

RS, .ROPCLK

sCLOCK INSTRUCTION

RS, .ROMCLK

sCLOCK INSTRUCTION

RS, .ROMCLK

sCLOCK INSTRUCTION
:MOVE NPR REG (10 TO PORT4

#146636 ,$GDDAT

CSRESET

CSERDF

sRECORD DEVICE ADDR.

8. 4(RY)

;PUT INTO NPR REG

:MOV MISC REG (11) TO PORTS

EXPECT ALL TO SET

;READ WHAT HAPPEN
;MASK UNUSED BITS
:DID ALL BITS GET SET?
:YES CONTINUE,

;SO SORT OF PROBLEM SETTING BITS

027120

EMO
ERR46

027122
027122

CSCLPY

027164
027170

027172
027176

003044

ROMCLK
JSR

RS, .ROMCLK

sCLOCK INSTRUCTION
;MOV MISC REG (11) TO PORTS

003044

ROMCLK
JSR

RS, .ROMCLK

027146

sSET MASTER CLEAR

;CLEAR MASTER CLEAR

027140
027140
027144

108:

sIN THE NPR AND/OR MISC REG.

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

000100
000300

027124
027132

°°§
R

b e

#PR1O?
opnxo7 RO
C$SPRI
9=1,4(R1)

$GDDAT,Ré
108

o VWO NOWNSWN=0O

KMCSR,R1

4(R1) R
#030140.R4

7109

NNNNNNNNNNN

SEQ 163

HARDWARE TESTS

000001
000001

121225

121204

MOV
CLR
8IC

4(R1) R4

ERROR
TRAP

46
CSERDF

8tQ

$GDDAT

#010140,R4

208

sCLOCK INSTRUCTION

;MOV NPR REG (10) TO PORT4
:READ RESULTS
:EXPECT ZERO

:MASK UNUSED BITS
sIF ALL ZERO, EVERYTHING COOL.

SMASTER CLEAR FAILED TO CLEAR

113
C20MaD.P11

SEQ 164

HARDWARE TESTS

12-JAN-82 09:50

«WORD
+WORD

EMO
ERR46

sSOME BITS IN THE NPR AND/OR MISC REGS.

csCLP?
000014

027254

#14,4(R1)

000004

003044

R5, .ROMCLK

003044

RS, .ROMCLK

;SET THE EXT BITS (16817) IN THE NPR REG.
;CLOCK INSTRUCTI
:IF MASTER CLEAR FAILED TO CLEAR ITSELF
;THEN WE WILL BE UNABLE
T
N
INSTRUCTIO
CLOCK

000005
000140
000014
002452

5(R1) ,Ré

READ REG

#140,Ré

1¢ icooAr

002452

ngfiATR4

46
CSERDF
46

027256
027262

EMO
ERR46

027270

027272
027272
3u$:

CSRESET

002470

RUNB
40$

003044

RS, .ROMCLK

4(R1) ,Ré
40$

027316

027320

HESE BITS

:MASK UNUSED BITS

:STORE 600D
:DID BITS SET?
: YES-CONTINUE

SMASTER CLEAR FAILED TO CLEAR

SITSELF, THUS PROHIBITING US FROM
:FURTHER SETTING BITS IN THE NPR REG.

cscLm

027274
027274

027276
- 027302
7304

sNOW WE ARE GOING TO TRY TO

002452

JNOW WE'LL SEE IF A BUS RESET CLEARS
sTHESE BITS.

:CAN'T DO THIS
;TEST IF RUN SW SET.
sCLOCK INSTRUCTION
:READ MISC REG

:IF ZERO-END TST

$GDDAT

:S/8 ZERO

46
CSERDF
46

;BUS RESET FAILED TO CLEAR NPR REG

EMO
ERR46

SMASTER CLEAR WAS ABLE TO LOOK TO THE

gakcgigzxTHAT CONVERTS BUS INIT
40$:

L10115:

ENDTST

J 13

CZOMQD.P11
7196

027340

12-JAN-82 09:50
104401

HARDWARE TESTS
TRAP

CSETST

SEQ 165

K13

CZDOMAD.P11

HARDWARE PARAMETER CODING SECTION

12-JAN=82 09:50

.SBTTL HARDWARE PARAMETER CODING SECTION

;}gg

IE
111000001100000101/
0000000000III
III
0000000000
III
I EEII L0001
LIIII
SIIIII
MACROS
CONTAINS
SECTION
CODING
PARAMETER
/7 THE HARDWARE
/7 THAT ARE USED RY THE SUPERVISOR TO BUILD P=TABLES. THE
:/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
%/ INTERFRETED BY THE SUPERVISOR AS DATA STRUCTURES. _THE

7201
7202
7203
7204
7205

/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
:/ WITH THE OPERATOR.
SIIIIITIITEI000T07100000000000000000100001000801001000011000111000110711117

7206

7207

;383
7210

7211

;%}g

027342

027344

000016

7214
7215

027344
027344

7217
7218
7219

027350
027352
027354

000032
027400
000007
000000
000007

027356
027
027362
027364

001031
027452
160010
177776

7216

027346

7220 027356
7221
7222
7223
7224

7225

BGNHRD
LSHARD: :

;

;
;
;
;
;

7232 027366 012032
7233
723%
7235
7236
7237
7238
;%23

027370
027372
027374
027376
027400

7241

027400 044127 041511

7248

027452

7249
7250
7251
7252

030050
000007
000000
000001
L10116:

027400

020110 WPM:

027406
027414
027422
027430
027436
027444

044515
050103
036480
026060
030062
03411

051103
037525
034115
036464
026064
osooog

026517
024040
3ooe§
03411
036467
000067

027460
027466
027474
027502

050103
051123
042522
000040

020125
040440
051523

041440
042104
035040

044515

GPRMD
.WORD

WPM,0,0,7.0,7.YES
TSCODE

"WORD
"WORD
"WORD

7
TSLOLIM
TSHILIM

-WORD

7226
7227
7228
7229
7230
7231 027366

7242
7243
7244
7245
7246
7247

.WORD L10116=LSHARD/2

051103

026517

GPRMA

ADI'RES.2.0,160000,177776,YES

GPRMA

VECTOR,4.0,0,674,YES

.WORD
"WORD
"WORD
"WORD

GPRMD
GPRMD
GPRMD
GPRMD
GPRMD
GPRMD
.WORD

-WORD
-WORD
"WORD
"WORD
ENDHRD
.EVEN

.ASCIZ

ADDRES: .ASCIZ

TS(ODE
ADDRES
TSLOLIM
TSHILIM

PRIRTY.6.0.7000.4.7,YES
LNUNIT.10.0,3,0.3.YES
SWPAC1.12.0.3%7.0.377.YES
SWPAC2.14.0.377.0.377.YES
LOOPBK16.0.40000,0,1.YES
ISRUN,24.0.7.0,1,YES
T$CODE
;snun

TSLOLIM
TSHILIM

°*NHICH MICRO-CPU? (0=M8200,4=M8204,7=M8207"

/MICRO-CPU

CSR ADDRESS : /

SEQ 166

L 13

CZ0MQD.P11

7253

027504

044515

7254
7255
7256

027512
027520
275%2

050103
05%103
042104

7258

027540

044515

7257

7259
7260
7261
7262

HARDWARE PARAMETER CODING SECTION

12-JAN-82 09:50

0275

027546
027554
027562
027570

035040

050103
047511
046040
035040

051103

020125
051117
042522

000040

051103

0201%5
044522
053105
000040

7263 027574 044127 061511

026517

VECTOR: .ASCIZ

/MICRO-CPU VECTOR ADDRESS : /

026517

PRIRTY: .ASCIZ

/MICRO-CPU PRIORITY LEVEL : /

042526
040440
051523
051120
054524
046105

020110 LNUNIT: .ASCIZ
052440
030050
030040
026105

/WHICH LINE UNIT (0-3)? O=NONE,1=M8201,2=M8202,3=M8203 : /

7267

027602
027610
027616
027624

044514
044516
031455
047075

042516
020126
037451
047117

7271

027654

034115

030065

020063

7273

027665

027672
027700
027706

123

020110
021440
041504
1

044527

041524

SWPAC1: .ASCIZ

/SWITCH PACK #1 (DDCMP LINE #) : /

7¢79

027726

053323

052111

044103

SWPAC2: .ASCIZ

/SWITCH PACK #2 (BM873 BOOT ADR) : /

7285
7286
7287

027764
027771
027776
0

LOOPBK: .ASCIZ

/WILL TEST CONNECTOR(S) BE USED ? 0=NO,1=YES : /

030012
030020
030026
030034
030042

020051
127
0425264
047117
051117
042502
020104
047516
051505

030056
0
030072
030100
030106
030114
030122
030130

051120
047523
020116
044103
042520
020106
030440
047117

7265

7274
7275
7276

7288
7289
7290
7291
7292

040520
020061
050115
C20105

020072

046111

052123
042516
051450
052440
020077
030454
035040

045503
042050
046040
024443

000

020114

041440
052103
020051
042523
036460
054475
000040

7293 030050 044515 051103 026517

ISRUN:

030136

.EVEN

7294
7295
7296
7297
7298
7299
7300
;gg;

7303
7304
7305
7306

041517
020122
053523
020040
030040
043117
044440
035040

051505
052522
052111
054524
044440
026106
020106

.ASCIZ

‘MICRO-PROCESSOR RUN SWITCH TYPE O IF OFF, 1 IF ON :*’

SEQ 167

CZ0MaDn.P11
7309

12~JAN-82 09:50

n13

HARDWARE PARAMETER CODING SECTION

SEQ 168

N13
CZ0MaD.P11

12-JAN-82 09:50

SOFTWARE PARAMETER CODING SECTION

;g}?

.SBTTL

7312
7313

111117177102717717771771771777777771777277707777777721777777777777¢77777/7

7314
7315
7316
7317
7318
7319
;%%?

7322
7323
7324
7325
7326
7327
7328
7329
7330
7331
7332
7333
7334
7335
7336
7337
7338
7339
7340
7341
;gzg
7344

SOFTWARE PARAMETER CODING SECTION

*/ THE SOFTWARE PARAMETER CODING SECTION CONTAINS MACROS
2/ THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES. THE
:/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
:/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES. THE
2/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
:/ WITH THE OPERATOR.
SIIIIIIIITIITITIT00700000070100000007000277007020008070072700010777177
030136
030136
030140

000000

LSSOFT::

030140

L10117:

BGNSFT
.WORD L10117=-L$SOFT/2

ENDSFT
EVEN

.EVEN

030140
030140
030142
030144

000000
000000
000001

LSLAST::
.END

LASTAD
.EVEN
WORD
MWORD

O
O

SEQ 169

8 14

BIT1S = 100000
BIT2 = 000004
BIT3 = 000010
8IT4 = 000020
BITS = 000040
8I1T6 = 000100
BIT7? = 000200
BIT8 = 000400
BIT9 = 001000
= 000400
BOE
002360
CLKX
CLRALL 003166

003602
CRAMA
002000 6
czoma
CSAU = 000052
CSAUTO= 000061
CSBRK = 000022
C$BSEG= 000004

cs8sus= 000002
CSCEFG= 000045
CSCLCK= 000062
CSCLEA= 000012
C$CLOS= 000035
cscLP1= 000006
CSCVEC= 000036
CSOCLN= 000044
cspodbyU= 200051
CSORPT= 000024

b d b b b b b b bo
VIO N WO O =N WHWVORNoOWY

o
O

SICT

1866

1879

= OO OO

ANON = b b b b ed b
b ek b md b
i = O GO NN NN AW[+ T

8IT1 = 000002
BIT10 = 002000
BIT11 - 004000
81715 = 010000
8IT13 = 020000
BIT14 = 040000

HOIOOOIOOHOS

012604

012444
ADR4
ADRS
012450
ASSEMB= 000010
8170 = 000001
81700 = 000001
BIT01 = 000002
BIT02 = 000004
81703 = 000010
BIT04 = 000020
BITO0S = 000040
81706 = 000100
BIT07 = 000200
81708 = 000400
BIT09 = 001000

7222

RIS
22923 —'0080
e
NNg “\\h‘%“%h g‘\g\ wgo 2PN

ADDRES 027452
ADR
= 000020 G
012600
ADR1

ADR?2

CROSS REFERENCE TABLE == USER SYMBOLS

12-JAN-82 09:50
AP =D b b b b b et b b e
N
S S
O =000 wvisvawvuminuawinw SN WVIWNANUMAWN
OOQOOO
= NNNNN &
OO OO b d b b b b B NO
NN
=2 0 OO =2MNNS NN
®
%=
L2 3 2 1
L2 3 2

CZ0MaD .P11

6925

6027

1880
3431

5498
3483

3383

3434

4824
5254

4848
5305

3994
4420
4847
5304

4020
4444
4898
5328

3934
6106
6156
4045
5204

40N

7145

7169

SEQ 170

C 14

CSESUB= 000003
CSETST= 000001

CSEXIT= 000032
CSGETB= 000026
CSGETW= 000027

3894

3986

5196
6712

5297
6769

2488
2834

2517
2853

2602

2381
2473
2566
%655

2387
2480
2571
2665

2935

- OIS =O

2758
2883

SNV
OO =

752
2866
2916

O ~NO NN

oo
GO0 ~NONWN SN
WS N0
NOW NN O

CSPNTF= 000017
CSPNTS= 000016
CSPNTX= 000015
csalo = 000377

PORLNLNLNININD

CSOPEN= 000034
C$PNTB= 000014

=2
NS
(=11,
NV [ S ]. ]

CSMSG = 000023

N
0
(=]
~

SGMAN=

WONOO SN

3597
4872
6188

3535
4770
6078

OO —N
WAUNHN
N = NO

3500
4159
4615
5044
5661
6660
4042
4466
4921
5352

~NOOA\AWNE
S

3444
6136
4563
5018
5516
6646
4018
4442
4869
5326

- PN
O =2 NN S
VIO =20 N —O

3495
4033
4457
491%
534
6035
6520
6947

~NONOA\AN
S NN
SO = NOWN—ON

[~[« SV, IV ¥
oo
(]
W

[0 Yo XV, 1V, T ¥ VTV
NN ON) NN OW
00 SN =2
N —N)
CONWNONCONI
O

O=ONNO~N

NSO
ON) == o

CSESEG= 000005

3439
4009
4633
4860
5317
5998
6465
688y

CSERSO= 000057
CSESCA= 000010

b b b b ONONNASS
SN-

CSERHR= 000056
CSERRO= 000060

12344
12344

1A%
NININIAINOON
=2 00 —
)[o
O NOO
&> =2 \NO
HOOVOOO v
L

CSOU = 000053
CSEDIT= 000003
CSERDF= 000055

AV (V"]
W

CROSS REFERENCE TABLE == USER SYMBOLS

12-JAN-82 09:50

N =

CZ0MaD.P11

SEQ 17

D 14

EM35
EM4
EM5
EM6
EM7
ENDIT

2605
3152

3159

3442

3498

3828
3352

6523

=20

NOOOWN

gadgwm

OO NN

~NOAOA\AW
S SN

005056
005260
005312
005333
005353
005434
005076
005463
005512
005131
005434
005144
005171
005216
005233
003044
012040

e
Y

EM1
EM10
EMN
EM12
EM16
EM17
E
EM27
EM29

7172

c497
2583

2383
2469

*®

005410
005545
005577
005055

2714

3060
7113

o) -b

EMB1
EMBS0
EMB51
E

3054
6094

NNN;OWO-‘VN
NIONMO
S =N

CSRDBU= 000007
CSREFG= 000047
CSRESE= 000033
CSREVI= 000003
CSRFLA= 000021
CSRPT = 090025
CSSEFG= 000046
C$SPRI= 000041
CS$SVEC= 000037
CSTPRI= 000013
26
CFPTBL

NEHNOWVIOWN

12-JAN-82 09:50

NN
OO AN S

CZ0MaD.P11

SEQ 172

CROSS REFERENCE TABLE == USER SYMBOLS

E 14
C20MaD.P11

010006 G
010134 G
010256 G
00616C 6
010350 6
006306 6
010472 G
010614 G
006434 G
010636 G
010702 G
010744 G
011006 6
011054 G
011124 G
011214 G
011264 G
006556 6

ERR6

006700

5984

6001

6628

6643

6657

4134
4561
5016

4157
4613
5042

6396
6468

007026 G

ESEND = 002100
ESLOAD= 000035
FADR
002412
002406
FLAG

002462

5851+
3591
3713«

3592
3714

3618
3745

3654
5585

2407
2584
2770

2613
2606
2776

2464

2492
2668

2405

2434

2640

WSO
O = O N

WNOW

N
OMNAVAVIVASS
88&5 8 8 BN
NAY =20 OO VNN
O GOSN
GO WN
\NO
O =
ONAI OB NGO
O
PNION
N &
W= NNV O =S NOSOO
SN
O NO

VIONNWNSO

~
= 00~

AN
O GO WV 8N 0OV
od O = QD O OO =4 N\ =
WWINOO
W =2 NN O WO

BB BB WNNWWINDN

NIOD N =2 N OV

VWAL
OO

VASNINO SO0 =NICO
=N OO0
NSO
= 8

2796
3166
3379
3523
3764
4044
4185
4337
4485
4621
4769
4917
5068
S§03
5354
5661
5969
6416
6660

NNV O DN

2768
3025
3370
3506
3761
4038
4182
4319
4468
4615
4763
4898
5050
5196
5348
5569
5948
6404
6646

NNV O O N

- SNUNRLN
N OO LN CD £~ O
ONA) =2 \ANI WA S 0000 SN0

ONOM\AVIWAS
DB
o WNOWVN=2
OO NN —

ON=d =2 = OON =N
OOVHONH V00— —

VLN
= O WO O &

VNV SN~
O 00NN
VOO NOWNO
O = OO

O OSSN

FSAUTO= 000020
FSBGN = 000040

IWAAVASS
S5 85 85 88 8 S
INO N

= 000015

ES 85 85 8 85 8 S W
N
W=ONNNO
VW
ONIOB OB OVON—=ONNIS
OO NN
00N S = NINNINWNO
OO NN

FTIME

FSAU

005046

AWV

6697

J“OOW:’OONO
NN

EVL

7063
5966

NN
NSt

ERR?7

CROSS REFERENCE TABLE == USER SYMBOLS

12-JAN-82 09:50

ERR1S
ERRI6
ERR17
ERR2
ERR
ERR
ERR35S
ERR36
ERR4
ERRGO
ERR4Y
ERRG
ERR4
ERRGG
ERRGS
ERR46
ERRG7
ERRS

SEQ 173

3675«
5664+

F 14

3764
5094
6560

3894
5196
6712

2405
2601
2768
2906

2631
2604
2793
2909

3481
4139
4343
4566
4796
5021
5227

3503
4142
4364
4597
4818
5054
5250

6712

FSHARD= 000004
F$HW = 000013
FSINIT= 000006
FSJMP = 000050

FSMOD = 000000
FSMSG = 000011

FSPROT= 000021
FSPWR = 000017
FSRPT = 00001
FSSEG = 00000

T= 000005
F$SOF

NN
= 0N
SO =2~NNO

6896
7070

4085
4217
4361
4470
4615
4744
4871
4993
5145
5276
5393
5716
5945
6202
6533
6733
6904
7084

4070
4212
4342
4468
4589
4739
4870
4990
5124
5271
5380
5661
5933
6189
6527

VIOWIWWW S0

489
835
%OS
g 70
500
3660
3922

O NO O
=

2461
2823
3189
3367
3473
3658
3894

6859
N

6855
7195

VSN

6841
7084

WN=00O0N

6824
7068

VIV
S
N
IO COONMN— N

FSCLEA= 00007
FSOU = 000016
FSEND = 000041

RYLSI. 1.1, VAV R L5 VLV [N ] e ]

12-JAN-82 09:50

&5 B NN NI NN NN N N O
-t Q0O N SNMNO NN
O 00
OO NOWVHNO HVINONO

CZ0MaD.P1

SEQ 174

CROSS REFERENCE TABLE == USER SYMBOLS

G 14

12-JAN-82 09:50

b b e

mYo

Gt Dt G

Bt G

b b il N

}368
3878
448
517
5872
6541
7019

340
389
4569
5194
5931
6556
7068

3003

3008

26054

24334

FEES

NN b and cud g 00~

g Sug Bug Beg

? na

SASIE
£E7
;
a8s3

g Gt Bt G

b )b e e e

NNNB NNNNU!NU!O% SN

b o

b b e

b e

b ed e

GSOFFS= 000400

WVIAAAWANIN NN NN N NN NN N NN

GSNO

I I I PRIIIIIIINY Wwo
O
LN A4 N SNt LRNan aw
Niat 43449
e ‘\Q‘EggghRO

AN NN O

011462

b b e

GETPRM

b b wsd L ON

FSTEST= 000001

7221
7221

7232
7232

7232

7221

7232

7221
1353

7232
1414

1723

26034
27688
29084

3393
3546
4062

26044
27954
29094

33984
3607
40674

26344
26314
9274

§417
670
4085

24894
6604
28354
29534

55180
6884
28544

ZSR
SR2

CZ0MaD.P11

SEQ 175

CROSS REFERENCE TABLE == USER SYMBOLS

29734

H 14
C20MaD.P11

12=-JAN=-82 09:50

CROSS REFERENCE TABLE == USER SYMBOLS

WVNN
=
RN

414614
664

1$SETU= 000041
ISSFT = 000041
ISSRV = 000041
ISSUB = 000041

I$TST = 000041

61934
3194
h44n
4586
47208
4843‘
49728
5119
5247
5372
6555

4 1;
433
4462
45974
47214
48474
4990
51244
52324
S377a
6748

3470
4686
6016

3546
478
609

32954
4704

33074
3473

39674
42848
4589
L9738
52794
55254
5874
60794
64728
0
68414

39824
4287
46694
49754
52944
5527#
5895

3373

3423

5878
6974
1866

5952
7026
1873«

707

JSJMP = 000167
KMACTV 002376
002516
KMCSR

KMCSRH
KMCTL
KPNUM

002520
002522
002400

KMRLVL
KFRVEC
KMTLVL
KMTVEC
LNUNIT
LOADER
LOCK
LOE
LOGDEV

002510
002506
002516
002512
027574
026006
002340
040000 6
002342

KMPO4
KMPO6

LOKFLG 002476
LOOPBK 027771
= 000010 6
LotT

44N

3072+

3073

3076

3181

374

60924
GA74N

6676
6843
70184

4592

I 14

CZ0MAD.P11

LSACP

LSAPT
LSAU
LSAUT
LSAUTO
LSCCP
LSCLEA
L$CO
LSOEPO
LSDESC
LSOESP
LSDEVP
LSDISP
LSOLY
LSOTP
LSOTYP
LSOU
LSOUT
LSOVTY
LSEF
LSENVI
LSETP.
LSEXP1
LSEXP4
LSEXPS
LSHARD
LSHIME
LSHPCP
LSHPTP
LSHW
LSICP
LSINIT
LSLADP
LSLAST
LSLOAD
LSLUN
LSMREV
LSNAME
LSPRIO
LSPROT
LSPRT
LSREPP
LSREV
LSRPT
L$SOFT
L$SPC_
L$SPCP
LSSPTP
LSSTA
LSSW
LSTEST
LSTIML
LSUNIT
L10001
£10002
L10003

CROSS REFERENCE TABLE == USER SYMBOLS

12-JAN-82 09:50

G
002110

002036 6
012144 G
002070 G
012042 G
002106 6
012134 G
002032 G
002011 G
002312 G
002076 G
002060 G
002132 6
002116 G
002040 G
002034 G
012140 G
002072 G
002730 G
002052 G
002044 G
002102 G
002046 G
002064 G
002066 G
027344 G
002120 G
00, )16 G
002027 6
002262 G
002104 G
011340 G
002026 6
030144 G
002100 G
002074 6
002050 G
002000 6
002042 G
002122 G
002112 G
002062 G
002010 G
011332 6
030140 G
002056 G
002020 G
002024 G
002030 G
002312 G
002114 G
002014 G
002012 6
002310
002312
006156

13414

12994
1326
1323
1342
1334
1340
12954
12774
1332
13314
13100
1302
13474
13014
12974
1328
13274
1318
13120
13054
13354
13074
13214
13234
128%
13494
12834
12874
1288
13374
1338
12914
1292
133
13200
13094
12668
13034
1344
13434
13194
12754
30014
33
13150
12854
12894
12934
143
13450
12814
12794
1429
1436
237

32394
31664

31984
15784
13694

32184

17114

7211

72124

1429

14304

30254
73420

13544

73248

SEQ 177

J 14

CZ0MaD.P11
L10004
110005
L10006
L10007
L10010
L10011
L1001§

L10013
L10014
L10015
L10016
L10017
110020
L10021
110022
L10023
110024
L10025
L10026
L10027
L10030
L10031
L10032
L10033
L10034
L10035
L10036
L10037
L10040
L10041
L10042

L10043
L10044

L10045
L10046
L10047
L10050
L10051

L10052
L10053
L10054
L10055
L10056
L10057
L10060
L10061
L1006§
L10063
L10064
L10065
L10066
L10067
L10070
L10071
L10072
L10073

CROSS REFERENCE TABLE == USER SYMBOLS

12-JAN=-82 09:50

006304
00643%
00655
006676
007024
007152
007274

4024
4314
4594
4874
51
5434
5734

007416
007540
007662
010004
010132
010254
010346
010470
010612
010634
010700
010742
011004
011052
011122
011212
011262
011330
011336
012040
012132
012136
012142
012144

6014
6294
6574
6854
7144
76420
27654
27934
8214
8334
28524
28694
28
29
29254
295
29694
29894
3006
31614
31874
32034
32234
32414

012550
012710
013152
0133564
013566

3371
3421
3476
3584
3646

012254
012420

014110
014466
014734
015200
015430
015674
016140
016404
016650
017114
017360
017640
020120
020374
020650
021126
021402
021574

30104

3273
3336

3290
33564

32934

3708
3765
3895
3987
4089
4186
4288
4388
4489
4590
4690
4790
4892
499
5095
5197
5298
5397

3741
3834
3923
40684
41654
42674
43674
44684
45654
L6694
4764
48714
9734
50744
51754
52774
53784
5450

37494
38784
39654

34064
34584
35344
35964
36584

54564

SEQ 178

K 14

oo\

-DONO\A;JOMOO

AN S 85 == O O 00 W
ONMO NN
S YW

NOON
b b \hgfl\fll\)&
= NSO

ngbN\l\flWN
R §U|

[=7={=] O o lelelelel=l=]
LY, NNV
WSS
=
o

6677

6688

4293

6393

4494

4998

5099

3153«
5476
3401«
3510+
3635

3402
5569
3402
3511
3647

3454
5757
3425+
3513
3649+

3710

3745

3482
3563

3484
3573

4103

4126

4149

4327

4351

b
b
b
b nd
b
b
b

2344

b e b b e b b and cnd cmb cd N b cnd b b
WAL
bl VIR

002774
PATCH
T
=001000 G
1 __ = 002000 G
PRIRTY 027540
PRIOO = 000000 G
PRIO1 = 000040 6
PRIO2 = 000100 G
PRIO3 = 000140 G
PRIO4 = 000200 G
PRIO5 = 000240 G
PRIOS = 000300 G
PRIO7 = 000340 6
PSTACK 002344
Qv.FLG 002477
RAMDAT 003330

PONININNI NN
O CO\NONOD
— ONO

[- XV, 2 IV Nt~

6661

K AR
o

b e

—b

(=]

o0 (=1]

bb o
b

~—r rr

64164

026200
306

002336
NEXT
002372
ONE
0SAPTS= 000000
0$AU = 000001
O0S$BGNR= 000000
0$BGNS= 000000
osOU = 000001
OSERRT= 000000
OSGNSW= 000000
OSPOIN= 000001
SETU=

CROSS REFERENCE TABLE == USER SYMBOLS

12-JAN-82 09:50

CZOMaD.P11

SEQ 179

3
374

b - wv

L 14
a0

-—

[}

' *

-W o

SEQ 180

NN N NI LNIN AN NN NI NN N

NSO N N O D

ONOW

O NWO NN OO

=00 S~ =2~

VIS B NI
= OO
= O £ O NNNOOON
8
O
ANNO = £ 0N

=20 OO

2‘*0‘—‘0@\‘0&

2732

A NINININI N NI NN

OO OOV 00000 Co0o
NS
LN =2 OO0 &H
ONOWNO 00—\ ON

wmm

VAGON)
NN N O 3400 = NGO
W= DN O

~ NS

AININININININININININININININOND
OO O OO0 000000000000
N NN

R TR

w
o

YIS

NP s

N0V
=00

NN
L o a2 X
VT IVIV V]
NN
=40 QO YW

AP P SN LNPVNLNVNONOCNCN

38 AN OV GV

D a2 X VIV
(v
NN
=20 G0 YW
2D
=2 NSO

—

SEQ 181

(- AV}

-—b

O nnaniawnawniawne
> NN
WNNSB WO O

ANV

V]
wviviviuvawnaawnauages T F 2l 2 VIV
W)
=2 O OO N
WO NN W—=OO ~NO
~NWOONNOO
N =200 & =2 &> =2 ~N&S

MNININININININININLNINLALNINLNININININD

NN NINININANINININININIALNININNININLRNININD
AN S S
N £ BN NN
ONONONON ViAW
WNHNN)
= WO NS N=2O 00 NON W NO\OCOONN
-2 Q0 &>~ NSO NNO R WO
NOO N OWNINDOW

CROSS REFERENCE TABLE == USER SYMBOLS

eme

OO N0

NI N R AL AN PRI N3% NN
NNVv
NN
Nond
2% 2

N ORI O

NN
OO\
NO VOSSN
=O 00

N =200 &> =2 Y

AN RO AU NI NI AL R AL AL AN NI NN A RN N NI NN N NI N NN

"4
4

WitAN AN LA AN LN

NN
Ve
N
=00

2924
0

AW[VAVAIV T 23 23 2
NN = O O O OO VOO000 00D COC0 00 N NNNNNNOOONONONO~ON\NN

VGO

SREF

PIRINININININININININONIN
O000 0000 N~

NI GO

2636

N= N O N O

NINININININININD
AL PN NI NI NININI NI NININONDN

2474

8\#00‘0‘\0

NS
NN
=
~NE&SOWNO
S

NSO NN £ N =2 O NN 00N O NTD &

=2
O NN OO £ 00N S 000N NN OO NN

NN
NS BANANNIN
= OO 00O OO0 08000000000

W NN

LpS AN A% a8
w

VWNNWALY
SRS
SSW
Py OO NININININI
NI WSS
NI NININI NN

O NOANANN)
=~ O 00
N ONNI
GO AN~ GO

NN N A NN NI NN NI D

2455
2469
2482

O VINONI NN SO O WNHIANNI OO N
=2 NON =2 N= NV WNO
NOVOOO SN

wa
o O\AL

12-JAN-82 09:50

NN N N N NN

2348
2361
2374
2388
2601
2615
N OO

CZ0Man.P11

—OMN~ANPCNMNAONCWNA?5824?1461‘61461‘6m3OMOOMWN=OMOP=
0a”lve7~lOgO—l7UM02NO0MOO3=82NOO\N‘7N=O7OIOO1\N‘M8I)7NP=1T‘N8%TACO1DTNI‘CV6OORO1.\‘OO6oE=TO=!MYEOE21§287ODM1vO9Eo=8O1IB=7NM9DM1O;O=T2M\O9M=)=38v7O‘OFTN1IN=7Q8O09BTA9N=I“AO7NO28OP\MI3O\09=M6O1OGM~7Oy
N0OvIvCG@O0ON—vWWOUDANI=I~O=(AA=ONVCIDMIO=PN=NOMNMON~UW&-PPIVN8NOCA(AFPCIOCMMGALUNWINONMNOINCOIMOOANIORIMNWW3I=—CCSIUAUNMIINOININCAPWAOA\MWCNIMP=&ICOIWMNWNMNOUMIIAOOII(MSMNMANNMNOoWN+OO=NrO,Nv=CNVII=Ivr&=AvPN=NrNAPNeo=MPIOO—NvvNMIOAA~Iv7OOONv=NFOWOONI7OOROIN=NCNIMOP=O©~OOINNoFNNOIOA©©O=OMoTNIIM—03M2OOOSONSNNMPANO0OFP88OT0VCNNIOOODO=NTAv:NNO8MNDOM2N0OTO8)AINO\=GD3=NPN0OODMNvr=FPMVOv==R8P8BI=OM2OOLFAAPA)NO0MNNN===8O8=OOAONMROMM2NOO3TVAo8NCM=rMNAO8ONO0P—TVNMOOOO3T2PMNERNWOONVNOINvOvRTOOPIINNEOOOMPNDWOINMWMPFIYNNVNII8MPOVO==MNOvONNNAQSTTTOSMOGOPMTOP8S~&83NW—OFIN~F8M(88NVVNN=GC8DBMWOONONONTOPrON8CMMIMIMOM==3NNEONNCWMVMNNMMNOOIIMOITOCOPM==EN—IMOINO=MNNTFDMEINMEIM\M=BOMNONOT=8=8OONvIO~0M=M8IA=8OOM~vrvTFN=NNv=28TTvTvOeIMMMONMMTSO8OONNONMOPT2OI8OO8IM)MANOTNOG=CSOMQI~NOAMMNI=MNOOMQDWOAVOONVOOONNNMMFONTFONMADOTVNOMONOWAND\OOOAMWNMOPVOV©NONOOWMWANNMWOOMMO3AS2=NWYAANO—
N 14

CZ0MQD .P11

12-JAN-32 09:50

CROSS REFERENCE TABLE == USER SYMBOLS

MMPETDN8INAIMAININISNIMANLILGLWNM PBMFOWTNnNnnninGNBninMnmnmO08rNMMDNAWv=TVNOMIRNAEO.AMN MINIAMNNIPFBT8LNIMNMINBEAMINDINWEA P8T20NAVWMDIMMOMSMWCIMMUEO3D=AIvTMNGNVMADO 33‘033“1%‘4“4“/’"‘A““l““‘sssssssss

0
741
804
874
922
96

L
4

SEQ 182

B 15

CZDMaD.P11

12-JAN-82 09:50

sSvCsus= 000000

SVCTAG= 000000

SVCTST= 000000

SEQ 183

CROSS REFERENCE TABLE == USER SYMBOLS

5860
5909
5933
5982
6070
6134
164
6316
6369
6400
6489
6535
6618
6644
6671
6688
6709
6791

5874
5910
5948
5983
6035
6071
6135
6165
6317
6370
6404
6490
6542
6625
6646
6672
6689
6710
6792

5875
M
5949
5984
6036
6072
6136
6166
6318
637
6405
6491
6543
6626
6647
6673
6694
6712
6796

5876
5918
595
5985
6037
6078
6137
6167
6319
6372
6406
6520
6560
6627
6648
6674
6695
6713
6797

5889
5914
5963
5987
6038
6079
6146
6176
6320
6373
6417
6521
6561
6628
6654
6676
6696
6714
6819

5890
5915
596«
5988
6039
6094
6147
6177
6321
6374
6418
6522
6562
6629
6655
6677
6697
6734
6820

5891
5916
5965
5987
6052
6095
6148
6178
6345
6393
0465
6523
6610
6632
6656
6678
6698
6735
6821

5892
5925
5966
5998
6053
6111
6149
6179
6346
6394
6466
6524
6611
6633
6657
6682
6699
6769
6822

5893
5929
596
5999
6054
6112
6150
6180
6347
6395
6467
6527
6612
6634
6658
6683
6770
6823

5895
5927
5969
6000
6055
6113
6154
61t8
6348
6376
6468
6528
6613
6640
6660
6684
6701
6771
6824

5896
5928
5970
6001
6056
6114
6155
6189
6349
6397
6469
6529
6614
6641
6661
6685
6706
6788
6825

5897
$929
5971
6002
6068
6115
6156
6314
6367
6398
6473
6533
6616
6642
6662
86
6707
6789
6826

590
5932
5981
6005
6069
6133
6163
6315
6
6399
6474
6534
6617
6670
6687
6708
6790
6833

7189
7223

7196
7224

7197
7225

7211
7232

7212
7233

7215
7234

7216
7235

7217
7236

7213
7237

7219
tco8

7220
7239

7221
7323

7222
7324

12340

12484

1447

1448

1462

1463

2373

2374

2402

2403

2631

2632

2459

7328
12348

7329
12464

7339

7340

7341

7342

2546
2742
2870
3010
3294
3526
3966
416;
43
4458
4€43
4418
4
5148
5278
5716
6417
6955

2460
2657
2822
2950
3204
3447
3659
4068
4241
4417
4567
4742
4872
5071
5225
5378
6005
6795

2487
2658
2833
2951
3223
3448
3749
4069
4264
4418
4569
4743
4920
5072
5250
5379
6077
67

24868
2685
2834
2969
3224
3458
3750
4116
4265
4441
4570
4766
4921
5074
5251
5456
6078
6841

2516
2686
2852
2970
3241
3459
3878
4117
4267
4442
4618
4767
4946
5075
5274
5457
6187
6842

2517
2714
2853
2989
%242
503
3879
4139
4268
4465
4619
4769
4947
Sl;g
52
§525
6188
6904

2545
2715
2869
2990
3293
3504
3965
4140
4316
4466
4642
4770
4970
51;3
5277
5526
6416
6905

12340

12454

3264

3265

3307

3308

3367

6973

7018

196

3547
4182
4787
5473
6093
6855

7239

3607
4183
4888
5474
6202

6856

7540

3608
4284
4889
5564
6203
6921

7329

3670
4285
4990
5565
643

6922

7330

3671
4384
49N
5752
6431

6972

3761
4385
5091
5753
6485

376%
448
5092
5871
6486

2573
2743
2886
3011
3356
3527
4017
4163
4340
4469
4666
4819
4973
5149
5325
5717
6472
6956

3368

3891
4482
519
587§
655

7019

2574
2765
2887
161
357
3534
4018
4165
4341
4518
4667
4844
4974
5172
5326
5858
6473
7001

3417

3892
4586
5194
5945
6556
7084

2601
2766
2906
3162
3396
3535
4041
4166
4364
4519
4669
4845
50%1
5173
5351
5859
6541
7002

3418

3982
4587
5294
5946
6748
7085

2602
2793
2907
3187
3397
3596
&%
N
4365
4542
4670
4868
5022
5175
5352
5931
6542
7068

983
4686
5295
6V16
6749

2629
279%
2925
3188

3597
4065
4216
4367
4543
4718
4869
5047
517
537
5932
6733
7069

346N

4085
4687
5393
6017

2630
2821
2926
3203
3407
3658

4240
4
4566
471%
4871
504
52264
5376

6734
7195

3546

4086
4786
539

6810

c15

SWPAC1 027665
SWPAC2 027726
SSLSYM= 010000

002440

~ SO\A\AJ\

004733
TFMA7
TFM5
003773
005010
TMMC
TYPE
002432
TSARGC= 000001

T$CODE= 012032
TSERRN= 000056

3439
4009
4433
4860
5317
5998
6625
7060

3495
4033
4457
491%
534
6111
6640
7115

14630
27154
9904
4814
L1198
Q444N
L7708
51014
55264
69054

23744
7634
0114
35064
41420
L4L6OX
47964
51254
57174
69564

24034
27664
§16 ’
5354
L1664
LLO7TR
48;10
51514
58594
70024

4324
7944
1884
5974
41934
45218
4847
51764
59324
70694

4604
8224
2044
6594
4%18‘
45454
4B724
52034
0054
1964

$151*
12690
o362

3156*
12700
o3l

3370
12714
e

3420
127
230w

3473
23484
23

5454
25200
Bbr
610
656
5701
753
1574
850
911
g7

5475w
2525
e
3816
26610
5708
2754
g8,
2857@
5917
Qrse

5481
gsoer
Bre
617w
2686
2700
3759
g803s
2861
So19r
81

24820
2531
Prie
g3
26678
313
27608
2808
0863#
5923
283

Ziger

3300
918#
A3330

2130

gzor
39414
L3STH

Julse

gzsor
39604
G4TOF

24411

e
40108
4434M

349
4034
4458

3486
253
5582
g6k
2672
271
2764
2809
2867
59304
997

b O\ =2 SO \N= N
NN BOWNO
N
NOONON
0000

3388
3959
4409
4836
5266
5981
6610
6994

004

003712
003730
004017
003755
004263
004105
004174
004344
004427
004466
004524

3349
3940
4356
4810
524
596
6520
6947

xS
s¥

TFM46

TFM2
TFM3
TFM36
TFM4
TFM40
TFM41
TFM42
TFM43
TFM44
TFMGS
TFMASA

AININININININD NI =2 =2 NI PRI
S WO —_— O
O

TEMP

TFM]

3329
3917
4332
4758
5216
5925
6465
6889

NOC NI NS

003632

CRCSS REFERENCE TABLE == USER SYMBOLS
O SN NOOO
oo

Sv05

12-JAN-82 09:50

~NOON\NASS
N
=3 ON =2 LN OWNO
W
WNNNO
N N — N -

CZ0MaD.P11

SEQ 184

D15

)| SGMAN= 000000
TSHILI= 000001
TSLAST= 000001
TSLOLI= 000000
TSLSYM= 010000

TSLTNO= 000053
TSNEST= 000000

TSNSO = 000000
TSNS1 = 000005

g
N
»
)

TSEXCP= 000000

TSFLAG= 000040

CROSS REFERENCE TABLE == USER SYMBOLS

&bauufloam

12-JAN-82 09:50

oo N ad YRR~
b4 -5 Q0 &S NGO
SN

CZDMQD.P11

L9178
52478
58494
65274
68594

49434
52714
58744
65334
68964

7236
7235

2432
2794
3188
3966
5278
6734

2460
2822
3204
4069
5379
6796

14478
4904
26854
28374
9694
2398
584
37624
40968
Q264N
4208
458784
L7458
49204
50744
52504
54564
60934
68414
73234

14564
%516’
26884
285;‘
%97
32414
34714
38784
41164
L2674
L4410
4597
47664
49234
50924
525
54744
61874
68564
7328#

1462
S194
714
8554
989
2654
3658
42854

3474
2545
7174
2869
0014
3293
71
4367

E 15

4991
5716
64314
6955

3503
1428
4364
45974
4818
50244

35064
4162
43964
4618
48214
5047

34294
4015
41190
4%1
43194
4439
45428
4644
Q74658
4866
L9704
5073
52034
5323

3445
40174
4118
42184
4338
4441
4544
46458
4764
4B68A
4972
51014
5222
53254

3447
L0448
4213
4340
44978
4640
4766
49238
5069
S%gk
5354
34704
46864
60164

34814
4063
4215
43434
4516
4642
47964
4944
5071
52274
5373
35464
47BOA
60924

23764
7474
0254

24054
7684
1664

50924
64

51944
65564

13744
13874
14004

1%750
13884
14014

5250

TSPTNU= 000000
T8SAVL= 177777
T$SEGL= 177777

T$SEKO= 010002

TSSUBN= 000000

T$TAGL= 177777
TSTAGN= 010120

7624

TSTEMP= 000005

52534

5484
8724

€

4973
55654
6416
692¢4

8924

TSNS2 = 000003

48894
5

B
NNO
-ogoom
B
B WV
TM
»
»

L7874
5456
60934

(=1

CROSS REFERENCE TABLE == USER SYMBOLS
OOWNO

12-JAN-82 09:50

o~ SN0

C20MaD.P11

F 15

CZ0MQD.P11

CROSS REFERENCE TABLE == USER SYMBOLS

12-JAN-82 09:50

TSTEST= 000053

T$TSTM= 177777

14087
31
8524
§030
934
35014
3708
39654
L0BBN
4186
G313
QO1SH
4518

14094
5454
28694
5530
14
034
76404
9864
4089
120
43144
L4178
4S3OM

146104
57
8864
AL
9
gSZ
741
3987
41134
42138
L3168
443BH
45408

16114
6014
9064
2724
4064
S24A
376498
401464
41144
L2158
Q337K
GLL3OF
45428

14128
6294
9;50
273
4204
3264
37644
40154
L1164
42374
43384
Q441N
45638

14138
6574
9504
289
421
S34n
765
40174
41368
42384
o
44628
45644

146474
26854
9694
290
L4l
5834
8334
40384
41374
42404
43614
4463A
5664

4BLLN
L9678
S069#
51724
52774

4BOSH
49688
50714
S1754
52974
5397

LBOON
49708
50744
S1964
5298
56498

4BOBA
L9738
50944
5197
53224
5450

4B71M
L9934
5095
52214
53234
S4564

4B91X
4994
51194
52224
53254
S4764

489
501
51204
52244
53484
5477

59314
6320
65334
66764
6825
70684

59484
63724
6534
6677
68414
71954

5949
6373
65414
66874
68594
7215

59694
63984
65604
8
6860
72214

5970
6399
6561
66994
68964
72328

59874
64048
66164
6700
6897
72384

5988
6405
6617
672124
69044
73284

3462
3758
41824
4673

3467
37614
4271
4683

4704
3882
4
46864

3539
3888
4284
4773

3543
38914
437
4783

35464
3969
4381
864

3600
3979
43R4N
4875

2374

12344

7343

12344
2424
2495
257
2643
2715
2791
2866
2947
3077
3329
3444
3578
3750
3966
4066
4159

57164

3257

2352

2429
2501
2574
2650
2722
279
2870
2951
3162
3335
3448
3583
3764
3986
4069
4163

57574

3261

2358

2432
2:)9
2581
2655
728
801
2877
960
18
34
459
§S90
800
3994
4088
4166

5758

32644

2366

2439
%514
587
2652
273
2807
213
966
189
35
3473
3597
3825
4009
4096
4185

58494

3299

2445
2517
2594
2665
2740
2814
2887
%970
gOO
3570
3481
3642
383
4014
4108
6193

5850

3304

2452
2524
2599
2671
2743
2819
2897
§980
§04
79
495
645
836
4018
4113
4206

58584

33074

2381

2457
2530
260¢
2678
2752
282§
290
2986
§§21
88
50
65
87
4020
4117
4212

G 15

4308
4396
4488
4570
4667
4763
4860
4949
5048
5145
5242
5328
5476
5874
6005
6314
6527
6676
6833
7069

QRO
=
00 NN®@OL
=N O O WO

4295
4387
4409
4567
4623
4758
4847
4947
5044
5140
5227
5326
5457
5859
5998
6188
6520
6670
6824
7060

O~ SSOMONWNON

VIS
SN 5
NN
= = O O 00N

AAVANAWRSES
&>
NN
= OO 00
VO = =N

12-JAN-82 09:50

ONN*O—'
OONCOON
=2 N 4
~NO
—

CZ0MQD P11

SEQ 188

CROSS REFERENCE TABLE == USER SYMBOLS

T$1STS= 000001

TSSAU = 010042
T$SAUT= 010037
TSSCLE= 010040
TSSOU = 010041
TSSHAR= 010116
8801
TSSHW

T$$S0F= 010117
188SW = 010002
T$S$TES= 010115

SB
5 St 44
»

TSSPRO= 010000
TSSRPT= 010035
T$$SEG= 010002

VI
S BB
VAN =N
N\ =000
NNIONN

T$$MSG= 0100

3458
3749

4088
4569
4991#

H 15

72534
7216
1982’
18}6'

3081+
4689

OOOO—‘\‘!

5192
55654

ONONON NN
COON 8OO
VION=2ONONO

S194#
5525
5931
6372
6616
6824
7068

72414

1871
4185

1970
4287

1972
4387

1995
4488

Hw
b
o
O~

L8
012146 G
014470 G
T10
TM
014736 G
015202 6
T12
713
015632 G
T14
015676 G
T1S
016142 G
116
016406 G
117
016652 G
017116 G
718
T19
017362 G
012256 G
T2
017642 G
120
721
020122 G
020376 G
122
020654 G
123
021130 G
124
021404 G
125
126
021576 G
127
021744 G
022322 6
728
129
022560 G
T3
012422 G
T30
022774 G
731
023210 6
132
023452 6
733
024044 G
025116 G
134
135
025216 G
136
025364 G
137
026042 G
026202 6
738
139
026310 G
012552 6
T4
026446 G
140
T41
026544 G
142
026644 G
T43
026770 G
012712 6
15
013154 6
76
17
013356 6
18
013570 6
19
014112 6
UAM
= 000200 6
VECTOR 027504
027400
003422
WROM
002414
WTYPE

5
6
4
9
0
or
2

4993
5449
5858
60934
65%7
6/33
6955
1370
1379
1380
1381
138%
138
1384
1385
1386
1387
1388
1371
1389
1390
1391
1392
1393
1394
1395
1396
1397
1398
1372
1399
1400
14601
1602
1403
1604
1405
1406
1407
1408
1373
1409
1410
1411
1412
1374
1375
1376
1377
1378
15484

CROSS REFERENCE TABLE == USER SYMBOLS

12=-JAN=-82 09:50

&~
wno
Co—

czomab.P11

SEQ 189

3149
4824

3154
4891

3489
4926

3846
4993

3985
5027

115

CZ0MGD .P11

5297

5331

5619

5674

5807

6058

6488

6559

6858

6033

6303«

6308

6311+

6312

6336+

6341

6343

6358+

2391

2618

2532

2590

2674

2361
2730
2420

2390
2781
26448

2619
2809
2476

2647
2505

2475
2534

2504
2562

2533
2618

2561
2646

2589
2702

2617
2731

2645
2782

6021+

6046+

6047

6050

061

6100«

6130

3371
3895
4238
4566
4892
5197
5662

3394
3910
4262
4590
4918
5222
5758

3421
3923
4288
4616
4944
5248
5850

3445
3987
4314
4640
4968
5272
5875

474
4015
4338
4664
4994
5298
5896

3501
4039
4362
4690
5019
5323
5915

3524
4063
4388
4716
5045
5349
5949

584
4089
4415
4740
5069
5373
5970

646
4114
4439
4764
5095
5397
5988

3708
4137
4463
4790
5120
5450
6155

3006

3273

3741
4160
4489
4816
5146
5477
6320

3765
a1
4516
484
5170
551
6373

3834
4213
4540

18494

3310

3425

3479

3551

3612

3675

3770

3900

3993

4094

41N

4293

1943

1954

;6%?

5196

5230

2956

6030+

6031

2054+

2360

2389

2052+

2362

2050+
2701
2049«

16274

2892
XSALWA= 000000
XSFALS= 000040
X$OFFS= 000400
X$TRUE= 000020
002370
ZERO
$SBDADR 002450

12344
12344
12344
12344
16054
16294

$GDDAT 002452

1220#

SLSTIN= 000000
SLSTTA= 000000

12420
12434

002430

SREG2

0024264

SREG4
SREGS

002420
002416

STEMPO

002442

SREG1

SREG3

STMPO

002426
002422

002446

= 030144

-MSTCL 002756
.REGT

CROSS REFERENCE TABLE == USER SYMBOLS

12-JAN-82 09:50

SRE

003050

-ROMCL 003044

.SROMC 003100

SEQ 190

6363

16214

16204

16194

16184

16174
2673
}g}gl

16264

12254

6405
6700

6365

2053«

2051+

1608¢

64094
6713

4393
;ggg

4494
5877

18634

1872

18604

1889

6384

16094

1
6770

6389

16104

6490
6825

6391

16114

6528
6860

6534
6897

16904

6561
6926

7134

17164

6617
7023

7157«

137

18544

6633
73034

4695
6020

479
6099

4896
6110

4998
6162

5099
6175

5201
6185

1892

1895

1905

1913

1921

1929

1937

3315
3630
3780
3945
5604
5955
6269
6437
7036

3318
3633
3787
3948
5607
5973
6273
6440
7040

3321
3682
3790
3951
5686
5991
6277
6443
7043

3339
3685
3809
5405
5689
6041
6286
6448
7053

18694

1898

1946

1957

3793

4121
4325
4548
4751
5003

16444

7110

459
5951

1983
3627
3777
3932
5597
5918
6265
34
9?;;

4101
432
452
4748
4955

7107«

4124
4
4551
4800
5006

4144
4349
4600
4803
5029

4147
4399
4603
4826
5032

3342
3689
3813
5408
5692
6211
6289
6452
7094

3805

4196
4402
4624
4829
5053

3558
3692
3853
5613
5696
6225
6305
6866
7098

3999

4199
4423
4627
4850
5056

3561
3695
3856
5429
5782
62%9
6338
6869
7101

4002

4221
4426
4648
4853
5104

7158

6647

5302
6206

1940

3565
3719
3859
543°
5785
6233
6356
6877
7105

3568
3722
3862
5488
5792
6247
6360
6881
7127

4023

4026

4224
4447
4651
4902
5107

4246
4450
4700
4905
5130

7182+

5401
6865

3571
3725
3902
54N
5795
6231
6379
6933
N

4047

4249
500
4703
4928
5133

3290

5481
6931

3620
3728
3906
5500
5831
6255
638
693
7150

4050

4298
4503
4724
4931
5154

3336

5186
5570
6399

5572
7028

1977

3623
3774
3926
5594
5899
6262
6981
7153

4098

4301
4524
4727
4952
5157

J 15
CZDMaD.P11

12-JAN-82 09:50
5206
5600

SEQ 191

CROSS REFERENCE TABLE == USER SYMBOLS
5209
5788

3578

5235

5256

5259

5307

5310

5333

5336

5357

5360

5494

K 15

BNCOMP

BNERRO
BREAK

BRESET
CKLOOP
CLOCK
CLOSE
CLRMAR
CLRVEC
COMMEN
DELAY
DESCRI
DEVTYP
DISPAT
DISPLA
DOCLN
DODU
DORPT
EDSCAL

3413
4071
4782
5528
6426
7004

2490
28N

2519
2889

4019
4520
5023

4043
4544
5049

3545

3606

6554

6747

4989

3410

2660

4084
5563
7017

5090

BGNSET
BGNSFT
BGNSRV
BGNSUB
BGNSW
BGNTST

3409
3978
4772
5469
6419
6968

G0
—=2C0ONO°
NOVION

BGNPRO
BGNPTA
BGNRPT
BGNSEG

CROSS REFERENCE TABLE == MACRO NAMES

N) =2 =2 OONN
S, VONNN0D

B8COMPL
BERROR
BGNAU
BGNAUT
BGNCLN
BGNDU
BGNHRD
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12-JAN-82 09:50

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CROSS REFERENCE TABLE == MACRO NAMES

12-JAN-82 09:50

CZ0MaD.P11

SEQ 193

4689

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4916
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4437
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4461
4966
5660
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5757

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5948

6153

6403

4185

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4387

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4486

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12-JAN-82 09:50

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CROSS REFERENCE TABLE == MACRO NAMES

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12-JAN-82 09:50

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12-JAN-82 09:50

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12-JAN-82 09:50

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12-JAN-82 09:50

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12-JAN-82 09:50
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3497
3703
3828
3960
4060
42064
4310
44338

116

N ==d

6368

PRINTF
PRINTS
PRINTX
READEF
RFLAGS
ROMCLK

SETPRI
SETVEC

SKI1P0O4
SK1P06
SKI1PO7
SLASH
SROMCL

2383
24N
2596
2701
2809

2389
2497
2605
2709
2816

2929

2954

1928
3567
3727
3931
5606
6040
6304
6876
7130

1936
3570
3773
3944
5685
6210
6337
6880
7149

5126

5228

WSDO~

45104
461
612
4734k
4838
49624
5065
51964
531%
S4é
57574
5926
6001
6113
61764
6370
65334
6655
67064
6834
6996
71624

44884
4611
4713
4837
4941
5064
5167
S317#
5442
5712
59254
6000
6112
6166
6369
6523
66548
6697
68334
995
7142

~ucnonog=onaun-a~euuu
«
TM«

CROSS REFERENCE TABLE == MACRO NAMES
ONONON\NVAVAVAVAWNES
SN SN
- = OO OO S NN O O WO ~NON N

12-JAN-82 09:50

Q=2 =2 S OONON

CZ0MaD.P11

SEQ 203

6134

J 16

STARS

CROSS REFERENCE TABLE == MACRO NAMES

12-JAN-82 09:50

CZ0MaD.P11

4723
4954

4626
4%01
S13§
549
W

4647
4904
5153
5599
12344

4650
4927
5156
5787

46894

47894

4BIA

34204
50944
67694

2433

12324
12344

1233
30054

XFERF
XFERT
$MD

6489F
W
1w
23304

65334
12344
1236
2346

65604

33704
49934
67124

2375

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. ABS.

030144

000

svC
XFER

14
14

ERRORS DETECTED:

CZDHQD.CZDHQD/SOL/CRE=S¥§34R.HLB.CZDHOD.Pl1
RUN-TIME: 41 49 5 SECON
RUN-TIME RAT]O: 159/96=1.6
CORE USED: 21K (41 PAGES)

4726
5002
5234

69254

38944
S3964
70224

39864
54764

44884
61544

2489

2518

2547

2687