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AH-T495A-MC

October 1983

161 pages

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Document:	CZKTCA0 KXT11-CA KTX11-CA DIAGNOSTIC OCT 1983 bw
Order Number:	AH-T495A-MC
Revision:	000
Pages:	161
Original Filename:	CZKTCA0__KXT11-CA__KTX11-CA_DIAGNOSTIC__AH-T495A-MC__OCT_1983_gray.pdf

OCR Text

RXTLL-CA MTXETED, PERENOSTIC

BUCIEORRNC, niEh
- HTGINED

MACRO M1200

PARAMETER CODING

<26=JuL=-83 08:14

.ENABL ABS,AMA
.=2000
.NLIST CND,MD,MEB,ME
.TITLE USER DOCUMENTATION
.SBTTL IDENTIFICATION

002000

SEQ 1

.REM £

’\INNNNB
VIS W) =

—

IDENTIFICATION

PRODUCT CODE:

AC=T494A-MC

PRODUCT NAME:

CZKTCAO KXT11-CA DIAGNOSTIC

PRODUCT DATE:

JULY 25, 1983

MAINTATNER:

1SS DIAGNOSTIC SERVICES GROUP

AUTHOR:

JACK RICHARDSON

THE INFORMATION IN THIS DOCUMENT IS SUBJECT TO_ CHANGE WITHOUT
NOTIiCE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL
EQUIPMENT CORPORATION. DIGITAL EQUIPMENT CORPORATION ASSUMES NO
RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT.

NO RESPONSIBILITY IS ASSUMED FOR THE USE OR RELIABILITY OF
SOFTWARE ON EQUIPMENT THAT IS NOT

AFFILIATED COMPANIES.

SUPPLIED

DIGITAL

DIGITAL
DEC

PDP
DECUS

UNIBUS
DECTAPE

MASSBUS

OR ITS

USER DOCUMENTATION
TABLE OF CONTENTS

- 52
1o 3%
15
16=
17181819

27-

380
896
636
658
665
690

983

§7- 1258

102- 1382

107- 158%

107- 1389
108- 1626

109- 1655
111= 1753
112- 1778
113- 1814
114 1844
115- 1883
115- 1891
117- 1938

119- 1998
121- 2060
133- 5126
15- 5190
157- 5255
159- 5%24
151 5399
133- 5468

135- 5536
137- 5607
139- 5683

143- 5809

145- 5873
145 5875
147- 2910

MACRO M1200

26=JUL-83 08:14

PAGE 1

IDENTIFICATION
IDENTIFICATION
FROGRAM HEADER
DISPATCH TABLE
DEFAULT HARDWARE P-TABLE
SOF TWARE P-TABLE
IDENTIFICATION
GLOBAL EQUATES SECTION
GLOBAL DATA SECTION
GLOSAL TEXT SECTION
GLOBAL ERROR REPORT SECTION
GLOBAL SUBROUTINES SECTION
IDENTIFICATION
REPORT CODING SECTION
PROTECTION TABLE
INITIALIZE SECTION
AUTODROP SECTION

CLEANUP CODING SECTION
DROP UNIT SECTION
ADD UNIT SECTION
IDENTIFICATION

TEST 1:
TEST 2:
TEST 3:
TEST 4:
TEST 5:
TEST 6:
TEST 7:

VERIFY THAT THE IOP(S) IS ADDRESSABLE
INVOKE ROM = RESIDENT TEST OF THE KXT11°'S CSR REGS.
INVOKE ROM TEST OF THE IOP 16KW LOCAL RAM
INVOKE THE BOOT/SELFTEST CHECKSUM TEST
IOP CPU_INSTRUCTION TEST
INVOKE THE LINE CLOCK INTERRUPT TEST
INVOKE SERIAL PORT #1 TEST

TEST 8: INVOKE ROM TEST OF SERSAL PORT #2 (CHANNEL A) - NEC7201
TEST 9: INVOKE ROM TEST OF SERIAL PORT #2 (CHAKNEL B) = NEC7201
TEST 10: INVOKE TEST OF THE PARALLEL 1/0 PORT, 28036
TEST 11: INVOKE THE DMA CONTROLLER TEST OF THE AMZ8016 (LOCAL SIDE)
TEST 12: INVOKE THE DMA CONTROLLER TEST OF THE AMZ8016 (LSI-11 SIDE)
TEST 13: LSI-11 BUS INTERRUPT TEST
TEST 14: INVOKE THE TWO-PORT RAM TEST

IDENTIFICATION
HARDWARE PARAMETER CODING SECTION
SOF TWARE PARAMETER CODING SECTION

SEQ 2

PAGE 3

26-JUL-83 08:14

EEEEEEEE

OCOOOO
VIS WN=OWVNHNWN=O

TABLE OF CONTENTS

MACRO M1200

NS WINIMNIMNI NI NI NN = =d wd =D b b

USER DOCUMENTATION
IDENTIFICATION

SEQ 3

GENERAL INFORMATION

PROGRAM ABSTRACT

SYSTEM REQUIREMENTS
RELATED DOCUMENTS AND STANDARDS
DIAGNOSTIC HIERAKCHY PREREQUISITES
ASSUMP TIONS
OPERAT gNG INSTRUCTIONS
COMMANDS
SWITCHES
FLAGS

HARDWARE QUESTIONS
SETUP

QUICK STARTUP PROCEDURE
ERROR INFORMATION
PERFORMANCE AND PROGRESS REPORTS
DEVICE INFORMATION TABLES
TEST SUMMARIES

D i e d e e e e

e e e e

e e

D e e

D e

d D e e

b b d

KWWWWNNNNNNNNNN-D
— e i D b SRRV 2S L YRR 28BRIFERER=
UJN-GOOONOW‘*WN-‘OOONOWBMNJOS

USER DOCUMENTATION
IDENTIFICATION

MACRO M1200

26-JUL-83 08:14
1.0
1.1

SEQ 4

PAGE &
GENERAL INFORMATION
PROGRAM ABSTRACT

THIS DIAGNOSTIC HAS BEEN WRITTEN FOR USE WITH THE DIAGNOSTIC
RUNTIME SERVICES SOFTWARE (SUPERVISOR). THESE SERVICES PROVIDE
THE INTERFACE TO THE OPERATOR AND TO THE SOF TWARE ENVIRONMENT.
THIS PROGRAM CAN BE USED WITH XXDP+, ACT, APT, SLIDE AND PAPER

TAPE.

FOR A COMPLETE DESCRIPTION OF THE RUNTIME SERVICES, REFER

1.2

SYSTEM REQUIREMENTS

1.3

RELATED DOCUMENTS AND STANDARDS

1.4

DIAGNOSTIC HIERARCY PREREQUISITES

1.5

ASSUMPTIONS

2.0

OPERATING INSTRUCTIONS

TO THE XXDP+ USER'S MANUAL. THERE IS A BRIEF DESCRIPTION OF
THE RUNTIME SERVICES IN SECTION 2 OF THIS DOCUMENT.

THIS SECTION CONTAINS A BRIEF DESCRIPTION OF THE RUNTIME SERVICES.
FOR DETAILED INFORMATION, REFER TO THE XXDP+ USER'S MANUAL (CHQus).
STARTING THE XXDP+ SYSTEM

THE XXDP+ TEST SOFTWARE SYSTEM CONSISTS OF THE XXDP+ MONITOR WITH
VARIOUS UTILITIY SOFTWARE, THE KXT11=CA IOP TEST SOFTWARE, AND THE

DIAGNOSTIC RUNTIME SERVICES (SUPERVISOR) ALL RESIDING ON A BOOTABLE

MEDIUM. THE TEST SYSTEM REQUIRES DEDICATION OF THE ENTIRE HARDWARE
SYSTEM, I.E., IT CANNOT SHARE WITH ANY OTHER OPERATING SYSTEM.
STARTING PROCEDURES:

SHUT OFF POWER TO THE SYSTEM; THIS INCLUDES ALL IOP AND

ARBITER POWER.

FOR EACH KXT11=CA TO BE TESTED,

TO POSITION 10.

PLACE THE BOOT/SELFTEST SWITCH

THE BOOT/SELFTEST SWITCH RESIDES ON EACH

KXT11=CA MODULE. IF LESS THAN THE FULL COMPLEMENT OF KXT11-CA'S
ARE TO BE TESTED WITH THIS SOFTWARE, IT IS SUFFICIENT TO CHANGE
THE BOOT SWITCHES OF ONLY THE KXT11°'S TO BE TESTED. IF THE
THREE 1/0 PORTS ARE TO BE THOROUGHLY TESTED, THE DATA LOOPBACK
CONNECTORS SHOULD BE INSTALLED AT THIS TIME.
3.

RESTORE POWER TO THE SYSTEM.

PLACE THE XXDP+ STORAGE MEDIUM IN THE MAIN SYSTEM DEVICE.

BOOT THE SYSTEM.

USER_DOCUMENTATION
IDENTIFICATION

MACRO M1200

26-JuUL-83 08:14

SEQ 5

PAGE 5

ENTER THE DATE AND ANSWER THE LSI AND 50HZ QUESTIONS.

138

TYPE 'R CZKTCA" TO LOAD THE KXT11-CA TEST SOF TWARE.

140

AFTER THE PROGRAM IS LOADED INTO ARBITER MEMORY, THE PROMPT

143

TYPE *'START"

145

10.

ANSWER THE QUESTION, ‘‘CHANGE HW(L)?'* QUESTION WITH *Y"’.

147

ANSWER ALL THE HARDWARE QUESTIONS (SEE THE NEXT SECTION, 2.4,

150

12.

THE TEST SOFTWARE IS INVOKED IMMEDIATELY AFTER COMPLETING

154

2.1

136
137
139
141

142

144
146

148
149

151
152
153

OOOS

155
156
157
158
159

'DS>'* WILL APPEAR.

FOR VARIATIONS AND COMMANDS ASSOCIATED WITH THE DRS).
THE HARDWARE SPECIFICATION INPUT.

COMMANDS

THERE ARE ELEVEN LEGAL COMMANDS FOR THE DIAGNOSTIC RUNTIME SERVICES
(SUPERVISOR). THIS SECTION LISTS THE COMMANDS AND GIVES A VERY
BRIEF DESCRIPTION OF THEM. THE XXDP+ USER'S MANUAL HAS MORE DETAILS.
COMMAND

EFFECT

START
RESTART

START THE DIAGNOSTIC FROM AN INITIAL STATE
START THE DIAGNOSTIC WITHOUT INITIALIZING

CONTINUE

PROCEED

NNNNNNYN

EXIT
ADD

DROP
PRINT

DISPLAY
FLAGS

ZFLAGS

CONTINUE AT TEST THAT WAS INTERRUPTED (AFTER “C)
CONTINUE FROM AN ERROR HALT

RETURN TO XXDP+ MONITOR (XXDP+ OPERATION ONLY!)
ACTIVATE A UNIT FOR TESTING (ALL UNITS ARE
CONSIDERED TO BE ACTIVE AT START TIME
DEACTIVATE A UNIT
PRINT STATISTICAL INFORMATION (IF IMPLEMENTED
BY THE DIAGNOSTIC = SECTION 4.0)
TYPE A LIST OF ALL DEVICE INFORMATION

OF ALL FLAGS (SEE SECTION 2.3)
TYPE THE STATE
CLEAR ALL FLAGS (SEE SECTION 2.3)

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

YOU MAY,
"

MACRO M1200

26-JuUL-83 08:14

PAGE 6

2.2

IN THE DESCRIPTIONS BELOW, A DECIMAL NUMBER IS DESIGNATED BY ‘DDDDD"’.
oy

SWITCH

EFFECT

JTESTS:LIST

EXECUTE ONLY THOSE TESTS SPEC
THE LIST.

NUMBERS,

LIST IS A STRING O

FOR EXAMPLE

=7/TESTS

THIS LIST WILL CAUSE TESTS 1,

=D b b o b cd d o
PO

SWITCHES

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

b b cd d o e

b b d b d b

SS88IRRREC2SBRIRARANZBS

USER_DOCUMENTATION
IDENTIFICATION

SEQ 6

/PASS : DDDDD
/FLAGS:FLGS

/EOP:DDDDD
JUNITS:LIST

BE RUN. ALL OTHER TESTS WILL
EXECUTE DDDDD PASSES (DDDDD =
SET SPECIFIED FLAGS. FLAGS ARE
IN SECTION 2.3.

DESCR

REPORT END OF PASS MESSAGE AFTER EVER
DDDDD PASSES ONLY. (DDDDD = 1 TO 64000
TEST/ADD/DROP ONLY THOSE UNITS SPECIFIE

IN THE LIST. LIST EXAMPLE = /UNITS:0:5:
USE UNITS 0.5,10,11,12 (UNIT NUMBERS = 0-14

EXAMPLE OF SWITCH USAGE:

START/TESTS:1-5/PASS:1000/50P:100

THE EFFECT OF THIS COMMAND WILL BE: 1) TESTS 1 THROUGH 5 WILL BE
EXECUTED, 2) ALL UNITS WILL TESTED 1000 TIMES, AND 3) THE END OF

nN — e cd o b
OV~ OOV

b o

WN=O

e wed

DSLSLSLST
NN LNT NSNS ]

209

221

PASS MESSAGES WILL BE PRINTED AFTER EACH 100 PASSES ONLY. A
SWITCH CAN BE RECOGNIZED BY THE FIRST THREE CHARACTERS. YOU MAY,

FOR EXAMPLE, TYPE '‘/TES:1-5'' INSTEAD OF '‘/TESTS:1-5"".

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

START
RESTART
CONT INUE
PROCEED

DROP
ADD

DISPLAY
FLAGS

ZFLAGS
EXIT

TESTS

PASS

FLAGS

EOP

UNITS

X
X

X
¥
X

X
X
X

X
X

X
X
"

USER_DOCUMENTATION
IDENTIFICATION

MACRO M1200

26~JUL-83 08:14

PAGE 7

2.3

FLAGS

SEQ 7

FLAGS ARE USED TO SET UP CERTAIN OPERATIONAL PARAMETERS SUCH AS
LOOPING ON ERROR. ALL FLAGS ARE CLEARED AT STARTUP AND REMAIN
CLEARED UNTIL EXPLICITLY SET USING THE FLAGS SWITCH. FLAGS
ARE ALSO CLEARED AFTER A START COMMAND UNLESS SET USING THE
FLAG SWITCH. THE ZFLAGS COMMAND MAY ALSO BE USED TO CLEAR
ALL FLAGS. WITH THE EXCEPTION O THE START AND ZFLAGS COMMANDS,
NO COMMANDS AFFECT THE STATE OF THE FLAGS; THEY REMAIN SET OR
CLEARED AS SPECIFIED BY THE LAST FLAG SWITCH.
FLAG

EFFECT

HOE

HALT ON ERROR = CONTROL IS RETURNED TO

LOE

IER*
1BR*

IXR®
PRI

PNT
BOE
UAM
ISR

IDR

ADR
Lor

EVL

RUNTIME SERVICES COMMAND MODE
LOOP ON ERROR

INHIBIT ALL ERROR REPORTS
INHIBIT ALL ERROR REPORTS EXCEPT

FIRST LEVEL

(FIRST LEVEL CONTAINS

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

PRINT, TEST NUMBER AS TEST EXECUTES
BELL'' ON_ERROR
UNATTENDED MODE (NO MANUAL INTERVENTION)

INHIBIT STATISTICAL REPORTS (DOES NOT
APPLY TO DIAGNOSTICS WHICH DO NOT SUPPORT
STATISTICAL REPORTING)
INHIBIT PROGRAM DROPPING OF UNITS
EXECUTE AUTODROP CODE
LOOP ON TEST

EXECUTE EVALUATION (ON DIAGNOSTICS WHICH
HAVE EVALUATION SUPPORT)

*ERROR MESSAGES ARE DESCRIBED IN SECTION 3.1
SEE THE XXDP+ USER'S MANUAL FOR MORE OcTAILS ON FLAGS. YOU MAY
SPECIFY MORE THAN ONE FLAG WITH THC FLAG SWITCH. FOR EXAMPLE,
TO CAUSE THE PROGRAM TO LOOP T.v ERROR, INHIBIT ERROR REPORTS
AND TYPE A "BELL'' ON ERROR, YOU MAY USE THE FOLLOWING STRING:
/FLAGS:LOE
: IER:BOE

USER_DOCUMENTATION
IDENTIFICATION

MACRO M1200

26-JUL-83 08:14
2.4

SEQ 8

PAGE 8
HARDWARE QUESTIONS

WHEN A DIAGNOSTIC IS STARTED,

THE RUNTIME SERVICES WILL PROMPT

THE USER FOR HARDWARE INFORMATION BY TYPING ‘‘CHANGE HW (L) ?

YOU MUST ANSWER ''Y'' AFTER A START COMMAND UNLESS THE HARDWARE
INFORMATION HAS BEEN ‘PRELOADED'‘ USING THE SETUP UTILITY (SEE

CHAPTER 6 OF THE XXDP+ USER'S MANUAL, OR SECTION
YOU ANSWER THIS QUESTION WITH A °‘Y*’,

:82 E:E“%R OF UNITS (IN DECIMAL).

2.5 BELOW).

WHEN

THE RUNTIME SERVICES WILL ASK

YOU WILL THEN BE ASKED QUESTIONS

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

UNIT TO BE TESTED.

THIS CAN BECOME TEDIOUS, HOWEVER, SINCE THE

ANSWERS FOR EACH UNIT ARE REPETITIOUS.

TO ILLUSTRATE,

YOU WiSH TO TEST & KXT11=CA'S WITH THIS PROGRAM, AND

THEIR SBC NUMBERS WAPPEN TO BE 2 THROUGH 5.

THERE ARE 5 PARAMETERS

THAT MAY VARY AMONG THE UNITS. THESE ARE THE BUS ADDRESS, THE THREE
170 PORT LOOPBACK CONNECTORS, AND WHETHER THE USER ROM TEST SHOULD OR
SHOULDN'T BE INVOKED DURING TESTING. NOTE THAT A "UNIT'® NUMBER IMPLIES
A UNIT UNDER TEST AND DOES NOT HAVE TO HAVE A UNIT NUMBER CORRESPONDING
TO A KXT11=CA SBC NUMBER.

# UNITS (D) ?

4&<CR>

UNIT 0

SBC ID SWITCH SETTING(D) ?

2<CR>

IS I0P'S LSI=11 BUS ADDRESS IN THE LOW ADDRESS RANGE(Y/N) Y ? Y<(R>

W)
- OV

NO VIS WNN=O

WWNW WWWWWWWWWWW
NP = b b = b d o b d b

LOOP-BACK CONNECTOR ON SERIAL PORT #1 (L) N ? Y<CR>

CHANNEL A LOOP-BACK CONNECTOR ON SERIAL PORT #2 (L) N ? Y<CR>
CHANNEL B LOOP-BACK CONNECTOR ON SERIAL PORT #2 (L) N ? Y<CR>
LOOP-BACK CONNECTOR ON PARALLEL PORT (L) N ? Y<CR>
IS SLU2 SERIAL PORT CONFIGURED FOR DMA OPERATION(Y/N) N ?<CR>
TEST USER ROM (L) N ? Y<(R>

UNIT 1

SBC ID SWITCH SETTING(D) ?

2<(R>

IS I0P*S LSI=11 BUS ADDRESS IN THE LOW ADDRESS RANGE(Y/N) Y ? Y<(R>

LOOP-BACK CONNECTOR ON SERIAL PORT #1 (L) Y ? <(R>
CHANNEL A LOOP-BACK CONNECTOR ON SERIAL PORT #2 (L) N ? Y<CR>
CHANNEL B LOOP-BACK CONNECTOR ON SERIAL PORT #2 (L) N ? Y<(R>
LOGP-BACK CONNECTOR ON PARALLEL PORT (L) Y ? <CR>
1S SLU2 SERIAL PORT CONFIGURED FOR DMA OPERATION(Y/N) N ?2<CR>
TEST USER ROM (L) Y ? <(R>

USER DOCUMENTATION
IDENTIFICATION

MACRO M1200

26-JuUL-83 08:14

SEQ 9

PAGE 9
UNIT 2
SBC ID SWITCH SETTING(D) ?

2<(R>

IS 10P'S LSI=11 BUS ADDRESS IN THE LOW ADDRESS RANGE(Y/N) Y ? Y<(R>

LOOP-BACK CONNECTOR ON SERIAL PORT #1 (L) Y ? <(R>
CHANNEL A LOOP-BACK CONNECTOR ON SERIAL PORT #2 (L) N ? Y<CR>
CHANNEL B LOOP-BACK CONNECTOR ON SERIAL PORT #2 (L) N ? Y<(CR>
LOOP-BACK CONNECTOR ON PARALLEL PORT (L) Y ? <(CR>
IS SLU2 SERIAL PORT CONFIGURED FOR DMA OPERATION(Y/N) N ?<CR>
TEST USER ROM (L) Y ? N<CR>

UNIT 3

SBC ID SWITCH SETTING(D) ?

2<CR>

IS 10P'S LSI=11 BUS ADDRESS IN THE LOW ADDRESS RANGE(Y/N) Y ? Y<CR>
LOOP-BACK CONNECTOR ON SERIAL PORT #1 (L) Y ? N <(R>
CHANNEL A LOOP-BACK CONNECTOR ON SERIAL PORT #2 (L) N ? Y<CR>
CHANNEL B LOOP-BACK CONNECTOR ON SERIAL PORT #2 (L) N ? Y<CR>
LOOP-BACK CONNECTOR ON PARALLEL PORT (L) Y ? N<CR>
IS SLU2 SERIAL PORT CONFIGURED FOR DMA OPERATION(Y/N) N ?<CR>
TEST USER ROM (L) N ? Y<CR>

NOTICE THAT THE DEFAULT VALUES CHANGE WHEN A NON-DEFAULT RESPONSE

IS GIVEN AS IN THE RESPONSES TO THE USER ROM QUESTION FOR UNITS 2 AND 3.

BE CAREFUL WHEN SPECIFYING MULTIPLE UNITS!

AS YOU CAN SEE FROM THE ABOVE EXAMPLE, THE HARDWARE PARAMETERS
DO NOT VARY SIGNIFICANTLY FROM UNIT TO UNIT. THE PROCEDURE SHOWN IS
NOT VERY EFFICIENT.

THE RUNTIME SERVICES WILL ACCEPT MULTIPLE UNIT SPECIFICATIONS, HOWEVER.
LET'S BUILD THE SAME TABLE USING THE MULTIPLE SPECIFICATION
FEATURE AND ACCOMPLISH THE SAME IN ONE SINGLE UNIT ENTRY.
# UNITS (D) ?

UNIT 0

&<(R>

SBC ID SWITCH SETTING(D) ?

2<CR>

IS 10P'S LSI=11 BUS ADDRESS IN THE LOW ADDRESS RANGE(Y/N) Y ? Y,,,<CR>
LOOP-BACK CONNECTOR ON SERIAL PORT #1 (L) Y ? ., N<CR>

CHANNEL A LOOP-BACK CONNECTOR ON SERIAL PORT #2° (L) N 2 ,,,N<CR>

CHANNEL B LOOP-BACK CONNECTOR ON SERIAL PORT #2 (L) N ? ,, N<CR>
LOOP-BACK CONNECTOR ON PARALLEL PORT (L) Y? ., N<CR>
IS SLU2 SERIAL PORT CONFIGURED FOR DMA OPERATIONCY/N) N ?,, ,N<CR>
TEST USER ROM (L) N ? Y,,N,Y<CR>

USER_DOCUMENTATION
IDENTIFICATION

MACRO M1200

26~JUL-83 08:14

SEQ 10

PAGE 10

THE KEY TO REMEMBER HERE IS THAT EACH UNIT UNDER TEST MUST HAVE A
CORRESPONDING RESPONSE ON EACH LINE. AS YOU CAN SEE FROM THIS EXAMPLE,
NULL REPLIES (COMMAS ENCLOSING A NULL FIELD) TELL THE RUNTIME SERVICES
TO REPEAT THE LAST REPLY.

THESE HARDWARE QUESTIONS MUST BE_ANSWERED EACH TIME THE PROGRAM IS

LOADED AND STARTED; HOWEVER,

IF THE TEST CONFIGURATION RARELY OR NEVER

DIFFERS FOR EACH STARTUP THE XXDP+ UTILITY “'SETUP'' MAY BE USED TO PERMANENTLY RETAIN THE ANSWERS TO THE HARDWARE QUESTIONS. THE USER WOULD
THEN ANSWER ‘N'* TO THE STARTUP QUESTION, “CHANGE HW?(L)'’. SETUP MAY BE
USED TO REPLACE THE TEST PROGRAM ON THE XXDP+ MEDIUM, OR TO MAKE ADDITIONAL COPIES WITH DIFFERENT FILE NAMES AND HARDWARE CONFIGURATIONS.

TO RUN SETUP, USE THE XXDP+ 'RUN'' COMMAND. THE FIRST THING THAT SETUP
WILL DO IS ASX FOR THE TYPE OF ENVIRONMENT YOU ARE GOING TO BE USING,
XXDP+ OR ACT/SLIDE. FOR THIS TEST SOFTWARE, THE ANSWER WILL ALWAYS BE
XXDP+.

BELOW IS AN EXAMPLE OF STARTING SETUP:
R SETUP
TARGET ENVIRONMENT:

XX(DP) OR AC(T)?

?E‘NSJIE’HI”S, NOW READY TO ACCEPT COMMANDS.
SETUP
LIST
EXIT
2.5

THERE ARE ONLY THREE COMMANDS

BUILD TABLES FOR A SPECIFIED DIAGNOSTIC
PRINT A LIST OF DRS DIAGNOSTICS ON THE XXDP+ MEDIUM.
RETURN CONTROL TO XXDP+

SETUP

THE SETUP COMMAND WILL CAUSE THE SPECIFIED DIAGNOSTIC TO BE LOADED

INTO MEMORY.

SETUP WILL THEN PROCESS THE TABLE BUILDING CODE IN THE

TEST SOFTWARE MUCH THE SAME AS IF THE TEST SOF TWARE WERE LOADED AND
STARTED. THE USER WILL GO THROUGH THE SAME PROCESS THAT WOULD OCCUR
IF ACTUALLY RUNNING THE TEST SOFTWARE AND ISSUING A START COMMAND.
THE FORMAT OF THE COMMAND IS:

SETUP

[DEVO:JOF ILE=CDEVI:]IFILE

WHERE,

DEVO = DEVICE TO WHICH FILE IS TO BE WRITTEN; DEFAULT IS
SYSTEM DEVICE; DEVICE MUST BE ON LINE.

USER_DOCUMENTATION
IDENTIFICATION

MACRO M1200

26-JuUL-83 08:14

SEQ 11

PAGE 11

OFILE = NAME OF THE OUTPUT FILE FOR THE TEST SOFTWARE THAT HAS
BEEN *‘SETUP'' WITH .BIN OR .BIC EXTENSION.

DEVI = DEVICE FROM WHICH FILE IS TO BE READ; DEFAULT IS SYSTEM
DEVICE; DEVICE MUST BE ON LINE.

IFILE - Heggugfi THE FILE FOR THE TEST SOFTWARE THAT IS TO BE
THE OUTPUT FILE MAY BE GIVEN THE SAME NAME AS THE INPUT FILE: HOWEVER,
A WARNING MESSAGE WILL BE OUTPUT. THIS IS TO AVOID ACCIDENTAL LOSS OF
THE ORIGINAL FILE.

FOR EXAMPLE:

DELETE IFILE?

(Y/N/CR=Y)

IF *'Y'* OR NO ANSWER AT ALL IS TYPED, THE INPUT FILE 'IFILE'’ WILL

BE DELETED AFTER THE SETUP PROCESS, AND THE NEW FILE WILL THEN BE
WRITTEN TO THE MEDIUM. IF ‘N'* IS TYPED, SETUP RETURNS TO PROMPT
MODE SO THAT A NEW COMMAND OR FILE NAME MAY BE SPECIFIED.
LIST

THE LIST COMMAND IS USED TO OBTAIN A LIST OF ALL DRS-COMPATIBLE
TEST SOFTWARE ON THE MEDIUM., THE FORMAT OF THE COMMAND IS:

LIST [DEV:ICFILE.EXT]
WHERE,

DEV = DEVICE 7O SEARCH FOR DRS=COMPATIBLE FILES: DEFAULT IS
THE SYSTEM DEVICE.

‘

FILE.EXT = FILE(S) TO SEARCH; EXTENSION MUST BE BIN OR BIC
WILDCARD SPECIFICATIONS ARE ACCEPTED; DEFAULT I

“=.BI1?",

USER DOCUMZNTATION
IDENTIFICATION

MACRO M1200

26-JUL-83 08:14
2.6

SEQ 12

PAGE 12

QUICK START=UP PROCEDURE

(XXDP+)

TO START=UP THIS PROGRAM:
1. BOOT XXDP+

2. GIVE THE DATE AND ANSWER THE LSI AND 50HZ (IF THERE
IS A CLOCK) QUESTIONS

3. TYPE 'R NAME'', WHERE NAME IS THE NAME OF THE BIN OR BIC
FILE FCR THIS PROGRAM

4. TYPE ''START"

5. ANSWER THE ‘‘CHANGE HW'' QUESTION WITH ‘v’
6. ANSWER ALL THE HARDWARE QUESTIONS

WHEN YOU FOLLOW THIS PROCEDURE YOU WILL BE USING ONLY THE
DEFAULTS FOR FLAGS AND SOF TWARE PARAMETERS. THESE DEFAULTS
ARE DESCRIBED IN SECTIONS 2.3 AND 2.4.
3.0 ERROR INFORMATION

3.1 TYPES OF ERROR MESSAGES

THERE ARE THREE LEVELS OF ERROR MESSAGES THAT MAY BE ISSUED BY

A DIAGNOSTIC: GENERAL, BASIC AND EXTENDED. GENERAL ERROR_MESSAGES
ARE ALWAYS PRINTED UNLESS THE ‘‘IER'* FLAG IS SET (SECTION 2.3).
THE GENERAL ERROR MESSAGE IS OF THE FORM:

NAME

TYPE

NUMBER

ERROR MESSAGE

ON UNIT NUMBER

TST NUMBER PC:XXXXXX

USER_DOCUMENTATION
IDENTIFICATION

MACRO M1200

26~JUL-83 08:14

SEQ 13

PAGE 13

+WHERE; NAME = DIAGNOSTIC NAME
TYPE = ERROR TYPE (SYS FATAL, DEV FATAL, HARD OR SOFT)
NUMBER = ERROR NUMBER

UNIT NUMBER = 0 = N (N IS LAST UNIT IN PTABLE)
TST NUMBER = TEST AND SUBTEST WHERE ERROR OCCURRED
PC:XXXXXX = ADDRESS OF ERROR MESSAGE CALL

BASIC ERROR MESSAGES AR MESSAGES THAT CONTAIN SOME ADDITIONAL
INFORMATION ABOUT THE ERROR. THESE ARE ALWAYS PRINTED UNLESS
THE "'IER'* OR ''IBR'* FLAGS ARE SET (SECTION 2.3). THESE MESSAGES
ARE PRINTED AFTER THE ASSOCIATED GENERAL MESSAGE.

EXTENDED ERROR MESSAGES CONTAIN SUPPLEMENTARY ERROR INFORMATION
SUCH AS REGISTER CONTENTS OR GOOD/BAD DATA. THESE ARE ALWAYS
PRINTED UNLESS THE “'IER', ““IBRTM OR "'IXR’’ FLAGS ARE SET (SECTION 2.3).
THESE MESSAGES ARE PRINTED AFTER THE ASSOCIATED GENERAL ERROR
MESSAGE AND ANY ASSOCIATED BASIC ERROR MESSAGES.
3.2 SPECIFIC ERROR MESSAGES

M) =

b d d e

d e

d b

OV NOWVIS
NN =

ViV
i

4.0 PERFORMANCE AND PROGRESS REPORTS

AT THE END OF EACH PASS, THE PASS COUNT IS GIVEN ALONG WITH THE
TOTAL NUMBER OF ERRORS REPORTED SINCE THE DIAGNOSTIC WAS STARTED.
THE "‘EOP'’ SWITCH CAN BE USED TO CONTROL HOW OFTEN THE END

OF PASS MESSAGE IS PRINTED.

5.0 DEVICE INFORMATION TABLES
6.0 TEST SUMMARIES

SECTION 2.2 DESCRIBES SWITCHES.

MACRO M1200 26-JUL<83 08:14 'PAGE 14

USER_DOCUMENTATION
IDENTIFICATION

.MCALL

sv(C

000000

SVC

SVCINS=0
SVCGBL=0
sV CTAG=0
.TITLE PROGRAM HEADER AND TABLES
.SBTTL IDENTIFICATION
PROGRAM HEADER

.SBTTL

540 002000
002000

MDHEDR::
L

BGNMOD

MDHEDR

o 4

; THE PROGRAM HEADER IS THE INTERFACE BETWEEN
: THE DI AGNOSTIC PROGRAM AND THE SUPERVISOR.

pry

80-.-.-.-.
—_—
OO 8°°N—‘W°
=WHWNW

POINTER BGNRPT,BGNAU,BDU,BGNSETUP

06C

000016
000120

024454
000000

002162

000000

024670
000000

000000
000000

LSNAME::

HEADER

LSREV::

L$DEPO::
LSUNIT::
LSTIML::

LSHPCP::
LS$SPCP::

LSHPTP::

LS$SPTP::
LSLADP::

(2KTCA,A,0,120,0
:DIAGNOSTIC NAME

/C/
72/
7K/
/17
7¢/
.ASCII /A7

LASCII
ASCII
ASCII
LASCII
.ASCII

BYTE
.BYTE

0
0

ASCIT

/A/

ASCIT

70/

.WORD

TSPTHV

.WORD

120

.WORD

LSHARD

JWORD

.WORD

LSHW

.WORD

.WORD
:
LS$STA::
JWORD
L$CO::
JWORD
LSDTYP::
.WORD

~LSLAST

0
0

sREVISION LEVEL
.

;:NUMBER OF UNITS

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

:PTR. TO DEF. H.W. PTABLE
:PTR. 10 S.W. PTABLE

;DIAG. END ADDRESS
;RESERVED FOR APT STATS

:DIAGNOSTIC TYFE

SEQ 14

c
PROGRAM NEADE: AND TABLES

PROGRAM HEADE

MACRO M1200

26-JUL-83 08:14

LSAPT::
LSDTP::
LSPRIO::

LSENVI::

000000
000000

000000

014422
017402

000000
000000
020050
020014

000000

014432
104035
000000

002

M)
= b d -.-a-n-o-ng
OO
NINOO

017412

002120
567 002122
568

020006

017662

017404
000000

000000
000000

sAPT EXPANSION

;PTR. TO DISPATCH TABLE

LSDISPATCH

sDIAGNOSTIC RUN PRIORITY

.WORD

LSEXP1::

003
003

PAGE 14~1

-WORD
.WORD

LSMREV::

sFLAGS DESCRIBE HOW IT WAS SETUP

.WORD
.WORD

| $EF::

LS$SPC::
LSDEVP::

:
LSREPP:
LSEXP4::

LSEXPS::
LSAUT::
LS$DUT::
LSLUN::
LSDESP::

LSLOAD::
LSETP::

LSICP::

LS$CCP::
LSACP::

LSPRT::
LSTEST::

LSDLY::

LSHIME::

;EXPANSION WORD

.BYTE
.BYTE

:SVC REV AND EDIT #
CSREVISION
CSEDIT

.WORD
.WORD

0
0

.WORD

LSDVTYP

.WORD

LSRPT

.WORD

LSAU

.WORD

L$DU

.WORD

LSDESC

EMT

ESLOAD

«WORD

0
LSINIT

.WORD

LSCLEAN

.WORD

LSAUTO

.WORD

LSPROT

.WORD

ENDMOD

;DIAG. EVENT FLAGS

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

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

sLUN FOR EXERCISERS TO FILL

;POINTER 70 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

s TEST NUMBER
sDELAY COUNT

sPTR. TO HIGH MEM

D
PROGRAM HEADER AND TABLES
DISPATCH TABLE

MACRO M1200

26-JUL-83 08:14

.SBTTL

PAGE 15

DISPATCH TABLE

: THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.
; IT IS USED 8Y THE SUPERVISOR TO DISPATCH TO EACH TEST.
BGNMOD

DSPCODE::

0021
588 002160

023474
024256

DSPCODE

DISPATCH 14
14
WORD
::
LSDISPATCH
T1
WORD
T2
.WORD
T3
.WORD
T4
WORD
TS5
WORD
T6
WORD
17
D
WOR
T8
WORD
T9
WORD
T10
.WORD
TM
.WORD
.WORD
T12
T13
.WORD
T14
.WORD
ENDMOD

SEQ@ 16

PROGRAM HEADER AND TABLES

DEFAULT HARDWARE P-TABLE

26=JUL-83 08:14

LSBTTL

596

SEQ 17

PAGE 16

DEFAULT HARDWARE P-TABLE

;00

: THE DEFAULT HARDWARE P-TABLE CONTAINS DEFAULT VALUES OF
: THE TEST-DEVICE PARAMETERS. THE STRUCTURE OF THIS TABLE
: IS IDENTICAL TO THE STRUCTURE OF THE HARDWARE P-TABLES,
: AND IS USED AS A "‘TEMPLATE'' FOR BUILDING THE P-TABLES.

569
600
601

28%

604

605 002160

002160

1
617

MACRO M1200

002162
002162

000010

LSHW::
DFPTBL::

BGNHW

.WORD

DFPTBL

L10000-L$HW/2

E DUMMY HARDWARE P-TABLE.
s WE WANT.

618

O
1

THIS JUST LETS THE DRS KNOW WHAT FORMAT

; SBC-ID SWITCH (2 TO 15.)
: BUS ADDRESS RANGE (LOW IS DEFAULT)

621 002162 000000
g%% 002164 000001

.WORD
WORD

624

: FLAG FOR LUOP-BACK CONNECTORS.

000000
000000
0C0000
000000
631 002176 000000

WORD

: 0 = NOT INSTALLED; 1 = INSTALLED
; CONNECTOR FOR SLU1
O
WORD
: CONNECTOR FOR SLUZ2, CHANNEL A
O
WORD
: CONNECTOR FOR SLU2, CHANNEL B
WORD O
: CONNECTOR FOR PARALLEL 1/0
O
WORD

ggg
627 002166
628 002170
629 002172
630 002174

WORD

gg% 002200 000000
634 002202
002202

L10000:

ENDHW

: SLU2 DMA CONF IGURATION

: FLAG FOR USER ROM TESTS (0 = DOM'T TEST)

F
PROGRAM HEADER AND TABLES
SOF TWARE P-TABLE

MACRO M1200

26~JUL-83 08:14

.SBTTL

SEQ 18

PAGE 17

SOFTWARE P-TABLE

THE SOFTWARE TABLE CONTAINS VARIOUS DATA USED BY THE

PROGRAM AS OPERATIONAL PARAMETERS.

THESE PARAMETERS ARE

SET UP AT ASSEMBLY TIME AND MAY BE VARIED BY THE OPERATOR

AT RUN TIME.
4

645 002202
002202
002204
002204
646
654

655 002204
002204

000000

LS$SW::
SFPTBL::

L10001:

BGNSW
.WORD

ENDSW

SFPTBL

L10001-L$SW/2

MACRO M1200
GLOBAL AREAS
SOF TWARE P-TABLE

26-JUL-83 08:14

SEQ 19

PAGE 18

657
658
664
665

.TITLE GLOBAL AREAS
.SBTTL IDENTIFICATION

667
668
669
670
671 002204
002204
672 002204

14e

.SBTTL

666

GLOBAL EQUATES SECTION

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

BGNMOD
GLBEQAT::

GLBEQAT

100000
040000
020000
010000
004000
002000
001000
000490
000200
000100
000040
000020
000010
000004
000002
000001

B8IT15== 100000
BIT14== 40000
BIT13== 20000
8IT12== 10000
BIT11== 4000
BIT10== 2000
B8I1T09== 1000
B8IT08== 400
BIT07== 200
8I1T06== 100
BIT05== 40
BIT04== 20
B8I17T03== 10
BIT02== &
BITO01== 2
8IT00== 1

001000
000400
000200
000100
000040
000020

BIT9==
BIT8==
BIT7==
BITé==
BITS==
BIT4==

BIT09
BIT08
BIT07
BIT06
BITO0S
BIT04

000004
000002

BIT2==
BITi==

BIT02
BITO1

BIT3==

BITO==

NN \

: BIT DIFINITIONS

BIT03
BITO0

$ EVE? T FLAG DEFINITIONS
32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATICN

000040
000037
000036
000035
000034

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

32.
.
30.
29.
28.

: PRIORITY LEVEL DEFINITIONS

000340

PRIO7== 340

:
:
i
:
3

BIT POSITION IN SECOND STATUS WORD
(100000) START COMMAND WAS ISSUED
(040000) RESTART COMMAND WAS ISSUED
(020000) CONTINUE COMMAND WAS ISSUED
(010000) A NEW PASS HAS BEEN STARTED
(004000) A POWER-FAIL/POWER-UP OCCURRED

GLOBAL AREAS

MACRO M1200

GLOBAL EQUATES SECTION

26-JuL-83 08:14

PAGE 18~1

PRI06== 300
PRIOS== 240
PRIO4== 200
PRI0O3== 140
PRI02== 100
PRIOT== 40
PRI00== 0

:OPERATOR FLAG BITS

EviL==

LOT==
ADR==
IDU==
ISR==
UAM==
BOE==

673

688 002204

PNT==
PRI==
IXE==
IBE==
IER==
LOE==
HOE==

10
20
40
100
200
400

1000
2000
4000
10000
20000
40000
100000
ENDMOD

SEQ 20

MACRO M1200
GLOBAL AREAS
GLOBAL DATA SECTION

26-JuL-83 08:14

PAGE 19

.SBTTL

SEQ 21

GLOBAL DATA SECTION

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

GLBDAT::

BGNMOD

GLBDAT

TWO PORT RAM Q-BUS ADDRESS OFFSETS.

DPRQ==0
DPR1==2
DPR2==
DPR3==6
DPR%==10
DPR5==12
DPRé==14
DPR7==16
DPR10==20
DPR11==22
DPR12==24
DPR13==26
DPR14==30
DPR15==32
DPR16==34
DPR17==36

721 002204
722 002 206
723 002210
724 002212

SAVEC:
DROPUN:
LUN:
IOPN:
IOPNN:
QBASE:

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

0
0
0
0
O
0

; TEMP SAVE FOR VECTOR CONTENTS
= DROPPED)
: 10P UNIT DROPPED FLAG(NON-0
: LOGICAL UNIT NUMBER
: SBC ID SWITCH FROM P~TABLE
: SBC ID SWITCH RIGHT JUSTIFIED
: Q-BUS BASE ADDRESS FROM P-TABLE

LOOPBT:
LOOPB2:
LOOPB3:
LOOPB4:
SL2DMA:
ROMTST:
DELCNT:
INTFLG:
WIMEM:

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

O
0
0
0
0
0
0
0
0

: LOOPBACK CONN. FLAG FOR SLU1
: LOOPBACK CONN. FLAG FOR SLU2 CHANNEL A
: LOOPBACK CONN. FLAG FOR CHANNEL 8
: LOOPBACK CONN. FLAG FOR PL'L 1/0
D
: """ SAYS SLU2 SETUP FOR
(NON-0= TEST ROW)
TESTS
© FLAG FOR USER ROM
SUBROUTINE.
RDELAY
: USED IN
: SOFTWARE FLAG FOR QIR TEST
: BASE OF WIGHEST 4KW PAGE FROM LSHIME

734
36
735 002240
736 002242

745 002244

100001

N
e Se vt 8,0, 0,

QIRVEC: .WORD

SR:

: VECTOR FOR QIR TEST

THE FOLLOWING ARE THE DATA TO INVOKE INDIVIDUAL ROM TESTS.

EACH XXDP+ TEST MUST WRITE ONE OF THESE WORDS INTO THE IOP'S TWO

PORT REGISTER FILE (TWO-PORT RAM, REGISTER 0). THE IOP BOOT
EggiagaL%Eg¥TERPRET THE CONTENTS OF DPRO AND INVOKE THE APPROPRIATE
.WORD

100001

; CSR TEST

GLOBAL AREAS

MACRO M1200

GLOBAL DATA SECTION

746 002246
747 002250
748 002252
749 002254

100002

100004

100010
100020
750 002256 100040
751 002260 100100
752 002262 100200
753 002264 100400
754 002266 101000
755 002270 102000

26-JUL-83 08:14

SEQ 22

PAGE 19-1

RAM:
ROM:
CPU:
BVNT:

.WORD
.WORD
.WORD
.WORD

100002
100004
100010
100020

; 16KW RAM TEST
: ROM ROM TEST
TE
: JOP INSTRUCTION TEST
: BEVNT INTERRUPT TEST

PLLIO:
DMA:
QIR:
DPR:

.WORD
.WORD
.WORD
.WORD

100200
100400
101000
102000

: PARALLEL 1/0 TEST
: DMA CONTROLLER TEST
: Q=BUS INTERRUPT TEST
: TWO=-PORT RAM TEST

SLU1:
SLU2:

.WORD
.WORD

100040
100100

: SERIAL PORT #1 TEST (CONSOLE)
: SERIAL PORT #2 TEST (MODEM)

MACRO M1200
GLOBAL AREAS
GLOBAL DATA SECTION
758

26-JuL-83 08:14

SEQ 23

PAGE 20

THE FOLLOWING ADDRESSES ARE USED TO PRINT FURTHER ERROR INFORMATION WHICH
1S PASSED FROM THE KXT11=CA ROM=RESIDENT TESTS TO XXDP+ VIA THE TWO-PORT

TTEEEE

TT =

THE FORMAT OF REGISTER 3 IS:
WHERE:

THE TEST NUMBER WHERE THE FAILURE WAS DETECTED, AND

EEEE = DISCRETE ERROR FLAGS IDENTIFYING THE ERROR TYPE.
FOR EXAMPLE:

010004 = TEST 01, ERROR BIT 2
120111 = TEST 12, ERROR BITS 0, 3, AND 6.

THIS FORMAT ALLOWS FOR 17(0) TESTS, AND 12(D) ERROR BITS PER TEST.

THE PROGRAM MUST PRINT A MESSAGE INDICATING THE ROM TEST WHICH FAILED

(AFTER PRINTING ITS OWN MESSAGE) AND THEN A MESSAGE FOR EACH ERROR BIT
THAT IS SET. THIS IS DONE BY FIRST ,STRIPPING THE TEST NUMBER FROM

’

BITS 15 THRU 12 AND INDEXING TO A POINTER TO THE PROPER ASCII STRING.

THE ERROR BITS (0 THRU 11) ARE THEN ‘TESTED. FOR EACH BIT THAT IS SET, A
MESSAGE WILL BE PRINTED. THE PROPER MESSAGE IS DERIVED BY INDEXING
TO AN ASCI] STRING POINTER. ALL THIS INVOLVES 2 TABLES = ONE WHICH

LISTS INDIVIDUAL ADDRESSES EACH POINTING TO AN ENTRY IN THE SECOND TABLE.
THE SECOND_CONTAINS A POINTER TO THE ‘‘TEST NUMBER'' ASCII STRING, FOLLOWED
8Y UP TO 12 POINTERS TO THE "ERROR BIT'' ASCII1 STRINGS. THEREFORE, THIS
SECOND TABLE WILL CONTAIN 13 ENTRIES FOR EACH OF THE ROM-RESIDENT SELFTESTS.

787

N
WWWW

788 002272
789 0022;6

002724

T1ADR: RT1
T2ADR: RT2
T3ADR: RT3
T4ADR: RTé
T5ADR: RTS
T6ADR: RTé
T7ADR: RT7
T10ADR: RT10
T11ADR: RT11
T12ADR: RT12
T13ADR: RT13

:
:
;
:
:
:
:
:
:
:
:

POINTER TO TEST 1 STRINGS
POINTER TO TEST § STRINGS
POINTER TO TEST 3 STRINGS
POINTER TO TEST & STRINGS
POINTER TO TEST 5 STRINGS
POINTER TC TEST 6 STRINGS
POINTER TO TEST 7 STRINGS
POINTER TO TEST 10 STRINGS
POINTER TO TEST 11 STRINGS
POINTER TO TEST 1% STRINGS
POINTER TO TEST 1
’

MACRO M1200
GLOBAL AREAS
GLOBAL DATA SECTION

26-JuL-83 08:14

SEQ 24

PAGE 21

ADD THE NEXT FOUR ADDRESSES WHEN AND IF ADDITIONAL TESTS ARE INSERTED INTO
THE ROM-RESIDENT CODE.

802
803

:T14ADR:
:T15ADR:
:T16ADR:
:T17ADR:

RT14

RT15
RT16
RT17

POINTER
POINTER
POINTER
POINTER

TO TE ST
TO TE ST
TO TE ST
TO TE ST

14 STRINGS

15 STRINGS

16 STRINGS
17 STRINGS

: HERE IS THE SECOND TABLE WHICH WAS MENTIONED ABOVE.
POINTER TO T1 STRING
ERROR BIT:

RT2:

ADD UP TO 4 MORE ERROR BIT MESSAGE POINTERS.

POINTER TO T2 ASCII STRING
ERROR BIT:

VONOWVSBWN=O

825 002346
826 002250
827
828 002352
829 002354
830 002356
831 002362
832 00236
833 002364
834 002366
835 002370
836 002372
837 002374
838 002376
839 002400
840 002402

(=l=lel=]

b3S fiuwu
&SN S8R

Ssgesss

b o

NOWVMSUWN=O

RT1:

R RER2
=00 O~NOWNESWN

d ek

00 00 0o 0o 00 00 0o

399

ADD UP TO 2 MORE ERROR BIT MESSAGE POINTERS.

862

843 002404
406
844
845 002410
846 002412
847 002414

848 002416
849 002420
850 002422
851 002424
852 002426
853 002430
854 002432
ggz 002434

857 002436

858 002440
859 002442
860 002444
861 002446
862 002450
863 002452
864 002454
865 002456
866 002460
867 002462
868 002464
869 002466

004767
007061
007137
007215
007313

26~JUL-83 08:14

PAGE 22

RT3:

ROMT3
T3EQ
T3E1
T3E
T3E

WORD
-WORD
.¥ORD
.WORD
.WORD
.WORD
.WORD
-WORD

000000
000
000000
000000
000000
000000
000000

005023

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

RT4:

ROMT4

.WORD
-WORD
.WORD
.WORD
.WORD
«WORD
.WORD
-WORD
.WORD
.WORD
.WORD
-WORD

POINTER TO T3 ASCII STRING
ERROR BIT:
0
1

OO0 O0COO0O

MACRO M1200

[=]=l=lelelelelelelelale)

GLOBAL AREAS

GLOBAL DATA SECTION

SEQ 25

ADD UP TO 8 MORE ERROR BIT MESSAGE POINTERS.

: POINTER TO T4 ASCII STRING
wx%T4 NOT INSTALLED AS YETw#+
;

MACRO M1200
GLOBAL AREAS
GLOBAL DATA SECTION
14
872 002470

26-JUL-83 08:14

SEQ 26

PAGE 23
POINTER TO T5 ASCII STRING
ERROR BIT:
0

RTS:

OO0O0O0O0O0O0O

878 002504

POINTER TO T6 ASCII STRING
ERROR BIT:

(=]lelelela)

[« AV P XVIT NPl =

RT6:

893 002540
894 002542
895 002544
896 002546
897 002550
898 002552

ADD UP TO 8 MORE ERROR BIT MESSAGE POINTERS

ADD UP TO 5 MORE ERROR BIT MESSAGE POINTERS.

MACRO M1200

W
NN

~8°°23§

PAGE 24
POINTER TO T7 ASCII STRING

RT7:

ERROR BIT:

oSNNS

POINTER TO T10 ASCII STRING
ERROR BIT:

RT10:

NOWVMSWN=O

- NON
=
N

[=]=lele)

927 002636

ONNNSN=ONN

D
d
D
—

N ) b cd e e

wd wd b -

910 002576
M
600
912 002602
913 002604
914

b O

e cd \J)
=SONNOOWVSN

CO0OO0O0ODOO0OD

e d e ek = OO
SMANNN=SON

OO00O00O0O0O000 oo

26-JUL-83 08:14

- =2 OO NO VSN
=O

GL OBAL AREAS

GLOBAL DATA SECTION

SEQ 27

ADD UP TO 4 MORE ERROR BIT MESSAGE POINTERS.

MACRO M1200

929

930 002640 005317
931 002642
932 002644
933 002646

934 002650
935 002652

012161
012260
012365

26-JUL-83 08:14

PAGE 25

RT11:

ROMT11

: POINTER TO T11 ASCII STRING

T11E3
T11E4
T11E5

;
:

012437
012524
012573

936 002654
937 002656 000000
938 002660
939 002662
940 002664
941 002666
g:% 002670

.WORD

.WORD
WORD
LWORD
WORD
LWORD

000000
000000
000000
000000
000000

944 002672 005462
945 002674 017625
946 002676
947 002700
948 002702
949 002704
950 002706
951 002710

012721
012771
013052
013132
013205
013262

953 002714
954 002716
955 002720
956 002722

000000
000000
000000
000000

952 002712 000000

T11E0
T11ET
T11E2

RT12:

: ERROR BIT:
F
;

0
0
0
0
O

0
1
§
&
5

H
; ADD UP TO 6 MORE ERROR BIT MESSAGE POINTERS

ROMT12
T12E0

: POINTER TO T12 ASCII STRING
0
: ERROR BIT:

.WORD

; ADD UP TO 5 MORE ERROR BIT MESSAGE POINTERS.

T12E1
T12E2
T12€E3
T12E4
T12E5
T12E6
.WORD
.WORD
.WORD
.WORD

(=l=l=l=1-]

GLOBAL AREAS

GLOBAL DATA SECTION

SEQ 28

:
H
H
:
:
:

1
2
3
4
5
6

GLOBAL DATA SECTION

959 002724
0027
002
962 002732
963 002734
002
965 002740
966 002742
967 002744
0027
969 002750
970 002752
971 002754
972
973
974

975

976
977
978
979

980 002756
981

005507
81 3336
13404
013460
013545
013653
013727
014005
014105
014161
014227
014277
014350

26-JuL-83 08:14

PAGE 26

RT13:

ROMTI3
T gEO
T13E1
T 35;
T13E
T13E4
T13E5
T13E6
T13E7
T13E8
T13E9
T13E10
T13EN1

’
4

POINTER TO T13 ASCII STRING
ERROR BIT:
WO

MACRO M1200

SEQ 29

GLOBAL AREAS

-2 OO NV

: IF (UP TO) & MORE TESTS A RE ADDED TO THE ROM-RESIDENT CODE, PLACE THE
3:
:
3

MESSAGE POINTERS HERE. USE IDENTICAL FORMAT AS FOR 1 THRU 13, ABOVE.
DON'T FORGET TO MODIFY THE TABLE IMMEDIATELY PRECEEDING THIS ONE, ALSO.
ENDMOD

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

26-JUL-83 08:14

PAGE 27

.SBTTL

983

SEQ 30

GLOBAL TEXT SECTION

383
986

988

: MORE THAN ONE TEST.

: THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,
: MESSAGES, AND ASCII INFORMATION THAT ARE USED IN

987

989
990
991

ggz

992

997 002756

114

GLOBAL MESSAGES == ERROR AND OTHERWISE

111

NOIOP:

.ASCIZ

/LSI=11 BUS TIMEOUT = NO IOP PRESENT, OR KXT11 INTERFACE ERROR/

040

NORES:

.ASCIZ

/NO RESPONSE FROM ROM SELFTEST/

040
116
m
040
105
116
040
040
124
040
124
106
105
122
122

061
125
124
105
124
040
040
120
122
105
054
122
130
061
116
122
103
105
117

12¢
120
123
106
115
117
123
106
123

105
117
105
122
040
115
105
124
124

123
116
040
117
122
040
114
105
000

055
040
123
m
117

998 003054

11§

003057
003062
003065
003070
003073
003076
003101
003104
003107

061
102
040
115
125
055
117
117
120
123
124
117
113
061
m
105
101
040
122
000

002761
002764
002767
002772
002775

3000
003003
003006
003011
003014
003017
003022
003025
3030
003033
3036
003041
003044
003047
003052

123

117

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

26-JuL-83 08:14
122

003150

8888

SEQ 31

PAGE 28

ROMD:

.ASCIZ

/ERROR DETECTED BY IOP SELFTEST/

BADSW:

LASCIZ

*BOOT/SELFTEST SWITCH NOT SETUP PROPERLY"’

- ON

VNN

/TEST COMMAND STATUS ERROR FROM 10P/

— ) d d ) cd D D D D
dddo

RRSR S22WERRSN
b
b
b

RO
RRIZFRNBRS= R RS
e wd
b
b

—

040
120
124
060
117
075
060
060
040
120
123
17
122
104
124
101
105
040
115
116
000

.ASCIZ

003257
003262
1004 003264
003267
003272
003275
3
003303
3
003311
003314
003317
003322
003325
3330
003333
3336
003341
003344
003347
003352

117
101
040
101
123
122
122
122

CMND:

—=ONO
= WON
WVIWO
W N =W fOO0=O000o+,r0O

\\\

003%;7
003232
003235
003240
3243
003246
003251
003254

124
124

—

1003 00;5%1
003224

PAGE 29

it A2 SR
NV

GLOBAL TEXT SECTION

26-JuL-83 08:14

NO=NO
W=~ S WOO=OON=NWOO OO

MACRO M1200

GLOBAL AREAS

SEQ 32

NOTRDY: .ASCIZ

/TPRO NOT = 000000; IOP IS NOT READY TO ACCEPT COMMANDS/

g—lgdd

NOTPR:

.ASCIZ

/POSSIBLE FATAL IOP ERROR DETECTED/

CCPU:

.ASCIZ

/SBC ID SWITCH SETTING/

e e

R&
R
W

e
o
d
d e
— e

onNnON
NSHEWWN

NSO

PAGE 30

b
e
e o
o
i o
e
e e
o
—d

120
123
114
106
101
m
040
122
040
124
124
000
123
040
040
m
110
105
11
000

—

1006 003353
003356
003361
3364
003367
003372
003375
3400
003403
3406
003411
003414
1007 003415
003420
003423
003426
003431
003434
003437
003442

NN=O
002-'0-'—'00—‘-‘
NWVINSS
=N W=—=N
v

GLOBAL TEXT SECTION

QONNNSNSON
WWWVININOOSHONW

26-JuUL~83 08:14

MACRO M1200

GLOBAL AREAS

SEQ 33

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION
1009 003443
003446
003451
003454
003457
003462
003465
003470
003473
003476
003501
003506

003515
003520
003523
003526
003531
003534
1010 003535
003540
003543
003546
003551
003554
003557
003562
003565
003570
003573
003576
003601
003604
360
361
361
362

26-JUL-83 08:14

SEQ 34

PAGE 31

BASE

+ASCIZ

IS 10P'S LSI=11 BUS ADDRESS IN THE LOW ADDRESS RANGE (Y/N)"*

LOOP1:

.ASCIZ

/LOOP-BACK CONNECTOR ON SERIAL PORT #1 (CONSOLE PORT)/

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

26-JuL-83 08:14

PAGE 32

LOOP2:

LASCIZ

/CHANNEL A LOOP-BACK CONNECTOR ON SERIAL PORT #2/

LOOP3

.ASCIZ

/CHANNEL B LOOP-BACK CONNECTOR ON SERIAL PORT #2/

SEQ 35

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION
1015

2%
88?
00377
00377§)

26-JuUL-83 08:14

PAGE 33

LOOPS

+ASCIZ

SEQ 36

/LOOP-BACK CONNECTOR ON PARALLEL PORT/

)

003776

SLU2CF: +ASCIZ

IS SLU2 CHANNEL A SERIAL PORT CONFIGURED FOR DMA OPERATION(Y/N)'’

N725036

004012
004015
004020
004023
004026
1016 004027
004032
004035
004040
004043
004046
004051
004054
004057
004062
004065
004070
004073
004076

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

1018 004127
004132
004135
004140
1019 004143
1020 004145

004150

26=-JUL-83 08:14

PAGE 34

SEQ 37

124
124
123
040
115

105
040
105
122
000

123
125
122
17

UROM:

.ASCIZ

/TEST USER ROM/

103

123

122

CSRT:

.ASCIZ

/CSR/

000

ROMT:

.ASCIZ

/ROM/

VION)
= SN

/16KW LOCAL RAM/

.ASCIZ

—

8'\)0-‘—'

ON
-

]

004173

RAMT:

10
12

PAGE 35

RSRK

1023 004170

127
117
114

b and

061

004154
004157
004162
004165

1022 004151

26-JUL-83 08:14

—

MACRO M1200

NWVIOWOOo

GLOBAL AREAS

GLOBAL TEXT SECTION

SEQ 38

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

26~JUL-83 08:14

.ASCIZ

/BEVNT/

116

SLUIT:

.ASCIZ

/CONSOLE SERIAL PORT (SLU1)/

122

SLU2A:

.ASCIZ

/SERIAL PORT (SLU2), CHANNEL A/

102
116

105
124

126
000

004205
004210
004213
004216
004221
004224
004227
004232

123
105
105
101
120
124
123
061

117
040
122
114
117
040
114
051

114
123
11
040
122
050
125
000

111
040
122
050
125
054
110
116
040

101
120
124
123
062
040
101
105
101

1027 004235

004240
004243
004246
004251
004254
004257
004262
004265
004270

103

123

117

105

PAGE 36

BEVNT:

1025 004174
004177

1026 004202

SEQ 39

114
117
040
114
051
103
116
114
000

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION
1029 004273
004276

26=-JUL-83 08:14

SEQ 40

PAGE 37

SLUZB:

LASCIZ

/SERIAL PORT (SLU2), CHANNEL B/

PLLP:

.ASCIZ

"PARALLEL 1/0 PORT"'

004435
004440
004443
004446
004451

105
050
1
061
125
104
051

.ASCIZ

/DMA CONTROLLER (LOCAL IOP ONLY)/

DMAT:

.ASCIZ

/DMA CONTROLLER (LSI=11 BUS DMA)/

—_P) =2 O
(N D d b b
-t
D

b
D e
d o
D =
—

—

= YNHNO
NI —

DMAL:

S, ON=WNOBNIN=

004427
004432

104
040
116
117
105
050
103
040
120
116
051
104
040
116
117

—3

1032 004353
004356
004361
004
00436
00437
00437
004400
004403
004406
004411
1033 004413
004416
004421
004424

PAGE 38

O b = b
wd
BN =N
—
=N
= S=R -,
SRR V=)
SN
WO SO = =N

GLOBAL TEXT SECTION

26-JuL-83 08:14

orcooNN

MACRO M1200

OoOWVIlNO
W

GLOBAL AREAS

SEQ 41

1035 004453
004456
004461
004464
004467
004472
004475
1036 004500
004503

122
040
040
101
705

124

PAGE 39

‘15155000620651‘60‘00

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

SEQ 42

26-JuL-83 08:14
QIRT

CASCIZ

/LSI=11 BUS INTERRUPT/

QIRT1:

LASCIZ

/NO IOP INTERRUPT FROM FIRST OF 2 ATTEMPTS/

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

26-JUL-83 08:14

SEQ 43

PAGE 40

/NO IOP INTERRUPT FROM SECOND OF 2 ATTEMPTS./

LASCIZ

=L w o — ~

~ mg — 4
[+ :

a
-

004705
004710
004713
004716

101
122
123
114

= PON) =N

TST1:

_ASCIZ

/VERIFY THE IOP IS ADDRESSABLE/

OHMVONW

117
m

126
m
040
105

/CPU INSTRUCTION/

CO=O=N)

004677
004702

1042 004663
004
004671
004674

.ASCIZ

835382

125
m
000

123

CPUT:

i e
b

b b

004654
004657
0046¢

004651

PAGE 41

103
040

1041 004643
004646

-n-n-.-._a-.g_._.-n - b

GLOBAL TEXT SECTION

26-JUL-83 08:14

MACRO M1200

OOO?NN
OO =ON-=N
VM=
WNHWOONONWVT
NWH=O

GLOBAL AREAS

SEQ 44

GLOBAL AREAS

MACRO M1200

26-JUL-83 08:14

1044

}6;

0047 g
00473
004740
004743

124
040
105
000

00474
004752
004755
004760
004763
004766

11
040
040
105
122
000

1045 004744

116

— g

04
‘lg?

OOO—NW
W=~

0047

00irsh
27

ONN=NNO
=S NOWVINO
=

721

o p——
Y

GLOBAL TEXT SECTION

SEQ 45

PAGE 42

ROMT1:

.ASCIZ

"'1/0 REGISTER CHECK'

ROMT2:

.ASCIZ

/NATIVE OR USER RAM/

i
1

i
}sls.
12

040
115

26-JUL~83 08:14

MACRO M1200

-o-a—.-.g-.-n-.-.
mad
b b b
NNOON
WVINOWVOWNWN
S
O S =ON—=N)
=
WSO NW SO

ROMT4:

WMWWNNWVNO
=

NOO=NIN=NO

ROMT3:

NN
=N =N

116
1
040
040
105
122
040
105
123
000
126
040
125
116
122
124
116
101
040

-0

1047 004767
004772
004775
5000
005003
5006
005011
005014
005017
005022
1048 005023
005026
005031
005034
005037
005042
005045
5050
005053

2 S&

GLOBAL TEXT SECTION

OHOW=VWOW=

GLOBAL AREAS

SEQ 46

PAGE 43
LASCIZ

/NATIVE OR USER ROM CHECKSUM/

LASCIZ

/T11 CPY INSTRUCTIONS AND TRAPS/

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

SEQ 47

26-JUL-83 08:14

PAGE &4

ROMTS

LASCIZ

/LINE CLOCK (BEVNT) INTERRUPT/

ROMT6:

.ASCIZ

/CONSOLE SERIAL PORT DC319/

005101

1051

ROMT7A: .ASCIZ

/SECOND SERIAL PORT NEC7201 (CHANNEL A)/

ROMT?78: .ASCIZ

/SECOND SERIAL PORT NEC7201 (CHANNEL B)/

d e

e e

PAGE 45

——
d
e
b

Soooconw

117
062
12
114
117
040
103
060
050
101
105
101
123
117
040
122
114
117
040
103
060
050
101
105
102

—

005154
005157
005162
005165
0C5170
005173
005176
005201
005204
005207
005212
005215
1054 005220
005223
005226
005231
5234
005237
005242
005245
005250
005253
005256
005261
005264

123

SRIZRR o S O=2VNHWOOOOONWVSO
=WRS

1053 005151

26-JUL~83 08:14

—=HOW=N

MACRO M1200

NS
=N =2 OV = = O
ey
Ny s L L~
8223882
ONIO = NON N = S ONN = NN O = WO W

GLOBAL AREAS

GLOBAL TEXT SECTION

SEG 48

OfhONSH=

sR
L R
2

ggInza3 g

- \ANOO

104

83- - —y—y1

S
w

1057 005317
005

132

063

005311

s —

005314

040
122

5500

005303
005306

OWVIND
& S W

120

1056 005267

NNV
= = O

GLOBAL TEXT SECTION

RrR=n=sSSP==p=x
g
=NOSMNIN=OOONNO
NN

26-JUL-83 08:14

MACRO M1200

GLOBAL AREAS

SEQ 49

PAGE 46

ROMT10: .ASCIZ

‘PARALLEL 1/0 PORT 28036

ROMT11: _ASCIZ

/DMA CONTROLLER AMZ80i6/

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

1059 005346
005351
005354
005357
5362
5365
005370
005373
005376
005401
005404
005407
0022}2

1060 005416

542
005424
005427
005432
005435
005440
005443
005446
005451
005454
005457

26-JUL-83 08:14

SEQ 50

PAGE 47

104
040
116
117
105
101
070
066
114
101
111
040
5&8

115
103
124
114
122
115
060
040
117
114
117
117
13

101
117
122
114
040
132
061
050
103
040
120
116
051

ROM11A: .ASCIZ

/DMA CONTROLLER AMZ8016 (LOCAL IOP ONLY)/

104

115

101

ROM11B: .ASCIZ

/DMA CONTROLLER AMZ8016 (LSI-11 BUS)/

040
116
117
105
101
070
066
114
055
040
123

103
124
114
122
115
060
040
123
061
102
051

117
122
114
040
132
061
050
14}
061
125
000

—

b
—

Ro&n
e
d e
b
e

114
055
040
123
116
122
120
124
055
122
122
000

—

1062 005462
005465
005470
005473
005476
005501
005504
1063 005507
005512
005515
005520
005523

—
=S ONO =N
VIO N NO WV
b ) b =

26~-JUL-83 08:14

MACRO M1200

oD
=S P ONSNSON
=W

GLOBAL AREAS

GLOBAL TEXT SECTION

SEQ 51

PAGE 48

ROMT12: .ASCIZ

/LSI=11 BUS INTERRUPT/

ROMT13: .ASCIZ

/TWO-PORT RAM/

5604
005607
005612
005615
005620
005623
005626
005631

125

105
117
101
121
040
104
123

RIS
b
b
d e
e
e
d o
b

117
043
055

105

—

005573
005576
005601

1066 005570

105
117
843
55
125
105
117
101
103
040
104
123

e
S

1065 005524
005527
00553
00553
005540
005543
005546
005551
005554
005557
005562
5565

NN ONINNNN
NNNO =N
NN
WN = = B NINVWO = NINWN
=W SNONWOO

GLOBAL TEXT SECTION

PR RV RO R RN
NOOg NOONONOON

26-JUL-83 08:14

) b b

MACRO M1200

GLOBAL AREAS

040

SEQ 52

PAGE 49

T1EO:

.ASCIZ

/ERROR #0 - BUS ERROR AT CSR ADDRESS/

T1E1:

.ASCIZ

/ERROR #1 - BUS ERROR AT QIR ADDRESS/

1069 005700

105

005650
005653
005656
005661
005664
005667
005672
005675

005703
5
005711
005714
005717
005722
005725
005730
005733
005736
005741
005744

125
105
117
101
124
040
104
123
117
043
055
125
105
117
101
104
061
101
122
123

T1E2:

.ASCIZ

/ERROR #2 = BUS ERROR AT TPR ADDRESS/

T1E3:

.ASCIZ

/ERROR #3 - BUS ERROR AT DC319 ADDRESS/

105
117
043
055

N
NORSRR
NRSRRRSSSNRRRNRRR
ONVOONOWVSMNNOOIVONOON
WHOWOON

1068 005634
005637
564
564

PAGE 50

NN ONINNNON
NN
2\!
= O S NINWO
W S NININOWNININN

GLOBAL YEXT SECTION

26-JuUL~83 08:14

MACRO M1200

O b s € b =D B b >
o0
o

GLOBAL AREAS

SEQ 53

MACRO M1200

GLOBAL TEXT SECTION

26-JuL-83 08:14

PAGE 51

005751
005754
005757
0057
00576
005770
005773
005776
006001
006004
006007
006012

117
84%
5
125
105
117
101
116
067
061
104
105

12
064
04g
12
122
122
126
105
062
040
104
123

040
06g
10
040
122
040
040
103
060
101
122
123

122

T1E4:

.ASCIZ

/ERROR #4 = BUS ERROR AT NEC72071 ADDRESS/

1072 006016

105

122

T1ES:

.ASCIZ

/ERROR #5 - BUS ERROR AT 18254 ADDRESS/

1071 005746

006015

006021
006024
006027
006032
006035
006040
006043
006046
006051
006054
006057
006062

105

000

117
043
055
125
105
117
101
11
065
101
122
123

125

122
065
040
123
122
122
124
070
064
104
105
000

040
040
102
040
122
040
040
062
040
104
123

GLOBAL AREAS

SEQ 54

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

PAGE 52

TI1E6:

.ASCIZ

/ERROR #6 = BUS ERROR AT 28036 ADDRESS/

TIE7:

LASCIZ

/ERROR #7 - BUS ERROR AT Z8016 ADDRESS/

NIIOINIIBISN NIISIVIIZIS

1075

26-JUL-83 08:14
122

1074

SEQ 55

LASCIZ

/ERROR #0 - BUS ERROR AT NATIVE RAM ADDRESS/

T2E1:

.ASCIZ

/ERROR #1 = WRITE-READ ERROR, NATIVE RAM/

NSRSRRR

W= =2V OONONOON

b
B
b
e
B el
e

SS¥BISSREERN ORE

T2EO:

—t D b b b
— BN
=B NN
Vo =0

e
e e
B
b
e
D d b T =2
g——

105
117
043
055
122
105
105
040
122
054
101
126
122

125
105
117
101
116
11
040
115
104
105
000

1078 00625
006256
006261
006264
006267
006272
006275
006300
006303
006306
006311
006314
006317

006214
006217
00622%
0062
0062
006233
006236
006241
006244
006247
00625

00608
1
00es1T

17
083
05

1077

GLOBAL TEXT SECTION

PAGE 53

NS NOO N

26-JuL~83 08:14

MACRO M1200

ONION = S NINWO
O NN

GLOBAL AREAS

SEQ 56

MACRO M1200

26-JUL-83 08:14

PAGE 56

105

-.-o—.o-ag NOSOVERN OONRNND SONR RN
§NNOV!N

T2E2:

.ASCIZ

/ERROR #2 = READ-MODIFY-WRITE, NATIVE RAM/

T2E3:

.ASCIZ

/ERROR #3 = READ-MODIFY-WRITE (LO BYTE), NATIVE RAM/

o
wvwhon

NON
= 8 OV

O = W= N -

040
115
105
117
043
055
105
055
104
131
122
105
114
102
105
040
124
105
101

055
104
131
122
105
}}?

VIO =N = =

006367
006372
1081 006374
006377
006402
006405
006410
006413
006416
006421
006424
006427
006432
006435
006440
006443
006446
006451
006454

00634;
00634
006350
006353
006356
006361

—

04
055
105

— i wd O i ) b b -

006351
006326
006337

1080 006;53

O N =\ b b o 3 N
-n—oo-.-.g-.o-n-a-.
2....\,“,...
Ty Y - EEARS NN
NION =2 S =2 N =2 \N = o

GLOBAL TEXT SECTION

—

GLOBAL AREAS

SEQ 57

MACRO M1200
GLOBAL AREAS
SECTION
TEXT
GLOBAL

26-JUL-83 08:14

PAGE 55

T2E4:

LASCIZ

/ERROR #4& = READ-MODIFY-WRITE (WI BYTE), NATIVE RAM/

TZ2ES:

LASCIZ

/ERROR #5 - BUS ERROR AT USER RAM ADDRESS/

11111110

006476
006501

FTWNOWn

006462
0064?

1083 006457

SEQ 58

SSIINITINIIN

122

SEQ 59

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION
1086 006613
006616
006621
006624;

26-JuL-83 08:14

PAGE 56
LASCIZ

/ERROR #6 = WRITE-READ ERROR, USER RAM/

LASCIZ

/ERROR #7 - READ-MOD-WRITE, USER RAM/

0066%%

00663
006640
006643
006646
006651
006654
006657

1087 006661

006664
006667
006672
006675
006700
006703
006706
006711
006714
006717
006722

T2E9:

.ASCIZ

/ERROR #9 - READ-MOD-WRITE (HI BYTE), USER RAM/

WVIOWHNSHOO NN

SnPRs

nNOON

/ERROR #8 - READ-MOD-WRITE (LO BYTE), USER RAM/

VIOWN OO
H NN OON

105
117
043
055
105
055
104
122
105
110
102
105
040
105
122
000

.ASCIZ

D =

-.o-ago-.
e Rt fRv =R VN PR
=R VNSV
ND=ON

1090 007003
007006
007011
007014
007017
007022
007025
007030
007033
007036
007041
007044
007047
007052
007055
7060

117
043
055
105
055
104
122
105
114
102
105
040
105
122
000

T2E8:

- NSO
SN
ONNWIN
S NI = =d O = NN = OO NN

006
006733
006
006741
006744
006747
006752
006755
006760
006763
006766
006771
006774
006777
007002

105

PAGE 57

2-.0-.-020-.
- N=OHNNN

1089 006;%3

26~JuL-83 08:14

B NI
b i ad O == NN =2 © =2 NN

MACRO M1200

O b b
ONNWNIN
-

GLOBAL AREAS

GLOBAL TEXT SECTION

R 9

SEQ 60

= d it NN = ed ek DO =
N
S OON
W O =N WVINOWVN

T3E0:

+ASCIZ

/ERROR #0 = LO BYTE CHECKSUM ERROR, NATIVE ROM/

T3E1:

LASCIZ

/ERROR #1 = HI BYTE CHECKSUM ERROR, NATIVE ROM/

RISSSSVREENN ZSNRISNSSVER
NS ONVWIWWSO
NSO NVIVIWW
S OO =N

131

040
105
123
040
122
054
101
126
122
000
105
117
043
055
11
131
040
105
123
040
122
054
101
126
122

—

007103
007106
007111
007114
00717
007122
007125
007130
007133
007136
1093 007137
007142
007145
007150
007153
007156
007161
007164
007167
007172
007175
007200
007203
007206
007211

055
117

00707,
00707

105
117
043

1092 007061
007064
007067

PAGE 58

N
-t NI = ek
OO =
VIO = NNWVIWNOWVMNOOON

26-JuL-83 08:14

MACRO M1200

-OnN

GLOBAL AREAS

GLOBAL TEXT SECTION

SEQ 61

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

1095 007215

105

26-JuUL-83 08:14

PAGE 59

122

T3E2:

.ASCIZ

/ERROR #2 = USER ROM LO BYTE CHECKSUM ERROR OR ROM NOT PRESENT/

122

T3E3:

.ASCIZ

/ERROR #3 - USER ROM HI BYTE CHECKSUM ERROR OR ROM NOT PRESENT/

122

007220
007223
007226
007231
0072
007237
007242
007245
007250
007253
007256
007261
007264
007267
007272
007275
007
007303
007
007311

117
043
055
123
040
115
117
131
040
105
123
040
122
040
040
115
117
120
123
124

122
062
040
105
122
040
040
124
103
103
125
105
117
117
122
040
124
122
105
000

040
040
125
122
117
114
102
105
110
113
115
122
122
122
117
116
040
105
116

007316
007321
007324
007327
007332
007335
007340
007343
007346
007351
007354
007357
007362
007365
007370
007373
007376
007401
007404
007407

117
043
055
123
040
115
11
131
040
105
123
040
122
040
040
115
117
120
123
124

122
063
040
105
122
040
040
124
103
103
125
105
117
117
122
040
124
122
105
000

040
040
125
122
117
110
102
105
110
113
115
122
122
122
117
116
040
105
116

1096 007313

105

SEQ 62

122

O OWWN S S VTVNTWWNWVON
WO

LASCIZ

/** ROM IN VECTOR SPACE = SELFTEST #5 SKIPPED «+/

TSE1:

.ASCIZ

/ERROR #1 = CLOCK INTERRUPT LEVEL INCORRECT/

—

NNOVION
= O~ -2

RRRSS=2PRRSRT=R - _.-.Q-o—n-a-.-o-ng

T5E0:

nNNNO

SN EoRRNRIRRNNAIRLRUSNRSRAN=SST

—

b b wd O

NN
=2 2\

-—
D
— o

114
105
040
040
1m
105
052
105
117
043
055
114
113
116
122
120
114
105
11
117
105

040

ddcd-‘-‘

007444
007447
007452
007455
007460
007463
0074
1099 007471
00747
007477
007502
007505
007510
007513
007516
007521
007524
007527
007532
007535
007540

0074461

-—

OSS
12
040
040
103
122
120
105

— ) ) - d ) ) b

1098 g87411
7614
007417
007422
007425
007430
007433
007436

PAGE 60

SNOWOOOWVINI=WWOON

26~JUL-83 08:14

MACRO M1200

GLOBAL AREAS

GLOBAL TEXT SECTION

SEQ 63

124
110
040
117
040
106

7623

101

b O =

007626
007631
007634
007637
007642
007645

117

116
040
124
122
124
105
117
043
055

— e

007571
007574
007577
007602
007605
1102 007607
007612
007615
007620

O==NNHO

043
055
114
113

O NWwWwWwWh

00755
00755
007560
007563

105
117

—

1101 007544
007547

b e =D =D
—
N
REDNS $3283 RIRR
8—'00'\) OO
WNINOWVIWVI=
WOoO~NOonNN

GLOBAL TEXT SECTION

SoRRN
go
sHsN
PP N
N-‘NN?
WS
S WNWOON
OO
W WO ON

26-JUL-83 08:14

MACRO M1200

—>

GLOBAL AREAS

SEQ 64

PAGE 61

TS5€E2:

.ASCIZ

/ERROR #2 = CLOCK DOESN'T INTERRUPT/

TSE3:

«ASCIZ

/ERROR #3 = CAN'T SHUT CLOCK OFF/

26-JUL-83 08:14
040

NWWNVIOCVIOSWOOSNSOoOOoOWMS
osrwnes S WOOONONOOON

b b wd = OO =d =

OONSNO =SSO
OHNIN NN =NYVNVNNHOONO
== NOON S NI
=O
SO =NINOO=O
== SOVINMI=

b cdd ed ed O

113
040
040
126
04

05
10
1264
124

O —=O

10006
010011
010014
010017
010022

05§
12
10%
12
043
m
105
125
123
117
124
124
040
122
040
040
103
122
120
105
052
105
117
043
055
115
040
124
122
124
117
115

1104 007647
007652
007655
00766?
00766
007666
007671
007674
007677
007702
007705
0C7710
007713
007716
007721
007724
007727
007732
007735
007740
007743
1105 007745
007750
007753
007756
007761
007764
007767
007772
007775
010000
010003

O
b ed ekONS
wd ) =N
b i e =NVWSE
wd =d =D OOBN
= Q-.-.-l-a-h—oo—n-hg
R RO
NON=O==lON NNV
O—=0ON

MACRO M1200

GLOBAL AREAS

GLOBAL TEXT SECTION

SEQ 65

PAGE 62

T6EO:

.ASCIZ /#*+ SELFTEST #6 INTERRUPTS NOT TESTED - ROM IN VECTOR SPACE #+/

T6E1:

.ASCIZ

/ERROR #1 = XMTR INTERRUPT NOT MASKED AT LEVEL &/

888

oNONOVOMNMNO

-NN2N8rdsd

OTN\

1107

= e3

26-JUL-83 08:74

SNZI

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

SEQ 66

PAGE 63

T6E2:

JASCIZ

/ERROR #2 = XMTR INTERRUPT NOT RECEIVED/

T6E3:

LASCIZ

/ERROR #3 = RCVR INTERRUPT NOT MASKED AT LEVEL &/

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

—

26-JUL-83 08:14

PAGE 664

LASCIZ

/ERROR #4 = RCVR INTERRUPT NOT RECEIVED/

T6ES

.ASCIZ

/ERROR #5 - RECEIVED DATA INCORRECT/

—_—O

T6EL:

SEQ 67

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

1114

147250361‘72572503617253

1113

010411
010414

SEQ 68

26-JUL-83 08:14

PAGE 65

T6EG:

+ASCIZ

/ERROR #6 = NO RCVR DONE == LOOPBACK OPEN/

T7€E0

LASCIZ

/++ ROM IN VECTOR SPACE = SELFTEST #7 SKIPPED #+/

SEQ 69

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

T7€1:

LASCIZ

/ERROR #1 - 18254 TIMER #2 (800 HZ) DOESN'T INTERRUPT/

T7€2:

LASCIZ

/ERROR #2 = ASYNC MODE, DATA XFER INCOMPLETE/

TO
—ININONNNO—O

e--~

PAGE 66

N ONONOO QOO
RS8y TERgNNEIRISINRN2SS
A

1116

26-JUL-83 08:14

PAGE 67

119

T7E3:

.ASCIZ

/ERROR #3 = SYNC MODE, EOF-SDLC NOT RECEIVED/

T7E4

.ASCIZ

/ERROR #4 - SYNC MODE, DATA XFER INCOMPLETE/

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

—

SEQ 70

SEQ 71

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

26-JuL-83 08:14

PAGE 68

T7ES:

+ASCIZ

"ERROR #5 = SYNC/ASYNC MODES = RECEIVED DATA INCORRECT"

T7€6:

.ASCIZ

/ERROR #6 - DMA MODE - DATA TRANSFER INCOMPLETE/

"alal'alal

g— OMO

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

26-JUL-83 08:14

SEQ 72

PAGE 69

.ASCIZ

/ERROR #7 = DMA MODE - RECEIVED DATA INCORRECT/

.ASCIZ

/ERROR #8 = STATUS WRONG OR NO INTERRUPT WITH REQ-TO-SEND SET/

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

26-JUL-83 08:14

PAGE 70

T7E9:

+ASCIZ

“ERROR #9 = STATUS WRONG OR NO INTERRUPT WiTH TTi08/2 SET"'

T7€10:

.ASCIZ

/ERROR #10 = STATUS WRONG OR NO INT. WITH TERM=-IN-SERV SET/

1128

1129

SEQ 73

122

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

26-JUL-83 08:14

SEQ 74

PAGE 71

e e OO0 O O~ —_—
—_—r OO0 rr e

T7EN

LASCIZ

/ERROR #11 = STATUS WRONG WITH ALL OPTIONS DESELECTED/

T10€0:

LASCIZ

/+*+ ROM IN VECTOR SPACE - SELFTEST #10 SKIPPED #+/

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

1135

WA MINN T TN O NN MNn e Ne—= NN O

— -— A

26-JUL-83 08:14
122

SEQ 75

PAGE 72

T10E1:

.ASCIZ

/ERROR #1 = RESET STATE INCORRECT/

T10E2:

.ASCIZ

/ERROR #2 = TIMER DIDN'T START/

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

26-JUL-83 08:14
122

—

SEQ 76

PAGE 73

T10E3:

.ASCIZ

/ERROR #3 - TIMER NEVER STOPS/

T10E4:

LASCIZ

/ERROR #4 = INTERRUPT NOT MASKED AT LEVEL &/

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

26-JUL-83 08:14

SEQ 77

PAGE 74

LASCIZ

/ERROR #5 = TIMER INTERRUPT NOT RECEIVED/

.ASCIZ

/ERROR #6 - LOOP TIME-OUT, DATA XFER INCOMPLETE/

1143

PAGE 75

T10€7:

.ASCIZ

/ERROR #7 - RECEIVED DATA INCORRECT/

T11€0:

LASCIZ

/#*+ SELFTEST #11 INTERRUPTS NOT TESTED = ROM IN VECTOR SPACE *+/

1144

26-JUL-83 08:14

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

SEQ 78

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

PAGE 76

THE:

non N

LASCIZ

/% SELFTEST #11 LSI=11 BUS ACCESS NOT TESTED = NO ADDRESS DEFINED *+/

LASCIZ

/ERROR #2 - CHANNEL INTERRUPT NOT RECEIVED/

TM—ONNO

-3

1146

26-JuUL-83 08:14

SEQ 79

N TONNN~-NOO

012357
012362
1147 012365
012370
012373
012376

=33

T11E2:
.

T11E3:

PAGE 77

/ERROR #3 = DMA CHANNEL HUNG (TC,EOP BITS BOTH CLEAR)/

.ASCIZ

/ERROR #4& - DMA ABORTED (EOP = 1

e el

LASCIZ

NITNMNO NZI23

TMonNo

T11E4:

nNe—OnN

S S S S S S Sl S S . g

1150

/
NXM)

26-JUL-83 08:14

MACRO M1200
GLOBAL AREAS
SECTION
GLOBAL TEXT

SEQ 80

-—O0~—0O

MACRO M1200
GLOBAL AREAS
SECTION
TEXT
GLOBAL

26-JuL-83 08:14

SEQ 81

PAGE 78
=3 ws

o < — < wh a W

< wy o - ~

~ [vV) (-4

LASCIZ

/++ LSI=11 BUS ADDRESS NOT DEFINED - SELFTEST #12 SKIPPED *+/

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

1156 012771
012774

012777
013002
013005
013010
013013
013016
013021
013024
013027
013032
013035
013040
013043
013046

26-JUL-83 08:14

SEQ 82

PAGE 79

T12€1:

LASCIZ

/ERROR #1 - BREQ (CSR<14>) NEVER GOT SET/

040

T12€E2:

LASCIZ

/++ SELFTEST #12 SKIPPED = ROM IN VECTOR SPACE *+/

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

26-JuL-83 08:14

SEQ 83

PAGE 80

1158

T12€3:

LASCIZ

/ERROR #3 = INTERRUPT=ON-BIACK NOT MASKED AT PRS/

1159

T12E4

LASCIZ

/ERROR #4 = INTZRRUPT=-ON-BIACK NOT RECEIVED/

GLOBAL AREAS

26-JuL-83 08:14

MACRO M1200

GLOBAL TEXT SECTION

1161 01iSOS

10;

125

013210
013213
013216
013221
013224
013227

11
043
055
111
113
111

1
06
040
101
040
104

04
040
10§
10
104
116

013235
013240
013243
013246
013251
013254
013257

103
101
102
121
103
074
076

114
122
122
040
123
061
051

105
040
105
050
122
064
000

117
043
055
122
105
124
120
110
040
040
104
124
103
122

122
066
040
105
124
122
040
122062
104
116
040
103
000

013232

1162 013262

013265
013270
013273
013276
013301
013304
013307
013312
013315
013320
013323
013326
013331
013334

047

105

1264

122

SEQ 84

PAGE 81

T1265:

.ASCIZ

/ERROR #5 - BIACK DIDN'T CLEAR SREQ (CSR<14>)/

T12E6:

.ASCIZ

/ERROR #6 - BRESET TRAP THRU 24 DIDN'T OCCUR/

040

122

040
040
102
123
040
101
124
125
064
11
047
117
125

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

26-JuL-83 08:14

SEQ 85

PAGE 82

- ke 3

T13€0:

+ASCIZ

/ERROR #0 - LOCAL TPR WRITE-READ ERROR/

1165

T13E1

LASCIZ

/ERROR #1 - BUS ERROR ON LSI-11 BUS TPR READ/

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

26-JuL-83 08:14

SEQ 86

PAGE 83

1167 013460

T13€2:

LASCIZ

/ERROR #2 = NON-ZERO DATA RETURNED ON LSI-11 BUS READ/

= =3

T13E3

+ASCIZ

“ex TEST #13 BUS WRITES/INTERRUPTS NOT TESTED = ROM IN VECTOR SPACE ++'*

b
b
b
—

—

NN
= ON =N
RISNSRIZNRITT 82 NN
NONVINONNOW £2 N
—_—

10;
"
043
055
125
105
117
117
127
124
124
124
040
122
060
105
117
043
055
120
103
115
104
116
122
120
104
116
040
10

1170 013653
013656
013661
01
013667
013672
013675
013700
013703
013706
01371
013714
13717
13722
013725
1171 013727
013732
013735
013740
013743
013746
013751
013754
013757
013762
013765
013770
013773
013776
014001

Rro==oR NERN BoRR— RRNRSRRN
NON?
ONNOO—OONORNOON
SUhwaowo NOORN
VIR

PAGE 84

T1364:

.ASCIZ

/ERROR #4 - BUS ERROR ON WRITE TO TPR WORD 0/

T135:

.ASCIZ

/ERROR #5 = TPR COMMAND INTERRUPT DIDN'T OCCUR/

[2]~)

26~JUL-83 08:14

MACRO M1200

N =2
VININ
= SNFO=yNOWVNN

GLOBAL AREAS

GLOBAL TEXT SECTION

SEQ 87

—

.ASCIZ

°'ERROR #6 = LSI=11 BUS WRITE AND/OR INTERRUPTS WITH TPR DISABLED"’

T13E7:

.ASCIZ

/ERROR #7 = LSI=11 BUS WRITE DIDN'T TIME OUT/

—

d cd

T1366:

ownsoon

a
A

N
N-—-

22RISUVORIRIVN SSIRIUPRREZSRUCIZEIRR
- b
—
oddfld
— e b ) ad - b b b
g

120
040
124
124
040
123
114
000
105
117
043
055
123
061
102
040
14}
040
104
124
111
040
124

-—

116
122

— ) cd w—d b

014046
014051
014054
014057
014062
014065
014070
014073
014076
014101
014104
1174 014105
014110
014113
014116
014121
014124
014127
014132
014135
014140
014143
014146
014151
014154
014157

042
05
123
061
102
040
11
040
104
122

014013
014016
014021
014024
014027
014032
014035
014040
014043

105
117

1173 014005
014010

S NN O b b 2 OMNOND 29=2% N
SRR
=N O =2 NN = NJONWNO
W[« IV ¥Y]

(2T~)

26=-JUL-83 08:14

MACRO M1200

S =0
VIS
N =N

GLOBAL AREAS

GLOBAL TEXT SECTION

SEQ 88

PAGE 85

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

26-JUL-83 08:14

SEQ 89

PAGE 86

1176

T13€8:

LASCIZ

/ERROR #8 - LSI-11 BUS WRITE TIMED OUT/

T13€9

.ASCIZ

/ERROR #9 = TPR INTERRUPT & NOT RECEIVED/

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

12%

1179 014277

--3

26-JuL-83 08:14

117
122
105
105

SEQ@ 90

PAGE 87

T13610: .ASCIZ

/ERROR #10 = TPR INTERRUPT 8 NOT RECEIVED/

T13E11: .ASCIZ

/ERROR #11 = TPR INTERRUPT 12 NOT RECEIVED/

MACRO M1200

GLOBAL TEXT SECTION

26-JuL-83 08:14

1188

PAGE 88

: NAMES OF DEVICES SUPPORTED BY PROGRAM

1184
1185
1186 014422

187
1193

113
061
101

LASCIZ

ZKXT11CAX

: TEST DESCRIPTION

1194
1195

)

.EVEN

_n-n-no-no-n-lg—h_n-.

111
061
125
104
107
123
103

- LD O ONNOONWNO
=
B N=ON
=W =O =W

103
124
040
124
055
040

N=2d
NS N2 OON=0OW

DESCRIPT

8 BON=WNWOWVNSW=WWN

1196 014432
014432
014432
014435
014440
014443
014446
014451
014456
014457
014462
014465
014470
014473
014476

DEVTYP

LSDVTYP::

82 g

014429
014422
014425
014430

" ASCIZ /CZKTCA KXT11=CA LSI=11 BUS DIAGNOSTIC/

.EVEN

(2]2)

GLOBAL AREAS

SEQ 91

SEQ 92

PAGE 89

m —

e
o

—

- £ EB

—

26-JUL-83 08:14

g g—

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

: LASCIZ

/%NXATHE XTXA TEST DID NOT COMPLETE ON IOP #ZZ2ININ/

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

26-JuL-83 08:14

PAGE 90

TSTERR : JASCIZ

/%TXA TEST FAILED ON IOP #XZ2IN/

NOINFO: LASCIZ

/3INZA

<NO FURTHER ERROR INFORMATION AVAILABLE>IN/

SEQ 93

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

26-JUL~83 08:14

o~
(-]

- -—

DROP:

SEQ 94

PAGE 9
LASCIZ

/INZA

KXT11=CA #%22%A DROPPED FROM TESTING.IN/

o~N

~82332TRTINC

-— -— o

SWITCH: .ASCIZ

**¥NZABOOT/SELFTEST SWITCH ON IOP #%Z2%A NOT SET FOR XXDP+XIN''

26-JUL-83 08:14

PAGE 92

1221

CMNDR:

LASCIZ

/INIACOMMAND STATUS ERROR FROM 10P #%Z2%A AFTER LAST COMMANDZN/

o
o~
N

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

SEQ 95

NOTST:

LASCIZ

/INXZAIOP #XZ2%A XTIN/

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

26~JUL-83 08:14

PAGE 93

SETSW

LASCIZ

/3ASET SWITCH TO POSITION 10./

1225

NOTCLR:

LASCIZ

/INJAIOP #%22%A NOT READY TO ACCEPT COMMANDSIN/

OIWNOMOOTNIOTMN~OMTN=TNOTMANOWNOM

1224

SEQ 96

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

T o g g g g g g g g — g — g g———— =~ —————

OMN O 2N NN OM OTM 3N OUnN
ANNOM OTM NN

1227 015377

SEQ 97

26=-JUL-83 08:14

PAGE 94

TPR

LASCIZ

/INXATWO-PORT RAM ON I0P #%22%A IS DISABLED./

TPR1:

.ASCIZ

/INXACHECK LEDS ON IOP #%Z2%A FOR ERROR CODE.ZN/

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

26~JUL~-83 08:14

PAGE 95

TO
NEMNEOVYOOVOTONTEMNEOVTMNINOMA OO0

SEQ 98

SLOT:

LASCIZ

/INYAENSURE BACKPLANE DMA GRANT CONTINUITYIN/

INTACK:

LASCIZ

/INXAENSURE BACKPLANE INTERRUPT ACKNOWLEDGE CONTINUITYZIN/

- ~d R

1231

MACRO M1200

GLOBAL AREAS

O=NWNIN~—

3NOWNOMO~—

1235

OO N

Dalalal

26-JUL-83 08:14

0= =3 ON TN O 3NN O

o ~N o

M-

GLOBAL TEXT SECTION

ad&

SEQ 99

PAGE 96

PLEASE WAITININ/

LASCIZ

/INXA

«esREINITIALIZING IOP #%22%A.

LASCIZ

/%A

INITIALIZATION COMPLETE... STARTING TESTS.ININ/

LASCIZ

/%A XTXA - I0P #322/

.EVEN

GLOBAL AREAS

26-JUL-83 08:14

MACRO M1200

GLOBAL ERROR REPORT SECTION

PAGE 97

g SXERERFIED
IFTFERATIZ

.SBTTL

e B

SEQ 100

GLOBAL ERROR REPORT SECTION

s4e

; THE GLOBAL ERROR REPORT SECTION CONTAINS MESSAGE PRINTING AREAS

: USED BY MORE THAN ONE TEST TO OUTPUT ADDITIONAL ERROR INFORMATION.

D e

eY g

; (BASIC) AND PRINTX (EXTENDED) CALLS ARE USED TO CALL PRINT SERVICES.

p——

002214

012746
012746
01
104414
0627
032703
001507
010304
042704
012702
1
005202
001375

014653
000003

1279 016146
1280 016152
1281 016154
016154
016160
016164
016166
016170
1282
1283 016174
1284 016200
1285 016202
016202
016206
016212
016214
016216

022704
001010

000022

012746
012746
010600
104415
062706

015532
000001

022704
001010

000024

012746
012746
010600
104415
062706

015606
000001

BGNMSG

RTERR

10PNN, R4

#TSTERR R2,Ré
R4, ~(SP)
R2.=(SP)

-(SP)

CHECK FOR EXTENDED INFO
BRANCH, IF NO EXTENDED INFO
SAVE ROM TEST # AND ERROR BITS
STRIP OFF THE TEST #
SETUP COUNTER FOR TEST NUMBER
PUT TEST NUMBER IN BITS 3 - 0

00777

007777
177772

GET SBC ID SWITCH NUMBER

PRINT TEST IDENTIFICATION

#TSTERR =(SP)

016100
016104
016110
016112
016114
1270 016120
1271 016124
1272 016126
1273 016130
1274 016134
1275 016140
1276 016142
}5;; 016144

RTERR::

PRINTB

1$:

BRANCH, IF NOT DONE SHIFTING

: 1S THE FAILING TEST °'‘TEST #11'%?
: BRANCH, IF NOT TEST 11 (DMA TEST)
: PRINT DMA CONTINUITY MESSAGE

2$:

000004

3s:

#24 R4
4%
#INTACK
#INTACK,=(SP)

: IS THE FAILING TEST °‘TEST #12'%?

BRANCH, IF NOT TEST 12 (QIR TEST)

* PRINT INTERRUPT ACK CONTINUITY MESSAGE

1388 Olesse
OF
1289 0162%%

0162
016234
016240
016244
016246
016250
1290 016254
1291 016256
1292 016260

1293 016264
1294 016270
1295
1296 016274
1297 016276
1298 016300
1299 016302
1300 016304
1301 016306

1302

016306
016310
016314
016320
016322
016324

1303 016330
1304 016332
1305 016334
1306 016340
1307 016342

—

002270
000000

JTIADR-gR&
O(R )

A H

000006

; COMPUTE TEST # ASCII STRING ADDRESS

: GET STRING ADDRESS AND PUT IN RS
: PRINT “ERROR(S):"* MESSAGE

SETUP R5 FOR LATER USE
GET TEST # AND ERROR BITS AGAIN
STRIP OFF ERROR BITS
SETUP FOR BIT TESTING
SETUP BIT POSITION COUNTER

170000
000001
000001

5$:

#ROMETX, (R1)

(R1),=(SP)

014556
000002

:aonerx -(SP)

000006

#6,5P

BRANCH, IF NOT ALL 12 BITS CHECKED

. PRINTX
MOV
MoV
MoV
TRAP
ADD

#NOINFO

PRINT NO MORE INFO AVAILABLE

TRAP

CSMSG

000004

7%:

SHIFT TO NEXT POSITION..AND
INCREMENT BIT POS!TION COUNT
CHECK FOR ALL BITS CHECKED.

R3
R2
R2,413.
58

000015

014712
000001

CHECK FOR AN ERROR BIT SET
BR, IF NONE IN THIS POSITION
PUT BIT POSITION COUNT IN R1
MAKE IT WORD ADDRESSABLE
INDEX TO ERROR BIT MESSAGE ADDRESS
PRINT ERROR NUMBER AND I.D.

2,-(SP)
sp‘RO
CSPNTX

6%:

PAGE 98

014531
000002

016344

1309

OOOOgOOOO

1308

26-JUL-83 08:14

8$:
ENDMSG
L10002:

#NOINFO,=(SP)

#1,-(SP)
SP,RO
CSPNTX

#4,SP

EXIT THE PRINT ROUTINE

MACRO M1200
GLOBAL AREAS
GLOBAL ERROR REPORT SECTION

SEQ 101

MACRO M1200

GLOBAL AREAS

22X22Z 222 XL
KR8 35588

PAGE 99

:
NXM:

014500
000002

i
d b

OO0

L10003:

002214

#NOREG,R1
R1,=(SP)
#NOREG, = (SP)

SP,RO
CSPNTB
#6,SP

d
o
b d

2222 O0O000O0

FERRR
RSN oo o

1315

NXM

#2,-(SP)

d e

e o

1314

oo
N

131
13

[=lllolelelelelele
el

GLOBAL ERROR REPORT SECTION

26-JUL-83 08:14

NRES::

CSMSG
NRES

R4
I0PNN,

#TESTID R2,Ré

R4 ,=(SP)
R2 -(5P )

#TESTID -(SP)
#3,-(SP)

014570
000003

016436
1320 016442
016442

000010

0
0
0
0
0
0
0
0
0
1325 0
0
0
0
0
0
0
1326 0
0
0

002214

L10004:

:
GENMSG:

I0PNN,Ré

#TSTERR R2,R4

R4 ,=(SP)

014653
000003

—

b e

OOOOOOO%
viwvuvwananawwnag
ooNoNNVO &S

000010

014556
000002
000006

L10005:

SEQ 102

MACRO M1200

GLOBAL AREAS

GLOBAL ERROR REPORT SECTION
1328 016520
016520
016520
1
1
016524
016524

016526
016532

016540
016542
1331 016546
016546
016552

13
13

& o RO

016560
016562
1332 016566
016566
016566

13
13

016570
016570

016574
016574

012746
012746

010600
104414
062706

012746

012746
010600
104415
062706

010446

000004

002214

062706

000006

b cd

i o

104423

b e ad

CMDERR::

L10007:

016646

I0PNN,R
#SWITCH, R

: GET CURRENT IOP NUMBER

L10006:

015142
000002

010446
012746
012746
010600
104414
062706

SOFT

000001

012746
012746

013704

BGNMSG

015264

SOFT::

000006

—dededad

013704

PAGE 100

015047
000002

104423

-Ag-n3 ITAAEES
O&NO&&O

b o wh

I8
(=l
)elelelelelelelele BNelele

010446

002214

016570

016576
016602

013704

26-JUL-83 08:14

SEQ 103

002214

NONO::

015321
000002
000006
L10010:

ENDMSG
TRAP

BGNMSG

: GET CURRENT IOP NUMBER

MoV
PRINTB
Mov
MoV
MoV
MOV
TRAP
ADD

ENDMSG
TRAP

BGNMSG
MoV
PRINTB
MOV
Mov
Mov
MoV
TRAP
ADD

ENDMSG
TRAP

R4
10PNN,
#NOTCLR, R4

R4 ,~(SP)

; GET CURRENT IOP NUMBER

GLOBAL AREAS

MACRO M1200

GLOBAL ERROR REPORT SECTION

1345 016650
016650

1346

1347

016650
016654
016656
016656
016662
1
016670
016672

1348 016676

016676
016700
016704
016710

016712

714
1349 016720
720
1350

016720

26=JUL-83 08:14

013704 002214
010446
012746 015377
012746 000002
010600

TPRDIS: :

BGNMSG

; GET CURRENT 10P NUMBER

MOV
MOV
MOV
MOV

10PNN, Ré
R4, ~(SP)
#TPR,=(SP)
#2,-(SP)
SP,RO

PRINTX

#TPR1,Ré&

: PRINT CHECK THE LEDS

010446
012746 015453
012746 000002
010600

MOV
MOV
MOV
MOV

104415

TRAP

000006
L10011:

104423

TPRDIS

PRINTB #TPR.R%

000006

062706

SEQ 104

PAGE 101

TRAP
ADD

104414
062706

ENDMSG

TRAP

CSPNTB
#6,SP

Ré&,=(SP)
#TPR1,=(SP)
#2,-(5P)
SP,RO

* PRINT TWO-PORT RAM DISABLED

CSPNTX

#6,SP

CSMSG

1353

;

SUBROUTINE TO PRINT MESSAGES FOR TESTS THAT ARE SKIPPED.

1356

CALL:

1359

;

}ggg
1357
1358

:
:

138

1362 016722 013704 002214
1363 016726
016726

010246

016730 010446

016732
016736
016742
016744
016746
};gg 016752

012746
012746
010600
104414
062706
000205

015240
000003
000010

THESE MESSAGES ARE NOT ERROR MESSAGES: FOR INFO ONLY.

SKIPED: MOV

MOV
JSR

#MSGADDRESS
,R2
RS, SKIPED

10PNN,, R4

PRINTB
MOV

#NOTST,R4,R2
,=(SP)

MOV
MOV
MOV
TRAP
ADD
RTS

#NOTST,=(SP)
#3,-(5P
SP.RO
CSPNTB
#10,5P
RS

MOV

: GET CURRENT IOP NUMBER

R4.=(SP)

: RETURN

PAGE 102

26-JuUL-83 08:14
.SBTTL

D )

=33 EEERPEL
38 [IWNIER IR2883 Q&SR WA

MACRO M1200
GLOBAL AREAS
GLOBAL SUBROUTINES SECTION

SEQ 105

GLOBAL SUBROUTINES SECTION

wguwwwuuu
0
000
w

D e e

+
+*

D D e

THE GLOBAL SUBROUTINES SECTION CONTAINS THE SUBROUTINES
IHAY ARE USED IN MORE THAN ONE TEST.

D e

FUNCTIONAL DESCRIPTION:

D e

SUBROUTINE TO DELAY IN MILLISECONDS.

D i

CALL:

R5,RDELAY

000144

002236

d
-

b
d

SWNN=O

D
b
d
d e
-

: DELAY IN MILLISECONDS

RDELAY: MOV
MOV
MOV
1$:
MOV

R1,-(SP)

; SAVE REGS 1 & 2 ON STACK

; GET MILLISECOND ARGUMENT

2%:

DELCNT,R1

b b—

D i

JSR

38:

MOV
BREAK
TRAP

DEC

RZ -(SP)

0100..DELCNT
C$BRK

: SETUP COUNT FOR 1 MS LOOP
: SETUP R1 FOR 1 MS LOOP
; ALLOWS <CTRL-C> RECOGNIHW

R1
3%

: START OF 1 MS LOOP
: BRANCH, IF < 1 MS

2%
(SP)+,R2

; DO ANOTHER MS, IF BRANCH
: RESTORE R1 AND R2

(SP)+,R1

: DECREMENT MULTIPLIER (WHICH YOU WANT)
: RETURN

26~JUL-83 08:14

PAGE 103

NNBg 000

NN
~Norwn S W

e
e
e
e ch e
—

INE TO CHECK
ING REGISTER

IS CONSIDERED

V3 3T 2 2t ad 2% 20

+¢

CKTPRO:

QBASE ,R1

RS,RDELAY

DPRO(R1) ,R2
13

RS,REINIT
1%

30
1431 017042

NOTRDY,NONO

gisaor

017042
017044
017046
017050

1432 017052
017052

NOTRDY
NONO

LUN

LUN,RO

002210
177777

C$DODU

#-1,DROPUN

002206

CSDCLN

000002

177770

000002

017210

18:

ne cuangm 10P sems READY. THIS IS DONE
THE |
TWO=-PORT
IF IT IS ALL 0'S,

READY; um ammsvue mu IF TPRO IS NON=O0.
: GET LSI=11 BASE BUS ADDRESS

* DELAY A BIT BEFORE READING TPRO
: ABOUT 250 MILLISECONDS

: READ TPRO

: BR, IF IOP IS ALL SET FOR TESTING.

: RE-INITIALIZE THE CURRENT 10P
: SUCCESS RETURN

: PRINT DEVICE FATAL

: DROP THE UNIT FROM TESTING
; SET THE DROPPED UNIT FLAG AND GET OUT
: ABORT THE DIAGNOSTIC FOR THIS UNIT

#-10,R2

DPR1(R1) .R2
#002.R2

: READ BOOT COMMAND STATUS REGISTER
: CLEAR ALL BUT BITS 2-0.
: CHECK BOOT SWITCH..IF SET FOR XXDP+,

3
RS,REINIT
3t

: BR, IF THE SWITCH IS CORRECT
: RE-INITIALIZE THE CURRENT IOP
: SUCCESS RETURN

: ..COMMAND REGISTER SHOULD = 000002

-—

MACRO M1200
GLOBAL AREAS
GLOBAL SUBROUTINES SECTION

SEQ 106

MAC"O M1200

GLOBAL AREAS

26-JUL-83 08:14

SSERKERRUNSH

b
d

bb d
B

TRAP
.WORD
.WORD
.WORD
DODU

b
d e}
B oD

h e
-

002210

012737

177777

017146 104444

28:

013700

002210

012737

177777

104451

giensorf

BADSW
SOFT

IF_TPR IS DISABLED (ERROR)

; g&f ERROR.

UNT IT, AND THEN

LUN

; DROP THIS UNIT

#-1,DROPUN

: SET DROPPED UNIT FLAG

LUN,RO
C$DODV

CSDCLN
4 ,NOTPR, TPRDIS

Eisnor

; ABORT THE DIAGNOSTIC FOR THIS UNIT
; FATAL ERROR.

TPR IS DISABLED

TPRDIS
LUN

; DROP THIS UNIT

#-1,DROPUN

; SET DROPPED UNIT FLAG

LUN,RO
C$DODV

002206

CSDCLN

005061
005061

: READ BOOT COMMAND STATUS REGISTER

NOTPR

-l

3NN
n
NNNNY
o
NN
&

O000C

MoV
TRAP
MOV
DOCLN
TRAP

002206

1452 017150

000

DPR1(R1) ,R2

ERRSOFT g‘eaosu SOF T

700

1453 017160

PAGE 104

MoV
BEQ

—>

e
o
D o
e

14
Tan

NNSNINNNNNNNY

H
>

1444

(elelelelelelelelel] o

GLOBAL SUBROUTINES SECTION

SEQ 107

000004
000006

58:
.8

DPR2(R1)
DPR3(R1)
RS

; ABORT THE DIAGNOSTIC FOR THIS UNIT
; CLEAR SELFTEST ERROR REGISTER
: glfi?fl SELFTEST EXTENDED ERROR REGISTER

26-JUL-83 08:14

PAGE 105

+
+

MACRO M1200
GLOBAL AREAS
GLOBAL SUBROUTINES SECTION

SEQ 108

SUBROUTINE REINIT

CALLED WHENEVER TPRO OR TPR1 ARE NOT SETUP PROPERLY.
CALL:

JSR

RS,REINIT

1
RETURN: RETURN+4 IF ERROR IN INIT ALIZING

RETURN+2 IF SUCCESSFUL INITIALIZATION

002214
002216

1474 017210
1475 017214
1476 817228

GET CURRENT IOP NUMBER
GET Q-BUS BASE ADDRESS
: PRINT **,,.RE~INITIALIZING'

REINIT:

~
Y

—

000000

000006
000010
000004
016754

#6,SP

#10,DPR3(R1)

000006
000000

#4,0PROTRY)

RS.RDELAY

DPRO(R1)
,R2
2%

000000

1$:

000002
177770
000002

ot d ek

b b

O0O0O00000

—s

—d e

b e e

e e o e

~
55555
STRINRRAR 2833 ~

015676
000002

017330

1492 017334

015763
000001

000205

000004

2$:

SETUP SOF TWARE BOOTSELECT CODE
SEND INITIALIZE COMMAND
DELAY ABOUT 5 SECONDS

: READ TPRO
: TPRO SHOULD NOW BE ALL 0°'S
SETUP FOR ERROR RETURN

(RS)+
RS

ERROR RETURN

DPR1(R1)
,R2

READ TPR1

#-10,R2

#2,R2
1$

#INITOK
#INITOK,-(SP)

CLEAR ALL BUT BITS 2-0.

TPR1_SHOULD SAY Q-BUS TESTING MODE.

BRANCH, IF NOT SETUP FOR XXDP+ (ERROR)
PRINT “INITIALIZATION COMPLETE..."*

#,=(SP)
SP,RO

SUCCESS RETURN

GLOBAL AREAS

MACRO M1200

GLOBAL SUBROUTINES SECTION

26-JuL-83 08:14

SEQ 109

PAGE 106

1494

SUBROUTINE TO APPEND TEST TITLES TO TEST NUMBER IF

1497

OPERATOR HAS SET THE ‘PNT''

1500
1501

:
H

CALL:

1505 017336
017336
017340

PNTFLG: RFLAGS
TRAP
MOV

}238
1502

104421
010004
1506 017342 032704
1507 017346 001414
1508 017350 013704
1509 017354

001000
002214

PRINTF

#TSTNO,R2,R4

MOV

R4 ,=(SP)
R2,=(SP)
#TSTNO,=(SP)
#3,-(SP
SP,RO

RTS

016045
000003

MOV
MOV
MoV
MoV

017372
017374

104417
062706

000010

TRAP
ADD

}g}? 017400

000205

1$:

CSPNTF
#10,5P

: TEST TITLE ADDRESS

: READ DRS FLAGS

Ré
CSRFLA
RO,Ré

#BIT9,.R4
18

010446
010246
012746
012746

010600

#STRING,R2
RS,PNTFLG

BIT
BEQ

017354
017356
017360
017364

017370

MOV
JSR

FLAG AT START TIME.

: CHECK DRS BIT 9 FLAG (PNT,
: RETURN, IF PNT NOT SET
s GET CURRENT IOP NUMBER
: PRINT TITLE, IOP # AFTER TEST NUMBER

: RETURN TO TEST

GLOBAL AREAS

MACRO M1200

SEQ 110

PAGE 107

.TITLE MISCELLANEOUS SECTIONS
.SBTTL IDENTIFICATION
.SBTTL REPORT CODING SECTION
Jee

: THE REPORT CODING SECTION CONTAINS THE

: "PRINTS'® CALLS THAT GENERATE STATISTICAL REPORTS.

017402
017402

LSRPT::

oW
O
~
W)
=

— =2

(V.
3 ogo

ViV

ddddddddfldddd.—.ddddfld

B0 Q2R H® NG S\fl
X \flg\fl\fl\fl\fi\fl
N WIWNNIN)
OWOOW
-

GLOBAL SUBROUTINES SECTION

26-JuUL-83 08:14

BGNRPT

.EVEN

1624 017402
017402

017402

104425

L10012:

ENDRPT

TRAP

CSRPT

MISCELLANEOUS SECTIONS

PROTECTION TABLE

MACRO M1200

26-JuL-83 08:14
.SBTTL

SEQ 11

PAGE 108

PROTECTION TABLE

144

: THIS TABLE IS USEP BY THE RUNTIME SERVICES
: TO PROTECT THE LOAD MEDIA.

1631

163§
1633 017404

1634

LSPROT::

017404

1635 017404
1636 017406

1637 0176410
1638
1639 017412
1640

177777
177777
177777

BGNPROT
-1
-1
-1

ENDPROT

sOFFSET INTO P-TABLE FOR CSR ADDRESS
sOFFSET INTO P-TABLE FOR MASSBUS ADDRESS
sOFFSET INTO P-TABLE FOR DRIVE NUMBER

MISCELLANEOUS § E CTIONS
I
INITIALIZE SECTION

MACRO M1200

26-JUL-83 08:14
.SBTTL

SEQ 112

PAGE 109

INITIALIZE SECTION

; THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED
: AT THE BEGINNING OF EACH PASS.
LSINIT::

6
0
1689 017420
017420
1690
1691 017422
1692 017426
017426

012700
104447

READEF

MOV

000036

002206

012700

000034

#EF .CONTINUE

#EF .CONTINUE
RO

TRAP
CSREFG
BCOMPLETE
END
8CS

103517

005037

BGNINIT

CLR
READEF

MoV

DROPUN
#EF .PWR

#EF .PWR,RO

000035

CSREFG
ABORT
BCOMPLETE
ABORT
BCS
READEF #EF .NEW
#EF .NEW,RO
MoV

013737
162737

002120
000377

002242
002242

NEXT
BNCOMPLETE
NEXT
BCC
LSHIME ,HIMEM
MOV
#377 ,HIMEM
sus

1699 017462

012737

177777

002210

MoV

1701 017470

005237
023737
001465

002210
002210

002012

013700

002210

017432
1693 017434
017434
1694 017436
017436
017442
1695 017444
017444
1696 017446
1697 017454
1698

1700

104447

TRAP

END

103510

012700
104447

103011

104442

010001

103365

TRAP

INC

CMP
BEQ
GPHARD
MOV

CSREFG

#-1,LUN
LUN

LUN,LSUNIT
ABORT
LUN,R1
LUN.RO

TRAP
C$GPHRD
RO.R1
MoV
NEXT
BNCOMPLETE
NEXT
8CC

CHECK FOR CONTINUED

BRANCH, IF CONTINUED.

: CLEAR THE DROPPED IOP FLAG
: CHECK FOR POWER FAIL RESTART
ABORT = NO SENSE TRYING TO GO ON.

CHECK FOR THIS PASS BEING A FIRST
BRANCH, IF NOT FIRST PASS

GET HIGHEST 4KW PAGE FROM DRS.
ADJUST IT TO = START OF PAGE BEFORE..
... THE 1/0 PAGE.
SETUP UNIT NUMBER FOR #0 MINUS 1

INCREMENT I0OP CPU NUMBER
CHECK CURRENT AS LAST UNIT + 1

BRANCH, IF DONE ALL IOPS.
GET HW P-TABLE ADDRESS

BRANCH, IF NO PTABLE FOR THIS LUN

MISCELLANEOUS SECTIONS
INITIALIZE SECTION

MACRO M1200

26=JUL~83 08:14

1707 017513
1708 017522
1709 0175;3
};}? 0175

012137
001455
013737
012702

002212

1712 017536
1713 017542
1714 017544
1715 017546

006237
005202
001374
023727

002214
002212

000340

1717 017556
};}g 017564

012737
06

160000

002216

1720 017566
};%5 017574

012737
042737

175400

00221
00221

1723 017602
1724 017610
1725 017612
};%9 017614

063737
005721
001003
062737

1728 017622
1729 017626
1730 017632
1731 017636
1732 017642
1733 017646
1734 017652
017652
017654

012137
012137
9012137
012137
012137
011137

1716 017554

1735

1736 017656
017656
1737 017660

017660

000400

MOV
BEQ

002214

MOV
MOV

1$:

002216

PAGE 110

002216

104411

SHIFT 5 RIGHT FOR PRINTOUTS

#160000,QBASE

MOV

BIC

#175400,QBASE
#400, 10PN

SET BASE ADDRESS TO UNITS 8-15

ADD
TST
BNE
ADD

I0PN,QBASE
(R1)+
4%
#81710,0BASE

COMBINE I0P # AND BASE ADDRESS
CHECK IF HIGH OR LOW RANGE WANTED
BRANCH, 65°LOU RANGE WANTED
TO GET HIGH RANGE
ADD IN 2

(R1)+.L00PB1
(R1)+,L00PB2
(R1)+,L00PB3
(R1)+,L00PB4
(R1)+,SL2DMA
(R1) _ROMTST
INIT
CSEXIT
L10014~.

GET LOOP CONN FLAG FOR SLU1
GET LOOP CONN FLAG FOR SLU2 CHANNEL A
GET LOOP CONN FLAG FOR CHANNEL B
GET LOOP CONN FLAG FOR PARALLEL 1/0
GET SLU2 DMA CONF IGURATION
GET FLAG FOR USER ROM TEST

[A H

ABORT:

52PN.0360
3s

CSDCLN

END:

L10014:

SAVE FOR PRINTOUTS
SETUP SHIFT COUNTER

MOV
BR

000004

104444

10PN éomc

#-5.R

GET 10P CPU_NUMBER

BRANCH, IF THIS IS UNIT 0.

10PNN
R2
18

8GT

3s:

(R1)+, 10PN
ABORT

ASR
INC
BNE
CMP

104432

1738

1750
1751 017660
017660

29558
1

SEQ@ 113

ENDINIT
TRAP

CSINIT

BRANCH, IF NOT DONE SHIFTING
SEE IF IOP NO. IS GREATER THAN 7
BRANCH IF NO. IS 8 OR MORE
SET BASE ADDRESS FOR UNITS 0-7
THEN ADD IN I0P NUMBER

CLEAR BIT 8 OF NUMBER INPUT

EXIT THE INIT CODE

EXECUTE CLEANUP CODE

Ml SCELLANEOUS SECTIONS
AU TODROP SECTION

MACRO M1200 26-JuUL-83 08:14
.SBTTL

1753

SEQ 114

PAGE 111

AUTODROP SECTION

1738

1758

: SEE IF THEY WILL RESPOND.

: THIS CODE IS EXECUTED IMMEDIATELY AFTER THE INITIALIZE CODE IF
: THE "'ADRTM* FLAG WAS SET. THE UNIT(S) UNDER TEST ARE CHECKED TO

1759
175

: DROPPED FROM TESTING.

1759

1761

1762 017662

LSAUTO: :

1763 017662
1772 017662

017662 012746
017666 012746
017672 010600
017674 104477
773 017676 062706
1775 017702

104461

1776 017704

045

017707
017712
017715
017720
017723
017726
017731
017734
017737
017742
017745
017750
017753
017756
017761
017764
017767
017772
017775
020000
020003

BGNAUTO

: THIS SECTION IS NOT USED.

};;g

1774 017702
017702

THOSE THAT DON'T ARE IMMEDIATELY

101
104
040
1
110
117
123
120
124
056
122
040
123
061
117
122
120
123
103
103
045

PRINTF

MoV
MOV
MoV
TRAP
ADD

017704
000001
000004
L10015:

116

042
122
123
124
040
124
125
117
105
040
125
124
124
040
122
105
117
105
110
113
116

045 NOSEC:
101
042
127
103
116
040
120
122
104
040
116
105
040
106
040
123
116
040
105
056
000

RUN XXDP+ TEST 1 TO CHECK FOR RESPONSE.

#NOSEC

#NOSEC,=(SP)
#1,-(SP)
SP,RO
CSPNTF
#4,SP

ENDAUTO

TRAP

CSAUTO

.ASCIZ /INZA''ADR'* SWITCH NOT SUPPORTED.

RUN TEST 1 FOR RESPONSE CHECK.IN/

MISCELLANEOUS SECTIONS

CLEANUP CODING SECTION

26~JUL-83 08:14

[+ ]

.SBTTL

233 SIS

oo oo 3

PAGE 112

CLEANUP CODING SECTION

: THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED
: AFTER THE HWARDWARE TESTS WAVE BEEN PERFORMED.

BGNCLN
LSCLEAN::

020006
020006
820006

RRRS3
N=OOV~N

——
R

MACRO M1200

020010

EXIT

TRAP

104432

.WORD

000002

CLN
CSEXIT

L10016~.

.EVEN

020012
020012
020012

104412

L10016:

ENDCLN
TRAP

CSCLEAN

SEQ@ 115

i
’9‘%‘.
—

%
§C

MACRO M1200

PAGE 113

DROP UNIT SECTION

) e

[ e .e e

26-JuUL-83 08:14
.SBTTL

g gzumooa
R
SN
=00V NOWVS

CTIONS

SEQ 116

; THE DROP-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE

—

; TO NO LONGER BE TESTED.

pry

LS$DU::

013701

010146

002214

BGNDU

MOV
PRINTF

10PNN,R1
#DROP.R1

MOV

(SP)
= P,
#DRO

TRAP
ADD

CSPNTF
#6,SP

MOV

014772
000002

MOV
MOV

000006

EXIT

.WORD
JWORD

R1,=(SP)

#2,-(5P)
SP,RO

JSJMP
L10017=2-.

.EVEN

104453

L10017:

ENDDU
TRAP

C$bu

: GET 10P NUMBER
* PRINT 10P #N DROPPED

MISCELLANEOUS SECTIONS
ADD UNIT SECTION

MACRO M1200

26-JuUL-83 08:14
.SBTTL

1844
1845
1846

PAGE 114

ADD UNIT SECTION

THE ADD=UNIT SECTION CONTAINS ANY CODE THE PROGRAMMER WISHES

1847

1848
1849
1850
1851
1852 020050

T0 BE EXECUTED IN CONJUNCTION WITH THE ADDING OF A UNIT BACK
TO THE TEST CYCLE.

:
LSAU:

020050

EXIT
.WORD

.WORD

AU
JSJMP

L10020-2~-.

.EVEN

020054

0 020054

104452

L10020:

ENDAU
TRAP

CSAU

SEQ 117

HARDWARE TESTS

MACRO M1200

ADD UNIT SECTION

26-JuL-83 08:14

SEQ 118

PAGE 115

.TITLE HARDWARE TESTS

186%
188

1890

1891

.SBTTL

IDENTIFICATION

LSBTTL

TEST 1: VERIFY THAT THE I0P(S) IS ADDRESSABLE

144

: THE CURRENT IOP 1S CHECKED FOR BEING PRESENT ON THE @ BUS BY REFERENCING
: ITS 170 PAGE ADDRESS. THE 1/0 ADDRESS IS THE LSI-11 BUS BASE ADDRESS PLUS
: THE IOP NUMBER.

NXMVE C=4

000004

020056

020056
020062
020066
020066
020072
020076
020102

020106
020110

012702
004537
012746
012746
012746
012746

104437
062706

BGNTST

004663
017336
000340
020142
000004
000003

18:

1908 020124
020124

020130

012700
104441

000010

002216
28:

000000

022626

020160

104451

020170 104444

SETPRI
MOV

#PRI00
#PR100,RO

: LOWER PRIORITY FOR NXM

ST
INC
BNE

(R1)+
R2
2

; REFERENCE AN IOP REGISTER
: INCR. COUNTER...NO NXM AS YET
: BRANCH, IF NOT DONE

TRAP

000001
002756
016366

012737

: SETUP TPR REGISTER COUNTER

ERRDF

QBASE ,R1
CSSPRI

119

: 10P BASE ADDRESS TO R1

* ALL REGISTERS ARE THERE.

177777

002206

1,NOIOP,NXM

CSERDF

* FATAL DEVICE ERROR

WORD
.WORD
"WORD

1
NOIOP
NXM

MOV

LUN,RO

: DROP THIS I10P

MOV
DOCLN

#-1,DROPUN

: SET DROPPED UNIT FLAG
: EXIT TEST

DODU

020154 013700 002210

1919 020162
1920 020170

#-20,R2

CSSVEC
#10,SP

: SETUP NXM VECTOR

: A NXM INTERRUPT WILL END UP HERE FROM THE TRAP TO 4.
: FIX THE STACK, SINCE NO RTI ISSUED
(SP)+,(SP)+
cMP
38:

020144 104455

1918 020154

MOV

B8R

}g}g

020146
020150
020152

: GET TITLE ADDRESS
: SEE IF PNT FLAG IS SET

TRAP

}3}; 020140 000414
1917 020144

#TST1,R2
RS,PNTFLG
#NXMVEC,#3$,#PR1I07
#PR107,=(SP)
#3$,-(5P)
#NXMVEC, = (SP)
#3,-(SP)

MoV

1909 020132 005721
005202
1910 020134
1911 020136 001372

1916 020142

MOV
JSR
SETVEC
MOV
MOV
MOV
MOV
TRAP
ADD

1905 020114 012702 177760
}ggg 020120 013701

AN NXM WILL OCCUR IF THE IOP IS NOT PRESENT.

TRAP

. UN

C$SDODU

CSDCLN

‘

-—r

810

c10

SEQ 119

HARDWARE TESTS MACRO M1200 26-JUL-83 08:14 PAGE 116
TEST 1: VERIFY THAT THE IOP(S) IS ADDRESSABLE

: NOW MAKE SURE BOOT/SELFTEST SWITCH IS SET PROPERLY.
19
1926 020172
1927 020176
1928
1929 020200
1930
1931 020204
020204
1932 020206
020206

020212
1933 020214
020214
020214
1934

004537

000240

004537

017210

104401

R5,REINIT
R5,CKTPRO

017014
5$:

104406

012700
104436

4$:

CSCLP1

#NXMVEC

#NXMVEC
RO
CSCVEC

000004

L10021:

CSETST

INITIALIZE THE CURRENT 10P

NORMALLY A SUCCESS RETURN...WE DON'T
CARE IN THIS CASE.
NOW SEE IF THE IOP IS READY

CHECK FOR LOOP ON TEST

CLEAR AND RESTORE NXM VECTOR
DONE

010

NARDU‘RE TESTS

MACRO M1200

26~JuL-83 08:14

TEST
1 : VERIFY THAT THE IOP(S) IS ADDRESSABLE

SEQ 120

PAGE 117

1936

1937
19
19

-.3‘

NEWN

ER3R2R28E 3332 3 RIS EELE 33

Ve %0 %0808, % %0,

1940
1941

012702
004

020236
020242
020246

004537
013701
013761
012704
005761
001423
004537
000001
005204
001370
012702

104406

1971 020324
1972 020332

012737

020322

020332

MOV
JSR
ST

#ROMT1 ,R2
RS,PNTFLG
DROPUN

DOCLN
TRAP

CSDCLN

JSR

RS, cxmo

BEQ

18:

017014

2s:
016754

QBASE R
CSR, omom:
#140000, R4
DPRO(R1)

.{sa

RS ,RDELAY

BEQ

004145

.WORD
.WORD
"WORD

NORES
NRES

TRAP

DODU

002206

2
ocsar R2

CKLOOP

177777

BNE
MOV

ERRDF

NORES,NRES
Sism

CSCLP1

LUN

MOV

LUN,RO

MOV

#-1,DROPUN

TRAP

DOCLN
TRAP

: GET TITLE ADDRESS
: SEE 'F PNT FLAG IS SET
: CHECK THIS UNIT FOR BEING DROPPED
: BRANCH, IF NOT DROPPED
: THIS ONE IS DROPPED. FORGET IT.

MOV
MOV
MOV
ST
INC

002210

104444

THE ROM TEST VERIFIES THAT THE INTERNAL KXT11 CSRA,B & C REGISTERS

RESPOND
.

BGNTST

000002
003054
016412

020314
1970 020316
020316

I0P SELFTEST #1.

004721
017336
002206

104455

12
1969 020314

TEST 2: INVOKE ROM - RESIDENT TEST OF THE KXT11'S (SR REGS.

+
+

.SBTTL

C$DODU

CSDCLN

: SEE IF THE CURRENT IOP IS READY

;; R1 = I0OP BASE ADDRESS
: SEND COMMAND TO DPRO
;; R4 WILL BE USED AS A COUNTER
:: TEST THE IO0P'S DPRO REG.
-

;: BRANCH, IF THE TEST HAS COMPLETED

:; DELAY ABOUT 1 MS

: ERROR, IF R4 WRAPS TO 0
: ERROR, IF NO BRANCH
: SETUP FOR ERROR REPORTING
: FATAL ERROR. NO RESPONSE FROM TEST.

;; CHECK FOR LOOP ON TEST
;; DROP THIS IOP

: SET DROPPED UNIT FLAG.

;; ABORT THE DIAGNOSTIC FOR THIS UNIT

E 10

HARDWARE TESTS

MACRO M1200

26-JUL-83 08:14

SEQ 121

PAGE 118

TEST 2: INVOKE ROM = RESIDENT TEST OF THE KXT11'S CSR REGS.
1974
1975

}g;

: T0 HERE IF TEST COMPLETED, AND CHECK DPR2 FOR SUCCESS/FAILURE.

1979 020334 016102 000002

48:

1980 020340 100005
1981 020342
020342 104456
020344
020346

020350

1985 020360 ossrog 002244

"WORD

58:

mg 020364 00141

020374 016103

1988
020400 012702 004”01022
1989
020404
1990

020410
1991 020412

003112
016070

020414

104406

1992 020414

1994 020416

020416

104401

33
DPR2(R1) ,R2

BEQ

MOV

#CSRT,R2

8IT

MOV

TRAP

.WORD

"WORD
.WORD

68:
L10022:

CKLOOP
TRAP

: BR, IF NO COMMAND STATUS ERROR

: ERROR. BOOT CODE DIDN'T LIKE THE COMMAND

: EXIT TEST
: READ 10P DPR2

* CHECK FOR ERROR IN CSR TEST

pPRS(R1) ,R3

: READ DPR3 FOR EXTENDED INFO

CSR,DPR2(R1)
$ERHRD

ROMD
RTERR

Ccs$cCLP

ENDTST

TRAP

: READ BOOT COMMAND STATUS REGISTER

CSR.R2

ERRHRD & _,ROMD,RTERR

0204064 104456

020406

CMND
CMDERR

B8R
MOV

BIC

1987 020366 043761 002244 000004

DPR1(R1) ,R2

$
B8PL
ERRHRD 3, CMND, CMDERR
giemfi
TRAP
.WORD
"WORD

000003
003221
016570

}3&% 020352 000420
1984 02035¢ 016102 000004

MOV

CSETST

: BRANCH, IF SUCCESSFUL TEST

: CLEAR THE

ERROR BIT FOR THIS TIME.

* ERROR MESSAGE POINTER
: CSR TEST FAILED

: CHECK FOR LOOP ON TEST

F10

HARDWARE TESTS

MACRO M1200

26-JUL-83 08:14

SEQ 122

PAGE 119

LSBTTL
LA TR TR TR TR 1

o338 3333e S FER

TEST 2: INVOKE ROM = RESIDENT TEST OF THE KXT11°'S (SR REGS.

10P SELFTEST #2.
THE 16KW RAM IN THE I0P WILL BE TESTED.
BGNTST

18:

)

2s:
016754

012702

004151

: GET TITLE ADDRESS
: SEE IF PNT FLAG IS SET

BEQ

: BRANCH,

CSDCLN

JSR

RS,CKTPRO

IF NOT DROPPED

ABORT THE DIAGNOSTIC FOR THIS UNIT

; SEE IF THE CURRENT IOP IS READY

:: R1 = JOP BASE _ADDRESS
: SEND COMMAND TO DPRO

INC

;; ERROR, IF R4 WRAPS TO 0
:; ERROR, IF NO BRANCH

BEQ
.‘:sa

43
RS,RDELAY

BNE
MOV

$
SRAMT ,R2

TRAP

CSERDF

TRAP

DODU

002206

QBASE ,R1
RAM,DPRO (R1)
#140000, R4
DPRO(R1}S

.WORD

177777

: CHECK THIS UNIT FOR BEING DROPPED

MOV
MOV
MOV
ST

CKLOOP
002210

DROPUN

DOCLN
TRAP

MORD
"WORD

104406

104444

#ROMT2 ,R2
RS,PNTFLG

ERRDF

104455
00000 5
003054
016412

012737

MOV
JSR
ST

017014

(=]

004744
017336
002206

RESSRAR w=s

7 020420

020514
2028 020516
020516
2029 020520
020520
020524
2030 020526
2031 020534
020534

TEST 3: INVOKE ROM TEST OF THE IOP 16KW LOCAL RAM

MOV
TRAP
MOV

DOCLN
TRAP

5,NORES,NRES

§
NORES
NRES

CSCLP1

LUN

LUN,RO
CSDODU
#-1,DROPUN
CSDCLN

: R4 WILL BE USED AS A COUNTER

: TEST THE IOP'S DPRO REG.
: BRANCH, IF THE TEST HAS COMPLETED
: DELAY ABOUT 1 MS
;; SETUP FOR ERROR REPORTING

; FATAL ERROR. NO RESPONSE FROM TEST.

;; CHECK FOR LOOP ON TEST
: DROP THIS UNIT

: SET DROPPED UNIT FLAG.

:; ABORT THE DIAGNOSTIC FOR THIS UNIT

G 10

SEQ 123

HWARDWARE TESTS MACRO M1 200 26-JUL=-83 08:14 PAGE 120
TEST 3: INVOKE ROM TEST OF THE I0P 16KW LOCAL RAM

2033
20

: TO HERE IF TEST COMPLETED, AND CHECK DPR2 FOR SUCCESS/FAILURE.
A ¥

gPRl (R1) ,R2
$
D
, CMDERR
£ CMN

gienuno
CMND
CMDERR
6$

b1 B

000004
002246

016103
012702

020614
2050 020616
020616
020622
2051 020624
2052 020632
020632
2053
2054 020634
020634
2055

2056 020636
020636

020636

002246
000006
004151

,R3
DPRS(R1)

013700

002210

012737

177777

104406

104401

6%:

L10023:

BRANCH, IF SUCCESSFUL TEST
CLEAR THE ERROR BIT FOR THIS TIME.

ROMD
RTERR
LUN

DROP THIS UNIT °*CAUSE OF FATAL ERROR

CSDCLN

104444

READ I0P DPR2
CHECK FOR ERROR IN RAM TEST

#RAMT ,R2
7 ,ROMD ,RTERR

LUN,RO
C$DODU

002206

EXIT TEST

READ DPR3 FOR EXTENDED INFO
ERROR MESSAGE POINTER
RAM TEST FAILED

gieaor

104455
00000 7
003112
016070
104451

DPR2(R1) ,R2

RAM,R2
0%
RAM,DPR2 (R1)

: READ BOOT COMMAND STATUS REGISTER
: BR, IF NO COMMAND STATUS ERROR
; ERROR. BOOT CODE DIDN'T LIKE THE COMMAND

CSCLPY

CSETST

SET DROPPED UNIT FLAG

ABORT THE DIAGNOSTIC FOR THIS UNIT
CHECK FOR LOOP ON TEST

MACRO M1200

26-JUL-83 08:14

PAGE 121

-—

HARDWARE TESTS

TEST 3: INVOKE ROM TEST OF THE IOP 16KW LOCAL RAM

TEST &4: INVOKE THE BOOT/SELFTEST CnECKSUM TEST

*
*

LSBTTL

10P SELFTEST #3.
THE ROM TEST OF THE BOOT/SELFTEST ROM WILL BE INVOKED.
WILL BE TESTED HERE IF SO INDICATED BY THE OPERATOR.

THE USER ROM

#ROMT3 ,R2
RS ,PNTFLG

BEQ

TST

DOCLN

18:

017014

177777

000006

002250

000000

140000

000000

28:
38:

TRAP

CSDCLN

JSR
MOV
ST
BEQ
MOV
MOV
MOV
ST

RS, CKTPRO
QBASE ,R1
ROMTST
2s
#-1.DPR3(R1)
ROM,DPRO(R1)
#1460000, R4
DPRO(R1)

INC

016754

BEQ
.{sa

004170

BNE
MOV

ERRDF
TRAP

LWORD
.WORD
"WORD

CKLOOP
TRAP

2097 020762
2098 020770
020770

DODU

002210
177777

002206

DROPUN

5%
RS,RDELAY

{3
#ROMT ,R2

10,NORES ,NRES
CSERDF

10
NORES
NRES

CSCLP1

LUN

MOV
TRAP
MOV

LUN,RO
CSDODU
#-1,DROPUN

TRAP

CSDCLN

DOCLN

TRTR

MOV
JSR

004767
017336
002206

TRT

BGNTST

012702
004537

SEQ 124

GET TITLE ADDRESS
SEE IF PNT FLAG IS SET

CHECK THIS UNIT FOR BEING DROPPED
BRANCH, IF NOT DROPPED

ABORT THE DIAGNOSTIC FOR THIS UNIT

: SEE IF THE CURRENT I0P IS READY
: R1 = IOP BASE ADDRESS
* CHECK IF USER ROM IS TO BE TESTED
: BRANCH, IF NOT
: DPR 3 MUST BE NON=0 FOR USER ROM...
: ...T0 BE TESTED
: SEND COMMAND TO DPRO
: R4 WILL BE USED AS A COUNTER
: TEST THE IOP'S DPRO REG.
: BRANCH, IF THE TEST HAS COMPLETED
: DELAY ABOUT 1 MS
: ERROR, IF R4 WRAPS TO 0

* ERROR. IF NO BRANCH
: SETUP FOR ERROR REPORTING

* FATAL ERROR. NO RESPONSE FROM TEST.

: CHECK FOR LOOP ON TEST
: DROP THIS UNIT

; SET DROPPED UNIT FLAG.

* ABORT THE DIAGNOSTIC FOR THIS UNIT

HARDWARE TESTS MACRO M1200 26=JuL-83 08:14 PAGE
TEST &: INVOKE THE BOOT/SELFTEST CHECKSUM TEST

122

SEQ 125

4 SSeR2e 2
gngON o

—_—

e
B

EXv vttt

b b b e e cd e e

SRRESI

: TO HERE IF TEST COMPLETED, AND CMECK DPR2 FOR SUCCESS/FAILURE.
016102
100005

5$:

000002

ERRHRD

TRAP
.WORD
.WORD
.WORD
bR

10“52
00001
003221
016570
000427
016102
033702
001422
043761
016103
012702

6%:

000004
002250
002250
000006
004170

000004

177777

021070
021070
021072
021072
021072

104406

104401

DPR2(R1) ,R2
ROM,R2
7%
ROM,DPR2(R1)

: READ IOP DPR2
: CHECK FOR ERROR IN ROM TEST
: BRANCH, IF SUCCESSFUL TEST
: CLEAR THE ERROR BIT FOR THIS TIME.

TRAP
-WORD
.WORD
.WORD

#ROMT ,R2
12 ,ROMD ,RTERR
CSERDF
12

; ERROR MESSAGE POINTER
: ROM TEST FAILED

DOCLN

TRAP

104444
78:

L10024:

CMND
CMDERR

MOV
BIT
BEQ
BIC
MOV
MOV

MOV
TRAP
MOV

002206

fiEMD

; READ BOOT COMMAND STATUS REGISTER
; BR, IF NO COMMAND STATUS ERROR
; ERROR. BOOT CODE DIDN'T LIKE THE COMMAND

s EXIT TEST

DODU

002210

DPR1(Ri) ,R2
6s
11,CMND, CMDERR

ERRDF

104455
000014
003112
016070
013700
104451
012737

MOV
BPL

CKLOOP

TRAP

DPRS(R1) ,R3

ROMD
RTERR

DROP THIS UNIT

LUN

; FATAL ERROR.

#-1,DROPUN

: SET DROPPED UNIT FLAG

LUN,RO
C$DODY

CSDCLN

CSCLPT

ENDTST

TRAP

: READ DPR3 FOR EXTENDED INFO

CSETST

; ABORT THE DIAGNOSTIC FOR THIS UNIT
; CHECK FOR LOOP ON TEST

J 10

HARDWARE TESTS MACRO M1200 26-JUL-83 08:14 PAGE
TEST &4: INVOKE THE BOOT/SELFTEST CHECKSUM TEST

125

— e D md

D md —d D

- cnd b s - b
VIV
B BB SEES

VIS W= OV NOWVSW

123

*
*

TEST 5: 10P CPU INSTRUCTION TEST
I0P SELFTEST #4.

INVOKE THE IOP T11 INSTRUCION TEST.

BGNTST

21074

&l v
=0V~

—d ) D ) D ) - ) ) e - i b b
W
bW

NNP oo o

FUKZEIRNS

.SBTTL

SEQ 126

012702
004537

MOV

#ROMT4 ,R2

DROPUN

JSR

BEQ

DOCLN

1$:
000000

2s:
016754

012702
104455
000015
003054

016412
104406

012737
104444

177777

CSDCLN

JSR
MOV
MOV

RS, CKTPRO
QBASE ,R1
CPU,DPRO(R1)

MOV

#140000,Ré

BEQ
%sn

4
RS ,RDELAY

002206

DPRO(R1)

INC
BNE

R4
2

ERRDF
TRAP
MORD
.WORD
.WORD
CKLOOP
TRAP

13,NORES,NRES
CSERDF
13
NORES
NRES

#CPUT ,R2

CSCLP1

DODU

LUN

TRAP
MOV
DOCLN
TRAP

CSDODU
#-1,DROPUN

MOV

002210

TRAP

MOV

004643

RS,PNTFLG

LUN,RO

CSDCLN

GET TITLE ADDRESS
SEE IF PNT FLAG IS SET
CHECK THIS UNIT FOR BEING DROPPED
BRANCH, IF NOT DROPPED

ABORT THE DIAGNOSTIC FOR THIS UNIT
SEE IF THE CURRENT IOP IS READY

R1 = IOP BASE ADDRESS

SEND COMMAND TO DPRO

R4 WILL BE USED AS A COUNTER
TEST THE IOP'S DPRO REG.
BRANCH, IF THE TEST HAS COMPLETED
DELAY ABOUT 1 MS

ERROR, IF R4 WRAPS TO 0

ERROR, IF NO BRANCH
SETUP FOR ERROR REPORTING.
FATAL ERROR. NO RESPONSE FROM TEST.

CHECK FOR LOOP ON TEST
DROP THIS UNIT
SET DROPPED UNIT FLAG.

ABORT THE DIAGNOSTIC FOR THIS UNIT

K10

HARDWARE TESTS

MACRO M1200

26=JuL-83 08:14

TEST 5: 10P CPU INSTRUCTION TEST

SEQ 127

PAGE 124

: TO HERE IF TEST COMPLETED, AND CHECK DPR2 FOR SUCCESS/FAILURE.
016102
100005

D=R1(R1).R2
5

4(S:

000002

16.CHNB.CHDERR
CSERHR
14
CMND
CMDERR
6$

104456

000016
003221
016570
000427

016102

012702

002252
000006
004643

DPR2(R1) ,R2
CPU.R2
6$
CPU,DPR2(R1)

5$:

000004
002252

000004

DPRS(R1) ,R3

#C PUT ,R2

15 .ROMD ,RTERR
CSERDF
15

104455
0000 17

003112
016070
013700
104451
012737

.WORD
DODU
MOV
TRAP
MoV
DOCLN
TRAP

002210
177777

002206

OO0
oo

d b

WwWWw
WWW

104444
104406

104401

6%:

L10025:

CKLOOP
TRAP

ROMD
RTERR
LUN

LUN.RO

C$DODU
#-1,DROPUN

CSDCLN
CSCLPT

ENDTST
TRAP

CSETST

: READ BOOT COMMAND STATUS REGISTER
s BR, IF NO COMMAND STATUS ERROR
s ERROR.

BOOT CODE DIDN'T LIKE THE COMMAND

EXIT TEST

READ IOP DPR2
CHECK FOR ERROR IN CPU TEST
BRANCH, IF SUCCESSFUL TEST
CLEAR THE ERROR BIT FOR THIS TIME.
READ DPR3 FOR EXTENDED INFO
ERROR MESSAGE POINTER
CPU TEST FAILED

FATAL ERROR. DROP THIS UNIT

: SET DROPPED UNIT FLAG
: ABORT THE DIAGNOSTIC FOR THIS UNIT
CHECK FOR LOOP ON TEST

HARDWARE TESTS
TEST 5:

MACRO M1200

26-JuL-83 08:14

IOP CPU INSTRUCTION TEST

188
189
190
19

.SBTTL

PAGE 125

TEST 6: INVOKE THE LINE CLOCK INTERRUPT TEST

d pary

NN N

219

SEQ 128

1
Ao

D e

RBLRER

I0P SELFTEST #5.

—

THE LINE CLOCK (BEVNT) INTERRUPT TEST IS INVOKED IN THE IOP ROM

2199

2200 021314
220
2202 021314
320
220

2205 021330
2206 021332
021332
2207
2208 021334
2209 021340
-2210 021344

VO NOWV S

2212 021352
213 021356

2220 021402
021402
021404
021406
021410
2221 021412
021412
2222 021414
021414
021420
2223 021422
2224 021430
021430

BGNTST

012702
004

004537
013701
013761

012704
005761
001423
004537
000001
005204
001370
012702

1$:
002254

000000

28:

TRAP

CSDCLN

JSR
MOV
MoV

RS5,CKTPRO
QBASE ,R1

Mov

#140000,R4

INC

Ré4

016754

TST
BEQ
%SR

004174

BNE
MOV

ERRDF

013700

002210

012737

177777

002206

DROPUN
1$

BVNT,DPRO(R1)

DPRO(R1)
4%
R5,RDELAY

#BEVNT ,R2

16 ,NORES ,NRES

TRAP
.WORD
.WORD
.WORD

CSERDF
16
NORES
NRES

TRAP

CSCLP1

CKLOOP

104406

104444

#ROMTS ,R2
R5 ,PNTFLG

TST
BEQ
DOCLN

104455
000020
003054
016412

104451

MOV
JSR

GET TITLE ADDRESS
SEE IF PNT FLAG IS SET

: CHECK THIS UNIT FOR BEING DROPPED
; BRANCH, IF NOT DROPPED
: ABORT THE DIAGNOSTIC FOR THIS UNIT
; SEE IF THE CURRENT IOP IS READY
; R1 = IOP BASE ADDRESS
SEND COMMAND TO DPRO
R4 WILL BE USED AS A COUNTER

: TEST THE IOP'S DPRO REG.
: BRANCH, IF THE TEST HAS COMPLETED
: DELAY ABOUT 1 MS
: ERROR, IF R4 WRAPS TO 0

; ERROR, IF NO BRANCH
; SETUP FOR ERROR REPORTING.

: FATAL ERROR. NO RESPONSE FROM TEST.

; CHECK FOR LOOP ON TEST

DODU

LUN

: DROP THIS UNIT

MOV
DOCLN

#-1,DROPUN

: SET DROPPED UNIT FLAG.
: ABORT THE DIAGNOSTIC FOR THIS UNIT

MoV
TRAP

TRAP

LUN.RO
C$DODU

CSDCLN

HARDWARE TESTS
TEST 6:

MACRO M1200

26-JUL-83 08:14

INVOKE THE LINE CLOCK INTERRUPT TEST

PAGE 126

SEQ 129

: TO HERE IF TEST COMPLETED, AND CHECK DPR2 FOR SUCCESS/FAILURE.
22

2231 021432
2232 021436
2233 021440
021
02
2234 021450
2235
2236 021452
2237 021456
2238 021462
2239 021464
2240 021472
2261 021476
2242 021502
2243 021504
2244 021510
2245 021514
021514
021516
2246
2247 021520
2248 021524
021524

22
2250 021534
021534
1
225
2252 021536
021536
021536

016102
100005

H
A

000002

17,CMND, CMDERR

: ERROR.

)
CSERK
CMND
CMDERR

5%:

000004
002254
002254
000006
000001

000004

007411
016722

DPR2(R1) ,R2
BVNT ,R2
7$
BVNT .DPR2(R1)
DPR3(R1) .R3
#8I1T0,R3
6$
#T5E0,R2

: READ I0P DPR2
: CHECK FOR ERROR IN CLOCK TEST
; BRANCH, IF SUCCESSFUL TEST
: CLEAR THE ERROR BIT FOR THIS TIME.
: READ DPR3 FOR EXTENDED INFO
: CHECK FOR ENTIRE TEST SKIPPED
: BR, IF TEST WASN'T SKIPPED
: SETUP MESSAGE ADDRESS FOR PRINTOUT

#BEVNT ,R2
20,ROMD ,RTERR

6%:

CSERHRD

104401

: PRINT THIS TEST SKIPPED
: EXIT THIS TEST

: ERROR MESSAGE POINTER
: CLOCK TEST FAILED

ROMD
RTERR

016070
104406

BOOT CODE DIDN'T LIKE THE COMMAND

: EXIT TEST

CSEXIT
L10026~.

004174

: BR, IF NO COMMAND STATUS ERROR

RS,SKIPED
1ST

104432
000020

012702

: READ BOOT COMMAND STATUS REGISTER

1046456
000021
003221
016570
000431

016102
033702

DPR1(R1) ,R2

73:

L10026:

CKLOOP
TRAP

cscLP?

ENDTST
TRAP

CSETST

: CHECK FOR LOOP ON TEST

HARDWARE TESTS MACRO M1200 26=JUL-83 08:14
TEST 6: INVOKE THE LINE CLOCK INTERRUPT TEST

PAGE 127

TEST 7: INVOKE SERIAL PORT #1 TEST

+
+

.SBTTL

SEQ 130

10P SELFTEST #6.

INVOKE THE ROM TEST OF THE CONSOLE SERIAL PORT DC319 (SLUD).
2264

2265 021540
2266
2267 021540
2268 021544
2269 021550
2270 021554
2271 021556
021556
2272
2273 021560
2274 021564
2275 021570
2276 021572
2277 021576
2278
2279 021604
2280 021610
2281 021614
2282 021616

BGNTST

012702
004537
005737
001401

004537
005737
001500
013701
013761

017014
002222

012704
005761
001423

140000

2290 021654
2291 021662
021662

002216
002256

1$:

000000

28:

000000
016754

TRAP

CSDCLN

JSR
TST
BEQ
MOV
MoV

R5,CKTPRO
LooPB1
7$
QBASE ,R1
SLU1,DPRO(RT)

MoV

#140000,R4

%SR

R5,RDELAY

012737

177777

R4 WILL BE USED AS A COUNTER

: ERROR, IF R4 WRAPS TO 0

TRAP

CSERDF
21
NORES

DODU

002206

SEE IF THE CURRENT IOP IS READY
CHECK FOR LOOPBACK CONNECTOR INSTALLED
BRANCH, IF NO CONNECTOR INSTALLED
R1 = 10P BASE ADDRESS
SEND COMMAND TO DPRO

Ré4

TRAP

013700

:
:
;
:
:

INC

.WORD

104406

: CHECK THIS UNIT FOR BEING DROPPED
; BRANCH, IF NOT DROPPED
: ABORT THE DIAGNOSTIC FOR THIS UNIT

DPRO(R1)
48

TST
BEQ

CKLOOP
002210

DROPUN
1%

GET TITLE ADDRESS
SEE IF PNT FLAG IS SET

s TEST THE 1OP'S DPRO REG
; BRANCH, IF THE TEST HAS COMPLETED

WORD
.WORD

016412

104444

#ROMT6,R2
R5,PNTFLG

2%
BNE
MoV
#SLUTT R2
ERRDF 21,NORES ,NRES

004202

104451

Mov
JSR

TST
BEQ
DOCLN

104444

2283 021622
2284 021624
2285 021626
2286 021630
2287 021634
021634
02
2288 021644
021644
2289 021646
021646
021652

005117
017336
002206

Mov
TRAP
MoV

DOCLN
TRAP

NRES

C3CLPT

LUN

LUN,RO
C$DODU
#-1,DROPUN
CSDCLN

: DELAY ABOUT 1 MS

: ERROR, IF NO BRANCH
: SETUP FOR ERROR REPORTING.
; FATAL ERROR. NO RESPONSE FROM TEST.

; CHECK FOR LOOP ON TEST
; DROP THIS UNIT
: SET DROPPED UNIT FLAG.

; ABORT THE DIAGNOSTIC FOR THIS UNIT

HARDWARE TESTS MACRO
H‘IZOO 26°Jl1°83 08:14
#1 TEST
TEST 7: INVOKE SERIAL PORT

SEQ 13

PAGE 128

: TO HERE IF TEST COMPLETED, AND CHECK DPR2 FOR SUCCESS/FAILURE.
0161 0;

A H

000004
002256

OCIO000O0
NNV

21710

b o
b
d

s EXIT TEST

SLU1,DPR2(R1)

#T5E0,R2

000001

RS, SKiPED

#8ITO,R3
R3

6$:

78
#SLUTT,R2
23,ROMD ,RTERR

004202

CSERHRD

CMND
CMDERR
78

DPR3(R1) ,R3
#81T0,R3"

007411
016722

N NN

: READ BOOT COMMAND STATUS REGISTER
: BR, IF NO COMMAND STATUS ERROR
; ERROR. BOOT CODE DIDN'T LIKE THE COMMAND

DPR2(R1) ,R2
SLU1,R2
7$

58:

002256
000006
000001

2318
2319 021772
021772
2320
2321 021774
021774
021774

DPR1(R1) ,R2
5$
22,CMND , CMDERR
CSERHRD

104456
000026
003221
016570
000433

o OO0O000

b
b
—
e

NOWVSWN=O

W WWWWWW

NN NN
NN

S
SRERIRES

10000

000002

READ IOP DPR2
CHECK FOR ERROR IN SLU1 TEST
BRANCH, IF SUCCESSFUL TEST

CLEAR THE ERROR BIT FOR THIS TIME.
READ DPR3 FOR EXTENDED INFO
CHECK IF INTERRUPTS WERE TESTED
IF _INTERRUPTS WERE TESTED

SEflP MESSAGE ADDRESS FOR PRINTOUT

PRINT A PORTION OF SELFTEST NOT RUN

: CLEAR BIT O FOR NEXT TEST
: SEE IF ANY LEGITIMATE ERRORS
: BRANCH, IF NO ERRORS
: ERROR MESSAGE POINTER

s SLUT TEST FAILED

ROMD
RTERR

7%:

104401

‘L10027:

CKLOOP
TRAP

CSCLPT

ENDTST
TRAP

CSETST

; CHECK FOR LOOP ON TEST

HARDWARE TESTS

MACRO M1200

26-JUL°83 08:14

T
TEST 7: INVOKE SERIAL PORT #1

PAGE 129

TEST 8: INVOKE ROM TEST OF SERIAL PORT #2 (CHANNEL A) = NEC7201

ks
+

.SBTTL

SEQ 132

10P SELFTEST #7.

INVOKE THE NEC7201 (SERIAL PORT #2), CHANNEL A SELFTEST
BGNTST
#ROMT7A
R2
R5,.PNTFLG

005151
017336
002206

CSDCLN

017014
002224

1$:

o
-

RS,CKTPRO
LOOPB2
8s

QBASE .R1

#1,DPR3(R1)
SLU2,DPRO(R1)

000006
000000
2%:

#140000,Ré

DPRO(R1}S

016754

31
R5.RDELAY

004235

Ré4
2%
#SLU2A ,R2

24 ,NORES ,NRES

CSERDF

W
QO8N

VilNw
ONR
SO
NO

N
W

=2\
- NN
NUWNHIOWSNN

283 8222222 2

2
2334 021776
2335
2336 021776
2337 022002
2338 022006
2339 022012
2340 022014
022014
2341
2342 022016
2343 022022
2344 022026
2345
2346 022030
2347 022034
2348 022042
2349
2350 022050
2351 022054
060
2

GET TITLE ADDRESS
SEE IF PNT FLAG IS SET
CHECK THIS UNIT FOR BEING DROPPED
BRANCH, IF NOT DROPPED

ABORT THE DIAGNOSTIC FOR THIS UNIT

; SEE IF THE CURRENT IOP IS READY

: CHECK IF LOOPBACK CONNECTOR INSTALLED
: BRANCH, IF NO CONNECTOR INSTALLED
R1 = IOP BASE ADDRESS

; SET TEST FLAG _FOR CHANNEL A
SEND COMMAND T0 DPRO
R4 WILL BE USED AS A COUNTER
TEST THE IOP'S DPRO REG.
BRANCH, IF THE TEST HAS COMPLETED

DELAY ABOUT 1 MS

ERROR, IF R4 WRAPS TO 0

ERROR, IF NO BRANCH
SETUP FOR ERROR REPORTING.
FATAL ERROR. NO RESPONSE FROM TEST.

NORES
NRES

016412

CSCLP1

LUN

002210
177777

002206

LUN,RO
C$DODU

#-1,DROPUN

CSDCLN

CHECK FOR LOOP ON TEST
DROP THIS UNIT

; SET DROPPED UNIT FLAG.
; ABORT THE DIAGNOSTIC FOR THIS UNIT

SEQ 133

HARDWARE TESTS MACRO M1200 26-JuL-83 0 :16 PAGE 130
# (CHANNEL A) = NEC720
TEST 8: INVOKE ROM TEST OF SERIAL PORT

TO HERE IF TEST COMPLETED, AND CHECK DPR2 FOR SUCCESS/FAILURE.
000002

4$:

MoV
8P

ERRHRD

g:n1(a1>,a2

, CMD
25, CMND

CSERHRD

READ BOOT COMMAND STATUS REGISTER
BR, IF NO COMMAND STATUS ERROR

ERROR.

BOOT CODE DIDN'T LIKE THE COMMAND

CMND
CMDERR

000004

002260

002260
000006
002232

2379 022174
2380 022200
2381 022202
2382

2387 0222264
2224
022226
2388
2389 022230
2390 022234
2391 022236
2392 022242
022242
022244
022246
022250
2393
2394 022252
022252
2395
2396 022254
022254
022254

58:

6$:

EXIT

104401

READ IOP DPR2

CHECK FOR ERROR IN SLU2 TEST
BRANCH, IF SUCCESSFUL TEST
CLEAR THE ERROR BIT FOR THIS TIME.

SLZDHA

CHECK SLU2 SETUP FOR DMA OPERATION
BRANCH, IF DMA JUMPER IS IN

7%:

004235

RS SKIPED

BIT
BEQ

#7777 ,R3
8s
#SLU2A,R2
26 ROH%.RTERR

ERRHRD
TRAP
.WORD
.WORD
.WORD

L10030:

78
#T7€0,R2

CSEXIT
L10030-.

Mov

8%:

#BI1TO,R3

TRAP

.WORD

104456
000032
003112
016070
104406

BIT
BEQ

MOV
JSR

104432
000026
007777

,R2
DPR2(R1)
SLU2,R2
54
SLU2,DPR2(R L)

csoo.ns

010337
016722

032703
001406
012702

EXIT TEST

DPR3(R1) ,R3

000300
000001

CKLOOP
TRAP

CSERHR

JUMPER IS OUT.

FORCE ERRORS 6.7 CLEAR.

CHECK FOR ENTIRE TEST SKIPPED
BR, IF TEST WASN'T SKIPPED
SETUP MESSAGE ADDRESS FOR PRINTOUT
PRINT THIS TEST SKIPPED
EXIT THiS TEST

CHECK FOR LEGITIMATE ERRORS
BRANCH IF NO LEGITIMATE ERRORS
ERROR MESSAGE POINTER
SLU2 CHANNEL A FAILED

ROMD
RTERR

CSCLP1

ENDTST
TRAP

READ DPR3 FOR EXTENDED INFO

CSETST

CHECK FOR LOOP ON TEST

SEQ 134

HARDWARE TESTS MACRO M1200 26~JuL-83 08:14 PAGE 131
TEST 8: INVOKE ROM TEST OF SERIAL PORT #2 (CHANNEL A) = NEC720

TEST 9: INVOKE ROM TEST OF SERIAL PORT #2 (CHANNEL B) - NEC7201

+
*

.SBTTL

10P SELFTEST #7.

INVOKE THE NEC7201 (SERIAL PORT #2), CHANNEL B SELFTEST
oh
2409 022256
2610
2611 022256

2414 022272
2415 022274
022274
2616
2617 022276
2418 022302
2419 022306
2620
2421 022310
2422 022314
2423 022322
2424
2425 022330
2426 022334

BGNTST

#ROMT78,R2
RS ,PNTFLG

CSDCLN

017014
002226
002216
000002
002260

1$:

SLU2,DPRO(RT)

ERROR, IF NO BRANCH

LUN

002206

SET TEST FLAG FOR CHANNEL B
SEND COMMAND TO DPRO

R&4
$

“%

CSCLPT

177777

; R1 = 10P BASE ADDRESS

R5.,RDELAY

DPRO(R1)

NORES
NRES

002210

SEE IF THE CURRENT IOP IS READY
CHECK IF LOOPBACK CONNECTOR INSTALLED
BRANCH, IF NO CONNECTOR INSTALLED

R4 WILL BE USED AS A COUNTER
TEST THE 10P'S DPRO REG.
BRANCH, IF THE TEST HAS COMPLETED
DELAY ABOUT 1 MS

#140000, R4

#SLU2B,R2
27 ,NORES ,NRES
S;ERDF

004273

022.66
2434 022370
022370
2435 022372
022372
022376
2436 022400
2437 022406
022406

QBASE ,R1

2s:

016754

LOOPB3

#2 ,DPR3(R1)

000006
000000

140000
000000

R5,CKTPRO

GET TITLE ADDRESS
SEE IF PNT FLAG IS SET
CHECK THIS UNIT FOR BEING DROPPED
BRANCH, IF NOT DROPPED
ABORT THE DIAGNOSTIC FOR THIS UNIT

LUN,RO
C$DODU

#-1,DROPUN

CSDCLN

ERROR, IF R4 WRAPS TO 0
SFTUP FOR ERROR REPORTING.
FATAL ERROR. NO RESPONSE FROM TEST.

CHECK FOR LOOP ON TEST
DROP THIS UNIT

; SET DROPPED UNIT FLAG.
ABORT THE DIAGNOSTIC FOR THIS UNIT

F1N

SEQ 135

HARDWARE TESTS MACRO M1200 26-JuL-83 08:14 PAGE 132
TEST 9: INVOKE ROM TEST OF SERIAL PORT #2 (CHANNEL B) = NEC720
439
440

%221%
244
2444 022410 016102 000002
2645 022414 100005
2446 022416
022416

022420
022422
022424

104456

: TO HERE IF TEST COMPLETED, AND CHECK DPR2 FOR SUCCESS/FAILURE.
5
: READ BOOT COMMAND STATUS REGISTER
DPR1(R1) ,R2
MOV
4($:
: BR, IF NO COMMAND STATUS ERROR
5$
BPL
: ERROR. BOOT CODE DIDN'T LIKE THE COMMAND
ERRHRD 30,CMND,CMDERR
TRAP

.WORD
.WORD
.WORD

000036
003221
016570

2449 022430 016102 000004
2450 022434 033702 002260
2651 022440 001424

5%:

; EXIT TEST

MOV
BIT
BEG

DPR2(R1) ,R2
SLUZ2.R2
It

: READ I0P DPR2
; CHECK FOR ERROR IN SLUZ2 TEST
; BRANCH, IF SUCCESSFUL TEST

MOV

DPR3(R1) ,R3

: READ DPR3 FOR EXTENDED INFO

#T7E0,R2

s SEflP MESSAGE ADDRESS FOR PRINTOUT

BIC

2452 022442 043761 002260 000004
2453 022450 016103 000006
24564 022454 032703 000001
2455 022460 001406

#8I1T0,R3
68

JSR

RS,SKIPED

MOV

2458 022472

EXIT

259

22472

22474

460 022476 012702
461 022502
022502 104456

022504
022506
262 022510

2463 022512

264 022512
2465 022514
022514
022514

TRAP

104432

000020

004273

68:

104406
104401

7%:
L10031:

CSEXIT

WORD

L10031-.

MOV
ERRHRD
TRAP

#SLUZB,R2
31,ROMD,RTERR
CSERHRD

WORD
.WORD
.WORD

000037
003112
016070

SLU2.DPR2(R1)

BIT
BEQ

2456 022462 012702 010337
2457 022466 004537 016722

CMND
CMDERR

%22; 022426 000431

CSERHRD

CKLOOP
TRAP

: CHECK FOR ENTIRE TEST SKIPPED
; BR, IF TEST WASN'T SKIPPED
: PRINT THIS TEST SKIPPED

: EXIT THIS TEST

: ERROR MESSAGE POINTER
: SLU2 CHANNEL B FAILED

31
ROMD
RTERR

cscLP?

ENDTST

TRAP

2 CLEAR fl-! ERROR BIT FOR THIS TIME.

CSETST

: CHECK FOR LOOP ON TEST

| HARDWARE TESTS

MACRO M1200 26-JuL-83 08:14
TEST 9: INVOKE ROM TEST OF SERIAL PORT #2 (C

.SBTTL

SEQ 136

PAGE 133
L B) = NEC720

TEST 10: INVOKE TEST OF THE PARALLEL 1/0 PORT, 28036

10P SELFTEST #10.

INVOKE THE ROM TEST OF THE 28036 (PARALLEL 1/0).

2478 022516
2479
2480 022516
2481 022522
2482 022526
2483 022532
2484 022534
022534
2485
2486 022536
2487 022542
2488 022546
2489
2490 022550
%49} 022554

2493 022562
2494 022566
2495 022572
2496 022574
2497 022600
2498 022602
2499 022604
2500 022606
2501 022612
022612
022614
022616
022620
2502 022622
022622
2503 022624
022624
022630
2504 022632
2505 022640
022640

BGNTST

012702
004537
005737
001401

005267
017336
002206

#ROMT10,R2
RS.PNTFLG

: GET TITLE ADDRESS
: SEE IF PNT FLAG IS SET

BEQ

: BRANCH, IF NOT DROPPED

DROPUN

DOCLN
TRAP

CSDCLN

JSR

RS,CKTPRO

BEQ

: CHECK THIS UNIT FOR BEING DROPPED
: ABORT THE DIAGNOSTIC FOR THIS UNIT

LOOPB4

; SEE IF THE CURRENT IOP IS READY
: CHECK LOOPBACK CONNECTOR INSTALLED
: BRANCH IF NO CONNECTOR INSTALLED

MOV
MOV
MOV

QBASE ,R1
PLLIO.DPRO(RT)

: R1= JOP BASE ADDRESS
: SEND COMMAND TO DPRO

#140000, R4

: R4 WILL BE USED AS A COUNTER

016754

BEQ
%sn

43
ns.nosuv

INC

004331

BNE
MOV

$
#PLLP,R2

TRAP

CSERDF

.WORD
.WORD

NORES
NRES

017014
002230
013701
013761

MOV
JSR

1$:

002216
002262
140000
000000

2$:

ERRDF

LWORD

CXLOOP
TRAP

DODU

002210
177777

002206

MOV
TRAP
MOV

DOCLN
TRAP

DPRO(R1)

32,NORES,NRES

: TEST THE IOP'S DPRO REG.
: BRANCH, IF THE TEST HAS COMPLETED
: DELAY ABOUT 1 MS
s ERROR, IF R4 WRAPS TO 0
: ERROR, IF NO BRANCH

: SETUP FOR ERROR REPORTING.

: FATAL ERROR. NO RESPONSE FROM TEST.

CSCLP1

LUN

LUN,RO

CSDODU

#-1,DROPUN
CSDCIN

: CHECK FOR LOOP ON TEST
: DROP THIS UNIT

: SET DROPPED UNIT FLAG.
: ABORT THE DIAGNOSTIC FOR THIS UNIT

HARDWARE TESTS

MACRO M1200

26-JuL~83 08:14

SEQ 137

PAGE 134

TEST 10: INVOKE TEST OF THE PARALLEL 1/0 PORT, 28036

308

: 70 MERE IF TEST COMPLETED, AND CHECK DPR2 FOR SUCCESS/FAILURE.

%g?g

2511

2512 022642 016102 000002
2513 022646 100005
2514 022650
022650 104456
022652

000041

gg}z 022660
2517 022662
518 022666
2519 022672
2520 022674
2521 022702
§22 022706
2523 022712
2524 022714

000431
016102
033702
001424
043761
016103
032703
001406
olzro;

022654
022656

022726

000004

002262

2529 022734

022734
022736
022740
e 022742

2531 022744

s 022744
2533 022746
022746
022746

58:

002262 000004
000006
000001
011477

68:

104456
000042
003112
016070

104401

.WORD
.WORD

CMND
CMDERR

B8R
MOV
BIT
BEQ
BIC
MOV
BIT
BEQ
MOV

TRAP

104432

000020

104406

DPR1(R1) ,R2
5
33,CMND, CMDERR
gsenuno

JSR
EXIT

016722

2528 022730 012702 004331

MOV
8PL
ERRHRD
TRAP
LWORD

003221
016570

2525 022720 004537
2526 022724

- 022726

4s:

78:
L10032:

7$
DPR2(R1) ,R2
PLLIO,R2
78
PLLIO,DPR2(R1)
DPR3(R1) ,R3
#81T0,R3
6$
#T10E0,R2
RS, SKIPED
TST
CSEXIT

L10032-.

MOV

#PLLP,R2

TRAP
WORD
.WORD
.WORD

CSERHRD
34
ROMD
RTERR

CKLOOP
TRAP

34 ,ROMD,RTERR

CSCLP1

ENDTST

TRAP

: ERROR.

BOOT CODE DIDN'T LIKE THE COMMAND

.WORD

ERRHRD

: READ BOOT COMMAND STATUS REGISTER
: BR, IF NO COMMAND STATUS ERROR

CSETST

: EXIT TEST
: READ IOP DPR2
: CHECK FOR ERROR IN PARALLEL 1/0 TEST
: BRANCH, IF SUCCESSFUL TEST
: CLEAR THE ERROR BIT FOR THIS TIME.
: READ DPR3 FOR EXTENDED INFO
: CHECK FOR ENTIRE TEST SKIPPED
: BR, IF TEST WASN'T SKIPPED
: SETUP MESSAGE ADDRESS FOR PRINTOUT
: PRINT THIS TEST SKIPPED
: EXIT THIS TEST

: ERROR MESSAGE POINTER

: PARALLEL 170 TEST FAILED

: CHECK FOR LOOP ON TEST

2535

LSBTTL

538

TEST 11: INVOKE THE DMA CONTROLLER TEST OF THE AMZ8016 (LOCAL SIDE)

see

2539

;

%ssz

: THE ROM TEST OF THE IOP'S AMZBC16 DMA CONTROLLER CHIP IS INVOKED.

I0P SELFTEST #1,

gzzg

: DMA TRANSFERS WILL BE DONE ON THE LOCAL SIDE ONLY.

%gzg

BGNTST

g;“o; 022750

2549 022750
2550 022754
2551 022760
2552 022764
2553 022766

012792 005346
004537 017336
005737 002206
001401

2554 022766

104444

2555 022770
2556 022774

004537
013701

2557 023000 905061
%ggg 023004 013761

1$:

017014
002216

2565 023032

2566 023034
2567 023036
2568 023042

023042
023044
023046

005204

001370
012702

023052

104406

023054
023060

013700
104451

023070

104444

2570 023054

2571 023062 012737
2572 023070

TRAP

CSDCLN

JSR
MOV

RS,CKTPRO
QBASE ,R1

s SEE IF THE CURRENT IOP IS READY
: R1 = JOP BASE ADDRESS

MOV
TST
BEQ
JSR

#140000,R4
DPRO(R1)
4%
R5,RDELAY

s R4 WILL BE USED AS A COUNTER
: TEST THE IOP'S DPRO REG.
: BRANCH, IF THE TEST HAS COMPLETED
s DELAY ABOUT 1 MS

INC

Ré

TRAP
MWORD
.WORD

CSERDF
35
NORES

: ERROR, IF R4 WRAPS T0 0
: ERROR, IF NO BRANCH
s SETUP FOR ERROR REPORTING.
: FATAL ERROR. NO RESPONSE FROM TEST.

004353

.WORD

CKLOOP
TRAP

002210

177777

DPR3(R1)
DMA,DPRO(RT)

2%
BNE
#DMAL ,R2
MOV
ERRDF 35,NORES ,NRES

104455
000043
003054

016412

#ROM11A ,R2
RS ,PNTFLG
DROPUN
18

000001

023050

2569 023052

2s:

002206

s GET TITLE ADDRESS
; SEE IF PNT FLAG IS SET
: CHECK THIS UNIT FOR BEING DROPPED
; BRANCH, IF NOT DROPPED
: ABORT THE DIAGNOSTIC FOR THIS UNIT

MOV
JSR
TST
BEQ
DOCLN

CLR
MOV

000006
002264 000000

2560 023012 012704 140000
2561 023016 005761 000000
2562 023022 001423
2563 023024 004537 016754
2564 023030

NEXT TEST DOES LSI-11.

NRES

CSCLP

; CLEAR TPR3 SO ONLY LOCAL DMA'S DONE.
: SEND COMMAND TO DPRO

; CHECK FOR LOOP ON TEST

DODU

LUN

; DROP THIS UNIT

MOV
DOCLN

#-1,DROPUN

; SET DROPPED UNIT FLAG.
: ABORT THE DIAGNOSTIC FOR THIS UNIT

MOV
TRAP

TRAP

LUN.RO
C$DODU

CSDCLN

7.
5

HARDWARE TESTS MACRO M1200 26~JuL~83 08:14 PAGE 135
TEST 10: INVOKE TEST OF THE PARALLEL 1/0 PORT, 28036

%ggg

SEQ 138

SEQ 139

1136
HARDWARE TESTS MACRO M1200 26=JUL-83 08:14 PAGE
(LOCAL
AMZ8016
TEST 11: INVOKE THE DMA CONTROLLER TEST OF THE

s
837
g;

2578
2579 023072 016102 000002
2580 023076 100005
2581 023100
023100
023102
023106
023106

: TO HERE IF TEST COMPLETED, AND CHECK DPR2 FOR SUCCESS/FAILURE.

‘
4($:

TRAP
.MORD
.WORD
.WORD

104456
000044
003221
016570

533 023110 000436

2584 023112 016102 000004
2585 023116 033702 002264
2586 023122 001431

5%:

2587 023124 043761 002264 000004

023132 016103 000006
2588
2589 023136 032703 000001
2590 023142
2591 023144
2592 023150
2593 023154

001406
013702 012161
004537 016722
042703 000001

ggglso 023160 042703 000002

2596 023164 032703 007777
2597 023170 001406

6%:
78:

2598 023172 012702 004353
2599 023176

023176
023200

023202
2600 023204

2601 023206

- 023206

2603 023210
023210

023210

104401

CMDERR

: EXIT TEST

MOV
BIT
BEQ

BIC

MOV
BIT

DPR2(R1) ,R2
DMA,R2
€%

DMA,DPR2(R1)

: READ I0P DPR2
: CHECK FOR ERROR IN DMA TEST
: BRANCH, IF SUCCESSFUL TEST

BEQ
MOV
JSR
BIC

BIC

6%
T11€E0,R2
RS, SKIPED
lBl TO.R3

#BIT1,RS

: BR, IF INTERRUPTS iERE TESTED
3 SETlP MESSAGE ADDRESS
: PRINT A PORTION OF SELFTEST NOT RUN
: CLEAR IT SO NEXT TEST NOT CONFUSED

BIT
BEQ

#7777.R3
8%

: SEE IF ANY LEGITIMATE ERRORS EXIST
: BRANCH, IF NO ERRORS

37 ,ROMD,RTERP

: DMA TEST FAILED

8$%:
L10033:

oan(n1> R3
#BIT0, RS

MOV

#DMAL .R2

TRAP
WORD

CS$ERHRD
37

.WORD
.WORD

003112
016070

CSERHRD
36
CMND

: READ BOOT COMMAND STATUS REGISTER
: BR, IF NO COMMAND STATUS ERROR
: ERROR. BOOT CODE DIDN'T LIKE THE COMMAND

B8R

ERRHRD

104456
000045

104406

DPR1(R1) ,R2
MOV
5%
BPL
MDERR
36,CMND,C
ERRHRD

CKLOOP
TRAP

: THE BIT 1 ERROR DOESN'T APPLY HERE
2 ERROR FESSAGE POINTER

ROMD
RTERR

CSCLP1

ENDTST

TRAP

BIT FOR THIS TIME.

ERROR
FOR EXTENDED INFO
DPR3
*: READ
CHECK IF INTERRUPTS WERE TESTED

s CLEM f

CSETST

: CHECK FOR LOOP ON TEST

(7.
% -]

JIn

HARDWARE TESTS MACRO M1200 26-JuL-83 08:14 PAGE 137
TEST 11: INVOKE THE DMA CONTROLLER TEST OF THE AMZ8016 (LOCAL
2605

SEQ 140

TEST 12: INVOKE THE DMA CONTROLLER TEST OF THE AMZ8016 (LSI-11 SIDE)

2607

JSBTTL

2609

%g}%

5212
%g}g

: TESTS OF DMA TRANSFERS TO AND FROM THE LSI=11 BUS ARE DONE.

2610

I0P SELFTEST #11.

: THE ROM TEST OF THE IOP'S AMZ8016 DMA CONTROLLER CHIP IS INVOKED.
BGNTST

%g}g 023212

2620 023212
2621 023216
2622 023222
2623 023226
2624 023230
2625 02

012702 005416
004537 017336
005737 002206
001401
104444

2626 023232 004537
2627 023236 013701

017014
002216

2631 023256 012704

140000

1$:

2632 023262 005761 000000
2633 023266 001423
2634 023270 004537 016754
2635 023274

000001

2636 023276 005204
2637 023300 001370
2638 023302 012702
2639 023306
023306
023310
023312
023314

2640 023316

104455
000050
003054
016412

023316

104406

023320
023324

013700
104451

2641 023320

2642 023326
2643 023334
023334

004413

012737
104444

002210

177777 002206

#ROM11B,R2
RS.PNTFLG
DROPUN
18

TRAP

CSDCLN

JSR
MOV

RS.CKTPRO
QBASE ,R1

: SEE IF THE CURRENT IOP IS READY
: R1= 10P BASE ADDRESS

MOV

#140000,R4

: R4 WILL BE USED AS A COUNTER

MOV
MOV

2628 023242 013761 002242 000006
%ggg 023250 013761 002264 000000
2%:

: GET TITLE ADDRESS
: SEE IF PNT FLAG IS SET
: CHECK THIS UNIT FOR BEING DROPPED
: BRANCH, IF NOT DROPPED
: ABORT THE DIAGNOSTIC FOR THIS UNIT

MOV
JSR
TST
BEQ
DOCLN

TST
BEQ
JSR
1

HIMEM,DPR!(R1)
DMA,DPRO(R1)
DPRO(R1)
4
RS.RDELAY

INC
BNE
v

I SEND BASE OF HI 6KU PAGE (PAR FORMAT)
: SEND COMMAND TO DPRO
: TEST THE IOP'S DPROREG.

: BRANCH, IF THE TEST HAS COMPLETED

s DELAY ABOUT 1 MS

R&
2%
#DMAT ,R2
ERRDF 40,NORES ,NRES

: ERROR, IF R& WRAPS TO 0
: ERROR, IF NO BRANCH
; SETUP FOR ERROR REPORTING.

CKLOOP

: CHECK FOR LOOP ON TEST

TRAP
.WORD
.WORD
.WORD

CSERDF
40
NORES
NRES

TRAP

CSCLP1

; FATAL ERROR. NO RESPONSE FROM TEST.

DODU

LUN

: DROP THIS UNIT

MOV
DOCLN

#-1,DROPUN

: SET DROPPED UNIT FLAG.
: ABORT THE DIAGNOSTIC FOR THIS UNIT

MOV
TRAP

TRAP

LUN,RO
C$DODU

CSDCLN

HARDWARE TESTS MACRO M1200 26~JUL-83 08:14 PAGE138
TEST 12: INVOKE THE DMA CONTROLLER TEST OF THE AMZ8016 (LSI-11

SEQ 141

: T0 HERE IF TEST COMPLETED, AND CHECK DPR2 FOR SUCCESS/FAILURE.

2224‘;

‘

2649

48:

2650 023336 016102 000002
2651 023342 100005
2652 023344

023344
023346
023350
023352

104456
000051
003221
016570

2656 023362 033702 002264
2657 023366 001440
2658 023370 043761 002264

016103
032703
001406
013702
004537
042703
032703
001406
012702
004537
042703

000006
000001
012161
016722
000001
000002
012260
016722
000002

2672 023446 032703

007777

001406

5$:
000004

68:

78:

2677 023470

or 023470

2679 023472
023472
023472

104401

MOV

DPR2(R1) ,R2

MOV
BIT
BEQ
MOV
JSR
BIC
BIT
BEQ
MOV
JSR
BIC

DPR3(R1) ,R3
#BIT0,R3’
6%
T11E0,R2

#B8IT0,R3
#8IT1,R3
7
#T11E1,R2
RS, SKIPED
#BIT1.R3

BIT

#7777 .R3

BIT
BEQ
BIC

BEQ

"WORD

016070

104406

CSERHRD
41
CMND
CMDERR

8s:
L10034:

CKLOOP
TRAP

* ERROR.

BOOT CODE DIDN'T LIKE THE COMMAND

: EXIT TEST

DMA,R2
2%
DMA,DPR2 (R1)

* CHECK FOR ERROR IN DMA TEST
: BRANCH, IF SUCCESSFUL TEST
* CLEAR THE ERROR BIT FOR THIS TIME.

RS, SKIPED

: PRINT A PORTION OF SELFTEST NOT RUN

RTERR

CSCLP1

ENDTST

TRAP

: READ BOOT COMMAND STATUS REGISTER
: BR, IF NO COMMAND STATUS ERROR

T.R2
MOV
ERRHRD 42 nono RTERR
éu
TRAP
.WORD
-WORD aono

2674 023456 012702 004413
2675 023460
023460 104456
023462 000052
023464 003112

i 023466

TRAP
MORD
.WORD
.WORD

2655 023356 016102 000004

2673 023452

DPR1(R1) ,R2
13

ERRHRD 41, CMND, CMDERR

ggss 023354 000445

2659 023376
2660 023402
2661 023406
2662 023410
2663 023414
gggg 023420
2666 023424
2667 023430
2668 023432
2669 023436
5670 023442

MOV
B8PL

CSETST

: READ IOP DPR2

: READ DPR3 FOR EXTENDED INFO
: CHECK IF INTERRUPTS WERE TESTED
* BR, IF INTERRUPTS WERE TESTED
: SETUP MESSAGE ADDRESS

: CLEAR IT SO NEXT TEST NOT CONFUSED
: CHECK IF BUS TESTS WERE RUN
: BR, IF BUS TESTS WERE RUN
: SETUP MESSAGE ADDRESS
: PRINT BUS TESTS NOT DONE
: CLEAR IT SO NEXT TEST NOT CONFUSED
; SEE IF ANY LEGITIMATE ERRORS EXIST
* BRANCH, IF NO ERRORS

: ERROR MESSAGE POINTER
: DMA TEST FAILED

; CHECK FOR LOOP ON TEST

SEQ 142

MACRO M1200 26-JuL-83 08:14 PAGE 139
TEST 12: INVOKE THE DMA CONTROLLER TEST OF THE AMZ8016 (LSI-11

HARDWARE TESTS

LSBTTL

TEST 13: LSI=11 BUS INTERRUPT TEST

10P SELFTEST #12.
INVOKE THE LSI=11 BUS INTERRUPT TEST
9.

2699 023512
3512
2700
2701 023514
2702
2703 023520
2704 023524
2705 023532
2706 023536

2
2708 023564
023564
023570
2709 023572
2710 023600
2711 023606
023606
023612
2712
2713 023614
2714 023620
2
2718 023634

2719 023636

023636
023640
023642
023644
2720 023646
023646
023650

BGNTST

001401

005462
017336
002206

104444

004537

1$:

017014

013701
012737
005037

002220

#ROMT12,R2
R5,PNTFLG

JSR

R5,CKTPRO

SEE IF THE CURRENT IOP IS READY

QBASE .R1
#1770,QIRVEC
INTFLG
QIRVEC,#QIRSRV,#PRIO7
#PR107,-(SP)
#QIRSRV,=(SP)
QIRVEC,=(SP)
#3,-(SP)

R1 = I0OP BASE ADDRESS

2%:

012746

DROPUN
1$

CSDCLN

SETPRI

#PR107
#PR107 ,RO
CSSPRI

000340

013761
013761

002220
002266

012700
104441

000000

MoV
TRAP

SETPRI

QIRVEC ,DPR3(R1)
QIR,DPRO(RT)
#PRI00
#PR100,RO
C$SPRI

004537
000002
005737
001060
016102
100006

016754

JSR

RS5,RDELAY

104432
000404

ABORT THE DIAGNOSTIC FOR THIS UNIT

ADDRESS 1770 IS THE INTERRUPT VECTOR
SOFTWARE FLAG INDICATES INT. OCCURED

SETUP THE VECTOR; TEMP PRIORITY OF 7

CSSVEC

012700

003221
016570

CHECK THIS UNIT FOR BEING DROPPED

BRANCH, IF NOT DROPPED

#10,SP

062706

104441

GET TITLE ADDRESS
SEE IF PNT FLAG IS SET

MoV
JSR
TST
BEQ
DOCLN
TRAP

TRTR T

012702

(TR TR

2693 023474
2694
2695 023474

002240

000002

000006
000000

Mov
TRAP
MOV
MoV

INTFLG
63
gPR1lR1).R2
$
43,CMND, CMDERR
CSERHRD
43
CMND
CMDERR
ST
CSEXIT

L10035~.

RAISE CPU SO IOP CAN'T INTERRUPT YET.
TELL IOP WHICH VECTOR WE WANT

SEND QIR TEST COMMAND TO DPRO
LOWER PRIORITY SO IOP CAN INTERRUPT
DELAY, AND THEN CHECK INT. OCCURED
2 MILLISECONDS
égP %?FS:RUPTED. IF INTFLG SET
READ BOOT COMMAND STATUS REGISTER
BR, IF NO COMMAND STATUS ERROR
ERROR. BOOT CODZ DIDN'T LIKE THE COMMAND

EXIT TEST

N
HARDWARE TESTS

MACRO M1200

26=-JUL-83 08:14

TEST 13: LSI-N BUS INTERRUPT TEST

2731 023706

3706

023710
2732
2733 023712
2734 023716
2735 023720
2736 023724
2737 023730
023730
023732
2738
2739 023734
023734
023740
) 023742
274
2741 023746
2742 023752

023760
2743 023762
023762
2744 023764
023764
023766

016102
033702
001424
016103
032703
001406
012702
004537

000004
002266

3%:

000006
000001
012625
016722

032703
001406
012702
004537

104456
000054
003112
016444
104406
104432
000266

MoV
BIT
BEQ
MoV
BIT
BEQ
Mov
JSR

TRAP
.WORD

000004

4$:

012771
016722

000340
004453
004500

5%:

DPR2(R1)
,R2

QIR.R2
5%

DPR3(R1) ,R3
#B1T0,R3
48

#T12E0,R2

RS, SKIPED
st
CSEXIT

READ IOP TPR2
CHECK FOR A SELFTEST ERROR
BR, IF NO ERROR.
READ SELFTEST EXTENDED ERROR REGISTER
CHECK FOR ENTIRE TEST SKIPPED
BR, IF TEST WASN'T SKIPPED
SETUP MESSAGE ADDRESS FOR PRINTOUT
PRINT THIS TEST SKIPPED
EXIT THIS TEST

L10035-.

NOW CHECK FOR ROM IN VECTOR SPACE
BR, IF RAM AND NOT ROM IN VECTOR SPACE
SETUP MESSAGE ADDRESS FOR PRINTOUT

BIT
BEQ
MoV
JSR

#B8IT2,R3
5%
#T12E2 ,R2
R5,SKIPED

TRAP
-WORD

CSEXIT
L10035~.

SETPRI

#PRIO7
#PR107,RO

RESTORE PRIORITY TO 7

#QIRT,R2

; ERROR MESSAGE POINTER
; ERROR MESSAGE POINTER

EXIT

104432
322

012700
104441
012702
012703

PAGE 140

EXIT

104432
000344

SEQ 143

MoV
TRAP
Mov
MoV

ERRHRD

TRAP
.WORD
.WORD

. WORD

CKLOOP

TST

C$SPRI

#QIRT1,R3

D
, GENMSG
44 ,ROM
CSERHRD

: ERROR.

NO INTERRUPT FROM IOP

44
ROMD

GENMSG

TRAP

CSCLP

TRAP
.WORD

L10035~-.

EXIT

PRINT THIS TEST SKIPPED
EXIT THIS TEST

TST

CSEXIT

CHECK FOR LOOP ON TEST
EXIT THIS TEST

812
HARDWARE tESt? RO M1200

26-JUL-83 08:14

PAGE 141

6$:

SETPRI
Mov
TRAP

TEST 13: LSI-11 DUS lNTERRUPY TEST

S;A 02 770

82600%
3749e
026006

750 024010
751 024016

024016

024040
2752 024044
024044
024050
2753
2754 024052
2755 024056
2756 024062
2757 024064
2758 02400
2759 02407¢
2760 024074
2761
2762 024076
024076
024102
2763 024104
2764 024110
2765 024114
024114

024122
2766 0241264
024124
2767 024126
024126
024130

12700

04441
005037

000340

013700
1044
062737

002220

012746
012746
013746
012746
104437
062706

000340
024244
002220
000003

012700
1046441

000000

012704
005737
001023
004537
000001
005204
001370

140000
002240

012700
104441
012702
012703
104456
000055
003112
016444

104406
104432
000124

000004

000340

004453
004552

; CLEAR THE SOFTWARE INT. FLAG
: CLEAR THE VECTOR JUST USED

CLRVEC

MoV
TRAP
ADD

C
#4,0IRVEC

SETVEC olévecu(:gg;avJPRIO?

002220

MOV
MoV
MOV
MoV
TRAP
ADD

000010

016754

SET CPU TEMORARILY TO 7

CLR

002240

7$:

SEQ 144

ADVANCE TO THE NEXT (#1774)
SETUP VECTOR FOR NEXT TEST

SETPRI
v
TRAP

#PRI00
#PR100,RO
C$SPRI

LOWER PRIORITY TO 0

MOV
TST
BNE
JSR
1
INC
BNE

#140000,Ré
INTFLG
8s
R5,RDELAY

R4 WILL BE USED AS A COUNTER
'xnor }?rszwmo. IF INTFLG SET

WAIT FOR INTERRUPT FROM IOP
WAIT. ERROR IF R& WRAPS TO 0

DELAY, AND THEN TEST THAT INT. OCCURED
SECOND

SETPRI

RESTORE PRIORITY TO 7

ERRHRD

ERROR MESSAGE POINTER
ERROR HESSAGE POINTER
NO INTERRUPT FROM IOP...

MoV
TRAP
MoV
MoV

TRAP
.WORD
.WORD
.WORD
CKLOOP
TRAP
EXIT
TRAP
.WORD

#QIRT2,R3

45,ROMD,GENMSG
Egeauno
ROMD

GENMSG

gSCLP1

CSEXIT
L10035-.

CHECK FOR LOOP ON TEST
EXIT THIS TEST

MACRO M1200

26-JUL-83 08:14

PAGE 142

8$:

RESET

2776 026150
ar7?
2778 024154
024156

016412

2785 024206

00145
043761
016103
012702

24222
2789 026226

2790

2791 024236
024236
2792 024240
024240
024242
2793
2794
2795

—
WA IT FOR THE RESET TO COMPLETE

000000

TST
BEQ
MOV

DPRO(R1)

TE ST THE 10OP'S DPRO REGISTER

004453

ERRDF
TRAP
.WORD
.WORD

104455
56
3054

024162
2779 024164
024164
2780 024166
2781 026174
024174
2782
2783 024176
2786 024210
%787
024216

016754

R5 ,RDELAY

104406
012737

177777

TRAP
MOV

002206

DOCLN

1046444

016102
033702

BR MEANS TEST COMPLETED
QIR TEST MESSAGE ADDRESS

46 ,NORES ,NRES
RDF

FATAL ERROR.

9s:

000004
002266
002266
000002
00445

000004

#-1,DROPUN

CSDCLN

MOV
BIT
BEQ
BIC
MOV
MOV

1)
DPR2(R,R2
QIR,R2

ERRHRD
TRAP
.WORD

104456
57
003112
016070

.WORD
.WORD

108:

104406

CSCLPT

RAP

104432
12

CKLOOP

TRAP
EXIT
TRAP
.WORD

108’

QIR mzm)

mS(an
#QIRT,R2’
47.ROHg.RTERR
CSERHR
&7

NO RESPONSE FROM TEST

CHECK FOR LOOP ON TEST
SET DROPPED UNIT FLAG
ABORT THE DIAGNOSTIC FOR THIS UNIT
READ IOP DPR2
cuscx FOR ERROR IN QIR TEST

uém THE ERROR BIT FOR THIS TIME.
NO ERROR

READ DPR3 FOR EXTENDED INFO
ERROR MESSAGE POINTER
QIR TEST FAILED

ROMD
RTERR

CSCLP1
CSEXIT

CHECK FOR LOOP ON TEST
EXIT THIS TEST

L10035-.

2796

2797
2798
2799
2800 024244
024244
2801
2802 024244
2803 024252
04252
024252
2804
2805 024254
024254
024254

9s
#QIRT ,R2

.WORD

CKLOOP

50 MILLISECONDS

I0P INTERRUPT SERVICE ROUTINE FOR TEST 12.

QIRSRV::

012737
000002

104401

177777

002240

BGNSRV

QIRSRV

MOV :~1.1NTFIG

L10036:

L10035:

ENDSRV

RTI
ENDTST
TRAP

CSETST

SET FLAG TO INDICATE INT. OCCURED
EXIT SERVICE ROUTINE

"TM

. L . L., .

005761
001413
012702

THE 10P SELFTEST CODE.

gal

146

004537

ISSUE A BUS RESET AS PART OF..

——————————epe———— e

775

000005

769
770 024132
144!

TEST 13: LSI-N BUS INTERRUPT TEST

HARDWARE TEST?

SEQ 145

7.
5.]

€1

g g——g——

TEST 14: INVOKE THE TWO-PORT RAM TEST

#
+

THE TWO-PORT RAM

THE PROTOCOL BETWEEN THIS PROGRAM AND THE IOP BREAKS DOWN FOR THIS
PARTICULAR TEST, BECAUSE THE IOP TEST OF THE TWO-PORT RAM MUST
DISABLE THE DPR IN ORDER TO TEST IT. THEREFORE, THE STANDARD COMMUNICATION METHOD ISN'T POSSIBLE. THIS TEST SIMPLY INITIATES IOP TEST
THAT
#13 AND THEN DELAYS ABOUT 1 SECOND; AFTER WHICH, WE MUST AS

THE TEST HAS COMPLETED AND THE DPR WAS BEEN RE-ENABLED.

CHECKED FOR ERROR BITS.

BGNTST

28%3 024256

2830 024256

8&2702

005507

MoV
JSR

#ROMT13,R2
RS ,PNTFLG

BEQ
DOCLN

TST

. 024274

2836 024276
2839 024314
284? 024320
284
2842 024322
2843 024326
2844 024330
024330
024334
024336
2845 024340

DPR2 IS THEN

004537
004537
011610

016102
100005
104456
000062
003221

016570
000442

1 $:

017014

002270
016754

000002

000000

DROPUN

TRAP

CSDCLN

JSR

R5,CKTPRO

MoV
MOV
JSR

5000.

QBASE ,R1
DPR,DPRO(R1)
R5,RDELAY

DPR1(R1) ,R2
MOV
2s
BPL
ERRHRD 50,CMND, CMDERR
TRAP
.WORD
+WORD
.WORD

CSERHRD
50
CMND
CMDERR

GET TITLE ADDRESS
SEE IF PNT FLAG IS SET

: CHECK THIS UNIT FOR BEING DROPPED

: BRANCH, IF NOT DROPPED
; ABORT THE DIAGNOSTIC FOR THIS UNIT
SEE IF THE CURRENT IOP IS READY

R1 = IOP BASE ADDRESS

THE ROM TEST OF THE I0P'S TWO-PORT RAM IS INVOKED.
IS ALSO CONSIDERED AS THE LSI-11 BUS INTERFACE.

g g

10P SELFTEST #13.

SBTTL

PAGE 143

— — — — — — — —— — —

26-JUL-83 08:14

MACRO M1200

TEST 13: LSI=11 BUS INTERRUPT TEST

SEND COMMAND TO DPRO
DELAY BEFORE CHECKING FOR ERROR.

ABOUT 5 SECONDS.

READ BOOT COMMAND STATUS REGISTER
; BR, IF NO COMMAND STATUS ERROR
: ERROR. BOOT CODE DIDN'T LIKE THE COMMAND

: EXIT TEST

HARDWARE TESTS

SEQ 146

0gmR
L%

2859 024412
2860
2861 024414
2862 0246%8

3s:

004626

ROMD
RTERR
LUN

LUN,RO

002210

012737

177777

C$DODU

#-1,DROPUN

002206

CSDCLN

1046444

104406

104401

#DPRT ,R2
51,ROMD ,RTERR
CSERDF

A H

L10037:

CSCLP1

CSETST

ERROR BIT FOR THIS TIME.
FOR EXTENDED INFO

cuecx IF BUS WRITES/INTERRUPTS RUN
IF THE TESTS WERE RUN

MESSAGE ADDRESS
ssfuv
PRINT THAT THE TESTS WERE NOT RUN

CLEAR THE BIT SO NEXT TEST NOT CONFUSED
CHECK IF LEGITIMATE ERRORS EXIST

BRANCH, IF NO ERRORS

; ERROR MESSAGE POINTER
: DPR TEST FAILED

FATAL ERROR.

DROP THIS UNIT

SET DROPPED UNIT FLAG
ABORT THE DIAGNOSTIC FOR THIS UNIT

CHECK FOR LOOP ON TEST

-llwd
ol d =4 =4

CLEAR THE

READ DPR3

3s
#T13E3,R2
RS, SKIPED

013545
216722
100010

READ 10P DPR2
CHECK FOR ERROR IN DPR TEST
BRANCH, IF SUCCESSFUL TEST

000006
000010

T AT

DPR opnzmn
R
pPRE(R1)
#B8173,R3’

002270

024426
2863 024430
024430
024434
2864 024436
2865 024444
024444
2866
2867 024446
024446
2868
2869 024450
024450
024450

DPRZ(R1).I2
DPR,R2

IETEA

2%:

00229

DR DA DATR 1)

PAGE 144

HARDWARE TESTS MACRO M1200 26-JUL°83 08:14
T
TWO-PORT RAM
TEST 14: INVOKE THE

SEQ 147

MMM

E 12

F12

HARDWARE TESTS

MACRO M1200

26-J UL-83 08:14

TEST 14: INVOKE THE TWO-PORT RAM TEST

SEQ 148

PAGE 145

.TITLE PARAMETER CODING
.SBTTL ({DENTIFICATION

.SBTTL

HARDWARE PARAMETER CODING SECTION

H a4

: THE HARDWARE PARAMETER CODING SECTION CONTAINS MACROS
: THAT ARE USED BY THE SUPERVISOR TO BUILD P=TABLES. THE
: MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
: INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES. _THE
: MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
: WITH THE OPERATOR.

2886 024452
024452
024454
2887
2888 024454

000033

177777

003622
177777

024510

024516
024520
024522

.WORD L10040-L$HARD/2

177777
005130
003762
177777

TSCODE

CCPU

740
TSLOLIM
TSHILIM

: GET LSI=11 BUS BASE ADDR. RANGE

GPRML

BASE,2.-1,YES

.WORD
.WORD
.WORD

TSCODE
LOOP1
-1

GPRML

LOOP2,6,-1,YES

: ASK IF CHANNEL A LOOPBACK INSTALLED

GPRML

LOOP3,10,-1,YES

: ASK IF CHANNEL B LOOPBACK INSTALLED

.WORD
.WORD
.WORD

2897 024510
024514

LSHARD::

.WORD
.WORD
.WORD
.WORD
.WORD

0244

28N
2892 024474
024474
024476
024500
2893
2894
2895 024502
024502
(24504
024506
2896

BGNHRD

.WORD
.WORD
.WORD

TSCODE
BASE
=1

.WORD

GPRML

LOOP&4,12,-1,YES

.WORD
.WORD
LWORD

TSCODE
LOOP2
-1

TSCODE
LOOP3
-1

.WORD
.WORD

: «+o]1S INSTALLED FOR SLUT

TSCODE
LOOP4
-1

G
;

: ASK IF PARALLEL LOOPBACK INSTALLED

G 12

PARAMETER CODING

MACRO M1200

HARDWARE PARAMETER CODING SECTION

26=-JUL-83 08:14

PAGE 146

5‘9’82 024524 006130

-1,YES
GPRML SLU2CF,14,
TSCODE
.WORD
.WORD
LWORD

SLUZCF
-1

2904 024532

GPRML

UROM,16,-1,YES

EXIT
.WORD
ENDHRD

HRD
TSCODE

0245264
024526

004027
2003 024530 177777
024532
024534
024536

2906 024540
024540
2907 024542

024542

.WORD
+WORD
WORD

007130
004127
177777

001004
L10040:

SEQ 149

TSCCDE
UROM
-1

: IS SLUZ2 SET FOR DMA?
: ASK IF USER ROM IS T0...
: «..BE TESTED.

H12

MACRO M1200

PARAMETER CODING

.SBTTL

SOFTWARE PARAMETER CODING SECTION

PARAMETER CODING SECTION CONTAINS MACROS
THAT ARE USED BY THE SUPERVISOR TO BUILD P=TABLES. THE
MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES. THE
MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
THE SOF TWARE

WITH THE OPERATOR.

1 024542

024542
024544

000000

2922
2923 024544

BGNSFT
LSSOFT::

024544

L10041:

2925 024544
2926 024544
2927
2928 024664

$PATCH::

2924

PAGE 147

+
*

P
g-l_n.a—c..._.-n-‘_.-o
VOO NO NS WN 2O

SOF TWARE PARAMETER CODING SECTION

26~JUL~83 08:14

024664
024666
024670

025320
000214

.WORD L10041-L$SOFT/2

ENDSFT
.EVEN

.BLkW
LASTAD
.EVEN

LSLAST::

.WORD TSFREE
.WORD TSSIZE

SEQ 150

SEQ 151

Sy
1

PARAMETER CODING
MACRO M1200
SOF TWARE PARAMETER CODING SECTION

26=JUL-83 08:14

2930

PAGE 148

2931

: e

2934
2935
2936

: THERE ARE 14 HARDWARE P-TABLES HERE:; HOWEVER, KEEP IN MIND THAT
: THE MAXIMUM LEGAL NUMBER OF KXT11-CA IOP'S ON ANY ONE SYSTEM IS
: 164(D), AND THE LEGAL UNIT NUMBERS ARE 2 THROUGH 15(D). IOP UNITS
: 0 AND 1 ARE RESERVED FOR THE NON-MULTIPROCESSING ARBITER OR DMA
: DEVICE AND THE HOST MULTIPROCESSOR ARBITER, RESPECTIVELY, AND SHOULD

: HARD=CODED HARDWARE P-TABLES

%ggi

2937
2938
2939

: NOT BE USED.

: THE LSI=11 BUS.

2940

;

2941

2942

2943 024670

BGNSETUP

2945

: UNIT O

2944

2946

2947 024670
024670
024672
024674
2948 024674

2949 024676
2950 024700
2951 024702
2952 024704
2953 024706
2954 024710
2955 024712

2956 024714
024714
2957

024720
000010
000000

L10042:

000000
L10044:

2962 024722
2963 024724
2964 024726
2965 024730
2966 024732
2967 024734
2968 024736

2969 024740
024740

.WORD

O
O

ENDPTAB

1
O
O
(

; BUS ADDRESS RANGE (LOW IS DEFAULT)
: LOOP=-BACK DEFAULT IS NO (SLU1)
: CHANNEL A LOOP=-BACK DEFAULT IS NO (SLU2)
: CHANNEL B LOOP-BACK DEFAULT IS NO (SLUZ2)
: LOOP=-BACK DEFAULT IS NO (PARALLEL 1/0)
: SLU2 DMA OPERATION DEFAULT IS NO
; TEST USER ROM DEFAULT IS NO

s UNIT 1

2959

024714
024716
024720
2961 024720

14.

BGNPTAB
L10043
.WORD
L10044~./2-1
LWORD

LWORD
WORD
WORD
WORD
LWORD
LWORD

000001
000000
000000
000000
000000
000000

2958

2960 024714

IOPS O AND 1 AUTOMATICALLY DISCONNECT THE IOP FROM

024744
000010
000000

BGNPTAB

L10043:

.WORD
LWORD

L10045
L10046~-./2-1

.WORD

WORD
.WORD
WORD
.WORD
.WORD
.WORD
LWORD

000001
000000
000000
000000
000000
000000
000000
L10046:

ENDPTAB

1
O
O
O
O
O
O

; BUS ADDRESS RANGE (LOW IS DEFAULT)
: LOOP-BACK DEFAULT IS NO (SLU1)
: CHANNEL A LOOP-BACK DEFAULT IS NO (SLU2)
: CHANNEL B LOOP-BACK DEFAULT IS NO (SLU2)
: LOOP-BACK DEFAULT IS NO (PARALLEL 1/0)
: SLU2 DMA OPERATION DEFAULT IS NO
: TEST USER ROM DEFAULT IS NO

J 12

MACRO M1200

PARAMETER CODING

SOF TWARE PARAMETER CODING SECTION

26-JuUL-83 08:14

14
7

000000
000001
000000
000000
000000
000000
000000
000000

L10045:

OO0OO0O0O0O—=0O

024770
000010

BUS ADDRESS RANGE (LOW IS DEFAULT)
LOOP-BACK DEFAULT IS NO (SLUT)
CHANNEL A LOOP-BACK DEFAULT IS NO (SLU2)
CHANNEL B LOOP-BACK DEFAULT IS NO (SLU2)
LOOP-BACK DEFAULT IS NO (PARALLEL 1/0)
SLU2 DMA OPERATION DEFAULT IS NO
TEST USER ROM DEFAULT IS NO

. WORD

L10052:

ENDPTAB

\V,]

[=3=
o0

L10047:

OO0OO0O00O—=0

purd

\vJ

L10050:

2975 024744
2976 024746

2
: UNIT

297
2974 024740
024740

SEQ 152

PAGE 149

52=./2-1

BUS ADDRESS RANGE (LOW IS DEFAULT)
LOOP-BACK DEFAULT IS NO (SLUT)
CHANNEL A LOOP-BACK DEFAULT IS NN (SLU2)
CHANNEL B LOOP-BACK DEFAULT IS NO (SLU2)
LOOP-BACK DEFAULT IS NO (PARALLEL 1/0)
SLU2 DMA OPERATION DEFAULT IS NO
TEST USER ROM DEFAULT IS NO

K 12

MACRO M1200

PARAMETER CODING

SOF TWARE PARAMETER CODING SECTICN

PAGE 150

.WORD

L10054:

53
0054=.72-1

L10051:

BGNPTAB
-WORD
.WORD

OO0 O00O0—=0

: UNIT &
o
o

BUS ADDRESS RANGE (LW IS DEFAULT)
LOOP-BACK DEFAULT IS NO (SLU1)
CHANNEL A LOOP-BACK DEFAULT IS NO (SLU2)
CHANNEL B LOOP-BACK DEFAULT IS NO (SLU2)
LOOP-BACK DEFAULT IS NO (PARALLEL 1/0)
SLU2 DMA OPERATION DEFAULT IS NO
TEST USER ROM DEFAULT IS NO

ENDPTAB

L10056:

(=3 =]
o

L10053:

OO0000O—=0

—

5
;s UNIT

2998
2999
3000
3001 025010
02501

26=-JuUL-83 08:14

SEQ 153

55
056=./2-1

BUS ADDRESS RANGE (LOW IS DEFAULT)
LOOP-BACK DEFAULT IS NO (SLU1)
CHANNEL A LOOP-BACK DEFAULT IS NO (S LU2)
CHANNEL B LOOP-BACK DEFAULT IS NO (S LU2)
LOOP-BACK DEFAULT IS NO (PARALLEL 1/ 0)
SLU2 DMA OPERATICN DEFAULY IS NO
TEST USER ROM DEFAULT IS NO

MACRO M1200

PARAMETER CODING

SOF TWARE PARAMETER COCING SECTION

26-JuUL-83 08:14

3025

SEQ 154

PAGE 151

: UNIT 6

2026

3027

3028 025060

025060
025062

025064
3029 025064

025066
3031 025070
3032 025072
3033 025074
3034 025076
3035 0251
3036 025102
3037 025104
025104

025110
000010
000000

BGNPTAB
L10055:

L10057
L10060-./2-1

WORD

WORD
WORD
.WORD
WORD
WORD
WORD

000001
000000
000000
000000
000000
000000
000000

L10060:

3038

.WORD
.WORD

ENDPTAB

1
O
O
O
O
O

3039

: UNIT 7

3041 025104
025104

BGNPTAB
L10061
.WORD

3040

025106

025110
3042 025110

025134
000010

000000

L10057:

WORD

L10062=./2-1

WORU

WORD

000001

WORD

3045 025116 000000
3046 025120 000000
3047 025122 000000

.WORD
WORD

gg? 025112
4 025114

3048 025124
3049 025126

3050 025130
025130

000000

WORD
.WORD

000000
006000

LWORD

L10062:

ENDPTAB

: BUS ADDRESS RANGE (LOW IS DEFAULT)
: LOOP=-BACK DEFAULT IS NO (SLU1)
: CHANNEL A LOOP=-BACK DEFAULT IS NO (S.U2)
: CHANNEL B LOOP-BACK DEFAULT IS NO (SLUZ2)
: LOOP=BACK DEFAULT IS NO (PARALLEL 1/0)
: SLU2 DMA OPERATION DEFAULT IS NO
: TEST USER ROM DEFAULT IS NO

: BUS ADDRESS RANGE (LOW IS DEFAULT)

O
O
O

: CHANNEL A LOOP-BACK DEFAULT IS NO (SLU2)
: CHANNEL B LOOP-BACK DEFAULT IS NO (SLU2)

O
O

: LOOP=-BACK DEFAULT IS NO (SLU1)

: LOOP-BACK DEFAULT IS NO (PARALLEL 1/0)
: SLU2 DMA OPERATION DEFAULT IS NO
: TEST USER ROM CEFAULT IS NO

MACRO M1200

PARAMETER CODING

SOF TWARE PARAMETER CODING SECTION

26-JUL-83 08:14

SEQ 155

PAGE 152

8
: UNIT
o

DR TR TRTR TR 1)

-WORD
D

063

1 0064~ 72-1

.WORD
.WORD

OCOO0O0O0O—=0O f‘:

VOO

£38 geResS5

L10061:

BGNPTAB
.WORD
.WORD

DEFAULT)
BUS ADDRESS RANGE (LOWNO 1S(SLU1)

LOOP-BACK DEFAULT IS
CHANNEL A LOOP-BACK DEFAULT IS NO (S LU2)
CHANNEL B LOOP-BACK DEFAULT IS NO (S LU2)
LOOP-BACK DEFAULT IS NO (PARALLEL 1/ 0)
SLU2 DMA OPERATION DEFAULT IS NO
TEST USER ROM DEFAULT IS NO

000000
000001
000000
000000
00
000000
000000

L10066:

065
0066~./2-1

L10063:

OO0O000O—=O

025204
000010

L10064:

BUS ADDRESS RANGE (LOW IS DEFAULT)
LOOP-BACK DEFAULT IS NO (SLU1)
CHANNEL A LOOP-BACK DEFAULT IS NO (SLU2)
CHANNEL B LOOP-BACK DEFAULT IS NO (SLU2)
LOOP-BACK DEFAULT IS NO (PARALLEL 1/0)
SLU2 DMA OPERATION DEFAULT IS NO
TEST USER ROM DEFAULT IS NO

N 12

PARAMETER CODING

MACRO M1200

SOF TWARE PARAMETER CODING SECTION

26-JuUL-83 08:14

3079

PAGE 153

3080

: UNIT 10

3082 025200

BGNPTAB

3081

025200
025202
025204
3083 025204

3084 025206
5 025210
3086 025212
3087 025214
3088 025216

025230
000010
000000

L10065:

L10070:

3092

3094

025254
000010
000000

L10067:

ENDPTAB

1
0
0
0
0
0
0

: BUS ADDRESS RANGE (LOW IS DEFAULT)
: LOOP-BACK DEFAULT IS NO (SLU1)
; CHANNEL A LOOP-BACK DEFAULT IS NO (SLU2)
; CHANNEL B LOOP-BACK DEFAULT IS NO (SLU2)
; LOOP-BACK DEFAULT IS NO (PARALLEL 1/0)
: SLU2 DMA OPERATION DEFAULT IS NO
; TEST USER ROM DEFAULT IS NO

BGNPTAB
L10071
.WORD
L10072~-./2-1
.WORD

WORD

.WORD
.WORD

0
0

WORD
LWORD

3097 025232 000001
3098 025234 000000

3099 025236 000000
3100 025240 000000

.WORD
.WORD
.WORD

3101 025242 000000
3102 025244 000000
3103 025246 000000
3104 025250
025250

WORD

: UNIT 11

3093

3095 025224
025224
025226
025230
3096 025230

L10067
L10070-./2-1

JWORD
LWORD

3089 025220 000000
3090 025222 000000
3091 025224
025224

.WORD
.WORD

.WORD
.WORD
.WORD
WORD
.WORD

000001
000000
000000
000000
000000

SEQ 156

L10072:

ENDPTAB

1
O

; BUS ADDRESS RANGE (LOW IS DEFAULT)
: LOOP-BACK DEFAULT IS NO (SLUV)

0
0
0

: LOOP-BACK DEFAULT IS NO (PARALLEL 1/0)
: SLU2 DMA OPERATION DEFAULT IS NO
: TEST USER ROM DEFAULT IS NO

; CHANNEL A LOOP-BACK DEFAULT IS NO (SLU2)
: CHANNEL B LOOP-BACK DEFAULT IS NO (SLU2)

PARAMETER COD ING

MACRO M1200

SOF TWARE PARAMETER CODING SECTION

26~JUL-83 08:14

PAGE 154

SEQ 157

; UNIT 12

§}§2
1

109 0%5250

025250 825300
10
025252

ozsgsa

110 025254

000000

BGNPTAB

L10071:

113 025262 000000
3114 025264 000000
3115 025266 000000

LMNORD

WORD
WORD
.WORD

O
O
O

WORD
.WORD

3116 025270 000000
3117 025272 000000

L10074:

3119

L10073
1.10074=./2-1

WORD
WORD

111 025256 000001
‘I1§ 025260 000000

3118 025274
025274

LWORD
LWORD

ENDPTAB

1
O

: BUS ADDRESS RANGE (LOW IS DEFAULT)
: LOOP=-BACK DEFAULT IS NO (SLU1)

O
O

: SLU2 DMA OPERATION DEFAULT IS NO
: TEST USER ROM DEFAULT IS NO

3120

: UNIT 13

3122 025274
025274

BGNPTAB
O
.WORD

3121

025276

025
3123 025

000010
000000

L10073:

2127 025310 000000
128 025312 000000
§129 0253}4 000000
130 0253°6 000000
3133 025320
3134

L10076:

000001

L10076~./2-1

WORD

WORD
WORD
WORD
WORD

O
O
O
O

WORD
WORD
WORD

3124 025302 000001
3125 025394 000000
3126 025308 000000

3131 02532
3132 025320

WORD

.END

ENDPTAB

1
O
O

ENDSETUP

: CHANNEL A LOOP-BACK DEFAULT IS NO (SLU2)
: CHANNEL B LOOP-BACK DEFAULT IS NO (SLU2)
: LOOP-BACK DEFAULT IS NO (PARALLEL 1/0)

: BUS ADDRESS RANGE (LOW IS DEFAULT)
: LOOP-BACK DEFAULT IS NO (SLU1)
: CHANNEL A LOOP-BACK DEFAULT IS NO (SLU2)
: CHANNEL B LOOP-BACK DEFAULT IS NO (SLU2)
: LOOP=-BACK DEFAULT IS NO (PARALLEL 1/0)
; SLU2 DMA OPERATION DEFAULT IS NO
: TEST USER ROM DEFAULT IS NO

c13

26-JUL-83 08:14

[117]

D b b
o e =
5 e o

b
R b D b =D D v

VSN —=O

ONININIO
¥ l=0L%]

288222222

002

83888ggsgess

[1]

S 8288

3
o

(=]
(=]

LSDEPO

(212121212
12 (2 2 a2l 1a 1)

i
DOOO

§:
i nun

%-flfl(fl(fl(flm
(7]
-

Nuuwnnun

D"MMMD
< ==V~

A o0
o

002064 G

SNNNESb4e

(1]

—

nNunwnnnn

§°n§em2§§
?OI ne

88888222
SSnse

l
J

s
=4

NN VAW
~NO
- PNININD
oSN
&HN
WO~

B
0 0TM 1TM G St ot G P Pt et G B G

GSRADD= 000040

S83 SRR2
AR RSN
Sk
R
3o
RANSR
33333

(2]
o
B

GSYES =

-~
Ll

GENMSG 016444
GLBDAT 002204
002204
000200
GSCNTO=
GSDELM= 000372
GSDISP= 000003
GSEXCP= 000400
GSHILI= 000002
GSLOLI= 000001
000000
=

[2121]

= 00004
CS$INIT= 000011
CSINLP= 000020
CSMANI= 000050
CSMEM = 000031
C$MSG = 000023
CSOPEN= 000034
CSPNTB= 000014
CSPNTF= 000017
CSPNTS= 000016
CSPNTX= 000015
C$Q10 = 000377
CSRDBU= 000007
CSREFG= 000047
CSRESE= 000033
CSREVI= 000003
CSRFLA= 000021
CSRPT = 000025
C$SEFG= 000046
CSSPRI= 000041
C$SVEC= 000037
CSTPRI= 000013
DELCNT 002236
DFPTBL 002162 6
DIAGMC= 00 000000
002264
DMA
004353
DMAL
004413
DMAT
002270
DPR
004626
DPRT
DPRO = 000000
DPR1 = 000002
DPR10 = 000020 G
DPR11 = 00002
DPR12 = 000024 G
DPR13 = 00002
DPR14 = 000030 G
DPR15 = 000032 G
DPR16 = 000034 G
DPR17 = 000036 6

GSRADL=
GSRADO=

g g g bmg (g Py ) By B ey it Bt By g foep $ang By @ 2 G
PPAPAXWN
o
=5
perpe Pty . )

CSER

BADSW
003443
BASE
004174
BEVNT
8IT0 = 000001 G
BIT00 = 000001 G
81701 = 000002 G
BlTO% = 000004 G
BIT03 = 000010 G
BIT04 = 000020 G
BITOS = 000040 G
81706 = 000100 G
BIT07 = 000200 G
BITO8 = 000400 G
BIT09 = 001000 G
BIT1 = 000002 G
BIT10 = 002000 G
BIT11 = 004000 G
BIT12 = 010000 G
BIT13 = 020000 G
BIT14 = 240000 G
BIT15 = 100000 G
BIT§ = 000004 G
= 000010 G
BIT3S
BIT4 = 000020 G
BITS = 000040 G
BIT6 = 000100 G
BIT7 = 000200 G
BIT8 = 000400 G
BIT9 = 001000 G
= 000400 G
002254
BUNT
0N3415
CCPU
CKTPRO 07014
CMDERR 016570 G
003221
CMND
CMNDR
015142
002252
CPU
004643
CPUT
002244
CSR
004145
CSRT
CSAU_ = 000052
CSAUTO= 000061
C$BRK = 000022
C$BSEG= 000004
C$8SUB= 000002
CSCEFG= 000045
CSCLCK= 000062
CSCLEA= 00001
C$CLOS= 00003
C$CLP1= 000006
CSCVEC= 000036
CSDCLN= 000044
C$D0DU= 000051
24
CSDRPT=

BRSNS

10
003151

ADR
=
ASSEMB=

nunnnnn

sy = 00005§
CSEDIT= 00000
5
CSERDF=
56
CSERHR=

0176

ABORT

PAGE 154-1

~NOW

MACRO M1200

:l?.’ 233 3

PARAMETER CODING
SYMBOL TABLE

SEQ 158

D13

26-JUL-83 08:14

PARAMETER CODING

MACRO M1200

L1001&¢ 020012
L10020 820054
L10021 020214
20416
L1002
20636
L1002
L10024 02107
L10025 02131
L10026 021536
L10027 021774
L10030 022254
L10031 022514
L1003 02%7
L10033 02321
L10034 023472
L10035 024254
L10036 024252
L10037 024450
L10040 024542
L10041 024544
L10042 024674
L10043 024720

NOTPR 903353
1524
NOTST
16412 G
NRES
16366 6
NXM
NXMVE(=
0$APTS= 000000
0$AU = 000001
0$BGNR= 000001
0$BGNS= 000000
0sbU__= 000001
OSERRT= 000000
OSGNSW= 000000
OSPOIN= 000001
0$SETU= 000001
PLLIO 002262
004331
PLLP
PNT_ = 001000 6
PNTFLG 017336
1 =
PRI0O = 000000 G
PRIO1 = 000040 G

SYMBOL TABLE

L10017 020046

L1004 024714
L10045 024744
L10046 024740
L10047 024770
L10050 024764
L10051 025014
L10052 025010
L10053 025040
L10054 025034
L10055 025064
L10056 025060
L10057 025110
L10060 025104
L10061 025134
L10062 025130
L10063 025160
L10064 025154
L10065 025204
L10066 025200
230
L10067
L10070 025224
L10071 025254
L10072 025250
L10073 025300
L10074 025274
L10076 025320
MDHEDR 002000 G
017470
NEXT
NOINFO 014712
NOIOP 002756
016620 G
NONO
NOREG 014500
NORES 003054
NOSEC 017704
NOTCLR 015321

SEQ 159

PAGE 154~2

ROMT?8
ROM118
RTERR
RT1
RT10
RT11
RT1
RT1
RT
RT
RT4
RT5
RT
RT
SAVEC
SETSW
SFPTBL
SKIPED
sLort
sLu1
SLU1T

5§66

005220
5618
1627 6
0
002
00264
00267
002724
002352
0026g2
0024
002470
002522
002554
002204
015264
002;06 6
Olg 25
01553
2256
202

NOTRDY 003264

ROM11A

PRIO2 = 000100 G
PRIO3 = 000140 G
PRIO4 = 000200 G
PRIOS = 000240 G
PRI06 = 000300 G
PRIO7 = 000340 G
QBASE 002216
2266
QIR
QIRSRV 024244 G
453
QIRT
004500
QIRT1
QIRT2 00455
QIRVEC 002220
002246
RAM
RAMT
RDELAY 016754
REINIT 017210
002250
ROM
003112
ROMD
ROMETX 014556
ROMSG 014531
004170
ROMT
ROMTST 002234
ROMT1 004721
ROMT10 005267
ROMT11 005317
ROMT12 005462
ROMT13 005507
004744
ROMT
004767
ROMT
ROMT4 005023
ROMTS 005062
ROMT6 005117
ROMT7 = swswsx GX
ROMT7A 005151

002260
SLu2
SLU2A 004235
004273
SLU
SLU2CF 004027
SL2DMA 002232
016520 G
SOFT
svcGaL= 000000
SVCINS=
svCcsuB= 17777
SVCTAG= 000000
SVCTST= 177777
SWITCH 015047
SSLSYM= 010000
TESTID 014570
015377
TPRDIS 016650 6
015453
TPR1
TSTERR 014653
TSTNO 016045
004663
ST
T$ARGC= 000002
TSCODE= 001004
TSERRN= 000063
TSEXCP= 000
TSFLAG= 000041
TSFREE= 025320
T$GMAN= 000000
TSHILI= 000017
TSLAST= 000001
T$LOLI= 000002
TSLSYM= 010000
TSLTNO= 00001
TSNEST= 17777
TSNSO = 000005
T$NS1 = 000010

TSPCNT= 800092
010016
T$PTAB=
T$SPTHV=

1
TSPTNU=
T$SAVL= 1
T$SEGL= 177777
214
T$S12€=
TSSUBN=
TSTAGL= 17777
TSTAGN= 010077
TSTEMP= 000005
TSTEST= 00001;
TSTSTM= 17777
T$TSTS= 000001
T$SAU = 01002
T$SAUT= 01001
T$SSCLE= 010016
T$SDAT= 01007
T$$DU = 01001
T$SHAR= 010040
T$$SHW = 010000
T$SINI= 010014
T$SMSG= 010011
T$SPC = 00001%
T$$PRO= 01001
T$SPTA= 010075
T$SRPT= 010012
T$$S0F= 010041
T$$SRV= 010036
T$$SwW = 010001
T$STES= 010037
020056 G
1
TIADR 002272
005524
TIE0
005570
T1E1
005634
TIE2
005700
TIES
005746
T1E4
006016
T1ES
006
TIE6
006132
TIE?
022516 G
110
T10ADR 002310
T1I0E0 011477
T10E1 011530
T10e2 011621
T10ES 011657
T10E6 011714
T10E5 011767
T10E6 012037
T10E7 015118
022750 6
m
T11ADR 00%312
T11E0 81 161
12260
T11E1
T11E2 012365
T11ES 012437

12524
T11E4
5;3
81
T11E5
85 512 9
'15

T12ADR
T12E0
T12E1
T12E
T12E
T12E4
T12E5
T1266
14!
14
T13E0
T13E1
T13E10
T13E11
T13£§
T13E
T13E4
T1365
T13E6
T13E7
T13E8
T13E9
T14
T2
T2ADR
T2E0
T2E1
T2E2
T2E3S
T2E4
T2ES
T2E6
T2E7
T2E8
T2E9
T
T3ADR
T3E0
T3E1
T3e2
T3E3
T4
T4ADR
15
TSADR
TSE0
1$13
T5E
T5E
16
T6ADR
T6EQ
T6E1
T6E2

2314
01% 5
012721
12771
1305
131
1320
013262
023474 6
00;316
81 336
13404
016%77
014350
013460
013545
013653
013727
014005
014105
014161
014227
024256 G
020216 6
002274
006200
006253
006323
006374
006457
00654
00661

1
006725
007
020420 6
002276

007061
007137
007215
007313
020640 G
002300
021074 G
00230
00741
007471
007544
007607
021314 6
002304
7647
007745
0100

E 13

MACRO M1200

PARAMETER CODING
SYMBOL TABLE

T6E3
T6E4
T6ES
T6E6
17

T7ADR

T760
T7€1
T7E10
T7E11
T762

010074
010154
010223
10266
021540 6
2306

025320
000000
ERRORS DETECTED:
. ABS.

T7ES

26-JuL-83 08:14

010337
010417
011320
011412
010504
010560

000
001
O

VIRTUAL MEMORY USED: 28581 WORDS_ ( 112 PAGES)
DYNAMIC MEMORY: 20060 WORDS ( 77 PAGES)
ELAPSED TIME:

00:03:34

CZKTCA,CZKTCA/=SP=SVC34/ML ,CZKTCA.P11

T7€4
T7€5
T766
T767
T7e8

SEQ 160

PAGE 154~3

010634
010707
010775
011054
011132

011227
T769
021776 6
18
022256 G
79
000200 G
=
UAM
004127
UROM

X$ALWA= 000000
XSFALS= 000040
X$OFFS= 000400
XS$TRUE= 000020
SPATCH 024544 G