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AH-T495A-MC

October 1983

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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_bw.pdf

OCR Text

RXTLL-CA MTXETED, PERENOSTIC

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- HTGINED

SEQ 1
PARAMETER CODING

MACRO M1200

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3 000000
4
5
6
1;

002000

co=-JUL-83 08:1¢

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

.REM ¢

IDENTIFICATION

..............

PRODUCT CODE:

AC~T494A-MC

PRODUCT NAME:

CZKTCAO KXT11-CA DIAGNOSTIC

PRODUCT DATE:

JULY 25, 1983

MAINTA''(ER:

ISS DIAGNOSTIC SERVICES GROUP

AUTHOR:

JACK RICHARDSON

g?
4

30
3

;
34

THE INFORMATION IN THIS DOCUMENT 1S

SUBJECT

CHANGE WITHOUT

THE USE
SUPPLIED

OR
BY

RELIABILITY OF
DIGITAL OR ITS

35
36
%g

NOTiCE ANC SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL
EQUIPMENT CORPORATION. DIGIfAL EQUIPMENT CORPORATION ASSUMES NO
RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT.

39
40

NO RESPONSIBILITY IS ASSUMED FOR
SOF TWARE ON EQUIPMENT THAT IS NOT

29
48

AFFILIATED COMPANIES.

THE FOLLOWING ARE TRADEMARKS OF DIGITAL EQUIPMENT CORPORATION:
DIGITAL
DEC

PDP

DECUS

UNIBUS

DECTAPE

MASSBUS

MACRO M1200

USER DOCUMENTATION
CONTENTS

IDENTIFICATION
IDENTIFICATION

1416~
1516~
1718~
1819~

FROGRAM HEADER
DISPATCH TABLE

DEFAULT HARDWARE P-TABLE
SOF TWARE P-TABLE
IDENTIFICATION
GLOBAL EQUATES SECTION
GLOBAL DATA SECTION
GLOBAL TEXT SECTION
GLOBAL ERROR REPORT SECTION
GLOBAL SUBROUTINES SECTION

27~

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PAGE 1

137139143~
145~
145~
147~ 2910

IDENTIFICATION
REPORT CODING SECTION
PROTECTION TABLE

INITIALIZE SECTION

AUTODROP SECTION

CLEANUP CODING SECTION
DROP UNIT SECTION
ADD UNIT SECTION
IDENTIFICATION

TEST 1: VERIFY THAT THE I0P(S) IS ADDRESSABLE
TEST
INVOKE ROM - RESIDENT TEST OF THE KXT11'S (SR REGS.
[EST 3: INVOKE ROM TEST OF THE IOP 16KW LOCAL RAM
TEST 4: INVOKE THE BOOT/SELFTEST CHECKSUM TEST
TEST 5: I0P CPU INSTRUCTION TEST
TESY 6: INVOKE THE LINE CLOCK INTERRUPT TEST
TEST g: INVOKE SERIAL PORT #1 TEST
N

TABLE OF

26-JuL-83 08:14

TEST
TEST
TEST
TEST
TEST

: INVOKE ROM TEST OF SERSAL PORT #2 (CHANNEL A) = NE(7201
9 : INVOKE ROM TEST OF SERIAL PORT #2 (CHAKNEL B) - NEC7201
1 0: INVOKE TEST OF THE PARALLEL 1/0 PORT, 28036
1 1: INVOKE THE DMA CONTROLLER TEST OF THE AMZ8016 (LOCAL SIDE)
1 2: INVOKE THE DMA CONTROLLER TEST OF THE AM28016 (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

MACRO M1200

PAGE 3

26-JUL-83 08:14

(VLY IV IV, Il
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USER DOCUMENTATION
IDENTIFICATION

SEQ 3

00 ~NO N

TABLE OF CONTENTS

OCOOOO
VIS WN—=OWNESUWN—O

ONN S NN PONININININ)
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GENERAL INFORMATION

PROGRAM ABSTRACT

SYSTEM REQUIREMENTS
RELATED DOCUMENTS AND STANDARDS

DJAGNOSTIC HIERAKCHY PREREQUISITES
ASSUMPT IONS

OPERATING INSTRUCTIONS
COMMANDS
SWITCHES
FLAGS

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

USER DOCUMENTATION
IDENTIFICATION

MACRO M1200

26-JuL-83 08:14
1.0
1.1

SEQ 4

PAGE 4
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
TO THE XXDP+ USER'S MANUAL. THERE IS A BRIEF DESCRIPTION OF
THE RUNTIME SERVICES IN SECTION 2 OF THIS DOCUMENT.
1.2

SYSTEM REQUIREMENTS

1.3

RELATED DOCUMENTS AND STANDARDS

1.4

DIAGNOSTIC HIERARCY PREREQUISITES

1.5

ASSUMPTIONS

2.0

OPERATING INSTRUCTIONS

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:

b e

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

ARBITER POWER.

FOR EACH KXT11~CA TO BE TESTED, PLACE THE BOOT/SELFTEST SWITCH
TO POSITION 10.

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

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

THE BOOT SWITCHES OF ONLY THE KXT11°S 70 BE TESTED. IF THE
THREE 1/0 PORTS ARE TO BE THOROUGHLY TESTED, THE DATA LOOPBACK
CONNECTORS SHOULD BE INSTALLED AT THIS TIME.

RESTORE POWER TO THE SYSTEM.

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

BOOT THE SYSTEM.

USER_DOCUMENTATION
IDENTIFICATION

136
137

26-JUL-83 08:1¢

PAGE 5

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

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

AFTER THE PROGRAM IS LOADED INTO ARBITER MEMORY, THE PROMPT
*DS>'' WILL APPEAR.

TYPE ''START"

ANSWER THE QUESTION, ‘‘CHANGE HW(L)?'* QUESTION WITH "Y'’
1.

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

12.

THE TEST SOFTWARE IS INVOKED IMMEDIATELY AFTER COMPLETING

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

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W =O ele RNTe QWP YV ]N = OV NOVSWN

138

MACRO M1200

SEQ 5

2.1

COMMANDSS

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

PROCEED

CONTINUE FROM AN ERROR HALT

CONTINUE

CONTINUE AT TEST THAT WAS INTERRUPTED (AFTER ()

EXIT

RETURN TO XXDP+ MONITOR (XXDP+ OPERATION ONLY!)

DROP
PRINT

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

ADD

DISPLAY
FLAGS
ZFLAGS

ACTIVATE A UNIT FOR TESTING (ALL UNITS ARE

TYPE THE STATE OF ALL FLAGS (SEE SECTION 2.3)
CLEAR AL' FLAu> 7SEE SECTION 2.3)

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

YOU MAY,

SEQ 6
USER DOCUMENTATION
IDENTIFICATION

26-JuL-83 08:14

PAGE 6

2.2

SWITCHES

THERE ARE SCVERAL 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.

EFFECT

/TESTS:LIST

EXECUTE ONLY THOSE TESTS SPECIFIED IN
THE LIST. LIST IS A STRING OF TEST
NUMBERS, FOR EXAMPLE =-/TESTS:1:5:7=10.
THIS LIST WILL CAUSE TESTS 1,5,7,8,9,10 TO
BE RUN. ALL OTHER TESTS WILL NOT BE RUN.

b nd e

D e

SWITCH

/PASS :0DDDD

D e

/FLAGS:FLGS

/EOP:DDDDD

JUNITS:LIST

200

EXECUTE DDDDD PASSES (DDDDD = 1 TO 64000)

SET SPECIFIED FLAGS. FLAGS ARE DESCRIBED
IN SECTION 2.3.
REPORT END OF PASS MESSAGE AFTER EVERY
DDDDD PASSES ONLY. (DDODD = 1 TO 64000)
TEST/ADD/DROP ONLY THOSE UNITS SPECIFIED

IN THE LIST. LIST EXAMPLE = /UNITS:0:5:10-12
USE UNITS 0,5.10,11,12 (UNIT NUMBERS = 0-14)

EXAMPLE OF SWITCH USAGE:

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

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

b
b
b emd
b
b
b
b
—

O 00 NONN
S (NN =

PASS MESSAGES WILL BE PRINTED AFTER EACH 100 PASSES ONLY. A
SWITCH CAN BE RECOGNIZED BY THE FIRST THREE CHARACTERS. YOU MAY,
LSS ST, ST,V 1N T,N1,8 N

IN THE DESCRIPTIONS BELOW, A DECIMAL NUMBER 1S DESIGNATED B8Y ‘DDDDD'’.

b pury

000000000@@@@0?[0W-]
Smwo\nbwmdoomwawn

179
180
181
182

MACRO M1200

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
CGNTINUE
PROCEED

DROP
ADD

DISPLAY
FLAGS

ZFLAGS
EXIT

TESTS

PASS

FLAGS

X
X

X
X
X

X
X

EOP

X
X

UNITS

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 C~ 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

HOE
LOE
IER*

1BR*
IXRe

PRI
PNT
80E

UAM
ISR
IDR

ADR
LorT

EVL

EFFECT

HALT ON ERROR - CONTROL IS RETURNED TO

RUNTIME SERVICES COMMAND MODE
LOOP ON ERROR

INHIBIT ALL ERROR REPORTS
INHIBIT ALL ERROR REPORTS EXCEPT

(FIRST LEVEL CONTAINS
FIRST LEVEL
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 MZSSAGES ARE DESCRIBED IN SECTION 3.1

SEE THE XXDP+ USER'S MANUAL FOR MORF ScTAILS ON FLAGS. YOU MAY
SPECIFY MORE THAN ONE FLAG WITH TC FLAG SWITCH. FOR EXAMPLE,
TO CAUSE THE PROGRAM TO LOOP .« ERROR, INHIBIT ERROR RL 'ORTS
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 2.5 BELOW). WHEN
YOU ANSWER THIS QUESTION WITH A °v'‘, THE RUNTIME SERVICES WILL ASK
;gg E:EH~3=?$R OF UNITS (IN DECIMAL). 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 HAPPEN TO BE 2 THROUGH 5. THERE ARE 5 PARAMETERS
THAT MAY VARY AMONG THE UNITS. THESE ARE THE BUS ADDRESS, THE THREE

1/0 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 1D SWITCH SETTING(D) ?

2<(R>

& NN =

—d ad cand e

O 00 NN

b cnd and

WNAN N N W N NN

b a=d

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

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<(R>
IS SLU2 SERIAL PORT CONFIGURED FOR DMA OPERATION(Y/N) N ?<(R>
TEST USER ROM (L) N ? Y<(R>

UNIT 1

SBC ID SWITCH SETTING(D) ?

2<CR>

IS I0P'S LSI=11 BUS ADDRESS IN THE LOW ADDRESS RANCGE(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>
LOGP-8ACK CONNECTOR ON PARALLEL PORT (L) Y ? <CR>
IS SLU2 SERIAL PORT CONFIGURED FOR DMA OPERATION(Y/N) N ?<(R>
TEST USER ROM (L) Y ? <(R>

USER DOCUMENTATION
IDENTIFICATION

MACRO M1200

26-JUL-83 08:14

SEQ 9

PAGE 9
UNIT 2
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 ? <(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 PAPALLEL 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<(R>

LOOP-BACK CONNECTOR ON SERIAL PORT #1 (L) Y ? N <(R>
CHANNEL A LOOP-BACK CONNECTOR ON SERIAL PORT #2 (L) N ? Y<(R>
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

4&<(CR>

SBC ID SWITCH SETTING(D) ?

2<CR>

IS I0P'S LSI=11 BUS ADDRESS IN THE LOW ADDRESS RANGE(Y/N) Y ? Y,, ,<CR>
LOOP-BACK CONNECTOR ON SERIAL PORT #1 (L) v ? ., ,N<CR>

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

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

USER DOCUMENTATION
IDENTIFICATION

MACRO M1200

26-JuUL~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 FTLE NAMES AND HARDWARE CONFIGURATIONS.
TO RUN SETUP, USF 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)?

| 4

izrgETbg NOW READY TO ACCEPT CCMMANDS.

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:]OFILE=[DEVI:JIFILE

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

PAGE 11

OFILE - NAME OF THE OUTPUT FILE FOR THE TEST SUFTWARE THAT HAS
BEEN "'SETUP'' WITH .BIN OR .BIC EXTENSION.

~NO wn

614

DEV] = DEVICE FROM WHICH FILE IS TO BE READ; DEFAULT IS SYSTEM

PR S PP
o o o~

SEQ 11

DEVICE; DEVICE MUST BE ON LINE.

IFILE - ugg;ugfi THE FILE FOR THE TEST SOFTWARE THAT IS TO BE

621

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)

OR NO ANSWER AT ALL IS TYPED, THE INPUT FILE 'IFILE'’ WILL
IF *"v'*
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
THE FORMAT OF THE COMMAND IS:
TEST SOFTWARE ON THE MEDIUM.
LIST [DEV:]ICFILE.EXT]
WHERE,

DEV = DEVICE 70 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 IS
"= .BI7".

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 50H2 (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

PAGE 13

LWHERE; 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
INFORMATJON ABOUT THE ERROR. THESE ARE ALWAYS PRINTED UNLESS
THE ‘‘IER"* OR ''IBR'* FLAGS ARE SET (SECTION 2.3). THFSE MESSAGES
ARE PRINTED AFTER THE ASSOCIATED GENERAL MESSAGE.
EXTENDED ERROR MESSAGES (ONTAIN SUPPLEMENTARY ERROR INFORMATION
SUCH AS REGISTER CONTENTS OR GOOD/BAD DATA. THESE ARE ALWAYS
PRINTED U*LESS THE "'IER’', *‘IBR'' 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

) =D

b ad

OOV
NN =

VAW
IV

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. SECTION 2.2 DESCRIBES SWITCHES.
5.0 DEVICE INFORMATION TABLES
6.0 TEST SUMMARIES

SEQ 13

',
USER DOCUMENTATION
IDENTIFICATION

002000

000000
000000
000000

MACRO M1200

26-JUL~83 08:14

PAGE 14
P

+MCALL
Sv(C

SVC

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

.SBTTL

BGNMOD

MDHEDR:

002000

MDHEDR

ohd

;

THE PROGRAM HEADER IS THE INTERFACE BETWEEN

: THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.
546

POINTER BGNRPT,BGNAU,BMTMDU,BGNSETUP

547 002000
548
565

566 002000
002000
002000
002001
002002

::
LSNAME

HEADER

(ZKTCA,A,0,120,0

ASCII
JASCII
LASCI1
LASCIT
.ASCII
ASCII

/¢/
72/
7K/
/T/
7¢/
7A/

BYTE
BYTE

LSREV::
L$DEPO::

000016
000120
024454
000000

002162
000000

024670
000000

002034
002034

000000
000000

LSUNIT::
LSTIML::

::
LSHPCH
:
L$SPCP:

LSHPTP::
L$SPTP::
LSLADP::

L$STA::

0
0

ASCIT

/A/

LASCIT

70/

.WORD

TSPTHV

.WORD

120

.WORD

LSHARD

.WORD

LSHW

.WORD

~LSLAST

.WORD

".WORD

L$CO::
LSDTYP: :

:DIAGNOSTIC NAME

;REVISION LEVEL
0

;NUMBER OF UNITS
;LONGEST TEST TIME

:POINTER TO H.W. QUES.
;POINTER TO S.W. QUES.

;PTR. TO DEF. H.W. PTABLE
:PTR.

10 S.W. PTABLE

;DIAG. END ADDRESS
;RESERVED FOR APT STATS

:DIAGNOSTIC TYFE

SEQ 14

c
PROGRAM HEADER AND TABLES

PROGRAM HEADER

002036
002036

00000C
002124

000000
000000
000000
003
003
000000
000000
000000

014422

017402
000000

000000
020050

020014
000000

014432
104035

000000
017412

020006

017662
017404
000000

000000
567 002122
568

000000

MACRO M1200

26-JUL-83 08:14

LSAPT::
LSDTP::

PAGE 14=1
sAPT EXPANSION

.WORD

L$PRIO::

LSENVI::

-WORD

LSDISPAT

-WORD

LSEXP1::

LSMREV::
' $EF::

LS$SPC::
LSDEVP::

LSREPP::
:
LSEXP4:

LSEXPS::
LSAUT::

L$DUT::
LSLUN::
LSDESP::
LSLOAD::
LSETP::

LSICP::

LSCCP::
LSACP::
LSPRT::

LSTEST::

LSDLY::
LSHIME::

.BYTE
.WORD
-WORD

ESIAGNOSTIC RUN PRIORITY
;EXPANSION WORD

:SVC REV AND EDIT #
CSREVISION
CSEDIT
;DIAG. EVENT FLAGS
0
0

-WORD

LSDVTYP

.WORD

LSRPT

.WORD

-WORD

LSAU

.WORD

LSOV

.WORD

LSDESC

EMT

ESLOAD

-WORD

.WORD

LSINIT

.WORD

LSCLEAN

-WORD

LSAUTO

-WORD

L$PROT

.WORD

. WORD
ENDMOD

:PTR. TO DISPATCH TABLE

sFLAGS DESCRIBE HOW IT WAS SETUP

.WORD
.WORD

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

;PTR. TO ADD UNIT CODE

;PTR. TO DROP UNIT CCDE
;LUN FOR EXERCISERS TO FILL

;POINTER 10 DIAG. DeSCRIPTION

;GENERATE SPECIAL AUTOLOAD EMT
sPOINTER TO ERRTBL
;PTR.

TO INIT CODE

:PTR. TO CLEAN-UP (CODE
;PTR.

TO AUTO CODE

;PTR.

TO PROTECT TABLE

s TEST NUMBER
;DELAY COUNT
:PTR. TO HIGH MEM

D
PROGRAM HEADER AND TABLES

DISPATCH TABLE

MACRO M1200

26-JuUL-B3 08:14

.SBTTL
i

PAGE 15

DISPATCH TABLE

2 2

* TNS DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.
; IT 1S USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST.

BGNMOD
DSPCODE::
000016

0
588 002160

020056
020216
020420
020640
023074
021314
021540
021776
022256
022516
022750
023212
023474
024256

DSPCODE

DISPATCH 14
14
.WORD
:
CH:
LSDISPAT
T
LWORD
T2
WORD
T3
.WORD
T4
JWORD
15
WORD
TG
LWORD
17
LWORD
T8
.WORD
79
.WORD
710
.WORD
TN
LWORD
T12
WORD
713
.WORD
T14
LWORD
ENDMOD

SEQ 16

E
PROGRAM HEADER AND TABLES
DEFAULT HARDWARE P-TABLE

MACRO M1200

26-JUL-83 08:14

.SBTTL

PAGE 16

DEFAULT HARDWARE P-TABLE

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.
605 002160
002160
002162
002162

000010

BGNHW
LSHW::
DFPTBL::

.WORD

DFPTBL

L10000-L$HW/2

: DUMMY HARDWARE P-TABLE.

: WE WANT,

624
625
626

627 002166
628 002170
629 002172
630 002174
631 002176
gg% 002200

634 002202
002202

LMWORD
.WORD

000000
000001

O
1

; SBC I0 SWITCH (2 T0O 15.)
BUS ADDRESS RANGE (LOW IS DEFAULT)

; FLAG FOR LUOP-BACK CONNECTORS.
: 0 = NOT INSTALLED; 1 = INSTALLED
-WJURD
.WORD
-WORD
.WORD
.WORD
-WORD

000000
000000
0C0000
000000
000000
000000
L10000:

ENDHW

(=lelelelele]

621 002162
gg% 002164

THIS JUST LETS THE DRS KNOW WHAT FORMAT

CONNECTOR FOR SLU1
CONNECTOR FOR SLU2, CHANNEL A
CONNECTOR FOR SLU2, CHANNEL B
CONNECTOR FOR PARALLEL 1/0
SLU2 DMA CONFIGURATION
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 SOF TWARE TABLE CONTAINS VARIOUS DATA USED BY THE

PROGRAM AS OPERATJONAL PARAMETERS.

THESE PARAMETERS ARE

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

AT RUN TIME.

645 002202
002202
002204
002204

000000

LSSW::
SFPTBL::

655 002204
002204

L10001:

BGNSW
.WORD

ENDSW

SFPTBL
L10001-L$SW/2

SEQ 19

MACRO M1200
GLOBAL AREAS
SOF TWARE P-TABLE

26-JUL-83 08:14

PAGE 18

.TITLE GLOBAL AREAS
.SBTTL IDENTIFICATION

.SBTTL

GLOBAL EQUATES SECTION

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

BGNMOD
GLBEQAT::

671 002204
002204
672 002204

GLBEQAT

EQUALS

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

100000

81T15== 100000
BIT14== 40000
81T13== 20000
8I1T12== 10000
B8IT11== 4000
8IT10== 2000
81T09== 1000
81708== 400
BIT07== 200
81706== 100
8IT0S5== 40
8I1T04== 20
81703== 10
BIT02== &
8IT01== 2
81700== 1

001000
000400
000200
000100
000040
000020
000010
000004
000002
000001

B8IT9==
BI178==
BIT7==
BI1T6==
BITS==
BIT4==
BIT3==
BIT2==
8IT1==
8I1T0==

000040
000037
000036
000035
000034

Ve vt
v MMMMIMee e Se oo,

BIT DIFINITIONS

000340

BIT09
BIT08
BIT07
BIT06
BITO0S
BIT04
BIT03
BIT02
BITO
B8IT00

VE? FLAG_DEFINITIONS

32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATICN

F START==
F.RESTART=
F. CONTINU ==
F .NEW==
F PWR==

32.
31.
30.
29.
28.

PRIORITY LEVEL DEFINITIONS

RIO? 340

BIT POSITION IN SECOND STATUS WORD
100000) START COMMAND WAS ISSUED
0 40000) RESTART COMMAND WAS ISSUED
20000) CONTINUE COMMAND WAS ISSUED
60000) A NEW PASS HAS BEEN STARTED
004000) A POWER-FAIL/POWER-UP OCCURRED

26-JUL-83 08:14

(e]lelalel]

MACRO M1200
GLOBAL AREAS
GLOBAL EQUATES SECTION

PAGE 18-1

000300
000240

000000

*OPERATOR FLAG BITS

673

688 002204

000004
000010
000020
000040
000100
000200
000400
001000
002000
004000
010000
020000
040000
100000

EVL==

LOT==
ADR==

100000

ENDMOD

SEQ 20

GLOBAL AREAS

MACRO M1200

GLOBAL DATA SECTION

; THE GLOBAL DATA SECTION CONTAINS DATA THAT ARE USED
: IN MORE THAN CNE TEST.

GLBDAT::

000030
000032
000034
000036

726 002216
727 002220

728 002222
729 002224
730 002226
731 002230
732 002232
733 002234
734 002236
735 002240
736 002242
737
738
739
740
741
742
743
744

745 002244

GLBDAT

TWO PORT RAM Q-BUS ADDRESS OFFSETS.

716
717
718
719
721 002204
722 002206
723 002210
724 002212
725 002214

BGNMOD

000000
000002
000004
000006
000010
000012
000014
000016
000020
000022
000024

720

GLOBAL DATA SECTION

I34

704
705
706
707
708
709
710
4}
712
713
714
715

PAGE 19

.SBTTL

690
691
692
693
694
695
696 002204
002204
697
698
699
700
701
702
703

26-JuL-83 08:14

SEQ 21

000026

000000
000000
000000
000000
000000

000000
000000

000000
000000
000000
000000
000000
000000
000000
000000
000000

DPRO==0
DPR1==?

DPR2==4
DPR3==6
DPR4==10
DPRS==12

DPR6==14
DPR7==16

DPR10==20
DPR11==22
DPR12==24
DPR13==26
DPR14==30
DPR15==32
DPR16==34
DPR17==36

.WORD
.WORD
.WORD
WORD
.WORD
.WORD

0
0
0
O
0
O

:
;
:
:
:

LooP81:
LOOPB2:
LOOPB3:
LOOPB4:
SL2DMA:
ROMTST:

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

0
0
0
O
O
0

; LOOPBACK CONN. FLAG FOR SLU1
: LOOPBACK CONN. FLAG FOR SLU2 CHANNEL A
: LOOPBACK CONN. FLAG FOR CHANNEL B
: LOOPBACK CONN. FLAG FOR PL'L /0
2 "1 SAYS SLUZ2 SETUP FOR DMA
: FLAG FOR USER ROM TESTS (NON-0 = TEST ROM)

:
M

THE FOLLOWING ARE THE DATA TO INVOKE INDIVIDUAL ROM TESTS.
EACH XXDP+ TEST MUST WRITE ONE OF THESE WORDS INTO THE IOP'S TWO

QJRVEC: .WORD

DELCNT: .WORD
INTFLG: .WORD
HIMEM: .WORD

0
O
0

: VECTOR FOR QIR TEST

: USED IN RDELAY SUBROUTINE.
: SOFTWARE FLAG FOR QIR TESY
: BASE OF HIGHEST 4KW PAGE FROM LSHIME

PORT REGISTER FILE (TWO-PORT RAM, REGISTER 0).

IOP ROM TEST.

100001

TEMP SAVE FOR VECTOR CONTENTS
1OP UNIT DROPPED FLAG (NON-0 = DROPPED)
LOGICAL UNJT NUMBER
SBC ID SWITCH FROM P-TABLE
SBC ID SWITCH RIGHT JUSTIFIED
: Q=BUS BASE ADDRESS FROM P-TABLE

SAVEC:
DROPUN:
LUN:
I0PN:
IOPNN:
QBASE:

CSR:

THE 0P BOOT

CODE WILL INTERPRET THE CONTENTS OF DPRO AND INVOKE THE APPROPRIATE
-WORD

100001

; CSR TEST

GLOBAL AREAS

MACRO M1200

GLOBAL DATA SECTION

7646 002246
747 002250
748 002252
749 002254
750 002256
751 002260
752 002262
753 002264
754 002266
755 002270

100002
100004
100010
100020
100040
100100
100200
100400
101000
102000

26-JuL-83 08:14

RAM:
ROM:
CPU:
BVNT:
SLU1:
SLU2:
PLLIO:
DMA:
QIR:
DPR:

SEQ 22

PAGE 19-1

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

100002
100004
100010
100020
100040
100100
100200
100400
101000
102000

; 16KW RAM TEST
s ROM TEST

; 10P INSTRUCTION TEST
; BEVNT INTERRUPT TEST
: SERIAL PORT #1 TEST (CONSOLE)
; SERIAL PORT #2 TEST (MODEM)
s PARALLEL 1/0 TEST
; DMA COMTROLLER TEST
: Q=BUS INTERRUPT TEST
; TWO-PORT RAM TEST

GLOBAL AREAS

MACRO M1200

GLOBAL DATA SECTION

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

THE FORMAT OF REGISTER 3 IS:
WHERE:

TT = 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'' ASCI1 STRINGS. THEREFORE, THIS
SECOND TABLE WILL CONTAIN 13 ENTRIES FOR EACH OF THE ROM-RESIDENT SELFTESTS.
7

788 002272
789 002274
790 002276
791 002300
792 002302
793 002304
794 002306
795 002310
796 002312
797 002314
798 002316

002320
002352
002404
002436
002470
002522
002554
002606
002640
002672
002724

T1ADR:
T2ADR:
T3ADR:
T4ADR:
TSADR:
T6ADR:
T7ADR:
T10ADR:
T11ADR:
T12ADR:
T13ADR:

RT1
RT2
RT3
RTé
RTS
RT6
RT7
RT10
RT11
RT12
RT13

:
:
:
;
:
;
:
:
:
:
;

POINTER TO TEST 1 STRINGS
POINTER TO TEST 2 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 12 STRINGS
POINTER TO TEST 13 §
’

GLOBAL AREAS

MACRO M1200

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.

s T14ADR:
s T15ADR:

RT14
RT15

: POINTER TO TEST 14 STRINGS
; POINTER TO TEST 15 STRINGS

:T17ADR:

RT17

; POINTER TO TEST 17 STRINGS

: POINTER TO TEST 16 STRINGS

RT16

: T16ADR:
24

: HERE IS THE SECOND TABLE WHICH WAS MENTIONED ABOVE.

; ADD UP TO 4 MORE ERROR BIT MESSAGE POINTERS.

FE T
R
IR ITEA
A

NE o

; ERROR BIT:

Uele - RNTe XV, P YV

YN |

: POINTER TO T2 ASCII STRING

TEITEIE

; ADD UP TO 2 MORE ERROR BIT MESSAGE POINTERS.

000000

NOWNMES WN=O

; ERROR BIT:

ROMT?

; POINTER TO T1 STRING

elelela]

RT2:

€

004744

ROMT1

Q
0
o

RT1:

[

004721
005524
005570
005634
005700
005746
005016
006064
006132
000000
000C00
000000
000000

N
m
'S

814 002320
815 002322
816 002324
817 002326
818 002330
819 002322
820 002334
821 002336
822 002349
823 002342
824 002344
825 002346
826 002250
827
828 002352
829 002354
830 002356
831 002360
832 002362
833 002364
834 002366
835 002370
836 002372
837 002374
838 002376
839 002400
840 002402

SEQ 25

GLOBAL AREAS

MACRO M1200

GLOBAL DATA SECTION
842

843 002404 004767
844 002406 007061
845 002410 007137
846 002412

007313
000000

857 002436
858 002440

005023
000000

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

PAGE 22

RT3:

ROMT3
T3E0
T3E1

007215

847 002414
848 002416

849 002420
850 002422
851 002424
852 002426
853 002430
854 002432
ggg 002434

26-JUL-83 08:14

ROMTS
WORD

: POINTER TO T4 ASCII STRING
wx¢T4 NOT INSTALLED AS YETw%e
H

T3E2

WORD
KORD
WORD
WORD
WORD
LWORD
WORD

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
0000900
000000
000000
000000
000000
000000
000000

T3E3
LWORD

; POINTER TO T3 ASCII STRING
0
: ERROR BIT:
4
1
H
4
3
H
* ADD UP TO 8 MORE ERROR BIT MESSAGE POINTERS.

RT4:

WORD
JWORD
JWORD
.WORD
WORD
.WORD
JWORD
LWORD
.WORD
LWORD
.WORD

0
0
0
O
0
0
O
0
0
O
0
0
0
0
0
0
0
0

GLOBAL AREAS

MACRO M1200

GLOBAL DATA SECTION

871

26-JUL-83 08:14

PAGE 23

ROMTS
T5E0
T5€1
T5E2
TSE3
WGRD

872 002470
873 002472
874 002474
875 002476
876 002500
877 002502

00506¢
007411
00747
007544
007607
000000

RTS:

886 002522
887 002524
888 002526
889 002530
890 002532
891 002534
892 002536
893 002540
894 002542

005117
007647
007745
010025
010074
010154
010223
010256
9000000

RT6:

878 002504
879 002506
880 002510
881 002512
882 002514
883 002516
ggé 002520

895 002544
896 002546
897 002550
898 002552

WORD
.WORD
WORD
.WORD
WORD
.WORD
JWORD

00000V
000000
000000
000000
000000
000000
000000

000000
000000
000000
000000

ROMT6
T6EQ
T6E
T6E2
T6E3
T6E4
T6ES
T6E0
MWOPY)

MCrD
JWIRD
JWORD
MORD

SEQ 26

: POINTER TO T5 ASCII STRING
0
: ERROR BIT:
1
:
2
:
3
H
; ADD UP TO 8 MORE ERROR BIT MESSAGE POINTERS

; POINTER TO T6 ASCII STRING
: ERROR BIT:
0
1
:
:
2
:
3
4
:
5
;
:
)
; ADD UP TO 5 MORE ERROR BIT MESSAGE POINTERS.

0
0
O
0
0
0
O

0
0
0
O

A FE TR

T7€1
T7€2
T7€3
T7E4
T7ES
T7E6
T7€7
T7E8
T7E9

POINTER TO T7 ASCII STRING
ERROR BIT:
-t = DO NOWNES WO

T7€0

0
1

POINTER TO T10 ASCII STRING

RT10:

ERROR BIT:

QOO0

NOWNS W= O

b md \SY

YR TR FI X

ROMT?

SLrO—

RT7:

902 002556

903 002560
904 002562
905 002564
906 002566
907 002570
908 002572
0% GUCITh
910 002576
911 002600
912 002602
913 002604
914
915 002606
916 002610
917 002612
918 002614
919 002616
920 002620
921 002622
922 002624
923 002626
924 002630
925 002632
926 002634
927 002636

000000G

ONNOONWVISN
WO =2 NNONNON
NN
N=ONN

901 002554

PAGE 24

M) =d b

900

26-JUL-83 08:14

(YR IEATIEIEIEIE

MACRO M1200
GLOBAL AREAS
GLOBAL DATA SECTION

SEQ 27

ADD UP TO 4 MORE ERROR BIT MESSAGE POINTERS.

26-JUL-83 08:14

PAGE 25

930 002640 005317
931 002642 012161
932 002644 012260
933 00c646 012365
934 002650 012437
935 002652 012524
936 002656 012573
937 002656 000000

RT11:

938 002660
939 002662
940 002664
941 002666
82% 002670

000000
000000
000000
000000
000000

ROMT11
T11E0
T11E1
T11E2
T11E3
T11E4
T11ES5
WORD

944 002672
945 002674

005462
017625

RT12:

952 002712

000000

GLOBAL AREAS

MACRO M1200

GLOBAL DATA SECTION
929

946 002676
947 002700
948 002702
949 002704
950 002706
951 002710

953 002714
954 002716
955 002720
956 002722

012721
012771
013052
013132
013205
013262

000000
000000
000000
000000

.WORD
.WORD
JWORD
.WORD
WORD

SEQ 28

0
0
0
0
O

; POINTER TO T12 ASCII STRING
0
: ERROR BIT:

ROMT12
T12E0
T12E1
T12€2
T12E3
T12E4
T12€5
T12E6

JWORD

WORD
.WORD
.WORD
WORD

; POINTER TO T11 ASCII STRING
¢ ERROR BIT:
0
1
:
2
H
3
H
4
:
5
H
ERROR BIT MESSAGE POINTERS
MORE
6
TO
UP
; ADD

0
0
O
0

:
:
;
:
H
H

1
2
3
4
5
6

; ADD UP TO 5 MORE ERROR BIT MESSAGE POINTERS.

013404
013460

963 002734
964 002736
965 002740

013545
013653
013727

969 002750
970 002752
971 002754

014227
014277
014350

966 002742
967 002744
968 002746

972
973
974
975

976

977

978
97 9

980 002756

014005
014105
014161

RT13:

POINTER TO T13 ASCII STRING
ERROR BIT:

961 002730
962 002732

960 002726

013336

- =2 OB NO NS WO

005507

-t b OO NN
= O —
(V]

959 002724

] g e = =f = ==t ~af =4 D

958

PAGE 26

-A—A-._n-.—..a_.-o—.-o_ag
W L A A A N AN NN
mmMmMmMmMmMMmMMMMMMmMMmm
—

GLOBAL DATA SECTION

26-JuL-83 08:14

) ol o

MACRO M1200

N L G

GLOBAL AREAS

SEQ 29

IF (UP TO) & MORE TESTS ARE ADDED TO THE ROM-RESIDENT CODE, PLACE THE

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

26-JUL-83 08:14

MACRO M1200

GLOBAL AREAS

GLOBAL TEXT SECTION

PAGE 27

LSBTTL

983

SEQ 30

GLOBAL TEXT SECTION

M24

986
987

: THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,
: MESSAGES, AND ASCII 1wFORMATION THAT ARE USED IN
: MORE THAN ONE TEST.

988

J=-

989

NORES:

.ASCIZ

/NO RESPONSE FROM ROM SELFTEST/

=2ON S WNNOO

=200
NIV N

b b b b wud

—t b )

ek B OO

b b ad b O =

NS WROVAO
NN S SO NN
QNS
N
=

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

ad Q)

GLOBAL MESSAGES == ERROR AND OTHERWISE

.ASCIZ

ad Qb b O

QO
=2 N)— S =2
OWVISBONNOO
WO

b
b
d wnd b b wnd O
—d e

NOIOP:

003101
003104
003107

&S B NNONIWVINWNINON
O =2 = =2 (N NS WO N NI

154

o
o

998 003054

-A—A_a—oo—.-l-.-l-lo—no_.-.—ng - ad NN N b = \ NN =

o
o

002775
003000
003003
003006

040

NNVO = HBNNO—=O=ONHOO
=

997 002756
002761
002764
002767
002772

—d b e
b b b ) D e
)
d b —_=SO=0OO PRERY . PP
o P P
P
e Yo T
S b IS = b P b b N BN =
NNON = =ONNN=NINO NSNS
OO
=0ON=WOWnH
[
X
JeP
Nl
WO NNV
HIOR IO
W

0
Ne)

PR
TR TR

991

PAGE 28

1%8

ROMD:

.ASCIZ

/ERROR DETECTED BY IOP SELFTEST/

BADSW:

.ASCIZ

°BOOT/SELFTEST SWITCH NOT SETUP PROPERLY'

(=]

NN
&0

- e

e ed ()

b D e

WONNON
S NINNNON =
S ANOWVEB
O S WWOWN

— d il ad b b s )

NON=WNOOONN)

S OOWVINNO=OMIN
NN

003154
003157
003162
003165
003170
003173
003176
003201
003204
003207
003212
003215
003220

-2 NINJ NNt
2 B C ==

1001 003151

—d b b and e b e ek O b b O b

003120
003123
003126
003131
003134
003137
003142
003145
003150

O—'g

1000 003112
003115

&
o

26-JUL-83 08:14

GLOBAL TEXT SECTION

N
W ONMN N = S WNWINO

MACRO M1200
- b b el ond D i i O e wd ) i i s i e s
O ==
= ONNNONOOCO
=N -00 OO =0
QN
— HN
O =NV
YN
QNN OHrOWNS STV OWVE

GLOBAL AREAS

SEQ 31

NOTRDY: .ASCIZ

/TEST COMMAND STATUS ERROR FROM 0P/

NWVON
WS W WOO=OO=2NWOOOONN)

b wd ed e
b b

040

WS SN

.ASCIZ

b b b b b ad =D

= O=0ONNIO —=ON

CMND:

e OO

1264
124
117
101
040
101
123
122
122
122
040
120
124
060
117
075
060
060
040
120
123
117
122
104
124
101
105
040
115
116
000

D= a2NNOORH
SN

1003 003221
003224
003227
003232
003235
003240
003243
003246
003251
003254
003257
003262
1004 003264
003267
003272
003275
003300
003303
003306
003311
003314
003317
003322
003325
003330
003333
003336
003341
003344
003347
003352

PAGE 29

- ed D ed e OO RO D

GLOBAL TEXT SECTION

26-JuL-83 08:14

NO=2NVO S HBOD

MACRO M120C

D) b e ) b O b =d —d =B O —b
NO ==L NN
O
OO =2 ~NONO HNOWVOW

GLOBAL AREAS

SEQ 32

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

NWVINS =N
VWV

b b cd and cd o b b ) b b

N=IN

e e b o b b ) b D b b
ON
© QOMNININI SN
S WO
O S OMNIW

110
105
11
000

-b—lo—.—l-.—l

003431
003434
003437
003442

120
123
114
106
101
1M
040
122
040
124
124
000
123
040
040
m

SIS
~=O

1006 003353
003356
003361
003364
003367
003372
003375
003400
003403
003406
003411
003414
1007 003415
003420
003423
003426

OOO—=0O0==00
-

GLOBAL TEXT SECTION

PAGE 30

NOTPR:

.ASCIZ

/POSSIBLE FATAL IOP ERROR DETECTED/

—d b
o h d d
ONNONOO
NEWWNESW

26-JuUL-83 08:14

MACRO M1200

OSSO

GLOBAL AREAS

SEQ 33

CCPU:

.ASCI2

/SBC ID SWITCH SETTING/

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION
1009 003443
003446

003451
003454
003457
003462
003465
003470
003473
003476
003501
003504
003507
003512
003515
003520
003523
003526

0
1010 003535

}}}
047

}%;

?38 BASE:

123

040

114
055

123
061

1M
061

123
104
105
040

040
104
123
m

101
122
123
116

117

040
127
104

040

040
105

101
122
123
101
105
833

102

124

‘'IS IOP'S LSI=11 BUS ADDRESS IN THE LOW ADDRESS RANGE(Y/N)*’

.ASCIZ

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

110

}}8

6;;

}as

103

116
103
122
116
105

116
124
040
040
122

120
124

117
040

103
123
105
117
051

117
117
040
122
000

061

.ASCIZ

114
040
104

050
116

101

105

040
116

PAGE 31

125

123
122
107
131
051

040

003620

26-JuUL-83 08:16

SEQ 34

113

103

117

114

040

050

105
117
117
123
m

122
043

116
114
120
124

LOOP1:

MACRO M1200

003625
003630
003633
003636
003641
003644
003647
003652
003655
003660
003663
003666
003671
003674
003677

1013 003702
003705

003710
003713
003716
003721
003724
003727
003732
003735
003740
003743
003746
003751
003754
003757

O-ac_o—n.a—b-a_a-n—b-ao_o_.—no_ao_a_n_a—b_n_n.a_n_ao_‘_.—l

1012 003622

d ad QBN
=N
= Qe 2O
N =t 2O
EPOES
adPN) b ad O —d b O
SOV
WO
=2 W NN NWN NO SO WNNIO = NN NVINWNINO

GLOBAL TEXT SECTION

26-JuL-83 08:14
b md e e ) b b b ) i = O b i wd b b e b b O b b i O b =
[ P yuy —
R
o
S == NIINOO=2NO = SO
oNOUNO O=NO=2HON
SO SO0
NSO =2NONNVW CODOrROOCONROSNONWOO

GLOBAL AREAS

1 01

105
1 01

SEQ 35

PAGE 32

LOOP2:

.ASCIZ

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

LOOP3:

.ASCIZ

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

117
55
103
103
1

116
124
04 0
1

040
122

114
117

040
000
101
105
102

117

055
103

103
116
124

4
040
4
040
122

114
117

4
040
000

1015 003762
003765
003770

1016 004027

003773
003776
004001
004004
004007
004012
004015
004020
004023
004026

004032
004035
004040
004043
004046
004051
004054
004057
004062
004065
004070
004073
004076
004101
004104
004107
004112
004115
004120
004123
0046126
et et A O bbb bbb d b b b D b =

b Y= O =2 OO CONSNOSOWNO

== NN ==ONES
VN
= ONOROOOC=E

o-n-a—.—a-.o—l—n—l-lo-c—n—oo—.—n-o-no

DOO ===

S OWN=0ONINWVMINWNN

—b b cnd b il b e b cd —ad b

NNOON==O
= O =

NOSMNNOOSONWWWNN

N
NH =N S HBN=OO

MACRO M1200

OO = NINWVINON
= NSO WN=2WN=O W

S\ N b)) d = NI SN =2 = NN OOOOOH
=N

ONO S NOS NS VOWNO 2WOOONW=ONS
N =0NIWOO O~

°°—A_A-A°..a-n—n.n—a—n—no_a-no_._Ao_a_no—o_o_._n_a_n_o—no_n_a—o
OWNM=NOSO=ONOOND NN DN =O = =m0 2NOH0ON)
=

GLOBAL TEXT SECTION

GLOBAL AREAS
26-JUL~83 08:14
LOOP4:

PAGE 33
.ASCIZ

SLU2CF: .ASCIZ

SEQ 36

/LOOP-BACK CONNECTOR ON PARALLEL PORT/

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

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

26-JUL-83 08:14

PAGE 34

SEQ 37

1018 004127
004132
004135
004140
1019 004143

124
124
123
040
115

105
040
105
122
000

123
125
122
117

UROM:

,ASCIZ

/TEST USER ROM/

1020 004145

103

123

122

CSRT:

.ASCIZ

/CSR/

004150

000

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

1022 004151

004154
004157
004162
004165
1023 004170
004173

061

127
117
114
101
122
000

SEQ 38

26-JUL-83 08:14

PAGE 35

RAMT:

_ASCIZ

/16KW LOCAL RAM/

ROMT:

_ASCIZ

/ROM/

066

040
103
040
115
17

113

114
101
122
000
115

26
00
16
14

PAGE 36

BEVNT:

.ASCIZ

/BEVNT/

SLUIT:

.ASCIZ

/CONSOLE SERIAL PORT (SLU1)/

SLU2A:

.ASCIZ

/SERIAL PORT (SLU2), CHANNEL A/

23
11

22
50
2
0

;

22
1

b O =

40
4
1

51
03
6

(= —d ed (O
(=

b = —d =D
ok = D) b D b b =B

004240
004243
004246
004251
004254
004257
004262
004265
004270

b b

1027 004235

D OO

004205
004210
004213
004216
004221
004224
004227
004232

004177

1026 004202

o OOHONINNOOWN
N =N ==N0O

1025 004174

OOt QO
d = O = b b e b b b = d b
B 2NN
S =2NONNINNOOONO =0
OCOOHTVNONO
= N=WNHO—=NNWWO N

GLOBAL TEXT SECTICN

b = D = O DD b =d kb O =D

26-JUL-83 08:14

“hCRO M1200

=SN=ONWHRO
== S ONSNONNESW

GLOBAL AREAS

SEQ 39

b O) =d b ==d

=2 §S =d b )

b b b O

PAGE 37

SLUZB:

.ASCIZ

/SERIAL PORT (SLU2), CHANNEL 8/

PLLP:

JASCIZ

*'PARALLEL 1/0 PORT"’

b NI

b o O

=b = O

ONNOSMNO
SO W=SONSN

O edad o

004350

_ng_n_a_._no_a_no.ao-no_._.

1029 004273
004276
004301
004304
004307
004312
004315
004320
004323
004326
1030 804331

NS
=2OON
S = =2 NPNONNIES =)
NO=VN=O00O
N VNONO =W

GLOBAL TEXT SECTION

26-JUL-83 08:14

Ot ad O

MACRO M1200

b ad ) b b b b b — a4 — cmd b b
O O
NNV ==2000 (=2 NNV
S ONES
=W - OMN WHO =W

GLOBAL AREAS

SEQ 40

004451

PAGE 38

DMAL:

.ASCIZ

/DMA CONTROLLER (LOCAL IOP ONLY)/

DMAT:

.ASCIZ

/DMA CONTROLLER (LSI-11 BUS DMA)/

= YNSNO

Db D) b b ad b

=N
D
o FOONE
= ON
== WO S NIN=

bbb md ed wd O =) b b =~ 2 b b —ch b b

=N =02 N=2NO =
O =2NJ)
&S\ = N=2NO=O

004446

Ot et OO

004375
004400
004403
004406
004411
1033 004413
004416
004421
004424
004427
004432
004435
004440
004443

Ot et OO
b b O b D
b O = O = = b O =
VIOMNON 2 NO == SO
ONO =200
S AN
=2 OWVNNON
=2 OO0OWOWNNOO S

1032 004353
004356
004361
004364
004367
004372

e cand e b O b e D b
Wb
ad s et Y= O

26~-JuL-83 08:14

MACRO 1200

GLOBAL TEXT SECTION

OWMWOWMIS
NS B WO SO ==
WV

GLOBAL AREAS

SEQ 41

GLOBAL TEXT SECTION

004461
004464
004467
004472
004475

040
123
16
122
120

004503
004506
004511
004514
004517
004522
004525
004530
004533
004536
004541
004544
004547

1M
040
1264
122
124
122
040
122
040
040
101
105
124

1036 004500

»O
NSNS

114
055

e wd ) o i wd b ) i b
i = =D O
N=NOR
=N
=B NIO —d —d =)A S LSS

1035 004453
004456

D) =D i b e O =B
C==O —b e b il b i b b i
oONINI
& ON = = ONIN =N HONIO =IO —
=NOONOOOO VW= =
oOoNro0 O

26-JuL-83 08:14

MACRO M1200

WS NI NWO NOWVIVI =

GLOBAL AREAS

SEQ 42

PAGE 39

QIRT:

+ASCIZ

/LSI=11 BUS INTERRUPT/

QIRTT:

LASCIZ

/NO IOP INTERRUPT FROM FIRST OF 2 ATTEMPTS/

101

PAGE 40

QIRTZ2:

LASCIZ

/NO IOP INTERRUPT FROM SECOND OF 2 ATTEMPTS./

DPRT:

.ASCIZ

/TWO=-PORT RAM/

WS NNV

11
040
124
122
124
122
040
103
104
106
040
124
120
056
124
055
122
122
000

b mbd

004555
204560
004563
004566
004571
004574
004577
004602
004605
004610
004613
004616
004621
004624
1039 004626
004631
004634
004637
004642

116

WVIONN

1038 004552

26-JUL=-83 08:14

-t P

MACRO M1200

D b wd wd () b b e ) b
P
S . TM D —t
adPN)ud S-S
b —d b
OO O
= YN
S ONO S~ - OO NWNOWVIWN

GLOBAL AREAS

GLOBAL TEXT SECTION

SEQ 43

1042 004663

1041 004643
004646
004651
b and amd anbd b
=0ON-=N)
NWEH =0

O EMIVON
WY

P
e X
=2 NI =N

.ASCIZ

Qb
e OO b
d b
D =
NN
o OMNOB
ONWS
OO =0 =N

MACRO M1200

—J—i—l-‘—l-lo—l-l—l
OOOOMNNINMMNMIOO
WM
VB OO SOV

GLOBAL TEXT SECTION

GLOBAL AREAS

—h e b b md i d () i b ) =D b b (O b
=2 PINO =2 et O P = NO =2 NN SO
NN = =2 YNO = OO = VNIWNO W

SEQ 44

26~JUL-83 08:14
PAGE 41

.ASCIZ

/CPU INSTRUCTION/

/VERIFY THE IOP IS ADDRESSABLE/

1045 004744

004747
004752
004755
004760
004763
004766

OMNVVIOO
O OWVO H VO =

004727
004732
004735
004740
004743

o-a—aoo_o—ao_.?-o-ao_.
nNO
&S =
ONOHH =2—=00

1044 004721
004724

26-JUL-83 08:14
—lddddl’
OOO =N
WWNN =)

MACRO M1200

}6;

—t b el b b b
ONN=NO
D PNINNON
=

GLOBAL AREAS

GLOBAL TEXT SECTION

}82

SEQ 45

PAGE 42

ROMT1:

,ASCIZ

°'1/0 REGISTER CHECK''

ROMT2:

ASCIZ

/NATIVE OR USER RAM/

123
122
110
13

122

1¢3

040
115

e
— o e e ) b
b = O

=
SO VNW SO

VMIMANOWVOWNW

O b b
b
b b

b
b
i
e e
e
b
b

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

b b and b cad b b (O

004775
005000
005003
005006
005011
005014
005017
005022
1048 005023
005026
005031
005034
005037
005042
005045
005050
005053
005056
005061

116
1M

NN =N = NN SO
QBN NWNO W=

1047 004767
004772

NOO=NIN—=NO
—
WVIWNW NPOVINO

GLOBAL TEXT SECTION

==t
=
OO n

26-JUL-83 08:14

MACRO M1200

OB
= ON =0

GLOBAL AREAS

SEQ 46

PAGE 43

ROMT3:

.ASCIZ

/NATIVE OR USER ROM CHECKSUM/

ROMT4:

LASCIZ

/T11 CPYU INSTRUCTIONS AND TRAPS/

1050 005062
005065

1051 8051}5
12
15

005147

g-o-o-no—-oc—-o-—»—.o—no-

b ) b o b b
=Ny =—=
2N O
o ONES
=HBNNO

-t ed O = ) b i =
NN =2VNNIVOO
=
ONO =0 OWWO

MACRO M1200

(=3
(=1
OWw ONSNIONNOWVWN=
S NONO -~

GLOBAL AREAS

[ Y
e R
g
B
Tl TM
NONNOOONONNINS =O ==
S NSO = VNNWNWE NSO
NIWES NS

GLOBAL TEXT SECTION

26-JUL-83 08:14&
PAGE &4
SEQ 47

ROMTS:
,ASCIZ
/LINE CLOCK (BEVNT) INTERRUPT/

ROMT6:
.ASCIZ
/CONSOLE SERIAL PORT D(C319/

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION
1053 005151
005154
005157
005162
005165
0C5170
005173

0
1054 805220

005261
005264

123

26-JUL-83 08:14

105

103

101
105
101

116
123
11
040
122
116
067
061
103
116
114
051

104
105
101
120
124
105
062
040
110

117
040
122
114
117
040
103
060
050

116
123
191
040
122
116
067
061
103

104
105
101
120
124
105
062
040
110

102

051

117
040
122
114
117
040
103
060
050

123

101
105

105

116
114

116
040
000

103

116
040
000

SEG 48

PAGE 45

ROMT7A: .ASCIZ

/SECOND SERIAL PORT NEC7201 (CHANNEL A)/

ROMT78: .ASCIZ

/SECOND SERIAL PORT NEC7201 (CHANNEL B)/

104
040

005314

005322
005325
005330
005333
005336
005341
005344

063
116

117
105
101
070
066

bbbt ed ek b O D = =d O = weh b

1057 005317

132

= =2 O
OO == O =N NN
OOWVIN
& SN OSSO NSH~=

120
101
105
11
040
122

1056 005267
005272
005275
005300
005303
005306
005311

OOt
= OO
== ——
o)
o WS =N = OOR S ==
=SANO P NIN=OOONNO
M

26-JuL-83 08:14

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

SEQ 49

PAGE 46

ROMT10: .ASCIZ

‘'PARALLEL [/0 PORT 28036

ROMT11: _ASCIZ

/DMA CONTROLLER AMZwvio/

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

1059 005346
005351
005354

005357
005362
005365
005370
005373
005376
005401
005404
005407
005412
005415

1060 005416

005421
005424
005427
005432
005435
005440
005443
005446
005451
005454
005457

26-JUL-83 08:14

SEQ 50

PAGE 47

040
116
117
105
101
070
066
114
101
11
040
114

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 AM28016 (LSI-11 BUS)/

104

000

040
116
117
105
101
070
066
114
055
040
123

115

103
124
114
122
115
060
040
123
061
102
051

117
122
114
040
132
061
050
m
061
125
000

OIS ONOMANO WV S

Ot ed O bk ed b b O O =
QNININNININ)
=N >N —2

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

26-JuUL-83 08:14
1

O =
=\t b —

MACRO M1200

12
1
10
12

00
n
1

04
1

VIO N NO W

GLOBAL AREAS

GLOBAL TEXT SECTION

SEQ 51

PAGE 48

ROMT12: .ASCIZ

ROMT13:

.ASCIZ

/LSI-11 BUS INTERRUPT/

/TWO-PORT RAM/

MACRO M1200
b b
b d ed md OO
b et e e O =

005573
005576
005601
005604
005607
005612
005615
005620
005623
005626
005631

Ocdadead b ad OO

1066 005570

005527
005532
005535
005540
005543
005546
005551
005554
005557
005562
005565

1065 005524

O SENNO=ONWVNHL20NO
OO 20NN =0
W C == NV
WVNN NN S O W = NN
W WY

GLOBAL TEXT SECTION

26-JuUL~-83 08:14
122
122
060
040

b b b b b b wd wd (DO b b b b b b b
bb
NNO =N SOOI
NN [a¥]
N =2 =2 S NININO = NININNI = NSOV W

GLOBAL AREAS

122
4

SEQ 52

PAGE 49

T1€0:

.ASCIZ

/ERROR #0 - BUS ERROR AT (SR ADDRESS/

T1E1:

.ASCIZ

/ERROR #1 - BUS ERROR AT QIR ADDRESS/

MACRO M1200

PAGE 50

T1E2:

.ASCIZ

/ERROR #2 - BUS ERROR AT TPR ADDRESS/

T1E3:

.ASCIZ

/ERROR #3 - BUS ERROR AT DC319 ADDRESS/

62%

NN NN

040

122

Vs
— W NINIWNOWNINIWN
= O &~

N = YNNI
WA O 5 = NN

005703
005706
005711
005714
005717
005722
005725
005730
005733
005736
005741
005744

NN =2 =

1069 005700

bt b D b b ek b b OO wd b wd b O b ek bk B OO =

005637
005642
005645
005650
005653
005656
005661
005664
005667
005672
005675

NN OOROO=ONWVNa20NOHNO—2ONWVS =20

1068 005634

26-JUL-83 08:14

D b e b b i () ) b b b e b wd med
OO~ OISO PNV O NN

GLOBAL AREAS

GLOBAL TEXT SECTION

SEQ 53

000

102
040
122
040
040
122
104

003

825
040
102

T1E4:

.ASCIZ

/ERROR #4 - BUS ERROR AT NEC7201 ADDRESS/

T1ES:

.ASCIZ

/ERROR #5 - BUS ERROR AT 18254 ADDRESS/

000

122
4

060

—b—db
ONNO
W=

Db OO =S b b d B OO b =
OS2 ONINNNSONNIND
WS ONWNMESNNWO
SN
b b
b OO
e e

006027
006032
006035
006040
006043
006046
006051
006054
006057
006062

PAGE 51

OO0 NN NSO

1C72 006016
006021
006024

—l—l—lo—I—l—l—l—loo_l—lo—l—loo—b—l-l—l—ioo_._l
2O —=ONWNS 2O0000R 20O =2ONWVNH =0
W) =2 N =2 = Y WANVNWN NV O W S = N ON =2 NN WY

005751
005754
005757
005762
005765
005770
005773
005776
006001
006004
006007
006012
006015

no NOON

1071 005746

26-JuL-83 08:14

O
OO =
SO
HN
ONOON)

MACRO M1200

GLOBAL TEXT SECTION

wVH SO S NNNWOWNINN

GLOBAL AREAS

SEQ 54

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

1074 006064

105

26-JUL-83 08:14

PAGE 52

122

T1E6:

.ASCIZ

/ERROR #6 - BUS ERROR AT 28036 ADDRESS/

122

TIE7:

.ASCIZ

/ERROR #7 - BUS ERROR AT 28016 ADDRESS/

122

006067
006072
006075
006100
006103
0061
006111
006114
006117
006122
006125
006130

117
043
055
125
105
117
101
132
063
101
122
123

122
066
040
123
122
122
124
070
066
104
105
000

040
0490
102
040
122
040
040
060
040
104
123

006135
006140
006143
006146
006151
006154
006157
006162
006165
006170
006173
006176

117
043
055
125
102
17
101
132
061
101
122
123

122
067
040
123
122
122
124
070
066
104
105
000

04
040
102
040
122
040
040
060
040
104
123

1075 006132

105

SEQ 55

122

MACRO M1200

26-JUL-83 08:14

PAGE 53

122

T2EO0:

.ASCIZ

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

T2E1:

.ASCIZ

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

b b b b
VNNOO
W)~
=

et () md ad nd b o

wd = OO =

-t It A PN ONINN
S BN
VIO =N
NS NOON

W S OMNION = S NINIWNOONINY

DO
b bbb QO =4 —
PO SNINVONININNSONNON)
O O=OO
=

=0 =3 NV

054

—b
b b

006306

NN
OON
S — OOWM=50

1078 006253
00

ORI
WVIWN WY OWVI SN0

006203
006206
006211
006214
006217
006222
006225
006230
006233
006236
006241
006244
006247
006252

1077 006200

o-.—a-acg_.—no_n—n_ao—n—a_._o—a_noo_.—.
S OQOCO=N
O =2ONIWNE =O
OOV

GLOBAL TEXT SECTION

pr gy ONWV=WM=20
=N

GLOBAL AREAS

SEQ 56

W
~
n

0
1081 006374
b4
o

1080 006323

006326
006331
006334
006337
006342
006345

006454
101
b e

D ed ad b (D

)

b OO =d =

PAGE 56

b ad b O b = ed ek =d = OO =
OO NINO=ONS SN
=WV OSNOINISANOON

T2E2:
.ASCIZ
/ERROR #2 - READ-MODIFY-WRITE, NATIVE RAM/

T2E3:
.ASCIZ
/ERROR #3 - READ-MODIFY-WRITE (LO BYTE), NATIVE RAM/

=2 & =N =2\ =
O =2 N = N = QIWNWNINONION

26-JUL-83 08:14

Owbed
et ad ed b OO b
N O =ONISH SN
OB NONENOON

MACRO M1200

VO = O =2 =

NONNONINNOWVM
=N == O N0
-o-o-o-h-ao-o-n--og
- N wd wd NN = $ b \ Nk 2 O &
ororun

GLOBAL AREAS

P
B Y e B e P
e e Pl e Pl el P L
PV Y
-] PiF QEF QI NS GEF I ., P Y o T P
O =8 =2 20NWOVIOWNS =0
oSO O —=ONWOWVOWVE
S5SNI
NN
O
=
ONAND
= £S5 VNN NV
VIRD
SNy
=
(VP
X =]

GLOBAL TEXT SECTION

SEQ 57

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

1083 006457

105

26-JUL~-83 08:14

PAGE 55

T2E4:

.ASCIZ

122

006462
006465
006470
006473
006476
006501
0065064
006507
006512
006515
006520
006523
006526
006531
00653
006537

117
043
055
105
055
06
131
122
105
110
102
105
040
126
105
101

122
064
040
101
115
111
0ss
111
040
111
131
051
116
11
040
115

040
040
122
104
117
106
127
124
050
040
124
054
101
126
122
000

006545
006550
006553
006556
006561
006566
006567
006572
006575
006600
006603
006606
006611

117
043
055
125
195
117
101
125
122
101
101
122
123

122
065
040
123
122
122
126
123
040
115
106
105
000

040
040
102
040
122
040
040
105
122
040
104
123

1084 006542

105

122

SEQ 58

/ERROR #4 - READ-MODIFY-WRITE (HI BYTE), NATIVE RAM/

T2ES:

.ASCIZ

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

WAV

1086 006613
006616

1087 006661

006717
006722
b ed O

SN
o NOBNN=SONE
OO NN HSNNOON

b e

Qb ad O
s wb O b OO wed =
o NO S =200WN=80NN
ONVIONWM=N=0O0
NN

SN WTWTO W 8 N O WWWNANIAAWW

122
040
040
b b —d b b b ey

127
124
=IO
SN

ONNNNO N

MACRO M1200

Qe et O

= NN AND 8

OoNNONOWVIOWN

_n-a-c—a-b-oo-cog_.—a-ao—oo—oo-a—o—noo_.d
2O =2 BNV
OONWNES =20

1Y,]
~

(=}
[=]
o
[

GLOBAL TEXT SECTION

GLOBAL AREAS
26-JUL~83 08:14&
PAGE 56
SEQ 59

T2E6:

.ASCIZ
/ERROR #6 - WRITE-READ ERROR, USER RAM/

T2E7:

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

[=]
o
o
~
N

1089 006725

006730
006733
006736
006741
006744
006747
006752

0
1090 807003

007060
000
-tk ad O b 2 O =S O =
ONININN
=2 &S b N —b
Py NIV PP
Ve IV 1V )

o P

Y, Py ., T

Y o T P

CMNINIWVIWN
= I =2 N =2 O
NN
NN
=N O =WNWN—=00MNN

GL.OBAL AREAS

O OO =
O b ed b d b b ) =B OO =t SO R b Db b edd ed D
=20
nNO
S OO=ONOVOWMS 200ONOHOO—=ONOVIOWNES
WO N VIO VIR £ IR S VWKW
WV
O VIR O WM 8 VTN VN

o
o

GLOBAL TEXT SECTION

MACRO M1200
T2E8:
.ASCIZ
/ERROR #8 - READ-MOD-WRITE (LO BYTE), USER RAM/

T2E9:
.ASCIZ
/ERROR #9 - READ-MOD-WRITE (HI BYTE), USER RAM/

26-JuL~83 08:14
PAGE 57

040

122

SEQ 60

26-JuL-83 08:14

PAGE 58

122

T3E0:

<ASCIZ

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

T3E1:

LASCIZ

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

101
126
122
000

-0

Y
T
R
TR e

b b b ) b b wd b b
=ONS-20N00O
NSO NWVIWVIWWWN

Y P
e b b cnd e b i b O O b

e NIA) b b = OO =2 P BN
VIO = O NONWVIWOWVMNOOON

04
122
054

b &~

10
12

D) b

05
1
13
04

—b d wdd O b e amd b = =000 - b
=2ONH =ONO oNS O N
= PN
NWV SO NWVWIW WHOO

007067
007072
007075
007100
007103
007106
007111
007114
ouril?
007122
007125
007130
007133
007136
1093 007137
007142
007145
007150
007153
007156
007161
007164
007167
007172
007175
007200
007203
007206
007211
007214

QONIO = 5 NIO WO «= NYWIN

1092 007061
007064

2-ld°—l—l—.°—.°—.—l°—.—.°°—.—.
=2OONNOWVNISNOS
WSS =20

GLOBAL TEXT SECTION

=P
b NN bt =4 DO - N
WO =0NINWVIWOWN SO0

MACRO M1200
W

GLOBAL AREAS

SEQ 61

26-JUL=-83 08:14

PAGE 59

LASCIZ

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

.ASCIZ

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

- 2 () b b D b d b b b O
NS N=2=200NOON S
NS ONINNVINVWNWSO

b =
b OO
) md e

b O

VIO = NWVO WWWNIWN

S WO NVVNIOONOWWNO
= =2 WNOWWNWN NV S WO W

007401
007404
007407

040
et Q= OO =t = =d b b b b
=N
200NN ==

007220
007223
007226
007231
007234
007237
007242
007245
007250
007253
007256
007261
007264
007267
007272
007275
007300
007303
007306
007311
007313
007316
007321

—teded ad = OO O R =D O R
NN 2= S BNBNNOB N

1095 007215

OBN=S
=R NN =20

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

SEQ 62

1098 Q07411

1099 807471

007532

007535
007540
007543
D=

OO O

MACRO M1200

—d b i (D) b b e ) b O D
d d O
QMNINISMNIONISDOEBNIN)
= 2N
S OWWWOWNO
= O SO
NN

O
NIN) =2 b = NP = OO =B
O=H0NNO S
rW
OWVMIN=WVNHONO
WS VNN VNIV = OOWVNHOVONWOONN

= D) R R OO S A OD

007414
007417
007422
007425
007430
007433
007436
007441
007444

[ el b b md d b b b B (DO

GLOBAL AREAS
26-JUL-83 08:14
PAGE 60

TS60:
. ASCIZ
/++* ROM IN VECTOR SPACE =~ SELFTEST #5 SKIPPED ««/

TSE1:
.ASCIZ
/ERROR #1 - CLOCK INTERRUPT LEVEL INCORRECT/

Ot ed b O b b wd e e = O
— b b () b () b b b b —-OOQ=0O Ot
O —d =
NNNO
BNV NIO=O OB NO SN =2ONNOVON
OO
WWN
S B WNWNWW
NN VIO
WOONO
SNNNWOONO
NN =W

[=] Ot et

F
o

(=4
(=]

GLOBAL TEXT SECTION

SEQ 63

26-JuUL-83 08:14
122

007615
007620
007623
007626
007631
007634
007637
007642
007645

OO =2 =
b
b O b
b
Ot D OO

1102 007607
007612

007547
007552
007555
007560
007563
007566
007571
007574
007577
007602
007605

O8 D B 2 NOWVS =3ONNNN =N

1101 007544

GLOBAL TEXT SECTION

Oedud ad ek Ot QO —d =
OO =0
=0
OWVIWVI = YO ~NO NN

MACRO M1200
OO NOO N =2VNWNNWVEN
S OO NWES NN~V

GLOBAL AREAS

SEQ 64

PAGE 61

T5¢€2:

.ASCIZ

/ERROR #2 - CLOCK DOESN'T INTERRUPT/

T5E3:

.ASCIZ

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

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

1104 007647

007652

007655

052

123

106

26-JUL-83 08:14

PAGE 62

TO6EO:

.ASCIZ

/«+ SELFTEST #6 INTERRUPTS NOT TESTED - ROM IN VECTOR SPACE #+/

T6E1:

.ASCIZ

/ERROR #1 = XMTR INTERRUPT NOT MASKED AT LEVEL 4/

052

040

1264

105

114

007660
007663
007666
007671
007674
007677
007702
007705
0C7710
007713
007716
007721
007724
007727
007732
007735
007740
007743

123
043
m
105
129
123
117
124
124
040
122
040
040
103
122
120
105
052

124
066
116
122
120
040
124
105
105
055
117
m
126
124
040
101
040
000

040
040
124
122
1264
116
040
123
104
040
115
116
105
117
123
103
052

007750
007753
007756
007761
007764
007767
007772
007775
010000
010003
010006
010011
010014
010017
010022

117
043
055
115
040
124
122
124
117
115
113
040
040
126
040

122
061
040
124
m
105
125
040
124
101
105
101
114
105
064

040
040
130
122
116
122
120
116
040
123
104
124
105
114
000

1105 007745

105

SEQ 65

122

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

SEQ 66

26~-JUL-83 08:'4

PAGE 63

122

T6E2:

LASCIZ

/ERROR #2 - XMTR INTERRUPT NOT RECEIVED/

T6E3:

.ASCIZ

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

MACRO M1200

26-JUL~83 08:14

PAGE 664

N
NN NN NN SN OWWNN

6%8

T6E4:

.ASCIZ

/ERROR #4 - RCVR INTERRUPT NOT RECEIVED/

T6ES:

.ASCIZ

/ERROR #5 - RECEIVED DATA INCORRECT/

SN ND =2 8 =

010264

b () b b

ek O

LARR

N NOHFOO—=OWVNE

o
N

pry

1110 010154
57

d b b bk =2 SO OO = =
=20O0O0ON=NINNSOWVES 20

GLOBAL TEXT SECTION

040
122

O on QH =NINY=N)
oo WOoONONN

GLOBAL AREAS

SEQ 67

122

26-JUL-83 08:14

-_—_—00

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

SEQ 68

PAGE 65

T6E6:

.ASCIZ

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

T7€0:

LASCIZ

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

MACRO M1200

26-JuL-83 08:14

VN =2 \WNO = S NWWN VW NV S N S OO0 N = OO NN = S OVIN N

122
040
040
11

T7€1:

.ASCIZ

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

T7€2:

.ASCIZ

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

124

105

ONOSWESN

b b b b b b-

NN=NNOW

043
050
060

HOWOO =N R L2000

b
B ed (DO
b b b ad d

——
== OO0
OO
OOt et A b O 2

—

PAGE 66

065

et b O

P
QuurGaar
G faurGurd

= =N NN =N YN =20
OWN = OMNINS = ONMNINES

1Mz

eolelelelele]e)

&
~

(=]

010447

A D =IOt

010441
010444

b et

010422
010425
010430
010433
010436

Oar b et O

1116 010417

N NOSHOOOCO==OB
NN

GLOBAL AREAS

GLOBAL TEXT SECTION

SEQ 69

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

T7E4:

.ASCIZ

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

VIS NSO«
S NWWOON

A\ AWVIN NWW N S NWWO ON

bbb b
B B O b
= OO
OONN=ON=WN=ON
S SN

000

LASCIZ

b b (D) e Db e d OO b
O OWV=OMNISSN

1120

PAGE 67

T7€3:

Db e

010563

=4 -

1119 010560

26-JuL-83 08:14
b e O b wd O e wd e wd O ) b =
NOH =2 =2NOO = =80
O WO O & VNNV
OWNN

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

SEQ 70

010737
010742
010745
010750
010753
010756
010761
010764
010767
010772
1123 010775
011000

011003
011006
011011
011014
011017
011022
011025
011030
011033
011036
011041
011044
011047
011052

063
055
13
057
131
040
104
040
122
105
105
104
101
116
122
103
105
117
043
055
115
15
105
040
124
124
116
105
m
117
114
105

= 8 O OMMNO W NWNWNWNO
ON

010715
010720
010723
010726
010731
010734

105
117

Ododad cd O e =md O =
coud e b b O O =
(=4 Q= NOSNNI=20ONIONIS
NN

1122 010707
010712

ONOWVIN

GLOBAL TEXT SECTION

26-JuL~83 08:14&

gmmONdebOV—iOONNbNWO-‘b-h\n\nvuho—‘oommm

MACRO M1200

o-n-a—a....—.—n—.—no—n-noo_.-a-b—n—no—n-l_n-hc—a_o—.-n—aoo_a_.
O= = fNNOOHS 2O NINNINOSNOO=OWVO
=0 H0VN

GLOBAL AREAS

SEQ 71

PAGE 68

T7€5:

.ASCIZ

“ERROR #S5 = SYNC/ASYNC MODES - RECEIVED DATA INCORRECT"

T7e6:

.ASCIZ

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

SEQ 72

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

26-JUL-83 08:14

PAGE 69

122

T7E7:

.ASCIZ

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

122

T7€8:

.ASCI2

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

123

PAGE 70
~

1129

OeOrN
N =rrre
Y O FONNO
2 ONNON
T — 7 T TV
VT
O\NN— e= re
0rrr
OrO0
0rrr =000~
OO0TNrOrOO0

1128

26-JUL-83 08:14

< wn — oy

“ERROR #9 = STATUS WRONG OR NO INTERRUPT WiTH TT.(8/2 SET'

LASCIZ

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

o .

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

SEQ 73

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

26-JUL-83 08:14

SEQ 74

PAGE 71

.ASCIZ

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

1132

LASCIZ

/«+ ROM IN VECTOR SPACE - SELFTEST #10 SKIPPED ¢/

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

1134 011560

105

26-JuUL-83 08:14

122

T10E1:

.ASCIZ

/ERROR #1 - RESET STATE INCORRECT/

122

T10E2:

.ASCIZ

/ERROR #2 - TIMER DIDN'T START/

117
043
055
105
124
124
105
116
122
103

122
061
040
123
040
101
040
103
122
124

040
040
122
105
123
124
m
117
105
000

011624
011627
011632
011635
011640
011643

117
043
055
m
122
1M1

122
062
040
115
040
104

040
040
124
105
104
116

011651
011654

123
122

124
124

101
000

011646

105

047

122

124 Y

PAGE 72

122

011563
011566
011571
011574
011577
011602
011605
011610
011613
011616

1135 011621

SEQ 75

040

MACRD M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

26~JUL-83 08:14

SEQ 76

PAGE 73

1137 011657
662
665
670
673

.ASCIZ

/ERROR #3 - TIMER NEVER STOPS/

1138

.ASCIZ

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

b ek eed () B D e b D

b Qe

b O b bk wd =D b OO b =

et d O bbb b 2 OO =
O=0NSNO=20ONS
N
H=a2nmBs
OV =Sunesoon

.ASCIZ
/ERROR #5 =~ TIMER INTERRUPT NOT RECEIVED/

DBOWOO
=D WVN=20H00N

et O =k =k OO =

A
D Db = O = OO =
OON=NINNH
= 0NN
VIWVININSND
S OWVMOWVINDND

T10E5:

T10E6:

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

N NOJOOONIWN=N=SENN

Pt O

|=3 O
=

MACRO M1200

Ottt
d A Db b d OO =)
= PNINNISNION=S0NNIND
OWVMWNONNO
S COUVIASNOOMMNIN

NS 2 00NO S = NIN) =N
N SO
o B ed = OB ON = b D
O ONION N = VN~V
VIS
N = WNO - S NNONVNHWNVIOOMNO

1140 011767
011772

-t

0
1141 812037

GLOBAL TEXT SECTION

GLOBAL AREAS
26-JUL~83 08:14
PAGE 74
SEQ 77

GLOBAL AREAS

MACRO M1200

26-JuL-83 08:14

3eOwWwWh—-MNnNne

122

GLOBAL TEXT SECTION
1143

NOOMN

1144

SEQ 78

PAGE 75

T10€7:

.ASCIZ

/ERROR #7 - RECEIVED DATA INCORRECT/

(SN - - w o

LASCIZ

/%« SELFTEST #11 INTERRUPTS NOT TESTED - ROM IN VECTOR SPACE *¢/

S’WS

Ot OO

=3O =

Ot = =3O -t b ed ()

b b O

wad

b b = O

O = ad O

b
e e e O b b e ad 2 O
b = wd d md = = O o-. OO
N
ONOH =NIN) =2 =2 = =T 4N QOH=ONINO=BNIN=NO
NOOO
VNN
= OO & H NWWO
OO WOOONOSONWO o

OO WWWO
WIS =N

S =2PNONHWN=0NONOWN

Ot
OO ~=O ==
O

MACRO M1200

H=NBOVIVN—

O—=ONHMNVO—

—d b b b ) b b b

W OONSOONON— S HNOMNIVY
QON—2NON) NS == NH a2 OVNOOIOO
N
NV
SOWN = N = = OO
VIV
NSO S OO VNWNVINWVMOOWVES

012415
012420
012423
012426
012431
012434
b

—b o

302

b wnh cnd

N
W
o
N

(elelolelalelele)

1146 012260
3
0

—

0
1147 012365
—h

GLOBAL TEXT SECTION

GLOBAL AREAS
26-JuL-83 08:14
040
114

PAGE 76
SEQ 79

T11E1:
.ASCIZ
/%« SELFTEST #11 LSI=11 BUS ACCESS NOT TESTED = NO ADDRESS DEFINED **/

T11€2:
.ASCIZ
/ERROR #2 - CHANNEL INTERRUPT NOT RECEIVED/

1150

D ond cnd ad cad

b end

D b ad D

b and and b b

b d b e

D d =

1149 012437
012442

115

b d wd () b i b d e =2 D) =S OO~
ONSHONNO
=00 HOS NN
NS ONSOWNVSN OWVN=0OSH0O0N

T11€3:

.ASCIZ
/ERROR #3 - DMA (HANNEL HUNG (TC,EOP BITS BOTH CLEAR)/

— e

=S NS O=OrO OO —=2OWNN

MACRO M1200

- ed b O b b OO
O
= = OO ==
OOMNIS =NINIWN=
B =080

B Ot O b d b
e O b b D b e O D b b
OO
= -t ek b OO
OO D=2NO—=ORN—=
2O NN 20
SONDOO NO=WVH
IWN W
O—=0wW SN =2 NV NN YN =N O NN NWWO W S ON W

QO
[« V]

ST ST NT N ST ST S N ST N ST NS LN LA S LA S LS LS a8

— el

(elolelelelelelalalelelelelalealelelalalelalolalalolalale)

GLOBAL TEXT SECTION
GLOBAL AREAS

26-JuL-83 08:14
PAGE 77
SEQ 80

T11E4:

.ASCIZ
/ERROR #4 - DMA ABORTED (EOP = 1 = NXM)/

1153 012625

1152 012573
012576

WO WS NININ = £ NN NN

bbb b b b B B OO
[el=] - b OO S A
ONN— OB O=LO=O=NNNONON=S
B
=B NWN =N
2O
OWNLOWNSO
(=1

=
=

MACRO M1200

O —a— —'o—'-‘—'o—‘-‘c-‘—'-‘c—‘o—.oo—‘o—'—‘oo—‘—‘
S OO SO
VION) N NNOWVIOOH =2NO S OONNIVON
OOMNES ON = WWNON O = = O Wi
NSO W= S SN

NN =2 O WWONW OOV

= WNEH O
o_.—lg
SNOON S OMNEOONENANNINNOO
VIO
—»

012705
012710
012713
012716

o..._n—no_c-n_ao-n_.—noo_.o_n_n_a_o-.oo..._o

n
o
W

pour Gy Quar Qs Qs Gur4

(olelelololelelelolo)

GLOBAL TEXT SECTION

GLOBAL AREAS
26-JuL-83 08:14
122
4

PAGE 78
SEQ 81

T11ES:
.ASCIZ
/ERROR #5 - DMA DATA ERROR/

T1260:
.ASCIZ
/++ LSI=11 BUS ADDRESS NOT DEFINED = SELFTEST #12 SKIPPED #*/

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

26-JUL-83 08:14

SEQ 82

PAGE 79

012724
012727
012732
012735
012740
012743
012746
012751
012754
012757
012762
012765
012770

M7
043
055
122
040
123
061
051
105
122
117
123
000

122
061
040
105
050
122
066
040
126
040
126
105

040
040
102
121
103
07
076
116
105
107
040
124

122

T12E1:

.ASCIZ

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

012774
012777
013002
013005
013010
013013
013016
013021
013024
013027
013032
013035
013040
013043
013046

123
106
123
043
040
111
105
055
117
111
126
124
040
101
040

052

105
124
124
061
123
120
106
040
115
116
105
M7
123
103
052

040

T12E2:

.ASCIZ

/«% SELFTEST #12 SKIPPED - ROM IN VECTOR SPACE ++/

1155 012721

1156 012771

013051

105

052

000

122

114
105
040
062
113
120
040
122
040
0
103
122
120
105
052

SEQ 83

26-JUL-83 08:14

PAGE 80

1158 013052

T12€3

.ASCIZ

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

1159

T12E4:

.ASCIZ

/ERROR #4 - INTCRRUPT-ON-BIACK NOT RECEIVED/

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

-—

MACRO M1200

013210
013213
013216
013221
013224
013227
013232
013235
013240
013243
013246
013251
013254
013257
1162 013262
013265
013270
013273
013276
013301
013304
013307
013312
013315
013320
013323
013326
013331
013334

105

117
063
055
MM
113
1M
047
103
101
102
121
103
074
076
105
117
043
055
122
105
124
120
110
040
040
104
124
103
122

QWO SHNNON S VOONNIN = = (NOMNIN &

1161 013205

26-JUL-83 08:14

OO
kOO b d b OO s = QOO =d —d b b
QON =N NVVNOSONINVONNISNON)
—

GLOBAL AREAS

GLOBAL TEXT SECTION

SEQ 84

PAGE 81

T12ES:

LASCIZ

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

T12E6:

.ASCIZ

/ERROR #6 - BRESET TRAP THRU 264 DIDN'T OCCUR/

1165

et b

cd O

= b wd b b

o
N

e e ek = OO = =

DO
et O = OO =O=OO
=
ORMNNON
=S BN
OTMEN
[y OH
N= = OQOONONOON

= uO—O
==200V O
N0~ -t

NON?

628
040
114

T1360:
.ASCIZ
/ERROR #0 - LOCAL TPR WRITE-READ ERROR/

T1361:
.ASCIZ
/ERROR #1 - BUS ERROR ON LSI-11 BUS TPR READ/

MACRO M1200

d b O = OO b —=b
OO =L =t b b d OO b = O =
QONNSHOSONNIN
(o 3=LV2 OONNI 2NN SO N
OWVINON
=NANININO = NINONOWVWNININOWOONN

b b b OMNWNES LONINIONINININ)
= =N 2O
onnnonN S\
NNV
&N S NO S NN~V
S NOW OWN & NNV

13407

W
H

1164 013336

—d

(=]

(elelelalelolelololelelelols] (elelelalelolelalolele)
b e ond b e
ed

GLOBAL TEXT SECTION

GLOBAL AREAS
26-JuL-83 08:14
PAGE 82
SEQ 85

NRONIRIROR

1167 013460
013463
013466
01347

013474
013477
013502
013505
013510
013513
013516
013521
013524
013527
013532
013535

0
1168 313545

013644
013647
013652

& —'?O—'—‘o—'—‘-‘—'oo—‘—'

000
b bo

b wd d wd oud wd eh =d

SN =NNNO=ONN SN
QB
NN
N =W OWWNO

B D

122
040

R NIV
= £~ POWN oo

e b b b b O -0
O b b - NOOO
NIV Yy

OO0
—=ON =N~

MACRO M1200

NWWNNONNO
SN OO

NISNSN VIO W OWVMIWNO WS Vi HOVicONINN

d ed = O b =B O b b b b O) =D =D —=2OO=0O Qb OO bbb d 2odd b O =2 b OO = —b
O =500
Wo0 NSV 20NN
==
O0ON S =NV OSSO

ol ON=O

GLOBAL TEXT SECTION
GLOBAL AREAS

O=O b b end b ) b b b
R
S
- b wd ) b b b S BB
O =N
NES O
NROVONN
O
SO NN = =20
O OO H O = NNINWVHAN
N
NN =
= BN
O=0 SO =t Ny S OONOAWN—SON

SEQ 86

26-JuUL-83 08:14
PAGE 83

T1362:
.ASCIZ
/ERROR #2 - NON-ZERO DATA RETURNED ON LSI-11 BUS READ/

T1363:
.ASCIZ
‘'e+ TEST #13 BUS WRITES/INTERRUPTS NOT TESTED - ROM IN VECTOR SPACE «¢'’

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

1170 013653

105

26-JuUL-83 08:14

122

T1364:

.ASCIZ

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

122

T13ES5:

.ASCIZ

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

117
043
055
125
105
117
117
127
124
124
124
040
122
060

122
064
040
123
122
122
116
122
105
117
120
127
104
000

040
040
102
040
122
040
040
m
040
040
122
117
040

013732
013735
013740
013743
013746
013751
013754
013757
013762
013765
013770
013773
013776
014001
014004

117
043
055
120
103
115
104
116
122
120
104
116
040
103
000

122
065
040
122
117
101
040
124
122
124
m
047
117
125

040
040
124
040
115
116
m
105
125
040
104
124
103
122

105

122

PAGE 84

122

013656
013661
013664
013667
013672
013675
013700
013703
013706
013711
013714
013717
013722
013725

171 013727

SEQ 87

105
117

122
040
040

T1366:

.ASCIZ

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

NONNE=ONNEWVMSE
SN
VAR
Y= ARNIWNONEOON

T1367:

.ASCIZ

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

0146054
014057
014062
014065
014070
014073
014076
014101

122
120
040
124
1264
040
123
114
000
105
117
043
055
123
061
102
040
mnm
040
104

014051

014104
1174 014105

014110
014113
014116
014121
014124
014127
014132
014135
014140
014143

0146146

014151
014154
014157

116

124

m
040

124

OO=NS=NNO===0OMNN
SN =
SN=NO=WNWN=NOWVINWO [V ¥

043
055
123
061
102
040
m
040
104
122

- b e ) e ik b OO =R OO =~

014013
014016
014021
014024
014027
014032
014035
0146040
014043
014046

b ad b wnd € wb b b b b b ad b b = O O —

26-JUL-83 08:14

GLOBAL TEXT SECTION

1173 014005
014010

PAGE 85

MACRO M1200

—h e b e e wd od A D) b wd wd =B O = OO b b
S VNONININION = S ONNOND
OON—=N) NIV
ON=S NN =200
—=HO0ON SN

GLOBAL AREAS

SEQ 88

SEQ 89

MACRO M1200

26-JuL-83 08:14

O~ Orr OO0~ rrer OO
OOrO

GLOBAL AREAS

122

T13E8:

LASCIZ

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

122

T13E9:

.ASCIZ

/ERROR #9 - TPR INTERRUPT & NOT RECEIVED/

GLOBAL TEXT SECTION

1177 0146227

000

PAGE 86

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

1179 014277

105

26-JUL-83 08:14
122

T13610: .ASCIZ

/ERROR #10 -~ TPR INTERRUPT 8 NOT RECEIVED/

122

T13E11: .ASCIZ

/ERROR #11 - TPR INTERRUPT 12 NOT RECEIVED/

117
063
040
1264
040
124
122
124
040
124
105
m
104

122
061
055
120
m
105
125
040
116
040
103
126
000

0
060
040
122
116
122
120
070
117
122
105
105

014353
014356
014361
014364
014367
014372
014375
014400
014403
014406
014411
014414
014417

117
043
040
124
040
124
122
124
062
117
122
105
105

122
061
055
120
11
105
125
040
040
124
105
m
104

040
061
040
122
116
122
120
061
116
040
103
126
000

105

122

PAGE 87

12%

014302
014305
014310
014313
014316
014321
014324
014327
014332
014335
014340
014343
014346

1180 014350

SEQ Y0

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

26-JuL-83 08:14

1182
1183

PAGE 88

: NAMES OF DEVICES SUPPORTED 8Y PROGRAM

}}gg
1186 014422
014422
014422
014425

014430

113

061
101

124

130

DEVTYP
LSDVTYP::

LASCIZ

103

061

000

XKXT11CAX

.EVEN

1187
1193

: TEST DESCRIPTION

}}gg

1196 014432

014432

014435
014440
014443
014446
014451
014454
014457
014462
014465
014470
014473
014476
1197

SEQ 91

103

124
040
124
055
040
MM
061
125
104
107
123
103

113

132

103
113
061
103

101
130
061
101

055
040

061
102

LSDESC::

DESCRIPT

JASCIZ

123

114

040
101
117
MM

123
111
116
124
000
'

.EVEN

/CZKTCA KXT11=CA LSI=-11 BUS DIAGNOSTIC/

26-JuL-83 08 1146

MACRO M1200

GLOBAL TEXT SECTION
1206

PAGE 89

: FORMAT STATEMENTS USED IN PRINT CALLS

TESTID:

LASCIZ

/XINXATHE XTXA TEST DID NOT COMPLETE ON IOP #X22XNXN/

VOO

=DBDBO=SVHLNOES

b O

NINO = O

OON =S

e ed e ad b O b =k O = O

OONNIO
=N ODOWN S OVM=OWV

o BN

VWIS WHOOO
VIO-=20VIWNVIVION

O =

QO—=

===

O NWWN=OW

/%A

—==2NNOWS

LASCIZ

bbb
O

ROMETX:

=NIN =W

S)
: INXN/
/XNXTXA ERROR(

S OOO
=IO ===

LASCIZ

SO
H =

OO OOWVMWIOO
=SS NOS0

117
114
105
116
117
043
062
045

OO == O

124

014623
014626
014631
01463
014637
014642
014645
014650

123
104
040

/XNXANXM ADDRESS IS Z06IN/

ROMSG:

RO
ed b ed DO b d

14620

014607
014612
014615

LASCIZ

NOREG:

045
101
115
104
105
040
040
066
000
045
124
040
122
050
072
045
045
040
124
000
045
101
105
124
040

—

1210 014500
014503
014506
014511
014514
014517
014522
014525
014530
1211 014531
014536
014537
014542
014545
014550
014553
1212 014556
014561
014564
014567
1213 014570
014573
014576
014601
014604

1209

SNN=OH
=

1207
1208

XTAIN/

NN~

GLOBAL AREAS

SEQ 92

MACRO M1200
101
105
040
m
104
116
117
043
062

040
123
106
114
040
040
120
045
045

045

TSTERR: .ASCIZ

/XTXA TEST FAILED ON JOP #XZ2XN/

0645

116

045

NOINFO: .ASCIZ

/XINXA

045

014711

000

1216 014712

014715
014720
014723
014726
014731
014734
014737
014742
014745
014750
014753
014756
014761
014764
014767

PAGE 90

124

1215 014653

014656
014661
014664
014667
014672
014675
v14700
014703
014706

26-JUL-83 08:14

101
116
106
124
122
122
122
116
122
124
116
126
114
114
045

011
117
125
110
040
122
040
106
115
m
040
101
101
105
116

1264
124
101
105
117
18}
040
132
116
074
040
122
105
105
117
m
117
101
117
101
1M
102
076
000

<NO FURTHER ERROR INFORMATION AVAILABLE>XN/

TM 7~

GLOBAL AREAS

GLOBAL TEXT SECTION

SEQ 93

WNO
O = OWE NNVIOON
=2 \ON WY

b O b O OO b b b b b
O

015060
015063
015066
015071
015074
015077
015102
015105
015110
015113
015116
015121
015124
015127
015132
015135
015140

015052
015055

113

et b ad ad P O BN ON=O=
OO

015044

1219 015047

045

Ot et

015041

101

130
061
101
045
045
104
120
104
122
040
123
116
045
045
101
117
123
106
123
123
124
040
040
120
045
045
116
040
124
117
130
120
116

NOONNES S NOON = NOWNS =0

015011
015014
015017
015022
015025
015030
015033
015036

045

NOWN=NO =N~ S BV

1218 014772
014775
015000
015003
015006

26-JUL-83 08:14
ROt bt d O b e b ed ) b b b b b b D
D B O D= == OO SO~
OWEHE =2=0ONNNIONO==20NN
=S NINOWES VN — =

MACRO M1200

N BN

GLOBAL AREAS

GLOBAL TEXT SECTION

062

SEQ 94

PAGE 91
KXT11=CA #%22XA DROPPED FROM TESTING.XN/

DROP:

LASCIZ

/INXA

SWITCH:

.ASCIZ

*XNXABOOT/SELFTEST SWITCH ON 10P #X22%A NOT SET FOR XXDP+IN'’

MACRO M1200
GLOBAL AREAS
GLOBAL TEXT SECTION

26-JuUL-83 08:14

ONO
rr
OO—r—TM
OFO
OINTNO~
3COrOrr
-OrONN
rOrrrO
rmrrOr

045

NOTST:

SEQ 95

PAGE 92

LASCIZ

/XNYACOMMAND STATUS ERROR FROM [OP #X22X%A AFTER LAST COMMANDXN/

CASCIZ

/XNXAIOP WXZ2XA XTXN/

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

26-JUL-83 08:14

PAGE 93

V]
[V

SEQ 96

4
[-

.ASCIZ

/XASET SWITCH TO POSITION 10./

LASCIZ

/INIAJOP #%22%A NOT READY TO ACCEPT COMMANDSXN/

k)
.

it
-

T
oer
-~

1227 015377
015402
015405
015410
015413
015416
015621
015424
015427
015432
015435
015440
015443
015446
015451
1228 015453
015456
015461
015464
015467
015472
015475
015500
015503
015506
015511
015514
015517
015522
015525
015530

0645
101
117
117
040
115
16
117
063
062
040
040
123
114
056
045
101
105
040
104
117
11
040
132
101
117
105
117
103
105
116

062

PAGE 9¢

- b b wmd md wnd ) b e e e e e O
OO=NOWES ==0NNNH
SN =2WW=NO
=N HO W

GLOBAL TEXT SECTION

26-JUL-83 08:14
TPR:

LASCIZ

/XNXATWO-PORT RAM ON I0P #XZ2XA 1S DISABLED./

O bk = O
&» O= =
OWVINOW

MACRO M1200

OQOeabodcdad wd e e O) =d e wd = QO b QO = =3 O =d b
D)=
OO =000 =
BNH BNNWVA)
=
WNONWS WWT OV =S =2nNOoOOoOONNWNMSON

GLOBAL AREAS

SEQ 97

TPR1:

LASCIZ

/INXACHECK LEDS ON IOP #X%Z2%A FOR ERROR (ODE.XN/

040

GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

26~JuL-83 08:14

PAGE 95

SLOT:

LASCIZ

/INYAENSURE BACKPLANE DMA GRANT CONTINUITYZN/

INTACK:

LASCIZ

/INYAENSURE BACKPLANE INTERRUPT ACKNOWLEDGE CONTINUITYXIN/

FONTOFrOrOrONNMO-rONTO~rO~rNNOF—OONNMO

SEQ 98

1
GLOBAL AREAS

MACRO M1200

GLOBAL TEXT SECTION

26-JUL-83 08:14

SEQ 95

PAGE 96

W= OO = O~ ON—

PLEASE WAITININ/

LASCIZ

/INZA

«e..REINITIALIZING 10P #322X%A.

LASCIZ

/%A

INITIALIZATION COMPLETE... STARTING TESTS.INXIN/

LASCIZ

/XA XTXA - 10P #%22/

OO A

GLOBAL AREAS

MACRO M1200

GLOBAL ERROR REPORT SECTION

26-JuL-83 08:14

SEQ 100

PAGE 97

.SBTTL

GLOBAL ERROR REPORT SECTION

: THE GLOBAL ERROR REPORT SECTION CONTAINS MESSAGE PRINTING AREAS
; USED BY MORE THAN ONE TEST TO OUTPUT ADDITIONAL ERROR INFORMATION. PRINTB
; (BASIC) AND PRINTX (EXTENDED) CALLS ARE USED TO CALL PRINT SERVICES.
1266
1267 016070

016070
1268 016070
1269 016074

016074

1275 016140
1276 016142
1277 016144
1278
1279 016146

1280 016152
1281 016154

013704
010446
010246
012746
012746
010600
104414

002214

014653
000003

062706
032703
001507
010304
042704
012702
006104
005202
001375

000010
007777

022704
001010

000022

007777
1772772

015532
000001

062706

000004

16174
16200
16202
16202

022704
001010

000024

012746
012746
010600

015606
000001

062706

000004

1
1
1

104415

1%:

BGNMSG

RTERR

MOV
PRINT8B
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
BIT
8EQ
MOV
BIC
MOV
ROL
INC

R4
10PNN,
STSTERR,R2,Ré&

BNE

012746
012746
010600

RTERR::

2s:

3s:

CMP
BNE

R4 ,=(SP)

R2.=(SP)
#TSTERR,=(SP)
#3,-(SP)
SP.RO
CSPNTB
#10,SP

#7777 .R3
73
R3,R4

#7777 R4

#-6,R2
R4
R2
18

#22 ,Ré

PRINTX
MOV
MOV
MOV
TRAP
ADD

#SLOT

cMP
BNE

#24 R4
4
#INTACK
#INTACK,=(SP)
#1,-(SP)

PRINTX
MOV
MOV
MOV
TRAP
ADD

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

GET SBC ID SWITCH NUMBER

PRINT TEST IDENTIFICATION

CHECK FOR EXTENDED INFO
BRANCH, IF NO EXTENDED INFO
SAVE ROM TEST # AND ERROR BITS
STRIP OFF THE TEST #
SETUP COUNTER FOR TES'T NUMBER
PUT TEST NUMBER IN BiTS 3 - 0

BRANCH, IF NOT DONc SHIFTING

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

SP,.R0
CSPNTX

#64,SP

SP,RO
CSPNTX

#4,SP

IS THE FAILING TEST '‘TEST #12'?
BRANCH, IF NOT TEST 12 (QIR TEST)

PRINT INTERRUPT ACK CONTINUITY MESSAGE

SN
o
o

ooNOn

PONIND

b —2 -t
b

o
no
&H

014531
000002
000006

—

[elelelelelelols]

A ¥

012702
N

96 016274
97 016276

016310
016314
016320
016322
016324

1303 016330
1304 016332

5%:

030304
001414
010201
006301
060501
011146
012746
012746
010600

014556
000002

062706

000006

104415

000015

1309 016344
016344
016350
016354

014712
000001

016356
016360

000004

1310 01636¢

104423

#T1ADR=2
R4
8(R4) ,R5

#170000,
R4

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

BIT
BEQ

R3,R4
63
RZ.R1

CHECK FOR AN ERROR BIT SET
BR, IF NONE IN THIS POSITION
PUT BIT POSITION COUNT IN R1
MAKE IT WORD ADDRESSABLE

#1.R3
#1,R2

RS,R1
#ROMETX, (R1)
(R1),=(SP)
#ROMETX ,=(SP)
#2,=-(SP)

INDEX TO ERROR BIT MESSAGE ADDRESS

PRINT ERROR NUMBER AND I.D.

SP.RO
CSPNTX
#6,SP

R3
R2
R2.#13.
58
8$

PRINTX
MOV
MOV
MOV
TRAP
ADD

#NOINFO
#NOINFO,=(SP)

TRAP

C$MSG

8$:
ENDMSG
L10002:

PRINT '‘ERROR(S):"' MESSAGE

R3,R4

ASL
INC
CMP

BNE
BR

7%:

: COMPUTE TEST # ASCII STRING ADDRESS
; GET STRING ADDRESS AND PUT IN RS

ADD
MOV
PRINTX
MOV
MOV
Mov
MOV
TRAP
ADD
MOV
MOV
BIC
MOV
MOV

MOV
ASL
ADD
PRINTX
MOV
MOV
MOV
MOV
TRAP
ADD

6$:

006303

1305 016334
1306 016340
1307 016342

016364
016364

170000
000001
000001

PAGE 98

®a ®e 0y B Ve B

002270
000000

1287 016222
1288 016226
1289 016232

26-JUL-83 08:14

#1,-(SP)

SP,R0

CSPNTX

#6,SP

LR TR PR TN T

MACRO M1200
GLOBAL AREAS
GLOBAL ERROR REPORT SECTION

SEQ 107

SHIFT TO NEXT POSITION..AND
INCREMENT BIT POSITION COUNT
CHECK FOR ALL BITS CHECKED.
BRANCH, IF NOT ALL 12 BITS CHECKED
EXIT THE PRINT ROUTINE
PRINT NO MORE INFO AVAILABLE

MACRO M1200

GLOBAL ERROR REPORT SECTION
1312
1313 016366
016366
1314 816366

26-JUL-83 08:1¢4

NXM::

010146
012746
012746
010600

014500
000002

062706

000006

104414

013704
010446
010246
012746
012746
010600
104414

062706

010446
010246
012746
012746
010600

P
~
&~

104414

b wud end cud wd cnd end cod ad

b cd cnd

b ad

(elelelelelelelelalelelolelelelela)

-—d

N
o

1325

002214

#NOREG,R1

NRES::

L10004:

002214

GENMSG::

010346
012746
012746
010600

014556
000002

062706

000006

ENDMSG
TRAP

BGNMSG
MOV
PRINTB
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

ENDMSG

SP,RO

CSPNTB
#10,SP

CSMSG

BGNMSG

GENMSG

MOV
PRINTB

TRAP
ADD
PRINTX
MOV
MOV
MOV
TRAP
ADD

L10005:

IOPNN,R4

#TESTID,R2,RéG
R4 ,~(SP)
R2,=(5P)
#TESTID,-(SP)
#3,-(SP)

TRAP

MOV
MOV
MOV

014653
000003
000010

104423

PRINTB
MOV
MOV
MOV
MOV
TRAP
ADD

000010

062706

106415

NXM

014570
000003

104423

013704

BGNMSG

L10003:

104423

016436
1320 016442
016442
016442

PAGE 99

ENDMSG
TRAP

R4
IOPNN,

#TSTERR,R2
R4
R4,=(SP)
R2,=(SP)
#TSTERR,=(SP)
#3,-(SP)

SP,RO

CSPNTB
#10,SP
#ROMETX ,R3
R3,-(SP)
#ROMETX,=(SP)
#2,-(SP)

SP,RO

CSPNTX
#6,SP

C$MSG

[ 3= 1

GLOBAL AREAS

SEQ 102

GLOBAL AREAS

MACRO M1200

GLOBAL ERROR REPORT SECTION

1328 016520
016520
1329 016520
1330 016524
016526
016526
016532
016536
016540
016542
1331 016546
016546
016552
016556
016560
016562
1332 016566
016566
1333 016566
1334 016570
016570
1335 016570
1336 016574
016574
016576
016602
016606
016610
216612
1337 016616
016616
1338 016616
1339 016620
016620
1340 016620
1341 016624
016624
016626
016632
016636
016640
016642
1342 016646
016646
016646

013704
010446
012746
012746
010600
104414
062706

012746
012746
010600
104415
062706

26~JUL-83 u8:14

002214

013704
010446
012746
012746
910600
104414
062706

010446
012746
012746
010600
104414
062706
104423

SOFT::

000006
015264
000001

000004
L10006:

002214

000006

L10007:

002214

BGNMSG

SOFT

MoV
PRINTB
MoV
MoV
MoV
MoV
TRAP
ADD
PRINTX
MoV
MoV
Mov
TRAP
ADD
ENDMSG

R4
10PNN,
#SWITCH,RG

TRAP

C$MSG

BGNMSG

CMDERR

MoV
PRINTB
Mov
Mov
Mov
MoV
TRAP
ADD
ENDMSG

R4
I0PNN,

CMDERR::

015142
000002

104423
013704

PAGE 100

015047
000002

104423

SEQ 103<]

NONO::

015321
000002

000006

L10010:

R&,-(SP)

#SWITCH,=(SP)

#CMNDR R4

;s GET CURRENT IOP NUMBER

R4 ,~(SP)
= (SP)
#CMNDR,
#2,-(SP)

SP,RO
CSPNTB

#6,5P

TRAP

CSMSG

BGNMSG

NONO

MoV
PRINTB
MoV
Mov
MoV
Mov
TRAP
ADD
ENDMSG

R4
10PNN,

TRAP

s GET CURRENT ]OP NUMBER

R4
#NOTCLR,
R4, =(SP)
#NOTCLR,=(SP)

#2.-(SP)

; GET CURRENT ]OP NUMBER

GLOBAL AREAS

MACRO M1200

GLOBAL ERROR REPORT SECTION

26-JuL-83 08:14

PAGE 101

1344

1345 016650
016650
1346 016650
1347 016654
016654
016656
016662
016666
016670
016672
1348 016676
016676
016700
016704
016710
016712
016714
1349 016720
016720
016720
1350
1351
1352
1353
1354
1355

013704

010446
012746
012746
010600
104414
062706
010446
012746
012746
010600
104415
062706

002214

1362 016722
1363 016726
016726
016730
016732
016736
016742
016744
016746
1364 016752
1365

BGNMSG

TPRDIS

MOV
PRINTB
MOV

IOPNN, R4
#TPR,R4

MOV

000002

000006
015453
000002
$00006

L10011:
X2
:
:
:
:

:
:

1356
1357

1358
1359
1360
1361

TPRDIS::

015377

104423

MOV
MOV
TRAP
ADD
PRINTX
MOV
MOV
MOV
MOV
TRAP
ADD
ENDMSG

TRAP

010246
010446
012746
012746
010600
104414
062706
006205

002214

015240
000003
000010

R4 ,~(SP)
#TPR,=-(SP)
#2,-(SP)

; GET CURRENT ]OP NUMBER
; PRINT TWO-PORT RAM DISABLED

SP,R0

CSPNTB

#6,SP

#TPR1 R4

R&,=-(SP)
#TPR1,-(SP)
#2,-(SP)
SP,RO
CSPNTX
#6,5P

; PRINT CHECK THE LEDS

C$MSG

SUBROUTINE TO PRINT MESSAGES FOR TESTS THAT ARE SKIPPED.
THESE MESSAGES ARE NOT ERROR MESSAGES: FOR INFO ONLY.

CALL:

:
:
;==

013704

SEQ 104

SKIPED: MOV
PRINTB
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
RTS

MOV
JSR

#MSGADDRESS
,R2
RS ,SKIPED

I0OPNN,R4

; GET CURRENT IOP NUMBER

: RETURN

#NOTST
R4 ,R2
R2,=(SP)
R4 ,=(SP)
= (SP)
#NOTST
#3,-(SP)
SP,RO
CSPNTB
#10,SP

GLOBAL AREAS

MACRO M1200

GLOBAL SUBROUTINES SECTION

SEG 105

PAGE 102

26-JUL-83 08:14
.SBTTL

GLOBAL SUBROUTINES SECTION

: THE GLOBAL SUBROUTINES SECTION CONTAINS THE SUBROUTINES
: THAT ARE USED IN MORE THAN ONE TEST.
et

FUNCTIONAL DESCRIPTION:

SUBROUTINE TO DELAY IN MILLISECONDS.
CALL:

1400

1401 016754
1402 016756

1 403 016760
1 404 016762
1 40 5
1 40 6 016770
407 016774

000144
002236

010774
408 016776

1 412 0
1 413 0
1 414 0

001371
012602
012601
000205

: DELAY IN MILLISECONDS

RDELAY: MOV
MOV
MOV
MOV
18:

2;.-53;;

: SAVE REGS 1 & 2 ON STACK

(R§)+,R2

; GET MILLISECOND ARGUMENT

2s:

MOV

DELCNT.R1

TRAP

C$BRK

: SETUP R1 FOR 1 MS LOOP
* ALLOWS <CTRL=-C> RECOGNITION

38:

1 409 0 17000

1 610 0 17002
1 411 017004

002236

RS,RDELAY

BREAK
DEC
BNE
DEC
BNE

MOV
MOV
RTS

#100. .DELCNT

R1
3s

28
(SP)+,R2
(SP)+.R1

* SETUP COUNT FOR 1 MS LOOP

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

* DECREMENT MULTIPLIER (WHICH YOU WANT)
DO ANOTHER MS, IF BRANCH
* RESTORE R1 AND R2
: RETURN

MACRO M1200

26~JuL-83 08:14

14616
1417
1418
1419
1420
1421

:
:
:

1422
1423 017014
1424 017020
1425 017024
1426 017026
1427 017032
1428 017034
1429 017040
1430
1431 017042

017042
017044
017046
017050

1432 017052

013701
004537
000372

016102
001416
304537
000413

000000

017210

003264
016620

017052
017056

013700
012737

177777

017066

104444

1437 017074
1438 017100

016102
062702
022702

1435
1436 017070
1439

1440 017104
1441 017106
1442 017112

104451

001434
004537
000431

000002
177770
000002
017210

RS ,RDELAY

g:RO(R1).R2

ERRDF

3 ,NOTRDY ,NONO
CSERDF
3

R5,REINIT
1%

"WORD
-WORD

NOTRDY

MOV

LUN,RO

TRAP

NONO
LUN

MOV

C$DODU
#-1,DROPUN

TRAP

CSDCLN

MOV
BIC
CMP

#-10.R2
#002,R2

DOCLN

18:

GBASE ,R1

MOV
BEQ
JSR
BR

pODU

002206

TRAP
.WORD

104455
000003

002210

1433 017060
1434 017066

THE

CKTPRO: MOV
JSR
250.

002216
016754

THIS 1S DONE
F OR THE CURRENT I0P BEING READY.
IF IT IS ALL 0°S,
0 OF THE I0P'S TWO-PORT RAM.

SUBROU
BY REA

BEQ
JSR
BR

READY; NOT READY/DEVICE FATAL IF TPRO IS NON-0.
GET LSI-11 BASE BUS ADDRESS

DELAY A BIT BEFORE READING TPRO

ABOUT 250 MILLISECONDS
READ TPRO
BR, IF JOP IS ALL SET FOR TESTING.
RE-INITIALIZE THE CURRENT I0OP
SUCCESS RETURN

: PRINT DEVICE FATAL

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

.R2
DPR1(R1)

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

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

R5 ,REINIT

3¢

..COMMAND REGISTER SHOULD = 000002

-—

GLOBAL AREAS

GLOBAL SUBROUTINES SECTION

SEQ 106

PAGE 103

GLOBAL AREAS

MAC"OQ M1200

GLOBAL SUBROUTINES SECTION

016102
001413

26-JUL-83 08:14

1448 017132

017132
017136
1449 017140

013700

002210

012737

177777

017146

104444

1450 017146

1451

1452 017150
017150
017152
017154
017156
1453 017160
017160
017164
1454 017166
1455 017174
017174
1456
1457 017176
1458 017202

1459 017206

MOV

DOCLN
TRAP

2s:

ERRDF
TRAP

.WORD
.WORD
.WORD

016650

DODU
MOV
TRAP
MOV
DOCLN
TRAP

002210
177777

002206

104444

005061
005061
000205

giensorr

DODUY
MOV
TRAP

002206

104455
000004
003353

013700
104451
012737

TRAP

.WORD
.WORD
.WORD

000001
003151
016520
104451

BEQ

D;R1(R1).R2
2

SOF T
T 1,BADSW,
ERRSOF

106457

PAGE 106

MOV

000002

SEC 107

000004
000006

s$:
4%:

CLR
CLR

RTS

BADSW
sorT
LUN

LUN,RO

C$00DU

#-1,DROPUN

CSDCLN
4 ,NOTPR,TPRDIS
£$ERDF

; READ BOOT COMMAND STATUS REGISTER
; BR, IF TPR IS DISABLED (ERROR)
INT IT, AND THEN
; SOFT ERROR.

; DROP THIS UNIT

; SET DROPPED UNIT FLAG

; ABORT THE DIAGNOSTIC FOR THIS UNIT
;

FATAL ERROR.

TPR IS DISABLED

NOTPR

TPRDIS
LUN

; DROP THIS UNIT

#-1,DROPUN

; SET DROPPED UNIT FLAG

LUN,RO
C$DODU

CSDCLN

DPR2(R1)

DPR3(R1)
RS

; ABORT THE DIAGNOSTIC FOR THIS UNIT

: CLEAR SELFTEST ERROR REGISTER
: E&E?R SELFTEST EXTENDED ERROR REGISTER

MACRO M1200

26~JUL-83 08:14

1461
1462
1463
1464
1465

PAGE 105

GLOBAL AREAS

GLOBAL SUBROUTINES SECTION

SEQ 108

SUBROUTINE REINIT

CALLED WHENEVER TPRO OR TPR1 ARE NOT SETUP PROPERLY.

1466

1467
1468
1469
1470
167
1472
1473
1474 017210
1475 017214
1476 017220
017220

017222
017226
017232
017234
017236

1477 017242
1478 017250
1479 017256
1480 017262
1481 017264
1482 017270
1483
1484 017272
1485 017274

0
0
1492 017334

CALL:

JSR

RS ,REINIT

RETURN: RETURN+4 [F ERROR IN INITIAL 1 ZING
RETURN+2 IF SUCCESSFUL INITI ALIZATION

R4
1OPNN.

013704
013701

002214
002216

010446
012746
012746
010600

015676
000002

#INITNG,~(SP)

000006
000010
000004
016754

#6,SP

104417

062706
012761
012761
004537
013560
016102
001402

REINIT:

R4 ,=-(SP}
SP,RO
CSPNTF

000006
000000

#10.DPR3(R1)

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

DPRO(R1)
,R2
23

READ TPRO

24, ,DPROTRT)
RS.RDELAY

1%:

2$:

(RS)+
RS

DPR1(R1)
,R2

016102
042702
022702
001367

000002

012746
012746
010600
104417
062706
000205

015763
000001

1$
#INITOK
#INITOK,~(SP)
#1,-(SP)

000004

#4,SP

177770

000002

GET CURRENT 10P NUMBER
GET Q-BUS BASE ADDRESS
PRINT *‘, . .RE-INITIALIZING'

#2.,-(SP}

000000

005725
000205

QBASE .R1
#INITNG,RG

#-10,R2

#2,R2

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

ERROR RETURN

READ TPR1
CLEAR ALL BUT BITS 2-0.
TPR1 SHOULD SAY Q-BUS TESTING MODE.

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

SP.RO
CSPNTF

SUCCESS RETURN

GLOBAL SUBROUTINES SECTION

26-JUL-83 08:14

1494
I X

1495

LR FRE PR FE TN FE YR

1496
1497

104421
010004
032704
001414

013704

151 ? 017400
151

010446
010246
012746
012746
010600
104417
062706
000205

001000

SUBROUTINE TO APPEND TEST TITLES TO TEST NUMBER If
OPERATOR HAS SET THE 'PNT'' FLAG AT START TIME.
CALL:

PNTFLG: RFLAGS
TRAP
MOV

BIT
8fQ

002214

016045
000003
000010

PAGE 106

MACRO M1200

GLOBAL AREAS

1$:

MOV
PRINTF
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
RTS

MOV
JSR

#STRING,R2
RS ,PNTFLG

s TEST TITLE ADDRESS

; READ DRS FLAGS

#81T9,R4
1%
I10PNN, R4
:23772§§2.R4

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

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

SP,RO
CSPNTF

#10,SP
RS

: RETURN TO TEST

SEQ 109

GLOBAL AREAS

MACRO M1200

PAGE 107

-—damd
b ad b d

D e e

) e wnd

O N WU
253 OWONO
OWORO W

VWA WVTAIAWVN (V]

GLOBAL SUBROUTINES SECTION

26-JuL-83 08:14

SEQ 110

LTITLE MISCELLANEOUS SECTIONS
IDENTIFICATION
.SBTTL
.SBTTL REPORT CODING SECTION
ottt

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

1594
1595
1596 017402
1597
1609
1621
1622
1623

LSRPT::

017402

BGNRPT

.EVEN

1624 017402
017402

017402

106425

L10012:

ENDRPT

TRAP

CSRPT

MISCELLANEOUS SECTIONS
PROTECTION TABLE

1634

PAGE 108

PROTECTION TABLE

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

:
LSPROT:

017404

1637 017610
1638
1639 017412
1640

26-JuL-83 08:14
.SBTTL

1625
1627
1628
1629
1630
1631
1632
1633 017404

1635 017404
1636 017406

MACRO M1200

17272777
177777
177727

BGNPRO1
-1
-1
-1

ENDPROT

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

-t T

SEQ 11

INITIALIZE SECTION

MACRO M1200

26-JuUL-83 08:14
.SBTTL

1655
1656
1657
1658

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

1662 017412
017412

1698

1699 017462
700

INITIALI ZE SECTION

I34

1659
1660
1661

1688 017412
017412
017416
1689 017420
017420
1690
1691 017422
1692 017426
017426
017432
1693 017434
017434
1694 017436
017436
017442
1695 017444
017444
1696 017446
1697 017456

PAGE 109

LSINIT::

012700
104447

READEF

MOV

000036

002206

012700

000034

104447

104447
103011

002120
000377

002242
002242

012737

177277

002210

005237
023737
001465

002210
002210

002012

013700

002210

103365

TRAP

CSREFG

END

#EF .PWR,RO

READEF

#EF .NEW

TRAP

CSREFG

MOV

000035

162737

104442

DROPUN
#EF .PWR

BCOMPLETE
ABORT
8CS

013737

010001

#EF . CONTINUE
RO

CLR
READEF

MOV

103510

012700

#EF .CONTINUE

TRAP
CSREFG
BCOMPLETE
END
8CS

103517

005037

BGNINIT

ABORT

#EF .NEW,RO

NEXT
BNCOMPLETE
NEXT
BCC
LSHIME ,HIMEM
MOV

; 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

sus

#377 ,HIMEM

GET HIGHEST 4KW PAGE FROM DRS.
ADJUST IT TO = START OF PAGE BEFORE..

MOV

#-1,LUN

SETUP UNIT NUMBER FOR #0 MINUS 1

LUN

INCREMENT 10P CPU NUMBER
CHECK CURRENT AS LAST UNIT + 1
BRANCH, IF DONE ALL IOPS.
GET HW P-TABLE ADDRESS

INC

CMP

BEQ

GPHARD
MOV

LUN,LSUNIT

ABORT

LUN,R1
LUN,RO

TRAP
CSGPHRD
RO,R1
MOV
NEXT
BNCOMPLETE
NEXT
8c(

...THE 1/0 PAGE.

BRANCH, If NO PTABLE FOR THIS LUN

-t T

MISCELLANEOUS SECTIONS

SEQ 112

~ =~

7544
7546
7554
7556
7564

OO0
—d and b =d

~
»~

wvi

OO0
b wmd

7566

002212

006237
005202

002214

001374
023727
003004
012737
000406

002212
177773

MOV

BEQ

MOV
MOV

002214
18:

ASR

17660

SHIFT S RIGHT FOR PRINTOUTS

R2
1%

5?PN.I340

000340

160000

002216

MOV

#160000,0QBASE

MOV

#175400,QBASE

000400

002216

2$:

063737

002212

002216

3%:

002000

002216

002222
002224
002226
002230
002232
002234

104411

10PNN

002212

#6400, 10PN

ADD

I0PN,QBASE

END:

L10014:

BRANCH, [F 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

SET BASE ADDRESS TO UNITS 8-15
CLEAR BIT 8 OF NUMBER INPUT

ADD

#81710,0BASE

COMBINE I10P # AND BASE ADDRESS
CHECK IF HIGH OR LOW RANGE WANTED
BRANCH, IF LOW RANGE WANTED
ADD IN 2000 TO GET HIGH RANGE

MOV
MOV
MOV
MOV
MOV
Moy

(R1)+,L00PB1
(R1)+,L00PB2
(R1)+,L00PB3
(R1)+,L00PB4
(R1)+,SL2DMA
(R1) _ROMTST

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

TST

EXIT
TRAP

ABORT:

BIC

BNE

SAVE FOR PRINTOUTS
SETUP SHIFT COUNTER

10PN, I0PNN
#-5.R2

002212

175400

104444

GET 10P CPU_NUMBER
BRANCH, IF THIS IS UNIT 0.

(R1)+,I0PN

INC
BNE

.WORD

017656

ABORT

gg?

012737
042737

OO0
-—h el wub e

7602

012137
001455
013737
012702

PAGE 110

LX)

WY
N &~

[V 1V, ]

puur Purd

0000000
-l ad d b b b b

7536
7542

gwuww
PONIAINININI
PO NN
b b NN
b e cd b WN=O
bbdb
W) =2 O VO
NRAVE NN
OV

—b

b o

b v

b od

b b ad

b =D

1
)

~4
N NNNNNNNNNNNNNNNNNNNNNNNNY o

1707 017516
1708 017522
}

26~JuL-83 08:14

Ge Qe By %o o,

INITIALIZE SECTION

MACRO M1200

®e ®o

MISCELLANEOUS SECTIONS

SEQ 113

ODOCLN
TRAP

(R1)+

INIT
CSEXIT

L10014~.
CSDCLN

ENDINIT
TRAP

Exi7 THE INIT CODE

CS$INIT

EXECUTE CLEANUP CODE

MISCELLANEOUS SECTIONS
AUTODROP SECTION

TMACRO M1200

26-JuL-83 08:14

SEQ 114

PAGE 111

AUTODROP SECTION

1753

.SBTTL

1756
1757
1758

: THIS CODE IS EXECUTED IMMEDIATELY AFTER THE INITIALIZE CODE IF
. THE "'ADR’* FLAG WAS SET. THE UNIT(S) UNDER TEST ARE CHECKED TO
: SEE IF THEY WILL RESPOND. THOSE THAT DON'T ARE IMMFDIATELY

1760

Hatd

1754
1755

: DROPPED FROM TESTING.

1759

1761

1762 017662

LSAUTO: :

1763 017662

};;?
1772 017662

017662
017666
017672
017674
1773 017676
1774 017702
017702

012746
012746
010600
104447
062706

1775 017702

104461

1776 017704

045

017750
017753

040
123

017707
017712
017715
017720
017723
017726
017731
017734
017737
017742
017745

017756
017761
017764
017767
017772
017775
020000
020003

PRINTF

000004
L10015:

116

045

1264
124

105
040
106
040
123
116
040
105
056
000

042
122
123
124
040
124
125
117
105
040
125

061
117
122
120
123
103
103
045

040
122
105
117
105
110
113
116

: THIS SECTION IS NOT USED. RUN XXDP+ TEST 1 TO CHECK FOR RESPONSE.
MOV
MOV
MOV
TRAP
ADD

017704
000001

101
104
040
1M1
110
117
123
120
124
056
122

B8GNAUTO

101
042
127
103
116
040
120
122
104
040
116

NOSEC:

#NOSEC

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

ENDAUTO

TRAP

%AUTO

.ASCIZ

/XNXA''ACR'® SWITCH NOT SUPPORTED.

RUN TEST 1 FOR RESPONSE CHECK.XIN/

MISCELLANEOUS SECTIONS

CLEANUP CODING SECTION

26-JuL=-83 08:14
.SBTTL

1778

1779
1780

PAGE 112

CLEANUP CODING SECTION

1781
};g%

: THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED
: AFTER THE HARDWARE TESTS HAVE BEEN PERFORMED.

1784

1785 020006
020006

BGNCLN
LSCLEAN::

1786
1795

1796 020006
1797
1809

MACRO M1200

020006
020010

EXIT

TRAP
.WORD

104432
000002

1810

(LN

CSEXIT
L10016-.

EVEN

1811

1812 020012

1
020012
020012

104412

L10016:

ENDCLN

TRAP

CSCLEAN

SEQ 115

- OO0 ~NO

s e

00 00 00 0o 0o 0o On 00

b b

26-JuL-83 08:14
.SBTTL

NN
SN

—b b —add
000000

— D cd el ) el i

MACRO M1200

b d d ccd

MISCELLANEOUS SECTIONS
DROP UNIT SECTION

PAGE 113

DROP UNIT SECTION

: THE DROP-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
; TO NO LONGER BE TESTED.

020014
020014

L$DU::

020014

013701

020020
020022
020026
020032
020034
020036

010146
012746
012746
010600
104417
062706

1826 020042
020042
020044

000167
000000

1825

SEQ 116

1827
1839
1840
1841

BGNDU

002214

MOV

014772
000002

MOV
MOV

PRINTF
MOV

MOV

TRAP

000006

JOPNN,R1

#DROP,R1
R1,=-(SP)

#DROP,=-(SP)
#2,-(SP)
SP,RO

CSPNTF

ADD

#6,SP

EXIT

.WORD
.WORD

JSJUMP
L10017-2-.

.EVEN

1842 020046
020046

020046

104453

L10017:

ENDDU

TRAP

C$DU

; GET IOP NUMBER

; PRINT I0OP #N DROPPED

MISCELLANEOUS SECTIONS
ADD UNIT SECTION

MACRO M1200

26-JuL-83 08:14

1844

.SBTTL

1846
1847
1848

1850
1851

1845

;

1852 00050

020052

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

LSAU::

020050

1863 020050
020050
1864
1876

BGNAU

EXIT
.WORD

000167

.WORD

000000

1877

AU
JSJUMP

L10020-2-.

.EVEN

1878

1879 020054
020054
1880

ADD UNIT SECTION

; THE ADD=UNIT SECTION CONTAINS ANY CODE THE PROGRAMMER WISHES

1849

1853
1862

PAGE 114

020054

104452

L10020:

ENDAU

TRAP

CSAU

SEQ 117

HARDWARE TESTS

ADD UNIT SECTION

MACRO M1200

26-JUL-83 08:14

SEQ 118

810

PAGE 115

.TITLE HARDWARE TESTS
.SBTTL IDENTIFICATION

.SBTTL

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

J4e

THE CURRENT I0P 1S CHECKED FOR BEING PRESENT ON THE Q BUS BY REFERENCING

ITS 1/0 PAGE ADDRESS.

THE 10P NUMBER.

1900
1901 020056
1902 020056
1903 020062
1904 020066
N20066

920072
020076
020102
020106
020110
1905 020114
1906 020120
1907
1908 020124

NXMVE C=4

000004

012702
004537
012746
012746
012746
012746
104437
062706
012702
013701

012700
106441
005721

THE 1/0 ADDRESS IS THE LSI-=11 BUS BASE ADDRESS PLUS

AN NXM WILL OCCUR IF THE IOP IS NOT PRESENT.

BGNTST

004663
017336

1$:

000340
020142
000004
000003

MOV
JSR
SETVEC
MOV
MOV
MOV
MOV

TRAP

000010

002216

28:

000000

MOV

QBASE ,R1

SETPRI

: SETUP NXM VECTOR

#-20,R2

: SETUP TPR REGISTER COUNTER

#PR100

: LOWER PRIORITY FOR NXM

MoV
TRAP

#PR100,RO
C$SPR]

INC

B8R

BNE

: GET TITLE ADDRESS
* SEE IF PNT FLAG IS SET

CSSVEC

#10,5P

TST

005202
001372
000414

#PR107,~(SP)
#38,-(SP)
, = (SP)
ANXMVEC
#3,-(SP)

ADD

MOV

177760

#TST1,R2
RS,PNTFLG
#NXMVEC,#3$,#PRIO7

(R1)+

* 10P BASE ADDRESS TO R1

; REFERENCE AN IOP REGISTER

: INCR. COUNTER...NO NXM AS YET
: BRANCH, IF NOT DONE

* ALL REGISTERS ARE THERE.

: A NXM INTERRUPT WILL END UP HERE FROM THE TRAP TO 4.
020144

1918 020154

020154
020160
1919 020162
1920 020170
020170

35:

022626
106455

104444

CSERDF

.WORD
.WORD
DODU

NOIOP
NXM
‘UN

MOV

002210
177777

002206

(SP)+,(SP)+

1,NOIOP,NXM

TRAP

.WORD

000001
002756
016366

013700
104451
012737

(MP__

ERRDF

TRAP

MOV
DOCLN
TRAP

; FIX THE STACK, SINCE NO RTI ISSUED
: FATAL DEVICE ERROR

LUN,RO
C$DODV

#-1,DROPUN
CSDCLN

; DROP THIS IOP
SET DROPPED UNIT FLAG
s EXIT TEST

c10

HARDWARE TESTS

MACRO M1200

26~JuL-83 08:14

TEST 1: VERIFY THAT THE IOP(S)
1922

PAGE 116

* NOW MAKE SURE BOOT/SELFTEST SWITCH IS SET PROPERLY.

}352

1925

1926 020172

1927 020176
1928

}ggg 020200
1931 020204

020204

1932 020206

020206

020212
1933 020214
020214
020214
1934

IS ADDRESSABLE

SEQ 119

004537

000240
004537

017210

017014
5¢:

104406

012700
104436

104401

48:

JSR

RS.REINIT

JSR

RS.CKTPRO

NOP
CKLOOP
TRAP

CLRVEC

A#NXMVEC

TRAP
ENDTST

(SCVEC

MOV

000004
L10021:

CSCLPI

TRAP

#NXMVEC ,RO
CSETST

; INITIALIZE THE CURRENT JOP

' NORMALLY A SUCCESS RETURN...WE DON'T
* CARE IN THIS CASE.

* NOW SEE IF THE I0P IS READY

: CHECK FOR LOOP ON TEST
: CLEAR AND RESTORE NXM VECTOR
: DONE

0D 10

HARDWARE TESTS
1

26=-JuL-83 08:14

VERIFY THAT THE JOP(S) IS ADDRESSABLE

1936
1937
1938

.SBTTL
*+

1939
1940
1941

PAGE 117

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

TEST

MACRO M1200

SEQ 120

I0OP SELFTEST #1.

1942
1943

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

1944
1945
7966
1947
1948

RESPOND.

1949 020216
1952
1953
1954

1955
1956 020236

1957 020242

1958 020246
1959
1960 020254
1961 020260
1962 020264
1963 020266
1964 020272

1965 020274
1966 020276
1967 020300

1968 020304
020304
020306

020310
020312
1969 020314
020314

1970 020316
1971 020324
1972 020332

020332

012702
004537
005737
001401

BGNTST

004721
017336
002206

017014
002216
002244

012704
005761
001423
004537
000001
005204
001370
012702

140000

1%:
000000

2s:

000000
016754

006145

DROPUN

JSR

RS.CKTPRO

H SEE IF THE CURRENT I0P IS READY

MOV

CSR,DPRO(RY)

: SEND COMMAND TO DPRO

MOV

#140000,R4

BEQ
%SR

43
RS.RDELAY

: R4 WILL BE USED AS A COUNTER
H TEST THE I0P*'S DPRO REG.
: BRANCH, IF THE TEST HAS COMPLETED
: DELAY ABOUT 1 MS

INC

MoV

TST

002210

012737

177777

002206

DPRO(R1)

2%
#CSRT ,R2
2,NORES,NRES

.WORD
.WORD

2
NORES

CSERDF

NRES

C$CLPY

DODU

LUN

TRAP
MOV
DOCLN
TRAP

C$DODU
#-1,DROPUN

MOV

M R1 = JOP BASE ADDRESS

QBASE ,R1

BNE
MOV
ERRDF

TRAP

013700

CSDCLN

.WORD
(KLOOP

104406

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

RS5,PNTFLG

DOCLN
TRAP

TRAP

104455

104444

TST

8EQ

000002
003054
016412

104451

#ROMT1 ,R2

JSR

104444

004537
013701
013761

MOV

LUN,RO

CSDCLN

: ERROR,

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

CHECK FOR LOOP ON TEST

DROP THIS 10P

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

PAGE 118
HARDWARE TESTS MACRO M1200 26-JUL~-83 08:14
TEST 2: INVOKE ROM - RESIDENT TEST OF THE KXT11'S (SR REGS.
1974
1975
1976
1977
1978
1979 020334
1980 020340
1981 020

0
1982 020352
1983
1984 020354
1985 020360
1986 020364
1987 020366
1988 020374
1989 020400
1990 020404
020404
020406

020410
020412

1991
1992 020414
020414
1993
1994 020416
020416
020416

;

SEQ 121

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

48:

000002

ERRHRD
TRAP

106456

.wORD
.WORD
.WORD
BR

000003
003221
016570
000420
016102
033702
001413
043761
016103
012702

MOV
8PL

5$:

000004
002244

002244
000006
004145

MOV

000004

CMND
CMDERR

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

: ERROR.

BOOT CODE DIDN'T LIKE THE COMMAND

; EXIT TEST

DPR2(R1) ,R2
CSR,R2
é$
CSR,DPR2 (R1)

:
'
:
*

#CSRT,R2
& ,ROMD,RTERR

* ERROR MESSAGE POINTER
* CSR TEST FAILED

Eisauno

104456

104401

gssnnno

0PR$(R1) ,R3

000004
003112
016070
104406

DPR1(R1),R2
5%
3, CMND, CMDERR

READ ]OP DPR2
CHECK FOR ERROR IN CSR TEST
BRANCH, IF SUCCESSFUL TEST
CLEAR THE ERROR BIT FOR THIS TIME.

* READ DPR3 FOR EXTENDED INFO

ROMD
RTERR

6%:

L10022:

CKLOOP
TRAP

CSCLPI

ENDTST
TRAP

CSETST

: CHECK FOR LOOP ON TEST

F1
HARDWARE TESTS
MACRO M1200 26-JuUL-83 08:14 PAGE 119
TEST 2: INVOKE ROM - RESIDENT TEST OF THE KXT11'S (SR REGS.

1996
1997
1998
1999
2000

2001
2002
2003
2004
2005
2006
2007 020420
2008
2009 020420
2010 020424
2011 020430
2012 020434
2013 020436
020436
2014
2015 020440
2016 020444

<017 020450
2018
2019 020456
2020 020462
2021 020466
2022 020470
2023 020474
2024 020476
2025 020500
2026 020502
2027 020506
020506
020510
020512
020514
2028 020516
020516
2029 020520
020520
020524
2030 020526
2031 020534
020534

.SBTTL

SEQ 122

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

10P SELFTEST #2.
THE 16KW RAM IN THE I0P WILL BE TESTED.
BGNTST
n12702

004537
005737
001401

004744
017336
002206

004537
013701
013761

017014
002216
002246

012704
005761
001423
004537
000001
005204
001370
012702

140000

1$:

28:

000000

CSDCLN

JSR
MOV

RS ,.CKTPRO
QBASE ,R1

; SEE IF THE CURRENT I0P IS READY
: R1 = JOP BASE ADDRESS

MOV

#140000,R4

R4 WILL BE USED AS A COUNTER

BEQ

: BRANCH, IF THE TEST HAS COMPLETED

INC

. ERROR, IF R4 WRAPS TO 0

MOV
ERRDF

#RAMT ,R?2
5,NORES,NRES

%sn

016754

BNE

004151

TRAP

1046455

.WORD
.WORD
.WORD

CKLOOP
TRAP

104406

013700

002210

012737

177777

1046444

TRAP

Mov

000000

000005
003054
016412

104451

#ROMT2,R2

JSR
TST
BEQ
DOCLN

104444

DODU

MOV
002206

; GET TITLE ADDRESS

MOV

TRAP

RS5,PNTFLG
DROPUN
18

RAM,DPRO(R1)

DPRO(R1)

RS,RDELAY

b1 3

CSERDF

SEND COMMAND TO DPRO

. TEST THE IOP'S DPRO REG.
: DELAY ABOUT 1 MS

ERROR. IF NO BRANCH

SETUP FOR ERROR REPORTING
FATAL ERROR. NO RESPONSE FROM TEST.

NORES
NRES
CSCLPT

LUN

LUN,RO

C$DODU

MOV

#-1,DROPUN

TRAP

C$DCLN

DOCLN

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

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

; ABORT THE DIAGNOSTIC FOR THIS UNIT

610

PAGE
HARDWARE TESTS MACRO M1200 26-JUL=-83 08:14
TEST 3: INVOKE ROM TEST OF THE 10P 16KW LOCAL RAM

SEQ 123

120

: TO HERE IF TEST COMPLETED, AND CHMECK DPR2 FOR SUCCESS/FAILURE.
2

2038 020536
2039 020542
2040 020544

020544
020546
020550

020552
2041 020554

2043 020556
2044 020562

2050 020616
020616
020622
2051 020624
2052 020632
020632
2053

2054 020634
020634
2055
2056 020636
020636
020636

016102
100005

48:

000002

104456
000006
003221
016570
000427

016102
033702
001422
043761
016103
012702

5$:

000004
002246
002246
000006
004151

000004

177777

002206

1)
0PRS(R,R3

ROMD
RTERR
LUN

TRAP

L10023:

,R2
DPR2(R1)
RAM,R2
6$
RAM,DPR2 (R1)

.WORD

DOCLN

6$:

5
6.CMND, CMDERR
CSERHRD
6
CMND
CMDERR
6$

ERRDF

MOV
TRAP
MOV

002210

D§R1(R1).R2

SRAMT ,R2
7 ROMD ,RTERR
gsenor

DODU

1064444

104401

MOV
8IT
8EQ
8IC
MOV
MOV

TRAP
.WORD
.WORD

016070

104406

BPL
ERRHRD
TRAP

.WORD
.WORD
.WORD
BR

104455
000097
003112

013700
104451
012737

MOV

CKLOOP
TRAP

LUN,RO
C$DODU

#-1,DROPUN

C$DCLN

CSCLPY

ENDTST

TRAP

CSETST

READ B0OT COMMAND STATUS REGISTER
BR, IF NO COMMAND STATUS ERROR
ERROR. BOOT CODE DIDN'T LIKE THE COMMAND

EXIT TEST

READ IOP DPR2

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

DROP THIS UNIT 'CAUSE OF FATAL ERROR
SET DROPPED UNIT FLAG

ABORT THE DIAGNOSTIC FOR THIS UNIT
CHECK FOR LOOP ON TEST

HARDWARE TESTS
TEST 3:

MACRO M1200

INVOKE ROM TEST OF

26-JUL=-83 08:1¢

THE

SEQ 124

PAGE 121

IOP 16kW LOCAL RAM

2058
2059

JSBTTL TEST &: INVOKE THE BOOT/SELFTEST CmECKSUM TEST

?
%82
2062
2063

X2
:

2066
gggg

: THE ROM TEST OF THE BOOT/SELFTEST ROM WILL BE INVOKED.
: WILL BE TESTED HERE IF SO INDICATED BY THE OPERATOR.

2069
2070

0P SELFTEST #3.

gggg

BGNTST

gg;} 020640

2073 020640
2074 020644

012702
004537

2078 020656

104444

2079 020660

004537

2075 020650 005737
2076 020654 001401
2077 020656
2080 020664

2081 020670
2082 020674

9013701

005737
001403

004767
017336

1%:

017014

002216

002234

012761

2085 020704

013761

002250

2087 020716
2088 020722
2089 020724

005761
001423
004537

000000

2091 020732

005204

2093 020736
2094 020742

012702

2086 020712 012704 140000
2090 020730

2092 020734

020742
020744

000001

001370

003054
016412

020752

104406

020754
020760

013700
104451

020770

104444

2096 020754

2097 020762
2098 020770

012737

#ROMT3 R2
RS.PNTFLG

TRAP

CSDCLN

JSR

RS,CKTPRO

: SEE IF THE CURRENT I0P IS READY

TST

ROMTST

: CHECK IF USER ROM IS TO BE TESTED

016754

MOV
8tQ

MOV

2S%:
3s:

MOV

MOV
TST
8EQ
JSR
1

INC

BNE

TRAP
WORD
.WORD
.WORD

CKLOOP
TRAP

002210

177777

DROPUN
18

QBASE R1
23

#-1,DPR3(R1)
ROM,DPRO(R1)

#140000, R4
DPRO(RY)
5%
RS.RDELAY

#ROMT ,R2
MOV
ERRDF 10,NORES ,NRES

004170

104455
000012

020746
020750

2095 020752

000000

002206

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

MOV
JSR

ST
8EQ
DOCLN

002206

177777 000006

3832 020676

THE USER ROM

CSERDF
10
NORES
NRES

CS$CLP

: R1 = JOP BASE ADDRESS
; BRANCH, IF NOT

: °PR73 ggs;eggngN-o FOR USER ROM...

; SEND COMMAND TO DPRO

: R4 WILL BE USED AS A COUNTER

: TEST THE JOP'S DPRO REG.
; BRANCH, IF THE TEST HAS COMPLETED
; DELAY ABOUT 1 MS

: ERROR, IF R4 WRAPS T0 O

: 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

-—

H 10

SEQ 125

110
1

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

122

RGR2
W)
—

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

i cld nld v

[AST,ST
NI, NI NI, V1,V

2100

016102

NN
PNV

OO0

o SV ¥ YV N2=Ll4

e
b
b
i e
d

b i

b
—

000013
003221
016570
000427
016102
033702
001422
043761
016103
012702

68:

000004
002250
002250
000006
004170

000004

2117 021052

021052

21
2119
2120
2121 021070
021070
2122
2123 021072
021072
021072

003112
016070

013700
104451
012737

177777

(002206

104406

104401

7%:

L10024:

* BR, IF NO COMMAND STATUS ERROR
* ERROR. B0OT CODE DION'T LIKE THE COMMAND

.WORD
.WORD
.WORD
B8R

; EXIT TEST

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

:
*
*
*

ERRDF

SROMT ,R2
12.ROMD ,RTERR

* ERROR MESSAGE POINTER
* ROM TEST FAILED

.WORD
.WORD

12
ROMD
RTERR

[ [1]"]
8IT
BEQ
BIC
MOV
MOV

CSERHRD
11
CMND
CMDERR

0PRS(R1) ,R3
CSERDF

LUN

MOV
TRAP
MOV

#-1,DROPUN

TRAP

CSDCLN

DOCLN

1044446

; READ BOOT COMMAND STATUS REGISTER

ERRHRD

00DV

002210

DPR1(R:) ,R2

6$
11, CMND, CMDERR

B8PL

TRAP
.WORD

104455
000014
0

MOV
TRAP

104456

b b b =d OO

—d amld

100005

5$:

000002

CKLOOP

TRAP

LUN.RO

¢$DODU

CSCLPY

ENDTST

TRAP

CSETST

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

* READ DPR3 FOR EXTENDED INFO

: FATAL ERROR.

DROP THIS UNIT

; SET DROPPED UNIT FLAG

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

J 10

.SBTTL

123

TEST §: I0P CPU INSTRUCTION TEST

IOP SELFTEST &4,

INVOKE THE IOP T11 INSTRUCION TEST.

BGNTST

ard o omd
b nd b md
e
d

OO O
[« ¥ ) N

—

b --

—b - b ed
—

021170
2157 021172

1172

012702
004537
005737
001401

004537

013701
013761

012704
005761
001423
004537
000001
005204
001370
012702

017014
002216
002252

18:

000000

140000
000000

2$%:

016754

004643

104455

#ROMT ,R2
RS,PNTFLG

BEQ

013700

002210

012737

177777

BRANCH,

IF NOT DROPPED

ABORT THE DIAGNOSTIC FOR THIS UNIT

JSR
MOV
MOV

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

MOV

#140000,R4

BEQ
%SR

43
RS ,RDELAY

BRANCH, IF THE TEST HAS COMPLETED
DELAY ABOUT 1 MS

INC
BNE
MOV
ERRDF
TRAP

Ré
2%
#CPUT,R2
13,NORES,NRES
CSERDF

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

TST

SEND COMMAND TO DPRO

NORES
NRES
CSCLP1

LUN

TRAP
MOV

C$D0ODU
#-1,DROPUN

DOCLN
TRAP

SEE IF THE CURRENT IOP IS READY

R1 = JOP BASE ADDRESS

R4 WILL BE USED AS A COUNTER
TEST THE IOP'S DPRO REG.

DPRO(R1)

DODU

MOV
002206

DROPUN

CSDCLN

.WORD
CKLOOP
TRAP

104406

GET TITLE ADDRESS
SEE IF PNT FLAG IS SET
CHECK THIS UNIT FOR BEING DROPPED

DOCLN
TRAP

WORD
.WORD

000015
003054
016412

104444

MOV
JSR
TST

104444

104451

021210

005023
017336
002206

LTREIRY)

SO
OO
g\fl\fl\n\flb
oo~
SN NN
DO o

D
b nd

OO0
NN

wed
d b
omd
md b

cod b
b
b o emd

00000
NN N
s

021074

Qe B Be v,

021074

00 o 00O
OOOOO
AV 1,¥]ROV

N=OOVBNOWVNEWN =200~
OCWVEWN
= OOV NOWNEW

b md

VIV
S S BB BB

AININNNNININ
NN NN
—d amd amd o) b b cad
b e D od b e e d b b
NNNMNIALN LRI
b b

DD WNHNWNAN
NN NN W NININONIND

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

SEQ 126

LUN,RO

CSDCLN

CHECK FOR LOOP ON TEST
DROP THIS UNIT
SET DROPPED UNIT FLAG.
ABORT THE DIAGNOSTIC FOR THMIS UNIT

HARDWARE TESTS
TEST S:

MACRO M1200

26-JUL-83 08:14

I0P CPU INSTRUCTION TEST

48:

2167 021212 016102 000002
021220
021222
021224
021226

PAGE 124

1 70 HERE IF TEST COMPLETED, AND CHECK DPR2 FOR SUCCESS/FAILURE.
’

%}gg
2166

2168 021216
2169 021220

100005

104456
000016
003221
016570

002252

2176 021252 016103 000006
2177 021256
2178 021262

012702

021262
021264
021266
021270

104455
000017
9003112
016070

021272
021276

013700
104451

2179 021272

2180 021300
2181 021306

2182 021306

2183 021310

184 021310
2185 021312
021312
021312

012737

58:

000004
002252
000004

104401

TRAP
WORD
.WORD
.WORD

CSERHRD
14
CMND
CMDERR

: EXIT TEST

MOV
BIT
BEQ
BIC

DPR2(R1) ,R2
CPU.R2
63
CPU,DPR2(R1)

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

MOV
ERRDF

#CPUT,R2
15.ROMD,RTERR

: ERROR MESSAGE POINTER
* CPU TEST FAILED

DODU

LUN

: FATAL ERROR. DROP THIS UNIT

#-1,DROPUN

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

BPL
ERRHRD

TRAP
MWORD
.WORD
"WORD

002210

177777

MOV
TRAP

MOV
DOCLN

002206

TRAP

104444

104406

DPR1(R1} ,R2

MOV

004643

68:
L10025:

; READ BOOT COMMAND STATUS REGISTER

MOV

B8R

g};g 021230 000427
2172 021232 016102
2173 021236 033702
2174 021242 001422
2175 021244 043761

SEQ 127

CKLOOP
TRAP

13
14, CMND, CMDERR

0PR$(R1) ,R3
CSERDF
15
ROMD
RTERR

LUN,RO
CSDODU

CSDCLN

CSCLP1

ENDTST
TRAP

CSETST

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

: READ DPR3 FOR EXTENDED INFO

; CHECK FOR LOOP ON TEST

- X

K 10

TEST S:

MACRO 1200

26-)yL-83 08:14

10OP CPU INSTRUCTION TEST

2188
2189

%}g?

JSBTTL

2192

%}3?

2193

PAGE 125

SEQ 128

TEST 6: INVOKE THE LINE CLOCK INTERRUPT TEST

I10P SELFTEST #5.

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

%}gg

2198
2199

BGNTST

%%8? 021314

#ROMTS ,R2
R5,PNTFLG
DROPUN
18

TRAP

CSDCLN

JSR
MOV

RS5,.CKTPRO
QBASE ,R1

: SEE IF THE CURRENT IOP IS READY
; R1 = ]OP BASE ADDRESS

016754

MoV
TST
BEQ
JSR

#140000,R4
DPRO(R1)
3
R5,RDELAY

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

23
#BEVNT ,R?2

: ERROR, IF R4 WRAPS TO 0

004174

BNE
MOV

TRAP
LMWORD
.WORD

CSERDF
16
NORES

16,NORES ,NRES

: FATAL ERROR. NO RESPONSE FROM TEST.

012702
004537
005737
001401

2207 021332

104444

2208 021334
2209 021340

004537
013701

017014
002216

2212 021352
2213 021356
2214 021362
2215 021364

012704
005761
001423
004537

140000
000000

2217 021372

005204

%S}? 021364

2216 021370

2218 021374
2219 021376

2220 021402

021402
021404
021406
021410

2221 021412

9013761

000001

001370
012702

021414
021420

013700
104451

2223 021422
2224 021430

021430

012737
104444

MOV

000000
2%:

INC

ERRDF

016412

021412

2222 021414

002254

18:

104455
000020
003054
104406

: 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

005062
017336
002206

2202 021314
2203 021320
2204 021324
2205 021330
2206 021332

WORD

CkLOOP
TRAP

002210

177777

002206

BVNT ,DPRO(R1)

NRES

CS$CLPY

: SEND COMMAND TO DPRO

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

; 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

—~X

HARDWARE TESTS

M 10
HARDWARE TESTS MACRO M1200 26-JUL-83 08:14
TEST 6: INVOKE THE LINE CLOCK INTERRUPT TEST

2226
2227
22

2231 021432
2232 021436
2233 021440
021440
021442
021444
021446
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
021526
021530
021532
2249
2250 021534
021534
1
225
2252 021536
021536
021536

SEQ 129

PAGE 126

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

4%:

000002

ERRHRD
TRAP

106456
000021
003221
016570

-WORD
.WORD
.WORD
BR

000431

016102
033702
001424
043761
016103
032703
001406
012702
004537

5%:

000004
002254

002254
000006
000001

000004

BIT

MOV

JSR
EYIY
TRAP
-WORD

6%:

104456
000024
003112
016070
104406

104401

81T
BEQ
8IC

BEQ

007411
016722

004174

MOV

104432
000020

012702

MOV
8PL

L10026:

BVNT ,DPR2(R 1)
.R3
DPR3(R1)

02170.R3

6
#T15E0,R2
R5,SKIPED
18T

CSEXIT
L10026-.

TRAP

CSERHRD
20

CKLOOP
TRAP

20,ROMD ,RTE RR

BOOT CODE DIDN'T LIKE THE COMMAND

EXIT TEST
READ IOP 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
PRINT THIS TEST SKIPPED
EXIT THIS TEST

ERROR MESSAGE POINTER

: (LOCK TEST FAILED

..\OMD

RTERR

CSCLPT

ENDTST
TRAP

; ERROR.

DPR2(R1)
,R2
gVNT.RZ

#BEVNT R2

ERRHRD

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

17
CMND
CMDERR
78

MoV

-WORD
.WORD
.WORD

73.

DPR1(R1)
,R2
5$
17,CMMD,
CMD ERR
)
CSERK

CSETST

CHECK FOR LOOP ON TEST

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

.SBTTL

SEQ 130

N 10

PAGE 127

TEST 7: INVOKE SERIAL PORT #1 TEST

L 2

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

BGNTST

012702
004537
005737
001401

005117
017336
002206

2273 021560
2274 021564
2275 021570
2276 021572
2277 021576
2278
2279 021604
2280 021610
2281 021614

004537
005737
001500
013701
013761

017014
002222

012704

140000

2283 021622
2284 021624
2285 021626
2286 021630
2287 021634
021634
021636
021640
021642
2288 021644
021644
2289 021646
021646
021652
2290 021654
2291 021662
021662

000001
005204
001370
012702

2282 021616

001423
004537

002216
002256

1$:

000000

2s8:

000000
016754

004202

: BRANCH, IF NOT DROPPED

TRAP

CSDCLN

JSR
TST
BEQ
MOV
MOV

RS,CKTPRO

s SEE IF THE CURRENT I0P IS READY

78
QBASE ,R1
SLU1,DPRO(RYT)

: BRANCH, IF NO CONNECTOR INSTALLED
: R1 = 10P BASE ADDRESS
; SEND COMMAND TO DPRO

MOV

#140000,R4

TST

BEQ
JSR

.WORD
.WORD
.WORD

CKLOOP
TRAP

104406

104444

ERRDF
TRAP

000025
003054
016412

012737

: GET TITLE ADDRESS
; SEE IF PNT FLAG IS SET

1
INC
BNE
MoV

104455

013700
104451

#ROMT6 ,R2
RS ,PNTFLG

DOCLN

104444

005761

Mov
JSR
TST
BEQ

DODU

002210

177777

002206

MoV
TRAP

MoV

DOCLN

TRAP

DROPUN

LOOPB1

: CHECK THIS UNIT FOR BEING DROPPED

: ABORT THE DIAGNOSTIC FOR THIS UNIT
: CHECK FOR LOOPBACK CONNECTOR INSTALLED

; R4 WILL BE USED AS A COUNTER

DPRO(R1)
43
R5 ,RDELAY

: TEST THE JOP'S DPRO REG.
; BRANCH, IF THE TEST HAS COMPLETED
: DELAY ABOUT 1 MS

R4
2%

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

21 ,NORES ,NRES

; FATAL ERROR. NO RESPONSE FROM TEST.

#SLUTT ,R2
CSERDF
21

NORES
NRES

CdCLPY

LUN
LUN,RO

C$DODU
#-1,DROPUN

CSDCLN

; SETUP FOR ERROR REPORTING.

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

; ABORT THE DIAGNOSTIC FOR THIS UNIT

8 N
HARDWARE TESTS MACRO M1200 26-JUL-83
TEST 7: INVOKE SERIAL PORT #1 TEST

08:14

S€Q 131

PAGE 128

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

042703
005703
001406
012702

106406

104401

MOV
BIT
BEQ
BIC
MOV
8IT
BEQ
MOV
JSR

DPR2(R1)
,R2
;LU1.R2

000004

lgITO.R3
6
#T5€E0,R2
R5,SKIPED

007411
016722

000001

6$:

81C
ST
BEQ
MOV

#8I1T0,R3
R3
78
#SLUIT ,R2

004202

TRAP
.WORD
.WORD
.WORD

ROMD
RTERR

ERRHRD

7%:

L10027:

CKLOOP

TRAP

CMND
CMDERR
7$

SLU1,DPR2(R 1)
DPR3I(R1) ,R3

23 ,ROMD,RTE RR
CSERHRD
23

cscLPl

ENDTST

TRAP

CSETST

BOOT CODE DIDN'T LIKE THE COMMAND

EXIT TEST
YATR T XY

002256
000006
000001

CSERHRD

: ERROR.

[TE TR TIEIEA IR

5$:

000004
002256

104456
000027
003112
016070

2319 021772
021772
2320
2321 021774
021774
021774

.WORD
.WORD
.WORD
BR

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

N T

001426
043761
016103
032703
001404
012702
004537

,R2
DPR1(R1)
58
CMD ERR
22,CMND,

ERRHRD
TRAP

104456
000026
003221
016570
000433

016102
033702

MoV
BPL

48:

000002

016102
100005

[ FE

2298 021664
2299 021670
2300 021672
021672
021674
021676
021700
2301 021702
2302
2303 021704
2304 021710
2305 021714
2306 021716

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
BR, IF INTERRUPTS WERE TESTED
SETUP 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
SLUT TEST FAILED

CHECK FOR LOOP ON TEST

cn
HARDWARE TESTS MACRO M1200 26-JUL-83
TEST 7: INVKE SERIAL PORT #1 TEST

08:14

.SBTTL

SEQ 132

PAGE 129
TEST 8: INVOKE ROM TEST OF SERIAL PORT #2 (CHANNEL A) - NEC7201

10P SELFTEST #7,

INVOKE THE NEC7201 (SERIAL PORT #2), CHANNEL A SELFTEST
3
233§ 021776

2336 021776
2337 022002

022014
2341
2342 022016
2343 022022
2344 022026
2345
2346 022030
2347 022034
2348 022042
2349
2350 022050
2351 022054
2352 022060
2353 022062
2354 022066
2355 022070
2356 022072
2357 022074
2358 022188

BGNTST

012702
004537
005737
001401

005151
017336
002206

004537
005737
001511

017014
002224

013701

002216

012761
013761
012704
005761
001423
004537
000001
005204
001370
012702

000001
002260

18:

140000
000000

2%:

016754

004235

JSR
TST
BEQ

RS,CKTPRO
LOOP82
8s

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

MoV

QBASE .R1
#1,DPR3(R1)

R1 = ]OP BASE ADDRESS
SET TEST FLAG FOR CHANNEL A

#140000, R4

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

MoV
TST
BEQ
JSR
1
INC
BNE
MoV

.WORD
.WORD
.WORD

CKLOOP
TRAP

104406

106444

CSDCLN

ERRDF
TRAP

003054
016412

2362 022
0221

TRAP

MoV
MOV

000006
000000

104455
000030

013700
104451
012737

#ROMT7A,R2
RS5,PNTFLG

DOCLN

104444

boDU

002210

177777

002206

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

MoV
JSR
TST
BEQ

?§OPUN

SLU2,DPRO(R1)

DPRO(R15

RS.RDELAY
Ré

2%
#SLU2A,R2

24 ,NORES ,NRES
CSERDF
24

NORES
NRES

CSCLP1

SEND COMMAND TO DPRO

ERROR, IF R4 WRAPS T0 0

ERROR, IF NO BRANCH

SETUP FOR ERROR REPORTING.
FATAL ERROR. NO RESPONSE FROM TEST.

CHECK FOR LOOP ON TEST

LUN

DROP THIS UNIT

#-1,DROPUN

SET DROPPED UNIT FLAG.
ABORT THE DIAGNOSTIC FOR THIS UNIT

MoV
TRAP
MoV

LUN,RO
C$DODU

TRAP

CSDCLN

DOCLN

ABORT THE DIAGNOSTIC FOR THIS UNIT

p 1N

SEQ 133

PAGE 130
HARDWARE TESTS MACRO M1200 26-JuL-83 08 :14
A) = NEC720
(CHANNEL
TEST 8: INVOKE ROM TEST OF SERIAL PORT #2

TO HERE IF TEST COMPLETED, AND CHECK DPR2 FOR SUCCESS/FAILURE.
MOV
8PL

ERRHRD
TRAP

.WORD
.WORD
.WORD
BR

5$:

MOV

BIT

8EQ
8IC

000004

MOV

TST
BNE
8IC

6$:

L10030:

READ 0P DPR2
CHECK FOR ERROR IN SLU2 TEST
BRANCH, IF SUCCESSFUL TEST

63
#300,R3

#17€0,R2

CSEXIT
L10030-.

8IT
BEQ

#7777 ,R3

ERRHRD

26 ,ROMD ,RTERR
CSERHRD
26

#SLU2A,R2

-WORD

ROMD
RTERR

CKLOOP
TRAP

C$CLP?

ENDTST
TRAP

BOOT CODE DIDN‘T LIKE THE COMMAND

DPR2(R1) ,R2
SLU2,R2
8s
SLU2,DPR2(R 1)
,R3
DPR3(R1)
SL2DMA

RS,SKIPED
1ST

TRAP
-WORD
.WORD

ERROR.

EXIT TEST

JSR
EXIT
TRAP

MOV

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

#81T0,R3
14]

.WORD

8%:

CMND
CMDERR

8IT
BEQ
MOV

7%:

D:R1(R1).R2
5
CMD ERR
25,CMND,
CSERHRD
25

4(S:

2368
2369 022130 016102 000002
2370 022134 100005
2371 022136
022136 104456
022140 000031
022142 003221
022144 016570
2372 022146 000441
2373
2374 022150 016102 000004
2375 022154 033702 002260
2376 022160 001434
2377 022162 043761 002260
2378 022170 016103 000006
2379 022174 005737 002232
2380 022200 001002
2381 022202 042703 000300
2382
2383 022206 032703 000001
2384 022212 001406
2385 022214 012702 010337
2386 022220 004537 016722
2387 022224
022224 104432
022226 000026
2388
2389 022230 032703 007777
2390 022234 001406
2391 022236 012702 004235
2392 02224%
104456
000032
003112
016070
2
2394 022252
022252 104406
2395
2396 022254
022254
022254 104401

CSETST

CLEAR THE ERROR BIT FOR THIS TIME.
READ DPR3 FOR EXTEMDED INFO
CHECK SLU2 SETUP FOR DMA OPERATION
BRANCH, IF DMA JUMPER IS IN

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 THiIS TEST

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

CHECK FOR LOOP ON TEST

EN
HARDWARE TESTS
TEST 8: INVOKE

SEQ 134

MACRO M1200 26-JuL-83 08:14 PAGE 131
ROM TEST OF SERIAL PORT #2 (CHANNEL A’ = NEC720
.SBTTL

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

IOP SELFTEST #7,

INVOKE THE NEC7201 (SERIAL PORT #2), CHANNEL B SELFTEST
8

BGNTST

005220
017336
002206

004537
005737
001501

017014
002226

013701
012761

002216
000002

2425 022330
2426 022334
24627 022340
2428 022342
2429 022346
2630 022350
2431 022352
2432 022354
2433 022360

012704
005761
001423
004537
000001
005204
001370
012702

140000
000000

022362
022364
022.66
2634 022370
022370

000033
003054
016412

022360

2435 022372
022372
022376

2436 022400
2437 022406
022406

013761

002260

1$:

000006
000000

016754

004273

CSDCLN

JSR
TST
BEQ

RS,CKTPRO

LOOPB3
78

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

MOV
MOV

QBASE ,R1
#2,0PR3(R1)

R1 = ]0P BASE ADDRESS
SET TEST FLAG FOR CHANNEL B

MoV
TST
BEQ
JSR
1
INC
BNE
MOV

#140000,R4

R4 WILL BE USED AS A COUNTER

ERRDF
TRAP

.WORD
.WORD
.WORD

cxLooP
TRAP
DODU

104406

104444

TRAP

Mov

2s:

104455

013700
104451
012737

#ROMT78,R2
R5,PNTFLG
DROPUN
1%

DOCLN

104444

002210

177777

002206

GET TITLE ADDRESS
SEE IF PNT FLAG IS SET

MOV
JSR
TST
BEQ

MOV
TRAP
MoV

DOCLN

TRAP

LYE TR Y Y3 X1

012702
004537
005737
001401

43
RS ,RDELAY

2%
#5LU2B,R2
27 ,NORES ,NRES
CSERDF
27
NORES
NRES

CSCLP

ABORT THE DIAGNOSTIC FOR THIS UNIT

TEST THE 10P'S DPRO REG.
BRANCH, IF THE TEST HAS COMPLETED
DELAY ABOUT 1 MS

DPRO(R1)

Ré

CHECK THIS UNIT FOR BEING DROPPED

BRANCH, IF NOT DROPPED

SEND COMMAND TO DPRO

SLU2,DPRO(R1)

I T XY

2611 022256
2412 022262
2613 022266
2614 022272
2615 022274
022274
2616
2617 022276
2418 022302
2619 022306
2620
26421 022310
2622 022314
2423 022322
2624

2408 022256

ERROR, IF R4 WRAPS T0 0

ERROR, IF NO BRANCH

SFTUP FOR ERROR REPORTING.

FATAL ERROR. NO RESPONSE FROM TEST.

CHECK FOR LOOP ON TEST

LUN

DROP THIS UNIT

#-1,DROPUN

SET DROPPED UNIT FLAG.
ABORT THE DIAGNOSTIC FOR THIS UNIT

LUN,RO
C$DODU

CSOCLN

F 11
HARDWARE TESTS
TEST 9: INVOKE

MACRO M1200 26-JuL-83 08:14 PAGE 132
ROM TEST OF SERIAL PORT #2 (CHANNEL B) - NEC720

2439
2640

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

2641

2442
2643
2644 022410
2645 022414
2446 022616
022416
022420
022422
022424
2447 022426
2448
2449 02243C
2450 022434
2651 022440
2452 0c2442
2453 0226450
2454 022454
2455 022460
2456 022462
2457 022466
2458 022472
22472

22474

2459
2660 022476
2461 022502
022502

SEQ 135

016102
100005

4%:

000002

ERRHRD
TRAP

106456
000036

-WORD
.WORD
.WORD
BR

003221
016570
000431
016102
033702
001424
043761
016103
032703
001406
012702
004537

5%:

000004

002260
002260
000006
000001
010337
016722

MOV

JSR
EXIT

TRAP

.WORD

004273

6$:

MOV

ERRHRD
TRAP

104456

000037
003112
016070

104401

BIT

BIT
BEQ

104432

104406

MOV

Bte
8IC
MOV

000004

000020
012702

MOV
8PL

.WORD
.WORD
.WORD

7%:

L10031:

CKLOOP
TRAP

D:R1(R1).R2
p]
CMD ERR
30,CMND,
CSERHRD

; ERROR.

BOOT CODE DIDN'T LIKE THE COMMAND

CMND
CMDERR
14 ]

DPR2(R1)
,RZ
SLU2,R2
’s

(R 1)
SLU2.DPR2

,R3
DPR3(R1)

EXIT TEST
READ IOP DPR2

:glro.ns
6
#17€0,R2
R5,SKIPED
1ST

#SLU2B,R2
31 ,ROMD ,RTE RR
CSERHRD
3

CHECK FOR ERROR IN SLU2 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

CSEXIT
L10031-.

;

ERROR MESSAGE POINTER
SLU2 CHANNEL B FAILED

ROMD
RTERR

cscLP?

ENDTST
TRAP

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

CSETST

CHECK FOR LOOP ON TEST

6 N
HARDWARE TESTS
TEST 9: INVOKE

SEQ 136

MACRO M1200 26-JuL=-83 08:14 PAGE 133
ROM TEST OF SERIAL PORT #2 (CHANNEL B) = NEC?720

2467
2468
2469
2470
2471
2672
2473
2474
2475
2476

.SBTTL

TEST 10: INVOKE 1EST OF THE . .RALLEL [/0 PORT, 28036

I0P SELFTE ST M0.

INVOKE THE ROM TEST OF THE 28u36 (PARALLEL 1/0).

BGNTST

022516
022516
022522
022526
2484

2485

2486 022536
2687 022542
2488 022546
2689
2490 022550
2491 022554
2492
2493 022562
2494 022566
2495 022572
2496 022574
2497 022600
2498 022602
2699 022604
2500 022606

2501 022612
022612
022614
022616
022620
022622
2502
022622
2503 022624
022624
022630
2504 022632
2505 022640
022640

012702
004537

005737
001401

005267
017336

MOV
JSR

TST
BEQ

002206

DOCLN

104444

004537
005737
001476

017014
002230

013701
013761

002216
002262

012704
005761
V1423
004537

140000
000000

000001
005204
001370

012702

1%:

000000
2s:

016754

MOV
MOV

QBASE ,R1
PLLJO,DPRO(RT)

M R1 = ]OP BASE ADDRESS
: SEND COMMAND TO DPRO

MOV
TST
8EQ
JSR

#140000,R4
DPRO(R1)
43
RS,RDELAY

:
:
:
:

R4
23

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

CXLOOP

TRAP

002210

012737

177777

104444

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

.WORD
.WORD

013700
104451

RS.CKTPRO
LOOPB4
7%

TRAP
.WORD

104406

DODU

MOV
002206

ABORT THE DIAGNOSTIC FOR THIS UNIT

JSR
TST
8EQ

ERRDF

003054
016412

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

CSDCLN

[ [0)Y]

1064455
000040

DROPUN
18

:
:
:
:

TRAP

1
INC
BNE

004331

#ROMT10,R2
RS ,PNTFLG

TRAP

#PLLP,R2

32 ,NORES ,NRES

CSERDF
32

NORES
NRES

CSCLPI

LUN

LUN,RO

C$DODU

gggLN

#-1,DROPUN

TRAP

CSDCILN

R4 WILL BE USED AS A COUNTER
TEST THE IOP*'S DPRO REG.

BRANCH, IF THE TEST HAS COMPLETED
DELAY ABOUT 1 MS

CHECK FOR LOOP ON TEST

DROP THIS UNIT

: SET DROPPED UNIT FLAG.

ABORT THE DJAGNOSTIC FOR THIS ULNIT

SEQ 137

HARDWARE TESTS MACRO M1200 26-JuUL-83 08:14 PAGE 134
TEST 10: INVOKE TEST OF THE PARALLEL 1/0 PORT, 28036
2507
2508

1 10 HERE IF TEST COMPLETED, AND CHECK DPR2 FOR SUCCESS/FAILURL.

%ggg

2511

2512 022642 016102
2513 022646 100005
2514 022650
022650
022652

104456
000041

52}2 022660

000431

022654
022656

2517 022662
2518 022666
2519 022672
2520 022674
2521 022702
2522 022706
2523 022712
2524 022714
2525 022720
2526 022724

022724

016102 000004
033702 002262
001424
043761 002262
016103 000006
032703 000001
001406
012702 011477
004537 016722

2528 022730
2529 022734

012702

2531 022744

2532 022744

2533 022746
022746
022746

5%:
000004

104401

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

; EXIT TEST

DPR2(R1) ,R2
PLLIO,R2

: READ ]10P 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
P BR, IF TEST WASN'T SKIPPED
* SETUP MESSAGE ADDRESS FOR PRINTOUT
: PRINT THIS TEST SKIPPED

[, [0]Y)
8IT
BEQ
BIC
MOV
8IT
BEQ
MGV
JSR

TRAP

004331

63:

L10032:

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

CSEXIT

L10032-.

[0}
ERRHRD

#PLLP.R2
34,ROMD,RTERR

"WORD
.WORD

7%:

CSERHRD
33
CMND
CMDERR

.WORD

TRAP
.WORD

104456
000042
003112
016070

104406

DPR1(R1) ,R2
b3
33, CMND, CMDERR

EXIT

104432

000020

MOV
8PL
ERRHRD
TRAP
LWORD
.WORD
_WORD

003221
016570

2527 022726
022734
022736
022740
2530 022742

’

A ¥

000002

CKLOOP
TRAP

C$ERHRD
34
ROMD
RTERR

(SCLP1

ENDTST

TRAP

CSETST

: EXIT THIS TEST

: ERROR MESSAGE POINTER
* PARALLEL 1/0 TEST FAILED

; CHECK FOR LOOP ON TEST

2535

HARDWARE TESTS MACRO M1200 26-JUL-83 08:14 PAGE 135
TEST 10: INVOKE TEST OF THE PARALLEL 1/0 PORT, 78036

SEQ 138

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

%%gg

JSBTTL

2538
2539

R 2
:

%gz%

: THE ROM TEST OF THE [OP'S AMZ8C16 DMA CONTROLLER CHIP IS INVOKED.

%gzg

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

2546

10P SELFTEST #11,

5222

ggzg 022750

005346
017336
002206

2549 022750
2550 022754
2551 022760
2552 022764
2553 022766

012792
004537
005737
001401

2554 022766

104444

2555 022770
2556 022774

004537
013701

017014
002216

gsg” 023004

013761

002264

2560 023012
2561 023016
2562 023022
2563 023024

012704
005761
001423
004537

140000
000000

2565 023032

005204

2567 023036
2568 023042

012702

2557 023000 905061

2564 023030

2566 023034

000001

001370

023042
023044
023046
023050

104455
000043
003054
016412

023052

104406

023054
023060

013700
104451

023070

104444

2569 023052
2570 023054

2571 023062
2572 023070

012737

000006

1%:

2s:

016754

#ROM11A,R2
RS,PNTFLG
DROPUN
18

TRAP

CSDCLN

JSR
MOV

RS.CKTPRO
QBASE .R1

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

MOV

DMA,DPRO(R1)

: SEND COMMAND TO DPRO

MOV
TS7Y
BEQ
JSR

INC

Ré

TRAP
.WORD
.WORD
.WORD

CSERDF
35
NORES
NRES

TRAP

002206

#1640000,R4
DPRO(R1)
43
RS.RDELAY
23

CKLOOP

177777

DPR3I(R1)

BNE

MOV
ERRDF

002210

: 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
8EQ
DOCLN

004353

NEXT TEST DOES LSI-11.

BGNTST

CLR

000000

#DMAL ,R2
35.NORES,NRES

C$CLPT

: CLEAR TPR3 SO ONLY LOCAL DMA'S DONE.
; R4 WILL BE USED AS A COUNTER
: TEST THE l0OP'S DPRO REG.
; BRANCH, IF THE TEST HAS COMPLETED
: DELAY ABOUT 1 MS

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

: ERROR, IF NO BRANCH

; CHECK FOR LOOP ON TEST

pODU

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 11: [NVOKE

SEQ 139

MACRO M1200 26-JUL-83 08:14 PAGE 136
THE DMA CONTROLLER TEST OF THE AMZB8016 (LOCAL

2574
2575

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

100005

2593 023154
2594 023160
2595
2596 023164
2597 023170
2598 023172
2599 023176
023176
023200
023202
023204
2600
2601 023206
023206
2602
2603 023210
023210
023210

(S:

000002

ERRHRD
TRAP

104456
000044
003221
016570
000436

.WORD
.WORD
.WORD
BR

5%:

016102
033702
001431
043761
016103
n32703
001406
013702
004537
042703
042703

000004
002264

012161
016722
000001
000002

6$:

032723
001406
012702

007777

7%:

002264
000006
000001

000004

104401

MoV

8IT
8EC
8IC

MoV

BIT
BEQ
MOV

004353

JSR
8IC

BIC

BIT
BEQ
MOV
ERRHRD
TRAP

104456
000045
003112
016070
104406

MOV
8PL

.WORD
.WORD
-WORD

8s:

L10033:

CKLOOP
TRAP

DPR1(R1)
,R2
5%
D
, CMDERR
36,CMN
CSERHRD
36
CMND
CMDERR
8$

,R2
DPR2(R1)
DMA ,R2
8s
DMA,DPR2 (R1)

,R3
DPR3(R1)
#BIT0,R3
6$
T11€0,R2
R5,SKIPED
#B1T0,R3
#BIT1,R3
#7777 ,R3
8$

#DMAL ,R2
37 ,ROMD ,R7ERP
CSERHRD
37

ERROR.

BOOT CODE DIDN'T LIKE THE COMMAND

EXIT TEST

READ IOP DPR2
CHECK FOR ERROR IN DMA TEST
BRANCH, IF SUCCESSFUL TEST
CLEAR THE ERROR BIT FOR THIS TIME.
READ DPR3 FOR EXTENDED INFO
CHECK IF INTERRUPTS WERE TESTED
BR, IF INTERRUPTS WERE TESTED
SETUP MESSAGE ADDRESS
PRINT A PORTION OF SELFTEST NOT RUN
CLEAR IT SO NEXT TEST NOT CONFUSED
THE BIT 1 ERROR DOESN'T APPLY HERE

SEE IF ANY LEGITIMATE ERRORS EXIST
BRANCH, IF NO ERRORS
ERROR MESSAGE POINTER
DMA TEST FAILED

ROMD
RTERR

cscLP

ENDTST
TRAP

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

CSETST

CHECK FOR LOOP ON TEST

J n

SEQ 140

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

TEST 12: INVOKE THE DMA CONTROLLER TEST OF THE AM28016 (LSI-11 SIDE)

.SBTTL

[I0OP SELFTEST #11.

THE ROM TEST OF THE 10P'S AMZ8016 DMA CONTROLLER CHIP IS INVOKED.

TESTS OF DMA TRANSFERS TO AND FROM THE LSI-11 BUS ARE DONE.
BGNTST

2618 023212

2620 023212
2621 023216
2622 023222
2623 023226
2624 023230
023230
2625
2626 023232
2627 023236
2628 023242
2629 023250
2630
2631 023256
2632 023262
2633 023266
2634 023270
2635 023274
2636 023276
2637 023300
2638 023302
2639 023306
023306
023310
023312
023314
2640 023316
023316
2641 023320
023320
023324
2642 023326
2643 023334
023334

012702
004537
005737
001401

MOV
JSR
TST

005416
017336
002206

BEQ

DOCLN
TRAP

104444

004537
013701
013761
013761

017014
002216
002242
002264

012704
005761
001423
004537
000001
005204
001370
012702

140000

1$%:
000006
000000

2s:

000000
016754

004413

43
R5,RDELAY

TST

TRAP

.WORD
.WORD
.WORD
CkLOOP

177777

TRAP
DODU

002206

HIMEM,DPR3(R1)
DMA,DPRO(R1)

BEQ
JSR

ERRDF

002210

R5,CKTPRO
QBASE ,R1

#140000,R4

MOV

104406

C$DCLN

MOV

INC
BNE

003054
016412

104444

MOV
MoV
MOV

104455
000050

013700
104451
012737

JSR

#ROM118,R2
RS5,PNTFLG
DROPUN
1%

DPRO(R1)

2%
#DMAT ,R?2
40 ,NORES ,NRES
CSERDF
40
NORES
NRES

CSCLPY

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 = JOP BASE ADDRESS

SEND BASE OF HI 4KW PAGE (PAR FORMAT)
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

LUN

DROP THIS UNIT

#-1,DROPUN

SET DROPPED UNIT FLAG.
ABORT THE DIAGNOSTIC FOR THIS UNIT

LUN,RO
C$DODU

CSDCLN

SEQ 141

2645
2646

HARDWARE TESTS MACRO M1200 26-JUL-83 08:14 PAGE 138
TEST 12: INVOKE THE DMA CONTROLLER TEST OF THE AMZ8016 (LSI-11
H

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

%gzg
2649

2650 023336 016102
2651 023342 100005
2652 023344
023344
023346
023350
023352

gggz 023354

2660 023402 032703
2661 023406 001406
2662 023410 013702
2663 023414 004537
gggg 023420 042703

000001

2666 023424
2667 023430
2668 023432
2669 023436
gg;? 023442

032703
7501406
012702
004537
042703

000002

2672 023446

032703

007777

2678 023470
2679 023472
023472
023472

; EXIT TEST

MOV
BIT
BEQ
BIC

DPR2(R1) ,R2
DMA ,R2
8s
DMA,DPR2 (R1)

: READ IOP DPR2
: CHECK FOR ERROR IN DMA TEST
: BRANCH, ]F SUCCESSFUL TEST
: CLEAR THE ERROR BIT FOR THIS TIME.

BIT
BEQ
MOV
JSR
BIC

#BITO,R3
6$
T11E0,R2
RS,SKIPED
#BITO,R3

: CHECK IF INTERRUPTS WERE TESTED
; BR, IF INTERRUPTS WERE TESTED
; SETUP MESSAGE ADDRESS
: PRINT A PORTION OF SELFTEST NOT RUN
: CLEAR IT SO NEXT TEST NOT CONFUSED

6$%:

8IT
BEQ
MOV
JSR
8IC

#81T1,R3
7%
#T11E1,R2
RS,SKIPED
#BIT1,R3

: 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

7%:

BIT

#7777 ,R3

: SEE IF ANY LEGITIMATE ERRORS EXIST

TRAP
.WORD
.WORD
.WORD

CSERHRD
42
ROMD
RTERR

000445

002264

2659 023376 016103 000006

2677 023470

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

TRAP
WORD
.WOKD
.WORD

000004
002264

023460
023462
023464
2676 023466

DPR1(R1) ,R2
5$
&1,CMND,CMDERR

104456
000051
003221
016570

2655 023356 016102
2656 023362 033702
2657 023366 001440
2658 023370 043761

2673 023452
2674 023454
2675 023460

MOV
BPL
ERRHRD

($:

000002

001406
012702

5$:
000004

MOV

012161
016722
000001
012260
016722

000002

004413

104456
000052
003112
016070

104406
104401

8%:
L10034:

BEQ
MoV
ERRHRD

CKLOOP
TRAP

CSERHRD
41
CMND
CMDERR

DPR3(R1).R3

8$
#DMAT ,R2
&2,ROMD ,RTERR

CSCLP

ENDTST

TRAP

CSETST

; READ DPR3 FOR EXTENDED INFO

: BRANCH, IF NO ERRORS
: ERROR MESSAGE POINTER
:; DMA TEST FAILED

: CHECK FOR LOOP ON TEST

SEQ 142

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

TEST 13: LSI-11 BUS INTERRUPT TEST

I0P SELFTEST #12.

INVOKE THE LSI-11 BUS INTERRUPT TEST

2697 023504
2698 023510
2699 023512
023512

2700

2701 023514
2702
2703 023520
2704 023524
2705 023532
2706 023536

BGNTST

012702
004537
005737
001401

2713 023614
2714 023620
2715 023622
2716 023626
2717 023630
2718 023634
2719 023636

023636

023640
023642
023644
2720 023646
023646
023650

JSR
TST
BEQ
DOCLN
TRAP

104444

004537

017014

013701
012737
005037

002216
001770
002240

012746
012746
013746
012746
104437
062706

000340
024244
002220
000003

18:

002220

CSDCLN

SEE IF THE CURRENT [OP IS READY

MoV

QBASE ,R1
#1770,QIRVEC
INTFLG

R1 = JOP BASE ADDRESS

013761
013761

002220
002266

012700

000000

MoV
TRAP

004537
000002
005737
001060
016102

016754

JSR

RS ,RDELAY

002240

TST
BNE
MOV
8PL

INTFLG
6$

100006

104456

016570
1064432
000404

000002

SETPR]

ERRHRD
TRAP

.WORD
.WORD
.WORD
EXIT
TRAP
.WORD

SETUP THE VECTOR; TEMP PRIORITY OF 7

#3,-(SP)
CSSVEC
#10,SP

000340

MOV
TRAP
MOV
MOV

ADDRESS 1770 1S THE INTERRUPT VECTOR
SOF TWARE FLAG INDICATES INT. OCCURED

QIRVEC,#QIRSRV ,#PRIO7
#PR107,~(SP)
#QIRSRV, =(SP)
QIRVEC,=(SP)

012700

104441

ABORT THE DIAGNOSTIC FOR THIS UNIT

R5.CKTPRO

SETPRI

000006
000000

CHECK THIS UNIT FOR BEING DROPPED

BRANCH, IF NOT DROPPED

JSR

MOV
TRAP
ADD

000010

GET TITLE ADDRESS
SEE IF PNT FLAG IS SET

#ROMT12,R2
RS ,PNTFLG
DROPUN
1%

#PR107
#PR107,RO
C$SPRI
QIRVEC,DPR3(R1)
QIR,DPRO(R1)
#PRI00
#PR100,RO
C$SPRI

1044461

023612

MoV

005462
017336
002206

,R2
DPR1(R1)
3s
43,CMND, CMDERR
CSERHRD
43
CMND
CMDERR
TST

CSEXIT
L10035-.

RAISE CPU SO IOP CAN'T INTERRUPT YET.

DELAY, AND THEN CHECK INT. OCCURED

TELL JOP WHICH VECTOR WE WANT

SEND QIR TEST COMMAND TO DPRO
LOWER PRIORITY SO IOP CAN INTERRUPT

Ve Ve Ve Vg B e e

2692
2693 023474
2694
2695 023474
2696 023500

2 MILLISECONDS

10P INTERRUPTED, IF INTFLG SET

BR, IF OK

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

EXIT TEST

MACRO M1200

26-JUL=-83 08:14

TEST 13: LSI-MN BUS INTERRUPT TEST

2722

2723 023652
2724 023656
2725 023662
2726 023664
2727 023670
2728 023674
2729 023676
2730 023702
2731 023706
023706
023710
2732
2733 023712
2734 023716
2735 023720
2736 023724
2737 023730
023730
023732

2738
2739 023734
023734
023740
274) 023742
2741 023746
2742 023752
023752
023754
023756
023760
2743 023762
023762

2744 023764
023764
023766

016102
033702
001424
0156103
032703

001406
012702
004537

000004
002266

3s:

000006
000001

000004

EXIT

48:

012771
016722

104456

000054
003112
016444

104406
104432
000266

000340
004453
004500

5%:

CSEXIT
L10035-.

SETPRI

#PR107
#PR107,RO
(SSPRI
#QIRT ,R2
#QIRT1,R3
, GENMSG
44 ,ROMD
CSERHRD

.WORD
.WORD
.WORD

CKLOOP

TRAP

EXIT

TRAP

.WORD

EXIT THIS TEST

1ST

TRAP

SETUP MESSAGE ADDRESS FOR PRINTOUT

PRINT THIS TEST SKIPPED

R5,SKIPED

#B1T2,R3
5$
#T12E2,R2
RS,SKIPED

ERRHRD

CHECK FOR ENTIRE TEST SKIPPED
BR, IF TEST WASN'T SKIPPED

4s
#T12E0,R2

BIT
BEQ
MoV
JSR

MoV
TRAP
MoV
MOV

READ SELFTEST EXTENDED ERROR REGISTER

,R3
DPR3(R1)
#81T0,R3

CSEXIT
L10035~.

.WORD

000322

READ IOP TPR2
CHECK FOR A SELFTEST ERROR
BR, IF NO ERROR.

,R2
DPR2(R1)

QIR,R2
5%

TRAP
.WORD

EXIT

104432

012700
104441
012702
012703

MoV
BIT
8EQ
MoV
BIT

8EQ
MoV
JSR

012625
016722

104432
000344

032703
001406
012702
004537

PAGE 140

TST

44
ROMD
GENMSG

CSCLPY

TST
CSEXIT

L10035-.

®e Be B 0 %

HARDWARE TESTS

SEQ 143

NOW CHECK FOR ROM IN VECTOR SPACE
BR, IF RAM AND NOT ROM IN VECTOR SPACE
SETUP MESSAGE ADDRESS FOR PRINTOUT
PRINT THIS TEST SKIPPED
EXIT THIS TEST

RESTORE PRIORITY TO 7
ERROR MESSAGE POINTER
ERROR MESSAGE POINTER
ERROR. NO INTERRUPT FROM IOP

CHECK FOR LOOP ON TEST
EXIT THIS TEST

B 12
HARDWARE TESTS

MACRO M1200

26~-JUL-83 08:14

TEST 13: LSI-1 BUS INTERRUPT TEST

2746
2747 023770
023770
023774
2748 023776
2749 024002
024002
024006
2750 024010
2751 024016
024016
024022
024026
024032
024036
024040
2752 )

2753
2754 024052
2755 024056
2756 024062
2757 024('64
2758 02400
2759 02407¢
2760 024074
2761
2762 024076
024076
024102
2763 024104
2764 024110
2765 024114
024114
024116
024120
024122
2766 024124
024124
2767 024126
024126
024130

012700
104441
005037

6$:

000340

013700
104436
062737

002220

012746
012746
013746
012746
104437
062706

000340
024244
002220
000003

000004

PAGE 141

SETPRI
MoV
TRAP

CLR

002240

CLRVEC

MOV
TRAP
ADD

002220

SETVEC

000010

SEQ 144

#PR107
#PR107,RO
C$SPR]
INTFLG
QIRVEC

QIRVEC.RO
CSCVEC
#4 ,0]RVEC

QIRVEC ,#QIRSRV,#PRI07

MoV
MoV
MoV
MoV
TRAP
ADD

#PR107,~(SP)
#QIRSRV,=(SP)
QJRVEC,=(SP)
SP)

SETPRI

SET CPU TEMORARILY TO 7
CLEAR THE SOFTWARE INT. FLAG
CLEAR THE VECTOR JUST USED

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

LOWER PRIORITY TO 0

012700
1044461

000000

MoV
TRAP

#PR100,RO

012704
005737
001023
004537
000001
005204
001370

140000
002240

MoV
TST
BNE
JSR
1
INC
BNE

#140000,Ré
INTFLG
8s
RS ,RDELAY

R4 WILL BE USED AS A COUNTER
10P INTERRUPTED, IF INTFLG SET

Ré4
7$

WAIT FOR INTERRUPT FROM IOP
WAIT. ERROR IF R4 WRAPS TO O

SETPR]

#PR107
#PR107,RO
C$SPRI
#QIRT,R2

RESTORE PRIORITY TO 7

012700
104441
012702
012703

1046456
000055
003112
016444
104406
104432
000124

016754

000340
004453
004552

7$:

MOV
TRAP
MoV
MoV

ERRHRD

TRAP
.WORD
.WORD
.WORD

CKLOOP

CSSPRI

#QIRT2,R3

, GENMSG
45,ROMD
Egsnuno

IF OK

DELAY, AND THEN TEST THAT INT. OCCURED
1 MILLISECOND

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

ROMD

GENMSG

TRAP

CSCLPY

TRAP
.WORD

CSEXIT

EXIT

BR,

TST

L10035-.

: CHECK FOR LOOP ON TEST
EXIT THIS TEST

2769

2770 024132

RESET

27N

2772 026134

2773 024140

2774 026142

2775 024146
%;;9 026150

2778 024154

0261564
024156
024160
024162

2779 024164

0246164

004537

016754

JSR

005761

000000

000062

001413
012702

104406

177777

2782 026176

104444

2783 024176
2784 024202

016102
033702

000004
002266

2786 024210

043761

002266

012702

004453

001473

2787 024216 016103 000006
2788 0264222
2789 024226

024226
024230
024232
2790 024234

2791 024236

024236

2792 024240
2793
2794

024260
024242

; READ 10P DPR2
: CHECK FOR ERROR IN QIR TEST

8IC

QIR,DPR2(R1)

; CLEAR THE ERROR BIT FOR THIS TIME.

MOV
ERRHRD

#QIRT ,R2
47 ,ROMD,RTERR

10$:

104432
000012

2800 024244
2801 024244

QIRSRV::

2804

04252
024252

2805 024254
024254
0242564

000002

104401

CkLOOP

L10036:

L10035:

108

pPRS(R1) ,R3
CSERHRD
&7
ROMD
RTERR

TRAP

CSCLPY

TRAP
.WORD

CSEXIT
L10035-.

EXIT

002240

: SET DROPPED UNIT FLAG

DPR2(R1) ,R2
QIR,R2

TRAP
WORD
.WORD
.WORD

177777

CSCLPY

MOV
BIT

104456
000057
003112
016070

012737

CSERDF
46
NORES
NRES

CSDCLN

2796

2802 024244
2803 024252

NO RESPONSE FROM TEST

TRAP

MOV

: BR MEANS TEST COMPLETED
¢ OIR TEST MESSAGE ADDRESS

#-1,DROPUN

000004

%;gg

; TEST THE I0P'S DPRO REGISTER

9%
#QIRT,R2

s 50 MILLISECONDS

MOV

BEQ

DPRO(R1)

; CHECK FOR LOOP ON TEST

DOCLN

2795

: WAIT FOR THE RESET TO COMPLETE

CKLOOP

9%:

104406

s ..THE ]OP SELFTEST CODE.

RS,RDELAY

: FATAL ERROR.

TRAP

002206

: ISSUE A BUS RESET AS PART OF..

ERRDF 46,NORES ,NRES
TRAP
.WORD
.WORD
.WORD

104455
000056
003054
016612

012737

2785 024206

BEQ
MOV

004453

2780 024166

2781 024174

50.

8s:

000005

: ABORT THE DIAGNOSTIC FOR THIS UNIT

: BR, IF NO ERROR

: READ DPR3 FOR EXTENDED INFO

; ERROR MESSAGE POINTER
: QIR TEST FAILED

: CHECK FOR LOOP ON TEST
; EXIT THIS TEST

JIOP INTERRUPT SERVICE ROUTINE FOR TEST 12.
BGNSRV

QIRSRV

MOV #-1,INTFLG
ENDSRV
RTI

ENDTST

TRAP

CSETST

s SET FLAG TO INDICATE INT. OCCURED
s EXIT SERVICE ROUTINE

e D

PAGE 142

26-JUL-83 08:14

. A Al SR SR W SO SUR AUR SOR FUR ST ST ST ST PN AT FY P P PV AT AL P

MACRO M1200

TEST 13: LSI-11 BUS INTERRUPT TEST

—— —— —

HARDWARE TESTS

SEQ 145

c 1

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

g g— g g— — g——

THE TWO-PORT RAM

THE PROTOCOL Bt TWEEN THIS PROGRAM AND THE 10P 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
#13 AND THEN DELAYS ABOUT 1 SECOND; AFTER WHICH, WE MUST ASSUME THAT
THE TEST HAS COMPLETED AND THE DPR HAS BEEN RE-ENABLED. DOPR2 IS THEN

012702
004537
005737
001401

004537
013701
013761
004537
011610

017014
002216
002270
016754

2842 024322
2843 024326
2844 024330
024330
024332
024334
024336
2845 024340

016102
100005

000002

#ROMT13,R?2
RS5,PNTFLG

BEQ

TST

DOCLN

104444

104456
000062
003221
016570
000442

MOV
JSR

1$%:

000000

DROPUN

TRAP

CSDCLN

JSR

RS,CKTPRO

MoV

QBASE ,R1

MOV

DPR1(R1) ,R2

TRAP

CSERHRD

MOV
JSR
5000.

BPL
ERRHRD
.WORD

.WORD
.WORD

B8R

DPR,DPRO(R1)
RS .RDELAY

2%
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 1S READY

R1 = JOP BASE ADDRESS

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

CMND
CMDERR

s EXIT TEST

005507
017336
002206

2830 024256
2831 024262
2832 024266
2833 024272
2834 024274
024274
2835
2836 024276
2837 024302
2838 024306
2839 024314
532? 024320

e A

BGNTST

e e

2823 024256

- A g

CHECKED FOR ERROR BITS.

ES g

10P SELFTEST #13.

TYEST 14: INVOKE THE TWO-PORT RAM TEST

.S BTTL

PAGE 143

e g g

26-JUL~83 08:14

e I

MACRO M1200

TEST 13: LSI=11 BUS INTERRUPT TEST

e Pwe

HARDWARE TESTS

SEQ 146

0D 12

2848 024342
2849 024346
2850 024352
2851 024354

2852 024362

2853 024366
2854 024372
2855 024374
2856 024400
2857 024404
2858 024410
2859 024412
2860
2861 024414
2862 024420
024420
024422
024426
024426
2863 024430
024430
024434
2864 024436
2865 024444
024444
2866
2867 024446
024446
2868
2869 024450
024450
024450

016102
033702
001435
043761
016103
032703
001410
012702
004537
042703
005703
001415

(000004
002270

012702

004626

002270
000006
000010

2$:
000004

013545
016722
000010

3$:

DODU

MOV
TRAP
MOV

002210

177777

002206

DOCLN

TRAP

104444

104401

ERRDF

.WORD

016070

104406

MOV

TRAP
.WORD
.WORD

104455
000063
003112

013700
104451
012737

MOV
BIT
8EQ
BIC
MOV
BIT
8EQ
MOV
JSR
8IC
TST
8EQ

A ¥

L10037:

CKLOOP

TRAP

DPR2(R1) ,R2
DPR,R2

OPR,DPR2 (R1)

DPRS(R1)
,R3

#ngS.RS
3
#T13E3,R2
R5,SKIPED
#BIT3,R3
R3

CLEAR THE BIT SO NEXT TEST NOT CONFUSED

CHECK If LEGITIMATE ERRORS EXIST

BRANCH, IF NO ERRORS

#DPRT ,R2
51,ROMD ,RTERR
CSERDF
51

ERROR MESSAGE POINTER
DPR TEST FAILED

ROMD
RTERR
LUN

LUN,RO

C$DODY
#-1,DROPUN

CSDCLN

CSCLPT

ENDTSY
TRAP

READ I0P DPR?2
CHECK FOR ERROR IN DPR TEST
BRANCH, IF SUCCESSFUL TEST
CLEAR THE ERROR BIT FOR THIS TIME.
READ DPR3 FOR EXTENDED INFO
CHECK IF BUS WRITFS/INTERRUPTS RUN
BR, IF THE TESTS WERE RUN
SETUP MESSAG® ADDRESS
PRINT THAT THE TESTS WERE NOT RUN

CSETST

FATAL ERROR.

DROP THIS UNIT

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

N O

1
2847

PAGE 144

- e = =g =

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

[aal

HARDWARE
TEST 14:

SEQ 147

remlasle X 4

E 12

F 12

HARDWARE TESTS

MACRO M1200

26-JUL-83 08:14

TEST 14: INVOKE THE TWO-PORT RAM TEST

SEQ 148

PAGE 145

.TITLE PARAMETER CODING
{DENTIFICATION
.SBTTL

.SBTTL

HARDWARE PARAMETER CODING SECTION

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.

885

2886 024452
024452 000033
024454
2887
2888 024454
024454 000042
024456 003415
024460 000740
024462 000002
024464 000017
2889
2890 024466
024466 001130
024470 003443
024472 177777
2891
2892 024474
024474 002130
024476 003535
024500 177777
2893
2894
2895 024502
024502 003130
(24504 003622
024506 177777
2896
2897 024510
024510 004130
024512 003702
024514 177777
2898
2899 024916
024516 005130
024520 003762
024522 177777

BGNHRD

LSHARD::

.WORD L10040~LS$HARD/2

GPRMD
.WORD
.WORD
.WORD
+WORD
-WORD

,NO
CCPU,0,D,740,2,15.

; GET SBC ID SWITCH

GPRML
.WORD
.WORD
-WORD

BASE,2,-1,YES

; GET LSI-11 BUS BASE ADDR. RANGE

GPRML
.WORD
.WORD
-WORD

LOOP1,4,-1,YES

T$CODE
CCPU
740
TSLOLIM
TSHILIM
T$CODE

B?SE

TS$CODE

; ASK IF LOOPBACK...

L?0P1

; ...]S INSTALLED FOR SLU1

GPRML
.WORD
.WORD
+WORD

LOOP2,6,-1,VES

GPRML
.WORD
.WORD
.WORD

LOOP3,10,-1,YES

GPRML
+WORD
-WORD
.WORD

LOOPL,12,-1,YES

T$CODE

; ASK IF CHANNEL A LOOPBACK INSTALLED

L?OPZ

T$CODE

; ASK IF CHANNEL B LOOPBACK INSTALLED

L?0P3

T$CODE

L?OP&

; ASK IF PARALLEL LOOPBACK INSTALLED

G 12

MACRO M1200

PARAMETER CODING

HARDWARE PARAMETER CODING SECTION

2901
2902 024524
024524
024526
024530
2903

2904 024532
024532
024534
024536
2905
2906 024540
024540
2907 0245642
8

024542

26-JUL~83 08:14

PAGE 146

SLU2CF,14,-1,YES

0uve130
004027

GPRML
.WORD
.WORD
.WORD

007130
004127

GPRML
.WORD
-WORD
.WORD

UROM,16,-1,YES

001004

EXIT
. WORD
ENDHRY
.EVEN

HRD
T$CODE

17?7777

177777

L10040:

SEQ 149

T$CODE

; IS SLU2 SET FOR DMA?

S%UZCF

T$CCDE

s ASK IF USER ROM IS TO...

U?OH

...BE TESTED.

H 12

MACRO M1200

PARAMETER CODING

SOF TWARE PARAMETER CODiNG SECTION

26~JUL-83 08:14
.SBTTL

2910
2911
2912
2913
2916
2915

PAGE 147

SOFTWARE PARAMETER CODING SECTION

I TEYRTITEIER
IR XA KN ]

0
2921 026542
024542
024544
2922
2923 024544

000000

INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES. THE
MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
WITH THE OPERATOR.
BGNSFT

LSSOFT::

L100641:

0246544

2924
2925 024544
2926 0245644
2927
2928 024664

024664
024666
024670

THE SOF TWARE 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

SPAT(CH::

025320
000214

.WORD L10041-L$SOFT/2

ENDSFT
.EVEN

.BLkW

LASTAD
.EVEN
.WORD TSFREE

LSLAST::

.WORD TS$SIZE

SEQ 150

112

PARAMETER CODING

MACRO M1200

SOF TWARE PARAMETER CODING SECTION

26~JUL-83 08:14

2930
2931

PAGE 148

: HARD=CODED MARDWARE P-TABLES

%8%%

: THERE ARE 14 HARDWARE P-TABLES HERE: MOWEVER, KEEP IN MIND THAT
: THE MAXIMUM LEGAL NUMBER OF KXT11-CA IOP'S ON ANY ONE SYSTEM IS
: 14(D), AND THE LEGAL UNIT NUMBERS ARE 2 THROUGH 15(D). IOP UNITS
: O AND 1 ARE RESERVED FOR THE NON-MULTIPROCESSING ARBITER OR DMA
: DEVICE AND THE HOST MULTIPROCESSOR ARBITER, RESPECTIVELY, AND SHOULD
: NOT BE USED. IOPS O AND 1 AUTOMATICALLY DISCONNECT THE IOP FROM

2934
2935
2936
2937
2938
2939

; THE LSI-11 BUS.

2940

2942

2943 024670

BGNSETUP

2945

s UNIT O

2944

2946

2947 024670
024670
024672
024674
2948 024674

024720
000010
000000

L10042:

2956 024714
024714
2957
2958

L10044:

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

2969 024740
024740

ENDPTAB

1
O
0
(
O
0
O

; BUS ADDRESS RANGE (LOW IS DEFAULT)
; LOOP=-BACK DEFAULT IS NO (SLU1)
: CHANNEL A LOOP-BACK DEFAULT IS NO (SLU2)
; CHANNEL B8 LOOP-BACK DEFAULT IS NO (SLU2)
: LOOP-BACK DEFAULT IS NO (PARALLEL 1/0)
: SLUZ2 DMA OPERAT:ON DEFAULT IS NO
: TEST USER ROM DEFAULT IS NO

; UNIT 1

2959

2960 024714
024714
024716
024720
2961 024720

WORD

.WORD
WORD

000000
000000

14.

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

.WORD
WORD
.WORD
.WORD
LWORD

2949 024676 000091
2950 024700 900000
2951 024702 000000
2952 024704 000000
2953 024706 000000
2954 024710
2955 024712

SEQ 151

024744
000010
000000

L10043:

BGNPTAB
L10045
WORD
L10046~-./2-1
LWORD

.WORD

.WORD
LWORD
LWORD
.WORD
LWORD
.WORD
WORD

000001
000000
000000
000000
0006000
000000
000000
L10046:

ENDPTAB

1
O
O
0
O
0
O

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

J 12

MACRO M1200

PARAMETER CODING

SOF TWARE PARAMETER CODING SECTION

000000
000001
000000
000000
000000
000000
000000
000000

L10045:

L10050:

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
+WORD
. WORD
ENDPTAB

QO
o

050=./2-1

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

000000
000001
000000

L10047:

000000

L10052:

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
ENDPTAB

AV,]

[=]=]
[=l=]

BGNPTAB
.WORD
-WORD

Mrr

025014
000010

-t

: UNIT 3

2986

2987 024764
024764
024766
024770
2988 024770
2989 024772
2990 024774
2991 024776
2992 025000
2993 025002
2994 025004
2995 025006
2996 025010
025010

BGNPTAB
.WORD
.WORD

OO0O0O0OO0O~=0O

024770
000010

: UNIT 2

OOO0O0O0O0O—0O

297
2972
2973
2974 024740
024740
024742
024744
2975 024744
2976 024746
2977 024750
2978 024752
2979 024754
2980 024756
2981 024760
2982 024762
2983 024764
024764
2984
2985

26-0UL-83 08:14

SEQ 152

PAGE 149

52-./72-1

BUS ADDRESS RANCE (LOW IS DEFAULT)
LOOP-BACK DEFAULT IS NO (SLU1)

CHANNEL A LOOP-BACK DEFAULT IS NN (SLU2)
CHANNEL B LOOP-BACK DEFAULT 1S NO (SLU2)

LOOP-BACK DEFAULT IS NO (PARALLEL 1/0)
SLU2 DMA OPE?ATION DEFAULT IS NO
TEST USER ROM DEFAULT IS NO

PARAMETER CODING

MACRO M1200

SOF TWARE PARAMETER CODING SECTICN

26-JUL-83 08:14

2998

2999

SEQ 153

PAGE 150

: UNIT &

3000

3001 025010

025010
025012

025040
000010

3002 025014

000000

025014

BGNPTAB
L10051:

.WORD
.WORD

L10053
L10054=~./2-1

.WORD

.WORD
WORD
WORD

0
0
0

3003 025016
3004 025020

000001
000000

LWORD
.WORD

3008 025030
3009 025032

000000
000000

.WORD
.WORD

3005 025022 000000
3006 025024 000000
3007 025026 000000
3010 025034
025034

L1005¢4:

3011

3013

3016 025042
3017 025044
3018 025046

025064
000010
000000

L10053:

3023 025060
025960

0
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)
; LOOP-BACK DEFAULT IS NO (PARALLEL 1/0)

BGNPTAB
L10055
.WORD
L10056~./2-1
.WORD

.WORD

000001
000000
000000

LWORD
WORD
.WORD

1
0
0

; BUS ADDRESS RANGE (LOW IS DEFAULT)
; LOOP-BACK DEFAULT IS NO (SLU1)
; CHANNEL A LOOP-BACK DEFAULT IS NO (SLU2)

000000
000000
000000

WORD
WORD
WORD

0
0
0

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

.WORD

3019 025050 000000

3020 025052
3021 025054
3022 025056

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

; UNIT S

3012

3014 025034
025034
025036
025040
3015 025040

ENDPTAB

1
0

L10056:

ENDPTAB

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

MACRO M1200

PARAMETER CODING

SOF TWARE PARAMETER COCING SECTION

26-JuUL-83 08:14

SEQ 154

PAGE 151

L1C055:

000000
L10060:

057
0060~./2-1

(=4

.WORD
.WORD
.WORD
.WORD
.WORD
-WORD
.WORD
.WORD
ENDPTAB

000000
000001
000000
000000
000000

.WORD
-WORD

BUS ADDRESS RANGE (LOW IS DEFAULT)
LOOP-BACK DEFAULT IS NO (SLUT)

CHANNEL A LOOP-BACK DEFAULT IS NO ($£'U2)
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

000000
000001
000000
000000
000000
000000
000000
006000

L10057:

L10062:

.WORY
.WORD
.WORD
-WORD
.WORD
.WORD
.WORD
.WORD
ENDPTAB

61
062-./2-1

[=3=]
[=]

BGNPTAB
-WORD
.WORD

025134
000010

: UNIT 7

OOO0O0O0O—=O

3029 025064
3030 025066
3031 025070
3032 025072
3033 025074
3034 025076
3035 025100
3036 025102
3037 025104
025104

BGNPTAB

COO0O0O0O—O

025110
000010

; UNIT 6

m12

MACRO M1200

PARAMETER CODING

SOF TWARE PARAMETER CODING SECTION

26-JUL-83 08:14

SEQ 155

PAGE 152

000000
000001
000000
000000
000000
000000

L10061:

+WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

000000

000000
L100664:

rrr

025160
000010

BGNPTAB
.WORD
.WORD

0063
0064~./2-1

OCOOO0O0O—=O

3055 025130

—t el

: UNIT 8

DEFAUf?)
BUS ADDRESS RANGE (LOW IS(SLUT)

LOOP-BACK DEFAULT IS NO
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

ENDPTAB

000000
000001
000000

L10063:

000000
000000

L10066:

.WORD
-WORD

.WORD
-WORD
-WORD
.WORD
.WORD
.WORD
-WORD
.WORD
ENDPTAB

065
0066=~./2-1

BGNPTAB

025204
000010

OO0O0O0O0O—=0O

3068 025154
025154
025156
025160
3069 025160
3070 025162
3071 025164
3072 025166
3073 025170
3074 025172
3075 025174
3076 025176
3077 025200
025200

: UNIT O

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

N 12

MACRO M1200

PARAMETER CODING

SOF TWARE PARAMETER CODING SECTION

26-JUL-83 08:14

PAGE 153

000000
000001
000000
000000

L10065:

000000
L10070:

.WORD
-WORD
.WORD
.WORD
-WORD
-WORD
.WORD
.WORD
ENDPTAB

g a

—

(==
(=]

67
070-./2-1

[elelalelelal
to B

025230
000010

BGNPTAB
.WORD
.WORD

: UNIT 10

3082 025200
025200
025202
025204
025204
3083
3084 025206
3085 025210
3086 025212
3087 025214
3088 025216
3089 025220
3090 025222
3091 025224
025224

SEQ 156

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

3096 025230
3
3098 025234
3099 025236
3100 025240
3101 025242
3102 025244
3103 025246
3104 025250
025250

000000
000001
000000
000000
000000
000000
000000
000000

L10067:

L10072:

.WORD
.WORD
.WORD
.WORD
-WORD
.WORD
.WORD
.WORD
ENDPTAB

—b

on
0072-./2-1
o

BGNPTAB
.WORD
-WORD

025254
000010

OOO0O00O0O—O

3095 025224

: UNIT 11

8 13

MACRO M1200

PARAMETER CODING

SOF TWARE PARAMETER CODING SECTION

26-JUL-83 08:14

SEQ 157

PAGE 154

000000

—

.WORD
-WORD
.WORD
-WORD
.WORD
.WORD
-WORD
.WORD
ENDPTAB

oo
o

.WORD
WORD

000000

BGNPTAB

[e]lelelelelal
J=]

025300
000010

; UNIT 12
074=./2-1

: UNIT 13

000001

.WORD
-WORD

000000
000001
000000
000000
000000
000000
000000
000000

BGNPTAB

-WORD
.WORD
.WORD
-WORD
.WORD
.WORD
+WORD
.WORD
ENDPTAB

OCOOO0O0O0—=O

000000
000010

10076=-./2-1

ENDSETUP

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 (SLUZ2)
LOOP=-BACK DEFAULT IS NO (PARALLEL 1/0)
SLU2 DMA OPERATION DEFAULT IS NO
TEST USER ~"M DEFAULT IS NO

c 13

LSLOAD
LSLUN

LSMREV
LSNAME
LSPRIO
LSPROT
LSPRT
LSREPP
LSREV
LSRPY
LSSOFT
L$SPC
LSSPCP
LSSPTP
LSSTA
LSSW
LSTEST
LSTIML

b o

(21T~

FSPROT

b
b el

GSRADD= 000040

LSDEPO

00210
-

00202

OOOOOOOOOOONOHOOO

oSO
4

NN SN
S

=4
o
N
o

00212

LSLAST

00210

» O
OO O

LSLADP

CSPNTB= 000014

CSPNTF= 000017
CSPNTS= 000016
CSPNTX= 000015
¢$al0 = 000377
CSRDBU= 000007
CSREFG= 000047
CSRESE= 000033
CSREVI= 000003
CSRFLA= 000021
CSRPT = 000025
C$SEFG= 000046
CSSPRI= 000041
C$SVEC= 000037
C$TPRI= 000013
DELCNT 002236
DFPTBL 002162 G
DIAGMC= 000000
002264
DMA
004353
DMAL
004413
DMAT
002270
DPR
004626
DPRT
DPRO = 000000 G
DPR1
= 000002 G
DPR10 = 000020 G
DPR11 = 000022 6
DPR12 = 000024 G
DPR13 = 000026 G
DPR14 = 000030 G
DPR1S = 000032 G
DPR16 = 000034 G
DPR17 = 000036 G

LSEXP1
LSEXP4
LSEXPS
LSHARD
LSHIME
LSHPCP
LSHPTP
LSHW
LSICP
LSINIT

~
~

0156C5
£02240

LSDESC
LSDESP
LSDEVP
LSDISP
LSDLY
LSDTP
LSDTYP
L$DU
LSoUT
LSDVTY
LSEF
LSENVI
LSETP

= 000120
000020
000004
000010
000000
002242
100000
010000
000040
020000
015676
015763

DPR?
DPR3
DPR4
DPRS

CSDU = 000053
CSEDIT= 000003
CSERDF= 000055
CSERHR= 000056
CSERRO= 000060
CSERSF= 000054
CSERSO= 000057
CSESCA= 000010
CSESEG= 000005
C$ESUB= 000003
CSETST= 000001
CSEXIT= 000032
C$GETB= 000026
CSGETW= 000027
CSGMAN= 000043
CS$GPHR= 000042
C$GPLO= 000030
CSGPRI= 000040
CS$INIT= 000011
CSINLP= 000020
CSMANI= 000050
CSMEM = 000031
CSMSG = 000023
CSOPEN= 000034

—b wd amd

ABORT
017656
ADR
= 000020 G
ASSEMB= 000010
003151
BADSW
003443
BASE
004174
BEVNT
81710 = 000001 G
BIT00 = 000001 G
81701 = 000002 G
81702 =
000004
81703 = 000010 6
81704 = 000020 G
040 G
BITOS =
817106 = 000100 G
BIT07 = 000200 G
81708 = 000400 G
BIT09 = 001000 G
= 000002 G
BIT1
81710 = 002000 G
BIT11 = 004000 G
BIT12 = 010000 G
BIT13 = 020000 G
BIT14 = 240000 G
BIT15 = 100000 G
BIT2 = 000004 G
BIT3 = 000010 G
BIT4 = 000020 G
BITS = 000040 G
BIT6 = 000100 G
BIT? = 000200 G
8118 = 000400 6
BIT9 = 001000 G
= 000400 G
BOE
002254
BVNT
0n3415
CCPU
CKTPRO 047014
CMDERR 016570 G
003221
CMND
CMNDR
015142
002252
CPU
004643
CPUT
002244
CSR
004145
CSRT
CSAU_ = 000052
CSAUTO= 000061
C$BRK = 000022
C$8SEG= 000004
c$8suB= 000002
CSCEFG= 000045
C$CLCK= 000062
CSCLEA= 000012
C$CLOS= 000035
C$CLP1= 000006
CSCVEC= 000036
CSDCLN= 000044
C$D0DU= 000051
CSDRPT= 000024

PAGE 154-1

~———reeee

MACRO M1200

(AT
AT 2T )

26-JuL-83 08:14

PARAMETER CODING
SYMBOL TABLE

SEQ 158

D 13

mmmmmmmmg
NOAWVNES NN =
NOWVMSWNN=O

b cmd b

oOMMMMMMM

p -]

) e e e = =g d e = =4 4

b wd wmd
b

e e o

d b ——d

)

) o

b o

SNANN) = NN = O NN
NS
WORONON
= \N 2NN =2 NN
NVO=NOOANNHN=ON

T$NST1 = 000010

— e i wd (D) b b e
b b e i b
PNONINIPNININININ)
= wd b b b b

005151

-l
N 8- NO NS

NN
= = YN

-l od b b ed =
M) =d ad
W
NN N WO N
O NNO WOV

[elelolelelelelelela]

002310
elolelaloleleloelalelelele
)

ROMT7A

T$SDAT=
T$$DU =
040
T$SHAR=
TSSHW =
T$SINI=
TSSMSG=
1$8PC =
T$$PRO=
TSSPTA=
TSSRPT= 010012
=
T$$SOF
TS$SSRV=
T8$SW =
TSSTES=

WN=200

NOTCLR

017704
015321

013262

TSTSTM=
T$TSTS=
TS$SAU =
TS$SAUT=
TS$SCLE=

mmMmmMmm»

NOREG
NORES
NOSEC

002204
SAVEC
015264
SETSW
SFPTBL 002204 6
SKIPED 016722
015532
sLoT
002256
st
SLUIT
004202
SLU2
002260
004235
SLU2A
004273
SLU2B
SLU2CF 004027
SL2DMA 002232
016520 G
SOFT
SvCGBL= 000000
SVCINS= 000000
svesuB= 177777
SVCTAG= 000000
SVCTST= 177777
SWITCH 015047
SSLSYM= 010000
TESTID 014570
015377
TPR
TPRDIS 016650 G
TPR1
015453
TSTERR 014653
016045
TSTNO
004663
TST1
T$ARGC= 000002
TSCODE= 001004
TSERRN= 0C0063
T$SEXCP= 000000
T$SFLAG= 000041
TSFREE= 025320
T$SGMAN= 000000
TSHILI= 000017
TSLAST= 000001
TSLOLI= 000002
TSLSYM= 010000
TSLTNO= 000016
TSNEST= 177777
TSNSO = 000005

TSP(NT= 000000
TSPTAB= 010075
T$PTHV= 000016
T$PTNU= 000016
T$SAVL= 177777
T$SEGL= 1272777
T18S12€=
TS$SUBN=
TSTAGL=
TSTAGN=
TSTEMP=
TSTEST=

)

NONO

005220
005346
005416
016070 G
002320
002606
002640
002672
002724
002352
002404
002436
002470
002522
002554

MDHEDR
NEXT
NOINFO
NOIOP

002262
PLLIO
004331
PLLP
PNT
= 001000 G
PNTFLG 017336
= 002000 G
PRI
PRIOO = 000000 G
PRIOT = 000040 G
PRI02 = 000100 G
PRIO3 = 000140 G
PRI04 = 000200 G
PRIOS = 000240 G
PR106 = 000300 G
PRI0O7 = 000340 G
002216
QBASE
002266
QIR
QIRSRV 024244 G
004453
QIRT
004500
QIRT1
004552
QIRT2
QIRVEC 002220
002246
RAM
004151
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
ROMT2
ROMT3
004767
005023
ROMT4
ROMTS
005062
005117
ROMT6
ROMT7 = sexssx GX

ROMT78
ROM11A
ROM11B
RTERR
RT1
RT10
RT11
RT12
RT13
RT2
RT3
RT4
RTS
RT6
RT7

L10070
L10071
L10072
L10073
L10074
L10076

003353
NOTPR
NOTRDY 003264
015240
NOTST
016412 6
NRES
016366 6
NXM
NXMVEC= 000004
0$APTS= 000000
0SAU = 000001
0S$BGNR= 000001
0$BGNS= 000000
osoU = 000001
OSERRT= 000000
OSGNSW= 000000
0$POIN= 000001
0$SETU= 000001

b e

020012

PAGE 154~2

—b

L1001¢
L10017
L10020
L10021
L10022
L10023
L10024
L10025
L10026
L10027
L10030
L10031
L10032
L10033

26-JUL-83 08:14

b amd

SYMBOL T ABLE

MACRO M1200

e o

PARAMETER CODING

SEQ 159

010025

E 13

MACRO M1200

PARAMETER CODING
SYMBOL TABLE

T6E3
T6EL
T6ES
T6€E6
17

T7ADR

T7E0
T7E1
T7E10
T7611
T7E2

010074
010154
010223
010266
021540 6
002306

025320
000000
ERRORS DETECTED:

T7E3

26~JuL-83 08:14

010337
010417
011320
011412
010504
010560

000

. ABS.

001

VIRTUAL MEMORY USED:

28581 WORDS

( 112 PAGES)

DYNAMIC MEMORY: 20060 WORDS ( 77 PAGES)
ELAPSED TIME: 00:03:34
CZKTCA,CZKTCA/-SP=SV(34/ML,CZKTCA.P11

T7E4
T7E5
T7E6
T7€7
T7€8

SEQ 160

PAGE 1543

010634
010707
010775
011054
011132

011227
T7€9
021776 6
T8
022256 G
79
UAM = 000200 6
004127
UROM

X$ALWA= 000000
X$FALS= 000040
X$OFFS= 000400
X$TRUE= 000020
SPATCH 024544 6