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Document:	CVDHAB0 DHV11 DHV-11 FUNC TST PART1 JAN 1984 gray
Order Number:	AH-T653B-MC
Revision:	000
Pages:	223
Original Filename:	CVDHAB0__DHV11__DHV-11_FUNC_TST_PART1__AH-T653B-MC__JAN_1984_gray.pdf

OCR Text

DHY=11 FUNC T3T PARTL

COFVAIGHCo)
T 189

BHV=1T PUNC T3T PARTL ~ L hemilRe)

cOEmRED

1
“

CvD=ago DMy 11 FUNC
OOCLMENT

PR T Ram

TST

PARTS

MACRO M1200

10-0CT RS

11:35

PAGE

€6

REM £

IDENTIFICATI
PRODUCT CUDE:

AC-T6528
-MC

PRODUCT NAME:

CVDHABO DHV-11 FUNC TST PART]1

PRODUCT DATE:

09 OCTOBER 1983

MAINTAINER:

EDSHE - DIAGNOSTICS GROUP

AUTHOR :

BERT KLEINSCHMIDT

MODTFIED BY:

BERT KLEINSCHMIDT

THE

IN THIS DOCUMENT

TONY

INFORMATION

GRIMSHAW

ANTHONY

HART

SUBJECT

CHANGE

WITHOUT

NOTICE
AND
SHOUWLD
NOT BE CONSTRUED AS A COMMITMENT By DIGITAL
EQUIPMENT CORPORATION.
DIGITAL EQUIPMENT CORPORATION ASSUMES NO
RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT,
NC RESPONSIBILITY IS ASSUMED
FOR
SOF TWARE ON EQUIPMENT THAT IS NOT
AFFILIATED COMPANIES.

DIGITAL
DEC

THE
USE
SUPPLIED

OR
By

RELIABILITY
DIGITAL
OR

OF
ITS

1983 BY DIGITAL EQUIPMENT CORPORATION
TRADEMAR<S OF DIGITAL EQUIPMENT CORPORATION:

PDP

DECUS

UNIBUS

DECTAPE

MASSBUS

Ll
CVORABO DV 11 FUNC TST PART2

PRGRAM DOCIUMENT

MACRO M1200

eeees

10-0CT 83 11:35

MODIFICATION HISTORY

51-0CT-83 (EDITED 11-JUL-83)
BERT KLEINSCHMIDT

VERSION BO

09-0CT-83

TYPOGRAPHICAL

ERRORS.

eoeee

ORIGINAL RELEASE:

FIXED

PAGE

BERT KLEINSCHMIDT

MOVED TEST FROM CVDHB (PART 2) INTO THIS PROGRAM:
OLD CvDH8 (VERSION A) TESTS 2 THROUGH 8 ARE
NOW NEW CVDHA (VERSION B) TESTS 20 THROUGH 26,
MODIFIED TEST 13 (SELFTEST FAIL TEST) TO ALLOW USE OF CVDHA
IN MANUFACTURING WITH VERSION O DHV ROM CODE.

CVDHABO DHV-11 FUNC TST PART2

PROGRAM DOCUMENT

MACRO M1200

TABLE OF

1.0
3.1
1.2
1.3
1.4

2.0

2.1
.2

2.3

PROGRAM ABSTRACT

SYSTEM REQUIREMENTS

2.4.5
2.4.6
2.4.7
2.4.8
2.4.9
2.4.9.1
2.4.10
2.4.10.1
2.4.11
2.4.11.1
2.4.12
2.4.13
g ; .14

4.0

5.0
6.0

RELATED DOCUMENTS AND STANDARDS
O

1.4

IS REQUIRED TO RUN THE DMV FVT:

DHV-11 HARDWARE MANUAL

FUNCTIONS AND USES OF

THE

THIS MANUAL DESCRIBES
DMV-11 DEVICE.

XXDP+ USER'S MANUAL
DESCRIBES
THE
DIAGNOSTICS UNDER THE XXDP+ MONITOR.

RUNNING

THE
OF

DIAGNOSTIC HIERARCY PREREQUISITES
LSI-11

PROCESSOR,

THE

Q-BUS,

THE

SYSTEM

MEMORY,

THE

CONSOLE
TERMINAL,
AND
THE
LOAD MEDIA ARE ASSUMED TO HAVE
BEEN TESTED AND FOUND WORKING BEFORE THIS PROGRAM IS RUN.

CVvDHABO DHV-11 FUNC

PROGRAM DOCUMENT

TST PART2

MACRO M1200

2.0

OPERATING INSTRUCTTIONS

THIS

SECTION CONTAINS A BRIEF

SERVICES.

FOR

DETAILED

USER’S MANUAL (CHQUS).

2.1

10-0CT-83

PAGE

RUNTIME

DESCRIPTICN

THE

COMMANDS FOR

THE

DIAGNOSTIC

INFORMATION,

REFER

11:35

TO THE

XXDP.

COMMANDS
THERE

4RE ELEVEN LEGAL

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

START THE DIAGNOSTIC FROM AN INITIAL STATE

CONTINUE

CONTINUE AT TEST THAT WAS INTERRUPTED (AFTER tC)

EXIT

RETURN TO XXDP+ MONITOR (XXDP+

RESTART

PROCEED

ADD

DROP

DISPLAY

FLAGS

ZFLAGS

START

THE DIAGNOSTIC WITHOUT

CONTINUE FROM AN ERROR HALT

INITIALIZING

OPERATION ONLY!)

ACTIVATE A UNIT FOR TESTING (ALL UNITS ARE
CONSIDERED TO BE ACTIVE AT START TIME

DEACTIVATE A UNIT

STATISTICAL

BY THE DIAGNOSTIC

REPORTS SECTION OF

INFORMATION (IF

IMPLEMENTED

SEE PERFOMANCE AND PROGRESS

THIS DOCUMENT)

TYPE A LIST OF ALL DEVICE INFORMATION

TYPE THE STATE OF ALL FLAGS (SEE FLAGS SECTION)

CLEAR ALL FLAGS (SEE FLAGS SECTION)

A COMMAND CAN BE RECOGNIZED BY THE FIRST THREE CHARACTERS.
YOU MAY, FOR EXAMPLE, TYPE "“STA” INSTEAD OF “START",
MORE INFORMATION CAN BE FOUND WITHIN THE SECTION LABELLED

EXTENDED COMMAND SYNTAX

2.2

SWITCHES

THERE ARE SEVERAL SWITCHES WHICH ARE USED

THESE

SWITCHES ARE APPENDED TO

TO MODIFY

THE LEGAL COMMANDS.

SUPERVISOR OPERATION.
ALL OF

THE LEGAL

SWITCHES ARE TABULATED BELOW WITH A BRIEF DESCRIPTION OF EACH.
IN THE DESCRIPTIONS BELOW, A DECIMAL NUMBER IS DESIGNATED BY “DDDDD".

SWITCH

EFFECT

/TESTS:LIST

EXECUTE ONLY THOSE
THE LIST,
LIST IS

NUMBERS,

TESTS SPECIFIED IN
A STRING OF TEST

FOR EXAMPLE

/TESTS:1:5:7-10.

CVDHABO DHV-11 FUNC TST PART2
PROGRAM DOCUMENT

MACRO M1200

/PASS : DDDDD

/EOP :DDDDD

PAGE 7

10-0CT-83 11:35

THIS LIST WILL CAUSE

/FLAGS:FLGS

BE RUN.

TESTS

5EQ 6

1,5,7,8,9,10

ALL OTHER TESTS WILL NOT BE RUN.

EXECUTE DDDDD PASSES (DDDDD

TO 64000)

SET SPECIFIED FLAGS.SEE THE FLAGS SECTION
OF THIS DOCUMENT.
REPORT END OF PASS MESSAGE AFTER EVERY

/UNITS:LIST

DDDDD PASSES ONLY.

(DDDDD = 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 = 0-63)
EXAMPLE OF SWITCH USAGE:
START/TESTS:1-5/PASS:1000/E0P:100
THE EFFECT OF THIS COMMAND WILL BE:

1) TESTS 1 THROUGH 5 WILL BE

EXECUTED, 2) ALL UNITS WILL TESTED 1000 TIMES AND 3) THE END OF

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

TYPE

"/TES:1-5" INSTEAD OF

"/TESTS:1-5“.

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

START
RESTART

CONTINUE

PROCEED

DROP

ADD
PRINT

DISPLAY

FLAGS

ZFLAGS
EXIT

TESTS

PASS

FLAGS

X
X

X
X
X

X
X
X
X

EOP

UNITS

X
X

-1
CVDHABO DHV-11 FUNC TST PART?

PROGRAM DOCUMENT

2.2

MACRO M1200

10-0CT-83 11:35

PAGE

“EQ 7

FLAGS
FLAGS ARE USED TO SET UP CERTAIN OPERATIONAL PARAMETERS SUCH AS

LOOPINS 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 OF THE START AND ZFLAGS COMMANDS,
NO COMMANDS AFFECT THE STATE OF THE FLAGS;
THEY REMAIN SET OR
CLEARED AS SPECIFIED BY THE LAST FLAG SWITCH.
FLAG

EFFECT

HOE

HALT ON ERROR - CONTROL IS RETURNED TO

LOE

LOOP ON ERROR

IER

IBRe+
IXRe
PRI
PNT

B0E
UAM
ISR

IDR

ADR
LOT
EVL

RUNTIME SERVICES COMMAND MODE

INHIBIT ALL ERROR REPORTS

INHIBIT ALL ERROR REPORTS EXCEPT

FIRST LEVEL

ERROR TYPE,

(FIRST LEVEL CONTAINS

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)

#SEE THE ERROR INFORMATION SECTION OF

THIS DOCUMENT.

SEE THE XXDP+ USER’'S MANUAL FOR MORE DETAILS ON FLAGS.
YOU MAY
SPECIFY MORE THAN ONE FLAG WITH THE FLAG SWITCH.
FOR EXAMPLE,
TO CAUSE THE PROGRAM TO LOOP ON ERROR, INHIBIT ERROR REPORTS
AND TYPE A "BELL” ON ERROR, YOU MAY USE THE FOLLOWING STRING:
/FLAGS:LOE: IER:BOE

CVOHABO DHV-11 FUNC TST PART2

MACRO M1200

PROGRAM DOCUMENT

2.4

10-0OCT-83

11:35

PAGE

[ 1]
9

EXTENDED COMMAND SYNTAX

2.4.1

START COMMAND

SRR RAAL AR RARSAAALRSASAA0AAA00RAE0400000000000000
000000

STA(RT)/TESTS:<TEST-LIST>/PASS:<PASS-CNT>/FLAGS:
<FLAG-LIST>/EOP: <INCR>
2222280808808 0800000000000

2.4.1.1

RRR LR

R0 000000000000 000 000

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

<TEST-LIST> IS A SEQUENCE OF DECIMAL NUMBERS (1:2 ETC.)
OR
RANGES
OF DECIMAL NUMBERS (1-5:8-10 ETC.), SEPERATED By
COLONS, THAT SPECIFY THE TESiS TO BE EXECUTED.TESTS WILL
BE
EXECUTED
IN
NUMERICAL
ORDER
REGARDLESS
OF
THE ORDER OF
SPECIFICATION.
THE DEFAULT IS TO
EXECUTE
ALL
TESTS.
ON
THIS AND ALL SWITCHES, THE ANGLE BRACKETS <> ARE PUNCTUATION
USED IN THE DEFINITION ONLY, AND ARE NOT TO BE TYPED BY
THE
CS)EE';?SSR
SEE
EXAMPLE AT END OF “EFFECT OF START COMMAND"

2.4.1.2

PASS SWITCH (/PASS:<PASS-CNT>)

<PASS-CNT> IS A DECIMAL NUMBER INDICATING
THE
DESIRED
NUMBER OF PASSES.
A PASS IS DEFINED AS THE EXECUTION OF THE
FULL
DIAGNOSTIC
(ALL
SELECTED
TESTS).THE
DEFAWT
IS
NON-ENDING
EXECUTION.
IN THIS CASE, EXIT FROM THE PROGRAM
IS ACCOMPLISHED EITHER BY TYPING A CONTROL/C OR BY OCCURANCE
OF AN ERROR WITH THE HALT ON ERROR FLAG BEING SET,
THE EXIT
IS A RETURN TO COMMAND MODE.
SEE EXAMPLE AT END OF
"EFFECT
OF START COMMAND"” SECTION.

2.4.1.3

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

<FLAG-LIST> IS A
SEQUENCE
OF
ELEMENTS
OF
THE
FORM
<FLAG>,
<FLAG=1>,
OR
<FLAG=0>, SEPARATED BY COLONS, WHERE

<FLAG>

HAS

ONE

THE FOLLOWING

VALUES:

HOE

HALT ON ERROR,

LOE

LOOP ON ERROR, CAUSING THE DIAGNOSTIC
LOOP CONTINUOUSLY WITHIN THE SMALLEST

CAUSING COMMAND MODE TO

BE ENTERED WHEN AN ERROR IS ENCOUNTERED.

DEFINED BLOCK OF CODING (SEGM=NT,

IER
IBE
IXE

PRI
PNT
BOE
UAM

SUBTEST,

OR TEST) CONTAINING THE ERROR.
INHIBIT ERROR REPORTING.
INHIBIT BASIC ERROR REPORTS.
INHIBIT EXTENDED ERROR REPORTS.
DIRECT ALL MESSAGES TO A LINE PRINTER,
PRINT NUMBER OF TEST BEING EXECUTED.
BELL ON ERROR.
RUN IN UNATTENDED MODE, BYPASSING MANUAL

5EG B8

CVDHABO DHV-11 FUNC TST PART2

PROGRAM DOCUMENT

MACRO M1200

10-0CT-83 11:35

PAGL 10

INTERVENTION.
ISR
INHMIBIT STATISTICAL REPORTS.
[OU
INHIBIT DROPPING OF UNITS BY DIAGNOSTIC.
LOT
LOOP ON TEST.
THE FLAGS NAMED OR EQUATED TO 1 ARE SET, THOSE EQUATED TO
O
ARE CLEARED.
A FLAG NOT SPECIFIED IS CLEARED.
IF THE FLAGS
AT
EXAMPLE
SEE
SWITCH IS NOT GIVEN ALL FLAGS ARE CLEARED.
END OF “EFFECT OF START COMMAND” SECTION.

2.4.1.4
TERMS

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

<INCR> IS A DECIMAL NUMBER
OF PASSES) IT

INDICATING

IS DESIRED THAT

HOW

OFTEN

BE PRINTED.
THE DEFAULT IS AT THE END OF EVERY
PASS,
EXAMPLE AT END OF “EFFECT OF START COMMAND" SECTION.

2.4.1.5

C(IN

THE END OF PASS MESSAGE

SEE

EFFECT OF START CGMMAND -

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

DIALOGUE,
THE
INITIALIZATION
DIAGNOSTIC COMMENCES TESTING.
THE HARDWARE

QUESTION

PARAMETER

QUESTIONS,

DIALOGUE

AND

THEN

COMMENCES

WITH

THE

“& UNITS (D) ?” TO WHICH THE OPERATOR SHOULD REPLY

WITH THE NUMBER OF UNITS TO BE TESTED.
FOLLOWING
THIS
ARE
THE
QUESTIONS
WHEREBY
THE
P-TABLES THEMSELVES ARE BUILT.

EACH P-TABLE IS A CORE-RESIDENT
HARDWARE

TABLE

CONTAINING

ALL

THE

INFORMATION FOR ONE COMPLETE UNIT.EACH QUESTION IS

FOLLOWED BY THE RESPONSE RADIX (D FOR DECIMAL, B FOR BINARY,
O
FOR
OCTAL,
L FOR YES/NO) IN PARENTHESES AND THE DEFAWLT
VALUE
AFTER
THE
PARENTHESES.
FOR
THE
ACTUAL
HARDWARE
P-TABLE QUESTIONS SEE THE “HARDWARE PARAMETERS" SECTION.
FOLLOWING

QUESTIONS
OPERATING
QUESTIONS
SECTION.

THE

HARDWARE

QUESTIONS

ARE

THE

SOF TWARE

TO
BUILD
THE
SOFTWARE
TABLES,
WHICH
DEFINE
PARAMETERS
OF
THE
DIAGNOSTIC
PROGRAM.
THESE
ARE
DESCRIBED
IN
THE
“SOFTWARE
PARAMETERS"

EXAMPLE
:
STA/TESTS:1:3-4:/PASS:3/FLAGS: IER:HOE=1
THIS COMMAND WILL CAUSE

THREE PASSES

TO BE

MADE,

WITH

EACH
PASS
CONSISTING
OF
TESTS
1,3,
AND 4.
THERE IS NO
DIFFERENCE BETWEEN SAYING <FLAG> AND SAYING
<FLAG=1>.
THE
NOTATION <FLAG=0> IS MEANINGFUL ONLY ON A COMMAND OTHER THAN
START TO CLEAR A FLAG THAT WAS PREVIOUSLY SET.
NOTE THAT ON
ALL

COMMANDS ONLY

THE FIRST

THREE LETTERS ARE

SCANNED.

5EQ 9

1<]
CVOMABO DHV-11 FUNC TST PART2

MACRO M1200

PROGRAM DOCUMENT

2.4.2

RESTART COMMAND

10-0CT-83 11:35

PAGE 11

SN0 000RRRRAARRRRRRRRARRRRRARAAIRRIIRRANRARNIIIRRRAIILIONOLS

RES(TART)/TESTS: <TEST-LIST>/PASS: <PASS-CNT>/FLAGS:
<FLAG-LIST>/UNITS:<UNIT-LIST>
2200000000040 0 04

2.4.2.1

<TEST-LIST>,

R RRRRR R0

TESTS, PASS, AND FLAGS SWITCHES

THE

UNITS SWITCH (/UNITS:<UNIT-LIST>) - <UNIT-LIST>

SEQUENCE

<PASS-CNT>,

000000000000 0000

AND <FLAG-LIST> ARE AS IN

START COMMAND.

2.4.2.2

AR RARARRAR

DECIMAL

NUMBERS

(0,1

ETC.)

OR RANGES OF

DECIMAL NUMBERS (0-5, 8-10 ETC.) THAT SPECIFY THE
UNITS
TO
BE
TESTED.
THE NUMBERS ARE
SEPARATED BY
COLONS.
THE
NUMBERS MAY RANGE FROM O THRU N-1 (N IS THE NUMBER OF

UNITS

SPECIFIED
IN THE PREVIOUS
START
COMMAND).
THE NUMBER
INDICATES THE POSITION OF
THE
P-TABLE
AS
THE
DATA
WAS
ENTERED
DURING THE HARDWARE DIAGLOGUE.
THE UNITS WHICH ARE
SELECTED MUST NOT HAVE BEEN DROPPED BY
THE
DROP
COMMAND.
SEE
THE DISCUSSION OF ADD AND DROP COMMANDS BELOW.
DEFAULT
écsm':g";EST ALL UNITS WHICH HAVE NOT BEEN DROPPED BY

2.4.2.3

EFFECT OF RESTART COMMAND

DROP

THE RESTART COMMAND DIFFERS FROM THE START
COMMAND
1IN
THE
P-TABLES
FROM
THE PREVIOUS START COMMAND ( THERE
MUST HAVE BEEN ONE) ARE USED,
INSTEAD
OF
NEW
ONES
BEING
BUILT.
THE
SOFTWARE DIALOGUE MAY OPTIONALLY BE REEXECUTED
(OPERATOR WILL BE ASKED).
THE COMMAND
CAN
BE
USED
AFTER
COMMAND
MODE
HAS BEEN REENTERED IN ANY OF THE THREE NORMAL
THAT

WAYS:
A) THE REQUESTED NUMBER OF PASSES HAVE BEEN MADE,
AN ERROR WAS ENCOUNTERED WITH THE HALT ON ERROR FLAG SET,

B)
OR

C) A CONTROL/C WAS ENTERED BY THE OPERATOR.

2.4.3

CONTINUE COMMAND

SAAAS4488000044400080040000000000000000000000000000000000

CONC TINUE )/PASS: <PASS -CNT/FLAGS: <FLAG-LIST>
S880888 8888088080888 8 08888888008 888880888000004000000000000

*G 16

CVOHABO DHV-11 FUNC TST PART2

MACRO M1200

PROGRAM DOCUMENT

2.4.3.1

10-0CT-83 11:35

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

EFFECT OF CONTINUE COMMAND

MUST

HAVE

BEEN

ENTERED

COMMAND,

BUT

CONTINUE MUST FOLLOW A START OR

MODE

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

2.4.3.2

PAGE

RESTART,

AND

COMMAND

DUE TO A HALT ON ERROR OR A

CONTROL/C.
THE EFFECT OF
THE COMMAND
IS
TO0 GO
TO
THE
BEGINNING OF THE TEST THAT WAS BEING EXECUTED WHEN THE HALT
OPTIONALLY
SOFTWARE DIALOGUE MAY
OR CONTROL/C TOOK PLACE.
BE REEXECUTED.
HARDWARE PARAMETERS MAY NOT BE CHANGED.

2.4.4

PROCEED COMMAND -

SRR RRRARRRRARRRARAERRER00RRREARARERENANNNNRRRIL

PRO(CEED)/FLAGS: <FLAG-LIST>
2228884880040
RARR LR AR AR
2400402040000 400000000000400

2.4.4.1

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

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

2.4.4.2

EFFECT OF PROCEED COMMAND

BUT UNSPECIFIED

PROCEED MUST FOLLOW
A
START,
RESTART,
OR
CONTINUE.
COMMAND
MODE
MUST
HAVE
BEEN ENTERED VIA A HALT ON ERROR.
THE EFFECT

THE

COMMAND

BEGIN

LOCATION
FOLLOWING
THE
ERROR
CALL.
SOF TWARE PARAMETERS MAY BE ALTERED.

2.4.5

ADD COMMAND

EXECUTION

THE

NEITHER HARDWARE NOR

T T

Py Y

ADD/UNITS: <UNIT-LIST>
2855885808888 8 8558504805080 0 0000000004800 08040800000000000

2.4.6
TO

THE

EFFECT OF ADD COMMAND
TEST

SEQUENCE.

EACH

THE UNITS SPECIFIED ARE ADDED

MEMORY DUE TO AN EARLIER HARDWARE
MUST BE FOLLOWED BY

UNIT MUST HAVE

DIALOGUE.

A RESTART OR CONTINUE.

THE

A P-TABLE

THIS

COMMAND

UNITS SWITCH

MUST BE SPECIFIED.
THE ADD COMMAND IS MEANINGFUL
UNITS THAT WERE PREVIOUSLY DROPPED.

ONLY

FOR

€0 11

M1
CVDHABO DHV-11 FUNC TST PART2

MACRO M1200

PROGRAM DOCUMENT

2.4.7

DROP COMMAND

10-0CT-83 11:35

PAGE 13

CARERRARRRRERRERRRRRARARRRAAARAARREARAEAAAAIE4400000000000

DRO(P)/UNITS: <UNIT-LIST>
2522800820020

0 004000

ARRRRRRRRAR AR LR

A0 020000400000 0000en

2.4.8 EFFECT OF DROP COMMAND - THE UNITS SPECIFIED WILL
BE
DROPPED FROM TESTING.
THE UNITS WILL BE RESELECTED ONLY BY
THE EXECUTION OF AN ADD OR START COMMAND.

THE UNITS

SWITCH

MUST BE ENTERED.
THIS COMMAND MUST BE FOLLOWED BY A RESTART
OR A CONTINUE COMMAND.

2.4.9
P

PRINT COMMAND
T

YRR

YY)

PRI(NT)
Y

Y Yy

PRy YY YRy YY)

2.4.9.1
EFFECT OF PRINT COMMAND - ERROR
SUMMARY
REPORTING
ig EggéCTIHPLEHENTED IN THIS DIAGNOSTIC, SO THIS COMMAND HAS

2.4.10

DISPLAY COMMAND

S58444004000000000000
0000000000800 00400000000000000004000000

DISCPLAY)/UNITS:<UNIT-LIST>
$425288 8808850400080

2.4.10.1

0 000

AR50 0000500000000 00000

EFFECT OF DISPLAY COMMAND

THE HARDWARE P-TABLES FOR ALL UNITS ARE PRINTED

FORMAT

IN WHICH

2.4.11

THEY

FLAGS COMMAND

WERE

THE

ENTERED.

$45555888 888888888888 88 58880888880 0088000005400500500000002

FLA(GS)
S55850888888 8888884805800

2.4.11.1

0 8800088000880

EFFECT OF FLAGS COMMAND

05000000000000

THE CURRENT SETTINGS OF ALL FLAGS ARE PRINTED.

S5EG 12

CVOHABO DHV-11 FUNC TST PART2

MACRO M1200

PROGRAM DOCUMENT

2.4.12

ZFLAGS COMMAND

10-0CT-83 11:35

PAGE 14

SEQ 13

CR0000RA0000RERRRRRRARARARARARARANRARARARRRRARRARRIRNRIINS

ZFL(AGS)

L2022

.4.13

A AR AR AR RRRAR AR LAR

ZFLAGS COMMAND

000000000

ALL FLAGS ARE CLEARED.

.4.14

CONTROL CHARACTERS

A CONTROL/C (C) ENTERED DURING

THE

EXECUTION

DIAGNOSTIC CAUSES A RETURN TO COMMAND MODE.

A
CONTROL/Z
(Z)
ENTERED DURING
ONE
OF
THE
TWO
OPERATOR
DIALOGUES-HARDWARE
P-TABLE
DIALOGUE OR
SOF TWARE P-TABLE DIALOGUE CAUSES THE DEFAULTS
TO
BE
TAKEN FOR THE REMAINDER OF THAT DIALOGUE.

A CONTROL/0 (0O) ENTERED DURING
THE
EXECUTION
OF
A
DIAGNOSTIC
CAUSES
ALL
TELETYPE
OUTPUT
TO
BE
SURPRESSED FOR THE REMAINDER
OF
THE
DIAGNOSTIC
OR
UNTIL
ANOTHER
CONTROL/C
IS
TYPED,
WHICH RESTORES
NORMAL TELETYPE OUTPUT,

E)( .

CVDHABO DHV-11 FUNC TST PART2

MACRO M1200

PROGRAM DOCUMENT

2.5

10-0CT &3 11:35

PAGE

€0 14

HARDWARE QUESTIONS

WHEN A DIAGNOSTIC IS STARTED, THE RUNTIME
SERVICES
WILL
PROMPT
THE
USER
FOR
MHARDWARE
INFORMATION BY TYPING "CHANGE HW (L) 2" YOU MUST
ANSWER

“Y"

AFTER A START

COMMAND UNLESS

THE

HARDWARE

INFORMATION

HAS

USING THE SETUP UTILITY (SEE CHAPTER 6 OF THE XXDP.
“PRELOADED”
BEEN
USER'S MANUAL).
WHEN YOU ANSWER THIS QUESTION WITH A “v“, THE RUNTIME
SERVICES WILL ASK FOR THE NUMBER OF UNITS (IN DECIMAL).
10U WILL THEN
BE ASKED THE FOLLOWING QUESTIONS FOR EACH UNIT:

CSR ADDRESS - THIS QUESTION REQUESTS THE CSR ADDRESS
OF
THE
SPECIFIED DHV1l.
THE DEFAULT ANSWER FOR THIS QUESTION IS THE
LOWEST ADDRESS IN THE PDP-11 FLOATING ADDRESS SPACE IN
WHICH
A DHV-11

2.
3.

CAN BE PLACED (160460 OCTAL.

INTERRUPT
VECTOR
ADDRESS
THIS
QUESTION REQUESTS
INTERRUPT VECTOR ADDRESS OF THE SPECIFIED DHv1l.

THE

ACTIVE LINES BIT MAP - THIS QUESTION REQUESTS

BIT

MAP

THE SERIAL

BEING SELECTED FOR TESTING.

2.6
AFTER

BR LEVEL

THE DHV1l.

OCTAL

IF THE BIT IN THE BIT MAP IS SET

WHICH
CORRESPONDS TO A PARTICULAR LINE
3) THAT LINE WILL BE TESTED BY THE FVT,

COMMUNICATION LINES ON THE DHV11 WHICH ARE

(I.E.

BIT

3 FOR LINE

THIS QUESTIONS REQUESTS THE INTERRUPT BR LEVEL

SOFTWARE QUESTIONS
YOU HAVE

CONTINUE

PARAMETERS.

ANSWERED

COMMAND,
THESE

THE HARDWARE QUESTIONS OR AFTER A

THE

RUNTIME

PARAMETERS WILL

SERVICES

GOVERN

WILL

SOME

ASK

RESTART

FOR

DIAGNOSTIC

SOF TWARE

SPECIFIC

OPERATION
MODES.
YOU
WILL
BE PROMPTED BY "CHANGE SW (L) 2" IF YOUu
WISH TO CHANGE ANY PARAMETERS, ANSWER BY TYPING
"v“,
THE
FOLLOWING
SOFTWARE
P-TABLE
QUESTIONS
ARE ASKED By THE PROGRAM IF THE OPERATOR
INDICATES THAT THE SOFTWARE PARAMCTERS ARE TO BE CHANGED-

REPORT UNIT NUMBER AS EACH UNIT

TESTED

THIS

NUMBER OF INDIVIDUAL DATA ERRORS TO REPORT ON A LINE
THMIS
QUESTION
ASKS
FOR THE NUMBER OF DATA ERRORS WHICH SHOULD BE
REPORTED INDIVIDUALLY BY THIS PROGRAM FOR EACH LINE FOR
EACH

ASKS WHETHER THE PROGRAM SHOULD REPORT THE NUMBER OF
WHICH IT IS TESTING AS IT BEGINS TO TEST EACH UNIT,

TRANSMISSION

TEST.

ERRORS

WHICH

WHETHER

THE

ON THE FIRST

PASS

PROGRAM SHOULD PRINT QUT

BOARD 8051 PROCESSOR

PROGRAM,

ROMS

DURING

THE

THE UNIT

ARE

NOT

THIS

QUESTION

INDIVIDUALLY ARE REPORTED IN SUMMARY ERROR REPORTS.
ROM VERSION PRINTOUT

QUESTION

THE

REPORTED

VERSIONS OF

FIRST

PASS

ASKS

THE ON

THE

TST PART2

2.7

MACRO M1200

10-0CT-83 11:35

PAGE

(.l

CVOHABO DHV -11 FUNC

PROGRAM DOCUMENT

EXTENDED P-TABLE DIALOGUE

WHEN YOU ANSWER THE HARDWARE QUESTIONS,
TABLE

THAT

DESCRIBES

THE

BUILD THIS TABLE IS TO ANSWER
TESTED.

YOU

MHAVE

DEVICES

ALL

YOU ARE BUILDING ENTRIES

UNDER

TEST.

QUESTIONS

MULTIPLEXED

DEVICE

FOR

THE

SIMPLEST

EACH

UNIT

SUCH AS A MASS

WAY

STORAGE

CONTROLLER WITH SEVERAL DRIVES OR A COMMUNICATION DEVICE WITH
SEVERAL
LINES, THIS BECOMES TEDIOUS SINCE MOST OF THE ANSWERS ARE REPETITIOUS.
TO

ILLUSTRATE A MORE EFFICIENT

FICTIONAL DEVICE,

THE Xv1l.

METHOD,

SUPPOSE

YOU

ARE

TESTING

SUPPOSE THIS DEVICE CONSISTS OF A CONTROL

MODULE WITH EIGHT UNITS (SUB-DEVICES) ATTACHED TO IT.
THESE UNITS ARE
DESCRIBED BY
THE
OCTAL
NUMBERS O THROUGH 7.
THERE IS ONE HARDWARE
PARAMETER

THAT

CAN

VARY

G-FACTOR
MAY
BE
O OR 1.
ONE XY11 WITH EIGHT UNITS.

AMONG

UNITS

CALLED

BELOW IS A SIMPLE WAY

@ UNITS (D)

THE

Q-FACTOR,

THIS

TO BUILD A TABLE FOR

8<CR>

UNIT 1
160000<CR>
CSR ADDRESS (0) ?
O0<CR»
SUB-DEVICE ¢ (0) ?
1<CR>
Q-FACTOR (0) 0 ?
UNIT 2

CSR ADDRESS (0) ?
160000<CR>
1<CR>
SUB-DEVICE @ (0) ?
Q-FACTOR (0) 1 2
0<CR>
UNIT 3
CSR ADDRESS (0) ?
160000<CR»
SUB-DEVICE @ (0) ?
2<CR>
Q-FACTOR (0) 0 2
<CR>

UNIT 7
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE @ (C) ?
6<CR>
1<CR>
Q-FACTOR (0) 0 2

UNIT 8

160000<CR»>
CSR ADDRESS (0)
SUB-DEVICE @ (0) ?
7<CR»
Q-FACTOR (0) 1 ?
<CR>

NOTICE THAT THE DEFAULT VALUE FOR THE Q-FACTOR CHANGES WHEN A
NON-DEFAULT RESPONSE IS GIVEN.
BE CAREFUL WHEN SPECIFYING
MULTIPLE UNITS!
AS

YOU CAN SEE FROM THE ABOVE EXAMPLE,

DO NOT VARY SIGNIFICANTLY FROM UNIT

NOT VERY EFFICIENT,

THE HARDWARE PARAMETERS

TO UNIT,

THE RUNTIME SERVICES CAN TAKE MULTIPLE UNIT

LET’'S BUILD THE SAME

THE PROCEDURE

SHOWN IS

SPECIFICATIONS HOWEVER,

TABLE USING THE MULTIPLE SPECIFICATION

(- ¢ p

CVDHABO DHV-11 FUNC TST PART2

PROGRAM DOCUMENT

MACRO M1200

10-0CT B3 11:35

PAGE

16 1

FEATURE.

@ UNITS (D)

8<«CR»

UNIiP 1
CSR ADDRESS (0)

160000<CR>
?
SUB-DEVICE @ (0) ?
0,1<CR>
1,0<CR»
Q-FACTOR (0) 0 2
UNIT 3

160000<CR>
CSR ADDRESS (0) ?
SUB-DEVICE @ (0) ?
2-5¢<CR»
O0<CR>
Q-FACTOR (0) 0 2
UNIT 7
CSR ADDRESS (0) ?
160000<CR>
6,7<CR>
SUB-DEVICE @ (0) ?
Q-FACTOR (0) 0 2
1<CR>
AS

YOU CAN SEE IN THE ABOVE DIALOGUE,

THE RUNTIME SERVICES WILL

BUILD AS MANY ENTRIES AS IT CAN WITH THE INFORMATION GIVEN IN ANY
ONE PASS THROUGH THE QUESTIONS.
IN THE FIRST PASS, TWO ENTRIES
ARE BUILT SINCE TWO SUB-DEVICES AND Q-FACTORS WERE SPECIFIED.

THE

SERVICES ASSUME THAT THE CSR ADDRESS IS 160000 FOR BOTH SINCE IT
WAS SPECIFIED ONLY ONCE.

IN THE SECOND PASS, FOUR ENTRIES WERE

BUILT.
THIS IS BECAUSE FOUR SUB-DEVICES WERE SPECIFIED.
THE
"-* CONSTRUCT TELLS THE RUNTIME SERVICES TO INCREMENT THE DATA
FROM THE FIRST NUMBER TO THE SECOND.

IN THIS CASE,

SUB-DEVICES

2., 3, 4 AND S WERE SPECIFIED.
(IF THE SUB-DEVICE WERE SPECIFIED
BY ADDRESSES, THE INCREMENT WOULD BE BY 2 SINCE ADDRESSES MUST
BE ON AN EVEN BOUNDARY.)
THE CSR ADDRESSES AND Q-FACTORS FOR
THE FOUR ENTRIES ARE ASSUMED TO BE 160000 AND O RESPECTIVELY
SINCE THEY WERE ONLY SPECIFIED ONCE.
THE LAST TWO UNITS ARE
SPECIFIED IN THE

THIRD PASS.

THE WHOLE PROCESS COULD HAVE BEEN ACCOMPLISHED IN ONE PASS AS
SHOWN BELOW.
@ UNITS (D)

8<CR>

UNIT 1
160000<CR>
CSR ADDRESS (0) ?
0-7<CR>
SUB-DEVICE @ (0) ?
AS YOU CAN SEE FROM THIS EXAMPLE, NULL REPLIES (COMMAS ENCLOSING
A NULL FIELD) TELL THE RUNTIME SERVICES TO REPEAT THE LAST REPLY,

f‘.

CVDHABO DHV 11 FUNC TST PART2

MACRQ M1200

PROGRAM DOCUMENT

2.8

QUICK START-UP PROCEDURE
T0 START-UP

10-0CT A3 11:3%

PAGE

€0 17

17/

(XxXxDP+)

THIS PROGRAM:

BOOT XXDPe

GIVE THE DATE AND ANSWER THE LSI AND SOMZ
(IF
THERE
1S A CLOCK AND THE QUESTION IS ASKED) QUESTIONS
TYPE

"R NAME",
“START"

WHERE NAME

TYPE

IS THE NAME OF

ANSWER THE

“CHANGE HW"” QUESTION WITH

BIC FILE FOR THIS PROGRAM

ANSWER ALL

THE HARDWARE QUESTIONS

ANSWER

“CHANGE

THE

SW" QUESTION WITH

THE

BIN

“v*

"N”

WHEN YOU FOLLOW THIS PROCEDURE YOU WILL BE USING ONLY

THE DEFAULTS FOR

FLAGS
AND
SOFTWARE
PARAMETERS.
FOR
DEFAULT
INFORMATION
SECTIONS WITHIN THIS DOCUMENT ON FLAGS,AND HARDWARE QUESTIONS.

3.0

ERROR INFORMATION

3.1

TvPES OF ERROR MESSAGES

SEE THE

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

THIS DOCUMENT).

“IER” FLAG IS SET (SEE

THE FLAGS SECTION

THE GENERAL ERROR MESSAGE IS OF THE FORM:

NAME

TYPE

NUMBER

ERROR MESSAGE

ON UNIT NUMBER

+WHERE; NAME = DIAGNOSTIC NAME

TYPE = ERROR TYPE (SYS FATAL,
NUMBER = ERROR NUMBER

TST NUMBER PC:xXXXXX

DEV FATAL,

UNIT NUMBER = O - N (N IS LAST UNIT

HARD OR SOFT)

IN PTABLE)

TST NUMBER = TEST AND SUBTEST WHERE ERROR OCCURRED
PC:XXXXXX = ADDRESS OF ERROR MESSAGE CALL

BASIC ERROR MESSAGES ARE MESSAGES THAT CONTAIN SOME ADDITIONAL
INFORMATION ABOUT THE ERROR.
THESE ARE ALWAYS PRINTED UNLESS
5&&5‘7‘; OR “IBR” FLAGS ARE SET (SEE THE FLAGS SECTION OF THWIS

THESE MESSAGES ARE PRINTED AFTER THE ASSOCIATED GENERAL MESSAGE.
EXTENDED ERROR MESSAGES CONTAIN SUPPLEMENTARY ERROR INFORMATION
SUCH AS REGISTER CONTENTS OR GOOD/BAD DATA,
THESE ARE ALWAYS
PRINTED UNLESS

THE

“IER”,

“IBR” OR

“IXR“ FLAGS ARE

SET

(SEE

THE

I &
CVDHABO DHV 11 FUNC TST PART2

MACRC M1200

PROGRAM DOCUMENT

FLAGS

SECTION OF

10-0CT 83 11:35

PAGE

THIS DOCUMENT).

“EG 13

THESE MESSAGES ARE PRINTED AFTER THE ASSOCIATED GENERAL
MESSAGE AND ANY ASSOCIATED BASIC ERROR MESSAGES,

3.2

ERROR

ERROR MESSAGES

THIS PROGRAM IS INTENDED TO

PROVIDE

GO/NO-GO

INDICATION

THE

FUNCTIONALITY
OF
DHV-11 BOARDS.
TO EXECUTE THE PROGRAM IN THIS MODE
THE OPERATOR CAN RUN WITH THE INMIBIT BASIC
ERROR
REPORTING
SWITCH.

IN THIS MODE THE PROGRAM PRINTS ERROR MESSAGES WHICH CONTAIN THE ERROR
MESSAGE MEADER DESCRIBED ABOVE, PLUS THE NAME
OF
THE FAILING
TEST,.
FOR

LIST

THE

TEST NAMES IN THIS PROGRAM SEE

SECYCI)g;.g THIS DOCUMENT.
FOLL
:

THE

CVOHA DVC FTL ERR 01603 ON UNIT 02 TST 015 SUB 000 PC:
DEVICE REGISTER WORD READ/WRITE TEST
THIS ERROR INDICATES THAT A FATAL ERROR
TEST

WHICH TESTS

TEST

SUMMARIES

AN EXAMPLE OF SUCH AN ERROR MESSAGE IS

THE READ/WRITE

WAS

CAPABILITY

THE

015244

ENCOUNTERED

WITHIN

THE DMV-11 REGISTERS.

THE

IF THE OPERATOR REQUIRES MORE EXTENSIVE ERROR REPORTING HE
CAN RUN
WITH
ALL
ERROR
REPORTING ENABLED BY NOT USING THE INMIBIT REPORTING
SWITCHES.
THE ABOVE ERROR MESSAGE WOULD THEN BECOME THE FOLLOWING:
CVDHA DVC FTL ERR 01603 ON UNIT 02 TST 015 SUB 000 PC:
DEVICE REGISTER WORD READ/WRITE TEST
BAD BIT(S) IN DEVICE TBUFFAD1 REGISTER FOR LINE
EXPECTED DATA:
ACTUAL

DATA:

000000 (0).

000023

(0).

015244

7 (D..

CVDHABO DHV-11 FUNC TST PART2

MACRO M1200

PROGRAM DOCUMENT

4.0

PERFORMANCE

(5¢?

10-0OCT A3 11:35

PAGE 19

“EG

AND PROGRESS REPORTS

THE END OF EACH PASS,

THE PASS COUNT

IS GIVEN ALONG WITH THE

NUMBER OF ERRORS REPORTED SINCE THE DIAGNOSTIC WAS STARTED.

TOTAL

THE

"EOP“

SWITCH CAN BE USED TO CONTROL HOW OFTEN THE END OF
PASS MESSAGE
1S
ggé:‘;ieaf
FOR FUTHER
INFORMATION SEE
THE SWITCHES SECTION OF THIS

5.0

TEST SUMMARIES

THE FOLLOWING TESTS ARE INCLUDED WITHIN CVDHA:

DEVICE

ADDRESS

MASTER.RESET (SELFTEST) TEST - VERIFIES THAT THE MASTER.RESET
BIT CLEARS WITHIN A SPECIFIED TIME OF IT BEING SET.

MASTER.RESET

REGISTERS
WILL
RESPOND
H’GNEggCESSED.
VERIFIES

(SKIP

MASTER.RESET

BIT

TEST

VERIFIES

SELFTEST)

TEST

CLEARS WITHIN A SHORT

IF THE SKIP SELFTEST SEQUENCE IS USED.
-

THAT

THE

WIT

WITHT
THE PROPER Q-BUS HANDSHAKING
THAT
THE
WT
IS
AT
THE
PROPER

VERIFIES THAT

VERIFIES

THAT

TIME AFTER IT

THE

IS SET

RX.CHARACTER FIELD TEST

THE DATA BITS OF

RECEPTION FLAG FIELD TEST - VERIFIES THAT THE 3 DATA
STATUS
BITS
(OVERRRUN,
FRAMING, AND PARITY ERROR BITS) ARE ALL SET
ON ALL OF THE SKIP SELFTEST CODES IN THE FIFO AFTER
A
RESET

CODES
IN THE
FIFO AFTER A RESET
AND
CONSISTANT WITH THE SKIP SELFTEST CODES.

AND SKIP SELFTEST

THE

SKIP SELFTEST ARE

SEQUENCE.

RX.DATA_AVAIL TEST - VERIFIES THAT THE RX.DATA.AVAIL
BIT
SET
WHEN THE SKIP SELFTEST CODES ARE IN THE FIFO AND THAT
CLEARS AFTER THEY ARE READ.

RX.DATA.VALID TEST - VERIFIES THAT THF RX.DATA VALID
BIT
IS
SET
FOR
EACH VALID SKIP SELFTEST CODE IN THE FIFO AND CLEAR
AFTER ALL

VALID CODES ARE READ.

RX.LINE FIELD TEST - VERIFIES YHAT
THE
CORRECT FOR THE SKIP SELFTEST CODES.

BMP RUN TEST

DOES

NOT

FAIL

RX.LINE

THIS TEST RUNS THE BMP AND

WITHIN A SPECIFIED PERIOD.

?égl}lgL PROBLEMS THAT

10.

IS
IT

THE BMP CODES

COUWD

FIELDS

VERIFIES

ARE

THAT

THIS TEST SHOWLD

CAUSE

WITH

LATER

SKIP SELFTEST TEST - THIS TEST VERIFIES THAT IF THE
SELFTEST
IS
SKIPPED
THE PROPER CODES ARE PLACED IN THE FIFO AND THAT

NO ERRORS ARE ENCOUNTERED.

|"( !
CVDHASO DHV-11 FUNC TST PART2

MACRO M1200

PROGK "TM DOCUMENT

il.

10-0CT 83 11:35

DIAGNOSTIC.FAIL (SKIP SELFTEST) TEST
USING

THE

SKIP

SELFTEST SEQUENCE,

PAGE 20

5EG 20

THIS TEST VERIFIES, Br

THAT

THE DIAGNOSTIC.FAIL

BIT WILL GO TO BOTH THE ACTIVE AND INACTIVE STATES.
12.

SELFTEST RUN TEST

- VERIFIES THAT NO ERRORS ARE FOUND Br

EXECUTION OF THE SELFTEST.

THE

REPOR?

WILL

13.

SELFTESY FAIL TEST - VERIFIES THAT THE SELFTEST
ERRORS CORRECTLY WHEN IT IS FORCED TO FAIL.

14,

ROM VERSION PRINTOUT TEST
NUMBERS OF THE 8051 ROMS.

15.

WORD ACCESS READ/WRITE TEST VERIFIES
THAT
THE
RESPOND CORRECTLY TO WORD READ AND WRITE ACCESSES.

16.

WORD
ACCESS READ/MODIFY/MWRITE
:Egég;ggs
RESPOND
CORRECTLY

17.

BYTE ACCESS READ/WRITE TEST VERIFIES
THAT
THE
RESPOND CORRECTLY TO BYTE READ AND WRITE ACCESSES.

18.

BYTE
ACCESS READ/MODIFY/WRITE
':Egéggggs
RESPOND
CORRECTLY

19.

ID.BIT TEST

20.

NO TX.DATA.VALID/NO TX.ACTION TEST - VERIFIES THAT IF A DATA
WORD IS MWRITTEN WITHOUT
THE
TX.DATA.VALID BIT
SET,
NO

IF REQUESTED,

TX.ACTION IS GENERATED.
TX.DATA
. VALID 7

THE VERSION

REGISTERS

TEST
VERIFIES
THAT
THE
TO
READ/MODIFY/WRITE
WORD
REGISTERS

TEST
VERIFIES
THAT
THE
TO READ/MODIFY/WRITE
BYTE

THIS

TX.ACTION TEST

TEST
-

DOES

NOT

VERIFIES THAT

REQUIRE

THAT

IF A DATA WORD

IS
WRITTEN WITH
THE
TX.DATA.VALID BIT SET, IT GENERATES A
CORRESPONDING TX.ACTION.
THIS TEST
DOES NOT
REQUIRE
THAT
CHARACTERS ARE

TXED.

22.

TX.ENABLE INACTIVE TEST - VERIFIES THAT
IS CLEAR NO TRANSMISSION OCCURS.

23.

TX.ENABLE ACTIVE TEST
TX.ENABLE IS SET.

24.

REPORTS

- VERIFIES THAT THE IC.BIT READS AS A ZERO.

CHARACTERS ARE TXED.
2l.

INTERRUPTS TEST

VERIFIES

THAT

THE
TXx

TX.ENABLE
OCCURS

BIT

THE

- VERIFIES THAT THE TX AND RX INTERRUPTS

ARE

FUNCTIONING CORRECTLY.

BR LEVEL TEST - VERIFIES THAT THE WUT
INTERRUPTS AT THE CORRECT BR LEVEL.

DIAG FIELD (BMP) TEST

GENERATES

AND

- VERIFIES THAT A REQUEST FOR BMP

REPORTING IS ANSWERED BY

CODE

THE UUT WITHIN THE SPECIFIED TIME.

CVvDHABO DHV-11 FUNC TST PARTZ

MACRO M1200

PROGRAM DOCUMENT

27.

PAGE 21

%€EQ 21

REPORT BMP CODES TEST - THIS PSEUDO TEST REPORTS THE FIRST 32
BMP CODES WHICH WERE
DISCOVERED
IN
THE
FIFO DURING THE
EXECUTION OF THE OTHER TESTS.
THIS AVOIDS
THE
INTERRUPTION
OF
OTHER
TESTS
By THESE CODES, IF THEY ARE NOT CRITICAL TO
THE

6.0

10-0CT 83 11:35

)

TESTS BEING PERFORMED.

EXAMPLE ERROR FREE PASS

THE FOLLOWING IS AN EXAMPLE
.R CvDHABO

AN ERROR FREE PASS DIALOGUE:

CVvDHABO .BIC
DRS
CVDHA-B-0

DHV-11 FINC TST PART1
UNIT IS DHv-11

RESTART

DR>STA

ADDR:

147670

CHANGE HW (L)
& UNITS

(D)

2?2

UNIT O
CSR ADDRESS:

(0)

160460 ?

UNIT 1
CSR ADDRESS:
(0)
160460 ? 160040
INTERRUPT VECTOR ADDRESS:
(0) 300 ? 320
ACTIVE LINE BIT MAP:
(0)
377 ? <CR»
INTERRUPT BR LEVEL:
(0)
4? <CR»

CHANGE SW (L)

2?2 v

REPORT UNIT NUMBER AS EACH UNIT IS TESTED:
NUMBER OF
ROM

INDIVIDUAL DATA ERRORS

VERSION PRINTOUT

TESTING UNIT
ROM

EESYIM; UNIT

(L)

2(D)

PROC_.2

2(D)

PROC_1

2(D)

PROC
2 =

2(D)

1(D)

2?2 <CR»

0 CUMULATIVE ERRORS

PROC_1

ROM VFRSION NUMBERS:

CvDHA EOP

FIRST PASS:

(L)

ON A LINE:

0O(D)

VERSION NUMBERS:

TESTING UNIT

THE

TO REPORT

0(D)

(D)

2 a

VOHABO DHV 11 FUNC
OGRAM DOCUMENT

TST PART2

MACRO M1200

10-0OCT

11:35%

PAGE

Je
22

€0 22

DR> EXIT
&

1048

1049

.LIST SEQ,LOC,BIN,MEB

NLIST CND

1050
1051
1052
1053

SE
:

1054

ARG

E RN

105%

1056

.SBTTL

1061
1062

.MCALL

1064 000000

SvC
.

1067

{ggg

1070
1071
1072
1073
{8;;

000001
000001
000001
000001
000001

1076
1077
1078
{g;g

1083

1084
1085
1086 002000
1087
1088

002000

R TR

S Ae L L

SvC

INITIALIZE SUPERVISOR MACROS

TO INITIALIZE THE STRUCTURED MACROS.
1
1
1
1
1

s
s
s+
s
:+

LIST
LIST
LIST
LIST
LIST

INSTRUCTIONS, SHIFTED RIGMT
TEST TAGS, SHIFTED RIGHT
SUBTEST TAGS, SHIFTED RIGHT
GLOBAL TAGS, SHIFTED RIGHT
OTHER TAGS, SHIFTED RIGHT

CHANGE THE VALUES OF THE SVC... SYMBOLS TO BE ZERO IF YOU WISH
TO ALIGN THE MACRO CALLS AND THEIR EXPANSIONS.
CHANGE THE
SYMBOLS TO BE MINUS-ONE TO NOT LIST THE EXPANSIONS.
YOU MAY
CHANGE THE SYMBOLS AT ANY POINT IN YOUR PROGRAM,

1081
1082 000000

T Y LYY

IF STRUCTURED MACROS ARE TO BE USED, ADD “.MCALL STRUCT” AND “STRUCT"

SVCINS=
SVCTST=
SVCSuB=
SVCGBL*
SVCTAG=
i
:
:
:

PROGRAM MEADER

1063

1066

NG U R RN RN E N LSRR E IR IAREERNBIATCEL LB HIRUCEED BB SBEBUEEBRP OB

FVTA.PHD

1057
1058
1059
106C

E SRR

.ENABL

ABS

: .ENABL AMA

R R T

e L L T

L R R

T T T L R LT e SR L

2000

BGNMOD
jee

1089

: THE PROGRAM HEADER IS THE INTERFACE BETWEEN

}83?

; THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.

'-.

1092

{823 002000

POINTER BGNRPT ,BGNSW,BGNSF
T ,BGNDU,ERRTBL

1111
1112 002000

HEADER

002000
002000

103

002002

104

002001

126

CVDMA,B,0,16,0,PRIO?

LSNAME: :

.ASCII /C/

LASCII sv/

.ASCII /D/

e s )

1<
CVOHABO DHV-11 FUNC TST PART2

PROGRAM HEADER

002003
002004
002005
002006
002007
002010
002010

110
101
000
000
000

002011
002012

060

002011

102

002012

000000

002014

000016

002016
002020
002020

036662

037054

002022

002214

002024
002026
002026
002030
002030
002032

002226

002014

002016

002022

002024

002032

002034
002034
002036

037372
000000
000000

000000

002036
002040
002040

002124

002042

000340

002044

000000

002046

000000

002050
002051
002052

003
003

002042

002044
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002050

000000

002052
002054

000000
000000

002056

000000

002060

004036

002062

024232

C02064

000000

002066

000000

002070

000000

002056

002060
002062

002064

002066
002070

MACRO M1200

10-OCT 83 11:3%

PAGE 22-1

%€EQ 23

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LSEXPAL: ;

LSEXPS::
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LASCIT /M7
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L$S0FT

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LSDVTYP

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LSRPY

.WORD

LWORD

.WORD

CVDHABO DHV-11 FUNC TST PART?
PROGRAM HEADER

1113

002072
002072
002074
002074
002076
00207€
002100
002100
002102
002102
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002104
002106
002106
002110
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002120
002120

025120
000000

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104035
003766
024246
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025100
024240
000000
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.2
MACRO M1200

10-0CT 83 11:35

S5EQ 24

PAGE 22-2
L$DUT::
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. WORD

LIDESP::

LS$DESC

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ESLOAD

LSERRTBL

LSICP::

LS$CCP::

L$OY

LSINIT

. WORD

LSCLEAN

LSAUTO

LSPRT::

LSTEST::

WORD

L$DLY:: ;
L‘HIHE::.

. WORD

LSPROT
0
0o

Me
CVDHABO DHV-11 FUNC TST PARTZ
DISPATCH TABLE
1125
i12é
1127
1128
1129
113¢C
1131
1132 002122
002122

002124
002124
002126

002130
002132
002134
002136
002140
002142
002144
002146
002150
002152
002154
002156
002160
002162
002164
002166
002170
002172
002174
002176
002200
002202
002204

1133

002206
002210

MACRO M1200

10-0CT-83

.SBTTL

11:35

PAGE 23

S5EG 25

DISPATCH TABLE

THE DISPATCH TABLE CONTAINS

THE STARTING ADDRESS OF EACH TEST.

s IT IS USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST.
'--

000033
025236
025526
025756
026222
026420
026612
027030
027236
027444
027632
030046
030274
030556
031134
031534
031752
032174
032446
032724
033040
033256
033520
034026

034372
035424
036314
036600

DISPATCH 27

. WORD

LSDISPATCH::

CVDHABO DHV-11 FUNC TST PARTZ

MACRO M1200

DISPATCH TABLE
1141

i14c2
1143

1144

(B
:
:

1146

1145

10-0CT-83 11:35

PAGE 24

NSE AN R RSN S AT

“EQ 26

B LT A EBEE B L BB BB EE S B E P A YV E PV EA BB E B A B A SN DI A S BB AE S 8

FVTA.DHT
AAAEREABEAE ALV E BB DB E BB PR EE B VB P F BRI BVEAE BB A EF BB AV E B AL I BB B LS BB EH L LB BB LV EE BB

BB P LR B BRI EBUBE

PFBRVEED®

1147

1148
1149

1150

.SBTTL

1151
1152

DEFAULT HARDWARE P-TABLE

jee

1153
1154
1155
llgg

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

1158

1159 002212
002212
002214

BGNHW

000004

DFPTBL
LS$HW::

1380 002214
1161 002214

1162 002216
1163 002220
1164 002222
1165
1166
1167 002224

002224

OFPTBL::

1604€0

000300
177777
004

.WORD
‘

.WORD
.WORD
.BYTE
.EVEN

ENDHW

160460

300
177777
4

;DEFAULT CSR ADDRESS

sDEFAULT VECTOR ADDRESS
;DEFAULT ACTIVE LINES BIT MAP
;:DEFAULT BR LEVEL

L10000:

.WORD

L10000-L $+d/2

Y 7

CVDHABO DHV-11 FUNC
DEFAULT HARDWARE P

TST PART?

TABLE

MACRO M1200

OO®APN
B nl)r

e
el

P RNV

11:35

PAGE

LS N EE SN B E NS

€6 27

CE S I UEEREE SO

C I ST E RN E U NI SN N U PR

S U S NA S

S B A BB AR AN B

,
L SWT
FVIA

e T

el el

44~

BEE

10-0CT-AR3

.SBTTL

SOF TWARE P -TABLE

‘00

s+ THE SOF TWARE TABLE CONTAINS VARIOUS DATA USED Br THE
PROGRAM AS OPERATIONAL PARAME TERS.,

S$TRUP :{HQSSEHBLV TIME

1186
1187 002224

002224
002226
002226

1188
1189 002226
1190 002230
1191

1192 002232

002232

000002

RUN

THESE PARAMETERS ARE

AND MAY BE VARIED Br

THE OPERATOR

BGNSW

SFPTBL
LS$SW::

.WORD

L10001-L$54/2

SFPTBL::

000021
000000

OPTION: :
NDERPT: :
ENDSW

. WORD
.WORD

21
0

;B8IT MAP OF PROGRAM CONTROL FLAGS
sDEFAULT NUMBER OF INDIVIDUAL DATA ERRORS TQO RPT,
L10001:

C3
-

CVDHABO DHV -11 FUNC TST PART?
SOF TWARE P-TABLE
1194

MACRO M1200

10-0CT B3 11:35%

PAGE

0 28

1198

;sedsssssssdsdsssssssdEsdsssssddssssdsssssunssdssvsssssssrdsscsssuddussrdsssdddssndrssssTess

11%

1198

1197

1199

FVTA EQU

1202

.SBTTL

GLOBAL EQUATES SECTION

1213
1214
1215
1216

1216

: ARE USED IN MORE THAN ONE

1200
1201

1203

1217

1219
1220

1221

;

1224
1225
1226
1227
1228

000000
000002
000002
000004

1230
1231
1232
{ggz

000010
000012
000014
000016

1235
1236
1237

{gig

T ENEIEE I E

000006

C00020
000030
000100

NUMLNS+==10

MAPLNS==377
;000000 DEVICE REGISTER
CSRO==0
RBUFQ==2
TXCHRO- -2
LPRO==4

STATQ=+5%

LNCTRO==10
TXAD10==12
TXAD20==14
TXBFCO==16

EQUALS
.

; BIT DIFINITIONS
100000

IS NCEANEEENY "

C G EEES N ISR LIS SN BTIB IERBEI SUS S

TEST.

sNUMBER OF LINES ON DHV11 IS 4,
;BIT MAP OF LINES ON DHVI1L.

OFFSETS FROM THE CSR'S ADDRESS eseces
;CSR REGISTER OFFSET FROM THE CSR ADDRESS
;RECEIVE REGISTER OFFSET FROM THE CSR ADDRESS
s TRANSMIT REGISTER OFFSET FROM THE CSR ADDRESS
;LINE PARAMETER REGISTER OFFSET FROM THE CSR ADDRESS

:STATUS REGISTER OFFSET FROM THE CSR ADDRESS

;LINE CONTROL REGISTER OFFSET FROM THE CSR ADDRESS
;s TRANSMIT ADDRESS 1 REGISTER OFFSET FROM THE CSR ADDRESS
; TRANSMIT ADDRESS 2 REGISTER OFFSET FROM THE CSR ADDRESS
s TRANSMIT COUNT REGISTER OFFSET FROM THE CSR ADDRESS

;esseee EQUATES USED WITH RESPECT TO THE RX BUFFER essese
RXBETX==16,
sLEVEL OF RX BLFFER AT WHICH TO RE-ENABLE TRANSMISSION.
RXBDTX==24,
sLEVEL OF RX BUFFER AT WHICH TO DISABLE TRANSMISSION.
RXBFUL ==64,
;:TOTAL CHARACTER CAPACITY OF THE RX BUFFER,

1240
1255 002232

040000
020000
010000
004000
002000
001000
000400
000200
000100
000040
000020
000010
000004
000002

N T EE

THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES THAT

000010

000377

1229

g ne

1§g§
1

BIT15==

BIT14==
BIT13==
BIT12==
B8ITil==
BIT10==
81709==
BITO8==
BITO7==
BIT06==
BIT0S==
BIT04==
BIT03==
BIT02==
BITO1=+

100000

40000
20000
10000
4000
2000
1000
400
200
100
40
20
10
4
2

CvDMABO DMV 11 FUNC T57 PART?
GLOBAL EQUATES SECTION
000001

D3
MACRQO M1200

10-0CT

BIT00=+
3

8I19=«
BIT8=-+
BIT7==
BIT6=+
BI7S5=+=

Bli4==
BIT3->
BIT2==
BITl==
8IT0==

(1:%%

PAGE

2¢

LAV

BITO9
BITO8
BITO?
BITO6
BITOS
BITO4
BITOS
BITO2
BITOl
BITOO

: EVENT FLAG DEFINITIONS
:
EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION
000040
000037

000035
000034

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

32.
31.
30.
29.
28.

‘
H

: PRIORITY LEVEL DEFINITIONS
000340
00024C
000200
000140

PRIO7== 340
PRIO6== 300

PRIOS==

240

PRIO4== 200
PRIO3== 140
PRIO2== 100
PRIO1== 40
PRIOO== 0
:

;OPERATOR FLAG BITS
3

EVL==
LOT==

ADR = =
IDU==
ISR==

UAM~- =
BOE ==

PNT=s=
PRI==

20
40
100

200
400

1000
2000

IXE==
IBE==
IER=»

4000
10000
20000

HOE ==

100000

LOE==

1256

4
10

40000

START COMMAND WAS ISSUED
RESTART COMMAND WAS ISSUED
CONTINUE COMMAND WAS ISS'ED
A NEW PASS HAS BEEN STARTED
A POWER -FAIL/POWER-'P OCCURRED

s
CVDHABO DMV 11 FUNC TST PART?
GLOBAL EQUATES SECTION
1258
1259

MACRO M1200

<60
i2el
1062

10-0CT 83 11:35

L L L L L

L L

L T

)

FVTA.GDT

3
:

1ce8

PAGE

T LT

e e

e T

e e P

T e

1264

.SBTTL

GLOBAL DATA SECTION

THE GLOBAL DATA SECTION CONTAINS DATA

IN MORE THAN ONE TEST.

THAT

ARE

USED

'-‘

100000000000000000000000000000000000000000000000000000000000000000008000

:
002232
002234
002236
002240

UNIT VARIBLE AREA

RXVECA::
TXVECA::
ACTLNS::

000300
000304
000377

.WORD
.WORD
.WORD

UNITN:: .WORD
BRLEVL:: .BYTE

002242

.EVEN

300
304
377

O
4

sRX VECTOR ADDRESS.
:TX VECTOR ADDRESS.
sACTTVE LINE BIT MAP,

sUNIT NUMBER,
s INTERRUPT BUS REQUEST LEVEL

10000000000000000000000000000000000000000000000000000000000000000000000

DEVICE REGISTER ADDRESS TABLE

10000000000000000000000000000000000000000000000000000000000000000000000

002244
002244
002246
002250
002252
002254

002260
002262

160020
160022
160024
160026
160030
160032
160034
160036

DRADRT:
:
TXCHA::

CSRA::

.WORD

160020

;DHMV-11 CSR ADDRESS

LPRA::

.WORD

160024

;DHV-11 LINE PARAMETER REGISTER ADDRESS

RBUFA::

.WORD

WORD
LNCTRA:: .WORD
TXAD1A:: .WORD
TXAD2A:: .WORD
TXBFCA::

.WORD

160022

160026
160030
160032
160034

160036

;DHV-11 RECEIVE/TRANSMIT BUFFER ADDRESS

;DHV-11
;DHV-11
;DHV-11
;DHV-11
;DHV-11

STATUS REGISTER ADDRESS
LINE CONTROL REGISTER ADDRESS
TRANSMIT BUFFER 1 REGISTER AUDRESS
TRANSMIT BUFFER 2 REGISTER ADDRESS

TRANSMIT BUFFER COUNT REGISTER ADDRESS

10000000000000000000000000000000000000000000000000000000000000000000000

BIT MASK TABLE OF UN-USED Dnv DEVICE REGISTER BITS.

$90000000000000000000000000000000000000000000000000000000000000000000000

002264
002266
002270
002272
002274
00.276
002300
002302

UNBTTB:: .WORD

137660
177777
000007
177777
166051

WORD
WORD
.WORD
WORD
WORD
WORD

000000
077700
000000

137660
177777

7
177777
166051
O
77700
O

;UNUSED
;UNUSED
tUNUSED
;UNUSED
;UNUSED

BIT
BIT
BIT
BIT
BIT

MASK
MASK
MASK
MASK
MASK

FOR
FOR
FOR
FOR
FOR

THE
THE
THE
THE
THE

CSR
RBUF/TX REG

LPR
STAT
LNCTRL
tUNUSED BIT MASK FOR THE TBUFFAD1
;UNUSED BIT MASK FOR THE TBUFFAD2
tUNUSED BIT MASK FOR THE TBUFFCT

1000000800000 00800080000000080000000800880808000000000000000000000000000000000000

100008000880 0080008800000080808880080008008880080
0080000080000 00000 0000000000000

002304

006002

RMATBB::

.WORD

DROOMG

;ADDRESS OF

"“CSR" MESSAGE.

1341
1342
1343
1344
1345
1346
1347
1348
1349
1350
1351
1352
1353
1354
1355
1356
1357
1358

11:35

PAGE

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

006006
006013
006017
006024

006033
006044
006055

27-1

DRO2MG
DRO4MG
DRO6MG
DR1OMG
DR12MG
DR14MG
DR16MG

€0

;ADDRESS
;ADDRESS
;ADDRESS
;ADDRESS
;ADDRESS
;ADDRESS
;ADDRESS

“RBUF“ MESSAGE.
“LPR" MESSAGE
.
“STAT" MESSAGE.
“LNCTRL* MESSAGE.
“TBUFFAD1
" MESSAGE
.
"TBUFAD2
" MESSAGE.

“TBUFFCT" MESSAGE.

1000000000000000000000000000000000000000000000000000000000000000000000000000000

;

ASSORTED GLOBAL VARIABLES:

10000000000 00000000000000000000000000000000000000000000000000000000000000000000

BUFPTR::

.WORD

IESTAT::

.WORD

TSTNUM::

PASCNT::
RXINTC::
RXINTF::

TXINTC::
TXINTF::
TP4VEC::
TPAFLG::
WORD1::

CTRLCF::

.WORD
.WORD
.WORD
,WORD

.WORD
.WORD
.WORD
.WORD
.

.WORD

1STORAGE FOR RECEIVE CHARACTER BUFFER POINTER.
;STORAGE FOR THE

TEST NUMBER.

:STORAGE FOR THE INTERRUPT ENABLE BIT STATES.
1STO'G FOR PASS COUNT USED IN ROM VERSION®
:STORAGE FOR RECEIVER INTERRUPT FLAGS.
s STORAGE FOR RECEIVER INTERRUPT FLAGS.

TST,

:STORAGE FOR TRANSMIT INTERRUPT COUNT,
s+STORAGE FOR TRANSMIT INTERRUPT FLAGS.

$;STORAGE FOR THE NORMAL 004 TRAP VECTOR.
sFLAGS SET WHEN AN EXPECTED 004 TRAP OCCURS.

sLOCATION FOR PASSING INDIRECT PARAMETERS.
:STORAGE FOR THE CONTROL
-C FLAG.

1000000000000000000000000000000000000000000000000000000000000000000000000000000

LINE TIME CLOCK VARIABLES AND STORAGE.

1000000000000000000000000000000000000000000000000000000000000000000000000000000

002354
002356
002360
002362
002364
002366
002370
002372
002374
002376

002400
002402
002404
1359 002406

1360
1361
1362
1363
1364
1365
1366
1367
1368
1369

10-0CT

00000000000

1315 002306
i316 002310
1317 002312
i1%18 002314
1319 002316
1320 002320
1321 002322
1322
1323
1324
1325
1326 002324
1327 002326
1328 002330
1329 002332
1330 002334
1331 002336
1332 002340
1333 002342
1334 002344
1335 002346
1336 002350
1337 002352
1338
1339
1340

MACRO M1200

RRKKKKKK

CVOHABO DHV-11 FUNC TST PART?
GLOBAL DATA SECT1ON

002410
002412
002414
002416
002420
002422
1370 002424
1371 002426

177546

000300
000100
000074

CLKCSR::
CLKBRL::

.WORD
.WORD

TIMER1::
TIMER2::
TIMERS::

.WORD
.WORD
.WORD

CLKVEC::
CLKHRZ::

000170
000170
000021
000062

BCOUNT::

MSTICK::
MSLCNT::

.WORD
.WORD

177546
PRIO6
100
60.

;CSR ADDRESS OF THE LTC.
;INTERRUPT PRIORITY LEVEL OF

.WORD

120.

$BREAK COUNT VALUE IN CLOCK TICKS.

.WORD
.WORD

O
O
120.
17,
62

THE LTC.
s INTERRUPT VECTOR ADDRESS OF THE LTC.
s INTERRUPT FREQUENCY OF THE LTC.
+HARDWARE CLOCK COUNTER @1.
tHARDWARE CLOCK COUNTER @2.
sHARDWARE BREAK COUNTER LOCATION.

tNUMBER OF MILLI-SECONDS PER LTC TICK.
:LOOP COUNT (USED BY MSLOOP) TO DELAY 1 MS,

1000000000000000000000000000000000000000000000000000000000000000000000000000000

MEMMORY MANAGEMENT VARIABLES AND FLAGS.

1000000000000000000000000000000000000000000000000000000000000000000000000000000

177572

MMSRO:: .WORD
MMPRES:: .WORD
MMENAB:: .WORD

172340

PAROA::

.WORD

177572
O
O
172340

;ADDRESS OF MEM MGT STATUS REGISTER @0.
sMEM MGT PRESENT FLAG (O IF MM NOT PRESENT).
sMEM MGT ENABLED FLAG (O IF MM NOT ENABLED).
;ADDRESS OF MEM MGT PAR 00.

1008000080808 08800800080000808000000000008000008000000020000000000000000000000
00

TABLE OF WORDS WITH CORRESPONDING BIT SET FOR GENERATION OF BIT MAPS.

BITTBL::

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

1000000000000000000000000000000000000000000000000000000000000000000000000000000

000001
000002

000010
000020
000100
000200

1
2
4
10
20
40
100
200

1BIT
:8IT
;BIT
;BIT
;BIT
iBIT
:BIT
$BIT

O
1
2
3
4
S
6
7

SET.
SET.
SET,
SET,
SET,
SET,
SET,
SET,

351

(3
CVDHABO DHV-11 FUNC TST PART?
GLOBAL DATA SECTION
1372
1373
1374
1275
1376
1377

MACRQ M1200

10-0CT-83 11:35
.WORD
. WORD
.WORD
.WORD
.WORD
. WORD
.WORD
.WORD

002430
002432
002434
002436

002440
002442
1378 002444
1379 002446

1380
1381
1382
1383
1384 002450
1385 002450
1386 002452
1387 002454
1388 002456
1389 002460
1390
1391
1392
1393
1394 002462
1395 002464
1396
1397
1398
1399

1400 002524
1401 002526

1402 002726
1403

1404

1405

1406 002726

1407 002726
1408 003326
1409 003526
1410 003726
1411 003726
1412
1425 003766
003766
003766
003770
003772
003774
1426

1427

PAGE 27-2

400
1000
2000
4000
10000
20000
40000
100000

5€G

:BIT
:BIT
;B8IT
;BIT
:BIT
;B8IT
;OIT
;BIT

8 SET,
9 SET,
10 SET.
11 SET,
12 SET,
13 SET.
14 SET
1S SET,

100000000000000000000000000000000
0000000000000ttt istatststscsssscsscsssssssniss

GPR

SAVE

AREA ZERO.

1000000000000000000000000000000000000000000000000000000000000000000000000000000

GPRSOB: :

.WORD

.WORD
.WORD
.WORD
.WORD

;:BASE OF GPR SAVE AREA NUMBER ZERO.
;WORD 1, STORAGE FOR R1.

O
O
O
O

:
.
;WORD 3,
;WORD 4,
tWORD S,

STORAGE
STORAGE
STORAGE
STORAGE

FOR
FOR
FOR
FOR

R2.
R3,
R4,
RS.

1000000000000000000000000000000000000000000000000000000000000000000000000000000

TRANSMISSION AND RECEPTION VARIABLES, POINTERS, AND FLAGS.

1000000000000000000000000000000000000000000000000000000000000000000000000000000

ERSMRF::
ERCNTB::

.WORD
.BLKW

O
16.

;:ERROR SUMMARY REPORT FLAGS.
; TABLE OF ERROR COUNTERS.

1060000000000000000000000000000000000000000000000000000000000000000000000000000

STORAGE AREA FOR THE BMP CODE QUEUE.

1000000000000000000000000000000000000000000000000000000000000000000000000000000

BMPCQP: :
BMPCQB: :
BMPCQE: :

.WORD
.BLKW

O
64,

;POINTER USED TO ACCESS THE NEXT CELL IN QUE.
sSTORAGE FOR 32 CELLS, TESTe PLUS BMP CODE.
s:LAST ADDRESS PLUS 2 OF THE BMP CODE QUEUE.

1000000000000000000000000000000000000000000000000000000000000000000000000000000

GENERAL TABLE AND BUFFER AREA--513 WORDS.

1000000000000000000000000000000000000000000000000000000000000000000000000000000

BUFBAS: :
ERLTBL::

.BLKW

BUF3QT::

.BLKW

BUFMID: :

128,

.BLKW

64,

.BLKW

16,

ERRTYP:

.WORD

ERRMSG: :

.WORD

BUFEND: :
ENDETB::

64.

ERRTBL

ERRNBR: :

ERRBLK: ;

.WORD

O
O

:BASE OF MEMORY BUFFER.

;FIRST HALF OF GENERAL TABLE OR BUFFER.

:SECOND HALF OF GENERAL TABLE OR B'FFER.
;:LAST QUARTER OF THE BUFFER AREA.

;:END OF GENERAL PURPOSE MEMORY BUFFER.
;BUFFER OVERFLOW SPACE.

LSERRTBL
::

3¢

H3
CVDHABO DHV -11 FUNC TST PART2
MACRO M1200
GPR HANDL ING ROUTINES FOR SUBROUTINE CALLS.

10-0CT-83 11:35

PAGE 28

SEQ 33

142

.SBTTL

GPR HANDLING ROUTINES FOR SUBROUTINE CALLS.

1421
1432
llgz
14
1435

i e
i e
i
L
i e

THERE ARE 4 ROUTINES AND MACRO DEFINITIONS USED FOR THE HANDL ING OF
GPR VALUES DURING SUBROUTINE CALLS WITHIN THIS PROGRAM,
THE FOUR
ROUTINES/MACRO CALLS HAVE THE FOLLOWING NAMES:

1438
1439
1440
1441

i
;e
;e
;e

THE PREVIOUSLY SAVED GPR CONTENTS AND TO LEAVE THE CONTENTS
OF THE SPECIFIED GPR(S) INTACT (NOT RESTORED).
PREGOS - SUBROUTINE WHICH IS CALLED FROM THE SAVE AND PASS MACRO
EXPANSIONS WHICH ACTUALLY PERFORMS THE ACTIONS ON THE GPRS.

;‘30

1436
1437

144.

1443
1444

1000080000000 0000000000000000800 0000000000000

;e
ie

ie
;e

1445

i e

1447
1448
1449

ie
L
;e

1446

1450
1451

1452
i:g}

SAVE

- MACRO DEFINITION USED AT

ARRLANRINNNRLNINNNLRINILIIINIYS

THE BEGINNING OF A SUBROUTINE

DURING A SUBROUTINE WHICH USES THESE GPR SAVE ROUTINES THE VALES
OF

THE

GPRS ARE

STORED ON

THE

STACK

THE

FOLLOWING STACK

-» RET PC INTO PREGOS ROUTINE.

SP+8

-> GPR R3 CONTENTS.

i
i

SAVE THE GPR CONTENTS FOR LATER RESTORATION.
PASS - MACRO DEFINITION USED AT THE END OF A SUBROUTINE TO RESTORE

SP+2
SP+4
SP+6

SP+10

FRAME:

-> GPR RO CONTENTS.
-> GPR R1 CONTENTS.
-> GPR R2 CONTENTS.
-> GPR R4 CONTENTS.

SP+12 -> GPR RS CONTENTS.
SP+14 -> RET PC INTO CALLER OF SUB'TNE WHICH CALLED PREGOS.

1455

EACH LEVEL OF

1457

TO SAVE AND RESTORE

1456
1458

1459
1460
1461
1462
1463

1464

1465

;e
;e

;e
;e
;e
;e
;e

SUB'TNE CALLING USES 8 WORDS OF STACK OVERHEAD.

THE SAVE AND PASS MACROS CAN ALSO BE USED IN “STRAIGHMT LINE CODE"“
THE GPR VALUES.

1IN ANY CASE,

AFTER THE

ISSUING OF A PASS CALL THE GPRS WILL BE RESTORED TO THE VALUES

THEY HAD PRIOR TO THE LAST SAVE CALL (EXCEPT FOR THE EXCEPTED,
OR PASSED INTACT, GPRS SPECIFIED AS PARAMETERS TO THE PASS CALL)
AND THE SP WILL ALSO BE RESTORED TO ITS CONDITION BEFORE THE LAST
SAVE CALL.
THE PROGRAMMER MUST BE SURE THAT THE SP HAS THE SAME
VALUE WHEN THE PASS MACRO IS CALLED AS IT HAD IMMEDIATELY AFTER

THE SAVE MACRO WAS CALLED.

1008088808008 800008008000000000008000000000800008800020000002000080000000000000000

CVDHABO DHV-11 FUNC TST PART:

GPR FRAME ACCESS EQUATES

1467

10-0CT-83 11:355

PAGL 29

jeee

1469
1470

sEQUATES THAT ALLOW ACCESS TO THE STACK FRAME,
THESE ARE THE
;OFFSETS INTO THE STACK FOR REGISTERS SAVED DURING THE PREGOS

1471

;ROUTINE
.

1472

1474
1475

000036
000016

LPCSLT=>=
PCSLOT ==

36
16

1877

000012

RASLGT ==

1479

000006

1476
1478

1480
1481

.SBTTL GPR FRAME ACCESS EQUATES

1408

1472

MACRO M1200

000014

000010

000004
000002

RSSLOT==
R3SLOT==

R2SLOT ==

R1SLOT=>~
ROSLOT ==

sOFFSET FOR LAST RETURN PC,
;OFFSET FOR RETURN PC.
;OFFSET FOR RS.

;OFFSET FOR R4,

;OFFSET FOR R3,

')
2

;OFFSET FOR R1.
;OFFSET FOR RO,

;OFFSET FOR R2.

CVDHABO DHV -11 FUNC 1ST PART?

MACRO M1200

10-OCT 83 11:35

PAGE

J5
30

SEQ 35

GLOBAL MACRO DEF INITION
1483
1484
1485

1486

1487
1488

.SBTTL

GLOBAL MACRO DEFINITION

SAVE

1000000000800 080000080000000 0000008800000 0000000 0880008000000 00000000 0000000000

THIS MACRO

CONTENTS OF THE GPRS RO THRU RS,

i¢ INPUTS:

IS USED

THE

BEGINNING OF

SUBROUTINE

SAVE

THE

SP - UNCHANGED SINCE SUBROUTINE WAS ENTERED

RSSLOT

1491
1492
1493
1494
1495
1496

;¢ OUTPUTS:
ie

GPR SAVE AREA ON THE STACK IS LOADED WITH THE CONTENTS OF GPRC
TOP OF STACK - LOADED WITH THE RETURN ADDRESS INTO PREGCS

1498
1499
1500
1501
1502
1503
1504
1505
1506

1489
1490

1497

;®

1 e

;¢ CALLING SEQUENCE:

- OFFSET TO STACK SLNT FOR RS (EQUATED TO 14 OCTAL)

SAVE

;¢ COMMENTS:
ie

NO ARGUMENTS ARE ALLOWED.
THE PASS MACRO SHOULD BE CALLED TO RESTORE THE GPR VALUES.

;¢ SUBORDINATE ROUTINES CALLED: PREGOS.

1008000000800 00004000000080000000088008000000800000000000008000000000000080000
00

.MACRO
LIST

NLIST
.ENDM

SAVE

JSR
SAVE

RS ,PREGOS

;CALL REGISTER SAVE SUBRT,

I<3
CVDHABO DHV-11 FUNC TST PARTZ
GLOBAL MACRO DEF INITION
1508
1509
1510
1511
1512
1513
1514
1515
1516
1517
1518
1519
1520
1521
1522
1523
1524
1525
1526
1527
1528
1529
1530
1531
1532
1533

1534
1535
1536
1537
1538
1539
1540
1541
1542

1543
1544

1545
1546
1547
1548

1549
1550
1551

1552
1553
1554

1555

M1200
SS

10-0CT-83

.SBTTL

11:35

PAGE

TM!

5EQ 36

GLOBAL MACRO DEFINITION

- PASS

1008888880040 000 0000000 RRRRRAARRRALRRRRRRRAELEARRARRRRRLLASRLLARRNNRARIININISIY

i *

THIS MACRO

ie
i.

CALLED AT END OF A SUBROUTINE TO PASS PARAMETERS IN GPRS BACK TO THE
CALLING ROUTINE BY ALTERING THE GPR SAVE AREA ON THE STACK AND THEN

RETURNING

IS USED

IN CCNJUNCTION WITH

TO PREGOS

TO RESTORE

THE

GPRS

SAVE

MACRO.

THEIR

SAVED

VALUES.

;¢ INPUTS:
T

ONLY ALLOWED ARGUMENTS ARE "RO” THRU “"RS”,

ROSLOT

: *

;¢ QUTPUTS:

;e
;e

PASS

THEIR RESPECTIVE GPR

ANY COMBINATION OF GPR ARGUMENTS MAY BE LISTED IN ANY ORDER.

FOR EXAMPLE,

THE

FOLLOWING ARE

LEGAL:

PASS

R4 ,RO,R2

i e

THE GPRS LISTED AS ARGUMENTS WILL BE PASSED

ie
ie

CALLING ROUTINE, ALL OTHER GPRS WILL BE RESTORED.
THE SP MUST BE AT ITS ORIGINAL VALUE WHEN PASS IS CALLED.

THE

SAVE

RO,R1,...

PASS

EQUATED

SLOT OFFSETS BEFORE CALLING THIS MACRO.

THE GPR VALUES ARE PUT IN THEIR RESPECTIVE SLOTS ON THE STACK.

+* CALLING SEQUENCE:
;* COMMENTS:

THRU RSSLOT MUST BE

MACRO CALL

EXPANDS

PASS

INTO

THE

RO,R3

FOLLOWING

ASSEMBLY

INTACT

THE

CODE:

MOV

RO,ROSLOT(SP)

;PUT RO IN STACK 5SLOT,

JSR

PC,a(SP).

;RETURN TO PREGOS SUBRT.

MOV

R3,R3SLOT(SP)

i e

IN THIS EXAMPLE GPRS R1,

;e
ie

THEIR VALUES CONTAINED IN THE STACK FRAME AND RO AND R3
WILL BE LEFT AT THEIR VALUES PRIOR TO THIS PASS CALL.

;¢ SUBORDINATE ROUTINES CALLED: (PREGRT

R2,

;PUT R3 IN STACK
R4,

AND RS WILL

BE RESTORED

SLOT.
TO

- LABEL WITHIN PREGOS, VALUE ON STACK.)

1080880008080 0000808000800088000000080000080080000008000000000000000000000000000

.MACRO

. IRP

PASS

LIST

MOV

NLIST
.ENDC
.ENDM
LIST
NLIST
.ENDM

A.8,C,D,.E,.F

X,<A,8,C,D.E,F>

X,X'SLOT(SP)

sPUT X IN STACK SLOT.

:RETURN TO PREGOS SUBRT.
PASS

CVDHABO DHV-11 FUNC TST PART2
GLOBAL SUBROUTINE

MACRO M1200

10-0CT-83

11:35

PAGE

.SBTTL GLOBAL SUBROUTINE

1557
1558
1559
1560
1561
1562
1562
1564
1565
1566

- PREGOS

1000000000000 00000000008888088880000RRRRRRRRRRRRLRRRRRCRARRRRBR000000
000000000

PRESERVE REGISTERS RO

THROUGH RS FOR SUBROUTINE

CALLS.

;¢ INPUTS:
;e

THE RETURN ADDRESS BACK INTO THE CALLING ROUTINE MUST BE IN

GPR RS,

(I.E.-

MACROS USE

"JSR

RS,PREGO5".)

HLd

;¢ OUTPUTS:
1 ®

REGISTERS RO THROUGH RS ARE SAVED ON THE STACK,

; ¢CALLING SEQUENCE:

SAVE

;MACRO EXPANSION CALLS PREGOS.

i e

PASS

sHACRO EXPANSION RECALLS PREGOS.

[ SUBROUTINE CODE].

; ¢COMMENTS

THIS ROUTINE IS RE-ENTRANT,

PARAMETERS MAY BE PASSED OUT OF

TO RETURN GPR VALUES

INTACT.

A SUBROUTINE BY MODIFYING

USE THE PASS GPRN MACRO

THE

USE THE RNSLOT OFFSETS FROM THE SP TO PASS OTHER PARAMETERS.

MAKE SURE THE SP IS AT ITS ORIGINAL VALUE WHEN YOU DO THIS.

[EXAMPLE :

:*SUBCRDINATE ROUTINES CALLED:

MOV

VALUE ,ROSLOT(SP)

]

NONE.

1808888008888 0080000800000088008800800880008088008800800088008000080080800000000

010446
010346
010246
010146
010046
010546
016605
004736

PREGOS :

000014

MOV
MOV
MOV
MOV
MOV
MOV
MOV
JSR

;RS HAS BEEN LOADED ON THE STACK BY THE SUBROUTINE CALL
:SAVE R4
R4, -(SP)
R3, -(SP)
:SAVE R3
R2,-(SP)
iSAVE R2
R1,-(SP)
iSAVE R1
RO, -(SP)
1SAVE RO
RS, -(SP)
sPUSH RETURN PC ON TOP OF STACK
RSSLOT(SP),RS
;RESTORE RS TO VALUE IT HAD BEFORE CALLS
PC.B(SP)s
1CALL THE SUBROUTINE AT THE RETURN ADDRESS
iFROM THE PREGOS CALL, PUTTING THE PRESENT
;PC ON THE

STACK AS A RETURN ADDRESS

s THIS (PREGOS) ROUTINE.

INTO

jeee

: THE FOLLOWING CODE IS EXECUTED WHEN THE CALLING ROUTINE DOES A

:"RETURN" [JSR

PC,@(SP)+) USING THE PC DEPOSITED ON THE STACK ABOVE.

'-.-

(SP)+,RS

(5P)+.RO
(SP)+,R1
(SP)+,R2
(SP)+,R3
(SP)+,R4

sPUT RETURN PC IN RS,

012604

MOV
MOV
MOV
MOV
MOV

000205

RTS

;RETURN TO THE SUBROUTINE WHICH CALLED PREGOS.

004020
004022
004024
004026
004030
004032

012605
012600
012601
012602
012603

004034

PREGRT::

MOV

iRESTORE RO.
sRESTORE R1.
JRESTORE R2.
iRESTORE R3.
sRESTORE R4,

;RESTORING RS IN THE PROCESS.

M3
CVDHABO DHV-11 FUNC TST PARTZ
GLOBAL TEXT SECT1ON

MACRO M1200

.SBTTL

1611

iel®

PAGE

SEQ

GLOBAL TEXT SECTION

. LT

617
1619
1620
62l
1622

sssssssssssisssssse
S sssse

FVTSKL1.P11

1616

T L

T S

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

1623
1624

1625

‘0-

1626
1627
1628
1629

: NAMES OF DEVICES SUPPORTED BY PROGRAM
H

1630 004036
004036
004036

110
061

004041
004044

1631
1637
1638
1639
1640 004046
004046
004046
004051
004054
004057
004062
004065
004070
004073

1641
1642
1€49

11:35

1614
1615

T1/

10-0CT-83

110

126

061

061
125

124

LSDVTYP::

061

122

<DHV-11>

126

;

103
123

DEVTYP

.ASCIZ

/DHV-11/

.ASCIZ

/DHV-11 FUNC TST PAR

TEST DESCRIPTION
DESCRIPT

<DHV-11 FUNC TST PART1»>

L$DESC::

124
101
061

.EVEN

CVDTMABO DHV -11 FUNC TST PART?
GLOBAL

MACRO M1200

10-0CT-83

11:35

PAGE

N3
34

TEXT SECTION

1651

i65¢

1653

1654
1655
1650
1657
1658
1659
1660
1661
1662
1663
1664 004074
004077
004102
004105
004110
004113
004116
004121
004124
004127
1665 004132
004135
1666 004137

004142
004145
004150
004153
004156
004161
004164
004167
004172
004175

004203
004206
004211
1667 004212
004215
004220
004223
004226
004231
004234
004237
004242
004245
004250
004253
004256
004261
004264
004267
004272

FVTA FMT

BEEAEEAEE YW EEBE AR BE DAL EEEBBVEFBE B LA S E BB A BB F LA B A BB E BB U BB BRI EEEBEEB BB S AL LB E BB UBEP LD BHR

FORMAT

STATEMENTS USED

IN PRINT

CALLS

sssesssss FORMAT STATEMENTS sessssssee

MFUNIT::

.ASCIZ /#NsA

TESTING UNIT

:#D4sA(D)sN/

EF0503::

.ASCIZ /#TsN/

EF0505::

.ASCIZ /#A

EF1401::

.ASCIZ /#NsA ROM VERSION NUMBERS: PROC_1 = w%D2%A(D)

124

%DS#A ILLEGAL INTERRUPTS RECEIVED.®N/

PROC_2

= #D2%A(D)%N/

CVDHABO DHV-11 FUNC TST PART?

GLOBAL

TEXT

SECTION

004275

MACRO M1200

10 OCT A3 11:3%

PAGE

B4
%4

kG 4

075

104
101
051

000

045
122
040
122
117
116
102

EF1402::

.ASC1Z /8T8A ROM VERSION NUMBER wTeN/

040

EF1601::

.ASCIZ /8A

®TdA ABORTEC wN/

040
045

1669

124

040

117
105

045

1670

040
040
120
124
040
124
040
066
040
051
116

EF1602::

.ASCIZ /%A

EXPECTED DATA:

#C6sA

(0). 9N/

1671

040

EF1603::

.ASCIZ /%A

ACTUAL

w068A

(0). 8N/

EF1604::

.ASCIZ /%A

004445
004450
004453
004456
004461
004464
004467
004472
004475
004500
1672 004501
004504
004507
004512
004515
004520
004523
004526
004531
004534
004577

040

DATA:

124
114
101
072
040
066
040
051
116
040
101
102
050
040
040
126
105
124
040

107

BAD BIT(S) IN DEVICE wTs#A REGISTER FOR LINE «D2sA (D), eN~

‘d 4

SVOHABO DHV

GLOBAL

TEXT

-11 FUNC T5T PARTZ

SECTION

004542

111

004545
004550
004553
004556

105
106
040
116

1673 004576

045

004561
004564
004567
004572
004575

004601
004604
004607
004612
004615
004620
004623
004626
004631
002634
004637
004642

1674 004645

004650
004653
004656

004661
004664
004667
004672
004675
004720
004703
004706
004711

1675 004714
004717

004722
004725
004730
004733
004736

004741

004744
004747
004752
004755
004760
004763
00476€
004771
C04774

1€76 004776
005001
005004
00500

123

124

040

EF3001::

.ASCIZ /sA

EYPECTED OR CORRECT VALUE: sO3eN/

101

040

EF3002::

.ASCIZ /#A

ACTUAL OR MEASURED

EF90N1::

.ASCIZ /#A

EF9002::

.ASCIZ /%A

040
130
103
104
122
117
105
040
114
072
117
116

040
101
125

040
103
101

045
040

101
125

117
115
123
105
040
114
072
117
116

105
105
105
045
101

130
103
104
124
040

104
116
105
111
040
101
106
117
116

040
040
103
126
103
122
111
072
000

045
040
103
105

%4 o

101

040
105
105
105
117
103
122
124
101
105
045
045

117

PAGE

040
122
111
040

104
101
104
04s

040
040
101
122
040
101
105
045
045

10 OCT RS 11:3%3%

122
117
114
105

045
045
050
056
000

045

MACRO M1200

125

101
040
117
040

062
040
051
116
040
120
124
040
040
122
103
126
125
040
063
000

040
124
114

122
105
125
104
126
125
040
063
000

040
116

VALUE: 03N/

WUNEXPECTED wTeA FOUND IN RECEIVE CHAR FIFQ:eN/

120
124
040
045
106

116

111
122
105
105
110
040
106
045

040
040
104
111

CODZ

IS ASSOCIATED WITH LINE:

wD2sA(D eN/

CVDHABO DHV 11 FUNC TST PART?
GLOBAL TEXT SECTION
005012
005015
005020
005023
005026
005031
005034
005037
005042
005045
005050
005053
1677 005055
005060
005063
005066
005071
005074
005077
005102
005105
005110
1678 005111
005114
005117
005122
005125
005130
005133
005136
005141
005144
1679 005146
005151
005154
005157
005162
005165
005170
005173
005176
1680 005177
005202
005205
005210

123
123
103

124
040
124
114
105
045

045
104
116
045

040

123

111

105
127
110
111

072
104
101
051

MACRO M1200

10-0CT B3 11:8%

PAGE

%4 3

101
117
101
104
111
040
116

EF9003::

.ASCIZ

EF9004:

.ASCIZ /8A

#TeA

VALUE:

sO3sA(0)EN/

EF9005::

.ASCIZ

/%A

#TEA

VALUE:

NONEsSN/

EF9006::

.ASCIZ

/%A

EF9010::

.ASCIZ

/%A

/8A

CODE

IS:

SC3#A(0D)eN/

sTuA «$D2sA(D SN/

005213

005216
005221
1681 005223
005226
005231
005234
005237
005242
005245
00520
005253

101

124

NUMBER OF ERRORS DETECTED ON LINE wD2#A(D) IS wDSeA(D)sN-

GLOBAL

TEXT

SECTION

005256
005261
005264
005267
005272
00527S
005300
005303
005306
005311
005314

005317
1682 005322
005325
005330
005333
005336
005341
005344
005347
005352
005355
005360
005363
005366
005371
005374
005377
005402
005405
005410
005413
005416
1683 005417
005422
00425

1684

103
104

124

10-0CT 8% 11:%5

PAGE

%4-4

105
117
114
105

104
101
051

123

104
101
051

EF9016::

LASCIZ 7#A

EF9017::

.ASCIZ /%A

EF9018::

LASCIT /#A

UNEXPECTED #TeA FOR LINE wD2SA(D)

IN FIFO AFTER RECET:eN/

sTeA (WITH ERROR FLAGS) IS #06%A(0)sN/

=TeA IN SELFTEST CODE FIFO SLCT FOR LINE D2/

MACRQ M1200

CVDHABO DHV - 11 FUNC TST PART?

4
CVDHABO DHV-11 FUNC TST PART?
GLOBAL TEXT SECTION
005526
005531
005534
005537
005542
005545
005550
1685 005553
005556
005561
005564
005567
005572
005575
1686 005600
005603
005606
005611
005614
005617
005622
1687 005624
005627
005632
005635
005640
005643
005646
005651
005654
005657
005662
005665
005670
005673
005676
005701
1688 005702
005705
005710
005713
005716
005721
005724
005727
005732
005735
005740
005743
005746
005751
005754
C05757
005762
005765
005770
005773

111
040

106

106
040
116
045
045
104
101
105

117
114
105
104
101
051
106
122
105
124
116
101
045
101

117

123
124

117
101
051

MACRO M1200

10-0CT 8% 11:3%%

PAGt

%4 S5

SEG 44

117
114

040

122
111
040
062
050

LASCIZ /7#A(D) AFTER RESET
. ®N.

040

124
040

123
056

000
040
124
040

tF9019::

LASCIZ

/#A

«TsA w06%A(0)SN/

EF9301::

.ASCIZ /#A wTeD2sA(D),

EF9302::

.ASCIZ s/#A

BMP CODE REPORTED

OVERFLOW OCCURRED (MORE

:#03sA(0)sN/

THAN 31 BMP CODES FOUND IN QUEUE )sN/

(-4
CVOMABO DHV-11 FUNC

GLOBAL

1689
1690

1701
1702

TST PART2

MACRO M1200

10-0OCT

TEXT SECTION
005776
006001

051
000

0as

116
.EVEN

11:35

PAGE

34 6

€0 45

H4
CVOHABO DHV-11 FUNC TST PART2

GLOBAL

TEXT

SECTION

MACRO M1200

1711

10-OCT 83 11:35

1712

SR NEE

1718
1714
1715
1716

:
:

NI SR

PAGE 35

E N E NI NS

SEQ 46

SN AN AU AN TR U RS E AR AT E LR U Y BB

RS T BR VB R FS PR TUBIB W E T B UES U IR ERE AR

FVTA
. MSG

:
RS E

RN NN

RN RN A N YRS NS NSNS U NN

E Y P P S

NS E BN SR LN BN KSR EAF VR D SR 3R BEDE DR EAE NS

L1)

1717
1718

1719

.SBTTL

1720

1721 000002

103

006005

000

006011

106

1722 006006

1723 006013

122
114

102

125

DRO2MG::

.ASCIZ /RBUF/

120

122

DRO4MG::

.ASCIZ /LPR/

124

101

DRO6MG::

.ASCIZ /STAT/

116

103

DR1OMG::

.ASCIZ /LNCTRL/

102

125

DR1I2MG::

.ASCIZ /TBUFFAD1/

DR14MG::

.ASCIZ /TBUFFAD2/

DR16MG::

.ASCIZ /TBUFFCT/

EMO0103::

.ASCIZ /DEVICE REGISTER ACCESS ERRORS~/

123

EM0201::

.ASCIZ /MASTER RESET (PERFORM SELFTEST) TEST

115

EM0202::

.ASCIZ 7/

000

124

000

006027
006032

124
000

122

006036
006041
1727 006044
006047
006052
1728 006055
006060

106
104
124
106
104
124
106

1726 006033

006063

1729 006065

114

124

106
061
102
106
062
102
106
000

114

101
000
125
101
000
125
103

105

126

122
111
105
101
105
040
122
123
101
105
122
105
050
122
122
123
106
123
040
123
000

105
123
122
103
123
105
117
000

006126
006131
006134
006137
006142
006145
006150
006153
006156
006161
006164
006167

040
107
124
040
103
123
122
122
115
124
040
123
040
105
117
040
114
105
051
105
040

006174
006177
006202

101
108
122

123
122
105

124
040
123

006070

006073
006076
006101
006104
006107
006112
006115
006120

1730 006123

1731 006171

104

111

040

eeescsscceee

DROOMG::

006022

1725 006024

ERROR MESSAGES

.ASCIZ /CSR/

122

000

123

;80ssess0s

123

006016

1724 006017

GLOBAL MESSAGE AREA

103

040

105

122
105
124
120
106
115
105
124
124
124
124

MASTER RESET BIT DID NOT CLEAR AFTER BOARD RESET.~/

CVDHABO DHV-11 FUNC TsT PARTZ
GLOBAL MESSAGE AREA
006205
006210
006213
006216
006221
006224
006227
006232
006235
006240
006243
006246
006251
006254
1732 006255
006260
006263
006266
006271
006274
006277
006302
006305
006310
006313
006316
006321
006324
006327
006332
006335
006340
006343
1733 006344

1734

105
102

040

104
17
103
101
101
105
102
122

124
111
104
040

124
114
122
106
122
117
104
105
124

040

127
124

040

123
117
123

040
124
105

103
126
117
106
115
122
110
107

040
123
122
105
124
111
103
101
111
105
101
114
101
105
102
122
122
105

MACRO M1200

10-0CT-83 11:35

PAGE

560 47

35-1

040

124

111
116
040

105

040

124

040
101
040

123

056

.ASCIZ 7/

040
101

WAITED S SECONDS.

BIT DEFECTIVE OR FIRMWARE HUNG./

105
065
105
116
056

102

040

106
124
105
122
111
127
105
125
056
115
124
040
123

EMO203::

.ASCIZ 7

MASTER RESET BIT CLEAR IMMEDIATELY AFTER BOARD RESET./

040

124
114
122
115
104
124
131
106
122
117
104
105
124

040
111
104

105
111

.ASCIZ /

BIT DEFECTIVE OR BOARD FIRMWARE ERROR./

J4
CVDHABO DHV-11 FUNC TST PARTZ
GLOBAL MESSAGE AREA
006453
006456
006461
006464
006467
006472
006475
006500
006503
006506
006507
006512
006515
006520
006523
006526
006531
006534
006537
006542
006545
006550
006553
006556
006561
006564
006567
006572
1736 006575

1737

126

117

102
122
106
115
122
105

117

000
040
122
111

127
124
114
122

111
111
061
040

103

104
106

117
104

105

124
040
040

124
105
103
126
117
123
106
123
127
040
116
122
103
131
123
120
104
115
124
040

123

040

113

040

114
105
051

105
122

117

104
111

127
105
122
122
040
040
124
105
040

105

040

124
116
057
123

117

040
040
101
040
123
056
040
102
040
106
124

MACRO M1200

10-0CT-83

11:35

PAGE

35-2

040
040
101
040
122
101
040
122
056

115
102

EMO204:

LASCIZ \

MR BIT WENT CLEAR WITHIN 1/2 SECOND OF BOARD RESET .\

010
116

103

101
127
110
040
062
105
116

117
102
122
122
105
000
040
111
104

.ASCIZ /

BIT DEFECTIVE OR SELFTEST 'WAS (INCORRECTLY) SKIPPED./

105
122
105

124
124
101
050
103
122
124
051

EMO301::

.ASCIZ /MASTER RESET (SKIP SELFTEST) TEST /

5EG 43

1<4
CVDHABO DHV-11 FUNC TST PARTZ2
GLOBAL MESSAGE AREA
006724
006727
1738 006731
006734
006737
006742
006745
006750
006753
006756
006761
006764
006767
006772
006775
007000
007003
007006
007011
007014
1739 007016
007021
007024
007027
007032
007035
007040
007043
007046
007051
007054
007057
007062
007065

007070

1740 007071
007074
007077
007102
007105
007110
007113
007116
007121
007124
007127
007132
007135
007140
007143
007146
007151
1741 007153
007156
007161
007164
007167

MACRO M1200

10-0CT-83 11:35

PAGE

35-3%

5EQ 47

123

000
040
040

EMO302::

.ASCIZ 7

MR BIT

CLR WITHIN 10 MILISECOND AFTER BOARD RESET.”/

124
114
127
110

040
040

114
105
116
101

105

102
122
122
105
000
040
102
040
106
124

.ASCIZ 7

BIT DEFECTIVE OR BOARD FIRMWARE ERROR.”/

105
122

117

104
111
127
105
122
122
040
040

124
105
040
105
040
065
117
040
103
104
101
105
122
105
000

040

123
106

123
104

EMO303::

.ASCIZ TM

.ASCIZ 7

MR BIT WENT CLEAR

1/5 TO S SECONDS AFTER RESET.\

SELFTEST DID NOT GET SKIPPED (SHOULD HAVE BEEN SKIPPED).-

CVOHABO DHV-11 FUNC TST PARTZ
GLOBAL MESSAGE AREA
007172
007175
007200
007203
007206
007211
007214
007217
007222
007225
007230

007233
007236
007241

0C7244
007247
1742 007250
007253
007256
007261
007264
007267
007272
007275
007300
007303
007306
007311
007314
1743 007317
007322
007325
007330
007333
007336
007341
007344
007347
007352
007355
007360
007363
007366
007371
007374
007377
1744 007401
007404
007407
007412
007415
007420
007423
007426
007431
007434
007437

104

117
107

040
111

105

050

117
104
101
040

MACRO M1200

040
124
105

116
040
124

104

040
110

123
120

123
125

040
126

102
116

113

120
051

10-0CT 83 11:35

PAGE

35-4

S5EG S0

113
120

114
110
105
105

040
111

105
056

125

122
111
105
122
103
122
124
040
105
040
123
000
111
122

EMO401::

.ASCIZ /RBUF REGISTER RX CHARACTER FIELD TEST

EMO402::

.ASCIZ 7

IMPROPER CODE FOUND IN RXx FIFO AFTER DUT RESET./

105
103
105
117
104
116

130

111
040
124
040

124
105
124

040
130
103
104
123
106

123
103
105

040

103

.ASCIZ /

EXPECTED:

SELFTEST CODE,

ACTUAL:

IMPROPER CODE.~/

CVDHABO DHV-11 FUNC TST PARTZ

GLOBAL MESSAGE AREA
007442
007445
007450
007453
007456
007461

007464
1745 007467
007472
007475
007500
007503
007506
007511
007514
007517
007522
007525
007530
007533
1746 007535
007540
007543
007546
007551
007554
007557
007562
007565
007570
007573
007576
007601
007604
007607
007612
007615
1747 007616
007621
007624
007627
007632
007635
007640
007643
007646
007651
007654
007657
007662
007665
007670
007673
007676
007701
007704
007707

124
114
111
122
105
103
105
122
106
105
123
122
122
122
114
123
111
104
105

125

072

115
117

MACRO M1200

10-0CT-83 11:35

PAGE

35-5

5EQ S1

101
040

122

117
056
102

040

EMOS01::

.ASCIZ /RBUF REGISTER ERROR FLAGS FIELD TEST /

EMOS02:
:

.ASCIZ 7

107
124

040

122

040
101
040

105
040

123

000
040
040

RX ERROR FLAG(S) FOUND CLEAR ON SELFTEST CODE.~/

122
040
101

123
106
116
103
101

117
123
106
123
103
105

040
105
105
105
040
114
122
122
114
123
105
040
103
101
040
101

123
103

101
000

.ASCIZ 7

EXPECTED:

ALL ERROR FLAGS SET,

ACTUAL
:

FLAG(S) CLEAR./

CVDHABO DHV-11 FUNC TST PARTZ

GLOBAL MESSAGE AREA
1748 007711
007714
007717
007722
007725
007730
007733
007736
007741
007744
007747
007752
007755
007760
007763
007766
007771
007774
007777
1749 010001
010004
010007
010012
010015
010020
010023
010026
010031

010034
010037
010042
010045
010050
010053
010056
010061
010064
010067
1750 ¢10071
010074
010077
010102
010105
010110
010113
010116
010121
010124
1751 010125
010130
010133
010136
010141
010144
010147
010152

010155

MACRO M1200

10-0CT-83

11:35

PAGE

35-6

5tQ 5S¢

EMO0S25::

LASCIZ 7

RX INTERRUPT(S) RECEIVED WITH Rx INTERRUPTS DISABLED./

EMO0526:
:

.ASCIZ 7

TX INTERRUPT(S) RECEIVED WITH TX INTERRUPTS DISABLED.~/

EMO601::

.ASCIZ /CSR RX.DATA AVAIL BIT TEST /

123

122
130
101
056
101
040
124
105
040

EMO0602::

.ASCIZ 7/

124
117
104

122
104
101
126
114
111
106
116
103

040

130

116
122
120

123

122
105
105
127
110
130
116
122
120
040
123
114
056
040
130
116
122
120
123
122
105
105
127
110
130
116
122
120
040
123
114
056
103
040
056
124
101
111
102

040

000
040
130
101
056
101
040

040
040

124
122
124
051
105

111
104
111
040
040

124
122
124
104
101
105

122
111
105
125
050
040

103
126

040
124
122
111

105
125
123

111
102
104

124
111

105
125
050

040

103
126

040

124
124
111
105
125
123
111
102
104

RX.DATA.AVAIL BIT FOUND CLEAR AFTER RESET COMPLETION.”/

]

3.J

CVOHABO DHV-11 FUNC TST PARTZ
GLOBAL MESSAGE AREA
010160
010163
010166
010171
010174
010177
010202
010205
010210
010213
1752 010215
010220
010223
010226
010231
010234
010237
010242

114
122
106
122
105
124

117
114

123

101
101
105
122
105

115
105
117

120
124
116

105

040
124
040

040

000
040

105
105
105
102

10-0CT-83 11:35

PAGE

“EG S3

103

040
130

.ASCIZ /

EXPECTED BIT

.ASCIZ 7

Rx.DATA AVAIL BIT

TO BE

SET FROM SELFTEST CODES

IN FIFO./

103
104
111
124

102

123
040

010245
010250
010253
010256

010261
010264
010267
010272
010275
016300
010303
1753 010305
010310
010313
010316
010321
010324
010327
010332
010335
010340
010343
010346
010351
010354
010357
010362
010365
010370
010373
010376
1754 010377
010402
010405
cl0410
010413
010416
010421
010424

MACRO M1200

117
123
106
123
103
105
111
106

117

122
104
101
12¢
114
111
103
114
116
040

EMOE03::

COULD NOT

CLEARED Br

PURGING FIFQ.~/

040

105
105
102
120
107
107
111
056
040
060

117

103
122
122
104
122

040

.ASCIZ v/

600 CHARS READ FROM FIFO WITHOUT R.D.A BIT CLEARING.”

WTM
CVDHABO DHV -11 FUNC

GLOBAL MESSAGE AREA
010427
010432
010435
C10440
010443
010446
010451
010454
010457
010462
010465
010470
010473
010476
010501
010504
010507
010512
010515
010520
010523
1756 010525
010530
010533
010536
010541
010544
010547
010552
010555
010560
010563
010566
010571
010574
010577
010602
010605
010610
010613
1787 010615
010620
010623
010626
010631
010634
010637
010642
010645
010650
010653
010656
C10661
010664
010667
010672
010675

TST PART?
106

117
111
117

040

104

040
124

114
122
107
122
106
130
101
056
114

040

124
105

040

040
130
101
056
114
040
124
117
104
114
122
106
122
105
124

117
114

111
040

124
125

122
056
102
040
105
111
056
102
040

056
124
126

111
102
040

123

000
040
056

124
126

111
102
040

125

040

105

040
124
040

123

040

115
105
117

000
040

105
105
105

MACRO M1°200

106
127
110
124
056
101
111
103
101
116
000
125
122
104
101
101
104
111
124
124

122
104
101
101
104

10-0CT R 11:35

PAGE

%5 R

“EG %4

EMO701::

LASCIZ /7RBUF Ry DATA VALID BIT

EMO702::

.ASCIZ /

TF5T

RX.DATA VALID BTT FOUND CLEAR AFTER RESET COMPLETION,-

111

106
11¢

103
101
101
105
122
105
103
120
124
116

040

130
103
104
111
124
102
123
040
117
123
106
123
103
105
111

106

.ASCIZ 7

EXPECTED BIT

TO BE SET FROM SELFTEST CODES IN FIFO.s

GLOBAL MESSAGE

010700

010703
1758 010705

010710
¢10713
010716
010721
010724
010727
010732
010735
010740
010743
010746
010751
010754

010757
010762

010765

010770
010773
010776

1759 010777

011002
011005
011010
011013
011016
011021
011024
011027
011032
011035
011040
011043
011046
011051
011054
011057
011062
011065
1760 011070
011073
011076
O11101
011104
011107
011112

011115
011120

011122
011126

i761 cil130
011133
011136
011141
011144

AREA

106
000
040
056
124
126
111

102

040

125

040
124

105
114
122

040
040
122
116
106

117

040
066
040

101

040

101
106
115

111
040
124

125
122

056
102
040

105

111
056
102
040
056
116
116
102
040

105
040
123
000
040
116
116
102

040

DY)

*5 9

17
122
104
101
101
104
111

EMO708::

LASCIZ 7

Rx LATA
VAL ID BIT COND NOT BE

CLEARED Br PURGING FIFO,/

103

114
116

040
040

105
105
102
120
107
107

111
056

.ASCIZ 7

040
060

600 CHARS READ FROTM FIFO WITHOUT R.D.v BIT CLEARING./

103
122
1c2
104
122

040
106

127

110
124
056
126
111
103
101
116
000

125
122
114
105
125
105
106
114
124
124

EMOB801::

LASCIZ /RBUF Rx LINE.NUMBER FIELD TEST

114
105
125
105

EMOBOZ2:
:

LASCIZ 7

111

LINE NUMBER IS WRONG ON A SELFTEST CODE.~/

[,]
[

MACRO M1200

PAGE

)

CVDHABO DHV-11 FUNC TST PART?

10-0CT RS 11:8%%

CVDOMABO DMV -11 FUNC TST PART?
GLOBAL MESSAGE MAREA

MACRO M1200

011147

123

040

127

011155

107

040
040

117
101
105
124
124
117
056

011152

011160
011163
Ol116€
011171
011174
011177
011202
1762 011203
011206
011211
ol11214
o11217
011222

011225
011230
011233
1763 011234
011237

0ilza2
011245
011250

011253

011256
011262
011264
011267
1764 011270
011273
011276
011301

011304

011307
011312
011315
011320
011323
011326
011331

1765 011334

011337
011342
011345
011350
011353
011356
011361
011364
011367
011372
c11375
011400

011403

011406
011411

122
116
040
114

105

040

104
000

103
103
106
040
120
117
123
105
000
125
130
i03
104
115
103
105
106

116
000
104
107
123
103
101
040
113
123
106
123
040
123
040
113
040
114
124
124
117
040

117
117

040
040

115
105
054
040

117

123
106
123
103
105

110
113
117
102

137
104

040

123

116
120
124
040
120
117

123
117
104

111
116

124

040
111
050
120

105
124
124
124
124

040
111

123
106
105

PAGt

*5 10

PLAr I

116

105
040
122
115
103
105
124
124

EMO901::

.ASCIZ /CweCx FOR BMP_CODES TEST/

105
105
105

EMO902:
:

LASCIZ /7UNEXYPECTED BMP CODES FOUND ./

101
117
111
106
114
123
040
114
105
051

EM1001::

.ASCIZ /DIAGNOSTIC FAIL (SkP SELFTEST) TEST/

EM1002::

.ASCIZ 7/

102
040
104
040
125
056

105

000

123
120
105

040

0S5
123
124

124
040
116
124
103
120
124
040
065

076
060

117

10-0CT A% 11:8%%

113
117
114
107
117
117
114
105

SKIP SELF-TEST

TOCK

TOO LONG TO COMPLETE,

MS./

[

CVDHABO DHV-11 FUNC TST PART?
GLOBAL MESSAGE AREA
ol11414
011417
1766 011421
011424
011427
011432
011435
011440

040
056

011446
011451
011454
011457
011462
011465
011470
011473
011476
1767 011477
011502
011505

114

011443

011510
011513
011516
011521
1768 011523

011526
011531
011534
011537
1769 011542
011545
011550
011553
011556
011561
011564
011567
011572
011575
011600

011603

011606
Ol11611
O1.614
011617
011622
011625
1770 011626

011631
011634
011637
Ccl1642
011645
011650
011653
011656

040

113

MACRO M1200

10-0CT 83 11:35 PAGE 35 11

SKIP SELF

€0 S7

-TEST COMPLETED TOO SOON,

¢«

EM1003::

ASC1Z 7

EM1101::

.ASCIZ /SKIP SELF-TEST

EM1201::

.ASCIZ /SELF -TEST TEST/

EM1202::

.ASCIZ 7

SELF-TEST TOOK TOO LONG TO COMPLETE,

EM1203::

LASCIZ \

SELF -TEST COMPLETED TOO SOON,

10 M5,/

040

114
124
124

117
105
124

040

117
040
061
115
000
123
120
105
055

TEST/

123
124

124
123

106
105
040
123
040
105
055
123
124
113
117
114
107
117
117
114
105

> 3 SECONDS.~/

076

040
103
104
00
040
105
055

123
103
120
124

040
117

172 SECOND.\

CVDHABO DHV-11 FUNC TST PART?

GLOBAL MESSAGE AREA
011661
011664
011667
c11672
011675
011700
011703
177N 011704
011707
011712
011715
011720
011723
011726
011731
011734

011737
1772 011740
011743
011746
011751
011754
011757
011762
1773 011764
011767
011772
011775

012000
012003
012006
1774 012010
012013
012016
012021
012024
012027
012032
012035
012040
012043
012046
1775 012047
012052
012055
012060

012063

012066
012071
012074
1776 012077

012102
12105
012110
012113

012116
012121

117

054

040
062

105
116

000
040

105

055
123
104
040
124
130
125
000

040

111

137

111
102

117

MACRO M1200

074

104

056

040

123

114
124
124

111
116
040

105
124

040
101
106
114
111
102
000
101
040
114
124
124
105
000
123
106
105
040

122
040
120
124
107
101

117
126

123
116

125
105

124
124
040
106
105
124
040
105
122

PAGE

35-12

116

040
061
040

103

10-0CT 83 11:35

057

123
117
EM1204::

LASCIZ 7

SELF-TEST DID NOT EXECUTE/

104
107
101
040
124
101

EM1205::

.ASCIZ 7

DIAG_FAIL BIT BAD/

111

EM1301::

.ASCIZ /FAIL SELF-TEST TEST/

EM1302::

.ASCIZ 7 SELF-TEST ERROR REPORTING BAD/

EM1401::

.ASCIZ /7ROM VERSION_NUMBER TEST/

EM1402::

.ASCIZ 7

106

105

040
104

117
105
103
105

123

106
105
040
123

105

055
123

105
117
122
117

111
040
104

115
105
111
137
115
122
105

000
106

117
115
131
117

040
040

FIFO EMPTY, ONE OR MORE ROM VERSION_NUMBERS MISSING/

%EG 53

|’”;
CVDHABO DHV-11 FUNC TST PARTZ2
GLOBAL MESSAGE AREA
012124
012127

012132
012135

012140
012143
012146
012151

012154
012157
012162
1777 012165
012170
012173
012176

012201
012204
012207
012212

012215

012220

012223

01c226
012231

012234

012237

1778 012240

012243
012246
012251
012254
012257
012262
012265
012270
012273
012276
012301
012304
012307
1779 012312
012315

012320

115
105
117
126

123
116

125
105

040

123
116

040

117
126
123

116
125
105
106
116

117

040
040

121
116
000
040
116
117
115
105
117
126
123
116
125
105
040

123
116

040

012323
1780 012325
012330

012333
012336
1781 012340
012343
012346
012351
1782 c12352
012355
1783 012360
012363
012366

117

040

115
105
111
137
115
122
115
123
107

040

115
105
111

137
115
122
117
104
125
117
123
125
103
040

105
122
117
040
115
105
111
137
115
122
115
123

MACRO M1200

PAGE

3513

122
122
040
122

117

116
102

123

111
111
000
122
040
122
117
116
102
040
125
040
124
106

EM1403::

LASCIZ 7

ROM VERSION_NUMBER FOUND OUT OF SEQUENCE~/

EM1404::

.ASCIZ 7/

ONE OR MORE ROM VERSION_NUMBERS MISSING/

EM1405::

.ASCIZ /

PROC_1/

040
122
137

EM1406::

.ASCIZ /

PROC_2/

124
117
104

EM1407::

.ASCIZ /NOT FOUND/

125

EM1408::;

.ASCIZ /FOUND/

115
125
117

EM1601::

.ASCIZ /TIMEOUT OCCURRED WAITING FOR MASTER RESET TO CLEAR/

105
105
105
117

040
040
122
122
040
122

117

116
102

123

111
111
000
040
122

137

000

124

10-0CT 83 11:35

CVDHABO DHV-11 FUNC TST PART2
GLOBAL MESSAGE AREA
012371
012374
012377

012402
012405
012410
012413
012416
012421
012424
012427
012432
012435
012440
1784 012443
012446
012451

012454
012457
012462
012465
012470
012473
012476

012501
012504
012507
1785 012511
012514
012517
012522
012525
012530
012533
012536
012541
012544
012547
012552
012555
012560
012563
1786 012566
012571
012574
012577
012602
012605
012610
012613
012616
012621
012624
012627
012632
1787 012634
012637

103
122

104
101
111
040
122
101

105

122

105
124
103

101
104
111
040
107

124

040

122
i22
104
122
105
105

040
104
111
040

107
124

040
122
122

104
117
106
127
124
124
124
104
111
040
107
124
040
124
122
104
122
105
105
040
104
111

103

122
040
111
116
106
040

123

122
105
124
117
114
122

105
103

MACRO M1200

L5
10-0CT 83 11:35 PAGE 35-14

125
105
127
124
107
117
115
124

EM1604::

.ASCIZ \DEVICE REGISTER WORD READ/WRITE TEST \

EM1701::

.ASCIZ \DEVICE REGISTER WORD READ/MODIFY/WRITE TEST

EM1801::

.ASCIZ \DEVICE REGISTER BYTE READ/WRITE TEST \

EM1901::

.ASCIZ \DEVICE REGISTER BYTE READ/MODIFY/WRITE TEST \

122
111
105

127

104

105

057

111
040

123

000

105
103

122
111

105
127

104
105
057
104
131
122
105

105

040

105
103
122
111
105
162
105
105
057
111

040

123

000

105
103

5EQ 60

CVDMABO DHV 11 FUNC TST PARTZ
GLOBAL MESSAGE AREA
012642

012645
012650
012653
012656

012661
012664
012667
012672
012675
012700
012703
012706
1788 012711
012714
012717
012722
012725

012730

012733
012736
012741
012744
012747
012752
1789 012753
012756
012761
012764
012767
012772
012775
013000
013003
013006
013011
013014
013017
013022
013025
1790 013026
013031
013034
013037
013042
013045
013050
013053
013056
013061
013064
013067
1791 C13071
013074
013077
013102
013105

040

107
124

040

124
122
104
117
106
127
124
124
124
104

111
040

101
122
111

105

111
102
040

123

122
111

MACRO M1200

122
131
040
101
115

131
122
105
105

057

040

PAGE

J5H

*5-15

5EQ 61

105
123

105

102
1.5
105
057
104

10-0OCT B3 11:35

111

111
040

105
103
123
124
105
123
122
104
111
124
124

EM2001::

.ASCIZ /DEVICE STAT REGISTER ID BIT TEST /

104

EM2002::

.ASCIZ /ID BIT BAD.

EM2101::

.ASCIZ \NO TX_DATA_VALID/NO TX_ACTION TEST\

EM2102::

.ASCIZ /

EXPECTED:

CLEAR,

ACTUAL:

SET./

TX_ACTION FOUND AFTER INVALID DATA WORD WRITTEN TO LINE:

’

1<%
CVOHABO DHV-11 FUNC TST PART?
GLOBAL MESSAGE AREA
013110
013113
013116
013121
013124
013127
013132
013135
013140
013143
013146
013151
013154
013157
013162
1792 013165
013170
013173
013176
013201
013204
013207
013212
013215
013220
1793 013222
013225
013230
013233
013236
013241
013244
013247
013252
013255
013260
013263
013266
013271
013274
013277
C13302
013305
013310
013313
1794 013314
013317
013322
013325
013330
013333
013336
c13341
013344
013347
013352
013355

116
101

105

111
101
104
101
040
122

127
124
116

117

111
072
124
104
101
101

104
130
i03

104
106
122
116
114

040

124
127
104

MACRO M1200

SEQ 62

124

040

126
111
104
101

117

040
111
105
124
114

105

000

137
124
126

EM2201::

.ASCIZ \Tx _DATA_VALID/TXx_ACTION TEST:

EM2202::

.ASCIZ 7

NO TX_ACTION FOUND AFTER VALID DATA WORD Tx'D ON LINE:

EM2203::

.ASCIZ /

INCORRECT LINE NUMBER FOUND WITH TX_ACT AFTER DATA TX'D ON LINE

111

124
101
111

040

117

116
124
101

130
103
117
106

PAGE 35-16

040

117

124
124
040

10-0CT-83 11:35

123

116
101

105
126

111
104
101

117

040
047

117
114
105
000
040
116
122
103
114
105
125

105
106
116
127
110

CVOHABO DHV-11 FUNC TST PARTZ
GLOBAL MESSAGE AREA
013360
013363
013366
013371
013374
013377
013402
013405
013410
013413
013416
1795 013421
013424
013427
013432
013435
013440
013443
013446
013451
013454
1796 013457
013462
013465
013470
013473
013476
013501
013504
013507
013512
1797 013515
013520
013523
013526
013531
013534
013537
013542
013545
013550
1798 013551
013554
013557
013562
013565
013570
013573
013576
1799 013601
013604
013607
C13612
013615
013620
013623
013626

130
103
101
105
104

101
130
040
040
116
072
124
105
102
040
116
124
105
102
040

123

040

130
116

114
102
040
104
116
111
072
124
105
102
040

103
126
040
124
105

000

122
105
105
116
122
120
124
124
040

117
130
116
107

105
124

040

137
124
106
122
101
040
047

117

114
105
040
130
116
114
050
101
111
051
111

124
124

040

137
101
105
111
102

040

040
116
040
130
116
114
050
124
105
102
040
123

105

111
040
124
122
124

MACRO M1200 10-0CT 83 11:35 PAGE 35-17

S5€EQ &3

101

040

124

040

124
124
104
116
111

040
000

137
101
105

TEST/

EM2301::

.ASCIZ /Tx _ENABLE (INACTIVE) BIT

EM2302::

.ASCIZ 7

EM2401::

.ASCIZ /TX_ENABLE (ACTIVE) BIT TEST/

EM2601::

.ASCIZ /RECEIVE INTERRUPT TEST /

EM2602:
:

.ASCIZ 7/

111

103

126
040
124

105

000

124
105
102

TX_ENABLE BIT BAD ON LINE:

040

124
101

117
114
105

000

137
101
105
101
111
051
111

NO RX INT GENERATED (DATA_VALID SET, RX INTS ENABLED).”/

F'lf}
CVDHABO DHV-11 FUNC TST PARTZ2
GLOBAL MESSAGE AREA
013631
013634
013637
013642
013645
013650
013653
013656
013661
013664
013667
1800 013672
013675
013700
013703
013706
013711
013714
013717
013722
013725
013730
013733
013736
013741
013744
013747
013752
013755
1801 013760
013763

013766
013771
013774
013777
014002
014005
014010
014013
014016
014021
014024
014027
014032
014035
014040
014043
014046
014051
1802 014054
014057
014062
014065
014070
014073
014076
014101

101
137
114
040
124
122
111
123
116
114
051
040

117
130

116
107
105
124
040

117
117
23

116
111
040
124
040
123
051
049
117
130
116
107
105
124
040
130
101
137
101
040
122
122
111
123
116
114
051
040
130
116
122
120
107
105
124

124
126
111
123
054
130
116
040

MACRO M1200

101
101
104
105
040
040
124
105
102
104
000
116
122
111
040
116
101
104
116

10-0CT-83

11:35

PAGE

35-18

SEQ 64

EM2603::

.ASCIZ 7/

NO RX

EM2604::

.ASCIZ 7/

NO RX INT GENERATED (RX_DATA_AVAIL CLR, RX

EM2€05:
:

.ASCIZ 7/

RX INTERRUPT GENERATED WITH RX_DATA_AVAIL CLEAR./

INT GENERATED (NO CODES IN FIFO AFTER RESET)./

103
105
111
106

117
106
122
105
124
000
116

122

INTS ENABLED).~/

111
040
116

101
104
122
104
101
126
114
114
040
040
124
105
102
104
000
122
111
105
125
040
116
101
104

CVDHABO DHV-11 FUNC TST PARI2
GLOBAL MESSAGE AREA
014104

014107

014112
014115
014120
014123
014126
014131
014134
1803 014137
014142
014145
014150
014153
014156
014161
014164
014167
014172
014175
1804 014176
014201
014204
014207
014212
014215
014220
014223
014226
014231
014234
014237
014242
014245
014250
014253
014256
014261
014264
014267
1805 014272
014275
014300
014303
014306
014311
014314
014317
014322
014325
014330
014333
014336
014341
1806 014343
014346
014351

040

124
122
104

101
126

114
114
122
124
116
111
111
105
125
040
123

105
117

000
040
130

103
117
123

040
120

124

114
101

105

102
122
122
105
040
040

124
123

124
040

130
103
117
123
103
123

040

124
040

101

040

123

056
040

130
116

127

110
130
101
137
101
040
105
056
122
123
124
116
122
120
124
124
122
122

040
137
124
116
105
122
105
105
131
106
122
117
104
105
124
116
104
101
105
056
040

137
124

MACRO M1200

10-0CT 83 11:35

PAGE

35-19

111
040

137
124
101
111
103
101
000
101
115
040
124
122
124
105

EM2606::

.ASCIZ /TRANSMIT INTERRUPT TEST ERROR:~/

EM2607::

.ASCIZ 7

TX_ACTION SET REPEATEDLY AFTER BOARD RESET, NO DATA SENT./

EM2608:
:

.ASCIZ 7

TX_ACTION STUCK SET AFTER BOARD RESET.”/

EM2609:
:

.ASCIZ 7

TX INTERRUPT GENERATED WITH TX_ACTION CLEAR.”/

116
124

113
105
101
105
102
122
122
105

000
040

040
124

SEU 65

CVDHABO DHV-11 FUNC TST PART?
Gl OBAL MESSAGE

014354
014357
014362
014365
014370
014373
014376
014401

014404
014407
014412
014415
014420
1807 014422
014425
014430
014433

014436

014441
014444
014447
014452
014455
014460
014463
014466
014471
014474
014477
014502
014505
014510
014513
1808 014514
014517
014522
014525
014530
014533
014536
014541
014544
014547
014552
014555
014560
014563
014566
014571
014574
1809 014577
014602
014605
014610
014613
014616
014621

AREA

122
120

107
105
124

040

124
124
101

111
040
105
056
040

122
124
105
122
105
127
110
130
103

117
103
101

B¢,
MACRO M1200

130
116
122
120

125
101
104
111

040

137
124
116
114
122

130
103
117
123

040

104
130
116

LASCIZ 7

NO Tx INTERRUPT WITH Tx ACTION SET AND Tx INTS ENABLED,/

EM2611::

LASCIZ 7

Tx_ACTION NOT SET AFTER CHARS SENT ON ALL LINES./

EM3001::

.ASCIZ /INTERRUPT BR LEVEL TEST /

123

040
101

116

105

114
056

130
103
117

101
111
040

000
040

124

124
105

116
040
124
106
122
110

123
105

116

111

105
125

040
040
126
040

EM2610::

040
124
124
101
111
040
124
116
124
111

110

123

35-20

105
125

127

040
040
114
111

PAGE

040
116

116
124
111

117

10-0CT 83 11:35

124

101
105
103
122
123
124
116
114
114
105
000
124
122
124
122
105
114
105

8% 66

CVDHABO DHV-11 FUNC TST PART?

GLOBAL MESSAGE AREA
014624

014627
1810 014630
014633
014636

014641
014644
014647
014652

014655

014660

014663

014666
014071
014674
014677
014702

014705
014710
014713
014716
014721
1811 014724
014727
014732
014735
014740
014743

014746
014751
014754
014757
014762
014765
014770
014773
014776
1812 015000
01003
015006
015011
015014
015017
015022
015025
015030
015033
015036
015041
015044
015047
015052
1813 015054
015057
015062
015065
015070

MACRO M1200

10-0CT A3 11:35

PAGE

Cée,

25 21

123

000
040

117
130
101
137

EM3002::

ASCIZ 7/

NO Rx

DATA _AVAIL FROM SELFTEST

CODES

IN FIFD AFTER RESET,/

EM3003::

.ASCIZ /

INTERRUPT GENERATED AT

WRONG BR LEVEL:/

EM3004::

.ASCIZ 7

INTERRUPT

WRONG BR LEVEL:/

EM3005::

.ASCIZ /

INTERRUPT GIVEN PRECEDENCE

101
040

117
123

106
123
103
105
111
106

117

106
122

105
i24

040

130
116
122
120
107
105
124

040
040

117

040
040
126
072
040
130
116
1e2
120
107

105
124

040

114

122
111
105
125

GENERATED AT

116
101

124
122
107
122
105
114

124
111
105
125

040

OVER SIMULTANEOQUS RX

INT./

CVDHABO DHV-11 FUNC TST PART?
GLOBAL MESSAGE AREA
015073
015076
015101
015104
015107
015112
015115
015120
015123
015126
015131
015134
015137
015142
015145
1814 015146
015151
015154
015157
015162
015165
015170
015173
015176
015201
1815 015202
015205
015210
015213
015216
015221
015224
015227
015232
015235

0152490
1816 015243
015246
015251
0152S-.

015257
015262
015265
1817 015267
015272
015275
015300
015303
015306
015311
1818 015313
015316
cis5321
015324
015327
015332
015335

107
105
120
103
105
105

126
040

115
124
105
123
130

116
000
104

107
123
103
111
104
102
051
105
000

040
111
116

124

040
105
040
104
116
111
072

105
105
105
117
103
122
124
101
125

040
040
101
122
040

123
115
131
105
122

040

122

111
116
122
105
116
040
105
123
125
101

MACRO M1200

10-0CT

A3 11:3%

PAGt

D¢

35 o0

126

040

105
104
103
117
122
111

114
116

125

122
111
056
EM3101::

.ASCIZ /DIAGNOSTIC FIELD (BMP)

EM3102::

.ASCIZ 7

EM9009:
:

.ASCIZ /EXPECTED OR CORRECT~/

124
114
122
105
125
104

EM9010::

.ASCIZ /ACTUAL OR MEASURED /

115
122
122
117
123
117

EMI014:;

LASCIZ /SUMMARY REPORTS FOR LINES WITH EXCESSIVE NUMBERS OF ERRORS:~/

101

117

TEST/

111
106

114
050
120
124
124

104
107
123
103

DIAGNOSTIC FIELD BAD ON LINE:

111
104
101

117
114

105

000
120

124
040
040
122

103

114

CVOHABO DHV-11 FUNC TST PART?
GLOBAL MESSAGE AREA
015340
015343
015346
015351
015354
015357
015362
015365
015370
015373
015376
015401
015404
1819 015407
015412
015415
015420
015423
015426
015431
015434
015437
015442
015445
015450
015453
015456
O15461
1820 015464

015467
015472
015475

1821

1822

1823

1824

015500
015503
015506
015511
015514
015517
015520
015523
015526
015530
015533
015536
015541
015544
015545
015550
015553
015556
015561
015564
C15567
015571
015574
015577
015602

111

123

111
040
103
123
105
125
105
040
040
122

116
040

124
105
105

111
040

115

122
117
105
117
072
040
106

MACRO M1200

125

104
101
101
104
124
113

115

051
122
101

040

122

040
i01
056
114
040

040
124
040

116
122
106
105
040
111
105
000
116

103
105

116
055
114

105

000
123
106
123

105
117
103
105
104
101
110
101

127
114
117
107

123

5EG 69

123

050
124
126
111
123
103

114
116

35 2%

116
102

120

123

PAGEL

105
127
110
130
123
126

106
122
122
000
106
117
111
040
124
125

040
111
040

10-0CT B3 11:35

E e

EM9017::

LASCII /

FIFO WILL NOT PURGE (DATA, VALID STUCK SET),/

105

054
105
111
105
117
124
124
113
120
056

.ASCIZ 7/ REMAINDER OF

TEST

SKIPTED./

040
104

EM9018::

.ASCIZ /NO CODE/

116

EM9019::

.ASCIZ /NON-SELF TEST/

114
105

EM9020:
:

.ASCIZ /SELFTEST ERROR CODE~/

EM9022:
:

.ASCIZ /DATA CHARACTER/

105
124
124

040
122
040

104

124
103
122
124

CVDOHABO DHV-11 FUNC TST PART?
GLOBAL MESSAGE AREA
015605
1825 015610
015613
015616

1826

1827

1828

1829

1830

1831

015621
015624
015627
015632
015635
015640
015643
015646
015650
015653
015656
015661
015664
015667
015672
015674
015677
015702
015705
015710
015713
015714
015717
015722
015725
015730
015733
015736
015741
015744
015747
015752
015755
015760
015763
015766
015771
015774
015777
016002
016005
016010
016011
016014
016017
016022
016025
016030
C16033
016036
016041
01€044
016047

105
115
105
123
124

040
104

123
106
123
103
105

040
040
120

103
124
124

040

122
11?7
115
124

125
103
105
105
124
124
117

000
040
040

122

117

105
123
000
115
103

MACRO M1200

000
104
040

040

114

120

117

120

124
124

116
120
124
040
120

117
123
117
104
125
116

EM9023:
:

.ASCIZ

EM9024:
;

.ASCIZ /SELFTEST CODE~/

EM9026:
:

.ASCIZ

EM9301::

.ASCIJ /BMP CODE REPORT/

EM9302::

.ASCIZ sBMP CODE FOUND IN TEST

EM9303::

.ASCIZ /THE LAST BMP CODE WAS FOUND IN TEST

EM9304::

.ASCIZ /UNEXPECTED BMP CODES FOUND DURING THIS PASS/

/MODEM STATUS CODE~/

LPR CONTENTS:

040
116
116
072

115
103
105
117
104
116
105

101
106
116
111

35-24

117

000
114
105
040
104

040

124
115
103
105

PAGE

101
123

105
105
122

040
110
114

10-0CT 83 11:35

120
124

117

040

125

040
040

123

000

105
101

040

120
117
040
1c3
117
104
116
105
040
105
105
105
102
040
104

040

125

040

122
107

CVDHABO DMV -11 FUNC TST PART?
GLOBAL MESSAGE

016052

016055
016060

1882

016063

AREA

040
111
120

123

124
123

101
000

MACRO M1200

10-0CT A3 11:35

110

040

123

.EVEN

(6
PAGE

35-25

5€GQ

H6
CVDHABO DHV-11 FUNC TST PART?

GLOBAL MESSAGE AREA
1834
1835
1836
1837
1838

1839

1840
1841
1842
1843
1844
1845
1846
1847
1848
1849
185C

MACRO M1200

10-0CT

11:35

SNSRI N
B

NN AN

5EQ

NN IR E R eSS R IR S NGRS LEREN

ST R AN S A AN PO E N

.SBTTL

SIS RE N EEvECEdENsdE TP ES NGBS

E B U BB E

B I B ERE BB EF B BT A AT H A B LA E B U B LR AU T B S ERCE R

GLOBAL ERROR REPORT SECTION

‘00

: 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.
‘-.

FVTSKLZ2.P11

:
B

PAGE

T TV ES TR LA BB TRS

CVDHABO DHV-11 FUNC TST PART?2
GLOBAL ERROR REPURTING ROUTINE

MACRO M1200
-

1852
1853
1854
1855
1856
1857
1858
1859
1860
1861
1862
1863
1864
1865
1866
1867
1868
1869
1870
1871
1872
1873
1874
1875 016066

016066
1876 016066
016066

1877
1878 016072
1879 016076
1880 016100

016100
016104
016110
016112
016114
1881 016120
016124
1883 016126
016126
016132
016136
016140
016142
1884 016146
016146
016152
016156
016160
016162
1885 016166
016166
1886 C16170
016170
016170
1887
1888 016172

10-0CT-83 11:35

ERO101

L 6)

PAGE 37

SEQ 73

.SBTTL

GLOBAL ERROR REPORTING ROUTINE

- ERO101

THIS IS AN ERROR REPORTING SUBROUTINE WHICH PRINTS ADDITIONAL ERROR

3‘0‘00‘.‘.00.00.‘0‘0000.0000000.00000..0.0.000.0000000‘0.00000000000000..0.0000

i
i
e
i

INFORMATION IF AN ERROR IS DETECTED IN TEST 1 (REGISTER ADDRESS
THIS SUBROUTINE REPORTS THE TYPE OF ACCESS (READ OR
ACCESS TEST).

WRITE OR BOTH) WHICH CAUSED A BUS TIME -OUT TRAP (004 TRAP).
A MESSAGE INDICATING THAT THE DMV MAY BE AT THE WRONG Q-BUS ADDRESS

IS ALSO PRINTED.

i+ INPUTS:
e

RS - ERROR FLAG WORD.

IF BIT O IS SET,

A READ ERROR OCCURED.

IF BIT 1 IS SET, A WRITE ERROR OCCURED.

;¢ OUTPUTS:
L

MESSAGES ARE PRINTED AT THE OPERATOR CONSOLE.

s CALLING SEQUENCE:
e

INCLUDE THE LABEL "ERO101" AS THE MESSAGE POINTER

PARAMETER IN THE DRS ERROR REPORT MACRO CALL.

;*« COMMENTS:
HL

;* SUBORDINATE ROUTINES USED: NONE.

;‘.“‘...‘.....‘..‘..0‘.“.‘..‘..00...0.‘...0“..‘............“..“..“‘0..0‘0

BGNMSG
004567

165704

032705
001410

000001

012746
012746
010600
104414
062706
032705
001410

016172
000001

012746

016250
000001

012746
010600
104414
062706

012746
012746
010600
104415
062706

ER0101

SAVE
BIT

BEQ

PRINTB

ERO101::

JSR
#8IT0,RS
2

:SAVE THE GPR CONTENTS.
;CALL REGISTER SAVE SUBRT.
RS ,PREGOS
; TEST FOR READ ERROR.

;SKIP READ ERROR MSG IF NO READ ERROR.

oMSG1

;PRINT READ ERROR MESSAGE.

#MSG1, -(SP)
@1, -(SP)
SP,RO

ADD

04,5P

TRAP

000004
000002

2%:

BIT

BEQ

PRINTB

000004

016327
000001

PRINTX

oB8IT1.RS

s TEST FOR WRITE ERROR.

&MSG2

;PRINT WRITE ERROR MESSAGE.

PASS
ENDMSG

OMSG3

MOV

oMSG2, -(SP)

MOV
TRAP
ADD

SP,RO
CSPNTB

MOV
MOV

e1,-(SP)
SP,RO

102

MSGl::

.ASCIZ

04 ,SP

; SUGGEST THAT DMV MAY BE AT WRONG ADDRESS.
oMSG3, -(SP)
MOV

JSR

;RESTORE THE GPR CONTENTS.

PC,a(SP)+«

ADD

CSPNTX

04 ,5P

;:RETURN TO PREGOS SUBRT,

L10002:

104423
101

C$PNTB

:SKIP WRITE ERROR MSG IF NO WRITE ERROR.

TRAP

000004

004736

045

MOV
MOV
~OvV

«N/
/#ABUS 1IME-OUT TRAP CAUSED BY READ ATTEMPT

TRAP

C$MSG

CVDHABO DHV-11 FUNC TST PARTZ2

GLOBAL ERROR REPORTING ROUTINE
016175
016200
016203
016206
016211
016214
016217
016222
016225
016230
016233
016236
016241
016244
016247
1889 016250
016253
016256
016261
016264
016267
016272
016275
016300
016303
016306
016311
016314
016317
016322
016325
1890 016327
016332
016335
016340
016343
016346
016351
016354
016357
016362
016365
016370
016373
016376
1891
1892

016401

125
124
105
125
124
120
101
105
102
122
104
124
115
056
000
045
125
124
105
125
124
120
101
105
102
127
124
101
105
124
116

MACRO M1200
10-OCT 83 11:35
- ERO101 -

123

040

124
122

040
101

111
055
040

125
104
131
105

040
124
120
045
101
123
111
055
124
122
040

125
104
131

122
105
124

115

056
000
101
126
101
102
101
124
040
117
040
102
040
104
123
045
116

PAGE

37-1

SEQ

115
117

103
123

040
040
101
101

105
124

116

102
040
115

MSG2:
:

.ASCIZ

/#ABUS TIME -OUT TRAP CAUSED By WRITE ATTEMPT eN/

MSG3::

.ASCIZ

/#ADHV MAY

117

040
101

103
123
040
040
111
040
124
120
045
10~

040

131
105

124
110

127

116
121
125
101
122

123

116
000
.EVEN

THE

WRONG Q-BUS

ADDRESS.sNsN/

<6
CVDHABO DHV-11 FUNC TST PART2

GLOBAL ERROR REPURTING ROUTINE

MACRO M1200

10-0CT-83 11:35

- ERO201

PAGE 38

SEQ 75

1894

.SBTTL

GLOBAL ERROR REPORTING ROUTINE

1897

ASCII ERROR MESSAGES.

SEARCHING FOR THE END OF

1895
1896

- ERO201

1000208000800 00000000000000008800000008800000000000008000800000000000000000008000
i
THIS IS AN ERROR REPORTING SUBROUTINE WHICH PRINTS 2 CONTIGUOUS

1898

{ggg

THE

ADDRESS OF

THE FIRST MESSAGE

IS PASSED

AS AN INPUT PARAMETER AND THE ADDRESS OF THE SECOND IS FOUNC BY

THE FIRST MESSAGE.

lggé

INPUTS:

iggz

i¢ OUTPUTS:

1905
1906

i* CALLING SEQUENCE:
i

: &

138;

ADDRESS OF

THE FIRST MESSAGE

TO PRINT.

A MESSAGES IS PRINTED AT THE OPERATOR CONSOLE.

LOAD THE ADDRESS OF THE FIRST MESSAGE IN R1.
INCLUDE THE LABEL "ER0201" A€ THE MESSAGE POINTER

PARAMETER

THE

DIAG

SUPER

ERROR

REPORT

MACRO

CALL.

1909
1910

i+ COMMENTS:
i

{g{é

1913

THE MESSAGE IS PRINTED AS BASIC ERROR INFORMATION.
THE SECOND MESSAGE SHOULD FOLLOW THE FIRST ONE IN THE PROGRAM

MEMORY.

EACH MESSAGE SHOUWLD BE DEFINED USING .ASCIZ

;4 SUBORDINATE ROUTINES USED: NONE.

1914

1080888888280 88280808080000800080008080088880080000000200088800000048000000000000

1915
1916 016404

BGNMSG

016404
1917 016404
1918 016404

004567

1919 016410
1920 016412
iggé 016414

010102
105722
001376

1923 016416
016416
016420
016424

016430
016432
016434
1924 016440

016440
016442
016446

016452
016454
— 016456
1926 016462
- 016462

1928 016464
016464
016464

010146
012746
012746
010600
104414
062706
010246
012746
012746

010600
104414
062706
004736

SAVE

165366
2s:

JSR

ERO201::
; SAVE THE GPR CONTENTS.
RS ,PREGOS
:CALL REGISTER SAVE SUBRT.

MOV
ISTB
BNE

R1,R2
(R2).
24

;CHECK FOR A ZERO BYTE (END OF MESSAGE).

PRINTB

@EFO503,R1

:PRINT

PRINTB

@EFOS03,R2

;PRINT THE SECOND MESSAGE.

:LOOP UNTIL NEXT MESSAGE IS FOUND.
THE FIRST MESSAGE.

004132
000002
000006
004132
000002

MOV
MOV
MOV
MOV
TRAP
ADD

R1,-(SP)
QEFO0S503, -(SP)
02,-(SP)
SP,RO
CSPNTB
06,SP

MOV
MOV
MOV

R2, -(SP)
0EF 0503, -(SP)
@2, -(SP)

MOV
TRAP
ADD

000006
PASS
ENDMSG

104423

ER0201

JSR

SP,RO
CSPNTB
6,SP

;RESTORE THE GPR CONTENTS.

PC.a(SP).

;:RETURN TO PREGOS SUBRT.

L10003:

TRAP

C$MSG

CVDHABO DHV-11 FUNC TST PART2

GLOBAL ERROR REPORTING ROUTINE

MACRO M1200

10-0CT-83

- EROS03

.SBTTL

11:35

1808880800800 400000

1934

1935
1936
1937
1938
1939

1943
1944
1945
1946
1947
1948 016466
016466
1949
1950 016466
016466
016470
016474
016500
016502
016504
1951
1952 016510
016510
016510

SEG

RRRRRRRRRA AR AR

IS AN ERROR

REPORTING

- EROS503

SRR RRRRARARSRRRRLRRASALALRGIRIIS

THIS

MESSAGE WHOSE ADDRESE TS PASSED AS AN INPUT PARAMETER,

SUBROUTINE

WHICH PRINTS AN ADDITIONAL

;¢ INPUTS:

;¢ OUTPUTS:

A MESSAGES IS PRINT.D AT THE OPERATOR CONSOLE.

]

;¢ COMMENTS:
]

;¢ 5U

ERRO®

- ADDR':SS OF THE MESSAGE TO PRINT.

:* CALLING SEQUENCE:
ie
T

1940
1941
1942

GLOBAL ERROR REPORTING ROUTINE

1930
1931
1932

1933

PAGE

LOAD THE ADDRESS OF THE MESSAGE IN R1.
INCLUDE THE LABEL "EROS03” AS THE MESSAGE POINTER
PARAMETER IN THE DIAG SUPER ERROR REPORT MACRO CALL.

THE MESSAGE IS PRINTED AS BASIC ERROR INFORMATION.

DINATE ROUTINES USED: NONE.

188883, s 0 8888848000080 00 8000000080000 800 00080000000 080000 0808080080000 000000040

010146
012746
012746
010600
104414
062706

BGNMSG

EROS503

PRINTB

@EFO503,R1

;PRI'" THE MESSAGE.

004132
000002

MOV
MOV
MOV
MOV

R1,-(SP)
#EF0503, -(SP)
#2,-(SP)
SP,RO

ADD

#6,SP

TRAP

ENDMSG

104423

ERO503::

L10004:

TRAP

CSPNTB

C$MSG

CVDHABO DHV-11 FUNC TST PARTZ2
GLOBAL ERROR REPURTING ROUTINE

MACRO M1200

10-0CT7-83

EROS504

.SBTTL

1954
1955
1956
1957
1958
1959

11:35

PAGE

M6
40

SEQ

GLOBAL ERROR REPORTING ROUTINE

- ER0OS04

0008004000000
ARARRRRRARRARRRR AR
AR
AL
0800000000000

ie
ie

THIS IS AN ERROR REPORTING SUBROUTINE WHICH PRINTS ADDITIONAL ERROR
MESSAGES WHEN ILLEGAL INTERRUPTS ARE RECEIVED.

;& INPUTS:
T

R1 - ADDRESS OF THE MESSAGE TO PRINT,
R2

NUMBER

ILLEGAL

INTEPRUPTS RECEIVED.

;¢ OUTPUTS:
g

MESSAGESS ARE PRINTED AT THE OPERATOR CONSOLE.

:# CALLING SEQUENCE:
ie
i
;e
L

1969
197C
1971
1972
1973
1974 016512
016512
1975
1976 016512
016512
016514
016520
016524
016526
016530
1977 016534
016534
016536
016542

016546
016550
016552

1978
1979 016556
016556
016556

LOAD THE ADDRESS OF THE MESSAGE IN R1.
LOAD THE NUMBER OF ILLEGAL INTS IN R2.
INCLUDE THE LABEL "EROS04" AS THE MESSAGE POINTER
PARAMETER IN THE DIAG SUPER ERROR REPORT MACRO CALL.

;¢ COMMENTS:
HL

;# SUBORDINATE ROUTINES USED: NONE.

1088288008800 08200000008080000002800080000008800000840000080000000008000000000002

010146
012746
012746
010600
104414
062706
010246
012746
012746
010600
104415
062706

BGNMSG

ERO0504

PRINTB

#EFO0503,R1

;PRINT

THE FIRST LINE OF

004132
000002

THE MESSAGE.
MOV

MOV

PRINTX

#EFO0S05,Re

;PRINT

THE NUMBER OF

TRAP
ADD
INTS RECEIVED.

MOV
MOV

004137
000002

MOV

L10005:

R1,-(SP)
#EF0S03, -(SP)
SP,RO

CSPNTB
06,5P

R2,-(SP)
@EF 0505, -(SP)
SP,RO

TRAP

CSPNTX

TRAP

C$MSG

ADD
ENDMSG

104423

EROS504:
:

6 ,SP

CVDHABO DHV-11 FUNC TST PART?2

GLOBAL ERROR REPORTING ROUTINE

.SBTTL

1981
1982
1983
1984
1985

11:35

i
ie

SEQ

AR R AR

- ER1401

RARRRRAR AR AR

L SR80

0000000000000

THIS IS AN ERROR REPORTING SUBROUTINE WHICH PRINTS ADDITIONAL ERROR
INFORMATION IF AN ERROR IS DETECTED IN THE ROM VERSION TEST.

i e
i e

THIS SUBROUTINE ANALYSES THE INPUT PARAMETERS WHICH CONTAIN THE
ROM VERSION NUMBERS FOR PROC_1 AND PROC_2 AND REPORTS THE APPROPRIATE

ERROR MESSAGE TO THE OPERATOR.

;*+ INPUTS:
i
i

R1 - CONTAINS THE ADDRESS OF THE FIRST MESSAGE TO BEZ REPORTED.
R3 - CONTAINS THE ROM VERSION NUMBER OF PROC_1.
R4 _ CONTAINS THE ROM VERSION NUMBER OF PROC_2.

;¢ OUTPUTS:

BASIC AND EXTENDED ERROR MESSAGES ARE REPORTED,
AT THE

1993
1994
1995
1996
1997
1998
1999
2000
2001

PAGE 41

GLOBAL ERROR REPORTING ROUTINE

1800888082000 8RR

1986
1987
1988
1989
1990
1991
1992

2002
2003
2004 016560
016560
2005
2006 016560
016560
016562
016566
016572
016574
016576
2007
2008
2009
2010
2011
2012 016602
2013 016606
2014 016612
2015 016616
2016 016620
2017 016622
2018 016626
2019
2020 016632
2021 016636
2022 016642
2023 016644
2024 016646
2025 016652
2026 016656
2027
2028 016660
016660
016662

MACRO M1200
10-0CT-83
- ER1401 -

OPERATORS CONSOLE.

;# CALLING SEQUENCE:
i ®

INCLUDE THE LABEL "ER1401"” AS THE MESSAGE POINTER

PARAMETER IN THE DRS ERROR REPORT MACRO CALL.

i+ COMMENTS:
;* SUBORDINATE ROUTINES USED: NONE.

;‘.“‘.““.‘.‘.0.“““.“.‘.“‘.‘..“.‘“‘...‘.““..“““..‘..‘0“.“‘..‘.0

010146
012746
012746
010600
104414
062706

BGNMSG

ER1401

PRINTB

#EFO0503,R1

ER1401::

;REPORT THE ERROR MESSAGE PASSED IN.
MOV

R1,-(SP)

MOV
TRAP
ADD

SP,RO
C$PNTB

MOV
MOV

004132
000002

#EFO0503, -(SP)
#2,-(SP)
#6,SP

; DETERMINE WHICH ROM VERSION NUMBER(S) ARE MISSING.
‘-

012705
012701
012702
120305
001402
012702
004767

012701
012702
120405
001402
012702
004767
000413
010246
010146

000143
012312
012340

012352
000026

2s:

012325

000002

999.,.R5
#EM1405,R1

CMPB
BEQ
MOV
JSR

R3,RS5
24
#EM1408,R2
PC.50%

MOV
MOV
CMPB

#EM1406,R1
#EM1407,R2
R4,RS5

MOV

012340

012352

MOV
MOV

BEQ
4s:

50$:

MOV
JSR

PRINTX

®EM1407,R2

;GET INVALID ROM NUMBER.
s SELECT PROC_1 MESSAGE.
:SELECT THE "NOT FOUND" MESSAGE.
;CHECK PROC_1 ROM VERSION NUMBER.
;GO REPORT PROC_1 CODE NOT FOUND.
: SELECT “FOUND" MESSAGE.
:GO REPORT MESSAGE.

: SELECT PROC_2 MESSAGE.
:+SELECT THE “NOT FOUND" MESSAGE.
+CHECK PROC_2 ROM VERSION NUMBER.
;GO REPORT PROC_2 CODE NOT FOUND.

60¢

sEXIT,

®EM1408,R2
PC,50¢

#EF1402,R1,R2

s SELECT “FOUND" MESSAGE.
:GO REPORT THE MESSAGE.

:REPORT THE MESSAGE.

MOV
MOV

R2,-(SP)
R1,-(SP)

CVDOHABO DHV-11 FUNC TST PART?
GLOBAL ERROR REPOATING ROUTINE
016664
016670
016674
016676
016700
2029 016704
2030 016706
016706
016706

012746
012746
010600
104415
062706
000207

104423

b7
MACRO M1200
-

10-0CT 8%

ER1401

11:3%5%

PAGE

004314
000003

MoV
MOV
MOV
TRAP
ADD

000010

RTS

60§
:

ENDMSG

sRETURN,

L10006

TRAP

CVDHABO DHV 11 FUNC TST PART?
GLOBAL ERROR REPURTING ROUTINE

MACRO M1200

lg-OCY

11:35

PAGE

C/
a2

% 86

2032
208X
2034
2035
2036
2037
2038
2039
2040

.SBTTL

GLOBAL ERROR REPORTING ROUTINE

;e
;e

THIS AN ERROR REPORTING SUBROUTINE WHICH PRINTS ADDITIONAL ERROR
INFORMATION IF AN ERROR IS DETECTED IN ONE OF THE DEVICE REGISTER
ACCESS TESTS.

2043

i e
;e

THIS

SUBROUTINE

REPORTS

THE

ACTUAL

AND EXPECTED FROM

THE

DEVICE

;¢ INPUTS
ie
;e

2041
2042

2044
2045

R1 - ACTUAL DATA (UNUSED BITS SET T0 0).
R2 - EXPECTED DATA (UNUSED BITS SET T0 0).
R3 - OFFSET (IN BYTES) TO THE REGISTER BEING TESTED.
RS - LINE NUMBER OF REGISTER BEING TESTED.
RMATBB - LABEL AT BASE OF REGISTER MESSAGE

rDDRESS

TABLE.

;¢ OUTPUTS:

2047
2048
2050
2051
2052
2053
2054
2055 016710
016710
2056
2057 016710
2058
2059 016714
016714
016716
016720
016724
016730
016732
016734
2060 016740
016740
016742
016746
016752
016754
016756
2061 016762
016762
Cl6764
016770
016774
016776
017000
2062 017004
017004
€17004

- ER1601

100000000080 0000000008008000800000800000000000008008000000000000000
080000000000 000

: e

MESSAGES ARE PRINTED AT THE OPERATOURS CONSOLE.

s¢ CALLING SEQUENCE:
;e

INCLUDE THE LABLE

PARAMETER

THE

"ER1001" AS THE MESSAGE POINTER

DRS ERROR REPORT

MACRO CALL.

:®

;o COMMENTS:
:®

:* SUBORDINATE ROUTINES CALLED: NONE

‘.“‘.‘..‘.......‘..‘0....0..00........000.....0..............00.“....0.00....

BGNMSG
016304
010546
010446
012746

012746

010600
104414
062706
010246
012746
012746
010600
104415
062706
010146
012746
012746
010600
104415
062706

104423

002304

ER1601

ER1601::

MOV

RMATBB(R3),R4

sFETCH ADDRESS OF REGISTER NAME MESSAGE.

PRINTB

©EF1604,R4,RS5

;REPORT BASIC MESSAGE

004501
000003
000010

PRINTX

@EF1602,R2

;PRINT

(REG NAME AND LINE o).
MOV
RS, -(SP)
MOV
R4, -(SP)
MOV
0EF 1604, -(SP)
MOV
03, -(SP)
MOV
SP,RO

THE EXPECTED DATA,

004375
000002

;
PRINTX

TRAP

CS$PNTB

MOV
MOV

R2,-(SP)
0EF 1602, -(SP)

ADD

MOV

@EF1603,R1

;PRINT

THE

004437
000002

CSPNTX

MOV
MOV
MOV
MOV

R1,-(SP)
@EF 1603, -(SP)
02,-(SP)
SP,.RO

ADD

06,5P

TRAP

CeMsG

TRAP

ENDMSG

L10007:

SP,.RO

TRAP

ADD

ACTUAL DATA,.

€10,SP

06,5P

CSPNTX

CVDHABO DHV 11 FUNC TST PART?
GLOBAL ERROR REPURTING ROUTINE

ER1603

11:35

PAGE

D/
43

“EG 81

GLOBAL ERROR REPORTING ROUTINE

- ER1603

300.“..0.‘.........0-‘.....0..0.0..0.‘..0.0.0.00.0......0......00..00....‘0000

’e

THIS ERROR REFORTING ROUTINE

MESSAGE, ALONG WITH A MESSAGE INFORMING THE OPERATOR WwHICH TEST IS

ABOUT

TO BE

IS USED

TO PRINT

OUT

A BASIC

ERROR

ABORTED.

;¢ INPUTS:
ie
;e

R1 - CONTAINS THE ADDRESS OF THE MESSAGE TO BE PRINTED.
ERAMSG - CONTAINS THE ADDRESS OF THE MESSAGE THAT INDICATES
THE

TEST

THAT

IS BEING PERFORMED,

EG DMA,

BREAK

ETC.

3 e

ie OUTPUTS:
e

2C76
2077

017062
2094 017064
017064
017064

10-0CT-83

.SBTTL

2004
2065
2066
2067
2068
2069
2070
eC7i
2072
2073
2074
2075

2078
2079
2080
2081
2082
2083
2084
2085 017006
017006
2086 017006
017006
2087
2088 017012
017012
017014
017020
017024
017026
017030
2089
2090 017034
2091 017040
017040
017042
017046
017052
017054
017056
2092
2093 017062

MACRO M1200

MESSAGES ARE PRINTED AT THE OPERATORS CONSOLE.
“TESTNAME

TEST

ABORTED"

i* CALLING SEQUENCE:
T

INCLUDE THE LABLE

PARAMETER

THE

"ER1603" AS THE MESSAGE POINTER

DRS ERROR REPORT MACRO CALL.

;¢ COMMENTS:
e

;¢ SUBORDINATE ROUTINES CALLED: NONE.

1000000000008 0880000800000000000000000080000000000008080000000000000000000000000

BGNMSG
004567

SAVE
164764

ER1603

JSR

012746

010600

THE

RS,PREGOS

PRINTB @EFO0S03,R1
010146
012746

;SAVE

CONTENTS OF

ER1603::
THE GPRS.

;:CALL REGISTER SAVE SUBRT,

;PRINT BASIC MESSAGE NN OPERATORS CONSOLE.
MOV
R1,-(SP)

MOV

004132
000002

MOV

104414
062706
016702

010246
012746
012746
010600
104414
062706

004736

104423

MOV

ERRMSG,R2

PRINTB @EF1601,R2

;GET

THE

;PRINT

CSPNTB

MOV
MOV
MOV
MOV

R2, -(SP)
@EF 1601, -(SP?
02,-(SP)
SP,RO

ADD

26,SP

ABORTED" MESSAGE.

TRAP

ENDMSG

;RESTORE

JSR

THF CONTENTS OF

PC,a(SP)e.

06 ,5P

“TEST MESSAGE".

“TEST

004351
000002

PASS

SP,RO

TRAP

ADD

164732

9EF0503,-(SP)

C$°NTB

THE GPRS.

;RETURN TO PREGOS SUBRT,

L10010:

TRAP

C$MSG

CVDHABO DHV 11 FUNC TST PART?
GLOBAL ERROR REPURTING ROUTINE
209
2097
2098
2099
2100
2101
2102
2103
2104
2105
2106
2107
2108
2109
2110
211l
clle
2113
2l14
2115
2116 017066
017066
2117
2118 017066
017066
017070
017074
017100
017102

017104
2119 017110
017110
o17112
017116
017122
017124
017126
2120 017132
017132
017134
017140
017144
017146
017150
2121
2iee 017154
017154
017154

MACRO M1200
10-0OCT B3 11:35
- ER3001
.SBTTL

PAGE 44

EG B2

GLOBAL ERROR REPORTING ROUTINE

ER3001

(0000000000000 00000000000000000 0000000008080

ie
ie

0000000000 000000008000 0000000

THIS IS AN ERROR REPORTING SUBROUTINE WHICH IS INTENDED FOR iUSE IN Twe
INTERRUPT BR LEVEL TEST.
IT REPORTS ADDITIONAL INFORMATION WHEN AN
INTERRUPT HAS OCCURRED AT

THE WRONG BR LEVEL.

:¢ INPUTS:

RS - EXPECTED OR CORRECT BR LEVEL FOR THE DUT,

- ADDRESS OF MLCSSAGE TO PRINT FIRST,
-

LEVEL

WHICH

THE

INT

REQUEST

OCCURRED.

;¢ OUTPUTS:

A MESSAGES IS PRINTED AT THE OPERATOR CONSOLE.

i ®

i CALLING SEQUENCE:
;e

INCLUDE THE LABEL

PARAMETER

THE

"ER3001" AS THE MESSAGE POINTER

DIAG

SUPER

ERROR REPORT

MACRO CALL.

;¢ COMMENTS:
L

THE MESSAGE IS PRINTED AS BASIC AND EXTENDED ERROR INFORMATION.

;¢ SUBORDINATE ROUTINES USED: NONE.

1000000004000 000000000000000000000088000000000000000000000000000000000000800000

010146

012746
012746
010600
104414
062706
010546
012746
012746
010600
104415
062706

010446
012746
012746
010600
104415
062706

BGNMSG

ER3001

PRINTB

@EFOS03,R1

;PRINT

THE FIRST LINE OF

004132
000002

THE MESSAGE.
MOV
MOV
MOV
MOV

TRAP

PRINTX

@EF3001,RS

;REPORT

EXPECTED BR LEVEL.

ADD

MOV
MOV

004576
000002

MOV
PRINTX

@EF3002,Ra

;REPORT

ACTUAL BR LEVEL.

004645
000002

L10011:

R1,-(SP)
oFF0S03, -(5P)
02,-(SP)
SP,RO

CSPNTB

06 ,5P

RS, -(SP)
0EF 3001, -(SP)
SP,RO

TRAP

CSPNTX

ADD

6,5P

MOV
MOV

R4, -(SP)
QEF 3002, -(SP)

MOV

ENDMSG

104423

ER3001::

SP,RO

TRAP

CSPNTX

ADD

06,5P

TRAP

CsMSG

P/
CVOHABO DHV-11 FUNC TST PART?
GLOBAL ERROR REPURTING ROUTINE
clea
2125
2126
21e7?
2128
2129
2130

2159
2160 017256
017256
017256

10-0OCT-83

- ER9004

11:35

PAGE 45

“EG 83

.SBTTL

GLOBAL ERROR REPORTING ROUTINE

- ER9004 -

;e
;e
e

THIS IS AN ERROR REPORTING SUBROUTINE WHICH REPORTS ERROR SUMMARIES
FOR LINES WHICH MAVE EXCEEDED THE SPECIFIED MAXIMUM NUMBER OFf
INDIVIDUAL RECEPTION ERRORS.

1008000004000 0R800000000000000000 000NN
ARIGIININIINIYL

;‘

i INPUTS:
e

2131
2132
2133
2134
2135
2136
2137
2138
2139

2140
2141
2142
2143
2144
2145 017156
017156
2146
2147 017156
017156
017162
017166
017172
017174
017176
2148 017202
2149 017204
2150 017210
2151 017212
2152 017214
2153 017216
2154 017220
017220
017224
017226
017232
017236
017240
017242
2155 017246
2156 017250
2157 017252
2158 017254

MACRO M1200

R1 - ADDRESS OF MCSSAGE TO PRINT FIRST,
ERCNTB - LABEL AT BASE OF LINE ERROR COUNTERS TABLE.
ERSMRF

“REPORT

ERROR

SUMMARY

FOR LINE”

FLAGS.

;‘

;& OUTPUTS:
:®

A MESSAGE IS PRINTED AT THE OPERATOR CONSOLE.

;¢ CALLING SEQUENCE
:

INCLUDE THE LABEL "ER9004" AS THE MESSAGE POINTER

PARAMETER

THE

DIAG SUPER ERROR REPORT

MACRO CALL.

:» COMMENTS:
e

THE MESSAGE IS PRINTED AS BASIC AND EXTENDED ERROR INFGRMATION.
THE

CONTENTS OF

GPR'S R2,

R3,

R4,

AND RS

ARE

DESTROYED.

;¢ SUBORDINATE ROUTINES USED: NONE.

3088888000880 0000000008000000080008000080000000000800080800000000000000080000000

012746
012746
012746

010600
104414
062706
005002
016703

015313
004132

BGNMSG

ER9004

PRINTB

@EF0S03,90EM9014

;REPORT

R2
ERSMRF ,R3
R4

06,5P
sCLEAR THE LINE COUNTER.
;:GET THE ERROR SUMMARY FLAGS.
sCLEAR “LINE COUNTER TIMES 2" OFFSET.
sCLEAR THE CARRY FOR THE FOLLOWING ROTATE.

ER9004:
:
THE

SECONDARY ERROR MESSAGE.

MOV
MOV
MOV
MOV

000002

TRAP

000006
163252

2s:

CLR
MOV
CLR
cLC
ROR

B8CC

PRINTX

002464

ADD

;SHIFT

ANOTHER ERROR SUMMARY

FLAG INTO CARRY.

OEF9010 R2,ERCNTB(R4)

MOV
MOV
MOV
MOV
MOV

ERCNTB(R4), -(SP)
R2,-(SP)
@EF 9010, -(SP)
03,-(SP)
SP.RO

ADD

210,5P

TRAP

MOV

INC
TST

BNE

ENDMSG

(R4).,RS

s INCREMENT

sCHECK

R2
2

COPNYB

;SKIP PRINTING MESSAGE IF FLAG FOR LINE CLEAR.

005223
000003
000010

0EM9014,-(SP)
0EF 0503, -(SP)
Q2,-(sP?
SP.RO

THE LINE

OFFSET BY

s INCREMT THE LINE COUNTER.

CSPNTX

THE ERROR SUMMARY FLAGS

s IF MORE FLAGS SETY, LOOP TO DO OTHER LINES.
L1001 2:

TRAP

CsMsG

CVOHABO DHV-11 FUNC TST PART2
GLOBAL ERROR REPORTING ROUTINE

MACRO M1200

10-OCT-83

- ER9007

.SBTTL

2162

2163
2164
2165

11:35

PAGE 46

SEQ 84

GLOBAL ERROR REPORTING ROUTINE

- ER9007

1000000000000 000000AR0000ERNINALINIAANGANG000000RLALRAAOIRARGIRIGS

i
;e
i

2166

2167
2168
2169
2170
2171
2172
2173

THIS IS AN ERROR REPORTING SUBROUTINE WHICH IS USED TO REPORT THAT
SOMETHING OTHER THAN A SELFTEST CODE WAS FOUND IN A SELFTEST COLE
FIFO SLOT DURING THE REMOVAL OF THE SELFTEST CODES FROM THE FIFO.
THIS ROUTINE IS USED BY THE RSTRPT ROUTINE.

i+ INPUTS:
ie
T

R1 - ADDRESS OF ERROR MESSAGE QUALIFIER STRING.
R2 - INCORRECT CODE AS READ FROM THE SELFTEST CODE FIFO SLOT.
R3

LINE

NUMBER

ASSOCIATED WITH

THE

SELFTEST

FIFO

SLOT.

i ®

;¢ OUTPUTS:

2174

i .

217s
2176

A MESSAGE IS PRINTED AT THE OPERATOR CONSOLE.

:¢ CALLING SEQUENCE:
;e

2177

INCLUDE THE LABEL "ER9007" AS THE MESSAGE POINTER
PARAMETER IN THE DIAG SUPER ERROR REPORT MACRO CALL.

2178
2179
2180
2181
2182
2183 017260
017260
2184
2185 017260
2186 017264
017264
017266
017270
017274
017300

017302
017304
2187 017310
017310

017312
017314
017320
017324
017326
017330

2188
2189 017334
017334
017334

;¢ COMMENTS:
L

THE MESSAGE IS PRINTED AS EASIC AND EXTENDED ERROR INFORMATION.

;¢ SUBORDINATE ROUTINES USED: NONE.

1080808800088 0000000080000400000000000000000000000000000000000000000000080000000

042703

177760

010346

010146
012746
012746
010600
104414
062706

BGNMSG

ER9007

B8IC

€177760,R3

PRINTB

;REMOVE ALL BUT LINE @ BITS FROM LINE & WORD.

sREPORT

SECONDARY ERROR MESSAGE.

005473
000003

MOV
MOV
MOV
MOV

R1,-(SP)
0EF9018, -(SP)
03,-(SP)
SP,RO

000010

ADD

210,SP

010246
010146
012746
012746

005417
000003

104415
062706

000010

TRAP

PRINTX

@EF9017,.R1,R2

;REPORT

THE

ACTUAL

INCORRECT CODE.

L10013:

CS$PNTB

MOV
MOV
MOV
MOV
MOV

R2,-(SP)
R1,-(SP)
@EF9017,-(SP)
03,-(SP)
SP.RO

ADD

010,SP

TRAP

ENDMSG

104423

#@EF9018,R1,R3

ER9007::

TRAP

CSPNTX

Cs$MSG

H /7
CVOHABO DHV-11 FUNC TST PART?
GLOBAL ERROR REPORTING ROUTINE
2191
2192
2193
2194
2195
2196
2197
2198
2199
2200
2201
2202
2203
2204
2205
2206
2207
2208
2209
2210 017336
017336
2211
2212
2213
2214
2215
2216 017336
2217 017340
2218 017342
2219 017346
017346
017350
017352
017356
017362
017364
017366
2220 017372
017372
017374
017376
017402
017406
017410
017412
2221
2222 017416
017416
017416

MACRO M1200
10-0CT-83 11:35
- ER9008 -

.SBTTL

PAGE 47

SEG 85

GLOBAL ERROR REPORTING ROUTINE

- ER9008

1800008080020 00000000000000000000000000080080000808000000000000
00000000000 00000 0

THIS IS AN ERROR REPORTING SUBROUTINE WHICH IS USED TO REPORT

AN UNEXPECTED CODE

’e

CHARACTER

OR CHARACTER HAS BEEN FOUND

THE

DUT

THAT

RECEIVE

FIFO,

i+ INPUTS:
i

R1 - ADDRESS OF PARTIAL ERRNR MESSAGE STRING.
R2 - INCORRECT CODE AS READ FROM THE SELFTEST CODE FIFO SLOT.

;¢ OUTPUTS:

A MESSAGE IS PRINTED AT THE OPERATOR CONSOLE.

:* CALLING SEQUENCE:
;e

INCLUDE THE LABEL

PARAMETER

THE

"ER9008" AS THE MESSAGE POINTER

DIAG

SUPER

ERROR REPORT

MACRO CALL.

:» COMMENTS:

THE MESSAGE IS PRINTED AS BASIC AND EXTENDED ERROR INFORMATION.

: e

:* SUBORDINATE ROUTINES USED: NONE.

1088088888088 0880800800080888080888088000800800000008008000888000800080000080000

BGNMSG

ER9008

ER9008:
:

HAd

: EXTRACT THE LINE NUMBER FROM THE INCORRECT CODE OR CHARACTER WHICH WAS READ

FROM THE

SELFTEST

CODE FIFO SLOT.

‘-

010203
000303
042703
010346
010146
012746
012746
010600
104414
062706

010246
010146
012746
012746
010600
104415
062706

177760

MOV
SWAB
BIC

PRINTB

#EF9016,.R1,R3

s+CALCULATE LINE NUMBER OF CODE.
;REPORT

TYPE OF

INCORRECT CODE FOUND.

MOV
MOV

005322
000003

000010

MOV

TRAP

PRINTX

@EF9017,R1,R2

;REPORT

THE ACTUAL

ADD

INCORRECT CODE.

005417
000003

L10014:

R1,-(SP)
9EF9016, -(SP)
SP,RO

CSPNTB

@10,5P

MOV
MOV
MOV
MOV
MOV

R2,-(SP)
R1,-(SP)
0EF9017, -(SP)
#3,-(SP)
SP,.RO

TRAP

C$MSG

TRAP
ADD

000010

ENDMSG
104423

R2,.R3
R3
#177760,R3

CSPNTX
210,SP

CVDHABO DHV-11 FUNC TST PART?
GLOBAL ERROR REPOURTING ROUTINE

MACRO nxaogaqxo-ocr-as

101

.SBTTL

2224
2225
2226
e22?
2228
2229

11:35

SEQ 86

PAGE 48

GLOBAL ERROR REPORTING ROUTINE

- ER9101

19000000000000000000000000000000000000000000000000000000000000000000R0NRRRLALSS

i
i

; &

2230
2231
2232
2233
2234
2235
2236
2237
2238
2239
2240

THIS IS A GENERAL ERROR REPORTING SUBROUTINE WHICH REPORTS A MESSAGE

WHICH TAKES A SINGLE,

ASCII MESSAGE.

2 DIGIT DECIMAL

ARGUMENT AFTER

THE

END OF

;¢ INPUTS:
;e

R1 - VALUE TO BE PRINTED AFTER MSG AS 2 DECIMAL DIGITS.
R2 - ADDRESS OF MESSAGE TO PRINT FIRST.

;¢ OUTPUTS:

A MESSAGES IS PRINTED AT THE OPERATOR CONSOLE.

: ®

;¢ CALLING SEQUENCE:
T

INCLUDE THE LABEL "ER9101" AS THE MESSAGE POINTER

PARAMETER IN THE DIAG SUPER ERROR REPORT MACRO CALL.

: ®

;» COMMENTS:
e

THE MESSAGE IS PRINTED AS BASIC ERROR INFORMATION.

;¢ SUBORDINATE ROUTINES USED: NONE.

;“‘.‘.‘..‘..“.“.‘......‘.....‘...“............0....‘.“‘.“.‘.‘.“‘......0.

2241

2242
2243 017420
017420

2244
2245 017420
017420
017422
017424
017430
017434
017436
017440
2246
2247 017444
017444
017444

BGNMSG

ER9101

PRINTB

@EF9006,R2,R1

010146

010246
012746
012746
010600
104414
062706

005177
000003

;REPORT THE STRING FOLLOWED BY THE NUMBER.
R1,-(SP)
MOV
R2,-(SP)
MOV
MOV
QEF 9006, -(SP)
MOV
MOV

000010
L10015:

e3,-(SP)
SP,RO

TRAP

CSPNTB

TRAP

CsMSG

ADD
ENDMSG

104423

ER9101::

@10,SP

J7
CVDHABO DHV-11 FUNC TST PARTZ
GLOBAL ERROR REPURTING ROUTINE

MACRO M1200

10-0CT-83

- ER9301

.SBTTL

2249
2250
2251
2252
2253

11:35

PAGE 49

5EG 87

GLOBAL ERROR REPORTING ROUTINE

- ER9301

1000000000000 000000000000000000000000000000000000000000000000000000000000000000

i
i
T

THIS IS AN ERROR REPORTING SUBROUTINE WHICH PRINTS ANY BMP CODES
THAT ARE FOUND IN THE BMP CODE QUEUE, TOGETHER WITH THE THE NUMBER
THE TEST THAT WAS EXECUTING AT THE TIME THE BMP CODE WAS LOGGED.

ie INPUTS:
;e

R1 - THE ADDRESS OF THE FIRST MESSAGE TO BE REPORTED.
R2

THE

ADDRESS OF

THE

EMPTY

CELL

THE

QUEUE.

i e

;¢ OUTPUTS:

:®

THE TEST NUMBER FOLLOWED BY THE BMP CODE ARE PRINTED AT THE

OPERATOR

CONSOLE.

:* CALLING SEQUENCE:
;e

INCLUDE THE LABEL

PARAMETER

THE

"ER9301" AS THE MESSAGE POINTER

DIAG

SUPER ERROR REPORT

MACRU

CALL.

1 *

;¢ COMMENTS:

THE MESSAGE IS PRINTED AS BASIC ERROR INFORMATION.

i® SUBORDINATE ROUTINES USED: NONE.

1000008008080 000000000008000000008000080000000000000000000000000008000000000000

BGNMSG

017446

017446
017446
017446

2273
2274
2275
2276
2277
2278
2279
2280
2281
2282
2283
2284
2285
2286
2287
2288
2289

017452
017452
017454
017460
017464
017466
017470
017474
017500
017504
017506
017510
017514
017516

017520
017524
017526
017532
017534
2291 017536
2292 017540
2293 017544
017544
017550
017554
017556

004567
010146
012746
012746
010600
104414
062706
012703
012705
012301
012304
004767
020302

ER9301

SAVE

164324

PRINTB

JSR
@EFO0S03,R1

ER9301::
;SAVE THE GPRS ON THE STACK.

RS,PREGOS

;CALL REGISTER SAVE SUBRT.

;REPORT UNEXPECTED BMP CODES FOUND.

MOV
MOV
MOV

004132

000002

000006
002526
015714

TRAP

2%:

000056

MOV
MOV
MOV
MOV
JSR

cHP
BLO

103772

oBMPCQAB ,R3
O0EM9302,RS
(R3)+,R1
(R3)+,R4
PC,S50¢

R3,.R2
2%

QEFO0503, -(SP)
02,-(SP)
SP,RO
CS$PNTB

ADD
06,SP
;GET THE START ADDRESS OF THE BMP CODE QUEUE.
sGET THE MESSAGE TO BE REPORTED.
;:GET THE NUMBER OF THE TEST THAT WAS EXECUTING.
;:GET BMP CODE THAT WAS REPORTED OFF THE QUEUE.
;GO REPORT THE BMP CODE.

;CHECK IF ALL CODES HAVE BEEN REPORTED.
sIF IT IS NOT THE LAST BMP CODE THEN LOOP.

CHECK IF OVERFLOW HAS OCCURRED.

THE CONDITIONS FOR OVERFLOW ARE: THE POINTER CONTAINS THE ADDRESS OF THE
(L:EET CELL IN THE QUEUE, AND A BMP CODE HAS ALREADY BEEN WRITTEN INTO THAT
L.

020227
001036
005762
001433
012301
011304
012705

002722

012746
012746
010600

005702
000001

104415

000002

015744

cMP

BNE
TST

BEQ
MOV

MOV
MOV

PRINTX

R2,98MPCQE -4

+CHECK IF THE POINTER IS AT THE LAST LOCATION.

2(R2)

+CHECK FOR A BMP CODE

60s
(R3).+,R1

(R3),R4
0EMI9303,R5
@0EF9302

sEXIT IF NOT AT THE LAST LOCATION.

IN THE LAST CELL

sEXIT IF NO OVERFLOW HAS OCCURED, CELL EMPTY,
tGET THE TEST NUMBER OFF THE QUEUE.

:GET THE BMP CODE OFF THE QUEUE.
s SELECT THE MESSAGE TO BE REPORTED.
;REPORT OVERFLOW CONDITION.

MOV
MOV
MOV

TRAP

QEF 9302, -(SP)
@1, -(SP)
SP,RO
CSPNTX

1< 7
CVOHABO DHV-11 FUNC TST PART?
GLOBAL ERROR REPORTING ROUTINE
017560
2294 017564
2295 017570
2296
2297 017572
017572
017574

017576
017600
017604
017610
017612
017614
2298 017620
2299 017622
017622

2300
2301 017624
017624
017624

062706
004767
000414
010446
010146
010546
012746
012746
010600
104415
062706
000207
004736

MACRO M1200

10i0CT 83 11:35
- ER930

000004
000002

508 :

JSR
BR

PC,50%

PRINTX

9£F9301,R5,R1,R4

SEG 83

;REPORT
sEXIT,

60%

THE

;PRINT

ADD
LAST BMP CODE PLACED ON

THE MESSAGE.

MOV
MOV
MOV
MOV

005624

MOV

000012

RTS

60%:

PASS

ENDMSG

104423

PAGE 49-1

;RETURN,

JSR

;RESTORE

PC,a(SP).

THE

04,5P
QUEUE

R4, -(SP)
R1,-(SP)
RS, -(SP)
9EF 9301, -(SP)

w4,
- (5P)
SP,RO

TRAP

CSPNTx

ADD

e12,5P

GPR CONTENTS.
;RETURN TO PREGOS SUBRT,

L10016:

TRAP

CsMSG

CVDHABO DHV-11 FUNC TST PART?

GLOBAL SUBROUTINES SECTION

MACRO M1200

10-0CT-83 11:35

2303

.SBTTL

2306

207

2308

2309
2311
2312
2313

2314
2315

2316

PAGE SO

%€EG 89

GLOBAL SUBROUTINES SECTION

FVTSKLS
. P11

jee

;
:

L T

Y L

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

R L L e

CVDHABO DHV-11 FUNC
GLOBAL SUBROUT INE

TST PART2

2318

MACRO M1200
- ALTFLD -

10-0CT-83 11:35

PAGE S1

SEG 90

2319

HER

.SBTTL

0800280020080 0000300000000000000000200000000000080000000000000000000000000000

GLOBAL SUBROUTINE

2320
2221
2322
2323
2324
§§§S

;e
e
;e
e
;e
e

- ALTER DEVICE REGISTER FIELDS ROUTINE THIS SUBROUTINE ALTERS THE SPECIFIED FIELD OF THE SPECIFIED DEVICE
REGISTER FOR THE SPECIFIED LINES.
THIS ROUTINE CAN BE USED TO SET
OR CLEAR BITS WITHIN SELECTED FIELDS OF SELECTED REGISTERS.

2327
2328

;o INPUTS:
e

R1
R2

2330
2331

e
;e

R4 - MASK OF BITS TO ALTER (1 INDICATES CHANGE BIT).
CSRA - CONTAINS THE ADDRESS OF THE DEVICE CSR.

USE EXAMPLES:

2329

S§§§

SET RX.BAUD.RATE FIFLDS ON LINES 3 AND 6.
CLEAR TX.DMA BITS ON ALL LINES.

- ALTFLD

- ADDRESS OF THE REGISTERS TO ALTER.
- BIT FIELDS SET TO DESIRED STATES.
-

BIT

IESTAT

MAP

LINES FOR

WHICH

TO ALTER

- SAVED STATES OF THE INTERRUPT ENABLE BITS.

2334

;¢ OUTPUTS:

gg;g

DEVICE REGISTERS

FHL

gggg

;¢ CALLING SEQUENCE:
1 ®

2339
2340

;& COMMENTS:
e

gg:é

2343

23“
2345
2346 017626
- 017626

SPECIFIED REGISTER FIELDS ALTERED.

CSR IND.ADR.REG FIELD - DESTROYED.

JSR

PC.ALTFLD

THIS ROUTINE READS THE SPECIFIED REGISTERS FOR ALL LINES
WITH NUMBERS LOWER THAN THE HIGHES SPECIFIED LINE.

THIS ROUTINE DOES NOT READ THE CSR.

;¢ SUBROUTINES CALLED: NONE.
$~-

004567

164144

ALTFLD::

2348

gggé

2349
2350

0282808080208 000800808000000880030080008080000000008800080080000080000000000000002

:
:

SAVE

JSR

: SAVE CONTENTS OF GPRS RO THRU RS.
RS,PREGOS
;CALL REGISTER SAVE

SUBRT.

SET UP TO LOOP FOR EACH LINE:
PREPARE THE WORD TO BE ORED INTO THE REGISTER CONTENTS.

SET UP THE WORD TO WRITE INTO THE IND.ADR.REG FIELD OF THE CSR.

2353
2354
2355
gggg

017632
017634
017636
017640

010400
005100
040002
016705

MOV
coM
BIC
MOV

162464

R4 ,RO
RO
RO,R2
IESTAT,RS

;CALCULATE THE NEW CONTENTS OF THE
:+
REGISTER FIELDS WHICH ARE TO BE
:+
ALTERRED BY THIS ROUTINE.
:SET UP TO WRITE IND.ADR.REG FIELD TO O.

‘0

2358

: LOOP ONCE FOR EACH LINE, ALTERING THE SPECIFIED FIELD IN THE SPECIFIED

2360
ggg%

; EXIT THE LOOP IF NO MORE LINES TO ALTER, OR IF WE HAVE ALTERED THE MAX
:
ALLOWABLE NUMBER OF LINES (AS SPECIFIED BY NUMLNS).

2359

THE LINE MAS BEEN SELECTED FOR ALTERING.

2363
2364
2365
2366
2367
2368
2369
2370
2371
2372
2373

017644
017646
017650
017652
017656
017660
017662
017664
017666
017670
017672

000241
006003
103006
010577
011100
040400
050200
010011
005205
005703
001365

2%:
162366

as;

cLC
ROR
BCC
MOV
MOV
BIC
BIS
MOV
INC
TST
BNE

R3
as
RS,aCSRA
(R1),RO
R4 ,RO
R2,RO
RO,(R1)
RS
R3
2s

;PREPARE FOR ROTATE, “TST RS” DOES THIS BELOW.
;GET THE LINE SELECT BIT FOR THIS LINE.
;SKIP SETUP IF LINE IS NOT SELECTED.
:SET DUT CSR IND.ADR.REG FIELD TO THIS LINE.
;:GET THE PRESENT CONTENTS OF THE REG TO ALTER.
;CLEAR THE BIT FIELDS WE ARE TO ALTER.
;OR IN THE NEW STATES OF THE FIELDS.
;WRITE THE NEW REGISTER CONTENTS TO THE REG.
:SET LINE NUMBER TO THE NEXT LINE.
;CHECK FOR UNHANDLED LINES, CLEAR CARRY FLAG.
;:LOOP IF SELECTED LINE(S) IS NGT HANDLED.

CVDHABO DHV-11 FUNC TST PART2
GLOBAL SUBROUTINE
2374
2375 017674

017674
2%76 017676

004736
000207

MACRO M1200
- ALTFLD 608 :

10-0CT 83 11:35

PASS

RTS

PAGE S51-1

JSR

SEG 91

sRESTORE GPRS.

PC,a(S5P)+
;RETURN TO PREGOS SuBRT,
+RETURN TO CALLING ROUTNE.

CVOMABO DHV-11 FUNC TST PART?
SUBROUTINE

2T78
2379
2380
2%81
2382
2383
2384
2385
2386
2387
2388
2389
2390

10-0CT-83 11:35

PAGE S2

“Ea 92

.SBTTL

GLOBAL SUBROUTINE

ie
ie
;e
;e

- CALIBRATE MILLI SECOND LOOP COUNT SUBROUTINE THIS SUBROUTINE CALIBRATES THE TIMING LOOP WHICH IS USED IN THE MSLOOP
ROUTINE.,
THIS SUBROUTINE CALCULATES A VALUE FOR THE MSLCNT VARIABLE
WHICH IS THE NUMBER OF SOF TWARE LOOPS WHICH TAKES 1 MS TO EXECUTE IN

LINE TIME CLOCK (LTC), SO IF NO LTC IS AVAILABLE THE DEFAULT VALUE FOR

$0°¢

CALMSL

0000008008800 00000800000000000008000000000000080000000000000
0000000000000 0 00

THE MSLOOP ROUTINE.,

THIS ROUTINE CALIBRATES THE COUNT Br USING THE

THE

DELAY

COUNT

MUST

USED.

' ®

;¢ INPUTS:
;e
ie
;e
H

MSLCNT - DEFAULT 1 MS DELAY LOOP COUNT VALUE, OR
VALUE FROM PREVIOUS CALIBRATION.
MSTICK - NUMBER OF MS PER LTC CLOCK TICK,
TIMER]1 - TIMER COUNTER CHANGED By LTC INTERRUPT SERVICE RTN,
CLKHMRZ - NUMBER OF LTC CLICKS PER SECOND (S0 OR 60).

;¢ OUTPUTS:
;e
ie

CARRY - SET IF LTC IS AVAILABLE, AND NEw CALIBRATION PERFORMED.
MSLCNT - NEW 1 MS DELAY LOOP COUNT VALUE IF LTC AVAILABLE, OR

UNCHANGED IF NO LTC IS AVAILABLE.

;¢ CALLING SEQUENCE:

JSR

PC,CALMSL

;¢ COMMENTS:
L

;¢ SUBURDINATE ROUTINES CALLED: UNSDIV,O0PS.
§--

017700
017700
017704

004567
005067

$00000000000000000000000000000000000000000000000000000000000000000000000000

CALMSL::

164072
000210

SAVE
CLR

628

JSR

: SAVE CONTENTS OF GPRS RO THRU RS,

RS ,PREGOS

;CALL REGISTER SAVE SUBRT.

sCLEAR THE 2ND TIME FLAG.

s SYNCHRONIZE WITH THE LTC.
B

017710

012705

017714
017716
017724
017730
017732
017734
017736
017740

005000
012767
005767
001410
005200
001373
005305
003371

2%:

000001

162434

162440

MOV

e1.R5

CLR

TST
BEQ

TIMER1
63

MOV

4as:

INC
BNE
DEC
BGT

$SET OLTER LOOP COUNTER TO 1 LOOP.
s INCREASE THE VALUE LOADED INTO THIS COUNTER IF THE ces
sFOLLOWING LOOP FAILS ON FUTURE,

01, TIMER]

RO
a4
RS
as

FASTER PROCESSORS.

;:CLEARP THE WAIT FOR CLOCK INT COUNTER.

<ee

3SET UP COUNT OF 1 TO SYNCH WITH LTC.

sCHECK FOR COUNTER HAVING GONE TO ZERO.
s JUMP OUT OF LOOP IF LTC HAS INTERRUPTED.

sCOUNT THIS ITERATION OF THE INNER LOOP.
;LOOP IF COUNTER HAS NOT TURNED OVER.
;DECREMENT THE INNER LOOP COUNTER.
;LOOP IF OUTER LOOP COUNT NOT WP,

;s IF WE GOT NO LTC INTERRUPT, INDICATE THAT THERE IS NO LTC AVAILABLE.
3 LTC MUST BE FLAKEY, OR NOT REALLY AN LTC AT ALL.
'-

017742

01774¢
017750

005067
000241
000461

CLR

162414

CLC
BR
MNee
oo o o

GLOBAL

MACRO M1200
CALMSL -

CLKHRZ
60

sCLEAR LTC FREQUENCY WORD TO INDICATE NO LTC.
s INDICATE FAILURE FOR RETURN,
1BYPASS THE FOLLOWING CALIBRATION PROCEDURES.

017752

012704

002364

WE ARE NOW SYNCHRONIZED WITH THE LTC.
SET UP FOR THE CALIBRATION LOOP.

MOV

oTIMER] R4

JWILL TEST TIMERL IN THE LOOP BELOW.

CVOHABO DHV-11 FUNC TST PART?
GLOBAL SUBROUTINE

020114
2483 02011€
2484
2485 C20120
2486 020122

005001
005002
005003
012714

000001

016705

162402

010067
040200
020003

000120

011400

8$:

108:

sCLEAR THE OUTER LOOP COUNTER,
s INDICATE TO CHECK ALL BITS OF

MOV

MSLCNT RS

MOV

RO,64%

+LOAD MS LOOP COUNT,.
1GET THE TIMERL1 VALUE.

cMP

RO,R3

sLEAVE ALL THE BITS.
sCOMPARE AGAINST ZERO.

12%
RS
10$
R1
8%
PC,00PS

sCOUNT DOWN THE INSIDE MS LOOP COUNT.
;LOOP IF MS NOT UP,
sDECREMENT THE TMS TIME COUNT.
tKEEP LOOPING.
;WE OVERFLOWED, SOMETHING IS WRONG, ABORT,

MOV

o0 we o

TIMER],

s INDICATE TO CHECK FOR TIMERL1 CLEAR,
sLOAD TIMER1 WITH COUNT OF 1.

01,(RA)

(R4),R0O

$SAVE WORD (LIKE IN THE REAL LOOP).

R2,RO

sSET CARRY IN CASE OF SUCCESS.
sEXIT LOOP IF TIMER1 HAS CLEARED.

WE HAVE NOW HAVE LOOP COUNT INFORMATION FOR ONE CLOCK TICK.
WE HAVE NEGATIVE OF NUMBER OF OUTER LOOPS IN R1, EACH IS MSLCNT INNER LOOPS
WE HAVE THE PORTION OF THE LAST OUTER LOOP NOT EXECUTED, IN RS.
NOW WE CALCULATE THE TOTAL NUMBER OF INNER LOOPS EXECUTED.

162342

5¢-1

005401
016702
010203
160502
010204
005005
005301
100403
060304
005505
000773

R1
R2
R3

SEC
BEQ
DEC
BNE
DEC
BNE
JSR

000440

PAGE

CLR
CLR
CLR

8IC

000261
001406

005305
001367
005301
001363
004767

10-0CT 83 11:35

MOV

Pt e

2434 017756
2435 017760
2436 017762
2437 017764
2438
2439 017770
2440 017774
2441 017776
2442 020002
2443 020004
2444 020006
2445 020010
2446 020012
2447 020014
2448 020016
2449 020020
2450 020022
2451
2452
2453
2454
2455
2456
2457 020026
2458 020030
2459 020034
2460 020036
2461 020040
2462 020042
2463 020044
2464 020046
2465 020050
2466 020052
2467 020054
2468
2469
2470
2471 020056
2472 020062
2473 020064
2474 020066
2475 020072
2476 020074
2477 020100
2478 020104
2479 020110
2480 020112
2481
2482 020114

MACRO M1200
- CALMSL -

14%:

NEG
MOV
MOV
SuUB
MOV
CLR
DEC
BMI
ADD

ADC
BR

R1
MSLCNT R2

R2,R3

RS,R2
R2,R4

:GET NUMBER OF OUTER LOOPS.
;GET THE NUMBER OF INNER LOOPS PER OUTER LOOP.
:COPY NUMBER OF LOOPS FOR MULTIPLY.
sCALC @ OF INNER LOOPS DONE IN LAST OUTER LOOP
AND ADD TO ACCUMULATOR LSWORD.

tCLEAR ACCUMULATOR MSWORD.
sCHECK R1 FOR O CONDITION
s SKIP MULTIPLICATION IF ZERO

RS
R1

16$

sMULTIPLY NUMBER OF INNER

R3,R4
RS
14

: LOOPS PER OUTER LOOP BY
sNUMBER OF OUTER LOOPS PERFORMED.

:.DIVIDE THE TOTAL NUMBER OF INNER LOOPS BY THE NUMBER OF MS PER LTC TICK.
‘

016701
010403
010502
004767
103402
004767
010167
005167
001277
000261

0031736
000207
000000
000000

162312

16%:

002756

000366
162272

000010

MOV

MOV
MOV

MSTICK,R1
R4 ,R3
RS,R2
PC,UNSDIV

3@ OF MS PER LTC TICK IS DIVISOR.

PC,00PS
R1,MSLCNT
628
2t

sCLOCK ROUTINES ARE NOT LONG ENOUGH, OR BUG.
sSET NEW VALUE FOR MS LOOP COUNT.

18%:

60%:

MOV

PASS
PC

JSR

sLSWORD
sMSWORD
+DIVIDE
1BYPASS

OF LOOP COUNT IS LSWORD OF DIVIDEND.
OF LOOP COUNT IS MSWORD OF DIVIDEND.
NUMBER OF LOOPS BY MS PER LTC TICK.
O0OPS IF WE'RE OK.

:SET THE 2ND ITERATION FLAGS IF 1ST ITERATION.
tBRANCH IF ONLY ONE ITERATION DONE.

1SET THE SUCCESS FLAG FOR EXIT,
sRESTORE GPRS,

PC,8(SP)e.

sRETURN TO PREGOS SUBRT.

+ CARRY - SUCCESS FLAG. SET IF SUCCESS.

:12ND CALIBRATION ITERATION FLAGS.
;OUMMY WORD FOR STORAGE OF THE READ WORD.

CVDOHABO DHV

GLOBAL

-11 FUNC TST PART?

SUBROUTINE

MACRO M1200
-

CKTRAP

10-0CT 83 11:35

.SBTTL

2488

2489
2490
2491
2492

PAGE 53

% 94

GLOBAL SUBROUTINE

CKTRAP

1000000000000 00080008000000 0880008008000

CHECK

T
;e

THIS SUBROUTINE [S USED TO CHECK FOR A BUS TIME-OUT TRAP (004 TRAP)
WHICH IS CAUSED BY AN ACCESS TO A NON-EXISTENT MEMORY OR I/
LOCATION,

2493
2494

0000003000800000000 000000000080 0000

THE

TRAP ROUTINE

TRAP DOES NOT

OCCUR,

THIS ROUTINE

RETURNS

SUCCESS

INDICATION,

2495

2496
2497
2498

i INPUTS:
;e
;e

KO - SOURCE ADDRESS FOR MOVE.
R1 - DESTINATION ADDRESS FOR MOVE.

;e QUTPUTS:
ie

(R1) - WRITTEN TO THE CONTENTS OF (RO).
CARRY FLAG - SET ON RETURN IF NO 004 TRAP DETECTED.

: e

2499

2500
2501
2502
2503

(RO)

- SOURCE FOR THE MOVE.

TPAFLG

NONZERO

TRAP OCCURRED,

CLEARED OTHERWISE.

s CALLING SEQUENCE:

JSR

PC,CKTRAP

i e

;o COMMENTS:

IF THIS SUBROUTINE CAUSES A TRAP, EITHER THE ADDRESS WHICH

IS LABELED ADRPTR WILL BE THE TRAP PC ADDRESS ON THE STACw,

;¢ SUBORDINATE ROUTINES CALLED: NONE.

1000000000008 000080000000000000008004800000800800080000000000080000000000008000

020124
020124
020130
020134
020136
020142
020144
020146
020150
020150
020152

004567
005067
011011
005767
000261
001401
000241
004736
000207

163646
162212
162204

CKTRAP::

ADRPTR::

60$:

SAVE
CLR
MOV

TST

SEC
BEQ

CcLC
PASS
RTS

JSR

TPAFLG
(RO),(R1)
TP4FLG

608
oe

JSR

s SAVE CONTENTS OF GPRS RO THRU RS.
RS ,PREGOS
;CALL REGISTER SAVE SUBRT,
:CLEAR THE 004 TRAP FLAGS.
+PERFORM THE MOVE IN QUESTION.
sCHECK FOR OCCURENCE OF TRAP,

s INDICATE SUCCESS.

sEXIT WITH SUCCESS IF TRAP DID NOT OCCUR.
s INDICATE FAILURE.
sRESTORE GPRS.

PC,8(SP).

;RETURN

TO PREGOS SUBRT.

CVDHABO DMV 11 FUNC TST PARTZ

GLOBAL SUBROUTINE
2521
252¢
2523
2524
2525
2526
2527
2528
2529
2530
2531
2532
2533
2534
2535
2536
2537
2538
2539
2540
2541
2542
2543
2544
2545
2546
2547
2548
2549 020154
2550
2551
2552
2553
2554
2555
2556
2557
2558
2559
2560
2561
2562

020154

MACRO M1200
CLNRST

10-0CT-83

11:35

PAGE

Le
S4

%EG 95

CLNRST

.SBTTL

GLOBAL SUBROUTINE

;e
ie
;e

- CLEAN RESET OF THE DEVICE UNDER TEST
THIS SUBROUTINE IS USED TO RESET THE DUT TO A KNOWN STATE,
‘T:BEDE(S)UYéSYSCSELF-TESY IS SKIPPED,AND THE FIFO IS PURGED OF ANr ERROR

1000000000000 0000000000000000 8080000888080 8 00880000080 000888000000000 0000000000

ie
;e

o
.
THE RESET

DOES NOT

SUCCESFULLY

CNMPLETE,

THEN

THE

CARRr

BIT

PASSED BACK TO THE CALLING ROUTINE (CLEAR).

;e INPUTS:
;e
e
;e

CSRA - CONTAIN> THE ADDRESS OF THE CSR

TXBFCA - CONTAINS ADDRESS OF DUT DMA BUFFER COUNT
ERRNBR - ERROR NUMBER FOR POSSIBLE ERROR REPORT,
ERRTBL- ERRTYP ,ERNBR,AND ERRMSG SET UP CORRECTLY,

;¢ QUTPUTS:
;e

THE DUT PERFORMS ITS RESET FUNCTION INTO A KNOWN STATE.
CARRY - CLEAR INDICATES THE TEST IS TO BE ABORTED.

IESTAT - TX AND RX INTERRUPT FLAGS ARE CLEARED.

ERRBLK

VALUE MAY BE DESTROYED.

TX AND RX

: e

;¢ CALLING SEQUENCE:
e

;¢ COMMENTS:
;e

INTERRUPT

JSR

ENABLE BITS

THE

DUT'S CSR

ARE

CLEARED.

PC.CLNRST

THIS SUBROUTINE CAN REPORT ERRORS WITH NUMBERS ERRNBR.
THIS ROUTINE DOES NOT DESTROY

THE

VALUE OF ERRNBR.

;¢ SUBORDINATE ROUTINES CALLED: DELAY MSLGET,PUFIFO,RESETT.

3008008000000 0800000000000000880000000008000080000000000000000000000000000800000

004567

163616

CLNRST:: SAVE

JSR

; SAVE CONTENTS OF GPRS RO THRU RS,
s:CALL REGISTER SAVE SUBRT,
RS ,PREGOS

; RESET THE DUT,
:

‘

020160
020164

004767
103002

THIS PNUTINE REPORTS ERRORS WITH NUMBERS FRUM ERRNBR THRU ERRNBR.2.

JSR

001270

8CC

PC,RESETT
60%

sRESET THE DUT TO A KNOWN STATE.

sEXIT ROUTINE WITH ABORT TEST INDICATOR.

: PURGE THE FIFO OF ERROR CODES, SAVE ANY BMP CODES FOUND.
‘-

020166
020172
020172
020172

2563
2564 020174

004767

JSR

000522

60s:
004736
000207

PC.PUFIFO

PASS
RTS

JSR
PC

iPURGE THE FIFO.
sEXIT THE TEST USING RESETT OR PUFIFO STATUS.
;RESTORE GPRS, PASS THE FOLLOWING INTACT:
PC,8(SP).
tRETURN TO PREGOS SUBRT.

+CARRY BIT:IF CLEAR,

THEN ABORT THE TEST.

&
CVDHABO DHV -11 FUNC
GLOBAL SUBROUTINE

TST PARTZ2

2588

10-0C7Y

11:35

PAGE

GLOBAL SUBROUTINE

CLR16W

0800000000000 0000000000000000 8000000000080 % 0000000000000 800000800000800000

THIS SUBROUTINE

CLEAR

CLEARS

SIXTEEN WORDS ROUTINE

16 WORDS STARTING WITH THE SPECIFIED WORL.

i¢ INPUTS:

ie OUTPUTS:

(RO) TO (RO+15)

2573
2574
2575
2576
2577
2578
2579
2580
2581
2582 020176

2587

300

2572

2 .86

CLR16W

.SBTTL

2566
2567
2568
2569
2570
2571

2583
2584
2585

MACRO M1200

020176
020202
020206
020210
020212
020214
020214
020216

: e

- ADDRESS OF THE FIRST WORD TO CLEAR.

i* CALLING SEQUENCE:

JSR

16 WORDS OF MEMORY ARE CLEARED TO O.

PC.CLR16W

i COMMENTS:
e

i¢ SUBORDINATE ROUTINES CALLED: NONE.
1o

004567
012701
005020
005301
001375

004736
000207

163574
000020

8888880008808 0800080000000000000000800080000000000000000000000000000000000080

CLR16MW::
2s:

608 :

SAVE
MOV
CLR
DEC
BNE

PASS
RTS

216. ,R1
(RO).
R1
24
PC

JSR

s SAVE CONTENTS OF GPRS RO THRU RS.
RS,PREGOS
sCALL REGISTER SAVE
:SET THE LOOP COUNTER 10 16.
sCLEAR A WORD OF MEMORY.
;COUNT THIS LOOP.
;LOOP IF NOT 16 WORD CLEARED.

;RESTORE GPRS.

PC,a(SP)e.

SUBRT,

:RETURN TO PREGOS SUBRT,

CVDHABO DHV-11 FUNC TST PART?

Gl OBAL SUBROUTINE

MACRO M1200

.SBTTL

2590
2591
2592
2593
2594
2595
259%
2597
2598
2599
2600

HER

PAGE 56

“EG 97

GLOBAL SUBROUTINE

0800000000000 0000000000000000 000000

. CNTERR

RIS

LNRLALINILIBINRINISINSAGISNNLM

THIS

pe
;o

LINE.
IT CHECKS WHMETHER ERROR SUMMARY REPORTING IS ACTIVE. OR SHOULD
BE MADE ACTIVE ON THIS LINE, AND ACTIVATES IT IF NECESSARY.

SUBROUTINE

IS USED

- COUNT ERROR ROUTINE TO COUNT A “DATA” ERROR ON

THE

SPECIFIED

ie INPUTS:
ye
1o
3e

RS - LINE NUMBER OF LINE UNDER CONSIDERATION.
ERCNTB - LABEL AT BASE OF ERROR COUNTERS TABLE.
ERSMRF - ERROR SUMMARY FLAGS (BIT SET IF LINE IN SUMMARY MODE).
NDERPT - NUMBER OF INDIVIDUAL DATA ERRORS TO REPORT ON A L INE
.

ie OUTPUTS:
;e
pe

CARRY - SET IF LINE IS IN ERROR SUMMARY MODE.
ERCNT - ERROR COUNTER INCREMENTED FOR SPECIFIED LINE.
ERSMRF - BIT SET IF LINE SHOULD BE IN SUMMARY MODE.

2603
2604
2605
2606
2607
2608
2609

11:35

2601
2602

2610
2611
2612
2613 020220
020220
2614
2615
2616
2617 020224
2618 020226
2619 020232
2620 020234
2621 020236
2622 020242
2623 020246
2624 020250
2625 020254
2626
2627 020260
2628 020262
2629 020270
2630 020272
020272
2631 020274

CNTERR

10-0CT-83

ie CALLING SEQUENCE:

JSR

PC.CNTERR

e COMMENTS:
e

ie SUBORDINATE ROUTINES CALLED: NONE.
$~-

004567

0808080000080 0080000000000000008008000000080 08000

CNTERR:: SAVE

163552

JSR

‘.

IRIRALRARIMS

:SAVE CONTENTS OF GPRS RO THRU RS.

RS, PRECOS

‘CALL REGISTER SAVE SUBRT.

: COUNT THE ERROR ON THE COUNTER FOR THE SPECIFIED LINE.
006305
016501
005201
103402
010165
005767
001411
020167
101002
000241

002464

056567
000261

002410

004736
000207

ASL

;FORM WORD OFFSET FROM LINE NUMBER.

INC

COUNT ERROR.

MOV
8CS

002464

28:

161762

161754
4$:

608:

JGET THE PRESENT ERROR COUNT FOR THIS LINE.

MOV
TST
BEQ
CMP

RI1.ERCNTBCRS)
NDERPT
60$
R1.NDERPT

{OVERFLOW?

B8R
8IS
SEC

608

RTS

TEXIT WITH CARRY O.
:SET THE ERROR SUMMARY FLAG FOR LINE.
L INDICATE TO USE SUMMARY REPORT.
iRESTORE GPRS.
PC.a(SP)+
\RETURN TO PREGOS SUBRT.

BHI
cLC

162172

ERCNTB(RS).R1

{ENOUGH ERRORS TO USE SUMMARY?
YES, GO MANDLE.
INDICATE NOT 1O USE SUMMARY REPORT YET.

BITTBL(RS),ERSMRF

PASS

JSR

YES, DON'T UPDATE COUNTER IN TABLE.

jUPDATE ERROR COUNTER TABLE ENTRY.
;SUMMARYS DISABLED? YES, EXIT WITH CARRY 0.
iNO, CHECK FOR ENOUGH ERRORS FOR SUMMARY USE.

H&
CVOHABO DHV-11 FUNC TST PART?

GLOBAL SUBROUTINE

MACRO M1200

DELAY

10-0CT-83

.SBTTL

2633
2634
2635
2636
2637
2638

11:35

PAGE

SEQG 98

GLOBAL SUBROUTINE

DELAY

100000000000 00080000080000000000 00880080008 000000000000000000000000000008000000

DELAY

SUBROUTINE

THIS SUBROUTINE IS USED TO DELAY A VARIABLE NUMBER OF MILLI-SECONDS.

:¢ INPUTS:

R4 - CONTAINS THE NUMBER OF MS TO DELAY,
MSLCNT,

;¢ OUTPUTS:

NONE.

;¢ CALLING SEQUENCE:
L

;¢ COMMENTS:
i*
1 &

JSR

PC,.DELAY

IF NO HARDWARE CLOCK INTERRUPTS ARE OCCURING, CONTROL -CS WILL
NOT BE HONORED FOR THE DURATION OF THE DELAY,

:* SUBORDINATE ROUTINES CALLED: NONE.

1080888880004 00000008000000808000000800080800000000808000000080080800000000000000

020276
020276
020302
020304
020310
020312
020316
020322
020324
020330
020330
020332

020334

004567
010401
012702
005003
012704
004767
103002
004767
004736
000207

177777

163474

DELAY::

177777

60§ :

62%:

JSR

MOV
MOV

R4 ,R1
e-1,R2

MOV
JSR
8CC
JSR
PASS

062% R4
PC,MSLOOP
604
PC.00PS

RTS

.WORD

-1

CLR

020334
000130

000136

SAVE

JSR

; SAVE CONTENTS OF GPRS RC THRU RS,

RS,PREGOS
;CALL REGISTER SAVE SUBRT.
;PASS NUMBER OF MS DELAY AS TIME-OUT VALUE.
s TELL MSLOOP ROUTINE TO CHECK ALL BITS.

s TELL MSLOOP RTN TO CHECK FOR ALL BITS CLEAR,

;s TELL MSLOOP TO CHECK DUMMY NON-ZERO WORD.
;DELAY THE REQUESTED @ OF MS.
sEXIT ROUTINE IF WE TIMED-OUT.)
;IF NO TIME-OUT, BAD PROGRAM OR HOST MACHINE.
;RESTORE GPRS.
PC.a8(SP).
sRETURN TO PREGOS SUBRT.
;OUMMY, NON-ZERO WORD.

CVDHABO DHV-11 FUNC

TST PART2

GLOBAL SUBROUTINE

MACRO M1200

- MSLGET

2664

10-0CT-83

.SBTTL

2665

11:35

PAGE

18
S8

%EQ 99

GLOBAL SUBROUTINE

- MSLGET

;00000.0.000‘0....00.0““0.00‘.‘.‘..000000.00‘0000.0..000...‘0000.0000.‘0..000

2666
2667
2668
2669
2670
2671
2672
2673
26;;
26
2676
2677
2678

i
- MILLI SECONDS LOOP WHICH RETURNS READ WORD AND REMAINING TIME ie
THIS SUBROUTINE IS A GENERAL PURPQOSE TEST LOOP SUBROUTINE.
IT IS USED
;e
TO VERIFY THAT A CERTAIN ACTION OCCURS BEFORE A TIME-OUT PERIOD.
THE
;e
CALLING ROUTINE PASSES IN WHICH BITS SHOULD BE SET AND CLEARED FOR THE
;e
DESIRED CONDITION AND THE TIME-OUT VALUE IN MILLI-SECONDS.
;e
THIS ROUTINE CHECKS FOR THE DESIRED CONDITION UPON ENTRANCE INTO THE
e
ROUTINE AND THEN ONCE EACH MILLI-SECOND THERE AFTER.
R
UPON RETURN, THE LAST WORD WHICH WAS READ TO CHECK FOR THE CONDITION
;e
IS RETURNED BY THIS SUBROUTINE.
L
;& INPUTS:
R1 - TIME-OUT VALUE IN MILLI-SECONDS (UP TO 64K MS).
o
R2 - BIT MAP OF BITS TO TEST (1 INDICATES TO TEST THE BIT).
;e
R3 - DESIRED STATES OF THE INDICATED FIELDS IN R2.

2679

26:0

R4 - ADDRESS OF THE WORD TO TEST.

2681

MSLCNT

2682
2683

;i OUTPUTS:
;e

22233

2223_6,

- MILLI SECOND SOFTWARE LOOP COUNT.

RO - THE LAST WORD WHICH WAS READ TO CHECK FOR THE CONDITION.
R1 - REMAINING NUMBER OF MS IN TIME-OUT TIME.

CARRY - SUCCESS FLAG (SET IF CONDITION IS MET BEFORE TIME-OUT).

;¢ CALLING SEQUENCE:
L

JSR

PC,MSLGET

2688
2689
2690
2691
2692

;o COMMENTS:
e
;e
e
ie

THIS ROUTINE WORKS WITH OR WITHOUT A HARDWARE CLOCK, BUT THE
CALIBRATION IS ONLY GUARENTEED WHEN A LINE CLOCK IS AVAILABLE
ON THE SYSTEM,
THIS ROUTINE CAN BE USED AS A DELAY ROUTINE, 8Y SPECIFYING THE
DESIRED DELAY AS THE TIME-OUT AND SPECIFYING A CONDITION TO

2694
2695

;e
;e

IF A TIME-OUT VALUE OF O IS SPECIFIED, THIS ROUTINE CHECKS FOR
THE DESIRED CONDITION BEFORE RETURNING.
IT INDICATES SUCCESS

2693

gg?

i e

LOOK FOR WHICH WILL NOT BE MET DURING THE DELAY,
IF

THE CONDITION IS MET,

FAILURE OTHERWISE.

2693

2700
2701
2702 020336

;...‘0...‘..0‘.0.0.“‘00..0.‘0‘....0..‘....‘0..0‘...‘0.0.0‘.....0..“.0..0000..

2699

2708 020336

;¢ SUBORDINATE ROUTINES CALLED: NONE.
004567

MSLGET::

163434

SAVE

JSR

s SAVE CONTENTS OF GPRS RO THRU RS.

RS ,PREGOS

;:CALL REGISTER SAVE SUBRT,

HEd

2704

: SET UP MASK FOR REMOVING UNUSED BITS IN THE TEST WORD, AND CLEAR UNUSED

g?’gz

; BITS IN THE DESIRED STATE WORD TO ALLOW DIRECT COMPARISON.
‘-

2707 020342
g;gg 020344

005102
040203

coM
BIC

B2
R2,.R3

;GET MASK OF UNUSED BITS.
sMASK OUT UNUSED BITS IN DESIRED STATE WORD.

g;ig

; HANDLE THE TEST AND EXIT IF WE HMAVE A O TIME-OUT VALUE.
'-

2712
2713
2714
2715

2716
2717
2718
2719

020346
020350
020352
020354

020360
020362
020364
020366

005701
001011
011400
010067

040200
020003
000261
001420

000070

TST
BNE
MOV
MOV
BIC

cMP

SEC
BEQ

R1
24
(R4),RO
RO,62%

R2,.RO
RO,R3
64

s TEST THE TIME-OUT VALUE FOR ZERO.
s IF NON-ZERO TIME-OUT, GO LOOP AND TEST.
sGET THE WORD TO TEST BEFORE EXITING.
;SAVE VALUE SO WE CAN RETURN IT,

sMASK OUT UNTESTED BITS OF WORD.
1COMPARE AGAINST DESIRED STATE WORD.
s INDICATE SUCCESS IN CASE WORDS ARE EQUAL
.
sEXIT WITH SUCCESS IF WORDS ARE EQUAL
.

CVDMABO DMV 11 FUNC TST PART2

MACRO M1200

GLOBAL SUBROUTINE

- MSLGET

2720 020370
g;gé 020372

000241
000416

J&
S58-1
PAGE
10-0OCT 83 11:35
cLC
BR

;sINDICATE FAILURE (TIME-OUT),
sEXIT WITH FAILURE, WORDS AREN'T EQUAL.

: NON-ZERO TIME-OUT VALUE.

2;52
2

2725 020374
2726 020400
2727 020402
2728 020406
2729 020410
2730 020412
2731 020414
2732 020416
2733 020420
2734 020422
2735 ©0424
g;;g L~0426

016705
011400
010067
040200
020003
000261
001405
005305
001367
005301
001363
000241

161776
000042

2s:
as:

‘.

2738

MOV
MOV
MOV
BIC
cMP
SEC
BEQ
DEC
BNE
DEC
BNE
cLC

MSLCNT RS
(R4),RO
RO,62%
R2,RO
RO,R3

68
RS
a8
R1
28

LOOP, WAITING FOR CONDITION OR TIME-QUT.
;LOAD MS LONP COUNT,
t+GET THE WORD TO TEST.
;SAVE WORD IN CASE THIS IS THE LAST.
sMASK OUT UNTESTED BITS OF WORD.
;COMPARE AGAINST DESIRED STATE WORD.
;SET CARRY IN CASE OF SUCCESS.
;EXIT WITH SUCCESS IF WORDS ARE EQUAL.
;COUNT DOWN THE INSIDE MS LOOP COUNT.
;LOOP IF MS NOT UP,
;DECREMENT THE MS TIME COUNT.
sIF TIME NOT UP, LOOP TO COUNT ANOTHER MS,
;:CLEAR CARRY, WE TIMED-OUT.

; MAVE EITHER FOUND CONDITION, OR TIMED-OUT (POSSIBLY FROM O TIME-OUT VALUE).

; RESTORE THE LAST CONTENTS READ FROM THE TEST WORD.

g;zg

2741 020430
2742 020434
020434
020440
020444
2743

016700

000014

010066
010166
004736

000002
000004

33:2 020446

000207

2744

§-

S€Q 100

68:
60%:

MOV
PASS

624%,RO
RO,R1

RTS

MOV
MOV
JSR

EXIT ROUTINE.

;PASS OUT THE LAST READ WORD.
;RESTORE GPRS, EXCEPT THE FOLLOWING:
;PUT RO IN STACK SLOT.
RO,ROSLOT(SP)
;PUT R1 IN STACK SLOT.
R1,R1SLOT(SP)
PC,8(SP).
;:RETURN TO PREGOS SUBRT.
;RO - LAST READ WORD CHECKED FOR CONDITION.

;R1 - REMAINING TIME (O IF TIME-OUT OCCURED).
;CARRY - SET IF SUCCESS, CLEAR IF TIME-OUT.

‘0

2747

2748

2749 020450

: LOCAL STORAGE.
‘-

000000

62%:

.MORD

;STORAGE FOR THE LAST READ WORD.

148
CVOMABO DMV 11 FUNC TST PART2

MACRO M1200

GLOBAL SUBROUT INE

. MSLOOP

2751
2752
3753
5754
5785
5756

10-OCT 83 11:35

PAGE 59

€6 101

.SBTTL GLOBAL SUBROUTINE
. MSLOOP ’e
- TEST LOOP SUBROUTINE #
THIS SUBROUTINE IS A GENERAL PURPOSE TEST LOOP SUBROUTINE. IT IS USED
E
YO VERIFY THAT A CERTAIN ACTION OCCURS BEFORE A TIME-OUT PERIOD.
THE
»
CALLING ROUTINE PASSES IN WHICH BITS SHOULD BE SET AND CLEARED FOR THE

8...‘....‘.........‘...........‘...‘.....‘......‘..‘.‘.“.....‘......‘...‘.....

2757
S+

1o
-

2759

DESIRED CONDITION AND THE TIME-OUT VALUE IN MILLI-SECONDS.
THIS ROUTINE CHECKS FOR THE DESIRED CONDITION UPON ENTRANCE INTO THE

ROUTINE AND THEN ONCE EACH MILLI-SECOND THEREAF TER.

:®

5763

3764
2765
2767

2769

ie CALLING SEQUENCE:

5
2772

‘e COMMENTS:
pe

THIS ROUTINE WORKS WITH OR WITHOUT A HARDWARE CLOCK, BUT THE
CALIBRATION IS ONLY GUARENTEED WMEN A LINE CLOCK IS AVAILABLE

.
‘e
e

THIS ROUTINE CAN BE USED AS A DELAY ROUTINE, BY SPECIFYING THE
DESIRED DELAY AS THE TIME-OUT AND SPECIFYING A CONDITION TO
LOOK FOR WHICHM WILL NOT BE MET DURING THE DELAY.
IF A TIME-OUT VALUE OF O IS SPECIFIED, THIS ROUTINE CHECKS FOR
THE DESIRED CONDITION BEFORE RETURNING.
IT INDICATES SUCCESS

5761
5762

ie INPUTS:
1o

Rl - TIME-OUT VALUE IN MILLI-SECONDS (UP TO 64K MS).
R2 . BIT MAP OF BITS TO TEST (1 INDICATES TO TEST THE BIT).

o
;e
ie OUTPUTS:

R4 - ADDRESS OF THE WORD TO TEST.
MSLCNT - MILLI SECOND SOF TWARE LOOP COUNT.
CARRY - SUCCESS FLAG (SET IF CONDITION IS MET BEFORE TIME-OUT).

577%

5774
5775
577
5777

5778

RS . DESIRED STATES OF THE INDICATED FIELDS IN R2.

JSR

PC.MSLOOP

ON THE SYSTEM,

2179

5781

'e SUBORDINATE ROUTINES CALLED: MSLGET.

5784 020452

MSLOOP:: SAVE

IF THE CONDITION IS MET, FAILURE OTHERWISE.

g;gg

'..".‘............‘..‘..“‘.....‘.."..........“....“.“.......‘.“.“.“...

J7gs 020452 004567 163320
5786

2787

JSR

JSAVE CONTENTS OF GPRS RO THRU RS.

RS, PREGOS

.CALL REGISTER SAVE SUBRT.

' "CALLING THE MSLGET ROUTINE FROM THE MSLOOP ROUTINE ISOLATES THE CALLER OF

2788

' MSLOOP FROM THE RETURNED TEST WORD AND REMAINING TIME-OUT VALUES
'-

2790 020456

004767

3792 020462

020862 004736

2793 020464

000207

177654

JSR
608:

PC.MSLGET

PASS

RTS

JSR

JCALL THE MULTT-PURPOSE MS LOOP AND SEARCH RTN.
;RESTORE GPRS,

PC,B(SP) e

RETURN TO PREGOS SUBRT.

;CARRY - SET IF SUCCESS, CLEAR IF TIME-OUT.

CVDHABO DHV -11 FUNC TST PART2

MACRO M1200

GLOBAL SUBROUTINE

00PS

.SBTTL

2795

2798
2799
2800
2801
2802

ie
ie
i.

020506

2822

2823
2824

GLOBAL SUBROUTINE

020512
020514
020516

00PS

PROGRAM ABORT

SUBROUTINE

THIS SUBROUTINE IS USED TO ABORT THE PROGRAM WHEN A FATAL ERROR 1S
DETECTED IN THE PROGRAM OR THE HOST SYSTEM HARDWARE.
AN ERROR MESSAGE
IS PRINTED GIVING SOME INTORMATION ABOUT THE NATURE OF THE ABORT.

;¢ INPUTS:

R1 - ERROR CODE GIVING REASON FOR ABORT.

;¢ OUTPUTS:
;e

AN ERROR MESSAGE IS PRINTED.
A LIST OF RETURN PC VALUES FOR ALL SUBROUTINE CALLS IS PRINTED.

2804
2805
2806
2807
2808
2809
2810
2811
2812
2813
2814 020466
020466
2815
2816 020472
020472
020474
020476
020500
2817
2818 020502
020502

SEG

0088800000000 00000000000008000008
0800080080080 000028800808000 0000000008000 0

2803

PAGE 60

2797

2820
2821

11:35

2796

2819

10-0CT-83

s¢ CALLING SEQUENCE:
HE

JSR

PC.00PS

;¢ COMMENTS:
L

;* SUBORDINATE ROUTINES CALLED: NONE.
P

004567

0888080800080 88000000000008088000800088008800880008000000000800000000000000

00PS::

163304

SAVE

JSR

: REPORT “HOST COMPUTER HARDWARE OR SOF TWARE BUG ENCOUNTERED." ERROR.
ERRSF

104454
000145
020532

; REPORT

101,EM0101

“PROGRAM HMUNG,

PRINTF

012746
012746
010600
104417
062706

020616
000001

004736
000207

122
101
127

117

115
124
122
101

122
117
127

040

125
105
117
124

107
116
125
105

106
101

@EMO102

TRAP

WAITING FOR A CONTROL-C."

101
EMO101
O

MOV

#EMO102, -(SP)

123
103
120
105
110
104
122

117
123
124
122
102

040

103
116

122

BREAK

60$:

BR
PASS

RTS

EMO101::

JSR

SP,RO

TRAP

CSPNTF

TRAP

C$BRK

ADD
;LOOK FOR OPERATOR CONTROL-C INPUT.

2%:

CSERSF

.WORD
.WORD
.WORD

MOV

104422
000776

110
124
117

; SAVE CONTENTS OF GPRS RO THRU RS.
RS ,PREGOS
;CALL REGISTER SAVE SUBRT.

04,SP

: INFINITE LOOP.
;DON'T NEED THIS, BUT SOMEBODY MAY CHANGE THIS
PC,8(SP).
;RETURN TO PREGOS SUBRT.
:+

ROUTINE IN THE FUTURE,

SO BE CONSISTANT.

.ASCIZ /HOST COMPUTER HARDWARE OR SOF TWARE BUG ENCOUNTERED.~/

10¢

CVDHABO DHV-11 FUNC TST PART2

MACRO M1200

10-0CT-83

11:35

PAGE 60-1

SEQ 103

GLOBAL SUBROUTINF
020612
020615
2825 020616
020621
020624
020627
020632
020635
020640
020643
020646
20651
020654
020657
020662
020665
020670
020673
020676
020701
020704
020707
020712
2826

105
000
045
101
117
101
110
107
127
124

EMO102::

.ASCIZ /#NsAPROGRAM HUNG, WAITING FOR A CONTROL-C.

107
117
101

117
122

055
040
052
052
052
052
045
116

.EVEN

CcosstssssscsssgNeN/

CVDHABO DHV-11 FUNC TST PART2

MACRO M1200

GLOBAL SUBROUTINE

2828
2829
2830
2831
2832
2833
2834
2835
2836
2837
2838
2839
2840
2841
2842
2843
2844
2845
2846
2847 020714
020714
2848 020720
2849 020724
2850
2851 020730
2852 020732
2853
2854
2855
2856
2857 020734
2858 020740
2859 020742
2860
2861
2862
2863 020744
2864 020750
2865 020752
2866 020754
2867
2868 020760
2869 020762
2870 020764
2871 020766
2872 020770
2873
2874 020772
020772
2875
2876 020774

PUFIFO

10-0CT-83

11:35

PAGE 61

SEG 104

.SBTTL
e

i e
i e

GLOBAL SUBROUTINE

100888800000

PURGE

RRR

PUFIFO

THE

FIFO

THIS ROUTINE TRIES
ANY BMP CODES THAT

TO REMOVE ALL
ARE FOUND ARE

RRARAL00004000000000 0

THE CHARACTERS FROM THE FIFO.
SAVED ON THE BMP CODE QUEUE.

:+ INPUTS:

RBUFA- CONTAINS THE

ADDRESS OF THE RECEIVER.

OUTPUTS:

CARRY BIT - INDICATES THE STATE OF THE FIFO, SET:= PURGEUD.
BMPCQ - THE CONTENTS OF THE BMP COCE QUEUE MAY BE UPDATED.

:* CALLING SEQUENCE:

JSR

PC.PUFIFO

;# COMMENTS:
1 ®

;% SUBORDINATE ROUTINES CALLED:
10808 820 48

004567
012701
016704

163056
001000
161316

PUFIFO: :SAVE

2$:

011402
100016

SAVBMP.

044 0000000444008 0 0000000408000 88 8080008080008 0008080000000 0 000000000

MOV

#512.,R1
RBUFA,R4

MOV
BPL

(R4),R2
6%

JSR

: SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS

;:CALL REGISTER SAVE SUBRT.

;SET MAXIMUM TRY COUNT OF S12.
:GET ADDRESS OF THE RECEIVER BUFFER REGISTER.

:GET THE CONTENTS OF THE RECEIVER BUFFER REG.
;EXIT IF THE FIFO IS EMPTY, DATA_VALID CLR.

HE4

; CHECK IF THE READ CHARACTER IS ACTUALLY A BMP CODE.

;

IF IT IS, THEN SAVE IT ON THE BMP CODE QUEUVE TO BE REPORTED LATER.

‘-

012700
040200
001006

MOV
BIC
BNE

070000

#70000,R0
R2,R0O
4%

:GENERATE A BIT MAP OF CHAR ERROR BITS
:+ WHICH ARE NOT SET FOR CHAR.
: THROW CHAR AWAY

IF NOT BMP OR SELFTEST CODE.

HEd

: CHECK IF THE READ DATA 1S MODEM STATUS , BMP OR SELFTEST?.

012700
040200
001002
004767

005301
001362
000241
000401
000261

004736
000207

000300
001306
4%:

DEC

6%:

SEC

60$:

PASS

#300,R0
R2,.RO
4%
PC,SAVBMP

:+ CHECK IF BMP OR SELFTEST?.

;:DECREMENT THE TRY COUNT.

60¢

:CLEAR CARRY,TO INDICATE FIFO NOT PURGED.
;EXIT WITH CARRY CLEAR.
:SET CARRY, TO INDICATE FIFO PURGED.

TO CLEAR BMP FLAGS IN THE READ DATA.

;IF IT IS MODEM OR SELFTEST CODE THROW IT AWAY.
:SAVE BMP CODE ON THE QUEUE.
;LOOP TO TRY AGAIN.

JSR
PC

+TRY

;:RESTORE GPRS,

PC,a(SP)+

:CARRY BIT,

;:RETURN TO PREGOS SUBRT.

SET INDICATES FIFO PURGED.

CVDHABO DHV-11 FUNC TST PART2

MACRO M1200

GLOBAL

SUBROUTINE

10-OCT 83 11:35

PAGE 62

5€G 105

RDPDR

2878

.SBTTL

GLOBAL SUBROUTINE

RDPDR

;e
;e
i
i

- READ AND VERIFY DATA PATTERN FROM DEVICE REGISTERS ROUTINE THIS ROUTINE PEADS AND VERIFIES THE ROTATED DATA PATTERN WHICH HAS
BEEN WRITTEN BY THE WOPDR SUBROUTINE.
EACH ACTIVE LINE'S REGISTCR'S CONTENTS IS READ AND COMPARED WITH ThE

i
i
;e

AFTER THE UNUSED AND READ ONLY (RO) BITS ARE MASKED OUT, ANY ERRONS ARE
REPORTED FROM THIS ROUTINE.

2879

;000.00000‘.0000‘.00000‘0..0000000000“000000000000000000.0000000..000000000000

2884

2880
2881
2882
2883

2885
2886
2887

gggg

WRITTEN DATA,

THIS ROUTINE WILL TAKE INTO ACCOUNT THE TYPE OF WRITE OPERATION WHICH

WAS PERFORMED BY THE WDPDR SUBROUTINE.

2890

2891

;¢ INPUTS:

R2 - USED TO PASS IN THE DATA PATTERN TO BE ROTATED & VERIFIED.

2892

2893
2894
2895

1o
;e
;e

2896

LPRO - EQUATED TO LPR REG OFFSET FROM DEVICE CSR ADDRECSS.

;e
TM
;e
i

NUMLNS
NDERPT
TXBFCO
UNBTTB

2905
2906
2907
2908

;¢ OUTPUTS:
;e
;e
;e

gg?z

53%3

;¢ COMMENTS:

gg%g

$--

2915

2918 020776

020776
gg;}g 021002

;¢ CALLING SEQUENCE:
HLJ

NUMBER OF LINES ON THE DEVICE UNCER TEST.
NUMBER OF INDIVIDUAL DATA ERRORS TO REPORT ON A LINE.
EQUATED TO TBUFFCT REG OFFSET FROM DEVICE CSR ADDRESS.
BASE ADDRESS OF THE UNUSED BIT TABLE.

ERROR MESSAGES MAY BE PRINTED AT THE OPERATOR'S CONSOLE.
ERCNT - ERROR COUNTERS TABLE IS UPDATED FOR LINE UNDER TEST.
ERRBLK - CONTENTS DESTROYED.
ERSMRF - ERROR SUMMARY FLAGS BIT SET IF LINE IN SUMMARY MODE.

ggié

=>» BIS, O => MOV).

ERRNBR - SET UP WITH THE PROPER ERROR NUMBER.

)

290C
2901
2902
gggz

ERRMSG - SET UP WITH THE PROPER ERROR MESSAGE FOR THIS TEST.

2899

¢ => HI BYTE, O => BOTH),

=> BIC,

ERCNTB - LABEL AT BASE OF ERROR COUNTERS TABLE FOR LINES.

2898

=> LO BYTE,

- OPERATION TYPE INDICATOR (-

ACTLNS - BIT MAP OF ACTIVE LINES ON THE DEVICE UNDER TEST.
CSRA - CONTAINS THE CSR ADDRESS OF THE DEVICE UNDER TEST,
DRADRT - BASE ADDRESS OF DEVICE REGISTER ADDRESS TABLE.

2897

R3 - BYTE INDICATOR (-

CSR

ALL BITS CLEARED,

JSR

EXCEPT

IND.ADR.REG FIELD DESTROYED.

PC ,RDPCR

FOR BYTE ACCESSES, ONLY THE SPECIFIED BYTE IS VERIFIED.

:. SUBORDINATE ROUTINES CALLED: ER1601,ROLDAP.

004567
012767

162774
016710

0080000008080 00008000000000008000080000000000000000000000000000000000000000000

RDPCR::

162764

SAVE

MOV

JSR
0ER1601,ERRBLK

1 SAVE CONTENTS OF GPRS RO THRU RS.

RS ,PREGOS
;CALL REGISTER SAVE SUBRT,
;SET UP THE ADDRESS OF THE ERROR REPORT RTN.

gggé

DETERMINE WHETHER REGISTER DATA SHOULD BE INVERTED FROM DATA PATTERN.

‘-

2923 021010
2924 021012

22332 021014

005704
100001

ST
BPL

005102

coM

R4
24

;CHECK THE OPERAND TYPE INDICATOR.
;BIC WRITE PERFORMED?
NO, USE STANDARD DATA,

:YES, INVERT THE DATA PATTERN.

ggg;

;
‘

ggig 021016

005005

SET UP OQUTER LOOP,
-

24:

CLR

;CLEAR LINE COUNTER TO SELECT LINE O.

‘0

2931

972
¢33

;

THE OUTER LOOP FOLLOWS.

EACH PASS THROUGH THIS LOOP READS AND COMPARES DATA

; FROM ALL OF THE DEVICE REGISTERS FOR A PARTICULAR LINE IF THE LINE IS ACTIVE.
‘

C
-

CVDHABO DMV

11 FUNC

TST PART?

GLOBAL SUBROUTINE

021074
021076
021100
021102
621104

021110
021114
021116
021120
021124

021130
021134
021136
021140
021144
021146
021146
021150
021152
021156
021162
021166

010577

010500
006300
036067
001452
012703

010204
046302
016300

005766
001002

000170
161214
002410

-OCT A3 11:35

002264
C02244
000010

ASL

MOV

168
OLPRO,R3

+IS THE LINF ACTIVE? NO, SKIP THE LINE.
s YES, INITIALIZE REGISTER OFFSET FOR LPR,

046301

002264

104460
010402
004767
062703

020327
003730

BITiBL(RO),ACTLNS

THE INNER LOOP FOLLOWS.
EACH PASS THROUGH THIS LOOP READS AND COMPARE
S
DATA FROM A DEVICE REGISTER.

MOV
BIC
MOV
TST

R2,.R4

:SAVE THE INNER LOOP DATA PATTERN,

R3SLOT(SP)
8s

sCHECK THE ACCESS TYPE INDICATOR.
YES, GO PERFORM BYTE READ.
1BYTE ACCESS?
tNO, PERFORM WORD READ OF DEVICE REGISTER,

UNBTTB(R3),R2
DRADRT(R3),RO
(RO),R1
124
108

000377
000377

sSAVE THE OUTER LOOP DATA PATTERN,
$SET CSR IND.ADR.REG FIELD TO THIS LINE.

BIT
BEG

161174

000004

100410
005200
111001
000301
042701
042702
000405
111001
042701
042702

103401

621

R2,70%
RS ,aCSRA
R5,RO
RO

MOV
MOV
MOV

011001
0072416

020102
001404
004767

PAGE

RDPDR

DNee
o o o

010267

2934 021020
2935 021024
2936 021030
2937 021032
2938 021034
2939 021042
2940 021044
2941
2942
2943
2944
2945 021050
2946 021052
2947 021056
2948 021062
2949 021066
2950 021070
2951 021072

MACRO M1200

sLOW BYTE ACCESS?
sPUT HI BYTE BACK

R1
e377,R1

INTO THE MI BYTE.

sREMOVE THE UNUSED BYTE IN ACTUAL DATA,
;REMOVE THE UNUSED BYTE IN EXPECTED DATA,

0377.R2
124
(RO),R1

0177400,R1
0177400,R2

sREAD THE LOW BYTE OF THE DUT REGISTER.
sREMOVE THE UNUSED BYTE.
;+FORM EXPECTED LOW BYTE FOR COMAPARISON.

UNBTTB(R3),R1

sREMOVE UNUSED BITS FROM ACTUAL DATA.

14
PC,.CNTERR
148

sACTUAL

R1,R2

177054

FORM HWIGH BYTE ADDRESS.

sREAD THE HI BYTE OF THE DUT REGISTER.

(RO),R1

177400

VYES, GO DO LOW BYTE READ.

sHIGH BYTE ACCESS.

177400

sREMOVE UNUSED BITS FROM EXPECTED DATA,

;COMPARE ACTUAL AND EXPECTED DATA.
= EXPECTED?

YES,

SKIP ERROR.

sNO, COUNT THE ERROR, CHECK FOR ERROR SUMMARY,

;USE ERROR SUMMARY?
YES, SKIP ERROR.
“BAD BIT(S) IN DEVICE xxxxx REGISTER FOR LINE NN (D) *~

R4 ,R2

PC,ROLDAP
02,R3

000410

R3,0TXBFCO

000016

TRAP
tRESTORE THE INNER LOOP DATA PATTERN.
tROTATE DATA PATTERN LEFT,

NOT

CSERROR

THROUGH CARRY,

s1SET REGISTER OFFSET TO THE NEXT REGISTER.
sCOMPARE REG OFFSET WITH OFFSET OF LAST REG.
;LOOP IF NOT ALL REG DONE FOR THIS LINE.

s BACK INTO THE OUTER LOOP.,
704 ,R2
PC,ROLDAP
RS
RS, ONUMLNS
44

021170
021174
021200
021202
021206

016702
004767
005205
020527
002704

021210
021210
021212

004736
000207

c2i214

000000

000020
000366
000010

MOV

NOW SET UP FOR NEXT LINE.

:SET UP TO ROTATE THE DATA PATTERN.

sROTATE

THE DATA PATTERN.

sCOUNT THIS LINE
;COMPARE LINE COUNT WITH NUMBER OF LINES.
:LOOP IF SOME LINES NOT DONE.
{RESTORE

JSR

LOOP IF NOT DONE.

PC.3(SP).

GPRS.

sRETURN TO PREGOS SUBRT.

;STORAGE FOR DATA PATTERN OUTSIDE

INNER LOOP,

10K

CVDHABO DHV-11 FUNC TST PART?

MACRO M1200

GLOBAL SUBROUTINE

- REGTST

10-0OCT 83 11:35

PAGE 63

6% 107

2989

.SBTTL
R

0000000020000 00000000000000008000000000000000 0800I NNRNRINRINIBLLINARRIININLY

GLOBAL SUBROUTINE

2991
2992
2993

;e
i
;e

- REGISTERS TEST SUBROUTINE SUBROUTINE TO TEST THE DEVICE UNDER TEST (DUT) REGISTERS.
THE USED
BITS OF THE REGISTERS ARE EITHER ALL CLEARED OR ALL SCY AND THEN THE

2295

ACCESSES IN READ/WRITE OR READ/MODIF Y/WRITE MODE.

2990

2994

2996

2997

;¢ INPUTS:

2999

R3 - BYTE INDICATOR (-

3000

DATA PATTERN IS WRITTEN AND VERIFIEN USING EITHER WORD OR BYTE

2998

- REGTSY

=> LOW,

+ => HIGH, O => BOTH BrTEZ).

R4 - ACCESS MODE (-1 => SET THEN PIC, 1 => CLEAR THEN BIS,
(-2 => SET THEM MOV,

«2 CLEAR THEN MOV).

ERRNBR - SET UP WITH INITIAL ERROR NUMBER.

30C2

:0 OQUTPUTS :

GPRSO - GPR SAVE AREA O IS DESTROYED.

388‘7’

;¢ CALLING SEQUENCE:

001

3003
3004
3005

ie
:e
ie

3008
3009
ggxo

;¢ COMMENTS:
;e
;e

3012

JSR

PC,.REGTST

THIS ROUTINE LOOP 16 TIMES WRITING THE SAME DATA PATTERN
ROTATED LEFT ONCE EACH ITERATION.
THIS ROUTINE CAN REPORT ERRORS INITIAL ERRNBR THRU INITIAL.2.

;¢ SUBORDINATE ROUTINES CALLED: RDPDR,ROLDAP,SWAPO,WDPDR

3013
30:4

$~-

3015 021216
— 021216

004567

0080808800808 0000808000000000088000000000000000000000800008000000000000000000

REGTST::

162554

SAVE

JSR

:SAVE CONTENTS OF GPRS RO THRU RS.
RS ,PREGOS
;CALL REGISTER SAVE SUBRT,

ggi;
3019
3020
3021
3022
3023
gggg

DEVICE UNDER TEST REGISTERS ARE WRITTEN.,
ERROR MESSAGES MAY BE PRINTED AT THE OPERATORS CONSCLE.

: SET UP THE GPRS FOR THE WRITTING OF THE DATA PATTERN.
'-

021222
021226
021232
021236
021240
021242

012705
012702
032704
001001
005004

000020
167410
000001

2%:

MOV
MOV
BIT
BNE
CLR

€16. ,RS
0167410,R2
e8IT0,R4
28
R4

sSET UP LOOP COUNTER TO COUNT 16 ITERATIONS.
sINITIALIZE THE DATA PATTERN.
s TEST FOR R/W ACCESS.
;R/M/W ACCESS?
VYES, R4 IS ALL SET uP,
:iNO, INDICATE R/W ACCESS.

‘0

gggg

; SET UP THE GPRS FOR THE CLEARING OR SETTING OF ALL THE USED BITS.
'-

3028
3029
3030
3031

021242
021244
021250
021254

010400
004767
016701
010004

3033
3034
3035
3036
3037
3038
3039
3040

021260
021262
021270
021272
021274
021276
021300
021306

005002
026627
001401
005102
005003
005000
026627
001001

3032 021256

3041 021310
gg:g 021312

001142
162514

005404

005100
004767

MOV
JSR
MOV
MOV

R4 ,RO
PC,SWAPO
ERRNBR,R1
RO,R4

;1PASS OPERATION TYPE INDICATOR AROUND SWAPO.
sGET ALTERNATE GPR SET IN R1 THRU RS,
sSAVE THE INITIAL ERROR NUMBER.

CLR
cMP
BEQ
coM
CLR
CLR
cMP
BNE

R2
RASLOT(SP), 02
44
R2
R3
RO
RASLOT(SP),0-2
64

:1SET UP CLEAR WRITE PATTERN.
sTEST FOR CLEAR THEN MOV TEST SEQUENCE.
sCLEAR THEN MOV?
VYES, LEAVE WRITE PAT CLEAR,.
sNO, SET ALL BITS OF WRITE PATTERN.
s INDICATE THAT WORD ACCESSES SHOWLD BE USED.
;SET ALTERNATE BYTE EXPECTED DATA PAT TO CLEAR.
;;TEST FOR SET THEN MOV TEST SEQUENCE.
;SET THEN MOV?
VYES, LEAVE ALT BYTE PAT CLEAR.

NEG

000012

000002
4%

000012

001074

177776

6%:

comM
JSR

i1SET UP OP TYPE FOR CLEARING OR SETTING.

RO
PC.,SWAPO

:NO, SET ALT BYTE EXPECTED DATA PAT TO ALL
tRESTORE SWAPPED GPR VALUES TO R1 THRU RS,

HEd

7044

;

START OF

DATA PATTERN LOOP,

1'S.

CVDHABO DHV-11 FUNC

15T PART?

MACRO M1200
-

GLOBAL SUBROUTINE

63-1

5EG

8%:
:

:+ SET OR CLEAR ALL

3048

i
021316
021322
021326
021332
021336

PAGE

REGTST

3045
3046 021316
3047
3049
305¢C
3051
3052
3053
3054
3055
3056
3057
3058
3059
3060
3061

10-0CT 8% 11:35

004767
004767
010167
004767
004767

001070
002006
162436
177440
001050

VERIFY

JSR
JSR
MOV
JSR
JSR

THE USED BITS OF THE DEVICE REGISTERS FOR ALL LINES.

THAT ALL THE BITS WERE SET OR CLEARED CORRECTL:.
PC,SWAPO
PC.WDPDR
R1,ERRNBR

sGET ALTERNATE GPRS FOR SETTING INTIAL STATES.

PC.SWAPO

sRESTORE MAIN GPRS CONTENTS.

PC,RDPDR

1GO CLEAR ALL USED REGISTER BITS, ALL LINES.
:SET UP ERROR NUMBER TO INITIAL ERRNBR,
s VERIFY ALL USED REGISTER BITS,

ALL LINES.

;: WRITE DATA PATTERNS, ALL LOWER BYTE USED BITS, ALL REGISTERS, ALL LINES.
:

021342

021346
021352

021356
021360

004767
005267
004767
005703
001411

001766
162416
177420

VERIFY THAT THE DATA PATTERN WAS WRITTEN CORRECTLY.
JSR
INC
JSR

PC,WDPDR
ERRNBR
PC,RDPDR

BEQ

108

TST

;WRITE DATA PATTERN TO DEVICE REGISTERS.
3SET ERROR NUMBER TO INITIAL-.1.

s VERIFY DATA PATTERN IN ALTERRED BYTE(S).

;CHECK THE BYTE INDICATOR.
VYES, SKIP SECOND BYTE CHECK.
sWORD ACCESS?

:.CHECK THAT THE ALTERNATE (UNMODIFIED) BYTE IS CLEAR OR SET AS EXPECTED.
:-

021362
021364
021366
021370
021374
021400
021402

010201
010002
005403
005267
004767
005403

MOV

R2,R1

INC
JSR
NEG
MOV

ERRNBR
PC ,RDPDR
R3
R1,.R2

MOV
NEG

162374
177376

010102

:SAVE THE DATA PATTERN.
:GET THE ALTERNATE BYTE EXPECTED DATA.
s INDICATE THAT OTHER BYTE IS TO BE CHECKED.
:SET ERROR NUMBER TO INITIAL.2.

RO,R2
R3

:VERIFY DATA PATS IN OTHER BYTES OF REGISTERS.

sRESTORE BYTE INDICATOR.
sRESTORE DATA PATTERN.

;
021404
021410
021412

004767
005305
003341

000156

3082 021414
3083 021422
021422
3084 021424

016767

161030

004736
000207

10%:

162346

60$:

PEPARE

THE NEXT DATA PATTERN AND LOOP IF NOT DONE.

JSR
DEC
BGT

PC.ROLDAP
RS
8s

MOV

GPRS0B ,ERRNBR

RTS

PASS

JSR

sROTATE DATA PATTERN LEFT,

NOT

THROUGH CARRY,

;COUNT THIS ITERATION OF THE LOOP.

tALL PATTERNS DONE?
:YES,

NO,

LOOP.

RESTORE ERROR NUMBER AND EXIT.

;:GET THE ERROR NUMBR FROM GPR SWAP STORAGE.

sRESTORE GPRS.

PC.a(SP).

sRETURN TO PREGOS SUBRT,

108

P9
CVDHABO DMV -11 FUNC TST PART?
GLOBAL

SUBROUTINE

308¢€
3087
3088
2089
3090
3091
3092
3093
3094
3095
3096
3097
3098
2099
3100
3101
3102
3103
3104
3105
3106
3107
3108
3109
3110
3111
3112 021426
021426
3113 021432
3114 021436
3115
3116
3117
3118 021440
3119
3120
3121
3122
3123 021446
021446
3124
3125 021450
021450
3126 021452

MACRO M1200
REPSMR

10-0CT-83 11:35

PAGE 64

%EG 109

- REPSMR -

100

.SBTTL

0080800000000 000000800880800000808088800000008800000800800808800000000080
0

GLOBAL SUBROUTINE

i
i e

- REPORT ERROR SUMMARY ROUTINE THIS SUBROUTINE REPORTS AN ERROR SUMMARY FOR THOSE LINES WHICH HAVE

EXCEEDED THE NUMBER OF INDIVIDUAL ERRORS TO REPORT FOR A SINGLE LINE

ME /SHE ANSWERS THE SOF TWARE PARAMETER QUESTIONS.

IN A SINGLE TEST.,

THIS PARAMETER CAN BE SPECIFIED BY THE OPERATOR IF

;¢ INPUTS:
L

ERCNTB - LABEL AT BASE OF LINE ERROR COUNTERS TABLE.
ERRMSG - ADDRESS OF PRIMARY ERROR MESSAGE.

ERSMRF - “REPORT ERROR SUMMARY FOR LINE“ FLAGS.

ERRNBR

ERROR NUMBER OF ERRORS IN THIS ROUTINE.

:« QUTPUTS:
;e
HLJ

ERRBLK - ADDRESS OF ERROR REPORTING ROUTINE (DESTROYED).
SUMMARY MESSAGES MAY BE PRINTED AT THE OPERATOR CONSOLE.

;¢ CALLING SEQUENCE:
H

;¢ COMMENTS:
ie
i*
ie

JSR

PC,REPSMR

IF NO LINES HAVE EXCEEDED THE MAXIMUM NUMBER OF INDIVIDUAL
ERRCRS TO REPORT, NO MESSAGES ARE PRINTED BY THIS ROUTINE.
ERROR SUMMARIES IN THIS ROUTINE ARE REPORTED AS ERRORS.
THE CONTENTS OF ERRBLK ARE DESTROYED.

;¢ SUBORDINATE ROUTINES CALLED:
$--

004567
005767
001404

0800800888080 0080000800008800000800000000000880008880000080008800000000080000

REPSMR:: SAVE

162344
161024

TST

BEQ

ERSMRF

JSR

608

s SAVE CONTENTS OF GPRS RO THRU RS.

RS ,PREGOS
;CALL REGISTER SAVE SUBRT.
;CHECK THE “PRINT LINE ERROR SUMMARY" FLAGS.

sEXIT WITHOUT ACTION IF NO SUMMARY FLAGS SET.

HAd

; WE HAVE SOME ERROR SUMMARIES TO REPORT.
012767

017156

162326

)

MOV

0ER9004 ,ERRBLK

;SELECT ERROR REPORTING ROUTINE.

; REPORT

“ERROR SUMMARY REPORT FOR LINES WITH EXCESSIVE NUMBERS OF ERRORS:"

ERROR

104460
004736
000207

60$:

TRAP

PASS
RTS

JSR

;RESTORE GPRS.
PC.8(SP).

CS$ERROR

;RETURN TO PREGOS SUBRT.

(LY
CVDHABO DMV -11 FUNC TST PARTZ

MACRO M1200

10-0CT-83

11:35

PAGE 65

SEG 110

GLOBAL SUBROUTINE
10080088085

3132
3133
3134
3135
3136
3137
3138
3139
3140
3ial
3142
3143
3144
3145
3146

0000000008000 0088 0800008800000 08808000 0800000000080 00 0

AN ABORT

TEST

ERROR MESSAGE

IS REPORTED.

THEN

i e

;¢ INPUTS:
i
e

CSRA - CONTAINS THE ADDRESS OF THE CSR
TXBFCA - CONTAINS ADDRESS OF DUT DMA BUFFER COUNT REGISTER.
ERRTBL- ERRTYP,ERNBR,AND ERRMSG SET

UP CORRECTLY.

i e

i¢ OUTPUTS:
i
ie
;e
;e

THE DUT PERFORMS ITS RESET FUNCTION INTO A KNOWN STATE.
CARRY - CLEAR INDICATES THE TEST IS TO BE ABORTED.
ERRBLK - VALUE MAY BE DESTROYED.
IESTAT - TX AND RX INTERRUPT FLAGS ARE CLEARED.
TX AND RX

i¢ CALLING SEQUENCE:

INTERRUPT ENABLE BITS

JSR

THE DUT'S CSR ARE CLEARED.

PC,RESETT

s COMMENTS:
e

3147

3148
3149
315C
3151
3152
3153 021454
021454
3154 021460
3155
3156
3157
3158
3159
3160 021464
3161 021470
3162 021472
3163 021474
3164 021476
3165 021502
3166 021506
3167
3168
3169
3170
3171
3172
3173 021510
3174 021514
3175
3176
3177
3178
3179
3180 021520
3181 021522
3182 021526
2183 021532

0080000000000

- RESET DEVICE UNDER TEST THIS SUBROUTINE IS USED TO RESET THE DUT TO A KNOWN STATE.
IF RESET DOES NOT SUCCESFULLY COMPLETE, IE. TIME-OUT OCCURS,

se
i
i

2131

- RESETT

GLOBAL SUBROUTINE

.SBTTL

3128
3129
3130

: ®

THIS SUBROUTINE CAN REPORT RRORS WITH NUMBERS INITIAL ERRNBR
THIS ROUTINE DOES NOT DESTROY THE VALUE OF ERRNBR.

:* SUBORDINATE ROUTINES CALLED: DELAY,MSLGET.

1000008080000 00000008000888000088080888000000000000000000000008000000080000000000

004567
012702

162316

RESETT::

SAVE

MOV

000040

JSR

eBITOS,.R2

s SAVE CONTENTS OF GPRS RO THRU RS.
R5,PREGOS
s+CALL REGISTER SAVE SUBRT.

:SET BIT MASK OF MASTER RESET BIT.

;
016704
030214
001406
005003
012701
004767

103012

160554

TEST THE STATE OF THE MASTER RESET BIT IN THE CSR.

IF MR IS SET THEN WAIT FOR SELF-TEST TO COMPLETE.

IF TIME-OUT OCCURS, REPORT THE ERROR AND PASS-OUT ABORT TEST INDICATOR.
MOV
BIT
BEQ
CLR

CSRA,R4
R2,(R4)
24
R3

sGET THE ADDRESS OF THE DUT'S CSR.
+CHECK STATE OF MASTER RESET BIT.
;OON'T DELAY IF MR IS ALREADY CLEAR.
:SET UP DESIRED STATE OF MASTER RESET BIT.

JSR
8CC

PC.MSLGET
4

sWAIT FOR SELF-TEST TO COMPLETE, MR CLEAR.
;GO REPORT ERROR IF TIMEOUT OCCURRED.

MOV

004704
176630

92500. ,R1

sPASS TIME-OUT VALUE OF 2.5 SECONDS.

'.SEI
MASTER RESET BIT IN CSR.
:
:
.

SKIP THE SELFTEST.
TIME-OUT OF 2.5 SECS,

CLEAR TX AND RX ENABLE BITS, ETC.

JUST IN CASE THE SELF-TEST EXECUTES.

‘-

010277
004767

160530

000614

MOV
JSR

R2,8CSRA
PC,SKPSTS

+SET MASTER RESET BIT, DISABLE TX AND RX INTS.
sTRY TO SKIP THE SELFTEST.

SET SELF-TEST TIME-OUT OF 2.5 SECONDS, AND WAIT FOR M.R TO CLEAR.
IF TIME-OUT OCCURS, THEN REPORT THE FATAL ERROR AND PASS-QUT THE ABORT
TEST INDICATOR.

005003
012701
004767
103410

004704

176604

CLR
MOV

JSR
BCS

R3
©2500. ,R1
PC,MSLGET
64

:SET UP DESIRED STATE OF MASTER RESET BIT.
1PASS TIME-OUT VALUE OF 2.5 SECONDS.
sWAIT FOR SELF-TEST T0 COMPLETE, MR CLEAR.
1SKIP ERROR REPORT IF MR CLEARED IN TIME.

HY
CVDHABC DHV-11 FUNC TST PART2

MACRO M1200

GLOBAL

- RESETT

SUBROUT INE

i{gg

;

‘-

3188 021534
3189 021540
3190
3191

012701
012767

021546
3193 021550

104460
000241

3192 021546
;%g; 021552

012360
017006

162226

PAGE 65-1

SEG 111

3184

3185

10-0CT-8% 11:35

SET UP ERROR MESSAGE

TO REPORT

"FATAL ERROR FOUND DURING RESET,TEST ABORTED”.

INDICATE TEST IS TO BE ABORTED BY CLEARING THE CARRY BIT.

4s:

MOV
MOV
sREPORT
;3 "TEST

ERROR
CLC

000403

#EM1601,R1
;PASS ERROR MESSAGE TO REPORT,.
OER1603,ERRBLK ;PASS ADDRESS OF ERROR MANDL ING ROUTINE.
ERROR "TIME -OUT OCCURRED WAITING FOR MASTER RESET TO CLEAR"“
ABORTED"”

; INDICATE

»»3>> ERROR ccccc

TEST IS TO BE ABORTED.

sEXIT THIS SUBROUTINE,

TRAP

CS$ERROR

ABORT TEST INDICATOR.

3196

;

;%g;

CLEAR TY AND RX INTERRUPT ENABLE STATUS FLAGS IN IESTAT.

; EXIT WITH CONTINUE TEST INDICATOR SET (IE,CARRY SET).
‘-

3199 021554
ggg? 021560
3202 021562
021562
32C3
3204 021564
3205

005067
0002€1
004736
000207

160550

6$:

CLR
SEC

60$:

PASS
RTS

IESTAT

sCLEAR TX AND RX INTERRUPT STATUS FLAGS.
s INDICATE SUCCESS, CONTINUE TEST.
JSR

;RESTORE GPRS, PASS THE FOLLOWING INTACT:
PC,a(SP)+
sRETURN TO PREGOS SUBRT,
;CARRY BIT:IF CLEAR,INDICATES ABORT TEST,

CVDHABO DHV-11 FUNC TST PART?

MACRO M1200

GLOBAL SUBROUT INE

3207
3208
3209
3210
3211
3212
3213
3214
3215
3216
3217
3218
3219
3220
3221
3222
3223
3224
3225
3226 021566
021566
3227 021572
3228 021574
3229 021576
3230 021600
3231 021602
3232 021604
3233 021606
3234 021610
021610
021614

3235
3236 021616

ROLDAP

10-0CT

i1:35

PAGE

[9
66

5EG

- ROLDAP

.SBTTL

GLOBAL SUBROUTINE

;e
i e
i e
e

- ROTATE LEFT DATA PATTERN
THIS ROUTINE ROTATES THE PASSED INPUT DATA PATTERN LEFT
, WITHOUT GOING
THROUGH THE CARRY,THE CARRY IS INITIALLY SET OR CLEARED DEPENDING
¥§02 gg{régATE OF THE MSB OF THE DATA PATTERN,BEFORE A ROL INSTRUCTION

;0‘..‘00..0...0.00.0.00‘0‘0..0..00...‘0.000000000‘.0.00.0‘00.000.00000..000‘000

XECUV

:: INPUTS:
R2 - CONTAINS THE DATA PATTERN TO BE ROTATED
:: OQUTPUTS:
R2 - CONTAINS THE ROTATED DATA PATTERN
PC.ROLDAP
JSR
:: CALLING SEQUENCE:
:: COMMENTS:
:: SUBORDINATE ROUTINES CALLED: NONE

1900000000000 000000000080000808000000008000000000000000000888008000000000000000000

004567
010202
005702

100402
000241
000401
000261
006102

010266
004736
000207

ROLDAP: : SAVE

162204

MOV

TST
BMI
ggc

2s:

as:

60$:

SEC

ROL

PASS

RTS

R2,R2

JSR

R2
2s
o

s SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS
;CALL REGISTER SAVE SUBRT,
:SET PROCESSOR STATUS CODES
s CHECK MSB
:BRANCH IF SETY
:CLEAR CARRY BIT IF MSB CLEAR
:

:SET CARRY IF MSB SET

;ROTATE DATA PATTERN LEFT

MOV
JSR

;RESTORE GPRS,EXCEPT
R2,R2SLOT(SP)
PC,a(SP).
:R2

CONTAINS

iPUT R2 IN STACK SLOT.
;RETURN TO PREGOS SUBRT.

THE ROTATED DATA PATTERN

112

CVOMABO DHV 11 FUNC TST PART?

MACRO M1200

GLOBAL SUBROUTINE

- RSTRPT

10-0CT 83 11:35

PAGE 67

5€EG 113

3238

.SBTTL

3240

3241

THIS ROUTINE

3242
3243
3244
3245

;e
;o
;e
;e

CODES REPORTED PLACED IN THE DUT RECEIVED CHARACTER FIFO BY THE
SELF-TEST.
IF ANY NON BMP ERROR CONES ARE FOUND, OR IF OTHER ERRORS
ARE ENCOUNTERED, APPROPRIATE ERRORS ARE REPORTED.
ANY BMP CODES THAT
ARE FOUND, ARE PLACED ON THE BMP CODE QUEUE TO BE REPORTED LATER.

;ga;

OR MODEM STATUS CODES.

3029

P00

3246

GLOBAL SUBROUTINE
-

- RSTRPT -

0800000880000 00000000000080A00000000000000000000000000000000000000000000000000
REPORT

DETERMINES

ANY

RESET

ANY

ERRORS

ROUTINE

ERROR CODES ARE

AMONG THE DIAGNOSTIC

THIS ROUTINE ALSO PURGES THE DUT FIFO LOOKING FOR ANY CHARACTERS
IF ANY ARE FOUND,

ERRORS ARE REPORTED.

i®

3249
3250
3251

i¢ INPUTS:
ie
;e

gg.gg

;e
e

3254

:¢ OUTPUTS:

3255

i e

;ggg

ERRMSG
- ADDRESS OF THE PRIMARY ERROR MESSAGE.
ERRNBR - ERROR NUMBER OF FIRST ERROR REPORTED BY THIS ROUITNE.
NUMLNS - EQUATED TO THE NUMBER OF LINE ON THE DUT

RBUFA - CONTAINS ADDRESS OF THE DUT RECEIVER FIFO.

CARRY - SUCCESS FLAG (SET IF FIFO CLEARED SUCCESSFULLY).

ERRBLK

- ADDRESS OF THE ERROR REPORT ROUTINE (DESTROYED).

ERROR MESSAGES CAN BE PRINTED AT THE OPERATORS CONSOLE.

gggg

;¢ CALLING SEQUENCE:

3260

;¢ COMMENTS:

THIS SUBROUTINE CAN REPORT ERRORS WITH NUMBERS INITIAL ERRNBR

THIS ROUTINE

: ®

3261

gaagg

JSR

PC.RSTRPT

THRU INITIAL ERRNBR.4.
DOES NOT

DESTROY

THE

VALUE

ERRNBR.

3264

;i SUBORDINATE ROUTINES CALLED: EROS03,ER9007,ER9008,SAVBMP.

gfi

3267 021620

Saes 021620

004567

0208080808000 088008800000000080000000000000000000000000000000000000000000000000

RSTRPT::

162152

SAVE

JSR

s SAVE CONTENTS OF GPRS RO THRU RS,

RS ,PREGOS

;CALL REGISTER SAVE SUBRT,

3269

: READ CORRECT NUMBER (NUMBER OF LINE ON DUT) OF CHARS FROM THE FIFO.

Ssg;g

: VERIFY THAT EACH CHAR IS A SELFTEST SUCCESS CODE.
‘.

3272
3273
3274
gg;z

021624
021626
021632
021636

005003
016705
017702
100412

162136
160410

CLR
MOV
MOV
BMI

2%:

R3
ERRNBR ,RS
SRBUFA ,R2
&3

;CLEAR THE CODE COUNTER.
;SAVE ERRNBR FOR RESTORATION LATER.
sREAD A CHAR FROM THE DUT FIFO.
1SKIP ERROR IF DATA.VALID SET FOR CHAR.

‘0

gg;;

: WE EXPECT A SELFTEST CODE, BUT THIS FIFO SLOT IS EMPTY,
g~

3279 021640

010567

;g:zx, 021650

012767

3280 021644

012701

3287 021656

015520

017260

MOV

RS ,ERRNBR

;RESTORE ERROR NUMBER TO INTITIAL VALUE.

MOV

OER9007,ERRBLK

;SELECT PROPER ERROR REPORT ROUTINE.

MOV

162116

#EM9018,R1

;1PASS ERROR MESSAGE INFO TO ER9007 ROUTINE.

3283
335:;

3286 021656

162124

; REPORT ERROR WITH NUMBER INITIAL ERRNRB.
3
“NO SELFTEST CODE IN SELFTEST CODE FIFO SLOT FOR LINE NN AFTER RESET."
104460

ERROR

»»>>> ERROR <cccc,

TRAP

CSERROR

‘0

g:g

;

INIDICATE "SUCCESS" (BECAUSE FIFO IS PURGED), AND EXIT THIS ROUTINE.

3290 021660
3291 021662
1292

000261
000545

SEC
BR

:SET SUCCESS FLAG.
;EXIT ROUTINE.

<9
CVDMABO DMV -11 FUNC TST PART2

MACRO M1200

GLOBAL SUBROUTINE

- RSTRPT

10-0CT-83 11:35

PAGE 67-1

SEG 114

.;,ggz

; DETERMINE IF THIS IS NOT A SELFTEST CODE.
'.

3295 021664

012700

ggg; 021672

001033

3296 021670

040200

070001

as;

MOV
BIC

BNE

R2,RO

;GENERATE BIT MAP OF ANY CLEAR ERROR BITS OR

BIT O WHICH ARE CLEAR,

;GO TO REPORT ERROR IF THMIS IS NOT A TEST CODE.

‘0

3299

;: WE MAVE A TEST CODE (EITHER BMP OR SELFTEST CODE).

gggo

: DETERMINE WHAT TYPE OF CODE WE MAVE.

3302 021674

032702

3303 021700
3304
021702

001443
120227

3306 021710
3307 021714

120227
001435

3305 021706

3308 021716
3309 021722

3310 021724
3311 021726
ggg 021732

001440

012700

040200

001003
004767
000426

000200
000203

BIT

10
R2,0203

CMPB
BEQ

R2,0201
108

BIC

R2,RO

8EQ

000201

000300

MOV

BNE
JSR

000334

oBIT7,R2

BEQ
CMPB

108

68
PC.,SAVBMP
10

;TEST ROM VERSION CODE INDICATOR BIT.

:SKIP ERRORS IF SELFTEST ROM VERSION CODE.
;CHECK IF SKIP SELF TEST CODE.

:SKIP ERROR REPORT IF sxxp SELF TEST CODE FOUND

;CHECK IF NULL CODE PRESENT
;SKIP ERROR REPORT IF SELF TEST NULL CODE.

;:TEST CODE TYPE BITS FOR BOTH CODE
:+

TYPE BITS SET (INDICATING BMP CODE).

:IF IT IS NOT A BMP CODE GO REPORT ERROR.
:SAVE THE BMP CODE ON THE QUEUE.

:GO GET THE NEXT CHARACTER FROM THE FIFO.

g;ig

: WE MAVE A SELFTEST ERROR CODE.
'-

3316 021734
3317 021740
3318 021744
;gég 021750

010567
005267
012701
012767

162030
162024
015545
017336

6%:

MOV
INC
MOV
MOV

162016
e

3321

;

;ggg

3324 021756

021756

;:‘2 021760

104460

000413

RS, ERRNBR
ERRNBR
#EM9020,R1
@ER9008 ,ERRBLK

;RESTORE ERROR NUMBER TO INTITIAL VALUE.
;CALCULATE INITIAL ERROR NUMBER PLUS 1.
;PASS ERROR MESSAGE INFO TO ER9008 ROUTINE.
;SELECT PROPER ERROR REPORT ROUTINE.

REPORT ERROR WITH NUMBER INITIAL ERRNRB
+

“UNEXPECTED SELFTEST ERROR CODE FOR an NN IN FIFO AFTER RESET: "

ERROR
EE

B
10

»»>>> ERROR c¢cccc,

;GO TO END OF LOOP.

TRAP

C$ERROR

‘0

ggg;

WE MAVE A NON-SELFTEST CODE (EITHER BMP CODE OR DATA CHAR).

‘-

3329 021762
3330 021766
3331 021774
gg;&; 022000

010567
062767
012761
012767

162002
000002
015530
017260

161774

8s:

161766

3334

3337 022006

RS, ERRNBR
02 ,ERRNBR
0EM9019,R1
0ER9007 ,ERRBLK

;RESTORE ERROR NUMBER TO INTITIAL VALUE.
;CALCULATE INITIAL ERROR NUMBER PLUS 2.
;PASS ERROR MESSAGE INFO TO ER9007 ROUTINE.
;SELECT PROPER ERROR REPORT ROUTINE.

. Repoat ERROR WITH NUMBER INITIAL ERRNRB
+ 2.

gggz

ange 022006

MOV
ADD
MOV
MOV

104460

“NON-SELFTEST CODE IN SELFTEST CODE rxro SLOT FOR LINE NN AFTER RESET.

ErROR

ssoot DIRGE seeds.

TRAP

CS$ERROR

ggzg

; END OF LOOP, LOOP IF NOT ALL CHARS MAVE BEEN READ FROM THE FIFO.
‘-

3341 022010
3342 022012
333:2 022016

005203
020327

002705

000010

108:

INC
CcMP

BLT

R3
R3, ONUMLNS
2

:+SET CODE COUNTER FOR NEXT ITERATION OF LOOP.
.1551 FOR ALL CODES READ.
;LOOP IF NOT CHARS READ FROM F1FO.

355:2

;: PURGE THE FIFO UNTIL DATA.VALID IS CLEAR OR UNTIL TOO MANY CHARS ARE READ.
'-

3347 022020

012704

000022

MOV

s INITIALIZE THE CHARACTER COUNTER.

CVDHABO DHV-11 FUNC TST PARTZ2

MACRO M1200

GLOBAL SUBROUTINE

- RSTRPT

3348 022024
3349 022030
3250 022036
3351 022044
3352 022050

ggg‘s 022052

010567
062767

012767
017702
000261

161740
000003

017336
160176

10-0CT7-83 11:35

PAGE 67-2

SEQ 115

MOV
ADD

161732

161730

MOV
MOV
SEC

128

100051

BPL

RS ,ERRNBR
03 ,ERRNBR

;GET INITIAL VALUE OF THE ERROR NUMBER.
;CALCULATE ERROR NUMBER OF NEXT ERROR.

60$

sCXIT ROUTINE WITH SUCCESS IF DATA_VALID CLEAR,

OERS008,ERRBLK
SRBUFA R2

;SELECT PROPER ERROR REPORT ROUTINE.
;READ A CHARACTER FROM THE DUT FIFO.
s INDICATE SUCCESS IN CASE DATA.VALID IS CLEAR,

3355

3356

WE HAVE A CHARACTER.

: DETERMINE IF CHARACTER IS A DATA CHARACTER.

3357

3358 022054
3359 022060
ggo 022062
1

§S6§
36
3364 022064
3“362 022070

012700
040200

’-

070000

001403

012701

000423

MOV
BIC

BEQ

€70000,R0
R2,.RO
14

;TEST BITS 12 THRU 14 OF THE
;
CODE READ FROM THE DUT FIFO.

s SKIP THIS ERROR IF CODE IS NOT A DATA CHAR.

: WE HAVE AN UNEXPECTED DATA CHARACTER: SET UP AND GO TO REPORT ERROR.
;MOV
#EM9022,R1
;SELECT ERROR MSG INFO FOR EROB08 ROUTINE.
BR
228
:GO TO REPORT THIS ERROUR.

015571

3367

: WE HAVE AN UNEXPECTED CODE.

gssgg

;

3370 022072 032702 000001
gg;l 022076
2

001003

148:'

BIT

g;;s
&
3375 022100 012701 015610
gg;g 022104

DETERMINE IF THE CODE IS A MODEM STATUS CODE.

BNE

#8IT0,R2
16$

; TEST MODEM STATUS INDICATOR BIT OF CODE.

;SKIP THIS ERROR IF NOT MODEM STATUS COLE.

: WE HAVE A MODEM STATUS CODE: SET UP AND GO TO REPORT ERROR.
!
MOV
0EM9023,R1
;SELECT ERROR MSG INFO FOR ERO808 ROUTINE.

000415

228

;GO TO REPORT THIS ERROR.

‘0

3378

;

gg;g

WE HAVE AN ONBOARD TEST CODE.

;: DETERMINE IF THIS CODE IS A BMP CODE.
‘-

3381
3382
3383
3384
;3332

022106
022112
022114
022120
022122

032702
001404
012700
040200
001403

000200

16%:

BIT
BEQ
MOV
BIC

000300

BEQ

3367

oB8IT7,R2
18¢
©300,RO
R2.RO
204

;TEST THE ROM VERSION BIT OF THE CODE
sGOTO SET UP FOR SELFTEST CODE IF non VERSION.
;:TEST THE ERROR TYPE BITS OF THE CODE.
;:SKIP THIS ERROR IF BMP CODE.

: WE MAVE A SELFTEST CODE: SET UP AND GO TO REPORT ERROR.
*

3389 022124 012701 015632
ggg? 022130

000403

180:‘-

MOV

#EM9024 ,R1

224

;SELECT ERROR MSG INFO FOR EROS08 ROUTINE.
;GO TO REPORT THIS ERROR.

g;gg

WE HAVE A BMP CODE:

SAVE IT ON THE QUEUE.

‘-

3394 022132
;ggz 02213%

004767
000401

000130

208 :

JSR
BR

PC,SAVBMP
24

;SAVE THE BMP CODE ON THE QUEUE.
H

3397

;

: REPORT THE ERROR WITH ERROR NUMBER OF INITIAL ERRNBR + 3.

gggg

"UNEXPECTED XXX XXXX FOR LINE NN IN FIFO AFTER RESET:"

3400 022140

3401
3402
3403

022140

104460

22%:

ERROR

»»>>> ERROR <cccc,

TRAP

CS$ERROR

i
; END OF LOOP.
; COUNT THE CHARACTER WE JUST RECEIVED, AND CHECK FOR TOO MANY RECEIVED.

M9
CVOHABO DHV-11 FUNC

TST PARTZ

GLOBAL SUBROUTINF
3404
3405
3406
2407
3408
3409
3410
3411
3412
3413
3414
3415
3416
3417

022142
022144

MACRO M1200

RSTRPT

005304
001337

10-0CT-83

11:35

DEC
BNE

R4
12%

PAGE 6/-3

SEQ 116

24%:

;COUNT THIS CHARACTER.
;LOOP IF NOT TOO MANY CHARACTERS PURGED.

HEd

: WE READ TOO MANY VALID CHARACTERS WHILE TRYING TO PURGE THE FIFO.
: REPORT ERROR AND EXIT WITHOUT SUCCESS.
i
"FIFO WILL NOT PURGE (DATA.VALID STUCK SET), REMAINDER OF TEST SKIPPED."
'-

022146
022152

022156
022164

022172
022172
3418 022174
3419
3420 022176
022176
3421 022200

012701
010567
062767
012767

015407
161612
000004
016466

000207

#EM9017,R1
RS ,ERRNBR

: SELECT PROPER ERROR MESSAGE
.
;GET INITIAL ERROR NUMBER.

MOV

#EROS03,ERRBLK

;SELECT PROPER ERROR REPORT ROUTINE.

ADD

161604
161602

04 ,ERRNBR

;PRINT ERROR REPORT.

ERROR

104460
000241
004736

MOV
MOV

CcLC
60%:

INITIAL ERRNBR

+ 4,

»5>>> ERROR <¢<cccc,

TRAP

;CLEAR THE SUCCESS FLAG.

PASS
RTS

:CALCULATE

JSR

;RESTORE GPRS,
PC,a(SP)e
+

CARRY

CSERROR

sRETURN TO PREGOS SUBRT.

SUCCESS FLAG (SET

IF FIFO IS PURGED).

CVDHABO DHV-11 FUNC TST PART2

MACRO M120C

GLOBAL SUBROUT INE

RXIEO

10-0CT

3¢

3427
3428
3429

PAGE 68

5EQ

GLOBAL SUBROUTINE

- RXIEO -

8880804488000 00 0008000000000 RRRNRRRRRRNNRARRRNNRRRERNNRR00000000000000000

3425
3426

11:35

.SBTTL

3422
3424

THIS ROUTINE

i+ INPUTS:

- RECEIVER INTERRUPT DISABLE

USED

TO DISABLE

RECEIVER

INTERRUPTS

THE

DHVI1i.

NONE.

i+ OUTPUTS:
i

3430
3431
3432
3433
3434
3435
3436
3437
3438
3439
3440

THE RX.INT.ENBL BIT IS CLEARED IN THE DUT CSR.
IESTST -CONTAINS THE UPDATED STATUS OF THE TX AND RX INTERRUPT

ENABLE BITS.

i* CALLING SEQUENCE:
L

;* COMMENTS:
i

JSR

PC.RXIEO

THE CONTENTS OF THE INDIRECT ADDRESS REGISTER FIELD IN
THE DUT CSR ARE DESTROYED.

:* SUBORDINATE ROUTINES CALLED: NONE.
-

3441 022202
3442 022204
022204

022206
3443 22210
022210
022214
3444 022216
3445 022224
3446 022232

022232

022234

3447 022236
3448 022240

104440
010046

012700

000340

042767
016777

137777
160100

104441

012600
104441
012600
000207

2828004044400 800000400 AR RAAARARAARA AR

RXIEO::

010046

MOV

RO, -(SP)

GETPRI -(SP)

SETPRI 4PRIO7
160104
160012

ARAR LR

R ARS8

0000000000000

:SAVE CONTENTS OF RO ON THE STACK.

;SAVE PROCESSOR PRIORITY ON STACK.

TRAP
MOV

C$GPRI
RO, -(SP)

; IGNORE ANY INTERRUPT THAT MAY BE GENERATED.
MOV

#PRIO7,RO

TRAP

C$SPRI

MOV
TRAP

(SP)+,RO
C$SPR1

BIC
#137777,IESTAT
MOV
IESTAT,aCSRA
SETPRI (SP)+

;CLEAR RX,INT.ENBL BIT IN IESTAT.
;DISABLE RX INTERRUPTS.
;ENABLE INTERRUPTS TO THE PROCESSOR AGAIN.

MOV

;RESTORE RO.

RTS

(SP)+,RO

117

CVDHABO DHV
GLOBAL

11 FUNC

TST PART?

SUBROUTINS

3450
2451
3452
2453
2454
3455
3456
2457
3458
3459
3460
3461
3362
3463
3464
3465
3466
3467
3468
3469
3470
3471
3472

B10
MACRO M1200

10 OCTTM

11:35

PAGE

RxIEL

.SBTTL

GLOBAL SUBROUTINE

ie
L

- RECEIVER INTERRUPT ENABLE THIS ROUTINE IS USED TO ENABLE RECEIVFR INTERRUPTS IN THE DHVI1L.

300

R2IE]

0000000000000 0000000000008000008008000000000000000000800800000008000000080000

;¢ INPUTS:

NONE.

;¢

OUTPUTS:

THE

RX,INT
. ENBL

IESTST

ENABLE

BIT

SET

THE

DUT

-CONTAINS THE UPDATED STATUS OF

BITS,

CSR.

THE

TxX AND Rx

INTERRU®T

:®

PC,RXIE1L

JSR

s¢ CALLING SEQUENCE:
;e

;¢ COMMENTS:
;e

THE CONTENTS OF THE INDIRECT ADDRESS REGISTER FIELD IN

THE

DUT

CSR

ARE

DESTROYED.

;* SUBORDINATE ROUTINES CALLED: NONE.
$

022242
022250
022256
022264

052767
042767
016777
000207

000100
137677
160046

160060
160052
157760

0800800000000 000000000088000000000000008000000000000000000000000000000008000000

RXxIEl::

BIS
BIC
MOV

RTS

0BIT06,IESTAT
0137677,1ESTAT
IESTAT,aCSRA

;SET RX,INT_ENBL BIT IN IESTAT,
;CLEAR ALL OTHER BITS, EXCEPT Tx AND R«
;ENABLE RX INTERRUPTS,

I.E.

118

CVDMABO DAV
GLOBAL

11 FUNC TST PART?

MACRQO M1200
SAVSMP

SUBROUTINE

10-0CT 83 11:35

.SBTTL

347

;:78

i e

160

477

GLOBAL SUBROUTINE

SAVBMP

THIS ROUTINE

TOGETHER WITH

SAVES
THE

SAVE BMP CODES ROUTINE
THE PARAMETER PASSED

NUMBER OF

THE

IN,

CURRENTLY

ONTO THE BMP CODE QUEUE

EXECUTING

TEST,

3480
3481
3482
3483

;¢ INPUTS:
ie
L
;e

g‘ag

3486

;¢ OUTPUTS:

;487

488

g:gg

R2 - CONTAINS THE
BMPCQP - CONTAINS
BMPCQAB - LABEL AT
BMPCQE - LABEL OF
BMPCQP -

;¢ COMMENTS:
e

HLd

3‘95
3496

$--

3494

INCREMENTED Br 4,

THE CONTENTS OF THE BMP CODE QUEUE ARE UPDATED.

;:95

BMP CODE THAT IS TO BE PLACED ON THE QUEUE.,
ADDRESS OF NEXT LOCATION IN THE BMP QUEE
.
BASE OF THE BMP CODE QUEUE.
NEXT LOCATION AFTER THE END OF THE BMP QUE
¥.

TSTNUM - CONTAINS THE NUMBER OF THE CURRENT TEST,

;¢ CALLING SEQUENCE:

3491

JSR

PC,.SAVBMP

IF THE OVERFLOW OCCURS THEN THE LAST LOUCATION WILL BE

OVERWRITTEN BY ANY SUBSEQUENT ATTEMPTS

TO UPDATE

THE QUELE.

;¢ SUBORDINATE ROUTINES CALLED: NONE.

3497 022266

022266

004567

022302
022304
022310
022312
022316
022320
022324

005204
042702
010224
020427
103402
162704
010467

3498 022272
3499 022276
3500
3501
3502
3503
3504
3505
ggg?

€% 119

0800000080000 000000000000000000000880000000000000080000800800000
000000000000

3474

“75

PAGE

ClO

3508 022330

022330

2509 022332

016704
116724

004736

000207

161504

SAVBMP::

160226
160024

SAVE

MOV
MOvVB
INC
BIC
MOV
cMP

177400
002726
000004
160174

0000000000008 000008000080000000880000000000000 8000000000000 00 0000000000000

2s:

BLO
SuB
MOV

60%:

PASS
RTS

JSR

BMPCQP,R4
TSTNUM,(R4).
R4
©177400,R2
R2,(R4).
R4, oBMPCQE
2s
04 R4
R4 ,BMPCQP

JSR

;SAVE CONTENTS OF GPRS RO THRU RS,

RS ,PREGOS

sCALL REGISTER SAVE SUBRT,

sGET THE POINTER TO THE NEXT LOCATION IN QUELE.
:SAVE THE CURRENT TEST NUMBER ON THE QUEUE.

;s INCREMENT THE POINTER Y0 GIVE AN EVEN ADDRESS.
;CLEAR THE UNWANTED BITS FROM THE BTMP CODE.
sSAVE THE BMP CODE ON THE QUEUE.
;CHECK IF OVERFLOW WILL OCCUR THE NEXT TIME.
;GO SAVE THE POINTER IF WE WILL NOT OVERFLOW.
sRESET THE POINTER TO THE LAST LOCATION IN QUE.
:SAVE THE POINTER,
;RESTORE GPRS,

PC,a(SP).

;RETURN 70O PREGOS SUBRT.

D10
CVDHABO DKV
GLOBAL

11 FUNC

TST PART?

SKPSTS

SUBROUTINE

3511
3512
3512
2514
3515

10-CCT 83 11:35

PAGE

“EGW 120

.SBTTL

GLOBAL

i
ie
ie

- SKIP SELFTEST ROUTINE THIS SUBROUTINE IS USED TO SKIP THE SELFTEST AFTER A DUT RESET HAS BEEN
INITIATED.
1IT MUST BE ENTERED IMMENIATELY AFTER SETTING THE DUT MASTER

300

351¢
2517

3518
3519
3520
3521
3522
3523
3524
2525
3526
3527
3528
3529
3530
3531 022334
022334
3532 022340
3533 022344
3534
3535
3536
3537 022350
3538
3539
3540 022354
3541 022360
3542 022362
3543 022366
3544 022370
3545 022372
3546 022376
3547 022400
3548 022404
3545
3550 022406
022406
3551 022410

MACRO M1200

SUBROUTINE

- SKPSTS

0000000008000 80030080000000000008080800800000000080008008800808A0000800000

RESET

ROUTINE

CONSIDERATIONS).

AFTER

THC

EXECUTIOM OF

A BUS RESET

(BECAUSE

TIMING

ie INPUTS:
;e

CSRA

- CONTAINS ADDRESS OF THE OUT CSR.

TXBFCA

CONTAINS

ADDRESS OF

DUT

DMA BUFFER COUNT

;¢ OUTPUTS:
L

SKIP SELFTEST CODES ARE WRITTEN TO THE DUT REGISTERS.

i CALLING SEQUENCE:

JSR

PC,SKPSTS

;¢ COMMENTS:
HL

;¢ SUBORDINATE ROUTINES CALLED: DELAY,
HER

004567

012704
004767

161436

0000000000000 000800880000008008000880000000000000000000020800000000800%0000

SKPSTS:: SAVE
MOV
JSR

000012

175726

010..R4
PC.DELAY

JSR

3 SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS
s;CALL REGISTER SAVE S'UBRT,
sPASS DELAY VALUE OF 10 MILLI-SECONDS.
;DELAY FOR 10 MILLI-SECONDS.

HE4

; WRITE SKIP SELF-TEST CODE (52525) TO ALL THE INDEXED DUT REGISTERS.
‘-

012701

000050

012703
005301

052525

016704
010124
010324
020467

103774
032701
001365
004736
000207

157656
157664

MOV

ONUMLNS!BITOS,R1 ;FORM IND.ADR.REG FIELD (PLUS M.R. BIT) WORD.

MOV
DEC
MOV

052525,R3
R1
CSRA,R4

s INITIALISE THE SKIP SELF-TEST COOE.
sSELECT THE NEXT SET OF DEVICE REGISTERS.
+GET THE ADDRESS OF THE CSR OF THE DUT.

o 4
BLO

R4, TXBFCA
63

s+COMPARE POINTER WITH LAST REGISTER ADDRESS.
;:LOOP IF NOT ALL REGS DONE IN THIS BANK,

; THE ABOVE INCLUSION OF THE M.R. BIT IS NECESSARY BECAUSE OF THE
;
LACK OF A M.R., BIT WRITE LOCK-OUT ON THE DHV-11.
4% :

6%:

MOV
MOV
BIT

000017

BNE
60%:

R1,(R4).
R3,(R4).
017,R1

PASS
RTS

s SELECT A BANK OF DUT REGISTERS.
+WRITE THE CODE TO A DUT REGISTER.
s TEST FOR

IND.ADR.REG FIELD DECREMENTED TO O.

;LOOP UNTIL ALL REGISTERS CONTAIN THE CODE.
JSR

sRESTORE GPRS.

PC,a(SP).

;RETURN TO PREGOS SUBRT.

CVDHABO DHV

11 FUNC

TST PART2

MACRO M1200

10-0CT-83 11:35

PAGE

E10
72

5EG 121

GLOBAL SUBROUTINE
.SBTTL

355%

3554
3555
3556
3557
3558

100

GLOBAL SUBROUTINE

ie
ie

SWAPO

SWAP

GPRS

WITH GPR

SET

ROUTINE

THIS SUBROUTINE SWAPS THE PRESENT CONTENTS OF GPRS R1 THRYU RS WITH
THE CONTENTS OF THE NUMBER ZERO GPR SAVE AREA.,
THE CONTENTS OF RO

3559
2560
3561
3562
3563
3564
3565
3566
3567

0888000000000 80000080000800000000000080000000000000000000000000000000080000

ARE

NOT

ALTERED 3Y

THIS

SUBROUTINE.

;¢ INPUTS:
ie

GPR CONTENTS R1 THRU RS,
GPRSOB - LABEL AT BASE OF GPR SAVE AREA NUMBER ZERO.

;¢ QUTPUTS:
i
ie
ie

R1 THRU RS CONTAIN THE PREVIOUS CONTENTS OF GPR SAVE AREA
ZERO WORDS 1 THRU S RESPECTIVELY.
GPRSO - GPR SAVE AREA O WORDS 1 THRU S, CONTAIN PREVIOUS
CONTENTS OF GPRS R1 THRU RS RESPECTIVELY,.

i CALLING SEQUENCE:

JSR

PC,SWAPO

;¢ COMMENTS:

THE STATE OF THE CARRY FLAG IS NOT ALTERRED By THIS ROUTINE.

;¢ SUBORDINATE RUUTINES CALLED: NONE.
7

022412

8888888008008 800800080000008000000003
0080000000000 0000800000000000008000000

SWAPQ::

010046

MOV

RO, -(SP)

:SAVE THE CONTENTS OF RO,

: LOAD THE STACK FROM THE GPRS.
‘o

022414
022416
022420
022422
022424

MOV
MOV
MOV
MOV
MOV

010146
010246
010346
010446
010546

R1,-(SP)
R2,-(SP)
R3,-(SP)
R4, -(SP)
RS, -(SP)

:SAVE
;SAVE
:SAVE
:SAVE
;SAVE

THE
THE
THE
THE
THE

CONTENTS
CONTENTS
CONTENTS
CONTENTS
CONTENTS

OF
OF
OF
OF
OF

R1.
R2.
R3,
R4,
RS,

: LOAD THE GPRS FROM THE GPR SAVE AREA 0.
8-

022426
022432
022434
022436
022440
022442

012700
012001
012002

MOV

002450

MOV
MOV
MOV
MOV
MOV

012003
012004
012005

OGPRS08B,R0O
(RO)+,R1
(RO)+,R2
(RO)+,R3
(RO)+,R4
(RO)+,RS

:GET THE BASE ADDRESS OF GPR SAVE AREA 0.
;LOAD
;LOAD
;LOAD
s:LOAD
;LOAD

R1
R1
R1
R1
R1

WITH
WITH
WITH
WITH
WITH

GPR
GPR
GPR
GPR
GPR

SAVE
SAVE
SAVE
SAVE
SAVE

AREA
AREA
AREA
AREA
AREA

O
O
O
O
O

WORD
WORD
WORD
WORD
WORD

1.
2.
3.
4.
S.

WITH
WITH
WITH
WITH
WITH

SAVED
SAVED
SAVED
SAVED
SAVED

; LOAD THE GPR SAVE AREA O FROM THE STACK.
‘-

022444
022446
022450
022452
022454

012640
012640
012640
012640
012640

MOV
MOV
MOV
MOV
MOV

(SP)+,-(RO)
(SP)+,-(RO)
(SP)+,-(RO)
(SP)+,-(RO)
(SP)+,-(RO)

s1LOAD
;LOAD
tLOAD
;LOAD
sLOAD

02245¢€

012600

MOV

(SP)+,RO

;RESTORE THE

022460

000207

RTS

GPR
GPR
GPR
GPR
GPR

SAVE
SAVE
SAVE
SAVE
SAVE

AREA
AREA
AREA
AREA
AREA

O
O
O
O
O

WORD
WORD
WORD
WORD
WORD

S
4
3
2
1

INITIAL VALUE OF RO.

RS.
R4,
R3.
R2.
R1.

F 10
CVDHABO DHV-11 FUNC TST PART?

MACRO M1200

GLOBAL SUBROUTINE

TSABRT

3606

10-0CT7-83 11:35

PAGE 73

G 1e2

.SBTTL

GLOBAL SUBROUTINE

TSABRT

3607

100

8088000000000 0000000080000000000080000000000000000008000000000000000000000

3609
3610

;e
;e

THIS SUBROUTINE IS USED WHEN A NON-TEST RELATED ERROR HAS BEEN FOUND
DURING THE EXECUTION OF THE CURRENT TEST.

ABORTED.

3608

3611

3612

3613

3617

;¢ INPUTS:
;e
;e

ERRMSG - CONTAINS THE NAME OF THE CURRENT TEST,
ERRNBR - CONTAINS THE CORRECT ERROR NUMBER,
THE REMAINDER OF THE ERRTBL IS CORRECTLY INITIALISED.

;¢ OUTPUTS:

MESSAGES ARE REPORTED TO THE OPERATOR.

gglg
1

3620

;¢ CALLING SEQUENCE:

3622

;¢ COMMENTS:

3621

3623

IT IS USED TO INFORM THE OPERATOR THAT THE CURRENT TEST HAS BEEN

3614
3615
3616

TEST ABORT ROUTINE

JSR

PC,TSABRT

3624

:* SUBORDINATE ROUTINES CALLED: ER1603.

3625

$--

3626

3627 022462
022462
3628 022466
3629 022472

004567
012701

3631 022502

000432

022507
022512
022515

116
105
124

3630 022500
022500

3632 022504

012767

040

040
123
105
117
106
116
104
111
040
123
105
103
111
000

022570

004736

3635 022572

017006

TSABRT:: SAVE
MOV
MOV

161274

ERROR

104460

022520
022523
022526
022531
022534
022537
022542
022545
022550
022553
022556
022561
022564
022567

3633
3634 022570

161310
022504

0808080080888 80080008088008000000088008088880808008088000000008080000000000000000000

000207

116

117

124
124
122
122
117
104
125
116
124
124
130
125
117

105
040
122
040
125
040
122
107
105
040
105
124

055
114
105

122
101
104

2%:

JSR

028 ,R1
OER1603,ERRBLK
608

;SAVE CONTENTS OF GPRS RO THRU RS,
RS,PREGOS
sCALL REGISTER SAVE SUBRT,.
;PASS ADDRESS OF FIRST MESSAGE TO BE REPORTED.
;SET-UP THE ERROR REPORTING ROUTINE.
:
»»>>> ERROR ccccc,
TRAP
H

CS$ERRCR

.ASCIZ 7 NON-RELATED TEST ERROR FOUND DURING TEST EXECUTION/

116

.EVEN
60%:

PASS
RTS

JSR

sRESTORE GPRS.

PC,.8(SP)+

;RETURN TO PREGOS SUBRT.

CVDHABO DHV-11 FUNC TST PARTZ2

MACRO M1200

GLOBAL SUBROUTINE

TxDSBL

10-0CT-83

100

TRANSMITTER DISABLE

i+ INPUTS:
i
i
i
T

RS - BIT'S SET CORRESPOND TO LINES ON WHICH TO CLEAR TX.ENABLE.
CSRA - CONTAINS THE ADDRESS OF THE DUT CSR.
IESTAT - CONTAINS THE STATE OF TXIE AND RXIE BITS IN THE CSR.
NUMLNS - EQUATED TO BE THE MAXIMUM NUMBER OF LINES AVAILABLE.
TXAD2A - CONTAINS THE ADDRESS OF THE TBUFFAD2 REGISTER.

:¢ OUTPUTS:
i
T

RS - BIT'S SET INDICATE THE INITIAL STATES OF ALL TX.ENBLE BITS.
TBUFFAD2 - THE STATE OF THE TX.ENBLE BIT MAY BE ALTERED.
THE CONTENTS OF THE IND.ADD.REG FIELD IN THE CSR ARE DESTROYED.

022600
022602
022606
022612
022614
022620
022624

TXDSBL

CLEARING THE ASSOCIATED TX.ENABLE BIT ON THE DUT.

3650
3651
3652
3653
3654
3655
3656
3657
3658
3659
3660 022574
022574

THIS SUBROUTINE IS USED TO DISABLE TRANSMISSION ON SELECTED LINES Br,

3648
3649

5EG

GLOBAL SUBROUTINE
-

3645
3646
3647

8888800088800 0000800088080R88080800000RRRRRRRRRRRNRRLSRRRRLR0ARGRNRNNNM

3642
3643
3644

PAGE

.SBTTL

3637
3638
3639
3640
3641

11:35

GL1O

i* CALLING SEQUENCE:
L

JSR

PC, TXDSBL

:* COMMENTS:
L

:* SUBORDINATE ROUTINES CALLED: NONE.
$--

004567
010500
012701

016702
012703
016704
005005

161176

$888804008488080888888808800000880008008000088888008000800820880800000000000

TXDSBL::

SAVE

MOV

MOV
MOV
INC
MOV
MOV

000001

157446

000010

157504

CLR

R5,RO

JSR

@8ITO,R1
TXAD2A ,R2
R2
ONUMLNS ,R3
IESTAT, R4
RS

;SAVE CONTENTS OF GPRS RO THRU RS.

R5,PREGOS

sCALL REGISTER SAVE SUBRT.

:COPY BIT MAP OF LINES TO DISABLE TRANSMISSION.

s INITIALIZE THE SELECTED LINE BIT MASK.
:GET THE ADDRESS OF THE TBUFFAD2 REGISTER.
;:GET THE ADDRESS OF THE MSBYTE OF TBUFFAD2 REG.
$GET MAXIMUM LINE NUMBER PLUS ONE.
:GET THE STATES OF THE INT ENABLE BITS.
:LOG POSSIBLE TX DISABLED ON ALL LINES.

HEd

s SELECT EVERY LINE IN TURN, AND LOG THE STATE OF EACH TX.ENABLE BIT.
‘-

022626
022632
022634
022636

010477
105712
100001
050105

157412

2%:

;

;
030100
001402
142712

022654
022656

006301
005303
001363

022660
022660
022664

010566
004736

022666

000207

R4 ,8CSRA

tWRITE TO DUT CSR TO SELECT LINE REGISTERS.

BPL

s SKIP NEXT INSTRUCTION IF TX.ENABLE CLEAR.

1ST8

BIS

022640
022642
022644
022650
022652

MOV

4$
000200

6%:

:LOG TX ENABLE BIT SET FOR SELECTED LINE.

CLEAR TX.ENBLE ON LINES THAT HAVE A CORRESPONDING BIT SET IN THE TX DISABLE
BIT

R1,RO

;CHECK STATE OF DISABLE LINE BIT MAP.

ASL

sSHIFT BIT MAP FOR NEXT LINE.

BEQ
BICB
INC
BNE

608 :

R1.RS

sCHECK STATE OF TX.ENABLE BIT ON SELECTED LINE.

LINE BIT MAP,

DEC

000014

(R2)

63
#BIT7,(R2)
R4

;DECREMENT LINE NUMBER.

PASS

RTS

:BRANCH IF THIS LINE TO REMAIN UNALTERED.
sCLEAR TX.ENABLE BIT ON SELECTED LINE.
+PREPARE TO SELECT REGISTERS FOR NEXT LINE.
:LOOP TO CHECK NEXT LINE.

MOV
JSR

yRESTORE GPRS,EXCEPT
RS ,RSSLOT(SP)
PC,8(SP)e.
+RS

- PREVIOUS STATES CF

:PUT RS IN STACK SLOT.
:RETURN TO PREGOS SUBRT.
ALL

TX.ENABLE BITS.

123

H1O
CVDHABO DHV -11 FUNC

TST PARTZ

GLOBAL SUBROUTINE
3691
3692
3693
3694
3695
3696
3697
3698
3699
3700
3701
3702
3703
3704
3705
3706
3707
3708
3709
3710
3711
3712
3713
3714 022670
022670
3715 022674
3716 022676
3717 022702
3718 022706
3719 022710
3720 022714
3721 022720
3722
3723
3724
3725 022722
3726 022720
3727 022730
3728 022732
3729
3730
3731
3732
3733 022734
3734 022736
3735 022740
3736 022744
3737 022746
3738 022750
3739 022752
3740
3741 022754
022754
022760
3742
3743
3744 022762

MACRO M12¢y
TXENBL

10-0CT 83 11:35

PAGE

SEG 124

.SBTTL
100

GLOBAL SUBROUTINE

TXENBL

0888800008000 00000 00000 RRRRARRRARRRIRRRRRRRRRRLRRR8RRRL000
00000000

TRANSMITTER ENABLE

THIS SUBROUTINE IS USED TO ENABLE TRANSMISSION ON SELECTED LINES Br

SETTING

THE

ASSOCIATED

TX.ENABLE BIT

THE

DUT.

;¢ INPUTS:
i
ie
ie
;e

RS - BIT'S SET CORRESPOND TO LINES ON WHICH TO SET TX.ENABLE.
CSRA - CONTAINS THE ADDRESS OF THE DUT CSR.
IESTAT - CONTAINS THE STATE OF TXIE AND RXIE BITS IN THE CSR.
NUMLNS - EQUATED TO BE THE MAXIMUM NUMBER OF LINES AVAILABLE.
TXAD2A

CONTAINS

THE

ADDRESS OF

THE

TBUFFAD2 REGISTER.

;¢ OUTPUTS:
ie
;e

RS - BIT'S SET INDICATE PREVIOUSLY DISABLED LINES.
TBUFFAD2 - THE STATE OF THE TX.ENBLE BIT MAY BE ALTERED.
THE CONTENTS OF

THE IND.ADD.REG FIELD IN THE CSR ARE DESTROYED.

;¢ CALLING SEQUENCE:
:

JSR

PC, TXENBL

;» COMMENTS:
HL

;¢ SUBORDINATE ROUTINES CALLED: NCNE.
3

004567
010500
012701
016702
005202
012703
016704
005005

161102

8088880080800 808880800008080000088088080808808088080888808000808000000000000

TXENBL
: : SAVE

MOV
MOV
MOV
INC

000001

157352

MOV

000010

MOV
CLR

157410

JSR

; SAVE CONTENTS OF GPRS RO THRU RS.

RS,RO
e8ITO,R1
TXAD2A ,R:
R2

RS,PREGOS
sCALL REGISTER SAVE SUBRT.
;COPY BIT MAP OF LINES TO ENABLE.
sINITIALIZE THE SELECTED LINE BIT MASK,
;GET THE ADDRESS OF THE TBUFFAD2 REGISTER.
;GET THE ADDRESS OF THE MSBYTE OF TBUFFAD2 REG.

IESTAT R4
RS

;GET THE STATES OF THE INT ENABLE BITS.
;CLEAR TX.ENABLE BIT LOG OF DISABLED LINES.

ONUMLNS ,R3

;GET MAXIMUM LINE NUMBER.

: SELECT EVERY LINE IN TURN,AND LOG ANY TX.ENBLE BIT THAT IS CLEAR.
‘-

010477

105712
100401

157316

2s:

050105
: .

s
:+
:

4%:
$

030100
001402

152712

6%:

006301
005303
001363
010566
004736

000207

MOV

R4 ,8CSRA

sWRITE TO DUT CSR TO SELECT LINE REGISTERS.

BMI
BIS

a4
R1,RS

;SKIP NEXT INSTRUCTION IF TX.ENABLE SET.
;LOG TX ENABLE BIT CLEAR FOR SELECTED LINE.

1STB

SET TX.ENBLE ON LINES THAT HAVE A CORRESPONDING BIT SET IN THE TXx ENABLE
BIT

R1,RO

1CHECK STATE OF TX.ENABLE LINE BIT MAP.

ASL

sSHIFT BIT MAP FOR NEXT LINE.

BEG
BISB
INC
BNE

60%:

;CHECK STATE OF TX.ENABLE BIT ON SELECTED LINE.

LINE BIT MAP,

DEC

000014

(R2)

PASS

arS

63
#BIT7,.(R2)
R4

:DECREMENT LINE NUMBER.

$BRANCH IF THIS LINE TO REMAIN UNALTERED.
$ENABLE TRANSMISSION ON SELECTED LINE.
sPREPARE TO SELECT REGISTERS FOR NEXT LINE.
:LOOP TO CHECK NEXT LINE.

MOV
JSR

;RESTORE GPRS,EXCEPT
RS,R5SLOT(SP)
PC,8(SP).
#RS

:PUT RS IN STACK SLOT.
iRETURN TO PREGOS SUBRT.

- LINE BIT MAP CORRESPONDING TO THE

i PREVIOUS LINES THAT WERE DISABLED.

CVDHABO DHV-11 FUNC TST PARTZ

MACRO M1200

GLOBAL SUBROUTINE

TXIEO

300

SEG 125

GLOBAL SUBROUTINE

THIS ROUTINE

TXIEO

%080 0800000000088 000000000000000 0880000

- TRANSMITTER INTERRUPT DISABLE USED TO DISABLE TRANSMITTER INTERRUPTS

THE

DHv1l.

3751
3752
3753
3754
3755

i* INPUTS:

NONE
.

:¢ OUTPUTS:
i
i

3756

i @

THE TX,INT.ENBL BIT IS CLEARED TN THE DUT CSR.
IESTST -CONTAINS THE UPDATED STATUS OF THE TX AND RX INTERRUPT
ENABLE BITS.

s CALLING SEQUENCE:

3757
3758
3759
3760
3761
3762
3763

JSR

PC,TXIEO

i COMMENTS:
ie

THE CONTENTS OF THE INDIRECT ADDRESS REGISTER FIELD IN
THE DUT CSR ARE DESTROYED.

;* SUBORDINATE ROUTINES CALLED: NONE.
P

3764 022764
3765 022766

3767
3768
3769

8888000008800 8000000008 0000008000008

i e
T

3749
3750

PAGE

.SBTTL

374¢
3747
3748

3766

10-0CT-83 11:35

110

022766
022770
022772
022772
022776
023000
023006
023014
023014
023016

3770 023020
3771 023022

104440

010046

012700
104441
042767
016777
012600
104441
012600
000207

8888888800800 0888800000000080000800000800800000800000800000000000000000000

TXIEO::

010046

SETPRI

000340

177677
157316

MOV

GETPRI

157322
157230

RO, -(SP)

-(SP)

@PRIO7

BIC
0177677,IESTAT
MOV
IESTAT ,8CSRA
SETPRI (SP)»
MOV

RTS

(SP)+,RO

s SAVE CONTENTS OF RO ON THE STACK.

s SAVE CURRENT PROCESSOR PRIORITY ON THE STACK,
TRAP

CSGPRI

;s IGNORE ANY INTERRUPTS THAT MAY BE GENERATED.
#PRIO7,RO
MOV
TRAP

C$SPRI

;;CLEAR TX,INT.ENBL BIT IN IESTAT,
sDISABLE TX INTERRUPTS.
;ENABLE INTERRUPTS TO THE PROCESSOR AGAIN.
MOV

;RESTORE RO.

TRAP

(SP)+,RO

C$SPRI

J10
CVDHABO DHV 11 FUNC TST PART?

MACRO M1200

GLOBAL SUBROUT INE

TXIEL1l

10-OCT 83 11:35

.SBTTL

3777
3778
3779
3780
3781
3782
3783
3784
3785

$0¢

5EQ 126

GLOBAL SUBROUTINE

TXIE1l

0880000000800 00000080808 0000000888088 080 0008000800080 88800800008800008008000

THIS ROUTINE

TRANSMITTER

INTERRUPT

IS USED TO ENABLE

ENABLE

TRANSMITTER

INTERRUPTS IN THE DHV1L.

i¢ INPUTS:

NONE.

;¢ OUTPUTS:
i

THE TX.INT.ENBL BIT IS SET IN THE DUT CSR.
IESTST -CONTAINS THE UPDATED STATUS OF THE Tx AND RX INTERRUPTY

ENABLE BITS.

i CALLING SEQUENCE:

JSR

PC,TXIE1

i» COMMENTS:
ie

3786

3787
3788
3789
3790
3791
3792
3793
3794
3795

377%
3774
3775
3776

PAGE

THE CONTENTS OF THE INDIRECT ADDRESS REGISTER FIELD IN
THE DUT CSR ARE DESTROYED.

;¢ SUBORDINATE ROUTINES CALLED: NONE.
$--

023024
023032
023040
023046

052767
042767
016777
000207

040000

137677
157264

157276

157270
157176

0808800880088 8000880000888080000000800008808880800000008000000000000000000000

TXIEl::

BIS

8IC

R?gv

@8IT14,IESTAT

sSET

;ESYAT.GCSRA

;DISABLE

0137677 ,1ESTAT

TX.INT.ENBL BIT

IN IESTAT,

;CLEAR ALL BITS EXCEPT Tx Rx I.E BITS.
Tx

INTERRUPTS,

<10
CVDHABO DHV-11 FUNC TST PARTZ

MACRO M1200

GLOBAL

- UNSDIV

SUBROUTINE

3797

10-0CT-83

.SBTTL
10

SEQ

3804

GLOBAL SUBROUTINE

- UNSDIV

8880088008000 0000000000000800000000080000000000000800800000000050008000080
00

;e
ie
i e
;e
;e

3805
3806
3807
3808
3809
3810
3811
3812
3813
3814
3815
3816
3817
3818
3819
3820 023050
023050
3821

PAGE

3798
3799

300
3801
3802
3803

11:35

- UNSIGNED DIVIDE ROUTINE THIS SUBROUTINE IS USED TO DIVIDE A 32 BIT UNSIGNED DIVIDEND BY A
16 BIT UNSIGNED DIVISOR GIVING A 16 BIT QUOTIENT.
ALL NUMBERS ARE
CONSIDERED TO BE UNSIGNED.
A SUCCESS FLAG IS NOT SET ON RETURN IF
THE QUOTIENT WAS TOO BIG TO BE CONTAINED IN 16 BITS.

:» INPUTS:
e
e

R2
R3

- THE DIVISOR, UNSIGNED,
-

16 BI'S.

MOST SIGNIFICANT WORD OF THE DIVIDEND, UNSIGNED, 16 BITS.
LEAST SIGNIFICANT WORD OF THE DIVIDEND, UNSIGNED, 16 BITS.

;¢ OUTPUTS:
;e

R1 - QUOTIENT, UNSIGNED, 16 BITS (177777 IF OVERFLOW).
CARRY - SUCCESS FLAG, SET IF COMPLETE QUOTIENT FITS IN 16 BITS.

i CALLING SEQUENCE:

JSR

PC,UNSDIV

: ®

;¢ COMMENTS:
T

IF THE DIVISOR IS O THE QUOTIENT IS RETURNED AS ALL ONES
(177777) AND THE CARRY IS C!.EAR REGARDLESS OF THE DIVIDEND.

:+* SUBORDINATE ROUTINES CALLED: NONE.
17"

004567

160722

8888888088888 80880088800008000888008880000000880000000000800000000000000000

UNSDIV::

SAVE

JSR

; SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS

;CALL REGISTER SAVE SUBRT,

HEd

; CHECK FOR QUOTIENT GREATER THAN 16 BITS CONDITION.
‘-

023054

023056
023060
023062
023066

010204
160104
103403
012701
000442

MOV
SuUB
B8CS
MOV
B8R

177777

R2,.R4
R1,.R4
2
e-1,R1
60%

sGET MSW OF DIVIDEND FOR SUBTRACT.
;SUBTRACT DIVISOR FROM MSW OF DIVIDEND.
:IF IT DIDN'T GO, WE HAVE QUOTIENT < 16 BITS.
:SET QUOTIENT TO ALL ONES (177777),
;EXIT WITH CARRY CLEAR.

: SET UP COUNTERS AND VARIOUS WORKING GPRS.
‘-

023070
023072
023074
023076
023100

005004
000241
006001
006004
012700

2%:

CLR
CLC
ROR
ROR

MOV

000020

R4
R1
R4

€16. ,RO

;CLEAR THE LSW OF THE DIVISOR.
;CLEAR CARRY FOR THE SHIFT OF THE DIVISOR.
:+ DIVISOR BY
i+ 2(UNSIGNED)

;SET UP INITIAL SHIFT COUNT TO 16.

;

023104
023106
023110
023112
0z3114
023116
023120

010246
010346
160403
005602
103402
160102
103003

THE

4% :

SUBTRACT AND SHIFT LOOP.

MOV

R2,-(SP)

:+ SAVE MSWORD OF DIVIDEND.

SB8C
B8CS
SuB
B8CC

R2
68
R1,R2
8s

s+MSWORD DIVIDEND - BORROW .
: IF BORROW FROM BORROW SUBTRACT, IT DIDN'T GO.
:+MSWORD DIVIDEND - MSWORD OF DIVISOR.
+IF NO BORROW, IT WENT, CARRY IS CLEAR.

MOV
SuB

R3, -(SP)
R4 ,R3

$SAVE LSWORD OF DIVIDEND.
+LSWORD DIVIDEND - LSWORD OF DIVISOR.

HEd

: IT DIDN'T GO, SO WE SHIFT A 1 INTO THE QUOTIENT (COMPLEMENTED LATER).
:+ CARRY IS SET.
023122
023124

012603
012602

6%:

MOV
MOV

(SP)+,R3
(SP)+,R2

+RESTORE LSWORD OF DIVIDEND.
tRESTORE MSWORD OF DIVIDEND.

127

CVOHABO DHV-11 FUNC

TST PARTZ

GLOBAL SUBROUT INE
3853 023126
3854
3855
3856
3857
3858 023130
3859
3860
3861
023132

023134
023136

023140
023142
023144
023146

MACRO M1 200

UNSDIV

10-0CT-83

11:35

B8R

108

PAGE

L 10O
78-1

S5EG 128

000401
;e

;GOTO SHIFT 1 INTO THE QUOTIENT,

s IT MENT, SO WE RESTORE THE STACK AND SHIFT A O INTO QUOTIENT (WILL BE
: COMPLEMENTED LATER).
CARRY IS CLEAR,
012626

8s:

‘-

HE4

;
006105

000241
006001

108:

MOV

SHIFT THE RESULT OF

ROL
cLC
ROR
ROR

DEC
BNE
COM

005300
001357
005105
HEd

(SP)+,(SP)e

:POP THE SAVED DIVIDEND OFF OF THE STACK,

THE SUBTRACT ATTEMPT

RS
R1
R4

INTO THE QUOTIENT SHIFT REG.

;SHIFT NEXT BIT INTO THE INVERTED QUOTIENT.
;:DIVIDE THE
DEVISOR BY
:+
2 (UNSIGNED).
i
;COUNT THIS SHIFT AND SUBTRACT.
;LOOP FOR ANOTHER SHIFT £ SUB IF NOT DONE.
:GET QUOTIENT FROM INVERTED QUOTIENT.

RO
as
RS

: NOW WE EITHER ROUND UP OR LEAVE QUOTIENT ALONE.
‘-

023150
023152
023154
023156
023160

000241

103
103402
160403
103403

CLC
ROL
8CS

R3
124

B8CS

SuB

;:CLEAR THE CARRY FOR THE SHIFT OF THE DIVIDEND.
sMULTIPLY LSWORD OF DIVIDEND BY 2, MSWORD IS O.
: IF CARRY FROM SHIFT,

R4 ,R3

ROUND UP.

:SUBTRACT DIVISOR FROM DIVIDEND.
: IF BORROW, DON'T ROUND UP.

HAd

; ROUND UP, EXTRA SUBTRACT WENT.
:

023162
023164
C23166

005205
001001
005305

12%:

INC
BNE
DEC

RS
14
RS

: INCREMENT THE QUOTIENT BY ONE.
:IF NO OVERFLOW, WE LEAVE THE ROUND UP.
;OON'T LET ROUNDING CAUSE OVERFLOW.

HE4

ALL DONE,

PASS QUOTIENT AND EXIT.

023170
023172

010501
000261

023174
023174
023200

010166
004736

023202

000207

14%:

MOV

R5,R1

60¢$:

PASS

RTS

SEC

:+PASS QUOTIENT BACK IN R1.
: INDICATE NO OVERFLOW.
MOV
JSR

;RESTORE GPRS, LEAVE THE FOLLOWING INTACT:
R1,R1SLOT(SP)
;PUT R1 IN STACK SLOT.
PC,8(SP).
;:RETURN TO PREGOS SUBRT.
;R1 - 16 BIT, UNSIGNED QUOTIENT,
;:CARRY - SLT INDICATES NO OVERFLOW (SUCCESS).

CVOMABO DHV-11 FUNC TST PART2

MACRO M1200

GLOBAL SUBROUTINE

- WAIBIC -

3893
3894

3380

;e
;e
ie
T
T

- WAIT FOR BIT CLEAR.ROUTINE THIS SUBROUTINE WAITS FOR THE SPECIFIED BIT TO BECOME CLEAR.
IF THE
SPECIFIED BiIT GOES TO A CLEAR STATE WITHIN THE SPECIFIED TIME-OUT
PERIOD A SUCCESS INDICATION IS RETURNED BY THIS ROUTINE.
THE LAST VALUE WHICH IS READ LOOKING FOR THE CONDITION IS RETURNED TO

3902
3903
3904
3905
ggg?

;¢ OUTPUTS:
;e

910

R1 - TIME-OUT VALUE AND BIT NUMBER INDICATION:
BITS 15 THRU 12 - NUMBER OF BIT TO TEST (RANGE O THRU 15).
BITS 11 THRU 0 - TIME-OUT VALUE IN MILLI-SECONDS (4095 MAX).
R2 - ADDRESS OF WORD CONTAINING THE BIT TO TEST.
MSLCNT.
R2 - THE LAST WORD WHICH WAS READ TO CHECK FOR THE CONDITION.
CARRY - SUCCESS FLAG (CARRY SET IF BIT CLR BEFORE TIME-OQUT).

;# CALLING SEQUENCE:
T
;e
ie
g

ALLOW THE USE OF THIS ROUTINE TO LOOK FOR DESTRUCTIVE READ CONDITIONS.

3911
3912
3913
gglg

- WAIBIC -

8888080800400 800000008800800008R0 848080888800 00 8880088088

;¢ INPUTS:
;e
i
i*
L

3908
3909

SEG 129

GLOBAL SUBROUTINE

PAGE 79

.SBTTL

100

3895
3896
3897
3898
3899

10-0CT-83 11:35

M10

MOV

MOV
JSR

#LABEL ,R2
PC,WAIBIC

3916

;¢ COMMENTS:

3918

;* SUBORDINATE ROUTINES CALLED: MSLGET.

;PASS BIT 11 (13 OCTAL) AND
:
32 (40 OCTAL) MS DELAY,.
; TEST BIT IN WORD AT “LABEL".
;WAIT 32 MS FOR BIT 11 TO CLR.

3917

3919
3920

HERS

3921 023204

023204

004567

3923 023212

010102

3922 023210

3924 023214
3925 023220
3926 023224
3927 023226
3928 023230
3929 023232
3930 023234
3931 023240

3932 023242
3933
3934 023246
3935 023250

023250
023254

3936
3937 023256

010204

160566

2888088888888 88884048208804884808008020888042488880840088800280484880000000000000

WAIBIC:: SAVE

;SEPERATE DELAY COUNT OUT OF PASSED PARAMETER.
;:SEPERATE LINE NUMBER FIELD OF PASSED PARAM.
;PUT LINE NUMBER FIELD IN LSBYTE.
;SHIFT THE LINE NUMBER FIELD INTO THE PROPER
;
POSITION TO USE IT AS A WORD TABLE OFFSET
;
FOR THE TABLE LOOKUP OF THE LINE BIT MAP.
;GET BIT MAP OF LINE TO TEST FROM TABLE.

PC,MSLGET

;WAIT FOR THE BIT TO BE CLR WITHIN TIME-OUT.
;:
CARRY IS CORRECT UPON MSLGET RETURN.
;PASS LAST VALUE READ AS OUTPUT PARAMETER.
;RESTORE GPRS, EXCEPT THE FOLLOWING:

MOV

002410

BIC
BIC
SWAB
ASR
ASR
ASR
MOV

004767

175070

JSR

010266
004736
000207

000006

CLR

60§ :

;CALL REGISTER SAVE SUBRT.

R2,.R4

170000
007777

010002

; SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS

MOV

042701
042702
000302
006202
006202
006202
016202
005003

JSR

R1,R2

MOV
PASS

RO,R2
R2

RTS

MOV
JSR

:SET UP THE ADDRESS PARAMETER FOR MSLGET.

; INDICATE THAT THE BIT SHOULD BE CLR.

R2,R2SLOT(SP)
;PUT R2 IN STACK SLOT.
PC,8(SP)+
;RETURN TO PREGOS SUBRT.
;
R2 - LAST VALUE READ LOOKING FOR CONDITION.
;+
CARRY - SUCCESS FLAG (SET IF BIT FOUND CLR).

CVDHABO DHV-11 FUNC

TST PART2

GLOBAL SUBROUTINE
3939
3940
3941
3942
3943
3944
3945
3946
3947
3948
3949
3950
3951
3952
3953
3954
3955
3956
3957
3958
3959
3960
3961
3962
3963
3964
3965
3966
3967 023260
023260
3968 023264
3969 023266
3970 023270
3971 023274
3972 023300
3973 023302
3974 023304
3975 023306
3976 023310
3977 023314
3978 023316
3979
3980 023322
3981 023324
023324
023330
3982
3983 023332

MACRO M1200
WAIBIS

10-0CT-83

11:35

N1O

PAGE 80

SEGQ 130

.SBTTL

GLOBAL SUBROUTINE

is
;e
;e
H
;e
i*

- WAIT FOR BIT SET ROUTINE THIS SUBROUTINE WAITS FOR THE SPECIFIED BIT TO BECOME SET.
IF THE
SPECIFIED BiT GOES TO A SET STATE WITHIN THE SPECIFIED TIME-OUT
PERIOD A SUCCESS INDICATION IS RETUPNED BY THIS ROUTINE.
THE LAST VALUE WHICH IS READ LOOKING FOR THE CONDITION IS RETURNED TO
ALLOW THE USE OF THIS ROUTINE TO LOOK FOR DESTRUCTIVE READ CONDITIONS.

140

- WAIBIS

2888880088800 0 0000040800000 400 0800000080000 0 088008000 80080000000000800000
0

]

:+ INPUTS:
ie
.
;e

:* OQUTPUTS:
;e

R2 - THE LAST WORD WHICH WAS READ TO CHECK FOR THE CONDITION.
CARRY

SUCCESS FLAG (CARRY

SET

IF BIT

SET BEFORE

TIME-OUT).

;# CALLING SEQUENCE:

i*
i
T

MOV

#130040,R1

MOV

#L ABEL ,R2

JSR

PC,WAIBIS

;PASS BIT 11 (13 OCTAL) AND

;
32 (40 OCTAL) MS DELAY.
; TEST BIT IN WORD AT "LABEL".
;WAIT

32 MS FOR BIT

TO SET.

;* COMMENTS:
HE

:* SUBORDINATE ROUTINES CALLED: MSLGET.
1=

004567
010204
010102
042701
042702
000302
006202
006202
006202
016202
010203
004767
010002
010266
004736
000207

160512

8820484404000 0404888880408

WAIBIS::

SAVE

60$:

;SAVE CONTENTS OF GPRS RO THRU RS.
RS,PREGOS
;:CALL REGISTER SAVE SUBRT.
;SET UP THE ADDRESS PARAMETER FOR MSLGET.

BIC

#170000,R1

; SEPERATE DELAY COUNT OUT OF PASSED PARAMETER.

SWAB
ASR
ASR
ASR
MOV

R2
R2
R2
R2
BITTBL(R2),R2

;PUT LINE NUMBER FIELD IN LSBYTE.
;SHIFT THE LINE NUMBER FIELD INTO THE PROPER
:
POSITION TO USE IT AS A WORD TABLE OFFSET
;
FOR THE TABLE LOOKUP OF THE LINE BIT MAP.
;GET BIT MAP OF LINE TO TEST FROM TABLE.

JSR

PC,MSLGET

MOV

175014

0000000000004000

gi.g;

BIC

002410

ARR AR L2040

ngv
MOV

170000
007777

JSR

0 0000080000000 AR

#87777,R2

R2,R3

MOV
PASS

RO,R2
R2

RTS

MOV
JSR

; SEPERATE LINE NUMBER FIELD OF PASSED PARAM,

; INDICATE THAT THE BIT SHOULD BE SET.

sWAIT FOR THE BIT TO BE SET WITHIN TIME-OUT.
s
CARRY IS CORRECT UPON MSLGET RETURN.
;PASS LAST VALUE READ AS OUTPUT PARAMETER.
;RESTORE GPRS, EXCEPT THE FOLLCWING:

R2,R2SLOT(SP)
PC,a(SP)+
+

;PUT R2 IN STACK SLOT.
;:RETURN TO PREGOS SUBRT.

- LAST VALUE READ LOOKING FOR CONDITION.

CARRY

- SUCCESS FLAG (SET IF BIT FOUND SET).

CVDHABO DHV
GLOBAL

11 FUNC TST PART?

SUBROLUTINF

MACRO M1200
-

10-0CT A3 11:35

PAGE

SN
81

€% 1%1

WDPDR

398%

5%6

HER

.SBTTL

GLOBAL SUBROUTINE

zag’
2388
3989
3990
3991
a9y

1o
;e
;e
s
ie
L

- WRITE DATA PATTERN TO DEVICE REGISTERS THIS ROUTINE WRITES A ROTATED DATA PATTERN TO EACH OF Tt 6 DEVICE
REGISTERS Of EACH ACTIVE LINE OF THE DEVICE UNDER TEST.
THE DATA PATTERN IS ROTATED ONCE AFTER EACH WRITE TO A DEVICE REGISTER
ON A PARTICULAR LINE.
THE STARTING DATA PATTERN FOR EACH L INE
IS ROTATED ONCE AFTER WRITING ALL THE REGISTERS ON A PARTICM
AR

;995
996

i
i

39%3
2994

L
;e

2997
ggg&

LINE.

LINE O,
oo

4008

4010
4011

INSTRUCTIONS.

THIS ROUTINE WILL USE EITHER MOv, MOvB, BIS, B1SB, BIC, OR BICB

4013

R2 - USED TO PASS IN THE DATA PATTERN TO BE ROTATED & WRITTEN.
R3 - BYTE INDICATOR (- => LO BYTE, « => WI BYTE, O => BOTH).
R4 - OPERATION TYPE INDICATOR (- => BIC, + => BIS, O => MOV),

CSRA - CONTAINS THE CSR ADDRESS OF THE DEVICE UNDER TEST.

NUMLNS

TXBFCO

- BIT MAP OF

DEVICE UNDER

TEST.

;¢ OUTPUTS:

DEVICE REGISTERS ON ALL ACTIVE DEVICE LINES ARE MODIFIED.

:o COMMENTS:

:835

TEST.

EQUATED TO TBUFFCT REG OFFSET FROM DEVICE CSR ADDRESS.

UNBTTB - BASE ADDRESS OF THE UNUSED BIT TABLE.

i CALLING SEQUENCE:

4050

NUMBER OF LINES ON THE

:813

THE ACTIVE LINES ON THE DEVICE UNDER

:g.g

ACTLNS

DRADRT - BASE ADDRESS OF DEVICE REGISTER ADDRESS TABLE.
LPRO - EQUATED TO LPR REG OFFSET FROM DEVICE CSR ADDRESS.

:8%;

THE UPPER OR LOWER BYTE CAN BE SPECIFIED FOR WRITING.

i INPUTS:
;e
;e
;e
;e

4012

SHMIFTED 1 BIT POSITION

4009

ANY BITS FIELDS IN THE DEVICE REGISTERS THAT CANNOT BE ALTERED
ARE MASKED OUT OF THE DATA PATTERN BEFORE IT IS WRITTEN.

4005
400¢€
4007

;e
;o

‘ggz

LINE 1, REGISTER O - SHIFTED 1 BIT POSITION
LINE 2, REGISTER 1 - SHIFTED 2 BIT POSITIONS

4002

WOPDR

THIS LEADS TO THE FOLLOWING DATA PATTERN:
LINE O, REGISTER O - SHIFTED O BIT POSITIONS

;e
i

400C
4001

2000008080000 00000000008 2000000000008 000000000000080008080000000000000000000

JSR

PC.WDPCR

THIS ROUTINE DOES NOT WRITE ANY DATA TO THE Tx.CHAR REGISTERS.
THE

CSR

IS CLEARED EXCEPT FOR

THE

IND.ADR.REG FIELD.

4023

;¢ SUBORDINATE ROUTINES CALLED: ROLDAP,

402;

402

4026 023334

a0t 023334

004567

008000800800 0800000008000000000000800000000000000000000000000000000000000000

WOPDR::

160436

SAVE

JSR

: SAVE CONTENTS OF GPRS RO THRU RS,

RS,PREGOS

sCALL REGISTER SAVE SUBRT,

:853

;3 SET UP OUTER LOOP WHICH WRITES THE DATA PATTERN TO EACH LINE'S REGISTERS
'-

:ggg 023340

005005

CLR

4032

: THE OUTER LOOP FOLLOWS.

:ggz

;

sCLEAR LINE COUNTER TO SELECT LINE O.

EACH PASS THROUGH THIS LOOP WRITES DATA TO ALL OF

THE DEVICE REGISTERS FOR A PARTICULAR LINE IF IT IS ACTIVE.

‘-

4035 023342
4036 023344

010204
010577

4038 023352
4039 023360

036567
001451

4037 02335C

4040 023%62

006305

012701

2s:

156674
C02410

000004

156656

MOV
MOV
ASL

BIT
BEQ

MOV

R2,.R4
RS,3CSRA
RS

$1SAVE THE OUTER LOOP DATA PATTERN.
3SET CSR IND.ADR.REG FIELD TO THIS LINE.
; TURN LINE NUMBER INTO A WORD OFFSET.

BITTBL(RS),ACTLNS
208
sLINE

oLPRO,R1

s YES,

ACTIVE?

NO,

SKIP

THIS LINE.

INITIALIZE THE REGISTER OFFSET,

- 11 FUNC
CVDHABO DHV
GLOBAL

TST

PARTp

SUBROUTINE

4743
4044

4045
4046

a0a?

2048
4049

4050
4051

4052
4053
4054
4055
4056
4057
4058
4059
4060
4061

4062

4063
4064
4065
4066
4067
4068
4069
4070
4071
4072
4073
4074
4075

02336€
023370
023374
023400
023404
023406
023410
023412
023416

016103
005766
003402
005203
000300
005766
001412

THE

INNER LOOP FOLLOWS.

DEVICE REGISTER,

002264
002244
000010

000010

811

MOV
BIC

R2,RO
UNBTTB(R1),R0O

TST

R3SLOT(SP)

MOV
BLE
INC
SWAB

68
R3
RO

BEQ

12$

TST

6%:

DRADRT(R1),R3

R3SLOT(SP)

EACH PASS

THROUGH THIS LOOP WRITES DATA

'1 A

+CLEAR BIT FIELDS FOR UNUSED REGISTER BITS.
tGET THE ADDRESS OF THE DEVICE REGISTER.
sCHECK THE OPERAND TYPE INDICATOR.
sHIGH BYTE? NO, SKIP HIGH BYTE ADDRESS “ET '@,
s YES, SET THE REG ADDRESS TO THE MWIGH BrTE,
;MOVE HIGH BYTE DATA INTO THE LOW BYTE,
;CHECK THE OPERAND TYPE INDICATOR,
:WORD ACCESS?
VYES, GO PERFORM WORD ACCESS.

:aifiTORH BYTE ACCESS TO THE SPECIFIED BYTE OF THE SPECIFIED REGISTER.
023420
023424
023426
023430
023432
023434
023436
023440
023442

005766
100403
001404

1ST

000012

BMI
BEQ
BISB
BR

150013

000415

140013

BICB

8s:

000413
110013
000411

BR
MOVB
BR

10¢:

RASLOT(SP)

8s
108
RO,(R3)
188

iNO, CHECK THE ACCESS TYPE INDICATOR.
sUSE BIC?
VYES, GO PERFORM BICB INSTRUCTION,
tUSE MOV?
YES, GO PERFORM MOVB INSTRUCTION.
iNEITHER.,

PERFORM BISB ACCESS TO REGISTER,

;PERFORM BICB ACCESS TO REGISTER.

RO,(R3)

188
RO,(R3)
188

;PERFORM MOVB ACCESS TO REGISTER.

HAd

;PERFORM WORD ACCESS TO THE SPECIFIED REGISTER.

023444
023450
023452
023454
023456
023460
023462
4076 023464
4077
4078
4079
4080
4081
4082
4083
4084
4085
4086

010200
046100

PAGE

Cil

WDPDR
B es o0 o o

404)
4042

10-0CT 8% 11:35

MACRC M1200

005766
100403
001404
050013
000403
040013
000401
010013

000012

12¢:

TST

BMI
BEQ
8IS
BR

BIC
BR
MOV

14%:
16%:

RASLOT(SP)

14
16$
RO, (R3)
18

sCHECK THE ACCESS TYPE INDICATOR.
VYES, GO PERFORM BIC INSTRUCTION.
sUSE BIC?
sUSE MOV?
iNEITHER.

YES, GO PERFORM MOV INSTRUCTION.
PERFORM BIS ACCESS TO REGISTER.

+PERFORM BIC ACCESS TO REGISTER.

RO,(R3)
18¢
RO,{R3)

;PERFORM MOV ACCESS TO REGISTER.

‘0

;

PREPARE

THE DATA PATTERN AND OFFSET FOR THE NEXT REGISTER ON THIS LINE.

‘.

023466
023472
023476
023502

004767
062701
020127
003731

JSR
ADD

PC.ROLDAP
02,R1

;ROTATE DATA PATTERN LEFT,

BLE

;LOOP IF NOT ALL REG DONE FOR THIS LINE.

cMp

R1,0TXBFCO

: BACK INTO THE OUTER LOOP.

NOT

THROUGH CARRY,

s INCREMENT OFFSET FOR NEXT REGISTER.

;COMPARE REG OFFSET WITH OFFSET OF LAST REG.
NOW SET UP FOR NEXT LIN
.

LOOP IF NOT DONE.

010402
004767

023524
4095 023526

004736
000207

4093
4094 023524

18%:

HEd

023504
023506
023512
023514
023516
4092 023522

4087
4088
4089
4090
4091

176074

000002
000016

005205
020527
002707

176054

208:

MOV
JSR

ASR

INC
cMP
BLT

000010
608
:

R4 ,P2

$SET UP TO ROTATE THE DATA PATTERN.

RS
RS
RS, ONUMLNS
28

s CONVERT BACK TO LINE NUMBER FROM WORD OFFSET,
sCOUNT THIS LINE.
;COMPARE LINE COUNT WITH NUMBER OF LINES.

PC ,ROLDAP

PASS
RTS

JSR

sROTATE

THE DATA PATTERN,

;LOOP IF SOME LINES NOT DONE.

sRESTORE GPRS.

PC.a(SP).

;RETURN TO PREGCS SUBRT,

CvDHABO DMV - 11 FUNC
GLOBAL

PART?

MACRO M1200
-

SUBROUTINE

4097
4098
4099

4100

4101
4102
4103

10-0CT 83 11:35

.SBTTL
100

2808000000000 00000000808008000000000000000000000080000000500000800000000000

GLOBAL SUBROUTINE

i
i
i
3o

- LINE CONTROL REGISTER SETUP ROUTINE
THIS SUBROUTINE IS USED TO SET THE DEVICE UNDER TEST (DUT) L INE
CONTROL REGISTERS (LNCTRL) TO THE SPECIFIED STATE.
ONLY THE LNCTRLS
FOR THE SPECIFIED LINES ARE ALTERED

' 8

4105
4106
4107

i
i
i

4108

4110
4111
4a11e

CSRA - CONTAINS ADDRESS OF THE DUT CSR.
IESTAT - CONTAINS THE CURRENT STATE OF THE Tx AND Rx INTERRPT
LNCTRA

i¢ OUTPUTS:
e

4126 023542
4127 023544

4128

4129
4130
4131 023550
4132

4133 023554

023554
4134 023556

ADDRESS OF

THE

DUT LNCTRL REGISTERS,

JSR

PC,WTWLNC

:» COMMENTS:

;¢ SUBORDINATE ROUTINES CALLED: ALTFLD.

4117
4118
4119

4124 023534

CONTAINS

LNCTRL - SPECIFIED DUT LINE CONTROL REGISTERS ARE ALTERED.

4116

4125 023540

:* CALLING SEQUENCE:

4121
4122
4123

RO - NEW LINE PARAMETERS.
RS - BIT MAP OF LINES TO BE ALTERED.

4113
4114
4115

4120 023530
023530

- WTWLNC

ENABLE BITS IN THE CSR.

4109

%0 13%%

WTWUNC

i¢ INPUTS:
e

4104

D11

PAGE 82

004567

160242

008880000000 000000880000800008080008088080000000000800000040083502500000000800

WTMWLNC::

SAVE

JSR

s SAVE CONTENTS OF GPRS RO THRU RS.

R5,PREGOS

s:CALL REGISTER SAVE

SUBRT,

;

SET UP THE PARAMETERS FOR THE CALL TO ALTFLD.

‘.

016701
010002
010503
012704

MOV
MOV
MOV
MOV

156514
177777

LNCTRA,R1
RO, F2
R5,R3
@-1,R4

:SET UP
$SET UP
sSET UP
;SELECT

THE
THE
THE
ALL

PARAMETER.
CONTENTS.
TO ALTER.
BE ALTERED.

HEd

; CALL THE SUBROUTINE WHICH ALTERS THE REGISTER CONTENTS.
3-

004767

004736
000207

JSR

174052

60%:

PC,ALTFLD

PASS
RTS

JSR

sALTER THE REGISTER CONTENTS.

;RESTORE GPRS.
PC,8(SP).

;RETURN TO PREGOS SUBR!T.

CVDHABO DMV -11 FUNC TST PART2

MACRC M1200

GLOBAL SUBROUTINE

413

WTWLNS

10-0CT 83 11:35

L1l

PAGE 83

€% 1%4

.SBTTL

GLOBAL SUBROUTINE

- WTWLNS -

‘13.’

3000..0‘.000‘0.000.0000‘0.‘.0000000000.00000.0.000.000000‘000000000.00000000000

4139
4140

i
i

THIS SUBROUTINE WRITES A SPECIFIED WORD TO THE SPECIFIED Omv DEVICE
REGISTER FOR EACH OF THE DHV LINES.
IT COULD BE USED TO CLEAR ALL

THE SAME PARAME TERS.

4138

4141

4142
4143

4146

4144
4145

4147

4148

DEVICE REGISTERS - SPECIFIED REGISTERS GIVEN NEW VALUE.
CSR IND.ADR.REG FIELD - DESTROYED.

CSR INTERRUPT ENABLE BITS - SET TO STATES IN IESTAT,

4159

THE STATES OF PARTIAL REGISTER FIELDS OR TO ALTER A REGISTER

BY THIS ROUTINE.

THE SPECIFIED REGISTERS ARE READ BEFORE BEING WRITTEN,

;¢ SUBROUTINES CALLED: ALTFLD.

‘163
4164

THIS ROUTINE SHOULD NOT BE USED TO ALTER

FOR FEWER THAN ALL OF THE LINES.

4162

PC,WTWLNS

NOTE THAT THE SPECIFIED REGISTERS FOR ALL LINES ARE ALTERED

:ig?

JSR

;¢ COMMENTS:
;e

4158

;0.‘0‘0‘.0.“.‘0.0‘....‘0."0.00..t.....0.‘.0..‘0..0‘.....00..“‘..0...0‘0.0..o

004567

160212

WTWLNS:: SAVE

JSR

s SAVE CONTENTS OF GPRS RO THRU RS

RS,PREGOS

;CALL REGISTER SAVE SUBRT,

: SET UP THE BIT MAP OF LINES TO CHANGE AND MASK OF BITS TO ALTER PARAMETERS.

fig;

‘-

012703

012704

:i;g

000377

004736
000207

MOV

177777

:{;; 023574 004767 174026
4177 023602

CSRA.

4157

4176 023600
023600

IESTAT - SAVED STATES OF THE TX.IE AND RX.IE BITS.

:¢ CALLING SEQUENCE:

4156

:1;(13 023570

MAPLNS - EQUATED TO BIT MAP OF LINES ON DEVICE (8 FOR DMV11).

:gg

4169 023564

- 023560

R1 - ADDRESS OF THE SPECIFIED REGISTERS.
R2 - WORD TO WRITE INTO THE SPECIFIED REGISTERS.

;¢ OUTPUTS:
;e

:1'55’%

:¢ INPUTS:
;e

HLd

4150
4151

WRITE WORD TO ALL LINES ROUTINE

OF THE LNCTRL REGISTERS OR TO INITIALIZE ALL OF THE LPR REGISTERS "0

4149

4165 023560

MOV

OMAPLNS ,R3

0-1,R4

:GET THE BIT MAP OF LINES TO CHANGE.

;INDICATE ALL 16 BITS TO BE CHANGED.

s CALL THE SUBROUTINE TO WRITE THE SPECIFIED REGISTERS.

JSR

60¢$ :

PASS
RTS

PC.ALTFLD
PC

JSR

;CHANGE THE REGISTERS.

;RESTORE GPRS.
PC,8(SP)+

;RETURN TO PREGOS SUBRT,

CVDHABO DHV -11 FUNC
GLOBAL

TST PART?2

SUBROUTINE

4190

4191
4192
4193

LINE

PARAMETER

REGISTERS

THE SPECIFIED LINES ARE ALTERED.

SETUP

ROUTINE

(LPR)

THE

SPECIFIED

STATE.

ONLY

THE

LPRS

FOR

i* INPUTS:
ie
i
i
i
i

RO - NEW LINE PARAMETERS.
RS - BIT MAP OF LINES TO BE ALTERED.
CSRA - CONTAINS ADDRESS OF THE DUT CSR.
IESTAT - CONTAINS THE CURRENT STATE OF THE Tx AND Rx INTERRUPT
ENABLE BITS IN THE CSR.
LPRA - CONTAINS ADDRESS OF THE DUT LPR.

i¢ OUTPUTS:

LPR - SPECIFIED DUT LINE PARAMTER REGISTERS ARE ALTERED.

i* CALLING SEQUENCE:

JSR

PC.WTWLPR

1 ®

s COMMENTS:

4198

:* SUBORDINATE ROUTINES CALLED: ALTFLD.

4199
4200
4201

023630
4216 023632

- WTWLPR

THIS SUBROUTINE IS USED TO SET THE DEVICE UNDER TEST (DUT) LINE

: ®

4196
4197

4215 023630

SEQ 135

GLOBAL SUBROUTINE

: &

41%4
4195

4213 023624

4187
4188
4189

4214

F1l

8880080800000 008000000000000000 00000800000 RRRNLNNISNILLAOLNINROLINGS

4185
4186

4210
4211
4212

PAGE

4184

4207 023614
4208 023616
4209 023620

11:35

WTWLPR

300

4183

4204
4205
4206 023610

10-0CT-83

.SBTTL

4179
4180
4181
4182

4202 023604
023604
4203

MACRO M1200

004567

160166

0828880888880 0880000880000008008080880000000008800000808008200800480000000000

WTWLPR::

SAVE

JSR

; SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS

:CALL REGISTER SAVE

SUBRT,

HES

SET UP THE PARAMETERS FOR THE CALL TO ALTFLD.

‘-

016701
010002
010503
012704

MOV
MOV
MOV
MOV

156434
177777

LPRA,R1
RO,R2
R5,R3
e-1,R4

$SET UP
$3ET UP
$SET UP
:SELECT

THE
THE
THE
ALL

PARAMETER.
CONTENTS.
TO ALTER.
BE ALTERED.

s+ CALL THE SUBROUTINE WHICH ALTERS THE REGISTEX CONTENTS.
3-

0Ca767
004726
000207

JSR

173776

60$:

PC.ALTFLD

PASS
RTS

JSR

sALTER THE REGISTER CONTENTS,
;RESTORE GPRS.
PC,a(SP).

;RETURN TO PREGOS SUBRT.

CVDHABO Dmv-11 FUNC TST PART2

MACRO M1200

INTERRUPT SERVICE ROUTINE

- CACHRX

10-0CT-83 11:35

140

4221

4222
4223
4224
4225
4226
4227
4228
4229

PAGE 85

%€EG 13

.SBTTL

4218
4219
4220

GL1

INTERRUPT SERVICE ROUTINE

CACHRX

0000000000000000000000000000000000000000000000000000000000000000000008080000

- CATCH RECEIVER INTERRUPT,

THIS ROUTINE

IS USED IN SEVERAL

TESTS,TO LOG A COUNT

NUMBER OF RECEIVER INTERUPTS THAT OCCUR,

;¢ INPUTS:
;e

THE

CSRA - CONTAINS THE ADDRESS OF THE CSR.
RXINTC - HOLDS THE COUNT OF THE NUMBER OF Rx INTERRPTS
THAT

OCCURRED.

i ®

;¢ OUTPUTS:
e

4230
4231
4232
4233
4234
4235

: ®

4237
4238
4239 023634

17"

RXINTC

;¢ CALLING SEQUENCE:
HE

- CONTAINS THE UFDATED INTERRUPT COUNT,
PUT THE ADDRESS OF THE LABEL CACHRX IN THE VECTOR

LOCATION.

;¢ COMMENTS:
e

4236

;¢ SUBORDINATE ROUTINES CALLED: NONE

023634
023640
023644
023646
023650

004567
016701
005201
102001
005301
010167

023656
4246 023660

004736

4240
4241
4242
4243
&oad 023652
4245 023656

000002

160136
156470

156456

0888888880088 0000808888000000200880008800000000800008800000000000000000000

CACHRX : : SAVE

2%:
60$:

MOV
INC
8vC
DEC
MOV

PASS

RTI

JSR

; SAVE CONTENTS OF GPRS RO THRU RS.
RS,PREGOS
;CALL REGISTER SAVE SUBRT.

JSR

;RESTORE GPRS.
PC.a(SP)e

RXINTC,R1
R1
2s
R1
R1,RXINTC

;GET THE RECEIVER INTERRUPT COUNT
s INCREMENT THE COUNT
:+BRANCH IF NO OVERFLOW OCCURRED
;RESET THE COUNT TO 177777
s+SAVE NEW COUNT VALUE

;RETURN TO PREGOS SUBRT.

CVDHABO DHV-11 FUNC TST PARTZ2

MACRO M1200

INTERRUPT SERVICE ROUTINE

4248

CACHTX

10-0CT 83 11:35

.SBTTL

100

4250

:ggg

;¢

INTERRUPT SERVICE ROUTINE

CATCH TRANSMITER

INTERRUPT,

THIS ROUTINE IS USED IN SEVERAL

CACHTX

TESTS,TO LOG A COUNT OF

NUMBER OF TRANSMISSION INTERRUPTS THAT OCCUR.

4255

SEG 137

0888000008000 0000000 0800000000 RLNNRNNRLRLRLRR00000000000
0000000000000

4254

PAGE 86

‘2‘9

4251

HL1

INPUTS:

CSRA

- CONTAINS THE ADDRESS OF

TXINTC

HOLDS

THE

COUNT

THE CSR.

THE NUMBER OF

THE

INTERRUPTS

:ggg

:* OUTPUTS:

4260

4263

4261
4262

TXINTC - CONTAINS THE UPDATED INTERRUPT COUNT.

;¢ CALLING SEQUENCE:
HL

4264

PUT THE ADDRESS OF THE LABEL CACHTX IN THE VECTOP
LOCATION.

;¢ COMMENTS:

4265
4266

ie
:* SUBORDINATE ROUTINES CALLED:

4267

4268
4269 023662

023662
4270 023666

CACHTX: : SAVE

4271 023672
4272 023674
4273 023676

004567
016701

005201
102001
005301

160110
156446

4274 023700

010167

156434

023704

004736

4275 023704

4276 023706

000002

60$:

s SAVE CONTENTS OF GPRS RO THRU RS.

INC
8vC
OEC

JSR
TXINTC,.R1

R1
2
R1

RS ,PREGOS
sCALL REGISTER SAVE SUBRT,
;:GET THE TRANSMISSION INTERRUPT COUNT

MOV

R1, TXINTC

;SAVE NEW COUNT VALULE

MOV

2%:

NONE

6880000000000 0000400080000000000000000000000000000000000000000000000000000000

PASS

RTI

JSR

;s INCREMENT THE COUNT
;BRANCH IF NO OVERFLOW OCCURRED
sRESET THE COUNT TO 177777
sRESTORE

PC.a(SP)e«

GPRS.

sRETURN TO PREGOS SUBRT.

CVDHABO DMV -11 FUNC TST PART?

MACRO M1200

INTERRUPT SERVICE ROUTINE

CLKINT

4278
4279
4280

2288

4312
4313

- CLKINT

THIS ROUTINE IS EXECUTED CLKHRZ TIMES PER SECOND.
TWO TIMER COUNTERS DOWN TO ZERO.

4309
4310
4311

SEG

ie
ie

i¢ OUTPUTS:

TIMER3

TIMER COUNTER FOR CALL OF BREAK MACRO.

THE 2 TIMER COUNTERS ARE DECREMENTED IF THEY ARE NOT ZERO.

;e
ie
i

;¢ COMMENTS:
ie
ie

1IT DECREMENTS THE

TIMER1 - TIMER COUNTER o1.
TIMER2 - TIMER COUNTER @2.

:* CALLING SEQUENCE:

4291
4292
4293

B8008000808000000000800880000008800880800000880800000080000000000008000080000

:¢ INPUTS:
;e

1289
4290

[ 11

INTERRUPT SERVICE ROUTINE

4286

4294
4295
4296
4297
4298
4299
4300
4301
4302
4303
4304
4305
4306
4307
4308

PAGE

LSBTTL

i e

4287

11:35

300

4281
4282
4283
4284
4285

10-0CT-83

PUT OCLKINT IN THE CLOCK INTERRUPT VECTOR SLOT.

PUT THE DESIRED TIME PERIOD (SECONDS TIMES CLKHRZ) IN
EITHER TIMER]1 OR TIMER2 AND POLL THE RESPECTIVE TIMER
COUNTER TO DETECT ITS GOING TO O ON TIME-OUT.

THE 2 COUNTERS WILL NOT WRAPAROUND BUT WILL STOP AT 0.
THIS
ALLOWS THE DETECTION OF A TIME-OUT ANY TIME AFTER THE TIME-OUT
HAS OCCURRED UNTIL THE TIMER COUNTER IS SET TO ANOTHER VALUE.

;® SUBORDINATE ROUTINES CALLED: NONE.
$--

023710
023714
023716
023722
023726
023730
023734
023740
023742
023750
023752
023752
023754
023756

005767
001402

005767

001402
005367
005367
001006
016767
010046

104422
012600
000002

0888080080088 088000888080800000808000080000808000000000000000000080000000000

156450

CLKINT::

156442
156440

2%:

DEC
TST

156432
156430

DEC

156424

156420

TST
BEQ

TIMER1
2¢

BEQ
DEC

44
TIMER2

BNE

604

MOV
BREAK

RO, -(SP)

MOV

60%:

MOV
RTI

TIMER]
TIMER2
TIMER3

BCOUNT, TIMER3

(SP)+,RO

;CHECK FOR TIMER1 AT ZERO.
:BRANCH TO LEAVE IT AT ZERO IF IT IS ZERO.
;DECREMENT TIME COUNT.
;CHECK FOR TIMER2 AT ZERO.
;BRANCH TO LEAVE IT ALONE IF IT'S ALREADY ZERO.
sDECREMENT TIME COUNT,
;DECREMENT THE BREAK COUNT.
sEXIT IF NOT TIME TO CALL BREAK,
;SET UP TIME TILL NEXT BREAK,
:SAVE CONTENTS OF RO FROM BREAK MACRO.
;CHECK FOR OPERATOR CONTROL~/C.
+RESTORE CONTENTS OF RO.

TRAP

C$BRx

138

CVDHABO DHV -11 FUNC TST PART?

MACRO M1200

INTERUPT SERVICE ROUTINE

- RXBRRT

10-0CT-83 11:35

.SBTTL

4T)?

4318
4319
4320
4321
4222
4323
4324

- BR LEVEL TEST RECEIVE INTERRUPT SERVICE ROUTINE

1o QUTPUTS:

4330

4331

4332

RXINTC - HOLDS THE COUNT OF THE NUMBER OF RX INTERUPTS,
RXINTF

RXINTF

:* CALLING SEQUENCE:

4334

4335

lggg

;o COMMENTS:

4338

- RX INTERRUPT FLAGS.

RXINTC - CONTAINS THE UPDATED INTERUPT COUNT.

4333

SIMULTANEOUS RECEIVE INTERRUPT,

4329

NOTE:

- RX INT FLAGS:

(BIT O SET, BIT 14 SET IF TXINTF BIT O IS SET.)

PUT THE ADDRESS OF THE LABEL RXBRRT IN THE VECTOR
LOCATION.

THE FIFO IS PURGED BY THIS ROUTINE.

;¢ SUBORDINATE ROUTINES CALLED: NONE.

4339
4340

§--

4341 023760

023760

004567

160012

023770
023774
023776
024000

016701
005201
001402
010167

156340

4342 023764
4343
4344
4345
4346

THIS SERVICE ROUTINE HANDLES RECEIVE INTERRUPTS DURING THE INTERRUPT
BR LEVEL TEST.
THIS ROUTINE COUNTS THE INTERRUPT AND SETS A FLAG
TO INDICATE THAT THE INTERRUPT MAS NCCURRED.
IT ALSO CHECKS THE
FLAG WHICH INDICATES THAT A Tx INTERRUPT HAS OCCURRED.
IF THE Tx
INTERRUPT FLAG IS SET, THIS ROUTINE SETS AN INTERRUPT ORDER ERROR
FLAG INDICATING THAT A TRANSMIT INTERRUPT WAS SERVICED BEFORE A

4328

;e
;e
e
;e
;e
i

;e INPUTS:

4327

- RXBRRT

000000000000000000000000000000000000000000000000000000000000000000000000000

4326

INTERUPT SERVICE ROUTINE

100

4325

%€G 139

4115

4316

PAGE 88

4347 024004
4348 024010

4349 024014
4350 024022
ngé 024024

017700

016701
052701

032767
001402
052701

000080000000000000000000000000000000000000000000000000000000000000000000000

RXBRRT:: SAVE

156256

156330

156326
000001
000001

156320
i .

:gfsj

;

:;gg

003002
010167

024044

004736

4361 024044
4362 02404€

000002

156272

RXINTF ,R1
#B8ITO0,R1
oB8ITO, TXINTF
44
o8IT14,R1

;CALL REGISTER SAVE SUBRT.

sREAD THE CHAR OUT OF THE FIFO.

sGET THE INTERUPT COUNT,
s INCREMENT THE COUNT.,
:BYPASS UPDATING CMT IF OVEFRFLOW OCCURRED.
:SAVE NEW COUNT VALUE.
;GET THE RX INTERRUPT FLAGS.
sSET THE RX INTERRUPT HAS OCCURRED FLAG.

;TEST THE “TX INT HAS OCCURRED" FLAG.
:SKIP SETTING ERROR FLAG IF NO TX INT,
;SET THE INTERRUPT ORDER ERROR FLAG.

TO CHECK THE INTERRUPT ORDER, BECAUSE PERMAPS A BMP CODE HMAS COME IN

BETWEEN THE SERVICING OF THE 8 FIFO CODE INTERRUPTS AND THE SERVICING
OF ONE OF THE TX INTERRUPTS,

4358 024030 026767 156300 153752 30:
4359 024036
4360 024040

MOV
BIS

RXINTC,R1
R1
2
R1,.RXINTC

;SAVE CONTENTS OF GPRS RO THRU RS.

RS ,PREGOS

8 FIFO CODES WILL CAUSE 8 INTERRUPTS, AFTER THESE 8 CODES WE DON'T WANT

‘

4355

SRBUFA,RO

BIT
BEQ
BIS

040000

MOV

MOV
INC
BEQ
MOV

2s:

JSR

608 :

cMe

B8GY
MOV

PASS

RTI

RXINTC ,NUMLNS
60
R1,RXINTF

JSR

;;TEST FOR ALL SELFTEST CODE INTS DONE.

:SKIP UPDATING RX INT FLAGS IF EXTRA RXx INTS.
tUPDATE THE RX INTERRUPT FLAGS.
sRESTORE GPRS.

PC,8(SP)»

;RETURN TO PREGOS SUBRT.

CVDHABO DMV -11 FUNC TST PART2

MACRO M1200

INTERUPT SERVICE ROUTINE

- RXINPT

<11

10-0CT-83 11:35

PAGE 89

5EG 140

4364
4365
4266
4367

.SBTTL
INTERUPT SERVICE ROUTINE
- RXINPT 100 8888080000000 0000000000000 20000000008 0008 0080008000000 8080000000 0000000 0000
L
- RECEIVE CHARACTER INPUT INTERRUPT SERVICE ROUTINE ;e
THIS SERVICE ROUTINE INPUTS A CHARACTER FROM THE DUT AND LOADS THE

4369

i e

4368

i e

:37?

CHAR (COMPLETE WITH STATUS FLAGS) INTO A RECEIVE CHAR BUFFER IN

MEMORY.

1 ®

4372
4373
4374
4375
4376
4377
4378
4379
4380

i INPUTS:
T
i
i
ie
e
HL
;¢ OUTPUTS:
T

:ggs

;e
]

4383

THE

IS ALSO COUNTED.

THE RECEIVE CHAR BUFFER

BUFPTR

RXINTC

CONTAINS UPDATED ADDRESS OF NEXT FREE BUFFER LOCATION.

CONTAINS THE UPDATED INTERUPT COUNT.

RXINTF - RX INT FLAGS (BIT 1S SET IF RXx.DATA_AVAIL IS CLEAR).

PUT

THE ADDRESS OF

LOCATION.

;¢ COMMENTS:
;e

MAINTAINED EQUAL

4388

THE LAST WORD READ FROM THE DUT FIFO.

:ggg

‘ggg

THE MEMORY BUFFER,

TO BUFEND

AND

THE

WORD AT

IN THE VECTOR

BUFPTR WILL BE
BURFPTR WILL

NOTE: THIS ROUTINE CAN DESTROY TX.ACTIONS BY READING THE CSR.

4391

IN CASE OF OVERFLOW OF

THE LABEL RXINPT

4386
4387

BUFEND - LABELS THE END OF THE HOST MEMORY BUFFER.
BUFPTR - CONTAINS ADDRESS OF NEXT FREE BUFFER LOCATION.
CSRA - CONTAINS THE ADDRESS OF THE DUT CSR.
RBUFA - CONTAINS THE ADDRESS OF THE RBUF DUT REGISTER,
RXINTC - HOLDS THE COUNT OF THE NUMBER OF RX INTERUPTS,
RXINTF - RX INTERRUPT FLAGS.

;¢ CALLING SEQUENCE:

:g:g

INTERRUPT

MONITORED TO ENSURE THAT IT DOES NOT OVERFLOW.

;¢ SUBORDINATE ROUTINES CALLED:

NONE.

RXINPT::

JSR
oBIT7,8CSRA

; SAVE CONTENTS OF GPRS RO THRU RS.
RS,PREGOS
;CALL REGISTER SAVE SUBRT.
s TEST RX.DATA.AVAIL BIT OF THE CSR (READS CSR).

OBIT1S,RXINTF
RXINTC,R1
R1
4%
R1,RXINTC

;SET THE RX.DATA.AVAIL CLEAR FLAG.
;GET THE INTERUPT COUNT.
: INCREMENT THE COUNT.
;:BYPASS UPDATING COUNT IF OVERFLOW OCCURRED.
:SAVE NEW COUNT VALUE.

0888888880800 008000800800088000000088088
8008000800000 0008000000000000000 00

4394 024050
024050
4395 024054

004567
032777

157722
000200

4397
4398
4399
4400
4401

052767
016701
005201
001402
010167

100000
156236

016702
017722

156212
156130

4396 024062

024064
024072
024076
024100
024102

4402 024106
4403 024112
4404
4405
4406
4407

024116
024122
024124
024130

024130

4408 0241%2

001003

020267
103002
010267

156162
156244

BIT

BNE
2%:

156226

157604
156174

SAVE

604 :

BIS
MOV
INC
BEQ
MOV

MOV
MOV

cMP
BHIS
MOV
PASS

004736

000002

BUFPTR,R2
SRBUFA,(R2).
R2,BUFEND
60
R2,BUFPTR

JSR
RTI

sBRANCH AROUND SETTING FLAG IF BIT IS SET.

;GET THE POINTER TO NEXT FREE BUFFER WORD.
sREAZ. A CHAR FROM THE FIFO INTO BUFFER.
;s TEST FOR POINTER BEYOND END OF BUFFER.
;SKIP THE PTR UPDATE IF PTR OUT OF BOUNDS.
;sUPDATE THE BUFFER POINTER.
;RESTORE GPRS.

PC,3(SP).

;RETURN TO PREGOS SUBRT.

CVDHABO DMV -11 FUNC TST PART?
GLOBAL

TRAP SERVICE ROUTINE

MACRO M1200
TPARTN

4410
4411
4412
441%

PAGE 9

SEG 141

.SBTTL

GLOBAL TRAP SERVICE ROUTINE

TP4ARTN -

;e
ie
;e

BUS TIME-OUT TRAP (004 TRAP) SERVICE ROUTINE THIS ROUTINE IS USED DURING THE DEVICE REGISTER ADDRESS ACCESS TEST.
IT DETERMINES IF THE 004 TRAP WAS CAUSED BY AN "EXPECTED” ERROR OR

1000000000000 00000000008 0888880000088 08000008008088800800000088000004880000000000

4314
4415

i e

4416

4417
4418
4419
4420
4421
4422
4423
4424
4425
4426
4427
4428
4429
4430
4431
4432
4433
4434
4435
4436
4437
4438

10-0CT-83 11:35

L11

NOT BY

EXAMINING

UNEXPECTED,

004

THE RETURN PC

VALUF

THE

STACK.

THE

TRAP

THIS ROUTINE JUMPS TO THE NORMAL. DIAGNOSTIC SUPERVISOR

TRAP HANDL ING ROUTINE.

;¢ INPUTS:

SP - POINTS TO THE PC WHERE THE TRAP OCCURED.

ADRPTR

LABEL

i e

TPAFLG

004

THE

ADDRESS WHERE

"EXPECTED"

TRAPS OCCUR.

TRAP FLAGS.

;¢ OUTPUTS:
L

TPAFLG - BIT 1S IS SET IF “EXPECTED” TRAP OCCURED.

i CALLING SEQUENCE:
;e
L

;¢ COMMENTS:
e
H

PUT ADDRESS POINTED TO BY TPARTN IN 004 VECTOR.
OCCURENCE OF 004 TRAP VECTORS TO THIS ROUTINE.

ANY 004 TRAP WHICH OCCURS AT AN ADDRESS OTHER THAN THAT LABELED
ADRPTR WILL BE HANDLED BY THE NORMAL 004 TRAP SERVICE ROUTINE.

;¢ SUBORDINATE ROUTINES CALLED: NONE.

1080888000800 080000080808888808008000008008880808000880008880800888080000000000

024134
024140
024142
024146
024154

021627
001402
000177
052767
000002

020136

156176
100000

156172

TPARTN:: CMP
BEQ
JMP

2s:

BIS
RTI

(SP),QADRPTR
2s

8TP4AVEC

oBIT1S,TPAFLG

;COMPARE EXPECTED ADR AGAINST TRAP RET PC.
:IF THEY MATCH, CONTINUE THIS ROUTINE.
s IF NOT,JUMP TO NORMAL 004 TRAP SERVICE RTN,
;SET THE 004 TRAP OCCURED FLAG.
;ALL DONE, GO BACK TO THE TEST.

CVDHABO DHV-11 FUNC

TST PART2

INTERUPT SERVICE ROUTINE

MACRO M1200
-

TXINTR

ML1

10-0CT-83 11:35

PAGE 91

SEG 142

4440
444
4442
4443
4444
4445
4446

.SBTTL
INTERUPT SERVICE ROUTINE
- TXINTR 100 8808800008000 00000008000 0800800000000 0000000000800000080000000088000000000000
T
- TRANSMIT INTERRUPT SERVICE ROUTINE i .
THIS ROUTINE HANDLES A TRANSMIT INTERRUPT FROM THE DEVICE UNDER TEST
i
(DUT) BY COUNTING THE INTERRUPT AND READING THE DUT CSR TO CLEAR THE
ie
INTERRUPT REQUEST.
THIS ROUTINE ALSO SETS A FLAG TO INDICATE THAT
;e
A TX INTERRUPT HAS OCCURRED AND SETS A FLAG IF THE TX.ACTION BIT IS

:::;

4449

;¢

NOT SET IN THE READ CONTENTS OF THE DUT CSR.

4450

4451

INPUTS:

4452
4453

ie
:» OUTPUTS:

::g;

4456

CSRA

CONTAINS

THE ADDRESS OF

TXINTC

CONTAINS

TXINTF

THE

CSR.

- HOLDS THE COUNT OF THE NUMBER OF Tx INTERUPTS.

TXINTF

i CALLING SEQUENCE:

4457
4458

TXINTC

INTERRUPT FLAGS.

THE UPDATED

INTERUPT COUNT,

- TX INT FLAGS (BIT O SET, BIT 15 SET IF TX.ACTION CLR).

PUT THE ADDRESS OF THE LABEL TXINTR IN THE VECTOR

LOCATION.

4459
4460
4461

;* COMMENTS:

4462
4463
4464 024156

024156

4465 024162
4466 024166
4467 024170

e
;¢ SUBORDINATE ROUTINES CALLED:
i1

004567
016701
005201

005301
010167

4473
4474
4475
4476

052703
052703
010367

024212
024216
024222
024226
024226
A477 024230

TXINTR::

156152

016703
017702
100402

004736
0000G2

SAVE

MOV
INC

102001

4468 024172
4469 024174

4470 024200
4471 024204
4472 024210

157614

BvC

156140
156136
156034

100000
000001
156114

2%:

4%:
60$:

NONE

8888888820880 888820888802808880000888
8088088000000 8000880800080000000000000

DEC
MOV

MOV
MOV
BMI
BIS
BIS
MOV
PASS

JSR

TXINTC,R1
R1

THRU RS.

;CALL REGISTER SAVE SUBRT.

;GET THE TX INTERUPT COUNT,
; INCREMENT THE COUNT.

;BRANCH IF

TXINTF ,R3
aCSRA ,R2
4%
#BIT1S5,R3
o8ITO,R3
R3, TXINTF

;GET THE TX INTERRUPT FLAGS.
;:READ THE CSR.
;SKIP SETTING OF FLAG IF TX.ACTION

R1
R1, TXINTC

JSR
RTI

: SAVE CONTENTS OF GPRS RO

RS,PREGOS

NO OVERFLOW OCCURRED.

;RESET THE COUNT TO 177777.
:SAVE NEW COUNT VALUE.

IS SET.
;SET THE TX.ACTION CLEAR FLAG.
;SET THE TX INT HAS OCCURRED FLAG.
;UPDATE THE TX INTERRUPT FLAGS.
;RESTORE GPRS.
PC.a(SP)+
;:RETURN TO PREGOS SUBRT.

CVDHABO DHV-11 FUNC TST PART2

MACRO M1200

INTERUPT SERVICE ROUTINE

TXINTR

10-0CT-83

11:35

PAGE

N11
92

SEG 142

4479
4480
4481
4482
4483
4484
4485
4486

4488
4489
4490
4491
4392
4493

.SBTTL

FVTA.RPT

:
H
H

4487

REPORT CODING SECTION

: THE REPORT CODING SECTION CONTAINS THE
i "PRINTS” CALLS THAT GENERATE STATISTICAL REPORTS.
'--

4494
4495 024232

BGNRPT

024232

4496
4497 024232

024232
024234

4498
4499
4500
4501 024236

024236
024236

000167
000000

EXIT

LSRPT::

RPT

.WORD
.WORD

J$JMP
L10017-2-.

TRAP

CSRPT

.EVEN
ENDRPT
104425

L10017:

CVDHABO DHV 11 FUNC TST PART?
PROTECTION

MACRO M1200

10-0CT B3 11:3%

PAGE

b1
93

“Fh

144

e e e e e

T ety

TABLE

4507

.SBTTL

4504
4%0%

4506

4508

PROIECTION TABLE
T

450~

4509

FvTsKLE Pl

T T

451¢
asi1

451°

4512
4514

g
; THIS

4515

a51e
4517

$--

4518 024240
024240
4519

4520 024240
4521 024242
:g?g 024244
2
4524 0c424¢
4525

TABLE

TO PROTECT

IS USED By

BGNPROT

177777
177777
177777

THE

RUNTIME

SERVICES

THE LOAD MEDIA,.

-1
-1
1
ENDPROT

LS$PROT::

;OFFSET INTO P-TABLE FOR CSR ADDRESS
sOFFSET INTO P TABLE FOUR TMMASSBUS ADDRESS
sOFFCSET INTO P-TABLE FOR DRIVE NUMBER

r l("
—

CVDHABO DHV

-11 FUNC

TST PART?

MACRO M1200

10 -0CT B3 11:3%5

PAGE

PROTECTION TABLE
4540
4541

(ANl

4%a.

RTINS

asac

E NS

UE NI FF NN EE U P E

U T U P A B ESH U

LB FEE

A A B C A B F ATV B A EA LB B BB H B S

FVTA, INI

4541
4544

SSU

SN R EE R IR

I SRR

IS I eSS RN NS

NSNS E NS H A

S U NS A NS U S S EBE IS S BB

4536

as47
4548
a549
4550
4551
4552
4553

.SBTTL

THIS SECTION CONTAINS THE CODE WHICH IS PERFORMED AT THE BEGINNING GF

EACH PASS OR AFTER

4562
4563 024246

;:SEE

4565

4566 024256

024256
024262
4567 024264
024264

4568
4569 024266
024266
024272
4570 024274

1000000000000 00000000000080000000000008000000000000000000000000000000000800000000

BGNINIT
READEF

012700
104447

;SEE
000037

103161

000167

YES

LSINIT::
MOV

NEWSTA
IF

YES

NEWRES

;SEE TF THIS IS A NEW PASS, BR IF YES
READEF

012700
104447

IF PROGRAM JUST RESTARTED, BR
READEF ©OEF .RESTART
BCOMPLETE

103556
012700
104447

@QEF .START

BCOMPLETE

103416

024276
024302
024304
024304
024306
0c4312
024312
024312

024%14
024320

IF PROGRAM JUST STARTED,

012700
104447

103555

4577
4578
4579
4580 024314

DATA AREA.

024274

4571
a57g 024276

COMMAND.

MOVES THE INFORMATION HELD IN THE HARDWARE P-TABLE INTC THE GLOBAL

024246

024246
024252
4564 024254
024254

A CONTINUE

THIS CODE PERFORMS THE FCLLOWING ACTIONS:

4556
4557
4558
4559
4560
4561 024246

4574
4575
4576

SECTION

30000000000 0000000000000000000800000000000000080000000080000008000000008000800800080

4554
455%

4573

INITIALIZE

@EF .NEW

000036

000552

NEWPAS

;:SEE IF PROGRAM WAS JUST CONTINUED
READEF
@EF ,CONTINUE
BNCOMPLETE
NEWSTA:;

104433

JMP

GE TPRM

ENDIT

BRESET

CSREFG

BCS

NEWSTA

MOV

,RO
OEF .RESTART

TRAP

CSREFG

B8CS

S
NEWRE

MOV

0C0035

BCOMPLETE

RO
QEF .START

TRAP

OEF _NEW,RO

TRAP

CSREFG

B8CS

NEWPAS

MOV

@EF .CONTINUE
RO

TRAP

CSREFG

8CC

GE TPRM

sRESET THE BUS TO PREVENT ILLEGAL INTERRUPTS,
TRAP

CSRESET

s SET UP FOR LINE TIME CLOCK INTERRUPTS,
'-

012700
104462

000114

CLOCK

L,R1

:GET THE CLOCK PARAME TERS.

MOV

TRAP

e'L,.,RO

CsCLCK

S LAY

CVDHABO DHV

-11 FUNC TST

PART?

MACRO M1200

10-0CT 8% 11:3%5%

PAGE

)

INITIALIZE SECTION
024322

4581 024324
4582 024330

4583 024334
4584 024340
4585 024344
4586 024352
4587 024354
4588 024362
4589 024364
4590 024372
024372
024376

024402
024406
024412
024414
4591 024420
4592 024424
4593 024426
4594 024432
024432
4595
4596

024436

010001
012167
012167
012167
012167
026727
001004
012767
000403
012767

(R1)+,CLKCSR

156024
156022
156020
156016
156012

000062

000024

156012

000021

1560062

016746
012746
016746
012746
104437
062706
016700
006300
010067

153702
023710
155752
000003

012700
104441

000240

4603
4604
4605
4606
4607
4608
4609
4610
4611
4612
4613

155740

MO Vv
SETPRI

ASL

4614

024512
024516

005067
012767
012700
016701
004767
016767
103403
005067
000402

153340
024134

IS ACCESSABLE.
FIRST

s INITIALIZE THE BREAK COUNT

PRIOS, -75P)
QCLKINT, -(5P)
CLKVEC, -(5P)
03,-(5P)
CsSveC
010,5°

s+ 70 CAUSE A BREAK
+ EVERY 2 SECONDS.
sALLOW CLOCK INTERRUPTS DISABLE OTHERS.
MOV
@PRIOS,RO

155666

000100
002350

155656
173422
155636

SET UP TO CATCH ANY 004

MOV
MOV

155676
153330

C$SPRI

4, TPaVvEC
OTP4RTN.4

TRAPS WHICH OCCUR:

JSAVE THE EXISTING 004 TRAP VECTOR.
1SET 004 TRAP VECTOR TO OUR SERVICE RTN ADR.

ENABLE LTC CHECKING FOR 004 TRAP IN CASE CSR IS NOT THERE.

155662

CLR

MOV
MOV
MOV
JSR
MOV
BCS

153274

CLR
BR

155644

TP&FLG

:CLEAR THE 004 TRAP FLAG.

CLKHRZ
8s

iCLEAK LTC FREQUENCY WORD TO INDICATE NO LTC.
iBYPASS THE FOLLOWING CALIBRATION PROCEDURES.

0BIT6,WORD1
OWORD1,RO
CLKCSR.R1
PC,CKTRAP
TPAVEC.4
68

1SET UP TO SET BIT6 OF THE LTC CSR.
1SET UP WORD1 AS THE CKTRAP MOVE SOURCE.
{SET UP LTC CSR AS DESTINATION FOR CKTRAP MOVE.
i{MOVE AND CHECK FOR TRAP,
IRESTORE THE NORMAL 004 TRAP VECTOR.
:IF NO TRAP, LTC IS THERE SO CONTINUE.

‘0

: CALIBRATE THE DELAY ROUTINE MILLI-SECOND DELAY COUNT VALUE.
‘.

004767

6s:

173154

JSR

PC.CALMSL

: CHECK FOR MEMMORY MANAGEMENT PRESENT ON THIS MACHINE.

4619
4620

4621
4622 024524
4623 024532
4624 024540
4625 024544
4626 024550
4627 024554
4628 024560

MOV
MOV
MOV
MOV

: ENABLE THE LINE TIME CLOCK (LTC) CHECKING TO MAKE SURE THAT THE CSR

4615

4616
4617 024520
4618

s INITTALIZE CLOCK INTERRUPT VECTOR,

TRAP
ADD

RO
RO,BCOUNT
OPRIOS

RG,R1

FREQUENCY.

TRAP

"
024454
024460
024466
024472
Lo4476
024502
024510

s INDICATE 17 MS PER CLOC TICk,

CLKHRZ ,RO

MOV

016767
012767

017, ,MSTICK

CLKVEC, @CLIINT ,PRIO6

155736

024440
024446

sBRANCH IF CLOCK IS NOT SOMZ.
s INDICATE 20MS PER CLOCK TICw,

s TEST FOR SOMZ LINE

000010

4597
4598
4599
4600
4601
4602

es
020. ,MSTICK

CLKHRZ, 050,

as:

MOV

CSR ADDRESS.
BUS REQ INT LEVEL.
INTERRUPT VECTOR,
FREQUENCY.

(R:)+,CLKVEC
(R1)+,CLKHRZ

(R1)+,CLKBRL

2%:

CLOCK
CLOCK
CLOCK
CLOCK

sSTORE
s STORE
s STORE
$STORE

IF MEM MGT IS PRESENT, DISABLE IT.

016767
012767
005067
005067
012700
016701
005067

153254
024134
155602
155600
002350
155620
155616

155612
153244

8s:

MOV
MOV
CLR
CLR

MOV
MOV
CLR

4,TPaVEC
OTP4RTN.4
TP4FLG
WORDI1

9WORD1,RO
MMSRO,R1
MMPRES

JSAVE THE EXISTING 004 TRAP VECTOR.
1SET 004 TRAP VECTOR TO OUR SERVICE RTN ADR.
{CLEAR THE 004 TRAP FLAG.
{PREPARE TO CLEAR THE MEM MGT SRO REGISTER.

1SELECT CLEARED WORD AS CKTRAP RTN SOURCE.
{SELECT MEM MGT SRO REGISTER AS DESTINATION.
L INDICATE NO MEM MGT PRESENT IN CASE IT ISN' T.

CVDHABO DMV -11 FUNC TST PART2

MACRO M1200

10-0OCT 83 11:35

PAGE 94-2

%65 147

INITIALIZE SECTION
4629 024564

005067

155614

4631 024574
4632 024602
4633 024604

016767
103003
012767

155544

153202

000001
155514
000006

155570

4630 024570

4634 024612
46;2 024616

4637 024622
024622

004767

005067
000167

104433

173330

005067

155502

:6‘0 024630

012767

177777

641

155402

4642
4643

108:

NEWPAS;

i
:
:

4réa

4645 024636
4646 024642
4647 024644

4648

005267
001002
005367

4651 024650
4652 024654
:ggz 024662

155364
155360

024664

016700

155350

024672
4656 024674
024674

010001

024670

:gg; 024676
4659
4660

104442

4665 024716
4666 024722

010267
012167

4667 024726

4668 024732

4669 024734

:g;g 024740

155130

MOV

@-1,UNITN

sCLR COUNTEP USED IN REPORTING ROM VERSION o,
;SKIP AROUND THE BUS RESET, IT'S BEEN DONE.

;CLR COUNTER USED IN REPORTING ROM VERSION 2.

PASCNT
GE TPRM
PASCNT

;RESET LOGICAL DEVICE TO -1

: INCREMENT THE PASS COUNTER.
;1BRANCH IF WE HAVE NOT YET! OVERFLOWED.
:SET PASS COUNT TO 177777 OCTAL.

THE HARDWARE PARAMETERS FOR

THIS UNIT,

INC
CMP
BGE

UNITN
UNITN,LSUNIT
NEWPAS

;s INCREMENT LOGICAL DEVICE NUMBER
;SEE IF MAXIMUM (R,IT NO. EXCEEDED
;BR IF YES

GPHARD

UNITN,R1

;GET P-TABLE POGINTER INTO R1

BCOMPLETE

B8R

155340

ISN'T,

;RESET THE BUS TO PREVENT ILLEGAL INTERRUPTS,
TRAP
CSRESET

PASCNT

30%:

;BR IF DEVICE AVAILABLE

s SKIP THIS DEVICE

;808080000
0ees HARDWARE

PARAMETER MOVING CODE

MOV
MOV

155320
000004

012702

000377

MOV
MOV
MOV

040267

155276

BIC

112167

155276

155312
155310

308

GETPRM

010267
062702

005102

;RESTORE THE NORMAL 004 TRAP VECTOR.
sSKIP INDICATING MEM MGT PRESENT IF IT
; INDICATE THAT MEM MGT IS PRESENT,

PASCNT
NEWPAS

IS5 NOT ENABLED.

;CLEAR THE MEM MCT SRO REG AND CHECH FOR TRAP,

MOV

UNITN,RO

MOV

RO,R1

BCS

TRAP

000764

012167
012102

4663 024706
4664 024712

GET

GETPRM:

103401

4661 024700
4662 024704

TPAVEC,4
108
01 ,MMPRES

CLR

INC
BNE
DEC

155462

005267
026767
002362

4655 024664

s INDICATE MEM MGT

PC,.CKTRAP

INCREMENT THE PASS COUNTER, CORRECT FOR ANY OVERFLOW.
THIS COUNTER IS USED IN THE ROM VERSION TEST.

155470

4649

4650 024650

MOV
8CC
MOV
CLR
JMP

HMENAB

NEWRES: BRESET

4638 024624

4639 024630

CLR

JSR

(R1)+,CSRA
(R1)+,R2

MOV
ADD

R2,RXVECA
04 ,R2

coM

MOVB

(R1).,BRLEVL

R2,TXVECA
(R1)+,ACTLNS

OMAPLNS ,R2

R2,ACTLNS

CSsGPHRD

e¢esssssscssscsse

:STORE DHV-11 CSR ADDRESS IN DEV.REG.ADDRESS TABLE
;GET THE RX INTERRUPT VECTOR ADDRESS.
:STORE PX INT VECTOR ADDRESS.
sCALCULATE TX INTERRUPT VECTOR ADDRESS.
1STORE TX INT
sSTORE DHV-11

;GET

:GET

VECTOR ADDRESS.
ACTIVE LINE BIT MAP

THE BIT MAP FOR ALL LINES.

A BIT

MAP OF

NON-EXISTANT

LINES.

;CLEAR NON-EXISTANT LINES FROM ACTLNS.

1STORE DHV-11 INTERUPT BUS REQUEST LEVEL

4672

:2;3

‘-

4675 024744
4676 024750
4677 024752

016701
005201
005201

4679 024760

012702

4678 024754

4680 024764

012703

010122

155274

000007

002246

CALCULTATE DEVICE REGISTER ADDRESSES,.AND PUT THEM IN THE

DEVICE REGISTER ADDRESS TABLE.
MOV
INC
INC

CSRA,R1
R1
R1

;COPY CSR ADDRESS
s INCREMENT CSR ADDRESS
; COPY BY 2.

MOV

ORBUFA ,R2

tGET LOCATION WHERE RBUF ADDRESS GOES IN TABLE

MOV

12%:

MOV

07,.R3

Rl.(R2.)o

:SET UP REGISTER COUNT

:STORE REGISTER ADDRESS IN TABLE

CVOHABO DHV-11 FUNC

TST PART?

MACRO M1200

10-0CT

11:35

PAGE

Fle
94-3

5EG

INITIALIZE SECTION
4681 024766
4682 024770
4683 024772

4684 024774

4685
4686

005201
005201
005303
001373

INC
INC
DEC
BNE

:
:

024776
025002
025006
025012
025014
025016

025020
025026
025030
025036
025040
025040
025044
025050
025054
025056
025060
4704 025064

4705
4706 025064
4707
4708
4709
4710 025070

025070
025074
4711 025076
025076
025076
4712

4713

s INCREMENT REGISTER ADDRESS

s+ By 2,FOR THE NEXT DEViICE REGISTER,
sDECREMENT REGISTER COUNT
;:LOOP

NOT DONE

4687

4688
4689
4690
4691
4692
4693
4694
4695
4696
4697
4698
4699
4700
4701
4702
4703

R1
R1
R3
124

012700
012701
010067
005020
020001

002526
002726
155512

INITIALISE

THE BMP CODE QUEUVE.

MOV

14%:

103775

o8MPCQAB ,RO

MOV
MOV

08MPCQE ,R1
RO,BMPCQP

cMP

RO,R1

CLR

BLO

:GET

THE START ADDRESS OF

THE QUEUE.

:GET THE END ADDRESS OF THE QUEUE.
1SET THE POINTER TO THE START OF THE QUELE.
:CLEAR OUT THE CONTENTS OF THE QUEUE.
sCHECK IF END OF QUEUE HAS BEEN REACHED.

(RO).
14

sLOOP IF NOT ALL DONE.

: REPORT THE UNIT NUMBER IF THE SOFTWARE P-TABLE QUESTION WAS ANSWERED YES,
i

032767
001416
026727
003412

000020

155200

154756

000001

016746
012746
012746
010600

155174
004074

AND

THE MAXIMUM UNIT NUMBER

BIT
BEQ

cMP

PRINTF

o8IT4,0PTION
16%

LSUNIT,
0
16$

OMFUNIT,UNITN

IS GREATER

THAN 1.

sCHECK IF THE QUESTION WAS ANSWERED YES.
;SKIP REPORTING UNIT NUMBER IF IT IS DISABLED.
sCHECK MAXIMUM NUMBER OF UNITS SELECTED.
:00 NOT REPORT UNIT NUMBER IF MAX NUMBER <« 1.
;REPORT UNIT NUMBER.

000002

MOV
MOV
MOV

UNITN, -(SP)
OMFUNIT, -(SP)
02,-(sP)

TRAP

CSPNTF

MOV

104417
062706

000006

005067

155262

ADD

16%:

ENDIT:

CLR

CTRLCF

SP,RO

06,5P

sCLR THE CTRL-C TEST ABORT FLAG.

HEd

SET THE PROCESSOR PRIORITY

TO ALLOW LTC INTERRUPTS BUT NOT OTHERS.

012700
10444]

000340

SETPRI

oPRIO?

ENDINIT

104411

TNUM == O

:SET PROCESSOR PRIORITY

L10021:

TO 7.

MOV

OPRIO7,RO

TRAP

C$SPRI

TRAP

CSINIT

s INITIALIZE THE ASSEMBLER TEST NUMBER VARIABLE.

148

CVDHABO DHV-11 FUNC TST PART?

MACRO M1200

10-0CT-83 11:35

GLle

PAGE 95

S5EG 149

INITIALIZE SECTION
SN

ar1é
4717
4718
4719

RN NS A

;

4720

A E B A CBC L BB E VPSS H BB A AU RS E LB L BB BB RS A AR Y

FVTA_ATD

H
B

B NGBS E A B AN BBV L F LT E A BB YA

NN TR

AN AR NN

E S UE RIS E R

r AU AN AN

IR E R AT IR ABEI N AR E IS S BB

4723
avo4

.SBTTL

4725
4726
4727
4728
4729
4730
473)1
4732
4733
4734 025100

4735
4742

4743

; THIS CODE IS EXECUTED IMMEDIATELY AFTER THE INITIALIZE CODE IF
i THE "ADR” FLAG WAS SET.
THE UNIT(S) UNDER TEST ARE CHECKED TO
THOSE THAT DON'T ARE IMMEDIATELY
: SEE IF THEY WILL RESPOND.
: DROPPED FROM TESTING.
‘-o

BGNAUTO

025100

ENDAUTO

025100

025100
025100

AUTODROP SECTION

10446

L$AUTO:
:

L10022:

TRAP

CS$AUTO

CVDHABO DMV -11 FUNC TST PART?

MACRO M1200

Hl1e

10-0CT 83 11:35

PAGE 96

S5EG 150

AUTODROP SECTION
47as
4746
a7a?
a7as
4749
4750
4751
avs2

3
.

4753

L L

L T

e e

.SBTTL

CLEANUP CODING SECTION

;
:+

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

THAT

IS PERFORMED

‘--

BGNCLN

4761 025102
025102

4762
4771 025102
4772 025106
4773 025110

005767
001401

025110

104433

025112
025114

104432

4774 025112
4775 025112

4776
4788
4789
4790
4791 025116

025116
025116

155244

28:

LSCLEAN:
:

TST
BEQ
BRESET

CTRLCF
2

EXIT

CLN

;0ID WE GET HERE By CTRL-C FROM TEST?
sCTRL-C FROM TEST? NO, SKIP BUS RESET.
;YES, CLR ANY DMAS OR OUTSTANDING INTERRUPTS.
TRAP

TRAP

000002

CSRESET

CSEXIT

.WORD

L10023-.

TRAP

CSCLEAN

.EVEN
ENDCLN
104412

FvT.CuC

4754
4755
4756
4757
4758
4759
4760

L10023:

CVDHABO DMV -11 FUNC TST PART?

MACRO M1200

10-0CT-83

11:355

| =

PAGE 97

5€GQ 151

CLEANUP CODING SECTION
4792

4794
4795
479
4797
4798
4799

NN E RS EE SN AN USSR N E R A NS R

E SR LEE R

LB ETREBCRBLRFEAF 2PN HEHASEES AU AR

FVTA DRP

:i.IiIil.ll..i'...'.C...C..ICI.I‘CII'I"I'I’..-'CC'.fi."""fll‘lfl"'fi".‘.‘...C'i'li‘l

4800

4801
4802
4803
4804
4805
4806
4807
4808
4809 025120
4810
4811

.SBTTL

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

L$DU::

025120

4812

4813
4814

D ettt
et ettt et ettt et mnatatntdatetted L L L LT T L

DROP CODE HERE.

THIS CODE WILL BE EXECUTED AFTER

£N§§ROPQRCOHHAND OR A "DODU” MACRO EXECUTION. THE PURPOSE

OF THIS CODE IS TO DO ANY NECESSARY HOUSEKEEPING AFTER A
UNIT HAS BEEN DROPPED.
THIS SECTION IS OPTIONAL.

4815
4816

(T2 1112102

4817
4818 025120

010046
012746
012746
010600
104417
062706
000427

025147
025152
025155
025160
025163
025166
025171
025174
025177
025202
025205
025210
025213
025216

045
125
124
066
040
117
105
106
115
125
110
040
123
116
045

025222
025224

000167
000000

4820
4821 025144

4822
4823 025222
4824 025222

2T T e ft s T e

PRINTF

025120
025122
025126
025132
025134
025136
4819 025142

4825
4826

DROP UNIT SECTION

@&DROP,RO

T ettt S

AT L AR

et Tt e E e et

REPORT UN IT
;REPORT

e e

THAT HAS BEEN DROPPED.
- 3

MOV

025144
000002

MOV
MOV
TRAP

DROP :

EDROP

:BRANCH AROUND THE MESSAGE.

ADD

T L T L L ] i

RO, -(SP)

QDROP, -(SP)

02,-(SP)
SP,RO
CSPNTF

06,5SP

.ASCIZ/#A UNITs#D6#A DROPPED FROM FURTHER TESTING.®N/

.WORD

JSUMP

L10024-2-.

BN AEE

CVDHABO DMV 11 FUNC TST PART2

MACRO M1200

10-0CT 83 11:35

Jle

PAGE 97 1

560 152

DROP UNIT SECTION
4827

48.°8 025226

025226

E*IDDU

104453

L10024:

TRAP

csoy

CVDHABO DHV -11 FUNC TST PART2

<12
MACRO M1200

10-0CT-83

11:35

PAGE

SEG

15%

DROP (NIT SECTION
4830
4831
4832
4833
4834
4835

T TT

FVTA,ADD

4836
4837
4838
4839
4840
4841
4842
4843
4844
4845
4846

.SBTTL

ADD UNIT SECTION

:.;HE ADD-UNIT SECTION CONTAINS ANY CODE THE PROGRAMMER WISHES
i+

TO BE EXECUTED IN CONJUNCTION WITH THE ADDINC OF A UNIT BACK

;

THE

TEST CYCLE.

‘--

BGNAU

4847 025230

025230

4848
4849
4850
4851
4852
4853
4854
4855
4856 025230

025230
025232

4857
4858
4859
4860
4861 025234

4862

025234
025234

:
i

ES NN

LSAU::
BN

INSERT ADD CODE HERE.

AN “ADD"” COMMAND.

NS N RN SN

C U

SN NS EE NI

SN NS R AN E ISR

THIS CODE WILL BE EXECUTED AFTER

B VB NBREW

THE PURPOSE OF THIS CODE IS TO DO ANY

HOUSEKEEPING THAT MAY BE NECESSARY AFTER A UNIT HAS BEEN ADDED.

THIS SECTION IS OPTIONAL.
[ EsTEYRNcCeETETdsEEEEBERARTEsOdEdsHEEdEsESENEENY
BEGRSEEUNENEEEEE ISR
s sRnANE

000167
000000

EXIT

.WORD
.WORD

JsUMP
L10025-2-.

TRAP

CsAv

.EVEN
ENDAU

104452

L10025:

s r 1)

CVDHABO DHV-11 FUNC TST PART?
HARDWARE

TEST

ADRA

MACRO M1200

.SBTTL

MARDWARE

L1l
99

TEST

SEG

ADRA

- REGISTER ADDRESS TEST

4871

025236

4879
4880 025236
4881 025244

4911
4912
4913
4914
4915
4916
4917
4918
4919

PAGE

:0:00..0.‘..0000000000.0.‘0000...0.0“00.000000‘000000‘0..00000..000000000.0000

4872
4873
4874
4875
4876
4877
4878 025236

4907
4908
4909
4910

11:35

4864
4865
4866
4867
4868
4869
4870

4882
4883
4884
4885
4886
4887
4888
4889
4890
4891
4892
4893
4894
4895
4896
4897
4898
4899
4900
4901
4902
4903
4904
4905
4906

10-0CT-83

THIS

ie
L
;e

DEVICE REGISTERS.
IF THE DHvil DOES NOT RESPOND TO THE ACCESS
ATTEMPTS (IF THE DHV11 IS AT THE WRONG ADDRESS, FOR EXAMPLE) THE
004 BUS TIME-OUT TRAP IS DETECTED BY THIS ROUTINE AND AN ERROR

TEST

VERIFIES

THAT

THE

Q-BUS

CAN READ

AND

WRITE

THE

DMV1l

IS REPORTED.

3000880000000 80000000000000808000000008008000800808%
0008000008000 00000000800000
'.-

BGNTST
000001
012767
012767

000001

177777

TNUM == TNUM « 1
MOV
MOV

155062
155100

OTNUM, TSTNUM
@-1,CTRLCF

; INCREMENT THE ASSEMBLY TIME TEST COUNTER.
:SET UP THE TEST NUMBEK.
(1)
; INDICATE THAT WE ARE IN A TEST.

‘0

: SET UP TO CATCH ANY 004 TRAPS WHICH OCCUR:
-

025252
025260
025266

016767
012767
005005

152526
024134

MOV
MOV
CLR

155064
152516

4, TPaVEC
@TP4RTN.4
RS

;SAVE THE EXISTING 004 TRAP VECTOR.
:SET 004 TRAP VECTOR TO OUR SERVICE RTN ADR.
:CLEAR THE ERROR FLAGS.

HE4

SET UP FOR THE INITIAL ITERATION OF THE TEST LOOP:

025270

CLR

005004

tCLEAR THE LINE COUNTER.

HE4

: HERE BEGINS THE LOOP TO TEST THE REGISTERS FOR A LINE.
i
FIRST TEST THE CSR AND SET THE INC.ADR.REG (I.A.R) FIELD.
;-

025272
025276
025302
025306
025312
025314
025320
025326
025332
025334
025340
025344
025346
025352

005067
016700
012701
004767
103402
052705
042767
050467
010100
016701
004767
103403
052705
000440

2%:

155050
154742
025516
172612
100001
000017
000164

CLR
MOV
MOV

JSR

000170

4s:

154704
172560

8CS
8IS
BIC

BIS
MOV
MOV
JSR
BCS

BIS
B8R

100002

TPAFLG
CSRA,RO
0524 ,R1

;:CLEAR THE 004 TRAP FLAG.
:SET UP CSR AS THE CKTRAP MOVE SOURCE.
:SET UP DESTINATION LOCATION FOR CKTRAP MOVE.

4%
€100001,RS

:IF NO TRAP, BYPASS ERROR.
:SET FATAL READ ERROR FLAGS.

PC.CKTRAP

017,524

R4,52%
R1,RO
CSRA,R1
PC,CKTRAP
6$

:MOVE AND CHECK FOR TRAP.

;CLEAR

THE

I.A.R FIELD OF

THE CSR DATA.

;OR IN THE LINE COUNTER TO THE I.A.R FIELD.
sUSE OLD DESTINATION FOR SOURCE OF CKTRAP MOVE.
:SET UP CSR AS THE CKTRAP MOVE DESTINATION.
+MOVE AND CHECK FOR TRAP.
+IF NO TRAP, BYPASS ERROR.

:SET FATAL WRITE ERROR FLAGS.
;EXIT AND REPORT FATAL ERROR.

HEd

;

NOW,

WE TEST EACH REGISTER FOR THIS LINE.

025354
025360
025366
025372
025376

012702
016767
012700
012701
004767

000010

154660

025514
025516

172522

000126

6%:

8s:

MOV
MOV

s INIT REGISTER COUNTER TO 8.
s INITIALIZE THE REGISTER POINTER.

MOV
JSR

0524 ,R1
PC,CKTRAP

:SET UP LOCAL STORAGE AS THE DES FOR CKTRAP,
tPERFORM THE MOVE, CHECK FOR TRAP,

MOV

2504 ,R0O

:SET UP REGISTER AS THE SOURCE FOR CKTRAP MOVE.

154

CVDHABO DHV-11 FUNC
HARDWARE
4920
4921
4922
4923
4924
4925
4926
4927
4928
4929
4930
4931
4932

025402

025404

025410
025412
025416
025422
025424
025430
025434
025440
025442

PAGE 99-1

SEQ 1SS

100001

10$:

025514
172502
100002

128:

000054

BCS
BIS
MOV
MOV
JSR
BCS
BIS
INC
INC
DEC
BNE

10
#100001,RS
R1,RO
#50% ,R1
PC,CKTRAP
12
€100002,RS
S0
S0
R2
8s

:IF NO TRAP, BYPASS THE SETTING OF ERROR FLAGS.
;SET FATAL READ ERROR FLAGS.
;USE OLD DEST AS SRC FOR CKTRAP MOVE.
;SET UP REGISTER AS THE DEST FOR CKTRAP MOVE.
;PERFORM THE MOVE, CHECK FOR TRAP,.
:IF NO TRAP
BYPASS THE SETTING OF ERROR FLAGS.
;SET FATAL WRITE ERROR FLAGS.
;s INCREMENT THE REGISTER
; POINTER BY 2.
;COUNT THE REGISTER.
;LOOP TO TEST THE NEXT REGISTER ADDRESS.

: NOW WE SET UP TO TEST THE NEXT LINE, OR TO EXIT IF WE ARE DONE.
8-

005204
020427
002707

INC
CMP
BLT

000010

R4
R4, ®NUMLNS
2s

;s INCREMENT THE LINE COUNTER.
;:COMPARE LINE COUNTER AGAINST NUMBER OF LINES.
;LOOP TO TEST THE NEXT LINE IF WE'RE NOT DONE.

; DONE CHECKING DEVICE REGISTER ADDRESSES.
3
REPORT ANY ERRORS AND EXIT.
:-

025466
025466
025470
025472
025474

104455
000145
006065

4953

10-0OCT 83 11:35

016767
005705
100015

025476
025502
4950 025504
4951 025510
025510
4952 025512
4955
4956
4957
4958
4959

103402
052705
010100
012701
004767
103402
052705
005267
005267
005302
001351

025454
025462
025464

4948
4949 025476

MACRO M1200

- ADRA

TEST

4933
4934
4935 025444
4936 025446
4937 025452
4938
4939
4940
4941
4942
4943
4944
4945
4946
4947

TST PART?2

154664

152322

40$:

MOV

TP4VEC,.4

TST

BPL

; REPORT

ERRDF

60%

;RESTORE THE NORMAL 004 TRAP VECTOR.

sCHECK THE ERROR FLAGS.

;EXIT ROUTINE IF NO ERRORS.

"DEVICE REGISTER ACCESS ERRORS"
101,EM0103,ER0101;

»>>>> ERROR #101 <cccc,
TRAP

. WORD
.WORD
.WORD

016066

016700
104451
005067

154536
154642

104444
0004C2

DODV

UNITN

CLR
DOCLN

CTRLCF

60$

;DROP THIS UNIT FROM FUTHER TESTING.
MOV
TRAP

sINDICATE NO CTRL-C ABORT FROM TEST.
;ABORT THIS SUB PASS.

TRAP

CSERDF

101
EMO0103
ERO101
UNITN,RO
CsDODV
CsDCLN

‘0

; LOCAL STORAGE.
-

025514
025516
025520
025524
025524
025524

000000
000000
005067

104401

154626

S0$:

.WORD

60%:

CLR
ENDTST

CTRLCF

S52%:

.WORD

;STORAGE FOR THE SOURCE OR DEST OF THE CKTRAP MOVE.

;STORAGE FOR THE SOURCE OR DEST OF THE CKTRAP MOVE.
;INDICATE THAT WE ARE NOT WITHIN A TEST.

L10026:

TRAP

CSETST

CVDHABO DHV -11 FUNC TST PARTZ2
HARDWARE

- MRSTA

TEST

MACRO M1200

025526

025542
025546
4973 025550
4974 025556
4975 025564

4976
4977
4978
4979 025572
4980 025576
4981 025602
4982 025604
4983 025610
4984 025614

4985
4986
4987
4988
4989 025616

025616
025620
025624
025630
025634

4990
4991
4992
4993
4994
4995
4996
4997 025636
4998 025642
4999 025644

5000
5001
5002
5003
5004
5005
5006
5007
5008
5009
5010
-011
5012
5013

025650
025652
025656
025660
025662
025666
025670

11:35

PAGE

N1c
100

5EQ

.SBTTL

4961
4962
4963
4964
4965
4966
4967
4968 025526

4969
4970 025526
4971 025534
4972 025542

10-0CT-83

$0°

HARDWARE

TEST

i e

i
;e

- MRSTA

8883008008800 00 0000000080008 RRRRRRLARRRRRRRRRRR808R00000
000000000000

MASTER

RESET

WITH

SELFTEST

TEST

THIS TEST VERIFIES THAT THE MASTER RESET BIT WILL CLEAR AFTER A DEVICE
RESET AND THE PERFORMANCE OF THE DUT ROM BASED SELFTEST.

8888808880000 000 0008000000080 88 0080080000888 0888008000000

BGNTST
000002
012767
012767
012700
104441
012767
012767
012767

000002

177777

TNUM ==

154572
154610

000001
006123
016404

TNUM

MOV
MOV
SETPRI

000240

156210
156206
156202

8888000008000000

@TNUM, TSTNUM
#-1,CTRLCF
4&PRIOS

MOV
MOV
MOV

#1,ERRTYP
#EMO201,ERRMSG
®ERO201,ERRBLK

; INCREMENT

THE ASSEMBLY

TIME

TEST COUNTER.

;SET UP THE TEST NUMBER.
(2)
;INDICATE THAT WE ARE IN A TEST.
;ALLOW LTC INTERRUPTS.

MOV

#PRIOS,RC

TRAP

Cs$SPRI

;SET ERROR TYPE AS FATAL IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERROR TABLE.
;SET ERROR ROUTINE ADDRESS IN ERROR TABLE.

; WAIT UP TO S SECONDS FOR THE DUT MASTER RESET BIT TO CLEAR.
‘-

012701
012702
005003
016704
004767
103410

MOV

011610
000040
172522

; TIME-OUT VALUE IS 5.0 SECONDS.

CSRA,R4

;BIT IS IN THE DUT'S CSR.

#BITOS5,R2
R3

JSR

PC,.MSLGET

MOV

154434

#5000. ,R1

MOV
CLR
BCS

;WAITING FOR MASTER RESET BIT.
;WAITING FOR BIT TO CLEAR.

;WATT FOR DUT_CSR_MR BIT TO CLEAR.
;SKIP TO RESET DUT IF MR CLEAR.

; DUT MASTER RESET BIT DID NOT GO CLEAR.

;

ODD STATE.

DEVICE MAY BE STUCK IN SOME

TRY TO RESET DEVICE WITH A BUS RESET.

‘.

104433
004767
012701
004767
103016

BRESET
JSR
MOV
JSR

174510
011610
172502

B8CC

;:NO,
PC,SKPSTS
#5000. ,R1
PC,MSLGET

TRY TO JOG DEVICE WITH BUS RESET.
TRAP

;TRY TC SKIP THE SELFTEST.
; TIME-OUT VALUE IS 5.0 SECONDS.
;WAIT FOR DUT_CSR_MR BIT TO CLEAR.

CSRESET

;GO REPORT ERROR IF MR BIT DID NOT CLEAR.

HEd

;

SET THE MASTER RESET BIT AND VERIFY THAT IT CLEARS WITHIN THE PROPER TIME.

‘-

012701
010214
004767
103010
012702
160102
001413
020227
002417
000424

2s:

011610

MOV

JSR
BCC

172466

MOV

011610

000764

#5000. ,R1

R2,(R4)

PC,MSLGET
4%

#5000. ,R2

; TIME-OUT VALUE IS 5.0 SECONDS.

;SET

THE DUT MASTER RESET BIT.

;WAIT FOR DUT_CSR_MR BIT TO CLEAR.
;GO REPORT ERROR IF MR BIT DID NOT CLEAR.

SuB
BEQ

R1,R2
64

;CALCULATE & OF MS FOR MR TO CLEAR.
;GO REPORT ERROR IF MR CLEAR IMMEDIATELY.

BLT
BR

8%
60

;GO REPORT ERROR IF MR CLEAR IN <
;EXIT THE TEST WITHOUT ERROR.

CMP

R2,4500.

1/2 SECOND.

; ERROR REPORTS:
025672
025700
025704

012767
012701

000311
006171

156070

4s:

;REPORT MR BIT WOULD NOT CLEAR AFTER A DUT RESET.

MOV

ERROR

#201. ,ERRNBR

#EMO202,R1

:SET THE ERROR NUMBER IN ERROR TABLE.
;SELECT ERROR MESSAGE.
;REPORT

ERROR,.

>>>>>

ERROR

#201

«<<<c«

15€

CVDHABO DMV -11 FUNC
HARDWARE

TES!

025704

gglg 025706
1

5016
S017 025710
5018 025716
S019 025722
025722
gggg 025724
5022
S023
S024
5025
.
3

TST PART2

025726
025734
025740
025740

5027 025742
025742
025746

104460

012767
012701

BR
000312
006344

156052

6%:

000313
006507

156034

8s$:

104460
000406

012767
012701
104460
012700

5028 025750
025754
025754

104401

10 0CT 8% 11:35

PAGE

100 1

G 157

MRSTA

000415

104441
005067

5029 025754

MACRQ M1200

617

000340

154376

608 :

608

dEXIT

THE

TRAP

TEST,

€3k RREOR

;REPORT MR BIT CLEAR IMMEDIATELY AFTER DUT RESET,
MOV
020¢ . ,ERRNBR
1SET THE ERROR NUMBER IN ERROR TABLE.
MOV
0EMO203,R1
s 5ELECT ERRNR MESSAGE.
ERROR
;REPORT ERROR,
»333> ERROR 0202 c¢cvve
TRAP
CSERROR
BR
60%
sEXIT THE TEST,
;REPORT MR CLEAR WITHIN 172 SECOND OF DUT RESET,
MOV
020%. ,ERRNBR
;SET THE ERROR NUMBER IN ERROR TABLE.
MOV
0EM0204 ,R1
; SELECT ERROR MESSAGE
.
EPROR
;REPORT ERROR.
»3>>> ERROR 0203 crcee
TRAP
CSERROR
SETPRI

CLR

ENDTST

OPRIO7

CTRLCF

:DISABLE ALL

s INDICATE

INTERRUPTS,

MOV

TRAP
THAT WE COMPLETED THE TEST,
L10027:

TRAP

GPRIG7
RO

C35PR]

CSETST

N
-

CVOHABO DMV -11 FUNC TST PART2
HARDWARE

TEST

MRSCTA

MACRO M1200

10-0CT-83 11:3%

PAGE

101

€% 158

5031

.SBTTL

MARDWARE

5033
5034
gggs

;e
;8
i

- MASTER RESET WITH SKIP SELFTEST TEST THIS TEST VERIFIES THAT THE MASTER RESET BIT WILL CLEAR AFTER A DEVICE
RESET AND THE SKIPPING OF THE DUT ROM BASED SELFTEST.

5032

HLJ

5037

5039

5S040 025756
5041 025764
S042 025772
025772
025776

5043 026000
5044 026006
gg:s 026014
6

MRSSTA

BGNTST

000003

012767
012767

000003
177777

012700
10444}

000240

012767
012767

006666
016404

012767

000001

S047

TNUM ==

154342
154360

155760

155756
155752

MOV
MOV
SETPRI

QTNUM, TSTNUM
®-1,CTRLCF
oPRIOS

MOV

01,.ERRTYP

MOV
MOV

TNUM

; INCREMENT

THE ASSEMBLY

T13::

TIME

TEST COUNTER,

;SET UP THE TEST NUMBER,
(3)
;sINDICATE THAT WE ARE IN A TEST,
;ALLOW LTC INTERRUPTS,
MOV
TRAP

0EMO301 ,ERRMSG
9ER0201,ERRBLK

:SET ERROR TYPE AS FATAL IN ERROR TABLE.

OPRIOS,RO
C$5PRI

;SET ERROR MESSAGE ADDRESS IN ERROR TABLE.
;SET ERROR ROUTINE ADDKESS IN ERROR TABLE.

; WAIT UP TO S SECONDS FOR THE DUT MASTER RESET BIT TO CLEAR,

5048

S049 026022
S05C
S0S1
SJUS52
S0S3
gggg

8000080000000 000000008 0000080088000 080080000000000800000000000000000000000sb0s

S038 025756

025756

TEST

8000000000000 000000000000000000000000000000RBBANINIBNRININNININNILNLININBLINNINDYNYS

026026
026032
026034
026040
026044

012701

012702
005003
016704
004767
103410

011610

MOV

000040

MOV
CLR
MOV
JSR
8CS

154204
172272

05000. ,R1

;sTIME-OUT VALUE IS S.0 SECONDS.

#BITOS,R2
R3
CSRA,R4
PC,MSLGET
24

;WAITING FOR MASTER RESET BIT.
;WAITING FOR BIT TO CLEAR.
;B8IT IS IN THE DUT'S CSR.
;WAIT FOR DUT_CSR_MR BIT TO CLEAR,
;SKIP TO RESET DUT IF MR CLEAR.

‘0

S056

;

ggg;

;

DUT MASTER RESET BIT DID NOT GO CLEAR.

ODD STATE.

DEVICE MAY BE STUCK

TRY TO RESET DEVICE WITH A BUS RESET.

IN SOME

‘-

5059 026046
026046
5060 026050
S061 026054
5062 026060
gggz 026064

104433
004767
012701
004767
103024

BRESET
174260
011610
172252

JSR
MOV
JSR
BCC

:NO,

TO JOG DEVICE WITH BUS RESET.
TRAP
CSRESET
s TRY TC SKIP THE SELFTEST.
; TIME -OUT VALUE IS 5.0 SECONDS.
;WAIT FOR DUT_CSR_MR BIT TO CLEAR.
;GO REPORT ERROR IF MR BIT DID NOT CLEAR,

PC,SKPSTS
05000. ,R1
PC,MSLGET
6%

TRY

5065

gggg

SET

THE MASTER RESET BIT,

TRY

TO SKIP THE SELFTEST,

MR BIT CLEARS WITHIN 1/5 SECOND.

AND VERIFY

THAT

THE

‘-

S068 026066

S069 026072
S070 026074

5071 026100
5072 026104
S073 026106
5074 026112
S075 026114

5076 026120
gg;; 026122

012701

010214
004767

004767
103007

012702
160102
020227

002415
000431

000310

2%:

174234
172232

MOV

000012

;sTIME-OUT VALUE IS 1/5 SECOND.

PC,MSLGET
as

;WAIT FOR DUT_CSR_MR B8IT TO CLEAR.
;GO FIND OUT WHAT IS WRONG IF MR NOT CLEAR.

R2,(R4)
PC,SKPSTS

MOV
58
cMP

0200, ,R2
R1,R2
R2,010.

JSR
BCC

000310

0200. ,R1

MOV
JSR

BLT
BR

8s
608

;SET
;TRY

THE DUT MASTER RESET BIT.
TO SKIP THE SELFTEST.

;CALCULATE @ OF MS FOR MR TO CLEAR.,

:GO REPORT ERROR IF MR CLEAR IN ¢
;EXIT THE TEST WITHOUT ERROR.

10 MS,

‘0

gg;g

; MR DID NOT CLEAR WITHIN 1/5 SECOND, SEE IF IT CLEARS WITHIN S SECONDS.
g

" 5081 026124

5082 026130
2083 026134

012701

004767
103416

011300
172202

4% ;

MOV

JSR
BCS

04800, ,R1

PC ,MSLGET
108

s TIME -OUT YALUE IS S SECONDS MINUS 1/5 SECOND.
;WAIT FOR DUT_CSR_MR BIT TC CLEAR,
;GO REPORT ERROR IF MR CLEARED FTINALLY,

CVDHABC DHV-11 FUNC TST PART2
HARDWARE

- MRSETA

TEST

MACRO M1200

5084

5086

gggg 026152

5093
S094 026154
S095 026162
5096 026166
026166
sog; 026170
50

S099
5100 026172

S101 026200

5102 026204
—— 026204
1

5104 026206
026206
026212
5105 026214

5106 026220

$26220
026220

012767
012701

000455
006171

155624

6%:

104460

155606

8¢$:

104460
000406

012767
012701

007071

155570

10%:

012700
104441
00S067
104401

000340
154132

60$:

608

;EXIT THE TEST,

10 MS AFTER DUT RESET,
;SET THE ERROR NUMBER IN ERROR TABLE.
: SELECT ERROR MESSAGE.
sREPORT ERROR.
»»>>> ERROR Q90302 cccce
TRAP
CSERROR
;EXIT THE TEST.

:REPORT MR CLEARED BETWEEN 1/5 SECOND AND S SECONDS OF DUT RESET.
MOV
20303. ,ERRNBR
;SET THE ERROR NUMBER IN ERROR TABLF.
MOV

0EMO303,R1

;SELECT ERROR MESSAGE.

SETPRI

oPRIO?

;:DISABLE ALL INTERRUPTS,

CLR

CTRLCF

;s INDICATE

ERROR

104460

608

;REPORT MR BIT CLEAR WITHIN
MOV
20302. ,ERRNBR
MOV
©EMO302,R1
ERROR
BR

000457

%66 159

;REPORT MR BIT WOULD NOT CLEAR AFTER #& JUT BESET,
MOV
00301. ,ERRNBR
:SET THE ERROR NUMBER IN ERROR TABLE.
MOV
0EM0202,R1
s 3ELECT ERRNR MESSAGE
.
ERROR
sREPORT ERROR,
3>>5> ERROR 00301 ceccce
TRAP
CSERROR

[312]

0004SC
006731

1011

ERROR REPORTS:

000415

012767
012701

PAGE

508S

5087
S088 026136
S089 0c6id44
S090 026150
026150

10-0CT 83 11:35

D175

ENDTST

;REPORT ERROR.

>>>>> ERROR 903 3§ ccccc
TRAP
CSERROR

THAT WE COMPLETED THE

L10030:

MOV
TRAP

9PRIO7,RO
CS$SPRI

TRAP

CSETST

TEST,.

CVDHABO DHV -11 FUNC TST PARTZ2
HARDWARE

TEST

RXCHRA

MACRQ M1200

.SBTTL

$0¢0

1--

026222
026226

026230
026236

026244
026252
026260

012700
104441
000004
012767
012767
012767
012767
012767

- RXCHRA

MARDWARE TEST

000,008000000000000000080000000000000000000008000000000008000000000000000000

- RBUF REGISTER RX CHARACTER FIELD TEST -

THIS TEST VERIFIES THAT THE RX CHARACTER FIELD OF THE DUT RBUF REGISTER

APPEARS TO BE FUNCTIONING CORRECTLY.

THIS

TEST USES THE CODES WHICH

SHOULD BE IN THE FIFO AFTCR A BOARD RESET AND SKIP SELFTEST SEQUENCE.

0000880080008 0000800000800000800000000000800000000000000000000002000000000840

SETPRI

000240

000004

177777

007250
016404

@PRIOS

TNUM == TNUM +

154070
154106
155514
155512
155506

MOV
MOV
MOV
MOV
MOV

;ALLOW LTC INTERRUPTS,
1

OTNUM, TSTNUM
@-1,CTRLCF
@1 ,ERRTYP
@EMO401 ,ERRMSG
0ER0201 ,ERRBLK

MOV

TRAP

OPRIOS,RO

C$SPRI

: INCREMENT THE ASSEMBLY TIME TEST COUNTER.

:SET UP THE TEST NUMBER.
(4)
;INDICATE THAT WE ARE WITHIN A TEST.
sSET ERROR TYPE AS FATAL IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERROR TABLE.
;SET ERROR ROUTINE ADDRESS IN ERROR TABLE.

‘0

: SET THE DUT CSR MASTER RESET (MR) BIT, PERFORM THE SKIP SELFTEST SEQUENCE,
AND WAIT UP TO S SECONDS FOR THE MR BIT TO CLEAR.
:

5125

5126
5127
5128 026266
5129 026272
5130 026276
5131 026300
5132 026304
5133 026306
5134 026312
5135 026316
5136
5137
5138
5139
5140 026320
5141 026322
5142 026326
5143 026330
5144 026332
5145 026336
5146 026342
5147 026344
5148 026346
5149 026350
5150
5151
5152
5153
5154
5155 026352
5156 026360
5157 026364
026364
5158 026366
5159
160

%5EG 1460

BGNTST

5116 026222
026222
5117 026222

PAGE 102

5108
5109
5110
S111
5112
5113
S5lia
5115

5118
5119
5120
s121
S122
5123
S124

10-0CT-8%5 11:35

012701
012702
005003
016704
010214
004767
004767
103015

MOV
MOV
CLR

05000. ,R1
BITOS,R2
R3

; TIME-OUT VALUE IS 5.0 SECONDS.
sWAITING FOR MASTER RESET BIT.
;WAITING FOR BIT TO CLEAR.

JSR

PC,MSLGET

sWAIT FOR DUT_CSR_MR BIT TO CLEAR.

011610
000040

MOV
MOV
JSR

153740
174022
172020

CSRA,R4
R2,(R4)
PC,SKPSTS

8CcC

:BIT IS IN THE DUT'S CSR.
;SET THE DUT MASTER RESET BIT.
;SKIP THE SELFTEST.

;GO REPORT ERROR IF MR DID NOT CLFAR,

;: READ 6 CHARACTERS FROM THE DUT AND VERIFY THAT THEY ARE VALID SELFTEST
:+

CODES.

‘-

012400
012701
011402
010200
04270C0
020027
001012
005301
001367
000415

000006

2s:

MOV
MOV
:gv

BIC
cMP

177476

000201

BNE
DEC
BNE
BR

(R4).,RO
o6 ,R1
agdaéflz

;s INCREMENT POINTER TO POINT TO DUT RBUF REGSTR.
sINITIALIZE THE LOOP COUNTER.

2177476 ,RO
RO, 4201
6
R1

sREMOVE ALL BUT BITS SPECIFIC TO SELFTEST CODE.
;CHECK THAT BITS 0,6, AND 7 ARE CORRECT.

28
60%

;READ A CHARACTER FROM YHE DUT RBUF REGISTER.

1GO REPORT ERROR IF CODE IS NOT SELFTEST COOE.
;COUNT THIS LOOP ITERATION.
;LOOP IF NOT ALL LINES DONE.
sEXIT TEST, NO ERROR FOUND.

‘0

; ERROR REPORTS:
012767
012701

104460
000406

000621
006171

155410

4s:

;REPORT MR BIT WOULD NOT CLEAR AFTER A DUT RESET.

MOV

MOV
ERROR

;SET THE ERROR NUMBER IN ERROR TABLE
:SELECT ERROR MESSAGE.
;REPORT ERROR,

»»>>> ERROR #0401 <«<c<cc«<
TRAP

;EXIT THE TEST.

;REPORT IMPROPER CODE FOUND IN DUT RBUF AFTER RESET (SKIP SELFTEST).

CS$ERROR

CVDHABO DHV-11 FUNC TST PART?2
HARDWARE

TEST

5161 026370
5162 026376
5163 026402
026402
5164
5165 026404
026404
026410
5166 026412
5167 026416
026416
026416

012767
012701

RXCHRA

000622
007317

MACRO M1200

104401

000340

153734

PAGE 10°2-1

%EGQ 161

155372

65%:

MOV
MOV

ERROR

104460
012700
104441
005067

10-0CT-83 11:35

F1%

60s$:

SETPRI
Egb? .
S

€0402. ,ERRNBR
#EM0402,R1

@PRIO7
CTRLCF

;GET THE ERROR NUMBER IN ERROR
;SELECT ERROR MESSAGE.

;:REPORT ERROR,
;OISABLE AL!

TABLE.

>35> ERROR 00802 ccere
TRAP

INTERRUPTS,

MOV

OPRIO7,RO

TRAP

C$SPRI

TRAP

CSETST

sINDICATE THAT WE COMPLETED THE TEST.
L10031:

CSERPOR

CVDHABO DHV-11 FUNC
HARDWARE

TST PART2
-

TEST

5169
5170
5171
5172
5173
S174
5175
5176
5177 026420
026420
5178 026420
026420
026424
5179
5180 026426
5181 026434
5182 026442
5183 026450
5184 026456
5185
5186
5187
5188
5189 026464
5190 026470
5191 026474
5192 026476
5193 026502
5194 026504
5195 026510
5196 026514
5197
5198
5199
5200
5201 026516
5202 026520
5203 026524
5204 026526
5205 026532
5206 026534
5207 026536
5208 026540
5209 026542
5210
5211
5212
5213
5214
5215 026544
5216 026552
5217 026556
026556
5218 026560
5219
5220
9221 026562

RXSFDA

MACRO M1200

10-0CT-83 11:35

G179

PAGE 103

SEG 162

.SBTTL
300

HARDWARE

TEST

RXFFDA

S88088800000000008 0000000080008 80800080800000080000000000000000000000000000

- RBUF REGISTER RX FLAG FIELD TEST

THIS

AS ALL ONES WHEN THE SELFTEST CODES ARE BEING READ FROM THE DUT

TEST

AFTER

VERIFIES

THAT

A BOARD RESET

AND

THE FIELD OF

SKIP

3 FLAG BITS

SELFTEST

THE

RBUF

READS

SEQUENCE.

L
P

8800000800800 0080000080080000000000000080000000000080000000000000s

BGNTST
012700
104441
000005
012767
012767
012767
012767
012767

SETPRI

000240

000005
177777
007467
016404

"
@PRIOS

sALLOW LTC

INTERRUPTS,
MOV

TNUM ==

153672
153710
155316
155314
155310

MOV
MOV
MOV
MOV
MOV

TNUM

OTNUM, TSTNUM
@-1,CTRLCF
@1,ERRTYP
@EMOS01,ERRMSG
©ERO0201,ERRBLK

s INCREMENT

THE ASSEMBLY

TIME

@PRIOS,RO

TRAP
C$SPRI
TEST COUNTER

:SET UP THE TEST NUMBER.
(S
s INDICATE THAT WE ARE WITHIN A YEST
:SET ERROR TYPE AS FATAL IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERROR TABLE.
;SET ERROR ROUTINE ADDRESS IN ERROR TABLE.

i SET THE DUT CSR MASTER RESET (MR) BIT, PERFORM THE SKIP SELFTEST SEQUENCE.
i

AND WAIT UP TO 5 SECONDS FOR

THE MR BIT

TO CLEAR.

012701
012702
005003
016704
010214
004767
004767
103013

MOV
MOV

011610
000040

CLR
MOV
MOV
JSR
JSR

153542

173624
171622

8ccC

s TIME-OUT VALUE IS 5.0 SECONDS.
sWAITING FOR MASTER RESET BIT.

:GO REPORT ERROR IF MR DID NOT CLEAR.

R3
CSRA,R4
R2,(R4)
PC,SKPSTS
PC,MSLGET

sWAITING FOR BIT TO CLEAR.
:BIT IS IN THE DUT'S CSR.
:SET THE DUT MASTER RESET BIT.
sSKIP THE SELFTEST.
sWAIT FOR DUT_CSR_MR BIT TO CLEAR.

)

s READ 8 CHARACTERS FROM THE DUT AND VERIFY THAT ALL 3 RX ERROR FLAGS ARE
i+
SET FOR EACH CHARACTERS.
;-

012400
012701
011402
012700
040200
001012
005301
001371
000415

MOV

000010

2%:

070000

MOV
MOV
MOV
8IC
BNE
DEC
BNE
BR

(R4).+,RO

08..R1
(R4),R2
@70000,R0
R2,RO
6
R1
24
60¢

s INCREMENT POINTER TO POINT TO DUT RBUF REGSTR.

s INITIALIZE THE LOOP COUNTER.
+READ A CHARACTER FROM THE DUT RBUF REGISTER.

:CALCULATE BIT MAP OF CLEAR RX ERROR FLAGS.

:GO REPORT ERROR IF NOT ALL RX ERROR FLAGS SET.
;COUNT THIS LOOP ITERATION.
;LOOP IF NOT ALL LINES DONE.
$EXIT TEST, NO ERROR FOUND.

i
012767
012701

000765
006171

155216

ERROR REPORTS:

4s:

MOV

ERROR

104460
000406
012767

;REPORT MR BIT WOULD NOT

BR
000766

155200

6%:

0EMO0202,R1
604

CLEAR AFTER A DUT RESET.

;SET

THE ERROR NUMBER IN ERROR TABLE.

:SELECT ERROR MESSAGE.

;REPORT ERROR.

sEXIT THE TEST.

>>>>> ERROR #0501
TRAP

;REPORT ONE OR MORE RX ERROR FLAGS FOUND SET WITH SELFTEST CODE.
MOV

;SET

THE ERROR NUMBER IN ERROR TABLE.

<c<<<

CSERROR

H1%
CVDHABO DHV-11 FUNC TST PARTZ
HARDWARE

TEST

5222 026570
5223 026574

012701

026574

104460

5225 026576
026576
026602
5226 026604
5227 026610

012700
104441
005067

5224

026610
026610

104401

RXSFDA

MACRO M1200

153542

PAGE

103-1

SEG 162

MOV

007535

000340

10-0CT 83 11:35

ERROR
60%:

SETPRI

CLR

ENDTST

9EMOS02,R1

@PR.O7

CTRLCF

;SELECT

FRROR MESSAGE.

+REPORT ERROR.
;:DISABLE ALL

: INDICATE

»>>5> ERROR 80502 <creTRAP

INTERRUPTS,

MOV

THAT WE COMPLETED THE
L10032:

CSERROR

OPRIO7 ,RG

TRAP

CsSPRI

TRAP

CseETSTY

TEST.

MACRO M1200

CVDHABO DHV-11 FUNC TST PARTZ2
HARDWARE

5229
5230
5231
5232
5233
5234
5235
5236
5237 026612
026612
5238 026612
026612
026616
5239
5240 026620
5241 026626
5242 026634
5243 026642
5244 026650
5245
5246
5247
5248
5249
3250
5251
3252
5253
5254
5255
5256
5257
5258

5259

5260
5261
5262
5263
5264
5265

5266
5267

TEST

5268
5269
5270
5271
5272
5273
5274
5275
5276
5277
5278
5279 026744
5280 026752
5281 026756
026756

RDAA

10-0CT-83

11:35

PAGE

[15%
104

SEG 144

.SBTTL
$00

HARDWARE TEST

RDAA

0000000000000 0ARRRRLAARRAANLGI0RAN000LRLMA0000000RC0NRRALGIRIGRIINSG

- CSR RX DATA AVAILABLE BIT TEST

THIS TEST VERIFIES

AFTER

INCLUSION OF
THE

THAT

THE DUT CSR Rx DATA AVAILABLE BIT

IS SET Br

THE

THE SELFTEST CODES IN THE DUT FIFO AND THAT THE BIT CLEARS

FIFO HAS BEEN EMPTIED.

:-- 000000000 0000000000000000000000000000000000000000000000000000000000000siiss
BGNTST

012700
104441
000006
012767
012767
012767
012767
012767

SETPRI

000240
000006

177777
000001
010071
016404

#@PRIOS

sALLOW LTC INTERRUPTS.

T6::
MOV

TRAP

TNUM == TNUM + 1
OTNUM, TSTNUM
0V
@-1,CTRLCF
MOV
01 .ERRTYP
MOV
MOV
9EMO601
, ERRMSG
#ER0201 ,ERRBLK
MOV

153500

153516
155124
155122
155116

OPRIOS RO

CS$SPRI

;s INCREMENT THE ASSEMBLY TIME TEST COUNTER,
(6)
;SET UP THE TEST NUMBER.
;INDICATE THAT WE ARE WITHIN A TEST.
:SET ERROR TYPE AS FATAL IN ERROR TABLE.
:SET EPROR MESSAGE ADDRESS IN ERROR TABLE.
:1SET ERROR ROUTINE ADDRESS IN ERROR TABLE.

SET THE DUT CSR MASTER RESET (MR) BIT, PERFORM THE SKIP SELFTEST SEQUENCE.
AND WAIT UP TO S SECONDS FOR THE MR BIT TO CLEAR.

012701
012702
005003
016704
010214
004767
004767
103016

MOV
MOV
CLR
MOV
MOV
JSR
JSR

011610
000240

153350
173432
171430

B8CC

€5000. ,R1
oBITOS,R2
R3
CSRA,R4
R2,(R4)
PC,SKPSTS
PC,.MSLGET

: TIME-OUT VALUE IS 5.0 SECONDS.
:WAITING FOR MASTER RESET BIT.
sWAITING FOR BIT TO CLEAR.
:BIT IS IN THE DUT'S CSR.
;SET THE DUT MASTER RESET BIT.
:SKIP THE SELFTEST.
;WAIT FOR DUT_CSR_MR BIT TO CLEAR.
;GO REPORT ERROR IF MR DID NOT CLEAR.

; CHECK THAT THE RX DATA AVAILABLE BIT IS SET.
‘-

032714
001422

BIT

000200

BEQ

oBIT7,(R4)

;TEST THE DUT RX.DATA,.AVAIL BIT.

:GO REPORT ERROR IF BIT IS NOT SET.

:.READ CHARACTERS FROM THE DUT RX FIFO AND WAIT FOR RX.DATA.AVAIL TO GO CLEAR.
2

012705
010403
012300
011300
032714
001427
005305
001372
000416

001130

2s:

000200

MOV
MOV
MOV

MOV

BIT
BEQ
DEC
BNE
BR

(R3),R0

#B8IT7,(R4)
604
RS
24
8s

:ALLOW READING 600 CHARS BEFORE ERROR.

1CALCULATE THE RBUF ADDRESS.
+READ A CHARACTER FROM THE RX FIFO.
s TEST THE DUT RX.DATA.AVAIL BIT.

sEXIT TEST WITHOUT ERROR IF RX.DATA.AVAIL CLR.

s+COUNT THE CHARACTER JUST READ.
;LOOP IF NOT TOO MANY CHARS READ FROM FIFO.

1GO REPORT ERROR IF RX.DATA AVAIL WOUWDN'T CLR.

HE4

: ERROR REPORTS:
012767
012701
104460

001131
006171

155016

;REPORT MR BIT WOULD NOT CLEAR AFTER A DUT RESET.
MOV
00601. .ERRNBR
:SET THE ERROR NUMBER IN ERROR TABLE.
0EM0202,R1
MOV
;SELECT ERROR MESSAGE.
;REPORT ERROR.
>>>>> ERROR 20601 <cccc
ERROR
TRAP
CS$ERROR

CVDHABO DHV-11 FUNC TST PARTZ2
HARDWARE

TEST

gggi 026760

5284

5285 026762

5286 026770

5287 026774
026774

- RDAA

012767

012701

001132

010125

5290
5291 027000
5292 027006

012767
012701

a208 027012

104460

5295 027014
027014

012700

000340

5296 027022

005067

153324

5297 027026
027026
027026

155000

65%:

104441

104401

001133
010305

J13

PAGE 104-1

SEQ 16S

154762

85$:

604

MOV

#0602. ,ERRNBR

MOV

QEM0602,R1

B8R

THE

TEST.

1SET

THE ERROR NUMBER IN ERROR

:sSELECT ERROR MESSAGE.

tREPORT ERRNR,

TABLE.

3>>>> ERROR 90602 <ccce
TRAP

sEXLT THE TEST.

CSERROR

;REPORT THAT RX.DATA.AVAIL BIT COULD NOT BE CLEARED BY PURGING FIFO.
MOV
#0603, ,ERRNBR
;SET THE ERROR NUMBER IN ERROR TABLE.
MOV
#EMO603,R1
;SELECT ERROR MESSAGE.
ERROR

608$:

sEXIT

;REPORT THAT RX,.DATA,AVAIL BIT WAS NOT SET AFTER A RESET COMPLETION.

ERROR

104460

000406

027020

10-0CT-83 11:35

000415

gggs 026776

5293 027012

MACRO M1200

SETPRI
CLR

ENDTST

;REPORT ERROR.

@oPRIO7
CTRLCF

»>>>>> ERROR 90603 cccce

;DISABLE ALL INTERRUPTS,

TRAP

CS$ERROR

MOV

#PRIO7,RO

TRAP

; INDICATE THAT WE COMPLETED THE TEST.
L10033:

TRAP

CS$SPRI

CSETST

CVDHABO DHV-11 FUNC
HARDWARE

TEST

5299
5300
5201
5302
5303
5304
5305
5306
5307 027030
027030
5308 027030
027030
027034
5309
5310 027036
5311 027044
5312 027052
5313 027060
5314 027066
5315
5316
5317
5318
5319 027074
5320 027100
5321 027104
5322 027106
5323 027112
5324 027114
5325 027120
5326 027124
5327
5328
5329
5330 027126
5331 027130
5332 027132
5333
5334
5335
5336 027134
5337 027140
5338 027142
5339 027144
5340 027146
5341 027150
5342
5343
5344
5345
5346
5347 027152
5348 027160
5349 027164
027164
5350 027166
5351

MACRO M1200

TST PARTZ2
RDVA

10-0CT-83

11:35

PAGE

KL%
105

SEQ 166

.SBTTL
100

HARDWARE

TEST

;e
ie

- RDVA

0880004000000 000008 0800080008008 800 0088000080080 008880800000000000008000
00

RBUF

DATA VALID BIT

TEST

THIS TEST VERIFIES THAT THE DUT RBUF RX DATA VALID BIT IS SET Br THE
INCLUSION OF THE SELFTEST CODES IN THE DUT FIFO AND THAT THE BIT CLEARS

AFTER

THE FIFO HAS BEEN EMPTIED.

1 *

8888800000808 0808000008000080008080800000880000000000008008080000000000000

BGNTST
012700
104441
000007
012767
012767
012767
012767
012767

SETPRI

000240

000007
177777
010470
016404

TNUM ==

153262
153300
154706
154704
154700

@PRIOS
TNUM «

;ALLOW LTC INTERRUPTS,
1

MOV

OTNUM, TSTNUM

MOV

@1 ,.ERRTYP

MOV

MOV
MOV

-1,CTRLCF

9EMO701 ,ERRMSG
OER0201,ERRBLK

MOV

TRAP

9PRIOS,RO

C$SPRI

: INCREMENT THE ASSEMBLY TIME TESI gOUNTER

:SET UP THE TEST NUMBER.

; INDICATE THAT WE ARE WITHIN A TEST.

;SET ERROR TYPE AS FATAL IN ERROR TABLE.

;SET ERROR MESSAGE ADDRESS IN ERROR TABLE.
;SET ERROR ROUTINE ADDRESS IN ERROR TABLE.

; SET THE DUT CSR MASTER RESET (MR) BIT, PERFORM THE SKIP SELFTEST SEQUENCE,
:
AND WAIT UP TO S SECONDS FOR THE MR BIT TO CLEAR.
012701
012702
005003
016704
010214
004767
004767
103012

011610
000040

MOV
MOV
CLR

s TIME-OUT VALUE IS 5.0 SECONDS.
sWAITING FOR MASTER RESET BIT.
sWAITING FOR BIT TO CLEAR.

MOV
JSR

R2,(R4)
PC,SKPSTS

:SET THE DUT MASTER RESET BIT.
:SKIP THE SELFTEST.

8CC

MOV

153132
173214
171212

JSR

CSRA,R4

PC,MSLGET

:BIT IS IN THE DUT'S CSR.
sWAIT FOR DUT_CSR_MR BIT

TO CLEAR.

;GO REPORT ERROR IF MR DID NOT CLEAR.

HE4

; CHECK THAT THE RX DATA VALID BIT IS SET.
MOV

012400
005714
100016

TST

BPL

(R4)+,RO

: INCREMENT POINTER TO PNT TO DUT RBUF REG.

;GO REPORT ERROR IF BIT IS NOT SET.

(R4)

s TEST

THE DUT RX.DATA,.VALID BIT.

;

READ CHARACTERS FROM THE DUT RX FIFO AND WAIT FOR RX.DATA.VALID TO GO CLEAR.

‘-

012705
011400
100027
005305
001374
000416

001130

2s:

MOV
MOV
BPL
DEC
BNE
BR

#600. ,RS
(R4),RO
60¢
RS
2s
8s

:ALLOW READING 600 CHARS BEFORE ERROR.
;READ A CHARACTER FROM THE RX FIFO.
;EXIT TEST WITHOUT ERROR IF BIT IS CLEAR.
;COUNT THE CHARACTER JUST READ.
;LOOP IF NOT TOO MANY CHARS READ FROM FIFO.
:GO REPORT ERROR IF RX.DATA.VALID WOULDN'T CLR.

HAd

;

012767
012701
104460
000415

001275
006171

154610

ERROR REPORTS:

;REPORT MR BIT WOULD NOT CLEAR AFTER A DUT RESET.
MOV
MOV

ERROR
BR

;SET THE ERROR NUMBER IN ERROR TABLE.
;SELECT ERROR MESSAGE.

;EXIT THE TEST.

;REPORT ERROR.

»>»>>> ERROR #0701 <ccc«<
TRAP

CS$ERROR

CVDHABO DHV-11 FUNC TST PART2
HARDWARE

TEST

5352
5353 027170
5%54 027176

012767
012701

ggg? 027204

104460
000406

5355 027202
027202
5358

5359
5360
5361
382

027206
027214
027220
027220

5363 027222
027222
027226
5364 027230
5365 027234
027234
027234

012767
012701

RDVA

001276
010525

MACRO M1200

10-0CT-83 11:35

154572

+REPORT THAT RX.DATA,.VALID BIT WAS NOT SET AFTER A RESET COMPLETION.
MOV
#0702. ,ERRNBR
:SET THE ERROR NUMBER IN ERROR TABLE.
MOV
#EMO702,R1
:SELECT ERROR MESSAGE.

6%:

ERROR

154554

8$:

104460
012700
104441
005067

104401

000340

153116

PAGE 105-1

5EGQ 167

BR
001277
010705

L13

60$:

;REPORT

+REPORT ERROR.

60¢

sEXIT THE TEST,

>>>>> ERROR #0702 <ccce
TRAP
CSERRCR

THAT RX.DATA.VALID BIT COULD NOT BE CLEARED BY PURGING FIFO.

MOV
MOV
ERROR

#0703, ,ERRNBR
#EMO703,R1

:SET THE ERROR NUMBER IN ERROR TABLE.
;SELECT ERROR MESSAGE.
;REPORT ERROR.
>>>>> ERROR #0703 ccccc
TRAP
C$ERROR

SETPRI

#4PRIO7

+DISABLE ALL INTERRUPTS.

CLR
ENDTST

CTRLCF

MOV
TRAP
: INDICATE THAT WE COMPLETED THE TEST.

L10034:

TRAP

#PRIO7,RO
C$SPRI

CSETST

MACRO M1200

CVDHABO DHV-11 FUNC TST PART2
HARDWARE

TEST

5367
5368
5269
5370
5371
5372
5373
5374
5375 027236
027236
5376 027236
027236
027242
5377
5378 027244
5379 027252
5380 027260
5381 027266
5382
5383
5384
5385
5386 027274
5387 027300
5388 027304
5389 027306
5390 027312
5391 027314
5392 027320
5393 027324
5394
5395
5396
5397
5398
5399 027326
5400 027330
5401 027332
5402 027334
5403 027336
5404 027340
5405 027344
5406 027346
5407 027350
5408 027352
5409 027356
5410 027360
5411
5412
5413
5414
5415
5416 027362
5417 027370
5418 027376
5419 027402
027402

- RLNA

10-0CT-83

11:35

PAGE

M135
106

SEG

.SBTTL
140

HARDWARE TEST

- RLNA

8280000000 ARARRRAARRARARLRRRRAR
R0 R 2202040080080 000
0000000000000

- RBUF RX LINE NUMBER FIELD TEST -

i e

THIS

CORRECTLY BY UTILIZING THE SELFTEST CODES WHICH ARE PUT IN THE RX

TEST

VERIFIES

THAT

THE DUT

RBUF

RX LINE NUMBER FIELD

IS WORKING

FIFO AFTER A BOARD RESET.

2288080400000

RRA RS RARRAARRAR AR

RA R0

R AR AR LR 0000000008008 0800080004004000

BGNTST
012700
104441
000010
012767
012767
012767
012767

SETPRI

000240
000010
177777
000001
011070

#PRIOS

TNUM == TNUM + 1
MOV
#TNUM, TSTNUM
MOV
@-1,CTRLCF
MOV
#1 ,ERRTYP

153054
153072
154500

154476

MOV

#EMO801 ,ERRMSG

sALLOW LTC INTERRUPTS.

MOV

TRAP

#PRIOS,RO

C$SPRI

: INCREMENT THE ASSEMBLY TIME TEST COUNTER.
:SET UP THE TEST NUMBER.
(8)
: INDICATE THAT WE ARE WITHIN A TEST.
;SET ERROR TYPE AS FATAL IN ERROR TABLE.

;SET ERROR MESSAGE ADDRESS IN ERROR TABLE.

HE4

: SET THE DUT CSR MASTER RESET (MR) BIT, PERFORM THE SKIP SELFTEST SEQUENCE,
:
AND WAIT UP TO S SECONDS FOR THE MR BIT TO CLEAR.
012701
012702
005003
016704
010214
004767
004767
103016

011610
000040

MOV
MOV
CLR

95000. ,R1
#BITO5,R2
R3

: TIME-OUT VALUE IS 5.0 SECONDS.
:+WAITING FOR MASTER RESET BIT.
sWAITING FOR BIT TO CLEAR.

JSR
JSR
8CC

PC,SKPSTS
PC,MSLGET
4%

:SKIP THE SELFTEST.
;WAIT FOR DUT_CSR_MR BIT TO CLEAR.
;GO REPORT ERROR IF MR DID NOT CLEAR.

MOV
MOV

152732

173014
171012

CSRA,R4
R2,(R4)

;BIT IS IN THE DUT'S CSR.
;SET THE DUT MASTER RESET BIT.

: RESgREE?RACTERS FROM THE DUT RX FIFO AND VERIFY THAT THE LINE NUMBERS ARE
: ONE CHARACTER IS READ FROM THE FIFO FOR EACH POSSIBLE LINE ON THE DUT.
005001
012400

011402
010203
000303
042703
020301
001017
005201
020127

001365
000423

2%:

CLR
MOV
MOV

MOV
SWAB

B8IC

177760

CMP
BNE
INC
CMP
BNE
BR

000010

R1
(R4)+,RO
(R4),R2

;:CLEAR THE LINE COUNTER.
: INCREMENT POINTER TO PNT TQ THE DUT RBUF REG.
;+READ A CHARACTER FROM THE DUT RX FIFO.

#177760,R3

;REMOVE ALL BUT LINE NUMBER BITS.

R2,R3
R3

R3,R1
6%
R1
R1, #NUMLNS
24
60$

;COMPARE WITH EXPECTED LINE NUMBER.
;GO REPORT ERROR IF LINE NUMBERS DON'T MATCH.
; INCREMENT THE EXPECTED LINE NUMBER.
:COMPARE WITH NUMBER OF LINES ON DUT.
;LOOP UNTIL CODES FOR ALL LINES ARE READ.
;EXIT TEST WITHOUT ERROR.

HE4

012767
012767
012701

104460

001441
016466
006171

154400
154376

ERROR REPORTS:

;REPORT MR BIT WOULD NOT CLEAR AFTER A DUT RESET.
MOV
#0801. ,ERRNBR
:SET THE ERROR NUMBER IN ERROR TABLE.
MOV
#EROSO3,ERRBLK
;SET ERROR ROUTINE ADDRESS IN ERROR TABLE.

MOV

ERROR

©#EM0202,R1

s SELECT ERROR MESSAGE.
:REPORT ERROR.

>>>>> ERROR #0801
TRAP

<<<«<«<

CS$ERROR

168

CVDHABO DHV-11 FUNC
HARDWARE

TST PART2

TEST

g:gg 027404

000411

5422
5422
5424
5425
5426

012767
012767
012701

027406
027414
027422
027426

a2? 027426

104460

5428 027430
027430
027434
5429 027436

012700
104441
005067

027442
027442

104401

5430 027442

RLNA

MACRO M1200

10-OCT-83 11:35

SEQ 169

BR
001442
016404
011130

N13

PAGE 106-1

154254
154352

65:

60$

;EXIT THE TEST.

;REPORT THAT RX LLINE NUMBER FIELD IS WRONG FOR SELFTEST CODE.
MOV
#0802. ,ERRNBR
;SET THE ERROR NUMBER IN ERROR TABLE.
MOV
#ERV201,ERRBLK
;SET ERROR ROUTINE ADDRESS IN ERROR TABLE.
MOV
#EM0802,R1
; 5ELECT ERRNR MESSAGE.
ERROR
:REPORT ERROR.
>>>>> ERROR #0802 <<<ccc

TRAP

000340
152710

60$:

SETPRI

#PRIO7

CLR

CTRLCF

ENDTST

;:DISABLE ALL INTERRUPTS,

MOV
TRAP
;INDICATE THAT WE COMPLETED THE TEST.
L10035:

TRAP

CS$ERROR
#PR107,RO
C$SPRI

CSETST

HARDWARE

.SBTTL

5432
5413

§v°

027444

027450

027452
027460
027466

027474

107

MHARDWARE

C v
BME

TEST

000000000000000000000000000000000000000000000000000000000000000000000000000

;e
L
;e
ie
;e
;o

- BMP CHECK TES?
THIS TEST IS USED TO VERIFY THAT THWE DUT DOES NOT IMMEDIATELY FAIL
THE ON-BOARD BACKGROUND -MONITOR PROGRAM, AND HENCE INVALIDATE
SUCLEEDING TESTS.
THIS TEST LOOKS FOR BMP CODES IN THE FIFO FOR A SET PERIOD IMMEDIATELv
AFTER THE SELF -TEST IS SKIPPED.

REPORTED IN THIS TEST,

ANY

BMP CODES

THAT

ARE

FOUND ARE

SAVED ON

THE

QUE'UE

AND

ARE

ALS0

0000000000000 00000000000000000000000000000000000000000000000000000000000000

BGNTST
012700
104441
000011
012767
012767
012767
01276~

SETPRI

000240
000011
177777

001605

OPRIOS

sALLOW LTC INTERRUPTS,

MOV

TRAP

TNUM == TNUM .

MOV
MOV
MOV
MOV

15¢0sE
152664

154272
154266

OTNUM, TSTHUM
e-1,CTRLCF
01,ERRTYP
00901. ,ERRNAR

s INCREMENT THE ASSEMBLY

TIME

oPRICS
&

Ce5P&
]

TEST COUNTER,

;SET UP THE TEST NUMBER.
(9)
;INDICATE THAT WE ARE WITHIN A TEST,
;SET ERROR TrPE AS FATAL IN ERROR TABLE
;SET THE ERROR NUMBER.

; WAIT UP TO 3 SECONDS FOR THE DUT MASTER RESET BIT TO CLEAR,
IF TIME-OUT OCCURS, THEN EXIT TWIS TEST.
:
027502
027506
027512
027514
027520
027524

012701
012702
005003
016704
004767
103027

MOV

005670
000040

152524
17061¢

03000. ,R1

s TIME-OUT VALUE IS 3.0 SECONDS.

PC,MSLGET

sWAIT FOR DUT CSR MR BIT TO CLEAR,

MOV
CLR
MOV

BITOS,R2
R3
CSRA R4

8cC

50¢

JSR

sWAITING FOR MASTER RESET BIT,
tWAITING FOR BIT 10O CLEAR.
$BIT IS IN THE DUT
S CSR.
;ABORT

THE

TEST

IF MR DID NOT CLEAR,

HEJ

; RESET
:

027526
027530

010214
Coa767

THE DUT, SKIP THE SELF-TEST.

MOV
JSR

172600

R2,(R4)
PC,SKPSTS

;SET THE DUT MASTER RESET BIT.
sWRITE THE SWIP SELFTEST CODES TO TwE DUT.

\Y‘:(nr;‘gg MASTER RESET

TO CLEAR,

DELAY

FOR S00 MILLI-SECS BEFORE

PURGING

3
‘-

027534
027540
027544

027550

012704
004767
004767

103015

MOV
JSR
JSR
8CcC

000764

170532
171144

0500. ,R4
PC,.DELAY
PC.PUFIFO
508

s TIME -OUT VALUE IS SOO MILLI-SECONDS.
iWAIT FOR BMP TO BEGIN EXECUTION.
;PURGE THE FIFO, SAVING ANY BMP CODES.
s+ABORT THE TEST IF THE FIFO DID NOT CLEAR,

;

REPORT

THE ERROR IF ANY BMP CODES WERE FOUND.

027552
027556
027562
027564

016702
012703
020203

MOV
MOV

152746
002526

(o, 2
BEQ

001414

BMPCOP ,R2
oBMPCOB,R3
R2,R3
604

;GET THE CONTENTS OF THE POINTER TO THE BMP Q.
:GET THE START ADDRESS OF THE QUELE.
:SEE _IF THE POINTER HAS MOVED FROM THE BASE.
sEXIT NO CODES IN THE QUEUE.

;

S453
5485

THERE

IS AT LEAST ONE BMP CODE

IN THE QUEUE.

REPORT

THE ERROR.

012701

011c0%4

;REFORT ERROR BMP CODE FOUND IN TEST NN, BMP CODE:NNNNNN"
MOV
0EM0902,R1
1PASS THE MESSAGE TO BE REPORTED.

th 4

BMOCHK

TEST

5434
5435
5426
5427
5438
5439
5440
5441
544.2
5443
S44a 027444
027444
5445 027444

PAGL

[

MACRC M1200

10 OCT 8% 11:3%%

(%)

PART?

CVOHABO DHV
- 11 FIUNC

IST

CVDHABC DHV-11 FUNC TST PART?

027630
027630

PAGE

107

- BMOCHK

604

012767
004767

001606

012700
104441
005067

000340

104401

172644

152522

154156

S0%:
608

JSR

0902 . ,F RRNBR
PC,TSABRT

$SET 53555 ERACR 00907 crerc,
sREPORT NON-TEST RELATED ¢ WKOR,

SETPRI

ePRIO?

;DISHBLE ALL

MOV

CLR

ENDTST

INTERRIPTS,

MOy

TRAP

CTRLCF

s INDICATE

'"sHAT ¢

COMPLETED "
L100%;

x‘
k\
e)

. WORD
L WORD
. WORD

001605

011203
017446
000405

ccvee,

Ten

0G0

FERROR

)

104455

sers

0] ,EMOWIL LERY30]

ERRD*

°
-

TEST

5486 027572
027572
027574
027576
027600
5487 027602
5488
5489 027604
5490 027612
5491
5492 027616
027616
027622
5493 027624
5494 027630

10-0CT A% 11:3%

RaRa

HARDWARE

MACR(O M1200

Cl4

Wy
®RIST

T18C°°,
TRAF

CSETS?

CVDHABO DHV-11 FUNC T7ST PART?
HARDWARE

TEST

BMOCHK

MACRQ M1200

10-CCT A% 11:%%

PAGE

D4
108

k% 172

S549¢

5497

5439

5498

§0¢

LSBTTL

MHARDWARE

5500
5501
5502

HL
L)
ie

- SKIP SELF-TEST TEST THIS TEST VERIFIES THAT TiHE DUT SHIPS THE SELF TEST WITHIN THE
TIME ALLOWED, AND THAT THE FIFO CONTAINS THE CORRECT CODES AFTER

€C3

5504

SS50¢6 027632
027632
SS07 027632

5508
5509
SS10
5511
5512
ggu
14

027632
027636
027640
027646
027654

0276€2

027670

SKSELF

000000000000 0000000000400000088800000000000000000000000800000000000050000000

BGNTST

012700
10444]

000012
012767
012767
012767
012767
012767

SETPRI

000240
000012
177777
000001

152460
152476
154104

016466

154076

011270

@PRICS

ALLOW LTC INTERRUPTS,

TNUM == ThM « 1
MCV
OTNUM, TSTNUTMM
MOV
@-1,CTRLCF
MOV
01 .ERRTYP

154102

5515
g§1$

MOV

OEM1001 ,ERRMSG

MOV

OEROSUS,ERRBLK

012701
012702

005670
000040

5521 027710
5522 027714
gggi 027720

016704
004767
103037

152330
170416

5520 027706

005003

: -

T10::

MOV
TRAP

TO CLEAR,

MOV
MOV

030063. ,R1
eBITO5,R2

s TIME-OUT VALUE IS 3.0 SECONDS.
sWAITING FOR MASTER RESET BIT.

MOV
JSR
BCC

CSRA .Ra
PC,.MSLGETY
S0s

:BIT IS IN THE DUT'S CSR.
tWAIT FOR DUT_CSR_MR BIT TO CLEAR,
sABORT THE TEST IF MR DID NOT CLEAR.

CLR

@PRIOS
RO
CsSPRI

;s INCREMENT THE ASSEMBLY TIME TEST COUNTER,
sSET UP THE TEST NUMBER.
(10)
s INDICATE THAT WE ARE WITHIN A TEST.
:SET ERROR TYPE AS FATAL IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERROR TABLE.
;SET ERNROR ROUTINE ADDRESS IN ERROR TABLE.

: WAIT UP TO 3 SECONDS FOR THE DUT MASTER RESET BIT
:
IF TIME-OUT OCCURS, THEN EXIT THIS TEST.

5518 027676
5519 027702

[T75

COMPLETION.

1 e

5505

TEST

000000000000000000000000000000000000000000000000000000000000500000000000000

;WAITING FOR BIT

TO CLEAR,

‘Q

5525

ggg;

5526

;

5529 027722

S530
5531
5532
5533
S534
gggz

027726
027730
027734
027740
027742
027746

012701

010214
004767
004767
103011
020127
00301S

DETERMINE

{00062

THE DUT

TO SKIP THE

SELF-TESY

-SECOND, OR GREATER THAN SO MILLI-SECONDS, REPORT THE ERROR,
MOV
JSR
JSR
B8CC
ce
BGT

000050

TOO SHORT OR TOO LONG A TIME

SET-UP A TIME-OUT OF SO MILLI-SECOMC, IF MR IS CLEAR IN LESS THAN 10 MILLI
MOV

172400
170376

TAKES

050. ,R1

R2,(R4)
PC,SKPSTS
PC,MSLGET
24
R1,040.
a4

s TIME-OUT VALUE IS SO MILLI -SECONDS.

;SET THE DUT MASTER RESET BIT.
;WMRITE THE SKIP SELFTEST CODES TO THE DUT.
tWAIT FOR DUT_CSR_MR BIT TO CLEAR,
;GO REPORT ERR IF SKIPPING STEST TOOK TOO LONG.
;GO REP ERR IF SELFTEST COMPLETED IN «

10 M<.

‘0

5537

; SELF-TEST COMPLETED WITHIN 10 MILLI-SEC 10 SO MILLI-SECONDS.

5538

5539
ggg
5542 027750
5543 027756
g.‘s»:g 027762

VERIFY THAT THE SELF-TEST CODES IN THE FIFO ARE “GOOD" CODES ,IE THE DuT

+ SUCCESSFULLY COMPLETED THE SELF -TEST,
; TMIS SUBROUTINE REPORTS ERRORS WITH NUMBERS »>>>>> 1003 THRU 1007 ccccc,
;-

012767
004767
000423

001753
171636

154012

MOV
JSR
BR

01003, ,ERRNBR
PC.RSTRPT
60

;1SET ERROR NUMBER TO 1003.
;CHECK SELF -TEST CODES IN THE FIFO.
;EXIT TEST,

ég:g

;: ERROR REPORTS:

)

5548
€549 027764

012767

001751

153776

2%:

TOO LONG.
1SET THE ERROR NUMBER IN THE ERROR TABLE.

CVDHABO DHV -11 FUNC TST PART?2
HARDWARE

TEST

5550 027772
5551 027776
027776
5552 030000
5553
5554
S55% 030002
5556 030010
5557 030014
030014
5558 030016
5559
5560 030020
5561 030026
5562
5563 030032
030032
030036
5564 030040
5565 030044
030044
030044

012701

MACRO M1200

011334

000414

001752
011421

153760

4s:

012767
004767

001753
172430

012700

000340

104401

108
1

SEQ 173

152306

153742

ERROR

MOV

eEM1002,R1

sSELECT FRROR MESSAGE

608

sEXIT

;REPORT SKIP SELF

MOV
MOy

{REPORT ERROR.
THE

v>res ERROR 81001 < <7 e~
TRAP

TEST,

C3ERROR

TEST COMPLETED TOC SONN.

01002. ,ERRNBR
0EM1003,R1

sSET THE ERROR NUMBER IN THE ERROw TABLE.
$1SELECT ERROR MESSAGE|

B8R

604

sEXIT

5S0%:

MOV
JSR

01003, ,ERRNBR
PC,TSABRT

;SET ERROR NUMBER.
sREPORT NON-TEST RELATED ERROI:,

60$:

SETPRI

@PRIO?

;DISABLE ALL

104460
000405

104441
005067

PAGE

SKSELF

104460

012767
012701

10-0CT A3 11:3%%

bla

CL? '

ENDTS

CTRLCF

THE

TRAP

TEST.

INTERRUPTS,

MOV

OPRIC7
RO

TRAP

CISPR]

TRAP

CSETSY

;INDICATE THAT WE COMPLETED THE TEST.
L10037:

CsERmR

14
CVDHABO DHV
HARDWARE

-11 FUNC TST PART?
-

TEST

5567
5568
5569
5570
5571
5572
5573
5574
5575
5576 030046
030046
5577 030046
030046
030052
5578
5579 030054
5580 030062
5581 030070
5582 030076
5583 030104
5584
5585
5586
5587
5588 030112
5589 030116
5590 030122
5591 030124
5592 030130
5593 030134
5594
5595
5596
5597 030136
5598 030140
5599
5600
5601
5602
5603 030144
030150
5605 030154
030156
030162
030166

SKSELF

MACRO M1200

10-0CT 83 11:35

PAGE

109

5EG 174

.SBTTL
§0°

MTMARDWARE

TEST

- DFSKST

- DIAGNOSTIC FAIL BIT, SKIP SELF -TEST TEST

TMIS TEST VERIFIES TMAT THE DIAGNOSTIC FAIL BIT OF THE DUT, CORRECTLf

CHANGES STATE AS THE ON-BOARED SELFTEST IS SKIPPED.

:-- 8000080000000 000000000000000000008
BGNTST

012700
104441
000013
012767
012767
012767
012767
012767

SETPRI

000240

000013
177777

011477
016466

$000000000000000000000000000000000000000000000000000000800000000000s0000000

OPRIOS

RIRNIIBRARNIALAIRLINIINDS

(ALLOW LTC INTERRUPTS,

, RO
PPRTOS

MOV

TRAP

TNUM == TNUM + 1
OTNUM, TSTNUM
MOV
0-1,CTRLCF
MOV
01 ,ERRTYP
MOV
0EM1101,ERRMSG
MOV
MOV
®EROS03,ERRBLK

152244
152262
153670
153666
153662

CSSPRI

; INCREMENT THE ASSEMBLY TIME TEST COUNTER.
:SET UP THE TEST NUMBER.

(11)

s INDICATE THAT WE ARE WITHIN A TEST,
$sSET ERROR TYPE AS FATAL

IN ERROR TABLE.

:SET ERROR MESSAGE ADDRESS IN ERROR TABLE.
:SET ERROR ROUTINE ADDRESS IN ERROR TABLE.

HAd

: WAIT UP TO 3 SECONDS FOR THE DUT MASTER RESET BIT TO CLEAR.
IF TIME-OUT OCCURS, THEN EXIT THIS TEST.

:
012701

012702

005003

016704
004767
193044

03000. ,R1
oBITOS,Rc

005670
000040

CSRA,R4

152114
170202

PC,.MSLGET

S0¢

s TIME-OUT VALUE IS 3.0 SECONDS.
sWAITING FOR MASTER RESET BIT.

sWAITING FOR BIT TO CLEAR.
;B8IT IS IN THE DUT'S CSR.
sWAIT FOR DUT _CSR_MR BIT TO CLEAR.
sABORT THE

TEST

IF MR DID NOT CLEAR,

HEJ

; RESET THE DUT,

SKIP THE SELF -TEST,

010214
004767

MOV
JSR

172170

R2,.(R4)

PC,SKPSTS

;SET

THE DUT MASTER RESET BIT,

;WRITE THE SKIP SELFTEST CODES TO THE DUT,

: SET TIME OUT OF S MILLI SECONDS, WAIT FOR DIAG_FAIL BIT TO SET.
IF TIME-OUT OCCURS GO REPORT THE ERROR.

‘-

0127¢1
012702
010203
016704
004767
103020

MOV
MOV
MOV
MOV
JSR

000005
020000

152062
170150

8CC

05.R1
oBIT13,R2

R2,R3
CSRA,R4

:S."SLGET

s TIME-OUT VALUE IS S MILLI-SECONDS.
sWAITING FOR DIAGNOSTIC FAIL BIT.
sWAITING FOR BIT TO SET.
:BIT IS IN THE DUT'S CSR.
sWAIT FOR DUT_CSR_DF BIT TO CLEAR.
+IF DIAG_FAIL DID NOT SET, GO REPORT ERROR.

SET TIME-OUT OF 15 MILLI-SECS, WAIT FOR DIAG_FAIL TO CLEAR.
IF TIME-OUT OCCURS GO REPORT THE ERROR.
VERIFY

THE DIAG_FAIL BIT

IS IN A STABLE STATE BEFORE CONTINUING.

LOOP

BACK IF THE STATE WAS TRANSITORY, USING THE REMAINDER OF THE 15 MS TIME-OUT,
030170
030174

030176
030202
9620 030204

012701
005003
004767
103012
010105

000017

170134

2s:

MOV

CLR

JSR

8CC
MOV

015. ,R1

s TIME-OUT VALUE

sWAIT FOR DUT _CSR_DF BIT TO CLEAR.
: 1F DIAG_FAIL DID NOY CLEAR, GC REPORT ERROR,
1SAVE THE REMAINING TIME-OUT VALUF,

RS
PC,MSLGET

R1,.R5

IS 15 MILLI-SECONDS.

sWAITING FOR BIT TO CLEAR.

GL4
CVDHABO DHV 11 FUNC TST PART2
HARDWARE

TEST

MACRO M1200

10-0CT 83 11:35

012701

000001

MOV

5623 030216

004767

170114

JSR

5624 030222
5625 030224
Ssggt; 030226

052703
103016
010501
000762

109-1

%€G 178

DFSKST

5621 030206

S622 030212

PAGE

020000

o1,R1

sSET TIME-QUT OF 1 MILLI-SECOND.

PC,MSLGET

;DOUBLE CHECK TO ELIMINATE NOISE PROBLEMS.

BIS

oBIT13,R3

B8CC
MOV
18]

60
RS,R1
24

;WALT FOR BIT TO SET,

sEXIT IF DIAG_FAIL BIT STILL CLEAR,
;sPASS THE REMAINING TIME-OUT VALUE,
;LOOP TO CHFCK AGAIN.

5628

; ERROR REPORTS:

5629

5630
5631 030230
5632 030236
5633 030242

012767
012701

gggg 030244

000405

5636 030246
Ssgg;l 030254

012767
004767

002116
172202

012700
104441

000340

030242

5639 030260

030260
030264

5640 030266

5641 030272

030272
030272

002115
011740

153532

4s:

104460

005067
104401

152060

153514

;REPORT CIAGNOSTIC FAIL BIT
MOV
€1101. ,ERRNBR
MOV
#EM1205,R1
ERROR

BAD.
;SET THE ERROR NUMBER IN THE ERROR TABLE.
;SELECT ERROR MESSAGE.
;REPORT ERROR,
»>5>>> ERROR #1101 cccer
TRAP

608

;EXIT THE TEST.

5S0$:

MOV
JSR

21102. ,ERRNBR
PC,TSABRT

;SET THE ERROR NUMBER FCR TSABRT RTN,
;REPORT NON-TEST RELATED ERROR.

60$:

SETPRI

@PRIO7

;DISABLE ALL INTERRUPTS,

CLR

CTRLCF

;INDICATE THAT WE COMPLETED A TEST.

ENDTST

1.10040:

CSERROR

MOV
TRAP

#PRIO7,R0O
C$SPRI

TRAP

CSETST

CVDHABO DMV -11 FUNC TST PART2
- SELFTS

HARDWARE TEST

H1id4
MACRO M1200

10-0CT-83 11:35

PAGE

110

kG 17¢

.SBTTL

5643
5644

HARDWARE

5645
5646

;e
;e

5647

TEST

SELFTS

$00000000000000000000000000000000000000000000000000000000000000000000000000

SELF-TEST

TEST

THIS TEST VERIFIES THAT THE DUT'S SELF -TEST EXECUTES WITHIN THE
TIME ALLOWED, AND THAT THE FIFO CONTAINS THE CORRECT CODES AFTER

ITS

COMPLETION.

030274
030274
030274
030274
030300
030302
030310
030316
030324
030332

0888008000080 00800000008080800800000
0808800000000 00800800000000000000000000000

BGNTST
012700
104441
000014
012767
012767
012767
012767
012767

SETPRI

00C.40
000014
177777

011523

016466

TNUM ==

MOV
MOV
MOV
MOV
MOV

152016
152034
153442
153440
153434

@PRIOS
TNUM +

T12::

sALLOW LTC INTERRUPTS,
1

OTNUM, TSTNUM
0-1,CTRLCF
01 .ERRTYP
0EM1201 ,ERRMSG
QEROSO3,ERRBLK

s INCREMENT

MOV

OPRIOS RO

TRAP
CS$SPRI
THE ASSEMBLY TIME TEST COUNTER,

;SET UP THE TEST NUMBER.
(12)
s INDICATE THAT WE ARE WITHIN A TEST.
;SET ERROR TYPE AS FATAL IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERROR TABLE.
;SET ERROR ROUTINE ADDRESS IN ERROR TABLE.

WAIT UP TO 3 SECONDS FOR THE DUT MASTER RESET BIT

IF TIME-OUT OCCURS,

THEN EXIT THIS TEST.

TO CLEAR.

‘-

030340
030344
030350
030352
030356
030362

012701
012702
005003
016704
004767
103062

005670

oBITOS5,R2

000040

CSRA,R4
PC,MSLGET
50¢

151666
167754

s TIME-OUT VALUE IS 3.0 SECONDS.
sWAITING FOR MASTER RESET BIT.
sWAITING FOR BIT

TO CLEAR.

:BIT IS IN THE DUT'S CSR.
sWAIT FOR DUT_CSR_MR BIT

TO CLEAR.

;ABORT THE TEST IF MR DID NOT CLEAR.

DETERMINE IF THE SELF-TEST TAKES TOO SHORT OR TOO LONG A TIME TO COMPLETE.
SET-UP A TIME-OUT OF 3 SECOND, IF MR IS CLEAR IN LESS THAN 1/2 SECOND, OR
GREATER THAN 3 SECONDS, REPORT THE ERROR.
030364
030370
030372
030376
030400
030404
030406
030412
030414
030420

012701
010214
004767
103030
012702
1601062
020227
002431
020227
002434

MOV
MOV
JSR

005670

167740

8CC

005670
000062
000764

03000. ,R1

R2,(R4)
PC,MSLGET
4

03000. ,R2
R1,R2
R2,050.
6
R2,0500.
8s

s TIME-OUT VALUE IS 3.0 SECONDS.
;SET THE DUT MASTER RESET BIT.
sWAIT FOR DUT_CSR_MR BIT

TO CLEAR.

;GO REPORT ERROR SELFTEST TOOK TOO LONG.
;CALCULATE @ OF MS SELFTEST TO COMPLETE.

s SELFTEST SKIPPED?

YES, GO REPORT ERROR.

;GO REP ERR IF SELFTEST COMPLETED IN <« 172 SEC.

HEd

3 SELF-TEST COMPLETED WITHIN 1SEC TO 3 SECONDS.

CHECK THE STATE OF THE DIAGNOSTIC FAIL BIT, REPORT ERROR IF IT IS SET.

030422
030426

032714
001406

020000

030430
030436
030442
030442

012767
012701

002264
011740

BIT
BEQ

0?1713.(“4)

;DETERMINE IF THE DIAG_FAIL BIT IS CLEAR.

;SKIP ERROR REPORT IF BIT IS CLEAR.
+REPORT DIAGNOSTIC FAIL BIT BAD.
©1204. ,ERRNBR
MOV
1SET ERROR NUMBER TO IN ERROR TABLE.
@EM1205,R1
MOV
;SELECT THE ERROR MESSAGE.

153332

ERROR

104460

»»>>>

ERROR

91204

<cccc

TRAP

CSERROR

;

VERIFY THAT THE SELF-TEST CODES IN THE FIFO ARE

“GOOD“ CODES

,IE

THE DuUT

CVDHABO DHV-11 FUNC TST PART2
HARDWARE

TEST

SELFTS

MACRO M1200

10-OCT 83 11:35

PAGE

[14

110-1

€% 177

5696

; SUCCESSFULLY COMPLETED THE SELF -TEST,

ggg;

: THIS SUBROUTINE REPORTS ERRORS WITH NUMBERS >>5>>> 1205 THRU 1209 crcee,
-

5699 030444
5700 030452
g;gé 030456

012767
004767
000431

002265
171142

153316

2%:

MOV
JSR
ke

01205. ,ERRNBR
PC,RSTRPT
60$

;SET ERROR NUMBER TO 1205.
;CHECK SELF -TEST CODES IN THE FIFO,
sCXIT TEST,

5703
5704
5705
5706 030460
5707 030466

012767
012701

030472

104460

5708 030472

g;?g 030474
5711
5712
5713
5714
o

030476
030504
030510
030510

5716
5717 030512
5718 030520
5719 030524
030524

002261
011542

012767
012701

B8R
002262
011704

153264

6%:

002263
011626

153250

8%:

104460

012767
012701
104460

000405

5722 030530

012767

002272

012700
10444}
005067

000340

5725 030542
030542
030546
5726 030550
5727 030554
030554
030554

ERROR

000422

g;gg 030526
g;gi 030536

153302

; ERROR REPORTS:
;;REPORT SELF-TEST TOOK TOO LONG TO COMPLETE.
4%:
MOV
01201. ,ERRNBR
;SET THE ERROR NUMBER IN THE ERROR TABLE.
MOV
0EM1202,R1
;SELECT ERROR MESSAGE.

004767

104401

151576

153232

S0%:

608 :

60%

»3>>> ERROR 01201 ceccer
TRAP

;EXIT THE TEST,

C $ERROR

;REPORT SELF-TEST DID NOT EXECUTE AFTER DUT RESET.
MOV
01202. ,ERRNBR
;SET THE ERROR NUMBER IN ERROR TABLE.
MOV
0EM1204,R1
;SELECT ERROR MESSAGE.
ERROR
;REPORT ERROR.
23335 ERROR 01202 cccce
TRAP
C $ERROR
;REPORT SELF-TEST COMPETED TOO SOON.
MOV
01273, ,ERRNBR
;SET THE ERROR NUMBER IN THE ERROR TABLE.
MOV
0EM1203,R1
;SELECT ERROR MESSAGE
.
ERROR
;REPORT ERROR.
»3>>>> ERROR 91203 <ccce
TRAP
CSERROR

171720

;REPORT ERROR.

MOV

608

;EXIT THE TEST.

JSR

PC, TSABRT

01210. ,ERRNBR

;SET

THE ERROR NUMBER FOR

SETPRI

OPRIO7

;:DISABLE ALL

CLR
ENDTST

CTRLCF

; INDICATE

TSABRT RTN.

;REPORT NON-TEST RELATED ERROR.
INTERRUPTS,

THAT

MOV
TRAP
WE COMPLETED THE TEST.
L10041
:

TRAP

OPRIO7,RO
CS$SPRI

CSETSTY

CVDHABO DMV -11 FUNC TST PART?
HARDWARE

TEST

SELFTS

Jl4
MACRO M1200

5750
5751
5752

5753

5754
5755
5756
5757
5758

5759
5760
5761
5762
5763
5764
5765
5766
5767

5768

5769
5770
5771
5772
5773
5774
5775
5776
5777
5778
5779
5780
5781
5782

111

SEG 178

STFAIL

.SBTTL

HARDWARE TEST

ie
ie

- SELF-TEST FAIL TEST THIS TEST VERIFIES THAT THE DUT WILL REPORT SELFTEST ERRORS VIA THE

100

ie
i

000000000000000000000000000000000000000000000000004000000000000000000000000

FIFO.

AND

THAT

THE

DIAGNOSTIC

FAIL

BIT

WILL

INDICATE

THE

ERROR,

THIS IS ACCOMPLISHED VIA A SOF TWARE ‘HOOK' IN THE SELF -TEST, WHICH
FORCES A “PROC1 TO RAM ERROR"” TO BE PLACED IN THE FIFO.

0888880000000 000000000008000088000000800008000000000800000000000000000800000

BGNTST

5739

5741
5742
5743
5744
5745
5746
5747
5748
5749

PAGE

5729
5730
5731
5732
5733
5734
5735
5736
5737
5738

5740

10-0CT 83 11:35

012700
104441
000015
012767
012767
012767
012767
012767
012767

SETPRI

000240

000015
177777
011764

016466

002425

TNUM ==

151534
151552
153160
153156
153152
153140

11s

OPRIOS
TNUM +

;ALLOW LTC INTERRUPTS.
1

MOV
MOV

OTNUM, TSTNUM
0-1,CTRLCF

MOV

OEM1301,ERRMSG

MOV

MOV
MOV

01 ,ERRTYP

OEROSO3,ERRBLK
01301. ,ERRNBR

;sINCREMENT THE ASSEMBLY

MOV

TIME

OPRIOS,RO

TRAP

CSSPRI

TEST COUNTER.

;SET UP THE TEST NUMBER.
(13)
;sINDICATE THAT WE ARE WITHIN A TEST.
:SET ERROR TYPE AS FATAL

IN ERROR TABLE.

;SET ERROR MESSAGE ADDRESS IN ERROR TABLE.

;SET ERROR ROUTINE ADDRESS IN ERROR TABLE.
$+SET ERROR NUMBER TO 1301.

: WAIT UP TO 3 SECONDS FOR THE DUT MASTER RESET BIT TO CLEAR.
IF TIME-OUT OCCURS, THEN EXIT THIS TEST.
s
‘-

012701
012702
005003
016704
004767
103120

MOV
MOV
CLR
MOV

005670
000040

151376
167464

JSR
8CC

oBIr05,Re

s TIME-OUT VALUE IS 3.0 SECONDS.
;WAITING FOR MASTER RESET BIT.

CSRA,R4

1BIT IS IN THE DUT'S CSR.

3000. ,R1
R3

PC,MSLGET

50¢

tWAITING FOR BIT

TO CLEAR.

sWAIT FOR DUT_CSR_MR BIT

TO CLEAR.

;GO REPORT ERROR IF MR DID NOT CLEAR.

; RESET THE DUT, CHECK FOR ROM VERSION 0.
:+
IF VERSION O IS FOUND THEN EXIT THIS TEST,
'.

010214
004767
012701
004767
103110
005267
012700

000764
167444

153070

000010

016704
011402

151334

042702
020227
001002

007402

100077

012703
005300
001365
005703
100466

MOV
JSR
MOV
JSR
8CC
INC
MOV
CLR

171452

2s:

MOV
MOV
BPL

9500

07402,R2

2%.0170001

170001

177777

R2,(R4)

PC,SKPSTS

44 :

DEC

0-1,R3
RO

R3
60
HEd

;RESET THE DUT.
i SKIP THE SELFTEST.
sPASS TIME-OUT VALUE OF SO0 MILLISECS.
tWAIT FOR MR BIT TO CLEAR.
;GO REPORT ERROR IF TIME-OUT OCCURRED.
:SET ERROR NUMBER TO 1302.
:SET MAXIMUM READ COUNT,
:CLEAR THE ROM VERSION O FLAG.
+GET ADDRESS OF THE RECEIVER BUFFER REGISTER.
+READ A CODE FROM THE FIFO.

;GO REPORT ERROR IF THE FIFO IS EMPTY,

tREMOVE THE LINE NUMBER AND PROC INDICATOR.
+COMPARE WITH ROM VERSION @0 CODE.
:ROM VERSION €0? NO, SKIP SETTING FLAG.
s YES,

SET

THE RCM VERSION &0 FLAGS.

;DECREMENT MAX READ COUNTER.
;LOOP IF 8 CODES HAVE NOT BEEN READ.
;CHECK THE ROM VERSION @1 INDICATOR.
;ROM VERSION O IN EITHER PROCESSOR?

YES, EXIT,

<14
CVDHABO DHV-11 FUNC
HARDWARE

TST PART2

- STEPIL

TEST

MACRQO M120C

;

5784

;

5785

5787
5788
5789
5790
5791
5792
5793
5794
5795
5796
5797
5798

030752
030756
030762

012777
012704
004767
012777

000040
000031

167314
146314

11:35

PAGE

111-1

SEG

578%
5786 030744

10-0CT-83

RESET

THE DUT,

DELAY FOR 25 MILLI-SECONDS BEFORE

CODE TO TBUFFCT REGISTER ON CHANNEL O.

151272

THE FAIL

SELF _TEST

MOV

oB8IT05,aCSRA

3sSET DUT MASTER RESET BIT, SELECT CHANNEL O.

JSR

PC,.DELAY

sWAIT FOR SFLFTEST TO INITIALISE.

MOV

151272

WRITING

MOV

025. R4

0146314 ,3TXBFCA

;PASS DELAY PERIOD OF 25 MILLI

SECS.

;WRITE THE FAIL SELF-TEST CODE TO TBUFFCT REG.

‘0

; WAIT UP TO 2 SECONDS FOR THE SELF-TEST TO COMPLETE.
i
IF TIME-OUT OCCURS, THEN EXIT THIS TEST.
030770
030774
031000
031004
031006
031012
031016

005267
012701
012702
005003
016704
004767
103036

152774

INC

003720
000040

MOV
MOV

CLR
MOV
JSR
8CC

151232
167320

ERRNBR

:SET ERROR NUMBER TO 1303.

R3
CSRA,R4
PC.MSLGET
S0

;SET UP THE EXPECTED STATE.
;BIT IS IN THE DUT'S CSR.
sWAIT FOR DUT_CSR_MR BIT TO CLEAR.
;GO REPORT ERROR IF MR DID NOT CLEAR.

s TIME-OUT VALUE IS 2.0 SECONDS.
;PASS THE BIT MAP OF THE BIT TO TEST.

: VERIFY THE DIAGNOSTIC FAIL BIT IS SET, INDICATING THE ERROR.
; REPORT ERROR IF DIAGNOSTIC FAIL BIT IS CLEAR.
"

031020
031024
031030

005267
032714
001425

152744

INC

020000

BIT

BEQ

ERRNBR

;SET ERROR NUMBER TO 1304.

:GO REPORT ERROR IF DIAG_FAIL BIT CLEAR.

oB8IT13,(R4)

;CHECK THE STATE OF THE DIAG_FAIL BIT.

‘0

; REMOVE THE 8 SELF-TEST CODES FORM THE FIFO, AND VERIFY THAT AT LEAST
; ONE IS A PROC1 TO RAM ERROR CODE (231).
M

031032
031036
031042
031044
031050
031052
031054
031060
031064
031066
031070
031072
031074
031076
031100

005267
012700
005001
016704
011402
100020
042702
120227
001001
005201
005300
001366
005701
001010
005267

031104
031110
031110
031112

012701

031114

004767

174342

031120
031120
031124
031126
031132

012700
104441
005067

000340

152732

000010
151176

63:

007400
170231

8%:

10¢:

;SET ERROR NUMBER TO 130S.

TST

;WERE ANY 231 CODES FOUND?.

60
ERRNBR

;SET MAXIMUM READ COUNT.
;:CLEAR THE CORRECT CODE COUNTER.
;GET ADDRESS OF THE RECEIVER BUFFER REGISTER.
sREAD A CODE FROM THE FIFO.
;GO REPORT ERROR IF THE FIFO IS EMPTY,
;REMOVE THE LINE NUMBER FROM THE CODE.
;IS IT THE CORRECT ERROR CODE?.
;SKIP NEXT INSTRUCTION, IF NOT A 231 COOE.
: INCREMENT COUNTER.
;DECREMENT MAX READ COUNTER.
;:LOOP IF 8 CODES HAVE NOT BEEN READ.

s YES, THEN EXIT,
tNO, SET ERROR NUMBER TO 1306 AND REPORT ERROR.

;REPORT SELF-TEST ERROR REPORTING BAD.

MOV
ERROR

O#EM1302,.R1

sEXIT THE TEST.

S0$:

JSR

PC,TSABRT

;REPORT NON-RELATED TEST ERRCR.

60$:

SETPRI

#PRIO7

;:DISABLE ALL

104460
000402

151220

ERRNBR

BNE
INC

152664
012010

INC

MOV
CLR
MOV
MOV
BPL
BIC
CMPB
BNE
INC
DEC
BNE

CLR

ENDTST

CTRLCF

;SELECT ERROR MESSAGE.
;REPORT ERROR.

INTERRUPTS,

»»>>> ERROR

TRAP

ccccc

MOV

TRAP

;INDICATE THAT WE COMPLETED THE TEST.

CSERROR

#PRIO7,.RO

C$SPRI

179

CVDHABO DHV-11 FUNC TST PARTZ2
HARDWARE TEST
031132

031132

«
104401

SRR

MACRO M1200

10-0CT B3 11:35

PAGE

L 14

111 2

5€EG 120

L10042;

TRAP

CSFTCT

CVDHABO DHV-11 FUNC
HARDWARE

TST PARTZ2
-

TEST

STEPIL

MACRO M1200

10-0CT-83 11:35

PAGE

112

SEG 181

5838
5839

5840
5841
5842
5843
5844
5845
5846
5847
5848
5849 031134
031134
5850 031134
031134
031140
5851
5852 031142
5853 031150
5854 031156
5855 031164
5856
1172
5857

M14

.SBTTL
100

HARDWARE

TEST

- ROMVER

S8000000000000000000000000000000000000000000000000000000000000800000000800000

i .

- ROM VERSION TEST

THIS

ie
i
ie

NUMBERS IN THE FIFO AFTER IT HAS BEEN SKIPPED.
THE ROM VERSION NUMBERS
WILL BE REPORTED (ON THE FIRST PASS ONLY), IF AN AFFIRMATIVE ANSWER
WAS GIVEN TO THE SOFTWARE P-TABLE QUESTION.

TEST

VERIFIES

THAT

THE

DUT'S

SFLF-TEST

PLACES

SETPRI

000240
000016

177777

012047
016466

ROM

VERSION

888880008808 000800000800080008000080000000000
0000000800000 0000800000000000

BGNTST
012700
104441
000016
012767
012767
012767
012767
012767

VALID

TNUM

MOV
MOV
MOV
MOV
MOV

151156
151174
152602
152600
152574

#4PRIOS
==

TNUM

;ALLOW LTC INTERRUPTS.
+

OTNUM, TSTNUM
@-1,CTRLCF
@1 ,ERRTYP
OEM1401 ,ERRMSG
QEROSO3,ERRBLK

Ti4::

MOV
#PRIOS,RO
TRAP
C$SPRI
: INCREMENT THE ASSEMBLY TIME TEST COUNTER,
;SET UP THE TEST NUMBEK.
(14)
; INDICATE THAT WE ARE WITHIN A TEST.
;SET ERROR TYPE AS FATAL IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERROR TABLE.
;SET ERROR ROUTINE ADDRESS IN ERROR TABLE.

HEJ

: WAIT UP TO 3 SECONDS FOR THE DUT MASTER RESET BIT TO CLEAR.
:
IF TIME-OUT OCCURS, THEN EXIT THIS TEST.
‘-

031200
031204
031210
031212
031216
031222

012701
012702
005003
016704
004767
103131

MOV

005670
000040

151026
167114

#3000. ,R1

: TIME-OUT VALUE IS 3.0 SECONDS.

PC,MSLGET

sWAIT FOR DUT_CSR_MR BIT

MOV
CLR
MOV

oBITO5,R2
R3
CSRA,R4

8CC

S0%

JSR

sWAITING FOR MASTER RESET BIT.
sWAITING FOR BIT TO CLEAR.
:BIT IS IN THE DUT'S CSR.

:ABORT

TO CLEAR.

THE TEST IF MR DID NOT CLEAR.

SET THE MASTER RESET BIT,
031224

031226
031232
031236
031242

010214
004767
012701
004767
103121

171102

MOV
JSR

R2,(R4)
PC,SKPSTS

:SET THE MASTER RESET BIT.
:SKIP THE SELF TEST,

JSR
8CC

PC,MSLGET
504

sWAIT FOR DUT_CSR_MR BIT TO CLEAR.
;ABORT THE TEST IF MR DID NOT CLEAR.

MOV

005670
167074

AND SKIP THE SELF TEST.

€3000. ,R1

; TIME-OUT VALUE IS 3.0 SECONDS.

HEJ

s+
i
:
;

REMOVE CHARACTERS FROM THE FIFO UNTIL EITHER;

(A)
(B)
(C)
(D)

THE FIFO IS PURGED, GO REPORT THE ERROR.
THE MAXIMUM TRY COUNTER IS ZERO, GO REPORT THE ERROR.
PROC_1'S ROM VERSION NUMBER WAS FOUND BEFORE PROC_2'S. GO REPORT ERROR.
BOTH ROM VERSION NUMBERS HAVE BEEN FOUND.

031244
031250
031254
031256
031264

012705
012703
010304
012767
012701

031270
031274

017702
100077

000040
000143

002571
012077

150752

MOV

:+SET MAXIMUM TRY COUNTER.

MOV
MOV

:SET AN INVALID ROM VERSION NUMBER FOR PROC_2.
:SET THE ERROR NUMBER TO 1401.

MOV

152504

MOV
2%:

MOV
BPL

099.,

8RBUFA ,R2
124

;SET AN INVALID ROM VERSION NUMBER FOR PROC_1.

:SELECT MESSAGE TO BE REPORTED IF FIFO EMPTY,
;READ THE NEXT CHAR FROM THE FIFO.
:GO REPORT ERROR IF FIFO EMPTY,

; CHECK IF THE READ DATA IS A BMP CODE.

CVvDHABO DHV-11 FUNC TST PART2
HARDWARE

5892
5893
5894
5895
5896
5897
5898
5899
5900
5901
5902
5903

TEST

ROMVER

MACRO M1200

10-0CT-83

11:35

PAGE

N14

112-1

SEGQ

‘-

031276
031302
031304
031306
031312

012700
040200
001003
004767
000435

MOV
BIC

000301

BNE

JSR
BR

170754

#301,R0
R2,RO

;SET-UP A BIT MASK OF A BMP CODE.
;TRY TO CLEAR THE BIT MASK WITH THE READ DATA,

PC,SAVBMP
8s

:SAVE THE BMP CODE ON THE QUEUE.
H

:BRANCH IF NOT A BMP CODE.

;: CHECK IF THE READ DATA IS A SELF-TEST CODE.
031314
031320
031322

012700
040200
001431

4s:

000201

MOV
BIC
BEQ

#201,R0O
R2,RO
8s

;SET-UP A BIT MASK OF A SELFTEST CODE.
;TRY TO CLEAR THE BIT MASK WITH THE READ DATA.
;BRANCH IF IT IS A SELFTEST CODE.

;¢

;
031324
031330
031332
031334
031340
031342
031344
031346
031350
031352
031356
031360
031362
031364
031370

032702
001407
010204
042704
000241
006004

000417
010203
042703
000241
006003
006003
020427
001016

THE READ DATA IS A ROM VERSION NUMBER,

;

000002

BIT

177603

6$:

177603

6%
R2,R4
#177603,R4

MOV
BIC
CLC

R2,R3
#177603,R3

CMP
BNE

R4, 499,
10$

ROR
ROR

000143

#BIT1,R2

BEQ
MOV
BIC
OLC
ROR
agOR

R4
:4
$

R3
R3

DETERMINE WHICH ONE

IS.

;:CHECK THE PROCESSOR NUMBER BIT IN THE CODE.
;BRANCH IF IT IS PROC_1 ROM VERSION NUMBER.
:SAVE PROC_2 ROM VERSION NUMBER.
;CLEAR ANY UNWANTED BITS.
:CLEAR THE CARRY BIT.
;SHIFT THE CODES ALONG TO GET THE ROM
; VERSION NUMBER IN THE LOW S BITS.
H

:SAVE PROC_1 ROM VERSION NUMBER.
;CLEAR ANY UNWANTED BITS.
;CLEAR THE CARRY BIT.

;SHIFT THE CODE ALONG TO GET THE ROM
; VERSION NUMBER IN THE LOW S BITS.

;CHECK IF WE HAVE RECEIVE PROC_2 ROM CODE.
;GO REPORT BOTH ROM VERSION NUMBERS.

: RECEIVED ROM VERSION NUMBERS OUT OF SEQUENCE

;s
031372
031376
031404

012701
012767
00C433

031406
031410
5933 031412
031416
5935 031424

005305
001327
012701
012767
000423

012165
002572

152364

IE, PROC_1'S ROM VERSION NUMBER FOUND IN THE FIFO BEFORE PROC_2'S.

MOV

BR
8$:

012240
002573

;SELECT THE ERROR MESSAGE TO BE REPORTED.

12%

;GO REPORT ERROR.

#1402. ,ERRNBR

;:SET

THE ERROR NUMBER.

DEC
BNE

RS
2%

;DECREMENT THE MAX TRY COUNTER.
;LOOP TO GET THE NEXT CHAR FROM THE FIFO.

124

;GIVE UP, GO REPORT ERROR.

MOV
MOV

152344

#EM1403,R1

#EM1404 ,R1
#1403, ,ERRNBR

;SELECT THE ERROR MESSAGE
;SET THE ERROR NUMBER.

TO BE REPORTED.

5937
5938
5939
5940
5941
5942
5943
5944

: IF THIS IS THE FIRST PASS, AND SOFTWARE P-TABLE QUESTION WAS ANSWERED YES,
;

THEN REPORT THE ROM VERSION NUMBERS TO THE OPERATOR.

‘-

031426
031434
031436
031444
031446
031446
031450
031452
031456

032767
001431
026727
003025
010446
010346
012746
012746

000001

150572

150670

000001

10%:

BIT
BEQ
CMP
BGT

#BITO,0PTION
604
PASCNT, #1
60¢

PRINTB #EF1401,R3,R4

004212
000003

;CHECK ON THE STATE OF THE SOFTWARE SWITCH.
;EXIT IF NO ROM VERSION PRINTOUT WAS REQUESTED.
;CHECK IF THIS IS THE FIRST PASS.
;EXIT IF ROM VERS HAVE ALREADY BEEN REPORTED.
;PRINT

THE ROM VERSION NUMBERS.

MOV

MOV
MOV

R3, -(SP)

#EF 1401, -(SP)
#3,-(SP)

182

CVD=ABY DMy
HARDWARE

11 ¢#UNC

787

€345 031472
594+
°
594
€338
.3 031474
950 031502
031502

5951 031504
5952
5933 021506
021514
5355
5956 031520
031520
031524
S95° 031526
5958 031%8¢2
031532
0r15%2

MACRY M1200

10 OCT

] 1195

PAGE

110 ¢

PLAPIR

ROMVER

TESTY

031462
031464
C21466

PARTY

E
)

010600
104414
062706
0Ca12

000010

THIS

TENT,

cepNTy

Loy

016,

(188 ]

sEXIT

MOV
ERROR

0ER140] ,ERRBLY

sOELECT

608

S0%:

MOV
JER

PC,T5ABRT

1405, ,ERPNER

soET UP ERROR NMBER FOR TSABRT BTN,
sREPORT NON-TEST RELATED ERROR,

608:

SETPR]

OPRIC7

sOISABLE ALL

TRAb

: ERROR REPORTS:

012767

016560

152272

128:

104460
000405
012767
Q04707

002575
170742

012700
104441
005067

000340

150620

152754

THE

ERROR REPORTING ROUTINE

INTERRPTS,

MOV

TRAP

CTRLCF

s INDICATE

THAT WE COMPLETED TWE
L1004Y;

10440

PRI

Csow]

TEST,
TRAP

CIETSY

Y 14

CvD=aBo DHV
HARDWARE

FINC

TL1

PARTY
-

TEST

RESWRW

MACRD M1200

11:%5

LSBTTL
300

031564
031572
031600
031604
31610

e
’

HARDWARE

TEST

REGWRW

DEVICE REGISTER WORD ACCESS READ AND WRITE

75T

;o CORRECTLY USING WORD ACCESSES.

[ X

N R N N N R R R R RN N RN NN NN ENNNRNN NN NN
-

BGNTST
012700
104441
000017
012767

000240

012767
012767
012767
005067
012700
004767

000001
003101
Gl24a3
150656
002464
166362

C12767

000017
177777

SETPRI OPRIOS

;ALLOW THE LTC 10 INTERRUPT.

oPRIOS,BC

MOV

Ce5PR]

TRAP

TNUM =«

MOV

150556
150574
152202
152176
152172

TNUM +

OTNUM,TSTNUM

MOV
MOV
MOV
MOV
CLR

@-1,CTRLCF
01,ERRTYP
01601 . ,ERRNBR
0EM1604 ,ERRMSG
ERSMRF

JSR

PC.CLR16W

MOV

QERCNTB,RO

s INCREMENT THE ASSEMBLY
;SET

THE

TEST

NUMBER.

TIME

TEST COUNTER.
(16)

:INDICATE THAT WE ARE WITMIN A TEST.
:SET UP DEVICE FATAL INDICATOR IN ERROR TYPE.
;SET UP ERROR NUMBER IN THE ERROR TABLE.
;SET UP ERROR MESSAGE FOR TEST IN ERROR TABLE.
;CLEAR THE ERROR SUMMARY FLAGS.
;CLEAR THE ERROR COUNTER TABLE.

; RESET THE DUT TO A KNOWN STATE, DO NOT REMOVE THE STATUS CODES FROM THE FIFO.
:
CLEAR Tx AND RX INTERRUPT ENABLE BITS IN THE CSR.

:
031614
031620
031622

004767

167634

000167

000116

103402

»>»»>>

THIS SUBROUTINE REPORTS ERRORS

JSR
BCS
JMP

PC,RESETT
.6
60%

1601 cccce,

sRESET THE DHV-11, REPORT ANY ERRORS FOUND.
sFATAL RESET ERROR?
NO, CONTINUE WITH TEST.
sYES,
EXIT THE TEST.

HEd

; VERIFY READ/WRITE CAPABILITY TO INDIRECT ADDRESS FIELD OF CSR
‘-

031626
031632
031636
031642
031644
031646
031652
031654

005267
012702
016704
010214
011401
042701
020102
001406

031656
031664
031666
031670
031670
031672
031674

012767
005003
005005

152136

2s:

177760

016710

INC

ERRNBR

:SET THE ERROR REPORT NUMBER TO 1602.

MOV
MOV

CSRA,R4
R2,(R4)

:GET CSR ADDRESS.
sWRITE COUNT TO CSR.

MOV

000017
150402

MOV
8IC

cHP
BEQ

(R4),R1
0177760,R1

:SET LOOP COUNT,

sREAD BACK THE CONTENTS OF THE CSR
sMASK OQUT ALL BUT THE IND.ADR.REG FIELD.

R1,.R2
;CHECK FOR CORRECT DATA WRITTEN/READ.
4
;IS EXPECTED DATA BAD? NO, SKIP ERROR REPORT.
;REPORT “BAD BIT(S) IN DEVICE CSR REGISTER FOR LINE O (D)."
MOV
CLR

152110

CLR

ERROR

104460
005302
002362

e17,R2

as:

DEC

BGE

9ER1601 ,ERRBLK
R3
RS

;SELECT THE PROPER ERROR REPORT ROUTINE.
;SET OFFSET TO O TO CAUSE REPORT OF CSR REG.
;:CAUSE REPORT OF LINE O.
:

»»>»>>

ERROR

1602

<ccccc

TRAP

CSERROR

;DECREMENT LOOP COUNT/IND.ADD.REG ADDRESS.

;LOOP BACK TO TEST NEXT ADDRESS IF NOT DONE.

‘0

; WRITE AND VERIFY 16 DATA PATTERNS IN ALL USED BITS OF ALL REGISTERS ON ALL
:

:
031676
031702

1R4

;e THIS TEST VERIFIES THAT THE DEVICF REGISTERS CAN BE READ AND WRITTEN

S9¢4
St
S
2"
5968
5969 031534

5971
S97¢e 031542
5973 031550
5974 031556

118

0000000000000 00000000000000000000000000000000000000000000000000
000000000000

031534
5970 021534
031534
031540

PAGE

59"
591

5975
5976
$977
5978
5979

10-0CY AT

R
4!

005267
005003

152066

ACTIVE LINES.,

BEFORE WRITING EACH PATTERN,

REGTST ROUTINE REPORTS ERRORS WITH NUMBERS
INC

CLR

ERRNBR
R3

CLEAR ALL

THE BITS.

»>»>>>> ERROR 1603 -

:SET THE ERROR NUMBER TO 1603.
s INDICATE

THAT

WORD ACCESSES ARE

1605 c<ccc,

TO BE USED.

“

CVDHABO DHv - 11 FUNC TST PaRT?
HARDWARE

0012 031704

012704
004767

MOV
JSR

000002

167302

00
6021
6022
6023
60248
6025
6026
6027
6028
6029

031714
031722
031724
031726

031732
031740
€030 031744
6031 031750
031750
031750

PAGE

113 1

€6 18S

02 ,R4
PC,REGTST

s INDICATE R/W ACCESS, CLEAR FIRST,
;WRITE AND VERIFr DATA PATTERNS,

: WRITE AND VERIF7 16 DATA PATTERNS IN ALL USED BITS OF ALL REGISTERS ON ALL
i
ACTIVE LINES.
BEFORE WRITING EACH PATTERN, SET ALL THE BITS,
>>3>> ERROR 1606 - 1608 <« ccc,
REGTST ROUTINE REPORTS ERRORS WITH NUMRERS
:

6016

o017
6018
6019

10-0CT B3 11:35

- RECWRW

TEST

014 031710
1S

MACRQ M1200

D15

012767
005003
005404
004767

00310€

MOV
CLR
NEG
JSR

152046

1672¢4

;SET UP ERROR NUMBER FOR REGTST ROUTINE,
: INDICATE THAT WORD ACCESSES ARE TO BE UZED.
s INDICATE R/W ACCESS, SET FIRST,
;WdRITE AND VERIFY DATA PATTERNS,

21606 . ,ERRNBR
R2
R4
PC,REGTST

;

3
012767
004767

0050€7

104401

003111
167462
150402

152030

60¢:

ERROR

SUMMARY

REPORTS

NECESSARY,

THE FOLLOWING ROUTINE REPORTS ERRORS WITH NUMBER
MOV
JSR
CLR

ENDTST

01609. ,ERRNBR
PC,REPSMR
CTRLCF

>>>>» ERROR & 1609 ccrce

;SET UP ERROR NUMBER FOR NEXT RTN,
sREPORT ERROR SUMMARY IF NECESSARY,
;INDICATE THAT WE COMPLETED THE TEST,
L10044;:

TRAP

CSETST

CVDTMABD DMV
HARDWARE

11 FUNC

TST PART?
REGWRM

TEST

MACRQO M1200

10-0CT A3 11:35

PAGE

L1
114

60372
024

.SBTTL

HARDWARE

- DEVICE REGISTER WORD ACCESS READ/MODIF
v /WRITE

$te

625
0%

07
6028
60329

TEST

THIS

TEST

VERIFIES

THAT

THE

;¢ USING WORD READ/MODIF Y/WRITE

040
041
6042 031752

031760
031766
031774
032002
032010
032016
032022
032026

REGWRM

0080000000000 000000080000000 0080000800000

: ®

031752
6043 031752
031752
021756

SEG 184

DEVICE

REGISTERS CAN BE

000240

0000000000000 00000000000000000 0000000000000

012767

000020

012767

012767
012767
012757

012700
004767

177777

003245
012511
150440
002464
166144

150340
150356
151764
151760
151754

00000000000 00000000 0000000000000

TNUM

JALLOW THE LTC TO INTERRUPT.
o

MOV
MOV
MOV

OTNUM,TSTNUM
@-1,CIRLCF
01,ERRTYP

MOV
CLR

OEM1701,ERRMSG
ERSMRF

JSR

PC.CLR16W

MOV

WRITTEN CORRECTL
¢

SETPRI OPRIOS
TNUM ==

TEST

ACCESSES.

BONTST
012700
10444]

LIIBNNINININIGNBINIIRIINBLIGBIINILIDMYS

01701. ,ERRNBR
OERCNTB,RO

s INCREMENT

THE ASSEMBLY

TIME

OPRIOS RO

MOV

TRAP

C$SPRI

TEST COUNTER.

;SET UP THE TEST NUMBER,
(17)
s INDICATE THAT WE ARE WITHIN A TEST.
:SET UP DEVICE FATAL INDICATOR IN ERROR TYPE.

;SET UP ERROR NUMBER IN THE ERROR TABLE.

;SET UP ERROR MESSAGE FOR TEST IN ERROR TABLE.
;CLEAR THE ERROR SUMMARY FLAGS.
;CLEAR THE ERROR COUNTER TABLE.

:.RESEY THE DUT TO A KNOWN STATE, DO NOT REMOVE THE STATUS CODES FROM THE FIFO.
;

CLEAR Tx AND RX INTERRUPT ENABLE BITS IN THE CSR.

THIS SUBROUTINE REPORTS ERRORS

;

»>>»>>

1701

ccccc,

032032
032036
032040

004767
103402
000167

JSR
BCS
JMP

167416
000122

PC,.RESETT
.*6
608

sRESET THE DMV-11, REPORT ANY ERRORS FOUND.
sFATAL RESET ERROR?
NO, CONTINUE WITH TEST,
sYES,

EXIT

THE TEST.

‘0

; VERIFY READ/MODIFY/WRITE CAPABILITY TO INDIRECT ADDRESS FIELD OF CSR
:

032044
032050
032054
032060
032064
032066
032070
032074
032076

005267
012702
016704
042714
050214
011401
042701
020102
001406

032100
032106
032110
032112
032112
032114
032116

012767
005003
005005

151720

000017
150164
000017

2s:

177760

016710

INC
MOV

ERRNBR
e17,R2

;SET THE ERROR REPORT NUMBER TO 1702.
sSET LOOP COUNT,

8IC
BIS
MOV
8IC
cHP

017,(R4)
R2.(R4)
(R4),R1
0177760,R1
R1,R2

sCLEAR THE DUT CSR USING READ/MODIFY/WRITE.
;WRITE COUNT TO CSR USING READ/MODIF
v /WRITE.
;READ BACK THE CONTENTS OF THE CSR
sMASK QUT ALL BUT THE IND.ADR.REG FIELD.
;CHECK FOR CORRECT DATA WRITTEN/READ.

MOV

sGET CSR ADDRESS.

BEQ
(1)
;IS EXPECTED DATA BAD? NO, SKIP ERROR REPORT,
;REPORT "“BAD BIT(S) IN DEVICE CSR REGISTER FOR LINE O (D).*
MOV

151666

OER1601 .ERRBLK

;SELECT THE PROPER ERROR REPORT ROUTINE.

;CAUSE REPORT OF LINE O.
i
>>>>> ERROR & 1702 <<cccc

CLR

DEC

CLR
ERROR

104460
005302
002360

CSRA,R4

BGE

;:SET OFFSET

TO O TO CAUSE REPORT OF

TRAP

CSR REG.
CS$ERROR

;DECREMENT LOOP COUNT/IND.ADD.REG ADDRESS.

;L00P BACK TO TEST NEXT ADDRESS IF NOT DONE.

‘.

: WRITE AND VERIFY 16 DATA PATTERNS IN ALL USED BITS OF ALL REGISTERS ON ALL
;
ACTIVE LINES USING R/M/W.,
BEFORE WRITING EACH PATTERN, CLEAR ALL THE BITS,
;
REGTST ROUTINE REPORTS ERRORS WITH NUMBERS
»>>>>> ERROR 1703 - 1705 ««ccc,
g

S 03¢c1e0

005267

151644

INC

ERRNBR

sSET THE ERROR NUMBER TO 1703,

1Y
CVDHABO DMV - 11 FUNC TST PART2
- REGWRM

HARDWARE TEST
0086 032124
o087 032126
(88 032132
6089
6090
6091
6092
6093
6094 032136
6095 032144
609% 032146
6097 032150
€098
6099
6100
6101
6102 032154
6103 032162
6104 032166
6105 032172
03¢c172

032172

005003
012704
004767

MACRQO M1200

10-0CT-83 11:35

PAG.

114

SEG 187

CLR
MOV

000001

167060

JSR

R3
o1,R4
PC.REGTST

: INDICATE THAT WORD ACCESSES ARE TO BE
s+ INDICATE R/M/W ACCESS, CLEAR FIRST,
iWRITE AND VERIFY DATA PATTERNS,

USED.

; WRITE AND VERIFY 16 DATA PATTERNS IN ALL USED BITS OF ALL REGISTERS ON ALL
:

ACTIVE

LINES USING R/M/W,

BEMORE

WRITING EACH PATTERN,

REGTST ROUTINE REPORTS ERRORS WITH NUMBERS

SET

ALL

»>»>>>> ERROR 1706

THE BITS.

1708 ccerc,

012767
005003
005404
004767

003252

151624

MOV
CLR

:SET UP ERROR NUMBER FOR REGTST ROUTINE.
s INDICATE THAT WORD ACCESSES ARE TO BE USED.

JSR

PC.REGTST

tWRITE AND VERIFY DATA PATTERNS.

NEG

167042

s INDICATE R/M/W ACCESS,

SET FIRST,

HEJ

:
012767
004767
005067
104401

003255
167240

150160

151606

608:

ERROR

SUMMARY

REPORTS

NECESSARY,

THE FOLLOWING ROUTINE REPORTS ERRORS WITH NUMBER »>>>>> ERROR & 1709 cccce
MOV
JSR

CLR

ENDTST

01709. ,ERRNBR
PC,REPSMR

CTRLCF

:SET UP ERROR NUMBER FOR NEXT RTN,
;REPORT ERROR SUMMARY 1F NECESSARY,

; INDICATE THAT WE COMPLETED THE TEST.
L10045:

TRAP

CSETST

CVDHABO DHV
HARDWARE

11 FUNC TST PART?

TEST

REGPRW

MACRO M1200

.SBTTL
300

6109
6110
6111
6112

6114

032200
032202
032210
032216
032224
0322%2
032240
032244
032250

6129
6130
6131
6132 032254
6133 032260
6134 032262
6135 032266
6136
6137
6138
6139
6140 032274
6141 032300
6142 032304
6143 032306
6144 032310
6145 032314
6146 032316
6147
6148 032320
6149 032326
6150 032330
6151 032332
032332
6152 032334
6153 032336

6154
6155
6156
€157
€158
6159

MHARDWARE

TEST

REGBRW

DEVICE REGISTER BYTE

ACCESS READ AND WRITE

THIS

TEST

VERIFIES

THAT

THE

DEVICE REGISTERS CAN BE

;¢ CORRECTLY USING BYTE ACCESSES.

6116 032174
032174
6117 032174
032174

6126
6127
6128

SEG 188

008000000800 0000000008008800080800008008000000000800000080088000808000000000
0

6115

6124
6125

115

TEST

: ®

6113

6123

PAGE

o107
6108

6118
6119
6120
6121
6122

10-0CT- A3 11:35

GLS

READ AND WRITTEN

B8008800008000040000000000800000080000080 0000080000000

BGNTST
012700
104441
000021
012767
012767
012767
012767
012767

012700
004767

000021

177777
000001
003411
012566
150216
002464
165722

oed

17:s

SETPRI oPRIOS

000240

TNUM ==

150116
150134
151542
151536
151532

TNUM +

sALLOW THE LTC TO INTERRUPT,
1

MOV
MOV

OTNUM, TSTNUM
0-1,CTRLCF

MOV
MOV

MOV

@1,.ERRTYP

CLR

ERSMRF

JSR

PC.CLR16MW

MOV

ILLINNINBLENIINAININDS

QERCNTB,RO

s INCREMENT

THE ASSEMBLY

TIME

OPRIOS ,RO

MOV

TRAP

CS$SPRI

TEST COUNTER.

;SET UP THE TEST NUMBER.
(18)
sINDICATE THAT WE ARE WITHIN A TEST.

;SET UP DEVICE FATAL INDICATOR IN ERROR TYPE,

;SET UP ERROR NUMBER IN THE ERROR TABLE.
;SET UP ERROR MESSAGE FOR TEST IN ERROR TABLE.

;CLEAR THE ERROR SUMMARY FLAGS.

;CLEAR THE ERROR COUNTER TABLE.

: RESET THE DUT TO A KNOWN STATE, DO NOT REMOVE THE STATUS CODES FROM THE FIFO.

CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.

;

THIS SUBROUTINE REPORTS ERRORS

»>>>>>

1801

«cccc,

‘.

004767
103402

000167
012767

JSR

167174
0001"
>
00341¢

8CS
JMP
MOV

151474

PC,RESETT

. +6
604
01802. ,ERRNBR

sRESET THE DHV-11, REPORT ANY ERRORS FOUND.

sFATAL RESET ERROR?
NO, CONTINUE WITH TEST,
;YES,
EXIT THE TEST,
:SET THE ERROR REPORT NUMBER TO 1802.

HAd

VERIFY READ/WRITE CAPABILITY TO INDIRECT ADDRESS FIELD OF CSR.

+ USE BYTE ACCESSES.

012702
016704
110214
111401
042701
020102
001406

000017
147740

012767
005003
005005

016710

104460
005302
002362

MOV

2s:

177760

MOV

MOVB
MOVB
8IC

cHP
BEQ

017,R2

:SET LOOP COUNT,

R2,(R4)
(R4),R1
0177760,R1

tWRITE COUNT TO CSR.
;READ BACK THE CONTENTS OF THE CSR
tMASK OQUT ALL BUT THE IND.ADR.REG FIELD.

CSRA,R4

R1,.R2
4s

:GET CSR ADDRESS.

;CHECK FOR CORRECT DATA WRITTEN/READ.
;IS EXPECTED DATA BAD? NO, SKIP ERROR REPORT.

;REPORT “BAD BIT(S) IN DEVICE CSR REGISTER FOR LINE

O (D)."

MOV
CLR
CLR

;gfllbOl.ERRBLK
RS

+SELECT THE PROPER ERROR REPORT ROUTINE.
;:SET OFFSET TO O TO CAUSE REPORT OF CSR REG.
;CAUSE REPORT OF LINE O.

DEC

;DECREMENT LOOP COUNT/IND.ADD.REG ADDRESS.

WRITE AND VERIFY

16 DATA PATTERNS IN ALL USED BITS OF ALL LOWER BYTES OF

151446

ERROR

BGE

>>>>> ERROR & 1802 <<cc<cc

TRAP

CSERROR

;LOOP BACK TO TEST NEXT ADDRESS IF NOT DONE.

REGISTERS ON ALL ACTIVE LINES.

EACH PATTERN,

USE READ/WRITE ACCESSES.

CLEAR ALL THE USED BITS OF ALL ACTIVE REGISTERS.

REGTST ROUTINE REPORTS ERRORS WITH NUMBERS

»>>>>> ERROR

ALL

BEFORE WRITING

1803

1805

«<cec,

H1S
CVDHABO DHV-11 FUNC
HARDWARE

6160
olél
ol62
6163
6164
6165
6166
6167

6168
6169
6170
6171
6172
6173
6174
6175
6176
6177
6178
6179
€180
6181
6182
6183
6184
6185
6186
6187

TST PARTZ2
-

TEST

032340
032344
032350
032354

005267
012703
012704
004767

10-0CT 83 11:355

PAGE

115-1

5EG

151424

INC

ERRNBR

;SET

MOV

02,R4

s INDICATE R/W ACCESS,

MOV

177777
000002

JSR

166636

o-1,R3

PC,REGTST

THE ERROR NUMBER TO 1803,

: INDICATE
tWRITE

THAT

LO BrTE

AND VERIFY

ACCESSES

ARE

10O BE

CLEAR FIRST,

'SED.

DATA PATTERNS.

WRITE AND VERIFY 16 DATA PATTERNS IN ALL !'SED BITS OF ALL HIGH BYTES OF ALL
REGISTERS ON ALL ACTIVE LINES.
USE READ/WRITE ACCESSES.
BEFORE WRITING
EACH PATTERN, CLEAR ALL THE USED BITS OF ALL ACTIVE REGISTERS.
REGTST ROUTINE REPORTS ERRORS WITH NUMBERS
»>>>>> ERROR 1806 - 1808 cceccc,
032360
032366
032370

012767
005403

004767

003416

MOV
NEG
JSR

151402

166622

01806 . ,ERRNBR
R3
PC.REGTST

:SET UP ERROR NUMBER FOR REGTST ROUTINE.
: INDICATE THAT HMI BYTE ACCESSES ARE TO BE USED.
;WRITE AND VERIFY DATA PATTERNS.

HEd

: WRITE AND VERIFY 16 DATA PATTERNS IN ALL USED BITS OF ALL LOWER BYTES OF ALL
:+
REGISTERS ON ALL ACTIVE LINES.
USE READ/WRITE ACCESSES.
BEFORE WRITING
:

EACH PATTERN,

SET ALL THE USED BITS OF ALL ACTIVE REGISTERS.

REGTST ROUTINE REPORTS ERRORS WITH NUMBERS

»>>>>> ERROR 1809 -

1811 ccccc,

032374
032402
032404
032406

012767
005403
005404
004767

003421

MOV
NEG
NEG
JSR

151366

166604

21809. ,ERRNBR
R3
R4
PC.REGTST

;SET UP ERROR NUMBER FOR REGTST ROUTINE.
; INDICATE THAT LO BYTE ACCESSES ARE TO BE USED.
: INDICATE R/W ACCESS, SET FIRST,
sWRITE AND VERIFY DATA PATTERNS.

; WRITE AND VERIFY

;

EACH PATTERN,

;
g

6189 032412
6190 032420
6191 032422
6192

012767
005403
004767

003424

16 DATA PATTERNS IN ALL USED BITS OF ALL MIGH BYTES OF ALL

REGISTERS ON ALL ACTIVE LINES.

6188

5193
61%4
6195
6196
6197
6198
6199

REGBRW

MACRO M1200

USE READ/WRITE ACCESSES.

BEFORE WRITING

SET ALL THE USED BITS OF ALL ACTIVE REGISTERS.

REGTST ROUTINE REPORTS ERRORS WITH NUMBERS

»>>>>> ERROR 1812 - 1814 ccccc,

MOV

151350

NEG

JSR

166570

01812. ,ERRNBR

;SET UP ERROR NUMBER FOR REGTST ROUTINE.

PC,.REGTST

;WRITE AND VERIFY DATA PATTERNS.

s INDICATE

THAT HI BYTE ACCESSES ARE

TO BE USED.

HEd

;
:

PRINT ERROR SUMMARY REPORTS IF NECESSARY,
THE FOLLOWING ROUTINE REPORTS ERRORS WITH NUMBER

>>>>> ERROR @

1815

ccccc

‘-

032426
032434
032440
032444
032444
032444

012767
004767
005067
104401

003427
166766
147706

MOV

151334

60%:

JSR
CLR

ENDTST

01815, ,ERRNBR

PC,REPSMR
CTRLCF

:SET UP ERROR NUMBER FOR NEXT RTN.

;REPORT EPROR SUMMARY IF NECESSARY,
; INDICATE THAT WE COMPLETED THE TEST.
L10046:

TRAP

CSETST

189

HARDWARE

TST PART?

MACRO M1200

- REGBRM

TEST

.SBTTL
300

6204

6203

£G

MHARDWARE

TEST

REGBRM

- DEVICE REGISTER BYTE ACCESS READ/MODIFY/WRITE

TEST

i THIS TEST VERIFIES THAT THE DEVICE REGISTERS CAN BE READ AND WRITTEN
i CORRECTLY USING BYTE ACCESSES IN READ/MONIF v/WRITE MODE.
I
-

800000000000000000000000000000000000000000000000000000000000000000000000000

BGNTST
012700
104441
000022
012767

012767

012767
012767
012767
005067
012700
004767

000022
177777

000001
003555
012634

147744

vsa

SETPRI #PRIOS

000240

TNUM

MOV

147644
147662
151270
151264
151260

MOV
MOV
MOV
MOV
CLR
MOV
JSR

002464

165450

TNUM

;ALLOW THE LTC TO INTERRUPT.
+

OTNUM, TSTNUM

: INCREMENT

THE ASSEMBLY

:SET UP THE TEST NUMBER.

TIME

MOV

OPRIOS ,RO

TRAP
C$5SPRI
TEST COUNTER.

(19)

s INDICATE THAT WE ARE WITHIN A TEST,
:SET UP DEVICE FATAL INDICATOR IN ERROR TYPE.
;SET UP ERROR NUMBER IN THE ERROR TABLE.
;SET UP ERROR MESSAGE FOR TEST IN ERROR TABLE.
;CLEAR THE ERROR SUMMARY FLAGS.
;CLEAR THE ERROR COUNTER TABLE.

HEd

;
:

6223
6224

RESET THE DUT TO A KNOWN STATE, DO NOT REMOVE THE STATUS CODES FROM THE FIFO.
CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.

THIS SUBROUTINE REPORTS ERRORS »>>>>>

1901 ccccc,

032526
032532
032534
032540

004767
103402
000167
012767

166722
000156
003556

JSR

PC,RESETT

;RESET

JMP
MOV

60%
@1902. ,ERRNBR

sYES,
EXIT THE TEST.
;SET THE ERROR REPORT NUMBER TO 1902.

B8CS
151222

.+6

THE DHV-11,

sFATAL RESET ERROR?

REPORT ANY ERRORS FOUND.

NO, CONTINUE WITH TEST,

HE4

VERIFY READ/WRITE CAPABILITY

;s USE BYTE ACCESSES.

TO INDIRECT ADDRESS FIELD OF CSR.

‘-

032546
032552
032556
032562
032564
032566
032572
032574

012702
016704
142714

032576
032604
032606
032610
032610
6247 032612
6248 032614

012767
005003
005005

6249
6250
6251
6252
€253

116

B8880000000008000008
0000800000800 08 8088000080080 080000080000 0000000000000 000

6205
6206
6207
€208
6209
6210 032446
032446
6211 032446
032446
032452
6212
6213 032454
6214 032462
6215 032470
6216 032476
6217 032504
6218 032512
6219 032516
6220 032522
6221
6222

PAGE

6201
6202

6225
6226
6227
6228
6229
6230
6231
6232
6233
6234
6235
6236
6237
6238
6239
6240
6241
6242
6243
6244
6245
6246

10-0CT 83 11:35

CVDHABO DHV -11 FUNC

150214

111401
042701
020102
001406

104460
005302
002360

000017
147466
000017

2s:

177760

016710

MOV
MOV

BICB
BISB
MOVB
BIC

017,.R2
CSRA,R4

017,(R4)
R2,(R4)
(R4),R1

0177760,R1

:SET LOOP COUNT,
:GET CSR ADDRESS.

;CLEAR THE DUT CSR USING READ/MODIFY/WRITE.
sWRITE COUNT TO CSR USING READ/MODIFY/MWRITE.
sREAD BACK THE CONTENTS OF THE CSR
tMASK

OQUT

ALL BUT

THE

IND.ADR.REG FIELD.

cMP
R1,R2
;CHECK FOR CORRECT DATA WRITTEN/READ.
BEQ
as
;IS EXPECTED DATA BAD?
NO, SKIP ERROR REPORT.
sREPORT “BAD BIT(S) IN DEVICE CSR REGISTER FOR LINE
O (D)."
MOV
:§R1601.ERR8LK
1SELECT THE PROPER ERROR REPORT ROUTINE.
CLR
:SET OFFSET TO O TO CAUSE REPORT OF CSR REG.

151170

CLR

;CAUSE REPORT

DEC

TRAP
CS$ERROR
;DECREMENT LOOP COUNT/IND.ADD.REG ADDRESS.

;LOOP BACK TO TEST NEXT ADDRESS IF NOT DONE.

ERROR
a4

BGE

OF LINE O.

> ERROR @ 1902 <cccc

‘0

; WRITE AND VERIFY 16 DATA PATTERNS IN ALL USED BITS OF ALL LOWER BYTES OF ALL
;
REGISTERS ON ALL ACTIVE LINES.
USE READ/MODIFY/WRITE ACCESSES.
BEFORE
;
WRITING EACH PATIERN, CLEAR ALL THE USED BITS OF ALL ACTIVE REGISTERS.
:
REGTST ROUTINE REPORTS ERRORS WITH NUMBERS
»>>>>> ERROR 1903 - 1905 ccccc,

190

CVDHABO DHV-11 FUNC
HARDWARE

TST PART2

10-0CT

11:35

PAGE

1161

- REGERM

TEST

6254
6255 032616
6256 032622
6257 032626
032632

MACRO M1200

005267
012703
012704
004767

INC

151146
177777

MOV
MOV
JSR

000001

166360

ERRNBR

;SET THE ERROR NUMBER TO 1903.

0-1,R3
o1,R4
PC,REGTST

s INDICATE THAT LO BrTE ACCESSES ARE TO BE USED.
s INDICATE R/M/W ACCESS, CLEAR FIRST,
sWRITE AND VERIFY DATA PATTERNS.

HEd

: WRITE AND VERIFY 16 DATA PATTERNS IN ALL USED BITS OF ALL MIGHM BYTES OF ALL
i
REGISTERS ON ALL ACTIVE LINES.
USE READ/MODIFY/WRITE ACCESSES.
BEFORE
3

WRITING EACH PATTERN,

CLEAR ALL

THE USED BITS OF ALL ACTIVE REGISTERS.

REGTST ROUTINE REPORTS ERRORS WITH NUMBERS

»>>>>> ERROR 1906

1908 cccec,

‘.

032636
032644
032646

012767
005403
004767

003562

MOV
NEG

151124

166344

JSR

#1906 . ,ERRNBR
R3
PC,REGTST

:SET UP ERROR NUMBER FOR REGTST ROUTINE.
s INDICATE THAT HI BYTE ACCESSES ARE TU BE USED.
tWRITE AND VERIFY DATA PATTERNS.

HEd

: WRITE AND VERIFY 16 DATA PATTERNS IN ALL USED BITS OF ALL LOWER BYTES OF ALL
i
REGISTERS ON ALL ACTIVE LINES.
USE READ/MODIF :/WRITE ACCESSES.
BEFORE
;
WRITING EACH PATTERN, SET ALL THE USED BITS OF ALL ACTIVE REGISTERS.
:
REGTST ROUTINE REPORTS ERRORS WITH NUMBERS
»>>>>> ERROR 1909 - 1911 ccccc,
032652

032660

032662
6277 032664

6278

012767
005403
005404
004767

003565

151110

MOV

NEG
NEG

JSR

166326

:SET UP ERROR NUMBER FOR REGTST ROUTINE.

PC,.REGTST

;WRITE AND VERIFY DATA PATTERNS.

R3
R4

s INDICATE THAT LO BYTE ACCESSES ARE
s INDICATE R/M/W ACCESS, SET FIRST,

TO BE USED.

HEd

032670
032676
032700

012767
005403
004767

003570

WRITE AND VERIFY

16 DATA PATTERNS IN ALL USED BITS OF ALL HIGH BYTES OF

REGISTERS ON ALL ACTIVE LINES.

USE READ/MODIFY/WRITE ACCESSES.

WRITING EACH PATTERN, SET ALL THE USED BITS OF ALL ACTIVE REGISTERS.
REGTST ROUTINE REPORTS ERRORS WITH NUMBERS
»>>>>> ERROR 1912 - 1914

MOV

151072

NEG

JSR

166312

21912. ,ERRNBR

;SET UP ERROR NUMBER FOR REGTST ROUTINE.

PC.REGTST

;WRITE AND VERIFY DATA PATTERNS.

ALL

BEFORE

ccccc,

s INDICATE THAT MI BYTE ACCESSES ARE TO BE USED.

;

:
032704
032712

032716
032722
032722
032722

012767
004767
005067

104401

003573
166510

147430

151056

PRINT ERROR SUMMARY REPORTS

v
608 :

IF NECESSARY,

THE FOLLOWING ROUTINE REPORTS ERRORS WITH NUMBER >>>>> ERROR @ 1915 ccccc

MOV

JSR
CLR

ENDTST

01915..ERRNBR

PC,.REPSMR
CTRLCF

;SET UP ERROR NUMBER FOR NEXT RTN.

;REPORT ERROR SUMMARY IF NECESSARY.
; INDICATE THAT WE COMPLETED THE TEST.
L10047:

TRAP

CSETSTY

CVDHABO DHV-11 FUNC
HARDWARE

TST PART?2

TEST

6296
6297
6298
6299
6300
6301
6302
6303
€304 032724
032724
6305 032724
032724
032730
6306
6307 032732
6308 032740
6309 032746
6310 032754
6311 032762
6312
6313
6314
6315
6316
6317 032770
6318 032774
6319
6320
6321
6322 032776
6323 033002
6324 033006
6325 033010
6326 033016
6327 033022
6328 033030
033030
6329 033032
6330 033036
033036
033036

MACRO M1200

10-0CT-83

11:35

PAGE

K15
117

S5EG

1DSIT

.SBTTL
100

HARDWARE

TEST

IDBIT

000000000000000000000000000000000000000000000000000000000000000000000000000s

DEVICE REGISTER ID BIT

TEST

THIS TEST VERIFIES THAT THE DUT STAT REGISTER ID BIT READS AS CLEAR,

:-- 000000000000 00000000000000800000000000000000000000000000000000000000000000048
BGNTST
012700
104441

000023
012767
012767
012767
012767
012767

000240

000023
177777
000001

003721
012711

T19::

SETPRI @PRIOS
TNUM ==

TNUM

sALLOW THE LTC TO INTERRUPT,
«

147366

MOV

OTNUM, TSTNUM

151012

MOV

@1 ,.ERRTYP

147404

MOV

151006
151002

MOV
MOV

0-1,CTRLCF

02001. ,ERRNBR
O@EM2001 ,ERRMSG

;s INCREMENT

THE ASSEMBLY

sSFET UP THE TEST NUMBER,
;INDICATE

THAT WE ARE

TIME

MOV

TRAP

TEST

IN A TEST,

OPRIOS
RO

CSSPRI

COUNTER.

(20)

;SET UP DEVICE FATAL INDICATOR IN ERROR TYPE.

;SET UP ERROR NUMBER IN THE ERROR TABLE.
;SET UP ERROR MESSAGE FOR TEST IN ERROR TABLE.

3 RESET

THE DUT

TO A KNOWN STATE,

DO NOT REMOVE THE STATUS CODES FROM THE FIFO.

CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.

THIS SUBROUTINE REPORTS ERRORS »>»>>» 2001 ccccc,

‘.

004767

103016

JSR

166460

B8CC

PC,RESETT

sRESET

THE DHV-11,

sFATAL RESET ERROR?

REPORT ANY ERRORS FOUND.

VYES,

EXIT THE TEST,

‘0

: READ THE STAT REGISTER ID BIT AND VERIFY THAT IT IS CLEAR.
‘—

017701
032701
001411
012767
012701
012767

003722
012753
016466

104460
005067

147314

104401

147250

000400

150752

MOV
BIT
BEQ

8STATA,R1
o8IT8,R1
60%

;READ THE STAT REGISTER CONTENTS.
;CHECK THE ID BIT.
:ID BIT CLEAR?
VYES, EXIT THE TEST.

MOV

0EM2002,R1

sGET

MOV

150744

MOV

ERROR

60%:

CLR
ENDTST

02002. ,ERRNBR
O®EROSO3,ERRBLK

CTRLCF

iNO,

SET THE ERROR REPORT NUMBER TO 2002.

THE PROPER ERROR MESSAGE.

;;SELECT THE PROPER ERROR REPORT ROUTINE.
;ERROR NUMBER

>>>>>

2002

<cccc

TRAP

CS$ERROR

TRAP

CSETST

: INDICATE THAT WE COMPLETED THE TEST.
L10050:

192

CVDHABO DHV-11 FUNC
HARDWARE

TST PART?

- NOTXDV

TEST

MACRO M1200

10-0CT-83

11:35

L 15

PAGE

118

5€G

6332
6333

.SBTTL

6336
6337

i ®

TX_DATA_VALID BIT

TO ENSURE DATA

300

6X34
6335

;e
i

6338
6339

HARDWARE

BR800

TEST

0000000000000

NOTXDV

00 0000000800000 0000000 0000000000800

00 0000000000800 000

- NO TX_DATA _VALID/NO Tx _ACTION TEST
THIS TEST VERIFIES THAT IF A DATA WORD IS WRITTEN WITHOUT

INTERNAL

SET,

IS NOT

LOOPBACK,

TX_ACTION WILL

ACCIDENTALLY
AND

ALL

GENERATED.

TRANSMITTED,

ACTIVE

LINES.

THE

TEST

THE
IS PERFORMED

6340
6341 033040
033040
6342 033040
033040
033044
6343
6344 033046
6345 033054
6346 033062
033070
033076
033104

0000000000000 0000000000000000000000000000000000000000000000000000808s00800008

BGNTST

012700
104441
000024
012767
012767
012767
012767
012767
012767

SETPRI

000240

000024
177777
000001
004065
013026
017420

TNUM ==
MOV
MOV
MOV
MOV
MOV
MOV

147252
147270
150676
150672
150662

#PRIOS

;ALLOW LTC INTERRUPTS.

120::
MOV

OPRIOS
RO

TRAP

CSSPRI

: INCREMENT THE ASSEMBLY TIME TEST COUNTER.

;SET UP THE TEST NUMBER.
(21)
; INDICATE THAT WE ARE IN A TEST,
;SET ERROR TYPE AS FATAL IN ERROR TABLE.
:SET THE FIRST ERROR NUMBER IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERRTBL.
;SELECT THE CORRECT ERROR REPORTING ROUTINE.

HAd

:
:
033112
033116
033120

004767
103054
005267

RESET THE DUT TO A KNOWN STATE,

REMOVE

THE

STATUS CODES FROM THE FIFO.

CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.
THIS SUBROUTINE REPORTS ERROR >>>>> 2101 <cccc,

165036

JSR
8CC
INC

150644

PC,CLNRST
60%
ERRNBR

;RESET THE DHV-11, REPORT ANY ERRORS FOUND.
;RESET FAILURE?, ABORT THIS TEST.
:SET THE ERROR NUMBER TO 2102.

SET INTERNAL LOOPBACK ON ALL ACTIVE LINES.
gegrgaa?tasuL LINES TO 38.4x BAUD, 8 BITS PER CHARACTER,

ODD PARITY,

DISABLE TRANSMITTERS ON ALL ACTIVE LINES.
033124
033130
033134
033140
033144
033150
033154
033160

016705
012700
004767
012700
004767
012704
004767
004767

147106

MOV

ACTLNS,RS

sPASS THE ACTIVE LINE BIT MAP,

JSR
MOV

PC,WTWLNC
2177670,R0

s INITIALISE THE LNCTRL REGISTERS.
;PASS THE LPR CONTENTS.

MOV
JSR

€10. ,R4
PC.DELAY

MOV

000200
170370
177670
170434
000012
165116
167410

JSR

9200,R0

PC,WTWLPR

PC, TXDSBL

;:PASS THE LNCTRL CONTENTS.
s INITIALSE

THE LPR REGISTERS ON ALL

LINES.

:PASS DELAY TIME OF 10 MILLI SFCS.
;WAIT FOR LNCTRL AND LPR REGS TO BE UPDATED.
:DISABLE

TRANSMITTERS ON ALL

ACTIVE

LINES.

HE4

s+
;

033164
033170
033172

033174
033176

016705

000241

TEST ALL ACTIVE LINES INDIVIDUALLY,.

WRITE

A DATA WORD

TO THE

TXCHAR REGISTER WITH TX_DATA_VALID CLEAR.

VERIFY NO TX_ACTION IS GENERATED.

MOV
CLR
CLC

147046
2s:

ROR

B8CC

103020

ACTLNS,RS
R4
RS

:GET THE ACTIVE LINE BIT MAP,
;:CLEAR THE LINE NUMBER COUNTER.
:CLEAR THE CARRY BIT PRIOR TO SHIFTING BIT MAP,
tSHIFT

THE BIT MAP

INTO

THE

CARRY

BIT,

;D0 NOT TEST THE LINE IF IT IS INACTIVE.

: SELECT THE LINE UNDER TEST.
i
WRITE DATA WORD (ASCII <LF>) TO TXCHR REGISTER WITH THE MOST SIGNI7 ICANT
;
BIT (TX_DATA_VALID) CLEAR.

192

M5
CVDHABO DHV-11 FUNC
HARDWARE

TST PART?

TEST

6386
6387 033200
6288 033204
6389
©390
6391
6392
6393 033212
6394 033216
6395 033222
6396 033226
6397
6398 033230
6399 033232
033236
033236

NOTXDV

MACRO M1200

10-0CT-B3 11:35

PAGE

1181

SEG 194

010477
012777

147040

000012

MOV

147034

MOV

R4,aCSRA

s SELECT

;WRITE

THE LINE CURRENTLY UNDER TESi.

THE DATA WORD TO THE DUT'S TXCHAKk REG.

HEd

WAIT FOR A

Tx _ACTION TO BE RETURNED,

: BEFORE TIME-OUT OCCURS.

012701

016702
004767

170002
147022
170032

010401
012702

C13071

103004

Tx _ACTION FOUND

MOV
MOV
JSR

€170002,R1
CSRA,R2
PC,WAIBIS

s TEST BIT 15, TIMEOUT OF 2 MILLI SECS.
;PASS THE ADDRESS OF THE REGISTER TO TEST.
sWAIT FOR Tx _ACTION TO COME BACK.

MOV
MOV

R4 ,R1
#EM2102,R2

;PASS THE NUMBER OF CURRENT LINE UNDER TEST.
:PASS THE ERROR MESSAGE TO BE REPORTED.

RCC

ERROR

104460

REPORT ERROR IF

;SKIP ERRCR REPORT

;"TX_ACT FOUND AFTER

TX-ACTION NOT FOUND.

INVALID DATA WORD WRITTEN"

»>33> ERROR #4102 cccce,
TRAP

CS$ERROR

: VERIFY ALL ACTIVE LINES HAVE BEEN TESTED.
0%3240
033242
033244
033246

005204
005705
001352
000400

033250
033254
033254
033254

005067
104301

4s:

INC

TST

BNE
BR
147076

60$:

CLR

ENDTST

: INCREMENT THE LINE NUMBER COUNTER.

2s
608

;YES; BRANCH TO TEST THE NEXT LINE.
:NO; EXIT THIS TEST.

CTRLCF

;ARE

THERE ANY MORE ACTIVE LINES TO

TEST?2,

; INDICATE THAT WE ARE NOT WITHIN A TEST.
L10051:

TRAP

CSETST

CVDHABO DHV - 11 FUNC TST PART?
HARDWARE

TEST

MACRO M1200

10-0CT 83 11:35

PAGE

N15
119

S5EQ 195

TXDVAL
-

.SBTTL

6413

6414
6415
6416
6417
6418
6419
6420
6421
6422

100

HARDWARE

TEST

TXDVAL
-

0000000000 00000000000000000000000000000000000000000000000000000000000000000

i .

TX_DATA_VALID/TX_ACTION

TEST

THIS TEST VERIFIES THAT IF A DATA WORD IS WRITTEN TO THE T/CHAR REGISTER

i e
e

WITH

THE

TX_DATA_VALID BIT

SET,

CORRESPONDING

GENERATED.

TO ENSURE DATA IS NOT ACCIDENTALLY TRANSMITTED,

INTERNAL

LOOPBACK,

AND

ON ALL

ACTIVE

LINES.

TX_ACTION

WILL

THE TEST IS PERFORMED

008804040000 000000000000000000000000800000000000000000000000008000000000000

6423

6424 033256
033256
6425 033256
033256
033262
6426
6427 033264
033272
033300
033306
033314
033322

BGNTST

012700
104441
000025
012767
012767
012767
012767
012767
012767

SETPRI

000240

000025
177777

000001
004231
013165
017420

TNUM ==

147034
147052
150460

MOV
MOV
MOV

150454
150450
150444

MOV
MOV
MOV

#&PRIOS
TNUM +

sALLOW LTC INTERRUPTS.
1

s INCREMENT

THE ASSEMBLY

T2l::

MOV

TRAP

TIME

OPRIOS,RC

C$SPRI

TEST COUNTER.

sSET UP THE TEST NUMBEK.
(22)
;sINDICATE THAT WE ARE IN A TEST.
sSET ERROR TYPE AS FATAL IN ERROR TABLE.

;SET THE FIRST ERROR NUMBER IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERRTBL.
;SELECT THE CORRECT ERROR REPORTING ROUTINE.

‘0

: RESET THE DUT TO A KNOWN STATE, REMOVE THE STATUS CODES FROM THE FIFO.
s+
CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.
;

033330
033334

004767
103066

THIS SUBROUTINE REPORTS ERROR

JSR

164620

PC,CLNRST

B8CC

60¢$

»>>>>> 2201

<c<<«<cc,

;RESET THE DHV-11,

REPORT ANY ERRORS FOUND.

;RESET FAILURE?, ABORT THIS TEST.

HE4

; SET INTERNAL LGCOPBACK ON ALL ACTIVE LINES.

6442

gE;rb:R8g¥SALL LINES TO 38.4K BAUD,

8 BITS PER CHARACTER,

ODD PARITY,

; DISABLE TRANSMITTERS ON ALL ACTIVE LINES.
‘.

6446 033336
033342
033346
033352
033356
6451 033362
6452 033366
033372

016705
012700
004767
012700
004767
012704
004767
004767

146674

000200
170156
177670
170222
000012
164704

MOV
MOV
JSR

ACTLNS,RS
#200,R0
PC,WTWLNC

;PASS THE ACTIVE LINE BIT MAP.
;PASS THE LNCTRL CONTENTS.
sINITIALISE THE LNCTRL REGISTERS.

JSR

PC,WTUWLPR

s INITIALSE THE LPR REGISTERS ON ALL LINES.

JSR
JSR

PC,DELAY
PC, TXDSBL

MOV
MOV

167176

#177670,R0
#10. ,R4

;PASS THE LPR CONTENTS.
;PASS DELAY

TIME OF

10 MILLI-SECONDS.

;WAIT FOR LNCTR AND LPR REGS TO BE UPDATED.
;DISABLE TRANSMITTERS ON ALL ACTIVE LINES.

HEJ

6455
6457
6458

6459 033376
6460 033402
6461 033404
6462 033412
6463 033414
6464 033416
6465
£466

s
;

;

TEST ALL ACTIVE LINES INDIVIDUALLY.
WRITE A DATA WORD TO THE TXCHAR REGISTER WITH TX_DATA_VALID SET.
VERIFY THAT A CORRESPONDING TX_ACTION IS GENERATED.

‘-

016705
005004
012767
000241
006005

MOV

146634
004232

150356

CLR
MOV
cLC

2$:

ROR

8CC

103032

ACTLNS,RS

sGET THE ACTIVE LINE BIT MAP,

;SHIFT

R4
#2202. ,ERRNBR
8s

;CLEAR THE LINE NUMBER COUNTER.
sSET THE ERROR NUMBER TO 2202.
;CLEAR THE CARRY BIT PRIOR TO SHIFTING BIT MAP,
;D0 NOT

HEJ

: SELECT THE LINE UNDER TEST.

THE BIT MAP INTO THE

TEST THE LINE IF IT

CARRY BIT.

IS INACTIVE.

SRS
CVO=aRO DHV
HARDWARE

FUNC

TST PARTe

MACRQ M1200

ade
"
R
tde

i
010477
012777

146620
10001

6486 033456
487 033462
€488 033464

033470
6490 033472
6491 033474

~48%

€492

6497 03350C
6494 033502
033502
£495

6501 033510
6502
£503 033512
5S04 C33516
c33516
033516

(Tx

MOT T ILNIFICAY,

DATA VALID) SET,

MNY
MOv

14es14
:

R4 ,aCSRA
0100012,8TxCHA

sSELECT THE LINE CURRENTLY UNDER TEZT,
;WRITE THE DATA WORD TO THE DUT'S5S TxCHAR REG,

WAIT

FOR

Tx _ACTION

: FOUND BEFORE

TO BE

RETURNED,

REPORT

ERROR

Tx ACTION

TIME -OUT OCCURS,

‘-

012701
016702
004767

170002
14660¢
167612

012702

ci1322e

103403

MOV
MOV
JSR

2170002 ,R1
CSRA,RC
PC.WAIBIS

;TEST BIT 1S, TIMEOUT OF 2 MILLI SECS.
sPASS THE ADDRESS OF THE REGISTER TQ TEST,
;WAIT FOR Tx ACTION TO COME BACK,

MOV

0EM2202 ,R2

;PASS THE ERROR MESSAGE

BCS
Bk

000411

;5KIP ERROR REPORT

Tx-ACTION FOUND.

s “NO Tx_ACT FOUND AFTER
;GO REPORT THE ERROR.

TO BE REPORTED.

VALID DATA

WORD

“

;

VERIFY

Tx ACTION RETURNED FROM CORRECT LINE.

177760

INC
SWAB
8IC

ERRNBR
Re
0177760,R2

; INCREMENT ERROR NUMBER TC 2103.
sGET THE LINE NUMBER IN THE LOw BYTE.
;CLEAR THE UNWANTED BITS.

o13%14

BEG
MUV

8%
0EM2203 ,R2

;YES; SKIP THE ERROR REPORT,
;PASS THE ERROR MESSAGE TO BE REPORTED.

~484

6485

K% 1%

‘l

~4°%
6‘ -

119 1

MWRITE DATA WORD (ASCII «ifF», TU TrIHR REGIGTER WITH THE

BIT

~474

PAGE

TYXDVAL

TEST

LT
&~&70 033420

10-0CT B3 11:4%

005267
0003Ce
042702
020204

001404
012702

150306

4s:

cMP

6%:

C10401

MOV

ERROR

R2 R4

R4 ,R1

;IS

THE

CORRECT LINE NUMBER?,

"INCORRECT LINE @ RETURNED WITH Tx _ACT"

;PASS THE NUMBER OF CURRENT LINE UNDER TEST.
:

»>»>>

ERROR

ccccc,

TRAP

104460

CSERRCR

‘0

;

VERIFY ALL ACTIVE LINES HAVE BEEN TESTED.

‘-

as:

005204
005705
001335

067

104401

INC
TST

BNE

146634

60¢:

CL? "

ENDTS

s INCREMENT

;7ES; BRANCH TO TEST

CTRLCF

;ARE

THERE

THE LINE NUMBER COUNTER.

ANY

ACTIVE

LINES

THE NEXT LINE.

TEST2,

s INDICATE THAT WE ARE NOT WITHIN A TEST,
L10052:

TRAP

CSETST

CVvDMABDY DHv
HARDWARE

11 FUNC

PART?

TEST

MACRO M1200

10-0CT A3 11:35

Cl¢é
120

TXENBI

.5BTTL

oS50«
7
oS5C
o508
6509
6510

0¢

THIS

TEST

CLEAR,

VERTFIES

T _ENABLE

THAT

C(INACTIVE)

TEST

WHEN THE LINE UNDER

TRANSMISSION WILL NOT

TAKE PLACE

TEST'S

THAT

Tr ENABLE BIT

LINE.

THIS TEST IS PERFORMED IN INTERNAL | OOPBACK, AND ON ALL ACTIVE LINES,

6511

TXENBT-

TEST

HARDWARE

0000000000 00000000000000000000000000000800000000000080000000008000000800000000

sS512
«S18%
£514
6515 033520
033520
6516 033520
033520
233524
6517
6518 033526
6519 033534
6520 033542
6521 033550
6522 033556
6523 033564
€524
6525
6526
6527
€528
6529 033572
653G 03357
6531
€532
€533
6534
6535
6536
6537 033600
6538 033604
6539 033610
€540 033614
6541 033620
6542 033624
6543 033630
€544 033634
€545 033640
£546
6547
€548

PAGE

HEd

0008000800088 0000800000000000040000000000000000000000800000000800000080000080800

BGNTST
012700
104441
000026
012767
012767
012767
012767
012767
012767

SETPRI

000240

000026
177777
000001
004375
013421
017420

#PRIOS

sALLOW LTC INTERRUPTS,

122::

MOV

TRAP

146572

146610
150216
150212
150206
150202

RE
OPRIOS

CS5PRI

TNUM == TNUM + 1

;s INCREMENT THE ASSEMBLY TIME TEST COUNTER.

MOV

sINDICATE THAT WE ARE IN A TEST,

MOV

Q@TNUM, TSTNUM

MOV

@1 ,ERRTYP

MOV
MOV
MOV

¢-1,CTRLCF

;SET UP THE TEST NUMBER.

:SET ERROR TYPE AS FATAL

IN ERROR TABLE.

;SET THE FIRST ERROR NUMBER IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERRTBL.
;SELECT THE CORRECT ERROR REPORTING ROUTINE.

‘.

: RESET THE DUT TO A KNOWN STATE, REMOVE THE STATUS CODES FROM THE FIFO.

: CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.
: THIS SUBROUTINE REPORTS ERROR »>>>>> 2301 ccccc,
;-

004767
103110

JSR
8CC

164356

PC,CLNRST
60

sRESET THE DHV-11, REPORT ANY ERRORS FOUND.
;RESET FAILURE?, ABORT THIS TEST.

HEd

; SET INTERNAL LOOPBACK ON ALL ACTIVE LINES.

: SET LPR ON ALL LINES TO 38.4x BAUD, 8 BITS PER CHARACTER, ODD PARITY,
: 2 STOP BITS.
: ENABLE TRANSMITTERS ON ALL LINES.

016705
012700
004767
012700
004767
0127304
004767
012705
004767

146432

000200

167714
177670
167760

000012
164442
000377
167024

MOV
MOV
JSR
MOV
JSR
MOV

ACTLNS,RS
200,R0
PC,WTWLNC
@177670,R0
PC,WTWLPR
010. ,R4

;PASS THE ACTIVE LINE BIT MAP,
:PASS THE LNCTRL CONTENTS.
s INITIALISE THE LNCTRL REGISTERS.
;PASS THE LPR CONTENTS.
s INITIALSE THE LPR REGISTERS ON ALL LINES.
;PASS DELAY TIME OF 10 MILLI-SECONDS.

MOV

OMAPLNS ,RS

;PASS THE BIT MAP CORRESPONDING TO ALL LINES.

JSR

PC,DELAY

PC, TXENBL

;WAIT FOR LNCTR AND LPR REGS TO BE UPDATED.
:ENABLE TRANSMITTERS ON ALL LINES.

HE4

;

TEST ALL ACTIVE LINES INDIVIDUALLY,

; DISABLE TRANSMISSION ON EACH ACTIVE LINE.
‘-

033644
033650
033652
033660
13064

012703
005004
012767
030367
G01447

MOV
CLR
MOV
BIT
BEQ

000001

004376
146352

150110

2s:

01,R3
R4
02302. ,ERRNBR
R3,ACTLNS
68

;SET UP THE LINE BIT MAP FOR CHANNEL O.
;CLEAR THE LINE NUMBER COUNTER.
:SET THE ERROR NUMBER TO 2302.
;CHECK IF THE LINE IS ACTIVE.
;SKIP TESTING THIS LINE IF IT IS INACTIVE.

HEd

; CLEAR THE TX_ENABLE BIT IN TBUFFAD2 REGISTER.
: SELECT THE LINE UNDER TEST.
:

VERIFY IT 1S CLEAR, REPORT ERROR IF SET,

CVDHABO DHV-11 FUNC TST PART?
HARDWARE

TEST

6560 033666
6561 033670
6562 033674
6562 033700
6564 033704
6565
6566
6567
6568
€569
6570 033706
6571 033714
6572 033722
6573 033726
6574 033732
657S 033736
6576
6577
6578
6579 033740
6580 033744
6581 033750
6582 033754
6583 033760
6584 033762
6585 033766
6586 033772
6587
6588 C33774
€589 033776
6590
6591 034002
034002
6592
6593
6594
6595 034004
6596 034006
6597 034010
6598 034012
6599 034016
6600
6601 034020
6602 034024
034024
034024

010305
004767
010477
005777
100433

D1,
MACRQ M1200

10-0CT A3

11:3%

PAGt

1¢0-1

TXENBIMOV

JSR

166700
146344
146354

MOV

TST
BMI

R3,RS
PC, TXDSBL
R4 ACSRA

;PASS

;GO REPORT FRROR IF TX _ENABLE BIT %ET,

aTXAD2A

THE

BIT

MAP OF

THE LINE

UNDER

TEST,

;DISABLE TRANSMIGSTON ON THE LINE UNDER TEST,
sSELECT THE LINE CURRENTLY UNDER TEST,
sVERIFY

THE

Tx _ENABLE BIT

IS SET.

‘.

: WRITE DATA WORD (ASCII <LF>) TO TXCHR REGISTER.
:

WAIT FOR A Tx _ACTION TO BE RETURNED,

IS FOUND BEFORE TIME-OUT OCCURS.

REPORT tRRGR

Tx ACTION

‘-

012767
012777
012701
016702
004767
103016

004377
100012
170002
146312
167322

150054
146324

MOV

MOV
MOV

MOV

JSR
8CC

:SET ERROR NUMBER TO 2303.

€170002,R1

s TEST BIT 15,

CSRA,R2

PC,WAIBIS
as

;WRITE

THE DATA WORD

;PASS THE

TO THE DUT'S

TXCHAR REG.

THE REGISTER

TIMEQUT OF 2 MILLI SECS.

ADDRESS OF

sWAIT FOR Tx_ACTION TO COME BACK,

TEST.

;GO REPORT ERROR IF NO Tx-ACTION FOUND.

;.HAIT FOR THE DATA TO APPEAR IN THE FIFO, REPOKT ERROR IF DATA FOUND.
‘-

005267

012701
016702
004767

103405
005267
017702
100004
010401
012702

150024

INC
MOV

070012

MOV

146270
167300

270012,R1

CSRA,R2

PC.WAIBIS
43

ERRNBR
SRBUFA ,Re

150002
146254

013457

ERRNBR

a%:

MOy

;REPORT ERROR

IF DATA RECEIVED

:SET ERRGR NUMBER TO 2305.

IN THE FIFO.

;READ THE DATA FROM THE FIFO.

;SKIP ERROR REPORT IF DATA IS THERE.

R4 ,R1
#EM2302,R2

;:PASS THF NUMBER OF CURRENT LINE UNDER
;PASS THE MESSAGE TD BE REPORTED.
s "TX_ENABLE BIT BAD ON LINE: NN",
»»>»>> ERROR <¢cecc,
F
TRAP

ERROR

104460

:SET ERROR NUMBER TO 2304.
s TEST BIT 7, TIMEOUT OF 10 MILLI SECS.
;PASS THE ADDRESS OF THE REGISTER TO TEST.
;WAIT FOR RX_DATA_AVAILABLE TO SET.

TEST.

CSERROR

HEd

:
000241
006103
005204
0204c7
002715
005067
104401

VERIFY ALL ACTIVE LINES HAVE BEEN TESTED.

68:

;CLEAR THE CARRY BIT PRIOR TO ROTATION.
;SHIFT THE BIT MAP FOR THE NEXT LINE.
s INCREMENT THE LINE NUMBER COUNTER.

000010

R3
R4
R4 , ONUMLNS

:NO; BRANCH TO TEST THE NEXT LINE.

146326

CTRLCF

; INDICATE THAT WE ARE NOT WITHIN A TEST.

sHAVE

ALL

THE LINES BEEN TESTED?.

L10053:

TRAP

CSETST

CVDHABO DHV-11 FUNC TST PART?
HARDWARE

TEST

MACRQO M1200

11:35

PAGE

121

TXENBA

.SBTTL

6604
6605
o606
6607
6608
5609
6610

HERY

TEST

HARDWARE

TXENBA-

0082000000000 0000008800080000000008008080000008080000000800 000800000000 001%

TX_ENABLE

(ACTIVE)

TEST

THIS TEST VERIFIES THAT WHEN THE TX _ENABLE BIT

LINE

THIS TEST

TRANSMISSION WILL

TAKE

PLACE

IS PERFORMED IN INTERNAL | OOPBACK,

IS SET
THAT

IN THE APPRORJATE

L INE.

AND ON ALL

ACTIVE

LINFS,

$--

6611

6612
6613 034026
034026
6614 034026
034026
034032
6615
6616 034034
6617 034042
6618 034050
6619 034056
6620 034064
6621 034072
6622
6623
6624
6625
6626
6627 034100
6628 034104
6629

€630
6631
6632
6633
6634
6635
6636
6637
6638
6639
6640
6641
6642
6643
6644
6645
6646
6647
6648
6649
6650
6651
6652
6653
6654
6655
6656
6657

10-0CT-83

E L

8888000000080 0000800000800000800800000800000000008000088000008000000000000008000

BGNTST
012700
104441
000027
012767
012767
012767
012767
012767
012767

SETPRI

000240

000027
177777

000001
004541
013515
017420

TNUM ==

OPRIOS
TNUM

;ALLOW LTC INTERRUPTS,
«

146264
146302

MOV
MOV

QTNUM, TSTNUM
0-1,CTRLCF

147704

MOV

02401. ,ERRNBR

147710

MOV

147700

MOV

147674

MOV

01 ,ERRTYP

0EM2401 ,ERRMSG

0ER9101,ERRBLK

: INCREMENT

THE ASSEMBLY

123::

OPRICS ,RG

MOV
TIME

CssSPRI]

TRAP

TEST COUNTER.

;SET UP THE TEST NUMBER.
(28)
s INDICATE THAT WE ARE IN A TEST,
;SET ERROR TYPE AS FATAL

IN ERROR TABLE.

;SET THE FIRST ERROR NUMBER IN ERRPOR
;SET ERROR MESSAGE

ADDRESS

IN ERRTBL.

TABLE.

;;SELECT THE CORRECT ERROR REPORTING ROUTINE.

; RESET THE DUT TO A KNOWN STATE, REMOVE

;

THE STATUS CODES FROM THE FIFO.

CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.

THIS SUBROUTINE REPORTS ERROR »>>>>> 2401 «<cccc,

‘-

004767
103127

JSR

164050

8CC

PC,CLNRST
604

;RESET THE DHV-11, REPORT ANY ERRORS FOUND.
;RESET FAILURE?,

ABORT THIS TEST.

: SET INTERNAL LOOPBACK ON ALL ACTIVE LINES.
: SET LPR ON ALL LINES TO 38.4K BAUD, 8 BITS PER CHARACTER, ODD PARITY,
; 2 STOP BITS.
: DISABLE TRANSMITTERS ON ALL LINES.
‘-

034106
034,12
034116
034:22
034126
034132
034136
034142
034146

016705
012700
004767
012700
004767
012704
004767
012705
004767

MOV
MOV
JSR

ACTLNS,RS
9200,RO
PC,WTWLNC

;PASS THE ACTIVE LINE BIT MAP,
sPASS THE LNCTRL CONTENTS.
sINITIALISE THE LNCTRL REG1STERS.

000012

JSR
MOV

PC.WTWLPR
010. ,R4

s INITIALSE THE LPR REGISTERS ON ALL LINES.
;PASS DELAY TIME OF 10 MILLI-SECONDS.

000377
166422

MOV
JSR

OMAPLNS,RS
PC, TXDSBL

146124

000200

167406
177670
167452

MOV

JSR

164134

€177670,R0O

PC,DELAY

:PASS THE LPR CONTENTS.

sWAIT FOR LNCTR AND LPR REGS TO BE UPDATED.

;PASS THE BIT MAP CORRESPONDING TO ALL LINES.
;DISABLE TRANSMITTERS ON ALL LINES.

‘0

;s TEST ALL ACTIVE LINES INDIVIDUALLY.
; ENABLE TRANSMISSION ON EACH ACTIVE LINE.
‘-

034152
034156
034160

034166
cia172

012703
005004
012767
030367
001463

MOV
CLR
MOV
BIT
BEQ

000001

004542
146044

147602

2%:

;SET UP THE LINE BIT MAP FOR CHANNEL O.
;CLEAR THE LINE NUMBER COUNTER.
;SET THE ERROR NUMBER TO 2402.
;CHECK IF THE LINE IS ACTIVE.
;SKIP TESTING THIS LINE IF IT IS INACTIVE.

HE4

s SELECT THE LINE UNDER TEST.
:

;
;-

SET THE TX_ENABLE BIT IN TBUFFAD2 REGISTER.

VERIFY IT 1S SET, REPORT ERROR IF CLEAR,

179

F1e
CVDHABO DHV -11 FUNC TST PART2
HARDWARE

TEST

6658 034174
5659 034176
6660 034202
6661 034206
6€62 034212
6663 034216
6664
6665
6666

010305
004767
012705
010477
005777
100045

MACRQO M1200

6670
6671
6672
6673
6674
6675
6676
6677
6678
6679
6680
6681
6682
6683

6685

034226
034234
034240
034244
034250

11:35

PAGE

121

K% 200

TXENBA
-

MOV

166466

JSR

146032

MOV

000012

MOV

146042

TST

BPL

R3,RS

sPASS

$SET

PC, TXENBL

R4 ,3aCSRA
@TXAD2A

THE

BIT MAP OF

THE LINE UNDER

TEST,

sENABLE TRANSMISSION ON THE LINE UNDER TEST,
TXCHAR/LOOP COUNT

10.

sSELECT THE LINE CURRENTLY UNDER TEST,
;VERIFY

THE

TX_ENABLE BIT

1GO REPORT FRROR IF

IS SET,

TX_ENABLE BIT CLEAR,

‘0

WRITE DATA WORD (ASCII

<LF>)

TO TXCHR REGISTER.

MOV
MOV
MOV
MOV
JSR

;SET ERROR NUMBER TO 2403,
;;WRITE THE DATA WORD TO THE DUT'S TxCHAR REG.
;s TEST BIT 1S, TIMEOUT OF 2 MILLI SECS.
;PASS THE ADDRESS OF THE REGISTER TO TEST.
sWAIT FOR TX_ACTION TO COME BACK,

: WAIT FOR A TX_ACTION TO BE RETURNED, REPORT ERROR IF NO Tx_ACTION
: FOUND BEFORE TIME-OUT OCCURS.

6667

6668
6669 034220

10-0CT 83

‘-

012767
012777
012701
016702
004767
103030

004543
100012
170002
146000
167010

147542

B8CC

:GO REPORT ERROR IF NO TX-ACTION FOUND.

WAIT FOR THE DATA TO APPEAR IN THE FIFO,

REPORT ERROR IF

TIME-QUT,.

034252
034256
034262
034266
034272
034274
034300
034304
034306
034312
034314
034320
034322
034324
034326
034330

005267
012701
016702
004767
103017
005267
017702

034332
034334

010401
012702

034340
034340

100012
005267
000302
042702
020204
001003
005305
001334
000404

147512
070012
145756
166766

INC
MOV
MOV
JSR
8CC
INC

147456

MOV
BPL
INC

ERRNBR
€70012,R1
CSRA,R2
PC.WAIBIS
6
ERRNBR
8RBUFA,R2
63
ERRNBR

;SET ERROR NUMBER TO 2404.
;s TEST BIT 7, TIMEOUT OF 10 MILLI SECS.
;PASS THE ADDRESS OF THE REGISTER TO TEST.
;WAIT FOR RX_DATA_AVAILABLE TO SET.
;REPORT ERROR IF NO DATA RECEIVED IN THE FIFO.
:SET ERROR NUMBER TO 2405.
;READ THE DATA FROM THE FIFO.
;GO REPORT ERROR IF THER IS'NT ANY DATA THERE.
;SET ERROR NUMBER TO 2406.

177760

BIC

0177760, ,R2

;:CLEAR THE UNWANTED BITS.

147470
145742

SWAB

cMP

BNE
DEC
BNE
BR

013457

6%:

MOV

R2.R4

6%
RS
as
8%

R4 ,R1

0EM2302,R2

ERROR

sPUT THE LINE NUMBER IN THE LOW BYTE.

;:DID THE DATA COME FROM THE CORRECT LINE?.

sNO; GO REPORT THE ERROR.
sDECREMENT THE TXCHAR/LOOP COUNTER.
;LOOP TO Tx THE NEXT CHAR.
sGO TEST

THE NEXT LINE.

;PASS THE NUMBER OF CURRENT LINE UNDER TEST.
;PASS THE MESSAGE TO BE REPORTED.

s "TX_ENABLE BIT BAD ON LINE: NN",
:

»>»>>

ERROR

<cccc,

TRAP

104460

CSERROR

: VERIFY ALL ACTIVE LINES HAVE BEEN TESTED.
‘-

034342
034344
034350
034352
034354
6707 034356
6708 034362

6709
6710 034364
6711 034370
034370
024370

010305
004767
000241
006103
005204
020427
002676

005067

104401

166224

8%:

MOV
JSR
cLC

R3,RS
PC,TXDSBL

INC
cMP
BLT

R4
R4, ONUMLNS
2

ROL

000010
145762

60$:

CLR .
ENDTS

CTRLCF

;PASS THE BIT MAP OF THE LINE UNDER TEST.
;CLEAR THE TX_ENABLE BIT ON THIS LINE.
;CLEAR THE CARRY BIT PRIOR TO ROTATION.
;SHIFT

THE BIT MAP FOR THE NEXT LINE.

;s INCREMENT THE LINE NUMBER COUNTER.
sHAVE ALL THE LINES BEEN TESTED?.
sNO; BRANCH TO TEST THE NEXT LINE.
s INDICATE

THAT WE ARE NOT WITHIN A TEST.

L10054;

TRAP

CSETST

(51¢,
CVOHABO DHV -11 FUNC
HARDWARE

MACRO M1200

TST PARTZ

TEST

INTA

PAGE

122

5EG 201

.
.SBTTL

6713
6714
6715

MHARDWARE

TEST

INTA

0808000080000 08000000080000008000000000000000000800

6716

6717
6718
6719
6720
6721
6722
6723
6724
6725 034372
034372
6726 034372
034372
034376
6727
6728 034400
6729 034406
6730 034414
6731 034422
6732 034430
6733
6734
6735
6736
6737
6738 034436
6739 034442
6740 034444
6741 034450
6742
6743
6744
6745 034456
6746 034462
6747
6748
6749
6750
6751
6752
6753 034466
6754 034472
6755 034476
6756 034502
6757 034510
034510
034514
034520
034524
034530
034532
6758 034536
034536
034542

10-0CT-B83 11:35

THIS

TEST

VERIFIES

THAT

THE DEVICE

UNDER

INTERRUPTS

TEST

(DUT)

i 0
B

NOT DEPEND ON THE USE OF THE SERIAL LINE TRANSMISSION OR RECEPTION
CAPABILITIES OF THE DUT.
THE LINES ARE PUT IN INTERNAL LOOPBACK
TO MINIMIZE

ANY

EXTERNAL

ATTACHED

THE

SERIAL

EFFECTS

THAT

CORRECTLY.

WILL GENEP:TE

RECEPTION

TRANSMISSION

LIRSS RIOIALLLAROISGRINIDYS

i *

AND

INTERRUPT TEST

COULD BE

THIS

TEST

DOES

CAUSED ON DEVICES

LINES.

8080000000000 0000000000000000000000080000000000000000400000000000008080080000

BGNTST
012700
104441
000030
012767
012767
012767
012767
012767

SETPRI

020240

000030
177777
000001
003101
013551

TNUM ==

T24::
sALLOW THE LTC TO INTERRUPT,

#PRIOS
TNUM

145720
145736
147344

MOV
MOV
MOV

OTNUM, TSTNUM
@-1,CTRLCF
@1 ,ERRTYP

147334

MOV

OEM2601. ,ERRMSG

147340

MOV

€1601. ,ERRNBR

;s INCREMENT

THE ASSEMBLY

TIME

MOV

TRAP

OPRIOS,RO

C$SPRI

TEST COUNTER.

;SET UP THE TEST NUMBER.
(26)
s INDICATE THAT WE ARE IN A TEST.
;SET ERROR FATAL ERROR TYPE IN ERROR TABLE.

$:SET FIRST ERROR REPORT NUMBER IN ERROR TABLE.

;SET TEST ERROR MESSAGE IN ERROR TABLE.

‘0

;

RESET

THIS SUBROUTINE REPORTS ERRORS FROM

THE DUT

TO A KNOWN STATE,

DO NOT REMOVE

THE

CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.
»>>>>>

2601

STATUS CODES FROM THE FIFO.

THRU 2602

<c<ccc,

‘-

004767
103402
000167
012767

JSR
BCS
JMP
MOV

165012
000740
005053

147312

2%:

PC.RESETT
28
60$
02603. ,ERRNBR

sRESET THE DHV-11, REPORT ANY ERRORS FOUND.
s SKIP AROUND ABORTING TEST IF NO ERROR FOUND.
,ABORT TEST IF FATAL ERROR FOUND DURING RESET,.
:SET THE ERROR REPORT NUMBER TO 2603.

‘.

: ENABLE TRANSMITTERS ON ALL LINES.
;-

012705
004767

4% ;

000377
166202

MOV

JSR

OMAPLNS ,RS

PC, TXENBL

;PASS ACTIVE LINE BIT MAP.
;:ENABLE

TRANSMISSION ON ALL LINES.

;

:
:
:

TEST RECEPTION INTERRUPTS.

SET UP FOR RX AND TX INTERRUPTS:

RX
TX

INTERRUPT SERVICE ROUTINE INPUTS A CHAR AND COUNTS THE
INTERRUPT SERVICE ROUTINE COUNTS TX INTERRUPTS.

INTERRUPT,

005067
005067
005067
012767

145642
145640
145636

002726

012746
012746
016746
012746
104437
062706

000240
024050
145506
000003

012746
012746

000240
023662

000010

145614

CLR
CLR
CLR

MOV
SETVEC

SETVEC

RXINTC
RXINTF
TXINTC

;CLEAR THE RX INTERRUPT COUNTER.
;:CLEAR THES RX INTERRUPT FLAGS.
;CLEAR THE TX INTERRUPT COUNTER.

OBUFBAS ,BUFPTR
;LOAD THE BUFFER PTR WITH THE BUFFER BASE ADR.
RXVECA,ORXINPT,oPRIOS ;SET UP INTERRUPT VECTOR TO CATCH RX INT,
MOV
MOV
MOV
MOV

TXVECA,@CACHTX,aPRIOS

TRAP
ADD

#PRIOS, -(SP)
ORXINPT, -(SP)
RXVECA, -(SP)
03,-(SP)
CS$SVEC
#10,SP

;SET UP INTERRUPT VECTOR TO CATCH TX INT,
MOV

MOV

#PRIOS, -(SP)

#CACHTX, -(S/)

|'rl‘)
CVDHABO DHV-11 FUNC TST PARTZ
HARDWARE

TEST

034546
034552
034556
034560
6759 034564
034564
034570
6760

INTA

016746
012746
104437
062706

145462
000003

012700
10444]

000140

MACRO M1200

10-0CT-82 11:35

PAGE 1221

S5EG 202

000010

SETPRI

&PR103

sALLOW DEVICE INTERRUPTS,

€761
6762
6;63

MOV
MOV
TRAP
ADD

T/VECA, -(5P)
23,-(5P)
CSSVEC
#10,5P

v,
TRAP

OPRIO3
RO
C$5PRI

:ENABLE RECEPTION INTERRUPTS.
;DELAY 4 MS TO ALLOW TIME FOR THE INTERRUPTS TO TAKE PLACE.
;DISABLE RECEPTION INTERRUPTS.

6764

6765 034572
6766 034576
6767 034602
6;68 034606
676

004767
012704
004767
004767

i e

6770

JSR
MOV
JSR
JSR

PC,RXIE1
@4 R4
PC,.DELAY
PC,.RXIEOQ

;ENABLE THE RECEPTION INTERRUPTS.
;PASS 4 MS COUNT TO THE DELAY ROUTINE.
sDELAY 4 MILLI-SECONDS.
;:DISABLE RECEPTION INTERRUPTS,

: VERIFY THAT THE CORRECT INTERRUPTS TOOK PLACE.

6;;1

6772

6773 034612
6;7; 034616
677

005767
001017

145516

6;;6

TEST THE INT COUNTER TO VERIFY THAT INTERRUPTS TOOK PLACE.

TST
BNE

RXINTC
63

sCHECK THE RX INTERRUPT COUNT,
:SKIP THE FOLLOWING ERRORS IF COUNT <> 0.

; DETERMINE REASON FOR NO RX INTERRUPTS AND PRINT PROPER ERROR MESSAGE.

6777

6778 034€62C
6779 024624
6780 034632

012701
032777
001416

013760
000200

6782 034640

0322777

100000

6781 034634

6783 034646
6784 034650
g;gz 034654

012701

001410
012701
000405

013672

145412

MOV
BIT
BEQ

9EM2604 ,R1
08177,aCSRA
8s

;SET UP MSG IN CASE "RX.DATA.AVAIL IS CLR".
s TEST THE RX.DATA.AVAIL BIT OF THE CSR.
;GO REPORT ERROR IF RX.DATA,AVAIL IS CLR.

BIT

oBIT1S5,8RBUFA

;s TEST THE DATA.VALID BIT OF THE FIFO.

MOV

145400

BEQ
MOV
BR

013601

0EM2603,R1

:SET UP MSG IN CASE "“DATA.VALID IS CLEAR".
;GO REPORT ERROR IF DATA.VALID IS CLEAR.
;SET UP MSG, "DATA.VALID IS SET”.
;GO REPORT THE ERROR.

‘0

2;:;

; IF RX INTS OCCURRED WITH RX.DATA.AVAIL CLEAR, REPORT THE ERROR.
‘-

6789 034656
6790 034662
g;gé 034664

005767
100006
012701

145454

6%:

TST
BPL
MOV

014054

RXINTF
10¢
0EM2605,R1

;CHECK THE RX INTERRUPT FLAGS.
;SKIP THE ERROR IF FLAG IS CLEAR.
;:SET UP THE PROPER MESSAGE.

g;g}

;: REPORT THE ERROR WHICH HAS BEEN FOUND.
‘-

6795 034670

034670
034672
034674
ives 034676

8s:

104455
005053
013551
016466

ERRDF

2603 ,EM2601 ,ER0503;

>>>>> ERROR 02603 ccccc,

TRAP
.WORD
.WORD
.WORD

CS$ERDF
2603
EM2601
EROS03

‘0

g;g;

: VERIFY THAT NO TX INTERRUPTS HAVE BEEN GENERATED SO FAR IN THIS TEST.
‘-

6799
6800
6801
6802
6803

034700
C34704

016702
001406

145434

034706
034712
034712
034714

012701

010001

104455
005054

10¢:

MOV
BEQ
;REPORT “TX
MOV
ERRDF

TXINTC,R2
;:LOAD @ OF TX INTERRUPTS FOR EROS04 RTN.
124
;SKIP ERROR IF NO TX INTERRUPTS.
INTERRUPTS(S) RECEIVED WITH TX INTERRUPTS DISABLED."
#EM0526 ,R1
;SET UP MESSAGE ADR FOR INDIRECT PRINT,
2604 ,EM2601 ,ER0504;
»>>>> ERROR #2604 <cccc,
TRAP
CSERDF
.WORD
2604

CVDHABO DHV
HARDWARE

6804
6805
6806

11 FUNC

ST PART?
-

TEST

034716
034720

6807 034722
034722
034726
6808 034730
034730
034734
6809 034736
034736
034742
6810
6811
6812
6813
6814
6815
6816 034744
6817 034750
6818 034754
6819 034760
034760
034764
034770
034774
035000
035002
6820 035006
035006
035012
035016
035022
035026
035030
€821 035034
035034
035040
6822
6823
6824
6825 035042
6826 035046
6827 035052
6828 035056
6829 035062
6830 035066
6831 035072
6832 035074
6833 035076
6834 035102
6835 035104
6836 035106
6837
6838 035110

[16

INTA

MACRO M1200

10-0CT

11:35

PAGE

12°2-2

SEG 202

013551
016512

.WORD

EM2601
ERNS04A

‘0

CLEAN QUT

THE

INTERRUPT VECTORS USED IN THIS TEST.

012700
10444]

000240

016700

145276

104436

016700

104436

12%:

SETPRI
CLRVEC
CLRVEC

145272

;

TEST

145364
145364
145362

012746
012746
016746
012746
104437
062706

000240
023634
145236
000003

012746
012746
016746
012746
104437
062706

000240
024156
145212
000003

012700
104441

000140

+OISABLE

DEVICE

INTERRUPTS,

MOV

RXVECA

;RETURN RX

;RETURN

TXVECA

INT

VECTOR

TRAP
TO UNUSED POOL.

VECTOR

TRAP
TO UNUSED POOL.
TRAP

005067
005067
005067

#PRIOS

TXVECA ,RO

CsCveC

INTERRUPTS:

RXINTC
;CLEAR THE
TXINTC
;CLEAR THE
TXINTF
;:CLEAR THE
RXVECA,#CACHRX,OPRIOS ;SET

RX
TX
RX
UP

INTERRUPT
INTERRUPT
INTERRUPT
INTERRUPT

COUNTER.
COUNTER.
FLAGS.
VECTOR TO CATCH
MOV
MOV
MOV
MOV
TRAP

SETVEC

000010

CsCveC

INTERRUPT SERVICE ROUTINE COUNTS RX INTERRUPTS.
INTERRUPT SERVICE ROUTINE COUNTS THE INTERRUPT AND SETS FLAGS.

CLR
CLR
CLR
SETVEC

000010

RXVECA,RO

TRANSMISSION INTERRUPTS,

SET UP FOR RX AND TX

RX
TX

®PRIOS,RO

C$SPRI

SETPRI

TXVECA,@TXINTR,oPRIOS

OPRIO3

;SET UP

RX INT,
9PRIOS, -(SP)
@CACHRX, -(SP)
RXVECA, -(SP)
@3,-(SP)
C$SVEC

210,5P
ADD
INT VECTOR TO TX INT ROUTINE.
MOV
OPRIOS, -(SP)
MOV
@TXINTR, -(SP)
MOV
TXVECA, -(SP)
MOV
@3, -(SP)

sALLOW DEVICE INTERRUPTS.

TRAP
ADD

MOV

TRAP

C$SVEC
€10,SP

oPRIO3,RO

C$SPRI

HE4

; VERIFY THAT THE TX_ACTION BIT IS CLEAR.
‘-

012705
012701
012702
016704
012703
004767
103020
005003
004767
103005
005305
001365
012701

14%:

014176

MOV
MOV
MOV
MOV
MOV
JSR
8CC
CLR
JSR
8CC
DEC
BNE

s INITIALIZE THE LOOP COUNTER.
:SET 100 MS TIME-OUT,
s SELECT TX_ACTION BIT TO TEST.
sPASS DUT CSR AS THE WORD TO TEST.
sWAIT FOR TX_ACTION TO BE SET.
;WAIT UP TO 100 MS FOR TX_ACTION SET.
:IF TIME-OUT, CONSIDER TX_ACTION CLEAR.
sNOW, WAIT FOR TX_ACTION CLEAR.
sWAIT UP TO 100 MS FOR TX_ACTION CLEAR.
s IF TIME-OUT, REPORT TX_ACTION WON'T CLEAR.
zDECREHENT THE TX_ACTION SET COUNTER.
LOOP IF NOT TOO MANY TX_ACTIONS FOUND,

#EM2607,R1

s SELECT ERROR ME SSAGE .

;REPORT “TX_ACTION SET REPEATEOLY
MOV

AFTER RESET,

NO DATA SENT."

JLe
CVDHABO DHV - 11 FUNC
HARDWARE

TEST

6839 035114
6840 035116
of4] 035122
035122

035124
035126

035130
6842 035132

6843
6844
6845

000402
012701

INTA

014272

104455
005055
014137
016466

B8R

18%:;

000424

‘

035174
035174
035176
035200
035202

004767
012704

004767
005767

001413
012701
005767
100002
012701

165664

000062

122

5EG 204

208
:

2as

2605
EM2606

‘WORD

EROS03

ENABLE TX_INTERRUPTS.

JSR

PC,DELAY

{DELAY S0 MILLI-SECONDS TO ALLOW INTS TO OCCUR.

BEQ
MOV

2as
0EM2607.R1

8PL

228

MOV

22%:

CSERDF

LMORD
"WORD

PC., TXIEL

TST

014343

4GO TO TEST WITH TX_ACTION SET.

TRAP

JSR

TST

145154

Tx ACTION STUCK SET MSG.
»>5>2> FRROR 82605 «c«cc.

THAT NO INTERRUPTS OCCUR WITH TX_ACTION CLEAR.

MOV

014176

sGO TO REPORT THE ERROR.

0EM2608.R1
1SELECT
2605, EM2606,FROS03;

B8R
VERIFY

163126
145164

104455
005056
014137

188

MOV
ERRDF

16$:

i
035140
035144
035150
035154
035156
035162
035166
035170

PAGE

6846 035134

6647
6848
6849
6850
6851
6852
6853
6854
6855
6856

10-0CT B3 11:355

MACRO M1200

TST PART?

050..R4
TXINTC

TXINTF

0EM2609,R1

PASS SO MS

TIME

S TEST

THE

INTERRUPT COUNT.

;TEST

THE

INTERRUPT FLAGS.

:SKIP THE ERROR IF NO TX INTERRUPTS.
:SELECT MESSAGE IN CASE TX INT FLAG CLEAR.

;GO REPORT ERROR IF TX FLAG IS CLEAR.
{1X FLAG 15 SET,

\REPORT “TRANSMIT INTERRUPT TEST ERROR:
ERRDF

TO THE DELAY ROUTINE.

2606 ,EM2606 ,ER0OS03;

SELECT PROPER ERROR MESSAGE.

>>3>> ERROR 02606 <<<c<,
TRAP

.WORD
"WORD
‘"WORD

016466

CSERDF

2606
EM2606
EROSO3

: 'PREPARE TX INTERRUPT COUNTER AND FLAGS.
035204
035210

005067
005067

145130
145126

24%:;

GLR

CLR

TXINTC
TXINTF

;CLEAR THE TX INTERRUPT COUNT.
iCLEAR

THE

INTERRUPT FLAGS.

: SET UP LINE PARAMETERS FOR TRANSMISSION.
035214
035220
035224
035230
035234

012705
012700
004767

012700
004767

000377
000200

MOV

JSR

MOV
JSR

156430
166344

OMAPLNS.RS

;PASS ACTIVE LINES BIT MAP.

0156430,R0
PC.WTWLPR

i:SPECIFY 9600BPS,1STOP,NO PARITY,B8BITS/CHAR.
{WRITE TO ALL LPR REGISTERS.

Pe ., WTWLNC

iPASS INERT STATE,

INTERNAL LOOPBACK.

:DISABLE RECPTION AND DMA, ETC. ON DUT.

' *

: SEND A NULL CHAR TO EACH LINE.
035240
035244
035250

6876
6877
6878
6879 035254
035260
6881
6882
6883
6884 035264
€885 035270
6886
6887

016701
012702
004767

MOV
MOV
JSR

145002
166304
'

TXCHA,R1
2100000, R2
PC.WTWLNS

SET UP TXCHAR REGISTER ADDRESS.
{SET CHARACTER TO BE TRANSMITTED = NULL.
{SEND NULL CHAR TO EACH LINE.

: DELAY 250 MILLI-SECONDS TO ALLOW INTERRUPTS TO OCCUR.
012704
004767

MOV

000372

JSR

163012

0250..R4

PC.DELAY

SET UP FOR 250 MS DELAY.
{WAIT 250 MS.

i
005767
001007

145050

VERIFY THAT TX INTERRUPTS OCCURRED.

1ST

BNE

TXINTC

264

{CHECK THE TX INTERRUPT COUNTER.

1SKIP THE FOLLOWING ERROR IF WE GOT TX INTS.

HAJ

; DETERMINE

THE REASON THAT WE RECEIVED NO INTERRUPTS,

114,
CVOHABO DMV
HARDWARE

11 FUNC

T1ST PART?

TEST

o888
6889 035272
6890 035276
6891 035302
6892 035304
6893
6894
6895
6896 035310
6897 035714
6898 035316
6899
6900
6901
6902 035322
035322
035324
035326
035330

012701
005777
100407
012701

INTA

MACRO M1200

10-0OCT

A3 11:35

PAGE

127-4

SEG 205

014422

MOV
TST
BMI
MOV

144742

014514

0EM2610,R1
aCSRA
28s
QEM2611,R1

sSET UP MSG IN CASE “1.
sCHECK THE DUT CSR.
:GO TO REPORT ERROR IF
(SET UP "TX_ACTION NOT

ACTION I©
.

SF 7",

'x ACTION |
SET,
7"
MESSAGE
.

HEd

: CHECK TO VERIFY
005767
100006
012701

145026

264 :

1ST
BPL

014343

THAT Tx _ACTION WAS SET FOR EACH INTERN PT,

TXINTF
30¢

MOV

QEM2609,R1

;CHECK THE TX INTERRUPT FLAGS.
:SKIP ERROR IF Tx _ACTION CLR FLAG IS5 CLEAR,
$SET UP

TxX

INT WITH

“TX_ACTION CLR“ MSG.

HEd

28%:

104455

ERRDF

2607,EM2606,ER0503;

»>3>>> ERROR #2607 cccec,
TRAP

005057
014137

.WORD
.WORD
.WORD

016466

CSERDF

2607
EM2606

ERO503

HAd

VERIFY

THAT NO Tx

INTERRUPTS HAVE BEEN GENERATED SO FAR

IN THIS

TEST.

035332
035336
035340

6911
6912
€913
6914
6915
6916
6917

035344
035344
035346
035350
035352

035354
035356
035362
035366
035366
035372
6918 035374
035374
035400
6919 035402
035402
035406
6920
6921 035410
6922 035414
035414
035420
6923 035422
035422
035422

016702
001406
012701

144776

30s$:

007711

MOV

BEQ
MOV

;REPORT

RXINTC,R2

;LOAD @ OF RX INTERRUPTS FOR EROS04 RTN.
:SKIP ERROR IF NO RX INTERRUPTS.
;SET UP MESSAGE ADR FOR INDIRECT PRINT.

“RX INTERRUPTS(S) RECEIVED WITH RX INTERRUPTS DISABLED.
"

ERRDF

104455
005060
014137
016512

324
QEMO525,R1

2608 ,EM2606 ,ER0504 ;

>>>>> ERROR #2608 <cccc,
TRAP

.WORD

.WORD
.WORD

CSERDF

2608

EM2606
EROS04

HEd

: DISABLE INTERRUPTS AND CLEAN OUT THE INTERRUPT VECTORS USED IN THIS TEST.
;-

005001
004767
004767

165402
164614

012700
104441

000240

016700
104436

144632

016700
104436

144626

005067

144736

012700
10444)

000340

104401

32%:

CLR
JSR
JSR
SETPRL

CLRVEC
CLRVEC

R1
PC,TXIEO

PC,RXIEO
@PRIOS

RXVECA
TXVECA

;CLEAR BOTH TRANSMITTER
: INTERRUPT ENABLE AND RECEIVER

i INTERRUPT ENABLE BITS IN THE DUT CSR.
:DISABLE DEVICE INTERRUPTS.
MOV

TRAP

;RETURN RX INT VECTOR TO UNUSED POOL.
MOV
;RETURN TX

INT

VECTOR

TRAP
TO UNUSED POOL.

MOV

TRAP

60%:

CLR
SETPRI

ENDTST

CTRLCF
oPRIO7

#PRIOS,RO

C$SPRI

RXVECA,RO
CsCVveC

TXVECA,RO

CsCveC

; INDICATE THAT WE ARE NOT WITHIN A TEST.
:DISABLE ALL INTERRUPTS.
MOV
#PRIO7,RO
L100SS5:

TRAP

C$SPRI

TRAP

CSETST

CVDHABO DHV 11 FUNC T5T PART?
HARDWARE

BR_EVA

TEST

L
MACRO M1200

.SBTTL

R
;e

6930
6931
6922
#9233
6934
€935
6936
6937

6940
6941 035432
6942 035440
6943 035446
6944 035454
6945 035462
6946 035470
6947
6948
6949
6950
6951
6952 035474
6953 035500
6954 035502
6955 035506
6956
6957
6958
6959 035514
6960 035520
6961
6962
6963
6964
6965 035524
035524
035530
€966 035532
035532
035536
035542
035546
035552
C35554

6967

6969
€970
6971

PAGE

123

S5EG 206

690«
09,7
028
6929

6938 035424
035424
6939 035424
035424
035430

10-0CT 83 11:35

MHARDWARE

- BRLEVA

TEST

0000000000800 8000000 0000000000000 080000 0800000800800
- BR LEVEL TEST B -

THIS TEST VERIFIES THAT

8R8NRNNALINILILINRIINILS.

THE DEVICE UNDER TEST (DUT) WILL GENERATE

RECEPTION AND TRANSMISSION INTERRUPTS AT THE CORRECT BR LEVEL.

OR RECEPTION CAPABILITIES OF THE DUT,

DEVICES ATTACHED TO THE SERIAL LINES.

THIS

TEST DOES NOT DEPEND ON

LOOPBACK

TO MINIMIZE

THE USF

THE

SERIAL LINE

TRANSMISSICN

THE LINES ARE PUT IN INTERNAL

ANY EXTERNAL EFFECTS THAT

COULD BE CAUSED ON

§=-

000080000000 00080080800008088000800008 0800808008008 08808808%080000000000000000

BGNTST
012700
104441
000031
012767

012767

012767
012767
012767
005067

SETPRI

000240

oPRIOS

TNUM == TNUM .+

000031
177777

144666
144704

MOV
MOV

005671
014577
144766

146306
146302

MOV
MOV
CLR

MOV

146312

sALLOW LTC INTERRUPTS,
1

OTNUM, TSTNUM
0-1,CTRLCF

@1 ,.ERRTYP

; INCREMENT THE ASSEMBLY

125::

MOV
TRAP

#PRIOS,RO
C$SPRI

TIME TEST COUNTER.

:SET UP THE TEST NUMBER.
(30)
;INDICATE THAT WE ARE IN A TEST.

;SET ERROR TYPE AS FATAL IN ERROR TABLE.

;SET THE FIRST ERROR NUMBER IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERRTBL.
;INITIALIZE THE "REPORT ERROR SUMMARTY" FLAGS.

; RESET THE DUT TO A KNOWN STATE, DO NOT REMOVE THE STATUS CODES FROM THE FIFO.

;
;

CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.

THIS SUBROUTINE REPORTS ERRORS FROM >>>>> 3001 THRU 3002 <c<ccc,

‘-

004767

163754

000167
012767

000572
0CS673

103402

146254

2%:

JSR
BCS
JMP
MOV

PC,RESETT
24
60

03003. ,ERRNBR

sRESET THE DHV-11, REPORT ANY ERRORS FOUND.
;SKIP AROUND ABORTING TEST IF NO ERROR FOUND.
;ABORT TEST IF FATAL ERROR FOUND DURING RESET.

;SET THE ERROR REPORT NUMBER TO 3003.

‘0

;: ENABLE TRANSMITTERS ON ALL LINES.
012705
004767

000377
165144

4s:

MOV
JSR

OMAPLNS ,RS
PC, TXENBL

;PASS ACTIVE LINE BIT MAP,
;ENABLE TRANSMISSION ON ALL LINES.

; GENERATE A TRANSMISSION INTERRUPT REQUEST.
; PROCESSOR PRIORITY SHOULD BE AT 7 DISABLING INTS.
'-

012700
104441

000340

012746
012746
016746
012746
104437
062706

000340
024156
144466
000003

SETPRI

SETVEC

oPRIO7

;DISABLE ALL INTERRUPTS,

RO
#PRIO7

TRAP

C$SPRI

MOV
MOV
MOV

#PRIO7, -(SP)
@TXINTR, -(SP)
TXVECA, -(SP)

TRAP
ADD

CsSVEC
#10,5P

TXVECA,oTXINTR,oPRIO7 ;SET UP INTERRUPT VECTOR TO CATCH Tx INT,

000010

SET UP DUT FOR TRANSMISSION INTERRUPTS:
SET UP INTERNAL LOOPBACK,
SET

MOV

UP LINE PARAMETERS FOR

TRANSMISSION.

['11‘»
CVDHABO DHV-11 FUNC TST PART2
HARDWARE

6972
6973
6974
6975
°:;$
6
62;8

TEST

035560
035564
035570
035574
035600

6980 035604
6981 035610

6gg§ 035614
6

012705
012700
004767
012700
004767

016701
012702

004767

BRLEVA

MACRO M1200

10-0CT 83 11:35

PAGE

1231

5EQ 207

000377
000200
165734
156430
166000

MOV
MOV
JSR
MOV
JSR

OMAPLNS RS
#200,R0
PC,WTWLNC
¢156430,R0
PC,WTHLPR

i
: SEND A NULL CHAR
;-

144436
100000

165740

6::;

MOV
MOV

TO EACH LINE.

TXCHA,R1
£100000,R2

JSR

sPASS ACTIVE LINES BIT MASK,
;PASS INERT STATE, INTERNAL LOOPBACK.
;DISABLE RECPTION AND DMA, ETC. ON DUT.
:SPECIFY 9600BPS,1STOP,NO PARITY, BBITS/CHAR,
;WRITE INTO ALL LPR REGISTERS.

PC,WTUWLNS

;SET UP TXCHAR REGISTER ADDRESS.
:SET CHARACTER TO BE TRANSMITTED

: DELAY SO MS TO ALLOW TIME FOR THE

6986 035620

egg; 0356284
6

6333
6
6991 035630
035630
035634
035640
035644
035650
i 035652

012704

004767

012746
012746
016746
012746
104437
062706

‘-

000062

162446

000340
023760
144366
000003

MOV

050. .R4

JSR

PC,.DELAY

= NULL.

;SEND NULL CHAR TO EACH LINE.

INTERRUPT TO BE GENERATED.

;PASS SO MS TIME

TO THE DELAY ROUTINE.

;:DELAY SO MILLI-SECONDS.

; GENERATE A RECEPTION INTERRUPT REQUEST.
$SETVEC
RXVECA,ORXBRRT,oPRIO7 ;SET UP INTERRUPT

000010

VECTOR TO CATCH
MOV
MOV
MOV
MOV
TRAP
ADD

RX INT.
9PRIO7,-(SP)
ORXBRRT, -(SP)
RXVECA, -(SP)
23,-(SP)
C$SVEC
210,SP

2322

: SET UP FOR THE LOOP WHICH TESTS THE INTERRUPT BR LEVELS.
-

6995 035656
6996 035662
ggg; 035664

012705
005003
005002

000340

MOV

CLR
CLR

;SET UP THE PRIORITY LEVEL TO 7.

R3
CF

;CLEAR
;CLEAR

THE RX PRIORITY STORE AND FLAGS.
THE TX PRIORITY STORE AND FLAGS.

6999

;

;ggg

ENABLE

TX AND RX

INTERRUPTS.

; PROCESSOR PRIORITY SHOULD BE AT 7 DISABLING THE INTERRUPTS.
-

7002 035666

;882 035672

004767

164350

JSR

165126

JSR

PC.RXIEL

PC,TXIEL

;ENABLE RECEIVER

;ENABLE

INTERRUPTS.

TRANSMITTER INTERRUPTS.

3882

;: LOOP, LOWERING THE PROCESSOR PRIORITY UNTIL THE DUT INTERRUPTS ON RX AND TX.
e

7007 035676
7008 035702

005067
005067

144436
144434

7010 035712
7011 035716

005067

144420

7009 035706

005067

035716
035720

010500
104441

;giz 035726

004767

7012 035722

012704

6%:

CLR
CLR

144422

CLR

CLR
SETPRI

000001

MOV

162344

JSR

TXINTC
TXINTF

;CLEAR
;CLEAR

RXINTF
RS

;CLEAR THE RX INTERRUPT FLAGS.
:SET PROCESSOR PRIORITY TO THE

RXINIC

01,R4

PC,DELAY

THE
THE

TX
TX

INTERRUPT COUNTER.
INTERRUPT FLAGS.

;CLEAR THE RX INTERRUPT COUNTER.

;PASS

;DELAY

1 MS COUNT

SELECTED VALUE.

MOV
TRAP

THE DELAY ROUTINE.

RS,RO
C$SPRI

1 MS TO ALLOW INTERRUPTS TO OCCUR.

HEd

7015

;

;g%g

DETERMINE

IF ANY RX DUT

INTERRUPTS OCCURRED.

: LOG THE PROCESSOR PRIORITY FOR THE RX INTERRUPT IF FIRST RX INT.
'-

7018 035732
7019 035736

7020

005767
001412

144376

ST
BEQ

RXINTC
8s

;CHECK THE RECEIVE
;SKIP THE PRIORITY

INTERRUPT COUNTER.
LOG IF NO Rx INT OCCURRED.

CVDHABO DMV 11 FUNC TST PART2
HARDWARE

- BRUEVA

TEST

MACRC M1200

10-0CT 83 11:3%
s It

*C23 035740

7024 035742
7025 035744

7026 035746

7027 035752
T028 035756
7o§9 035762
7030

3 -

005703

001010
010503
052703

016700
042700
050003

PAGE 12% 2

“EG 208

7021

7022

b |

THIS 1S THE FIRST Ry INTERRUPT, LOG THE PRIORITY,

BNE
MOV

100000

BIS

144360
137777
i

7031

MOV
BIC
BIS

sCHECK THE RX PRIORITY STORE AND FLAGS.

Y
RS,R3

sGOTO TEST FOR TX INTS IF NOT THE FIRST Rx INT,
;LOG THE PRESENT PRIORITY IN THE Rx PRIC STORE,

o8IT15,R3

s5ET THE RX INT 4AS OCCURRED FLAG.

tGET THE RX INTERRUPT ROUTINE FLAGS.
;CLEAR ALL BUT THE TX INT ERROR FLAG,
sIF TX INT ERROR, SET BIT 14 OF THE PRIO FLAGS.

RXINTF ,RO
0137777,R0
RO,R3

: DETERMINE IF ANY Tx DUT INTERRUPTS HAVE OCCURRED.

?cge

: LOG THE PRESENT PROCESSOR PRIORITY IF THIS IS THE FIRST Tx INTERRUPT,

7033

7034 035764
70;2 035770
70

005767
001405

144350

8s:

B =

ST
BEQ
3o

;037

TXINTC
10

;CHECK THE TRANSMIT INTERRUPT COUNTER,
:SKIP THE PRIORITY LOG IF NO Tx INT OCCURED,

; IF THIS IS THE FIRST Tx INTERRUPT, LOG THE PRIORITY,

038

7039 035772
7040 035774
7041 035776

;g:g 036000

005702
100403
010502

052702

1511
sMI
MOV

100000

‘0

7044

;8:2

BIS

R2
108
RS,R2

;CHECK THE Tx PRIORITY STORE AND FLAGS.
;SKIP THE LOGGING IF NOT FIRST TX INTERRUPT,
;LOG THE PRESENT PRIORITY IN THE TXx PRIO STORE.

BIT15,.R2

:SET THE Tx INT HAS OCCURRED FLAG.

SELECT NEXT PROCESSOR PRIORITY,

: TEST FOR BOTH RX AND Tx INTERRUPTS HAVING OCCURRED, LOOP IF NOT.
‘-

7047 036004

7048 036010
7049 036012
zggo 036014
1

162705

002402
030203
100330

000040

108 :

suB

BLT
BIT
BPL

HEd

040,RS

;DECREMENT PRIORITY LEVEL BY ONE.

128
R2,R3
64

:GOTO CHECK FOR ERRORS IF BELOW PRIORITY ZERO.
:AND PRIO FLAGS TOGETHER, ALTER NONE OF THEM,
;LOOP IF RX AND TX INTS HAVEN'T BOTH OCCURRED.

: DISABLE INTERRUPTS AND CLEAR INTERRUPT VECTORS.

;ggg

‘-

7054 036016

036016
036022

(12700
104441

000340

036024

016700

144202

7055 036024

036030

7056 036032

036032
S 036036

104436

016700
104436

12%:

144176

SETPRI

OPRIO?

;DISABLE ALL INTERRUPTS,

CLRVEC

RXVECA

;RETURN RX INT VECTOR TO UNUSED POOL.

CLRVEC

TXVECA

;RETURN TX INT VECTOR TO UNUSED POOL.

MOV
TRAP

#PRIO07,RO
C$SORI

MOV

RO
RXVECA

TRAP

MOV
TRAP

CSCVEC

TXVECA,RO
CsCVEC

7058

VERIFY THAT RX AND TX INTERRUPTS OCCURRED,

7060

IN THE PROPER ORDER,

7059

;82;

7063 036040
;823 036042

THE PROPER BR LEVEL,

AND

DETERMINE IF TX INTERRUPT OCCURRED.

005702
100414

TST
8MI

R2
164

;DETERMINE WHETHER TX INT OCCURRED OR NOT.
:SKIP THESE ERRORS IF TX INT OCCURRED.

; DETERMINE REASON THAT NO TX INT OCCURRED.

;gg?
7068 036044

7069 036050
7070 036054
7071 076056

012701

005777
100402
012701

014422

144170

014914

MOV

ST
BMI
MOV

0EM2610,R1

8CSRA
148
0EM2611,R1

sSELECT “NO TX INT FROM TX, ACTION" MESSAGE.

;CHECK THE TX.ACTION BIT OF THE DUT CSR.
;SKIP TX,ACTION CLR MSG SELECTION IF IT IS SET,
$SELECT "“TX,ACTION CLEAR AFTER CHARS SENT" MSG,

L1
-

CVDHABO MWV -11 FUNC T5T PART2
- BRLEVA

HARDWARE TEST

7072
7073 036062

036062
036064
036066
036070
Zg;g 036072

MACRO M1200

14%:

104455
005673
014577
016466
000423
010204
042704
006204
006204
006204
006204
006204

7086 036116

116705

005204

120405

7088 036124

001406

7090 036126
7091 036132
036132
036134
036136
S 036140

012701

7089

»3355 ERROR 03003 cccce,

CSERDF
TRAP
3003
.WORD
.WORD
EM3001
.WORD
ERNS03
;SKIP THE Bk LEVEL CHECK, NO Tx INT OCCURRED.

: VERIFY THAT THE Tx INTERRUPT WAS AT THE PROPER BR | EVEL.

7078 036074
7079 036076
7080 036102
7081 036104
7082 036106
7083 036110
7084 036112

7087 036122

;REPORT “INTERRUPT BR LEVEL TEST ERROR:'
ERRDF
3003,EM3001,ER0503;

HEd

7076

7085 036114

K% 209

PAGE 128 3

‘

7077

10-0CT 83 11:3%

168:

177400

MOV
BIC
ASR
ASR
ASR
ASR
ASR

R2,R4
0177400,R4
R4
R4
R4
R4
R4

MOVB

BRLEVL,RS

INC

144120

CMPB

BEQ

R4,RS
184

;CALCULATE THE BR LEVEL
+ THAT THE TRANMSIT
: INTERRUPT WAS
: REQUESTED AT, WHICH
: IS ONE GREATER THAN
: THE PROCESSOR PRIORITY
s LEVEL AT WHICH THE

; TRANSMIT INTERRUPT OCCURRED.

:GET THE EXPECTED INTERRUPT BR LEVEL.

;COMARE THE INTERRUPT BR LEVEL WITH EXPECTED.
;SKIP THE ERROR IF BR LEVEL IS CORRECT.

;REPORT “TX INTERRUPT GENERATED AT WRONG BR LEVEL:

MOV
ERRDF

014724

104455
005674
014577
017066

;832

..."

;SELECT THE ERROR MESSAGE FOR THE ERROR CALL.
0EM3003,R1
»>>>> ERROR 93004 <cccc,
3004 ,EM3001,ER3001;
TRAP
CSERDF
.WORD
3004
.WORD
EM3001
.WORD
ER3001

: DETERMINE IF Rx INTERRUPT OCCURRED.
‘-

7095 036142

_7’8367, 036144

005703

18$:

100415

TST

BMI

224

;CHECK THE RX INT OCCURRED FLAG.

sSKIP THESE ERKORS IF RX INT OCCURRED.

HE4

; DETERMINE REASON THAT NO RX INT OCCURRED.

;ggg

7100 036146

012701

7102 036160

001002

7101 036152

7103 036162
7104

7105 036166
036166
036170
036172
036174

;igg 036176

032777
012701

013601

000200

144064

0EM2602,R1

;SELECT “NO RX INT FROM TX.ACTION” MSG.

BNE

208

:SKIP RX.DATA AVAIL CLR MSG IF BIT IS SET.

BIT

114630

MOV

208

104455
005675
014577
016466

MOV

eBIT7,8CSRA
0EM3002,R1

;CHECK THE RX.DATA.AVAIL BIT OF THE DUT CSR.
s SELECT "NO RX.DATA.AVAIL AFTER RESET" MSG.

;REPORT “INTERRUPT BR LEVEL TEST ERROR:

000423

ERRDF

3005,EM3001,ER0S03;

B8R

»>>>> ERROR 83005 <<ccc,
TRAP
CS$ERDF
.WORD
300S
.WORD
EM3001
.WORD
ER0S03

;SKIP THE BR CHECK 1 NO RX INT OCCURRED.

HEd

;{83

; VERIFY THAT THE RX INTERRUPT WAS AT THE PROPER BR LEVEL.
'.

7110 036200

7111 036202
7112 036206
7113 036210
7114 036212
7115 036214
7116 036216

010304

042704
006204
006204
006204
006204
006204

177400

228

MOV

BIC
ASR
ASR
ASK
ASR
ASR

R3,R4

;CALCULATE THE BR LEVEL

:
:
+
:
:
:

THAT THE RECEIVE
INTERRUPT WAS
PEQUESTED AT, WHICH
IS ONE GREATER THAN
THE PROCESSOR PRIORITY
LEVEL AT WHICH THE

- BRLEVA

HARDWARE TEST

7117 036220

7118 036222
7119 036226
7120 036230
7121

7122 036232
T123 036236
036236
036240
036242
036244
7124

005204

116705
120405
001406

144014

012701

015000

INC

MOvVB
cMPB
BEQ

BRLEVL ,RS
R4 ,RS
24

s+ RECEIVE INTERRUPT OCCURRED.

;GET THE EXPECTED INTERRUPT BR LEVEL,
;COMARE THE INTERRUPT BR LEVEL WITH E/PLCTED.
:SKIP THE ERROR IF BR LEVEL IS CORRECT.

sREPORT "RX INTERRUPT GENERATED AT WRONG BR LEVEL:

MOV
ERRDF

104455
005676
014577
(017066

7125

..."

OEM3004 ,R1
$SELECT ERRNR MESSAGE FOR THE ERROR CALL.
»»>>> ERROR 03006 cccee,
3006 ,EM3001,ER3001;
CSERDF
TRAP
7006
.WORD
EM3001
.WORD
ER300:
.WORD

: TEST FOR INTERRUPTS OCCURING IN THE PROPER ORDER.

;igg

‘-

7128 036246

032703

040000

7130
7131 036254

012701

015054

7129 036252

7132 036260

036260
036262
036264
7188 036266

001406
104455
005677
014577
016466

BIT

08IT14,R3

;CHECK THE IMPROPER INT ORDER ERROR FLAG.

:SKIP ERROR REPORT IF ERROR DID NOT OCCUR.

BEQ

26%

ERRDF

3007 ,EM3001,ER0S503;

;REPORT “Tx INTFRRUPT GIVEN PRECEDENCE OVER SIMULTANEOUS RX INT."
MOV
QEMI005,R1
;SELECT THE ERROR MESSAGE FOR INDIRECT PRINT,

»>>>> ERROR 03007 ccccc,
TRAP
.WORD
. WORD
. WORD

CSERDF
3007
EM3001
EROSO3

;{g;

; CLEAN Ur, EXIT THE TEST.
‘-

7136 036270
7137 036274

7138 036300
7139 036304
036304
C36310

7140 036312

7141

036312
036312

004767
004767

164470
163702

012700
104441

000340

005067

104401

144046

268 :

60$:

JSR
JSR

CLR
SETPRI

ENDTST

PC,TXIEO
PC.RXIEO

CTRLCF
oPRIO7

;CLEAR TRANSMITTER INTERRUPTS,
sCLEAR RECEIVER INTERRUPTS,

;INDICATE THAT WE ARE NOT WITHIN A TEST.
:DISABLE ALL INTERRUPTS,
MOV
&PRIO7,RO
TRAP
CSSPRI
L10056:

TRAP

CSETST

PAGL 125%-4

10 OCT A3 11:35

MACRO M1200

Ral

CVDHABO DMV -11 FUNC TST PART2

b1
CVDHABO DHV -11 FUNC TST PART2
HARDWARE

TEST

DIAPMP

MACRO M1200

10-0CT 8% 11:35

7142

.SBTTL
300

7146
7147

e
e

*145%

7148

MHARDWARE

ALL ACTIVE LINES ARE

BGNTST

7152 036314

SETPRI

7153
7154 036322

;158 036360

012767

017420

7155
7156
7157
7158

036330
036336
036344
036352

012767
012767
012767
012767

000032
177777
000001
006035
015146

7161
7162
;163

TESTCD.

@PRIOS

sALLOW LTC

TNUM == TNUM « 1
MOV
OTNUM, TSTNUM
MOV
¢-1,CTRLCF
MOV
01,ERRTYP
MOV
03101.,.ERRNBR
MOV
OEM3101,ERRMSG

143776
144014
145422
145416
145412

145406

0000000000000 00000000000000000008000000000808 0000 20000000000 000000000000

036314

000240

DIABMP

. DIAGNOSTIC FIELD (BMP) TEST -

036314

012700
104441
000032
012767

THIS TEST VERIFIES THAT A REQUEST TO THE DUT TO REPORT BMP STATUS
CODES IS COMPLIED WITH, WITHIN THE SPECIFIED TIME.

036314
036320

TEST

0000000000000 000000000000000000000000000000000000000000000000000000000800000

7149

7150

te 211

7144

7151

PAGE 124

MOV

0ER9101 ,ERRBLK

INTERRUPTS,

T26::

MOV
0PRI0OS,RO
TRAP
C$SPRI
s INCREMENT THE ASSEMBLY TIME TEST COUNTER,
:SET UP THE TEST NUMBER.
(31)
s INDICATE THAT WE ARE IN A TEST,
;SET ERROR TYPE AS FATAL IN ERROR TABLE.
;SET THE FIRST ERROR NUMBER IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERRTBL.

;SELECT THE CORRECT ERROR REPORTING ROUTINE.

: RESET THE DUT TO A KNOWN STATE, REMOVE THE STATUS CODES FROM THE FIFO.
;:
CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.
: THIS SUBROUTINE REPORTS ERROR »>>>>> 3101 ccccc,

164

7165 036366

;igg 036372

004767

103077

161562

JSR

BCC

PC.CLNRST

sRESET

60$

THE DMV-11,

REPORT

ANY ERRORS FOUND.

;RESET FAILURE?, ABORT THIS TEST.

‘0

7168
7169

;
:

;{;g

TEST ALL ACTIVE LINES INDIVIDUALLY.
WRITE THE REQUEST CODE TO THE DIAGNOSTIC FIELD IN THE LPR REGISTER.

: VERIFY THAT A BMP CODE IS RETURNED WITHIN THE CORRECT TIME.
'-

7172 036374

016705

143636

MOV

7174

036402

016703

143636

MOV

7176

036410

7173 036400

7175 036406

;{;g 036412

005004

000241

CLR

2s:

006005

cLeC

ROR

103064

B8CC

ACTLNS,.RS

;GET THE ACTIVE LINE BIT MAP.

CSRA,R3

;GET

sCLEAR

THE LINE NUMBER COUNTER.

THE

ADDRESS OF

THE

DUT'S CSR.

;CLEAR THE CARRY BIT PRIOR TO SHIFTING BIT MAP,

;SHIFT

THE

BIT

MAP

INTO

THE

CARRY

BIT.

;00 NOT TEST THE LINE IF IT IS INACTIVE.

7179

: SELECT THE LINE UNDER TEST.

;igg

WRITE THE BMP REQUEST CODE TO THE DIAG FIELD IN THE LPR REGISTER.

‘-

7182 036414
7183 036422

;igg 036424

012767
010413

052777

006036

145346

000002

143616

MOV
MOV

BIS

;SET THE ERROR NUMBER TO 3102.
1SELECT THE LINE CURRENTLY UNDER

TEST.

;WRITE THE BMP REQUEST CODE TO THE LPR,

7186

;

;{g;

REPORT ERROR IF

TIME-OQUT

’-

7189 036432
7190 036436

012701
016702

;%gg 036446

103042

7191 036442

WAIT FOR BMP REQUEST CODE TO BE CLEARED,

; OCCURS.,

004767

010764
143606
164536

MOV
MOV

JSR

8CC

010764 ,R1
LPRA,R2
PC,WAIBIC
6%

sTEST BIT 1, TIMEOUT OF SO0 MILLI SECS.
1PASS THE ADDRESS OF THE REGISTER TO TEST.
;WAIT FOR REQUEST CODE

TO CLEAR.

;GO REPORT ERROR IF CODE DID NOT CLEAR IN TIME,

7194
7195
7196

: WAIT FOR BMP CODE
; OCCURS,
i -

TO APPEAR

THE FIFO,

REPORT ERROR

TIME-OUT

CVDHABO DHV-11 FUNC TST PART2
HARDWARE

TEST

7197 036450
7198 036454

7199 036460
7200 036464
7201 036470
7202

005267

012701

016702
004767
103031

DIABMP

MACRO M1200

10-0CT 83 11:35

PAGE

124

SEG ¢le

145314

INC

070012

MOV

143560
164570

MOV
JSR
B8CC

7203

ERRNBR

$sSET ERROR NUMBER TO 3103,

CSRA,R2
PC,WAIBIS
6

1PASS THE ADDRESS OF THE REGISTER TO TEST
sWAIT FOR RX _DATA_AVAILABLE TO SET,
;GO REPORT ERROR IF CODE DID NOT CLEAR In TIMF,

#70012,R1

CODE

s
:

VERIFY THE BMP CODE WAS RECEIVED FROM THE CORRECT CHANNEL.
IF THE BMP CODE DOES NOT INDICATE DUT RUNNING OK, THEN SAVE

Zggg

THE QUEUE TO BE REPORTED IN A LATER TEST.

7205
7206

7209 036472
7210 036476

005267
017702

145272
143544

7212 036504
7213 036510

005267
012700

145260
170301

7215 036516

001016

7211 036502
7214 036514

7216 036520
7217 036524

7218 036526

7219 036530

7220 036534

7221 036536
7222 036540

7223 036544
7224 036546

;ggg 036552
7227 036554
7228 036556
7229

7230 036562

7231 036562

100024

040200

005267

010200

000300
042700

120400

001006
120227
001407
004767

000404

010401
012702

;SET ERROR NUMBER TO 3105.
:SET-UP A BMP CODE MASK,

INC

MOV

SWAB

B8IC

000305

BNE
cMPB

cMPB

BEQ
JSR

MOV
MOV

R2,RO

ERRNBR
R2,RO

@177760,R0O

R4 ,RO

;GO REPORT ERROR
:TRY

TO CLEAR

THE BMP MASK,

:SET THE ERROR NUMBER TO 3106.
;COPY

THE BMP CODE.

;PUT THE LINE NUMBER IN THE LOW BYTE.
sCLEAR THE UNWANTED BITS.

;:OID THE BMP CODE COME FROM THE CORRECT LINE?.

;GO SEE IF

R4 ,R1
0EM3102,R2

:GO REPORT ERROR IF IT IS NOT A VALID B8MP CODE.

iNO; GO REPORT ERRG!
;IS THE BMP CODE
A “GOOD ONE"?.

8s
PC,SAVBMP

NO BMP CODE FOUND.

6%
R2,0305

ERROR

104460

RBUF

INC
MOV
BIC

6%:

THE

:SET ERROR NUMBER TO 3104.
tGET THE BMP CODE FROM THE FIFO.

177760

015202

THERE) FROM

ERRNBR
sasurn R2

BNE

163514

IS A VALID BMP CODE,

INC
MOV

BPL

145244

TIMEOUT OF 10 MILLI SECY.

READ

; DETERMINE IF IT

(IF

7204

THE BMP

s TEST BIT

sYES; SKIP SAVING THE BMP CODE ON THE QUEUE.
:SAVE THE BMP CODE ON THE QUEUE.

THERE ARE ANY MORE LINE

TO TEST.

;PASS THE LINE NUMBER TO BE REPORTED.
;PASS THE ERROR MESSAGE TO BE REPORTED.
: "BMP REQUEST

BIT

BAD ON LINE:"

»»>»>> ERROR <cccc,

TRAP

CSERROR

;ggg

VERIFY ALL ACTIVE LINES HAVE BEEN TESTED.

7234 036564

005204

7236 036570

001306

7235 036566

7237 036572

7238 036576

036576

8s:

005705
005067

143554

60$:

INC

TST

BNE

CLR

ENDTST

104401

: INCREMENT

s YES;

RS
CTRLCF

;ARE

THE LINE NUMBER COUNTER.

THERE ANY MORE ACTIVE LINES TO TEST?.
BRANCH

s INDICATE

TEST

THAT WE

THE

LINE.

ARE NOT WITHIN A TEST.

L10057:

" TRAP

CSETST

G
CVDHABO DHV -11 FUNC
HARDWARE

TST PARTZ
- DIAPMP

TEST

MACRO M1200

.SBTTL

7242
7243

300

125

5EG 217

HARDWARE

TEST

REPBMP

REPORT

ANY

BMP CODES

THE

QUEUE

i e
ie

THIS IS A PSEUDO-TEST USED TO REPORT ANY BMP CODES THAT WERE FOUND
ESEGSE DUT'S FIFO DURING PREVIOUS TFST, AND LOGGED IN THE BMP CODE

IT IS UNLIKELY THAT RUNNING THIS PSEUDO-TEST ALONE WILL PRODUCE ANTY

i e

7249

B8000000000008080 0000000000000 8000000008000000000080000000000000
0000800000

7244
7245
7246
7247
7248

ERROR

REPORTS,

:-- 2800080800000 00000000008000048000000880008000000080000080000000000000000000000000

7250
7251 036600

7259

PAGE

7240
7241

7252
7253
7254
7255
7256
7257
7258

10-0CT 83 11:35

036600
036600
036606
036614
036620
036624
036626

BGNTST

000033
012767
012767
016702
012703
020203
001411

000033
177777
143704
002526

TNUM
MOV

143520
143536

MOV
MOV

MOV
CMP

BEQ

e
27::

TNUM + 1
OTNUM, TSTNUM

s INCREMENT THE ASSEMBLY TIME
;SET UP THE TEST NUMBER.

o8MPCQGB,R3
R2,.R3

sGET THE START ADDRESS OF THE QUEUE.
:SEE TF THE POINTER MAS MOVED FROM THE BASE.

@-1,CTRLCF
BMPCQP,R2
60

TEST COUNTER,
(93)

; INDICATE THAT WE ARE IN A TEST.
sGET THE CONTENTS OF THE POINTER.
;EXIT NO CODES IN THE QUEUE.

7260
7261
7262
7263
7264 036630
7265 036634

036634
036636
036640
036642

7266
7267 036644
7268

IS AT LEAST ONE BMP CODE

IN THE QUE''TM.

REPORT

THE ERROR.

;:REPORT ERROR BMP CODE FOUND IN TEST NN, BMP CODE
: NNNNNN "
012701

MOV
ERRDF

016011

104455

0EM9304,R1
:PASS THE FIRST MESSAGE TO BE REORTED.
9301,EM9301 ,ER9301 ;
>>>>> ERROR 09301 ccccc,
TRAP

022125
015674
017446

.WORD
.WORD

002526

7269 036652

005067

143474

036656
036656

104401

143652

60¢:

CLR

ENDTST

oBMPCQB,BMPCQP

;SET POINTER BACK

CTRLCF

s+ INDICATE

TO THE BEGINING OF

CSERDF

9301
EM9301

.WORD

012767

7270 036656

THERE

ER9301

THE QUE.

THAT WE ARE NOT WITHIN A TEST,

L10060:

TRAP

CSETST

H
CVDHABO DHV-11 FUNC
HARDWARE

TST PARTZ

TEST

7¢73
7274
7275

REPPMP

MACRO M1200

10-0CT-83

11:35

PAGE

126

P
:
B

7277
7279

7280
7281

.SBTTL

7282

T T T

E SRR NG IS RS RSN E S S eSS

I NSRS E R BRI I NP E IV ER S S AR AB

I A A BB U EE AV E BT

HARDWARE PARAMETER CODING SECTION

7283

7284

7285

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 ARC

7286
7287
7288
7289
7290
7291
7292
7293
7294

INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.

WITH THE OPERATOR.

7295
7305
7306

BGNHRD

L$HARD:
:

.WORD L 10061 -L$HARD/2

;:DEVICE CSR ADDRESS QUESTION:
000031
036726
160000
177776

7307
7308

GPRMA

001031
036744
000040
000776

036702
036704
036706
036710
036712

002032
036777
000377
000000

036714
036716
036720
036722
036724

003032
037025
000377
000000
000006

7311
7312 036714

7313
7314
7215 036726

036726

177777

HWPTQ1,0,0,160000,177776,YES

;DEVICE INTERRUPT VECTOR QUESTION:
GPRMA

7309
7310 036702

7316
7323

THE

MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS

000022

FVTB.HWQ

7276

SEG 214

HWPTQ@2,2,0,40,776,YES

;ACTIVE LINES BIT MAP QUESTION:
GPRMD

HWPTQ3,4,0,MAPLNS,0,177777,YES

; INTERRUPT BR LEVEL QUESTION:
GPRMD

ENDHRD

HWPTQ5,6,0,377,0,6,YES

.WORD
.WORD
.WORD
.WORD

T$CODE
HWPTQL
TSLOLIM
TSHILIM

.WORD
.WORD
.WORD
.WORD

T$CODE
HWPTQ@2
TSLOLIM
TSHILIM

.WORD
.WORD
.WORD
.WORD
.WORD

T$CODE
HWPTQ3
MAPLNS
TSLOLIM
TSHILIM

.WORD
.WORD
.WORD
.WORD
. WORD

T$CODE
HWPTQS
377
TSLOLIM
TSHILIM

1l
CVDHABO DHV-11 FUNC TST PARTZ

MACRO M1200

10-0CT 83 11:35

PAGE

5EG 21S

106 1

HARDWARE PARAMETER CODING SECTION
7324 036726

036731
036734
036737
036742
7325 036744
036747
036752
036755

036760
036763
036766
036771
036774
7326 036777
037002
037005
037010

037013

037016
037021
037024

7327 037025

7328

7329

037030
037033
037036
037041
037044
037047

LASCIZ

/CSR ADDRESS:

124
122
124
105
117
101
122
123

HWPTQ2:

ASCIZ

/INTERRUPT VECTOR ANDRESS:

124
105
111

HWPTQR3:

.ASCIZ

/ACTIVE LINE BIT MAP:

HWPTQRS:

.ASCIZ

/INTERR'®T BR LEVEL:

122
104

123

072

122
120
126
124
040
104
123

101
122

€00
116

040

103
126
114

105

000

105
111
115

040

116
122
120
102

124
122
124
122
105
114
000

072

114
105

040

HWPTQL:

123

124
101
040

.EVEN

’

CVDHABO DHV-11 FUNC TST PART?

MAZRC M1200

10-0CT

11:35

PAGE

127

5EG 216

HARDWARE PARAMETER CODING SECTION
7332

T L

Y T

T Y Ty T

7838

7234
7335
7336

FVTA,.SWQ

H AEE IS

E BB FCBC LN EEE BB LB CE BB

DA BB

AE ARV B ARV DA A ST A B U N E A B U B A A S AP BE A S A A SV US S SEF A BB AR E

.SBTTL

SOF TWARE PARAMETER CODING SECTION

7338

1339
7340
7341

037052
037054

7352
7361
7362 037054

037054
037056
037060

7363
7364 037062
037062
037064

7365

037066
037070
037072

7366 037074

7367

037074
037076
037100

®e
9s
@

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

INTERPRETED BY

THE SUPERVISOR AS DATA STRUCTURES.

MACROS ALLOW THE SUPERVISOR
WITH THE OPERATOR.

THE

TO ESTABLISH COMMUNICATIONC

7345
7346
7347
7348
7349
7350
7351 037052

®s

@¢

7342
7343
7344

BGNSFT

000013

LSSOFT::

.WORD L10062-L$S50FT/2

sUNIT NUMBER PRINTOUT QUESTION:
GPRML

000130
037102
000020

SWPTQ1,0,20,YES

:NUMBER OF INDIVIDUAL DATA ERRORS TO REPORT ON A LINE QUESTION:
GPRMD

001052
037156

177777
000000
177777

SWPTQ2,2,0,177777,0,177777,YES

.WORD
.WORD
.WORD

T$CODE
SwPTQ1
20

.WORD
.WORD

TsCODE
SWPTQ2

.WORD
.WORD

TSLOLIM
TSHILIM

.WORD
.WORD
.WORD

T$CODE
SWPTQ3
1

.WORD

:ROM VERSION PRINTOUT ON FIRST PASS QUESTION:
GPRML

000130
037245
000001

SWPTQ3,0,1,YES

7368

7369
7370 037102

ENDSFT

037102

7371
7372
7379 037102
037105

037110
037113
037116
037121
037124
037127
037132
037155

L10062:
105
122
125
124
125
105
101
105
110
116

120
124
116

115
122
123
101
040
111

SWPTQ1:

.ASCIZ

.EVEN

/REPORT UNIT NUMBER AS EACH UNIT IS TESTED:

177777

<1
CVDHABO DHV-11 FUNC TST PART2

MACRO M1200

10-0CT 83

11:35

PAGE

127-1

S5EG 217

SOF TWARE PARAMETER CODING SECTION
037140
037143
037146
037151
037154
7380 037156
037161
037164
037167
037172
037175
037200
037203
037206
037211
037214
037217
037222
037225
037230
037233
037236
037241
037244
7381 037245
037250
037253
037256
037261
037264
037267
037272
037275
037300
037303
037306
037311
027314
7382

124
123
105
105

040
116
102
040
040
104
111
101
104
101

122
122
124
122

117

040
040
114
105

040
040

111

123

104
000

125
105
117

SWPTQ2:

.ASCIZ

/NUMBER OF

INDIVIDUAL

SWPTQ3:

.ASCIZ

/ROM VERSION PRINTOUT

DATA ERRORS

TO REPORT ON A | INE:

111
111
104

114

101
040
122

123
117
105
122

117

101
111
072

117

126
123
116
122
124
124
116
110
106
123
120
123

000

.EVEN

THE

FIRST PASS:

CVDHABO DHV-11 FUNC TST PART2

MACRO M1200

10 OCT 83 11:35

PAGE

128

5€G 21

SOF TWARE PARAMETER CODING SECTION
7384
7385
7286

B
:

7388

7387

T Y L T

7389

T T e

037366
037370
037372

ARSI

RN NN

S S E IR

AT E Y AN

USSR F RIS RN AR AE A A EAECEE B E BBV E B LA IS F IV DE B BB BEE

$PAICH:
:

.BLKW

7407 037372
7408
7409
7410
7411

LSLAST::

.EVEN
.WORD
. WORD
ENDMOD

7412

7413

7414
7415

LASTAD

000000
000000

000001

T T TS 1

FVTSKLE,.P11

7390

7391
7392
7393 037216
7394 037316
7395
7402
7403
7404
7405
7406 037366

L e

.END

0
0

M1
CVDHABO DHV-11 FUNC TST PART2

MACRO M1200

10-0CT-83

11:35

PAGE

128-1

SEG 219

004576

004645
004714
004776
005055
005111
005146
005177
005223
005322
005417
005473
005600
005624
005702
020532
020616
006065
006123
006171
006344
006507
006666
006731
007071
007250
007317
007467
007535
007711
010001
010071
010125

EM1204
EM1205
EM1301
EM1302
EM1401
EM1402
EM1403
EM1404
EM1405
EM1406
EM1407
EM1408
EM1601
EM1604
EM1701
EM1801
EM1901
EM2001
EM2002
EM2101
EM2102
EM2201
EM2202

EM2203
EM2301
EM2302
EM2401
EM2601
EM2602
EM2603
EM2604
EM2605
EM2606
EM2607
EM2608
EM2609
EM2610
EM2611
EM3001
EM3002
EM3003
EM3004

FSAU

F$AUTO=
F$BGN =
FS$CLEA=
F$OU
=
FSEND =
F $HARD=
FSHW
=
FS$INIT=
F$JMP =
F$MOD =
F$MSG =
F$PROT=
F$PWR =

015054
015146

015202
015243
015267
015313
015407
015520
015530

015545

015571
015610
015632
015650
015674
015714
015744
016011
003726
025064
002464
002726
003774
003772
003770
003766
002462
016066
016404
016466
016512
016560
016710
017006
017066
017156
017260
017336
017420
017446
000004
002100
000035
000015
000020
000040
000007
000016
000041
000004
000013
000006
000050
000000
000011
000021
000017

OO
Oe

EM1203

011523

011542
011626
011704
011740
011764
012010
012047
012077
012165
012240
012312
012325
012340
012352
012360
012443
012511
012566
012634
012711
012753
013026
013071
013165
013222
013314
013421
013457
013515
013551
013601
013672
013760
014054
014137
014176
014272
014343
014422
014514
014577
014630
014724
015000

EM3005
EM3101
EM3102
EM9009
EM9010
EM9014
EM9017
EM9018
EM9019
EM9020
EM9022
EM9023
EM9024
EM9026
EM9301
EM9302
EM9303
EM9304
ENDETB
ENDIT
ERCNTB
ERLTBL
ERRBLK
ERRMSG
ERRNBR
ERRTYP
ERSMRF
ERO101
ER0201
EROS03
EROS04
ER1401
ER1601
ER1603
ER3001
ER9004
ER9007
ER9008
ER9101
ER9301
=
EVL
ESEND =
ESLOAD=

OOOOOOO

004351
004375
004437
004501

EMO702
EMO703
EMO801
EMO802
EMO901
EMO902
EM1001
EM1002
EM1003
EM1101
EM1201
EM1202

010305
010470
010525
010705
011070
011130
011203
011234
011270
011334
011421
011477

OO0

C$GPLO=

EF1601
EF1602
EF1603
EF1604
EF3001
EF 3002
EF9001
EF9002
EF9003
EF9004
EF9005
EF9006
EF9010
EF9016
EF9017
EF9018
EF9019
EF9301
EF9302
EMO101
EMO102
EMO103
EMO201
EMO202
EMO203
EMO204
EMO301
EMO302
EMO303
EMO401
EM0402
EMO501
EMO502
EMOS25
EMO526
EMO601
EMO602

EMO603

EMO701

OOOOOOOOOOIOOOOOOOOOOOOOOOOOO

006033
006044
006055

025222
000036
000035
000034
000037
EF .STA= 000040
EFO503
004132
EFOS05
004137
EF1401
004212
EF1402
004314

CSEXIT=
CSGETB=
CSGETW=
C$GMAN=
C$GPHR=
C$GPRI=
CSINIT=
CS$INLP=
C$MANI=
C$MEM =
C$MSG =
C$OPEN=
C$PNTB=
=
CS$PNTF
C$PNTS=
CS$PNTX=
C$QIO0 =
C$RDBU=
CS$REFG=
CS$RESE=
CSREVI=
C$RFLA=
CSRPT =
C$SEFG=
C$SPRI=
C$SVEC=
C$TPRI=
DELAY
DFPTBL
DIAGMC=

DRO2MG
DRO4AMG
DRO6MG
DR10MG
DR12MG
DR14MG
DR16MG
EDROP
EF .CON=
EF .NEW=
EF .PWR=
EF .RES=

002244
025144
006002
006006
006013
006017
006024

000022
000004
000002
000045
000062
000012
00003<
000006
000036
000044
000051
000024
000053

DRADRT

DROP
DROOMG

OOOOOOnOn

C$BSEG=
csBSuUB=
C$CEFG=
C$CLCK=
C$CLEA=
CsCLOS=
CsCLP1=
C$CVEC=
C$DCLN=
C$DODV=
C$DRPT=
=
CsDU
CSEDIT=
=
CS$ERDF
C$ERHR=
C$ERRO=
=
CS$ERSF
C$ERSO=
CS$ESCA=
CS$ESEG=
CS$ESUB=
CSETST=

002352 G
000052
000061

000000000000

002244
000000

CTRLCF
=
C$AU
C$AUTO=
C$BRK =

(21

OOOOOOOOOOOOOOOE

BCOUNT
BITTBL
BITO
BITOO
BITO1
BITO2
BITO3
BITO04
BITOS
BIT06
BITO7
BITO8
BITO9
BIT1
BIT10
BIT11
BIT12
BIT13
BIT14
BIT1S
BIT2
BIT3
BIT4
BITS
BIT6
BIT7
BIT8
BIT9
BMPCQAB
BMPCQE
BMPCQP
BOE
BRLEVL
BUFBAS
BUFEND
BUFMID
BUFPTR
BUF 3QT
CACHRX
CACHTX
CALMSL
CKTRAP
CLKBRL
CLKCSR
CLKHRZ
CLKINT
CLKVEC
CLNRST
CLR16W
CNTERR
CSRA
CSRO

002236
000020
020136
017626

ACTLNS
ADR
ADRPTR
ALTFLD
ASSEMB

OOO6

SYMBOL TABLE

CVDHABO DHV-11 FUNC TST PART2

MACRO M1200

10-0CT-83 11:35

5EG 22¢C

PAGE 128-2

IBE

IDUV

=
IER
IESTAT
=
ISR
=
IXE
=
ISAU
I$AUTO=
ISCLN =
IsDU
=
ISHRD =
ISINIT=
ISMOD =
I$MSG =
I$PROT=
ISPTAB=
ISPWR =
ISRPT =
I$SEG =
I$SETU=
ISSFT =
ISSRV =
Is5UB =

L$HW
LSICP

LSINIT
LSLADP
LSLAST
L$LOAD
LSLUN

L$SMREV
L $NAME
L$PRIO
L$PROT
L$PRT
L $REPP
L$REV
L$RPT
L$SOFT
L$SPC
L$SPCP

002034
025120

002072
004036
002052
002044
003766
002102
002046
002064
002066
036662
002120
002016
002022
002214
002104
024246
002026
037372
002100
002074
002050
002000
002042
024240
002112
002062
002010
024232
037054
002056
002020

LSTIML
LSUNIT
L10000
L10001
L10002
L10003
L10004
L10005
L10006
L10007
L10010
L10011
L10012
L10013
L10014
L10015
L10016
L10017
L10021
L10022
L10023
L10024
L10025
L10026
L10027
L10030
L10031
L10032
L10033
L10034
L10035
L10036
L10037
L10040
L10041
L10042
L10043
L10044
L10045
L10046
L10047
L10050
L10051
L10052
L10053
L10054
L10055
L10056
L10057
L10060
L10061
L10062

= 000377 G
MAPLNS

NDERPT
NEWPAS
NEWRES
NEWSTA
NUMLNS
=
00PS
OPTION
O$APTS=
=
OSAU
0$BGNR=
=
0$BGNS
=
OsDU
O$ERRT=
O$GNSW=
O$POIN=
0$SETU=
PAROA
PASCNT
PCSLOT=
PNT
=
PREGRT
PREGOS
PRI
PRIOO
PRIO1

PRIO2
PRIO3
PRIO4
PRIOS
PRIO6
PRIO7
PUFIFO
RBUFA
RBUFQ =
RDPDR

000200
000240
000300
000340
020714
002246
000002
020776
REGTST
021216
REPSMR
021426
RESETT
021454
RMATBB
002304
ROLDAP
021566
RSTRPT
021620
RXBDTX= 000030
RXBETX= 000020
RXBFUL
= 000100
RXBRRT
023760
RXIEO
022202

RXIE1l
RXINPT

STATO =
=
SvCGBL
SVCINS=
SVCSuB=
SVCTAG=
SVCTST=
SWAPOQ
SWPTQl
SWPTQ@2
SWPTQ3
SSLSYM=

RXINTC
RXINTF
RXVECA
ROSLOT=

022242
024050

002334
002336
002232

000002
R1SLOT= 000004
R2SLOT= 000006
R3SLOT= 000010
R4SLOT= 000012

R5SLOT=
SAVBMP
SFPTBL
SKPSTS
STATA

TIMER1
TIMER2
TIMER3
TNUM
=
TPAFLG
TP4RTN
TP4VEC
TSABRT
TSTNUM
TXAD1A
TXAD10=
TXAD2A
TXAD20=
TXBFCA
TXBFCO=
TXCHA
TXCHRO=
TXDSBL
TXENBL
TXIEO
TXIEL
TXINTC
TXINTF
TXINTR
TXVECA
T$ARGC=
T$COCE=
TSERRN=
TSEXCP=
T$FLAG=
T$GMAN=

000014
022266
002226
022334
002252

002260
002262
002246
022574
022670
022764
023024
002340
002342
024156

002234
000130
022125
000000
000050
000000

(alalalalalalalnlalalalalalnla
i)

L$SW
LSTEST

MFUNIT
MMENAB
MMPRES
MMSRO
MSG1
M3G2
MSG3
MSLCNT
MSLGET
MSLOOP
MSTICK

(Alalalalal~rlnlala
2L~

002070
025100
002106
025102
002032
002011
004046
002076
002060
002124
002116
002040

002024 G

002036
025230

LS$SPTP
L$STA

0000000000
OOOO

=
HOE
HWPTQ1
HWPTQ2
HWPTQ3
HWPTQS

(2121212121
7)

G$OFSI=
G$PRMA=
G$PRMD=
G$PRML
=
G$RADA=
G$RADB=
G$RADD=
G$RADL
=
G$RADO=
G$XFER=
GS$YES =
=
HELP

000041
000167
002254
000010
040000
000010
000036
002250
000004
002110

OOOOO

GSLOLI=
=
GSNO
G$OFFS=

ISTST =
JSJMP =
LNCTRA
LNCTRO=
LOE
=
LOT
LPCSLT=
LPRA
=
LPRO
L$ACP
LS$APT
L$AU
L$SAUT
L$AUTO
L$CCP
LSCLEA
L$CO
L$SDEPO
L$DESC
L$DESP
LSDEVP
L$DISP
L$OLY
L$DTP
L$DTYP
L$DOU
L$DUT
LSOVTY
L$EF
LSENVI
LSERRT
LSETP
LSEXP1
LSEXP4
LSEXPS
L $HARD
L$HIME
L $HPCP
L$HPTP

0000000000

F$RPT = 000012
F$SEG = 000003
F$SOFT= 000005
F$SRV = 000010
F$SUB = 000002
F$SW
= 000014
F$TEST= 000001
GETPRM
024650
002450
GPRS0B
G$CNTO= 000200
G$DELM= 000372
G$DISP= 000003
GS$EXCP=
GS$HILI=

C\(.'1C'i0OOOOOOGOQOOGOOOOOOGOOQOOOOOOOOOOGOGC’OQOOOC’CCHDCHDCHDOO

SYMBOL TABLE

CVDHABO DHV

010000
000033

T$$AU =
T$$AUT=

010025
010022

177777

T$7STS= 000001

T$SAvVL=

TSSEGL=
T$SUBN=
T$TAGL=
TSTAGN=
TSTEMP=

177777
000000
177777
010063
000000

T$$HAR=
T$$HW =
T$S$INI=
T$$MSG=
T$$PRO=

010061
010000
010021
010016
010020

TS$SRPT= 010017
T$$SOF= 010062
T$8SW = 010001

ABS.

037372
000000
ERRORS DETECTED:

000
001

VIRTUAL MEMORY USED:
28671 WORDS
( 112 PAGES)
DYNAMIC MEMORY:
20060 WORDS
( 77 PAGES)
TIME:

00:04:36

VAAROEOQ.0BJ,VAAQED.LST/ -SP=SVC34R/ML, VAROED.P11

T$$TES*
T1
110

T11

112
T13
T14
115
T16
a7
T18
T19
T2
120
T2l

010060

025236
027632
030046
030274
030556
031134
031534
031752
032174
032446
032724
025526
033040
033256

122
123

124
125
126
127
13
T4
5
16
|4.4
8
9

032520
034026
034372
035424
036314
03600
025756
026222
026420
026612
027030
027236
027444

UAM
= 00C200
002264
UNBTTB

WORD1
WTWLNC
WTWLNS
WTWLPR

(ATl
nle ol o)

000033

000005
000000
177777

ELAPSED

128

X$TRUE
= 000020
$PATCH
037316

("]

TSTEST=
T$TSTM=

T$SCLE= 010023
T$$DU = 010024

PAGE

(alalalnlalalalalalalaln
okl

172777
000001

TSNEST= 177777
TSNSO = 000000

TSNS1 =
T$PTNU=

10-0CT B3 11:35%

TABLE

TSLOLI= 000000

TSLSYM=
TSLTNO=

MACRO M1200

TSHILI=
TSLAST=

TST PART2

2lalalalalaialal~a
ol

SYMBOL

11 FUNC

UNITN
UNSDIV
WAIBIC
WAIBIS

WOPDR

X$ALWA=
rsFALS=
X$OFFS=