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AH-T795A-MC

April 1984

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Document:	CZDHUA0 DHU11 DHU-11 FUNC TST PART 1 APR 1984 bw
Order Number:	AH-T795A-MC
Revision:	000
Pages:	197
Original Filename:	CZDHUA0__DHU11__DHU-11_FUNC_TST_PART_1__AH-T795A-MC__APR_1984_bw.pdf

OCR Text

DHU=11 FUNC

CZOHURD

TST

‘

(]

USA

CZOMUAC DML 11 FUNC

PROLRAM

DUCUMENT

TST PART1

MACRO M1200

12-DEC-83 16:08

PAGE 2

SEG 1

.REM £

IDENTIFICATION

PRODUCT CODE
:

AC-T794A-MC

PRODUCT NAME:

CZOHUAO DHU-11 FUNC

PRODUCT

15 DECEMBER

DATE:

MAINTAINER:

ENE

AUTHOR :

ANTHONY HAR1

TST

PART1

1983

DIAGNOSTICS GROUWP

MODIFIED BY:

THE

INFORMATION IN THIS DOCUMENT

SUBJECT

CHANGE WITHOUT

NOTICE
AND
SHOUWD
NOT BE CONSTRUED AS A COMMITMENY 8Y DIGITAL
EQUIPMENT CORPORATION.
DIGITAL EQUIPMENT CORPORATION ASSUMES NO
RESPONCIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS OOCUMENT.
NO RESPONSIBILITY IS ASSUMED
FOR
SOF TWARE ON EQUIPMENT THAT IS NOT

AFF ILIATED COMPANIES.

THE

THE
USE
SUPPLIED

OR
B8Y

RELIABILITY
OF
OIGITAL
OR ITS

FOLLOWING ARE

OIGITAL
OEC

TRADEMARKS OF

PDP
DECUS

DIGITAL

EQUIPMENT

UNIBUS
DECTAPE

CORPORATION:

MASSBUS

CZOMUAO DHU

PROGRAM

FUNC

TST

PART1

MACRO M1200

12 DEC 83

16:08

PAGF

Cl
3

DOCUMENT

ssses MODIFICATION HISTORY
ORIGINAL

RELEASE:

15 DEC 83

ANTHONY

esseee

HART

SEG ¢

FUNC

DOCUMENT

TSY

PART1

MACRO M1200

12 DEC-83

TABLE

16:08

CONTENTS

GENERAL PROGRAM CONSIDERATIONS
PROGRAM ABSTRACT

SYSTEM REQUIREMENTS
RELATED DOCUMENTS AND STANDARDS

OIAGNOSTIC HIERARCY PREREQUISITES
ASSUMPT IONS

OPERATING INSTRUCTIONS
COMMANDS
SWITCHES
FLAGS

EXTENDED COMMAND SYNTAX

START COMMAND

TESTS SWITCH (/TESTS:<TEST-LIST>)
PASS SWITCH (/PASS:<PASS-CNT>)
FLAGS SWITCH (/FLAGS: <FLAG-LIST>)

END OF PASS SWITCH (/EOP:<INCR>)
EFFECT OF START COMMAND
RESTART COMMAND
TESTS, PASS, AND FLAGS SWITCHES
UNITS SMITTH (/UNITS:<UNIT-LIST>)
EFFECT OF RESTART COMMAND
CONTINUE COMMAND
FLAG SWITCH (/FLAGS: <FLAG-LIST>)
EFFECT OF CONTINUE COMMAND

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

EFFECT OF PROCEED COMMAND
ADO COMMAND
EFFECT OF ADO COMMAND
DROP COMMAND
EFFECT OF DROP COMMAND

[

PROGRAM

O*M.UIUIVINNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN?‘T‘:‘:—'V-"-'
OO OBNO NS LA R AR DR DR AR AR R
R R R R R R RRRLUANHOND WO
s et et et ot 1t 1 DO B d NN D B B L 0 RO DD ) 1 1= s e o e
BUN
e OO
[
N e W= N W

CZDHUAQ DHU

PRINT COMMAND
EFFECT OF PRINT COMMAND
DISPLAY COMMAND
EFFECT OF DISPLAY COMMAND
FLAGS COMMAND

EFFECT OF FLAGS COMMAND
ZFLAGS COMMAND
ZFLAGS COMMAND
CONTROL CHARACTERS

HARDWARE QUESTIONS
SOF TWARE QUESTIONS
EXTENDED P-TABLE DIALOGUE

QUICK START-UP PROCEDURE (XXDP+)
ERROR INFORMATION
TYPES OF ERROR MESSAGES

SPECIFIC ERROR MESSAGES
PERFORMANCE AND PROGRESS REPORTS
TEST SUMMARIES
EXAMPLE ERROR FREE PASS

PAGE

SEQ

CZOHUAO DHU

PROGRAM

FINC

“ST

1.0

GENERAL PROGRAM CONSIDERATIONS

1.1

PROGRAM ABSTRACT

DOCUMENT

PART)

MACRO M1200

12 DEC-83

CZOMUAO IS PART ONE OF
THIS PART OF

THE

TEST

16:08

PAGE

SEQ 4

THE DHU FUNCTIONAL VERIFICATION TEST.

VERIFIES

THE RESET,

SELFTESYT,

SCCESSI.’ AND INTERRUPT FUNCTIONS OF THE BOARD ARE FUNCTIONING
ORRECTLY,

THIS DIAGNOSTIC HAS BEEN WRITTEN FOR USE WITH THE DIAGNOSTIC

RUNTIME SERVICES SOF TWARE (SUPERVISOR).
THESE SERVICES PROVIDE
THE INTERFACE TO THE OPERATOR AND TO THE SOF TWARE ENVIRONMENT,
THIS PROGRAM CAN BE USED WITH XXDP+, ACT, APT, SLIDE AND PAPER
TAPE.,
FOR A COMPLETE DESCRIPTION OF THE RUNTIME SERVICES, REFER
TO THE XXDP+ USER’'S MANUAL.
THERE IS A BRIEF DESCRIPTION OF
THE RUNTIME SERVICES IN THE OPERATING INSTRUCTIONS -COMMANDS
OF THIS DOCUMENT.

1.2

SYSTEM REQUIREMENTS
THE FOLLOWING HARDWARE

IS REQUIRED

TO RUN THE

DHU FVT:

UNIBUS PROCESSOR WITH AT LEAST 32K BYTES OF MEMORY,
OHU BOARDS INSTALLED ON THE UNIBUS.
APPROPRIATE PROGRAM LOAD DEVICE SUPPORTING XXDPe
MEDIA OR A DOWN LINE LOADING SYSTEM,

1.3

RELATED DOCUMENTS AND STANDARDS

0
1.4

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

DIAGNOSTIC HIERARCY PREREQUISITES

THE PROCESSOR, THE UNIBUS, THE SYSTEM MEMORY, THE CONSOLE TERMINAL
ANO THE LOAD MEDIA ARE ASSUMED TO HAVE BEEN TESTED AND FOUND WORKING

BEFORE THIS PROGRAM IS RUN,

CZOHUAO DHU
PROGRAM

FUNC

TST

2.0

OPERATING

DOCUMENT

PART]

THIS
FOR

2.1

MACRO M1200

DEC-83

16:08

PAGE

SEG S

INSTRUCTIONS

SECTION CONTAINS
DETAILED

A BRIEF

INFORMATION,

DESCRIPTION OF

REFER

THE

XXDPe+

THE

RUNTIME

USER'S

SERVICES.

MANUAL

(CHQUS).

RUNTIME

SERVICES

COMMANDS
THERE

ARE

ELEVEN LEGAL

COMMANDS FOR

THE

DIAGNISTIC

(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

OROP

DISPLAY
FLAGS

ZFLAGS

START THE OIAGNOSTIC WITHOUT INITIALIZING

CONTINUE FROM AN ERROR HALT

OPERATION ONLY!)

ACTIVATE A UNIT FOR TESTING (ALL UNITS ARE

CONSIDERED TO BE ACTIVE AT START

OEACTIVATE A UNIT
PRINT

STATISTICAL

INFORMATION

TIME

(IF

IMPLEMENTED

BY THE OIAGNOSTIC - SEE PERFOMANCE AND PROGRESS
REPORTS SECTION OF 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 8Y 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
THESE

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

IN THE DESCRIPTIONS BELOW,

A DECIMAL NUMBER IS DESIGNATED BY

SWITCH

EFFECT

/TESTS:LIST

EXECUTE ONLY THOSE TESTS SPECIFIED IN
THE LIST.
LIST IS A STRING OF TEST

NUMBERS, FOR EXAMPLE
THIS LIST WILL CAUSE

"DDDDD”.

- /TESTS:1:5:7-10.
TESTS 1,5,7.8,9,10

CZOMUAO DHU
PROGRAM

FUNC

DOCUMENT

TST PART1

MACRO M1200

1.-DEC 83
BE RUN,

/PASS: 00000
/FLAGS:FLGS

PAGE

Gl
7

SEQ 6

ALL OTHER TESTS WILL NOT BE RUN,

EXECUTE DDOOD PASSES (DDDDD
SET SPECLFIED FLAGS.SEE THE

= 1 TO 64000)
FLAGS SECTION

OF THIS OOCUMENT.
REPORT END OF PASS MESSAGE AFTER EVERY
ODDODO PASSES ONLY.
(ODDOD = 1 TO 64000)
TEST/ADD/DROP ONLY THOSE UNITS SPECIFIED

/EOP :0DODD

ZUNITS:LIST

EXAMPLE OF

16:08

IN THE LIST.,
LIST EXAMPLE - /UNITS:0:5:10-12
USE UNITS 0,5,10,11,12 (UNIT NUMBERS = 0-63)

SWITCH USAGE:

START/TESTS:1-5/PASS:1000/E0P:100
THE EFFECT OF THIS COMMAND WILL BE: 1) TESTS 1 THROUGH S 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
SWITCH CAN BE RECOGNIZED BY THE FIRST THREE CHARACTERS.
YOU MAY,
FOR EXAMPLE, TYPE "/TES:1-5“ INSTE~AD OF “/TESTS:1-S5~,
BELOW IS A

TABLE

COMMAND.

TESTS

START

RESTART

CONTINUE
PROCEED

OROP
ADO

DISPLAY

FLAGS

ZFLAGS

EXIT

THAT

PASS

SPECIFIES WHICH SWITCHES CAN BE USED BY EACH

FLAGS

X
X

EOP

UNITS

X
X
X

CZDHUAO DHU
PROGRAM

FUNC

TST PART1

2.3

FLAGS

DOCUMENT

FLAGS

MACRO M1200

ARE

USED

SET

12 DEC-83

16:08

CERTAIN

PAGE

OPERATIONAL

SEQ

PARAMETERS

SUCH

LOOPING ON ERROR.
ALL FLAGS ARE CLEARED AT STARTUP AND REMAIN
CLEARED UNTIL EXPLICITLY SET USING THE FLAGS SWITCH.
FLAGS

ARE ALSO CLEARED AFTER A START COMMAND UNLESS SET USING THE
FLAG SWITCH.
THE ZFLAGS COMMAND MAY ALSO BE USED TO CLEAR
ALL FLAGS.
WITH THE EXCEPTION OF THE START AND ZFLAGS COMMANOS,
NO COMMANDS AFFECT THE STATE OF TME FLAGS;
THEY REMAIN SET OR

CLEARED AS SPECIFIED BY

THE LAST FLAG SWITCH,

FLAG

EFFECT

HOE

HALT ON ERROR - CONTROL IS RETURNED TO

RUNTIME SERVICES COMMAND MOOE
LOOP ON ERROR
INHIBIT ALL ERROR REPORTS
INHIBIT ALL ERROR REPORTS EXCEPT
FIRST LEVEL
(FIRST LEVEL CONTAINS

LOE
IERe
IBRe

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

IXRe
PRI
PNT

OIRECT MESSAGES TO LINE PRINTER
PRINT TEST NUMBER AS TEST EXECUTES

80€E

“BELL” ON ERROR

UAM
ISR

UNATYENCED MOOE (NO MANUAL INTERVENTION)
INHIBIT STATISTICAL REPORTS (DOES NOT
APPLY TO DIAGNOSTICS WHICH DO NOT SUPPORT
STATISTICAL REPORTING)

IDR
ADR

INHIBIT PROGRAM DROPPING OF UNITS
EXECUTE AUTODROP COOE

LoT
EVL

LOOP ON TEST
EXECUTE EVALUATION (ON DIAGNOSTICS WHICH
HAVE EVALUATION SUPPORT)
«SEE

THE

ERROR

INFORMATION

SECTION OF

THIS

DOCUMENT.

SEE THE XXDPe+ USER'S MANUAL FOR MORE DETAILS ON FLAGS.
YOU MAY
SPECIFY MORE THAN ONE FLAG WITH THE FLAG SWITCH.,
FOR EXAMPLE,

TO CAUSE
AND TYPE

THE PROGRAM TO LOOP ON ERROR, INHIBIT ERROR REPORTS
A “BELL” ON ERROR, YOU MAY USE THE FOLLOWING STRING:

/FLAGS:LOE: IER:BOE

CZOHUAO DHU
PROGRAM

11 FUNC

TST PART1

DOCUMENT

2.4

MACRO M1200

12 DEC-83

16:08

PAGE 9

SEQ 8

EXTENDED COMMAND SYNTAX

2.4.1

START COMMAND

0832800484200 ¢2002800480004204000002200000300040800000000000044

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

0034548200848 ¢0008048000420008208008808800040400480040000000

2.4.1.1
OF

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

<TEST-LIST>

DECIMAL NUMBERS

A SEQUENCE OF

DECIMAL

(1-5:8-10 ETC.),

NUMBERS

(1:2 ETC.)

SEPERATED BY COLONS,

OR RANGES

THAT SPECIFY

THE TESTS TO BE EXECUTED.TESTS WILL BE
EXECUTED
IN
NUMERICAL
ORDER
REGARDLESS
OF
THE ORODER OF SPECIFICATION.
THE DEFAWLT IS TO EXECUTE
ALL TESTS.
ON THIS AND
ALL
SWITCHES,
THE
ANGLE
BRACKETS
<>
ARE
PUNCTUATION
USED
1IN
THE DEFINITION ONLY, AND ARE NOT TO BE TYPED BY
Tb-iT(I)PmE'RATm.
SEE
EXAMPLE
AT
END
OF
"EFFECT
OF
START
COMMAND"
SEC
.

2.4.1.2

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

<PASS-CNT> IS
PASSES.
A
PASS

A DECIMAL NUMBER INDICATING THE DESIRED
NUMBER
OF
IS
OEFINED AS THE EXECUTION OF THE FULL DIAGNOSTIC

(ALL SELECTED TESTS).THE DEFAULT IS
NON-ENDING
EXECUTION.
IN
THIS
CASE,
EXIT
FROM
THE
PROGRAM
IS
ACCOMPLISHED
EITHER
BY TYPING A
CONTROL/C OR BY OCCURANCE OF AN ERROR WITH
THE
HALT
ON
ERROR
FLAG
BEING
SET.
THE EXIT IS A RETURN TO COMMAND MODE.
SEE EXAMPLE AT END
OF

©“EFFECT OF

2.4.1.3

START COMMAND*

SECTION.

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

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

THE FOLLOWING VALUES:

HOE
LOE

IER
IBE
IXE

PRI
PNT

BOE
UAM

ISR

HALT ON ERROR, CAUSING COMMAND MOOE TO
BE ENTERED WHEN AN ERROR IS ENCOUNTERED.
LOOP ON ERROR, CAUSING THE DIAGNOSTIC TO
LOOP CONTINUOUSLY WITHIN THE SMALLEST

OEFINED BLOCK OF CODING (SEGMENT,
OR TEST) CONTAINING THE ERROR.

SUBTEST,

INHIBIT ERROR REPORTING.
INMIBIT BASIC ERROR REPORTS.
INMIBIT EXTENDED ERROR REPORTS.

OIRECT ALL MESSAGES TO A LINE PRINTER.
PRINT NUMBER OF TEST BEING EXECUTED.

BELL ON ERROR (NOT RELATED TO BELL PROMPTING).
RUN IN UNATTENDED MODE, BYPASSING MANUAL
INTERVENTION (ILLEGAL FOR THIS DIAGNOSTIC).
INWIBIT STATISTICAL REPORTS,

CZDHUAC DHU

PROGRAM

FUNC

DOCUMENT

TST

IDU
LOT

PART1

MACRO M1200

12-DEC-83

16:7"8

PAGE

INHIBIT DROPPING OF UNITS B8Y DIAGNOSTIC.
(HAS NO EFFECT IN THIS DIAGNOSTIC.)
LOOP ON TEST.

THE FLAGS NAMED OR

EQUATED

ARE

SET,

THOSE

SEQ 9

EQUATED

ARE

CLEARED.
A FLAG NOT SPECIFIED IS CLEARED.
IF THE FLAGS SWITCH IS NOT
GIVEN ALL FLAGS ARE CLEARED.
SEE EXAMPLE AT END OF "EFFECT
OF
START
COMMAND" SECTION.

2.4.1.4

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

<INCR>

IS A DECIMAL NUMBER

PASSES)

OESIRED

THAT

2.4.1.5

EFFECT OF START COMMAND

INOICATING

THE

END OF

DEFAULT IS AT THE END OF EVERY PASS,
START COMMAND" SECTION.

THE EFFECY OF

PARAME TER

THE

OIALOGUE,

START

INITIALIZATION QUESTIONS,

THE

HOW

OFTEN

PASS MESSAGE BE

P-TABLES

TERMS

PRINTED.

SEE EXAMPLE AT END OF

THE

"EFFECT OF

COMMAND

SOFTWARE

INIVIATE

PARAMETER

THE

HARDWARE

DIALOGUE,

THE

AND THEN THE DIAGNOSTIC COMMENCES TESTING.

THE HARDWARE PARAMETER DIALOGUE COMMENCES WITH

UNITS
(D)
2
TO
UNITS TO BE TESTED.

(IN

THE

QUESTION

“@

WHICH THE OPERATOR SHOULD REPLY WITH THE NUMBER OF
FOLLOWING THIS
ARE
THE
QUESTIONS
WHEREBY
THE

THEMSELVES ARE BUILT.

EACH P-TABLE

IS A CORE-RESIDENT

TABLE

CONTAINING ALL THE HAROWARE INFORMATION
FOR
ONE
COMPLETE
UNIT.EACH
QUESTION
IS
FOLLOMED
BY
THE
RESPONSE
RADIX (D FOR DECIMAL, B FOR
BINARY, O FOR OCTAL, L FOR YES/NO)
IN
PARENTHESES
AND
THE
DEFAULT
VALUE
AFTER
THE
PARENTHESES.
FOR
THE
ACTUAL
QUESTIONS SEE THE “HARDWARE ~ARAMETERS” SECTION.

HARDWARE

P-TABLE

FOLLOWING THE HARDMARE QUESTIONS ARE THE
SOFTWARE
QUESTIONS
TO
BUILD
THE
SOFTWARE
TABLES, WHICH DEFINE OPERATING PARAMETERS OF THE
DIAGNOSTIC PROGRAM.
THESE QUESTIONS ARE DESCRIBED
IN
THE
“SOF TWARE

PARAMETERS~

SECTION.

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.

CZDHUAO DHU-11 FUNC TST PARTL

MACRO M1200

PROGRAM DOCUMENT

2.4.2

RESTART COMMAND

12-DEC-83 16:08

PAGE

IK1
11

SEQ

£04000884408000000000080008080080400000000000004080040808040

RES(TART )/TESTS: <TEST-LIST>/PASS: <PASS-CNT>/FLAGS:

<FLAG-LIST>/UNITS: <UNIT-LIST>
S02040000440008080008000400040000000000000008000000800008044

2.4.2.1

TESTS,

PASS,

<TEST LIST>,
COMMAND.

AND FLAGS SWITCHES

<PASS-ChT>,

AND

<FLAG-LIST>

ARE

THE

START

2.4.2.2
UNITS SWITCH (/UNITS:<UNIT-LIST>) - <UNIT-LIST> IS A SEQUENCE
OF
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 NUMP
INDICATES
THE
POSITION
OF
THE
P-TABLE
AS
THE
HAROWARE DIAGLOGUE.
THE UNITS WHICH ARE

DROPPED
B8Y
THE
DROP
COMMAND.
SEE
COMMANDS BELOW.
DEFAWLTY IS TO TEST ALL
DROPPED BY A DROP COMMAND.

2.4.2.3

EFFECT OF RESTART COMMAND

DATA
WAS ENTEF DO DURING THE
SELECTED MUST NOT
MHAVE
BEEN

THE DISCUSSION OF ADD AND DROP
UNITS
WHICH
HAVE
NOT
BEEN

THE RESTART COMMAND DIFFERS FROM THE START COMMAND

THAT

THE

P TABLES
FROM
THE
PREVIOUS START COMMAND (THERE MUST HAVE BEEN ONE)
ARE USED, INSTEAD OF NEW ONES BEING BJUILY.
THE
UNITS
SWITCH
SHOUWD
NOT
BE
WUSED WITH THIS PROGRAM,
THE SOFTWARE DIALOGUE MAY OPTIONALLY

BE REEXECUTED (OPERATNR WILL BE ASKED).

COMMAND
THE

MODE

REQUESTED NUMBER OF

PASSES

ENCOUNTERED
WITH
THE
HALT
ENTERED BY THE OPERATOR,

2.4.3

THE COMMAND CAN BE USED AFTER

HAS BEEN REENTERED IN ANY OF THE

CONTINUE COMMAND

HAVE

BEEN

THREE NORMAL WAYS:

MADE,

ON ERROR FLAG SET,

B8)

OR C)

ERROR

A CONTROL/C

WAS

$6866886086008060048644848000000000480008085000840840888880488

CONCTINUE )/PASS: <PASS -CNT/FLAGS: <FLAG-LIST>
$6806886808608660848808800400840808008048480440080884884088488

2.4.3.1

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

<FLAG-LIST>

FLAGS RETAIN

IS SAME AS IN

THEIR

CURRENT

THE

VALUE.

START

COMMAND,

BUT

UNSPECIFIED

CZOHUAO DHU 11 FUNC

PRORRAM DOCUMENT

TST PARTL

2.4.3.2

MACRO M1200

12 DEC-83 16:08

EFFECT OF CONTINUE COMMAND

PAGE

SEQ 11

CONTINUE MUST FOLLOW A START OR RESTART, AND
COMMAND
MODE
MUST
HAVE
BEEN
ENTERED DUE TO A HALT ON ERROR OR A CONTROL/C.
THE EFFECT
OF THE COMMAND IS TO GO TO THE BEGINNING OF THE TEST
THAT
WAS
BEING
EXECUTED WHEN THE HALT OR CONTROL/C TOOK PLACE.
SOFTWARE DIALOGUE MAY

OPTIONALLY BE REEXECUTED.

2.4.4

PROCEED COMMAND

HARDWARE PARAMETERS MAY NOT BE CHANGED.

S0080808400000000000800080800040004000844040000404440000044

PRO(CEED)/FLAGS: <FLAG-LIST>
8000400000080 0040800800880000000000800040000800040000044004

2.4.4.1

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

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

2.4.4.2

EFFECT OF PROCEED COMMAND

COMMAND,

BUT

UNSPECIFIED

FLAGS

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

2.4.5

ADD COMMAND

S08068040880000408008080000008044880000004084840084884408848

ADD/UNITS: <UNIT-LIST>
$680055040040540000848008888808088848848000004400404008800488882

2.4.6
EFFECT OF ADD COMMAND THE
UNITS
SPECIFIED
ARE ADDED TO THE TEST SEQUENCE.
EACH
UNIT MUST HAVE
A
P-TABLE
IN
MEMORY
DUE
TO
AN
EARLIER

HARDWARE
DIALOGUE.
THIS
COMMAND
MUST
BE
FOLLOWED BY A
RESTART OR CONTINUE.
THE UNITS SWITCH
MUST
BE
SPECIFIED.
THE
ADD
COMMAND
IS
MEANINGFUL
ONLY
FOR UNITS THAT WERE
PREVIOUSLY DROPPED.

2.4.7

DROP COMMAND -

$8666060880000800400408408880884440408308048808804008888008848008

DRO(P)/UNITS: <UNIT-LIST>
$80060060805048888008888088088800804804444884408084088800000

CZOHUAD DHU

PROGRAM

11 FUNC

DOCUMENT

TST PART1

2.4.8

MACRO M1200

12-DEC 83

16:08

PAGE

EFFECT OF DROP COMMAND

THE UNITS SPECIFIED WILL BE DROPPED FROM TESTING.
THE
WILL
BE RESELECTED ONLY BY THE EXECUTION OF AN ADD OR

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

2.4.9

COMMAND

SEQ

UNITS
START

COMMAND

2288808848088 0820003800850042884804000800808848800040000000442

PRI(NT)
$824804800088888003000803880008400000004048040000440408000044

2.4.9.1
THE

EFFECT OF PRINT COMMAND

TOTAL

NUMBER

ERRORS

FOR EACH UNIT

START OR RESTART COMMAND
ARE
PRINTED.
STATISTICAL REPORTING) FLAG IS CLEARED.

2.4.10

DISPLAY COMMAND

THE

SINCE

ISR

THE LAST

(INHIBIT

$80880884008484000884880440884400448400048488008080800084840008088

DISCPLAY)/UNITS: <cUNIT-LIST>
S84488000000080040888800000080880480804000800480880808088888846488

2.4.10.1

EFFECT OF DISPLAY COMMAND

THE HARDWARE P-TABLE FOR THE

FORMAT

IN WHICH

2.4.11

TEST

STATION

PRINTED

WAS ENTERED.

FLAGS COMMAND

$6404066600048844810448084808884884884084008004008048404004088440848

FLACGS)
$66440600084880650084088888848500040084400048800000488044800848

2.4.11.1

EFFECT OF FLAGS COMMAND

THE CURRENT SETTINGS OF ALL FLAGS ARE PRINTED.

THE

CZDHUAO DHU 11 FUNC TST PART1

PROGRAM DOCUMENT

MACRO M1200

12 DEC-83 16:08

PAGE 14

SEQ 13

ZFLAGS COMMAND

2.4.12

SR80 ARAAALAARGARARSAERAEEREEIARARAER00404A000044%4

ZFL(AGS)

2008000008080 0000002000000000088408484004480434880040040004s

ZFLAGS COMMAND -

2.4.13

ALL FLAGS ARE CLEARED.

CONTROL CHARACTERS -

2.4.14

A CONTROL/C (C) ENTERED DURING

THE

EXECUTION

OIAGNOSTIC CAUSES A RETURN TO COMMAND MODE.

A
CONTROL/Z
(Z)
ENTERED
OURING
ONE
OF
THE
TWO
OPERATOR
ODIALOGUES-HARDWARE
rP-TABLE
DIALOGUE OR
SOF TWARE P-TABLE DIALOGUE CAUSES THE DEFAUWLTS
TO
BE
TAKEN FOR THE REMAINDER OF THAT OIALOGUE.

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

TELETYPE OUTPUT.

Yy o)
PN

CZDHUAO DHU 11 FUNC TST PART1
PROGRAM DOCUMENT

2.5

MACRO M1200

12 DEC 83 16:08

PAGE

StQ

MHARDWARE QUESTIONS

WHEN A DIAGNOSTIC IS STARTED, THE RUNTIME SERVICES WILL PROMPT
THE USER FOR MARDWARE INFORMATION BY TYPING “CHANGE MW (L) 2"
YOU MUST ANSWER "Y” AFTER A START COMMAND UNLESS THE HARDWARE

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

CSR ADDRESS - THIS QUESTION REQUESTES THE CSR ADDRESS OF THE
SPECIFIED DMU-11.
THE DEFAWLT ANSWER FOR THIS QUESTION IS
ADDRESS 160460 (OCTAL).

INTERRUPT VECTOR ADDRESS

\slggTéfloc?DA(L)‘;ESS OF

- THIS QUESTION REQUESTS THE INTERRUPT

THE SPECIFIED DHU-11.

THE DEFALLT ANSWER IS

ACTIVE LINES BIT MAP - THIS QUESTION REQUESTS AN OCTAL BIT
MAP OF THE SERIAL COMMUNICATION LINES ON THE DHUL11l WHICH ARE

BEING SELECTED FOR TESTING.

IF THE BIT IN THE BIT MAP IS SET

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

I.E.

BIT 5 FOR LINE

BR LEVEL - THIS QUESTION REQUESTS THE INTERRUPT BR LEVEL OF
THE SPECIFIED DMU-11.

2.6

THE DEFAULT ANSWER IS BR S.

SOF TWARE QUESTIONS

AFTER YOU HAVE ANSWERED THE HARDWARE QUESTIONS OR AFTER A RESTART
OR CONTINUE COMMAND, THE RUMTIME SERVICES WILL ASK FOR SOF TWARE
PARANMETERS.

THESE PARAMETERS WILL GOVERN SOME OIAGNOSTIC SPECIFIC

OPERATION MODES.
YOU WILL BE PROMPTED BY “CHANGE SW (L) 2~
I YOU WISH TO CHANGE ANY PARAMETERS, ANSWER B8Y TYPING

“y~,
THE SOFTMARE QUESTIONS AND THE DEFAULT VALUES ARE DESCRIBED
IN THE NEXT PARAGRAPH(S).

REPORT UNIT NUMBER AS EACH UNIT IS TESTED - THIS QUESTION ASKS
WHETHER THE PROGRAM SHOULD REPORT THE NUMBER OF THE UNIT WHICH
IT IS TESTING AS IV BEGINS TO TEST TMAT UNIT.

ROM VERSION PRINTOUT ON THE FIRST PASS - THIS QUESTION ASKS
WHETHER THE PROGRAM SHOULD PRINTOUT THE VERSIONS OF THE ON
BOARD PROCESSOR ROMS DURING THE FIRST PASS OF THE PROGRAM.
EXTENDED ERROR REPORTING - THIS QUESTION ASKS WHETHER EXTENDED
ERROR INFORMATION IS REQUIRED OTHER THAN THE ~TEST FAILED"
MESSAGE, ON EACH ERROR REPORTED.
THE DEFAULT IS “NO” I.E. ONLY
:R;%?ESGE REPORTING THE FACT THAT THE TEST FAILED WILL BE
NUMBER OF

INDIVIDUAL DATA ERRORS TO REPORT ON A LINE

THIS

QUESTION IS ASKED ONLY IF THE PREVIOUS QUESTION WAS ANSWERED
“YES”.

THE QUESTION ASKS FOR THE NUMBER OF DATA ERRORS WHICH

CZDMLAO DHU 11 FUNC TST PART]
PROGRAM DOCUMENT

MACRO M1200

12 DFC 83 16:08

SHOULD BE REPORTED INDIVIDUALLY Br

FOR EACH

TRANSMISSION TEST,

INDIVIDUALIY ARE REPORTED

PAGE

15 1

THIS PROGRAM FOR EACH LINE

ERRORS WHICH ARE NOT REPORTED

IN SUMMARY ERROR REPORTS,

St0

De
(

CZDHUAD DMU 11
PROGRAM

FUNC

TST PART1

2.7

EXTENDED P-TABLE DIALOGUE

DOCUMENT

WHEN

MACRO M1200

YOU ANSWER

12 DEC 83

THE HARDWARE

IN A TABLE

WAY

THAT DESCRIBES

TO BUILDO

THIS

TABLE

UNIT

TO BE

TESTED.

A MASS

PAGE

QUESTIONS,

YOU ARE

THE DEVICES UNDER
TO ANSWER

ALL

1€

ANSWERS

SEQ

BUILDING ENTRIES

TEST.

QUESTIONS

THE SIMPLEST

FOR EACH

YOU MAVE A MULTIPLEXED DEVICE

STORAGE CONTROLLER WITH SEVERAL DRIVES OR

DEVICE WITH SEVERAL LINES,
THE

16:08

THIS BECOMES

ARE REPETITIOUS.

SUCH AS

A COMMUNICATION

TEDIOUS SINCE MOST

TO ILLUSTRATE A MORE EFFICIENT METHODO, SUPPOSE YOU ARE TESTING
A FICTIONAL DEVICE, THE XY11.
SUPPOSE THIS DEVICE CONSISTS OF
A CONTROL MOOULE 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 AMONG UNITS CALLED THE

Q-FACTOR.

TO BUILD A

THIS Q-FACTOR MAY BE O OR

TABLE FOR ONE

@ UNITS

(D)

XY11

BELOW IS A SIMPLE WAY

WITH EIGHT UNITS.

8<CR>»

UNIT 1
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE @ (0) ?
O0O<CR>
Q-FACTOR (0) 0 ?
1<CR>
UNIT 2
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE @ (0) ?
1<CR>
Q-FACTOR (0) L ?
O<CR>

UNIT 3
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE @ (0) ?
2<CR>
Q-FACTOR (0) 0 2
<CR>
UNIT 4
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE @ (0) ?
3<CR>
Q-FACTOR (0) 0 2
<CR>
UNIT S
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE @ (0) ?
4<«CR>
Q-FACTOR (0) 0 ?
<CR»

UNIT 6
CSR ADORESS (0) ?
160000<CR»
SUB-DEVICE @ (0) ?
S<CR»
Q-FACTOR (0) 0 ?
<CR>

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

CJDHUAD DHU

PROGRAM

11 FUNC

DOCUMENT

TST PART1

MACRO M1200

12 DEC 83

UNIT 8
CSR ADDRESS (0)
SUB-DEVICE & (0)
Q@-FACTOR (0) 1 2

16:C8

PAGE

Eo
17

SEG

160000<CR>
?

7<«CR>
<CR>

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

YOU CAN

SEE FROM

THE

ABOVE

EXAMPLE,

00 NOT VARY SIGNIFICANTLY FROM UNIT
NOT VERY EFFICIENT.
THE RUNTIME

SERVICES CAN

THE

MHARDWARE

TO UNIT.,

TAKE MULTIPLE UNIT

SPECIFICATIONS HOWEVER.

LET'S BUILD THE SAME TABLE USING THE MULTIPLE

FEATURE.

@ UNITS

(D)

PARAMETERS

THE PROCEDURE SHOWN IS

SPECIFICATION

8<CR>

UNIT 1
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE @ (0) ?
O0,1<CR>
Q-FACTOR (0) 0 ?
1,0<CR>

UNIT 3
CSR ADODRESS (0) ?
160000<CR>
SUB-DEVICE @ (0) ?
2-S5<CR>
Q-FACTOR (0) O ?2
0O<CR>

UNIT 7

CSR ADDRESS (0)

160000<CR>

SUB-DEVICE @ (0) ?
6,7<CR>
Q-FACTOR (0) O ?
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 ADORESS 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 5 WERE SPECIFIED.
(IF THE SUB-DEVICE WERE SPECIFIED
BY ADORESSES, 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.
SPECIFIED IN THE THIRD PASS.

THE LAST TWO UNITS ARE

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

8<CR>

CZDHUAO DHU

PROGRAM

FUNC

DOCUMENT

TST PART1

MACRO M1200

12 DEC 83

16:08

PAGE

UNIT 1
CSR ADDRESS (0) ?
160000<CR>»
SUB-DEVICE @ (0) ?
O0-7<CR»
Q@ FACTOR (0) 0 ?
0,1,0,..,.,1,1<CR>
RS YOU CAN SEE FROM THIS EXAMPLE, NULL REPLIES (COMMAS ENCLOSING
A NULL FIELD) TELL THE RUNTIME SERVICES TO REPEAT THE LAST REPLY

SEQ

CZDMUAO DHU 11 FUNC TST PART}

MACRO M1200

PROGRAM DOCUMENT

2.8

12 DEC-83 16:08

SEQ

PAGE 19

JICK START UP PROCEDURE (XXDP:+)
TO START-UP

THIS PROGRAM:

XXDP+

B00T

GIVE THE DATE AND ANSWER THE LSI AND SOHZ
IS A CLOCK) QUESTIONS
TYPE

"R NAME”,

TYPE

“START"

WHERE NAME

00N
s

ANSWER THE

8IC FILE FOR THIS PROGRAM

ANSWER THE

IS THE NAME OF

(IF
THE

THERE
BIN

"“CHANGE MW" QUESTION WITH ~Y"

ANSWER ALL THE HARDWARE QUESTIONS

"CHANGE SW" QUESTION WITH “N“

WHEN YOU FOLLOW THIS PROCEODURE YOU WILL BE USING ONLY THE
DEFAULTS FOR FLAGS AND SOF TWARE PARAMETERS. FOR DEFAULT INFORMATION
SEE THE SECTIONS WITHIN THIS DOCUMENT ON FLAGS,AND HARDWARE QUESTIONS.

3.0

ERROR INFORMATION

3.1

TYPES OF ERROR MESSAGES

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

A DIAGNOSTIC: GENERAL, BASIC AND EXTENODED.
GENERAL ERROR MESSAGES
ARE ALWAYS PRINTED UNLESS THE “IER” FLAG IS SET (SEE THE FLAGS SECTION
OF THIS DOCUMENT).
THE GENERAL ERROR MESSAGE IS OF THE FORM:

NAME

TYPE

NUMBER

ERROR MESSAGE

ON UNIT NUMBER

JMHERE; NAME = DIAGNOSTIC NAME

TST NUMBER PC:XXXXXX

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

HARD OR SOFT)

UNIT NUMBER = O - N (N IS LAST UNIT IN PTABLE)

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

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

THESE MESSAGES ARE PRINTED AFTER THE ASSOCIATED GENERAL MESSAGE.
EXTENDED ERRMR 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

CZDHUAO DHU

PROGRAM

11 FUNC

DOCUMENT

TST

PART]
FLAGS

MACRO M1200
SECTION OF

12 DEC-83

16:08

PAGE

SEQ 20

THIS DOCUMENT),

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

3.2

ERROR

SPECIFIC ERROR MESSAGES
THIS PROGRAM

INTENDED

7O PROVIDE

A GO/NOGO

OF THE FUNCTIONALITY OF THE DHU-11 BOARDS.

INDICATION

TO EXECUTE

THE

PROGRAM IN THIS MODE THE OPERATOR NEED ONLY ANSWER THE
“EXTENDED ERROR REPORTING” SOF TWARE QUESTION WITH “NO”, THE
PROGRAM WILL THEN ONLY PRINT THE NAME OF THE FAILING TEST
THE TEST AND ERROR NUMBERS.
FOR A LIST OF THE TEST NAMES
IN THIS PROGRAM SEE THE TEST SUMMARIES SECTION OF THIS
E&C:.’(’JE?PYG
AN EXAMPLE OF SUCH A AN ERROR MESSAGE IS THE

CZOHU DVC FTL ERR 01603 ON UNIT 02 TST 15 SUB 000 PC:
DEVICE REGISTER WORD READ/WRITE TEST FAILED.
THIS ERROR INDICATES
&EI;?E;SWICH TESTS

XXXXXX

THAT A FATAL ERROR WAS ENCOUNTERED WITHIN
THE READ/WRITE CAPABILITY OF THE DHU-11

IF THE OPERATOR HAD REQUESTED EXTENDED ERROR REPORTING THE
SAME WOULD BE REPORTED AS FOLLOWS:
CZDHU DVC FTL ERR 01603 ON UNIT 02 TST 1S SUB 000 PC: XXXXXX
DEVICE REGISTER WORD READ/WRITE TEST FAILED.
BAD BIT(S) IN DEVICE TBUFFAD1 REGISTER FOR LINE 7 (D).
EXPECTED DATA: 000000 (0).
ACTUAL DATA:
000023 (0).

CZDHUAO DHU

FUNC

TST PART1

MACRO M1200

12 DEC-83

4.0

PERFORMANCE

AND PROGRESS

REPORTS

PROGRAM DOCUMENT

16:08

PAGE

I
21

SEQ 21

AT THE END OF EACH PASS, THE PASS COUNT IS GIVEN ALONG WITH THE
TOTAL NUMBER OF ERRORS REPORTED SINCE THE DIAGNOSTIC WAS STARTED.
THE "EOP" SWITCH CAN BE USED TO CONTROL HOW OFTEN THE END
CF PASS MESSAGE IS PRINTED. FOR FUTHER INFORMATION SEE THE

SWITCHES SECTION OF THIS DOCUMENT,

5.0

TEST

SUMMARIES

THE FOLLOWING ARE

INCLUDED WITHIN CZDHUA:

OEVICF. REGISTER ACCESS TEST - VERIFIES THAT THE WT REGISTERS
WILL RESPOND WITH THE CORRECT UNIBUS HANDSHAKING SIGNALS.
VERIFIES

THAT

THE WT

IS AT

THE CORRECT

MASTER.RESET (SELFTEST) TEST

MASTER.RESET

TEST

ADORESS.

VERIFIES THAT

THE MASTER.RESET

BIT CLEARS WITHIN A SPECIFIED TIME OF IT BEING SET.
(SKIP SELFTEST)

VERIFIES

THAT

THE MASTER

RESET CLEARS MITHIN A SHORT TIME AFTER IT IS SET WHEN THE
SKIP SELFTEST SEQUENCE IS USED.
RX.CHARACTER FIELD TEST

VERIFIES

THAT

THE OATA BITS OF

THE

CODES IN THE RXFIFO AFTER A MASTER RESET AND SKIP SELFTEST
ARE CONSISTANT

WITH THE SKIP SELFTEST CODES.

RX.FLAG FIELD TEST

VERIFIES THAT

THE

3 DATA STATUS BITS

( OVERRUN, FRAMING AND PARITY ERROR BITS) ARE ALL SET ON

EACH OF

THE

SKIP SELFTEST

COOES

IN THE FIFO AFTER A MASTER

RESET AND SKIP SELFTEST SEQUENCE.

RX.DATA
. AVAIL TEST - VERIFIES THAT THE RX.DATA AVAIL BIT IS
SET WHEN THE SKIP SELFTEST CODES ARE IN THE FIFO AND THAT
IT CLEARS AFTER THEY HMAVE BEEN READ.
RX.OATA.VALID TEST

VERIFIES THAT

THE RX.DATA.VALID BIT

RX.LINE FIELO TEST

VERIFIES

THE RX.LINE LINE FIELDS ARE

SET FOR ALL THE CODES IN THE FIFO AND CLEAR AFTER ALL
CODES HAVE BEEN READ.
THAT

THE

CORRECT FOR THE SKIP SELFTEST COOES.

8MP CHECK TEST

- VERIFIES THAT THE DUT DOES NOT IMMEDIATELY

FAIL THE BACKGROUND MONITOR PROGRAM,
FURTHER TESTS.

THIS MAY

INVALIDATE

10.

SKIP SELFTEST TEST - VERIFIES THAT THE DUT SKIPS THE SELFTEST
IN THE TIME ALLOWED, AND THAT THE FIFO CONTAINS THE CORRECT
CODES AFTER ITS COMPLEATION.

11.

DIAGNOSTIC.FAIL (SKIP SELFTEST) TEST - VERIFl.S USING THE
SKIP SELFTEST SEQUENCE THAT THE DIAG.FAIL BIT GOES TO BOTH
THE ACTIVE AND INACTIVE STATES WITHIN THE ALLOWED

TIMES.

D
[

CZOHUAO DHU
PROGRAM

FUNC

DOCUMENT

TST PART1

MACRO M1200

12-DEC-83

PAGE

21-1

SEQ 22

12.

SELFTEST TEST - VERIFIES THAT THE DUT'S SELFTEST EXECUTES
WITHIN THE CORRECY TIME AND THAT THE CORRECT CODES ARE
RETURNED IN THE FIFO AFTER ITS COMPLEATION.

13.

SELFTEST FAIL TEST - VERIFIES THAT THE DUT WILL REPORT
ERRORS CORRECTLY WHEN IT IS FORCED TO FAIL.

14,

ROM VERSION NUMBER - VERIFIES THAT THE ROM VERSION NUMBERS
ARE REPORTED CORRECYLY AND IF REQUESTED PRINTS THEM OUT.

15.

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

16.

WORD ACCESS READ/MODIFY/MWRITE TEST

REGISTERS WILL RESPOND CORRECTLY

VERIFIES THAT

THE

TO READ/MODIFY/WRITE

ACCESES.

17.

BYTE ACCESS READ/WRITE TEST - VERIFIFS THAT THE REGISTERS WILL
RESPOND CORRECTLY TO BYTE READ/WRITE ACCESSES.

18.

BYTE ACCESS READ/MODIFY/WRITE - VERIFIES THAT THE REGISTERS
WILL RESPOND CORRECTLY TO BYTE READ/MODIFY/WRITE ACCESSES.

19.

I0.BIT TEST

20.
el.

VERIFIES THAT THE ID BIT READS AS SET.

TX.ENABLE

(INACTIVE)

TX.ENABLE

(ACTIVE)

BIT IS CLEAR,
BIT IS SEV,

TEST

VERIFIES THAT

WHEN A LINE'S

TX.ENBL

TRANSMISSION WILL NOT TAKE PLACE ON THAT LINE.
TEST

VERIFIES

THAT WHEN A LINE'S TX.ENBL

TRANSMISSION WILL TAKE PLACE ON THAT LINE.

22.

INTERRUPT TEST - VERIFIES THAT THE DUT
AND TRANSMISSION INTERRUPTS CORRECTLY.

23.

BR LEVEL TEST - VERIFIES THAT THE DUT INTERRUPTS AT
BUS REQUEST LEVEL.

24.

REPORT BMP COOES TEST - THIS PSEUDO TEST REPORTS THE FIRST 32
CHARACTERS WHICH WERE DISCOVERED 1IN THE FIFO DURING THE
EXECUTION OF THE OTHER TESTS.
THIS AVOIDS INTERRUPTION OF THE
OTHER

TESTS BY

THESE CODES

PERFORMANCE OF THE TESTS.

6.0

16:08

THEY

WILL GENERATE RECEPTION

ARE NOT CRITICAL

EXAMPLE ERROR FREE PASS

THE FOLLOWING IS AN EXAMPLE OF

.R CZDHUAO
CZDHUAO .BIN

CZDHU-A-0
OHU-11 FUNC TST PART}Y
UNIT IS DHU-11

AN ERROR FREE PASS DIALOGUE
:

THE CORRECT

THE

CZDHUAO DHU 11

FUNC

PROGRAM DOCUMENT

TST PART1

RESTRT

MACRO M1200

ADDR:

12-DEC-83

16:08

I<2

PAGE 21-2

SEQ 23

147670

DR>STA/PAS:1
CHANGE HW (L)
@ UNITS

(D)

2y
?

UNIT O

CSR ADDRESS:

(0)

160460

UNIT 1
CSR ADDRESS:
(0)
160460 ?
160500
INTERRUPT VECTOR ADDRESS:
(0)
310
ACTIVE LINE BIT MAP:
(0)
177777
?
INTERRUPT BR LEVEL:
(0)
5
2?2 <CR>

CHANGE SW

(L)

? 320
<CR>

? Y

REPORT UNIT NUMBER AS EATH UNIT IS TESTED:
(L) Y ? <«CR>
ROM VERSION PRINTOUT ON THE FIRST PASS:
(L) Y ? <CR>

EXTENDED ERROR REPORTING:
NUMBER OF

TESTING UNIT

DR>

ON A LINE:

PROC_1

2(D)

PROC_2

2(D)

PROC_1

2(D)

PROC.2

2(0)

1(D)

ROM VERSION NUMBERS:
O TOTAL ERRS

2?2 Y

TO REPORT

0(D:

ROM VERSION NUMBERS:

CZDHU EOP

(L) N

INDIVIODUAL DATA ERRORS

(D)

02?1

CZDHUAO DHU 11 FUNC TST PART1

MACRO M1200

12 DEC-83

16:08

PAGE

Le
22

SEQ 24

PROGRAM DOCUMENT

.LIST SEQ@,LOC,.BIN,MEB
.NLIST CNOD

1048
1049
1050
1051
1052

3 969006 0 00 0 0 0 06 06 0 05 00 06 0600 05 1 0 0 60 0 96 9 0 06 96 96 96 06 900 00006 60 0 06 000 6 0 90 00 00 00606 0

1053
1054
1055
1056
1057
1058
1059

605 0.0 0 06959 o6 0 0 08 o o o ok el o ot o oS o s gl b oS o ol 0

FVTA.PHD

3 6ol abat ol ob o of b o6 96 06 96 o o o 0l 0 o 0 9 0 06 . o 6 9 6 o 0 05 9 o 4 0 9 0 9 0 0 o 0 90 95 6 95 9 05 o . 9596 96 96 9 0 96 08 96 S 0 0690 0 95 0 95 96 06 SS9 95 9695

.SBTTL

PROGRAM HEADER

MCALL
SvC
1065

& SO0

:
3

SVC

IF STRUCTURED MACROS ARE TO BE USED,
TO INITIALIZE THE STRUCTURED MACROS.

SVCTAG= 1

:
s
s
3+

LIST
LIST
LIST
LIST

ADD “.MCALL STRUCT” AND “STRUCT"

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

LIST OTHER TAGS,

SHIFTED RIGHT

CHANGE THE VALUES OF THE SVC...

]
s

SYMBOLS TO BE MINUS-ONE TO NOT LIST THE EXPANSIONS.
CHANGE THE SYMBOLS AT ANY POINT IN YOUR PROGRAM,

SYMBOLS TO BE ZERO IF YOU WISH

TO ALIGN THE MACRO CALLS AND THEIR EXPANSIONS.

3 SESE SN0 6 06 00 9 05 000 0 00 0 90 0 0 0

002000

.ENABL

ABS

s .ENABL AMA

002000

SUPERVISOR MACROS

005 00 0 5.0 06 05 06 00 06 010 0 0 06 0006 006 06 06 05 0000 06 00 05 9595 995 9506 0005 006 95 9505 06 6 00 0 08 0 06 6 0l ol o s gl b el b el el el ad b el el ok el b ad b e el

SVCINS= 1
SVCTST= 1
SvCSuBe 1
SVCGBL= 1

000000

INITIALIZE

0 0650 06 06 0 0 90 06 060 0 000 06 0

CHANGE

THE

YOU MAY

05 050 16 00 06 0 0600 06 0600 06 06 0506 06 9506 96 96 0.0 0 06 8 9 95 06

2000

B8GNMOD
X

THE

THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.

PROGRAM HEADER

THE

INTERFACE BETWEEN

002000

POINTER BGNRPT,BGNSW,BGNSFT,BGNOV,ERRTBL

002000
002000
002000
002001

HEADER

103
132

(CZDWU,A,0,16,0,.PRIO?

LOINAME:
;

.ASCII /C/
ASCII 2/

CZOHUAO DHU-11 FUNC

PROGRAM HEADER

002002
002003
002004
002005
002006
002007
002010
002010
002011
002011
002012
002012
002014
002014
002016
002016
002020
002020
002022
002022
002024
002024
002026
002026
002030
002030
002032
002032
002034
002034
002036

002036

002040
002040
002042

TST PART1

MACRO M1200

12 DEC 83

16:08

PAGE

22-1

SEQ 25

.ASCII /D/
.ASCII /H/

104
110
125
888

009
101
060

000000
000016

035722

036114
002206

002220
036476
000000
000000
000000

000000
002124
000340
000000
000000

003
003
000000
000000

000000
004032

024102

000000
000000

LS$REV:
:

evie. o
BYTE 0
ASCII

/A/

ASCII

/o0/

WORD

L $HARD

WORD

L$SOFT

WORD

L$HW

WORD

L$SW

.WORD

LS$LAST

.WORD

WORD

.WORD

.MORD

WORD

L S$DISPATCH

WORD

PRIO?

WORD

BYTE
BYTE

CSREVISION
C#$EOIYT

.WORD
.WORD

O
O

WORD

LS$DVTYP

WORD

LS$RPT

L $DEPO:
:
LSUNIT::

LSTIML::

L$HPCP:
:
L$SPCP:
:

LSHPTP::.

_$SPTP::
LSLADP:
:
LS$STA:
:

L$CO::

L$DTYP:
:
LS$APT:
:
L$OTP::

L$PRIO:
:
LSENVI::
LSEXPL::
LSMREV:
:
L r::

L$SPC::

LS$DEVP::
LIREPP:
:

LSEXPA::

LSEXPS;::
LSAUT: : )

Ne
CZOHUAO DHU-11 FUNC TST PART1

PROGRAM HEADER

1112

002070
002072
002072
002074
002074
002076
002076
002100
002100
002102
002102
002104
002104
002106
002106
002110
002110
002112
002112
002114
002114
002116
002116
002120
002120

000000
024756
000000

004042

104035
003762
024116

024740
024736

024110
000000

000000
000000

MACRO M1200

12 DEC 83

16:08

PAGE

SEQ 26

22-2

L$OUT:.
LS$LUN::

LS$DESP:
:

LSLOAD:
:

L$ETP:
L$ICP::

L$CCP::
L$ACP:
L$PRT::
L$TEST::
L$OLY::
LSHIME:

.WORD
.WORD

L$DOU

.WORD

L $OESC

EMT

ESLOAD

.WORD

LS$ERRTBL

. WORD

L$INIT

.WORD

L$CLEAN

. WORD

L$AUTO

.WORD

L$PROT

. WORD

.WORD

B4
CZDHUAO DMU 11 FUNC TST PART1

MACRO M1200

12 DEC-83

16:08

PAGE

SEQ 27

DISPATCH TABLE

.SBTTL

1124
1125
1126

1
+

1127

1128
1129

1130

1131 002122
002122
002124
002124
002126
002130
002132

002134

1132

DISPATCH TABLE

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

000030
025074
025356

026052
026250
026442
027066
027274
027470

027704
030132

030426
030714
031314
031562
031752
032270
032532

033164
033540

034676
035640

THE DISPATCH TABLE CONTAINS THME STARTING ADDRESS OF EACH TEST,
IT IS USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST,
DISPATCH 24

. WORD

L$DISPATCH::

24
T1
T3
T4
15
16
17
T8
19
T10
T11
T2

T13
T14
T15
T16
T17

T18
T19
720
T21
T22
123
724

(: 7

)

CZOWUAO DMU 11 FUNC TST PARTL
DISPATCH TABLE

MACRO M1200

1140

3 S5O0

1141
1142
1143

3
:
H

1144

12-DEC 83 16:08

PAGE 24

000 00 05 0 06 05 0508 05 00 06 0600 06 06 05 0 0505 05 0500 0 0 0 06 006 0 0600 0 0000 0 06 06 0 0

SEQ 28
0

00 0600 0 .0 00 96 06 40 A0 90960 06 06 0 06 o 98 o6 e g b gl

FVTA DHT

3 SIS0 0 0 0 0 6 0 0 96 06 06 96 0 06 96 00 0 0 05 06 05 00 0 06000595 06 06 05 06 06 0506 06 06 06.96 95 08 06 0 0.0 0 48 S04 05 06 0 0 A0 08 90 0 0 S

S a0 oSl el el el b el

el b b g el el el e 8

[ ¥ 2110

1145
1146
1147

1148

.SBTTL

1149
1150

DEFAULT HARDWARE P-TABLE

jee

1151
1152
1153
1{2;

;
:
:
:

THE DEFAULT MARDWARE P-TABLE CONTAINS DEFAULT VALUES OF
THE TEST-DEVICE PARAMETERS.
THE STRUCTURE OF THIS TABLE
IS IDENTICAL TO THE STRUCTURE OF THE HARDWARE P TABLFS,
AND 1S USED AS A “TEMPLATE” FOR BUILDING THE P TABLES.

1156

1157 002204

002204

002206

000004

BGNHW

OFPTBL
LIHM::

1158 002206
1159 002206
1160 002210
1161 002212
1162 002214
1163

1164
1165 002216

002216

OoFPTBL: :

160460
000310

177777
00S

. WORD
. WORD

. WORD
.BYTE

.EVEN

ENDHW

160460
310

177777
S

;DEFAULTY CSR ADORESS
sDEFALT VECTOR ADDRESS

;OEFAWLT ACTIVE LINES BIT MAP
tDEFAULT BR LEVEL

L10000:

. WORD

L10000-L $HM/2

CZOHUAO DMU-11 FUNC TST PART)
DEFAULT HARDWARE P-TABLE

MACRO M1200

12-DEC-83

16:08

D3
PAGE

SEQ 29

1167
1168
1169
1170
1171
1172
1173
1174
1175
1176
1177
1178
1179
1180
1181
1182
1183
1184
1185 002216
002216
002220
002220
1186
1187 002220
1188 002222
1189
1190 002224
002224

FVTA, SWT
SHSAL00 6 05 000606 0005 06 06 05 00 06 06 06 06 0 06 06 00 0 0 0 0 06 06 96 06 05 0605 05 06 0505 96 6 06000 06 95 05 00 S S

.SBTTL
j

1
:

A RS R

NS SS e

THE SOF TWARE TABLE CONTAINS VARIOUS DATA USED BY THE

PROGRAM AS OPERATIONAL PARAMETERS.
ggfng: ?}HSSSEHBLY TIME AND MAY BE

THESE PARAMETERS ARE
VARIED BY THE OPERATOR

BGNSW

SFPTBL
LeSW::
SFPTBL:
:

000021

A B BB R AU

SOF TWARE P TABLE

000002

0600 0 6 S04 S S S R

OPTION: :

NDERPT: :

. WORD

.WORD

L10001-L$SW/2

;BIT MAP OF PROGRAM CONTROL FLAGS

;OEFAULT NUMBER OF INDIVIDUAL DATA ERRORS TO RPT.

ENDSH
L10001:

CZDHUAO DHU 11 FUNC
SOF TWARE P TABLE

TST PARTL

1192

MACRO M1200

12-DEC-83

1193

3 95000 06 0 06 0 9

1194
1195
1196

H
:
;

16:08

O 0 6 06 06 06 0 0 6

PAGE

E 4
26

6 960

SEQ

5606 0 9 600 06055 05 0

06 9506 0 00 6 04050 06 00 5 96 600 96 06 0 0 9506 969505959505 96 95 95 0 o S S el 0 S e e e o

1197

1198
1199
1200
1201
1211
1212
1213
1214
1215
1216
1217
1218
1219

1350

221
1222

GLOBAL

EQUATES SECTION

soe
:+ THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES
; ARE USED IN MORE THAN ONE TEST,
3-000020

NUMLNS = =20

1777717

1223

000004

iggg

000016

1224

FVTA.EQU

3 S50 06 0 0 0 0 0 06 0 06 06 00 06 9000608 05 006 0 05 96 96 08 96 06 0 0 0 96 0 0 0 5 6 6 00 0.0 06 96905 96 0 0 0 0 0 9 08 06 0 0. 96 00 9500 95 95 o S S S Sl S S b oS S S
.SBTTL

000006

MAPLNS==177777

tNUMBER OF LINES ON DHULL

;BIT MAP OF LINES ON DMULL.

THAT

16.

;jsensss DEVICE REGISTER OFFSETS FROM THE CSR'S ADDRESS sesess
LPRQO==4
tLINE PARAMETER REGISTER OFFSET FROM THE CSR ADDRESS
FSLS0=+6
tFIFOSIZE/STATUS REGISTER OFFSET FROM THE CSR ADDRESS
TXBFCO=+16
s TRANSMIT COUNT REGISTER OFFSET FROM THE CSR ADDRESS

1241 002224

EQUALS
3

s BIT DIFINITIONS
3

100000
040000
020000
010000
004000
002000
001000
000400
000200
000100
000040
000020
000010
000004
000002
000001

B8IT1S==
8IT14==
B8IT13+=
8IT12=+
8ITl1==
8IT10==
B8IT09e==
B8IT08==
8IT07=+
B8IT06=«
8I1T0S==
B8ITO04==
8IT03=+
BIT02+=
8IT01==
8I700==

001000
000400
000200
000100
000040
000020
000010
000004
000002
000001

BIT9==
BIT8==
8IT7==
8IT6==
B8I7S=-=
BIT4==
8IT3«.
8IT2=«
BITi==
8ITO==

100000
40000
20000
10000
4000
2000
1000
400
200
100
40
20
10
4
2
§

BITO9
BIT08
BITO7
BITO06
BITOS
BITO4
BITO3
BITO2
BITO1
BITOO

el ab bl b

i b

F s
CZOHUAO DHU 11 FUNC TST PART1
GLOBAL EQUATES SECTION

MACRO M1200

12-DEC-83

16:08

PAGE

SEG

]

1 EVENT FLAG DEFINITIONS

EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION

000037

EF .START=»
EF .RESTART ==

32.
31.

000035
000034

EF .NEW==
EF .PWRe»"

29.
28.

000040

EF .CONTINUE="=

30.

3
3

000340
000240
000200
000140

PRIORITY LEVEL

]

PRIO7==
PRIO6=+
PRIOS==
PRIOA==
PRIO3==
PRIO2=+
PRIOL==
PRIOQ==

DEFINITIONS

340
300
240
200
140
100
40
0O

1OPERATOR FLAG 81TS
3

EVie=

LOTe==

ADR ==

IOU=»ISR==

UAMea e

BOE==
PNT ==

PRIe=

IXEse-

1242

IBE=»
IERe=
LOEe=
HOE ==

100

200

400
1000
2000

4000

10000
20000
40000
100000

3
i

START COMMAND WAS ISSUED
RESTART COMMAND WAS ISSUED
; CONTINUVE COMMAND WAS ISSUED
: A NEW PASS HAS BEEN STARTED
; A POWER-FAIL/POWER-UP OCCURRED

CZDHUAO DHU-11 FUNC TST PART]1
GLOBAL EQUATES SECTION
1244
1245
1246
1247
1248
1249
1250
1251
1252

MACRO M1200

12 DEC-83

16:08

PAGE

G5
27

SEQ 32

3 9695 0005 0806 06 96 05 0 0 06 0 5 0 0 0 0 6 06 06 0 5 60 0 950 0 006 0 0 00 06 0 0606 05060 06 96 0 0 00 06 05 00 059606900 08 06 9606 05 06 0 Sl o g S o 08 o6l e e

FVTA,.GODT
950090 0 00 06 0006 08 96 9606 0 5 0 0 50 06 06,0606 06 96 0 9.0 0 0 o 0 0 06 05 06 0506 0 9 0 o 0 oo bl o o a0 ol e b el 0 oS LS A

002264
002266
002270
002272
002274

.SBTTL

S ol el e

GLOBAL DATA SECTION

|AR

+
s+

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

1808888480040 808488804848008488048688000888480800840008006088008040008000080

UNIT VARIBLE AREA

1080482808800 80488088084008808888480808884008408804808804048000800¢800080804020

177777
000300
000304
000000
004

ACTLNS::
RXVECA::
TXVECA::

.WORD
.KORD
.WORD

UNITN:: .WORD
BRLEVL:: .BYTE
.EVEN

177777
300
304
0
4

tACTIVE LINE BIT MAP,

1RX VECTOR ADORESS.

s TX VECTOR ADDRESS.
tUNIT NUMBER.
1 INTERRUPT BUS REQUEST LEVEL

10808880883 488485888088044440884888888888880400408080000000000884000840488

DEVICE REGISTER ADDRESS TABLE

1860000060600008048504000000808008004800000000800008000880800080608048400084008

160020
160022
160024
160026

ORADRT
::
CSRA::
.WORD

RXTMA::

RBUFA::

FDATA::

FSLSA::

160030
160032
160034
160036

LPRA::

UNCTRA::

TXAD1A::
TXAD2A::
TXBFCA::

.WORD

.WORD
.WORD
.WORD

160020
160022
160024
160026

160030

160032

160034
;
16003

1DHU-11 CSR ADORESS.

1OMU-11 RECIEVE BUFFER/TIMER ADORESS.
1DHU-11 LINE PARAMETER REGISTER ADORESS.
1OMU-11 FIFO SIZE/LINE STATUS REGISTER ADDRESS.

tAND FIFO DATA REGISTER ADORESS.

1DHU-11
1DHU-11
1DHU-11
1OHU-11

LINE CONTROL REGISTER ADORESS.
TRANSMIT BUFFER 1 REGISTER ADORESS
TRANSMIT BUFFER 2 REGISTER ADORESS
TRANSMIT BUFFER COUNT REGISTER ADORESS

1060460040060046000060000600080800884866640008800040080080080080800080004804000000804888000

188606000660400000006806068080608000000808044048080008000000088000088888808088084048

005470
005474
005501

RMATBB::

.WORD

. WORD

005523
005532
005543
005554

. WORD
. WORD
. WORD
. WORD

DROOMG
DRO2MG
ORO4MG
DROGMG
OR10MG
OR12MG
DR14MG
DR16MG

1 ADORESS
1 ADDRESS
1 ADDRESS
1 ADDRESS
s ADDRESS
1 ADDRESS
s ADDRESS
1 ADDRESS

IIRKIKKNS

1253
1254
1255
1256
1257
1258
1259
1260
1261
1262
1263
1264
1265 002224
1266 002226
1267 002230
1268 002232
1269 002234
1270
1271
1272
1273
1274
1275 002236
1276 002236
1277 002240
1278 002242
1279 002244
1280
1281 002246
1282 002250
1283 002252
1284 002254
1285
1286
1287
1288
002256

S e

“CSR* MESSAGE.
“RBUF* MESSAGE
.
“LPR" MESSAGE.
“STAT* MESSAGE.
“LNCTRL“ MESSAGE
.
“TBUFFADL1* MESSAGE
.
“TBUFAD2" MESSAGE
.
“TBUFFCT~ MESSAGE.

1800000868600448048044008484800000805088000804408004080848008080008008480848808048800000002

ASSORTED GLOBAL VARIABLES:

[6600008688000088000000444804488005088004048080000880040080040088000000808000480002

MACRO M1206

12-DEC-83

1301
1302
1303
1304
1305
1306
1307
1308
1309
1310
1311
1312

002276
002300
002302
002304
002306
002310
002312
002314
002316
002320
002322
002324
1313 002326
1314
1315
1316
1317
1318 002330
1319 002332
1320 002334
1321 002336
1322 002340
1323 002342
1324 002344
1325 002346
1326 002350
1327 002352
1328
1329
1330
1331
1332 002354
1333 002356
1334 002360
1335 002362
1336
1337
1338
1339
1340 002364
1341 002366
1342 002370
1343 002372
1344 002374
1345 002376
1346 002400
1347 002402
1348
1349
1350
1351
1352 002404
1353 002406
1354 002410
1355 002412
1356 002414
1357 002416

16:08

BUFPTR::
EXOERR::
CTRLCF::
IESTAT::

PASCNT::
RXINTC::
RXINTF::
TPAFLG::
TPAVEC::

PAGE

.WORD
,WORD
.WORD
,WORD

.WORD
.WORD
,WORD
.WORD
.WORD

TXINTF:: .WORD

WORD1::

.WORD

27-1

[eToXe]JooRateloloXoToto

CZDHUAC DHU 11 FUNC TST PART1
GLOBAL DATA SECTION

-5
1STORAGE FOR RECEIVE CHARACTER BUFFER POINTER,
$ "EXIT ON ERROR"” FLAG,

1STORAGE FOR THE CONTROL
-C FLAG.
1STORAGE FOR THE INTERRUPT ENABLE BIT STATES.
1STO'G FOR PASS COUNT USED IN ROM VERSION TEST.
1STORAGE FOR RECEIVER INTERRUPT FLAGS.
1STORAGE FOR RECEIVER INTERRUPT FLAGS.
1tFLAGS SET WHEN AN EXPECTED 004 TRAP OCCURS.
1STORAGE FOR THE NORMAL 004 TRAP VECTOR.
1STORAGE FOR THE TEST NUMBER.
1STORAGE FOR TRANSMIT INTERRUPT COUNT.
1STORAGE FOR TRANSMIT

INTERRUPT FLAGS.

1LOCATION FOR PASSING INDIRECT PARAMETERS.

1808800842084 4888440084880084880008400000840080000488048040080088480084505800800080004

}

LINE TIME CLOCK VARIABLES AND STORAGE.

100800000480800080004004048400404808800804000000800080800000400000000008408000484884880808

177546

CLKCSR::
CLKBRL::
CLKVEC::
CLKHRZ::

000100
000074

TIMERL1::
TIMER2::
TIMERS::
BCOUNT::
MSTICK::
MSLCNT::

000170
000170
000021

.WORD
.WORD
.WORD
.WORD

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

177546
PRIO6
100
60.
O
O
120.
120.
17.
62

;CSR ADDRESS OF THE LTC.
;INTERRUPT PRIORITY LEVEL OF THE LTC.
+ INTERRUPT VECTOR ADDRESS OF THE LTC.
1 INTERRUPT FREQUENCY OF THE L TC.

tHARDWARE CLOCK COUNTER #1.
1HARDWARE CLOCK COUNTER #2.
s HARODWARE BREAK COUNTER LOCATION.
1BREAK COUNT VALUE IN CLOCK TICKS.
tNUMBER OF MILLI-SECONDS PER LTC TICK.
1LOOP COUNT (USED B8Y MSLOOP) TO DELAY 1 MS,

180000000000864004600058604880800884008088080883000008088840884008006000080880888088804

MEMMORY MANAGEMENT VARIABLES AND FLAGS.

1800080004880604800804840880040004000400880000000000000080000045000088880664800408004

177572

MMSRO:: .
MMPRES:: .WORD

000000
000000
172340

MMENAB:: .WORD
PAROA:: .WORD

177572
O
O
172340

;ADDRESS OF MEM MGT STATUS REGISTER #0.
tMEM MGT PRESENT FLAG (O IF MM NOT PRESENT).

1MEM MGT ENABLED FLAG (O IF MM NOT ENABLED).
;ADDRESS OF MEM MGT PAR #0.

180 04 8 0 0 000888400080080004480840008800080480088000080000008400080800850808

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

108006800604840048084404000008080888800000004080488088000004048888880083848

137660
177777
00000
177777
166051
000000
177774
000000

UNBTTB:: .WORD
WORD
.WORD
WORD
WORD
.WORD
MORD
.WORD

137660
177777
7
177777
166051
O
177774
O

;UNUSED
UNUSED
tUNUSED
JUNUSED
;UNUSED
tUNUSED
UNUSED
tUNUSED

BIT
BIV
BIT
BIV
BIT
BIT
BIT
BIT

MASK
MASK
MASK
MASK
MASK
MASK
MASK
MASK

FOR
FOR
FOR
FOR
FOR
FOR
FOR
FOR

THE CSR
THE RBUF/RXTIHER REG
THE
L
THE STAT/FIFOSIZE/DATA REG
THE LNCTRL
THE TBUFFAD1
THE TBUFFAD2
THE TBUFFCY

1886000006460400008606440040048008000848000000000884800848800000404808080048000480808088

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

BITTBL::

.WORD
LMORD
.WORD
.WORD
.WORD
.WORD

10 8 480 08 088400880088404888880408088808800808880080000042000008880000008000088008

000001
000010
000020
000040

1
2
4
10
20
40

+1BIT
1BIT
1BIT
1B1T
18IT
1B8IT

O
1
2
3
4
S

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

CZDHUAO DHU-11 FUNC TST PART1
GLOBAL DATA SECTION
1358
1359
1360
1361
1362
1363
1364
1365
1366
1367
1368
1369
1370
1371
1372
1373
1374
1375
1376
1377

MACRO M1200

12 DEC-83

002420
002422
002424
002426
002430
002432
002434
002436
002440
002442

I3
16:08

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

PAGE

27-2

100
200
400
1000
2000
4000
10000
20000
40000
100000

SEQ 34

:B8IT
1BIT
1BIT
1B8IT
1BIT
1BIT
1BIT
18IT
;BIT
1BIT

6 SET.
7 SET,
8 SET.
9 SET.
10 SET.
11 SET.
12 SET.
13 SET.
14 SET,
15 SET.

1808600880004 00040480808440040004800000000042000080400004000044000448000846480088048

GPR SAVE AREA ZERO.

1006004004000 040888800800480404488044004000000080080008800400080440480040480488004040404

002444
002444
002446
002450
002452
002454

GPRSO08: :

.WORD
.WORD

.WORD
.WMORD
.WORD

1BASE OF GPR SAVE AREA NUMBER ZERO.

O
O

1WORD 1,
tWORD 2,

O
O
O

tWORD 3,
1WORD 4,
t1WORD 5,

STORAGE FOR R1.
STORAGE FOR R2.

STORAGE FOR R3.
STORAGE FOR R4,
STORAGE FOR RS.

1806600004880048400008004000408004000000084000000080888480008000000088884088004800858

TRANSMISSION AND RECEPTION VARIABLES, POINTERS,

AND FLAGS.

$9000008488800008000800048048000404000000800008840000008880808888680080080888088840048458

002456
002460

ERSMRF::
ERCNTB::

.WORD
.BLKW

O
16.

tERROR SUMMARY REPORT FLAGS.
1 TRBLE OF ERROR COUNTERS.

1800000880000480404008804808048884040000040040000000008005008080080800884484004848008404

]

STORAGE AREA FOR THE BMP CODE QUEUE.

100000048888000004008848020000408004000400088404000000404000880000888080888840084080048

002520
002522
002722

BMPCQ@P::
8MPCAB::

BMPCQE: :

.WORD
.BLKW

O
64,

tPOINTER USED TO ACCESS THE NEXT CELL IN QUE.
1STORAGE FOR 32 CELLS, TESTe PLUS BMP COOE.

tLAST ADDRESS PLUS 2 OF THE BMP CODE QUEUE.

[00000880000000840000008480400000000000008000000000000008080000004000400808880800008004

GENERAL TABLE AND BUFFER AREA--513 WORDS.

106000000400 000880800000040000440050000000088000000000008800000000000008808088480020

002722
002722
1397 003322
003522
003722
003722
1401
1402
1403
1416 003762
003762
003762
003764
003766
003770
1417
1418

BUFBAS: :
ERLTYBL: :
BUFMID: :

.BLKW
.BLKW

128,
64,

1BASE OF MEMORY BUFFER.
tFIRST HALF OF GENERAL TABLE OR BUFFER.
1SECOND HALF OF GENERAL TABLE OR BUFFER.

BUFEND: :
ENDETE: :

.BLKW

16,

1END OF GENERAL PURPOSE MEMORY BUFFER.
1BUFFER OVERFLOW SPACE.

.WORD

BUF3QT::

.BLKW

64,

ERRTBL

ERRTYP: ;

ERRNBR : :
ERRMSG: :
ERRBLK: :

.WORD
.WORD
.WORD

.EVEN

O
O
O

1tLAST QUARTER OF THE BUFFER AREA.

LSERRTBL:
:

J3
Zz

CZOMUAO DMU 11 FUNC TST PART1
MACRO M1200
GPR HANDLING ROUTINES FOR SUBROUTINE CALLS.
1420
1421

1422

1423
1424

.SBTTL

i ¢

'z
ie
1e
1.
i e
e
i e
;e
18
1e
ie

14%2

1437
1438
1439
1440
1441
1442
1443
1::;
1

3o
1e
ie
1e
18
1e
3e
;e
1e

1447

1‘

1446

1448
1449
1450
1451
1452
1453

1454

1455
1456

16:08

PAGE

SEQ 35

GPR HANDLING ROUTINES FOR SUBROUTINE CALLS.

100282804002 8408882408400008400082800804800480040000040000048000888008400000000040

1425
1426
1427
1428
1429
1430
1431
1432
1433

1434

12 DEC-83

1e
.‘

THERE

ARE 4 ROUTINES AND MACRO DEFINITIONS USED FOR

THE HANDLING OF

GPR VALUES DURING SUBROUTINE CALLS WITHIN THIS PROGRAM.
ROUTINES/MACRO CALLS HAVE THE FOLLOWING NAMES:
SAVE

PASS

PREGOS

THE FOUR

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

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

DURING A SUBROUTINE WHICH USES THESE GPR SAVE ROUTINES THE VALUES
OF THE GPRS ARE STORED ON THE STACK IN THE FOLLOWING STACK FRAME
:
SP
SP+2
SP+4
SP+6
SP+8
SP+10
SP+12
SP+14

->
->
->
->
->
->
->
->

RET PC
RO
R1
R2

GPR
GPR
GPR
GPR
GPR
GPR
RET

R3
R4
RS
PC

INTO PREGOS ROUTINE.
CONTENTS.
CONTENTS.
CONTENTS,
CONTENTS,
CONTENTS.
CONTENTS.
INTO CALLER OF SUB'TNE WHICH CALLED PREGOS.

EACH LEVEL OF SUB'TNE CALLING USES 8 WORDS OF STACK OVERMEAD.

e
1e
e

TO SAVE AND RESTORE 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,

i e
1)
1.

THE SAVE AND PASS MACROS CAN ALSO BE USED IN

“STRAIGHT LINE COOE*

OR PASSED INTACT, GPRS SPECIFIED AS PARAMETERS TO THE PASS CALL)
AND THFE. SP WILL ALSO BE RESTORED TO ITS CONDITION BEFORE THE LAST
SAVE CALL.
THE PROGRAMMER MUST Br SURE THAT THE SP HAS THE SAME

VALUE WHEN THE PASS MACRO IS CALLED AS IT HAD IMMEDIATELY AFTER

;s
THE SAVE MACRO WAS CALLED.
180880042800 0400408404044380040088008088888040008200040888800880080880000840080408088

CZDHUAO DHU 11 FUNC TST PART1
GPR FRAME ACCESS EQUATES
1458
1459
1460
1461
1462
1463
1464
1465
1466
1467
1468
1469
1470
1471
1472

MACRO M1200

12-DEC-83

16:08

PAGE

I<3
29

SEQ

.SB1TL GPR FRAME ACCESS EQUATES
KX

1EQUATES THAT ALLOW ACCESS TO THE STACK FRAME.
THESE ARE THE
1OFFSETS INTO THE STACK FOR REGISTERS SAVED DURING THE PREGOS
; ROUTINE.
000036
000016
000014
000012
000010

000002

==
LPCSLT

PCSLQT
==
R5SLOT==
R4SLOY
=~
R3SLOT
==
R2SLOT==

R1SLOT=»

ROSLOT
==

tOFFSET
sOFFSET
sOFFSET
1OFFSET
1OFFSET
;OFFSETY

FOR
FOR
FOR
FOR
FOR
FOR
;OFFSET FOR
1OFFSET FOR

LAST RETURN PC.

RETURN PC.
RS.
R4
.
R3.
R2.
R1.
RO.

CZDHUAO NHU-11 FUNC TST PART1
GLOBAL MACRO DEFINITION

1474
1475
1476
1477
1478
1479
1480
1481
1482
1483

1484
1485
1486
1487
1488
1489
1490
1491
1492
1493
1494
1495
1496
1497

MACRO M1200

SAVE

12-DEC-83

.SBTTL

L3
16:08

PAGE

SEQ 37

GLOBAL MACRO DEFINITION

SAVE

180080008442 84884040088484804808880800004400048440408040040488088400
0840004004 008400044

THIS

CONTENTS OF THE GPRS RO THRU RS,

1 &

MACRO

;& INPUTS:

USED

THE

BEGINNING

SUBROUTINE

1 &

OFFSET

STACK

SLOT

FOR

rLQUATED

OCTAL)

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

;o CALLING SEQUENCE:
1o COMMENTS:

THE

- UNCHANGED SINCE SUBROUTINE WAS ENTERED

RSSLOT

¢ QUTPUTS:
Iz

SAVE

NO ARGUMENTS ARE ALLOWED.

THE PASS MACRO SHOULD BE CALLED TO RESTORE THE GPR VALUES.

1 e

;& SUBORDINATE ROUTINES CALLED:

PREGOS.

1888844000420 44080884880444848084088004880
0808488004584 08004888000480480004458080080480¢

.MACRO
LIST
-NLIST
.ENDM

SAVE
JSR
SAVE

R5,PREGOS

;CALL REGISTER

SAVE

SUBRT.

C70HUARO DHU 11 FUNC TST PART1
GLOBAL MACRO DEFINITION
1499
1500
1501
1502
1503
1504
1505
1506
1507
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

MACRO M1200
PASS -

M3
12-DEC-83

.SBTTL

16:08

PAGE

SEQ 38

GLOBAL MACRO DEFINITION

- PASS

1200488824020 0880440004084884440404008800000048848440840008088080880800540000848

1 e
]
1 s
iz

]

1 .

THIS MACRO IS USED IN CONJUNCTION WITH THE SAVE MACRO.
IT IS
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 TO PREGOS TO RESTORE THE GPRS TO THEIR SAVED VALUES,
INPUTS:

ONLY ALLOWED ARGUMENTS ARE

"“RO"”

ROSLOT

EQUATED

3 *

THRU RS5SLOT

MUST

THRU
TO

"RS5”,
THEIR

RESPECTIVE

SLOT OFFSETS BEFORE CALLING THIS MACRO.

GPR

SAVE

& OUTPUTS:

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

' &

;» CALLING SEQUENCE:

PASS

T &

RO,R1,...

+ & COMMENTS:
;e

ANY COMBINATION OF GPR ARGUMENTS MAY BE LISTED IN ANY ORDER.
FOR EXAMPLE, THE FOLLOWING ARE LEGAL:

i e
ie
1.
;.

PASS
R4,RO,R2
THE GPRS LISTED AS ARGUMENTS WILL BE PASSED INTACT TO THE
CALLING ROUTINE, ALL OTHER GPRS WILL BE RESTORED.
THE SP MUST BE AT ITS ORIGINAL VALUE WHEN PASS IS CALLED.

;

PASS

i 8

THE

MACRO

;e
1 ®
;e
i s
)
1 e

CALL
PASS

RO,R3

EXPANDS INTO THE FOLLOWING ASSEMBLY COOE:
MOV
RO,ROSLOT(SP)
sPUT RO IN STACK SLOT.
MOV
R3,R3SLOT(SP)
1PUT R3 IN STACK SLOT.
JSR
PC,8(SP).
tRETURN TO PREGOS SUBRT.
IN THIS EXAMPLE GPRS R1, R2, R4, AND RS WILL BE RESTORED TO
THEIR VALUES CONTAINED IN THE STACK FRAME AND RO AND R3

WILL BE LEFT AT THEIR VALUES PRIOR TO THIS PASS CALL.

1¢ SUBORDINATE ROUTINES CALLED:

(PREGRT

- LABEL WITHIN PREGOS,

VALUE ON STACK.)

1088888288880 4884844088480088483804808080808800000000888820802008454008080088000020

.MACRO
.IRP
IF
.LIST

PASS
A.B.C.D.E.F
X,<R,8,C,D,E.F>
N8B,
X

NLIST
.ENOC
. ENOM
.LIST
.NLIST
.ENDM

PASS

MOV

X,X'SLOT(SP)

tPUT

IN STACK

SLOT.

JSR

PC.8(SP)»

tRETURN TO PREGOS SUBRT.

CZDHUAO DHU-11 FUNC TST PART1
GLOBAL SUBROUTINE

PREGOS

12-DEC-83

16:08

PAGE

SEQ 39

.SBTTL GLOBAL SUBROUTINE

1548
1549
1550
1551

- PREGOS

1008804040800 404048040404404 0800000804000 080000404480448088880008000080040400042

1 e

PRESERVE REGISTERS

THROUGH RS FOR

SUBROUTINE

CALLS.

1552

1553
1554
1555
1556
1557
1558
1559
1560
1561
1562
1563
1564
1565
1566
1567
1568
1569
1570
1571
1572
1573
1574
1575
1576
1577
1578

MACRO M1200

1% INPUTS:
i&

THE RETURN ADDRESS BACK INTO THE CALLING ROUTINE MUST BE IN
GPR RS.
(I.E.- MACROS USE "JSR RS5,PREGOS”.)

;¢ OUTPUTS:

REGISTERS RO THROUGH R5 ARE SAVED ON THE STACK.

1 &

; #CALLING

i
;.

SEQUENCE:

s sCOMMENTS:

SAVE

sMACRO EXPANSION CALLS PREGOS.

(SUBROUTINE CODE]...
PASS
tMACRO EXPANSION RECALLS PREGOS.

THIS ROUTINE IS RE-ENTRANT,

x
;e
1.
R

PARAMETERS MAY BE PASSED OUT OF A SUBROUTINE BY MODIFYING THE
REGISTER SAVE AREA ON THE STACK.
USE THE PASS GPRN MACRO
TO RETURN GPR VALUES INTACT.
USE THE RNSLOT OFFSETS FROM THE SP TO PASS OTHER PARAMETERS.

1.
T

[EXAMPLE ;

MOV

VALUE ,ROSLOT(SP)

)

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

; *SUBORDINATE ROUTINES CALLED:

NONE.

100808088448 04008458004884808080480484804888088884088888028808800480844028424804044000048044

010446
010346
010246
010146
010046
010546
016605

PREGOS :

MOV
MOV

R4, -(SP)
R3, -(SP)

MOV

RO, -(SP)

MOV
MOV
MOV
MOV

000014

JSR

004736

+RS HAS BEEN LOADED ON THE STACK BY THE SUBROUTINE CALL

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

1 SAVE
1 SAVE
1SAVE
1SAVE

R5, -(SP)
RSSLOT(SP),RS

1PUSH RETURN PC ON TOP OF STACK
+RESTORE RS TO VALUE IT HAD BEFORE CALLS

PC.8(SP).

R4
R3

R2
R1

1 SAVE RO

;CALL THE SUBROUTINE AT THE RETURN ADODRESS
1FROM THE PREGOS CALL,

PUTTING THE PRESENT

;PC ON THE STACK AS A RETURN ADDRESS INTO
1 THIS (PREGOS) ROUTINE.
jeee

;s THE FOLLOWING CODE IS EXECUTED WHEN THE CALLING ROUTINE DOES A
s "RETURN” [JUSR PC,8(SP)+] USING THE PC DEPOSITED ON THE STACK ABOVE.
004014
004016
004020
004022
004024
1597 004026
1598
1599 004030
1600

012605
012600
012601
012602
012603
012604

000205

PREGRT::

MOV
MOV
MOV
MOV
MOV
MOV

(SP)+,RS
(SP)+,RO
(SP)+,R1
(SP)+,R2
(SP)+ ,R3
(SP)+ R4

tPUT RETURN PC IN RS.
tRESTORE RO.
tRESTORE R1.
1RESTORE R2.
1RESTORE R3.
tRESTORE R4,

RTS

tRETURN TO THE SUBROUTINE WHICH CALLED PREGOS.
yRESTORING RS

IN THE PROCESS.

B4
CZDHMUAO DHU 11 FUNC TST PARTL
GLOBAL TEXT SECTION
1602
1604
1605
1606
1607
1608
1610
1611
1612
1613
1614
1615
1616
1617
1618
1619
1620
1621 004032
004032
004032
004035
004040

1622
1628
1629
1630
1631 004042
004042
004042
004045
004050
004053
004055
004061
004067

1632
1633
1640

MACRO M1200

12 DEC-83

.SBTTL

GLOBAL

16:08

PAGE

TEXT SECTION

3 el el el el el ul el o ol 0595 S5 00 0 5 S 0 05 S 05 W 0 S S

SEQ 40

S S 008 S S W

S S AL S S 0 W S

6 W a il b b S S L S S

s el e s

b sl

FVTSKL1.P11
i

; pessdassdusdsssssdssausdussessssssscsssssseddsetsedusstdlsaosssstssssssssesisscssusssses

jo0

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

THAN ONE

TEST,

NAMES OF DEVICES SUPPORTED BY PROGRAM
DEVTYP
104
055

110
061

<«DMU-11>

LSOVTYP:
:
.ASCIZ

125

/0MU

11/

061

.EVEN

TEST DESCRIPTION

DESCRIPTY
104

110

125

055

061

116

124

103
123

122

124

«OHU 11 FUNC

TST PARTL>

L$DESC:
:

.ASCIZ

125

124
101
061
.EVEN
.EVEN

/DHU-11 FUNC TST PAR

CZOHUAO DU 11 FUNC TST PART1
GLOBAL TEXY SECTION
1642

MACRO M1200

12 DEC 83 16:08

PAGE

C4
34

SEQ 41

1643

3 959506 06 00 06 0 06 0 0 0 0 055 0 6 05 00 06 0.9 0 06 0605 0500 0 000 06 0600 0 06 0 0508 06 05 0000 90 08 05 0 96 S A 000 08 LS 0 S S S S 0 0 0 S a8 s S S 0l il sl el bl sl el e sl e S 0l

1644
{2:2

3
:

1647

: 959090 0005 00 08 05 0506 05 96 6 4545 05 4 05 06 0505 06 6505 06 06 9505 08 06 06 05 00 0 S S S 0 6 05 S S S LS LS S S S L RS0 05 S S S b eSS S b sl el b el gl bl bl b e el el el

1648
1649
1650
1651
{22%

:
;
3

1654
1665

1666

FVTA.FMT

FORMAT

STATEMENTS USED IN PRINT CALLS

CZOHUAO DHU 11 FUNC TST PART1
GLOBAL

TEXT SECTION

MACRO M1200

1698
1699
1700
1701
1702
1703
1704
1705
1706
1707
1708
1709
1710
1711
1712
1713
1714
1715
1716

}

]

SEQ 42

FVTA MSG

]

3 SR 05 00 06 05 0 05 06 05 95 05.95 65 95 05 95 05 05 0.0 05 9545 05 050505 95 06 05 5 905 000 0 06 0 6 5 S 0 2 06 S0 4 S S RS S S S0 08 S S S S S S g el sl sl el o S S

NLIST BIN

.SBTTL

GLOBAL MESSAGE AREA

MFUNIT::

EFOS03::
EF0S0S::
€EF1401::
€F1402::
EF1601::
€EF1602::
EF1603::
EF1604::
€F3001::
::
EF9006::
::
::
€EF9017::
€EF9018::
€EF9301::
EF9302::

:
:
:
:
DRIOMG::
DR12MG::

{ 6s0essses FORMAT STATEMENTS ssesssesse
.ASCIZ /l?:& TESTING UNIT
/
.ASCIZ /7%

.ASCIZ
.ASCI2
.ASCIZ
.ASCIZ2
.ASCIZ
.ASCIZ2
.ASCI12
.ASCIZ

/78A

:4D4%N/

sDS#A ILLEGAL INTERRUPTS RECEIVED.®N/

/8NsA ROM VERSION NUMBERS:

PROC_1

= #D2#A(D)

/8TeA ROM VERSION NUMBER sT#N/
/8A
oTwA, TEST ABORTED sN/
/%A
EXPECTED DATA: #06#A (0).%N/

/78A
/8A

PROC_2 = #D2#A(D)SN/

ACTUAL DATA:
s06%A (0).%N/
BAD BIT(S) IN DEVICE #T#A REGISTER FOR LINE sD2#A (D).#N/

/8A
EXPECTED OR CORRECT VALUE: #0O3wN/
ACTUAL OR MEASURED
VALUE: #03sN/
ASCIZ /78A
#TeA WO2sA(D )SN/
.ASCIZ /8A
NUMBER OF ERRORS DETECTED ON LINE #D2#A(D) IS sD5#A(D)SN/
ASCIZ /%A
UNEXPECTED #T#A FOR LINE #D2#A(D) IN FIFO AFTER RESET:#N/
.ASCIZ /8A
#TeA (WITH ERROR FLAGS) IS wO6#A(0)#N/
.ASCIZ /98A
wTeA IN SELFTEST CODE FIFO SLOT FOR LINE wD2/
.ASCII /oA
.ASCIZ /8A(D) AFTER RESET.#N/
BMP CODE REPORTED :#03%A(0)%N/
.ASCIZ /8A #TuD2eA(D),
OVERFLOW OCCURRED (MORE THAN 31 B8MP CODES FOUND IN QUEUE SN/
.ASCIZ /€A

ssessesses ERROR MESSAGES
.ASCIZ /CSR/
/
ASCI2 /RBUF

¢eess0sss0se

JASCIZ /7LPR/
ASCIZ /FIFOSIZE,STAT/
.ASCIZ /UNCTRL/
.ASCIZ /TBAFFADY/

/TBUFFAD2/
/TBUFFCT/

1717

1718
1719
1720
1721
1722
1723
1724
1725
1726
1727
1728
1729
1730
1731

PAGE

| edsudunessassussdsedsssuessssusdsssaessussdluteuesutssssessdedsesdassssdssssustsssssseless

1675
1676
1677
1678
1679

1680
1681
1682
1683
1684
1685
1686
1687
1688
1689
1690
1691
1692
1693
1694
1695
1696
1697

12 DEC-83 16:08

EMOS01:: .ASCIZ
€EM0302::

.ASCIZ

EMO3O0Z:;:

.ASCIZ

EMO401:: .ASCIZ

EMO402::

.ASCI2

EMOS02::

.ASCI2

/7 Of 'ICE REGISTER ADORESS TEST FAILED./
/ MASTER RESET TEST FAILED./
/
MASTER RESET B17 DID NOVT CLEAR AFTER BOARD RESET./
/
MAITED S SECONDS.
BIT DEFECTIVE OR FIRMWARE HMUNG./
/
MASTER RESET BIT CLEAR IMMEDIATELY AFTER BOARD RESET./
/
B8IT DEFECTIVE OR BOARD FIRMWARE ERROR./
\
MR BIT WENT CLEAR WITHIN 1/2 SECOND OF BOARD RESET.\
/
BIT DEFECTIVE OR SELFTEST MAS (INCORRECTLY) SKIPPED./
/MASTER RESET (SKIP SELFTEST) TEST FAILEOD./
/
MR BIT CLR WITHIN 10 MILISECOND AFTER BOARD RESET./
/
81T OEFECTIVE OR BOARD FIRMWARE ERROR./
\
MR BIT WENT CLEAR 1/S TO S SECONDS AFTER RESET.\
/
SELFTEST DID NOT GET SKIPPED (SHOMLD HAVE BEEN SKIPPED)./
/RBUF REGISTER RX CHARACTER FIELD TEST FAILED./
/
IMPROPER CODE FOUND IN RX FIFO AFTER OUT RESET./
/
EXPECTED: SELFTEST COOE,
ACTUAL: IMPROPER COOE.~/
/RBUF REGISTER ERROR FLAGS FIELD TEST FAILED/
/
RX ERROR FLAG(S) FOUND CLEAR ON SELFTEST COOE./

S S bl el

CZDHUAO DHU-11 FUNC
GLOBAL MESSAGE AREA
007336
007431
007521
007611
007653
007743
010033
010125
010216
010261
010351
010441
010533
010624
010672
010742

1749
1750
1751
1752
1753
1754
1755
1756
1757

011036
011071
011156
011234
011307
011335
011421
011477
011533

1759
1760
1761
1762
1763
1764
1765

1767
1768
1769
1770
1771
1772
1773
1774
1775

12-DEC-83

16:08

PAGE

35-1

SEQ 43

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCI1Z
.AZCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

EM1001::
EM1002::
€EM1003::
EM1101::
EM1201::
EM1202::
EM1203::
EM1204::
EM1205

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
,ASCIZ
.ASCIZ
.ASCIZ

/SKIP SELF-TEST TEST FAILED/
/
SKIP SELF-TEST TOOK TOO LONG TO COMPLETE, > SC MS./
/
SKIP SELF-TEST COMPLETED TOO SOON, < 10 MS./
/DIAGNOSTIC FAIL (SKP SELFTEST) TEST FAILED/
/SELF-TEST TEST FAILED/
/
SELF-TEST TOOX TOO LONG TO COMPLETE, > S SECONDS./
\
SELF-TEST COMPLETED TOO SOON, ¢ 172 SECOND.\

011612
011651
011710
011776
012051
012123
012136

EM1302::
EM1401::
EM1402::
EM1403::
EM1404::
EM140S::
EM1406::

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

7/ SELF-TEST ERROR REPORTING BAD/
/7ROM VERSION_NUMBER TEST FAILED/
/
FIFO EMPTY, ONE OR MORE ROM VERSION_NUMBERS MISSING/
/
ROM VERSION_NUMBER FOUND OUT OF SEQUENCE/
/
ONE OR MORE ROM VERSION_NUMBERS MISSING/
/
PROC _1/
/

012163
012171
012254
012330
012413
022467
012552
012622
012675

EM1408:;:
EM1601::
EM1604::
EM1701::
EM1801::
EM1901::
EM2001::
EM2002::
EM2301::

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/FOUND/
/TIMEOUT OCCURRED WAITING FOR MASTER RESET TO CLEAR/
\DEVICE REGISTER WORD READ/WRITE TEST FAILED\
\DEVICE REGISTER WORD READ/MODIFY/WRITE TEST FAILED\
\DEVICE REGISTER BYTE READ/MRITE TEST FAILED\
\DEVICE REGISTER BYTE READ/MODIFY/WRITE TEST FAILED\
/DEVICE STAT REGISTER ID BIT TEST FAILED/
/ID BIT BAD.
EXPECTED: SET, ACTUAL. CLEAR./
/TX_ENABLE (INACTIVE) BIT TEST FAILED/

1748 011002

1758 011557

1766 012151

EMOS25::
EMOS26::
EMO601::
EMO602::
EMO603::
EMO701::
EMO702::
EMO703::
EMOB0L::
EMOB02::
EMO901::

EMO902::

EM1301:: s

EM1407::

1776 012742

E€EM2302::

1778 013043

EM2601::

1777 013000
1779 013101

1780 013172

1781 013260

1782 013354
1783
1784
1785
1786
1787
1788

MACRO M1200

013437
013476
013572
013643
013722
014014

EM2401::

EXPECTED: ALL ERROR FLAGS SET,
ACTUAL: FLAG(S) CLEAR./
7/
RX INTERRUPT(S) RECEIVED WITH RX INTERRUPTS DISABLED./
7/
Tx INTERRUPT(S) RECEIVED WITH TX INTERRUPTS DISABLED./
/CSR RX.DATA.AVAIL BIT TEST FAILED/
/
RX.DATA.AVAIL BIT FOUND CLEAR AFTER RESET COMPLETION./
/
EXPECTED BIT TO BE SET FROM SELFTEST CODES IN FIFO./
/
RX.DATA.AVAIL BIT COULD NOT BE CLEARED BY PURGING FIFO.~/
/
600 CHARS READ FROM FIFO WITHOUT R.D.A BIT CLEARING./
/RBUF RX.DATA.VALID BIT TEST FAILED/
7/
RX.DATA.VALID BIT FOUND CLEAR AFTER RESET COMPLETION./
/
EXPECTED BIT TO BE SET FROM SELFTEST CODES IN FIFO./
/
RX.DATA.VALID BIT COWD NOT BE CLEARED BY PURGING FIFO./
7/
600 CHARS READ FROM FIFO WITHOUT R.D.V BIT CLEARING./
/RBUF RX.LINE.NUMBER FIELD TEST FAILED/
/
LINE NUMBER WRONG ON A SELFTEST COOE.”
/CHECX FOR BMP_COOES TEST FAILED/

.ASCIZ /UNEXPECTED BMP CODES FOUND./

.ASCIZ 7
.ASCIZ 7/

SELF-TEST DID NOT EXECUTE/
OIAG_FAIL BIT BAD/

.ASCIZ /FAIL SELF-TEST TEST FAILED/

.ASCIZ /NOT FOUND/

.ASCIZ 7

¥X_ENABLE BIT BAD ON LINE:

.ASCIZ /TX_ENABLE (ACTIVE) BIT TEST FAILED/

.ASCIZ /RECEIVE INTERRUPT TEST FAILED/

EMR2602::

.ASCIZ /

NO RX INT GENERATED (DATA_VALID SET,

EM2604::

.ASCIZ /

NO RX INT GENERATED (RX_DATA_AVAIL CLR,

EM2603::
EM2605::

EM2606::
EM2607::
EM2608::
EM2609::
€M2610::
EM2611::

.ASCIZ /
.ASCIZ 7/

RX INTS ENABLED)./

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

RX INTS ENABLED)./

RX INTERRUPT GENERATED WITH RX_DATA_AVAIL CLEAR./

.ASCIZ /TRANSMIT INTERRUPT TEST ERROR;/
.ASCIZ
TX_ACTION SET REPEATEDLY AFTER BOARD RESETY. NO DATA SENT./
.ASCIZ
TX_ACTION STUCK SET AFTER BOARD RESET./
.ASCIZ
TX INTERRUPT GENERATED WITH TX_ACTION CLEAR./
.ASCIZ
NO TX INTERRUPT WITH TX_ACTION SET AND TX INTS ENABLED./
.ASCIZ
TX_ACTION NOT SET AFTER CHARS SENT ON ALL LINES./
NNNNN

1732
1733
1734
1735
1736
1737
1738
1739
1740
1741
1742
1743
1744
1745
1746
1747

ST PARI1

4
CZDHUAO DHU 11 FUNC TST PART1
GLOBAL MESSAGE AREA
1789
1790
1791
1792

014077
014173
014232
014326
014402
014456
014550
014613
014672
014716
015012
015067
015123
015133
015150
015174
015213
015235

1793
1794
1795
1796
1797
1798
1799
1800
1801
1802
1803
1804
1805
1806
1807 015253
1808 015273
1809 015323

1810 015370

1811
1812

EM2612::
EM3001::

EM3002:

EM3003:
EM3004:
EM300S5:
:

€EM3101::
EM3102::
€EM9010::
EM9014::
EM9017::

EM9018::
EM9019:
:
EM9020:
:
EM9022:
:
EM902%:
EM9024::
EM9301::
EM9302:
:
EM9303::
EMI304::

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

.ASCIZ
.ASCI2

MACRO M1200

12-DEC-83

16:08

PAGE

35-2

/
NO RX INT GENERATED (RX_DATA_AVAIL
/INTERRUPT BR LEVEL TEST FAILED/

SET,

SEQ 44

ENABLED).~/

/
NO RX_DATA_AVAIL FROM SELFTEST CODES IN FIFO AFTER RESET./
/
TX INTERRUPT GENERATED AT WRONG BR LEVEL:/
/
RX INTERRUPT GENERATED AT WRONG BR LEVEL:/
/_
_TX INTERRUPT GIVEN PRECEDENCE OVER SIMULTANEOUS RX INT./
/DIAGNOSTIC FIELD (BMP) TEST FAILED/
/
DIAGNOSTIC FIELD (BMP REQUEST) BAD ON LINE: /
/ACTUAL OR MEASURED /
/SUMMARY REPORTS FOR LINES WITH EXCESSIVE NUMBERS OF ERRORS:/
/
FIFO WILL NOT PURGE (DATA.VALID STUCK SET),/
/ REMAINDER OF TEST SKIPPED.~/
/N0 COOE/
/NON-SELFTEST/
/SELFTEST ERROR COOE/
/DATA CHARACTER/
/MODEM STATUS CODE/
/SELFTEST COOE/
/8P CODE REPORT/

ASCIZ
.ASCIZ
.ASCIZ
LASCII
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ /8MP CODE FOUND IN TEST /
.ASCIZ /THE LAST BMP CODE WAS FOUND IN TEST /
.ASCIZ /UNEXPECTED BMP CODES FOUND DURING THIS PASS/

.EVEN

INTS

.LIST BIN

CZDHUAD DHU 11
GLOBAL MESSAGE
1814
1815

1816
1817
1818
1819
1820
1821
1822
1823
1824
1825

1826

1827
1828
1:%9
1

FUNC
AREA

TST PART1

MACRO M1200

12-DEC-83

16:08

PAGE

G4
36

§ 95050 0 0 0 0 0 5 06 00 000606 656 0000 00 0 06 0 00 0000 060050 0 0 0 00 096006 0606 0590 9606 06456 0 06 0 00 5 0 00 00008 06

$
i

SEQ 45

05 06 06 0009000 06 06000596 06 45 0640 6 o

FVTSKLZ.P11

3 60000 0 9006 0 0 0 6 06 606 06006 0606060606 06 0 06 26 06 06 06 06 06 06 06 06 0606 06 0 0 000006 06 06 006 0606069606 0605 060606 05.08 06 46 45 0505 95 95 5596 0606 06 06 06 05 06 05 45 S0 S S S 6 6 06 6 00

.SBTTL

X
i
1
+

GLOBAL ERROR REPORT

SECTION

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

CZDHUAO DHU 11 FUNC TST PART1
GLOBAL ERROR REPORTING ROUTINE
1832
1833
1834
1835
1836
1837
1838
1839
1840
1841
1842
1843
1844
1845
1846
1847
1848
1849
1850
1851
1852
1853
1854
1855 015444
015444
1856 015444
015444
1857
1858 015450
1859 015454
1860 015460
1861
1862
1863
1864
1865 015462
1866 015466
1867 015470
015470
013474
015500
015502
015504
1868 015510
1869 015514
1870 015516
015516
013322
015526
015530
013532
1871 013536
015536
015542
015546
015350
015552

H4
MACRO M1200
12-DEC-83
- ERO101 -

.SBTTL

16:08

PAGE

SEQ 46

GLOBAL ERROR REPORTING ROUTINE

ERO101

1080044808888 88403088848000080088488880280808480000000008040088008088008008880000488

i e
1e
ie

THIS IS AN FRROR REPORTING SUBROUTINE WHICH PRINTS ADDITIONAL ERROR
INFORMATION 1F AN ERROR IS DETECTED IN TEST 1 (REGISTER ADDRESS
ACCESS TEST). IF THE "EXTENDED ERROR INFO" OPTION HAS BEEN SELECTED

i e

BOTH) WHICH CAUSED A BUS TIME-OUT TRAP (004 TRAP).A MESSAGE INDICATING

THEN

THAT

THIS

THE

SUBROUTINE

DHU MAY

WILL

REPORT

THE

WRONG

THE

TYPE

UNIBUS

ACCESS

ADDRESS

(READ

ALSO

WRITE

PRINTED.

1 e

t1¢ INPUTS:
1.

RS - ERROR FLAG WORD.

IF BIT O IS SET,

IF BIT

IS SET,

A READ ERROR OCCURED.
A WRITE

ERROR OCCURED.

i1 QUTPUTS:
IR

MESSAGES ARE PRINTED AT THE OPERATOR CONSOLE.

1 CALLING SEQUENCE:
1 s

INCLUDE THE LABEL

PARAMETER

THE

"ERO101” AS THE MESSAGE POINTER
DRS

ERROR

REPORT

MACRO

CALL.

s« COMMENTS:
L

;¢ SUBORDINATE ROUTINES USED:

NONE.

188082800008888400004040088800080088004040880000408888808044008048000044080008888040

BGNMSG

004567

166322

012700
046700
001036

000100
164540

ERO0101

SAVE

MOV

8IC
BNE

JSR

#81T06,R0O

OPTION,RO
64

ERO101::
1SAVE THE GPR CONTENTS.
RS ,PREGOS
;CALL REGISTER SAVE SUBRT.

1SET-UP THE BIT MAP FOR 'REPORT EXT'D ERROR INFOQO'
s TRY AND CLEAR THE FLAG.
sEXIT IF OPTION NOT SELECTED.

+ REPORT EXTENDED ERROR INFOMATION
;-

BIY

032705
001410

BEQ

012746
012746
010600
104414
062706
032705
001410

015562
000001

012746
012746
010600
104414
062706

015640
000001

012746
012746
010600
104415
062706

015717

PRINTB

24:

000004
000001

000004

81T
BEQ

PRINTB

PRINTX

#81I70,RS

s TEST FOR READ ERROR.

#MSG1

tPRINT

#MIT1,RS
44
#MSG2

#MSG3

;SKIP READ ERROR MSG IF NO READ ERROR.
READ ERROR MESSAGE.

MOV

#MSGl, -(SP)

MOV
TRAP
ADD

SP,RO
CSPNTB
4, SP

MOV
MOV
MOV
TRAP
ADD

MMSG2, -(SP)
e1,-(SP)
SP.RO
CIPNTB
&4,SP

MOV

#MMSG3, -(SP)

MOV
TRAP
ADD

SP.RO
CePNTX
04,SP

s TEST FOR WRITE ERROR.
1SKIP WRITE ERROR MSG IF NO WRITE ERROR.

tPRINT

WRITE ERROR MESSAGE.

1SUGGEST

THAT

DHU MAY

WRONG

ADDRESS.

CZDHUAO DHU-11 FUNC TST PART1
GLOBAL ERROR REPORTING ROUTINE
1872 015556
015556
1873 015560
015560
01%ue
1874
1875 015562
015565
015570
015573
015576
015601
015604
015607
015612
015615
015620
015623
015626
015631
015634
015637
1876 015640
015643
015646
015651
015654
015657
015662
015665
015670
015673
015676
015701
015704
015707
015712
015715
1877 015717
015722
015725
015730
015733
015736
015741
015744
015747
015752
015755
015760
015763
015766
015771
015774
1878
1879

MACRO M1200
12 DEC
ERO101 -

64:

004736

16:08

PAGE

37-1

PASS

+RESTORE THE GPR CONTENTS,

JSR

ENDMSG

SEG 47

PC.8(SP).

tRETURN

124
105
125
124

TRAP

102

MSG1::

.ASCIZ

/#ABUS

TIME -OUT

TRAP

CAUSED

READ

MSGe2:
:

.ASCIZ

/%ABUS

TIME-OUT

TRAP

CAUSED

WRITE

MSGS:

.ASCIZ

/#ADHU MAY

THE

WRONG

ATTEMPT, %N/

115

120
101

105
102
122
104
124
115
056

000
045
125
124

ATTEMPT
. #N/

105
125

124
120
101

105
102
127
124
101
105

124
116
045
110
115
040
040
040

SUBRT.

1L10002:

174423
045
125

TO PREGOS

105
122
107
116
125
101
122
123

116
000

.EVEN

UNIBUS

ADDRESS.sNwN/

C$MSG

CZOHUARO DHU 11 FUNC TST PART1
GLOBAL ERROR REPORTING ROUTINE
1881
1882
1883
1884
1885
1886
1887
1888
1889
1890
1891
1892
1893
1894
1895
1896
1897
1898
1899
1900
1901
1902
1903
1904 015776
015776
1905 015776
015776

12 DEC-83

ERO201

.SBTTL

16:08

PAGE

SEQ 48

GLOBAL ERROR REPORTING ROUTINE

ER0201

1080844440080 4000884088840008804804044480400884000840044880080000840040040008000040

THIS

)
ie
ie

ASCII ERROR MESSAGES.
THE ADDRESS OF THE FIRST MESSAGE IS PASSED
AS AN INPUT PARAMETER AND THE ADDRESS OF THE SECOND IS FOUND BY
SEARCHING FOR THE END OF THE FIRST MESSAGE. THE MESSAGES ARE ONLY

PRINTED

ERROR

REPORTING

SUBROUTINE

WHICH PRINTS

CONTIGUOUS

EXT'D ERROR

i1+ INPUTS:

- ADORESS OF THE FIRST MESSAGE TO PRINT,.

;¢ QUTPUTS:

A MESSAGES IS PRINTED AT THE OPERATOR CONSOLE.

REPORTING HAS

BEEN REQUESTED.

1 e

1¢ CALLING SEQUENCE:
1e
i

LOAD THE ADDRESS OF THE FIRST MESSAGE IN R1.

INCLUDE THE LABEL “ERO201"” AS THE MESSAGE POINTER
PARAMETER IN THE DIAG SUPER ERROR REPORT MACRO CALL.

1o COMMENTS:
ie
1 e

THE MESSAGE IS PRINTED AS BASIC ERROR INFORMATION.

THE SECOND MESSAGE SHOULD FOLLOW THE FIRST ONE IN THE PROGRAM
MEMORY,
EACH MESSAGE SHOW
D BE DEFINED USING .ASCIZ

1 &

t14 SUBORDINATE ROUTINES USED:

NONE.

1888088888408 0488883888888808080088088400080080800¢008000808008084000808080800804¢

BGNMSG
004567

165770

016002
016006
016012

012700
046700

000100
164206

016014
016016
016020

010102
105722
001376

016022
016022
016024
016030
016034
016036
016040
1916 016044
016044
016046
016052
016056
016060
016062
1917
1918 016066
016066
1919
1920 016070
016070
016070

MACRO M1200

J4d

001025

010146
012746
012746
010600
104414
062706
010246
012746
012746
010600
104414
062706
004736

ER0201

SAVE

MOV
B8IC

#81706,RO
OPTION,RO

MOV
TST8

R1,R2
(R2).

BNE
2s:

JSR

BNE

PRINTB

ERO201:
:
$ SAVE THE GPR CONTENTS.
RS ,PREGOS
sCALL REGISTER SAVE

sTRY TO CLEAR THE
1EXT'D ERROR REPORTING FLAG
sEXIT IF FLAG NOT SET.

1CHECK FOR A ZERO BYTE (END OF MESSAGE).
tLOOP UNTIL NEXT MESSAGE IS FOUND.

#EFO0S03,R1

;PRINT

THE FIRST MESSAGE.

004121
000002

PRINTB

¢€EFO0503,R2

sPRINT

THE

SECOND MESSAGE.

004121
000002

PASS

SUBRT,

JSR

tRESTORE

PC,O(SP)+

MOV
MOV

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

MOV
TRAP
ADD

SP,RO
CS$PNTB
#6,SP

MOV
MOV

R2, -(SP)
#EF 0503, -(SP)

MOV
TRAP
ADD

SP.RO
CS$PNTB

#6,5P

THE GPR CONTENTS.

iRETURN TO PREGOS SUBRT.

ENDMSG

104423

L10003:

TRAP

C$MSG

I<4
CZDHUAO DHU-11 FUNC TST PART1
GLOBAL ERROR REPORTING ROUTINE
1922
1923
1924
1925
1926
1927
1928
1929
1930
1931
1932
1933
1934
1935
1936
1937
1938
1939
1940
1941 016072
016072
1942
1943 016072
1944 016076
1945 016102
1946
1947
1948 016104
016104
016106
016112
016116
016120
016122
1949
1950 016126
016126
016126

MACRO M1200
12-DEC-83
- FROS503 -

.SBTTL

16:08

PAGE

SEQ 49

GLOBAL ERROR REPORTING ROUTINE

ERO503

18 820 4 28 0 8844804888450480808048040440040040008808088400400000848000000040484404844

1 e
1o
1 e

THIS IS AN ERROR REPORTING SUBROUTINE WHICH PRINTS AN ADDITIONAL ERROR
MESSAGE WHOSE ADDRESS IS PASSED AS AN INPUT PARAMETER, PROVIDED
EXTENDED ERROR REPORTING HAS BEEN REQUESTED.

18 INPUTS:

- ADDRESS OF THE MESSAGE TO PRINT,

;¢ OUTPUTS:

A MESSAGES IS PRINTED AT THE OPERATOR CONSOLE.

:¢ CALLING SEQUENCE:
ie
1o

LOAD THE ADDRESS OF THE MESSAGE IN R1.

INCLUDE THE LABEL "EROSO3” AS THE MESSAGE POINTER
PARAMETER IN THE DIAG SUPER ERROR REPORT MACRO CALL.

t1e

;& COMMENTS:
IR

THE MESSAGE IS PRINTED AS BASIC ERROR INFORMATION.

;¢ SUBORDINATE ROUTINES USED:

NONE.

1680 808 48 8 88448888888088802080808044880400004408000400834884002044008080080868808800

BGNMSG
012700
046700
001011

010146
012746
012746
010600
104414
062706

MOV

000100
164116

EROS503:
:

8IC
BNE

OPTION,RO
2t

#81IT06,RO

s TRY TO CLEAR THE

PRINTB

#EFO0503,R1

sPRINT

sEXT'D ERROR REPORTING FLAG
tEXIT IF FLAG NOT SET.
THE

MESSAGE.

004121
000002

MOV
MOV
MOV
MOV

R1,-(SP)
#EFO0503, -(SP)
2, -(SP)
SP,RO

ADD

#6,5P

TRAP

24:
104423

EROS03

CS$PNTB

ENDMSG
L10004:

TRAP

C$MSG

CZDHUAO DHU 11 FUNC TST PART1
GLOBAL ERROR REPORTING ROUTINE
1952

.SBTTL

1953
1954

1976 016140
1977
1978 016142
016142
016144
016150
016154
016156
015160
1979 016164
016164
016166
016172
016176
016200
016202
1980
1981 016206
016206
016206

L4
16:08

PAGE

SEQ 50

GLOBAL ERROR REPORTING ROUTINE

ERO504

1808 848 ¢0488444008488044040000888044480000800004000004000848000080008000448800808008

1955
1956
1957

1958
1959
1960
1961
1962
1963
1964
1965
1966
1967
1968
1969
1970
1971
1972 016130
016130
1973
1974 016130
1975 016134

MACRO M1200
12-DEC 83
- EROS04 -

THIS IS AN ERROR REPORTING SUBROUTINE WHICH PRINTS ADDITIONAL ERROR

MESSAGES

WHEN

ILLEGAL

INTERRUPTS

ARE

RECEIVED.

1 e

;& INPUTS:
e

- ADDRESS OF THE MESSAGE TO PRINT,

- NUMBER OF ILLEGAL INTERRUPTS RECEIVED.

OUTPUTS:

MESSAGESS

ARE

PRINTED AT

THE

OPERATOR CONSOLE.

Ix]

;o CALLING SEQUENCE:

LOAD THE ADDRESS OF THE MESSAGE IN R1.

1 e

PARAMETER

1®
ie

LOAD THE NUMBER OF ILLEGAL INTS IN R2.
INCLUDE THE LABEL "EROSO4” AS THE MESSAGE POINTER
IN

THE

DIAG

SUPER

ERROR

REPORT

MACRO

CALL.

;o COMMENTS:
i1 &

1¢ SUBORDINATE ROUTINES USED: NONE.

188808800080 458088848448440800400088088008848088004408808448804448400804008000044000

BGNMSG

EROS04
EROSO04:
:

012700
046700
001022
010146
012746
012746

010600
104414
062706
010246
012746
012746
010600
104415
062706

000100
164060

MOV

OPTION,RO
et

#81106,R0

;TRY

TO CLEAR THE

PRINTB

#EFOSO3,R1

:PRINT

sEXT'D ERROR REPORTING FLAG
sEXIT IF FLAG NOT SET.
THE FIRST LINE OF

THE MESSAGE.

004121
000002

MOV

#EFO0503, -(SP)

TRAP

CePNTB

MOV
MOV
PRINTX

@#EFO0505,R2

;PRINT

THE NUMBER OF

ADD

INTS RECEIVED.

004126
000002

2s:
104423

BIC
BNE

ENDMSG

L10005:

#2,-(S?)
SP,RO

#6,SP

MOV
MOV

R2,-(SP)
#EFO0S05, -(SP)

MOV
TRAP
ADD

SP,RO
CSPNTX
#6,SP

TRAP

C$MSG

CZDHUAO DHU-11 FUNC TST PART1
GLOBAL ERROR REPORTING ROUTINE
1983
1984
1985
1986
1987
1988
1989
1990
1991
1992
1993

MACRO M1200

12-DEC-83

ER1401

.SBTTL

M4
16:08

PAGE 41

SEQ 51

GLOBAL ERROR REPORTING ROUTINE

ER1401

(8004480044040 080000880088008008080400004800440400080000808080088800000080800840
IR
18
1 e
1 &

THIS IS AN ERROR REPORTING SUBROUTINE WHICH PRINTS ADDITIONAL ERROR
INFORMATION (IF REQUESTED DURING THE SOF TWARE QUESTIONS) IF AN ERROR
IS DETECTED IN THE ROM VERSION TEST. 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:

Rl
R3
R4

OUTPUTS:

BASIC AND EXTENODED ERROR MESSAGES ARE REPORTED AT
OPERATORS CONSOLE.

- CONTAINS THE ADDRESS OF THE FIRST MESSAGE TO BE REPORTED.
- CONTA INS THE ROM VERSION NUMBER OF PROC_1.
_ CONTA INS THE ROM VERSION NUMBER OF PROC_2.

CALLING SEQUENCE:

INCLUDE THE LABEL

PARAMETER

THE

"ER1401" AS THE MESSAGE POINTER

IN THE DRS ERROR REPORT

MACRO CALL.

COMMENTS:
'

1 SUBORDINATE ROUTINES USED:

NONE.

1880828083048 208084480404844804848008088400408848480040888800400045000800000844044848

016210
016210

BGNMSG

016210
016214
016220

012700
046700
001053

016222
016222
016224
016230
016234
016236
016240

010146
012746
012746
010600
104414
062706

000100
164000

ER1401

ER1401::

8IC
BNE

#81I706,R0
OPTION,RO

604

s TRY TO CLEAR THE
tEXT'D ERROR REPORTING FLAG
sEXIT IF FLAG NOT SET.

PRINTB

©EFO0503,R1

tREPORT

MOV

004121
000002

THE ERROR MESSAGE PASSED IN.
v

SP,RO
C$PNTB
96 ,5P
;e

s+ DETERMINE WHICH ROM VERSION NUMBER(S) ARE MISSING.
016244
016250
016254
016260
016262
016264
016270

012705
012701
012702
120305
001402
012702
004767

000143
012123

016274
016300
016304
016306
016310

012701
012702
120405
001402
012702
004767
000413

012136
012151

016314
016320

R1,-(SP)
OEFO0503, -(SP)

012151

012163
000026

012163
000002

24:

#99. ,R5
#EM1405,R1
#EM1407,R2
R3,R5
28
#EM1408,R2

1GET INVALID ROM NUMBER.
1SELECT PROC_1 MESSAGE.
1SELECT THE “NOT FOUND* MESSAGE.
1CHECK PROC_1 ROM VERSION NUMBER.

#EM1406,R1
#EM1407,R2
R4 ,RS
44
#EM1408,R2
PC,50¢
604

1SELECT PROC_2 MESSAGE.
sSELECT THE “NOT FOUND* MESSAGE.
;1CHECK PROC_2 ROM VERSION NUMBER.
:1GO0 REPORT PROC_2 CODE NOT FOUND.
$sSELECT “FOUND" MESSAGE.
8201$EPORT THE MESSAGE.

PC,50%

1GO REPORT PROC_1 CODE NOT FOUND.
1SELECT “FOUND" MESSAGE.
1GO REPORT MESSAGE.

EXIT,

CZOHUAO DHU-11 FUNC TST PART1

GLOBAL ERROR REPORTING ROUTINE
2033

2034 016322
016322
016324
016326
016332
016336
016340
016342
2035 016346

010246
010146
012746
012746
010600
104415
062706

016350

104423

2036 016350
016350

000207

MACRO M1200

12 DEC-83 16:08

- ER1401

PAGE 41-1

SEQ 52

50%:

PRINTX

#EF1402,R1,R2

:REPORT THE MESSAGE.

604 :

RTS
ENDMSG

tRETURN,

004303
000003
000010

L10006:

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

R2,-(SP)
R1,-(SP)
9€F 1402, -(SP)
93,-(SP)
SP,RO
C4PNTX
@10,5P

TRAP

C$MSG

CZOHUAO DHU 11 FUNC TST PARTI
GLOBAL ERROR REPORTING ROUTINE
2038
2039
2040
2041
2042
2043
2044
2045
2046
2047
2048
2049
2050
2051
2052
2053
2054
2055
2056
2057
2058
2059
2060
2061 016352
016352
2062
2063 016352
2064 016356
2065 016362
2066
2067
2068 016364
2069
2070 016370
016370
016372
016374
016400
016404
016406
016410
2071 016414
016414
016416
016422
016426
016430
016432
2072 016436
016436
016440
016444
016450
016452
016454
2073 016460
016460

MACRO M1200

12-DEC-83

ER1601

16:08

PAGE

B
42

SEQ 53

.SBTTL

GLOBAL ERROR REPORTING ROUTINE

- ER1601

)

THIS AN ERROR REPURTING SUBROUTINE WHICH PRINTS ADOITIONAL ERROR

1000068000080 808000000048800080080800000000880084880006000006000000080600404800060040

1o
1e

INFORMATION IF AN ERROR IS DETECTED IN ONE OF THE DEVICE REGISTER
ACCESS TESTS, PROVIDED EXTENDED ERRGR REPORTING HAS BEEN REQUESTED.

1 e

)

THIS SUBROUTINE REPORTS THE ACTUAL AND EXFIZTED FROM THE DEVICE
IN FAWLTY,

i e

1o INPUTS:
1®
;e

R1 - ACTUAL DATA (UNUSED BITS SET TO 0).
R2
RS

EXPECTED DATA (UNUSED BITS SET TO Q).
OFFSET (IN BYTES) TO THE REGISTER BEING

RS - LINE NUMBER OF REGISTER BEING TESTED.

1Y)

RMATBB

i e

18 QUTPUTS:
L

TESTED.

- LABEL AT BASE OF REGISTER MESSAGE ADDRESS TABLE.

MESSAGES ARE PRINTED AT THE OPERATORS CONSOLE.

1¢ CALLING SEQUENCE:
T

INCLUDE THE LABLE "ER1601" AS THE MESSAGE POINTER

PARAMETER IN THE DRS ERROR REPORT MACRO CALL.

1 COMMENTS:
TR

1® SUBORDINATE ROUTINES CALLED: NONE

'.‘.‘....“.‘.“...“““‘.“‘...“‘.‘.0‘...“..‘.‘.“““..‘.“0.0.““.0..‘.‘

BGNMSG

ER1601

ER1601::

012.40
046700

000100

163636

MOV
8IC
BNE

#8I706,R0
OPTION,RO
24

1TRY 7O CLEAR THE
tEXT'D ERROR REPORTING FLAG
1EXIT IF FLAG NOT SET.

016304

002256

MOV

RMATBB(R3),R4

tFETCH ADDRESS OF REGISTER NAME MESSAGE.

PRINTB

#EF1604,R4
RS

1REPORT BASIC MESSAGE (REG NAME AND LINE 0).

001036

MOV

RS, -(SP)

004476
000003

MOV
MOV
MOV

#EF 1604, -(SP)
03, -(SP)
SP,RO

000010

ADO

€10,SP

010546
012746
012746
010600

104414
062706

010246
012746
012746
010600
104415
062706
010146
012746
012746
010600

104415
062706

TRAP

PRINTX

#EF1602.R2

1PRINT

THE EXPECTED DATA,

004372
000002

MOV
MOV
MOV
MOV

R2, -(SP)
#EF1602, -(SP)
®°,-(SP)
SP,RO

ADD

®6,SP

TRAP

PRINTX

#EF1603,R1

1PRINT

THE ACTUAL DATA,

R1,-(SP)

MOV
TRAP

SP.RO
CEPNTX
#6,5P

ADD

2¢:

ENDMSG

L10007:

CSPNTX

MOV

MOV
MOV

004434
000002

CSPNTB

#EF1603, -(SP)
02, -(SP)

CH
-

CZDHUAO DHU 11 FUNC TST PARTL

GLOBAL ERROR REPORTING ROUTINE

016460

104423

MACRO M1200

12 DEC 83 16:08

- ER1601

PAGE 42-1

SEQ 54
TRAP

C$MSG

CZOMUAO DHU 11 FUNC TST PART}
GLOBAL ERROR REPORTING ROUTINE
2075
2076
2077
2078
2079
2080
2081
2082
2083
2084
2085
2086
2087

ER1603

.SBTTL

DEC-83

16:08

PAGE

SEQ

GLOBAL ERROR REPORTING ROUTINE

- ER1603

1804600000000 000427204080000080000008008004040800800008¢000000000000030800800000860

1 e

THIS

MESSAGE,

ERROR

ABOUT

008480

REPORTING ROUTINE

USED

TO PRINT

OUT

1s INPUTS:

ERRMSG

THE

PROVIDED

ONLY

EXTENDED

“TEST

CONTAINS

TEST

THAT

THE

ERROR

FAILURE"

ADDRESS

BEING

IE]

ERROR

INFOMATION

MESSAGE

WILL

MAS

BEEN

PRINTED.

- CONTAINS THE ADDRESS OF THE MESSAGE TO BE PRINTED.

i e

1 OUTPUTS:

BASIC

ALONG WITH A MESSAGE INFORMING THE OPERATOR WHICH TEST 1S

TO BE ABORTED,
REQUESTED, OTHERWISE

1 e

2088

2089
2090
2091
2092
2093
2094
2095
2096
2097 016462
016462
2098 016462
016462
2099
2100 016466
2101 016472
2102 016476
2103
2104
2105 016500
016500
016502
016506
016512
016514
016516
2106
2107 016322
2108 016526
016526
016330
016534
016540
016542
016544
2109
2110 016550
016550
2111 016552
016552
016552

MACRO M1200

MESSAGES ARE PRINTED AT
“TESTNAME

TEST

THE

PERFORMED,

MESSAGE

DMA,

THAT

BREAK

INDICATES

ETC.

THE OPERATORS CONSOLE.

ABORTED"

[x)

1¢ CALLING SEQUENCE:

INCLUDE THE LABLE "ER1603” AS THE MESSAGE POINTER

PARAMETER

THE

DRS

ERROR

REPORT

MACRO

[x)

CALL.

1o COMMENTS:
te

1 SUBORDINATE ROUTINES CALLED: NONE.,

1800040 0404008880008404008880000000080048080048888080000000000800080000088000008000¢

BGNMSG
004567

165304

012700
046700
001024

000100

010146
012746
012746
010600
104414
062706

016702
010246
012746
012746
010600
104414
062706
004736

SAVE

MOV

163522

8IC
BNE

JSR

#IT706.R0O

OPTION,RO
24

PRINTB @EFO0SO3,R1

004121
000002

ER1603::
1SAVE THE CONTENTS OF THE GPRS.
RS, PREGOS
sCALL REGISTER SAVE SUBRT.

tTRY TO CLEAR THE

sEXT'D ERROR REPORTING FLAG
sEXIT IF FLAG NOT SET.
;PRINT BASIC MESSAGE ON OPERATORS CONSOLE.
MOV
R1,-(SP)

MOV
MOV
MOV

TRAP

ADD

165240

MOV

PRINTB

ERRMSG ,R2

#€F1601,.R2

tGET

THE

sPRINT

ABORTED"” MESSAGE.

MOV
MOV
MOV
MOV
TRAP

ADOD

24:

PASS

tRESTORE

JSR

THE CONTENTS OF

PC.8(SP).»

#EF 0503, -(SP)
#2,-(SP)
SP,.RO

CSPNTB

#6,SP

“TEST MESSAGE“.

“TEST

004340

ENDMSG

104423

ER1603

R2,-(SP)
#EF 1601, -(SP)
®2,-(SP)
SP.RO
C$PNTB

#6,5P

THE GPRS.

tRETURN TO PREGOS SUBRT.

L10010:

TRAP

C$MSG

CZOMUAO DHU-11 FUNC TST PART1
GLOBAL ERROR REPORTING ROUTINE
2113
2114
2115
2116
2117
2118
2119
2120
2121
2122
2123
2124
2125
2126
2127
2128
2129
2130
2131
2132
2133
2134
2135 016554
016554
2136
2137 016554
2138 016560
2139 016564
2140
2141 016566
016566
016570
016574
016600
016602
016604

2142 016610
016610
016612
016616
016622
016624
016626
2143 016632
016632
016634
016640
016644
016646
016650
2144
2145 016654
016654
016654

MACRO M12GO
12-DEC-83
- ER3001 -

.SBTTL

ES
16:08

PAGE

SEQ 56

GLOBAL ERROR REPORTING ROUTINE

ER3001

1000080400040 840800008440440800000800080808004000400804044058048400000000846006008408

1o
1e
1e

THIS IS AN ERROR REPORTING SUBROUTINE WHICH IS INTENDED FOR USE IN THE
INTERRUPT BR LEVEL TEST,
IT REPORTS ADDITIONAL INFORMATION WHEN AN
INTERRUPT HAS OCCURRED AT THE WRONG BR LEVEL. UNLESS EXTENDED ERROR

QEPORTING

BE PRINTED.

1¢ INPUTS:
)

1 8

R1
R4

MAS

BEEN

REQUESTED,

ONLY

THE

TEST

FAIL

MESSAGE

- ADDRESS OF MESSAGE TO PRINT FIRST.
- BR LEVEL AT WHICH THE INT REQUEST OCCURRED.

EXPECTED

CORRECT

LEVEL

FOR

THE

DUT.

e QUTPUTS:
e

A MESSAGES IS PRINTED AT THE OPERATOR CONSOLE.

1 CALLING SEQUENCE:
1o

INCLUDE THE LABEL

"ER3001” AS THE MESSAGE POINTER

PARAMETER IN THE DIAG SUPER ERROR REPORT MACRO CALL.

s COMMENTS:
L]

THE MESSAGE IS PRINTED AS BASIC AND EXTENDED ERROR INFORMATION,

1* SUBORDINATE ROUTINES USED:

NONE.

100000800888 08048080880088088888000488800084800004888800004080480500000850008800080000¢

BGNMSG

ER3001
ER3001::

012700
046700
001033
010146
012746
012746
010600
104414
062706

010546
012746
012746
010600
104415
362706
010446
012746
012746
010600
104415
062706

000100
163434

#81706,R0
OPTION,RO
2t

sTRY TO CLEAR THE
1EXT'D ERROR REPORTING FLAG
sEXIT IF FLAG NOT SET.

PRINTB

@€EFO0S03,.R1

sPRINT

THE FIRST LINE OF

THE MESSAGE.

004121
000002

PRINTX

@#€EF3001.RS

sREPORT EXPECTED BR LEVEL.

004573
000002

MOV
MOV
MOV
MOV
TRAP
ADD

R1,-(SP)
S#EF 0503, -(SP)
2, -(SP)
SP,RO
C$PNTB
#6,SP

MOV
MOV
MOV

RS, -(SP)
S®EF 3001, -(SP)
2, -(SP)

TRAP
ADD

CSPNTX
*6,SP

MOV

R4, -(SP)

5 01"

PRINTX

004642
000002

#EF3002.R4

tREPORT

ACTUAL BR LEVEL.
s

5 01Y)
p 01"
MOV

SP,RO

S#EF 3002, -(SP)
82, -(SP)

SP,.RO

TRAP

C$PNTX

TRAP

C$MSG

ADD
24:

104423

MOV
BIC
BNE

&6 ,5P

ENDMSG
L10011:

CZOHUAO DHU-11 FUNC TST PART]
GLOBAL ERROR REPORTING ROUTINE
2147

MACRO M1200
12-DEC-83
- ERS004 .SBTTL

16:08

F5S

PAGE 45

SEQ 57

GLOBAL ERROR REPORTING ROUTINE

ER9004

2148

1908000880848 0844000808888800000000040880088048000008088800000800000400080060048040

2149
2150
2151
glgg
1
2154
2155
glgg
1
glgg
1
2160

1e
THIS IS AN ERROR REPORTING SUBROUTINE WHICH REPORTS ERROR SUMMARIES
ie
FOR LINES WHICH MAVE EXCEEDED THE SPECIFIED MAXIMUM NUMBER OF
)
INDIVIDUAL RECEPTION ERRORS, PROVIDED EXTENDED ERROR REPORTING MAS
1.
BEEN REQUESTED BY THE OPERATOR,
e
i+ INPUTS:
R1 - ADDRESS OF MESSAGE TO PRINT FIRST,.
I
ERCNTB - LABEL AT BASE OF LINE ERROR COUNTERS TABLE.
1o
ERSMRF - "REPORY ERROR SUMMARY FOR LINE“ FLAGS.
18
1& OUTPUTS:
A MESSAGE IS PRINTED AT THE OPERATOR CONSOLE.
1 e
;e CALLING SEQUENCE:
INCLUDE THE LABEL "ER9004" AS THE MESSAGE POINTER

2161

1 e

2162
2163

Y
;¢ COMMENTS:

g{g;

PARAMETER

THE MESSAGE

THE

DIAG

SUPER

ERROR

REPORT

MACRO

CALL.

IS PRINTED AS BASIC AND EXTENDED ERROR INFORMATION.

THE CONTENTS OF GPR'S R2,

R3,

R4,

AND RS ARE DESTROYED.

1 e

2166

;1 SUBORDINATE ROUTINES USED:

2167

2168
2169 016656
2170 016656
2171 016656
2172 016662

gi;i 016666
2175 016670
016670
016674
016700
016704
016706
016710
2176 016714
2177 016716
2178 016722
2179 016728
21680 016726
2181 016730
2182 016732
016732
016736
016740
016744

016750

2183
2184
2185
gi:g

NONE.

1R808884080080800008000885480080800080008000008848880088000800080858080000000008808

016752
016754
016760
016762
016764
016766

2188 016770
016770

BGNMSG
012700
046700

000100
163332

012746
012746

014716
004121

001040

012746
010600
104414
062706

005002
016703
005004
000241
006003
103013

016446
010246
012746
012746

010600

104415
062706
012405
005202
005703
001356

MOV
8IC

ER9004

BNE

#1706,.RO
OPTION,RO

sTRY TO CLEAR THE
sEXT'D ERROR REPORTING FLAG

PRINTB

@#EFO0503,6€M9014

;REPORT

000002

000006

163534

2s:

002460

CLR
MOV
CLR
CLC
ROR
8CC
PRINTX

004735
000003
000010

ER9004 ; :

MOV
INC
TST
BNE

64:

ENDMSG

R2
ERSMRF ,R3
R4

$EXIT IF FLAG NOT SET.
THE

SECONDARY ERROR MESSAGE.
MOV
MOV
MOV
MOV
TRAP
ADD
1CLEAR THE LINE COUNTER.

#EMO014, -(SP)
#EF 0503, -(SP)

2, -(SP)
SP,RO
CSPNTB
6 ,5P

tGCT THE ERROR SUMMARY FLAGS.
sCLEAR “LINE COUNTER TIMES 2" OFFSET.
1CLEAR THE CARRY FOR THE FOLLOWING ROTATE.
R3
1SHIFT ANOTHEP ERROR SUMMARY FLAG INTO CARRY.
44
1 SKIP PRINTING MESSAGE IF FLAG FOR LINE CLEAR.
#EF9010,R2,ERCNTB(R4)
MOV
ERCNTB(R4), -(SP)
MOV
R2,-(SP)
MOV
#EF9010, -(SP)
MOV
03,-(SP)
MOV
SP.RO
TRAP
CS$PNTX
ADD
€10,5P
(R4).,RS
1 INCREMENT THE LINE OFFSET BY 2.
R2
1 INCREMT THE LINE COUNTER.
R3
1CHECK THE ERROR SUMMARY FLAGS.
24
+IF MORE FLAGS SET, LOOP TO DO OTHER LINES.
L10012:

CZOHUAO DHU 11 FUNC TST PART1
GLOBAL ERROR REFORTING ROUTINE
016770

104423

MACRO M1200
12-DEC 83
- ER9004 -

16:08

PAGE

45-1

SEQ 58
TRAP

C$MSG

CZOHUAO DHU-11 FUNC

GLOBAL

TST PART1

ERROR REPORTING ROUTINE

2190
2191
2192
2193
2194
2195
2196
2197
2198

HS
MACRO M1200
12-DEC-83
- ER9007 -

.SBTTL

16:08

PAGE

SEQ 59

GLOBAL ERROR REPORTING ROUTINE

ER9007

1200848080480 0884008000804884000040000040000400880008808004080488000000800400000408

1 e
)
1e

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

IS GIVEN ONLY WHEN REQUESTED IN THE SOF TWARE QUESTIONS.

THIS

ROUTINE

USED

THE

RSTRPT

ROUTINE.

EXTENDED

ERROR

INFOMATION

1 ®

1« INPUTS:
1.
1 e

Rl
R2

- ADORESS OF ERROR MESSAGE QUALIFIER STRING.
- INCORRECT CODE AS READ FROM THE SELFTEST CODE FIFO SLOT.

LINE

NUMBER

ASSOCIATED

WITH

THE

SELFTEST

FIFO

SLOT.

1 OUTPUTS:
1

A MESSAGE IS PRINTED AT THE OPERATOR CONSOLE.

1 CALLING SEQUENCE:

i e

INCLUDE THE LABEL

PARAMETER

THE

"ER9007" AS THE MESSAGE POINTER
DIAG

SUPER

ERROR

REPORT

i1 COMMENTS:
e

MACRO

CALL.

THE MESSAGE IS PRINTED AS BASIC AND EXTENDED ERROR INFORMATION.

1* SUBORDINATE ROUTINES USED:

NONE.

10088480880 080008088508808800880800068888000888080048440080000464000080440040004848808

2211
2212 016772
016772
2213
2214 016772
2215 016776
2216 017002
2217
2218 017004
2219 017010
017010
017012
017014
017020
017024
017026
017030
2220 017034
017034
017036
017040
017044
017050
017052
017054
2221
2222 017060
017060
017060

BGNMSG
012700
046700
001026

000100
163216

042703

177760

010346
010146
012746
012746
010600
104414
062706

010246
010146
012746
012746
010600
104415
062706

MOV

8IC
BNE

8IC

PRINTB

ER9007::

#IT06,R0O

s TRY TO CLEAR THE

#177760,R3

sREMOVE ALL BUT LINE # BITS FROM LINE & WORD.

OPTION,RO
2t
4€F9018.R1,R3

1EXT'D ERROR REPORTING FLAG
$EXIT IF FLAG NOT SET.
+REPORT

SECONDARY ERROR MESSAGE.

005205
000003

MOV
MOV
MOV
MOV
MOV

R3,-(SP)
R1,-(SP)
#EF 9018, -(SP)
03, -(SP)
SP,RO

000010

ADD

€10,5P

TRAP

PRINTX

@#EF9017,R1,R2

tREPORT

THE

ACTUAL

INCORRECT CODE.

CSPNTB

MOV

R2.-(SP)

005131

000003

MOV
MOV
MOV

#EF9017,-(SP)
3, -(SP)
SP,RO

000010

ADD
2s:

104423

ER9007

ENDMSG

L10013:

TRAP

CHPNTX

TRAP

C$MSG

#10,SP

CZOHUAO DHU 11 FUNC TST PART1
GLOBAL ERROR REPORTING ROUTINE

MACRO M1200
12 DEC-83
- ER90C8 -

16:08

PAGE

15
47

SEQ 60

2224

.SBTTL

GLOBAL

2226
2227
2228
3258
2

1
1o
i e
1o
1e

THIS IS AN ERROR REPORTING SUBROUTINE WHICH IS USED TO REPORT THAT
AN UNEXPECTED CODE OR CHARACTER HAS BEEN FOUND IN THE OUT RECEIVE
CHARACTER FIFO. THE ADDITIONAL ERROR IS REPORTED ONLY IF REQUESTED
DURING THE SOFTWARE QUESTIONS.

223;

;¢

2237
2238

t e
1e

2225

ERROR REPORTING ROUTINE

ER9008

1038888804088 0400040404044800080068080884448084085008808840080080400000840800264648044

2231
gggg

1s INPUTS:
1e

R1
R2

ADDRESS OF PARTIAL ERROR MESSAGE STRING.
INCORRECT CNDE AS READ FROM THE SELFTEST CODE FIFO SLOT.

2236

QUTPUTS:

MESSAGE

1o CALLING SEQUENCE:

ggig

1« COMMENTS:

PRINTED

THE

INCLUDE THE LABEL

PARAMETER

OPERATOR

CONSOLE.

"ER9008” AS THE MESSAGE POINTER

IN THE DIAG 3UPER ERROR REPORT MACRO CALL.

THE MESSAGE IS PRINTED AS BASIC AND EXTENDED ERROR INFORMATION.

2241

2242

SUBORDINATE ROUTINES USED:

2243
2244 017062
2245 017062
2246 017062
2247 017066
2248 017072
2249

012700
046700
001030

000100
163126

2250

2251
gggg

s+
:

2254
2255
2256
2257

017074
017076
017100
017104
017104
017106
017110
017114
017120
017122
017124
2258 017130
017130
017132
017134
017140
017144
017146
2259 017150
2260 017154
017154
017154

NONE.

1088008888080 8808848080048808088008880000000804808884004888800840000808088000008884

BGNMSG

ER9008

MOV
8IC
BNE

#81706,R0
OPTION,RO
24

ER9008: :

sTRY TO CLEAR THE
$EXT'0 ERROR REPORTING FLAG
sEXIT IF FLAG NOT SET,.

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

R2,R3
RS3
#177760,R3
#€EF9016,R1,R3

PRINTX

@#EF9017,R1,R2

005034
000003

000010

005131
000003
000010

24:
104423

MOV
SWAB
BIC
PRINTB

ENOMSG

1CALCULATE LINE NUMBER OF CODE.
tREPORT TYPE OF INCORRECT CODE FOUND.
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
sREPORT THE ACTUAL INCORRECT COOE.
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

L10014:

TRAP

R3,-(SP)
R1,-(SP)
#EF9016,-(SP)
#3,-(SP)
SP,RO
CS$PNTB
#10,SP

R2,-(SP)
R1,-(SP)
#EF9017,-(SP)
03, -(SP)
SP,RO
CSPNTX
#10,SP

C$MSG

CZDHUAO DHU-11 FUNC

TST PART1

GLOBAL ERROR REPORTING ROUTINE

2262
2263
2264
2265

MACRO M1200
12-DEC-83
- ER9101 -

.SBTTL

16:08

PAGE

SEQ 61

GLOBAL ERROR REPORTING ROUTINE

ER9101

1000844042004 80088400484888004880800400088048048084084040088404408000408088884804842

2266
2267

WHICH

ASCII MESSAGE.

2268
2269
2270
2271
2272
2273
2274
2275
2276
2277
2278
2279
2280
2281 017156
017156
2282
2283 017156
2284 017162
2285 017166
2286
2287
2288 017170

017170
017172
017174
017200
017204
017206
017210

2289
2290 017214
017214
017214

THIS IS A GENERAL ERROR REPORTING SUBROUTINE WHICH REPORTS A MESSAGE

1 e

TAKES

SINGLE,

1 INPUTS:
1o

R1
R2

;& OUTPUTS:

A MESSAGES

DIGIT

DECIMAL

ARGUMENT

AFTER

THE

END

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

THE

OPERATOR

CONSOLE.

1 &

1+ CALLING SEQUENCE

i e

INCLUDE THE LABEL

PARAMETER

THE

"ER9101"” AS THE MESSAGE POINTER

DIAG

SUPER

ERROR

REPORT

MACRO

1o COMMENTS:
L]

CALL.

THE MESSAGE IS PRINTED AS BASIC ERROR INFORMATION.

1* SUBORDINATE ROUTINES USED: NONE.

1808008480048 808488088888808808240000040808020480080044080840808040004480080008008000

012700
046700
001012

010146
010246
012746
012746
010600
104414
062706

000100
163032

ER9101

MOV
BIC
BNE

#BIT06,RO
OPTION,RO
28

s TRY TO CLEAR THE
sEXT'0 ERROR REPORTING FLAG
sEXIT IF FLAG NOT SET.

PRINTB

#EF9006,R2,R1

tREPORT

ER9101::

THE

STRING FOLLOWED BY

004711
000003

THE NUMBER.
MOV
R1,-(SP)
MOV
R2,-(SP)

MOV
MOV
MOV

000010

ENDMSG

L1001S:

#EF 9006, -(SP)
3,-(SP)
SP,RC

TRAP

CIPNTB

TRAP

Ce¢MSG

ACO

24:
104423

BGNMSG

#10,5P

CZOHUARO DHU-11 FUNC TST PART1
GLOBAL ERROR REPORTING ROUTINE
2292
2293

1RCRO M12CO0
12-DEC-83
ER9301 -

.SBTTL

IKS
16:08

PAGE 49

SEQ 62

GLOBAL ERROR REPORTING ROUTINE

- ER9301

18000000000400008800084000080080800040040000000000400000000000000800848088404444

2294
2295
2296
2297
2298
2299
2300

THIS IS AN ERROR REPORTING SUBROUTINE WHICH PRINTS ANY BMP CODES

THE TEST THAT WAS EXECUTING AT THE TIME THE BMP CODE WAS LOGGED.

THAT

ARE

FOUND

THE

BMP

PROVIDED EXTENDED ERROR

CODE

QUEUE,

TOGETHER

WITH

THE

NUMBER

REPORTING HAS BEEN ENABLED.

1 &

1¢ INPUTS:

2301
2302
2303

- THE ADODRESS OF THE FIRST MESSAGE TO BE REPORTED.

THE

ADDRESS

THE

EMPTY

CELL

1 &

18 QUTPUTS:

THE

QUEUE.

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

OPERATOR

CONSOLE.

1 CALLING SEQUENCE:
Iz

INCLUDE THE LABEL “ER9301" AS THE MESSAGE POINTER

PARAMETER IN THE DIAG SUPER ERROR REPORT MACRO CALL.

1 &

1 COMMENTS:
t®

THE MESSAGE IS PRINTED AS BASIC ERROR INFORMATION.

31s SUBORDINATE ROUTINES USED: NONE.

1808 8 84 8 8 8088084808884084884888880888404800404040004030000400880888088040008848

2313 017216
017216
2314 017216
017216
2315
2316 017222
2317 017226
2318 017232
2319
2320 017234
017234
017236
017242
017246
017250
017252
2321 017256
2322 017262
2323 017266
2324 017270
017272
2326 017276
2327 017300
2328

2330
2331
2332
2333
2334 017302
2335 017306
017310
2337 017314
2338 017316
2339 017320
2340 017322

BGNMSG

ER9301

SAVE

164550
000100
162766

JSR

ER9301::
sSAVE THE GPRS ON THE STACK.
RS ,PREGOS
1CALL REGISTER SAVE SUBRT,

MOV
BIC
BNE

#8I706,RO
OPTION,RO
604

1TRY 70 CLEAR THE
tEXT'D ERROR REPORTING FLAG
tEX®
IF FLAG NOT SET.

PRINTB

@€EFOSO3,R1

tREPCRT UNEXPECTED BMP CODES FOUND.

004121
000002

002522
015273

020302

~MOovV
MOV

2s:

MOV
')
JSR
c
8Lo

000056

103772

#B8MPCQAB ,R3
#EMI9302,RS
(R3)+,R1
(R3)+,R4
PC.50¢
R3,R2
a¢

MOV

S#EF0503, -(SP)

MOV
TRAP
ADD

SP,RO
C4PNTB
#6,5P

1GET THE START ADORESS OF THE BMP CODE QUEUE.
1GEY THE MESSAGE 7O BE REPORTED.

1GET THE NUMBER OF THE TEST THAT WAS EXECUTING.
1GET BMP CODE THAT WAS REPORTED OFF THE QUEUE.
1GO REPORT THE BMP CODE.
1CHECK IF ALL CODES HAVE BEEN REPORTED.
1IF IT IS NOT THE LAST BMP CODE THEN LOOP.

1 CHECK IF OVERFLOW HAS OCCURRED.
+
THE CONDITIONS FOR OVERFLOW ARE: THE POINTER CONTAINS THE ADDRESS OF THE
’
EQEE CELL IN THE QUEUE, AND A BMP CODE HWAS ALREADY BEEN WRITTEN INTO THAT
'

020227
001036
005762
001433
012301
011304
012705

002716
000002

cHP

BNE
TST

8EQ

MOV

015323

MOV

28300HPCOE-4

1CHECK IF THE POINTER IS AT THE LAST LOCATION.

2(R2)

1EXIT IF NOT AT THE LAST LOCATION.
1CHECK FOR A BMP CODE IN THE LAST CELL

(R3)+,R}

1GET THE TEST NUMBER OFF THE QUEUE.

604

(R3),R4

#€EMI303,RS

1EXIT IF NO OVERFLOW HAS OCCURED,
1GET THE BMP CODE OFF THE QUEUE.

CELL EMPTY,

1SELECT THE MESSAGE TO BE REPORTED.

CZOHUAO DHU-11 FUNC TST PART1
GLOBAL ERROR REPORTING ROUTINE

2341 017326
017326
017332
017336

017340
017342
2342 017346
2343 017352

2344
2345 017354
017354
017356
017360
017362
017366
017372
017374
017376
2346 017402
2347 017404
017404
2348
2349 017406
017406
017406

012746
012746
010600
104415
062706
004767
000414

010446
010146
010546
012746
012746
010600

104415
062706
000207
004736

MACRO M1200
12 DEC-83
- ER9301 PRINTX

005370
000001

16:08

PAGE 49-1

#EF9302

SEQ 63
+REPORT OVERFLOW CONDITION.

MOV
MOV
MOV
TRAP
ADD

0EF9302, -(SP)
a1, -(SP)
SP,RO
CSPNTX
04,SP

005312

MOV
MOV
MOV

R1,-(SP)
RS, -(SP)
9EF9301, -(SP)

000012

MOV
TRAP
ADD

SP,RO
CSPNTX
€12,5P

000004
000002
504
:

604
:

JSR
BR

PC,50¢
60

PRINTX

0EF9301,R5,R1,R4

RTS
PASS

;giggflT
i

THE

LAST

BMP CODE PLACED ON THE

1PRINT THE MESSAGE.

tRETURN,

JSR

QUEUVE.

tRESTORE THE GPR CONTENTS.
PC.8(SP).
;RETURN TO PREGOS SUBRT.

ENOMSG

104423

L10016:

TRAP

C$MSG

CZDHUAO DHU-11 FUNC TST PART1
GLOBAL SUBROUTINES SECTION
2351
2323
2354

gggg

ggg;

2360
2361
2362
2363
2364

MACRO M1200

12-DEC-83

16:08

PAGE

M5
50

SEQ 64

.SBTTL
GLOBAL SUBROUTINES SECTION
3 9695 06 06 06 0 0 0 0 5 6 0 0 06 06 o 0 9 0 00 06 6 0 0 90 0 5 9 95 0600 96
:
3

606 0 0 6 0 090 95 06 0 05 5506 96 06 9696 96 0600 95 0 o 0 9606 96 96 06 o6 o

FVTSKL3.P11

3 969690 95 0 0 0 00 06 0 0 0 060 5 960 06 0 0 0 0

6 0 090 0

069 5 569 0 0 0 0500

XY
; THE GLOBAL SUBROUTINES SECTION CONTAINS
:+ THAT ARE USED IN MORE THAN ONE TEST.
;- -

THE

0 0 5

SUBROUTINE-

960 06 906 0 0

0 0 0 96 96 905 9 08 9606 9 08 96 90 08 96 9696

CZDHUAO DHU-11 FUNC TST PART1

GLOBAL SUBROUTINE

MACRO M1200
-

ALTFLOD

12-DEC-83

16:08

PAGE

SEQ 65

2366

.SBTTL

GLOBAL SUBROUTINE

2368
2369
2370
2371
2372
53;3

1®
1
i
1e
R
i ®

- ALTER DEVICE REGISTER FIELDS ROUTINE THIS SUBROUTINE ALTERS THE SPECIFIED FIELO 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.
USE EXAMPLES:
SET RX.BAUD.RATE FIELDS ON LINES 3 AND 6.
CLEAR TX.DMA BITS ON ALL LINES.

2367

¢+

- ALTFLD -

0484488408200 004008448848808484088008408088400408084430088040484804404400048046400042

2375
2376
2377
2378
2379
2220

i& INPUTS:
i.
1.
;.
Y
®

R1 - ADDRESS OF THE REGISTERS TO A_TER.
R2 - BIT FIELDS SET TO DESIRED STATES.
R3 - BIT MAP OF LINES FOR WHICH TO ALTER REGISTER.
R4 - MASK OF BITS TO ALTER (1 INDICATES CHANGE BIT).
CSRA - CONTAINS THE ADDRESS OF THE DEVICE CSR.
IESTAT - SAVED STATES OF THE INTERRUPT ENABLE BITS.

2382

;» OUTPUTS:

DEVICE REGISTERS - SPECIFIED REGISTER FIELDS ALTERED.

ggg}

CSR IND.ADR.REG FIELD - DESTROYED.

1 &

gggz

1 CALLING SEQUENCE:

2387
2388

;» COMMENTS:
Y

gggg

2391

j--

2394 017410
2305 017410

004567

164356

THIS ROUTINE DOES NOT READ THE CSR.

2398

NONE.

880048808040 488845088040488888880448484848802450880480488008440000848484040058208000440

ALTFLD::

2396

PC,ALTFLD

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

;& SUBROUTINES CALLED:

2392
2393

JSR

SAVE

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

JSR

s SET UP TO LOOP FOR EACH LINE:

2397

gig

]

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.

2401 017414

010400

MOV

R4 ,RO

1CALCULATE THE NEW CONTENTS OF THE

2403 017420

040002

8IC

RO,R2

2402 017416

g:g‘s 017422

005100

016705

con

162656

MOV

IESTAT,RS

[K4

2406

; LOOP ONCE FOR EACH LINE,

2407

2408

1SET UP TO WRITE IND.ADR.REG FIELD TO O.

ALTERING THE SPECIFIED FIELD IN THE SPECIFIED

ALLOWABLE NUMBER OF LINES (AS SPECIFIED BY NUMLNS).

s EXIT THE LOOP IF NO MORE LINES TO ALTER, OR IF WE HAVE ALTERED THE MAX

g:gg

2411 017426
2412 017430

2413 017432
2414 017434
2415 017440
2416 017442

2417
2418
2419
2420
2421

017444
017446
017450
017452
017454

000241
006003

103006
010577
011100

24:

162576

040400

050200
010011
005205
005703
001365

44:

CLC
ROR
B8CC
MOV
MOV
8IC
81S
MOV

INC
TST
BNE

R3
44
RS, BCSRA
(R1),RO
R4 ,RO
R2,R0O
RO, (R1)

RS
R3
24

1PREPARE FOR ROTATE, “TST RS” DOES THIS BELOW.
1GET THE LINE SELECT BIT FOR THIS LINE.

1SKIP SETUP IF LINE IS NOT SELECTED.
$1SET DUT CSR IND.ADR.REG FIELD TO THIS LINE.
1GET THE PRESENT CONTENTS OF THE REG TO ALTER.
1CLEAR THE BIT FIELDS WE ARE TO ALTER.

tOR IN THE NEW STATES OF THE FIELDS.
tWRITE THE NEW REGISTER CONTENTS TO THE REG.
1SET LINE NUMBER TO THE NEXT LINE.
1CHECK FOR UNMANDLED LINES, CLEAR CARRY FLAG.
1LOOP IF SELECTED LINE(S) IS NOT HANDLED.

CZOHUAO DMU 11 FUNC TST PART1
GLOBAL SUBROUTINE
2422

2423 017456
017456

2424 017460

004736
000207

MACRO M1200
ALTFLD

604 :

12 DEC-83 16:08

PASS
RTS

Bé

PAGE 51 1

JSR

SEG 66

sRESTORE GPRS.
PC,8(SP).

sRETURN TO PREGOS SUBRT.

tRETURN TO CALLING ROUTNE,

CZOHUAO DMU 11 FUNC TST PART1
GLOBAL SUBROUTINE

MACRO M1200
CALMSL -

2426

2427
2428
2429
2430
2431
2432
2433
2434
2435
2436
2437
2438
2439
2440
2441
2442
2443
2444
2445
2446
2447
2448
2449
2450
2451
2452
2453
2454 017462
017462
2455 017466
2456
2457
2458
2459 017472
2460
2461
2462 017476
2463 017500
2464 017506
2465 017312
2466 017514
2467 017516
2468 017520
2469 017522
2470
2471
2472
2473
2474 017524
24735 017530
2476 017532
2477
2478
2479
2480
2481 017534

12-DEC-83

16:08

PAGE

SEQ K7

.SBTTL

GLOBAL SUBROUTINE

1o
)

- CALIBRATE MILLI SECOND LOOP COUNT SUBROUTINE THIS SUBROUTINE CALIBRATES THE TIMING LOOP WHICH IS USED IN THE MSLOOP

100

- CALMSL

8008080048000 800000000000004808000040008800800000800080400808008048408848880080000040

ROUTINE.

THIS SUBROUTINE CALCULATES A VALUE FOR

1 e

THE

COUNT

1o
1o
1e

THE MSLCNT

VARIABLE

WHICH IS THE NUMBER OF SOF TWARE LOOPS WHICH TAKES 1 MS TO EXECUTE IN
THIS ROUTINE CALIBRATES THE COUNT BY USING THE
THE MSLOOP ROUTINE.
LINE TIME CLOCK (LTC), SO IF NO LTC IS AVAILABLE THE DEFAWLT VALUE FOR
OFLAY

MUST

USED.

]

1 &

18 INPUTS:
1
1o
)

MSLCNT - DEFAULT 1 MS DELAY LOOP COUNT VALUE, OR
VALUE FROM PREVIOUS CLALIBRATIUN,

MSTICK
TIMERL

NUMBER OF MS PER LTC CLOCK TICK,
TIMER COUNTER CHANGED BY LTC INTERRUPT

SERVILC RTN,

CLKHRZ - NUMBER OF LTC CLICKS PER SECOND (50 OR 60).

1
[

1e OUTPUTS:
)
1e

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.

1 e

:
1o CALLING SEQUENCE

JSR

PC,CALMSL

1o COMMENTS:
1 e

t¢ SUBORDINATE ROUTINES CALLED: UNSOIV,00PS.
$--

004567
005067

080800000008 88008000880000800000800000000000000808080008400604000000000800000480

CALMSL
:: SAVE

164304

CLR

000210

624

JSR

1SAVE CONTENTS OF GPRS RO THRU RS,
RS ,PREGOS
1CALL REGISTER SAVE SUBRT.
1CLEAR THE 2ND TIME FLAG.

3 SYNCHRONIZE WITH THE LTC.
'-

24:

012705

003000
012767
005767
001410
005200
001373
0035305
003371

000001
162626

162632

MOV

€1,RS

CLR

187

TIMER]

MOV

a4:

BEQ
INC
BNE
OEC
8GT

1SET OUTER LOOP COUNTER YO 1 LOOP.
s INCREASE THE VALUE LOADED INTO THIS COUNTER IF THE cse
1FOLLOWING LOOP FAILS ON FUTURE, FASTER PROCESSORS. c¢as

01, TIMER]

64
RO
494
RS
44

sCLEAR THE WAIT FOR CLOCK INT COUNTER.

$SET UP COUNT OF 1 TO SYNCH WITH LTC.

1CHECK FOR COUNTER MAVING GONE TO ZERO.

1JUMP OUT OF LOOP IF LTC HAS INTERRUPTED.
1COUNT THIS ITERATION OF THE INNER LOOP.
1LOOP IF COUNTER HAS NOT TURNED OVER,
sDECREMENT THE INNER LOOP COUNTER,
sLOOP IF OUTER LOOP COUNT NOT UP,

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

005067
000241
000461

CLR
CLC
B8R

162606

CLKHRZ

60¢

1CLEAR LTC FREQUENCY WORD TO INDICATE NO LTC.
1INDICATE FAILURE FOR RETURN,

1BYPASS THE FOLLOWING CALIBRATION PROCEDURES.

ARE NOW SYNCHRONIZED WITH THE LTC.
UP FOR THE CALIBRATION LOOP.
012704

002340

MOV

OTIMER] R4

(WILL TEST TIMERL IN THE LOOP BELOW.

CZDHUAO DHU-11 FUNC
GLOBAL SUBROUTINE
2482 017540
2483 017542
2484 017544

2432 017546

TST PART1

005001
005002
005003

012714

000001

2487 017552
2488 017556

016705
011400

162574

2491 017566

020003

2489 017560
2490 017564
2492 0173570
2493 017572
2494 017574

2495
2496
2497
2498

2499

017576
017600
017602
017604

010067
040200

000120

001367
005301
001363
004767

8¢:
10¢:

017620
017622
017624
017626
017630
017632
017634

017636

005401
016702
010203

16:08

CLR
CLR
CLR

R1
R2
R3

1CLEAR THE OUTER LOOP COUNTER,
+ INOICATE TO CHECK ALL BITS OF TIMER1.
1 INOICATE TO CHECK FOR TIMER1 CLEAR.

MOV
MOV

MSLCNT,RS
(R4),RO

1tLOAD MS LOOP COUNT,
1GET THE TIMERL VALUE.

cHe

RO,R3

1COMPARE AGAINST ZERO.

MOV
8IC

SEC
8EQ
OEC

000440

t
1
s+
s

2505 017610
2506 017612
2507 017616

12 DEC 83

MOV

000261
001406
005305

2500
2501
2502
23503

2508
2509
2510
2511
2512
2513
2514
222{2

MACRO M1200
- CALMSL

162534

160502
010204
005005
005301
100403
060304
005505
000773

BNE
0€EC
BNE
JSR

14¢:

g};

S2-1

#1,(R4)

SEQ 68

tLOAD TIMER1 WITH COUNT OF

RO,64%
R2,RO

1SAVE WORD (LIKE IN THE REAL LOOP).
tLEAVE ALL THE BITS,
1SET CARRY IN CASE OF SUCCESS.
tEXIT LOOP IF TIMER1 HAS CLEARED.
1COUNT DOWN THE INSIDE MS LOOP COUNT.

124
RS

104
R1
a¢
PC,00PS

1LOOP IF MS NOT UP,
tDECREMENT THE MS TIME COUNT.
1KEEP LOOPING.
tWE OVERFLOWED, SOMETHING IS WRONG,

ABORT,

WE HAVE NOW HAVE LOOP COUNT INFORMATION FOR ONE CLOCK TICK.
WE MAVE 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.

12¢:

PAGE

NEG
MOV
MOV

SUB
MOV
CLR
DEC
8MI
ADO
ADC
BR

R1
MSLCNT R2
R2,R3

1GET NUMBER OF OUTER LOOPS.
1GET THE NUMBER OF INNER LOOPS PER OUTER LOOP.
1COPY uuoen OF LOOPS FOR MULTIPLY.

144

tNUMBER OF OUTER LOOPS PERFORMED.

R3,R2
R2,R4
RS
R1
164
R3.R4
RS

sCALC OF INNER LOOPS DONE IN LAST OUTER LOOP
AND ADD TO ACCUMUALATOR LSWORD.
lCLEAR ACCUMULATOR MSWORO.
tCHECK R1 FOR O CONDITION
1 SKIP MU TIPLICATION IF ZERO
tMATIPLY NUMBER OF INNER
s+ LOOPS PER OUTER LOOP BY

s+ DIVIDE THE TOTAL NUMBER OF INNER LOOPS BY THE NUMBER OF MS PER LTC TICK.
;-

2519
2520
23521
2522
2523
2524
2323
2526
2527
2328

017640
017644
017646
017650
017654
017656
017662
017666
017672
017674

016701
010403
010502
004767
103402
004767
010167
005167
001277
000261

2530 017676
017676
z?.gg:le 017700

004736
000207

2533 017702
2534 017704

000000
000000

162504

164:

003140
000366
162464
000010

18¢:

604 :

624:
644 :

MOV
MOV
MOV
JSR
8Cs
JSR
MOV
COoM
BNE
SEC

MSTICK,R1
R4 ,R3
R3,R2
PC,UNSDIV
184
PC,00PS
R1 ,MSLCNT
624
2t

PASS

RTS

.WORD
.WORD

O
O

JSR

1@ OF MS PER LTC TICK IS DIVISOR.
1LSWORD OF LOOP CLUNT IS LSWORD OF DIVIDEND.
tMSWORD OF LOOP COUNT IS MSWORD OF DIVIDEND.
1OIVIDE NUMBER OF LOOPS BY MS PER LTC TICK.
1BYPASS OOPS IF WE'RE OX.
1CLOCK ROUTINES ARE NOT LONG ENOUGH, OR BUG.
1SET NEW VALUE FOR MS LOOP COUNT
1SET THE 2ND ITERATION FLAGS IF 1ST ITERATION.
tBRANCH IF ONLY ONE ITERATION DONE.
1SET THE SUCCESS FLAG FOR EXIT,

1RESTORE GPRS,
PC,8(SP).
1 CARRY - SUCCESS FLAG.

tRETURN TO PREGOS SUBRT.
SET IF SUCCESS.

12ND CALIBRATION ITERATION FLAGS.
1DOUMMY WORD FOR STORAGE OF THE READ WORD.

CZDHUAO DHU 11 FUNC
GLOBAL SUBROUTINE

TST PART])

2536
2537
2538
2539

2540
2541
2542
2543
2544
2545
2546
2547
2548
2549
2550
2551
2552
2553
2554
2555
2556
2557
2558
2559 017706
017706
2560 017712
2561 017716
2562 017720
2563 017724
2564 017726
2565 017730
2566 017732
017732
2567 017734

MACRO M1200

CKTRAP

12 DEC

.SBTTL

16:08

PAGE

Ef
S3

SEQ 69

GLOBAL SUBROUTINE

- CKTRAP

180800000048 048000400002880000008040088800004888000884800800300000004080004044080000868808

1 e
1o

CHECK TRAP ROUTINE THIS SUBROUTINE IS USED TO CHECK FOR A BUS TIME-OUT TRAP (004 TRAP)

)

WHICH

)

CAUSED

ACCESS

THE TRAP DOES NOT OCCUR,

NON-EXISTENT

MEMORY

I/0

LOCATION.

THIS ROUTINE RETURNS A SUCCESS INDICATION.

1¢

1* INPUTS:

- SOURCE ADDRESS FOR MOVE.

(RO)

DESTINATION ADDRESS FOR MOVE.

SOURCE FOR THE MOVE.

1 ¢

1* OUTPUTS:

(R1)

1e
1o

- WRITTEN TO THE CONTENTS OF (RO).

CARRY FLAG - SET ON RETURN IF NO 004 TRAP DETECTED.
TPAFLG - NONZERO IF TRAP OCCURRED, CLEARED OTHERWISE.

)

1¢ CALI.(NC

SEQUENCE:

JSR

PC,CKTRAP

1o COMMENTS:
i

IF THIS SUBROUTINE CAUSES A TRAP, EITHER THE ADDRESS WHICH

IS LABELED ADRPTR WILL BE THE TRAP PC ADORESS ON THE STACK.

(K]

1¢ SUBORDINATE ROUTINES CALLED:

NONE.

100008000840 0048480880840800088084808400000400480000080880800808000048008888000008000808480800¢

004567
005067
011011
005767
000261
001401
000241
004736
000207

164060
162376

162370

CXKTRAP::

SAVE

CLR

ADRPTR::

604 :

MOV
TST
SEC
BEQ
CLC
PASS
RTS

TPAFLG

JSR

(RO}, (R1)
TPAFLG

sCLEAR THE 004

s1CALL REGISTER SAVE SUBRT.

TRAP FLAGS.

1PERFORM THE MOVE IN QUESTION.
1CHECK FOR OCCURENCE OF

1+INDICATE SUCCESS.

60%

1 SAVE CONTENTS OF GPRS RO THRU RS,

RS ,PREGOS

1EXIT WITH SUCCESS

JSR

1 INDICATE FAILURE.
1RESTORE GPRS.

PC,8(SP).

TRAP,

TRAP DID NOT OCCUR,

tRETURN

TO PREGOS

SUBRT,

CZDHUAO DHU-11 FUNC
GLOBAL SUBROUTINE

TST PART1

2569
2570
2571
2572
2573
2574
2575
2576
2577
2578
2579
2580
2581
2582
2583

MACRO M1200

- CLNRST

12-DEC-83

.SBTTL

16:08

PAGE

F6
S4

SEQ 70

GLOBAL SUBROUTINE

- CLNRST

1008088800000 88848804884404888000808040000000400080004000048880400042848440480404080008

i e
1e

- CLEAN RESET OF THE DEVICE UNDER TEST THIS SUBROUTINE IS USED TO RESET THE DUT TO A KNOWN STATE,

)

t7:’6%EgUT‘E‘.T-BCSELF'-TES'I

1e
1o

»
THE

PASSED

o
RESET
BACK

DOES
TO

NOT

THE

SKIPPED,AND

SUCCESFULLY

CALLING

ROUTINE

THE

FIFO

COMPLETE,

PURGED

THEN

THE

ANY

CARRY

ERROR

BIT

(CLEAR),

1& INPUTS:

CSRA

i
L

ERRNBR - ERROR NUMBER FOR POSSIBLE ERROR REPORT,.
ERRTBL- ERRTYP ,ERNBR,AND ERRMSG SET UP CORRECTLY,

- CONTAINS THE ADODRESS OF THE CSR

TXBFCA

CONTAINS

ADDRESS

DUT

DMA

BUFFER

COUNT

1 e

1+ OUTPUTS:
1o
i .
L
)

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

INTERRUPT

ENABLE

BITS

THE

DUT'S

CSR

ARE

CLEARED.

i¢ CALLING SEQUENCE:
1 e

;s COMMENTS:
ie

JSR

PC.CLNRST

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

1 SUBORDINATE ROUTINES CALLED: DELAY ,MSLGET,PUFIFO,RESETT,

10000060660000000000800000000800008000000084484000400000000400600000646888080084848088

017736
017736

004567

164030

CLNRST::

SAVE

JSR

s SAVE CONTENTS OF GPRS RO THRU RS.

RS ,PREGOS

1CALL REGISTER SAVE SUBRT.

|K4

s RESET THE DUT,
s
THIS ROUTINE REPORTS ERRORS WITH NUMBERS FROM ERRNBR THRU ERRNBR+2.
.-

017742
017746

004767

103002

JSR
eccC

001344

PC.RESETT
60¢

tRESET THE DUT TO A KNOWN STATE.
tEXIT ROUTINE WITH ABORT TEST INDICATOR.

F K4

PURGE

THE FIFO OF ERROR CODES.,

SAVE ANY BMP CODES FOUND.

JSR

1PURGE THE FIFO.

017750

017754
017754
017754
017756

004767

000522

604 :
004736
000207

PC.PUFIFO

1EXIT THE TEST USING RESETT OR PUFIFO STATUS.

PASS

RTS

JSR
PC

tRESTORE GPRS,

PASS

THE FOLLOWING INTACT:

1CARRY BIT:IF CLEAR,

THEN ABORT THE TEST.

PC,8(SP).

tRETURN TO0 PREGOS SUBRT.

CZDHUAO DHU-11 FUNC
GLOBAL SUBROUTINE
2614
2615
2616
2617
2618
2619
2620
2621
2622
2623
2624
2625
2626
2627
2628
2629
2630 017760
017760
2631 017764
2632 017770
2633 017772
2634 017774
2635 017776
017776
2636 020000

TST PART1

MACRO M1200

CLR16W

12 DEC-83

.SBTTL
100

16:08

PAGE

G6
55

SEQ

GLOBAL SUBROUTINE

- CLR16W

0884400004884 04084840800080088000888000000808800880400084840848000888050004005400642

1 e

THIS

SUBROUTINE

CLEAR SIXTEEN WORDS ROUTINE

CLEARS

WORDS

STARTING

WITH

TME

SPECIFIED

WORD.

(L]

1 INPUTS:

RO - ADDRESS OF THE FIRST WORD TO CLEAR,

18 OUTPUTS:

(RO) TO (RO+15)

1 &

1 e

1o CALLING SEQUENCE:
1 &

JSR

16 WORDS OF MEMORY ARE CLEARED TO O.

PC,CLR16W

1 COMMENTS:
1 &

1 SUBORDINATE ROUTINES CALLED:
1o

004567
012701

005020
005301
001375

004736
000207

164006
000020

CLR16W::
24:

604 :

NONE.

08000840000000000000800040000000048400000000040404800000000000040840000004800888

SAVE

MOV

CLR

016. ,R1

JSR

(RO).

DEC
BNE
PASS

R1
24

RTS

1 SAVE CONTENTS OF GPRS RO THRU RS.

RS ,PREGOS
1CALL REGISTER SAVE SUBRT.
1SET THE LOOP COUNTER TO 16.
1CLEAR A WORD OF MEMORY,

JSR

1 COUNT THIS LOOP.
1LOOP IF NOT 16 WORD CLEARED.
tRESTORE GPRS.

PC.8(SP).

tRETURN TO PREGOS SUBRT.

CZDHUAO DHU-11 FUNC
GLOBAL SUBROUTINE

TST PARTI1

MACRO M120C
- CNTERR

2638

.SBTTL

2639

100

2641

1 e

2640

i e

2642

264
2650
2651

- CNTERR -

IS USED

SAVE

2663

ERROR

THE

SPECIFIED

ERSMRF
CARRY
ERCNT

ERSMRF

OR SHOWLD

- ERROR SUMMARY FLAGS (BIT SET IF LINE IN SUMMARY MODE).
-

NUMBER

INDIVIDUAL

DATA ERRORS

TO REPORT

ON A LINE.

- SET IF LINE IS IN ERROR SUMMARY MODE.
- ERROR COUNTER INCREMENTED FOR SPECIFIED LINE,
-

BIT

SET

JSR

IF LINE

SHOULD BE

IN SUMMARY MODE.

PC.CNTERR

NONE.

0088888008888 888848088040808280840008000084880080000080400080800080800080808880808

CNTERR::

163764

"“DATA”

NDERPT

(1~~~

004567

IT7 CHECKS WHETHER ERROR SUMMARY REPORTING IS ACTIVE,

18
;¢ SUBORDINATE ROUTINES CALLED:

2659

- COUNT ERROR ROUTINE

TO COUNT

1
1« COMMENTS:

2657
2658

JSR

1 SAVE CONTENTS OF GPRS RO THRU RS,
RS ,PREGOS
sCALL REGISTER SAVE SUBRT.

s+ COUNT THE ERROR ON THE COUNTER FOR THE SPECIFIED LINE.

2664

020006
020010
020014
020016
020020
020024
020030
020032
020036
020040
020042
020044
020052
020054
020054
2679 020056

SUBROUTINE

1 &
1o CALLING SEQUENCE:

2655
2656

SEQ 72

RS - LINE NUMBER OF LINE UNDER CONSIDERATION.
ERCNTB - LABEL AT BASE OF ERROR COUNTERS TABLE,

1 e

26
2654

;¢ INPUTS:
ie

TR
i1 OUTPUTS:
1o

26?%

BE MADE ACTIVE ON THIS LINE, AND ACTIVATES IT IF NECESSARY.

)

2643

2665
2666
2667
2668
2669
2670
2671
2672
2673
2674
2675
2676
2677
2678

LINE,

2647

PAGE

GLOBAL SUBROUTINE
THIS

1 e

2645
2646

16:08

0848404005080 004000840404880000800008808000080880805080000048008800088000000040840

222:2

2660
2661 020002
020002
2662

12 DEC-83

006305
016501
005201
103402
010165
005767
001411
020167
101002
000241
000404
056567
000261
004736
000207

002460
002460
162172

2%:

162164

002404

162404

4%:

60¢:

ASL
MOV
INC
BCS
MOV
TS7
BEQ
ce
BHI
cLC
BR
8IS
SEC
PASS

RTS

RS
ERCNTB(RS),R1
R1
24
R1,ERCNTB(RS)
NDERPT
604
R1 ,NDERPT
44

sFORM WORD OQFFSET FROM LINE NUMBER.
1GET THE PRESENT ERROR COUNT FOR THIS LINE.
1COUNT ERROR,
tOVERFLOM?
YES, DON'T UPDATE COUNTER IN TABLE.
tUPDATE ERROR COUNTER TABLE ENTRY.

1SUMMARYS DISABLED?
YES, EXIT WITH CARRY O.
tNO,
CHECK FOR ENOUGH ERRORS FOR SUMMARY USE.
1ENOUGH ERRORS TO USE SUMMARY?
YES, GO HANDLE.
1 INDICATE NOT TO USE SUMMARY REPORT YET.
604
1EXIT WITH CARRY O,
BITTBL(RS5),ERSMRF
$1SET THE ERROR SUMMARY FLAG FOR ILINE.
1 INDICATE TO USE SUMMARY REPORT.
J1RESTORE GPRS.
JSR
PC.8(SP).
IRETURN TO PREGOS SUBRT.
PC

CZOHUAC DHU 11 FUNC
GLOBAL SUBROUTINE
2681
2682
2683
2684
2685
2686
2687
2688
2689
2690
2691
2692
2693
2694
2695
2696
2697
2698
2699 020060

2700
2701
2702
2703
2704
2705
2706
2707

020066
020072
020074
020100
020104
020106
020112

020112
2708 020114
2709
2710 020116

TST PART1

MACRO M1200
DELAY -

12-DEC-83

.SBTTL

16:08

NS
PAGE

StQ 73

GLOBAL SUBROUTINE

DELAY

1690084080400 84044008404084088040804800400040800080008480800804348080880004800880808420

1 o

THIS

SUBROUTINE

USED

DELAY

SUBROUTINE

DELAY

VARIABLE

NUMBER

1 &

18 INPUTS:
1 e

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

s«

NONE
.

1 e

OUTPUTS:

MILLI-SECONDS.

1 &

3¢ CALLING SEQUENCE:
)

1o COMMENTS:
1.
s

JSR

PC,DELAY

IF NO HARDWARE CLOCK INTERRUPTS ARE OCCURING,
NOT BE HONORED FOR THE DURATION OF THE DELAY.

CONTROL-CS WILL

1 SUBORDINATE ROUTINES CALLED: NONE.

1008880848288 008400048444444088488080000888800800888884080080000000044084408068084028

004567
010401
012702
005003
012704
004767
103002
004767
004736
000207

177777

163706

DELAY::

177777

MOV
MOV

R4 ,R1
#-1,R2

MOV

0624 ,R4

CLR

020116
000130
000136

SAVE

JSR

60¢:

JSR
8CcC
JSR
PASS
RTS

624 :

. WORD

-1

1SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS
1CALL REGISTER SAVE SUBRT.
tPASS 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.

PC,MSLOOP
604
PC,00PS
JSR

s TELL MSLOOP TO CHECK DUMMY NON-ZERO WORD.

sDELAY THE REQUESTED @ OF MS,
$EXIT ROUTINE IF WE TIMED-OUT.
)
+IF NO TIME-OUT, BAD PROGRAM OR HOST MACHINE.
sRESTORE GPRS.

PC.8(SP).

1OUMMY, NON-ZERO WORD.

tRETURN TO PREGOS SUBRT.

CZDHUAO DHU-11 FUNC
GLOBAL SUBROUTINE

TST PARTL

2712

MACRO M1200
- MSLGET -

12-DEC-83

16:08

PAGE

J6
S8

SEQ

2713

1202088808840 440880488004008008880004000800800000040000400844008800000000004000808048

.SBTTL

GLOBAL

2714
2715
2716
2717
2718
2719

1 *
1e
1o
1e
1e
1 e

- MILLI SECONDS LOOP WHICH RETURNS READ WORD AND REMAINING TIME THIS SUBROUTINE IS A GENERAL PURPOSE TEST LOOP SUBROUTINE.,
IT IS USED
TO VERIFY THAT A CERTAIN ACTION OCCURS BEFORE A TIME-OUT PERIOD.
THE
CALLING ROUTINE PASSES IN WHICH BITS SHOUWLD BE SET AND CLEARED FOR THE
DESIRED CONDITION AND THE TIME-OUT VALUE IN MILLI-SECONDS.
THIS ROUTINE CHECKS FOR THE DESIRED CONDITION UPON ENTRANCE INTO THE

2721
g;gg

iz
1 e

2720

SUBROUTINE

MSLGET

ROUTINE AND THEN ONCE EACH MILLI-SECOND THERE AFTER,

UPON RETURN, THE LAST WORD WHICH WAS READ TO CHECK FOR THE CONDITION
IS RETURNED BY THIS SUBROUTINE.

2724
2725

i
1 e

2727

2726

INPUTS:

g;gg

ADDRESS OF

THE WORD TO TEST,

- MILLI SECOND SOF TWARE LOOP COUNT.

¢ OUTPUTS:

RO - THE LAST WORD WHICH WAS READ TO CHECK FOR THE CONDITION.

i e

CARRY

)

g;gg

MSLCNT

[

2731

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

R3 - DESIRED STATES OF THE INDICATED FIELDS IN R2.

2730

R1
R2

REMAINING NUMBER OF MS IN TIME-OUT TIME.

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

Ix]

g;g;

1¢ CALLING SEQUENCE:
1 &

2736

1» COMMENTS:

2737

2738

g;:g

PC.MSLGET

THIS ROUTINE WORKS WITH OR WITHOUT A HARDWARE CLOCK, BUT THE

CALIBRATION IS ONLY GUARENTEED WHEN A LINE CLOCK IS AVAILABLE

1e
;e
')
1e
1e

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 WHICH 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

2739
2740
2741
2742
2743

JSR

ON THE SYSTEM.

THE CONDITION IS MET,

FAILURE OTHERWISE.

2746
2747
g;‘g

[
18 SUBORDINATE ROUTINES CALLED: NONE.
188088880880 48440008088448004084884048000800800000000808000805880088800000800002

2750 020120

2751 020120

004567

163646

MSLGET::

SAVE

JSR

1SAVE CONTENTS OF GPRS RO THRU RS.

RS ,PREGOS

sCALL REGISTER SAVE SUBRT.

2752
g;gz

s SET UP MASK FOR REMOVING UNUSED BITS IN THE TEST WORD, AND CLEAR UNUSED
s BITS IN THE DESIRED STATE WORD TO ALLOW OIRECT COMPARISON.
'-

2735 020124
g;.’s)g 020126

005102
040203

coM
8I1C

R2
R2,R3

tGET MASK OF UNUSED BITS.
1tMASK OUT UNUSED BITS IN DESIRED STATE WORD.

[ R4

g;gg

HANDLE THE TEST AND EXIT IF WE HAVE A O TIME-OUT VALUE.

2760
2761
2762
2763
2764
2765
2766
2767

020130
020132
020134
020136
020142
020144
020146
020150

005701
001011
011400
010067
040200
020003
000261
001420

000070

TSY
BNE
MOv
MOV
8I1C
cHpP
SEC
8EQ

R1
24
(R4),R0
RO,62¢
R2,RO
RO,R3
64

s TEST THE TIME-OUT VALUE FOR ZERO.
1IF NON-ZERO TIME-OUT, GO LOOP AND TEST.
1GET THE WORD TO TEST BEFORE EXITING.
1SAVE VALUE SO WE CAN RETURN IT.
1MASK OUT UNTESTED BITS OF WORD.
1COMPARE AGAINST DESIRED STATE WORD.
1+ INDICATE SUCCESS IN CASE WORDS ARE EQUAL
.
1EXIT WITH SUCCESS IF WORDS ARE EQUAL.

CZDHUAO DHU-11 FUNC
GLOBAL SUBROUTINE
2768 020152
g;gg 020154

TST PARTL

MACRO M1200
- MSLGET -

000241
000416

12-DEC-83

16:08

CLC
BR

I<6

PAGE 58-1

SEQ 75
+ INDICATE FAILURE (TIME-OUT).
1EXIT WITH FAILURE, WORDS AREN’'T EQUAL.

g;;g

NON-ZERO TIME-OUT VALUE.

LOOP,

WAITING FOR CONDITION OR TIME-OUT.

2773
2774
2775
2776

020156
020162
020164
020170

016705
011400
010067
040200

2778 020174

000261

g;gg 020210

000241

2777 020172
2779
2780
2781
2782
2783

C20176
02020C
020202
020204
020206

162170
000042

24:
4%

020003

001405
005305
001367
005301
001363

MOV
MOV
MOV
8IC
cHP
SEC
B8EQ
OEC
BNE
OEC

BNE

CLC

MSLCNT,RS
(R4),RO
RO, 624
R2,RO

RO,R3

1LOAD MS LOOP COUNT,
1GET THE WORD TO TEST.
$SAVE WORD IN CASE THIS IS THE LAST,
$MASK OUT UNTESTED BITS OF WORD.

1COMPARE AGAINST DESIRED STATE WORD.
$SET CARRY

64
RS
44
R1
2

IN CASE OF

SUCCESS.

1EXIT WITH SUCCESS IF WORDS ARE EQUAL.
$COUNT DOWN THE INSIDE MS LOOP COUNT.
1LOOP IF MS NOT UP,
tDECREMENT THE MS TIME COUNT.
1 IF TIME NOT UP, LOOP TO COUNT ANOTHER MS.
1CLEAR CARRY,

TIMED-OUT.

2786

1 HAVE EITHER FOUND CONDITION, OR TIMED-OQUT (POSSIBLY FROM O TIME-OUT VALUE).

g;g;

RESTORE

THE LAST

CONTENTS READ FROMY THE

TEST WORD.

EXIT

ROUTINE.

2789 020212
2790 020216
020216
020222
020226

2791
2792
g;gz 020230

016700

000014

010066

000002

010166
004736

2797 020232

MOV
PASS

624,RO
RO,R1

000004

MOV

MOV
JSR

000207

RTS

1PASS OUT THE LAST READ WORD.
tRESTORE GPRS, EXCEPT THE FOLLOWING:
RO,ROSLOT(SP)
1PUT RO IN STACK SLOT.

R1,R1SLOT(SP)
1PUT R1 IN STACK SLOT.
PC,8(SP)+
tRETURN TO PREGOS SUBRT.
1RO - LAST READ WORD CHECKED FOR CONDIVION.
1R1 - REMAINING TIME (O IF TIME-OUT OCCURED).

1CARRY

SET IF SUCCESS.,

CLEAR IF TIME-OUT.

[ R4

2795

2796

64:
604 :

+ LOCAL STORAGE.
;-

000000

62¢:

.WORD

1STORAGE FOR THE LAST READ WORD.

CZDHUAOQO DHU-11 FUNC
GLOBAL SUBROUTINE

TST PART1

MACRO M1200
- MSLOOP -

12-DEC-83

16:08

PAGE

L6
59

SEQ

2799

.SBTTL

GLOBAL

2801
2802

1 e
)

2804

- TEST LOOP SUBROUTINE THIS SUBROUTINE IS A GENERAL PURPQSE TEST LOOP SUBROUTINE.
1IT IS USED
TO VERIFY THAT A CERTAIN ACTION OCCURS BEFORE A TIME-OUT PERIOD.
THE

CALLING ROUTINE PASSES IN WHICH BITS SHOWW.D BE SET AND CLEARED FOR THE

THIS ROUTINE CHECKS FOR THE DESIRED CONDITION UPON ENTRANCE INTO THE

2800

SUBROUTINE

MSLOOP

1880088884080 0488008480808088480400440800084000000488480480800048400004808008040428

2803

1 e

2805

2806

ggg;

OESIRED CONDITION AND

THE

ROUTINE

EACH

AND

THEN

ONCE

TIME-QUT

VALUE

MILLI-SECOND

IN MILLI-SECONDS.

THEREAFTER.

2809
2810
2811
2812
2:13
2814

i1¢ INPUTS:
Y
1e
1e
17
16

ggig

16 OUTPUTS:
&

ggig

R1 - TIME-OUT VALUE IN MILLI-SECONDS (UP TO 64K MS),
R2 - BIT MAP OF BITS TO TEST (1 INDICATES TO TEST THE BIT).
R3 - DESIRED STATES OF THE INDICATED FIELDS IN R2.
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).

1¢ CALLING SEQUENCE:

JSR

PC.MSLOOP

2819

3¢ COMMENTS:

2821
2822
2823

1
s
1e

ON THE SYSTEM.
THIS ROUTINE CAN BE USED AS A DELAY ROUTINE, BY SPECIFYING THE
DESIRED DELAY AS THE TIME-OUT AND SPECIFYING A CONDITION TO

i e

IF A TIME-OUT VALUE OF O IS SPECIFIED,

2820

2824

2825

2826

THE

THIS ROUTINE CHECKS FOR

IT INDICATES SUCCESS

IF THE CONDITION IS MET, FAILURE OTHERWISE.

1# SUBORDINATE ROUTINES CALLED: MSLGET.

ggg(l)

2832 020234
2833 020234

THE DESIRED CONDITION BEFORE RETURNING.

2829

BUT

LOOK FOR WHICH WILL NOT BE MET DURING THE DELAY.

ggg;

THIS ROUTINE WORKS WITH OR WITHOUT A HARDWARE CIi.OCK,

CALIBRATION IS ONLY GUARENTEED WHEN A LINE CLOCK IS AVAILABLE

108088804488 88048408048800845088040088088000400004800008088088400808800402000000800000

004567

163532

2834

MSLOOP::

SAVE

JSR

3 SAVE CONTENTS OF GPRS RO THRU RS.
RS ,PREGOS
1CALL REGISTER SAVE SUBRT.

2835

gggg

CALLING THE MSLGET ROQUTINE FROM THE MSLOOP ROUTINE ISOLATES THE CALLER OF

s MSLOOP FROM THE RETURNED TEST WORD AND REMAINING TIME OUT VALUES.
$-

gg;g 020240

004767

2840 020244
020244
2841 020246

004736
000207

177654

JSR
604 :

PC.MSLGET

PASS
RTS

JSR

1CALL THE MULTI-PURPOSE MS LOOP AND SEARCH RTN.
1RESTORE GPRS,
PC,8(SP).
1CARRY - SET

sRETURN TO PREGOS SUBRT.
SUCCESS, CLEAR IF TIME-OUT.

CZDHUAO DHU-11 FUNC
GLOBAL SUBROUTINE
2843
2844
2845
2846
2847
2848
2849
2850
2851
2852
2853
2854
2855
2856
2857
2858
2859
2860
2861
2862 020250
020250
2863
20864 020254
020254
020256
020260
020262
2865
2866 020264
020264
020270
020274
020276
020300
2867 020304
020304
2868 020306
2869 020310

020310
2870 020312

2871
2872 020314
020317
020322
020325
020330
020333
020336
020341
020344
020347

020352
020355
020360
020363
020366
020371

TST PART1

MACRO M1200

12-DEC-83

- 00PS

.SBTTL
106

16:08

PAGE

M6
60

SEQ

GLOBAL SUBROUTINE

00PS

880000844880 0480880000000040800004000000800080400000880888004000000080800044

1
L

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

L)
L
' .

i+ INPUTS:

1& OUTPUTS:

AN ERROR MESSAGE IS PRINTED.

1 &

- ERROR CODE GIVING REASON FOR ABORT.
LIST

RETURN

VALUES

FOR

ALL

SUBROUTINE

CALLS

1¢ CALLING SEQUENCE:
1e

JSR

PRINTED.

PC,00PS

se COMMENTS:
1 &

;¢ SUBORDINATE ROUTINES CALLED:

NONE.

00PS::

1SAVE CONTENTS OF GPRS RO THRU RS.
R5,PREGOS
1CALL REGISTER SAVE SUBRT.

004567

163516

ERRSF

020400
000001

104417
062706
104422
000776
004736
000207
110
124
117

122
101
127

122
117

127
105
123
105
117
124

SAVE

1 REPORT

104454
000145
020314
000000
012746
012746

6888884808088 8088584000048088800008088000050848408840000040880048400808404000

123
103
120
105
110
104
122
117
123
124
122
102

040

103
116
122

JSR

"MOST COMPUTER HARDWARE OR SOFTWARE BUG ENCOUNTERED.” ERROR.
101,EMO101

REPORT "PROGRAM HUNG,
PRINTF
@£EM0102

CSERSF

MOV

#EMO0102, -(SP)

.WORD
.WORD
.WORD

MOV
TRAP
ADD
;LOOK FOR OPERATOR CONTROL
-C INPUT.

2s:

BREAK

604 :

BR
PASS

RTS

EMO101::

WAITING FOR A CONTROL-C."

TRAP

JSR

s INFINITE LOOP.
1OON’'T NEED THIS,
PC,8(SP)+
1

ROUTINE

TRAP

101
EMO101
O

SP,RO
C$PNTF
04 ,SP
C$BRK

BUT SOMEBODY MAY CHANGE THIS
tRETURN TO PREGOS SUBRT.

IN THE FUTURE,

SO BE CONSISTANT.

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

CZOMUAO DHU-11 FUNC TST PART1
GLOBAL SUBROUTINE
020374
020377
2873 020400
020403
020406
020411
020414
020417
020422
020425
020430
020433
020436
020441
020444
020447
020452
020455
020460
020463
020466
020471
020474
2874

105

000
045
101
117
101
110
107

127
124
107
117
101
117
122
055
040
052
052
052
052
045
116

MACRO M1200

- 00PS

12-DEC-83

16:08

PAGE

N6
60

SEQ 78

104
116
120
107
115

EMO102::

.ASCIZ

125
054
101
111
040
122
040
116

117
103
074

052
052
052
052
116
000

.EVEN

/%N#APROGRAM HUNG,

WAITING FOR A

CONTROL-C.

CohbbbsttstesrgNEN/

CZDHUAD DHU-11 FUNC
GLOBAL CSUBROUTINE

TST PART1

2876
28177

MACRO M1200
PUFIFO

.SBTTL

DEC

B/
16:08

PAGE

SEG

GLOBAL SUBROUTINE

PUFIFO

1068060800000 080000000000800000008000000800000000800040000000000000600080000000000

2878

2879
2880
2881
2882
2883
2884
2885
2886
2887
2888
2889
2890
2891
2892
2893
2894
2895 020476
020476

020512
020514

18
1 e

- PURGE THE FIFO
THIS ROUTINE TRIES

REMOVE

ALL

THE

ANY

ARE

FOUND

ARE

SAVED

BMP

CODES

THAT

CHARACTERS

THE

FROM

BMP

THE

CODE

FIFO.

QUEUE,

1 &

1* INPUTS:

RBUFA- CONTAINS THE

1 e

ADDRESS OF THE RECEIVER.

1¢ OUTPUTS:

1 e

CARRY BIT

BMPCQ

THE

INDICATES THE STATE OF

CONTENTS

THE

BMP

THE FIFQO,

CODE

QUEUE

SET:= PURGED.

MAY

UPDATED.

1¢ CALLING SEQUENCE:

JSR

PC.PUFIFO

3o COMMENTS:
| e

1 SUBORDINATE ROUTINES CALLED:

SAVEMP.

§80800800048000008000084880008800080000080800000000000000000000080084060008000008000

004567
012701
016704

163270

PUFIFO: : SAVE

MOV
MOV

#312.,R1
RBUFA,R4

MOV
8PL

(R4),R2
64

001000

161526

28:

011402
100016

JSR

1SAVE CONTENTS OF GPRS RO THRU RS.

RS, PREGOS
1CALL REGISTER SAVE SUBRT,
1SET MAXIMUM TRY COUNT OF S12.
tGET ADDRESS OF THE RECEIVER BUFFER REGISTER.
1GET THE CONTENTS OF THE RECEIVER BUFFER REG.
tEXIT IF THE FIFO IS EMPTY, DATA_VALID CLR.

|R4

1+
s
'

020516
020522
020524

012700
040200
001006

CHECK IF THE READ CHARACTER IS ACTUALLY A BMP COODE.
IF IT IS, THEN SAVE IT ON THE BMP CODE QUEUE TO BE REPORTED LATER.
-

MOV

070000

8IC

BNE

#70000,R0

1GENERATE A BIT MAP OF CHAR ERROR BITS

1 THROM CHAR AWAY IF NOT BMP OR SELFTEST CODE.

R2,RO

WHICH ARE NOT SET FOR CHAR,

| B 4

CHECK

THE READ DATA IS MOOEM STATUS

BMP OR SELFTEST?.

‘-

012700
040200
001002
004767

003301
001362
000241
000401
000261
2922

2923
2924

004736
000207

000301

MOV

001470

BNE
JSR
49

4301 ,RO

s+ CHECK IF BMP.

494
PC,SAVBMP

1 IF IT IS MODEM OR SELFTEST CODE THROW IT AWAY,
1SAVE BMP CODE ON THE QUEUE.

B8IC

R2,RO

OEC

BNE

cLC

64:

B8R
SEC

60¢:

PASS
RTS

1TRY TO CLEAR BMP FLAGS IN THE READ DATA.

1DECREMENT THE TRY COUNT,

tLOOP TO TRY AGAIN.

604

1EXIT WITH CARRY CLEAR,
1SET CARRY, TO INDICATE FIFO PURGED.

1CLEAR CARRY,TO INDICATE FIFO NOT PURGED.

JSR
PC

tRESTORE GPRS,
PC,.8(SP).
1CARRY BIT,

SET

tRETURN TO PREGOS SUBRT.

INDICATES FIFO PURGED.

CZOHUAO DHU 11 FUNC TST PARTIL
GLOBAL SUBROUTINE

MACRO M1200
- RDPDR -

12-DEC-83

.SBTTL

2926

2927
2928
2929
2930
2931
2932
2933
2934
2935
2936
2937
2938
2939
2940
2941

16:08

PAGE

C/
62

SEQ A0

GLOBAL SUBROUTINE

- ROPOR

1080000080000 00000080808000008000080088800008804048080000000080000800004006480000008008000

READ AND VERIFY DATA PATTERN FROM DEVICE REGISTERS ROUTINE

L
18
1o

THIS ROUTINE READS AND VERIFIES THE ROTATED DATA PATTERN WHICH MAS
BEEN WRITTEN BY THE WOPOR SUBROUTINE.
EACH ACTIVE LINE'S REGISTER'S CONTENTS IS READ AND COMPARED WITH THE

1 e

AFTER

WRITTEN DATA,

THE UNUSED AND READ ONLY

REPORTED FROM THIS ROUTINE.

1 e

WAS PERFORMED B8Y

THIS ROUTINE WILL

TAKE

(RO) BITS ARE MASKED OUT,

INTO ACCOUNT

THE

THE WDPOR SUBROUTINE.

ANY ERRORS ARE

TYPE OF WRITE OPERATION WHICH

1 e

i¢ INPUTS:

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

R4 - OPERATION TYPZ INDICATOR (- => BIC,

')
1o

2942
2943
2944
2945
2946
2947
2948
2949

- BYTE INDICATOR (-

ACTLNS

=> LO BYTE,

=> HI BYTE,

O => BOTH).

+ => BIS, O => MOV).

- BIT MAP OF ACTIVE LINES ON THE DEVICE UNDER TEST,

1
1
1o
1e
1o
1o
;e
e
1o
1

CSRA - CONTAINS THE CSR ADORESS OF THE DEVICE UNDER TEST.
DRADRT - BASE ADORESS OF DEVICE REGISTER ADDRESS TABLE.
ERCNTB - LABEL AT BASE OF ERROR COUNTERS TABLE FOR LINES.
ERRMSG - SET UP WITH THE PROPER ERROR MESSAGE FOR THIS TEST.
ERRNBR - SET UP WITH THE PROPER ERROR NUMBER.
LPRO - EQUATED TO LPR REG OFFSET FROM DEVICE CSR ADORESS.
NUMLNS - NUMBER OF LINES ON THE DEVICE UNDER TEST,
NDERPT - NUMBER OF INDIVIOUAL OATA ERRORS TO REPORT ON A LINE.
TXBFCO - EQUATED TO TBUFFCT REG OFFSET FROM DEVICE CSR ADORESS.
UNBTTB - BASE ADDRESS OF THE UNUSED BIT TABLE.

1¢ OUTPUTS:
e
1e
i
;e

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.
WT CSR- ALL BITS CLEARED, EXCEPT IND.ADR.REG FIELD DESTROYED.

1 CALLING SEQUENCE:

3o COMMENTS:
e

JSR

PC.ROPDR

FOR BYTE ACCESSES, ONLY THE SPECIFIED BYTE IS VERIFIED.

1¢ SUBORDINATE ROUTINES CALLED: ER1601,ROLOAP.
-

020560
020564

004567
012767

163206
016352

5600000808808 00888005808800808000080800800008000080080080008000000000480800004000000

ROPOR:: SAVE

MOV

163176

JSR
#ER1601 ,ERRBLK

s SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS
1CALL REGISTER SAVE SUBRT,
SET UP THE ADDRESS OF THME ERROR REPORT RTN.

[ K4

s DETERMINE WHETHER REGISTER DATA SHOULD BE INVERTED FROM DATA PATTERN.

020572
020574
020576

TST

005704
100001
005102

8PL
com

24
R2

1CHECK THE OPERAND TYPE INDICATOR.

1BIC WRITE PERFORMED? NO, USE STANDARD DATA.
1YES, INVERT THE OATA PATTERN.

[ R 4

s+ SET UP OUTER LOOP.
'-

2977 020600
2978

005005

24
K4

CLR

1CLEAR LINE COUNTER TO SELECT LINE O.

i THE OUTER LOOP FOLLOWS. EACH PASS THROUGH THIS LOOP READS AND COMPARES DATA
s FROM ALL OF THME DEVICE REGISTERS FOR A PARTICUWAR LINE IF THE LINE IS ACTIVE.
'-

020602
020606
020612
020614
020616
020624
020626

2990
2991
2992
2993
2994

010267
010377
010500
006300
036067
001467
012703

010204
046302
016300
005766
001002
011001
000416

2995
2996
2997

000222
161424
002404

161400

3010

020712
020716

020720
020722
020726

020730
020730

111001
042701
042702
046301
020102
001414
004767
103411

16:08

PAGE

R2,70¢
gg.ggSRA

MOV
8I1C
MOV
TST

8s:

BMI

000377
000377

1SAVE THE OUTER LOOP DATA PATTERN,
1SET CSR IND.ADR.REG FIELD TO THIS LINE.

BITTBL(RO),ACTLNS
164
+IS THE LINE ACTIVE?
®LPRO,R3

1YES,

NO, SKIP THE LINE.
INITIALIZE REGISTER OFFSET FOR LPR.

R2,R4

1SAVE THE INNER LOOP DATA PATTERN,
1REMOVE UNUSED BITS FROM EXPECTED DATA,

R3SLOT(SP)

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

UNBTTB(R3),R2
DRADRT(R3),R0O
8s
(RO),R1
124
108

R1
#377.R1
#377.R2

1LOW BYTE ACCESS?
YES, GO DO LOW BYTE READ.
tHIGH BYTE ACCESS.
FORM WIGH BYTE ADDRESS.
tREAD THE MI BYTE OF THE DUT REGISTER.
tPUT HI BYTE BACK INTQ THE WI BYTE.
I1REMOVE THE UNUSED BYTE IN ACTUAL DATA,
tREMOVE THE UNUSED BYTE IN EXPECTED DATA.

#177400,R1
#177400,R2

tREAD THE LOW BYTE OF THE DUT REGISTER.
tREMOVE THE UNUSED BYTE.
1FORM EXPECTED LOW BYTE FOR COMAPARISON.

124
(RO),R1

10¢:

002364

StQ 81

(RO),R1

177400
177400

THE INNER LOOP FOLLOWS.
EACH PASS THROUGH THIS LOOP READS AND COMPARES
OATA FROM A DEVICE REGISTER.

002364
002236
000010

100410

020676
020700
020702
020706

MOV
MOV

BIT
B8EQ
MOV

000004

005200
111001

000301
042701
042702

12 DEC-83

MOV
ASL

2982
2983
2984
2985
2986
2987
2988
2989

TST PART1

Nee
a0 o0 o

CZOHUAO DHU-11 FUNC
GLOBAL SUBROUTINE

D/
MACRO M1200
- RDPDR -

UNBTTB(R3),R1

128

R1,R2

177054

14¢

tACTUAL

= EXPECTED?

YES,

SKIP ERROR.

1USE ERROR SUMMARY?

YES,

SKIP Efl?gg

PC, CNTERR

INO.ERESSRT

1REMOVE UNUSED BITS FROM ACTUAL DATA,
1COMPARE ACTUAL AND EXPECTED DATA.

iNO, COUNT THE ERROR, CHECK FOR ERROR SUMMARY.

“BAD BIT(S) IN DEVICE XXXXX REGISTER FOR LINE NN

104460

TRAP

C$ERROR

3¢

$EXIT THIS ROUTINE AND SET THE “EXIT ON ERROR” FLAG,
1REPORTING HAS NOT BEEN REQUESTED.

020732
020740
020742
020750

032767
001004
012767
0004235

020732

010402
004767
062703
020327
001002

020760
020764

020770
020772
020776
021002

062703
020327
003713

000100

8IT
BNE
MOV
B8R

161260
161330
144

000016

15¢;
|

JSR
ADD
crp
BNE
ADD

cp
BLE

#B81706,0PTION

IF EXTENDED ERROR

tHAS EXTENDED ERROR REPORTING BEEN REQUESTED

608

€1 ,EXOERR

1BRANCH IF IV HAS.
1SET THE EXIT ON ERROR FLAG.
tEXIT THE ROUTINE.

R4 ,R2

IRESTORE THE INNER LOOP DATA PATTERN.

144

PC ,ROLDAP

#2,R3
R3,eTXBFCO
64

tROTATE DATA PATTERN LEFT,

NOT

THROUGH CARRY.

1SET REGISTER OFFSET TO THE NEXT REGISTER.
sCHECK THAT TMIS IS NOT THE FIFOSIZE/DATA REG.
tAVOID ALTERING THE OFFSET IF IT ISN'T
1POINT AT THE NEXT REGISTER.
1COMPARE REG OFFSET WITH OFFSET OF LAST REG.
1LOOP IF NOT ALL REG DONE FOR THIS LINE.

1+ BACK INTO THE OUTER LOOP.

NOW SET UP FOR NEXT LINE.

LOOP IF NOT DONE.

CZDHUAO DHU-11 FUNC
GLOBAL. SUBROUTINE
3038
3039
3040
3041
gg:g

021004
021010
021014
021016
021022

3044 021024
021024
gg:s 021026
6
3047 021030

TST PART1

016702
004767
005205
020527
002667

004736
000207
000000

000020
000410

MACRO M1200
- RDPDR 16%:

000020

12-DEC-83
MOV
JSR
INC

CMP
BLT

608 :

704

16:08

PAGE

704 ,R2
PC,ROLDAP
RS

RS, ONUMLNS
4%

PASS
RTS

.WORD

JSR

62-2

SEG 82
1SET UP TO ROTATE THE DATA PATTERN,
1ROTATE THE DATA PATTERN.
sCOUNT THIS LINE
1COMPARE LINE COUNT WITH NUMBER OF LINES.
1LOOP IF SOME LINES NOT DONE,
tRESTORE GPRS.
PC,8(SP).
1 STORAGE

tRETURN TO PREGOS SUBRT.

FOR DATA PATTERN OQUTSIDE

INNER LOOP.

CZDHUAO DHU-11 FUNC
GLOBAL SUBROUTINE
3049
3050
3051
3052
3053
3054
3055
3056
3057
3058
3059
3060
3061
3062
3063
3064
3065
3066
3067
3068
3069
3070
3071
3072
3073
3074
3075 021032
021032
3076
3077

021036

021042
021046

021052
021054
021056

TST PART1

MACRO M1200
- REGTST -

12-DEC-83

.SBTTL

16:08

PAGE

F 7/
63

SEQ 83

GLOBAL SUBRCUTINE

REGTST

100

0884000000000 000000480080800884800808808880808008840880000000004400044808048448

- REGISTERS TEST SUBROUTINE SUBROUTINE TO TEST THE DEVICE UNDER TEST (DUT) REGISTERS.
THE USED
BITS OF THE REGISTERS ARE EITHER ALL CLEARED OR ALL SET AND THEN THE
DATA PATTERN IS WRITTEN ANO VERIFIED USING EITHER WORD OR BYTE
ACCESSES IN READ/WRITE OR READ/MODIFY/WRITE MOOE.

[
18

INPUTS:

R3
R4

- BYTE INDICATOR (- => LOW, s => HMIGH, O => BOTH BYTES).
- ACCESS MOOE (-1 => SET THEN BIC, 1 => CLEAR THEN BIS,

ERRNBR
oUTPUTS:

(-2 => SET THEM MOV, +2 CLEAR THEN MOV).
SET UP WITH INITIAL ERROR NUMBER.

GPRSO - GPR SAVE AREA O IS DESTROYED.
DEVICE UNDER TEST REGISTERS ARE WRIITTEN.
ERROR MESSAGES MAY BE PRINTED AT

CALLING SEQUENCE:
COMMENTS:

JSR

1ME OPERATORS CONSOLE.

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.

s+ SUBORDINATE ROUTINES CALLED: RDPDR,ROLDAP,SWAPO,WDPOR
$--

004567

8888888888000 048080008000888880088848000020004080808088800004000000004088880048

REGTST::

162734

SAVE

JSR

1SAVE CONTENTS OF GPRS RO THRU RS.
RS,PREGOS
1CALL REGISTER SAVE SUBRT.

t+ SET UP THE GPRS FOR THE WRITTING OF THE DATA PATTERN.
012705
012702
032704
001001

000020

MOV
MOV

167410

000001

#16..RS
#167410,R2

#8170,R4
2
R4

1SET UP LOOP COUNTER TO COUNT 16 ITERATIONS.
t INITIALIZE THE DATA PATTERN,
1 TEST FOR R/W ACCESS.

1R/M/W ACCESS?

tNO,

YES,

IS ALL

INDICATE R/W ACCESS.

SET UP,

GPRS FOR THE CLEARING OR SETTING OF ALL THE USED BITS.
021056

021060
021064
021070
021072
021074
021076
021104
021106
021110
021112
021114
021122
021124
021126

010400
004767
016701
010004

R4 ,RO
PC, SWAPO

001272
162674

026627
001401
005102
003003

000012

026627
001001
005100
004767

000012

ERRNBR ,R1

RO,R4
R4
R2
RASLOT(SP),
#2
44

001224

177776
64:

R
RASLOT(SP),e-2
64
RO
PC.,SWAPO

START OF DATA PATTERN LOOP.

tPASS OPERATION TYPE INDICATOR AROUND SWAPO.
1GET ALTERNATE GPR SET IN R1 THRU RS.
1SAVE THE INITIAL ERROR NUMBER.
1SET UP OP TYPE FOR CLEARING OR SETTING.
1SET UP CLEAR WRITE PATTERN.
1 TEST FOR CLEAR THEN MOV TEST SEQUENCE.
1CLEAR THEN MOV?
YES, LEAVE WRITE PAT CLEAR.

INO, SET ALL BITS OF WRITE PATTERN.
1 INDICATE THAT WORD ACCESSES SHOULD BE USED.

1SET ALTERNATE BYTE EXPECTED DATA PAT TO CLEAR.
1 TEST FOR SET THEN MOV TEST SEQUENCE.
1SET

THEN MOV?

YES,

LEAVE ALY BYTE PAT CLEAR.

1NO, SET ALT BYTE EXPECTED DATA PAT TO ALL 1'S.
tRESTORE SWAPPED GPR VALUES TC R1 THRL RS.

CZOHUAO DHU 11 FUNC
GLOBAL SUBROUTINE
3105
3106
3107
3108
3109
3110
3111
3112
3113
3114
3115
3116
3117
3118
3119
3120
3121
3122
3123
3124
3125
3126
3127
3128
3129
3130
3131
3132
3133
3134
3135
3136
3137
3138
3139
3140
3141
3142
3143

TST PART]1

021132

12-DEC-83

16:08

PAGE

63-1

SEQ 84

84:
X

SET OR CLEAR ALL THE USED BITS OF THE DEVICE REGISTERS FOR ALL LINES.

VERIFY

THAT

ALL

THE BITS WERE

SET

OR CLEARED CORRECTLY.

021132
021136
021142
021146

004767
004767
010167
004767

001220
002062
162616
177406

JSR
JSR
MOV
JSR

PC,SWAPO
PC,WOPOR
R1,ERRNBR
PC,RDPDR

1GET ALTERNATE GPRS FOR SETTING INTIAL STATES.
1GO CLEAR ALL USED REGISTER BIfS, ALL LINES.
1SET UP ERROR NUMBER TO INITIAL ERRNBR.
tVERIFY ALL USED REGISTER BITS, ALL LINES.

1EXIT

THIS ROUTINE

tHAS BEEN REQUESTED,
'

021152
021156

005767
001035

161122

021160

004767

001172

AN ERROR HAS BEEN FOUND AND EXTENDED ERROR REPORTING

I.E.

EXCERR IS NON-ZERO.

TSY

BNE

JSR

EXOERR

tHAS AN ERROR BEEN FOUND

PC,SWAPO

tRESTORE MAIN GPRS CONTENTS.

604

$EXIT

THIS ROUTINE

IT HAS.

1 WRITE DATA PATTERNS, ALL LOWER BYTE USED BITS, ALL REGISTERS,
+ VERIFY THAT THE DATA PATTERN WAS WRITTEN CORRECTLY.
021164
021170
021174

004767
005267
004767

002034
162570
177360

JSR
INC
JSR

PC,WOPDR
ERRNBR
PC,ROPDR

ALL LINES.

tWRITE DATA PATTERN TO DEVICE REGISTERS.
1SET ERROR NUMBER TO INITIAL.1.
tVERIFY DATA PATTERN IN ALTERRED BYTE(S).

| R4

sEXIT THIS ROUTINE IF AN ERROR HAS BEEN FOUND AND EXTENDED ERROR REPORTING
1HAS BEEN REQUESTED.
021200
021204

005767
001022

021206
021210

005703
001414

161074

TST
BNE
TST

8EQ

EXOERR
604

tHAS AN ERROR BEEN FOUND ?
1EXIT THIS ROUTINE IF IT HAS.

1CHECK

104

THE BYTE

1WORD ACCESS?

INDICATOR.

YES,

SKIP SECOND BYTE CHECK.

[ R4

s+
'

021212
021214
3144 021216
3145 021220
3146 021224
3147
3148
3149

010201
010002
005403

021230
021234

005767
001006

021236
021240

005403
010102

3150
3151
31352
3153
3154
3155
3156
3157
3158
3159
3160
3161

MACRO M1200
- REGTST -

004767

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

MOV
MOV
NEG
INC
JSR

162540
177330

R2,R1
RO,R2
R3
ERRNBR
PC,RDPOR

1SAVE THE DATA PATTERN.
1GET THE ALTERNATE BYTE EXPECTED DATA.
s INDICATE THAT OTHER BYTE IS TO BE CHECKED.
1SET ERROR NUMBER TO INITIAL
«2.
1VERIFY DATA PATS IN OTHER BYTES OF REGISTERS.

1EXIT THIS ROUTINE IF AN ERROR HAS BEEN FOUND AND EXTENDED ERROR REPORTING

1HAS BEEN REQUESTED.
;-

161044

TST
BNE

EXOERR
604

1HAS AN ERROR REEN FOUND ?
tEXIT THIS R
INE IF 1T MAS.

NEG
MOV

R3
R1,R2

tRESTORE BY?
1RESTORE DA

JICATOR.
ATTERN.

[ R4

1
i

021242
021246
021250

004767
003305
003330

000156

10¢:

PEPARE THE NEXT DATA PATTERN AND LOOP IF NOT DONE.
-

JSR
DEC
8GT

PC,ROLDAP
RS
8

1ROTATE DATA PATTERN LEFT, NOT THROUGH CARRY.
tCOUNT THIS ITERATION OF THE LOOP.
tALL PATTERNS DONE?
NO, LOOP.

CZDOHUAO DHU 11 FUNC
GLOBAL SUBROUI INE
3162
3163 021252
3164 021260
021260
165 021262

TST PART}Y

016767
004736
000207

161166

MACRO M1200
- REGTST 162504

60%:

12 DEC-83

16:08

PAGE

H 7

63 2

MOV
PASS

GPRSOB , ERRNBR

RTS

JSR

SEQ 85
+YES, RESTORE ERROR NUMBER AND EXIT.
tGET THE ERROR NUMBR FROM GPR SWAP STORAGE
.
tRESTORE GPRS.
PC.8(SP).
}RETURN TO PREGOS SUBRT.

CZDHUAO DHU 11 FUNC
GLOBAL SUBROUTINE

TST PART1

MACRO M1200
- REPSMR -

3167
3168

12-DEC-83

.SBTTL
100

3169
3170
3171
3172
3173
3174
3175
3176
3177
3178
3179
3180
3181
3182
3183
3184
3185
3186
3187

GLOBAL

16:08

PAGE

17
64

SUBROUTINE

SEQ 86

- REPSMR

8808888088800 008404880088080808448088808440000080044844034858088044040844000404

1 e

')
1s
1e
1e

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
IN A SINGLE TEST.
THIS PARAMETER CAN BE SPECIFIED BY THE OPERATOR IF
HE/SHE ANSWERS THE SOF TWARE PARAMETER QUESTIONS.

1 INPUTS:

ERCNTB - LABEL AT BASE OF LINE ERROR COUNTERS TABLE.

)
1

ERRMSG
ERRNBR

ERSMRF

ADDRESS OF PRIMARY ERROR MESSAGE.
ERROR NUMBER OF ERRORS IN THIS ROUTINE.

"REPORT ERROR SUMMARY FOR LINE” FLAGS.

1 OUTPUTS:
)

ERRBLK - ADDRESS OF ERROR REPORTING ROUTINE (DESTROYED).

SUMMARY MESSAGES MAY BE PRINTED AT THE OPERATOR CONSOLE.

1 CALLING SEQUENCE:
s¢ COMMENTS:
1e
1.
L

3188
3189
3190

3191
3192
3193 021264
021264
3194 021270
3195 021274
3196
3197
3198
3199 021276

3200
3201
3202
3203
3204 021304

021304

3205
3206 021306
021306
3207 021310

JSR

PC.REPSMR

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

s+ SUBORDINATE ROUTINES CALLED:
§o-

004567
005767
001404

0808428088088 800080000080408088800088408880000480000008400000880008088404888048

REPSMR::

162502
161162

SAVE
ST

8EQ

ERSMRF

JSR

60¢

1 SAVE CONTENTS OF GPRS RO THRU RS.
RS, PREGOS
1CALL REGISTER SAVE SUBRT.
1CHECK THE “PRINT LINE ERROR SUMMARY* FLAGS.

1EXIT WITHOUT ACTION IF NO SUMMARY FLAGS SET.

1 WE MAVE SOME ERROR SUMMARIES TO REPORT,
012767

016656

MOV

162464

#ER9004 ,ERRBLK

;SELECT ERROR REPORTING ROUTINE.

3+ REPORT
3

ERROR

104460
004736
000207

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

TRAP

60¢:

PASS
RTS

JSR

1RESTORE GPRS.

PC.8(SP)+

CS$ERROR

tRETURN TO PREGOS SUBRT.

CZDHUAO DHU

GLOBAL

11 FUNC

SUBROUT INE

TST PART1

3209
3210
3211
3212
3213
3214
3215
3216
3217

MACRO M1200
- RESETT .

12-DEC-83

.SBTTL

16:08

PAGE

J7
65

SEQ 87

GLOBAL SUBROLTINE

- RESETT

1008848044482 00008088888440088000048008000004008400484400440046460008400088840004048

1
1 e
T

- 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,

ABORT

TEST

ERROR

MESSAGE

REPORTED.

THEN

3218
3219
3220
3221
3222
3223
3224
3225
3226
3227
3228

1& INPUTS:
1 e
1 e

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

1& QUTPUTS:
i
i e
1e
i 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 INTERRUPT ENABLE BITS IN THE DUT'S CSR ARE CLEARED.

1 e

1# CALLING SEQUENCE:
[EJ

1o COMMENTS:
X

3229

3230

1 &

3231
3232
3233
3234 021312
021312
3235 021316
3236
3237
3238

3239
3240

JSR

PC,RESETT

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

1¢ SUBORDINATF ROUTINES CALLED: DELAY,MSLGET.

108080828088 8484800408048084884488008880080080800048000800008084000880000448088408888804

004567
012702

162454

RESETT::

SAVE

MOV

000040

JSR
#8IT05,R2

1SAVE CONTENTS OF GPRS RO THRU RS.

RS, PREGOS
sCALL REGISTER SAVE SUBRT.
1SET BIT MASK OF MASTER RESET BIT.

[

s
+
'

TEST THE STATE OF THE MASTER RESET BIT IN THE CSR.
IF MR IS SEV THEN WAIT FOR SELF-TEST TO COMPLETE.
IF TIME-OUT OCCURS, REPORT THE ERROR AND PASS-OUT ABORT TEST INDICATOR.

3241 021322
3242 021326
3243 021330
3244 021332
3245 021334
3246 021340
3247 021344
3248

016704
030214
001406

160710

012701
004767
103012

011610
176554

MOV

CSRA,R4

1GET THE ADODRESS OF THE DUT'S CSR.

CLR
MOV

R3
43000. ,R1

1SET UP DESIRED STATE OF MASTER RESET BIT.
tPASS TIME-OUT VALUE OF S SECONDS.

8cC

81T
8EQ

JSR

R2,(R4)
2

PC,MSLGET

1CHECK STATE OF MASTER RESET BIT.
1OON‘T DELAY IF MR IS ALREADY CLEAR.

tWAIT FOR SELF-TEST TO COMPLETE, MR CLEAR.
1GO REPORT ERROR IF TIMEOUT OCCURRED.

P SET MASTER RESET BIT IN CSR. CLEAR TX AND RX ENABLE BITS, ETC.
8

'
'

021346
021352

010277
004767

160664
000722

SKIP THE SELFTEST.

TIME-OUT OF S SECS,

MOV
JSR

JUST

R2,8CSRA
PC,SKPSTS

IN CASE

THE

SELF-TEST EXECUTES.

1SET MASTER RESET BIT, DISABLE TX AND RX INTS.
1TRY TO SKIP THE SELFTEST.

SET SELF-TEST TIME-OUT OF S SECONDS, AND WAIT FOR M.R TO CLEAR.
¥ES¥IPIE'6CIICJIT$CWS. THEN REPORT THE FATAL ERROR AND PASS-OUT THE ABORT
021356
021360
021364
021370

005003
012701
004767
103410

011610
176530

CLR

1SET UP DESIRED STATE OF MASTER RESET BIT.

PC,MSLGET

tWAIT FOR SELF-TEST TO COMPLETE, MR CLEAR.

MOV

#5000. ,R1

8Cs

JSR

1PASS TIME-OUT VALUE OF S SECONDS.

$SKIP ERROR REPORT IF.MR CLEARED IN TIME.

CZDHUAO DHU 11 FUNC
GLOBAL SUBROUTINE

TST PARTL

MACRO M1200
- RESETT -

3265

ggg;

3266

3269 021372
3270 021376
3271
3272

3273 021404

021404
3274 021406
ig;g 021410

012701

012767

012171

016462

162364

SET

12-DEC-83

16:08

UP ERROR MESSAGE

I<7

PAGE 65-1

SEQ 88

TO REPORT

"FATAL ERROR FOUND DURING RESET,TEST

INDICATE TEST IS TO BE ABORTED B8Y CLEARING THE CARRY BIT,

ABORTED”.

MOV

#€EM1601,R1

ERROR

104460
000241
000403

1PASS ERROR MESSAGE

TO REPORT.

MOV
S#ER1603,ERRBLK ;PASS ADDRESS OF ERROR HANDLING ROUTINE.
tREPORT ERROR “TIME-OUT OCCURRED WAITING FOR MASTER RESET TO CLEAR"
1 "TEST ABORTED"

CLC
BR

»»>>> ERROR

<<cc<¢

TRAP
CS$ERROR
s INDICATE TEST IS TO BE ABORTED.
1EXIT THIS SUBROUTINE, ABORT TEST INDICATOR.

604

3277

gg;g

3280 021412
333:5 021416

3283 021420

005067
000261

021420

004736

3285 021422
3286

000207

3284

CLEAR TX AND RX INTERRUPT ENABLE STATUS FLAGS IN IESTAT,

1 EXIT WITH CONTINUVE TEST INDICATOR SET (IE,CARRY SET).
160666

64:

CLR
SEC

604 :

PASS
RTS

IESTAT

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

sRESTORE GPRS,

PC.8(SP)+

PASS THE FOLLOWING INTACT:

tRETURN TO PREGOS SUBRT.

;CARRY BIT:IF CLEAR,INDICATES ABORT TEST.

CZOHUAO DHU 11 FUNC
GLOBAL SUBROUTINE

TST PART1

MACRO M1200
- ROLDAP -

12-DEC-83

16:08

PAGE 66

SEQ 89

3288

.SBTTL

GLOBAL SUBROUTINE

3290
3291
3292
3293
3294
3295

i
i
'y
.
1
1o

- 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
UPON THE STATE OF THE MSB OF THE DATA PATTERN,BEFORE A ROL INSTRUCTION
IS EXECUTED.

3289

ROLOAP

(0088804004408 880080000488484800888800088048800400808004004088840000848008080888044

gggg

1+ INPUTS:

- CONTAINS THE DATA PATTERN TO BE ROTATED

- CONTAINS THE ROTATED DATA PATTERN

gggg

s« QUTPUTS:
[E
)

ggg?

1¢ CALLING SEQUENCE:

JSR

PC.ROLDAP

3302
3303
3304

;¢ COMMENTS:
i e
t1¢ SUBORDINATE ROUTINES CALLED:

3305

3306
3307 021424
021424
3308 021430
3309 021432
3310 021434
3311 021436
3312 021440
021440
021444
3313
3314 021446

NONE

1808880484488 80048040040800008040048880008808880800888088888888088008000000804808080844

004567
005702
100001
000261
006102

162342

010266
004736

000006

000207

ROLDAP: : SAVE

24:
60¢:

TST
B8PL
SEC
ROL
PASS

R2
24

RTS

R2
R2

JSR

MOV
JSR

$ SAVE CONTENTS OF GPRS RO THRU RS.
RS ,PREGOS
sCALL REGISTER SAVE SUBRT.
1CHECK MSB, AND CLEAR CARRY.
;1BRANCH IF CLEAR.
+1SET CARRY IF MSB SET
sROTATE DATA PATTERN LEFT
1REST RE GPRS,EXCEPT
R2,R2. LOT(SP)
sPUT R2 IN STACK SLOT.
PC,8(57)
sRETURN TO PREGOS SUBRT.
1R2 - L INTAINS THE ROTATED DATA PATTERN

CZDHUAO DHU 11 FUNC
GLOBAL SUBROUTINE
3316
3317
3318
3319
3320
3321
3322
3323
3324
3325
3326
3327
3328
3329
3330
3331
3332
3333
3334
3335
3336
3337
3338
3339
3340
3341
3342
3343
3344
334S 021450
021450
3346
3347
3348
3349
3350 021454
3351 021456
3352 021462
3353 021466
3354
3355
3356
3357 021470
3358 021474
3359 021500
3360
3361
3362
3363
3564 021506
021506
3365
3366
3367
3368 021510
3369 021516
3370 021520

TST PART1

MACRO M %200
RSTRP

12-DEC-83

.SBTTL
104

16:08

PAGE 67

SEQ 90

GLOBAL SUBROUTINE

RSTRPT

2824080000805 04808884800088500840004000008080044840040044084080884880048080800844

i b

Iy
e
i e

REPORT

ANY

RESET

ERRORS

ARE

ROUTINE

THIS ROUTINE ODETERMINES IF ANY ERROR CODES ARE AMONG THE DIAGNOSTIC
CODES REPORTED PLACED IN THE DUT RECEIVED CHARACTER FIFO BY THE
SELF-TEST.
IF ANY NON BMP ERROR CODES ARE FOUND, OR IF OTHER ERRORS

18
18

Iz
1.

ARE

ENCOUNTERED,

ARE

FOUND,

ARE

APPROPRIATE

PLACED

THE

BMP

CODE

REPORTED.

QUEUE

ANY

BMP

REPORTED

CODES

THAT

LATER.

THIS ROUTINE ALSO PURGES THE DUT FIFO LOOKING FOR ANY CHARACTERS
OR MODEM STATUS CODES.
IF ANY ARE FOUND, ERRORS ARE REPORTED.

1 &

1& INPUTS:
L
1e
1

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

- CONTAINS ADDRESS OF THE OUT RECEIVER FIFO.

1 &

1 & OUTPUTS:
T
i
1

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.

1* CALLING SEQUENCE:

JSR

PC,RSTRPT

1 &

;¢ COMMENTS:
i e
1 e

[E
)

162316

THRU INITIAL ERRNBR.4,
THIS ROUTINE DOES NOT DESTROY THE VALUE OF ERRNBR.

1+ SUBORDINATE ROUTINES CALLED:

ERO0S03,ER9007,ER9008,SAVBMP.

RSTRPT::

1SAVE CONTENTS OF GPRS RO THRU RS.
RS ,PREGOS
1CALL REGISTER SAVE SUBRT.

1--

004567

THIS SUBROUTINE CAN REPORY ERRORS WITH NUMBERS INITIAL ERRNBR

880080048044448480484008458048800008080008000080000808500048040882888880008848

SAVE

JSR

s+ READ CORRECT NUMBER (NUMBER OF LINE ON DUT) OF CHARS FROM THE FIFO.
s VERIFY THAT EACH CHAR IS A SELFTEST SUCCESS CODE.
'-

005003
016705
017702
100422

162302
160552

CLR
MOV
MOV
8MI

2¢:

R3
ERRNBR ,RS
SRBUFA,R2
4

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

i WE EXPECT A SELFTEST CODE, BUT THIS FIFO SLOT IS EMPTY,
'-

010567
012701
012767

162270
015123
016772

MOV
MOV
MOV

162262

RS, ERRNBR
#EM9018,R1
#ER9007 ,ERRBLK

tRESTORE ERROR NUMBER TO INTITIAL VALUE.
1PASS ERROR MESSAGE INFO TO ER9007 ROUTINE.
; SELECT PROPER ERROR REPORT ROUTINE.

1 REPORT ERROR WITH NUMBER INITIAL ERRNRS.
H
“NQ SELFTEST CODE IN SELFTEST CODE FIFQO SLOT FOR LINE NN AFTER RESET."
'-

ERROR

104460

»>>>> ERROR

<¢<¢<«c«c,

TRAP

CS$ERROR

1
032767
001003
012767

000100

160502

000001

160552

EXIT THIS ROUTINE IF EXTENDED ERROR REPORTING HAS NOT BEEN REQUESTED.
8IT
BNE
MOV

®BIT06,0PTION
3¢
#1 ,EXOERR

;HAS EXTENDED ERROR REPORTING BEEN REQUESTED
+AVOID SET THE FLAG IF IT MAS.
1SET THE EXIT ON ERROR FLAG

CZDHUAO DHU-11 FUNC TST PART1
GLOBAL SUBROUTINE
3371
3372
3373
3374
3375
3376
3377
3378
3379
3380
3381
3382
3383
3384
3385
3386
3387
3388
3389
3390
3391
3392
3393
3394
3395
3396
3397
3398
3399
3400
3401
3402
3403
3404
3405
3406
3407
3408

3409
3410
3411
3412
3413
3414
3415
3416
3417
3418
3419
3420
3421
3422
3423
3424
3425
3426

MACRO M %200
- RSTRP

12 DEC-83

16:08

PAGE

67-1

SEQ 91

INIDICATE

“SUCCESS” (BECAUSE FIFO IS PURGED),

AND EXIT THIS ROUTINE.

021526
021530

000261
000167

3s:

000406

SEC
JMP

604

$SET SUCCESS FLAG.
tEXIT ROUTINE,

+ DETERMINE IF THIS IS NOT A SELFTEST COOE.
021534
021540

021542

012700
040200
001042

070001

44:

MOV
BIC

BNE

€70001,R0
R2,RO
8t

1GENERATE BIT MAP OF ANY CLEAR ERROR BITS OR
;)
BIT O WHICH ARE CLEAR,
+GO TO REPORT ERROR IF THIS IS NOT A TEST CODE.

s
;

WE HAVE A TEST CODE (EITHER BMP OR SELFTEST CODE).
DETERMINE WHAT TYPE OF CODE WE WAVE.

‘-

021544
021550
021552
021556
021560
021564
021566
021572
021574
021576
021602

032702
001462
120227
001457
120227
001454
012700
040200
001003
004767
000445

817

000200

000203
000201

(o] ]

1SKIP ERROR REPORT IF SELF TEST NULL CODE.

MOV
BIC
BNE

#300,RO
R2,R0
64

JSR
B8R

000430

1 TEST ROM VERSION CODE INDICATOR BIT.

10¢
R2,0203
10¢
R2,0201

BEQ

000300

#MBIT7,R2

BEQ
CMPB
BEQ
CMPB

PC.SAVBMP
10¢

s SKIP ERRORS IF SELFTEST ROM VERSION CODE.
sCHECK IF SKIP SELF TEST COOE.
1SKIP ERROR REPORT IF SKIP SELF TEST CODE FOUND
;CHECK IF NALL CODE PRESENT,
s TEST CODE TYPE BITS FOR BOTH CODE
3
TYPE BITS SET (INDICATING 8MP COOE).
sIF IT IS NOT A BMP CODE GO REPORT ERROR.

sSAVE THE BMP CODE ON THE QUEUE.
1GO GET THE NEXT CHARACTER FROM THE FIFO.

; WE HAVE A SELFTEST ERROR CODE.
'

021604
021610
021614
021620

010567
005267
012701

012767

162154
162150
015150
017062

64:

MOV

RS ,ERRNBR

sRESTORE ERROR NUMBER TO INTITIAL VALUE.

MOV

#EM9020,R1

1PASS ERROR MESSAGE INFO TO ER9008 ROUTINE.

INC

MOV

162142

ERRNBR

#ER9O08 ,ERRBLK

sCALCULATE INITIAL ERROR NUMBER PLUS 1.
;SELECT PROPER ERROR REPORT ROUTINE.

021626
021626

REPORYT ERROR WITH NUMBER INITIAL ERRNRB

' ERROR

104460

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

»»>>> ERROR <¢cccc,

TRAP

CS$ERROR

s+ EXIT THIS ROUTINE IF EXTENDED ERROR REPORTING HAS NOT BEEN REQUESTED.
'-

021630
021636

032767
001027

021640
021646

012767
000534

000100

160362

BIT
BNE

#B8IT06,0PTION
104

160432

MOV
BR

#1 ,EXOERR

504

1HAS EXTENDED ERROR REPORTING BEEN REQUESTED ?

1AVOID SET THE FLAG IF
1 THE END OF THE LOOP.

IT HAS AND GO TO

1SET THE "EXIT ON ERROR” FLAG
$EXIT THE ROUTINE WITH FAILURE SINCE THE FIFO
1IS NOT PRUGED.

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

021650
021654
021662
021666

010567
062767
012701
012767

162110
000002
015133
016772

MOV

ADO

162102

MOV
MOV

162074

RS ,ERRNBR
42 ,ERRNBR
#€M9019,R1
#ER9007,ERRBLK

tRESTORE ERROR NUMBER TO INTITIAL VALUE.
sCALCULATE INITIAL ERROR NUMBER PLUS 2.
1PASS ERROR MESSAGE INFO TO ER9007 ROUTINE.
1SELECT PROPER ERROR REPORT ROUTINE.

REPORT ERROR WITH NUMBER INITIAL ERRNRB

CZOMUAO DHU 11 FUNC TST PART}
GLOBAL SUBROUT INE

MACRO M1200
- RSTRPT -

3427

3428
3429 021674
021674
3430
3431
3432
3433 021676
3434 021704
3435
3436 021706
3437 021714
3438
3439
3440
3441
3442 021716
3443 021720
3444 021724
3445
3446
3447
3448 021726
3449 021732
3450 021736
3451 021744
3452 0217352
3453 021756
3454 021760

12 DEC

16:08

B&
PAGE

67-2

5eG 92

"NON SELFTEST CODE IN SELFTEST CODE FIFO SLOT FOR LINE NN AFTER RESET.
"

ERROR

104460

»>»»>> ERROR <cccc,
TRAP

CSERROR

1
032767
001004

000100

160314

012767
000511

000001

160364

EXIT

THIS ROUTINE

8IT

BNE

MOV

IF EXTENOED ERROR REPORTING HAS NOT BEEN REQUESTED.

eBIT06,0PTION

108

41 ,EXOERR

504

1tHAS EXTENDED ERROR REPORTING BEEN REQUESTED ?

sAVOID SET THE FLAG IF IT HAS AND GO TO
s THE END OF THE LOOP,
1SET THE “EXIT ON ERROR" FLAG
tEXIT THE ROUTINE WITH FAILURE.

|14

+ END OF LOOP, LOOP IF NOT ALL CHARS MAVE BEEN READ FROM THE FIFO.
005203
020327
002656

10¢:

000010

INC
ce

8Ly

R3
R3, 08,
24

$SET CODE COUNTER FOR NEXT ITERATION OF LOOP.
s TEST FOR ALL COOES READ.
1LOOP IF NOT CHARS READ FROM FIFO.

|R4

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

012704
010567
062767
012767
017702
000261
100070

162020
162016

MOV
MOV
ADD
MOV
MOV
SEC
8PL

12¢:

018. ,R4
RS ,ERRNBR
03,ERRNBR

OERI008,ERRBLK
SRBUFA ,R2

60¢

1 INITIALIZE THE CHARACTER COUNTER.
1GET INITIAL VALUE OF THE ERROR NUMBER.
tCALCULATE ERROR NUMBER OF NEXT ERROR.
; SELECT PROPER ERROR REPORT ROUTINE.
sREAD A CHARACTER FROM THE DUT FIFO.
s INODICATE SUCCESS IN CASE DATA.VALID IS CLEAR,
1EXIT ROUTINE WITH SUCCESS IF DATA.VALID CLEAR.

|IR

WE HAVE A CHARACTER.

s+ DETERMINE IF CHARACTER IS A DATA CHARACTER.
021762
021765
021770

012700
040200
001403

MOV

070000

8IC
8EQ

#70000,R0

R2,RO
14¢

s TEST BITS 12 THRU 14 OF THE

+
CODE READ FROM THE DUTY FIFO.
1SKIP THIS ERROR IF CODE IS NOT A DATA CHAR.

|B4

s WE HAVE AN UNEXPECTED DATA CHARACTER:
021772
021776

012701
000423

MOV

015174

B8R

0EM9022,R1

224

SET UP AND GO TO REPORT ERROR.

1SELECT ERROR MSG INFO FOR EROB08 ROUTINE.

1GO0 TO REPORT THIS ERROR.

fK4

1 WE HAVE AN UNEXPECTED CODE.
s+ DETERMINE IF THE CODE IS A MODEM STATUS CODE.
022000
022004

032702
001003

144:

err

BNE

#8IT0,R2

164

1 TEST MODEM STATUS INDICATOR BIT OF COOE.

1SKIP THIS ERROR IF NOT MODEM STATUS CODE.

1 WE HAVE A MODEM STATUS CODE:
022006
022012

012701
000415

MOV

015213

B8R

EMI023,R1

224

SET UP AND GO TO REPORT ERROR.

1SELECT ERROR MSG INFO FOR EROS0O8 ROUTINE.

1GO TO REPORT THIS ERROR.

1 WE HAVE AN ONBOARD TEST COOE.
s DETERMINE IF THIS CODE IS A BMP COOE.
'-

022014

032702

000200

16¢:

8IT

#8177 ,R2

1 TEST THE ROM VERSION BIT OF THE COOE.

CH
CZOHUAO DHU-11 FUNC
GLOBAL SUBROUTINE
5483
3484
3485
g:&g
8
gaga

022020
022022
022026
022030

TST PART1)

001404
012700
040200
001403

MACRO M1200
- RSTRPT -

12 DEC-83
BEQ
MOV
8IC
BEQ

000300

C
s+ WE HAVE

489

3490 022032

g:gl 022036
2
2293

012701

GO0403

015235

188

MOV

PAGE 67 3

18%
#300,R0
R2,RO
204

004767
000411

000166

208

JSR
B8R

SEQ 93
1GOTO SET UP FOR SELFTEST

CODE

ROM VERSION.

s TEST THE ERROR TYPE BITS OF THE CODE.
1SKIP THIS ERROR IF BMP CODE.

A SELFTEST CODE:
#EM9024 ,R1

SET UP AND GO TO REPORT
$;SELECT ERROR MSG

224

1
i+ WE HAVE A BMP CODE:

3495 022040
g:gg 022044

16:08

1GO TO REPORT

SAVE

PC,SAVEBMP
24

ERROR.

INFO FOR ERO808 ROUTINE.

THIS ERROR.

IT ON THE QUEUE.
$SAVE
3

THE BMP CODE ON

THE QUEUE.

3498
3499
3500
3501 022046
3502 022046

i+ REPORT THE ERROR WITH ERROR NUMBER OF INITIAL ERRNBR + 3.
'
"UNEXPECTED XXX XXXX FOR LINE NN IN FIFO AFTER RESET:”
i 22%:
ERROR
'
»»5>>> ERROR <ccccc,
TRAP

104460

CS$ERROR

2%3

3 EXIT THIS ROUTINE IF EXTENDED ERROFI FEPORTING HMAS NOT B8EEN REQUESTED.
'

3505 022050
3506 022056
3507
3508 022060

gggg 022066

032767
001004

000100

160142

8IT
BNE

012767

000001

160212

MOV

000424

3511
3512

#IT06,0PTION
244
41 ,EXOERR

S0t

1HAS EXTENDED ERROR REPORTING BEEN REQUESTED ?
tAVOID SETTING THE FLAG IF IT MAS AND GO TO

sTHE END OF THE LOOP.
$SET THE “EXIT ON ERROR” FLAG

tEXIT THE ROUTINE WITH FAILURE.

3o
s END OF LOOP.

ggfi

i COUNT THE CHARACTER WE JUST RECEIVED, AND CHECK FOR TOO MANY RECEIVED.
'-

3515 022070
;g{g 022072

005304
001327

244:

DEC
BNE

R4
12¢

3518
3519
gggg

3
3
:

sCOUNT THIS CHARACTER.
1LOOP IF NOT TOO MANY CHARACTERS PURGED.

WE READ TOO MANY VALID CHARACTERS WHILE
REPORT ERROR AND EXIT WITHOUT SUCCESS.

TRYING TO PURGE THE FIFO.

“FIFO WILL NOT PURGE (DATA.VALID STUCK SET),

REMAINDER OF TEST SKIPPED.
"

3522
3523
3524
3525
3526

022074
022100
022104
022112

3527 022120

3528 022120

012701
010567
062767
012767

015012
161660
000004
016072

MOV
oEM9017,R1
MOV
RS ,ERRNBR
ADD
&4 ,ERRNBR
MOV
SEROSO3Z,ERRBLK
1PRINT ERROR REPORT,

161652
161650

ERROR

104460

1SELECT PROPER ERROR MESSAGE.
1GET INITIAL ERROR NUMBER.
sCALCULATE INITIAL ERRNBR + 4,
;SELECT PROPER ERROR REPORT ROUTINE.

»>3>> ERROR <¢cccc,
TRAP

C$ERROR

gggg

3+ EXIT THIS ROUTINE IF EXTENDED ERROR REPORTING HAS NOT BEEN REQUESTED.
'-

3531 022122
3532 022130
gggz 022132

032767
001003
012767

gg;z 022140

000241

3537 022142

000100

160070

000001

160140

81vY
BNE
MOV
S04 :

CcLC

604¢:

PASS

#MIT06,0PTION
S0¢
#1,EXOERR

1HAS EXTENDED ERROR REPORTING BEEN REQUESTED ?
sAVOID SETTING THE FLAG IF IT MAS.
1SET THE “EXIT ON ERROR" FLAG
1CLEAR THE SUCCESS FLAG.
1RESTORE GPRS,

CZDHUAO DHU 11 FUNC
GLOBAL SUBROUTINE
022142

3538 022144

TST PARTY

004736

000207

MACRO M1200
- RSTRPY

12 DEC-83

16:08

RTS

PAGE

JSR

67 4

SEQ 94
PC,8(SP).

CARRY

iRETURN

SUCCESS FLAG (SET

TO PREGOS

IF FIFO

SUBRT,

IS PURGED).

CZOMUARDO DMU 11 FUNC
GLOBAL SUBROUTINE
3540
3541
3542
3543
3544
3545
3546
3547
3548
3549
3550
3551
3552
3553
3554
3555
3556
3557
3558 022146
3559 022150
022150
022152
3560 022154
022154
022160
3561 022162
3562 022170
3563 022176
022176
022200
3564 022202
3565 022204

TST

PART1

MACRO M1200
RXIEO -

12-DEC-83

.SBTTL
100

16:08

PAGE

E8
68

SEQ 95

GLOBAL SUBROUTINE

- RXIEO

1 e

THIS

ROUTINE

RECEIVER

USED

INTERRUPT DISABLE

DISABLE

RECEIVER

8802084008020 000048040000004000080880004800080000800400080000000000008486006080008¢

INPUTS:

INTERRUPTS

THE

DMUL1.

NONE.

16 QUTPUTS:

THE RX.INT.ENBL BIT IS CLEARED IN THE DUT CSR.

IESTST

-CONTAINS THE UPDATED STATUS OF

ENABLE

BITS,

1®

THE

TX AND RX INTERRUPT

s* CALLING SEQUENCE:

JSR

sy COMMENTS:

)

PC.RXIEO

THE CONTENTS OF THE INDIRECT ADDRESS REGISTER FIELD IN

THE

OUT

CSR

ARE

DESTROYED.

1 e

1+ SUBORDINATE ROUTINES CALLED:
j~-

010046

RXIEO::

104440
010046

012700
104441
042767
016777
012600

104441

012600
000207

137777

160110

MOV

GETPRI

RO, -(SP)

-(SP)

SETPRI #PRIO?

000340

160114

160040

NONE.

0888848080008 0888008840000880000800008000008008000080440080080008000808080008060048

8I1C

#137777,IESTAT

MOV
IESTAT,8CSRA
SETPRI (SP).
MOV

RTS

(57)¢ RO
PC

1 SAVE CONTENTS OF RO ON THE

STACK.

1SAVE PROCESSOR PRIORITY ON STACK.
TRAP
CS$GPRI
MOV
RO, -(SP)
1 IGNORE ANY INTERRUPT THAT MAY BE GENERATED.
MOV
#PRIO7,RO
TRAP

;CLEAR RX,INT.ENBL BIT IN IESTAT,

C$SPRI

1DISABLE RX INTERRUPTS.
1ENABLE INTERRUPTS TO THE PROCESSOR AGAIN.
MOV
(SP)+,RO
TRAP
C$SPRI
1RESTORE RO,

CZOHMUAO DHU-11 FUNC
GLOBAL SUBROUTINE

3567
3568
3569
3570
3571
3572
3573
3574
3575
3576
3577
3578
3579
3580
3581
3582
3583
3584
3585
3586
3587
3588
3589

TST PART1

MACRO M1200
-

12 DEC-83

16:08

PAGE

F&8
69

SEQ 96

RXIE

.SBTTL
100

GLOBAL

SUBROUTINE

RXIELl

0030280800400 808008288000000048800080800008008080004040804080008808684080008400840

THIS ROUTINE

- RECEIVER INTERRUPT ENABLE

IS USED

TO ENABLE

RECEIVER

INTERRUPTS

[

1¢

INPUTS:

THE

DHMU11.

NONE.

(L]

s QUTPUTS:
i e

1 e

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

ENABLE

BITS,

[

1* CALLING SEQUENCE:
e

1o COMMENTS:
1o
e

052767
042767
016777
000207

000100

137677
160056

160070

160062
160006

PC.RXIEL

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

1* SUBORDINATE ROUTINES CALLED:

NONE.

RXIEl::

022206
022214
022222
022230

JSR

8808848800048 88080080080800080808000800808808080080080800004060800080004048000000800

BIS

#1706, IESTAT

1SET RX.INT.ENBL BIT

8IC
R?gv

#137677,IESTAT
gESTAT.GCSRA

,;CLEAR ALL OTHER BITS,
1ENABLE RX INTERRUPTS,

IN IESTAT.

EXCEPT TX AND RX I.E.

CZDHUAO DHU 11 FUNC
GLOBAL SUBROUTINE

TST PART1

3591

MACRO M1200
SAVBMP -

12 DEC 83

16:08

PAGE

G8
70

SEQ 97

3592

1¢¢

.SBTTL

GLOBAL

3593
3594
gg95
96
3597
3598
3599
3600
3201
02

1o
(e
'
L]
s
1 e
(e
i e
1s
1*

- SAVE BMP CODES ROUTINE THIS ROUTINE SAVES THE PARAMETER PASSED IN, ONTO THE BMP CODE
TOGETHER WITH THE NUMBER OF THE CURRENTLY EXECUTING TEST.

3603
ggg;

SUBROUTINE

SAVBMP

0840423082080 008800800800800848000808800800000400200000080844800888000400800840¢

IMPUTS:

1* OQUTPUTS:
‘.

R2 - CONTAINS THE
BMPCQP - CONTAINS
BMPCQB - LABEL AT
BMPCQE - LABEL OF
TSTNUM - CONTAINS

QUEUE

BMP CODE THAT IS TO BE PLACED ON THE QUEUE.
ADDRESS OF NEXT LOCATION IN THE BMP QUEUE.
BASE OF THE BMP CODE QUEUE.
NEXT LOCATION AFTER THE END OF THE BMP QUEUE.
THE NUMBER OF THE CURRENT TEST,

BMPCQP INCREMENTED BY 4.
THE CONTENTS OF THE BMP CODE QUEUE ARE UPDATED.

1 &

ggg?

1+ CALLING SEQUENCE:

JSR

PC,SAVBMP

1 &

3608

1«

ggog

i s

3611

;¢

3612

3 -

3613
3614 022232
022232
3615 022236
3616 022242
3617 022246
3618 022250
3619 022254
3620 022256
3621 022262
3622 022264
gggz 022270
3625 022274

022274

3626 022276

004567
016704
116724
005204
042702
010224
020427
103402
162704
010467
004736

000207

161534
160256
160052

COMMENTS:

THE OVERFLOW OCCURS THEN THE LAST LOCATION WILL BE

SUBORDINATE ROUTINES CALLED:

002722

2:
604 :

NONE.

8446080808808 04808080888808000048800000000008000088800080800008080800080088080048

SAVBMP::

177400

000004
160224

OVERWRITTEN BY ANY SUBSEQUENT ATTEMPTS TO UPDATE THE QUEUE.

SAVE
MOV
MOV
INC
8IC
MOV
crp
8LO
sSuUB8

MOV

JSR
BMPCQP R4
TSTNUM,(R4) .
R4
#177400,R2
R2,(R4).
R4, #BMPCQE
28
o4 R4
R4 ,.BMPCQP

PASS

RTS

JSR

s SAVE CONTENTS OF GPRS RO THRU RS.
RS, PREGOS
1CALL REGISTER SAVE SUBRT,
1GET THE POINTER TO THE NEXT LOCATION IN QUEUE.
$SAVE THE CURRENT TEST NUMBER ON THE QUEUE.
s INCREMENT THE POINTER TO GIVE AN EVEN ADDRESS.
sCLEAR THE UNMWANTED BITS FROM THE BMP COOE.
tSAVE THE BMP CODE ON THE QUEUE.
1CHECK IF OVERFLOW WILL OCCUR THE NEXT VIME.
160 SAVE THE POINTER IF WE WILL NOT OVERFLOM.
tRESET THE POINTER TO THE LAST LOCATION IN QUE.
$SAVE THE POINTER.
;RESTORE GPRS.

PC.8(SP).

tRETURN

TO PREGOS

SUBRT.

CZDHUAO DHU 11 FUNC
GLOBAL

SUBROUTINE

TST PART1

3628
3629
3630
3631
3632
3633
3634

MACRO M1200

SKPSTS

12-DEC-83

PAGE

SEQ

.SBTTL
1¢¢

GLOBAL SUBROUTINE

SKPSTS

0040040430040 808880084040488080048008088008000000000002840000000888800480800880020

;e
)

3635

16:08

SKIP SELFTEST ROUTINE

THIS SUBROUTINE IS USED TO SKIP THE SELFTEST AFTER A DUT RESET HAS BEEN
INITIAYED.,
IT MUST BE ENTERED IMMEDIATELY AFTER SETTING THE OUT MASTER

RESET

CONSIDERATIONS).

ROUTINE

AFTER

THE

EXECUTION

BUS

RESET

(BECAUSE

TIMING

1 &

3636
3637
3638
3639
3640

1¢ INPUTS:
i e

CSRA - CONTAINS ADDRESS OF THE DUT CSR.
TXBFCA - CONTAINS ADDRESS OF DUT DMA BUFFER COUNT REGISTER.

1& OUTPUTS:

SKIP SELFTEST CODES ARE WRITTEN TO THE OUT REGISTERS.

1 e

1 ¢

1* CALLING SEQUENCE:

JSR

PC,SKPSTS

1 e

1 COMMENTS:
1 &

1® SUBORDINATE ROUTINES CALLED:
§--

022300
022300
022304
022310

004567
012704
004767

161466
000012
175544

DELAY.

088888808 884888048884204288280088880400484008004800000480800000000084440408008

SKPSTS::

SAVE

MOV
JSR

#10.,R4
PC,DELAY

JSR

1SAVE CONTENTS OF GPRS RO THRU RS.

RS ,PREGOS
tCALL REGISIER SAVE SUBRT.
1PASS DELAY VALUE OF 10 MILLI-SECONDS.
1tDELAY FOR 10 MILLI-SECONDS.

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

022314

012701

000060

022320

052525

022334
022336
022342
022344
022350

012703
005301
016704
010124
010324
020467
103774
032701
001365

022352
022352
022354

004736
000207

022324

022326
022332

157704
157712

4%:

MOV
ONUMLNS!BITOS,R1 ;FORM IND.ADR.REG FIELD (PLUS M.R. BIT) WORD.
s THE ABOVE INCLUSION OF THE M.R. BIT IS NECESSARY BECAUSE OF THE
s
LACK OF A M.R. BIT WRITE LOCK-OUT ON THE DHU-11.
MOV
932525 ,R3
tINITIALISE THE SKIP SELF-TEST CODE.
DEC
R1
1SELECT THE NEXT SET OF DEVICE REGISTERS.

64:

MOV
MOV

000017

MOV

CSRA,R4

1GET THE ADORESS OF THE CSR OF THE DUT.

cre
8LO

R4, TXBFCA
6¢

1COMPARE POINTER WITH LAST REGISTER ADDRESS.
:LOOP IF NOT ALL REGS OONE IN THIS BANK.

8IT

BNE
60¢:

R1,(R4).
R3,(R4).
€17,R1

PASS
RTS

1SELECT A BANK OF DUT REGISTERS.
IWRITE THE CODE TO A DUT REGISTER.

1 TEST FOR IND.ADR.REG FIEI.LD DECREMENTED 7O O.

1LOOP UNTIL ALL REGISTERS CONTAIN THE COOE.
JSR

1RESTORE GPRS.

PC.8(SP)+

tRETURN TO PREGOS SUBRT.

CZDHUAO DHU 11 FUNC
GLOBAL SUBROUTINE

TST PART)

3670
3671
3672
3673
3674
3675
3676
3677
3678

MACRO M1200

SWAPO

12-DEC-83

.SBTTL

16:08

18
PAGE

SEQ 99

GLOBAL SUBROUTINE

SWAPO

160

0004584480808 808408808084000000008804800040088840048048848008082000088400480800868084

iz
1 e
1 e

- SWAP GPRS WITH GPR SET O ROUTINE THIS SUBROUTINE SWAPS THE PRESENT CONTENTS OF GPRS R1 THRU RS WITH
THE CONTENTS OF THE NUMBER ZERO GPR SAVE AREA.
THE CONTENTS OF RO

ARE

NOT

ALTERED

THIS

SUBROUTINE.

1 e

;¢ INPUTS:
1o

3679

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

3680
3681

1¢ CUTPUTS:
i s
ie
i e

R1 THRU RS CONTAIN THE PREVIOUS CONTENTS OF GPR SAVE AREA
GPRSO

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

1 &

1 CALLING SEQUENCE:

JSR

PC ., SWAPO

;1o COMMENTS:
1 e

THE STATE OF THE CARRY FLAG IS NOT ALTERRED B8Y THIS ROUTINE.

1* SUBORDINATE ROUTINES CALLED:
j--

022356

SWAPO::

010046

NONE.

$8888880400800000003¢0488400084808080888800800000000080848048488000000000000048

MOV

R0, -(SP)

1SAVE THE CONTENTS OF RO.

1 e

LOAD THE STACK FROM THE GPRS.

022366
022370

010146
010246
010346
010446
010546

MOV

MOV
HOV

R2,-(SP)

R3,-(SP)

R4c'(sp)

1SAVE THE CONTENTS
1SAVE THE CONTENTS
1SAVE THE CONTENTS
$1SAVE THE CONTENTS

1SAVE THE CONTENTS

22222

022360
022362
022364

I|KIN

3+ LOAD THE GPRS FROM THE GPR SAVE AREA 0.
;-

022372
022376
022400
3707 022402
022404
022406
3710
3711
3712
3713 022410
3714 022412
3715 022414
3716 022416
3717 022420
3718
3719 022422
3720
3721 022424

012700
012001
012002
012003
012004
012005

MOV
MOV
MOV
MOV
MOV
MOV

002444

OGPRSOB,RO
(RO)+,R1
(RO)+,R2
(RO)+,R3
(RO)+,R4
(RO)+,RS

1GET THE BASE ADORESS OF GPR SAVE
;1LOAD R1 WITH GPR SAVE AREA O WORD
1LOAD R1 WITH GPR SAVE AREA O WORD
sLOAD R1 WITH GPR SAVE AREA O WORD
1LOAD R1 WITH GPR SAVE AREA O WORD

1LOAD R1 WITH GPR SAVE AREA O WORD

+ LOAD THE GPR SAVE AREA O FROM THE STACK.
012640
012640
012640
012640
012640
012600
000207

'’

MOV

(SP)e,-(RO)

MOV
MOV
MOV

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

1LOAD
1LOAD
1LOAD
1LOAD
1LOAD

MOV

(SP)+,RO

1RESTORE THE INITIAL VALUE OF RO.

RTS

GPR
GPR
GPR
GPR
GPR

SAVE
SAVE
SAVE
SAVE
SAVE

AREA
AREA
AREA
AREA
AREA

O
O
O
O

WORD
WORD
WORD
WORD
O WORD

5
4
3
2
1

WITH
WITH
WITH
WITH
WITH

SAVED
SAVED
SAVED
SAVED
SAVED

RS.
R4.
R3.
R2.
R1.

CZOHUAO OHU 11 FUNC
GLOBAL SUBROUTINE

TST PART1

MACRO M1200
- TSABRT -

3723
3724
3725
3726
3727
3728
3729
3730
3731

12-DEC-83

.SBTTL

16:08

PAGE

J8
73

SEQ

GLOBAL SUBROUTINE

TSABRT

1¢¢

088884000808 00480088800840800800888008840800004040288004044080448044884400000040¢

)
ie
i e
)
1

- TEST ABORT ROUTINE THIS SUBROUTINE IS USED WHEN A NON-TEST RELATED ERROR HAS BEEN FOUND
DURING THE EXECUTION OF THE CURRENT TEST.
IT IS USED TO INFORM THE OPERATOR THAT THE CURRENT TEST HAS BEEN
ABORTED.

3732
3733
3734

;& INPUTS:
ie
X

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

1+ OUTPUTS:

MESSAGES ARE REPORTED TO THE OPERATOR.

3735
3736
3737
3738
3739
3740

1 CALLING SEQUENCE
:
1 &

JSR

PC, TSABRT

1* COMMENTS:
e

3741
3742
3743
3744

14 SUBORDINATE ROUTINES CALLED:
-~

022426
3745 022432
3746 022436
3747

004567
012701
012767

161340
022450
016462

040
116
105
124
040
123
105
117
106
116
104
111

116
055
114
105
124
124
122
122
117
104
1235
116

022317
022522
022325
022530
022533

123
105
103
111
000

124
130
125
117

3750
3751 022534
022534
3752 022536

TSABRT
::

SAVE
MOV
MOV
ERROR

161324

€24 R}

JSR

S#ER1603,ERRBLK

1 SAVE CONTENTS OF GPRS RO THRU RS,

RS ,PREGOS
sCALL REGISTER SAVE SUBRT.
sPASS ADDRESS OF FIRST MESSAGE TO BE REPORTED.
;SET-UP THE ERROR REPORTING ROUTINE.
’

»>»>>>

ERROR

<<cccc,

TRAP

3748
3749 022450
022453
022456
022461
022464
022467
022472
022475
022500
022503
022506
022511

0223514

ER1603,.

8080800888884048004040088800848040800880800005800004800008508808080048008000008400¢

040

004736
000207

117
122
101
104
105

24:

60¢
]
.ASCIZ 7/ NON-RELATED TEST ERROR FOUND DURING TEST EXECUTION/

.EVEN
604:

PASS

C$ERROR

040

124

RTS

JSR

tRESTORE GPRS.

PC,8(SP).

1tRETURN TO PREGOS SUBRT.

100

CZDHUARO DHU-11 FUNC
GLOBAL SUBROUTINE

TST PART1

3754
3755
3756
3757
3758
3759
3760
3761
3762
3763
3764
3765
3766
3767
3768
3769
3770
3771
3772
3773
3774
3775

12-DEC-83

.SBTTL
10

16:08

PAGE

SEGQ

GLOBAL SUBROUTINE

TXDSBL

8242048088480 08488048008800808448088000480880000308400004888408884080408000400

T
1o
1e

- TRANSMITTER DISABLE THIS SUBROUTINE IS USED TO DISABLE TRANSMISSION ON SELECTED LINES BY,
CLEARING THE ASSOCIATED TX.ENABLE BIT ON THE DUT.

1 &

1+ INPUTS:
e
e
1 e
;e

RS - BIT'S SET CORRESPOND TO LINES ON WHICH TO CLEAR TX,ENABLE.
CSRA - CONTAINS THE ADDRESS OF THE DUT CSR.
IESTAT
NUMLNS
TXAD2A

- CONTAINS THE STATE OF TXIE AND RXIE BITS IN THE CSR.
- EQUATED TO BE THE MAXTIMUM NUMBER OF LINES AVAILABLE.
- CONTAINS THE ADDRESS OF THE TBUFFAD2 REGISTER.

[

1¢ OUTPUTS:
1o
18
IEJ

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.

1+ CALLING SEQUENCE:
IR

JSR

PC, TXDSBL

1o COMMENTS:
e

i1* SUBORDINATE ROUTINES CALLED: NONE.
-~

3776
3777

3778
3779
3780
3781
3782
3783
3784
3785
3786
3787
3788
3789
3790
3791
3792
3793
3794
3795
3796
3797
3798
3799
3800

MACRO M1200
- TXDsBeL -

004567
010500
012701
016702
012703
016704
005005

161226

8888820800888 808488880088080440488004820400008000020400800880040040800080888088

TXDSBL::

SAVE

s SAVE CONTENTS OF GPRS RO

JSR

000001

MOV
MOV

RS3,RO
#81IT0,R1

000020
157514

MOV
MOV

ONUMLNS ,R3
IESTAT, R4

157474

MOV
INC
CLR

TXAD2A ,R2
R2
RS

R3,PREGOS

THRU RS.

1CALL REGISTER SAVE SUBRT.

+COPY BIT MAP OF LINES TO DISABLE TRANGMISSION.
tINITIALIZE THE SELECTED LINE BIT MASK.
tGET THE ADORESS OF THE TBUFFAD2 REGISTER.
tGEY THE ADDRESS OF THE MSBYTE OF TBUFFAD2 REG.

1GET MAXIMUM I_LINE NUMBER PLUS ONE.
1GET THE STATES OF THE INT ENABLE BITS.
1LOG POSSIBLE TX DISABLED ON ALL LINES.

[ R4

3
022572
022576
022602

010477
105712

157440

SELECT EVERY LINE IN TURN,

24:

MOV

7ST8

ePL
8IS

050105

AND LOG THE STATE OF EACH TX.ENABLE BIT.

R4 ,8CSRA

tWRITE TO DUT CSR TO SELECT LINE REGISTERS.

44
R1,R5

1SKIP NEXT INSTRUCTION IF TX.ENABLE CLEAR.
1LOG TX ENABLE BIT SET FOR SELECTED LINE.

(R2)

1CHECK STATE OF

TX.ENABLE BIT ON SELECTED LINE.

+
1
022604

022610
022614
022616

030100
001402
142712
005204
006301
005303
001363

022624
022630

010566
004736

3801
3802 022622
3803
3804 022624

3805
3806 022632

000207

44:

000014

CLEAR TX.ENBLE ON LINES THAT HAVE A CORRESPONDING BIT SET IN THE TX DISABLE
LINE BIT MAP,
81T

R1,RO

8IC8

#8I77,(R2)

B8EQ

1CHECK STATE OF DISABLE LINE BIT MAP,

64:

INC
ASL
DEC
BNE

R4
R1
R3
et

60¢:

PASS

RTS

MOV
JSR

1BRANCH IF THIS LINE TO REMAIN UNALTERED.
tCLEAR TX.ENABLE BIT ON SELECTED LINE.

1PREPARE TO SELECT REGISTERS FOR NEXT LINE.
1SHIFT BIT MAP FOR NEXT LINE.
1DECREMENT LINE NUMBER.
1LOOP TO CHECK NEXT LINE.
1RESTORE GPRS ,EXCEPT

RS,RSSLOT(SP)
PC,8(SP).
1RS

1PUT RS IN STACK SLOT.
tRETURN TO PREGOS SUBRT.

PREVIOUS STATES OF ALL

TX.ENABLE BITS.

101

CZDHUAO DHU-11 FUNC
GLOBAL SUBROUTINE

TST PART1

3808
3809
3810
3811
3812
3813
3814
3815
3816
3817
3818
3819
3820

MACRO M1200
- TXENBL -

12-DEC-83

.SBTTL
166

16:08

PAGE

L8
75

SEQ

GLOBAL SUBROUTINE

TXENBL

$8885040000800084800080488880000008000888000800000000400000000888800800880044

THIS SUBROUTINE

IEd

- TRANSMITTER ENABLE IS USED TO ENABLE TRANSMISSION ON SELECTED LINES BY

SETTING THE ASSOCIATED TX.ENABLE BIT ON THE OUT.

1 e
1%

1+ INPUTS:

RS - BIT'S SET CORRESPOND TO LINES ON WHICH TO SET TX.ENABLE.
CSRA - CONTAINS THE ADDRESS OF THE OUT 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.

[

3821
3822
3823
3824
3825
3826
3827
3828
3829
3830
3831 022634
022634
3832 022640
3833 022642
3834
3835 022652
3836 022654
3837 022660
022664

3¢

QUTPUTS:

1 &

RS - BIT'S
TBUFFAD2 -

SET INDICATE PREVIOUSLY DISABLED LINES.
THE STATE OF THE TX.ENBLE BIT MAY BE ALTERED.
THE CONTENTS OF THE IND.ADD.REG FIELD IN THE CSR ARE DESTROYED.

1 CALLING SEQUENCE:

3 ®

JSR

PC., TXENBL

1« COMMENTS:
18

1 SUBORDINATE ROUTINES CALLED: NONE.
==

004567
010500
012 1
0167v2
012703
016704
005005

161132

$8080880884888004840248848540448000880000880000000008000808088080008000800808

TXENBL::

000001

157400

000020
157420

SAVE

JSR

MOV
MOV
MOV
INC
MOV

RS ,RO
#8IT0,R1
TXAD2A ,R2
R2
ONUMLNS ,R3

CLR

MOV

IESTAT R4

1 SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS

1CALL REGISTER SAVE SUBRT.

1COPY BIT MAP OF LINES TO ENABLE.

$INITIALIZE THE SELECTED LINE BIT MASK,
1GET THE ADORESS OF THE TBUFFAD2 REGISTER.
1GET THE ADORESS OF THE MSBYTE OF TBUFFAD2 REG.
1GET MAXIMUM LINE NUMBER.
1GET THE STATES OF THE INT ENABLE BITS.
1CLEAR TX.ENABLE BIT LOG OF DISABLED LINES.

|R4

SELECT EVERY LINE IN TURN,AND LOG ANY TX.ENBLE BIT THAT IS CLEAR.

022666

022672
022674
022676

010477
105712
100401
050105

157344

24:

MOV

R4 ,8CSRA

BIS

R1,R5

TST8
BMI

tWRITE TO DUT CSR TO SELECT LINE REGISTERS.
sCHECK STATE OF TX.ENABLE BIT ON SELECTED LINE.
1SKIP NEXT INSTRUCTION IF TX.ENABLE SET.
1LOG TX ENABLE BIT CLEAR FOR SELECTED LINE.

(R2)
44

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

LINE BIT MAP.

022700
022702
022704
022710
022712
022714
022716
022720
022720
022724
022726

030100
001402
152712

81T

B8EQ

000200

8IS8
INC
ASL
DEC
BNE

006301
005303
001363
010566
004736

000207

000014

604:

PASS

RTS

R1,RO

#BIT7,(R2)
R4
R1
R3
24
RS

MOV
JSR

1CHECK STATE OF TX.ENABLE LINE BIT MAP.
1BRANCH IF THIS LINE TO REMAIN UNALTERED.
1ENABLE TRANSMISSION ON SELECTED LINE.
1PREPARE TO SELECT REGISTERS FOR NEXT LINE.
1SHIFT BIT MAP FOR NEXT LINE.
1DECREMENT LINE NUMBER.
1LOOP TO CHECK NEXT LINE.
1RESTORE GPRS,EXCEPT
R3,RSSLOT(SP)
PC,8(SP).

tPUT RS IN STACK SLOT.

tRETURN TO PREGOS SUBRT.

1RS - LINE BIT MAP CORRESPONDING TO THE
+

PREVIOUS LINES

THAT WERE DISABLED.

102

CZOHUAO DHU 11 FUNC
GLOBAL SUBROUTINE

TST PART1

MACRO M1200
- TXIEO -

3863
3864
3865
3866
3867
3868

.SBTTL

3882 022732
022732
022734
3883 022736
022736
022742
3884 022744
3885 022752
3886 022760
022760

022762
3887 022764
3888 022766

16:08

PAGE

SEQ

GLOBAL SUBROUTINE

TXIEO

1¢¢

2880084480480 8048048044248488008884000084000000808004008080880004080000840040

3¢
)

- TRANSMITTER INTERRUPT DISABLE THIS ROUTINE IS USED TO DISABLE TRANSMITTER INTERRUPTS IN THE DHU11l.

1 &

;¢

3869
3870
3871
3872

3873
3874
3875
3876
3877
3878
3879
3880
3881 022730

M&
12 DEC-83

INPUTS:

NONE.

i« QUTPUTS:
e

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

ENABLE BITS.

1 &

1¢ CALLING SEQUENCE:
18

1 COMMENTS:
1e

1¢ SUBORDINATE ROUTINES CALLED:

NONE.

TXIEO::

1 SAVE CONTENTS OF RO ON THE STACK.
1 SAVE CURRENT PROCESSOR PRIORITY ON THE STACK.
TRAP
CS$GPRI
MOV
RO, -(SP)
s IGNORE ANY INTERRUPTS THAT MAY BE GENERATED.
MOV
#PRIO7,RO

104440
010046
012700
104441
042767
016777
012600
104441

012600
000207

000340

177677
157326

157332
157256

PC, TXIEO

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

010046

JSR

8880888888448 0888808408888044808800004880048000040000888008400804048008800800008

MOV
GETPRI

RO, -(5P)
-(SP)

SETPRI

#PRIO7

8IC

;CLEAR TX,INT.ENBL BIT IN IESTAT.

(SP)+,RO

+RESTORE RO.

MOV
IESTAT.8CSRA
SETPRI (SP)«

MOV

RTS

TRAP

-#177677,IESTAT

C$SPRI

s1DISABLE TX INTERRUPTS.
tENABLE INTERRUPTS TO THE PROCESSOR AGAIN.
MOV
(SP)+,RO
TRAP

C$SPRI

103

CZDHUAO DHU 11 FUNC
GLOBAL SUBROUTINE
3890
3891
3892
3893
3894
3895
3896
3897
3898
3899
3900
3901
3202
3903
3904
3905
3906
3907
3908
3909
3910
3911
3912

TST PART1

MACRO M1200
TXIEL

12-DEC-83

LS8TTL
1%

16:08

PAGE

N8
77

SEQ

GLOBAL SUBROUTINE

TXIE1l

2285424808400 0888508 0480804040040 00000800400080080084404008880000044840080080

THIS

ROUTINE

TRANSMITTER INTERRUPT ENABLE

USED

ENABLE

TRANSMITTER

INTERRUPTS

THE

DHU11.

1& INPUTS:
14

3¢ OUTPUTS:
1.
e

Ix]

NONE.
THE TX.INT.ENBL BIT IS SET IN THE DUT CSR.

JESTST -CONTAINS THE UPDATED STATUS OF THE
ENABLE BITS.

;* CALLING SEQUENCE:
e

1o COMMENTS:
Y]

JSR

TX AND RX INTERRUPT

PC,TXIEL

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

1 &

1& SUBORDINATE ROUTINES CALLED:

NONE.

TXIEl::

022770
022776
023004
023012

052767
042767
016777
000207

040000

137677
157274

157306

157300
157224

$8800848840808888880888080000080008404480088080008800840048008044800408880448

BIS

#BIT14,IESTAT

$SET

MOV
RTS

IESTAT,8CSRA
PC

$ENABLE

8IC

0137677 ,IESTAT

TX.INT.ENBL BIT

IN IESTAT.

;CLEAR ALL BITS EXCEPT TX RX I.E BITS.
TX

INTERRUPTS.

104

CZOHMUAO DHU 11 FUNC
GLOBAL SUBROUT INE
3914
3915
3916
3917
3918
3919
3920
3921
3922
3923
3924
3925
3926
3927
3928
3929
3930
3931
3932
3933
3934
3935
3936
3937 023014
023014
3938
3939
3940
3941 023220
3942 023022
3943 023024
3944 023026
3945 023032
3946
3947
3948
3949 023034
3950 023036
3951 023040
3952 023042
3953 023044
3954
3955
3956
3957 023050
3958 023052
39359 023054
3960 023056
3961 023060
3962 023062
3963 023064
3964
3965
3966
3967
3968 023066
3969 023070

TST PART1

MACRO M1200

12-DEC-83

.SBTTL
100

16:08

PAGE

B
78

SEG

GLOBAL SUBROUTINE

- UNSOILV

$00000000000000008000000000000008000000400000000000400008000000604600600808068080

1
1e
1e
1e

- 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

BITS.

)

1e INPUTS;

THE DIVISOR, UNSIGNED,

MOST

)

LEAST

SIGNIFICANT

WORD

16 BITS.

THE

DIVIDEND,

UNSIGNED,

DIVIOEND,

UNSIGNED,

BITS.

18 QUTPUTS:
1o
[

R1 - QUOTIENT, UNSIGNED, 16 BITS (177777 IF OVERFLOW).
CARRY - SUCCESS FLAG, SET IF COMPLETE QUOTIENT FITS IN 16 BITS.

1o CALLING SEQUENCE:

JSR

t®

1o COMMENTS:
;e

BITS.

PC,UNSDIV

IF THE DIVISOR IS O THE QUOTIENT IS RETURNED AS ALL ONES

(177777)

AND

THE

CARRY

CLEAR REGARDLESS

THE

DIVIDEND.

t®

1¢ SUBORDINATE ROUTINES CALLED: NONE.
$--

004567

160752

0888080800808 0008880080080000880080800080000088004000000800800000000008004000

UNSDIV::

SAVE

JSR

1 SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS

$1CALL REGISTER SAVE SUBRT.

s CHECK FOR QUOTIENT GREATER THAN 16 BITS CONDITION.
:-

010204

160104
103403
012701

000442

MOV
SU8

R2,.R4
R1,R4

1tGET MSW OF DIVIOEND FOR SUBTRACT.
1SUBTRACT DIVISOR FROM MSW OF DIVIDEND.

MOV

®-1,R1

1SET QUOTIENT TO ALL ONES (177777),

8CS

177777

B8R

60¢

+IF _IT DIDN'T GO,

WE MAVE QUOTIENT

16 BITS.

tEXIT WITH CARRY CLEAR,

3¢

SET UP COUNTERS AND VARIOUS WORKING GPRS.

005004
000241
006001
006004
012700

2%:

CLR
cLC

MOV

16.,RO

ROR
ROR

000020

R1
R4

tCLEAR THE LSW OF THE DIVISOR.
1CLEAR CARRY FOR THE SHIFT OF THE DIVISOR.
+ DIVISOR BY
1 2(UNSIGNED)

1SET UP INITIAL SHIFT COUNT TO 16.

THE SUBTRACT AND SHIFT LOOP.

010246
010346
160403
005602
103402
160102

44:

MOV

1 SAVE MSWORD OF DIVIDEND.

+ IF BORROW FROM BORROMW SUBTRACT,

R3,-(SP)
R4 ,R3
R2

SUB

R1.R2

8Cs

103003

R2,-(SP)

MOV
SuUB
SAC
8cC

8¢

1 SAVE LSWORD OF DIVIDEND.
1LSWORD DIVIDEND - LSWORD OF DIVISOR.
1MSWORD DIVIDEND - BORROM .

IT OIODN'T GO.

tMSWORD OIVIDEND - MSWORD OF DIVISOR.
1 IF NO BORROW,

IT WENT,

CARRY IS CLEAR.

+
s+
012603
012602

64:

I7T DIDN'T GO,

CARRY IS SET,

MOV
MOV

SO WE SHIFT A 1 INTO THE QUOTIENT (COMPLEMENTED LATER).

(SP)+,R3
(SP).,R2

tRESTORE LSWORD OF DIVIDEND.
tRESTORE MSWORD OF DIVIDEND.

105

CZOMUAO DHU-11 FUNC TST PART1
GLOBAL SUBROUTINE
3970 023072
3971
3972
3978
3974
3975 023074
3976
3977
3978
3979 023076
3980 023100
3981 023102
3982 023104
83 023106
3984 023110
3985 023112
3986
3987
3988
3989 023114
3990 023116
3991 023120
3992 023122
3993 023124

MACRO M1 200

UNSDIV

12 DEC B3

16:08

108

000401

PAGF

Co
78

SEQ

;GOTO SHIFTY 1 INTO THE QUOTIENT.

i
1+
012626

8s:

i
| I

;
006105
000241
006001
006004
005300

108:

IT WENT, SO WE RESTORE THE STACK AND SHIFT A O INTO QUOTIENT (WILL BE
COMPLEMENTED LATER).
CARRY 1S CLEAR,
MOV

1POP THE SAVED DIVIDEND OFF OF THE STACK.

SHIFT THE RESULT OF THE SUBTRACT ATTEMPT INTO THE QUOTIENT SHIFT REG.
ROL
CLC

1SHIFT NEXT BIT INTO THE INVERTED QUOTIENT,
1DIVIDE THE

ROR
ROR

Rl
R4

comM

OeC
BNE

001357
005105

(SP)+,(SP).

DEVISOR BY
i+
2 (UNSIGNED).
i+
sCOUNT THIS SHIFT AND SUBTRACT.

RO
44

;LOOP FOR ANOTHER SHIFT € SUB IF NOT DONE.
1GET QUOTIENT FROM INVERTED QUOTIENT.

;s NOW WE EITHER ROUND UP OR LEAVE QUOTIENT ALONE.
CLC

000241

006103
103402
160403
103403

ROL

SUB

R4 ,R3

B8CS
8cCs

1CLEAR THE CARRY FOR THE SHIFT OF THE DIVIDEND.
tMULTIPLY LSWORD OF DIVIDEND BY 2, MSWORD IS O.

12¢

+ IF CARRY FROM SHIFT, ROUND UP,

1SUBTRACT DIVISOR FROM DIVIDEND.
+ IF BORROW, DON'T ROUND UP,

14¢

. EXTRA SUBTRACT WENT.
;: ROUND UP,
'-

023126
023130
023132

005205
001001
005305

12¢:

INC

BNE
DEC

1 INCREMENT THE QUOTIENT BY ONE.
1 IF NO OVERFLOW, WE LEAVE THE ROUND P,
tOON'T LET ROUNDING CAUSE OVERFLOW.

14¢
RS

: ALL DONE, PASS QUOTIENT AND EXIT,
[J

023134
023136

010501
000261

023140
023140
023144

010166
004736

023146

000207

144 ;

OV
SEC

RS.R1

604

PASS

RTS

1PASS QUOTIENT BACK

IN R1.

1 INDICATE NO OVERFLOW.
MOV
JSR

tRESTORE GPRS,
R1,R1SLOT(SP)

LEAVE

THE FOLLOWING INTACT:
tPUT R1 IN STACK SLOT.

PC,8(SP).
(RETURN TO PREGOS SUBRT.
iR1 - 16 BIT, UNSIGNED QUOTIENT,
1CARRY - SET INDICATES NO OVERFLOMW (SUCCESS).

106

CZDHUAO DHU-11 FUNC
GLOBAL SUBROUTINE

TST PART1

MACRO M1200
WAIBIS

12 DEC-83

PAGE

D9
79

SEQ

4010

.SBTTL

4011

100

4012
4013

je
10

THIS

4014
4015
4016

1
)
Y

SPECIFIED BIT GOES TO A SET STATE WITHIN THE SPECIFIED TIME-OUT
PERJOD A SUCCESS INDICATION IS RETURNED B8Y THIS ROUTINE.
THE LAST VALUE WHICH IS READ LOOKING FOR THE CONDITION IS RETURNED

481;
401
4019
4020
4021
4022
4023

1
te
1¢
1
1
i
')

ALLOW THE USE OF

4024

GLOBAL

16:08

INPUTS:

4025

1 OUTPUTS:

4026

4027

4029
4030

18
3

4028

SUBROUTINE

WAIBIS

- WAIT FOR BIT SET ROUTINE WAITS FOR TME SPECIFIED BIT TO BECOME

THIS ROUTINE

SET.

THE

TO LOOK FOR DESTRUCTIVE READ CONDITIONS.

- TIME-OUT VALUE AND BIT NUMBER INDICATION:
BITS 15 THRU 12 - NUMBER OF BIT TO TEST (RANGE O THRU 15).
BITS 11 THRU O
- TIME-OUT VALUE IN MILLI-SECONDS (4095 MAX).
R2 - ADDRESS OF WORD CONTAINING THE BIT TO TEST.
MSLCNT,

CARRY

16 CALLING SEQUENCE:

:8;5

600000000600 000000080000000000000000000400000000880000000000800484000080680804

THE LAST WORD WHICH WAS READ

MOV

TO CHECK FOR

THE CONDITION.

SUCCESS FLAG (CARRY SET IF BIT SET BEFORE TIME-OUT).

JSR

#130040,R1

sPASS BIT

(13 OCTAL) AND

1
32 (40 OCTAL) MS DELAY.,
sTEST BIT IN WORD AT “LABEL".

MLABEL R2

PC,WAIBIS

tWAIT

32 MS

FOR BIT

YO SETV.

4033

se COMMENTS:

4034

4036
4037

§--

4035

4038 023150
023150
4039 023154
4040 023156
4041 023160

4042 023164
4043 023170

4044
4045
4046
4047
4048
4049

4050

023172
023174
023176
023200
023204
023206

004567

010204
010102

042701

170000
007777

4051 023212

010002

023214

010266

4054 023222

000207

4052 023214

4053 023220

004736

MSLGET.

WAIBIS::

1SAVE CONTENTS OF GPRS RO THRU RS.
RS ,PREGOS
sCALL REGISTER SAVE SUBRT,

160616

042702
000302

006202
006202
006202
016202
010203
004767

s SUBORDINATE ROUTINES CALLED:

000000000000 0000060000000000046008004800048000800008000080008000000000000848080800464

SAVE
MOV

R2.R4

MOV

R1,R2

#170000,R1

1SEPERATE DELAY COUNT OUT OF PASSED PARAMETER.

8IC
SWAB

®7777 . .R2
R2
R2
R2
R2

1SEPERATE LINE NUMBER FIELD OF PASSED PARAM.
1PUT LINE NUMBER FIELD IN LSBYTE.

MOV
MOV
JSR

BITTBL(R2),R2
R2,R3
PC.MSLGET

1GEY BIT MAP OF LINE TO TEST FROM TABLE.
s INDICATE THAT THE BIT SHOWD BE SET.
sWALIT FOR THE BIT TO BE SET WITHIN TIME-OUT.

MOV

RO,R2

1PASS LAST VALUE READ AS OUTPUT PARAMETER.

8IC

ASR
ASR
ASR

002404
174706

000006

60¢:

JSR

PASS

THE

ADDRESS PARAMETER FOR MSLGET.

;SHIFT THE LINE NNMBER FIELD INTO THE PROPER
3
POSITION TO USE IT AS A WORD TABLE OFFSET
1
FOR THE TABLE LOOKUP OF THE LINE BIT MAP.

MOV

JSR

RTS

1SET UP

CARRY IS CORRECY UPON MSLGET RETURN.

jRESTORE GPRS,

R2,R2SLOT(SP)

EXCEPT

THE FOLLOWING:

tPUT R2 IN STACK SLOT.

PC,.B(SP)
tRETURN TO PREGOS SUBRT.
+
R2 - LAST VALUE READ LOOKING FOR CONDITION.
1+

CARRY

SUCCESS FLAG

(SET

BIT FOUND

SET).

107

CZDHUAO DHU

GLOBAL

11 FUNC

SUBROUTINE

TST PART1

MACRO M1200

WOPDR

12 DEC

4056
4057
4058
4059
4060

REGISTERS

4061

THE

4062
4063
4064
4065
4066
4067

1o
ie
1e
'Y
1e

4068
4069
4070
4071
4072

'L
1o

.SBTTL

023224

4103
4104
4105
4106 023230
4107
4108
4109
4110
4111 023232

SEQ

GLOBAL SUBROUTINE

WOPDR

8880008800482 040000800048800080800480888000884080000800080008¢408040600080506800040

;e
i

- WRITE DATA PATTERN TO DEVICE REGISTERS THIS ROUTINE WRITES A ROTATED DATA PATTERN TO EACH OF THE 6 DEVICE
DATA

OF EACH ACTIVE LINE OF
PATTERN IS ROTATED ONCE

THE DEVICE UNDER
AFTER EACH WRITE

TEST,
TO A DEVICE

ON A PARTICULAR LINE.
THE STARTING DATA PATTERN FOR EACH LINE
IS ROTATED ONCE AFTER WRITING ALL THE REGISTERS ON A PARTICUWLAR
LINE.
THIS LEADS TO THE FOLLOWING DATA PATTERN:
LINE O, REGISTER O - SHIFTED O BIT POSITIONS
LINE O, REGISTER 1 - SHIFTED 1 BIT POSITION
coe

LINE 1, REGISTER O - SHIFTED 1 BIT POSITION
LINE 2, REGISTER 1 - SHIFTED 2 BIT POSITIONS

1o
se

ANY BITS FIELDS IN THE DEVICE REGISTERS THAT CANNOT BE ALTERED
ARE MASKED OUT OF THE DATA PATTERN BEFORE IT IS WRITTEN.,

INSTRUCTIONS.

4074
4075
4076
4077
4078
4079
4080
4081
4082
4083
4084
4085
4086
4087
4088
4089
4090
4091
4092
4093
4094
4095
4096
4097
4098
4099
4100
4101
4102 023224

PAGE

100

4073

16:08

THIS ROUTINE WILL

16 INPUTS:

USE EITHER MOV,

MOVB,

BIS,

8ISB8,

BIC,

OR BICB

THE UPPER OR LOWER BYTE CAN BE SPECIFIED FOR WRITING.

R2 - USED TO PASS IN THE DATA PATTERN TO BE ROTATED & WRITTEN,

1o
')

R3
R4

ACTLNS

e
'L
Y

CSRA DRADRT
LPRO NUMLNS

CONTAINS THE CSR ADDRESS OF THE DEVICE UNDER TEST.
- BASE ADDRESS OF DEVICE REGISTER ADDRESS TABLE.
EQUATED TO LPR REG OFFSET FROM DEVICE CSR ADDRESS.

UNBTTB - RASE ADDRESS OF THE UNUSED BIT TABLE.

1 QUTPUTS:

DEVICE REGISTERS ON ALL ACTIVE DEVICE LINES ARE MOOIFIED.

BYTE INDICATOR (- => LO BYTE, + => HI BYTE, O => BOTH).
OPERATION TYPE INDICATOR (- => BIC, + => BIS, O => MOV).

TXBFCO

[

BIT

MAP

THE

ACTIVE

LINES

THE

DEVICE

- NUMBER OF LINES ON THE DEVICE UNDER TEST.
-

EQUATED

TBUFFCY

REG

OFFSET

FROM DEVICE

UNDER

CSR

TEST,.

ADORESS.

1 CALLING SEQUENCE:

JSR

[

s COMMENTS:
s e

PC,WOPDR

THIS ROUTINE DOEEBSET WRITE DATA TO THE FOLLOWING REGISTERS,

ie
10

RXTIMER
STATY

FIFOSIZE

THE

CSR

FIFODATA

CLEARED EXCEPT

FOR

THE

IND.ADR.REG FIELD.

i+ SUBORDINATE ROUTINES CALLED: ROLDAP.
J--

004567

160542

066808088 0400080088400808400048080000808080888480000480800880008000880000480000802

WOPDR::

SAVE

JSR

1SAVE CONTENTS OF GPRS RO THRU RS,
RS,PREGOS
1CALL REGISTER SAVE SUBRT.

3 SET UP OUTER LOOP WHICH WRITES THE DATA PATTERN TO EACH LINE'S REGISTERS
.-

005005

CLR

1CLEAR LINE COUNTER TO SELECT LINE O.

s+
1+
'

010204

THE OUTER LOOP FOLLOWS.
EACH PASS THROUGH THIS LOOP WRITES DATA TO ALL OF
THE DEVICE REGISTERS FOR A PARTICULAR LINE IF IT IS ACTIVE.
-

2¢:

MOV

R2,R4

1SAVE

THE OUTER LOOP DATA PATTERN,

108

F9
CZDHUAO DHU-11 FUNC
GLOBAL SUBROUTINE
4112 023234

4113 023240
4114 023242
4115 023250
4116 023252

4117
4118
4119
4120
4121
4122
4123
4124
4125
4126
4127
4128

010577
006305
036567
001456
012701

PART1

MACRO M1200

WDPDR

12 DEC 83

156776
002404

156754

PAGE

SEQ

MOV
ASL

R5,8CSRA
RS

1SET CSR IND.ADR.REG FIELD TO THIS LINMNE.
1 TURN LINE NUMBER INTO A WORD OFFSET.

BEQ
MOV

204
#_PRO,R1

tLINE ACTIVE?
NO, SKIP THIS LINE.
1YES, INITIALIZE THE REGISTER OFFSET.

BIT

000004

16:08

BITTBL(RS),ACTLNS

3¢

:
'

THE INNER LOOP FOLLOWS.
OEVICE REGISTER.

EACH PASS THROUGH THIS LOOP WRITES DATA 1O A

023256
023260
023264
023270

023274
023276

023300
023302
4129 023306
4130

4131
4132
4133
4134
4135
4136
4137
4138
4139
4140
4141
4142
4143
4144
4145
4146
4147
4148
4149
4150
4151
4152
4153
4154
4155
4156
4157
4158
4159
4160
4161
4162
4163
4164
4165
4166
4167
4168

TST

010200

046100
016103
005766
003402
005203

002364
002236
000010

005766
001412

000010

8IC
MOV

TST
BLE
INC
SWAB
TS7
8EQ

64:

UNBTTB(R1),RO
DRADRT(R1),R3

R3SLOT(SP)
64
R3
RO
R3SLOT(SP)
124

1CLEAR BIT FIELDS FOR UNUSED REGISTER BITS.
1GET THE ADORESS OF THE DEVICE REGISTER.
1CHECK THE OPERAND TYPE INDICATOR.
tHIGH BYTE?
NO, SKIP HIGH BYTE ADDRESS

SET UP,
1YES, SET THE REG ADORESS TO THE HIGH BYTE.
tMOVE HIGH BYTE DATA INTO THE LOW BYTE.
1CHECK THE OPERAND TYPE INDICATOR.
tWORD ACCESS?
YES, GO PERFORM WORD ACCESS.

tPERFORM BYTE ACCESS TO THE SPECIFIED BYTE OF THE SPECIFIED RESISTER.
023310
023314
023316
023320
023322
023324
023326
023330
023332

005766

100403
001404
150013
000415
140013
000413
110013

TS7

000012

8¢:
10%:

000411

RASLOT(SP)

1NO, CHECK THE ACCESS TYPE INDICATOR.

agxca

?g;(RB)

1PERFORM BICB ACCESS TO REGISTER.

MOV8

RO,(R3)

1PERFORM MOVB ACCESS TO REGITM

BMI
8EQ
BSISB

B8R

8
104
zg;(RS)

tUSE BIC?
$USE MOV?
tNEITHER.

VYES, GO PERFORM BICB INSTRUCTION.
VYES, GO PERFORM MOVB INSTRUCTION.
PERFORM BISB ACCESS TO REGISTER.

~°,

sPERFORM WORD ACCESS TO THE SPECIFIED REGISTER.
'-

023334
023340
023342
023344

023346
023350
023332
023354

005766
100403
001404
050013
000403
040013
000401
010013

000012

12%:

TST

RASLOT(SP)

;CHECK THE ACCESS TYPE INDICATOR.

8gIS

?g;(RS)

tNEITHER.

Bglc

?g;(RS)

tPERFORM BIC ACCESS TO REGISTER.

MOV

RO,(R3)

tPERFORM MOV ACCESS TO REGISTER.

BMI1
8€EQ

144
164

14
164

tUSE BIC?
tUSE MOV?

VYES, GO PERFORM BIC INSTRUCTION.
YES, GO PERFORM MOV INSTRUCTION.

PERFORM BIS ACCESS TO REGISTER.

[ 4

s+ PREPARE THE DATA PATTERN AND OFFSET FOR THE NEXT REGISTER ON THIS LINE.
004767
062701
020127
001002
062701
020127
003724

176042

18¢;

000002
000016

194

JSR

ADD
cp
8NE
ADO
cw
BLE

PC,ROLDAP

#2,R1
R1,6FSLSO
19¢
#2,R1
R1,eTXBFCO
4

1ROTATE DATA PATTERN LEFT, NOT THROUGH CARRY.
s INCREMENY OFFSET FOR NEXT REGISTER.
tCHECK IF THIS IS THE FIFOSIZE/DATA REG
1AVOID ALTERING THE OFFSET IF IT ISN'T.
$AVOID TESTING THESE REGISTERS.
1COMPARE REG OFFSET WITH OFFSET OF LAST REG.
1LOOP IF NOT ALL REG DONE FOR THIS LINE.

+ BACK INTO THE OUTER LOOP.
$

023406
023410
023414

010402
004767
006205

176010

NOW SET UP FOR NEXT LINE.

LOOP IF NOT DONE.

204 :

MOV
JSR

ASR

R4 ,R2
PC.ROLDAP
RS

$1SET UP TO ROTATE THE DATA PATTERN.
tROTATE THE DATA PATTERN,
1CONVERT BACK

TO LINE NUMBER FROM WORD OFFSET.

109

CZOHUAOC DHU-11 FUNC TST PART1

GLOBAL

4169
4170
4171
4172
4173

SUBROUTINE

023416
023420
023424

005205
020527
002702

023426
023426
4174 023430

004736
000207

MACRO M1200

WOPDR

12 DEC 83
INC
CMP
BLT

000020

60¢$:

16:08

PAGE

RS
RS, ONUMLNS
2t

PASS

RTS

JSR

80-2

SEQ

1COUNT THIS LINE.
1COMPARE LINE COUNT WITH NUMBER OF LINES.
1LOOP IF SOME LINES NOT DONE.

tRESTORE

PC,B(SP).

GPRS.

tRETURN TO PREGOS SUBRT,

110

CZDHUAO DHU 11 FUNC
GLOBAL SUBROUTINE

TST PART1

MACRO M1200
- WTWLNC

HY)
12-DEC-83

4176
4177
4178
4179
4180
4181
4182
4183
4184
4185
4186
4187
4188
4189
4190
4191
4192
4193

.SBTTL

4194
4195
4196

1 COMMENTS:

4197

j-o-

PAGE

SEQ

SUBROUTINE

WTWLNC

160

080804420443 884088808880480080008800308804804000004040000040008008802840448400840

1 e
i e
i e
1s

- LINE CONTROL REGISTER SETUP ROUTINE THIS SUBROUTINE IS USED TO SET THE DEVICE UNDER TEST (DUT) LINE
CONTROL REGISTERS (LNCTRL) TO THE SPECIFIED STATE.
ONLY THE LNCTRLS
FOR THE SPECIFIED LINES ARE ALTERED.

e INPUTS:
i *
1o
X
ie
1 e

RO - NEW LINE PARAMETERS.
RS - BIT MAP OF LINES 70 BE ALTERED.
CSRA - CONTAINS ADDRESS OF THE DUT CSR,
IESTAT - CONTAINS THE CURRENT STATE
-~ THE TX AND RX INTERRUPT
ENABLE BITS IN THE CSR.
LNCTRA - CONTAINS ADDRESS OF THE DUT LNCTRL REGISTERS.

s QUTPUTS:
1 &

LNCTRL

3¢ CALLING SEQUENCE:

- SPECIFIED OUT LINE CONTROL REGISTERS ARE ALTERED.
JSR

PC,WTWLNC

4198
4199 023432
023432

4200
4201
4202
4203
4204
4205
4206
4207
4208
4209
4210
4211
4212

GLOBAL

16:08

004567

160334

i1 SUBORDINATE ROUTINES CALLED:

ALTFLD.

WTWLNC::

1 SAVE CONTENTS OF GPRS RO THRU RS.
RS ,PREGOS
1tCALL REGISTER SAVE SUBRT.

08000600000484800848088488004000000000808800004000800804000000400004080840448

SAVE

JSR

[ R4

SET UP THE PARAMETERS FOR THE CALL TO ALTFLD.

023436
023442
023444
023446

016701
010002
010503
012704

156604

MOV
MOV

LNCTRA,R1
RO,R2

$1SET UP THE REGISTER ADDRESS PARAMETER.
$SET UP THE DESIRED REGISTER CONTENTS.

MOV

®-1.R4

tSELECT ALL REGISTER BITS TO BE ALTERED.

MOV

177777

RS5,R3

1SET UP THE BIT MAP OF LINES TO ALTER.

|K4

1+ CALL THE SUBROUTINE WHICH ALTERS THE REGISTER CONTENTS.
'-

023452

004767

023456
023456
4213 023460

004736
000207

173732

JSR
60¢:

PC,ALTFLD

PASS
RTS

JSR

tALTER

THE REGISTER CONTENTS.

1RESTORE GPRS.
PC.8(SP)+

tRETURN TO PREGOS SUBRT.

111

CZDHUAO DHU-11 FUNC
GLOBAL SUBROUTINE

TST PARTY

4215
4216
4217
4218
4219
4220
4221
4222
4223
4224
4225

MACRO M1200
WTWLPR -

12-DEC 83

.SBTTL
100

I9
82

SEQ 112

GLOBAL SUBROUTINE

WTWLPR

- LINE PARAMETER REGISTER SETUP ROUTINE

1
1.

THIS SUBROUTINE IS USED TO SET THE DEVICE UNDER TEST (DUT) LINE
PARAMETER REGISTERS (LPR) TO THE SPECIFIED STATE.
ONLY THE LPRS

THE SPECIFIED LINES ARE ALTERED.

1s INPUTS:

4227
4228
4229
4230
4231
4232
4233

PAGE

0884000048080 408000248808400880642000880848088840040048840008484042800450600400080840

4226

16:08

RO - NEW LINE PARAMETERS.

FOR

1o
;e
1
1.

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,

1 OUTPUTS:

LPR - SPECIFIED DUT LINE PARAMTER REGISTERS ARE ALTERED.

BIT

1¢ CALLING SEQUENCE:
[xJ

MAP OF

JSR

LINES

TO BE

ALTERED.

PC,WTWLPR

s COMMENTS:

4234
4235

4236
4237
4238 023462
023462
4239
4240
4241
4242 023466
4243 023472
4244 023474
4245 023476
4246
4247
4248
4249 023502
4250
4251 023506
023506
4252 023510

j=-

004567

160304

1+ SUBORDINATE ROUTINES CALLED:

ALTFLD.

WTWLPR::

1 SAVE CONTENTS OF GPRS RO THRU RS,
R5,PREGOS
1CALL REGISTER SAVE SUBRT.

888808888088 088804040284004404008884808008000088000204000008048000803084000400804088

SAVE

JSR

|K4

SET UP

THE PARAMETERS FOR

THE CALL

TO ALTFLD.

016701
010002
010503
012704

156550

MOV
MOV
MOV
MOV

177777

LPRA,R1
RO,R2
R5,R3
®-1,R4

1SET UP
$1SET UP
1SET UP
1SELECT

THE
THE
THE
ALL

PARAMETER.
CONTENTS.
TO ALTER,
BE ALTERED.

IK4

CALL THE SUBROUTINE WHICH ALTERS THE REGISTER CONTENTS.

004767

004736
000207

173702

JSR
60¢:

PC,ALTFLD

PASS
RTS

JSR

1ALTER THE REGISTER CONTENTS.
1RESTORE GP-S.
PC.3(SPJe

tRETURN TO PREGOS SUBRT.

CZDHUAO DHU-11 FUNC TST PART1
INTERRUPT SERVICE ROUTINE
4254
4255
4256
4257
4258
4259
4260
4261
4262
4263
4264

- CACHRX

12-DEC-83

.SBTTL
166

16:08

PAGE

J9
83

SEQ

INTERRUPT SERVICE ROUTINE

CACHRX

60008600008000008000800000000040040040000004000004004000000804044848000880040

- CATCH RECEIVER INTERRUPT,

THIS

NUMBER OF RECEIVER INTERUPTS THAT OCCUR.

1 &

1¢ INPUTS:
i e

1 e

ROUTINE

USED

SEVERAL

TESTS,TO LOG

COUNT

THE

CSRA - CONTAINS THE ADDRESS OF THE CSR.
RXINTC - HOLDS THE COUNT OF THE NUMBER OF RX INTERRUPTS
THAT

OCCURRED.

1 &

;& OUTPUTS:

4265

4266
4267
4268
4269
4270
4271
4272

RXINTC

- CONTAINS THE UPDATED INTERRUPT COUNT,

1 CALLING SEQUENCE:
ie

PUT THE ADDRESS OF THE LABEL CACHRX IN THE VECTOR
LOCATION.

1 &

1 COMMENTS:
18

31 SUBORDINATE ROUTINES CALLED:

4273
4274
4275 023512
023512
4276 023516
4277 023522
4278 023524
4279 023526
4280 023530

005301
010167

023534
4282 023536

004736
000002

4281 023534

MACRO M1200

004567
016701
005201
102001

160254
156566

156554

CACHRX : : SAVE

1SAVE CONTENTS OF GPRS RO THRU RS.

MOV

JSR
RXINTC,R1

RS, PREGOS
$CALL REGISTER SAVE SUBRT.
1GET THE RECEIVER INTERRUPT COUNT

DEC
MOV

R1
R1,RXINTC

tRESET THE COUNT TO 177777
1SAVE NEW COUNT VALUE

INC
B8vC
2%:
60%:

NONE

8888888048880 88808888084884800888008808008800005808080048000002000000004084008

PASS

R1
3]

JSR

s INCREMENT THE COUNT
1BRANCH IF NO OVERFLOW OCCURRED

tRESTORE GPRS.
PC.B(SP).

tRETURN TO PREGOS SUBRT.

113

CZDHUAO DHU-11 FUNC TST PARTL
INTERRUPT SERVICE ROUTINE
4284
4285
4286
4287
4288
4289
4290
4291
4292
4293
4294
4295
4296
4297
4298
4299
4300
4%01
4302
4303
4304
4305 023540

4306
4307
4308
4309
4310
4311

4312

023540
023544
023550
023552
023554
023556
023562
023562
023564

MACRO M1200

CACHTX

12-DEC-83

.SBTTL
1¢¢

16:08

PAGE

I<K9
84

SEQ

INTERRUPT SERVICE ROUTINE

CACHTX

0803880004000 0440880804408880880404800084440080040084000080008480888444844804080408

CATCH TRANSMITER INTERRUPT,

1 e

THIS

1 e

NUMBER OF TRANSMISSION INTERRUPTS THAT OCCUR.

i1& INPUTS:

ROUTINE

USED

SEVERAL

TESTS,TO LOG

COUNT

INTERRUPTS

THE

CSRA - CONTAINS THE ADDRESS OF THE CSR.
TXINTC

HOLDS

THAT

THE

COUNT

THE

NUMBER

OCCURRED.

IE]

1 QUTPUTS:
1 &

TXINTC

- CONTAINS THE UPDATED INTERRUPT COUNT.

1 &

1* CALLING SEQUENCE:

PUT THE ADDRESS OF THE LABEL CACHTX IN THE VECTOR

LOCATION.

18 COMMENTS:
[

1% SUBORDINATE ROUTINES CALLED: NONE
-~

004567
016701
005201
102001
005301
010167
004736
000002

160226
156552

156540

888048884848 080088880800884808480000880048800000044000408508880400080088084080804028

CACHTX: : SAVE
MoV

INC
B8vC
24:

604 :

DEC
MOV

PASS
RTI

1SAVE CONTENTS OF GPRS RO THRU RS.

JSR
TXINTC,R1

RS, PREGOS
1CALL REGISTER SAVE SUBRT,
$GET THE TRANSMISSION INTERRUPT COUNT

R1
R1, TXINTC

tRESET THE COUNT TO 177777
$1SAVE NEW COUNT VALUE

R1
24

JSR

s INCREMENT THE COUNT
1BRANCH IF NO OVERFLOW OCCURRED
tRESTORE GPRS.

PC.8(SP).

tRETURN TO PREGOS SUBRT.

114

CZOHUAO DHU 11 FUNC TST PART1
INTERRUPT SERVICE ROUTINE

MACRO M1200
- CLKINT -

4314

12 DEC-83 16:08

PAGE

SERVICE

L9
85

SEQ

4315

1¢¢

.SBTTL

INTERRUPT

4316
4;17
4318
4319
4320
4;21
4322
4;22
432
4325

1o
18
1o
1¢
1o
1.

THIS ROUTINE IS EXECUTED CLKHRZ TIMES PER
TWO TIMER COUNTERS DOWN TO ZERO.
INPUTS;

TIMERL
TIMER2
TIMERS

ie
1¢ OUTPUTS:
THE 2
18
1® CALLING SEQUENCE:

4326

4327

CLKINT

TIMER
TIMER
TIMER

COUNTER #1.
COUNTER @2,
COUNTER FOR

SECOND.

DECREMENTS

TIMER COUNTERS ARE DECREMENTED

THEY

#CLKINT
THE

1 e

COUNTER TO DETECT ITS GOING TO O ON TIME-OUT.

TIMER]1 OR

TIME

INTERRUPT

ARE NOT

PUT

EITHER

IN THE CLOCK

PUT

DESIRED

THE

CALL OF BREAK MACRO,

i &

:ggg

ROUTINE

2802088888000 04880000808004880800080044448004008400448800000480048484044800¢088

PERIOD

TIMER2

VECTOR SLOT.

(SECONDS

AND POLL

ZERO.

TIMES

CLKMRZ)

THE RESPECTIVE

TIMER

4330
4331

;¢
1®

:ggg

4337
4338
4339
4340
4341

4342
4343
4344
4345
4346
4347

4348
4349

THE 2 COUNTERS WILL NOT WRAPAROUND BUT WILL
ALLOWS THE DETECTION OF A TIME-OUT ANY TIME

;¢ SUBORDINATE ROUTINES CALLED:

NONE.

156546

CLKINT::

156540
156536

24:

156530
156526

44:

023566
023572
023574
023600
023604
023606
023612
023616
023620
023626
023630
023630
023632
023634

005767
001402
005367
005767
001402
005367
005367
001006
016767
010046
104422
012600
000002

156522

156516

60¢:

STOP AT 0.
THIS
AFTER THE TIME-OUT

HAS OCCURRED UNTIL THE TIMER COUNTER IS SET TO ANOTHER VALUE.

4334

4335
4336

COMMENTS:

028888888480888088800888480048800800808008000008008800000088088400080848800008

TST
BEQ
DEC
TST
BEQ
DEC
DEC
BNE
MOV
MOV
BREAK

TIMER]
24
TIMER]L
TIMER2
At
TIMER2
TIMER3
604
BCOUNT, TIMER3
RO, -(SP)

1CHECK FOR TIMER1 AT ZERO.
sBRANCH TO LEAVE IT AT ZERO IF IT IS ZERO.
1DECREMENT TIME COUNT.
1CHECK FOR TIMER2 AT ZERO.
$BRANCH TO LEAVE IT ALONE IF IT’'S ALREADY ZERO.
sDECREMENT TIME COUNT,.
s1DECREMENT THE BREAK COUNT.
tEXIT IF NOT TIME TO CALL BREAK,

MOV
RTI

(sP)+,RO

tRESTORE CONTENTS OF RO.

$SET UP TIME TILL NEXT BREAK,
1SAVE CONTENTS OF RO FROM BREAX MACRO.
1CHECK FOR OPERATOR CONTROL/C.
‘RAP

C$BRK

115

CZDHUAO DHU-11 FUNC TST PART1
INTERUPT SERVICE ROUTINE

MACRO M1200
- RXBRRT -

4351
4352
4353
4354
4355

M9
12-DEC-83

.SBTTL

4356
4357
4358
4359

023656
023662

023666
023672
023700
023702
023706
023712
023712
023714

INTERUPT

PAGE

SEQ

SERVICE ROUTINE

- RXBRRT

10¢

2488080084888 8448000400844800000000000800400858084¢884888888488000088040008040

1o
X
1s
1 *

- BR LEVEL TEST RECEIVE INTERRUPT SERVICE ROUTINE 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 OCCURRED.
1IT ALSO CHECKS THE

INTERRUPT

i ¢

FLAG

i e

SIMULTANEOQUS RECEIVE INTERRUPT.

4360
4361
4362
4363
4364
4365
4366
4367
4368
4369
4370
4371
4372
4373
4374
4375
4376
4377 023636
023636
023642
023646
023652
023654

16:08

FLAG

1 &

;¢ INPUTS:
1&

WHICH

INDICATES THAT A TX INTERRUPT HAS OCCURRED.
1IF THE TX
FLAG IS SET, THIS ROUTINE SETS AN INTERRUPT ORDER ERROR
INDICATING THAT A TRANSMIT INTERRUPT WAS SERVICED BEFORE A

RXINTC
RXINTF

- HOLDS THE COUNT OF THE NUMBER OF RX INTERUPTS.
- RX INTERRUPT FLAGS.

RXINTC
RXINTF

- CONTAINS THE UPDATED INTERUPT COUNT.
- RX INT FLAGS:

1 &

¢ OUTPUTS:
i
1 s

(BIT O SET,

BIT 14 SET

TXINTF BIT O IS SET.)

1 e

1# CALLING SEQUENCE:
1 e
1 &

;¢ COMMENTS:
[E

NOTE:

PUT THE ADDRESS OF THE LABEL RXBRRT IN THE VECTOR
LOCATION.
THE FIFO IS NOT PURGED BY THIS ROUTINE.

1s SUBORDINATE ROUTINES CALLED: NONE.
1~

004567
017700
016701
005201
001402
010167
016701
052701
032767
001402
052701
010167
004736
000002

RXBRRT::

160130
156372
156436

040000

156400

SAVE

8IS
BIT

RS,PREGOS
1CALL REGISTER SAVE SUBRT.
tREAD THE CHAR OUT OF THE FIFO.
1GET THE INTERUPT COUNT.
s INCREMENT THE COUNT,
1BYPASS UPDATING COUNT IF OVERFLOW OCCURRED.
1SAVE NEW COUNT VALUE.
1tGET THE RX INTERRUPT FLAGS.
tSET THE RX INTERRUPT HAS OCCURRED FLAG.
1 TEST THE “TX INT HAS OCCURRED” FLAG.

MOV

R1,RXINTF

tUPDATE THE RX INTERRUPT FLAGS.

MOV
INC
8EQ

2s:
156424

434

60¢:

1SAVE CONTENTS OF GPRS RO THRU RS.

JSR
SRBUFA,RO
RXINTC,R1
R1
24
R1,RXINTC
RXINTF,R1
#8I70,R1
#8IT0, TXINTF

MOV

156426
156424
000001

288808808848444440840444808888440080000884880008408804080008000040080808080¢40840s

MOV
MOV

B8EQ
8IS
PASS
RT1

44
#B8IT14,R1

JSR

sSKIP SCTTING ERROR FLAG IF NO TX INT.
1SET THE INTERRUPT ORDER ERROR FLAG.

sRESTORE GPRS.
PC.8(SP).

tRETURN TO PREGOS SUBRT.

116

CZOHUAO DHU 11 FUNC TST PART1
INTERUPT SERVICE ROUTINE

MACRO M1200
- RXINPT -

12-DEC-83

4392

L3BTTL

4394

i *

4396

4393

14+

4395

16:08

INTERUPT

PAGE 87

SEQ

SERVICE ROUTINE

RXINPT

000 ARA04RAE0800000008800000000000000040080
0000000400000 RRRRR0RAS0AEtR0RGRR

1 *

RECEIVE CHARACTER INPUT INTERRUPT SERVICE ROUTINE

THIS

SERVICE ROUTINE

INPUTS

A CHARACTER

FROM

THE

DUT

AND LOADS

CHAR (COMPLETE WITH STATUS FLAGS) INTO A RECEIVE CHAR BUFFER IN

4397
4%98
4399

i &
i
R

;& INPUTS:

BUFEND

4401
4402
4403

HES
HE
1 *

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.

4405

1 &

RXINTF

4400

4404

MEMORY,
THE INTERRUPT IS ALSO COUNTED.
THE RECEIVE
MONITORED TO ENSURE THAT IT DOES NOT OVERFLOW.

i .

4406

4407
4408
4409
4410
4411

1¢&
i &
i

1.
1&

:: ig

OUTPUTS:

CALLING

THE

CHAR BUFFER

- LABELS THE END OF THE HOST MEMORY BUFFER.

RXINTC

- HOLDS THE COUNT OF THE NUMBER OF RX INTERUPTS.
-

BUFPTR
RXINTC
RXINTF

CONTAINS UPDATED ADDRESS OF NEXT FREE BUFFER LOCATION.
CONTAINS THE UPDATED INTERUPT COUNT,
RX INT FLAGS (BIT 15 SET IF RX.DATA.AVAIL IS CLEAR).

SEQUENCE:

PUT

INTERRUPT FLAGS.

THE

ADDRESS

LOCATION.

THE

LABEL

RXINPT

THE

VECTOR

4414
4415
4416

;¢
i e
i &

::i;

1 s

COMMENTS:

IN CASE OF OVERFLOW OF THE MEMORY BUFFER, BUFPTR WILL BE
MAINTAINED EQUAL TO BUFEND AND THE WORD AT BURFPTR WILL BE
THE LAST WORD READ FROM THE DUT FIFO.

NOTE:

THIS ROUTINE CAN DESTROY TX.ACTIONS B8Y READING THE CSR.

4419
4420
4421
4422 023716

023716
4423 023722
4424
4425
4426
4427
4428

4429
4430
4431
4432
4433
4434
4435
4436

023726
023732
023734
023742
023746

023750
023752
023756
023762
023766
023772
023774
024000
024000
4437 024002

;¢ SUBORDINATE ROUTINES CALLED: NONE.
i-- 085808848448 8844880848004880840048088088004004408080800000080040800884800888084004

004567
017701

032701
001003
052767
016701
005201

001402
010167
016702
017722
020267
103002
010267
004736
000002

RXINPT::

160050
156310

000200
100000
156342

156332
156314
156252
157730

156350
2s:

44:

156276

604

SAVE

MOV
81T
BNE
81S
MOV
INC
B8EQ
MOV
MOV
MOV
cHP
BHIS
MOV
PASS
RTI

JSR
SCSRA,R1
#8IT7.R}
24

1 SAVE CONTENTS OF GPRS RO

THRU RS,

RS ,PREGOS
sCALL REGISTER SAVE SUBRT.
1IREAD THE CONTENTS OF THE CSR.
sTEST RX.DATA.AVAIL BIT.
1BRANCH ABOUND SETTING FLAG

#BIT1S , RXINTF
RXINTC,R1
R1

44
R1.RXINTC
BUFPTR,R2
SRBUFA,(R2).»
R2,BUFEND
604
R2.BUFPTR

JSR

IF BIT

SET.

tSET THE RX.DATA.AVAIL CLEAR FLAG.
1GET THE INTERUPT COUNT,
s INCREMENT THE COUNT,

1BYPASS UPDATING COUNT IF OVERFLOW OCCURRED.
1SAVE NEW COUNT VALUE.
1GET THE POINTER TO NEXT FREE BUFFER WORD.
sREAD A CHAR FROM THE FIFO INTO BUFFER.

sTEST FOR POINTER BEYOND END OF BUFFER.
1SKIP THE PTR UPDATE IF PTR OUT OF BOUNDS.
tUPDATE THE BUFFER POINTER.
tRESTORE GPRS.
PC,B(SP)tRETURN TO PREGOS SUBRT,

117

CZDHMUAO DHU 11 FUNC TST PART}
GLOBAL TRAP SERVICE ROUTINE

MACRC M1200
T#4RTN

4439

12 DEC-83

.SBTTL

4440

GLOBAL

16:08

PAGE

510
88

SEG 118

TRAP SERVICE ROUTINE

TPARTN -

106006080048 008088000000480000080000000080808000800080000000000080000000088000008080080

444y
4442
4443
4444

1o
1

BUS TIME-OUT TRAP (004 TRAP) SERVICE ROUTINE THIS ROUTINE DETERMINES IF THE 004 TRAP WAS CAUSED BY

STACK.

4445

OIAGNQOSTIC SUPERVISOR 004 TRAP MANDLING ROUTINE.

4446
4447
4448
4449
4450
4451
4452
4453
4454
4455
4456

"EXPECTED”
IF

ERROR

THE

TRAP

NOT

EXAMINING

UNEXPECTED,

THIS

THE

RETURN PC

ROUTINE

JUMPS

VALUE
TO

THE

NORMAL

[

1s INPUTS:
;e
e

- POINTS TO THE PC WHERE THE TRAP OCCURED.

ADRPTR

LABEL

TP4FLG

004

TRAP

THE

ADDRESS

WHERE

"EXPECTED”

TRAPS

OCCUR.

FLAGS.

3¢ OUTPUTS:

TPAFLG - BIT 15 IS SET IF

1o CALLING SEQUENCE:
1e

4457

1 COMMENTS:
ie

4458

4459

3 e

4460

4461
4462
4463
4464
4465
4466
4467

"EXPECTED” TRAP OCCURED.

PUT ADDRESS POINTED TO By TPARTN IN 004 VECTOR.
OCCURENCE OF 004 TRAP VECTORS TO THIS ROUTINE.

ANY 004 TRAP WHICH OCCURS AT AN ADORESS OTHER THAN THAT LABELED
ADRPTR WILL BE HANDLED BY THE NORMAL 004 TRAP SERVICE ROUTINE.

1¢ SUBORDINATE ROUTINES CALLED:

NONE.

TPARTN:: CMP
8EQ

tCOMPARE EXPECIED ADR AGAINST TRAP RET PC.
1 IF THEY MATCH, CONTINUE THIS ROUTINE.

1000000080000 880000800008008080008048800000000880000800000080808808004000000400000008208

024004
024010
024012
024016
024024

021627
001402
000177
052767
000002

017720

156300
100000

156270

2¢:

JHP
8IS
RTI

(SP),#ADRPTR
24

STPAVEC
#BIT15,TP4FLG

1IF NOT, AMP TO NORMAL 004 TRAP SERVICE RTN.
1SET THE 004 TRAP OCCURED FLAG.
1ALL

DONE,

GO BACK

THE

TEST.

CZDHUAO DMU 11 FUNC TST PART1
INTERUPT SERVICE ROUTINE
4469

100

aa72

4473
4474
4475
4476
4477
4478
4479
4480
4481
4482
4483
4484
4485
4486
4487
4488
4489
4490
4491
4492
4493 024026

4500

12 DEC 83

.SBTTL

4470
447

4494
4495
4496
4497
4498
4499

MACRO M1200
TXINTR -

024026
024032
024036
024040
024042
024044
024050
024054
024060
024062
024066

4501
4502
4503
4504 024072
4505 024076

024076
4506 024100

16:08

PAGE

ClO
89

SE0

INTERUPT SERVICE ROUTINE

TXINTR

0000808204888 00800000080060000400000080608048008080000600000000080000500000608088060

1o
1e
ie

THIS ROUTINE HANDLES A TRANSMIT INTERRUPT FROM THE DEVICE UNDER TEST
(OUT) BY COUNTING THE INTERRUPT AND READING THE DUT CSR TO CLEAR THE
INTERRUPT REQUEST.,
THIS ROUTINE ALSO SETS A FLAG TO INDICATE THAT

TRANSMIT

NOT

INTERRUPT

SET

THE

HAS

READ

SERVICE

OCCURRED

ROUTINE

AND

SETS

THE

DUT

CONTENTS

FLAG

THE

TX.ACTION BIT

CSR.

1s INPUTS:
)
;e

CSRA - CONTAINS THE ADDRESS OF THE CSR.
TXINTC - HOLDOS THE COUNT OF THE NUMBER OF TX INTERUPTS.
TXINTF

INTERRUPT

FLAGS.

1 OUTPUTS:

TXINTC - CONTAINS THE UPDATED TX INTERUPT COUNT,
TXINTF

INT

FLAGS

(BIT

SET,

BIT

SET

1 CALLING SEQUENCE:

TX.ACTION CLR).

PUT THE ADDRESS OF THE LABEL TXINTR IN THE VECTOR

LOCATION.

;¢ COMMENTS:
e

1¢ SUBORDINATE ROUTINES CALLED:
=

004567
016701

102001
0035301
010167
016703
017702
100402
032703
032703
010367
004736
000002

157740
156264

TXINTR::

SAVE

100000
000001
156226

24:

604

RS ,PREGOS
sCALL REGISTER SAVE SUBRT,
1GET THE TX INTERUPT COUNT.

1BRANCH IF NO OVERFLOW OCCURRED.

DEC
MOV
MOV
MOV

R1
R1, TXINTC
TXINTF ,R3
8CSRA ,R2

8IS

#B8IT15,R3

8M]

8IS

MOV

PASS

s SAVE CONTENTS OF GPRS RO THRU RS.

JSR
TXINTC,R1

MOV
INC

8vC
136252
136250
156156

NONE

0808008080008 00048800804880000000000000000000800800048080008800000000000000000

#IT0,R3

R3, TXINTF
JSR

s INCREMENT THE COUNT,

JRESET THE COUNT TO 177777,
$SAVE NEW COUNT VALUE.
1GET THE TX INTERRUPT FLAGS.
1READ THE CSR.

1SKIP SETTING OF FLAG IF TX_ACTION IS SET.

$1SET THE TX.ACTION CLEAR FLAG,
1SET

THE

INT HAS OCCURRED FLAG.

tUPDATE THE TX INTERRUPT FLAGS.
tRESTORE GPRS.

PC.8(5P)»

tIRETURN TO PREGOS SUBRT.

119

CZOMUAO DHU 11 FUNC TST PART}
INYERUPT SERVICE ROUTINE

MACRO M1200
TXINTR -

12-DEC 83

16:08

PAGE

SEG

4508
4509
4510
4511
4512
4513
4514
4515
4516
4517
4518
4519
4520
4521
4522

.SBTTL
t

s+
t
'

REPORT CODING SECTION

THE REPORT CODING SECTION CONTAINS THE
"PRINTS" CALLS THAT GENERATE STATISTICAL REPORTS,
--

4523

4524

024102

BGNRPT

024102

4525
4526 024102
024102
024104

4527
4528
4529
4530 024106

024106
024106

LSRPT:

000167
000000

EXIT

RPT

. WORD
. WORD

J P
L10017-2-.

TRAP

CSRPT

.EVEN

ENDRPT
104425

L10017:

120

CZDHUAO DHU-11

PROTECTION

FUNC

TABLE

TST PART1

MACRO M1200

12 DEC-83

16:08

PROTECTION

PAGE

E1O
91

SEQ

121

4532

.SBTTL

4533
4524

§ 969000 00 00 0 0 06 96 06 05 00 0 0 0 5 0 006 0600 0606 06 06 0 6006 06 00 05 006 50 00 06006 000 50 0 006 9600 9698 9596 0606 98 S0 9506 0505 S5 05 06 9045 95 05 0505 05 9545 S bl S 0 e el a sl e el gl 0
:
:
:

TABLE

4535
4536
4537
4538
4539
4540
4541

3 S 00508 96 0608 05 0606 05 06 0 06 0 06 0 06 0 6 0 060 06 06 0006 506 06 0 9 0 06 0500 0506 06/ 95 00 06 S0 06 06 0506050605 06 06 4505 06 06 006 0505 00 06 0 400 0000 gl o o gl el e p gl

4544

FVTSKLA P11

4542
4543

goe
+ THIS

4545

3--

4546
4547 024110

TABLE
TO PROTECT

IS USED BY THE RUNTIME
THE LOAD MEDIA,

SERVICES

BGNPROT

4553 024116
4554

[]

177777

1OFFSET

1OFFSET INTO P-TABLE FOR MASSBUS ADDORESS

ot gt

177777
177777

:ggé 024114

L$PROT:

4548
4549 024110
4550 024112

[]

024110

ENDPROT

1OFFSET

INTO P-TABLE

FOR CSR

ADDRESS

INTO P-TABLE FOR DRIVE NUMBER

CZDHUAO DHU

PROTECTION

11 FUNC

TABLE

TST PART]

4569
4570
4571
4572
4573
4574
4575
4576
4577
4578
4579
4580
4581
4582
4583
4584
4585
4586
4587
4588
4589
4590 024116

024126
024132
4596 024134
024134
4597
4598 024136
024136
024142
4599 024144
024144
4600
4601 024146

§8¢ § §et

024146
024152
4602 024154
024154
024156
024162
024162
024162

024164
024164
024170

12-DEC-83

16:08

PAGE

F10
92

SEQ

3 960000 0006 000 06 0 6 00 00 06 00 06 000596 0096 06 00 06 00 06 00 0 000 0 0 00 0 00 000 S0 0 00 00 0
:

0 0

S 0 U A0S S 0SS S S RS AS SS SL SS SS SSS AS S S S B

S SS

3 SH9005 00 0000 0 00 06 06 06 00 08 06 05 06 0506 0 06 06 0 06 0 006 06 00 09 06 9806 0 06 0506 96 96 48 06 08 Sl e

.SBTTL

S RS A S S5 S

S S A5 S AL S S

S S RS

S A

S S SS S S AL S S Sl S b el

INITIALIZE SECTION

jee

1080006048000040008008800804¢048488000008080848000808800006040000000080008658808848084

THIS SECTION CONTAINS THE CODE WHICH IS PERFORMED AT THE BEGINNING OF

EACH PASS

THIS CODE PERFORMS THE FOLLOWING ACTIONS:

1o
18

MOVES THE INFORMATION HELD IN THE HARDWARE P-TABLE INTO THE GLOBAL
DATA AREA,

AFTER

CONTINUE

COMMAND.

1008004084888 0404808080800882884000808808000000482080000800004200800000008000000008
'

BGNINIT
1SEE IF PROGRAM JUST STARTED,
@#EF.START
READEF

012700
104447

BCOMPLETE

103416
012700
104447

012700
104447

103161
000167

READEF

000037

LSINIT::

YES

MoV

NEWSTA

$SEE IF
000035

NEWRES

THIS IS A NEW PASS,
READEF
#EF .NEW

BCOMPLETE

YES

NEWPAS

1SEE IF PROGRAM WAS JUST CONTINUED
READEF

000036

#EF .CONTINUE

BNCOMPLETE
000540

NEWSTA:

104433

JMP

&EF .START
RO

TRAP

CHREFG

8CS

NEWSTA

MOV
TRAP

#EF .RESTART
RO
CSREFG

8Cs

NEWRES

MOV
TRAP

#EF _NEMW,RO
CS$REFG

8Cs

NEWPAS

@#€EF .RESTART

B8COMPLETE

103555
012700
104447

BR IF

1SEE IF PROGRAM JUST RESTARTED, BR IF YES

103556

MOV

GETPRM

ENDIT

BRESET

tRESET

THE BUS

TO PREVENT

®EF .CONTINUE
RO

TRAP

CSREFG

8cC

GETPRM

ILLEGAL INTERRUPTS.
TRAP
CS$RESET

s
'

012700
104462

000114

122

FVTA.INI

024116

4591
4592 024116
024116
024122
4593 024124
024124
4594
4595 024126

MACRO M1200

SET UP FOR LINE TIME CLOCK INTERRUPTS,
-

CLOCK

L,R1

1iGET

THE CLOCK PARAMETERS.
MOV
TRAP

#'L.RO
CsCLCK

el el

CZOHUAO DHU-11 FUNC
INITIALIZE SECTION
4610
4611
4612
4613
4614
4615
4616
4617
4618
4619

024172
024174
024200
024204
024210
024214
024222
024224
024232

024234

024242
024242
024246

024252
024256

024262
024264

4620 024270

024274
024276
4623 024302
024302
024306

TST PART1

010001
012167
012167
012167
012167
026727
001004
012767
000403
012767

MACRO M1200

156130
156126
156124
156122
156116

000062

000024

156116

000021

156106

016746
012746
016746
012746
104437
062706
016700
006300
010067

154032
023566
156056
000003

012700
104441

000240

12 DEC-83

MOV
MOV
MOV

2¢:

MOV
cMP
BNE
MOV
BR
MOV
SETVEC

16:08

G10

PAGE 92-1

SEQ
MOV

(R1)+,CLKCSR
(R1)+,CLKBRL
(R1)+,CLKVEC
(R1)+,CLKHRZ
C%KHRZ.OSO.

1STORE CLOCK CSR ADODRESS.
sSTORE CLOCK BUS REQ INT LEVEL.
$STORE CLOCK INTERRUPT VECTOR.
1STORE CLNCK FREQUENCY,
s TEST FOR SOHZ LINE FREQUENCY.

2
420, ,MSTICK

43
€17, ,MSTICK

1BRANCH IF CLOCK

IS NOT SOMZ.

1 INDICATE 20MS PER CLOCK TICK,

CLKVEC, #CLKINT ,PRIO6

s INDICATE 17 MS PER CLOCK TICK,
s INITIALIZE CLOCK INTERRUPT VECTOR.,
MOV

PRIO6, -(SP)

MOV

CLKVEC, -(SP)

MOV

000010

156042

MOV

156044

MOV
SETPRI

ASL

CLKHRZ ,RO

RO
RO,BCOUNT
#PRIOS

RO,R1

MOV
TRAP
ADD

sINITIALIZE THE BREAK COUNT

SCLKINT, -(SP)

3, -(SP)
C$SVEC
#10,5P

1+ TO CAUSE A BREAK
+ EVERY 2 SECONDS.
tALLOW CLOCK INTERRUPTS DISABLE OTHERS.
MOV

TRAP

#PRIOS,RO

C$SPRI

+ ENABLE THE LINE TIME CLOCK (LTC) CHECKING TO MAKE SURE THAT THE CSR
+ IS ACCESSABLE.
s
FIRST SET UP TO CATCH ANY 004 TRAPS WHICH OCCUR:
‘-

024310
024316

016767
012767

153470

024004

156000
153460

MOV
MOV
|

005067
012767
012700
016701
004767
016767
103403

000402

1355764
000100
002326
155762
173334
155740

1SAVE THE EXISTING 004 TRAP VECTOR.
t1SET 004 TRAP VECTOR TC OUR SERVICE RTN ADR.

'
024324
024330
024336
024342
024346
024352
024360
024362
024366

4,TPAVEC
OTPARTN,
4

ENABLE LTC CHECKING FOR 004 TRAP IN CASE CSR IS NOT THERE.
TPAFLG

155770

#81I76,WORD1
#ORD1 ,RO
CLKCSR,R1

PC,CKTRAP
TPAVEC
.4
64

153424

135750

CLKHRZ

tCLEAR THE 004 TRAP FLAG.

1SET UP TO SET BIT6 OF THE LTC CSR.
1SET UP WORD1 AS THE CKTRAP MOVE SOURCE.

1SET UP LTC CSR AS DESTINATION FOR CKTRAP MOVE.
1MOVE AND CHECK FOR TRAP.
1RESTORE THE NORMAL 004 TRAP VECTOR.
1IF NO TRAP,

LTC IS THERE SO CONTINUE.

1CLEAR LTC FREQUENCY WORD TO INDICATE NO LTC.

1BYPASS THE FOLLOWING CALIBRATION PROCEDURES.

s+ CALIBRATE THE OELAY ROUTINE MILLI-SECOND DELAY COUNT VALUE.
'-

024370

004767

173066

64:

JSR

PC,CALMSL

s CHECK FOR MEMMORY MANAGEMENT PRESENT ON THIS MACHINE.
s+ IF MEM MGT IS PRESENT, DISABLE 1T,
‘-

024374
024402
024410
024414
024420
024424
024430

016767
012767
005067
005067
012700
016701
005067

153404
024004
155700
135706
002326
135724
155722

155714
153374

84¢:

MOV

4,TPAVEC
OTPARTN,
4
TPAFLG
WORD1
#WORD1,RO
MMSRO,R1
MMPRES

1SAVE THE EXISTING 004 TRAP VECTOR.
1SET 004 TRAP VECTOR TO OUR SERVICE RTN ADR.
tCLEAR THE 004 TRAP FLAG.
1PREPARE TO CLEAR THE MEM MGT SRO REGISTER.
1SELECT CLEARED WORD AS CKTRAP RTN SOURCE.
tSELECT MEM MGT SRO REGISTER AS Ou STINATION.
s INDICATE NO MEM MGT PRESENT IN CASE IT ISN'T.

123

CZOHUAO DHU-11 FUNC
INITIALIZE SECTION
4658 024434
4659 024440
4660 024444
4661 024452
4662 024454
4663 024462
4664 024466
4665
4666 024472
024472
4667 024474
4668 024500
4669 024500
4670
4671
4672
4673
4674 024506
4675 024512
4676 024514
4677
4678
4679 024520
4680 024520
4681 024524
4682 024532

46483

46084 024534

TST PART1

005067
004767
016767
103003
012767
005067
000167

104433

155720
173242
155646
000001
155620
000006

MACRC M1200

12 DEC-83

CLR
JSR

153332
155674

MOV

10¢:
NEWRES:

005067

155606

012767

177777

155524

NEWPAS:

8cc
MOV
CLR
JMP

16:08

PAGE

H10
92-2

MMENAB
PC.CKTRAP
TP4VEC,4
104
#1,MMPRES
PASCNT
NEWPAS

BRESET

SEQ
+ INDICATE MEM MGT IS NOT ENABLED.
1CLEAR THE MEM MCT SRO REG AND CHECK FOR TRAP,
tRESTORE THE NORMAL 004 TRAP VECTOR.
1SKIP INDICATING MEM MGT PRESENT IF IT ISN'T,
1 INOICATE THAT MEM MGT IS PRESENT,
1CLR COUNTER USED IN REPORTING ROM VERSION @,
1SKIP AROUND THE BUS RESET, IT'S BEEN DONE.
tRESET

THE BUS

TO PREVENT

ILLEGAL INTERRUPTS,.
TRAP
CSRESET
IN REPORTING ROM VERSION o.

CLR

PASCNT

1CLR COUNTER USED

MOV

0-1,UNITN

tRESET LOGICAL DEVICE

-1

I R 4

s INCREMENT THE PASS COUNTER, CORRECT FOR ANY OVERFLOW.
THIS COWMTER IS USED IN THE ROM VERSION TEST.
s
005267
001002
005367

155574

INC
BNE

155566

DEC

PASCNT
GETPRM
PASCNT

s INCREMENT THE PASS COUNTER.
sBRANCH IF WE HAVE NOT YET! OVERFLOWED.
$SET PASS COUNT TO 177777 OCTAL.

é€$§;"THE HARDWARE PARAMETERS FOR THIS UNIT.

005267
026767
002362

024534
024540
024542
024544
024544
024546

016700
104442
010001

024550
024554
024556
024562
024566
024572
024576

012167
012102
010267

155506

155502

155260

INC
cHP

UNITN
UNITN,LSUNIT

;s INCREMENT LOGICAL DEVICE NUMBER
$1SEE IF MAXIMUM UNIT NO. EXCEEDED

GPHARD

UNITN,R1

1GET P-TABLE POINTER INTO R1

B8GE

155472

NEWPAS

BCOMPLETE

103401

B8R

000764

GETPRM

jssssessssss

062702
010267
012167
111167

155462

304:

155444

135436
135426
155432

MOV
MOV
MOV
ADD
MOV
MOV
MOVS

304

HARDWARE

(R1)+,CSRA
(R1)+,R2
R2 . RXVECA
4 ,R2
R2, TXVECA
(R1)+,ACTLNS
(R1),BRLEVL

;1BR IF YES

1BR IF DEVICE AVAILABLE

1SKIP THIS DEVICE
PARAMETER MOVING CODE

MOV
TRAP
MOV

UNITN,RO
C$GPHRO
RO,R1

8CSs

304

¢ses0es0ss00s00s

1STORE DHU-11 CSR ADDRESS IN DEV.REG.ADDRESS TABLE
1GET THE RX INTERRUPT VECTOR ADDRESS.
1STORE RX INT VECTOR ADDRESS.
1CALCULATE TX INTERRUPT VECTOR ADDRESS.
1STORE TX INT VECTOR ADDRESS.
1STORE DHU-11 ACTIVE LINE BIT MAP
1STORE DHU-11 INTERUPT BUS REQUEST LEVEL

3
'
024602
024606
024610
024612
024616
024622
024624
024626
024630

016701
005201
005201
0i2703
012702
010122
005201
003201
005303

155430
000007
302240

CALCULTATE DEVICE REGISTER ADDRESSES,.AND PUT THEM IN THE
DEVICE REGISTER ADODRESS TABLE.
MOV
INC
INC

CSRA,R1
R1
Rl

1COPY CSR ADDRESS
1 INCREMENT CSR ADORESS
s COPY BY 2.

MOV
MOV
INC

MRBUFA ,R2
R1,(R2).
R1

1GET LOCATION WHERE RBUF ADDRESS GOES IN TABLE
1STORE REGISTER ADDRESS IN TABLE
1 INCREMENT REGISTER ADDRESS

g 01
12¢:

INC
DEC

®7,.R3

R1
RS

1SET UP REGISYER COUNTY

s BY 2,FOR THE NEXT DEVICE REGISTER.
1DECREMENT REGISTER COUNT

124

CZOHUAO DHU-11 FUNC
INITIALIZE SECTION
4710
4711
4712
4713
4714
4715
4716
4717
4718
4719
4720
4721
4722
4723
4724
4725
4726
4727
4728
4729

024632

MACRO M1200

12-DEC

BNE

001373

16:08

PAGE

[10
92

124

SEQ

;LOOP

IF NOT DONE

3¢

+
'

024634
024640
024644
024650
024652
024654

024656
024664
024666
024674
024676
024676
024702
024706
024712
024714
024716
4730 024722

4731
4732 024722
4733
4734
4735
4736 024726

024726
024732
4737 024734
024734
024734

4738
4739

TST PART1

012700
012701
010067
005020
020001
103775

002522
002722
155650

INITIALISE THE 8MP CODE QUEUE,
-

144

#B8MPCQB
, RO
0B8MPCQE ,R1
RO,BMPCQP
(RO).

cMe

RO,R1

e8Lo
[

032767
001416
026727
003412

000020

155334

155120

000001

016746
012746
012746
010600
104417
062706

155330

144

1GET THE START ADDRESS OF THE QUEUE.
1GET THE END ADORESS OF THE QUEUE.
$1SET THE POINTER TO THE START OF THE QUEUE.
1CLEAR OUT THE CONTENTS OF THE QUEUE.
1CHECK IF END OF QUEUE HAS BEEN REACHED.
;LOOP IF NOT ALL DONE.

+
i+

005067

MOV
MOV
MOV
CLR

REPORT THE UNIT NUMBER IF THE SOFTWARE P-TABLE QUESTION WAS ANSWERED
AND THE MAXIMUM UNIT NUMBER IS GREATER THAN 1.

8IT

B8EQ

eB8IT4,0PTION

1CHECK IF THE QUESTION WAS ANSWERED YES.

LSUNIT,
01
164

tCHECK MAXIMUM NUMBER OF UNITS SELECTED.
100 NOT REPORT UNIT NUMBER IF MAX NUMBER « 1.

16¢

cP
BLE

PRINTF #MFUNIT ,UNITN

1SKIP REPORTING UNIT NUMBER IF

IT IS DISABLED.

tREPORT UNIT NUMBER.

MOV

004070
000002

MOV
MOV

TRAP

ADD

16%:

155354

ENDIT:

CLR

YES,

CTRLCF

UNITN, -(SP)

MFUNIT, -(SP)
SP,.RO

CIPNTF

#6,5P

tCLR THE CTRL-C TEST ABORT FLAG.

|L4

SET THE PROCESSOR PRIORITY TO ALLOW LTC INTERRUPTS BUT NOT OTHERS.

012700
104441

000340

SETPRI

#PRIO7

1SET PROCESSOR PRIORITY TO 7.
MOV

ENDINIT
L10021:

104411
TNUM

#PRIO7,RO

TRAP

C$SPRI

TRAP

CSINIT

1 INITIALIZE THE ASSEMBLER TEST NUMBER VARIABLE.

125

CZDHUAO DHU 11 FUNC
INITIALIZE SECTION

TST PART1

MACRO M1200

12 DEC-83

16:08

PAGE

4742

3 90000 96 00 00 0 0 96 06 06065 0 6 0 0 0 0 6 06 9 95 5 06 086 06 05 0 0

4743
4744
4745
4746
4748
4749
4750
4751
4752
4753

i
3

0 00 0 006 0 0 0 0 0 0 06 00

0 0 0 9.0 06 96 0 06 96 06 0. 06 06 0 96 05 05 45 05 000 08 00 08 9 A6 08 S A S A

3 S50 06 0 0 0 06 5 06 06 05 05 96 06 5 96 06 96 0 06 0 6 8 o 9 06 6 0 6 606 96 08 00 o 9 5 55 06 6 06 6 6 06 00 0 0 06 06 06 0 0 06 0 06 96050695 9606 9 95 90 05 o o b

.SBTTL

AUTODROP

o o el ol o o o 9 06 0 9 06

SECTION

joe
1 THIS CODE IS EXECUTED IMMEDIATELY AFTER THE INITIALIZE CODE
+ THE "ADR”" FLAG WAS SET.
THE UNIT(S) UNDER TEST ARE CHECKED
3+ SEE IF THEY WILL RESPOND.
THOSE THAT DON'T ARE IMMEDIATELY
s+ DROPPED FROM TESTING.
3 --

IF
TO

BGNAUTO

L$AUTO:
:

ENDAUTO

104461

S0 0 0 A A 6 0 ol

FVTA,ATD

4754
4755
4756
4;27
4758
4759
4760 024736
024736
4761
4768
4769 024736
024736
024736

SEQ 126

L10022:

TRAP

C$AUTO

CZOMUAO DMU-11 FUNC TST PART1

AUTODROP

SECTION

4771
4772
4773
4774
4775
4776
47177
4778
4779
4780
4781
4782
4783
4784
4785
4786
4787 024740

MACRO M1200

024746

4800 024750
4801 024750

024750
024752

4802
4814
4815
4816
4817 024754
024754

024754

16:08

PAGE

3 9595 0 6 06 90 0 06 06 96 6 0 5 9 6 0 6 0 0 9 0 9
:

SEQ

96 08 06 06 0 0 0 0 5 0 00 0 0 56 06 9 0 56 06 96 6 9 0 95 00 0 0 16 096 06 095 06 90 06 S A6 96 9506 9595 S5 S S 95 9 95 S5 06 6

FVT.CUC

3 95066

0 0 .06 6 06 060 06 6 06 6 96 06 06 0606 06 06 06 0595 0 010 0.0 0 0 0

.SBTTL

0 0 0 0 0 06 0 0 0 0606 06 06 96 00 0.0 900006 06 0606 06 96 06 06 06 05 06 S

S S0 6 0 06 06 S 6 A0S S S ol of

CLEANUP CODING SECTION

joe

THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED

AFTER

THE HARDWARE

TESTS HAVE BEEN PERFORMED.

:--

BGNCLN

024740

4788
4797 024740
4798 024744
4799 024746

12 DEC-83

IK10

L$CLEAN:
:
005767
001401

104433

155336

TST
BEQ
BRESET

sOID WE GET HERE BY CTRL-C FROM TEST?
sCTRL-C FROM TEST?
NO, SKIP BUS RESET.
1YES, CLR ANY DMAS OR OUTSTANDING INTERRUPTS.

)

104432

CTRLCF
28

EXIT

TRAP

CHRESET

TRAP

CSEXIT

TRAP

CS$CLEAN

CLN

000002

. WORD

L10023-.

.EVEN

ENDCLN

104412

L10023:

127

CZOHUAO DHU-11 FUNC TST PART1
CLEANUP CODING SECTION
4819
4820
4821
4822
4823

MACRO M1200

12-DEC-83

16:08

L1O
PAGE

SEQ

§ 9500 00606
08 0 6 0 0 06 06 06 0 0 06 0 0 0 0 016 0 06 06 0 0 0.0 0 0 00 0 00 0 90 6 0 00 96006 5 0606 0 00 0 0 0 0 0605 9506 0.0 06 06 4506 956 96/ 96 06 06 0 o 9 0 9096 06 6 98 06 S 06 06 0 o 00
i

FVTA . DRP

$
i

4824

3 9090 0608 0 06 0 06 06 6.0 06 06 96 9696 96 96 96 06 06 0 06 6 0 6 50 0 0 956 0 96 006 06060 00 6.0 06 0 0 15 06 060 0 0 0 010 0 00 06 95 5606 96 90695 0506 0606 06006 0 06 60 0.6 0 0 06 0 6 o o

4825
4826
4827
4828
4829
4830
4831
4832
4833
4834
4835 024756
024756
4836
4837
4838
4839
4840
4841
4842
4843
4844

.SBTTL

DROP UNIT

SECTION

i
i
l

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

BGNDU

]
]
i
'

L$DV:

INSERT DROP CODE HERE.
THIS CODE WILL BE EXECUTED AFTER
A "DROP" COMMAND 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
.

s Sebubalaselatelulebubalebalul abel ol ub il el w abal ol ol ol sl ol ook sl el b el el el el el ol b sl el el el el b sl el ol el el el o el e sl ab o alad el el el el b ol ab el el el e p ol

PRINTF

#DROP,RO

tREPORT

UNIT

THAT HAS BEEN DROPPED.

025002
000002

MOV
MOV
MOV
MOV

RO, -(SP)
S®OROP
, -(SP)
®2,-(SP)
SP,RO

ADD

#6,5P

TRAP

4845
4846
4847

BR
DROP ;

025021
025024
025027
025032
025035
025040

0235043

025046
025051
025054

4848
4849 025060
4850 025060

EDROP

;1BRANCH AROUND THE MESSAGE.

CePNTF

LASCIZ/#A UNIT#D6%A DROPPED FROM FURTHER TESTING.®N/

117
105
106
115
125
110

040
123
116
045

EOROP;

.EVEN
EXIT

(o1V]
WORD

4851
4852

128

.MORD

JEIMP

L10024 2-.

CZDOHUAO DHU-11 FUNC
ODROP UNIT SECTION

TST PART1

4853
4854 025064

025064
025064

MACRO M1200

M10
12 DEC 83

16:08

PAGE

SEQ

ENDOU
104453

L10024:

TRAP

CsDV

129

CZDHUAO DHU 11 FUNC
DROP UNIT SECTION

TST PART1

4856
4857
4858
4859
4860
4861
4862
4863
4864
4865
4866
4867
4868
4869
4870
4871
4872
4873 025066

MACRO M1200

4888

025072

16:08

PAGE

N1O
96

SEQ

3 969096 0 0 06 06 06 56 06 0 06 96 0 0 0 6 0 9 06 9 0 0 0 0 06 00 1 5 06 0 06 0 06 06 5606 0 0 0 0 0 6 0 96 0 0 o
H

o 6 0 o 6 6 .06 00 0 060 06 96/96 96 96 6 9. 95 95 0 08 96 06 96 o

3 9090 0 0 0 0 6 1 6 0 5 6 0 9 5 9 0 5606 5 56 06 5 96 0 0 0 0 06 0 96 0 06 96 0 0 0 0

.SBTTL

0 0 00 0 0 0 0 00 96969695 9696 9606 95 0506 96.95.06.96 96 o 3595 9806 9506 06 96 96 0 o6 o e o o

ADD UNIT SECTION

+
i+
+

THE ADD-UNIT SECTION CONTAINS ANY CODE THE PROGRAMMER WISHES
TO BE EXECUTED IN CONJUNCTION WITH THE ADDING OF A UNIT BACK
TO THE TEST CYCLE.

}--

BGNAU

L$AU::

; sheteleleteluied

H
3
H
H

INSERT ADD CODE HERE.
THIS CODE WILL BE EXECUTED AFTER
AN "“"ADD” COMMAND.
THE PURPOSE OF THIS CODE IS TO DO ANY
HOUSEKEEPING THAT MAY BE NECESSARY AFTER A UNIT HAS BEEN ADDED.
THIS SECTION IS OPTIONAL.

3 9695909696 96 o o8 950 96 9695 06 0 96 960695 9 98 96 95 96 96 9 06 96 96 o6 9 0 0 0 00 06 9 06 95 06 06 06 96 06 0 05 0 0 9 o ol o o 06 06 96 o o 96 96 e a0k 0 o 0l st el e o ol gl 96 e e 960K 96 96

000167
000000

EXIT

. WORD
. WORD

JsJMP
L10025-2-.

TRAP

C$AU

.EVEN
ENDAU

104452

L10025:

130

o bo 0 o o

FVTA. ADD

025066

4874
4875
4876
4877
4878
4879
4880
4881
4882 025066
025066
025070
4883
4884
4885
4886
4887 025072
025072

12-DEC-83

CZDOHMUAO DHU 11 FUNC TST PARTY
HARDWARE

TEST

ADRA

HACRO M1200

12-DEC-83 16:08

4890

.SBTTL

4891

j oo

4892
4893
4894
4895
4896
4897
4898
4899
4900
4901
4902
4903
4904

HARDWARE TEST

SEQ 131
-

ADRA

THIS TEST VERI'IES THAT

THE DEVICE REGISTERS WILL RESPOND TO THE PROPER

UNIBUS HAND(HAKING SIGNALS WHEN ACCESSED. IF THE OMUL1 DOES NOT RESPOND
TO THE ACCESS ATTEMPTS (IF THE DHUL11 IS AT THE WRONG ADORESS, FOR EXAMPLE)
THE 004 BUS TIME-OUT TRAP IS DETECTED BY THIS ROUTINE AND AN ERROR
IS REPORTED. THIS TEST IS PERFORMED ON LINE O ONLY.
10060000800 00088006008000048540088088400800880848000808004000800600000088004000000004008

025074
025074

4907 025102
4908 023110
4909 025116
4910 025124

4935
4936
4937
4938
4939
4940
4941
4942
4943
4944
4945

PAGE 97

1000000000600 00800040080:0000040004840800000008008080000808084800000000608800800008000

4905
4906 025074

4911
4912
4913
4914
4915
4916
4917
4918
4919
4920
4921
4922
4923
4924
4925
4926
4927
4928
4929
4930
4931
4932
4933
4934

Bil1l

BGNTST
000001
012767
012767
012767
C12767
012767

000001

irnmn
000145
015444

TNUM =« TNUM + 1
MOV
MOV
MOV
MOV
MOV

155216
155172
156646
156642
156636

s INCREMENT THE ASSEMBLY TIME TEST COUNTER.

OTNUM, TSTNUM
®-1,CTRLCF
#101. ,ERRNBR
#EMO103 ,ERRMSG
®ERO101,ERRBLK

1SET UP THE TEST NUMBER.
(1)
tINDICATE THAT WE ARE IN A TEST.
1SET THE TEST ERROR NUMBER IN THE TABLE.
;SET UP THE TEST FAILURE MESSAGE IN THE TABLE.
;SET-UP THE ERROR ROUTINE IN THE ERROR TABLE.

s+ SET UP TO CATCH ANY 004 TRAPS WHICH OCCUR:

025132
025140
025146

016767
012767
005005

152646

024004

MOV
MOV
CLR

155156
152636

4, TPAVEC
STPARTN, 4
RS

1SAVE THE EXISTING 004 TRAP VECTOR.
1SET 004 TRAP VECTOR TO OUR SERVICE RTN ADR.
1CLEAR THE ERROR FLAGS.

+ HERE BEGINS THE LOOP TO TEST THE REGISTERS FOR A LINE.
FIRST

025150

023154

016700
012701
004767

103402
052703
042767

010100
016701
004767

103403

032703
0004 34

155062
023346
172522
100001
000017

000146

135030
172474

TEST

THE CSR AND SET

THE

MOV
MOV
JSR
8Cs
8IS
8IC
MOV
MOV

CSRA RO
0524 ,R1
PC,CKTRAP
44
€100001 ,RS
017,324
R1,RO
CSRA,R1

1SET UP CSR AS THE CKTRAP MOVE SOURCE.
1SET UP DESTINATION LOCATION FOR CKTRAP MOVE.
iMOVE AND CHECX FOR TRAP,
1IF NO TRAP, BYPASS ERROR.
1SET FATAL READ ERROR FLAGS.
tCLEAR THE I.A.R FIELD OF THE CSR DATA.
1USE OLD CESTINATION FOR SOURCE OF CKTRAP MOVE.
1SET UP CSR AS THE CKTRAP MOVE DESTINATION.

a8cs
8IS

64
#100002,R5

1IF NO TRAP, BYPASS ERROR.
1SET FATAL WRITE ERROR FLAGS.

JSR

100002

[

PC,CKTRAP

IND.ADR.REG (I.A.R) FIELD.

1MOVE AND CHECK FOR TRAP,

404

tEXIT AND REPORT FATAL ERROR.

NOW, WE TEST EACH REGISTER FOR THIS LINE.
023222
023226
023234
023240

023244
025250
023232
023236
025260

012702
016767
012700
012701
004767

103402
032703

010100
012701

000010

155004

023344
025346
172436

100001
025344

000110

64:
8s:

MOV
MOV

08, ,R2
CSRA,50¢
€304 ,RO
0324 ,R1

¢ INIT REGISTER COUNTER TO 8.
+INITIALIZE THE REGISTER POINTER.

8Cs
8IS
MOV
MOV

104
9100001 ,RS
R1,RO
9504 R}

1IF NO TRAP, BYPASS THE SETTING OF ERROR FLAGS.
1SET FATAL READ ERROR FLAGS.
tUSE OLD DEST AS SRC FOR CKTRAP MOVE.
1SET UP REGISTER AS THE DEST FOR CKTRAP MOVE.

JSR

10¢:

1SET UP REGISTER AS THE SOURCE FOR CKTRAP MOVE.
1SET UP LOCAL STORAGE AS THE DES FOR CKTRAP.

PC,CKTRAP

TM
3

1PERFORM THE MOVE, CHECK FOR TRAP.

CZDHUAQ DHU

HARDWARE
4946
4947
4948
4949
4950
4951
4952

TEST

025264
025270
025272
025276
025302
025306
025310

4953
4954
4955
4956
4957
4958
4959 025312
4960 025320
4961 025322
4962

FUNC

TST PART]

004767
103402
052705
005267
005267

005302
001351

ADRA

172416

DEC

JSR

B8CS

100002
000042
000036

0€eC

SEN

PC,CKTRAP

tPERFORM

€100002,R5
508
50

1SET FATAL WRITE ERROR Fi AGS.
s INCREMENT THE REGISTER
t+ POINTER BY 2,

BNE
}

PAGE

128

BIS
INC
INC

12%:

16:08

Cll

THE MOVE,

1 IF NO TRAP,

CHECK FOR

$COUNT THE REGISTER,
1LOOP

TEST

TRAP,

BYPASS THE SETTING OF ERROR FLAGS.

THE NEXT

+ OONE CHECKING DEVICE REGISTER ADDRESSES.
;

REPORT

ANY

ERRORS

AND EXIT.

016767
005705
100012

155000

152464

404 :

MOV

TP4VEC,4

tRESTORE

157

1CHECK

BPL

604

THE

NORMAL

004

TRAP

VECTOR.

THE ERROR FLAGS.

tEXIT ROUTINE

IF NO ERRORS.

|R4

4963
4964
4965 025324

s+
104460

025326
025332
4969 025334
4970 025340

016700
104451
005067

4966
4967
4968 025326

025340

025342

REPORY

“DEVICE REGISTER ACCESS TEST FAILED"

‘-

025324

4971
4972
4973
4974
4975
4976
4977
4978
4979

MACRO Mi200

ERROR

154700
154742

104444
000402

TRRP

(070 0. 1]

UNITN

CLR
DOCLN

CTRLCF

604

180000006680485808

025344
025346

154726
104401

MOV
TRAP
s INDICATE NO CTRL-C ABORT FROM TEST.
1ABORT THIS SUB PASS.
TRAP

LOCAL

SO¢ :
S24:

.WORD
WORD

O
O

604 :

CLR
ENDTSY

CTRLCF

§00080086008400000084

025350
025354
025354
025354

;OROP THIS UNIT FROM FUTHER TESTING.

END

STORAGE.

CSERROR

UNITN,.RO
CsDODU
CSOCLN

00000000000 0800000000600080480000000864048004

1STORAGE FOR THE SOURCE OR DEST OF THE CKTRAP MOVE.
1STORAGE FOR THE SOURCE OR DEST OF THE CXTRAP MOVE.
¢000480000000000000040000000008000800000000060080880

t INDICATE THAT WE ARE NOT WITHIN A TEST,
L10026:

TRAP

CSETST

132

CZOHUAO DHU 11 FUNC
HARDWARE

TEST

TST

MACRO M1200
PART1
MRSTA -

4981
4982
4983
4984
4985
4986

.S8TTL
100

16:08

HARDWARE

PAGE

D11
98

TEST

SEQ

- MRSTA

0004800880088 080008800000848088080808000800080840000080000800080000800000600000469

THIS

TEST

RESET

AND

MASTER

RESET WITH SELFTEST TEST VERIFIES THAT THE MASTER RESET BIT

THE

PERFORMANCE

THE

DUT

WILL

ROM BASED

CLEAR

AFTER

DEVICE

SELFTEST.

[]

: - 0808883083808 00404040480084800000880000008000008800000802000000000600006000000000800

4987

4988 025356

025356

4989
4990 025356

BGNTST

025364

000002
012767
012767

025372
025376
4993 025400
4994 025406
4995 025414

012700
104441
012767
012767
012767

4991

12 DEC-83

4992 025372

4996
4997
4998
4999 025422

5000
5001 025432
5002 023434
5003
025444

000002

1777177

TNUM

154734
154710

MOV
MOV
SETPRI

000240
000001

005632
015776

156354
156352
156346

MOV
MOV
MOV

TNUM

#TNUM, TSTNUM
®-1,CTRLCF
#PRIOS
#1,ERRTYP
#EMO201 ,ERRMSG
#ERO201 ,ERRBLK

s INCREMENT

THE ASSEMBLY

T2::
TIME

TEST COUNTER.

1SET UP THE TEST NUMBER.
2)
;INDICATE THAT WE ARE IN A TEST.
tALLOW LTC INTERRUPTS.
MOV

#PRI0S,RO
TRAP
C$SPRI
+SET ERROR TYPE AS FATAL IN ERROR TABLE.
;SET ERROR MESSAGE ADORESS 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

011610
000040

MOV
MOV
CLR
MOV
JSR

154576
172454

8CS

#5000. ,R1
#BIT0S,R2
R3
CSRA,R4
PC.MSLGET

s TIME-OUT VALUE IS S.0 SFCONDS.
(WAITING FOR MASTER RESET BIT.
{WAITING FOR BIT TO CLEAR.
:8IT IS IN THE DUT'S CSR.
tWAIT FOR OUT_CSR_MR BIT TO CLEAR.

+SKIP T0 RESET DUT IF MR CLEAR.

‘0

; DUT MASTER RESET BIT DID NOT GO CLEAR.
DEVICE MAY BE STUCK IN SOME
;
ODD STATE.
TRY TO RESET DEVICE WITH A BUS RESET.
;-

025446
025450
025454
025464

104433

004767
012701
004767
103016

BRESET
174624

TRY TO JOG DEVICE WITH BUS RESET.
TO SKIP THE SELFTEST.

TRAP

JSR

PC.SKPSTS

sTRY

JSR

PC.MSLGET

{WAIT FOR DUT_CSR_MR BIT TO CLEAR.

MOV

011610
172434

tNO,

ecc

#5000. ,R1

CSRESET

s TIME-OUT VALUE IS S.0 SECONDS.

1GO REPORT ERROR IF MR BIT DID NOT CLEAR.

SET THE MASTER RESET BIT AND VERIFY THAT IT CLEARS WITHIN THE PROPER TIME.

023466
025472
023474

012701
010214
004767

011610

023302
0235306
023310
023312
023516

012702
160102
001413
020227
002417
000424

011610

025520

103010

2¢:

172420

MOV
MOV
JSR

¢5000. ,R1
R2,(R4)
PC,MSLGET

s TIME-OUT VALUE IS S.0 SECONDS.
1SET THE DUT MASTER RESET BIT.
IWAIT FOR DUT_CSR_MR BIT TO CLEAR.

MOV
SUB
8EQ

#5000. ,R2
R1,R2
64

tCALCULATE @ OF MS FOR MR TO CLEAR.
1GO REPORT ERROR IF MR CLEAR IMMEDIATELY.

8CC

000764

cHP
eLY

B8R

R2,#500.
8s

604

1GO REPORT ERROR IF MR BIT DID NOT CLEAR.

1GO REPORT ERROR IF MR CLEAR IN <

(EXIT THE TEST WITHOUT ERROR.

1/2 SECOND.

ERROR REPORTS;

025522
025530
025534

012767
012701

000311
005665

156234

4s:

sREPORT MR BIT WOULD NOT CLEAR AFTER A DUT RESET.
MOV
MOV

ERROR

201 . ,ERRNBR
#EM0202,R1

1SET THE ERROR NUMBER IN ERROR TABLE.
1SELECT ERROR MESSAGE.

sREPORT ERROR.

>>>>> ERROR #201 c¢<cccc

133

CZDHUAO DHU-11
HARDWARE

5034
5035
5036
5037
5038
5039

TECT

025534

025536

FUNC

TST PART1

MRSTA

104460
000415

025540
025546
025552
025552
025554

012767
012701

025556
025564
025570
025570

012767
012701

025572
025572
025576
025600
025604
025604
025604

MACRO M1200

000312
006040

156216

tREPORT

6%:

MR BIT

MOV

BR
000313
006203

156200

000340

154476

604

16:08

PAGE

Ell
98-1

608

ERROR

104460

104401

104460
000406

012700
104441
005067

12 DEC

SEQ

1EXIT
CLEAR

IMMEDIATELY

0202. ,ERRNBR

0EMO0203 ,R1
60$

sSET

THE

TEST,

AFTER

DUT

TRAP

C$ERROR

RESET.

THE ERROR NUMBER IN ERROR TABLE.

1SELECT ERROR MESSAGE.

tREPORT ERROR,

sEXIT THE TEST.

>>>>>

ERRAR 0202 «<cccc
TRAP
C$ERROR

tREPORT MR CLEAR WITHIN 1/2 SECOND OF DUT RESET.
MOV

HOV
ERROR

SETPRI

2203, ,ERRNBR
#EM0204 ,R1

OPRIO7

1SET THE ERROR NUMBER IN ERROR TABLE.

sSELECT ERROR MESSAGE.
tREPORT ERROR.
tOISABLE ALL

>>>>> ERROR €203 «<<¢c«cc
TRAP
C$ERROR

INTERRUPTS.

MOV
ESB¢ST

CTRLCF

s INDICATE

THAT WE COMPLETED THE
L10027:

#PRIO7
RO

TRAP

C$SPRI

TRAP

CSETST

TEST,.

134

CZDHUAO DHU

TEST

FUNC

TST PARTL

MACRO M1200

5051
5052

.SBTTL
160

5053
5054
5055
5056
5057
5058 025606
025606
5059
5060 025606
5061 025614
5062 025622
025622
5063
5064
5065
5066
5067
5068
5069
5070
5071
5072
5073
5074
S07S
5076
5077
5078
5079

5080
5081
5082
5083
5084
5085
5086
5087

12-DEC-83

025630
025636
025644

16:08

PAGE

F11
99

SEQ

MRSSTA

1o
e

HARDWARE

TEST

- MRSSTA

8880830304000 04004004040408088004088880080048808880040060480088440408040854844044

- MASTER RESET WITH SKIP SELFTEST TEST THIS TEST VERIFIES THAT THE MASTER RESET BIT WILL CLEAR AFTER A DEVICE

RESET

AND

THE

SKIPPING

THE

DUT

ROM

BASED

SELFTEST,

8888800600800 0488084480848000084888884008808888040408404000404404800448080404848848

BGNTST
000003
012767
012767

012700
104441
012767
012767
012767

000003

11771

TNUM
MOV
MOV

154504
154460

000001
006362
015776

SETPRI

000240

156124
156122
156116

MOV
MOV
MOV

s
TNUM + 1
#TNUM, TSTNUM
¢-1,CTRLCF
@PRIOS

1 INCREMENT THE ASSEMBLY TIME TEST COUNTER.
1SET UP THE TEST NUMBER.
(3
t INDICATE THAT WE ARE IN A TEST.

1ALLOW LTC INTERRUPTS.

01 ,ERRTYP
#EMO301,ERRMSG
#ER0201 ,ERRBLK

MOV
#PRIOS,RO
TRAP
C$SPRI
1SET ERROR TYPE AS FATAL IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERROR TABLE.
;SET ERROR ROUTINE ADDRESS IN ERROR TABLE.

|B4

3 WAIT UP TO 5 SECONDS FOR THE DUT MASTER RESET BIT TO CLEAR.
‘-

012701
012702
005003
016704
004767
103410

011610
000040

MOV
MOV

#5000. ,R1
#8IT0S,R2

1 TIME-OUT VALUE IS S.0 SECONDS.
{WAITING FOR MASTER RESET BIT.

154346
172224

MOV
JSR

CSRA . R4
PC,MSLGET

1BIT IS IN THE DUT'S CSR.
tWAIT FOR DUT_CSR_MR BIT TO CLEAR.

CLR

BCS

IWAITING FOR BIT TO CLEAR.

1SKIP T0 RESEY ouT IF MR CLEAR.

' *

s DUT MASTER RESET BIT DID NOT GO CLEAR.
ODEVICE MAY BE STUCK IN SOME
+
ODD STATE.
TRY TO RESET DEVICE WITH A BUS RESET.
025676
025676
025700
025704
025710
025714

}

104433

004767
012701
004767

103024

BRESET

174374
011610
172204

JSR
MOV
JSR

e8cc

N)oe
o o =

HARDWARE

tNO,

TRY TO JOG DEVICE WITM BUS RESET.

TRAP
1 TRY TO SKIP THE SELFTEST.
1 TIME-QUT VALUE IS S.0 SECONDS.
1WAIT FOR DUT_CSR_MR BIT TO CLEAR.

PC,SKPSTS
#5000. ,R1
PC.MSLGET

CSRESET

1GO0 REPORT ERROR IF MR BIT DID NOT CLEAR.

025716
5089 025722
025724
025730

012701
010214
004767
004767

000310

025744
025750
025752

012702
160102
020227
002415
000431

025734
025736
025742

103007

174350
172164

012701
004767
103416

MOV
MOV
JSR

JSR
8CC

MOV

SUB

(o) o

000012

BLY

B8R

011300
172134

TRY TO SKIP THE SELFTEST,

MR BIT CLEARS WITHIN 1/S5 SECOND.

[

025754
025760
025764

SET THE MASTER RESET BIT,

AND VERIFY THAT THE

#9200, ,R1
R2,(R4)
PC,SKPSTS
PC,MSLGET
44

1 TIME-OUT VALUE IS 1/5 SECOND.
1SET THE DUT MASTER RESET BIT.
1TRY TO SKIP THE SELFTEST.

R1,R2

1CALCULATE @ OF MS FOR MR TO CLEAR.

8¢

1GO REPORT ERROR IF MR CLEAR IN <

9200, ,R2

R2,#10.
604

sWAIT FOR DUT_CSR_MR BIT TO CLEAR.
1GO FIND OUT WHAT IS WRONG IF MR NOT CLEAR.

1EXIT THE TEST WITHOUT ERROR.

10 MS.

MR DID NOT CLEAR WITHIN

MOV
JSR

8cCs

#4800. ,R1
PC,MSLGET

104

1/5 SECOND,

SEE

IT CLEARS WITHIN S SECONDS.

1 TIME-OUT VALUE IS S SECONDS MINUS 1/5 SECOND.
tWAIT FOR DUT_CSR_MR BIT TO CLEAR.

1GO REPORT ERROR IF MR CLEARED FINALLY.

135

CZOHUAO DHU 11 FUNC
HARDWARE

TEST

5104
5105
5106
S107
5108 025766
5109 025774
5110 026000
026000

giié 026002

5113
5114 026004
S115 026012
5116 026016
026016
gii; 026020

5119
5120 026022

5121 026030

5122 026034

s123 026034

5124 026036
026036
026042
5125 026044
5126 026050
026050
026050

TST PART1

012767
012701

MRSSTA

000455
005665

MACRO M1200

155770

104460

000415
012767
012701

012701

B8R

000456
006434

155752

8%:

000457

155734

10¢:

006574

104460
012700
104441
005067
104401

000340

154232

16:08

PAGE

SEQ

i
+ ERROR REPORTS:
H
tREPORT MR B8IT WOULD NOT CLEAR AFTER A DUT RESET,
6%:
MOV
#0301. ,ERRNBR
1SET THE ERROR NUMBER IN ERROR TABLE.
MOV
#EM0202,R1
sSELECT ERROR MESSAGE.
ERROR
t1REPORT ERROR.
>»>>> ERROR 00301 <cccc
TRAP
CS$ERROR

104460
000406

012767

12 DEC 83

GL1

604 :

604

sEXIT THE TEST.

tREPORT MR BIT CLEAR WITHIN 10 MS AFTER DUT RESET.
MOV
#0302. ,ERRNBR
1SET THE ERROR NUMBER IN ERROR TABLE.
MOV
#EMO302,R1
1SELECT ERROR MESSAGE.
ERROR
;sREPORT ERROR.
>>>>> ERROR #0302 <ccc<¢
TRAP
C$ERROR
BR
60
tEXIT THE TEST.

sREPORT MR CLEARED BETWEEN 1/5 SECOND AND S SEZONDS OF DUT RESET.
MOV
#0303, ,ERRNBR
$;SET THE ERROR NUMBER IN ERROR TABLE.
MOV
#EMO303,R1
1SELECT ERROR MESSAGE.
ERROR
sREPORT ERROR.
>>>>> ERROR #0303 <ccc<
TRAP
CS$ERROR
SETPRI

#PRIO7

;DISABLE ALL INTERRUPTS,

CLR
ENDTST

CTRLCF

1 INDICATE

THAT

MOV
TRAP
WE COMPLETED THE TEST.
L10030:

TRAP

#PRIO7,RO
CS$SPRI

CSETST

136

CZOMUAO DHU

MARDWARE

11 FUNC

TEST

5128
5129
5130
5131
5132
5133
5134
5135
5136 026052
026052
5137 026052
026052
026056
5138
5139

5140
5141
5142
5143
S144
5145
5146
5147
5148
5149
3150
5151
3152
5153
5154
3155
3156
5157
5158
5159
5160
5161
5162
5163
5164
5165
5166
3167
5168
5169
5170
5171
5172
5173
5174
5175
5176
5177

026074
026102
026110

TST PARTL

RXCHRA

MACRO M1200

12-DEC-83

.SBTTL
1¢¢

1o
)

16:08

PAGE

H11
100

HARDWARE TEST

SEGQ

- RXCHRA

8880804840044 8008804808804880440808000880048080844000400884084880848080000480400888

- RBUF REGISTER RX CHARACTER FIELD TEST THIS TEST VERIFIES THAT THE RX CHARACTER FIELD OF THE DUT RBUF REGISTER

APPEARS

SHOULD BE IN THE FIFO AFTER A BOARD RESET AND SKIP SELFTEST SEQUENCE.

(==

TO BE

FUNCTIONING

CORRECTLY,

THIS

TEST

USES

THE

CODES

WHICH

0688488842080 04888480848848040444088088880008880000048808048048000004088400804

BGNTST
012700
104441
000004
012767
012767
012767
01c767
012767

SETPRI

000240

000004
177777
000001
006753
015776

#PRIOS

1ALLOW LTC INTERRUPTS,

TNUM = TNUM « |
MOV
STNUM, TSTNUM
MOV
#-1,CTRLCF
MOV
®1 ,ERRTYP
MOV
OEMO401 ,ERRMSG
MOV
#ER0201 ,ERRBLK

154232
154206
155660

135636
155652

MOV
#PRIOS,.RO
TRAP
C#SPRI
s INCREMENT THE ASSEMBLY TIME TEST COUNTER.
1SET UP THE TEST NUMBER.
(4)
s INDICATE THAT WE ARE WITHIN A TEST,
1SET ERROR TYPE AS FATAL IN ERROR TABLE.
;1 SET ERROR MESSAGE ADORESS IN ERROR TABLE.
;SET ERROR ROUTINE ADDRESS IN ERROR TABLE.

+
t

SET THE DUT CSR MASTER RESET (MR) BIT, PERFORM THE SKIP SELFTEST SEQUENCE,
AND WAIT UP TO 5 SECONDS FOR THE MR BIT TO CLEAR.

012701
012702
005003
016704
010214
004767
004767
103015

011610
000040

MOV
MOV

#5000. ,R1
#B8IT0S,R2

1 TIME-OUT VALUE IS S.0 SECONDS.
iWAITING FOR MASTER RESET BIT.

154102

MOV
MOV
JSR
JSR

CSRA R4
R2,(R4)
PC.SKPSTS
PC,MSLGET

;8IT IS IN THE DUT‘'S CSR.
tSET THE DUT MASTER RESET BIT.
1SKIP THE SELFTEST.
tWAIT FOR DUT_CSR_MR BIT TO CLEAR.

CLR

174136
171752

BCC

;WAITING FOR BIT TO CLEAR.

;GO REPORT ERROR IF MR DID NOT CLEAR.

; RE& g CHARACTERS FROM THE DUT AND VERIFY THAT THEY ARE VALID SELFTEST
3
;-

026150

026156
026160
026162
026166
026172
026174
026176
026200

026202
026210
026214
026214
5178 026216
S179
5180

012400
012701
011402
010200
042700
020027
001012

000006

MOV
MOV

(R4)+,RO
#6,R1

"ngx
8IC

177476
000201

c
BNE
DEC
BNE
B8R

001367
000415

s INCREMENT POINTER TO POINY TO DUT RBUF REGSTR.
tINITIALIZE THE LOOP COUNTER.

ag4 36“2

JREAD A CHARACTER FROM THE DUT RBUF REGISTER.

#177476,R0

+REMOVE ALL BUT BITS SPECIFIC TO SELFTEST CODE.

RO, #201
64
R1
24
604

1CHECK THAT BITS 0,6, AND 7 ARE CORRECT.
1GO REPORT ERROR IF CODE IS NOT SELFTEST COOE.
;COUNT THIS LOOP ITERATION.
;LOOP IF NOT ALL LINES DONE.
{EXIT TEST, NO ERROR FOUND.

| R4

s+ ERROR REPORTS:
;-

012767
012701

104460
000406

000621
003665

155554

tREPORT MR BIT WOULD NOT CLEAR AFTER A DUT RESET.
MOV
MOV

ERROR
BR
sREPORT

#0401 . ,ERRNBR
#EM0202,R1

1SET THE ERROR NUMBER IN ERROR TABLE.
1SELECT ERROR MESSAGE.

604

tEXIT

IMPROPER

CODE

FOUND

;REPORT ERROR.

IN DUT

THE

TEST.

RBUF

AFTER RESET

>3>>> ERROR #0401 ccccc
TRAP
CS$ERROR

(SKIP

SELFTEST).

137

CZOHUAO NHU-11 FUNC TST PART)

HARDWARE

TEST

5181 026220
5182 026226
5183 026232
026232
5184
5185 026234
026234
026240
5186 026242
5187 026246
026246
V26246

012767
012701

MACRO M1200
RXCHRA -

000622
007031

155536

104401

000340
154034

16:08

PAGE

I11

100-1

SEQ 138

6%:

MOV
MOV
ERROR

€0402. ,ERRNBR
0EM0402,R1

;SET THE ERROR NUMBER IN ERROR TABLE.
$SELECT ERROR MESSAGE.,
1REPORT ERROR.
>>>>> ERROR 00402 <ccc<c
TRAP
C$ERROR

604:

SETPRI

oPRIO7

sDISABLE ALL

104460
012700
104441
005067

12-DEC 83

CLR
ENDTST

CTRLCF

INTERRUPTS,

MOV

#PRIO7,RO

TRAP

C$SPRI1

TRAP

CS$ETST

s INDICATE THAT WE COMPLETED THE TEST.
L10031:

CZOMUAO DHU-11 FUNC TST PART1
HARDWARE

TEST

MACRO M1200
RXFFDA -

5189

12-DEC-83

.SBTTL
§4¢

5194
5195

AFTER

;e
i e

PAGE

101

HARDWARE TEST

5190
5191

5192
5193

16:08

J11
SEQ 139

- RXFFDA -

0885384004080 004488084880484804048880080000800480040848088000040080408804408488

- RBUF REGISTER RX FLAG FIELD TEST THIS TEST VERIFIES THAT THE FIELD OF 3 FLAG BITS IN THE RBUF READS
ALL

ONES

WHEN

BOARD

THE

RESET

SELFTEST

AND

SKIP

CODES

ARE

SELFTEST

BEING

READ

FROM

THE

DUT

SEQUENCE.

5196
5197 026230
026250
5198 026230
026250

026254

026256
026272
026300
026306

1=~

08008484348 8448480400000080000048000088000000004000008880000050888808840088080804

BGNTST

012700
104441
000005
012767
012767
012767
012767
012767

SETPRI

000240

000005
177717
000001
007201
015776

#PRIOS

TNUM == TNUM +» 1
MOV
STNUM, TSTNUM
MOV
#-1,CTRLCF
MOV
€1 ,ERRTYP
MOV
#EMOS501 ,ERRMSG
MOV
#ERO0201 ,ERRBLK

154034
154010
155462
155460
155454
K4

tALLNW LTC INTERRUPTS.
MOV
#PRIOS,RO
TRAP
C$SPRI
s INCREMENT THE ASSEMBLY TIME TEST COUNTER.
1SET UP THE TEST NUMBER.
(5)
s INDICATE THAT WE ARE WITHIN A TEST.
1SET 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,
i
AND WAIT UP TO S SECONDS FOR THE MR BIT TO CLEAR.
;-

026314
026320
026324
026332
026334
026340
026344

012701
012702
005003
016704
010214
004767
004767
103013

011610

MOV
MOV

#5000, ,R1
#BIT0S,R2

; TIME-OUT VALUE IS S.0 SECONDS.
;WAITING FOR MASTER RESET BIT.

153704

MOV
MOV
JSR
JSR
B8CC

CSRA,R4
R2.(R4)
PC.SKPSTS
PC.MSLGET
as

;BIT IS IN THE DUT‘S CSR.
1SET THE DUT MASTER RESET BIT.
1SKIP THE SELFTEST.
tWAIT FOR DUT_CSR_MR BIT TO CLEAR.
1GO REPORT ERROR IF MR DID NOT CLEAR.

000040

CLR

173740
171554

tWAITING FOR BIT TO CLEAR.

L 4

: READ 8 CHARACTERS FROM THE DUT AND VERIFY THAT ALL 3 RX ERROR FLAGS ARE
t

026346
026350
026354
026356
026362
026364
026366
026370
026372

012400
012701
011402
012700
040200
001012
005301
001371
000415

000010

SET FOR EACH CHARACTERS.

2¢:

070000

MOV
MOV
MOV
MOV

8IC
BNE
DEC
BNE

B8R

(R4)+,RO
8. ,R1
(R4),R2
#70000,R0
R2,RO
64
R1
24

60¢

s INCREMENT POINTER TO POINT TO DUT RBUF REGSTR.
s INITIALIZE THE LOOP COUNTER.
1READ A CHARACTER FROM THE DUT RBUF REGISTER.

1CALCULATE BIT MAP OF CLEAR RX ERROR FLAGS.
1GO REPORT ERROR IF NOT ALL RX ERROR FLAGS SET.
1COUNT THIS LOOP ITERATION.
1LOOP IF NOT ALL LINES OONE.

1EXIT TEST, NO ERROR FOUND.

[ R4

s+ ERROR REPORTS:
'-

012767
012701

000765
005665

135362

MOV

ERROR

104460
000406
012767

sREPORT MR BIT WOULD NOT CLEAR AFTER A DUT RESET.

B8R
000766

155344

64:

€0501. ,ERRNBR

#€EM0202,R1

60¢

1SET THE ERROR NUMBER IN ERROR TABLE.

1SELECT ERROR MESSAGE.

1REPORT ERROR.

1EXIT THE TEST.

»>>>> ERROR #0501

TRAP

1REPORT ONE OR MORE RX ERROR FLAGS FOUND CLEAR WITH SELFTEST COOE.
MOV
#0502. ,ERRNBR
1SET THE ERROR NUMBER IN ERROR TABLE.

<cc<cc

CSERROR

CZDHUAO OHU-11 FUNC TST PART1

HARDWARE

TEST

5242 026420
5243 026424
026424
5244
5245 026426
026426
026432
5246 026434
5247 026440
026440
026440

012701

RXFFDA

MACRO M1200

007255

104460
012700
104441
005067
104401

000340
153642

60%¢:

12-DEC-83

16:08

PAGE

IK11

101-1

SEQ

MOV
ERROR

#EMO502,R1

1SELECT ERROR MESSAGE.
1REPORT ERROR.

SETPRI

#PRIO7

1DISABLE ALL INTERRUPTS,

CLR
ENDTST

CTRLCF

1 INDICATE

>>>>>

ERROR 00502 <<<«c«<
TRAP
C$ERROR

THAT WE COMPLETED THE
L10032:

MOV

#PRIO7,RO

TRAP

CS$SPRI

TRAP

CSETST

TEST.

140

CZDHUAO DHU-11 FUNC TST PART1

HARDWARE

TEST

5249
5250
5251
5252
5253
5254
5255
5256
5257 026442
026442
5258 026442
026442
026446

026450
026456
026472
026500

RDAA

MACRO M1200

12-DEC-83

.SBTTL
166

1o
i ®
1

16:08

PAGE

L11
102

HARDWARE TEST

SEGQ

- RDAA

2008808080008 0408440080408088880800008880880044084488408000888888888080888044

- CSR RX DATA AVAILABLE BIT TEST THIS TEST VERIFIES THAT THE DUT CSR RX DATA AVAILABLE BIT IS SET BY THE
INCLUSION OF THE SELFTEST CODES IN THE DUT FIFO AND THAT THE BIT CLEARS

i e

AFTER

THE FIFO HAS

BEEN EMPTIED.

14
(-~

8008888448400 00000800000000800000000000000000000400R080000000000000000000s

BGNTST
012700
104441
000006
012767
012767
012767
012767
012767

SETPRI

000240

000006
177777
000001
007611
015776

TNUM ==

MOV

153642
153616
155270

MOV
MOV
MOV
MOV

155262

@PRIOS
TNUM

tALLOW LTC INTERRUPTS.
+

STNUM, TSTNUM

¢-1,CTRLCF
#1,ERRTYP
®EMO601 ,ERRMSG
#ER0201 ,ERRBLK

s INCREMENT

THE ASSEMBLY

$1SET UP THE TEST NUMBER.

T6::

TIME

MOV
#PRIOS,RO
TRAP
C#SPRI
TEST COUNTER.

(6)

s INDICATE THAT WE ARE WITHIN A TEST,
$1SET 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 5 SECONDS FOR THE MR BIT TO CLEAR.

‘—

026506
026512
026516
026324
026526
026532
0265356

012701
012702
005003
016704
010214
004767
004767
103016

011610
000040

MOV
MOV

153512

MOV
MOV
JSR
JSR

173546
171362

#5000..R1
#BITOS.R2

s TIME-OUT VALUE IS S.0 SECONDS.
(WAITING FOR MASTER RESET BIT.

CSRA,R4
R2,(R4)
PC.SKPSTS
PC.MSLGET

1BIT IS IN THE DUT'S CSR.
1SET THE DUT MASTER RESET BIT.
1SKIP THE SELFTEST.
sWAIT FOR DUT_CSR_MR BIT TO CLEAR.

CLR

8cc

;WAITING FOR BIT TO CLEAR.

1GO REPORT ERROR IF MR DID NOT CLEAR.

3¢

i CHECK THAT THE RX DATA AVAILABLE BIT IS SET.
026540
026544

032714

001422

000200

BIT
BEQ

#BIT7.(R4)
64

;TEST THE DUT RX.DATA.AVAIL BIT.
;GO REPORT ERROR IF BIT IS NOT SET.

‘0

i1 READ CHARACTERS FROM THE DUT RX FIFO AND WAIT FOR RX.DATA.AVAIL TO GO CLEAR.
'-

0263546
026532
026554
026556
026560
026364
026566
026570
026572

012705
010403
012300
011300
032714
001427
005305
001372
000416

001130

2¢:

000200

:83

§2°83'“5

JALLOW READING 600 CHARS BEFORE ERROR.

MOV

(R3)+,RO

1CALCULATE THE RBUF ADORESS.

8¢

1GO REPORT ERROR IF RX.DATA.AVAIL WOULDN'T CLR.

MOV
8IT
BEQ
DEC
BNE

B8R

(R3),RO
#8IT7,(R4)
604
RS
2

JREAD A CHARACTER FROM THE RX FIFO.
JTEST THE DUT RX.DATA.AVAIL BIT.
JEXIT TEST WITHOUT ERROR IF RX.DATA.AVAIL CLR.
sCOUNT THE CHARACTER JUST READ.
;LOOP IF NOT TOO MANY CHARS READ FROM FIFO.

[ R4

1 ERROR REPORTS:
026574
026602

012767
012701

026606

104460

001131
005665

135162

tREPORT MR BIT WOULD NOT CLEAR AFTER A DUT RESET.
MOV
#0601 . ,ERRNBR
;SET THE ERROR NUMBER IN ERROR TABLE.
MOV

ERROR

#EMO202,R)

s SELECT ERROR MESSAGE.

tREPORT ERROR.

>>>>> ERROR #0601 <cccc
TRAP

C$ERROR

141

CZDHUAY DHU-11 FUNC

HARDWARE

TEST

gggg 026610
5304
5305 026612
5306 026620
5307 026624
026624

gggg 026626
5310
5311
5312
5313
o3
14
5315

026630
026636
026642
026642

026644
026644
026650
5316 026652
5317 026656
026656
026656

TST PART1

RDAA

MACRO M1200

000415

012767
012701

001132
007653

155144

104460
000406

012767
012701

001133
010033

155126

8%:

104401

000340
153424

60¢:

60%

PAGE

102-1

SEQ
1EXIT

THE

TEST,

tREPORT THAT RX.DATA,AVAIL BIT WAS NOT SET AFTER A RESET COMPLETION.
MOV
#C602. ,ERRNBR
1SET THE ERROR NUMBER IN ERROR TABLE.
MOV
QEMO602,R1
1SELECT ERROR MESSAGE.
ERROR
$REPORT ERROR.
>>>>> ERROR 00602 <<cccc
TRAP
C4ERROR

104460

012700
104441
005067

12 DEC-83 16:08

M11

604

{EXIT THE

TEST.

tREPORT 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
1SELECT ERROR MESSAGE.
ERROR
+REPORT ERROR.
>>>>> ERROR #0603 ccccc
TRAP
CSERROR
SETPRI

#PRIO7

:DISABLE ALL

CLR
ENDTST

CTRLCF

: INDICATE

INTERRUPTS.

THAT WE COMPLETED

MOV
TRAP
THE TEST.

L10033:

TRAP

#PRIO7,RO
CS$SPRI

CSETST

142

CZDHURO OHU-11

HAROWARE

TESTY

5319
5320
5321
5322
5323
5324
5325
5326
5327 026660
026660
5328 026660
026660
026664
3329
5330 026666
5331 026674
5332 026702
5333 026710
5334 026716
5335
5336
5337
5338
5339 026724
3340 026730
5341 026734
5342 026736
3343 026742
5344 026744
5345 026750
5346 026754
S347
3348
5349
35350 026756
5351 026760
5352 026762
5353
5354
3355
3356 026764
5357 026770
5358 026772
5359 026774
5360 026776
3361 027000
5362
5363
5364
5365
5366
5367 027002
5368 027010
5369 027014
027014
5370 027016
5371

FUNC

TST PART1
- RDVA

MACRO M1200

12-DEC-83

.SBTTL
100

16:08

MARDWARE

PAGE

N11
103

TEST

SEQ

RDVA

RORAASARANNARAAEA404808R000KESA0ANERAA40RER0AEAEA00000000A00000000008000

- RBUF RX DATA VALID BIT TEST

THIS

INCLUSION OF THE SELFTEST CODES IN THE DUT FIFO AND THAT THE BIT CLEARS

i &

TEST

AFTER

VERIFIES

THE

FIFO HAS

THAT

THE

OUT

RBUF

DATA

VALID BIT

SET

THE

BEEN EMPTIED.

[

:-- 8884048000000 000 5008040040804 0804000000000 80000 0000040004000 00800008008080
BGNTST

012700
104441
000007
012767
012767
012767
012767
012767

SETPRI

000240

000007
177777
000001
010216
015776

TNUM

153424
153400
155052
155050
155044

MOV
MOV
MOV
MOV
MOV

oPRIOS
==

TNUM

sALLOW LTC INTERRUPTS.
+

ATNUM, TSTNUM
#-1,CTRLCF
€1 ,ERRTYP
#EMO701 ,ERRMSG
#ERO201 ,ERRBLK

s INCREMENT

THE ASSEMBLY

T7::

TIME

MOV
OPRIOS,RO
TRAP
CS$SPRI
TEST COUNTER.

tSET UP THE TEST NUMBER.
(7)
;INDICATE THAT WE ARE WITHIN A TEST.
;1SET ERROR TYPE AS FATAL IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERROR TABLE.
;SET ERROR ROUTINE ADODRESS 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

MOV

011610
000040

MOV

CLR
MOV
MOV
JSR

153274
173330
171144

JSR

B8CC

#5000. ,R1

s TIME-OUT VALUE IS S.0 SECONDS.

R3
CSRA,R4
R2.(R4)
PC.SKPSTS

sWAITING FOR BIT TO CLEAR.
;BIT IS IN THE DUT'S CSR.
$;SET THE DUT MASTER RESET BIT.
;SKIP THE SELFTEST.

#BIT05,R2

PC,MSLGET

sWAITING FOR MASTER RESET BIT.

tWAIT FOR DUT_CSR_MR BIT

TO CLEAR.

:GO REPORT ERROR IF MR DID NOT CLEAR.

;s CHECK THAT THE RX DATA VALID BIT IS SET.
;-

012400
005714
100016

MOV

ST
BPL

(R4)+,RO

(R4)
64

s INCREMENT POINTER TO PNT TO DUT RBUF REG.
s TEST THE DUT RX.DATA.VALID BIT.
$1GO REPORT ERROR IF BIT IS NOT SET.

READ CHARACTERS FROM THE DUT RX FIFO AND WAIT FOR RX.DATA.VALID TO GO CLEAR.

012705
011400
100027
005305
001374
000416

001130

24:

MOV

MoV
8PL
DEC
BNE

B8R

#600. ,RS

(R4),RO
604
RS
24

tALLOW READING 600 CHARS BEFORE ERROR.

sREAD A CHARACTER FROM THE RX FIFO.
$EXIT TEST WITHOUT ERROR IF BIT IS CLEAR.
;COUNT THE CHARACTER JUST READ.
sLOOP IF NOT TOO MANY CHARS READ FROM FIFO.

1GO REPORT ERROR IF RX.DATA.VALID WOULDN'T CLR.

s ERROR REPORTS:
012767
012701
104460
000415

001275
005665

154754

tREPORT MR BIT WOULD NOT CLEAR AFTER A DUT RESET,

MOV

MOV
ERROR

#0701 . ,ERRNBR
#EMO202 ,R1

604

1SET THE ERROR NUMBER IN ERROR TABLE.
tSELECT ERROR MESSAGE.
sREPORT ERROR.

tEXIT THE

TEST.

>>>>>

ERROR #0701 c¢cccc
TRAP
C$ERROR

143

CZDHUAO DU 11 FUNC
HARDWARE

TEST

TST PART1

RDVA

MACRO M1200

5372

tREPORT

5373 027020
5374 027026
5375 027032
027032
gg;? 027034
5378
S379
5380
5384
<382

12 DEC 83

027036
027044
027050
Q27050

5383 027052
027052

027056
5384 027060
5385 027064
027064
027064

012767
012701

001276
0102K1

154736

64%:

104460

000406

012767
012701

001277
01044}

154720

8%:

104460

012700
104441
005067
104401

000340
153216

60%¢:

16:08

THAT

PAGE

Ble

103-1

RX.DATA.VALID

MOV
MOV
€RROR

00702, ,ERRNBR
#€EM0702,R1

604

SEQ

BIT

WAS

NOT

SET

AFTER

RESET

COMPLETION.

1SET THE ERROR NUMBER IN ERROR TABLE,
1SELECT ERROR MESSAGE
.,
1REPORT ERROR.
>>>>> ERROR #0702 ¢cccc
TRAP
CS4ERROR
1EXIT THE TEST,

tREPORT THAT RX.NDATA,VALID BIT COULD NOT BE CLEARED BY PURGING FIFO,
MOV
070U, ,ERRNBR
1SET THE ERROR NUMBER IN ERROR TABLE.
MOV
#EMO703,R1
1SELECT ERROR MESSAGE.
ERROR
sREPORT ERROR,
»>>>> ERROR #0703 ccccc
TRAP
C4ERROR

SETPFI

OPRIO?

1DISABLE ALL

CLR
ENDTST

CTRLCF

1 INOICATE

INTERRUPTS,

THAT We

COMPLETED

MOV
TRAP
THE TEST.

L10034:

TRAP

#PRIO7
RO
C$SPRI

CSETST

144

CZOMUAO DMU 11 FUNC
HARDWARE

TEST

TST PART}
-

RULNA

MACRO M1200

5387

12 DEC-83

.SBTTL

5388
5389

5390
5391
5392
5393
5394
5395 027066
027066
5396 027066
027066
027072

027074
027102
027110
027116

16:08

HARDWARE

PAGE

Cle
104

TEST

SEQ

- RLNA

.0‘0.000‘0‘."0.“0“‘0“0.‘00..“".0".“.‘t“t.‘0000‘0‘.0‘.“.‘0‘....000

RBUF RX LINE NUMBER FIELD TEST

THE

LINE

THIS

CORRECTLY BY UTILIZING THE SELFTEST CODES WHICH ARE PUT IN THE RX

FIFO

TEST

VERIFIES

AFTER

BOARD

THAT

DUT

RBUF

NUMBER

FIELD

WORKING

RESET,

00866040000 00840880048880888000008000000004000000400800000020884840060000888000848

BGNTST
012700
104441
000010
012767
012767
012767
012767

SETFRI

000240
000010

171717

000001
010624

#PRIOS

$ALLOW LTC INTERRUPTS,
MOV

TNUM == TNUM + ]
MOV
STNUM, TSTNUM
MOV
e-1,CTRLCF
MOV
01 ,ERRTYP
MOV
#EMOB01 ,ERRMSG

153216
153172
154644
154642

TRAP

#PRIOS,.RO
C4SPRI

s INCREMENT THE ASSEMBLY TIME TEST COUNTER.
$SET UP THE TEST NUMBER.
(8)
s INDICATE THAT WE ARE WITHIN A TEST,

1SET ERROR TYPE AS FATAL IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERROR TABLE.

1 SET THE DUT CSR MASTER RESET (MR) BIT, PERFORM THE SKIP SELFTEST SEQUENCE,
s
AND WAIT UP TO S SECONDS FOR THE MR BIT TO CLEAR.
;-

027124
027130
027134
027136
027142
027144
027150
027154

012701
012702
005003
016704
010214
004767
004767
103016

011610
000040

MOV
MOV

#5000. ,R1
#B1T0S,R2

1 TIME-OUT VALUE IS S.0 SECONDS.
tWAITING FOR MASTER RESET BIT.

153074

MOV
MOV
JSR
JSR

CSRA,R4
R2.(R4)
PC.SKPSTS
PC.MSLGET

;BIT IS IN THE DUT'S CSR.
1SET THE DUT MASTER RESET BIT.
1SKIP THE SELFTEST,
tWAIT FOR DUT_CSR_MR an TO CLEAR.

CLR

173130
170744

8cC

;WAITING FOR BIT TO CLEAR.

1GO REPORT ERROR IF MR DID NOT CLEAR.

[ R4

] READ CEARACTERS FROM THE DUT RX FIFO AND VERIFY THAT THE LINE NUMBERS ARE

1 EIGHT CHARACTERS ARE READ FROM THE FIFO.
:

027156
027160
027162

027164

027166
027170
027174
027176
027200
027202
027206
027210

005001
012400
011402
010203

28:

042703
020301
001017

177760

020127
001365
000423

000010

CLR
MOV
MOV
MOV
SWAB
8IC

cP
BNE
INC
cHP
BNE

B8R

R1
(R4).,RO
(R4),R2
R2,R3
R3
#177760,R3

R3,R1
6
R1
R1,08.
24

604

tCLEAR THE LINE COUNTER,
1 INCREMENT POINTER TO PNT TO THE DUT RBUF REG.
1READ A CHARACTER FROM THE DUT RX FIFO.
tREMOVE ALL BUT LINE NUMBER BITS.

1COMPARE WITH EXPECTED LINE NUMBER.
1GO REPORT ERROR IF LINE NUMBERS DON'T MATCH.
s INCREMENT THE EXPECTED LINE NUMBER.
1COMPARE NUMBER OF CODES READ WITH MAX.
1LOOP UNTIL CODES FOR ALL LINES ARE READ.

$EXIT TEST WITHOUT ERROR.

IR4

ERROR REPORTS:

’-

027212
027220
027226
027232
027232

012767
012767
012701

104460

001441
016072
005665

154344
154542

tREPORT MR BIT WOULD NOT CLEAR AFTER A DUT RESET.
MOV
€0801. ,ERRNBR
1SET THE ERROR NUMBER IN.ERROR TABLE.

MOV
MOV

ERROR

O#EROSO3,ERRBLK
®EM0202,R}1

;SET ERROR ROUTINE ADDRESS IN ERROR TABLE.
1SELECT ERROR MESSAGE.
tREPORT ERROR.

»>>>> ERROR #0801
TRAP

<<c«c«c

CS$ERROR

145

CZDHUAQ DHU-11 FUNC
HARDWARE
5440
5441
5442
S443
5444
5445
5446

TEST

TST PART}

027234

000411

027236
027244
027252
027256
027256

012767
012767
012701

S447
5448 027260
027260
027264
5449 027266
5450 027272

027272
027272

RLNA

001442
016072
010672

MACRO M1200

154520
154516

64:

104401

16:08

604

PAGE

D1e

104-1

56Q

1tEXIT THE TEST,

tREPORT

THAT RX LINE NUMBER FIELD IS WRONG FOR TELFTEST COOE.
00802.
, ERRNBR
$SET THE ERROR NUMBER IN ERROR TABLE.
0£R0503, ERRBLK
$SET ERROR ROUTINE ADDRESS IN ERROR TABLE.
MOV
#EM0802,R1
tSELECT ERROR MESSAGE.

MOV
MOV

ERROR

104460
012700
104441
005067

12 DEC-83

tREPORT

ERROR.

>>>>>

ERROR

#0802

TRAP

000340

153010

608
:

SETPRI

CLR

ENDTST

OPRIO?

CTRLCF

1OISABLE ALL
1 INOICATE

INTERRUPTS,

THAT

MOV

COMPLETED

THE

L10035:

<cccc

CSERROR

#PRIO7,RO

TRAP

C$SPRI

TRAP

CSETST

TEST.

146

CZDHUAO DHU
HARDWARE

11 FUNC

TEST

5452
5453
5454
5455
5456
5457
5458
5459
5460
5461
5462
5463
5464 027274
027274
5465 027274
027274
027300
5466
5467 027302
5468 027310
5469 027316
5470 027324
5471 027332
5472

MNACRO M1200
TST PART1
c
- BMPCHK

12-DEC-83

.SBTTL

16:08

HARDWARE

PAGE

El12
105

SEQ

TEST

- BMPCHK

100

0808060008 08000800008800808008000000006000004000480048030080000000608408868480048

1
1 e

- BMP CHECK TEST THIS TEST IS USED TO VERIFY THAT THE DUT DOES NOT IMMEDIATELY FAIL

THE

s
i
i
1

SUCCEEDING TESTS.
THIS TEST LOOKS FOR BMP CODES IN THE FIFO FOR A SET PERIOD IMMEDIATELY
AFTER THE SELF-TEST IS SKIPPED.
ANY BMP CODES THAT ARE FOUND ARE SAVED ON THE QUEUE AND ARE ALSO

ON-BOARD

REPORTED

BACKGROUND -MONITOR PROGRAM,

THIS

AND

HENCE

INVALIDATE

TEST.

[
§--

046840808080 8400480004400000480008080488088044048000488480000088000060000040680060408

BGNTST
012700
104441
000011
012767
012767
012767
012767
012767

SETPRI

000240

000011
11
000001
001605
010742

TNUM ==

MOV
MOV
MOV
MOV
MOV

153010
1352764
134436
154432
154426

T
#PRIOS
TNUM

tALLOW LTC INTERRUPTS.
+

s INCREMENT

OTNUM, TSTNUM
0-1,CTRLCF
1 ,ERRTYP
€0901. .,ERPNBR
#€EMO901 ,ERRMSG

THE ASSEMBLY

TIME

MOV
TRAP

#PRIOS,RO
C$SPRI

TEST COUNTER.

1SET UP THE TEST NUMBER.
(9)
1 INDICATE THAT WE ARE WITHIN A TEST.
1SET ERROR TYPE AS FATAL IN ERROR TABLE.
;SET THE ERROR NUMBER.
;SET THE ERROR MESSAGE

1 WAIT UP TO 3 SECONDS FOR THE DUT MASTER RESET BIT TO CLEAR.
i
IF TIME-OUT OCCURS, THEN EXIT THIS TEST.
:-

027340
027350
027352
027356
027362

012701
012702
005003
016704
004767

103027

MOV
MOV
CLR
MOV
JSR
8ccC

005670
000040

152660
170536

#3000.,R1
#81705,R2
R3
CSRA R4
PC . MSLGET
504

1 TIME-OUT VALUE IS 3.0 SECONDS.
tWAITING FOR MASTER RESET BIT,
tWAITING FOR BIT TO CLEAR.
18IT IS IN THE OUT'S CSR.
tWAIT FOR DUT_CSR_MR BIT TO CLEAR.
1ABORT THE TEST IF MR DID NOT CLEAR.

[ R 4

s RESET THE DUT,
027364
027366

010214
004767

172706

MOV

JSR

SKIP THE S’ (F-TEST.

R2,(R4)

1SET THE DUT MASTER RESET BIT.

PC.SKPST

(WRITE THE SKIP SELFTEST CODES TO THE DUT.

|K4

‘T‘:GIYFFI.% MASTER RESET

027372
027376
027402
027406

012704
004767
004767
103015

O CLEAR.

DELAY FOR S00 MILLI-SECS BEFORE PURGING

MOV

000764
170456
171070

JSR
JSR
8CC

#500. ,R4

1 TIME-OUT VALUE IS S00 MILLI-SECONDS.

PC,DELAY
PC,PUFIFO
504

tWAIT FOR BMP TO BEGIN EXECUTION.
tPURGE THE FIFO, SAVING ANY BMP CODES.
1ABORT THE TEST IF THE FIFO DID NOT CLEAR.

| K 4

PEPORT

THE ERROR IF ANY 8MP CODES WERE FOUND.

027410
027414
027420
027422

016702
012703
020203
001414

MOV
MOV
cHp

133104

002522

8EQ

8MPCaP,R2
#BMPCAB ,R3
R2,R3

1GET THE CONTENTS OF THE POINTER TO THE BMP Q.
1GET THE START ADORESS OF THE QUEUE.
1SEE _IF THE POINTER HAS MOVED FROM THE BASE.

60¢

1EXIT NO CODES IN THE QUEUE.

THERE

AT LEAST ONE BMP CODE

THE

FOUND

QUEUE.

REPORT

THE ERROR,

tREPORT

ERROR BMP

CODE

TEST

NN,

BMP CODE :NNNNNN*

147

MACRO M1200
1
CZDHUAO OHU-11 FUNC TST PAR
HARDWARE TEST
- BMPCHK

5506 027424
5507 027430
027430
027432
027434
027436
5508 027440

012701

5510 027442
5511 027450
5512
5513 027454
027454
027460
5514 027462
5515 027466
027466
027466

012767
004767

001606
172752

012700
104441
005067

000340

1044535
001605
010742
017216
000405

104401

154314

16:08

PAGE

105-1

SEQ
!

MOV
ERROF

011002

152614

12-DEC-83

F12

#EM0902,R1
1PASS
0901,EM0901 ,ER9301

THE MESSAGE

TO BE REPORTED.

»>>2>

ERROR

#0901

. WORD
.WORD

604

50¢:

MOV
JSR

#902. ,ERRNBR
PC, TSABRT

sREPORT NON-TEST RELATED ERROR.

60¢:

SETPRI

OPRIO?7

1DISABLE ALL

CLK
ENDTST

CTRLCF

ccccc,

TRAP
. WORD

$1SET

>5>>>> ERROR #0902

C$EROF
901
EMO901
ER9301

<ccccc,

INTERRUPTS,

4,01")

1 INDICATE THAT WE COMPLETED THE
L10036:

#PRIO7,RO

TRAP

C$SPRI

TRAP

CS$ETST

TEST.

148

CZDMUAC

HARDWARE

DMHU-11 FUNC
TEST

TST PARTIL
-

BMPCHK

MACRO M1200

$517
5518
5519

12 DEC-83

.SBTTL

MHARDWARE

5521

THIS

5523

TIME ALLOWED,

5524
5525

e
e

5526

012700

000240

5529
5530
S531
532
533
ggg;

012767
012767
012767
012767
012767

000012
177777
000001
011036
016072

027474

027476
027504
027512
027520
027526

Gle
106

SEQ

SKSELF

288848240000 0400484040200000200000008000800008000088084048045048800080008000004844¢

TEST

SKIP SELF-TEST
VERIFIES

COMPLETION.

$--

SS27 027470
027470
5528 027470
027470

PAGE

TEST

5520

§502

16:08

THAT

AND THAT

TEST

THE

DUT

SKIPS

THE

SELF-TEST

SETPRI

#PRIOS

TNUM s= TNUM ¢ 1
MOV
STNUM, TSTNUM
MOV
®-1,CTRLCF
MOV
1 ,ERRTYP
MOV
#EM1001 ,ERRMSG
MOV
#EROSO3Z,ERRBLK

152614
152570
154242
154240
154234

THE

088880800088 88400404800888080008000808800884000000040000040480000040080000808800408

BGNTSTY

104441
000012

WITHIN

THE FIFO CONTAINS THE "~ORRECT CODES AFTER ITS

;ALLOMW LTC INTERRUPTS.

T10::
MOV

#PRIOS,RO

TRAP
C#SPRI
TIME TEST COUNTER.

s INCREMENT THE ASSEMBLY
;SET UP THE TEST NUMBER.
€10)
1 INDICATE THAT WE ARE WITHIN A TEST.
1SET ERROR TYPE AS FATAL IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERROR TABLE.
;SET ERROR ROUTINE ADDRESS IN ERROR TABLE.

5536
ggg;

;
+

WAIT UP TO S SECONDS FOR THE DUT MASTER RESET BIT
IF TIME-OUT OCCURS, THEN EXIT THIS TEST.

TO CLEAR.

5539 027534
5540
5541
5542
5543

027540
027544
027546
027552

gg:; 027556

012701

012702
005003
016704
004767

103037

011610

MOV

000040

MOV
CLR
MOV
JSR

152464
170342

8cc

#5000, ,R1

s TIME-OUT VALUE IS S.0 SECONDS.

S04

;ABORT THE TEST IFf MR DID NOT CLEAR.

#B1T0S,R2
R3
CSRA,R4
PC,MSLGET

{WAITING FOR MASTER RESET BIT.
iWAITING FOR BIT TO CLEAR.
;BIT IS IN THE DUT'S CSR.
;WAIT FOR DUT_CSR_MR BIT TO CLEAR.

5546

DETERMINE IF THE DUT TAKES TOO SHORT OR TOO LONG A TIME TO SKIP T+

gg:g

-SECOND, OR GREATER THAN SO MILLI-SECONDS, REPORT THE ERROR.

5547

SET-UP A TIME-OUT OF SO MILLI-SECOND,

IF MR

IS CLEAR

IN LESS THA..

SELF-TEST

10 MILLI

5550
5551
5552
5553
5554
5555

027560
027564
027566
027572
02/576
027600

gggg 027604

012701
010214
004767
004767
103011
020127

003015

000062

MOV
MOV
JSR
JSR
ecc
cHP

172506
170322
000050

8GT
'0

5558
5559
5560

¢
i
s

gggé

5563 027606
5564 027614
5565 027620

5566

5567
5568
5569
SS7T0 027622

+
012767
004767
000423

001753
171630

012767

154134

1GO REP ERR IF SELFTEST COMPLETED IN <

THIS SUBROUTINE REPORTS ERRORS WITH NUMBERS
MOV
JSR
BR

001751

R1,840.

s TIME-OUT VALUE IS SO MILLI-SECONDS.

1SET THE DUT MASTER RESET BIT.
JWRITE THE SKIP SELFTEST CODES TO THE DUT.
JWAIT FOR DUT_CSR_MR BIT TO CLEAR.
1GO REPORT ERR IF SKIPPING STEST TOOK TOO LONG.

SELF-TEST COMPLETED WITHIN 10 MILLI-SEC TO SO MILLI-SECONDS.
VERIFY THAT THE SELF-TEST CODES IN THE FIFO ARE “GOOD” CODES
SUCCESSFULLY COMPLETED THE SELF-TEST.

154150

€50, ,R1
R2,(R4)
PC,SKPSTS
PC.MSLGET
2

€1003. ,ERRNBR
PC.RSTRPT
604

>3>>>>

,IE

10 MS.

THE DUT

1003 THRU 1007 ccccc.,

;SET ERROR NUMBER TO 1003.
1CHECK SELF-TESY CODES IN THE FI7 0.
JEXIT TEST.

ERROR REPORTS:

23:

{REPORT SKIP SELF-TEST TOOK
MOV
#1001. ,ERRNBR

TOO LONG.
1SET THE ERROR NUMBER IN THE ERROR

TABLE.

149

MACRO M1200
CZOHUAO OHU 11 FUNC TST PART1
HARDWARE TEST
SKSELF

5571 027630
5572 027634
027634
5573 027636
5574
5575
5576 027640
S577 027646
5578 027652
027652
5579 027654
5580
3581 027656
5582 027664
5583
5584 027670
027670
027674
5585 027676
5586 027702
027702
027702

012701

011071

104460

000414

012767
012701

001752
011156

154116

001753

012700
10444)
005067

000340

172536

152400

154100

S0¢:
60$:

PAGF

106-1

SEQ

#EM1002,R1

1SELECT
{REPORT

604

tEXIT

ERROR MESSAGE
.,
ERROR,

THE

TEST,

>»>»>>

ERROR #1001 <<cc«<
TRAP
CS$ERROR

1REPORT SKIP SELF-TEST COMPLETED TOO SOON.
MOV
01002, ,ERRNBR
tSET THE ERROR NUMBER IN THE ERROR TABLE.
MOV

B8R

012767
004767

H12
16:08

MOV
ERROR

ERROR

104460
000405

104401

2 DEC-83

2,01")

#EM1003,R1

1SELECT ERROR MESSAGE
.

60¢

sEXIT THE TEST,

#1003, ,ERRNBR

tREPORT ERROR.

»>>>> ERROR #1002 <<c«<««
TRAP

$1SET ERROR NUMBER.

JSR

PC,TSABRT

1REPORT NON-TEST RELATED ERROR.

SETPRI

oPRIO7?

;DISABLE

CLR
ENDTST

CTRLCF

C$ERROR

s INDICATE

ALL

INTERRUPTS,

MOV
TRAP
THAT WE COMPLETED THE TEST.

L10037:

TRAP

#PRIO7
RO
C$SPRI

CSETST

150

CZOHUAO onU 11 FUNC TSV PARTL
HARDWARE TEST
- SKSELF
5588
5589
5590
5591
5592
5593
5594
5595
5596
5597 027704
027704
5598 027704
027704
027710

027712

027720
027726
027734
02774<.

MACRO M1200

12-DEC-83

.SBTTL
164

1e
10
1s

16:08

PAGE

I12
107

HARDWARE TEST

SEQ 151

- DFSKST

0808080004008000000004800040000480040088480400484048800400000008008600484408808644

- DIAGNOSTIC FAIL BIT, SKIP SELF-TEST TEST THIS TEST VERIFIES THAT THE DIAGNOSTIC FAIL BIT OF THE DUT,
CHANGES STATE AS THE ON-BOARED SELFTEST IS SKIPPED.

CORRECTLY

1
f--

08800064000480004000040080808800800400880000800000800000400000004004040000044800

BGNTST
012700
104441
000013
012767
012767
012767
012767
012767

SETPRI

000240

000013
177777

152400
152354

011234
016072

154024
154020

T
#PRIOS

TNUM o= TNUM + 1
STNUM, TSTNUM
MOV
#-1,CTRLCF
MOV
#1,ERRTYP
MOV
MOV
#EM1101, ERRMSG
MOV
#ERO503,ERRBLK

154026

tALLOW LTC INTERRUPTS,

11::
MOV
TRAP

#PRIOS,RO
C$SPRI

1 INCREMENT THE ASSEMBLY TIME TEST COUNTER.

1SET UP THE TEST NUMBER.

(11)

1 INDICATE THAT WE ARE WITHIN A TEST.

1SET ERROR TYPE AS FATAL IN ERROR TABLE.
1SET ERROR MESSAGE ADDRESS IN ERROR TABLE.
1SET ERROR ROUTINE ADDRESS IN ERROR TABLE.

3¢

t WAIT UP TO S SECONDS FOR THE DUT MASTER RESET BIT TO CLEAR.
s+
IF TIME-OUT OCCURS, THEN EXIT THIS TEST.
ce7750
027754
027760
027762
027766
027772

012701
012702
005003
016704
004767
103044

011610
000040

MOV
MOV
CLR

MOV

152250
170126

JSR
8cC

#35000. ,R1
#B8ITO5,R2
R3

CSRA,R4

PC,MSLGET
S0¢

s TIME-OUT VALUE IS 5.0 SECONDS.
tWAITING FOR MASTER RESET BIT.

tWAITING FOR BIT TO CLEAR.

1BIT IS IN THE DUT'S CSR.
sWAIT FOR DUT_CSR_MR BIT TO CLEAR.
1ABORT THE TEST IF MR DID NOT CLEAR.

1 RESET THE OUT,

SKIP THE SELF-TEST,

027774
027776

010214
004767

MOV
JSR

172276

R2,(R4)
PC,SKPSTS

tSET THE DUT MASTER RESET BIT.
tWRITE THE SKIP SELFTEST CODES TO THE DUT.

s SET TIME OUT OF 5 MILLI SECONDS, WAIT FOR DIAG_FAIL BIT TO SET.
+
IF TIME-OUT OCCURS GO REPORT THE ERROR.
030002
030012
030014
030020
030024

012701
012702
010203
016704
004767

103020

5,R1
#B8IT13,R2
R2,R3

132216
170074

CSRA,R4

:E.HSLGET

s TIME-OUT VALUE IS S MILLI-SECONDS.
tWMAITING FOR DIAGNOSTIC FAIL BIT.
1MAITING FOR BIT TO SET.
18IT IS IN THE DUT'S CSR.
tWAIT FOR DUT_CSR_DF BIT TO CLEAR.
1IF DIAG_FAIL DID NOT SET, GO REPORT ERROR.

'
'

SET TIME-OUT OF 13 MILLI-SECS, WAIT FOR DIAG_FAIL TO CLEAR.
IF TIME-OUT OCCURS GO REPORT THE ERROR.

030026
030032
0300354
030040
030042

012701
003003
004767

103012
010105

000017
170060

24:

VERIFY THE DIAG_FAIL BIT IS IN A STABLE STATE BEFORE CONTINUING.

LOOW

BACK IF THE STATE WAS TRANSITORY, USING THE REMAINDER OF THE 15 MS TIM:-OUT.
MOV
CLR
JSR
8cC
MOV

213, ,R1
R3
PC,MSLGET
44
R1,RS

+TIME-OUT VALUE IS 15 MILLI-SECONDS.
tWARITING FOR BIT TO CLEAR.
1WAIT FOR DUT_CSR_OF BIT TO CLEAR.
1 IF DIAG_FAIL DID NOT CLEAR, GO REPORT ERROR.
tSAVE THE REMAINING TIME-QUT VALUE.

CZOHUAO DHU 11 FUNC TST PART1
HARDWARE

5642
5643
5644
5645
5646

TEST

030044
030050
030054
030060
030062

gg:; 030064

012701
052703
004767
103016
010501

DFSKST

MACRO M1200
-

000001
020000
170040

12-DEC-83
MOV
8IS
JSR
B8CC
MOV

000762

B8R

16:08

PAGE

J12

107-1

o1,R1
0B8IT13,R3
PC,MSLGET
604
RS,R1

SEQ 152
$SET TIME-OUT OF 1 MILLI-SECOND.
sWAIT FOR BIT TO SET.
sO0UBLE CHECK TO ELIMINATE NOISE PROBLEMS.
sEXIT IF DIAG_FAIL BIT STILL CLEAR.
1PASS THE REMAINING TIME-OUT VALUE.

sLOOP TO CHECK AGAIN,

5649
5650
S651
5652 030066
565% 030074
5654 030100
030100
gggz 030102

012767
012701

5657 030104
gggg 030112

012767
004767

002116
1723310

012700
104441
005067

000340

5660 030116
030116
030122

5661 030124
5662 030130
030130
030130

002115
011533

153670

:+ ERROR REPORTS:
3 sREPORT DIAGNOSTIC FAIL BIT BAD.

4%:

MGV
0V
ERROR

#1101, ,ERRNBR
SEM1205,R1

604

1SET THE ERROR NUMBER IN THE ERROR TABLE.
1SELECT ERROR MESSAGE.
tREPORT ERROR.
>>>>> ERROR #1101 <ccccc
TRAP
CS$ERROR
tEXIT THE TEST.

5S0%:

MOV
JSR

€1102. ,ERRNBR
PC, TSABRT

$;SET THE ERROR NUMBER FOR TSABRT RTN.
tREPORT NON-TEST RELATED ERROR.

604 :

SETPRI

#PRIO7

sOISABLE ALL INTERRUPTS.

CLR
ENDTST

CTRLCF

104460
000405

104401

152152

153652

(4,0)")
TRAP
s INDICATE THAT WE COMPLETED A TEST.
L10040:

TRAP

#PRIO7,RO
CS$SPRI

CSETST

MACRO M1200
CZOHUAO OHU-11 FUNC TST PART1
HARDWARE TEST
SELFTS

12-DEC-83

.SBTTL

5664

5665

100

5666
5667
5668
5669
5670
5671
5672 030132
030132
5673 030132
030132
030136
S674
5675 030140
5676 030146
5677 030154
030162
030170

16:08

108

HARDWARE TEST

SEQ

SELFTS

080280084888 0000008040080888088¢00080048040800000048000844800840004604084000402

- SELF-TEST TEST

1 e
1o

THIS
TIME

COMPLETION.

PAGE

K12

TEST VERIFIES THAT THE DUT'S SELF-TEST EXECUTES
ALLOWED, AND THAT THE FIFO CONTAINS THE CORRECT

11mmn

011307
016072

—_

SETPRI

000240

000014

ITS

2846808888884 04048800488400800040000880000808800080008880044808000008800008088804

BGNTST
012700
104441
000014
012767
12767
012767
012767
012767

WITHIN THE
CODES AFTER

&PRIOS

TNUM ==

152152

MoV

152126
153600
153576
153572

MOV
MOV
MOV
MOV

TNUM

sALLOW LTC INTERRUPTS.
+

STNUM, TSTNUM

#-1,CTRLCF
#1,ERRTYP
S#EM1201 ,ERRMSG
S#EROSO3,ERRBLK

s INCREMENT

THE ASSEMBLY

$SET UP THE TEST NUMBER,

12::

TIME

MOV
#PRIOS,RO
TRAP
C$SPRI
TEST COUNTER.

(12)

;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 ADORESS IN ERROR TABLE.

[ R

WAIT UP

030176

030206
030210
030214
030220

012701
012702
005003
016704
004767
103067

TO S SECONDS FOR

IF TIME-OUT OCCURS,

THE DUT MASTER RESET BIT

THEN EXIT THIS TEST.

TO CLEAR.

011610
000040

MOV

CLR
MOV
JSR

152022
167700

8CcC

€5000. ,R1

sTIME-OUT VALUE IS S.0 SECONDS.

R3
CSRA R4
PC.MSLGET

sWAITING FOR BIT TO CLEAR.
1B8IT IS IN THE OUT'S CSR.
tWAIT FGR DUT_CSR_MR BIT TO CLEAR.

#B8ITOS,R2

tWAITING FOR MASTER RESET BIT.

S0¢

s ABORT THE TEST IF MR DID NOT CLEAR.

§e

3 DETERMINE IF THE SELF-TEST TAKES TOO SHORT OR TOO LONG A TIME TO COMPL:TE.
;1
SET-UP A TIME-OUT OF S SECOND, IF MR IS CLEAR IN LESS THAN 1/2 SECOND, OR
1

GREATER THAN S SECONDS,

REPORT

THE ERROR.

‘-

030222
030226
030230
030234

030242
030244
030252
030256

012701
010214
004767
103034
012702
160102
020227
002435
020227
002441

011610

MOV

167664

1GO REPORT ERROR SELFTEST TOOK TOO LONG.

R1,.R2

sCALCULATE @ OF MS SELFTEST TO COMPLETE.

€5000. ,R2

cw
BLT
cP
BLY

000764

4¢

MOV

SUB

000062

;TIME-OUT VALUE

R2,.(R4)
PC,.MSLGET

8cC

011610

#5000. ,R1

MOV
JSR

R2,#50.
64
R2,0500.
8s

IS S.0 SECONDS.

1SET THE DUT MASTER RESET BIT.
tWAIT FOR DUT_CSR_MR BIT TO CLEAR.

sSELFTEST SKIPPED?

YES,

GO REPORT ERROR.

1GO REP ERR IF SELFTEST COMPLETED IN <

1/2 SEC.

3 SELF-TESYT COMPLETED WITHIN 1SEC TO S SECONDS.
3
CHECK THE STATE OF THE DIAGNOSTIC FAIL BIT, REPORT ERROR IF IT IS SET.

5707

‘-

030260
5710 030264
5711
5712 030266
5713 030274
5714 030300
030300
5715
5716

032714
001412

020000

012767
012701

002264

011533

153470

8IT

#8IT13,(RA)

sDETERMINE IF THE DIAG_FAIL BIT IS CLEAR.

MOV

#1204, ,ERRNBR

1SET ERROR NUMBER TO IN ERROR TABLE.

8€EQ
24
1SKIP ERROR REPORT IF BIT IS CLEAR.
sREPORT DIAGNOSTIC FAIL BIT 8AD.
MOV
ERROR

104460

#EM1205,R1

1SELECT
:

THE ERROR MESSAGE.
>>>>> ERROR #1204 <ccc<
TRAP

EXIT

THE

TEST

IF EXTENDED ERROR REPORTING HAS NOT BEEN ENABLED

C$ERROR

153

MACRO M1200
CZOHUAO OHU-11 FUNC TST PART1
HARDWARE TEST
SELFTS

S717
5718
5719
5720
5721
5722
5723
5724
5725
5726
5727
5728
5729
5730
5731
5732
5733
5734
S735

12-DEC-83

16:08

PAGE

L12

108-1

SEQ

030302
030310

032767
001440

000100

151710

8IT
BEQ

08IT06,0PTION
604

1EXIT WITH TEST FAILURE MESSAGE IF
1tNO EXTENDED ERROR REPORTING HAS BEEN REQUESTED
tDURING THE SOFTWARE QUESTIONS.

3¢

VERIFY

THIS SUBROUTINE REPORTS ERRORS WITH NUMBERS

THAT

THE SELF-TEST CODES IN THE FIFO ARE

SUCCESSFULLY COMPLETED THE SELF-TEST.

"GOOD”

»>>>>>

1205

CODES

,IE

THRU 1209

THE OUT
<cccc,

‘-

030312
030320
030324

030326
030334
030340
030340
5736 030342
5737

5738
5739 030344
5740 030352
5741 030356
030356
5742 030360
5743
S744
5745 030362
5746 030370
5747 030374
030374
5748 030376
5749
5750 030400
5751 030406
5752
5753 030412
030412
030416
5754 030420
5755 030424
030424
030424

012767
004767
000432

002265
171124

153444

MOV
JSR
BR

#1205. ,ERRNBR
PC,RSTRPT
604

1SET ERROR NUMBER TO 1205.
1CHECK SELF-TEST CODES IN THE FIFO.
1EXIT TEST,

i+
012767
012701

002261
011335

153430

ERROR REPORTS:

104460
000423
012767
012701

002262
011477

153412

6%:

002263
011421

153374

8%:

MOV
ERROR

002272

012700
104441
005067

000340

172014

151656

153356

#EM1202,R1

604

sSET THE ERROR NUMBER IN THE ERROR TABLE.
1SELECT ERROR MESSAGE.
t{REPORT ERROR.

sEXIT THE TEST.

>>>>>

ERROR #1201 <<c<c«¢
TRAP
CS$ERROR

tREPORT SELF-TEST DID NOT EXECUTE AFTER DUT RESET.
MOV

#1202. ,ERRNBR

MOV
ERROR

#EM1204 ,R1

B8R

604

$1SET THE ERROR NUMBER IN ERROR TABLE.
s SELECT ERROR MESSAGE.
tREPORT ERROR,

»>5>> ERROR #1202 <<c<cc
TRAP

tEXIT THE TEST.

C$ERROR

sREPORT SELF-TEST COMPETED TOO SOON.
MOV
#1203, ,ERRNBR
;SET THE ERROR NUMBER IN THE ERROR TABLE.
0€H1203 R1

sSELECT ERROR MESSAGE.
sREPORT ERROR.

B8R

604

$EXIT THE TEST.

S50¢:

MOV
JSR

€1210. ,ERRNBR
PC.TSABRY

1SET THE ERROR NUMBER FOR TSABRT RTN.
$REPORT NON-TEST RELATED ERROR.

604 :

SETPRI

#PRIO7

;OISABLE ALL INTERRUPTS.

000405

012767
004767

#1201 . ,ERRNBR

MOV
ERROR

104460

104401

MOV

B8R

104460
000414
012767
012701

tREPORT SELF-TEST TOOK TOO LONG TO COMPLETE.

»>>>> ERROR #1203 <ccc<¢
TRAP

MOV

efib?sr

CTRLCF

TRAP

s INDICATE THAT WE COMPLETED THE TEST.
L10041:

TRAP

CS$ERROR

#PRIO7.RO
Cs$SPRI

CS$ETST

154

CZDHUAO DHU-11 FUNC
HARDWARE TEST

5757
5758
5759
5760
5761
5762
5763
5764
5765
5766
5767 030426
030426
5768 030426
030426
030432
5769
5770 030434
5771 030442
S772 030450
5773 030456
S774
5775 030472
5776
5777
5778
5779
5780 030500
S781 030504
5782 030510
5783 030512
5784 030516
5785 030522
5786
5787
5788
5789
5790
5791 030524
5792 030532
5793 030536
5794 030542
5795
5796
5797
5798
5799
5800

5801
3802
5803
5804
5805
5806
5807
5808
5809
5810 030600

MACRO M1200
TST PART1
SELFTS

12-DEC-83

.SBTTL

16:08

PAGE

M12
109

HARDWARE TEST

SEQ

STFAIL

14¢

8220002040048 400040040400000440088880448080004880800045400480000880880400800008000

1 &

- SELF-TEST FAIL TEST THIS TEST VERIFIES THAT THE DUT WILL REPORT SELFTEST ERRORS VIA THE
FIFO.
AND THAT THE DIAGNOSTIC FAIL BIT WILL INDICATE THE ERROR.
THIS IS ACCOMPLISHED VIA A SOFTWARE 'HOOK’ IN THE SELF-TEST, WHICH

18
L]
e

FORCES A

1 &

"PROC1

TO RAM ERROR”

TO BE PLACED

1 &
1--

THE

FIFOQ.

8888844808408 8448884440848408204486088088880308080848853480088400808000888000008088

BGNTST
012700
104441
000015
012767
012767
012767
012767
012767
012767

SETPRI

000240

000015
177777

011557
016072
002425

@PRIOS

1ALLOW LTC

TNUM == TNUM + 1
MOV
STNUM, TSTNUM
MOV
#-1,CTRLCF
MOV
€1 ,ERRTYP
MOV
®EM1301,ERRMSG
MOV
#EROSO03,ERRBLK
MOV
#1301. ,ERRNBR

151656
151632
153304
153302
153276
153264

INTERRUPTS,

T13::

MOV
#PRIOS,RO
TRAP
C$SPRI
s INCREMENT THE ASSEMBLY TIME TEST COUNTER.
1SET UP THE TEST NUMBER.
(13)
1 INDICATE THAT WE ARE WITHIN A TEST.
1SET ERROR TYPE AS FATAL IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERROR TABLE.
;SET ERROR ROUTINE ADORESS IN ERROR TABLE.
1SET ERROR NUMBER TO 1301.

: WAIT UP TO 5 SECONDS FOR THE DUT MASTER RESET BIT TO CLEAR.
t+
IF TIME-OUT OCCURS, THEN EXIT THIS TEST.
;-

012701
012702
005003
016704
004767
103064

011610
000040

MOV
MOV
CLR
MOV
JSR
eccC

151520
167376

#5000. ,R1
#B8IT05,R2

s TIME-OUT VALUE IS 5.0 SECONDS.
tWAITING FOR MASTER RESET BIT.
tWAITING FOR BIT TO CLEAR.
18IT IS IN THE DUT'S CSR.
tWAIT FOR DUT_CSR_MR BIT TO CLEAR.
1GO REPORT ERROR IF MR DID NOT CLEAR.

CSRA R4

PC,MSLGET

50¢

RESET

THE DUT,

DELAY FOR 25 MILLI-SECONDS BEFORE WRITING THE FAIL_SELF_TEST

s+ CODE TO TBUFFCT REGISTER ON CHANNEL O.
012777
012704
004767
012777

000040
000031
167316
146314

MOV
MOV
JSR
MOV

151504

#81IT05,8CSRA

025, ,R4
PC,DELAY
0146314 ,8TXBFCA

1SET DUT MASTER RESET BIT, SELECT CHANNEL O.
1PASS DELAY PERIOD OF 25 MILLI SECS.

tWAIT FOR SELFTEST TO INITIALISE.
;WRITE THE FAIL SELF-TEST CODE TO TBUFFCT REG.

WAIT UP

1+
005267
012701
012702

016704
004767
103036

TO S SECONDS FOR

IF TIME-OUT OCCURS,

133210

ERRNBR
#5000, ,R1
#8I705,R2
R3

011610
000040

151444
167322

CSRA,R4

PC,MSLGET
S04

s
+

THE

SELF-TEST

TO COMPLETE.

THEN EXIT THIS TEST.

1SET ERROR NUMBER TO 1302.
1 TIME-OUT VALUE IS 5.0 SECONDS.
tPASS THE BIT MAP OF THE BIT TO TEST.
1SET UP THE EXPECTED STATE.
1BIT IS IN THE DUT'S CSR.
tWAIT FOR DUT_CSR_MR BIT TO CLEAR.
1GO REPORT ERROR IF MR DID NOT CLEAR.

VERIFY THE DIAGNOSTIC FAIL BIT IS SET,

REPORT ERROR IF DIAGNOSTIC FAIL BIT

INODICATING THE ERROR.

IS CLEAR.

005267

153160

INC

ERRNBR

1SET ERROR NUMBER TO 1303,

155

CZDHUAO DHU-11 FUNC
HARDWARE TEST

TST PARTIL
MACRO M1200
- STFAIL -

S811 030604
gglg 030610
1
S814

032714
001425

5817
5818
5819
5820
5821

030612
030616
030622
030624
030630

005267
012700
005001
016704
011402

153146
000010

020000

5823
5824
5825
5826
5827
5828
5829
S830
5831
5832
5833
5834

030634
030640
030644
030646
030650
030652
030654
030656
030660

042702
120227
001001
005201
005300
001366
005701
301010
005267

007400
170231

030664
030670
030670
gggg 030672

012701

011612

ggg; 030674

004767

171526

012700
10444)

000340

14
i+ REMOVE

ggig

5822 030632

5839 030700
030700
030704
5840 030706
5841 030712
030712
030712

100020

151410

153100

104460
000402

005067

12 DEC-83

151370

8IT
BEQ

PAGE

o8IT13,(R4)
10¢

109-1

SEQ
+CHECK THE STATE OF THE DIAG_FAIL BIT.
1GO REPORT ERROR IF DIAG_FAIL BIT CLEAR.

THE 8 SELF-TEST CODES FORM THE FIFO,

ONE IS A PROC1 TO RAM ERROR CODE (231).

AND VERIFY

THAT AT LEAST

6%:

INC
MOV
CLR
MOV
MOV

B8PL

ERRNBR
€8.,R0
R1
RBUFA,R4
(R4),R2

$SET ERROR NUMBER TO 1304,
$SET MAXIMUM READ COUNT.
sCLEAR THE CORRECT CODE COUNTER.,
sGET ADDRESS OF THE RECEIVER BUFFER REGISTER.
tREAD A CODE FROM THE FIFO.

:1GO REPORT ERROR IF THE FIFO IS EMPTY.

8IC
€7400,R2
;REMOVE THE LINE NUMBER FROM THE CODE.
cMPB
R2,9170231
:IS IT THE CORRECT ERROR CODE?.
BNE
84
1 SKIP NEXT INSTRUCTION, IF NOT A 231 CODE.
INC
R1
s INCREMENT COUNTER.
8%:
DEC
RO
1DECREMENT MAX READ COUNTER.
BNE
64
sLOOP IF 8 CODES MAVE NOT BEEN READ.
TST
R1
tWERE ANY 231 CODES FOUND?.
BNE
604
s YES, THEN EXIT,.
INC
ERRNBR
tNO, SET ERROR NUMBER TO 1305 AND REPORT ERROR.
;sREPORT SELF-TEST ERROR REPORTING BAD.
10s:
MOV
OEM1302,R1
1SELECT ERROR MESSAGE.
ERROR
sREPORT ERROR.
»>>>> ERROR <¢<c«c««<
TRAP
C$ERROR
BR
604
tEXIT THE TEST.

50%:

JSR

PC, TSABRT

tREPORT NON-RELATED TEST ERROR.

608 :

SETPRI

oPRIO7

;:DISABLE ALL

CLR

CTRLCF

s INDICATE THAT WE COMPLETED THE TEST.

ENOTST
104401

16:08

N12

INTERRUPTS.

L10042:

MOV
TRAP

#PRIO7,RO
C$SPRI

TRAP

CS$ETST

156

CZOHUAO DHU

HARDWARE

TESTY

5843
5844
5845
5846
5847
5848
5849
58590
5851
5852
5853
5854 030714
030714
5855 030714
030714
030720

5856
5857
5858
5859
5860
3861
5862
5863
5864
5865
3866
5867
5868
5869

030722
03073%0
030736
030744
030752

030760
030764
030770
030772
5870 030776
5871 031002
5872
5873
5874
5875 031004
5876 031006
5877 031012
5878 031016
5879 031022
5880
5881
5882
5883
5884
5885
5886
5887 031024
5888 031030
5889 031034
5890 031036
5891 031044
5892
5893 031050
5894 031054
5895
5896

FUNC

TST

MACRO M1200
PARTL
STFAIL

12 DEC

.SBTTL
10¢

16:08

HAROWARE

PAGE

B17%
110

TEST

SEQ

- ROMVER

0800000000800 00000000008000880800804008080000408400000408004008000000000000000008

- ROM VERSION TEST

1 e

THIS

1o
is

NUMBERS IN THE FIFQ AFTER IT HAS BEEN SKIPPED.
THE ROM VERSION NUMBERS
WILL BE REPORTED (ON THE FIRST PASS ONLY), IF AN AFFIRMATIVE ANSWER

1 e

WAS

TEST

GIVEN

VERIFIES

THE

THAT

THE

SOFTWARE

DUT'S

SELF-TEST

P-TABLE

QUESTION,

PLACES

VALID

ROM

VERSION

e
-

00880680808 80080804004480806088080000000000080000000800800040008688800084000000028

BOGNTST
012700
104441
000016
012767
012767
012767
012767
012767

SETPRI

000240

000016
177777

011651
016072

TNUM ==

151370
151344
153016
153014
153010

MOV
MOV
MOV
MOV
MOV

#PRIOS
TNUM

sALLOM LTC
«

)

OTNUM, TSTNUM
0-1,CTRLCF
#1 . ERRYYP
OEM140]1 ,ERRMSG
®EROSO3Z ERRBLK

s INCREMENT

INTERRUPTS.
THE ASSEMBLY

T14::

TIME

MoV
#PRIOS RO
TRAP
C$SPRI
TEST COUNTER.

iSET UP THE TEST NUMBER,
(14)
s INDICATE THAT WE ARE WITHIN A TEST.
3sSET ERROR TYPE AS FATAL IN ERROR TABLE.
1 SET ERROR MESSAGE ADDRESS IN ERROR TABLE.
;SET ERROR ROUTINE ADDRESS IN ERROR TABLE.

3 WAIT UP TO 3 SECONDS FOR THE DUT MASTER RESET BIT TO CLEAR.
3
IF TIME-OUT OCCURS, THMEN EXIT THIS TEST.
:-

012701
012702
005003
016704
004767
103131

MOV

005670
000040

151240
167116

43000. ,R1

1 TIME-OUT VALUE IS 3.0 SECONDS.

PC.MSLGET

1WAIT FOR DUT_CSR_MR BIT

MOV
CLR
MOV

®BITOS,R2
R3
CSRA R4

8ccC

S04

JSR

IMAITING FOR MASTER RESET BIT.
IWAITING FOR BIT TO CLEAR.
t1BIT IS IN THE DUT'S CSR.

TO CLEAR.

1ABORT THE TEST IF MR DID NOT CLEAR.

SET THE MASTER RESET BIT, AND SKIP THE SELF TEST.

010214
004767
012701
004767
103121

MOV

171266

011610

167076

R2.(R4)

1SET

PC.MSLGET

sWAIT FOR DUT_CSR_MR BIT TO CLEAR.

JSR
MOV

PC,.SKPSTS
05000. ,R1

8cC

504

JSR

THE MASTER RESET BIT.

1SKIP THE SELF TEST.
s TIME-OUT VALUE IS S.0 SECONDS.

tABORT THE TEST IF MR DID NOT CLEAR.

;s
1
;1
s
+
012705
012703
010304
012767
012701

000040
000143

017702
100077

151164

002571
011710

REMOVE CHARACTERS FROM THE FIFO UNTIL EITHER,
(A) THE FIFO IS PURGED, GO REPORT THE ERROR.
(B8) THE MAXIMUM TRY COUNYER IS ZERO, GO REPORT THE ERROR.
(C) PROC_1'S ROM VERSION NUMBER WAS FOUND BEFORE PROC_2'S., GO REPORT ERROR.
(D) BOTH ROM VERSION NUMBERS HAVE BEEN FOUND.

MOV

MOV
MOV
MOV
MOV

132720
24:

MOV
8PL

#32. .RS

1SET MAXIMUM TRY

SRBUFA ,R2
124

tREAD THE NEXT CHAR FROM THE FIFO.
;GO REPORT ERROR IF FIFQO EMPTYY,

#99. ,R3
RS ,R4
01401, ,ERRNBR
#EM1402,R)

COUNTER.

1SET AN INVALID ROM VERSION NUMBER FOR PROC_1
sSET AN INVALID ROM VERSION NUMBER FOR PROC_2
1SET THE ERROR NUMBER TO 1401.
$SELECT MESSAGE TO BE REPORTED IF FIFO EMPTY.

[ R4

s+ CHECK IF THE READ DATA IS A BM- COOE.

157

CZDHUARO DHU 11 FUNC
HARDWARE

5897
5898
5899
5900
5901
5902
S903
5904
5905
5906
5907
5908
5909
5910
S911
5912
5913
5914

5915
3916
5917
59168
5919
5920
5921
5922
5923
5924
5925
5926
5927
5928
5929
5930
5931
5932
5933
5934
5935
5936

TEST

031056
031062
031064
031066
031072

TST PART]

012700
040200
001003
004767
000435

ROMVER

MACRO M1200

12 DEC 83

000301

MOV

8IC
BNE
JSR
B8R

171140

16:08

PAGE

Cl3
110

0301 ,R0O
R2,RO
44
PC.SAVBMP

5eQ

1SET-UP A BIT MASK OF A BMP CODE.

1TRY

TO CLEAR

1BRANCH IF NOT

THE

BIT

MASK

A BMP CODE.

WITH

THE

READ DATA,

1SAVE THE BMP CODE ON THE QUEUE.
]

3¢

CHECK IF THE READ DATA 1S A SELF-TEST COOE.

s
031074
031100
031102

012700
040200
001431

4% :

000201

MOV

BIC
BEQ

0201 ,R0

1SET-UP A BIT MASK OF A SELFTEST COOE.

tBRANCH IF

IT IS A SELFTEST CODE.

IS A ROM VERSION NUMBER,

DETERMINE WHICH ONE IT

R2,RO

1TRY

TO CLEAR THE BIT MASK WITH THE READ DATA,

| Rd

+
'

031104
031110
031112
031114
031120
031122
031124
031126
031130
031132
031136
031140
031142

THE READ DATA

000002

BIT
8tQ
MOV

177603

®8IT1,R2

64
R2,R4

#177603,R4

R4
R4

64:

177603

031144
031150

IS.

MOV

R2,R3
#177603,.R3
R3
R3
R4, 099,

000143

10¢

;CHECK THE PROCESSOR NUMBER BIT IN THE COOE.
;BRANCH IF IT IS PROC_1 ROM VERSION NUMBER.

1 SAVE PROC_2 ROM VERSION NUMBER.
;CLEAR ANY UNWANTED BITS.

;CLEAR THE CARRY BIT.
1SHIFT THE CODES ALONG TO GET THE ROM
+ VERSION NUMBER IN THE LOW S5 BITS.
:

$SAVE PROC_1 ROM VERSION NUMBER.
1CLEAR ANY UNMANTED BITS.
1CLEAR THE CARRY BIT.
1SHIFT THE CODE ALONG TO GET THE ROM
+ VERSION NUMBER IN THE LOW S BITS.
1CHECK IF WE HAVE RECEIVE PROC_2 ROM COOE.
1GO0 REPORT BOTH ROM VERSION NUMBERS.

s RECEIVED ROM VERSION NUMBERS OUT OF SEQUENCE.
s
IE, PROC_1'S ROM VERSION NUMBER FOUND IN THE FIFO BEFORE PROC_2'S.
;-

031152

031156
031164

031166
031170
031172
031176
031204

012701
012767
000433
005305
001327
012701
012767
000423

011776
002572

152600
84:

012051
0023573

152560

MOV
MOV
B8R

#€EM1403,R1

DEC
BNE
MOV
MOV
BR

€1402. ,ERRNBR

124

et
SEM1404,R]
:g:OS..ERflNflR

1SELECT THE ERROR MESSAGE TO BE REPORTED.
1SET THE ERROR NUMBER.
1GO REPORT ERROR.

tDECREMENT THE MAX TRY COUNTER.
sLOOP TO GET THE NEXT CHAR FROM THE FIFO.
1SELECT THE ERROR MESSAGE TO BE REPORTED.
1SET THE ERROR NUMBER.
tGIVE UP, GO REPORT ERROR.

| K4

IF THIS IS THE FIRST PASS,

AND SOFTWARE P-TABLE QUESTION WAS ANSWERED YES,

THEN REPORT THE ROM VERSION NUMBERS TO THE OPERATOR.

‘-

031206
031214
031216
031224
031226
031226
031230
031232
031236

032767
001431
026727
003023

010446
010346
012746
012746

1351004

151064

10¢:

8ITY
BEQ
cHp
8GY

PRINTB

004201
000003

#817T0,0PTION
604

PASCNT
, 01

60¢

OEF1401,.R3,R4

tCHECK ON THE STATE OF THE SOF TWARE SWITCH.
1EXIT IF NO ROM VERSION PRINTOUT WAS REQUESTED.
1CHECK IF THMIS IS THE FIRST PASS.
$EXIT IF ROM VERS HAVE ALREADY BEEN REPORTED.
1PRINT THE ROM VERSION NUMBERS.
MOV
MOV
MOV
MOV

R4, -(SP)
R3, -(SP)
#EF 1401, -(SP)
3, -(sP)

158

CZDHUAO DHU-11 FUNC
HARDWARE

TEST

031242
031244
031246

ggg? 031252

TST PART1

010600
104414
062706

000412

ROMVER

MACRO M1200

12 DEC 83

000010

16:08

B8R

PAGE

D13

110-2

SEQ

THIS

MOV
TRAP
ADD

TEST,

SP,RO
C$PNTB
410,5P

604

tEXIT

MOV
ERROR

#ER1401,ERRBLK

B8R

604

;SELECT THE ERROR REPORTING ROUTINE.
{REPORT ERROR.
»>>>> ERROR <cccc
TRAP
C$ERROR

50%;

MOV
JSR

#1405. ,ERRNBR
PC,TSABRT

1SET UP ERROR NUMBER FOR TSABRT RTN,
tREPORT NON-TEST RELATED ERROR,

60¢:

SETPRI

#PRIO?

sDISABLE

CLR
ENDTST

CTRLCF

1 INDICATE

‘-

gggg

ERROR REPORTS:

'—

5954 031254
5955 031262
031262

012767

016210

ggg? 031264

000405

5958 031266
3959 031274
960
5961 031300
031300
031304
5962 031306
5963 031312
031312
031312

012767
004767

002575
171126

012700
10444)
005067

000340

152506

12%:

104460

104401

152470

150770
-

ALL

INTERRUPTS,

THAT

COMPLETED

MOV
TRAP
THE TEST.

L10043:

TRAP

#PRIO7,RO
C$SPRI

CSETST

159

CZOHUAO DHU-11 FUNC
HARDWARE

TEST

5965
5966
%967
5968
5969
5970
5971
5972
5973
5974 031314
031314
5975 031314
031314
031320
5976
5977 031322
5978 031330
5979 0313%
5980 031344
5981 031352
5982 031360
5983 031364
5984 031370
5985 031374
5986
5987
5988
5989
5990
5991 031400
5992 031404
5993 031406

TST PART1
-

REGWRW

MACRO M1200

12-DEC-83

.SBTTL
100

16:08

HARDWARE

PAGE

E13
111

SEQ

TEST

REGWRW

2888008088080 888000008048888848880840008880000000080800080400880000880800000408

- DEVICE REGISTER WORD ACCESS READ AND WRITE TEST

1 e

THIS

TEST

VERIFIES

THAT

THE

DEVICE

;¢ CORRECTLY USING WORD ACCESSES.

REGISTERS

CAN BE

READ

AND

WRITTEN

8880883888080 488008880808080800400808400088000800884800080008004800800040040080808

BGNTST
012700
104441
000017
012767
012767
012767
012767
012767
012700
C04767
005067

SETPRI OPRIOS

000240

000017
177777
003101
012254
151072
002460
166364
150700

TNUM

150770
150744
152416
152412
152406

MOV
MOV
MOV
MOV
MOV
CLR
MOV
JSR
CLR

TNUM

JALLOW THE LTC TO INTERRUPT.
+

OTNUM, TSTNUM
@-1,CTRLCF
@1,ERRTYP
01601, ,ERRNOR
#EM1604 ,ERRMSG
ERSMRF
#ERCNTB,
RO
PC,CLR16W
EXOERR

s INCREMENT

THE ASSEMBLY

TIME

MOV

#PRIOS
. RO

TRAP
C#SPRI
TEST COUNTER.

1SET UP THE TEST NUMBER.
(16)
1 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.
1CLEAR THE ERROR SUMMARY FLAGS.

1CLEAR THE ERROR COUNTER TABLE.
1CLEAR THE “EXIT ON ERROR” FLAG

¢+ RESET THE DUT TO A KNOWN STATE, DO NOT REMOVE THE STATUS CODES FROM THE FIFO.
t+
CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.
+

004767
103402
000167

THIS SUBROUTINE REPORTS ERRORS

JSR

167706

8Cs
S

000142
|

PC.RESETY
. +6
604

»>>>>

1601

ccccc,

1RESET THE DHU-11, REPORT ANY ERRORS FOUND.

1FATAL RESET ERROR?
NO,
sYES,
EXIT THE TEST.

CONTINUE WITH TEST.

VERIFY READ/WRITE CAPABILITY TO INDIRECT ADORESS FIELD OF CSR

6010
6011
6013
6014
6015
6016
6017

031412
031416
031422
031426
031430
031432
031436
031440

0035267
012702
016704
010214
011401
042701
020102
001412

031442
031450
031452
031454
031454

012767
003003
005003

INC

152346

000017
150610

24:

177760

MOV
MOV
MOV
MOV
8IC
c

B8EQ

016352

ERRNBR

017,R2
CSRA . R4
R2,(R4)
(R4),R1
#177760,R1
Rl R2

1SET THE ERROR REPORT NUMBER TO 1602.

1SET LOOP COUNT.
tGET CSR ADORESS.
tWRITE COUNT TO CSR.
tREAD BACK THE CONTENTS OF THE CSR
tMASK OUT ALL BUT THE IND.ADR.REG FIELD.
tCHECK FOR CORRECT DATA WRITTEN/READ.

1IS EXPECTED DATA BAD?

1REPORTY “BAD BIT(S) IN OEVICE CSR REGISTER FOR LINE

152320

MOV
CLR
CLR
ERROR

104460

OER1601,ERRBLK
RS
RS

NO. SKIP ERROR REPORT.

O (D).”

SELECT THE PROPER ERROR REPORT ROUTINE.
1SET OFFSET TO O TO CAUSE REPORT OF CSR REG.
1CAUSE REPORT OF LINE O.
1
>>>> ERROR & 1602 ccccc<
TRAP

CS$ERROR

§e

s EXIT THE TEST IF EXTENDED ERROR REPORTING HAS NOT BEEN REQUESTED.
031456
031464

032767
001433

031466
031470

0035302
002356

000100

150534

)
44

8IT

BEQ

0EC

8GE

#BIT06,0PTION

;HAS EXTENDED ERROR BEEN REQUESTED ?

1DECREMENT

LOOP COUNT/IND.ADO.REG ADDRESS.

1LOOP BACK

TO TEST NEXT ADDRESS

604

1EXIT

THE

TEST IF IT MASN'T,

IF NOT DONE.

160

CZOHUAO OMU-11
MARDWARE

6018
6019
6020
6021
6022
6023
6024
6025
6026
6027
6028
6029
6030
6031
6032
6033
6034
6035
6036
6037

FUNC

TST

TEST

PART1
MACRO M1200
- REGWRW -

12-DEC-83

16:08

PAGF

F13

111-1

SEQ

1+
;
'

WRITE AND VERIFY 16 DATA PATTERNS IN ALL USED BITS OF ALL REGISTERS ON ALL
ACTIVE LINES.
BEFORE WRITING EACH PATTERN, CLEAR ALL THE BITS.
REGTST ROUTINE REPORTS ERRORS WITH NUMBERS
»>>>>> ERROR 1603 - 1605 c<ccc,

031472
031476
031500
031504

005267
005003
012704
004767

152266

INC

ERRNBR

1SET THE ERROR NUMBER TO 1603.

MOV

€2, ,R4

1 INDICATE R/W ACCESS, CLEAR FIRST,

CLR

000002
167322

JSR
P

1 INDICATE

PC,REGTST

THAT WORD ACCESSES ARE

TO BE USED.

iWRITE AND VERIFY DATA PATTERNS.

s+ EXIT THE TEST IF AN ERROR HAS BEEN FOUND AND EXTENDED ERROR REPORTING HAS
+ NOT BEEN REQUESTED, I.E.
EXOERR IS NON-ZERO.
031510
031514

005767
001017

TST
BNE
[

ACTIVE LINES.,

:
003106

BEFORE

WRITING EACH PATTERN,

REGTST ROUTINE REPORTS ERRORS WITH NUMBERS

)

152240

WRITE AND VERIFY 16 DATA PATTERNS IN ALL USED BITS OF ALL REGISTERS ON ALL

012767

1IS THE “EXIT ON ERROR” FLAG SET
1EXIT IF IT IS.

031516
031524
031526
031530

EXOERR
604

MOV

CLR

NEG
JSR

167276

SET

ALL

THE BITS.

»>>>>> ERROR 1606 -

1608 <cc«cc,

#1606 . ,ERRNBR

tSET UP ERROR NUMBER FOR REGTST ROUTINE.

R4
PC,REGTST

1 INDICATE R/W ACCESS, SET FIRST,
tWRITE AND VERIFY DATA PATTERNS.

+INDICATE THAT WORD ACCESSES ARE TO BE USED.

3¢

1 EXIT THE TEST IF AN ERROR HAS BEEN FOUND AND EXTENDED ERROR REPORTING HAS
s NOT BEEN REQUESTED, I.E.
EXOERR IS NON-ZERO.
‘-

031534
031540

005767
001005

150540

TST

BNE

EXOERR

604

1IS

THE

“EXIT ON ERROR” FLAG SET

tEXIT IF IT IS.

i PRINT ERROR SUMMARY REPORTS IF NECESSARY.

!
031542
031550
031554
031560
031560
031560

012767
004767
005067

104401

003111
167510
150522

152214

THE FOLLOWING ROUTINE REPORTS ERRORS WITH NUMBER >>>>> ERROR # 1609 <ccc«<

)
60¢:

MOV

JSR
CLR
ENDTST

01609..ERRNBR

PC,REPSMR
CTRLCF

;SET UP ERROR NUMBER FOR NEXT RTN.

tREPORT ERROR SUMMARY IF NECESSARY.
s INDICATE THAT WE COMPLETED THE TEST,
L10044:

TRAP

CSETST

161

CZOMUAO DHU-11 FUNC TST PAREé

HARDWARE

TEST

MACRO M1200

6057
6058
6059
6060
6061
6062
6063
6064
6065
6066 031562

031562
6067 031562
031562
031566
6068
6069 031570
6070 031576
6071 031604
6072 031612
6073 031620
6074 031626
6075 031632
6076 031636
6077 031642
6078
6079
6080

6081
6082
6083
6084
6085
6086
6087
6088
6089
6090
6091
6092
6093
6094
6095
6096
6097
6098
6099
6100
6101
6102
6103
6104
6105
6106
6107
6108
6109
6110

12-DEC-83

.SBTTL
100

16:08

PAGE

G13

112

SEQ

HARDWARE TEST

- REGWRM

0888840480488 808488880888080400488800008804000004040004008400804000448440880040884004480

)

- DEVICE REGISTER WORD ACCESS READ/MODIFY/WRITE TEST

1 &

THIS

TEST

VERIFIES

THAT

THE

DEVICE

REGISTERS

CAN BE

WRITTEN

CORRECTLY

1¢ USING WORD READ/MODIFY/MWRITE ACCESSES.
1 &

(-~

0868588008808 00088080808080000080800000000004880804080880000008088884648088048

BGNTST
012700
104441

000240

012767
012767
012767
012767
012767

000020

012700
004767
005067

1777777

003243
012330
150624
002460
166116
150432

SETPRI &PRIOS
TNUM == TNUM + §
MOV
STNUM, TSTNUM
MOV
¢-1,CTRLCF
MoV
#1,ERRTYP
MOV
01701. ,ERRNBR
MOV
#EM1701 ,ERRMSG
CLR
ERSMRF
MOV
OERCNTB,RO

130522

150476
152150
152144
152140

JSR

CLR

PC,CLR16W

sALLOW THE LTC

T16::

TO INTERRUPT,

MOV
#PRIOS,RO
TRAP
C$SPRI
s INCREMENT THE ASSEMBLY TIME TEST COUNTER.
3SET UP THE TEST NUMBER.
17
1 INDICATE THAT WE ARE WITHIN A TEST.
1SET UP DEVICE FATAL INDICATOR IN ERROR TYPE.
1SET UP ERROR NUMBER IN THE ERROR TABLE.
;SET UP ERROR MESSAGE FOR TEST IN ERROR TABLE.
4CLEAR THE ERROR SUMMARY FLAGS.

EXOERR

iCLEAR THE ERROR COUNTER TABLE.
tCLEAR THE

“EXIT ON ERROR” FLAG

3 RESET THE OUT TO A KNOWN STATE,

DO NOT REMOVE THE STATUS CODES FROM THE FIFO.

»>>>>>

031646
031652
031654

004767
103402
000167

CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.

THIS SUBROUTINE REPORTS ERRORS

167440

JSR
8Cs
JMP

000064

PC,RESETT
.*6
604

1701

<«<ccc,

1RESET THE DMU-11, REPORT ANY ERRORS FOUND.
1tFATAL RESET ERROR?
NO, CONTINUE WITH TEST.
s YES,
EXIT THE TEST.

[ R4

THE READ/MODIFY/WRITE CAPABILITY

TO INDIRECT

ADDRESS FIELD OF CSR

NOT TESTED THIS THIS FORM OF ACCESS IS ILLEGAL.

WRITE AND VERIFY

}

ACTIVE LINES USING R/M/W.

'
031660
031666
031670
031674

012767

003247

012704
004767

000001

BEFORE WRITING EACH PATTERN, CLEAR ALL THE BITS.

REGTST ROUTINE REPORTS ERRORS WITH NUMBERS

)

152076

16 DATA PATTERNS IN ALL USED BITS OF ALL REGISTERS ON ALL

167132

MOY

CLR
MOV

JSR

»>>>>> ERROR 1703 - 1705 c¢<cccc,

#1703. ,ERRNBR

1SET THE ERROR NUMBER TO 1703,

PC,REGTST

tWRITE AND VERIFY DATA PATTERNS.

R3
01 k4

1 INDICATE THAT WORD ACCESSES ARE TO BE USED.
1tINDICATE R/M/W ACCESS, CLEAR FIRST.

[ R4

s EXIT THE TEST IF AN ERROR HAS BEEN FOUND AND EXTENDED ERROR REPORTING HAS
s NOT BEEN REQUESTED, I.E.
EXOERR IS NON-ZERO.
;-

031700
031704

005767
001017

TS7Y

150374

BNE

EXOERR
604

1IS THE “EXIT ON ERROR” FLAG SEY ?
1EXIT IF

IT IS.

1
'
'

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, SET ALL THE BITS.
REGTST ROUTINE REPORTS ERRORS WITH NUMBERS

»>>>>>

ERROR

1706

1708

ccccc,

162

CZDHUAQ OHU-11 FUNC
HARDWARE TEST
6111
6112
6113
6114
6115
6116

6117
6118
6119
6120
6121
6122
6123
6124
6125
6126
6127
6128

031706
031714
031716
031720

TST

012767
005003
005404
004767

PART1
MACRO M1200
- REGWRM -

003252

12 DEC-83

152050

MOV
CLR
NEG
JSR

167106

H13
16:08

PAGE

112

#1706. ,ERRNBR
R3
R4

PC,REGTST

SEQ

$1SET UP ERROR NUMBER FOR REGTST ROUTINE.
1 INDICATE THAT WORD ACCESSES ARE TO BE USED.
s INDICATE R/M/W ACCESS, SET FIRST.
{WRITE AND VERIFY DATA PATTERNS.

EXIT

031724
031730

031732
031740
6129 031744
6.30 031750
031750
031750

005767
001005

THE

TEST

IF AN ERROR HAS BEEN FOUND AND EXTENDED ERROR REPORTING HAS

NOT BEEN REQUESTED,

I.E.

EXOERR IS NON-ZERO.

150350

TST

BNE

EXOERR

608

1IS

THE

sEXIT

“EXIT

ON ERROR” FLAG SET

1S.

‘0

:+
:

012767
004767
005067

104401

003255
167320
150332

PRINT
THE

152024
60¢:

ERROR SUMMARY REPORTS IF NECESSARY,
FOLLOWING ROUTINE REPORTS ERRORS WITH NUMBER

MOV
JSR
CLR
ENDTST

€1709. ,ERRNBR
PC.REPSMR
CTRLCF

>>>>>

ERROR

1709

cccc«<

;SET UP ERROR NUMBER FOR NEXT RTN,
{REPORT ERROR SUMMARY IF NECESSARY,
1 INDICATE THAT WE COMPLETED THE TEST.
L10045;

TRAP

CSETSY

163

CZOHUAO DHU - 11 FUNC TST PART1

HARDWARE

TEST

MACRO M1200

16:08

PAGE

I13
113

SEQ 164

REGBRW

6132

.SBTTL

6133
6134
6135
6136

1600

HARDWARE TEST

- REGBRW

080080048884 8808004400084088888084000404400028044000088808000884408080800400048

i e

- DEVICE REGISTER BYTE ACCESS READ AND WRITE TEST

6137

THIS

TEST

VERIFIES

THAT

THE

DEVICE

1« CORRECTLY USING BYTE ACCESSES.

6138
6139

REGISTERS

CAN

READ

AND

WRITTEN

6140
6141 031752
031752
6142 031752
031752
031756
6143
6144 031760

6145 031766
6146 031774
6147 032002
6148 032010
6149 032016
6150 032022
6151 032026
6152 032032
6153
6154
6155

6156
6157
6158 032036
6159 032042
6160
6161 032050
6162
6163
6164
6165
6166
6167
6168
6169

6170
6171
6172
6173
6174
6175
6176
6177

12-DEC-83

032100
032102
032110
032112
032114
032114

6178
6179
6180
6181 032116
6182 032124
6183
6184

:-- S80804080840880000400048040084080008808400000000004880008804800400000400008804880
BGNTST
012700
104441

000240

012767
012767
012767
012767
012767

000021
177777
000001
003411
012413
150434
002460
165726
150242

012700
004767
005067

17
17::

SETPRI #PRIOS
TNUM ==

MOV

150332
150306
1351760
151754
151750

MOV
MOV
MOV
MOV

CLR
MOV
JSR

CLR

TNUM

sALLOW THE LTC TO INTERRUPT,
+

STNUM, TSTNUM

€-1,CTRLCF
€1 ,ERRTYP
#1801 . ,ERRNBR
SEM1801,ERRMSG

ERSMRF
SERCNTB,RO
PC,CLR16W
EXOERR

s INCREMENT

THE ASSEMBLY

$SET UP THE TEST NUMBER,

MOV
#PRIOS,RO
TRAP
CS$SPRI
TIME TEST COUNTER.

(18)

s INDICATE THAT WE ARE WITHIN A TEST.
1SET UP DEVICE FATAL INDICATOR IN ERROR TYPE.
1SET UP ERROR NUMBER IN THE ERROR TABLE.
SET UP ERROR MESSAGE FOR TEST IN ERROR TABLE.

1CLEAR THE ERROR SUMMARY FLAGS.
1CLEAR THE ERROR COUNTER TABLE.

tCLEAR THE “EXIT ON ERROR” FLAG.

t RESET THE DUT TO A KNOWN STATE, DO NOT REMOVE THE STATUS CODES FROM THE FIFO.
1
CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.

THIS SUBROUTINE REPORTS ERRORS

»>>>>>

1801

<<«c«cc,

‘-

004767
103402
000167
012767

167250
000212
003412

JSR
8CS
N
MOV

151706

PC,RESETT
. +6
608
01802. ,ERRNBR

tRESET THE DMU-11, REPORT ANY ERRORS FOUND.
tFATAL RESET ERROR?
NO, CONTINUE WITH TEST.
1YES,
EXIT THE TEST.
;SET THE ERROR REPORT NUMBER TO 1802.

s+ VERIFY READ/WRITE CAPABILITY TO INDIRECT ADDRESS FIELD OF CSR.
s+ USE BYTE ACCESSES.
'-

012702
016704
110214
111401
042701
020102
001412

000017

012767
005003
005005

016352

130150

24:

017,R2
CSRA,R4

1SET LOOP COUNT.
1GEY CSR ADORESS.

MOV8e
8IC
cHP

(R4),R1
#177760,R1
R1.R2

tREAD BACK THE CONTENTS OF THE CSR
tMASK CUT ALL BUT THE IND.ADR.REG FIELD.
1CHECK FOR CORRECT DATA WRITTEN/READ.

MOV8

177760

151660

MOV
MOV

R2,(R4)

tWRITE COUNT TO CSR.

B8EQ
44
1IS EXPECTED DATA BAD? NO, SKIP ERROR REPORT.
1REPORT “BAD BIT(S) IN DEVICE CSR REGISTER FOR LINE O (D).*
MOV
CLR
CLR
ERROR

104460

®ER1601 ,ERRBLK
R3
RS

;SELECT THE PROPER ERROR REPORT ROUTINE
.
1SET OFFSET TO O TO CAUSE REPORT OF CSR REG.
1CAUSE REPORT OF LINE O.
1
>>»>>> ERROR & 1802 ccccc
TRAP

CS$ERROR

[ R4

+ EXIT THE TEST IF EXTENDED ERROR REPORTING HAS NOT BEEN ENABLED
032767
001456

000100

150074

8IT
8eQ

#BIT06,0PTION
604

tEXIT WITH TEST FAILURE MESSAGE IF
tNO EXTENDED ERROR REPORTING HAS BEEN REQUESTED

1DURING THE SOF TWARE QUESTIONS.

MACRO M1200
CZOHUARO DHU-11 FUNC TST PARTL
HARDWARE TEST
- REGBRW -

6185
6186
6187
6188
6189
6190
6191
6192
6193
6194
6195
6196
6197
6198
6199
6200
6201
6202
6203

032126
032130

005302
002356

12-DEC-83

OEC

BGE

16:08

PAGE

J13

113-1

SEQ

1DECREMENT

LOOP

1LOOP BACK

COUNT/IND.ADD.REG

TELT NEXT

ADDRESS

ADDRESS.

IF NOT DONE.

+
i

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,

CLEAR ALL

THE USED BITS OF ALL ACTIVE REGISTERS.

REGTST ROUTINE REPORTS ERRORS WITH NUMBERS

>>>>>

ERROR

1803

1805

<c«c«c«c,

‘-

032132
032136
032142
032146

005267
012703
012704
004767

INC

151626
1177711
000002
166660

MOV
MOV
JSR

ERRNBR

1SET THE ERROR NUMBER TO 1803,

#-1,R3
#2,R4
PC,REGTST

1 INDICATE THAT LO BYTE ACCESSES ARE
1 INDICATE R/W ACCESS, CLEAR FIRST.
tWRITE AND VERIFY DATA PATTERNS.

TO BE USED.

+ EXIT THE TEST IF AN ERROR HAS BEEN FOUND AND EXTENDED ERROR REPORTING HAS
+ NOT BEEN REQUESTED, I.E.
EXOERR IS NON-ZERO.
'

032152
032156

005767
001041

150122

TST
BNE

EXOERR
604

+1IS THE "EXIT ON ERROR” FLAG SET
$EXIT IF IT 1IS.

+ WRITE AND VERIFY 16 DATA PATTERNS IN ALL USED 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 <c«c<c,

032160
032166
032170

012767
005403
004767

003416

151576

MOV
NEG
JSR

166636

21806. ,ERRNBR
R3
PC.REGTST

;SET UP ERROR NUMBER FOR REGTST ROUTINE.
1 INDICATE THAT MI BYTE ACCESSES ARE TO BE USED.
tWRITE AND VERIFY DATA PATTERNS.

s EXIT THE TEST IF AN ERROR HAS BEEN FOUND AND EXTENDED ERROR REPORTING HAS
s+ NOT BEEN REQUESTED, I.E.
EXOERR IS NON-ZERO.
032174
032200

005767
001030

)

150100

TST

BNE

EXOERR

1IS THE “EXIT ON ERROR"” FLAG SET ?

60¢

tEXIT IF

IT IS.

s+ WRITE AND VERIFY 16 DATA PATTERNS IN ALL USED BITS OF ALL LOWER BYTES OF ALL
s
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 <cccc,

032202
032210
032212
032214

012767

003421

MOV

151554

NEG
NEG
JSR

166612

#1809. ,ERRNBR

R3
R4
PC.REGTST

1SET UP CRROR NUMBER FOR REGTST ROUTINE.

s INDICATE THAT LO BYTE ACCESSES ARE TO BE USED.
1 INDICATE R/W ACCESS, SET FIRST.
1WRITE AND VERIFY DATA PATTERNS.

|K4

1 EXIT THE TEST IF AN ERROR HAS BEEN FOUND AND EXTENDED ERROR REPORTING HAS
1 NOT BEEN REQUESTED, I.E.
EXOERR IS NON-ZERO.
032220
032224

005767
001016

150054

TST

BNE

EXOERR

IS THE “EXIT ON ERROR" FLAG SET ?

604

JEXIT IF IT IS.

3 WRITE AND VERIFY 16 DATA PATTERNS IN ALL USED BITS OF ALL HIGH BYTES OF ALL
1+
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 1812 - 1814 «<cc«cc,

032226

012767

003424

151530

MOV

#1812. ,ERRNBR

1SET UP ERROR NUMBER FOR REGTST ROUTINE.

165

CZDHUAO DHU 11 FUNC

HARDWARE

TEST

6242 032234

6243
6244
6245
6246
6247
6248
6249
6250
6251
6252
6253
6254
6255
6256
6257

032236

TST PART1

005403
004767

REGBRW

MACRO M1200
-

IK13

12-DEC-83

16:08

NEG
JSR

166570

PAGE

113-2

R3
PC,REGTST

SEQ

+INDICATE THAT HI BYTE ACCESSES ARE
tWRITE AND VERIFY DATA PATTERNS.

TO BE

USED.

HEZ

EXIT

THE

TEST

AN ERROR MAS BEEN FOUND

3+ NOT BEEN REQUESTED,
:

032242
032246

005767
001005

I.E.

AND EXTENDED ERROR REPORTING HAS

EXOERR IS NON-ZERO.

TST
BNE

150032

EXOERR
604

$1IS THE "EXIT ON ERROR” FLAG SET
tEXIT IF IT IS.

i e

:
032250
032256
032262
032266
032266
032266

012767
004767
005067
104401

003427
167002

150014

151506

ERROR

REPORTS

NECESSARY.

THE FOLLOWING ROUTINE REPGRTS ERRORS WITH NUMBER >>>>> ERROR # 1815 <ccc«
MOV

604 :

SUMMARY

JSR

CLR
ENDTST

91815, ,ERRNBR

$SET UP ERROR NUMBER FOR NEXT RTN,

CTRLCF

:INDICATE

PC,REPSMR

tREPORT ERROR SUMMARY
THAT

IF NECESSARY.

COMPLETED

THE

L10046:

TEST.

TRAP

CSETST

166

CZDHUAO DHU-11 FUNC

HARDWARE

TEST

6259
6260
6261
6262
6263
6264
6265
6266
6267
6268 032270
032270
6269 032270
032270
032274
6270
6271 032276
6272 032304
6273 032312
6274 032320
6275 032326
6276 032334
032340
032344
032350

TST PART1
EGBR

"HACRO M1200

12-DEC-83

.SBTTL

16:08

PAGE

L13
114

HARDWARE TEST

SEQ

- REGBRM

1¢¢

22008202488 88888044000000848844008408480048800448000400448000000888888040880408

- DEVICE REGISTER BYTE ACCESS READ/MODIFY/WRITE TEST

1 &

1» THIS TEST VERIFIES THAT THE DEVICE REGISTERS CAN BE READ AND WRITTEN
1* CORRECTLY USING BYTE ACCESSES IN READ/MODIFY/WRITE MODE.
IE

(==

088088388848 48004800848888008804084008800880480880480884808400408008080800004080800¢

BGNTST
012700
104441
000022
012767
012767
012767

012767
012767
005067
012700
004767
005067

SETPRI @PRIOS

000240
000022
177717
000001
003555
012467
150116
002460
165410
147724

TNUM

MOV

150014
147770
151442
151436
151432

MOV
MOV
MOV
MOV
CLR
MOV
JSR
CLR

TNUM

tALLOW THE LTC
+

@TNUM, TSTNUM

#-1,CTRLCF
#1,ERRTYP
#1901. ,ERRNBR
®EM1901 ,ERRMSG
ERSMRF
SERCNTB,RO
PC,CLR16W
EXOERR

s INCREMENT

THE

TO INTERRUPT,
ASSEMBLY

1SET UP THE TEST NUMBER.

TIME

MOV
#PRIOS,RO
TRAP
C$SPRI
TEST COUNTER.

(19)

1 INDICATE THAT WE ARE WITHIN A TEST,
1SET UP DEVICE FATAL INDICATOR IN ERROR TYPE.
1SET UP ERROR NUMBER IN THE ERROR TABLE.
;SET UP ERROR MESSAGE FOR TEST IN ERROR TABLE.
1CLEAR THE ERROR SUMMARY FLAGS.

1CLEAR THE ERROR COUNTER TABLE.
1CLEAR THE “EXIT ON ERROR” FLAG.

3¢

s RESET THE DUT TO A KNOWN STATE, DO NOT REMOVE THE STATUS CODES FROM THE FIFO.
s
CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.
t

6289

032354
032360
032362
032366

004767
103402
000167
012767

THIS SUBROUTINE REPORTS ERRORS

166732
000136

003557

JSR
8Cs
JHP
MOV

151370

PC,RESETT
. +6
604

€1903. ,ERRNBR

>>>>>

1901

<cccc,

tRESET THE DHMU-11, REPORT ANY ERRORS FOUND.
tFATAL RESET ERROR?
NO, CONTINUE WITH TEST.
1YES,
EXIT THE TEST.

;SET THE ERROR REPORT NUMBER TO 1903.

[ 4

s+
s+

THE READ/MODIFY/WRITE CAPABILITY TO INDIRECT ADORESS FIELD OF CSR IS NOT
TESTED SINCE THIS IS AN ILLEGAL FORM OF ACCESS TO THIS REGISTER.

WRITE AND VERIFY 16 DATA PATTERNS IN ALL USED BITS OF ALL LOWER BYTES OF

3+
1
'
032374
032400
032404
032410

005267
012703
012704
004767

ALL

REGISTERS ON ALL ACTIVE LINES.
USE READ/MOOIFY/WRITE ACCESSES.
BEFORE
WRITING EACH PATTERN, CLEAR ALL THE USED BITS OF ALL ACTIVE REGISTERS.
REGTST ROUTINE REPORTS ERRORS WITH NUMBERS
»>>>>> ERROR 1903 - 1905 <cccc,

151364
177777

INC
MOV
MOV
JSR

166416

ERRNBR
¢-1,R3
01 ,R4
PC.REGTST

1SET THE ERROR NUMBER 7O 1903.
1 INDICATE THAT LO BYTE ACCESSES ARE TO BE USED.
1+ INDICATE R/M/W ACCESS, CLEAR FIRST.
IWRITE AND VERIFY DATA PATTERNS.

s EXIT THE TEST IF AN ERROR HAS BEEN FOUND AND EXTENDED ERROR REPORTING HAS
s NOT BEEN REQUESTED, I.E.
EXOERR IS NON-ZERO.
032414
032420

005767
001041

)

147660

fR4

TST

BNE

EXOERR

604

1 IS THE "EXIT ON ERROR" FLAG SET ?

JEXIT IF IT IS.

WRITE AND VERIFY 16 DATA PATTERNS IN ALL USED BITS OF ALL HIGH BYTES OF ALL

167

CZOHUAO DHU-11 FUNC TST PART1
HARDWARE

6313
6314
6315
6316
6317
6318
6319
6320
6321
6322
6323
6324
6325
6326
6327
6328
6329
6330
6331
6332
6333
6334
6335
6336

TEST

MACRO M1200
-

12-DEC-83

16:08

PAGE

114-1

SEQ

REGISTERS ON ALL ACTIVE LINES.
USE READ/MODIFY/WRITE ACCESSES.
BEFORE
WRITING EACH PATTERN, CLEAR ALL THE USED BITS OF ALL ACTIVE REGISTERS.
REGTST ROUTINE REPORTS ERRORS WITH NUMBERS
»>>>>> ERROR 1906 - 1908 <<c«c«c,

032422
032430
032432

012767
005403
004767

003562

151334

MOV

NEG
JSR

166374

21906 . ,ERRNBR

R3
PC,REGTST

1SET

UP ERROR NUMBER FOR REGTST ROUTINE,

1 INDICATE THAT HI BYTE ACCESSES ARE
tWRITE AND VERIFY DATA PATTERNS.

TO BE USED.

¢
1
:

032436
032442

005767
001030

EXIT THE TEST IF AN ERROR HAS BEEN FOUND AND EXTENDED ERROR REPORTING HAS
NOT BEEN REQUESTED, I.E.
EXOERR IS NON-ZERO.
-

147636

ST
BNE

EXOERR
60¢

1IS THE “EXIT ON ERROR” FLAG SET
1EXIT IF IT 1IS.

t WRITE AND VERIFY 16 DATA PATTERNS IN ALL USED BITS OF ALL LOWER BYTES OF ALL
+
REGISTERS ON ALL ACTIVE LINES.
USE READ/MOOIFY/WRITE ACCESSES.
BEFORE
]
WRITING EACH PATTERN, SET ALL THE USED BITS OF ALL ACTIVE REGISTERS.
3
REGTST ROUTINE REPORTS ERRORS WITH NUMBERS
»>>>>> ERROR 1909 - 1911 «<<«<«c«<,
;-

032444
032452
032454
032456

012767
005403
005404
004767

003565

151312

MOV
NEG
NEG
JSR

166350

35909..ERRN8R
R4
PC,REGTST

1SET UP ERROR NUMBER FOR REGTST ROUTINE.
s+INDICATE THAT LO BYTE ACCESSES ARE TO BE USED.
1 INDICATE R/M/W ACCESS., SET FIRST,
tWRITE AND VERIFY DATA PATTERNS.

6337
6338
6339
6340 032462
6341 032466
6342
6343
6344
6345
6346
6347
6348 032470
6349 032476
6350 032500
6351
6352

6353
6354
6355
6356
6357
6358
6359
6360
6361
6362
6363
6364

REGBRM

M13

t EXIT THE TEST IF AN ERROR HAS BEEN FOUND AND EXTENDED ERROR REPORTING HAS
3 NOT BEEN REQUESTED, I.E.
EXOERR IS NON-ZERO.
005767
001016

147612

TST

BNE

EXOERR

{EXIT IF IT IS.

s+ WRITE AND VERIFY 16 DATA PATTERNS IN ALL USED BITS OF ALL HIGH BYTES OF ALL
i+
REGISTERS ON ALL ACTIVE LINES.
USE READ/MODIFY/WRITE ACCESSES.
BEFORE
t+
WRITING EACH PATTERN, SET ALL THE USED BITS OF ALL ACTIVE REGISTERS.
:
REGTST ROUTINE REPORTS ERRORS WITH NUMBERS
»>>>>> ERROR 1912 - 1914 <<ccc,
;-

012767
005403
004767

003570

151266

MOV
NEG

166326

JSR

#1912. ,ERRNBR
R3
PC.RESTST

1SET UP ERROR NUMBER FOR REGTST RQUTINE.
s INDICATE THAT HI BYTE ACCESSES ARE TO BE USED.
tWRITE AND VERIFY DATA PATTERNS.

EXIT

THE TEST IF AN ERROR HAS BEEN FOUND AND EXTENDED ERROR REPORTING HAS

s+ NOT BEEN REQUESTED.
g

032504
032510

;IS THE “EXIT ON ERROR" FLAG SET ?

604

005767
001005

I.E.

EXOERR IS NON-ZERO.

147570

TST
BNE

EXOERR
6C$

1IS THE “EXIT ON ERROR" FLAG SET
sEXIT IF IT IS.

3+ PRINT ERROR SUMMARY REPORTS IF NECESSARY,
]
THE FOLLOWING RO'JTINE REPORTS ERRORS WITH NUMBER >>>>> ERROR & 1915 <<cc<cc<
032312
032520
032524
032530
032530
032530

012767
004767
005067

104401

003573
166540
147552

151244

)
604 ;

MOV

JSR
CLR
ENDTST

#1915, ,ERRNBR

PC,REPSMR
CTRLCF

1SET UP ERROR NUMBER FOR NEXT RTN,

sREPORT ERROR SUMMARY IF NECESSARY.
+ INDICATE THAT WE COMPLETED THE TEST.

L100AT:

TRAP

CSETST

168

CZDHUAQ DHU-11 FUNC

HARDWARE

TEST

6366
6367
6368
6369
6370
6371
6372
6373
6374 032532
032532
6375 032532
032532
032536
6376
6377 032540
6378 032546
6379 032554
6380 032562
6381 032570
6382
6383
6384
6385
6386
6387 032576
6388 032602
6389
6390
6391
6392 032604
6393 032610
6394 032614
6395 032616
6396 032624
6397 032630
6398 032636
032636
6399 032640
6400 032644
032644
032644

MACRO M1200
TST PART1
IOBIT

12-DEC-83

.SBTTL
§0¢

16:08

HARDWARE TEST

L
Py

115

SEQ

IDBIT

B004A4AAS000000044080080840040800040000R4R0R80RA08000R0000000000040000

- DEVICE REGISTER ID BIT TEST

1 e

PAGE

N13

THIS TEST VERIFIES THAT THE DUT STAT REGISTER ID BIT READS AS SET.

:-- S8004048000048020000080008488008040 4000000800888 088800080880000800000000000400
BGNTST
012700
104441
000023
012767
012767
012767
012767
012767

SETPRI #PRIOS

000240

000023
177777
000001
003721
012552

sALLOW THE LTC

T19::

TO INTERRUPT.

MOV

TNUM

147552
147526
151200
151174
151170

MOV
MOV
MOV
MOV
MOV

TNUM

ATNUM, TSTNUM
@-1,CTRLCF
€1,ERRTYP
#2001 . ,ERRNBR
#EM2001 ,ERRMSG

s INCREMENT

THE

ASSEMBLY

TIME

HPRIOS,RO

TRAP
C$SPRI
TEST COUNTER.

1SET UP THE TEST NUMBER.
(20)
;INDICATE THAT WE ARE IN A TEST.
$1SET UP DEVICE FATAL INDICATOR IN ERROR TYPE.
1SET UP ERROR NUMBER IN THE ERROR TABLE.
;SET UP ERROR MESSAGE FOR TEST IN ERROR TABLE.

; RESET THE DUT TO A KNOWN STATE, DO NOT REMOVE THE STATUS CODES FROM THE FIFO.
i
CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.
t THIS SUBROUTINE REPORTS ERRORS >>»>> 2001 <<ccc,
‘-

004767
103016

166510

JSR
8CC

PC,RESETT
604

;RESET THE DHU-11, REPORT ANY ERRORS FOUND.
;FATAL RESET ERROR?
YES,
EXIT THE TEST.

: READ THE STAT REGISTER ID BIT AND VERIFY THAT IT IS CLEAR.
;-

017701
032701
001011
012767
012701
012767
104460
005067

104401

147434

000400

003722

012622
016072

147436

MOV

SFSLSA,R1

tREAD THE STAT REGISTER CONTENTS.

MOV

#EM2002,R1

1GET THE PROPER ERROR MESSAGE.

151140

8IT
BNE
MOV

151132

MOV

ERROR
604 :

CLR
ENDTST

éBIT8,R1
608
#2002. ,ERRNBR
SEROSO3,ERRBLK
CTRLCF

;CHECK THE ID BIT.
$sID BIT SET?
VYES, EXIT THE TEST.
tNO,
SET THE ERROR REPORT NUMBER TO 2002.
;SELECT THE PROPER ERROR REPORT ROUTINE.

tERROR NUMBER >>>>> 2002 <<c<c<<
s INDICATE

THAT WE COMPLETED THE

L10050:

TRAP
TEST.

C$ERROR

TRAP

CSETST

169

CZDHUAO DHU 11 FUNC
HARDWARE

TEST

TST PART1
-

MACRO M1200

12-DEC-83

TXENBI
-

6402

.SBTTL

6404

)

6405
6406

1o
1 e

6403

106

6407
6408
6409
6410

HARDWARE

Bld
116

TEST

SEQ 170
-

TXENBI
-

00000000000060000000008000000008000008000000800648000000000004808000000008044

THIS

TEST

TX_ENABLE

(INACTIVE)

TEST

IS PERFORMED

INTERNAL

LOOPBACK,

AND

ON ALL

ACTIVE

LINES.

000080000006000000060000060060000056000000000004000800000048000088848088444044848

6411 032646

BGNTST

6412 032646
032646
032652

SETPRI

032646

@#PRIOS

sALLOW LTC

INTERRUPTS,

T720::

012700
104441

000240

012767
012767
012767

000024
177777
000001

147436
147412
151064

MOV
MOV
MOV

STNUM, TSTNUM
e-1,CTRLCF
#1 ,ERRTYP

$1SET UP THE TEST NUMBER.
23
;INDICATE THAT WE ARE IN A TEST.
$1SET ERROR TYPE AS FATAL IN ERROR TABLE.

012767
012767

012675
017156

151054
151050

MOV
MOV

®EM2301 ,ERRMSG
®ER9101,ERRBLK

;SET ERROR MESSAGE ADDRESS IN ERRTBL.
[ SELECT THE CORRECT ERROR REPORTING ROUTINE.

6413

000024

6417 032676

012767

6418 032704
g:ég 032712

PAGE

THIS TEST VERIFIES THAT WHEN THE LINE UNDER TEST'S TX_ENABLE BIT
CLEAR, TRANSMISSION WILL NOT TAKE PLACE ON THAT LINE.

10
1--

6414 032654
6415 032662
6416 032670

16:08

004375

TNUM = TNUM « )

151060

MOV

02301, ,ERRNBR

MOV
TRAP

#PRIOS,RO
C$SPRI

s INCREMENT THE ASSEMBLY TIME TEST COUNTER.

1SET THE FIRST ERROR NUMBER IN ERROR TABLE.

6421
6422

3
;

2:%2

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

ceccc,

6425 032720

g:gg 032724

004767

103114

165012

JSR

8CC

PC.CLNRST

60¢

sRESET

THE OMU-11,

sRESET FAILURE?,

REPORT

ABORT

ANY ERRORS FOUND.

THIS

TEST.

‘0

6428

SET

6430

2 STOP BITS.

6429
g:gé

s ENABLE TRANSMITTERS ON ALL LINES.
P

6433
6434
6435
6436
6437
6438
6439
6440
g::é

INTERNAL LOOPBACK ON ALL ACTIVE LINES.

s SET LPR ON ALL LINES TO 38.4K BAUD, 8 BITS PER CHARACTER, 00D PARITY,

032726
032732
032736
032742
032746
032752
032756
032762
032766

016705
012700
004767
012700
004767
012704
004767
012705
004767

147272
000200
170470
177670
170510
000012
165076
177777
167642

MOV
MOV
JSR
MoV
JSR
MOV
JSR
MOV
JSR

ACTLNS,RS
#200,R0
PC,WTWLNC
#177670,R0
PC.WTWLPR
#10. ,R4
PC.DELAY
MMAPUNS RS
PC., TXENBL

1PASS THE ACTIVE LINE BIT MAP,
sPASS THE UNCTRL CONTENTS.
sINITIALISE THE LNCTRL REGISTERS.
1PASS THE LPR CONTENTS.
sINITIALSE THE LPR REGISTERS ON ALL LINES.
1PASS DELAY TIME OF 10 MILLI-SECONDS.
tWAIT FOR LNCTR AND LPR REGS TO BE UPDATED.
sPASS THE BIT MAP CORRESPONDING TO ALL LINES.
sENABLE TRANSMITTERS ON ALL LINES.

6443

g::;

TEST ALL ACTIVE LINES

INDIVIDUALLY,

1 DISABLE TRANSMISSION ON EACH ACTIVE LINE.
;-

6446 032772

012703

6449 033006
g:g? 033012

030367
001453

6447 032776
6448 033000

005004
012767

000001

004376
147212

MOV

150756

CLR
MmOV

2%:

8IT
BEQ

&1,R3

1SET UP

R3,ACTULNS
6

sCHECK IF THE LINE IS ACTIVE.
sSKIP TESTING THIS LINE IF IT

R4
€2302. ,ERRNBR

THE LINE BIT MAP FOR CHANNEL

sCLEAR THE LINE NUMBER COUNTER.
1SET THE ERROR NUMBER TO 2302.

6452
6453
6454
6455

s
s
$
'~

CLEAR THE TX_ENABLE BIT IN TBUFFAD2 REGISTER.
SELECT THE LINE UNDER TEST,
VERI Y IT IS CLEAR, REPORT ERROR IF SET,

IS INACTIVE.

CZOMUAO DHU 11 FUNC
HARDWARE

6456
6457
6458
6459
6460

TEST

033014
033016
033022
033026
033032

6461
6462
6463
6464
6465
6466 033034

6467
6468
6469
6470
6471
6472
6473
6474
6475
6476
6477
6478

033042
033050
033054
033060
033064

TST PART1

010305
004767
010477
005777

100433

MACRO M1200
TXENBI
-

12 DEC-83

MOV

167516
147210
147220

JSR

MOV
ST

8MI

16:08

PAGE

Cla

116-1

SEQ

R3,RS

1PASS

R4, 8CSRA

1SELECT THE LINE CURRENTLY UNDER TEST.

PC. TXDSBL

THE BIT MAP OF

1DISABLE

®TXAD2A

(VERIFY

THE LINE UNDER

TEST.

TRANSMISSION ON THE LINE UNDER

THE

TX_ENABLE BIT

1GO REPORT ERROR IF

TEST.

SET.

TX_ENABLE BIT SET.

i WRITE DATA BYTE (ASCII <«LF>) TO THE OUTPUT FIFO.

WAIT FOR A

012767

112777

012701
016702
004767
103416

004377
000012

170003
147156
170064

150722
147174

TX_ACTION TO BE RETURNED,

1S FOUND BEFORE TIME-OUT OCCURS.

REPORT ERROR

TX_ACTION

MOV

#2303, ,ERRNBR

;SET ERROR NUMBER TO 2303.

MOV
MOV
JSR

#170003,R1
CSRA,R2
PC.WAIBIS

s TEST BIT 1S, TIMEOUT OF 3 MILLI SECS.
1PASS THE ADDRESS OF THE REGISTER TO TEST.
IWAIT FOR TX_ACTION TO COME BACK.

MOVE

BCS

#12,8FDATA

JWRITE THE DATA BYTE TO THE DUT'S OUTPUT FIFO.

1GO REPORT ERROR IF A TX-ACTION FOUND.

[ K2

WAIT FOR

‘-

033066
033072
033076
033102
033106
033110
033114
033120

6479
6480
6481
6482
6483
6484 033122
6485 033124
6486
6487 033130
033130
6488
6489 033132
6490 033140
6491

005267
012701
016702
004767

103405

005267
017702
100010

010401
012702

150672

070012
147134
170042

150650
147120

as:

DATA

TO APPEAR

IN THE FIFO,

REPORT ERROR

ERRNBR
#70012,R1
CSRA,R2
PC,WAIBIS
4
ERRNBR
SRBUFA,R2

1SET ERROR NUMBER TO 2304.
+TEST BIT 7, TIMEOUT OF 10 MILLI SECS.
1PASS THE ADDRESS OF THE REGISTER TO TEST.
tWAIT FOR RX_DATA_AVAILABLE TO SET.
1REPORT ERROR IF DATA RECEIVED IN THE FIFO.
1SET ERROR NUMBER TO 230S.
{READ THE DATA FROM THE FIFO.

MOV

R4 ,R1

1PASS THE NUMBER OF CURRENT LINE UNDER TEST.

MOV

#€EM2302,R2

ERROR

1SKIP ERROR REPORT IF DATA ISN‘'T

000100

147060

BIT
8EQ

1 “TX_ENABLE BIT BAD ON LINE:
s

#81T06,0PTION
608

THERE.

1PASS THE MESSAGE TO BE REPORTED.
»»>»>>

ERROR

NN*“.

<¢cccc,

104460
032767
001406

IF DATA FOUND.

INC
MOV
MOV
JSR
8CSs
INC
MOV
8PL

012742

THE

TRAP

C$ERROR

;EXIT THE TEST, WITH THE TEST FAILED MESSAGE,
+IF EXTENDED ERROR REPORTING HAS NOT BEEN
tREQUESTED.

s
033142
033144

033146
033150
033154

033156
033162
033162
033162

000241
006103
020427
002711

000020

147120
104401

VERIFY ALL ACTIVE LINES HAVE BEEN TESTED.

cLC

ROL
INC
cP

R3
R4
R4, PNUMLNS

e%?sr

CTRLCF

BLT

6084 :

tCLEAR THE CARRY BIT PRIOR TO ROTATION.
tSHIFT THE BIT MAP FOR THE NEXT LINE.
s INCREMENT THE LINE NUMBER COUNTER.
tHAVE ALL THE LINES BEEN TESTFD?
iNO;

BRANCH TO TEST

THE MEXT LINE.

1INDICATE THAT WE AXE NOT WITHIN A TEST.
L100S1:

TRAP

CSETST

171

CZDHUAQ DHU-11 FUNC
HARDWARE

TEST

TST PARTL

TXENB

AHACRO M1200

6505
6506
6507
6508

12-DEC 83

.SBTTL
10¢

HARDWARE

PAGE

117

TEST

SEQ

TXENBA
-

80080060000000000000000000000000800000488000000004848400000080800080066005806066046

1e
1e

6509
6510
6511
6512
6513

16:08

D14

- TX_ENABLE (ACTIVE) TEST THIS TEST VERIFIES THAT WHEN THE TX_ENABLE BIT IS SET IN THE APPRORIATE
LINE REGISTER, TRANSMISSION WILL TAKE PLACE ON THAT LINE.

1 e

THIS

TEST

PERFORMED

INTERNAL

LOOPBACK,

AND

ALL

ACTIVE

LINES.

:-- 00000000000600000008008080800600000080600000800040006000000000000800800008846060808

6514 033164
033164
6515 033164
033164
033170
6516
6517 033172
6518 033200
6519 033206
6520 033214
6521 033222
6522 033230
6523
6524
6525

6526
6527
6528 033236
63529 033242
6530
6531
6532
6533
6534

BGNTST
012700
104441
000025
012767
012767
012767
012767
012767
012767

SETPRI

000240

000025
177777

004541

013000

017156

@#PRIOS

tALLOW LTC INTERRUPTS,

1::

MOV
TNUM ==

147120
147074
130546
150542
150536
150532

TNUM

)

MOV

OTNUM, TSTNUM

MOV

02401. ,ERRNBR

MOV
MOV

®-1,CTRLCF
€1 ,ERRTYP

MOV
MOV

OEM2401 ,ERRMSG
OER9101 ,ERRBLK

1 INCREMENT

THE ASSEMBLY

$SET UP THE TEST NUMBER.

TRAP

TIME

#PRIOS,RO

CsSPRI

TEST COUNTER.

(24)

sINDICATE THAT WE ARE IN A TEST,
$;SET ERROR TYPE AS FATAL IN ERROR TABLE.

1SET THE FIRST ERROR NUMBER IN ERROR TABLE.

;SET ERROR MESSAGE ADDRESS IN ERRTBL.
SELECT THE CORRECT ERROR REPORTING ROUTINE.

1 RESET THE OUT TO A KNOWN STATE, REMOVE THE STATUS CODES FROM THE FIFO.
1
CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.

004767

103133

THIS SUBROUTINE REPORTS ERROR

)

164474
F

JSR

PC,.CLNRST

8cCC

>>>>>

2401

c¢cccc,

tRESET THE DHU-11, REPORT ANY ERRORS FOUND.

60¢

IRESET FAILURE?, ABORT THIS TEST.

3 SET INTERNAL LOOPBACK ON ALL ACTIVE LINES.
'

gigtb:flag¥leL LINES TO 38.4K BAUD,

]

8 BITS PER CHARACTER,

ODD PARITY,

s+ DISABLE TRANSMITTERS ON ALL LINES.
'

033244
033250
033254
033260
033264
033270
033274
033300
033304

016703
012700
004767
012700
004767
012704
004767
012703
004767

MOV
MOV
JSR
MOV
JSR
MOV
JSR

ACTLNS,RS
#200,R0
PC, WTWLNC
#177670,R0
PC . WTWLPR
€10. R4
PC,DELAY

tPASS THE ACTIVE LINE BIT MAP,
1PASS THE LNCTRL CONTENTS.
s INITIALISE THE LNCTRL REGISTERS.
1PASS THE LPR CONTENTS.
1INITIALSE THE LPR REGISTERS ON ALL LINES.
tPASS DELAY TIME OF 10 MILLI-SECONDS.
1MAIT FOR LNCTR AND LPR REGS TO BE UPDATED.

JSR

PC. TXDSBL

tDISABLE TRANSMITTERS ON ALL LINES.

MOV

OMAPLNS ,RS

1PASS THE BIT MAP CORRESPONDING TO ALL LINES.

s TEST ALL ACTIVE LINES INDIVIDUALLY.
s ENABLE TRANSMISSION ON EACH ACTIVE LINE.
.-

033310
033314
033316
035324
033330

012703
003004
012767
030367
001467

004342
146674

130440

24:

MOV
CLR
MOV

01,R3
R4

92402, ,ERRNBR

1SET UP THE LINE BIT MAP FOR CHANNEL O.
tCLEAR THE LINE NUMBER COUNTER.
;SET THE ERROR NUMBER TO 2402.

8€EQ

8¢

1SKIP TESTING THIS LINE IF IT IS INACTIVE.

817

R3,ACTLNS

sCHECK IF THE LINE IS ACTIVE.

1
s+
'

SELECT THE LINE UNDER TEST.
SET THE TX_ENABLE BITVT IN TBUFFAD2 REGISTER,
VERIFY IT IS SET,

REPORT ERROR IF CLEAR.

’

172

CZOHUAO DHU-11 FUNC
HARDWARE

6559
6560
6561
6562
6563
6564
6565
6566
6567
6568
6569
6570
6571
6572
6573
6574
6575
6576
6577
6578

TESTY

033332
033334
033340
033344
033350
033354

TST PART]

010305
004767
012705
010477
005777
100045

XENB

AHACRO M1200

12 DEC-83

MOV
JSR
MOV
MOV
TST
BPL

167274

000012

146666
146676
|

16:08

PAGE

El14
117-1

R3,R5
PC, TXENBL
10.,R5

R4 ,8CSRA
8TXAD2A
64

SeQ

1PASS THE BIT MAP OF THE LINE UNDER TEST,
1ENABLE TRANSMISSION ON THE LINE UNDER TEST.

1SET

TXCHAR/LOOP COUNT

TO 10.

1SELECT THE LINE CURRENTLY UNDER TEST.
1VERIFY THE TX_ENABLE BIT IS SET.
1GO REPORT ERROR IF TX_ENABLE BIT CLEAR.

1
+

WRITE DATA BYTE (ASCII <LF>) TO OUTPUT FIFO.
WAIT FOR A TX_ACTION TO BE RETURNED, REPORT ERROR

+ FOUND BEFORE TIME-OUT OCCURS.

IF NO TX _ACTION

033356
033364
033372
033376
033402
033406

012767

112777
012701

016702
004767

103030

004543
000012
170004

150400
146652

146634
167542

MOV
MOv8e
MOV
MOV
JSR
8CC

#2403
. ,ERRNBR
€12,8FDATA
9170004 ,R1

CSRA,R2

PC.WAIBIS
68

1SET ERROR NUMBER TO 2403.
{WRITE THE DATA BYTE TO THE DUT'S OUTPUT FIFO.
s TEST BIT 15, TIMEOUT OF &4 MILLI SECS.
1PASS THE ADORESS OF THE REGISTER TO TEST.
;WAIT FOR TX_ACTION TO COME BACK.

1GO REPORT ERROR IF NO TX-ACTION FOUND.

1 WAIT FOR THE DATA TO APPEAR IN THE FIFO, REPORT ERROR IF TIME-OUT.
033410
033414
033420
033424
033430
033432
033436
033442
033444
033450
033452
033456
033460

005267
012701
016702
004767
103017
005267
017702
100012

130350

ERRNBR

167520

PC,WAIBIS
64

070012
146612

070012,R1

CSRA,R2

150326
146576
150314
177760

#177760,R2
R2,R4
64
RS
44

033462
033464
033466

033470
6597 033472

010401
012702

6599 033476
033476

104460

033500
033506

032767
001411

64:

012742

1SET ERROR NUMBER TO 2404,
s TEST BIT 7, TIMEOUT OF 10 MILLI SECS.

1PASS THE AUORESS OF

THE REGISTER TO TEST.

1WAIT FOR RX_DATA_AVAILABLE TO SET.

1REPORT ERROR IF NO DATA RECEIVED IN THE FIFO.
1SET ERROR NUMBER TO 2405.
tREAD THE DATA FROM THE FIFO.
1GO_REPORT ERROR IF THER IS'NT ANY DATA THERE.
1SET ERROR NUMBER TO 2406.
1PUT THE LINE NUMBER IN THE LOW BYTE.
1CLEAR THE UNMANTED BITS.

1DI0 THE DATA COME FROM THE CORRECT LINE?.
iNOs GO REPORT THE ERROR.
1DECREMENT THE TXCHAR/LOOP COUNTER.
1LOOP TO TX THE NEXT CHAR.
1GO TEST THE NEXT LINE.

R4 ,.R1
#€EM2302,R2

1PASS THE NUMBER OF CURRENT LINE UNDER TEST.
1PASS THE MESSAGE TO B8E REPORTED.

1 “TX_ENABLE BIT BAD ON LINE:
:

»»>>>»

ERROR

NN“*,

<cc<cc,

TRAP
000100

146512

e8Iv
8EQ

#81T06,0PTION

604

CSERROR

1EXIT THE TEST IF EXTENDED ERROR REPORTING
1HAS NOT BEEN ENABLED, SINCE THE TEST MAS FAILED.

[ R4

VERIFY ALL ACTIVE LINES HAVE BEEN TESTED.

‘-

6610
6611
6612
6613
6614

033510
033312
033516
033520
033522
033524
033530

010305
004767
000241
006103
020427
002672

8s:
:

167022

000020

MOV

R3,RS
PC, TXDSBL
R3
R4
R4 , #NUMLNS
24

1PASS THE BIT MAP OF

THE LINE UNDER TEST.

tCLEAR THE TX_ENABLE BIT ON THIS LINE.

;CLEAR THE CARRY B8IT PRIOR TO ROTATION.
iSHIFT THE BIT MAP FOR THE NEXT LINE.

1 INCREMENT THE LINE NUMBER COUNTER.
tHAVE ALL THE LINES BEEN TESTED?.
iINO;

BRANCH TO TEST

THE NEXT LINE.

173

CZDHUAO DHU 11 FUNC
MARDWARE

TEST

6615 033532

6616 033536
033536
033536

MACRO M1200
TXENBA

TST PART1

005067

104401

146544

604

12 DEC-83

CLR

ENDTST

F14
16:08

CTRLCF

PAGE

117-2

SEQ

1 INDICATE THAT WE ARE NOT WITHIN A TEST,
L10052:

TRAP

CSETST

174

CZOHUAO DHU 11 FUNC
HARDWARE TEST

TST PART1
- INTA

MACRO M1200

6618

12-DEC

16:08

PAGE

Gl4
118

6619

1¢¢

.SBTTLL.

0888820408028 0080884204088008088884880888848084004800044004880488844608880804044

HARDWARE

6620
6621
6622
6623
6624
6625

;e
1 e
1o
18
is
)

- INTERRUPT TEST THIS TEST VERIFIES THAT THE DEVICE UNDER TEST (DUT) WILL GENERATE
RECEPTION AND TRANSMISSION INTERRUPTS CORRECTLY.
THIS TEST DOES
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 EFFECTS THAT COULD BE CAUSED ON DEVICES

gggg

)

TEST

SEQ
-

INTA

ATTACHED TO THE SERIAL LINES.

1 e

6628

1--

6529
6630 033540
033540
6631 033540
033540
033544
6632
6633 033546
6634 033554
6635 033562
6636 033570
ggg; 033576

888888888038 88848440080888588800080000480808280008400044888046080¢84404848008404

BGNTST
012700
104441

000026
012767
012767
012767
012767

012767

SETPRI

000240

000026
177777
000001
003101
013043

#PRIDS

TNUM == TNUM » 1
MOV
OTNUM, TSTNUM
MOV
¢-1,CTRLCF
MOV
#) ,ERRTYP
MOV
#1601. ,ERRNBR
MOV
#EM2601. ,ERRMSG

146544
146520
150172
150166
150162

tALLOW THE LTC

T22::
TO INTERRUPT,

1 INCREMENT THE ASSEMBLY TIME
1SET UP THE TEST NUMBER.

MOV
TRAP

#PRIOS,RO
C$SPRI

TEST COUNTER.
(26)

s INDICATE THAT WE ARE IN A TEST.
1SET ERROR FATAL ERROR TYPE IN ERROR TABLE.
1SET FIRST ERROR REPORT NUMBER IN ERROR TABLE.

;SET TEST ERROR MESSAGE IN ERROR TABLE.

IR4

6639
6640
gg:;

i+
3+
1+

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 >>>>> 2601 THRU 2602 <cc«cc,

6643
6644
6645
gg:?

033604
033610
033612
033616

004767
103402
000167
012767

165502
001044

005053

150140

2%:

JSR
8Ccs
P
MOV

PC.RESETT
]
604
#2603 . ,ERRNBR

tRESET THE DMU-11, REPORT ANY ERRORS FOUND.
1SKIP AROUND ABORTING TEST IF NO ERROR FOUND.
sABORT TEST IF FATAL ERROR FOUND DURING RESET.
1SET THE ERROR REPORT NUMBER TO 2603,

|R4

gg:g

+ ENABLE TRANSMITTERS ON ALL LINES.
'-

6650 033624
gggé 033630

012705
004767

177777
167000

MOV
JSR

SMMAPLNS ,RS
PC. TXENBL

t1PASS ACTIVE LINE BIT MAP,
$ENABLE TRANSMISSION ON ALL LINES.

Ixg

6653
6654
6655

3
3
:

ggg?

TEST RECEPTION INTERRUPTS.
SET UP FOR RX AND TX INTERRUPTS:
RX INTERRUPT SERVICE ROUTINE INPUTS A CHAR AND COUNTS

TX INTERRUPT SERVICE ROUTINE COUNTS TX INTERRUPTS.

THE

INTERRUPT.

6638
6659
6660
6661
6662

033634
033640
033644
033650
033656
033656
033662
033666
033672
033676
033700
6663 033704
033704
033710

005067
005067
005067
012767

146450
146446
146452
002722

012746
012746
016746
012746

000300
023716
146334
000003

062706

000010

012746
012746

000300
023540

104437

146420

CLR
CLR
CLR
MOV
SETVEC

RXINTC
tCLEAR THE RX INTERRUPT COUNTER.
RXINTF
sCLEAR 'HE RX INTERRUPT FLAGS.
TXINTC
1CLEAR THE TX INTERRUPT COUNTER.
#BUFBAS ,BUFPTR
;LOAD THE BUFFER PTR WITH THE BUFFER BASE ADR.
RXVECA,#RXINPT,#PRIO6 ;SET UP INTERRUPT VECTOR TO CATCH RX INT.

MOV
MOV
MOV
MOV

TRAP

SETVEC

TXVECA,@CACHTX,#PRIO6

ADD
;SET UP INTERRUPT VECTOR TO CATCH
MOV
MOV

OPRIO6, -(SP)
MXINPT, -(SP)
RXVECA, -(SP)
03,-(SP)
CsSveC

#10,SP
TX INT.
#PRI06, -(SP)
#CACHTX, -(SP)

175

CZOHUAO DMU-11 FUNC
HARDWARE

TEST

033714
033720
033724
033726
6664 033732
033732
033736
6665

TST PART1
-

INTA

016746
012746
104437
062706

146310
000003

012700
104441

000200

MACRO M1200

000010

SETPRI

16:08

PAGE

118-1

oPRIOA

SEQ

tALLOW DEVICE

INTERRUPTS,

MOV
MOV
TRAP
ADD

TXVECA, -(SP)
03,-(SP)
C$SVEC
#10,5P

MOV
TRAP

OPRIO4 ,RO
C$SPRI

6666
6667

sENABLE RECEPTION INTERRUPTS,
sDELAY 4 MS TO ALLOW TIME FOR THE INTERRUPTS TO TAKE PLACE.

6663

sDISABLE RECEPTION INTERRUPTS,

;: -

666

6670 033740

004767

6672 033750
22_7’2 033754

004767
004767

6671 033744

012704

166242

JSR

PC,RXIEL

1ENABLE

164104
166166

JSR
JSR

PC,DELAY
PC,RXIEQ

sDELAY 4 MILLI-SECONDS.
sDISABLE RECEPTION INTERRUPTS.

000004

MOV

o4 R4

THE RECEPTION INTERRUPTS.

sPASS 4 MS COUNT TO THE DELAY ROUTINE.

6675

: VERIFY THAT THE CORRECT INTERRUPTS TOOK PLACE.

g;?

6678 033760

6679 033764
6660

005767

001017

146324

TEST THE INT COUNTER TO VERIFY THAT INTERRUPTS TOOK PLACE.

3¢

6681
6682

6683
6684
6685
6686
6687
6688
6689

12-DEC 83

H14

BNE

RXINTC

;CHECK THE RX INTERRUPT COUNT.

1SKIP THE FOLLOWING ERRORS IF COUNT <> O,

; DETERMINE REASON FOR NO RX INTERRUPTS AND PRINT PROPER ERROR MESSAGE.
;033766
033772
034000
034002
034006
034014
034016

232 034022

012701
032777
001416
012701
032777
001410
012701

000405

013260
000200

146236

013172
100000

146224

MOV
BIT
BEQ
MOV
BIT
BEQ
MOV

013101

B8R

#EM2604 ,R1
#BIT7,8CSRA
8¢
#EM2603,R1
48IT1S,8RBUFA
as
#EM2602,R)

8¢

1SET UP MSG IN CASE “RX.DATA.AVAIL IS CLR*~.
sTEST THE RX.DATA_AVAIL BIT OF THE CSR.
1GO REPORT ERROR IF RX.DATA
. AVAIL IS CLR.
1SET UP MSG IN CASE *DATA.VALID IS CLEAR*.
s TEST THE DATA.VALID BIT OF THE FIFO.
1G0 REPORT ERROR IF DATA.VALID IS CLEAR.
1SET UP MSG, “OATA.VALID IS SET~.

;GO REPORT THE ERROR.

‘0

gggg

1
P

6694 034024
6695 034030
gggg 034032

005767
100014

012701

146262

IF RX INTS OCCURRED WITH RX.DATA.AVAIL CLEAR,

6%:

TST
B8PL
MoV

013354
[

ggg

REPORT THE ERROR.

RXINTF
104

#EM2605,R1

sCHECK THE RX INTERRUPT FLAGS.
1SKIP THE ERROR IF FLAG IS CLEAR.

$SET UP THE PROPER MESSAGE
.

REPORT

THE ERROR WHICH HAS BEEN FOUND.

67CC 034036
L4036
034040
034042
034044
6701
6702
6705
6706 034046
6707 034054
g;g 034056
6710

8¢:

104455
005053
013043
016072

ERROF

i
s EXIT
032767
001002
000167

000100

146144

000556
;o

»>»>>>

ERROR #2603 <c<«cc,
TRAP
CS$ERDF
.WORD
2603
.WORD
EM2601
.WORD
EROS03

THE TEST IF EXTENDED ERROR REPORTING HAS NOT BEEN ENABLED

BIT

BNE
JHP

2603,EM2601 ,ER0503,

481706 ,0PTION

1EXIT WITH TEST FAILURE MESSAGE

. +6
344

$
iNO EXTENDED ERROR REPORTING HAS BEEN REQUESTED

176

CZOHUAO DHU 11 FUNC

HARDWARE

6711
6712
6713
6714
6715
6716
6717

6718
6719

TEST

TST PART1
INTA

MACRO M1200

i
{

034062
034066

016702
001414

146234

034070
034074
034074
034076
034100
034102

012701

007521

VERIFY

16:08

THAT NO

PAGE

114
118-2

5EQ 177

INTERRUPTS HAVE BEEN GENERATED

SO FAR

THIS

TEST.

10¢:

MOV
BEQ

tREPORT

104455
005054
013043
016130

TXINTC,R2
124

tLOAD ¢ OF TX INTERRUPTS FOR EROSO4 RTN,
1SKIP ERROR IF NO TX INTERRUPTS,

“Tx INTERRUPTS(S) RECEIVED WITH TX INTERRUPTS DISABLED.
"

MOV
ERRDF

9EM0526,R1
1SET UP MESSAGE
2604 ,EM2601,ER0504;

ADR FOR INDIRECT PRINT,
>>>>> ERROR #2604 c<cc<cc,
TRAP
CSERCF

.WORD
.WORD
. WORD

2604
EM26C1
EROS04

| R4

6720

6721
6722
672, 034104
6724 034112
6725 034114
6726
6727
6728
6729
6730 034120
034120
034124
6731 034126
034126
034132
6732 034134
034134
034140
6733
6734
6735
6736
6737
6738
6739 034142
6740 034146
6741 034152
6742 034156
034156
034162
034166
034172
034176
034200
6743 034204
034204
034210
034214
034220
034224
034226
6744 034232
034232

12-DEC-83

EXIT THE TEST IF EXTENDED ERROR REPORTING HAS NOT BEEN ENABLED

‘-

032767
001002
000167

000100

146106

ezéT

000520

JMP

08£T06.0PTION

tEXIT WITH TEST FAILURE MESSAGE

. *

344

1NO EXTENDED ERROR REPORTING HAS BEEN RE QUEST:=D

s+
3

012700
104441

000300

016700

146074

104436

016700

104436

CLEAN OUT THE INTERRUPT VECTORS USED IN THIS TEST.
-

12%:

SETPRI

CLRVEC
CLRVEC

146070

#PRIO6

;OISABLE DEVICE INTERRIPTS,

MOV
TRAP

RXVECA

tRETURN RX INT VECTOR TO UNUSED POOL.

TXVECA

TRAP
TO UNUSED POOL..

tRETURN TX INT VECTOR

TRAP

#PRIO6,RO

C$SPRI

RXVECA,RO

CsCVvEC

TXVECA,RO

Cs$CveC

| R 4

+
:

TEST TRANSMISSION INTERRUPTS.
SET UP FOR RX AND TX INTERRUPTS:

3
'

005067

146142

146150
146146

012746
012746
016746
012746
104437
062706

000300
023312
146034
000003

012746
012746
016746
012746

000300
024026
146010
000003

104437
062706

012700

000010

000010
000200

INTERRUPT SERVICE ROUTINE COUNTS RX

INTERRUPTS.

TX INTERRUPT SERVICE ROUTINE COUNTS THE INTERRUPT AND SETS FLAGS.

CLR
CLR
CLR
SETVEC

RXINTC
1CLEAR THE
TXINTC
tCLEAR THE
TXINTF
1CLEAR THE
RXVECA,®CACHRX,#PRIO6 ;SET

RX
TX
RX
UP

INTERRUPT
INTERRUPT
INTERRUPT
INTERRUPT

COUNTER.
COUNTER.
FLAGS.
VECTOR TO CATCH RX INT,

#PRIO6, -(SP)

OCACHRX, -(SP)

RXVECA, -(SP)

SETVEC

TXVECA,#TXINTR,#PRIO6

SETPRI

#PRIO4

;SET UP

1ALLOW DEVICE

CSSVEC
210,SP
ADD
INT VECTOR TO TX I:g ROUTI NE.
#PRI06, -(SP)
v
#TXINTR, -(SP)
MOV
TXVECA, -(SP)
MOV
3, -(SP)
MOV
TRAP
C$SVEC
ADOD
#10,SP
INTERRUPTS.
OPRIO4,RO
MOV

CZOHUAO DHU-11 FUNC
HARDWARE

6745

6746
6747
6748
6749
6750
6751
6752
6753
6754
6755
6756
6757
6758
6759
6760
6761
6762
6763
6764

6765
6766
6767
6768
6769
6770
6771
6772
6773
6774
6775
6776
6777
6778
6779
6780
6781
6782
€783

TEST

034236

TST PART1
- INTA

MACRO M1200

12-DEC-83

16:08

PAGE

J14

118-3

SEQ

10444)

TRAP
[ R

C$SPRI

VERIFY THAT THE TX_ACTION BIT IS CLEAR,

‘-

034240
034244
034250
034254
C34260
034264
034270
034272
034274
034300
034302
034304

012705
012701
012702
016704
012703
004767
103026
005003
004767

034306
034312
034314
034320
034320
034322
034324
034326

012701
000402
012701

103005
005305
001365

MOV
MOV

144

163744

R3
PC,MSLOOP
164
RS
144

104455
005055
013437

THE LOOP COUNTER.
TIME-OUT,

s SELECT TX ~"TION BIT TO TEST.
tPASS DUT CSR AS THE WORD TO TEST,
tWAIT FOR TX_ACTION TO BE SET.
tWAIT UP TO 100 MS FOR TX_ACTION SET,

tNOW, WAIT FOR TX_ACTION CLEAR.
tWAIT UP TO 100 MS FOR TX_ACTION CLEAR.
+IF TIME-OUT, REPORT TX_ACTION WON'T CLEAR.
sDECREHENT THE TX_ACTION SET COUNTER.
LOOP IF NOT TOO MANY TX_ACTIONS FOUND.

"TX_ACTION SET REPEATEOLY AFTER RESET,
#EM2607,R1
184

MOV

18¢:

1 IF TIME-OUT, CONSIDER TX_ACTION CLEAR.

CLR
JSR
8CC
OEC
BNE
MOV
BR

164:

013572

204

BIT13,R2
CSRA ,RA
#8IT15,R3
PC,MSLOOP

;REPORT

013476

t INITIALIZE
1SET 100 MS

MOV
MOV
MOV
JSR

8CcC

163734

@18, .R5
#100. ,R1

ERRDF

#EM2608,R1

NO DATA SENT.

1SELECT ERROR MESSAGE
.
1GO TO REPORT THE ERROR.

1SELECT TX_ACTION STUCK SET MSG.

260S,EM2606,ER0S03;

»>>>>

ERROR #2605 c<<ccc,
TRAP
CS$EROF

.WORD
.WORD
.WORD

016072

2605
EM2606
EROS503

1
034330
034336
034340
034344

032767
001540
004767
000430

000100

145662

EXIT

THE

BIT
8EQ
JSR
BR

166424

TEST

IF EXTENDED ERROR REPORTING HAS NOT BEEN ENABLED

e8IT06,0PTION
344
PC,TXIEL
244

tEXIT WITH TEST FAILURE MESSAGE IF
1NO EXTENDED ERROR REPORTING HAS BEEN REQUESTED
1ENABLE TX INTERRUPTS FOR THE TX_INT TESTING.
1GO TO TEST WITH TX_ACTION SET.

VERIFY THAT NO INTERRUPTS OCCUR WITH TX_ACTION CLEAR.

034346
034352
034356
034362
034366
034370
034374

6784 034402

6785
6786 034406

034410
034412
034414

6787
6788
6789
6790
6791 034416
6792 034424

004767
012704
004767
005767
001417
012701
005767
100002
012701

166416
000062
163476
145734

20%:

013476
145724

JSR
MOV
JSR
TST
8EQ
MOV

PC, TXIEL
#50. ,R4
PC.DELAY
TXINTC
249
EM2607,R1

1ENABLE TX_INTERRUPTS.
1tPASS S0 MS TIME TO THE DELAY ROUTINE.
10ELAY 30 MILLI-SECONDS TO ALLOMW INTS TO OCCUR.
1 TEST THE TX INTERRUPT COUNT.
I1SKIP THE ERROR IF NO TX INTERRUPTS,
1SELECT MESSAGE IN CASE TX INT FLAG CLEAR.

8PL
MOV

22t
#EM2609,R1

1GO REPORT ERROR IF TX FLAG IS CLEAR.
11X FLAG IS SET SELECT PROPER ERROR MESSAGE.

TS7T

013643
22¢:

104455
0035056
013437
016072

JREPORT

TXINTF

1 TEST THE TX INTERRUPT FLAGS.

“TRANSMIT INTERRUPT TEST ERROR: .

ERRDF

2606 ,EM2606 ,ER0503;

>>>>> ERROR #2606 c<c<ccc,
TRAP
CS$EROF
.WORD
2606
.WORD
EM2606
.WORD
EROSO3

[ R4

¢+ EXIT THE TEST IF EXTENDED ERROR REPORTING HAS NOT BEEN ENABLED
032767
001500

000100

145574

81T
8EQ

#81T06,0PTION
32¢

1EXIT WITH TEST FAILURE M-SSAGE IF
iNO EXTENDED ERROR REPOR(ING HAS BEEN REQUESTED

178

CZOHUAOQ DHU

HARDWARE

11 FUNC

TEST

TST PAR11
INTA

MACRO M1200

6793
6794

16:08

PAGE

118-4

SEQ

6795
6796
6797 034426
6798 034432
6799
6800
6801
6802
6803
6804
6805
6806
6807
6808
6809
6810
6811
6812
6813
6814
6815
6816
6817
6818

12 DEC 8 3

IK<14

t+
'

005067
005067

145670
145666

CLR
CLR

:
244

TXINTC
TXINTF

tCLEAR THE
sCLEAR THE

TX
TX

INTERRUPT COUNT.
INTERRUPT FLAGS.

1
P

034436
034442
034446
034452
034456

PREPARE TX INTERRUPT COUNTER AND FLAGS.
-

012705
012700
004767
012700
004767

SET UP LINE PARAMETERS FOR TRANSMISSION.
-

177777

MOV
MOV
JSR
MOV
JSR

000200
166760

156430
167000

MMAPLNS ,RS
4200,R0
PC,WTWLNC
€156430,R0
PC,WTWLPR

1PASS ACTIVE LINES
§PASS INERT STATE,

BIT MAP,
INTERNAL LOOPBACK.
+DISABLE RECPTION AND DMA, ETC. ON OUT.
sSPECIFY 96008PS,1STOP,NO PARITY,8BITS/CHAR.
sWRITE TO ALL LPR REGISTERS.

SEND A NULL CHAR TO EACH LINE.

034462
034466
034470

016701
005002
010177

145616

034474
034502
034504
034506
034512

112777
005201
005202
020227
002766

000000

MOV

145542

CLR

254

MOV

145542

MOVB
INC
INC
cHp
BLT

000020

IESTAT,R1

;SET UP

R1,8CSRA

$1SET UP THE LINE NUMBER AND INTERRUPT ENABLE

#0,8FDATA
R1
R2
R2 , MNUMLNS
254

THE

STATE OF

THE

INTERRUPT ENABLE BITS.

1CLEAR THE LINE COUNTER.

:1BITS IN THE CSR.

1SEND A NULL CHARACTER TO THE OUTPUT FIFO.
iNEXT CSR CONTENTS,
iNEXT LINE.
1IF ALL LINES HAVE NOT BEEN SERVICED THEN
1BRANCH.

s+ DELAY 250 MILLI-SECONDS TO ALLOW INTERRUPTS TO OCCUR.
;-

034514
034520

012704
004767

000372
163334

MOV

JSR

#250. ,R4

PC,.DELAY

$SET UP FOR 250 MS DELAY.

sWAIT 250 MS,

¢ VERIFY THAT TX INTERRUPTS OCCURRED.
034524
034530

005767
001010

145572

TST

BNE

TXINTC

264

jCHECK

THE

INTERRUPT

COUNTER.

;SKIP THE FOLLOWING ERROR IF WE GOT TX INTS.

;s
'

034532
034536
034542
034544
034550

012701
005777
100410
012701
000405

DETERMINE THE REASON THAT WE RECEIVED NO INTERRUPTS.
-

013722
145474

MOV
TST
8MI
MOV

014014

#EM2610,R]
SCSRA
284
#EM2611,R1

284

$1SET UP MS5G IN CASE “TX_ACTION IS SET”.
sCHECK THE DUT CSR.
sGO TO REPORT ERROR IF TX_ACTION IS SET.
1SET UP “TX_ACTION NOT SET* MESSAGE.

1GO0 AND REPORT THE ERROR.

3 CHECK TO VERIFY THAT TX_ACTION WAS SET FOR EACH INTERRUPT.
;-

034552
034556
034560

005767
100012
012701

145546

1531

264:

8PL
MOV

013643

TXINTF

30¢
#EM2609,R1

sCHECK THE TX INTERRUPT FLAGS.

1SKIP ERROR IF TX_ACTION CLR FLAG IS CLEAR.
1SET UP TX INT WITH "TX_ACTION CLR" MSG.

:
034564
034564
034566
034570

104455
005057
013437

284

REPORT
ERRDF

“TRANSMIT INTERRUPT TEST ERROR:...."
2607 ,EM2606 ,ER0503,

>>>>>

ERROR #2607 <cccc,
TRAP
CSERDF
2607
. WORD
. WORD
EM2606

179

CZOHUAO DHU-11 FUNC

HARDWARE

6847
6848
6849
6850
6851
6852
6853
6854
6855
6856
6857
6858
6859
6860
6861

TEST

034572

TST PART1
- INTA

MACRO M1200

12-DEC-83

16:08

PAGE

L14

118-5

SEG

016072

. WORD

EROS503

i
034574
034602

032767
001411

000100

EXIT THE TEST IF EXTENGED ERROR REPORTING HAS NOT BEEN ENABLED

)

145416

8287

gg§T06.0PTION

tEXIT WITH TEST FAILURE MESSAGE IF

tNO EXTENDED ERROR REPORTING HAS BEEN REQUESTED

VERIFY THAT NO RX INTERRUPTS HAVE BEEN GENERATED SO FAR IN THIS TEST.

‘-

034604
034610
034612

034616
034616
034620
034622
034624

016702
001406
012701

145500

30¢:

007431

MOV

RXINTC,.R2

1tLOAD & OF RX INTERRUPTS FOR EROS04 RTN.

MOV

#EMO525,R1

1SET UP MESSAGE ADR FOR INDIRECT PRINT,

B8EQ
tREPORT

324

“RX INTERRUPTS(S) RECEIVED WITH RX INTERRUPTS DISABLED.
"

ERRDF

104455
005060
013437
016130

1SKIP ERROR IF NO RX INTERRUPTS.

2608 ,EM2606 ,ER0504;

»>>>>

ERROR

0260$R;;<<<.

. WORD
.WORD
. WORD

C4ERDF
2608

EM2606
ERO504

3 ¢

3 DISABLE INTERRUPTS AND CLEAN OUT THE INTERRUPT VECTORS USED IN THIS TEST.
;-

005001
004767
004767

6869

6870
6871
6872
6873

6874

6875

166074
165306

012700
104441

000300

016700
104436

145354

016700
104436

145350

005067

145414

012700
104441

000340

104401

32¢:

344

CLR
JSR
JSR
SETPRI

Rl
PC,TXIEO

PC.RXIEO
#PRIO6

;CLEAR BOTH TRANSMITTER
+ INTERRUPT ENABLE AND RECEIVER

3+ INTERRUPT ENABLE BITS IN THE DUT CSR.
1DISABLE DEVICE INTERRUPTS.
MO
v

CLRVEC

RXVECA

tRETURN RX INT

TRAP
VECTOR TO UNUSED :80L.
v

CLRVEC

TXVECA

TRAP

sRETURN TX INT VECTOR TO UNUSED :80L.
v

TRAP
604 :

CLR

SETPRI

CTRLCF

#PRIO7

1 INDICATE

THAT

#PRIO6,RO

C$SPRI

RXVECA,RO

CéCVEC

TXVECA,RO

Cs$CVEC

WE ARE NOT WITHIN A TEST.

1DISABLE ALL INTERRUPTS.

ENDTST

L100S3:

#PRIO7,RO

TRAP

CS$SPRI

TRAP

CSETST

180

CZOHUAO DHU 11 FUNC
HARDWARE

TEST

TST PARTL
-

BRLEVA

MACRO M1200

12-DEC-83

6877

.SBTTL

6878

10¢

6879

1 b

6880
6881
6882
6883
5884
6885
6886

1 ®
1 e
1 e
e
1
1 e
s

6887

HARDWARE

PAGE

119

TEST

SEQ
-

BRLEVA

088408880840 0084088008040080084800048000000000844480448084805800488840000%80844s

LEVEL

TEST

THIS TESY VERIFIES THAT THE DEVICE UNDER TEST (CUT) WILL GENERATE
RECEPTION AND TRANSMISSION INTERRUPTS AT THE CORRECY BR LEVEL.
THIS TEST DOES 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 EFFECTS THAT COUWD BE CAUSED ON
DEVICES ATTACHED T THE SERIAL LINES.

8838800848408 4404088804044000 0880000000800 8000004888800088854800000000000040

6888
6889 034676

BGNTST

034676

6890 034676
034676
034702
6891
6892 034704
6893 034712
6894 034720
6895 034726
6896 034734
ggg; 034742

16:08

M14

012700
104441
000027
012767
012767
012767
012767

012767
005067

SETPRI

000240

000027
177777
000001
005671
014173
145510

TNUM == TNUM + 1
MOV
STNUM, TSTNUM
MOV
¢-1,CTRLCF
MOV
#1,ERRTYP
MOV
#3001. ,ERRNBR
MOV
#EM3001 ,ERRMSG
CLR
ERSMRF

145406
145362
147034
147030
147024
t

6899
6900
gggé

&PRIOS

tALLOW LTC

INTERRUPTS.

T23::

MOV
&PRIOS,RO
TRAP
CS$SPRI
s INCREMENT THE ASSEMBLY TIME TEST COUNTER.
$1SET UP THE TEST NUMBER.
(30)
s INDICATE THAT WE ARE IN A TEST.
$1SET ERROR TYPE AS FATAL IN ERROR TABLE.
$SET THE FIRST ERROR NUMBER IN ERROR TABLE.

;SET ERROR MESSAGE ADDRESS IN ERRTBL.
s INITIALIZE THE “REPORT ERROR SUMMARY* FLAGS.

s
1
i

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 ccccc,

6903
6904
6905
gggg

034746
034752
034754
034760

004767
103402
000167
012767

164340
000644
O00S673

146776

2%:
3¢

gggg

JSR
8Cs
JHP
MOV

ENABLE

PC.RESETT
24
60¢
#3003 . ,ERRNBR

tRESET THE DMU-11, REPORT ANY ERRORS FOUND.
;SKIP AROUND ABORTING TEST IF NO ERROR FOUND.
sABORT TEST IF FATAL ERROR FOUND DURING RESET.
$SET THE ERROR REPORT NUMBER TO 3003.

TRANSMITTERS ON ALL LINES.

6910 034766
ggié 034772

012705
004767

177717
165636

MOV
JSR

#MAPLNS ,RS
PC.TXENBL

1PASS ACTIVE LINE BIT MAP.
sENABLE TRANSMISSION ON ALL LINES.

6913

23%;

GENERATE A TRANSMISSION INTERRUPT REQUEST.

PROCESSOR PRIORITY SHOULD BE AT 7 DISABLING INTS.

6916 034776
034776
035002
6917 035004
035004
035010
035014
035020
035024
6918 035026

012700
104441

000340

012746
012746
016746
012746
104437
062706

000340
024026
145210
000003

SETPRI

@#PRIO7

SETVEC

TXVECA,oTXINTR,OPRIO7

000010

sDISABLE ALL INTERRUPTS.

MOV
TRAP
;SET UP INTERRUPT VECTOR TO CATCH
MOV
MOV
MOV
MOV
TRAP
ADD

6919

gggg
6922

1
]

SET UP DUT FOR

TRANSMISSION INTERRUPTS:

SET UP INTERNAL 1_OOPBACK.

SET UP LINE PARAMETERS FOR TRANSMISSION.

#PRIO7,.RO
C$SPRI
TX INT.
#PRIO7, -(SP)
#TXINTR, -(SP)
TXVECA, -(SP)
#3,-(SP)
C$SVEC
€10,SP

181

MACRO M1200
CZDHUAO OHU-11 FUNC TST PART1
TEST
- BRLEVA

12 DEC-83

HARDWARE

6923
6924
6925
6926
6927
6928
6929
6930
6931
6932
6933
6934
6935
6936
6937
6938
6939
6940
6941
6942
6943
6944
6945
6946

035032
035036
035042
035046
035052

012705
012700
004767
012700
004767

177777
000200
166364
156430
166404

MOV

JSR
MOV
JSR
[ R

16:08

N14
PAGE

119-1

SEQ

OMAPLNS ,R5

1PASS ACTIVE LINES BIT MASK,

PC,WTWLNC
#156430,R0
PC,WTWLPR

1DISABLE RECPTION AND DMA, ETC. ON DUT.
1 SPECIFY 96008PS,1STOP,NO PARITY,8BITS/CHAR.
tWRITE INTO ALL LPR REGISTERS.

9200,R0

1PASS

INERT

STATE,

INTERNAL

LOOPBACK.

SEND A NULL CHAR TO EACH LINE,

035056
035062

016701
010177

145222
145150

035066
035074
035076
035102

112777
005201
020127
002767

000000

5%:

14515~

MOV
MOV

IESTAT,R1
R1,8CSRA

$SET UP
$SET UP

MOVB
INC

©¢0,8FDATA
R1

$1SEND A NULL CHARACTER TO THE OUTPUT FIFO,.
s NEXT LINE.

1BRANCH,

cHpP

000020

R1, ONUMLNS

THE STATE OF THE INTERRUPT ENABLE BITS.
THE LINE NUMBER AND INTERRUPT ENABLE

1BITS IN THE CSR.

1IF ALL LINES HAVE NOT BEEN SERVICED THEN

+ DELAY 50 MS TO ALLOW TIME FOR THE INTERRUPT TO BE GENERATED.
035104
035110

012704
004767

000062
162744

MOV
JSR

#50. ,R4
PC.DELAY

1PASS SO MS TIME TO THE DELAY ROUTINE.
sDELAY SO MILLI-SECONDS.

: GENERATE A RECEPTION INTERRUPT REQUEST.
035114
035114
035120
035124
035130
035134
035136

012746
012746
016746
012746

104437

062706

SETVEC

000340
023636
145076
000003

RXVECA,#RXBRRT,4PRIO7

;SET UP INTERRUPT VECTOR TO CATCH RX INT,
MOV
#PRIO7, -(SP)
MOV
#RXBRRT, -(SP)
MOV

RXVECA, -(SP)

TRAP
RDD

C$SVEC
€10,SP

MOV

000010

43,-(SP)

[ 84

SET UP FOR THE LOOP WHICH TESTS THE INTERRUPT BR LEVELS.

‘-

035142
035146
035150

012705
005003
005002

000340

MOV
CLR
CLR

#340,RS
R3
R2

1SET UP THE PRIORITY LEVEL TO 7.
tCLEAR THE RX PRIORITY STORE AND FLAGS.
:CLEAR THE TX PRIORITY STORE AND FLAGS.

3 ®

3 ENABLE TX AND RX INTERRUPTS.
+ PROCESSOR PRIORITY SHOULD BE AT 7 DISABLING THE INTERRUPTS,
035152
035156

004767
004767

165030
165606

JSR
JSR
[

PC,RXIEL
PC,TXIEL

1ENABLE RECEIVER INTERRUPTS.
$ENABLE TRANSMITTER INTERRUPTS.

3 LOOP, LOWERING THE PROCESSOR PRIORITY UNTIL THE OUT INTERRUPTS ON RX AND TX.
.-

035162
035166
035172
035176
035202
035202
035204
035206
035212

005067
005067
005067
005067

010500
104441
012704
004767

145134
145132
145112
145110

64:

CLR
CLR
CLR
CLR
SETPRI

000001
162642

MOV
JSR

TXINTC
TXINTF
RXINTC
RXINTF
RS
#1,R4
PC,DELAY

1CLEAR THE TX INTERRUPT
tCLEAR THE TX INTERRUPT
1CLEAR THE RX INTERRUPT
1CLEAR THE RX INTERRUPT
tSET Pr '"ESSOR PRIORITY

COUNTER.
FLAGS.
COUNTER.
FLAGS.
TO THE SELECTED VALUE.
MOV
TRAP

R5,R0O
C$SPRI

1PASS 1 MS COUNT TO THE DELAY ROUTINE.
1DELAY 1 MS TO ALLOW INTERRUPTS TO OCCUR.

1 DETERMINE IF ANY RX OUT INTERRUPTS OCCURRED.
t+ LOG THE PROCESSOR PRIORITY FOR THE RX INTERRUPT IF FIRST RX INT,

182

CZOMUAO DMU 11 FUNC
HARDMARE

TEST

6972
6973 035216
69;; 035222
69

6976
6977
6978 035224
6979 035226
6980 035230

6981 035232

6982 035236
6983 035242
6984 035246
6985
6986
6987

6988
6989
6990
6991
6gg§
6
6994
6995
6996

035250
035254

035256
035260
035262

ggg; 035264

TST PART1

005767
001412

005703
001010
010503

052703

016700
042700
050003

BRLEVA

MACRO M1200

12 DEC 83

145066

¢ IF
;£
BNE
MOV

100000

8s:

052702

TST
BEQ
i e
: IF

jCHECK THE RECEIVE INTERRUPT COUNTER.
1SKIP THE PRIORITY LOG IF NO RX INT OCCURRED.

THE FIRST RX

INTERRUPT,

LOG THE PRIORITY.

R3
8t
RS,R3

tCHECK THE RX PRIORITY STORE AND FLAGS.
$GOTO TEST FOR TX INTS IF NOT THE FIRST RX

RXINTF ,RO
®137777,R0
RO,R3

;GET

;LOG THE PRESENT PRIORITY

THIS

8IS

INT.

IN THE RX PRIO STORE.

1SET THE RX INT HAS OCCURRED FLAG.

THE RX INTERRUPT ROUTINE FLAGS.

;CLEAR ALL BUT THE TX INT ERROR FLAG.
s IF TX INT ERROR, SET BIT 14 OF THE PRIOC FLAGS.

TXINTC
104

TST
8MI
MOV

100000

%€G

DETERMINE IF ANY TX DUT INTERRUPTS HAVE OC ' JHHED.
LOG THE PRESENT PROCESSOR PRIORITY IF THIS IS THE FIRST

‘-

005702
100403
010502

119-2

#B8IT1S,R3

MOV
BIC
8IS
1
+

145046

THIS IS

BIS

145050
137777

PAGE

RXINTC
8s

[

005767
001405

TST
8tQ

16:08

Bl5

sCHECK

THE TRANSMIT

INTERRUPT COUNTER.

1SKIP THE PRIORITY LOG IF NO

THE FIRST

R2
104
RS,R2

INTERRUPT,

7X INTERRUPT.

TX INT OCCURRED.

LOG THE PRIORITY.

1CHECK THE TX PRIORITY STORE AND FLAGS.
1SKIP THE LOGGING IF NOT FIRST TX INTERRUPT,
;LOG THE PRESENT PRIORITY IN THE TX PRIC STORE.

®BIT15,R2

;SET THE

TX INT HAS OCCURRED FLAG.

6999
;88?

3
s+

SELECT NEXT PROCESSOR "RIORITY.
TEST FOR BOTH RX AND TX INTERRUPTS HAVING OCCURRED,

LOOP

IF NOT.

7002 035270
7003 035274

7004 035276

;882 035300

162705
002402

000040

108 ;

SUB
8L’

030203

BIT

100330

BPL

#40,RS

1OECREMENT PRIORITY

124

;GOTO

R2,.R3

CHECK

FOR

tAND PRIO FLAG.

LEVEL BY

ERRORS

TOGETHER,

ONE.

BELOW PRIORITY

ALTER NONE OF

ZERO.

THEM.

;LOOP IF RX AND TX INTS HAVEN'T BOTH OCCURRED.

‘0

;88;

i DISABLE INTERRUPTS AND CLEAR INTERRUPT VECTORS.
;-

7009 035302
035302
035306
7010 035310
035310
035314
7011 035316
035316
7012 035322

012700
104441

000340

016700
104436

144712

016700
104436

144706

124

CLRVEC
CLRVEC

¢
+
1

;8ig

;OISABLE

RXVECA

tRETURN RX

TXVECA

;RETURN TX

INTERRUPTS.

MOV
TRAP
INT VECTOR TO UNUSED POOL.
MOV
TRAP
INT VECTOR TO UNUSED POOL
.
MOV
TRAP

#PRIO7,RO
C$SPRI

RXVECA,RO
CSCVEC
TXVECA,RO
C$CVEC

DETERMINE IF TX INTERRUPT OCCURRED.

005702

TST

100420

B8MI

1DETERMINE

164

’-

DETERMINE REASON

WHETHER

INT

OCCURRED OR NOT.

1SKIP THESE ERRORS IF TX INT OCCURRED.

7021
7022

ALL

VERIFY THAT RX AND TX INTERRUPTS OCCURRED,
AT THE PROPER BR LEVEL, AND
IN THE PROPER ORDER.

7018 035324

@PRIO7

7013
7014
7015

;853 035326

SETPRI

THAT

INT

OCCURRED.

183

MACRO M1200
CZOMUAQO DMU-11 FUNC TST PART1
HARDWARE TEST
- BRLEVA

7023
7024
7025
71026
7027

035330
035334
035340
035342

7028 035346

035346
035350
035352
035354

012701
005777
100402
012701

12 DEC 83

013722
144676

144

104455
005673
014173
016072

PAGE

CLS

119-3

5EG

MOV
TST

0EM2610,R1
8CSRA

1SELECT “NO TX INT FROM TX,ACTION" MESSAGE.
1CHECK THE TX._ACTION BIT OF THE DUT CSR.

MOV

#€M2611,R1

1SELECT

BMI

014014

16:08

tREPORT

144

tSKIP TX,ACTION CLR MSG SELECTION IF
“TX.ACTION CLEAR

“INTERRUPT BR LEVEL TEST ERROR:"

ERRDF

3003,EM3001 ,ER0503;

>>>>>

IS SET.

AFTER CHARS SENT“ MSG.

ERROR

#3003 cccec,
TRAP
CSERDF

. WORD
.WORD
.WORD

3003
EM3001
EROS503

| IR d

EXIT

THE

TEST

IF EXTENDED ERROR REPORTING HAS NOT BEEN ENABLED

035356
035364

032767
001513

035366

000427

000100

144634

BIT
BEQ

#IT06,0PTION
264

tEXIT WITH TEST FAILURE MESSAGE IF
iNO EXTENDED ERROR REPORTING MAS BEEN REQUESTED

B8R

18¢

sSKIP THE BR LEVEL CHECK, NO TX INT OCCURRED.

VERIFY

THAT

THE

INTERRUPT WAS AT

THE PROPER BR LEVEL.

035370
035372
035376
035400
035402
035404
035406
035410
035412
035416
035420

035422
035426
035426
035430
035432
035434

010204
042704

16%:

177400

116705
120405
001412

144616

012701

014326

MOV

R2,R4

ASR
ASR
ASR
ASR
ASR

R4
R4
R4
R4
R4

8IC

INC
MOV8
cMP8

8177400, ,R4

R4
BRLEVL .RS
R4 RS

tCALCULATE THE BR LEVEL

s+
s
31
i+
a

THAT THE TRANMSIT

INTERRUPTY WAS
REQUESTED AT, WHICH
IS ONE GREATER THAN
THE PROCESSOR PRIORITY
LEVEL AT WHICH THE

TRANSMIT INTERRUPT OCCURRED.
aGET THE EXPECTED INTERRUPT BR LEVEL.
sCOMPARE THE INTERRUPT BR LEVEL WITH EXPECTED.

B8EQ
18¢
;SKIP THE ERROR IF BR LEVEL IS CORRECT.
sREPORT “TX INTERRUPT GENERATED AT WRONG BR LEVEL: ...*
MOV

ERRODF

104455
005674
014173

®EM3003,RY

$SELECT

3004 ,EN3001,ER3001;

THE ERROR MESSAGE FOR THE ERROR CALL.

>>»>>> ERROR #3004 c<cccc,
TRAP

. WORD
.WORD
.WORD

016554

CSERODF

3004
EM3001
ER3001

: EXIT THE TEST IF EXTENDED ERROR REPORTING HAS NOT BEEN ENABLED
035436
035444

032767
001463

000100

]

144554

81T
BEQ

BITO6,0PTION
264

;EXIT WITH TEST FAILURE MESSAGE IF
tNO EXTENDED ERROR REPORTING HAS BEEN REQUESTED

: DETERMINE IF RX INTERRUPT OCCURRED.
035446
035450

005703
100421

18¢:

TST
8MI

R3
224

1CHECK THE RX INTV OCCURRED FLAG.
1SKIP THESE ERRORS IF RX INT OCCURRED.

[ R 4

1+ DETERMINE REASON THAT NO RX INT OCCURRED.
033452
035456
035464
035466

012701
032777
001002
012791

014077
000200
014232

144552

MOV

€EM2612,R1

1SELECT “NO RX INT FROM RX.DATA AVAIL* MSG.

BNE
MOV

204
#EM3002,R1

1 SKIP RX,DATA AVAIL CLR MSG IF BIT IS SET.
1SELECT “NO RX.DATA AVAIL AFTER QESET"” MSG.

erIr

#B177,8CSRA

1CHECK THE RX.DATA.AVAIL BIT OF THE DUT CSR.

184

AHACRO M1200
CZDHUAO DHU-11 FUNC TST PART1
HARDWARE TES
- BRLEV
7072

7073 035472

035472
035474
035476
035500

7074
707S
7076
7077 035502
7078 035510
7079
7080 035512
7081
7082
7083

7084
7085
7086
7087
7088
7089

035514
035516
0335522
035524
035526
035530
035532
035534
035536
035542
035544

7091
7092
7093
7094
7095
7096 035546
7097 033552

035552
035554
035556
035560

7098
7099
7100
7101 035562
7102 035570
7103
7104
7105
7106
7107 035572

7108 035576

7109
7110 033600
7111 033604
035604

035606
035610
035612

7112
7113
7114
7115 035614

7116 035620

12 DEC-83

tREPORT

204

104455
005675

D15

16:08

PAGE

' INTERRUPT

ERRDF

119-4

BR LEVEL

SEQ
TEST

3005,EM3001 ,ER0503;

ERROR:"

»>>5>>

ERROR #3005 <cccc,

014173
016072

TRAP

CSEROF

. WORD
.WORD
.WORD

3005
EM3001
EROS03

¢+

EXIT

THE

TEST

IF EXTENOED ERROR REPORTING HAS NOT BEEN ENABLED

V-

032767
001441

000100

144510

BIT

000427

BEQ

26¢

o8I1T06,0PTION

sEXIT WITH TEST FAILURE MESSAGE IF

B8R

244

sSKIP THE B8R CHECK IF NO RX INT OCCURRED.

sNO EXTENDED ERROR REPORTING HAS BEEN REQUESTED

VERIFY THAT THE RX INTERRUPT WAS AT THE PROPER BR LEVEL.

010304

116705
120405

22%:

177400

ASR
ASR
ASR
ASR
ASR

INC
MOVB

144472

cMP8

B6EQ

001412

012701

MOV
8IC

R3,R4
€177400,R4

sCALCULATE THE BR LEVEL
s THAT THE RECEIVE

R4
R4
R4
R4
R4

s
s
1
1
s

244

1SKIP THE ERROR IF BR LEVEL IS CORRECT.

R4
BRLEVL ,RS
R4 ,RS

INTERRUPT WAS
REQUESTED AT, WHICH
IS ONE GREATER THAN
THE PROCESSOR PRIORITY
LEVEL AT WHICH THE

1 RECEIVE INTERRUPT OCCURRED.
1GET THE EXPECTED INTERRUPT BR LEVEL.
;COMARE THE INTERRUPT BR LEVEL WITH EXPECTED.

sREPORT "RX INTERRUPT GENERATED AT WRONG BR LEVEL: ...*"
MOV
S#EM3004 ,R1
1SELECT ERROR MESSAGE FOR THE ERROR CALL..

014402

ERRDF

104455

3006 ,EM3001 ,ER3001;

005676
014173
016554

»>>>> ERROR #3006 <<cccc,
TRAP
CS$ERDF
. WORD
3006
.WORD
EM3001
.WORD
ER3001

+
032767
001411

000100

144430

eIr

s
040000

012701

014456

THE TEST

8EQ
I

032703
001406

EXIT

244:

IF EXTENDED ERROR REPORTING HAS NOT BEEN ENABLED

eB8IT06,0PTION

264

1EXIT WITH TEST FAILURE MESSAGE IF

1INO EXTENDED ERROR REPORTING HAS BEEN REQUESTED

TEST FOR INTERRUPTS OCCURING IN THE PROPER ORDER.
8IT
8EQ

#BIT14,R3
264

1CHECK THE IMPROPER INT ORDER ERROR FLAG.
1 SKIP ERROR REPORT IF ERROR DID NOT OCCUR.

MOV

®EM3003, R}

1SELECT

tREPORT “TX INTERRUPT GIVEN PRECEDENCE OVER SIMULTANEOUS RX INT.
~

ERRDF

104455
005677
014173
016072

3007,EM3001 ,ERO0503,

THE ERROR MESSAGE FOR INDIRECT PRINT.

>>>>> ERROR #3007 <cccc,
. WORD
.WORD
.WORD

3+ CLEAN UP, EXIT THE TEST.
‘-

004767
004767

TRAP

165110
164322

264

JSR
JSR

PC, TXIEO
PC,RXIEO

tCLEAR TRANSMITTER INTERRUPTS,
1CLEAR RECEIVER INTERRUPTS,

CSERDF

3007
EM3001
EROS503

185

CZOHWUAQ DHU-11 FUNC
HARDWARE

TEST

7117 035624
7118 035630

035630
035634

7119 035636

7120

035636
035636

TST PART1

005067

144452

012700
104441

000340

104401

MACRO M1200

BRLEVA -

604 :

12-DEC 83
CLR

SETPRI

16:08
CTRLCF

OPRIO?

PAGE

E15

5€Q 186

119-5

S€

s INOICATE

+DISABLE

THAT WE

ALL

ARE NOT

INTERRUPTS,

WITHIN A

ENDTST
L10054:

TEST,

#PRIO7,RO

TRAP

C$SPRI

TRAP

CSETST

CZOHUAO DHU-11 FUNC

HARDWARE

TESY

MACRO M1200
TST PARTI
REPBMP

7122
7123
7124
7125
7126
7127
7128
7129
7130
7131
7132 035640

035640

7133
7134 035640
7135 035646

7136 035654
7137 035660
7138 035664
7139 035666

7140
7141
7142
7143
7144
7145 035670

7146 035674
035674
035676
035700
035702
7147
7148 035704
7149

7150 035712
7151 035716
035716
035716

12-DEC-83

.SBTTL
(¢t

1 e

16:08

HARDWARE

PAGE

120

TEST

Stu

REPBMP

6048880440804 48484204004080404040040088004204000040004008484088008004684000448868040408

1 &
1e

FL15

REPORT ANY BMP CODES

IN THE QUEUE

THIS IS A PSEUDO-TEST USED TO REPORT ANY BMP CODES THAT WERE FOUND
é:ELgE DUT'S FIFO DURING PREVIOUS TEST, AND LOGGED IN THE 8MP COOE

1e
1e

IT IS UNLIKELY
ERROR REPORTS,

THAT RUNNING THIS PSEUDO-TEST ALONE WILL PRODUCE ANY

:-- 0400000046008 8000804084804000800004008000A8000048404400400000008000008048088848
BGNTST

000030
012767
012767
016702
012703
020203
001411

000030
177777
144640
002522

TNUM = TNUM + 1
MOV
STNUM, TSTNUM
MOV
®-1,CTRLCF
MOV
BMPCQP ,R2

144452

144426

MOV

cHP
BEQ

#B8MPCQAB,R3

R2,R3
604

T24:
s INCREMENT THE ASSEMBLY YIHE TEST COUNTER.
sSET UP THE TEST NUMBER.
(93)
tINDICATE THAT WE ARE IN A TEST.
tGET THE CONTENTS OF THE POINTER.

;GET THE START ADORESS OF THE QUEUE.

$SEE IF THE POINTER HAS MOVED FROM THE BASE.
1EXIT NO CODES IN THE QUEUE.

3¢

THERE IS AT LEAST ONE BMP CODOE IN THE QUEUE.

REPORT THE ERROR.

012701

015370

104455
022125

tREPORT

ERROR BMP

CODE FOUND

TEST

NN,

BMP CODE :NNNNNN“

MOV
ERRDF

SEMI304 ,R1
1PASS THE F1RST MESSAGE TO BE REORTED.
9301,EM9301,ER9301 ;
>>>>> ERROR #9301 ccccc,
TRAP

.WORD
.WORD
.WORD

015253
017216

012767

002522

005067

144364

104401

144606

MOV
608 :

CLR
ENOTST

o8MPCQB ,BMPCQAP

;SET POINTER BACK

CTRLCF

+ INDICATE

CS$ERDF

9301
EMI301
ER9301

TO THE BEGINING OF THE QUE.

THAT WE ARE NOT WITHIN A TEST.
L10055:

TRAP

CSETST

187

CZOHUAO DHU-11 FUNC
TEST

TST PA:E

12 DEC-83

16:08

PAGE

7154
7155

3 959000 06 0 0 06 96 95 0 0 0 0 00 05 5 0 9

7156
7157
7158
7160
7161
7162
7163

;

7176
7186
7187 035722

035722
035724
0335726
035730

7188
7189 035732
035732
035734
033736
035740
7190
7191 035742
035742
033744
035746

035750
035752

7192
7193 035754

035754
035756
035760
0335762
035764

7195
7196 035766

035766

b s bl

HARDWARE PARAMETER CODING SECTION

THE HARDWARE PARAMETER COOING SECTION CONTAINS MACROS
THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.
THE
MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE

MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
WITH THE OPERATOR.

000022

B8GNHRD
L $HARD:
:

.WORD L10056-L $HARD/2

sOEVICE CSR ADDRESS QUESTION:
000031
035766
160000
177776

MPT7Q1,0,0,160000,177776,YES

sDEVICE INTERRUPT VECTOR QUESTION:
GPRMA

HPTR2,2,0,40,776,YES

sACTIVE LINES BIT MAP QUESTION:
002032
036037
171777
000000
177777

GPRMD

HPTQA3,4,0,MAPLNS,0,MAPLNS,
YES

s INTERRUPT BR LEVEL QUESTION:
003032
036065
000377
000C00
000006

GPRMD

188

00 0 00 06 0 90 040056 9000 05 0 0696900605 00606 0060 0 9 9 956 06 9 6 0508 96 3605006 960606 06 9006 06 006 S5 A0 S S S S5 Sl a6 0l g o0l 08

FVTB.HWG

.SBTTL

035720
035722

7197

SEQ

3 9595506 06 00 06 06 00 06 06 0.0 0006 06 06 006 0 8 0 0 0 0 0 0 0600 6 0006 00006 06 9696 000606 06 9506 0 006 000 0 00 0 06000606 906 0690 90 06 0606 06 0 0 o6 06 0 06 o6

71171
7172
7173
7174
7175 035720

7204

121

7164
7165
7166
7167
7168
7169
7170

7194

G15

BE85F BEEEE BEED B

HARDWARE

MACRO M1200

HPTQ4,6,0,377,0,6,YES

ENOHRD
L10056:

.EVEN

T$CODE

HMPTAL
TSLOLIM
TSHILIM
T$CODE
HPTQ2
TSLOLIM
TSHILIM
T4CODE
HPTQ3
MAPLNS
TSLOLIM
TSHILIM

T4CODE
HIPTQ4

377
TSLOLIM
TSHILIM

CZDHUAO DHU-11 FUNC TST PART1
HARDWARE

PARAMETER

MACRO M1200
CODING SECTION

7205 035766

035771
035774
035777
036¢02
7206 036004
036007
036012
036015
036020
036023
036026
036031
036034
7207 036037
036042
036045
036050
036053
036056
036061
036064
7208 036065
036070
036073
036076
036101
036104
036107
7209
7210

123

101
122
123
000
116
122
120
126
124
040
104
123
040
103
126
114
105
111

072

16:08

PAGE

121-1

SEQ

122
104
105
072

HWPTQ1:

.ASCI1Z

/CSR

124
122
124
105

HWPTQ2:

.ASCIZ

/INTERRUPT

HWPTQR3:

.ASCIZ

/ACTIVE

HWPTQA:

.ASCIZ

/INTERRUPT

ADDRESS:

VECTOR

ADDRESS:

117

072

101
122
123
000
124
105
111
040
124
101
040

116
122
120
102
114
105
040

124
122
124
122
105
114
000

115

12 DEC 83

H15

.EVEN

LINE

BIT

MAP:

LEVEL:

189

MACRO M1200
CZDHUAO DHU 11 FUNC TST PART1
HARDWARE PARAMETER CODING SECTION
7213

12 DEC-83

16:08

4 96096 006 5 0 0 0 0 0 0 06 5 0 00 6 0

PAGF

I15
122

SEQ

190

0 005 5 56 0 06 0 0 960 06 0 06 060 005 0 00 6 09595 90 0 9 960 0 0 06 096 956 9 0 9 956560605 00505 95456 94 06 9606 900 0600 0.0 069 06 0 0606 o6 9 06 06

]

7214
7215
7216
7217

§ 960096 90 06 0 06 0 06 0 0 06 06 95 06 0 90 06 0 06 00 05 0 9 0 0 5 0 6.0 956 005 06006 060 0 06000500 06 96 06 06006 5.0 060606 1006006 0.0 0605 0606 06 06 06 0605 06006 96 06 9605 96 9 40 06 46 96 06 08 06

7219
7220
7221
7222
7223
7224
7225
7226
7227
7228
7229
7230
7231
7232 036112

036112
036114

7233
7242
7243 036114

036114
036116
036120

7244
7245 036122

036122
036124
036126

7246
7247 036130
036130
036132
036134
7248
7249
7250
7251 036136
036136

7252

7253
7254 036140

7255

036140
036142
036144
036146
036150

7257 036152
7258
7259

FVTA.SWQ

036152

.SBTTL

SOFTWARE PARAMETER CODING SECTION

‘00

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.
THE
MACROS ALLOW THE SUPERVISOR
WITH THE OPERATOR.

TO ESTABLISH COMMUNICATIONS

BGNSFT

000017

L$SOFT::

.WORD L100S7-L$SOFT/2

tUNIT NUMBER PRINTOUT QUESTION:
000130
036152
000020
000130
036226
000001

GPRML

SWPTQ1,0,20,YES
. WORD
. WORD
. WORD

sROM VERSION NUMBER PRINTOUT ON FIRST PASS QUESTION:
GPRML

GPRML

SWPTQ1
20

SWPTQ2,0,1,YES

. WORD
. WORD
.WORD

1EXTENDED ERROR REPORTING QUESTION:

000130
036277
000100

T$CODE

T$CO0DE

SWPT@2
1

SWPTQS,0,100,YES

. WORD
. WORD
. WORD

T4CODE

SWPTQ3
100

IF EXTENDED ERROR REPORTING IS NOT REQUIRED THEN SKIP THE NEXT QUESTION.

XFERF

006044

ENDD

WORD

T$CODE

1NUMBER OF INDIVIDUAL DATA ERRORS TO REPORT ON A LINE QUESTION:
GPRMD

001052
036332
177777
000000
177777

SWPTQ4,2,0,177777,0,177777,YES

T4CODE
SWPTQ4
77777
TSLOLIM
TSHILIM

.EVEN
ENOO :

ENOSFT

L10057:

.EVEN

MACRO M120~
CZDHUAOD DHU-11 FUNC TST PART1
SOF TWARE PARAMETER CODING SECTION
7266 036152
036155

036160
036163
036166
036171
036174
036177
036202
036205
036210
036213
036216
036221
036224
7267 036226
036231
036234
036237
036242
036245
036250
036253
036256
036261
036264
036267
036272
036275
7268 036277
036302
036305
036310
036313
036316
036321
036324
036327
7269 036332
036335
036340
036343
036346
036351
036354
036357
036362
036365
036370
036373
036376
036401
036404
036407
036412
036415
036420

122
117

040
111
116
102
040
040
103
125
124

123
105
105

040
122
040
122
117
120
116

125
117
124
040

122
040
123
040

105
122
125
124
125
105
101
105
110
116
040
040
123
104
000
117
126
123
116
122
124
124
116
110
106
123
120
123
000
130
116
104
122
122
105
122

120
124
116
040
115
122
123
101
040
111

12-DEC 83

16:08

PAGE

J15
122

SEQ

SWPTQ@L:

.ASCIZ

/REPORT

SWPTQ2:

.ASCIZ

/ROM

SWPTQ3:

.ASCIZ

/EXTENDED ERROR REPORTING:

SWPTQA:

.ASCIZ

/NUMBER

UNIT

NUMBER

EACH UNIT

TESTED:

111

124
124

072

115
105

VERSION PRINTOUT

THE

FIRST

PASS:

111
040
111

117

040
040

105

111

INDIVIOUAL

DATA ERRORS

TO REPORT

A LINE:

191

CZDHUAQ DHU 11 FUNC TST PART1
MACRO M1200
SOF TWARE PARAMETER CODING SECTION
7270

12-DEC-83

.EVEN

16:08

PAGE

122-2

SEG

192

CZOHUAO DHU-11 FUNC TST PARTY ~ MACRO M1200
SOF TWARE PARAMETER CODING SECTION
7272
7273
7274
7275
7276
7217
7278
7279
7280

12-DEC-83

16:08

PAGE

L15
123

3 105906 06 0 0 06 0 0 6 0 00 0 0 0 0 0 0 0 00 000

3
]

3 60060 000

7281 036422

$PATCH:
:

7282 036422
7283

7290
7291
7292
7293
7294 036472

036472
036474
036476

7295 036476
7296
7297
1298
7299
7300
7301
7302
7303

000001

LSLAST::

0 0 0 0 000 0 0 9696 955 9 969 96

99 0 0 906 0 0606 0 96 96 96 96 06 06 06 06 06 96 0 06 96 05 06 6 A4S 06 A0 o a6 o a o

FVTSKL6.P11
0 0 00 0 0 0 0 0

.BLKW

LASTAD
000000
000000

SEQ 193

ENDMOD

.END

0 o 0

06 06 00 6 00960 00 6 0 966 9695

0 0 0 0 0 96

9 06 06 98 0 96 06 00 o o o o oS S o o S

SS S Se

.EVEN
.WORD
.MORD

O
O

S e gl 0l

EF9010
EF9016

EF9017
EF9018
EF9301

EF9302

EMO101
EMO102
EMO103
EMO201
EMO202
EMO203

EMO204
EMO301
EMO302
EMO303
EMO401
EMO402
EMO501
EMO302
EMOS2S
EMOS26
EMO601
EMO602
EMO603

EMO701
EMO702
EMO703
EMO801

EMO802
EMO901

0035474

005501
005505
005523
005532
005543
005554
025060
000036
000035

000034
000037
000040
004121
004126
004201
004303
004340
004372
004434
004476
004573
004642
004711
004735
005034
005131
005205
005312
005370
020314
020400
005564
005632
005665
006040
006203
006362
006434
006374
006733
007031
007201
007255
007431
007521
007611
007653
010033
010216
010261
010441
010624
010672
010742

EMO902
EM1001
EM1002
EM1003
EM1101
EM1201
EM1202
EM1203
EM1204
EM120S
EM1301
EM1302
EM1401
EM1402
EM1403
EM1404
EM1405
EM1406
EM1407
EM1408
EM1601
EM1604
EM1701
EM1801
EM1901
EM2001
EM2002
EM2301
EM2302
EM2401
EM2601
EM2602
EM2603
EM2605

EM2606
EM2607

EM2609
EM2610
EM2611
EM2612
EM3001
EM3002
EM3003
EM3004
EM3005
EM3101
EM3102
EM9010
EM9014
EM9017
EM9018
EMI9019
EM9020
EM9022
EM9023

011002
011036
011071
011156
011234
011307
011335
011421
011477
011533
011557
011612
011651
011710
011776
012051

012123

012136
012151
012163
012171
012254
012330
012413
012467
012552
012622
012675
012742
013000
013043
013101
013172
013260
013354
013437
013476
013572
013643
013722
014014
014077
014173
014232
014326
014402
014456
014550
014613
014672
014716
015012
0135123
015133
015150
015174
015213

EM9024
EM9301
EM9302
EM9303
EM9304
ENDD
ENOLTB
ENOIT
ERCNTB
ERLTBL
ERRBLK
ERRMSG
ERRNBR
ERRTYP
ERSMRF
ERO101
ER0201
EROS503
EROS04
ER1401
ER1601
ER1603
ER3001
ER9004
ER9007
ER9008
ER9101
ER9301
EVL
=
EXOERR
ESEND =
ESLOAD=
FDATA

FSLSA
FSLSO =
F$AU
=
F$AUTO=
F$BGN =
FSCLEA=

FSOU

FSEND

015235
015253
015273
015323
015370
036152
003722
024722
002460
002722
003770
003766
003764
003762
002456
015444
015776
016072
016130
016210
016352
016462
016554
016656
016772
017062
017156
017216
000004
002300
002100
000035
002244
002244

=
=

F $HARD=

2.
I
F$INIT= 000006
FSMP =
F$M00 =
FIMSG =
FS$PROT=
FSPWR =
FSRPT =
F4SEG =
F4SOFT=
FSSRV =
FeSUB F§SW
=
F$TEST=

GETPRM

024520

OOOOD

005470

SEGQ

025002

123-1

QOOOOONOOOOOOOOOOOOOOD

EF 9006

PAGE

ML15

(21212)

DROP
DROOMG
DRO2MG
DROAMG
ODRO6MG
OR10MG
OR12MG
OR14MG
OR16MG
EOROP
EF .CON»
EF .NEW=
EF .PWRe=
EF .RES=
EF .STAs=
EFO0503
EFO0505
EF1401
EF 1402
EF1601
EF 1602
EF1603
EF1604
EF 3001
EF 3002

16:08

OO0

C$AU
= 000052
C$AUTO- 000061
CS$BRK = 000022
C4BSEG= 000004
Cs8SUB= 000002
CS$CEFG» 000045
CSCLCK= 000062
CSCLEA= 000012
CeCLOS- 000035
CSCLP1- 000006
C$CVEC= 000036
CS$DCLN=- 000044
C$000U= 000051
CSORPT= 000024
CDVU
= 000053
CSEDIT» 000003
= 000055
CSERDF
CS$ERHR= 000056
CS$ERRO= 000060
CS4ERSF
= 000054
CS$ERSO= 000057
CSESCA- 000010
CS$ESEG~ 000005
CS$ESUB= 000003
C4ETST» 000001
CSEXITe 000032
CIGETB= 000026
CSGETW- 000027
CSGMAN= 000043
CIGPHR= 000042
C$GPLO- 000030
C4GPRI= 000040
CS$INIT= 000011
CSINLP= 000020
CSMANI
= 000050
CSMEM = 000031
CSMSG = 000023
CS$OPEN= 000034
CSPNTB= 000014
= 000017
CSPNTF
CSEPNTS= 000016
CePNTX= 000015
C4QI0 = 000377
CS$RDBY= 000007
COREFG= 000047
CSRESE- 000033
CSOREVI- 000003
CORFLA= 000021
CSRPT » 000025
COSEFG- 000046
CS$SPRI= 000041
C4SVEC 000037
C$TPRI- 000013
DELAY
020060 G
OFPTBL
002206 G
OIAGMCe 000000
ORADRT
002236 G

12-DEC-83

(a121217212121217 12121212 1212121212121 112121212 1212121212112 121112121212 12121 2 12 12 12 12 12 12 T2 12 I 2 1T 2 T2 T~ T2 IA XA T A T A T 2 |

CSRA
CTRLCF

017736
017760
020002
002236
002302

MACRO M1200

QOO NNONOOOONOOOOOOOOONOOOOO

CACHRX
CACHTX

12 1212111212 12 1212121212 12 121 212 1212121212 12 14 12 T 2 T2 B

002224
000020
017720
ADRPTR
ALTFLD
017410
ASSEMB= 000010
BCOUNT
002346
002404
BITTBL
8IT0O
B8ITOO
8ITO1
B8IT02
B8ITO3
8ITO4
B8ITOS
BITO6
B8IT07
8IT08
8IT09
BIT1
8IT10
8IT11
B8IT12
8IT13
BIT14
8IT1S
BIT2
BIT3
8IT4
BITS
BIT6
BIT?
BITS
BIT9
eMPCaB
B8MPCQE
8MPCQP
BOE
=
BRLEVL
B8UFBAS
BUFEND
BUFMID
BUFPTR
8UF 3QT

(2121217171211 121212121212 131212111112 11121211

ACTLNS
ADR
=

2T2T212

CZOHUAO DHU-11 FUNC TST PART1
SYMBOL TABLE

194

016070
016126
016206
016350
016460

016552
016654
016770
017060
017154
017214
017406
024106
024734
024736
024754
025064
025072
025354
025604
L10030
026050
L10031
026246
L10032
026440
L10033
026656
L10034
027064
027272
L10035
027466
L10036
L10037
027702
L10040
030130
L10041
030424
L10042
030712
L10043
031312
L10044
031560
L10045
031750
032266
L10046
110047
032330
L10050
032644
L10051
033162
L10052
033536
L10053
034674
L10054
033636
L10055
033716
L10056
035766
0361352
L10057
MAPLNS= 177777
004070
002360
002356
002354
013562
015640
015717
002352
020120
020234
002350
002222

N15

123-2

SEQ

NEWPAS
NEWRES
NEWSTA
NUMUNS
00PS
OPTION
0$APTS»
0sAU
=
0$BGNR«
0$BGNS=
oSOV
=
OSERRT=

024500
024472
024162
000020
020250
002220

O$GNSW=
0$POIN=
0$SETU=

PAROA
PASCNT
PCSLOT=
PNT
=
PREGRT
PREGOS
PRI
PRI0O
PRIO1
PRIOZ
PRIO3
PRIO4
PRIOS
PRI06
PRIO?
PUFIFO
RBUFA
RDPDR
REGTST
REPSMR
RESETT
RMATBS
ROLDAP
RSTRPT
RXBRRT
RXIEO
RXIEL
RXINPT
RXINTC
RXINTF
RXTHA
RXVECA
ROSLOT=
R1SLOT=
R2SLOT=
R3SLOT»
R4SLOT=RSSLOTe

V22146

023716
002310
002312
002240
002226

000010
000012
000014
022232
SAVBMP
SFPTBL
002220
SKPSTS
022300
SVCGBL 000000

SVCINS~

SvCSUB=
SVCTAG=

SVCTSTSWAPO
SWPTQ1
SWPT@R2
SWPTQ3
SWPTQ4
S$LSYM=
TIMER]
TIMER2
TIMER3
TNUM
=
TPAFLG
TP4ARTN
TPAVEC
TSABRT
TSTNUM
TXAD1A
TXAD2A
TXBFCA
TXBFCO=
TXDSBL
TXENBL
TXIEO
TXIEL
TXINTC
TXINTF
TXINTR
TXVECA
T$ARGC=
T4CODE=
TSERRN=
TSEXCP=
T$FLAG=
T$GMAN=
TSHILI=
TSLAST=
TSLOLI=
TSLSYMe
TSLTNO=
TENEST=
TINSO =
TENSY =
TSPTNU=
T4SAVL=
T4SEGL
=
T$SUBN=
TSTAGL
=
T$TAGN=
TSTEMP=
TSTEST.
T4TSTMT4TSTS=
T$SAU «
T$$AUT=

(21212171212 1112111212121 212121212 12 12121 ]

(212121212 12121112111 121212 121212 13 12 12 1212 121212 1213 2 [ 12 12 T2 1 2 T2 12 T2 T2 1212 1A 12 1 2T 2 T T A T2 T T2 T 12 T T

QOOOOOe

IBE
=
IV
=
=
IER
IESTAT
ISR
=
IXE
ISAU
=
I$AUTO=
I$CLN =
IOV
=
I$HRD =
IS$INIT=
I¢M0D =
ISMSG =
I$PROT=
I$PTAB=
T$PWR =
I$RPT =
I$SEG =
I$SETU=
I$SFT
I$SRY
1sSUB
I87ST
JI AP
LNCTRA
LOE
LOT
LPCSLT=
LPRA
LPRO
=

(21212121214

HPTQ1
HPTQ2
HPTQ3
HWPTQ4

L 10003
L10004
L10005
L10006
L10007
L10010
L10011
L10012
L10013
L10014
L10015
L10016
L10017
L10021
L10022
L10023
L10024
L10025
L10026
L10027

PAGE

(2121}

002110
002036
025066
002070
024736
002106
024740
002032
002011
004042
002076
002060
002124
002116
002040
002034
024756
002072

L$ACP
LS$APT
L$AU
L $AUT
L$AUTO
L$CCP
LS$CLEA
L$CO
L$DEPO
L$DESC
L $DESP
L.S$OEVP
LS$DISP
LSOLY
L$OTP
L$OTYP
LeOV
LsOuUT
LS$OVTY
LSEF
LSENVI
LS$ERRTY
LSETP
LSEXPL
LSEXP4
LSEXPS
L $HARD
LSHIME
Le$HPCP
LHPTP
Lérd
LeICP
LSINIT
L $LADP
LSLAST
LSLOAD
LSLUN
LIMREYV
L $NAME
L$PRIO
L$PROT
LIPRY
LSREPP
LSREYV
LORPT
LeSOFT
LeSPC
L $SPCP
LS$SPTP
L$STA
LéSW
LSTEST
LeTIML
LSUNIT
L10000
L10001
L10002

16:08

(2171212112 1212172121212 121212121212 121212121211 12 11 1112 1212 1112 1212 1 2 BN 2 12 1A 1 2 1 2 )

GPRSOB
002444 G
G4CNTOG$DELM=
G$DISP=
GSEXCP=
G$HILIGSLOLI=
GSNO
=
GS$OFFS=
G$OFSI=
GSPRMA=
G$PRMD=
GSPRML
=
G$RADA=
G$RADB
G$RADD=
G$RADL
=
G$RADO~
G$XFER=
GSYES =
=
HELP
HOE
=

12-DEC-83

(2121112121211 121212121 21~

MACRO M1200

T2 1 2}

CZDHUAO DHU-11 FUNC TST PART1
SYMBOL TABLE

001052

000000

177777

010060
000000
000030

177777

000001
010025
010022

195

CZDHUAO DHU 11
SYMBOL TABLE

FUNC

TST

PART1

MACRO M1200

T$$TES«
T1
T10
T11

010055
025074
027470
027704
030132

T$$CLE=T$40VU =
T$4HAR=
Tssed =
T$$INI=

010023
010024
010056
010000
010021

T$3$MSG=
T$3$PRO=

010016
010020

e
T13
T14

T$SRPT=

010017

T1S

T$8S0F=
T$$SW =

010057
010001

116
T17

ABS.

036476
000000
ERRORS DETECTED:

12 DEC 83

G
G
G

118
119
12
120

G
G
G
031314 G
031562 G
031752 G

T2l
T22
123
124
13
T4

030426
030714

000
001

VIRTUAL MEMORY USED:
28661 WORDS
( 112 PAGES)
DYNAMIC MEMORY:
20060 WORDS
( 77 PAGES)
ELAPSED TIME:
00:04:00
!lfifl..IN.PRR?‘.LST/-S"SVC!‘.IHL.’l.fl.'ll

16:08

PAGE

032270
032532
025356
032646
033164

G
G
G
G
G

033540
034676

G
G

B16

123-3

SEG
15
16
17
T8
19
VAN
=
UNBTTB

026250
026442
026660
027066
027274

G
G
G
G
G

000200
002364

G
G

035640 G

UNITN

002232 G

05606
026052

UNSDIV
WAIBIS

023014
023150

G
&

G
G

WOPDR
WORD1
WTWLNC
WTWLPR
X$ALWA=
X$FALS=
X$0FFS=
X$TRUE=
$PATCH

023224
002326
023432
023462
000000

G
G
G
G

000040
000400

000020
036422

196